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authorLibravatar Kristóf Marussy <marussy@mit.bme.hu>2020-05-08 21:02:33 +0200
committerLibravatar Kristóf Marussy <marussy@mit.bme.hu>2020-05-08 21:02:33 +0200
commit771e3773bb7ebbf6712724cb2b248467c9cc2e3c (patch)
treeb1724af24b9c583b2780c7a2fe76e76fd174359d /Application/org.eclipse.viatra.solver.language
parentUpdate solver language grammar (diff)
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Synthetic tokens for solver language
Diffstat (limited to 'Application/org.eclipse.viatra.solver.language')
-rw-r--r--Application/org.eclipse.viatra.solver.language/.launch/Launch Runtime Eclipse.launch69
-rw-r--r--Application/org.eclipse.viatra.solver.language/META-INF/MANIFEST.MF3
-rw-r--r--Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.ecore21
-rw-r--r--Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.genmodel15
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/AbstractSolverLanguageRuntimeModule.java2
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/SolverLanguage.xtextbinbin11842 -> 11964 bytes
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageAntlrTokenFileProvider.java2
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageParser.java15
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.tokens131
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageLexer.java2805
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.g (renamed from Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.g)347
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.java8379
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.tokens83
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.g178
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.java3208
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.tokens83
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSemanticSequencer.java111
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntacticSequencer.java64
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/services/SolverLanguageGrammarAccess.java179
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Call.java46
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/ClassDefinition.java97
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguageFactory.java9
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguagePackage.java1441
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Statement.java79
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/CallImpl.java118
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/ClassDefinitionImpl.java340
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguageFactoryImpl.java13
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguagePackageImpl.java142
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/StatementImpl.java298
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageAdapterFactory.java20
-rw-r--r--Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageSwitch.java24
-rw-r--r--Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguage.xtext32
-rw-r--r--Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguageRuntimeModule.xtend12
-rw-r--r--Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.xtend16
-rw-r--r--Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenSource.java122
-rw-r--r--Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.xtend21
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.SolverLanguageTokenDefInjectingParser.xtendbinbin0 -> 2742 bytes
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.gitignore7
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.java26
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.SolverLanguageSyntheticTokenSyntacticSequencer.xtendbinbin0 -> 2758 bytes
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.gitignore1
-rw-r--r--Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.java24
42 files changed, 8568 insertions, 10015 deletions
diff --git a/Application/org.eclipse.viatra.solver.language/.launch/Launch Runtime Eclipse.launch b/Application/org.eclipse.viatra.solver.language/.launch/Launch Runtime Eclipse.launch
index c50bf17e..1e189f24 100644
--- a/Application/org.eclipse.viatra.solver.language/.launch/Launch Runtime Eclipse.launch
+++ b/Application/org.eclipse.viatra.solver.language/.launch/Launch Runtime Eclipse.launch
@@ -1,34 +1,35 @@
1<?xml version="1.0" encoding="UTF-8" standalone="no"?> 1<?xml version="1.0" encoding="UTF-8" standalone="no"?>
2<launchConfiguration type="org.eclipse.pde.ui.RuntimeWorkbench"> 2<launchConfiguration type="org.eclipse.pde.ui.RuntimeWorkbench">
3<booleanAttribute key="append.args" value="true"/> 3<booleanAttribute key="append.args" value="true"/>
4<booleanAttribute key="askclear" value="true"/> 4<booleanAttribute key="askclear" value="true"/>
5<booleanAttribute key="automaticAdd" value="true"/> 5<booleanAttribute key="automaticAdd" value="true"/>
6<booleanAttribute key="automaticValidate" value="false"/> 6<booleanAttribute key="automaticValidate" value="false"/>
7<stringAttribute key="bad_container_name" value="/org.eclipse.viatra.solver.language/.launch/"/> 7<stringAttribute key="bad_container_name" value="/org.eclipse.viatra.solver.language/.launch/"/>
8<stringAttribute key="bootstrap" value=""/> 8<stringAttribute key="bootstrap" value=""/>
9<stringAttribute key="checked" value="[NONE]"/> 9<stringAttribute key="checked" value="[NONE]"/>
10<booleanAttribute key="clearConfig" value="false"/> 10<booleanAttribute key="clearConfig" value="false"/>
11<booleanAttribute key="clearws" value="false"/> 11<booleanAttribute key="clearws" value="false"/>
12<booleanAttribute key="clearwslog" value="false"/> 12<booleanAttribute key="clearwslog" value="false"/>
13<stringAttribute key="configLocation" value="${workspace_loc}/.metadata/.plugins/org.eclipse.pde.core/Launch Runtime Eclipse"/> 13<stringAttribute key="configLocation" value="${workspace_loc}/.metadata/.plugins/org.eclipse.pde.core/Launch Runtime Eclipse"/>
14<booleanAttribute key="default" value="true"/> 14<booleanAttribute key="default" value="true"/>
15<booleanAttribute key="includeOptional" value="true"/> 15<booleanAttribute key="includeOptional" value="true"/>
16<stringAttribute key="location" value="${workspace_loc}/../runtime-EclipseXtext"/> 16<stringAttribute key="location" value="${workspace_loc}/../eclipse-2020-03-runtime"/>
17<listAttribute key="org.eclipse.debug.ui.favoriteGroups"> 17<listAttribute key="org.eclipse.debug.ui.favoriteGroups">
18<listEntry value="org.eclipse.debug.ui.launchGroup.debug"/> 18<listEntry value="org.eclipse.debug.ui.launchGroup.debug"/>
19<listEntry value="org.eclipse.debug.ui.launchGroup.run"/> 19<listEntry value="org.eclipse.debug.ui.launchGroup.run"/>
20</listAttribute> 20</listAttribute>
21<stringAttribute key="org.eclipse.jdt.launching.JRE_CONTAINER" value="org.eclipse.jdt.launching.JRE_CONTAINER/org.eclipse.jdt.internal.debug.ui.launcher.StandardVMType/JavaSE-1.8"/> 21<stringAttribute key="org.eclipse.jdt.launching.JRE_CONTAINER" value="org.eclipse.jdt.launching.JRE_CONTAINER/org.eclipse.jdt.internal.debug.ui.launcher.StandardVMType/JavaSE-1.8"/>
22<stringAttribute key="org.eclipse.jdt.launching.PROGRAM_ARGUMENTS" value="-os ${target.os} -ws ${target.ws} -arch ${target.arch} -nl ${target.nl}"/> 22<stringAttribute key="org.eclipse.jdt.launching.PROGRAM_ARGUMENTS" value="-os ${target.os} -ws ${target.ws} -arch ${target.arch} -nl ${target.nl}"/>
23<stringAttribute key="org.eclipse.jdt.launching.SOURCE_PATH_PROVIDER" value="org.eclipse.pde.ui.workbenchClasspathProvider"/> 23<stringAttribute key="org.eclipse.jdt.launching.SOURCE_PATH_PROVIDER" value="org.eclipse.pde.ui.workbenchClasspathProvider"/>
24<stringAttribute key="org.eclipse.jdt.launching.VM_ARGUMENTS" value="-Xms40m -Xmx512m"/> 24<stringAttribute key="org.eclipse.jdt.launching.VM_ARGUMENTS" value="-Xms40m -Xmx512m"/>
25<stringAttribute key="pde.version" value="3.3"/> 25<stringAttribute key="pde.version" value="3.3"/>
26<stringAttribute key="product" value="org.eclipse.platform.ide"/> 26<stringAttribute key="product" value="org.eclipse.platform.ide"/>
27<booleanAttribute key="show_selected_only" value="false"/> 27<booleanAttribute key="show_selected_only" value="false"/>
28<stringAttribute key="templateConfig" value="${target_home}/configuration/config.ini"/> 28<stringAttribute key="templateConfig" value="${target_home}/configuration/config.ini"/>
29<booleanAttribute key="tracing" value="false"/> 29<booleanAttribute key="tracing" value="false"/>
30<booleanAttribute key="useDefaultConfig" value="true"/> 30<booleanAttribute key="useCustomFeatures" value="false"/>
31<booleanAttribute key="useDefaultConfigArea" value="true"/> 31<booleanAttribute key="useDefaultConfig" value="true"/>
32<booleanAttribute key="useProduct" value="true"/> 32<booleanAttribute key="useDefaultConfigArea" value="true"/>
33<booleanAttribute key="usefeatures" value="false"/> 33<booleanAttribute key="useProduct" value="true"/>
34</launchConfiguration> 34<booleanAttribute key="usefeatures" value="false"/>
35</launchConfiguration>
diff --git a/Application/org.eclipse.viatra.solver.language/META-INF/MANIFEST.MF b/Application/org.eclipse.viatra.solver.language/META-INF/MANIFEST.MF
index dc13b2d9..c45bb276 100644
--- a/Application/org.eclipse.viatra.solver.language/META-INF/MANIFEST.MF
+++ b/Application/org.eclipse.viatra.solver.language/META-INF/MANIFEST.MF
@@ -26,5 +26,6 @@ Export-Package: org.eclipse.viatra.solver.language,
26 org.eclipse.viatra.solver.language.solverLanguage, 26 org.eclipse.viatra.solver.language.solverLanguage,
27 org.eclipse.viatra.solver.language.solverLanguage.impl, 27 org.eclipse.viatra.solver.language.solverLanguage.impl,
28 org.eclipse.viatra.solver.language.solverLanguage.util, 28 org.eclipse.viatra.solver.language.solverLanguage.util,
29 org.eclipse.viatra.solver.language.validation 29 org.eclipse.viatra.solver.language.validation,
30 org.eclipse.viatra.solver.language.parser.antlr.lexer
30Import-Package: org.apache.log4j 31Import-Package: org.apache.log4j
diff --git a/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.ecore b/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.ecore
index aa1c579f..bd516038 100644
--- a/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.ecore
+++ b/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.ecore
@@ -6,14 +6,7 @@
6 <eStructuralFeatures xsi:type="ecore:EReference" name="statements" upperBound="-1" 6 <eStructuralFeatures xsi:type="ecore:EReference" name="statements" upperBound="-1"
7 eType="#//Statement" containment="true"/> 7 eType="#//Statement" containment="true"/>
8 </eClassifiers> 8 </eClassifiers>
9 <eClassifiers xsi:type="ecore:EClass" name="Statement"> 9 <eClassifiers xsi:type="ecore:EClass" name="Statement"/>
10 <eStructuralFeatures xsi:type="ecore:EAttribute" name="abstract" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/>
11 <eStructuralFeatures xsi:type="ecore:EAttribute" name="name" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EString"/>
12 <eStructuralFeatures xsi:type="ecore:EReference" name="superclasses" unique="false"
13 upperBound="-1" eType="#//NamedElement"/>
14 <eStructuralFeatures xsi:type="ecore:EReference" name="members" upperBound="-1"
15 eType="#//MemberDefinition" containment="true"/>
16 </eClassifiers>
17 <eClassifiers xsi:type="ecore:EClass" name="PredicateDefinition" eSuperTypes="#//Statement"> 10 <eClassifiers xsi:type="ecore:EClass" name="PredicateDefinition" eSuperTypes="#//Statement">
18 <eStructuralFeatures xsi:type="ecore:EReference" name="head" eType="#//Expression" 11 <eStructuralFeatures xsi:type="ecore:EReference" name="head" eType="#//Expression"
19 containment="true"/> 12 containment="true"/>
@@ -110,11 +103,11 @@
110 <eClassifiers xsi:type="ecore:EClass" name="Call" eSuperTypes="#//Expression"> 103 <eClassifiers xsi:type="ecore:EClass" name="Call" eSuperTypes="#//Expression">
111 <eStructuralFeatures xsi:type="ecore:EReference" name="functor" eType="#//Reference" 104 <eStructuralFeatures xsi:type="ecore:EReference" name="functor" eType="#//Reference"
112 containment="true"/> 105 containment="true"/>
113 <eStructuralFeatures xsi:type="ecore:EReference" name="argumentList" eType="#//ArgumentList"
114 containment="true"/>
115 <eStructuralFeatures xsi:type="ecore:EAttribute" name="transitiveClosure" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/> 106 <eStructuralFeatures xsi:type="ecore:EAttribute" name="transitiveClosure" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/>
116 <eStructuralFeatures xsi:type="ecore:EAttribute" name="reflexiveTransitiveClosure" 107 <eStructuralFeatures xsi:type="ecore:EAttribute" name="reflexiveTransitiveClosure"
117 eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/> 108 eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/>
109 <eStructuralFeatures xsi:type="ecore:EReference" name="argumentList" eType="#//ArgumentList"
110 containment="true"/>
118 </eClassifiers> 111 </eClassifiers>
119 <eClassifiers xsi:type="ecore:EClass" name="ArgumentList"> 112 <eClassifiers xsi:type="ecore:EClass" name="ArgumentList">
120 <eStructuralFeatures xsi:type="ecore:EReference" name="arguments" upperBound="-1" 113 <eStructuralFeatures xsi:type="ecore:EReference" name="arguments" upperBound="-1"
@@ -160,6 +153,14 @@
160 <eClassifiers xsi:type="ecore:EClass" name="StringLiteral" eSuperTypes="#//Literal"> 153 <eClassifiers xsi:type="ecore:EClass" name="StringLiteral" eSuperTypes="#//Literal">
161 <eStructuralFeatures xsi:type="ecore:EAttribute" name="value" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EString"/> 154 <eStructuralFeatures xsi:type="ecore:EAttribute" name="value" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EString"/>
162 </eClassifiers> 155 </eClassifiers>
156 <eClassifiers xsi:type="ecore:EClass" name="ClassDefinition" eSuperTypes="#//Statement">
157 <eStructuralFeatures xsi:type="ecore:EAttribute" name="abstract" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/>
158 <eStructuralFeatures xsi:type="ecore:EAttribute" name="name" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EString"/>
159 <eStructuralFeatures xsi:type="ecore:EReference" name="superclasses" unique="false"
160 upperBound="-1" eType="#//NamedElement"/>
161 <eStructuralFeatures xsi:type="ecore:EReference" name="members" upperBound="-1"
162 eType="#//MemberDefinition" containment="true"/>
163 </eClassifiers>
163 <eClassifiers xsi:type="ecore:EClass" name="MemberDefinition"> 164 <eClassifiers xsi:type="ecore:EClass" name="MemberDefinition">
164 <eStructuralFeatures xsi:type="ecore:EAttribute" name="containment" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/> 165 <eStructuralFeatures xsi:type="ecore:EAttribute" name="containment" eType="ecore:EDataType http://www.eclipse.org/emf/2002/Ecore#//EBoolean"/>
165 <eStructuralFeatures xsi:type="ecore:EReference" name="type" eType="#//NamedElement"/> 166 <eStructuralFeatures xsi:type="ecore:EReference" name="type" eType="#//NamedElement"/>
diff --git a/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.genmodel b/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.genmodel
index 4c88d381..53c17e2a 100644
--- a/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.genmodel
+++ b/Application/org.eclipse.viatra.solver.language/model/generated/SolverLanguage.genmodel
@@ -53,12 +53,7 @@
53 <genClasses ecoreClass="SolverLanguage.ecore#//Problem"> 53 <genClasses ecoreClass="SolverLanguage.ecore#//Problem">
54 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Problem/statements"/> 54 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Problem/statements"/>
55 </genClasses> 55 </genClasses>
56 <genClasses ecoreClass="SolverLanguage.ecore#//Statement"> 56 <genClasses ecoreClass="SolverLanguage.ecore#//Statement"/>
57 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Statement/abstract"/>
58 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Statement/name"/>
59 <genFeatures notify="false" createChild="false" propertySortChoices="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Statement/superclasses"/>
60 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Statement/members"/>
61 </genClasses>
62 <genClasses ecoreClass="SolverLanguage.ecore#//PredicateDefinition"> 57 <genClasses ecoreClass="SolverLanguage.ecore#//PredicateDefinition">
63 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//PredicateDefinition/head"/> 58 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//PredicateDefinition/head"/>
64 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//PredicateDefinition/body"/> 59 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//PredicateDefinition/body"/>
@@ -105,9 +100,9 @@
105 </genClasses> 100 </genClasses>
106 <genClasses ecoreClass="SolverLanguage.ecore#//Call"> 101 <genClasses ecoreClass="SolverLanguage.ecore#//Call">
107 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Call/functor"/> 102 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Call/functor"/>
108 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Call/argumentList"/>
109 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Call/transitiveClosure"/> 103 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Call/transitiveClosure"/>
110 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Call/reflexiveTransitiveClosure"/> 104 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//Call/reflexiveTransitiveClosure"/>
105 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//Call/argumentList"/>
111 </genClasses> 106 </genClasses>
112 <genClasses ecoreClass="SolverLanguage.ecore#//ArgumentList"> 107 <genClasses ecoreClass="SolverLanguage.ecore#//ArgumentList">
113 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//ArgumentList/arguments"/> 108 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//ArgumentList/arguments"/>
@@ -143,6 +138,12 @@
143 <genClasses ecoreClass="SolverLanguage.ecore#//StringLiteral"> 138 <genClasses ecoreClass="SolverLanguage.ecore#//StringLiteral">
144 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//StringLiteral/value"/> 139 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//StringLiteral/value"/>
145 </genClasses> 140 </genClasses>
141 <genClasses ecoreClass="SolverLanguage.ecore#//ClassDefinition">
142 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//ClassDefinition/abstract"/>
143 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//ClassDefinition/name"/>
144 <genFeatures notify="false" createChild="false" propertySortChoices="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//ClassDefinition/superclasses"/>
145 <genFeatures property="None" children="true" createChild="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//ClassDefinition/members"/>
146 </genClasses>
146 <genClasses ecoreClass="SolverLanguage.ecore#//MemberDefinition"> 147 <genClasses ecoreClass="SolverLanguage.ecore#//MemberDefinition">
147 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//MemberDefinition/containment"/> 148 <genFeatures createChild="false" ecoreFeature="ecore:EAttribute SolverLanguage.ecore#//MemberDefinition/containment"/>
148 <genFeatures notify="false" createChild="false" propertySortChoices="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//MemberDefinition/type"/> 149 <genFeatures notify="false" createChild="false" propertySortChoices="true" ecoreFeature="ecore:EReference SolverLanguage.ecore#//MemberDefinition/type"/>
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/AbstractSolverLanguageRuntimeModule.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/AbstractSolverLanguageRuntimeModule.java
index 5b6118ec..4bf254b2 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/AbstractSolverLanguageRuntimeModule.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/AbstractSolverLanguageRuntimeModule.java
@@ -10,7 +10,7 @@ import java.util.Properties;
10import org.eclipse.viatra.solver.language.generator.SolverLanguageGenerator; 10import org.eclipse.viatra.solver.language.generator.SolverLanguageGenerator;
11import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageAntlrTokenFileProvider; 11import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageAntlrTokenFileProvider;
12import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageParser; 12import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageParser;
13import org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageLexer; 13import org.eclipse.viatra.solver.language.parser.antlr.lexer.InternalSolverLanguageLexer;
14import org.eclipse.viatra.solver.language.scoping.SolverLanguageScopeProvider; 14import org.eclipse.viatra.solver.language.scoping.SolverLanguageScopeProvider;
15import org.eclipse.viatra.solver.language.serializer.SolverLanguageSemanticSequencer; 15import org.eclipse.viatra.solver.language.serializer.SolverLanguageSemanticSequencer;
16import org.eclipse.viatra.solver.language.serializer.SolverLanguageSyntacticSequencer; 16import org.eclipse.viatra.solver.language.serializer.SolverLanguageSyntacticSequencer;
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/SolverLanguage.xtextbin b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/SolverLanguage.xtextbin
index cbdd7c40..da698ba6 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/SolverLanguage.xtextbin
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/SolverLanguage.xtextbin
Binary files differ
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageAntlrTokenFileProvider.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageAntlrTokenFileProvider.java
index 9b5fd45d..cfddb988 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageAntlrTokenFileProvider.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageAntlrTokenFileProvider.java
@@ -11,6 +11,6 @@ public class SolverLanguageAntlrTokenFileProvider implements IAntlrTokenFileProv
11 @Override 11 @Override
12 public InputStream getAntlrTokenFile() { 12 public InputStream getAntlrTokenFile() {
13 ClassLoader classLoader = getClass().getClassLoader(); 13 ClassLoader classLoader = getClass().getClassLoader();
14 return classLoader.getResourceAsStream("org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.tokens"); 14 return classLoader.getResourceAsStream("org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.tokens");
15 } 15 }
16} 16}
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageParser.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageParser.java
index eb746697..da897406 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageParser.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageParser.java
@@ -4,6 +4,8 @@
4package org.eclipse.viatra.solver.language.parser.antlr; 4package org.eclipse.viatra.solver.language.parser.antlr;
5 5
6import com.google.inject.Inject; 6import com.google.inject.Inject;
7import org.antlr.runtime.CharStream;
8import org.antlr.runtime.TokenSource;
7import org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser; 9import org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser;
8import org.eclipse.viatra.solver.language.services.SolverLanguageGrammarAccess; 10import org.eclipse.viatra.solver.language.services.SolverLanguageGrammarAccess;
9import org.eclipse.xtext.parser.antlr.AbstractAntlrParser; 11import org.eclipse.xtext.parser.antlr.AbstractAntlrParser;
@@ -19,6 +21,19 @@ public class SolverLanguageParser extends AbstractAntlrParser {
19 tokenStream.setInitialHiddenTokens("RULE_WS", "RULE_ML_COMMENT", "RULE_SL_COMMENT"); 21 tokenStream.setInitialHiddenTokens("RULE_WS", "RULE_ML_COMMENT", "RULE_SL_COMMENT");
20 } 22 }
21 23
24 @Override
25 protected TokenSource createLexer(CharStream stream) {
26 return new SolverLanguageTokenSource(super.createLexer(stream));
27 }
28
29 /**
30 * Indentation aware languages do not support partial parsing since the lexer is inherently stateful.
31 * Override and return {@code true} if your terminal splitting is stateless.
32 */
33 @Override
34 protected boolean isReparseSupported() {
35 return false;
36 }
22 37
23 @Override 38 @Override
24 protected InternalSolverLanguageParser createParser(XtextTokenStream stream) { 39 protected InternalSolverLanguageParser createParser(XtextTokenStream stream) {
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.tokens b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.tokens
deleted file mode 100644
index 1cf5b64f..00000000
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.tokens
+++ /dev/null
@@ -1,131 +0,0 @@
1'!'=60
2'!='=52
3'('=33
4')'=34
5'*'=35
6'+'=56
7','=28
8'-'=57
9'->'=27
10'.'=22
11'..'=37
12'/'=58
13':'=15
14':-'=16
15';'=26
16'<'=53
17'<='=48
18'='=17
19'=='=47
20'>'=54
21'>='=49
22'['=36
23']'=38
24'^'=59
25'abstract'=41
26'avg'=67
27'class'=42
28'contains'=44
29'count'=29
30'current'=63
31'default'=20
32'else'=25
33'empty'=40
34'error'=19
35'extends'=43
36'extern'=21
37'false'=71
38'functional'=18
39'if'=23
40'in'=55
41'inf'=39
42'int'=50
43'max'=69
44'maximize'=74
45'may'=61
46'min'=68
47'minimize'=73
48'must'=62
49'only'=64
50'opposite'=45
51'prod'=66
52'real'=51
53'scope'=46
54'sum'=65
55'then'=24
56'true'=70
57'unknown'=72
58'{'=30
59'|'=32
60'}'=31
61RULE_ANY_OTHER=14
62RULE_DOT=4
63RULE_ID=8
64RULE_INT=9
65RULE_ML_COMMENT=11
66RULE_PLUS=6
67RULE_QUOTED_ID=10
68RULE_SL_COMMENT=12
69RULE_STAR=5
70RULE_STRING=7
71RULE_WS=13
72T__15=15
73T__16=16
74T__17=17
75T__18=18
76T__19=19
77T__20=20
78T__21=21
79T__22=22
80T__23=23
81T__24=24
82T__25=25
83T__26=26
84T__27=27
85T__28=28
86T__29=29
87T__30=30
88T__31=31
89T__32=32
90T__33=33
91T__34=34
92T__35=35
93T__36=36
94T__37=37
95T__38=38
96T__39=39
97T__40=40
98T__41=41
99T__42=42
100T__43=43
101T__44=44
102T__45=45
103T__46=46
104T__47=47
105T__48=48
106T__49=49
107T__50=50
108T__51=51
109T__52=52
110T__53=53
111T__54=54
112T__55=55
113T__56=56
114T__57=57
115T__58=58
116T__59=59
117T__60=60
118T__61=61
119T__62=62
120T__63=63
121T__64=64
122T__65=65
123T__66=66
124T__67=67
125T__68=68
126T__69=69
127T__70=70
128T__71=71
129T__72=72
130T__73=73
131T__74=74
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageLexer.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageLexer.java
deleted file mode 100644
index 21e5bac9..00000000
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageLexer.java
+++ /dev/null
@@ -1,2805 +0,0 @@
1package org.eclipse.viatra.solver.language.parser.antlr.internal;
2
3// Hack: Use our own Lexer superclass by means of import.
4// Currently there is no other way to specify the superclass for the lexer.
5import org.eclipse.xtext.parser.antlr.Lexer;
6
7
8import org.antlr.runtime.*;
9import java.util.Stack;
10import java.util.List;
11import java.util.ArrayList;
12
13@SuppressWarnings("all")
14public class InternalSolverLanguageLexer extends Lexer {
15 public static final int T__50=50;
16 public static final int T__19=19;
17 public static final int T__15=15;
18 public static final int T__59=59;
19 public static final int T__16=16;
20 public static final int T__17=17;
21 public static final int T__18=18;
22 public static final int T__55=55;
23 public static final int T__56=56;
24 public static final int T__57=57;
25 public static final int T__58=58;
26 public static final int T__51=51;
27 public static final int RULE_STAR=5;
28 public static final int T__52=52;
29 public static final int T__53=53;
30 public static final int T__54=54;
31 public static final int T__60=60;
32 public static final int T__61=61;
33 public static final int RULE_ID=8;
34 public static final int RULE_QUOTED_ID=10;
35 public static final int T__26=26;
36 public static final int T__27=27;
37 public static final int T__28=28;
38 public static final int RULE_INT=9;
39 public static final int T__29=29;
40 public static final int T__22=22;
41 public static final int T__66=66;
42 public static final int RULE_ML_COMMENT=11;
43 public static final int T__23=23;
44 public static final int T__67=67;
45 public static final int T__24=24;
46 public static final int T__68=68;
47 public static final int T__25=25;
48 public static final int T__69=69;
49 public static final int T__62=62;
50 public static final int T__63=63;
51 public static final int T__20=20;
52 public static final int T__64=64;
53 public static final int T__21=21;
54 public static final int T__65=65;
55 public static final int T__70=70;
56 public static final int T__71=71;
57 public static final int T__72=72;
58 public static final int RULE_STRING=7;
59 public static final int RULE_SL_COMMENT=12;
60 public static final int T__37=37;
61 public static final int T__38=38;
62 public static final int T__39=39;
63 public static final int T__33=33;
64 public static final int T__34=34;
65 public static final int T__35=35;
66 public static final int RULE_PLUS=6;
67 public static final int T__36=36;
68 public static final int T__73=73;
69 public static final int RULE_DOT=4;
70 public static final int EOF=-1;
71 public static final int T__30=30;
72 public static final int T__74=74;
73 public static final int T__31=31;
74 public static final int T__32=32;
75 public static final int RULE_WS=13;
76 public static final int RULE_ANY_OTHER=14;
77 public static final int T__48=48;
78 public static final int T__49=49;
79 public static final int T__44=44;
80 public static final int T__45=45;
81 public static final int T__46=46;
82 public static final int T__47=47;
83 public static final int T__40=40;
84 public static final int T__41=41;
85 public static final int T__42=42;
86 public static final int T__43=43;
87
88 // delegates
89 // delegators
90
91 public InternalSolverLanguageLexer() {;}
92 public InternalSolverLanguageLexer(CharStream input) {
93 this(input, new RecognizerSharedState());
94 }
95 public InternalSolverLanguageLexer(CharStream input, RecognizerSharedState state) {
96 super(input,state);
97
98 }
99 public String getGrammarFileName() { return "InternalSolverLanguage.g"; }
100
101 // $ANTLR start "T__15"
102 public final void mT__15() throws RecognitionException {
103 try {
104 int _type = T__15;
105 int _channel = DEFAULT_TOKEN_CHANNEL;
106 // InternalSolverLanguage.g:11:7: ( ':' )
107 // InternalSolverLanguage.g:11:9: ':'
108 {
109 match(':');
110
111 }
112
113 state.type = _type;
114 state.channel = _channel;
115 }
116 finally {
117 }
118 }
119 // $ANTLR end "T__15"
120
121 // $ANTLR start "T__16"
122 public final void mT__16() throws RecognitionException {
123 try {
124 int _type = T__16;
125 int _channel = DEFAULT_TOKEN_CHANNEL;
126 // InternalSolverLanguage.g:12:7: ( ':-' )
127 // InternalSolverLanguage.g:12:9: ':-'
128 {
129 match(":-");
130
131
132 }
133
134 state.type = _type;
135 state.channel = _channel;
136 }
137 finally {
138 }
139 }
140 // $ANTLR end "T__16"
141
142 // $ANTLR start "T__17"
143 public final void mT__17() throws RecognitionException {
144 try {
145 int _type = T__17;
146 int _channel = DEFAULT_TOKEN_CHANNEL;
147 // InternalSolverLanguage.g:13:7: ( '=' )
148 // InternalSolverLanguage.g:13:9: '='
149 {
150 match('=');
151
152 }
153
154 state.type = _type;
155 state.channel = _channel;
156 }
157 finally {
158 }
159 }
160 // $ANTLR end "T__17"
161
162 // $ANTLR start "T__18"
163 public final void mT__18() throws RecognitionException {
164 try {
165 int _type = T__18;
166 int _channel = DEFAULT_TOKEN_CHANNEL;
167 // InternalSolverLanguage.g:14:7: ( 'functional' )
168 // InternalSolverLanguage.g:14:9: 'functional'
169 {
170 match("functional");
171
172
173 }
174
175 state.type = _type;
176 state.channel = _channel;
177 }
178 finally {
179 }
180 }
181 // $ANTLR end "T__18"
182
183 // $ANTLR start "T__19"
184 public final void mT__19() throws RecognitionException {
185 try {
186 int _type = T__19;
187 int _channel = DEFAULT_TOKEN_CHANNEL;
188 // InternalSolverLanguage.g:15:7: ( 'error' )
189 // InternalSolverLanguage.g:15:9: 'error'
190 {
191 match("error");
192
193
194 }
195
196 state.type = _type;
197 state.channel = _channel;
198 }
199 finally {
200 }
201 }
202 // $ANTLR end "T__19"
203
204 // $ANTLR start "T__20"
205 public final void mT__20() throws RecognitionException {
206 try {
207 int _type = T__20;
208 int _channel = DEFAULT_TOKEN_CHANNEL;
209 // InternalSolverLanguage.g:16:7: ( 'default' )
210 // InternalSolverLanguage.g:16:9: 'default'
211 {
212 match("default");
213
214
215 }
216
217 state.type = _type;
218 state.channel = _channel;
219 }
220 finally {
221 }
222 }
223 // $ANTLR end "T__20"
224
225 // $ANTLR start "T__21"
226 public final void mT__21() throws RecognitionException {
227 try {
228 int _type = T__21;
229 int _channel = DEFAULT_TOKEN_CHANNEL;
230 // InternalSolverLanguage.g:17:7: ( 'extern' )
231 // InternalSolverLanguage.g:17:9: 'extern'
232 {
233 match("extern");
234
235
236 }
237
238 state.type = _type;
239 state.channel = _channel;
240 }
241 finally {
242 }
243 }
244 // $ANTLR end "T__21"
245
246 // $ANTLR start "T__22"
247 public final void mT__22() throws RecognitionException {
248 try {
249 int _type = T__22;
250 int _channel = DEFAULT_TOKEN_CHANNEL;
251 // InternalSolverLanguage.g:18:7: ( '.' )
252 // InternalSolverLanguage.g:18:9: '.'
253 {
254 match('.');
255
256 }
257
258 state.type = _type;
259 state.channel = _channel;
260 }
261 finally {
262 }
263 }
264 // $ANTLR end "T__22"
265
266 // $ANTLR start "T__23"
267 public final void mT__23() throws RecognitionException {
268 try {
269 int _type = T__23;
270 int _channel = DEFAULT_TOKEN_CHANNEL;
271 // InternalSolverLanguage.g:19:7: ( 'if' )
272 // InternalSolverLanguage.g:19:9: 'if'
273 {
274 match("if");
275
276
277 }
278
279 state.type = _type;
280 state.channel = _channel;
281 }
282 finally {
283 }
284 }
285 // $ANTLR end "T__23"
286
287 // $ANTLR start "T__24"
288 public final void mT__24() throws RecognitionException {
289 try {
290 int _type = T__24;
291 int _channel = DEFAULT_TOKEN_CHANNEL;
292 // InternalSolverLanguage.g:20:7: ( 'then' )
293 // InternalSolverLanguage.g:20:9: 'then'
294 {
295 match("then");
296
297
298 }
299
300 state.type = _type;
301 state.channel = _channel;
302 }
303 finally {
304 }
305 }
306 // $ANTLR end "T__24"
307
308 // $ANTLR start "T__25"
309 public final void mT__25() throws RecognitionException {
310 try {
311 int _type = T__25;
312 int _channel = DEFAULT_TOKEN_CHANNEL;
313 // InternalSolverLanguage.g:21:7: ( 'else' )
314 // InternalSolverLanguage.g:21:9: 'else'
315 {
316 match("else");
317
318
319 }
320
321 state.type = _type;
322 state.channel = _channel;
323 }
324 finally {
325 }
326 }
327 // $ANTLR end "T__25"
328
329 // $ANTLR start "T__26"
330 public final void mT__26() throws RecognitionException {
331 try {
332 int _type = T__26;
333 int _channel = DEFAULT_TOKEN_CHANNEL;
334 // InternalSolverLanguage.g:22:7: ( ';' )
335 // InternalSolverLanguage.g:22:9: ';'
336 {
337 match(';');
338
339 }
340
341 state.type = _type;
342 state.channel = _channel;
343 }
344 finally {
345 }
346 }
347 // $ANTLR end "T__26"
348
349 // $ANTLR start "T__27"
350 public final void mT__27() throws RecognitionException {
351 try {
352 int _type = T__27;
353 int _channel = DEFAULT_TOKEN_CHANNEL;
354 // InternalSolverLanguage.g:23:7: ( '->' )
355 // InternalSolverLanguage.g:23:9: '->'
356 {
357 match("->");
358
359
360 }
361
362 state.type = _type;
363 state.channel = _channel;
364 }
365 finally {
366 }
367 }
368 // $ANTLR end "T__27"
369
370 // $ANTLR start "T__28"
371 public final void mT__28() throws RecognitionException {
372 try {
373 int _type = T__28;
374 int _channel = DEFAULT_TOKEN_CHANNEL;
375 // InternalSolverLanguage.g:24:7: ( ',' )
376 // InternalSolverLanguage.g:24:9: ','
377 {
378 match(',');
379
380 }
381
382 state.type = _type;
383 state.channel = _channel;
384 }
385 finally {
386 }
387 }
388 // $ANTLR end "T__28"
389
390 // $ANTLR start "T__29"
391 public final void mT__29() throws RecognitionException {
392 try {
393 int _type = T__29;
394 int _channel = DEFAULT_TOKEN_CHANNEL;
395 // InternalSolverLanguage.g:25:7: ( 'count' )
396 // InternalSolverLanguage.g:25:9: 'count'
397 {
398 match("count");
399
400
401 }
402
403 state.type = _type;
404 state.channel = _channel;
405 }
406 finally {
407 }
408 }
409 // $ANTLR end "T__29"
410
411 // $ANTLR start "T__30"
412 public final void mT__30() throws RecognitionException {
413 try {
414 int _type = T__30;
415 int _channel = DEFAULT_TOKEN_CHANNEL;
416 // InternalSolverLanguage.g:26:7: ( '{' )
417 // InternalSolverLanguage.g:26:9: '{'
418 {
419 match('{');
420
421 }
422
423 state.type = _type;
424 state.channel = _channel;
425 }
426 finally {
427 }
428 }
429 // $ANTLR end "T__30"
430
431 // $ANTLR start "T__31"
432 public final void mT__31() throws RecognitionException {
433 try {
434 int _type = T__31;
435 int _channel = DEFAULT_TOKEN_CHANNEL;
436 // InternalSolverLanguage.g:27:7: ( '}' )
437 // InternalSolverLanguage.g:27:9: '}'
438 {
439 match('}');
440
441 }
442
443 state.type = _type;
444 state.channel = _channel;
445 }
446 finally {
447 }
448 }
449 // $ANTLR end "T__31"
450
451 // $ANTLR start "T__32"
452 public final void mT__32() throws RecognitionException {
453 try {
454 int _type = T__32;
455 int _channel = DEFAULT_TOKEN_CHANNEL;
456 // InternalSolverLanguage.g:28:7: ( '|' )
457 // InternalSolverLanguage.g:28:9: '|'
458 {
459 match('|');
460
461 }
462
463 state.type = _type;
464 state.channel = _channel;
465 }
466 finally {
467 }
468 }
469 // $ANTLR end "T__32"
470
471 // $ANTLR start "T__33"
472 public final void mT__33() throws RecognitionException {
473 try {
474 int _type = T__33;
475 int _channel = DEFAULT_TOKEN_CHANNEL;
476 // InternalSolverLanguage.g:29:7: ( '(' )
477 // InternalSolverLanguage.g:29:9: '('
478 {
479 match('(');
480
481 }
482
483 state.type = _type;
484 state.channel = _channel;
485 }
486 finally {
487 }
488 }
489 // $ANTLR end "T__33"
490
491 // $ANTLR start "T__34"
492 public final void mT__34() throws RecognitionException {
493 try {
494 int _type = T__34;
495 int _channel = DEFAULT_TOKEN_CHANNEL;
496 // InternalSolverLanguage.g:30:7: ( ')' )
497 // InternalSolverLanguage.g:30:9: ')'
498 {
499 match(')');
500
501 }
502
503 state.type = _type;
504 state.channel = _channel;
505 }
506 finally {
507 }
508 }
509 // $ANTLR end "T__34"
510
511 // $ANTLR start "T__35"
512 public final void mT__35() throws RecognitionException {
513 try {
514 int _type = T__35;
515 int _channel = DEFAULT_TOKEN_CHANNEL;
516 // InternalSolverLanguage.g:31:7: ( '*' )
517 // InternalSolverLanguage.g:31:9: '*'
518 {
519 match('*');
520
521 }
522
523 state.type = _type;
524 state.channel = _channel;
525 }
526 finally {
527 }
528 }
529 // $ANTLR end "T__35"
530
531 // $ANTLR start "T__36"
532 public final void mT__36() throws RecognitionException {
533 try {
534 int _type = T__36;
535 int _channel = DEFAULT_TOKEN_CHANNEL;
536 // InternalSolverLanguage.g:32:7: ( '[' )
537 // InternalSolverLanguage.g:32:9: '['
538 {
539 match('[');
540
541 }
542
543 state.type = _type;
544 state.channel = _channel;
545 }
546 finally {
547 }
548 }
549 // $ANTLR end "T__36"
550
551 // $ANTLR start "T__37"
552 public final void mT__37() throws RecognitionException {
553 try {
554 int _type = T__37;
555 int _channel = DEFAULT_TOKEN_CHANNEL;
556 // InternalSolverLanguage.g:33:7: ( '..' )
557 // InternalSolverLanguage.g:33:9: '..'
558 {
559 match("..");
560
561
562 }
563
564 state.type = _type;
565 state.channel = _channel;
566 }
567 finally {
568 }
569 }
570 // $ANTLR end "T__37"
571
572 // $ANTLR start "T__38"
573 public final void mT__38() throws RecognitionException {
574 try {
575 int _type = T__38;
576 int _channel = DEFAULT_TOKEN_CHANNEL;
577 // InternalSolverLanguage.g:34:7: ( ']' )
578 // InternalSolverLanguage.g:34:9: ']'
579 {
580 match(']');
581
582 }
583
584 state.type = _type;
585 state.channel = _channel;
586 }
587 finally {
588 }
589 }
590 // $ANTLR end "T__38"
591
592 // $ANTLR start "T__39"
593 public final void mT__39() throws RecognitionException {
594 try {
595 int _type = T__39;
596 int _channel = DEFAULT_TOKEN_CHANNEL;
597 // InternalSolverLanguage.g:35:7: ( 'inf' )
598 // InternalSolverLanguage.g:35:9: 'inf'
599 {
600 match("inf");
601
602
603 }
604
605 state.type = _type;
606 state.channel = _channel;
607 }
608 finally {
609 }
610 }
611 // $ANTLR end "T__39"
612
613 // $ANTLR start "T__40"
614 public final void mT__40() throws RecognitionException {
615 try {
616 int _type = T__40;
617 int _channel = DEFAULT_TOKEN_CHANNEL;
618 // InternalSolverLanguage.g:36:7: ( 'empty' )
619 // InternalSolverLanguage.g:36:9: 'empty'
620 {
621 match("empty");
622
623
624 }
625
626 state.type = _type;
627 state.channel = _channel;
628 }
629 finally {
630 }
631 }
632 // $ANTLR end "T__40"
633
634 // $ANTLR start "T__41"
635 public final void mT__41() throws RecognitionException {
636 try {
637 int _type = T__41;
638 int _channel = DEFAULT_TOKEN_CHANNEL;
639 // InternalSolverLanguage.g:37:7: ( 'abstract' )
640 // InternalSolverLanguage.g:37:9: 'abstract'
641 {
642 match("abstract");
643
644
645 }
646
647 state.type = _type;
648 state.channel = _channel;
649 }
650 finally {
651 }
652 }
653 // $ANTLR end "T__41"
654
655 // $ANTLR start "T__42"
656 public final void mT__42() throws RecognitionException {
657 try {
658 int _type = T__42;
659 int _channel = DEFAULT_TOKEN_CHANNEL;
660 // InternalSolverLanguage.g:38:7: ( 'class' )
661 // InternalSolverLanguage.g:38:9: 'class'
662 {
663 match("class");
664
665
666 }
667
668 state.type = _type;
669 state.channel = _channel;
670 }
671 finally {
672 }
673 }
674 // $ANTLR end "T__42"
675
676 // $ANTLR start "T__43"
677 public final void mT__43() throws RecognitionException {
678 try {
679 int _type = T__43;
680 int _channel = DEFAULT_TOKEN_CHANNEL;
681 // InternalSolverLanguage.g:39:7: ( 'extends' )
682 // InternalSolverLanguage.g:39:9: 'extends'
683 {
684 match("extends");
685
686
687 }
688
689 state.type = _type;
690 state.channel = _channel;
691 }
692 finally {
693 }
694 }
695 // $ANTLR end "T__43"
696
697 // $ANTLR start "T__44"
698 public final void mT__44() throws RecognitionException {
699 try {
700 int _type = T__44;
701 int _channel = DEFAULT_TOKEN_CHANNEL;
702 // InternalSolverLanguage.g:40:7: ( 'contains' )
703 // InternalSolverLanguage.g:40:9: 'contains'
704 {
705 match("contains");
706
707
708 }
709
710 state.type = _type;
711 state.channel = _channel;
712 }
713 finally {
714 }
715 }
716 // $ANTLR end "T__44"
717
718 // $ANTLR start "T__45"
719 public final void mT__45() throws RecognitionException {
720 try {
721 int _type = T__45;
722 int _channel = DEFAULT_TOKEN_CHANNEL;
723 // InternalSolverLanguage.g:41:7: ( 'opposite' )
724 // InternalSolverLanguage.g:41:9: 'opposite'
725 {
726 match("opposite");
727
728
729 }
730
731 state.type = _type;
732 state.channel = _channel;
733 }
734 finally {
735 }
736 }
737 // $ANTLR end "T__45"
738
739 // $ANTLR start "T__46"
740 public final void mT__46() throws RecognitionException {
741 try {
742 int _type = T__46;
743 int _channel = DEFAULT_TOKEN_CHANNEL;
744 // InternalSolverLanguage.g:42:7: ( 'scope' )
745 // InternalSolverLanguage.g:42:9: 'scope'
746 {
747 match("scope");
748
749
750 }
751
752 state.type = _type;
753 state.channel = _channel;
754 }
755 finally {
756 }
757 }
758 // $ANTLR end "T__46"
759
760 // $ANTLR start "T__47"
761 public final void mT__47() throws RecognitionException {
762 try {
763 int _type = T__47;
764 int _channel = DEFAULT_TOKEN_CHANNEL;
765 // InternalSolverLanguage.g:43:7: ( '==' )
766 // InternalSolverLanguage.g:43:9: '=='
767 {
768 match("==");
769
770
771 }
772
773 state.type = _type;
774 state.channel = _channel;
775 }
776 finally {
777 }
778 }
779 // $ANTLR end "T__47"
780
781 // $ANTLR start "T__48"
782 public final void mT__48() throws RecognitionException {
783 try {
784 int _type = T__48;
785 int _channel = DEFAULT_TOKEN_CHANNEL;
786 // InternalSolverLanguage.g:44:7: ( '<=' )
787 // InternalSolverLanguage.g:44:9: '<='
788 {
789 match("<=");
790
791
792 }
793
794 state.type = _type;
795 state.channel = _channel;
796 }
797 finally {
798 }
799 }
800 // $ANTLR end "T__48"
801
802 // $ANTLR start "T__49"
803 public final void mT__49() throws RecognitionException {
804 try {
805 int _type = T__49;
806 int _channel = DEFAULT_TOKEN_CHANNEL;
807 // InternalSolverLanguage.g:45:7: ( '>=' )
808 // InternalSolverLanguage.g:45:9: '>='
809 {
810 match(">=");
811
812
813 }
814
815 state.type = _type;
816 state.channel = _channel;
817 }
818 finally {
819 }
820 }
821 // $ANTLR end "T__49"
822
823 // $ANTLR start "T__50"
824 public final void mT__50() throws RecognitionException {
825 try {
826 int _type = T__50;
827 int _channel = DEFAULT_TOKEN_CHANNEL;
828 // InternalSolverLanguage.g:46:7: ( 'int' )
829 // InternalSolverLanguage.g:46:9: 'int'
830 {
831 match("int");
832
833
834 }
835
836 state.type = _type;
837 state.channel = _channel;
838 }
839 finally {
840 }
841 }
842 // $ANTLR end "T__50"
843
844 // $ANTLR start "T__51"
845 public final void mT__51() throws RecognitionException {
846 try {
847 int _type = T__51;
848 int _channel = DEFAULT_TOKEN_CHANNEL;
849 // InternalSolverLanguage.g:47:7: ( 'real' )
850 // InternalSolverLanguage.g:47:9: 'real'
851 {
852 match("real");
853
854
855 }
856
857 state.type = _type;
858 state.channel = _channel;
859 }
860 finally {
861 }
862 }
863 // $ANTLR end "T__51"
864
865 // $ANTLR start "T__52"
866 public final void mT__52() throws RecognitionException {
867 try {
868 int _type = T__52;
869 int _channel = DEFAULT_TOKEN_CHANNEL;
870 // InternalSolverLanguage.g:48:7: ( '!=' )
871 // InternalSolverLanguage.g:48:9: '!='
872 {
873 match("!=");
874
875
876 }
877
878 state.type = _type;
879 state.channel = _channel;
880 }
881 finally {
882 }
883 }
884 // $ANTLR end "T__52"
885
886 // $ANTLR start "T__53"
887 public final void mT__53() throws RecognitionException {
888 try {
889 int _type = T__53;
890 int _channel = DEFAULT_TOKEN_CHANNEL;
891 // InternalSolverLanguage.g:49:7: ( '<' )
892 // InternalSolverLanguage.g:49:9: '<'
893 {
894 match('<');
895
896 }
897
898 state.type = _type;
899 state.channel = _channel;
900 }
901 finally {
902 }
903 }
904 // $ANTLR end "T__53"
905
906 // $ANTLR start "T__54"
907 public final void mT__54() throws RecognitionException {
908 try {
909 int _type = T__54;
910 int _channel = DEFAULT_TOKEN_CHANNEL;
911 // InternalSolverLanguage.g:50:7: ( '>' )
912 // InternalSolverLanguage.g:50:9: '>'
913 {
914 match('>');
915
916 }
917
918 state.type = _type;
919 state.channel = _channel;
920 }
921 finally {
922 }
923 }
924 // $ANTLR end "T__54"
925
926 // $ANTLR start "T__55"
927 public final void mT__55() throws RecognitionException {
928 try {
929 int _type = T__55;
930 int _channel = DEFAULT_TOKEN_CHANNEL;
931 // InternalSolverLanguage.g:51:7: ( 'in' )
932 // InternalSolverLanguage.g:51:9: 'in'
933 {
934 match("in");
935
936
937 }
938
939 state.type = _type;
940 state.channel = _channel;
941 }
942 finally {
943 }
944 }
945 // $ANTLR end "T__55"
946
947 // $ANTLR start "T__56"
948 public final void mT__56() throws RecognitionException {
949 try {
950 int _type = T__56;
951 int _channel = DEFAULT_TOKEN_CHANNEL;
952 // InternalSolverLanguage.g:52:7: ( '+' )
953 // InternalSolverLanguage.g:52:9: '+'
954 {
955 match('+');
956
957 }
958
959 state.type = _type;
960 state.channel = _channel;
961 }
962 finally {
963 }
964 }
965 // $ANTLR end "T__56"
966
967 // $ANTLR start "T__57"
968 public final void mT__57() throws RecognitionException {
969 try {
970 int _type = T__57;
971 int _channel = DEFAULT_TOKEN_CHANNEL;
972 // InternalSolverLanguage.g:53:7: ( '-' )
973 // InternalSolverLanguage.g:53:9: '-'
974 {
975 match('-');
976
977 }
978
979 state.type = _type;
980 state.channel = _channel;
981 }
982 finally {
983 }
984 }
985 // $ANTLR end "T__57"
986
987 // $ANTLR start "T__58"
988 public final void mT__58() throws RecognitionException {
989 try {
990 int _type = T__58;
991 int _channel = DEFAULT_TOKEN_CHANNEL;
992 // InternalSolverLanguage.g:54:7: ( '/' )
993 // InternalSolverLanguage.g:54:9: '/'
994 {
995 match('/');
996
997 }
998
999 state.type = _type;
1000 state.channel = _channel;
1001 }
1002 finally {
1003 }
1004 }
1005 // $ANTLR end "T__58"
1006
1007 // $ANTLR start "T__59"
1008 public final void mT__59() throws RecognitionException {
1009 try {
1010 int _type = T__59;
1011 int _channel = DEFAULT_TOKEN_CHANNEL;
1012 // InternalSolverLanguage.g:55:7: ( '^' )
1013 // InternalSolverLanguage.g:55:9: '^'
1014 {
1015 match('^');
1016
1017 }
1018
1019 state.type = _type;
1020 state.channel = _channel;
1021 }
1022 finally {
1023 }
1024 }
1025 // $ANTLR end "T__59"
1026
1027 // $ANTLR start "T__60"
1028 public final void mT__60() throws RecognitionException {
1029 try {
1030 int _type = T__60;
1031 int _channel = DEFAULT_TOKEN_CHANNEL;
1032 // InternalSolverLanguage.g:56:7: ( '!' )
1033 // InternalSolverLanguage.g:56:9: '!'
1034 {
1035 match('!');
1036
1037 }
1038
1039 state.type = _type;
1040 state.channel = _channel;
1041 }
1042 finally {
1043 }
1044 }
1045 // $ANTLR end "T__60"
1046
1047 // $ANTLR start "T__61"
1048 public final void mT__61() throws RecognitionException {
1049 try {
1050 int _type = T__61;
1051 int _channel = DEFAULT_TOKEN_CHANNEL;
1052 // InternalSolverLanguage.g:57:7: ( 'may' )
1053 // InternalSolverLanguage.g:57:9: 'may'
1054 {
1055 match("may");
1056
1057
1058 }
1059
1060 state.type = _type;
1061 state.channel = _channel;
1062 }
1063 finally {
1064 }
1065 }
1066 // $ANTLR end "T__61"
1067
1068 // $ANTLR start "T__62"
1069 public final void mT__62() throws RecognitionException {
1070 try {
1071 int _type = T__62;
1072 int _channel = DEFAULT_TOKEN_CHANNEL;
1073 // InternalSolverLanguage.g:58:7: ( 'must' )
1074 // InternalSolverLanguage.g:58:9: 'must'
1075 {
1076 match("must");
1077
1078
1079 }
1080
1081 state.type = _type;
1082 state.channel = _channel;
1083 }
1084 finally {
1085 }
1086 }
1087 // $ANTLR end "T__62"
1088
1089 // $ANTLR start "T__63"
1090 public final void mT__63() throws RecognitionException {
1091 try {
1092 int _type = T__63;
1093 int _channel = DEFAULT_TOKEN_CHANNEL;
1094 // InternalSolverLanguage.g:59:7: ( 'current' )
1095 // InternalSolverLanguage.g:59:9: 'current'
1096 {
1097 match("current");
1098
1099
1100 }
1101
1102 state.type = _type;
1103 state.channel = _channel;
1104 }
1105 finally {
1106 }
1107 }
1108 // $ANTLR end "T__63"
1109
1110 // $ANTLR start "T__64"
1111 public final void mT__64() throws RecognitionException {
1112 try {
1113 int _type = T__64;
1114 int _channel = DEFAULT_TOKEN_CHANNEL;
1115 // InternalSolverLanguage.g:60:7: ( 'only' )
1116 // InternalSolverLanguage.g:60:9: 'only'
1117 {
1118 match("only");
1119
1120
1121 }
1122
1123 state.type = _type;
1124 state.channel = _channel;
1125 }
1126 finally {
1127 }
1128 }
1129 // $ANTLR end "T__64"
1130
1131 // $ANTLR start "T__65"
1132 public final void mT__65() throws RecognitionException {
1133 try {
1134 int _type = T__65;
1135 int _channel = DEFAULT_TOKEN_CHANNEL;
1136 // InternalSolverLanguage.g:61:7: ( 'sum' )
1137 // InternalSolverLanguage.g:61:9: 'sum'
1138 {
1139 match("sum");
1140
1141
1142 }
1143
1144 state.type = _type;
1145 state.channel = _channel;
1146 }
1147 finally {
1148 }
1149 }
1150 // $ANTLR end "T__65"
1151
1152 // $ANTLR start "T__66"
1153 public final void mT__66() throws RecognitionException {
1154 try {
1155 int _type = T__66;
1156 int _channel = DEFAULT_TOKEN_CHANNEL;
1157 // InternalSolverLanguage.g:62:7: ( 'prod' )
1158 // InternalSolverLanguage.g:62:9: 'prod'
1159 {
1160 match("prod");
1161
1162
1163 }
1164
1165 state.type = _type;
1166 state.channel = _channel;
1167 }
1168 finally {
1169 }
1170 }
1171 // $ANTLR end "T__66"
1172
1173 // $ANTLR start "T__67"
1174 public final void mT__67() throws RecognitionException {
1175 try {
1176 int _type = T__67;
1177 int _channel = DEFAULT_TOKEN_CHANNEL;
1178 // InternalSolverLanguage.g:63:7: ( 'avg' )
1179 // InternalSolverLanguage.g:63:9: 'avg'
1180 {
1181 match("avg");
1182
1183
1184 }
1185
1186 state.type = _type;
1187 state.channel = _channel;
1188 }
1189 finally {
1190 }
1191 }
1192 // $ANTLR end "T__67"
1193
1194 // $ANTLR start "T__68"
1195 public final void mT__68() throws RecognitionException {
1196 try {
1197 int _type = T__68;
1198 int _channel = DEFAULT_TOKEN_CHANNEL;
1199 // InternalSolverLanguage.g:64:7: ( 'min' )
1200 // InternalSolverLanguage.g:64:9: 'min'
1201 {
1202 match("min");
1203
1204
1205 }
1206
1207 state.type = _type;
1208 state.channel = _channel;
1209 }
1210 finally {
1211 }
1212 }
1213 // $ANTLR end "T__68"
1214
1215 // $ANTLR start "T__69"
1216 public final void mT__69() throws RecognitionException {
1217 try {
1218 int _type = T__69;
1219 int _channel = DEFAULT_TOKEN_CHANNEL;
1220 // InternalSolverLanguage.g:65:7: ( 'max' )
1221 // InternalSolverLanguage.g:65:9: 'max'
1222 {
1223 match("max");
1224
1225
1226 }
1227
1228 state.type = _type;
1229 state.channel = _channel;
1230 }
1231 finally {
1232 }
1233 }
1234 // $ANTLR end "T__69"
1235
1236 // $ANTLR start "T__70"
1237 public final void mT__70() throws RecognitionException {
1238 try {
1239 int _type = T__70;
1240 int _channel = DEFAULT_TOKEN_CHANNEL;
1241 // InternalSolverLanguage.g:66:7: ( 'true' )
1242 // InternalSolverLanguage.g:66:9: 'true'
1243 {
1244 match("true");
1245
1246
1247 }
1248
1249 state.type = _type;
1250 state.channel = _channel;
1251 }
1252 finally {
1253 }
1254 }
1255 // $ANTLR end "T__70"
1256
1257 // $ANTLR start "T__71"
1258 public final void mT__71() throws RecognitionException {
1259 try {
1260 int _type = T__71;
1261 int _channel = DEFAULT_TOKEN_CHANNEL;
1262 // InternalSolverLanguage.g:67:7: ( 'false' )
1263 // InternalSolverLanguage.g:67:9: 'false'
1264 {
1265 match("false");
1266
1267
1268 }
1269
1270 state.type = _type;
1271 state.channel = _channel;
1272 }
1273 finally {
1274 }
1275 }
1276 // $ANTLR end "T__71"
1277
1278 // $ANTLR start "T__72"
1279 public final void mT__72() throws RecognitionException {
1280 try {
1281 int _type = T__72;
1282 int _channel = DEFAULT_TOKEN_CHANNEL;
1283 // InternalSolverLanguage.g:68:7: ( 'unknown' )
1284 // InternalSolverLanguage.g:68:9: 'unknown'
1285 {
1286 match("unknown");
1287
1288
1289 }
1290
1291 state.type = _type;
1292 state.channel = _channel;
1293 }
1294 finally {
1295 }
1296 }
1297 // $ANTLR end "T__72"
1298
1299 // $ANTLR start "T__73"
1300 public final void mT__73() throws RecognitionException {
1301 try {
1302 int _type = T__73;
1303 int _channel = DEFAULT_TOKEN_CHANNEL;
1304 // InternalSolverLanguage.g:69:7: ( 'minimize' )
1305 // InternalSolverLanguage.g:69:9: 'minimize'
1306 {
1307 match("minimize");
1308
1309
1310 }
1311
1312 state.type = _type;
1313 state.channel = _channel;
1314 }
1315 finally {
1316 }
1317 }
1318 // $ANTLR end "T__73"
1319
1320 // $ANTLR start "T__74"
1321 public final void mT__74() throws RecognitionException {
1322 try {
1323 int _type = T__74;
1324 int _channel = DEFAULT_TOKEN_CHANNEL;
1325 // InternalSolverLanguage.g:70:7: ( 'maximize' )
1326 // InternalSolverLanguage.g:70:9: 'maximize'
1327 {
1328 match("maximize");
1329
1330
1331 }
1332
1333 state.type = _type;
1334 state.channel = _channel;
1335 }
1336 finally {
1337 }
1338 }
1339 // $ANTLR end "T__74"
1340
1341 // $ANTLR start "RULE_STRING"
1342 public final void mRULE_STRING() throws RecognitionException {
1343 try {
1344 int _type = RULE_STRING;
1345 int _channel = DEFAULT_TOKEN_CHANNEL;
1346 // InternalSolverLanguage.g:3882:13: ( '\"' ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )* '\"' )
1347 // InternalSolverLanguage.g:3882:15: '\"' ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )* '\"'
1348 {
1349 match('\"');
1350 // InternalSolverLanguage.g:3882:19: ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )*
1351 loop1:
1352 do {
1353 int alt1=3;
1354 int LA1_0 = input.LA(1);
1355
1356 if ( (LA1_0=='\\') ) {
1357 alt1=1;
1358 }
1359 else if ( ((LA1_0>='\u0000' && LA1_0<='!')||(LA1_0>='#' && LA1_0<='[')||(LA1_0>=']' && LA1_0<='\uFFFF')) ) {
1360 alt1=2;
1361 }
1362
1363
1364 switch (alt1) {
1365 case 1 :
1366 // InternalSolverLanguage.g:3882:20: '\\\\' .
1367 {
1368 match('\\');
1369 matchAny();
1370
1371 }
1372 break;
1373 case 2 :
1374 // InternalSolverLanguage.g:3882:27: ~ ( ( '\\\\' | '\"' ) )
1375 {
1376 if ( (input.LA(1)>='\u0000' && input.LA(1)<='!')||(input.LA(1)>='#' && input.LA(1)<='[')||(input.LA(1)>=']' && input.LA(1)<='\uFFFF') ) {
1377 input.consume();
1378
1379 }
1380 else {
1381 MismatchedSetException mse = new MismatchedSetException(null,input);
1382 recover(mse);
1383 throw mse;}
1384
1385
1386 }
1387 break;
1388
1389 default :
1390 break loop1;
1391 }
1392 } while (true);
1393
1394 match('\"');
1395
1396 }
1397
1398 state.type = _type;
1399 state.channel = _channel;
1400 }
1401 finally {
1402 }
1403 }
1404 // $ANTLR end "RULE_STRING"
1405
1406 // $ANTLR start "RULE_QUOTED_ID"
1407 public final void mRULE_QUOTED_ID() throws RecognitionException {
1408 try {
1409 int _type = RULE_QUOTED_ID;
1410 int _channel = DEFAULT_TOKEN_CHANNEL;
1411 // InternalSolverLanguage.g:3884:16: ( '\\'' ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )* '\\'' )
1412 // InternalSolverLanguage.g:3884:18: '\\'' ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )* '\\''
1413 {
1414 match('\'');
1415 // InternalSolverLanguage.g:3884:23: ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )*
1416 loop2:
1417 do {
1418 int alt2=3;
1419 int LA2_0 = input.LA(1);
1420
1421 if ( (LA2_0=='\\') ) {
1422 alt2=1;
1423 }
1424 else if ( ((LA2_0>='\u0000' && LA2_0<='&')||(LA2_0>='(' && LA2_0<='[')||(LA2_0>=']' && LA2_0<='\uFFFF')) ) {
1425 alt2=2;
1426 }
1427
1428
1429 switch (alt2) {
1430 case 1 :
1431 // InternalSolverLanguage.g:3884:24: '\\\\' .
1432 {
1433 match('\\');
1434 matchAny();
1435
1436 }
1437 break;
1438 case 2 :
1439 // InternalSolverLanguage.g:3884:31: ~ ( ( '\\\\' | '\\'' ) )
1440 {
1441 if ( (input.LA(1)>='\u0000' && input.LA(1)<='&')||(input.LA(1)>='(' && input.LA(1)<='[')||(input.LA(1)>=']' && input.LA(1)<='\uFFFF') ) {
1442 input.consume();
1443
1444 }
1445 else {
1446 MismatchedSetException mse = new MismatchedSetException(null,input);
1447 recover(mse);
1448 throw mse;}
1449
1450
1451 }
1452 break;
1453
1454 default :
1455 break loop2;
1456 }
1457 } while (true);
1458
1459 match('\'');
1460
1461 }
1462
1463 state.type = _type;
1464 state.channel = _channel;
1465 }
1466 finally {
1467 }
1468 }
1469 // $ANTLR end "RULE_QUOTED_ID"
1470
1471 // $ANTLR start "RULE_PLUS"
1472 public final void mRULE_PLUS() throws RecognitionException {
1473 try {
1474 int _type = RULE_PLUS;
1475 int _channel = DEFAULT_TOKEN_CHANNEL;
1476 // InternalSolverLanguage.g:3886:11: ( 'synthetic::plus' )
1477 // InternalSolverLanguage.g:3886:13: 'synthetic::plus'
1478 {
1479 match("synthetic::plus");
1480
1481
1482 }
1483
1484 state.type = _type;
1485 state.channel = _channel;
1486 }
1487 finally {
1488 }
1489 }
1490 // $ANTLR end "RULE_PLUS"
1491
1492 // $ANTLR start "RULE_STAR"
1493 public final void mRULE_STAR() throws RecognitionException {
1494 try {
1495 int _type = RULE_STAR;
1496 int _channel = DEFAULT_TOKEN_CHANNEL;
1497 // InternalSolverLanguage.g:3888:11: ( 'synthetic::star' )
1498 // InternalSolverLanguage.g:3888:13: 'synthetic::star'
1499 {
1500 match("synthetic::star");
1501
1502
1503 }
1504
1505 state.type = _type;
1506 state.channel = _channel;
1507 }
1508 finally {
1509 }
1510 }
1511 // $ANTLR end "RULE_STAR"
1512
1513 // $ANTLR start "RULE_DOT"
1514 public final void mRULE_DOT() throws RecognitionException {
1515 try {
1516 int _type = RULE_DOT;
1517 int _channel = DEFAULT_TOKEN_CHANNEL;
1518 // InternalSolverLanguage.g:3890:10: ( 'synthetic::dot' )
1519 // InternalSolverLanguage.g:3890:12: 'synthetic::dot'
1520 {
1521 match("synthetic::dot");
1522
1523
1524 }
1525
1526 state.type = _type;
1527 state.channel = _channel;
1528 }
1529 finally {
1530 }
1531 }
1532 // $ANTLR end "RULE_DOT"
1533
1534 // $ANTLR start "RULE_ID"
1535 public final void mRULE_ID() throws RecognitionException {
1536 try {
1537 int _type = RULE_ID;
1538 int _channel = DEFAULT_TOKEN_CHANNEL;
1539 // InternalSolverLanguage.g:3892:9: ( ( '^' )? ( 'a' .. 'z' | 'A' .. 'Z' | '_' ) ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )* )
1540 // InternalSolverLanguage.g:3892:11: ( '^' )? ( 'a' .. 'z' | 'A' .. 'Z' | '_' ) ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )*
1541 {
1542 // InternalSolverLanguage.g:3892:11: ( '^' )?
1543 int alt3=2;
1544 int LA3_0 = input.LA(1);
1545
1546 if ( (LA3_0=='^') ) {
1547 alt3=1;
1548 }
1549 switch (alt3) {
1550 case 1 :
1551 // InternalSolverLanguage.g:3892:11: '^'
1552 {
1553 match('^');
1554
1555 }
1556 break;
1557
1558 }
1559
1560 if ( (input.LA(1)>='A' && input.LA(1)<='Z')||input.LA(1)=='_'||(input.LA(1)>='a' && input.LA(1)<='z') ) {
1561 input.consume();
1562
1563 }
1564 else {
1565 MismatchedSetException mse = new MismatchedSetException(null,input);
1566 recover(mse);
1567 throw mse;}
1568
1569 // InternalSolverLanguage.g:3892:40: ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )*
1570 loop4:
1571 do {
1572 int alt4=2;
1573 int LA4_0 = input.LA(1);
1574
1575 if ( ((LA4_0>='0' && LA4_0<='9')||(LA4_0>='A' && LA4_0<='Z')||LA4_0=='_'||(LA4_0>='a' && LA4_0<='z')) ) {
1576 alt4=1;
1577 }
1578
1579
1580 switch (alt4) {
1581 case 1 :
1582 // InternalSolverLanguage.g:
1583 {
1584 if ( (input.LA(1)>='0' && input.LA(1)<='9')||(input.LA(1)>='A' && input.LA(1)<='Z')||input.LA(1)=='_'||(input.LA(1)>='a' && input.LA(1)<='z') ) {
1585 input.consume();
1586
1587 }
1588 else {
1589 MismatchedSetException mse = new MismatchedSetException(null,input);
1590 recover(mse);
1591 throw mse;}
1592
1593
1594 }
1595 break;
1596
1597 default :
1598 break loop4;
1599 }
1600 } while (true);
1601
1602
1603 }
1604
1605 state.type = _type;
1606 state.channel = _channel;
1607 }
1608 finally {
1609 }
1610 }
1611 // $ANTLR end "RULE_ID"
1612
1613 // $ANTLR start "RULE_INT"
1614 public final void mRULE_INT() throws RecognitionException {
1615 try {
1616 int _type = RULE_INT;
1617 int _channel = DEFAULT_TOKEN_CHANNEL;
1618 // InternalSolverLanguage.g:3894:10: ( ( '0' .. '9' )+ )
1619 // InternalSolverLanguage.g:3894:12: ( '0' .. '9' )+
1620 {
1621 // InternalSolverLanguage.g:3894:12: ( '0' .. '9' )+
1622 int cnt5=0;
1623 loop5:
1624 do {
1625 int alt5=2;
1626 int LA5_0 = input.LA(1);
1627
1628 if ( ((LA5_0>='0' && LA5_0<='9')) ) {
1629 alt5=1;
1630 }
1631
1632
1633 switch (alt5) {
1634 case 1 :
1635 // InternalSolverLanguage.g:3894:13: '0' .. '9'
1636 {
1637 matchRange('0','9');
1638
1639 }
1640 break;
1641
1642 default :
1643 if ( cnt5 >= 1 ) break loop5;
1644 EarlyExitException eee =
1645 new EarlyExitException(5, input);
1646 throw eee;
1647 }
1648 cnt5++;
1649 } while (true);
1650
1651
1652 }
1653
1654 state.type = _type;
1655 state.channel = _channel;
1656 }
1657 finally {
1658 }
1659 }
1660 // $ANTLR end "RULE_INT"
1661
1662 // $ANTLR start "RULE_ML_COMMENT"
1663 public final void mRULE_ML_COMMENT() throws RecognitionException {
1664 try {
1665 int _type = RULE_ML_COMMENT;
1666 int _channel = DEFAULT_TOKEN_CHANNEL;
1667 // InternalSolverLanguage.g:3896:17: ( '/*' ( options {greedy=false; } : . )* '*/' )
1668 // InternalSolverLanguage.g:3896:19: '/*' ( options {greedy=false; } : . )* '*/'
1669 {
1670 match("/*");
1671
1672 // InternalSolverLanguage.g:3896:24: ( options {greedy=false; } : . )*
1673 loop6:
1674 do {
1675 int alt6=2;
1676 int LA6_0 = input.LA(1);
1677
1678 if ( (LA6_0=='*') ) {
1679 int LA6_1 = input.LA(2);
1680
1681 if ( (LA6_1=='/') ) {
1682 alt6=2;
1683 }
1684 else if ( ((LA6_1>='\u0000' && LA6_1<='.')||(LA6_1>='0' && LA6_1<='\uFFFF')) ) {
1685 alt6=1;
1686 }
1687
1688
1689 }
1690 else if ( ((LA6_0>='\u0000' && LA6_0<=')')||(LA6_0>='+' && LA6_0<='\uFFFF')) ) {
1691 alt6=1;
1692 }
1693
1694
1695 switch (alt6) {
1696 case 1 :
1697 // InternalSolverLanguage.g:3896:52: .
1698 {
1699 matchAny();
1700
1701 }
1702 break;
1703
1704 default :
1705 break loop6;
1706 }
1707 } while (true);
1708
1709 match("*/");
1710
1711
1712 }
1713
1714 state.type = _type;
1715 state.channel = _channel;
1716 }
1717 finally {
1718 }
1719 }
1720 // $ANTLR end "RULE_ML_COMMENT"
1721
1722 // $ANTLR start "RULE_SL_COMMENT"
1723 public final void mRULE_SL_COMMENT() throws RecognitionException {
1724 try {
1725 int _type = RULE_SL_COMMENT;
1726 int _channel = DEFAULT_TOKEN_CHANNEL;
1727 // InternalSolverLanguage.g:3898:17: ( '//' (~ ( ( '\\n' | '\\r' ) ) )* ( ( '\\r' )? '\\n' )? )
1728 // InternalSolverLanguage.g:3898:19: '//' (~ ( ( '\\n' | '\\r' ) ) )* ( ( '\\r' )? '\\n' )?
1729 {
1730 match("//");
1731
1732 // InternalSolverLanguage.g:3898:24: (~ ( ( '\\n' | '\\r' ) ) )*
1733 loop7:
1734 do {
1735 int alt7=2;
1736 int LA7_0 = input.LA(1);
1737
1738 if ( ((LA7_0>='\u0000' && LA7_0<='\t')||(LA7_0>='\u000B' && LA7_0<='\f')||(LA7_0>='\u000E' && LA7_0<='\uFFFF')) ) {
1739 alt7=1;
1740 }
1741
1742
1743 switch (alt7) {
1744 case 1 :
1745 // InternalSolverLanguage.g:3898:24: ~ ( ( '\\n' | '\\r' ) )
1746 {
1747 if ( (input.LA(1)>='\u0000' && input.LA(1)<='\t')||(input.LA(1)>='\u000B' && input.LA(1)<='\f')||(input.LA(1)>='\u000E' && input.LA(1)<='\uFFFF') ) {
1748 input.consume();
1749
1750 }
1751 else {
1752 MismatchedSetException mse = new MismatchedSetException(null,input);
1753 recover(mse);
1754 throw mse;}
1755
1756
1757 }
1758 break;
1759
1760 default :
1761 break loop7;
1762 }
1763 } while (true);
1764
1765 // InternalSolverLanguage.g:3898:40: ( ( '\\r' )? '\\n' )?
1766 int alt9=2;
1767 int LA9_0 = input.LA(1);
1768
1769 if ( (LA9_0=='\n'||LA9_0=='\r') ) {
1770 alt9=1;
1771 }
1772 switch (alt9) {
1773 case 1 :
1774 // InternalSolverLanguage.g:3898:41: ( '\\r' )? '\\n'
1775 {
1776 // InternalSolverLanguage.g:3898:41: ( '\\r' )?
1777 int alt8=2;
1778 int LA8_0 = input.LA(1);
1779
1780 if ( (LA8_0=='\r') ) {
1781 alt8=1;
1782 }
1783 switch (alt8) {
1784 case 1 :
1785 // InternalSolverLanguage.g:3898:41: '\\r'
1786 {
1787 match('\r');
1788
1789 }
1790 break;
1791
1792 }
1793
1794 match('\n');
1795
1796 }
1797 break;
1798
1799 }
1800
1801
1802 }
1803
1804 state.type = _type;
1805 state.channel = _channel;
1806 }
1807 finally {
1808 }
1809 }
1810 // $ANTLR end "RULE_SL_COMMENT"
1811
1812 // $ANTLR start "RULE_WS"
1813 public final void mRULE_WS() throws RecognitionException {
1814 try {
1815 int _type = RULE_WS;
1816 int _channel = DEFAULT_TOKEN_CHANNEL;
1817 // InternalSolverLanguage.g:3900:9: ( ( ' ' | '\\t' | '\\r' | '\\n' )+ )
1818 // InternalSolverLanguage.g:3900:11: ( ' ' | '\\t' | '\\r' | '\\n' )+
1819 {
1820 // InternalSolverLanguage.g:3900:11: ( ' ' | '\\t' | '\\r' | '\\n' )+
1821 int cnt10=0;
1822 loop10:
1823 do {
1824 int alt10=2;
1825 int LA10_0 = input.LA(1);
1826
1827 if ( ((LA10_0>='\t' && LA10_0<='\n')||LA10_0=='\r'||LA10_0==' ') ) {
1828 alt10=1;
1829 }
1830
1831
1832 switch (alt10) {
1833 case 1 :
1834 // InternalSolverLanguage.g:
1835 {
1836 if ( (input.LA(1)>='\t' && input.LA(1)<='\n')||input.LA(1)=='\r'||input.LA(1)==' ' ) {
1837 input.consume();
1838
1839 }
1840 else {
1841 MismatchedSetException mse = new MismatchedSetException(null,input);
1842 recover(mse);
1843 throw mse;}
1844
1845
1846 }
1847 break;
1848
1849 default :
1850 if ( cnt10 >= 1 ) break loop10;
1851 EarlyExitException eee =
1852 new EarlyExitException(10, input);
1853 throw eee;
1854 }
1855 cnt10++;
1856 } while (true);
1857
1858
1859 }
1860
1861 state.type = _type;
1862 state.channel = _channel;
1863 }
1864 finally {
1865 }
1866 }
1867 // $ANTLR end "RULE_WS"
1868
1869 // $ANTLR start "RULE_ANY_OTHER"
1870 public final void mRULE_ANY_OTHER() throws RecognitionException {
1871 try {
1872 int _type = RULE_ANY_OTHER;
1873 int _channel = DEFAULT_TOKEN_CHANNEL;
1874 // InternalSolverLanguage.g:3902:16: ( . )
1875 // InternalSolverLanguage.g:3902:18: .
1876 {
1877 matchAny();
1878
1879 }
1880
1881 state.type = _type;
1882 state.channel = _channel;
1883 }
1884 finally {
1885 }
1886 }
1887 // $ANTLR end "RULE_ANY_OTHER"
1888
1889 public void mTokens() throws RecognitionException {
1890 // InternalSolverLanguage.g:1:8: ( T__15 | T__16 | T__17 | T__18 | T__19 | T__20 | T__21 | T__22 | T__23 | T__24 | T__25 | T__26 | T__27 | T__28 | T__29 | T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | T__55 | T__56 | T__57 | T__58 | T__59 | T__60 | T__61 | T__62 | T__63 | T__64 | T__65 | T__66 | T__67 | T__68 | T__69 | T__70 | T__71 | T__72 | T__73 | T__74 | RULE_STRING | RULE_QUOTED_ID | RULE_PLUS | RULE_STAR | RULE_DOT | RULE_ID | RULE_INT | RULE_ML_COMMENT | RULE_SL_COMMENT | RULE_WS | RULE_ANY_OTHER )
1891 int alt11=71;
1892 alt11 = dfa11.predict(input);
1893 switch (alt11) {
1894 case 1 :
1895 // InternalSolverLanguage.g:1:10: T__15
1896 {
1897 mT__15();
1898
1899 }
1900 break;
1901 case 2 :
1902 // InternalSolverLanguage.g:1:16: T__16
1903 {
1904 mT__16();
1905
1906 }
1907 break;
1908 case 3 :
1909 // InternalSolverLanguage.g:1:22: T__17
1910 {
1911 mT__17();
1912
1913 }
1914 break;
1915 case 4 :
1916 // InternalSolverLanguage.g:1:28: T__18
1917 {
1918 mT__18();
1919
1920 }
1921 break;
1922 case 5 :
1923 // InternalSolverLanguage.g:1:34: T__19
1924 {
1925 mT__19();
1926
1927 }
1928 break;
1929 case 6 :
1930 // InternalSolverLanguage.g:1:40: T__20
1931 {
1932 mT__20();
1933
1934 }
1935 break;
1936 case 7 :
1937 // InternalSolverLanguage.g:1:46: T__21
1938 {
1939 mT__21();
1940
1941 }
1942 break;
1943 case 8 :
1944 // InternalSolverLanguage.g:1:52: T__22
1945 {
1946 mT__22();
1947
1948 }
1949 break;
1950 case 9 :
1951 // InternalSolverLanguage.g:1:58: T__23
1952 {
1953 mT__23();
1954
1955 }
1956 break;
1957 case 10 :
1958 // InternalSolverLanguage.g:1:64: T__24
1959 {
1960 mT__24();
1961
1962 }
1963 break;
1964 case 11 :
1965 // InternalSolverLanguage.g:1:70: T__25
1966 {
1967 mT__25();
1968
1969 }
1970 break;
1971 case 12 :
1972 // InternalSolverLanguage.g:1:76: T__26
1973 {
1974 mT__26();
1975
1976 }
1977 break;
1978 case 13 :
1979 // InternalSolverLanguage.g:1:82: T__27
1980 {
1981 mT__27();
1982
1983 }
1984 break;
1985 case 14 :
1986 // InternalSolverLanguage.g:1:88: T__28
1987 {
1988 mT__28();
1989
1990 }
1991 break;
1992 case 15 :
1993 // InternalSolverLanguage.g:1:94: T__29
1994 {
1995 mT__29();
1996
1997 }
1998 break;
1999 case 16 :
2000 // InternalSolverLanguage.g:1:100: T__30
2001 {
2002 mT__30();
2003
2004 }
2005 break;
2006 case 17 :
2007 // InternalSolverLanguage.g:1:106: T__31
2008 {
2009 mT__31();
2010
2011 }
2012 break;
2013 case 18 :
2014 // InternalSolverLanguage.g:1:112: T__32
2015 {
2016 mT__32();
2017
2018 }
2019 break;
2020 case 19 :
2021 // InternalSolverLanguage.g:1:118: T__33
2022 {
2023 mT__33();
2024
2025 }
2026 break;
2027 case 20 :
2028 // InternalSolverLanguage.g:1:124: T__34
2029 {
2030 mT__34();
2031
2032 }
2033 break;
2034 case 21 :
2035 // InternalSolverLanguage.g:1:130: T__35
2036 {
2037 mT__35();
2038
2039 }
2040 break;
2041 case 22 :
2042 // InternalSolverLanguage.g:1:136: T__36
2043 {
2044 mT__36();
2045
2046 }
2047 break;
2048 case 23 :
2049 // InternalSolverLanguage.g:1:142: T__37
2050 {
2051 mT__37();
2052
2053 }
2054 break;
2055 case 24 :
2056 // InternalSolverLanguage.g:1:148: T__38
2057 {
2058 mT__38();
2059
2060 }
2061 break;
2062 case 25 :
2063 // InternalSolverLanguage.g:1:154: T__39
2064 {
2065 mT__39();
2066
2067 }
2068 break;
2069 case 26 :
2070 // InternalSolverLanguage.g:1:160: T__40
2071 {
2072 mT__40();
2073
2074 }
2075 break;
2076 case 27 :
2077 // InternalSolverLanguage.g:1:166: T__41
2078 {
2079 mT__41();
2080
2081 }
2082 break;
2083 case 28 :
2084 // InternalSolverLanguage.g:1:172: T__42
2085 {
2086 mT__42();
2087
2088 }
2089 break;
2090 case 29 :
2091 // InternalSolverLanguage.g:1:178: T__43
2092 {
2093 mT__43();
2094
2095 }
2096 break;
2097 case 30 :
2098 // InternalSolverLanguage.g:1:184: T__44
2099 {
2100 mT__44();
2101
2102 }
2103 break;
2104 case 31 :
2105 // InternalSolverLanguage.g:1:190: T__45
2106 {
2107 mT__45();
2108
2109 }
2110 break;
2111 case 32 :
2112 // InternalSolverLanguage.g:1:196: T__46
2113 {
2114 mT__46();
2115
2116 }
2117 break;
2118 case 33 :
2119 // InternalSolverLanguage.g:1:202: T__47
2120 {
2121 mT__47();
2122
2123 }
2124 break;
2125 case 34 :
2126 // InternalSolverLanguage.g:1:208: T__48
2127 {
2128 mT__48();
2129
2130 }
2131 break;
2132 case 35 :
2133 // InternalSolverLanguage.g:1:214: T__49
2134 {
2135 mT__49();
2136
2137 }
2138 break;
2139 case 36 :
2140 // InternalSolverLanguage.g:1:220: T__50
2141 {
2142 mT__50();
2143
2144 }
2145 break;
2146 case 37 :
2147 // InternalSolverLanguage.g:1:226: T__51
2148 {
2149 mT__51();
2150
2151 }
2152 break;
2153 case 38 :
2154 // InternalSolverLanguage.g:1:232: T__52
2155 {
2156 mT__52();
2157
2158 }
2159 break;
2160 case 39 :
2161 // InternalSolverLanguage.g:1:238: T__53
2162 {
2163 mT__53();
2164
2165 }
2166 break;
2167 case 40 :
2168 // InternalSolverLanguage.g:1:244: T__54
2169 {
2170 mT__54();
2171
2172 }
2173 break;
2174 case 41 :
2175 // InternalSolverLanguage.g:1:250: T__55
2176 {
2177 mT__55();
2178
2179 }
2180 break;
2181 case 42 :
2182 // InternalSolverLanguage.g:1:256: T__56
2183 {
2184 mT__56();
2185
2186 }
2187 break;
2188 case 43 :
2189 // InternalSolverLanguage.g:1:262: T__57
2190 {
2191 mT__57();
2192
2193 }
2194 break;
2195 case 44 :
2196 // InternalSolverLanguage.g:1:268: T__58
2197 {
2198 mT__58();
2199
2200 }
2201 break;
2202 case 45 :
2203 // InternalSolverLanguage.g:1:274: T__59
2204 {
2205 mT__59();
2206
2207 }
2208 break;
2209 case 46 :
2210 // InternalSolverLanguage.g:1:280: T__60
2211 {
2212 mT__60();
2213
2214 }
2215 break;
2216 case 47 :
2217 // InternalSolverLanguage.g:1:286: T__61
2218 {
2219 mT__61();
2220
2221 }
2222 break;
2223 case 48 :
2224 // InternalSolverLanguage.g:1:292: T__62
2225 {
2226 mT__62();
2227
2228 }
2229 break;
2230 case 49 :
2231 // InternalSolverLanguage.g:1:298: T__63
2232 {
2233 mT__63();
2234
2235 }
2236 break;
2237 case 50 :
2238 // InternalSolverLanguage.g:1:304: T__64
2239 {
2240 mT__64();
2241
2242 }
2243 break;
2244 case 51 :
2245 // InternalSolverLanguage.g:1:310: T__65
2246 {
2247 mT__65();
2248
2249 }
2250 break;
2251 case 52 :
2252 // InternalSolverLanguage.g:1:316: T__66
2253 {
2254 mT__66();
2255
2256 }
2257 break;
2258 case 53 :
2259 // InternalSolverLanguage.g:1:322: T__67
2260 {
2261 mT__67();
2262
2263 }
2264 break;
2265 case 54 :
2266 // InternalSolverLanguage.g:1:328: T__68
2267 {
2268 mT__68();
2269
2270 }
2271 break;
2272 case 55 :
2273 // InternalSolverLanguage.g:1:334: T__69
2274 {
2275 mT__69();
2276
2277 }
2278 break;
2279 case 56 :
2280 // InternalSolverLanguage.g:1:340: T__70
2281 {
2282 mT__70();
2283
2284 }
2285 break;
2286 case 57 :
2287 // InternalSolverLanguage.g:1:346: T__71
2288 {
2289 mT__71();
2290
2291 }
2292 break;
2293 case 58 :
2294 // InternalSolverLanguage.g:1:352: T__72
2295 {
2296 mT__72();
2297
2298 }
2299 break;
2300 case 59 :
2301 // InternalSolverLanguage.g:1:358: T__73
2302 {
2303 mT__73();
2304
2305 }
2306 break;
2307 case 60 :
2308 // InternalSolverLanguage.g:1:364: T__74
2309 {
2310 mT__74();
2311
2312 }
2313 break;
2314 case 61 :
2315 // InternalSolverLanguage.g:1:370: RULE_STRING
2316 {
2317 mRULE_STRING();
2318
2319 }
2320 break;
2321 case 62 :
2322 // InternalSolverLanguage.g:1:382: RULE_QUOTED_ID
2323 {
2324 mRULE_QUOTED_ID();
2325
2326 }
2327 break;
2328 case 63 :
2329 // InternalSolverLanguage.g:1:397: RULE_PLUS
2330 {
2331 mRULE_PLUS();
2332
2333 }
2334 break;
2335 case 64 :
2336 // InternalSolverLanguage.g:1:407: RULE_STAR
2337 {
2338 mRULE_STAR();
2339
2340 }
2341 break;
2342 case 65 :
2343 // InternalSolverLanguage.g:1:417: RULE_DOT
2344 {
2345 mRULE_DOT();
2346
2347 }
2348 break;
2349 case 66 :
2350 // InternalSolverLanguage.g:1:426: RULE_ID
2351 {
2352 mRULE_ID();
2353
2354 }
2355 break;
2356 case 67 :
2357 // InternalSolverLanguage.g:1:434: RULE_INT
2358 {
2359 mRULE_INT();
2360
2361 }
2362 break;
2363 case 68 :
2364 // InternalSolverLanguage.g:1:443: RULE_ML_COMMENT
2365 {
2366 mRULE_ML_COMMENT();
2367
2368 }
2369 break;
2370 case 69 :
2371 // InternalSolverLanguage.g:1:459: RULE_SL_COMMENT
2372 {
2373 mRULE_SL_COMMENT();
2374
2375 }
2376 break;
2377 case 70 :
2378 // InternalSolverLanguage.g:1:475: RULE_WS
2379 {
2380 mRULE_WS();
2381
2382 }
2383 break;
2384 case 71 :
2385 // InternalSolverLanguage.g:1:483: RULE_ANY_OTHER
2386 {
2387 mRULE_ANY_OTHER();
2388
2389 }
2390 break;
2391
2392 }
2393
2394 }
2395
2396
2397 protected DFA11 dfa11 = new DFA11(this);
2398 static final String DFA11_eotS =
2399 "\1\uffff\1\51\1\53\3\56\1\65\2\56\1\uffff\1\74\1\uffff\1\56\10\uffff\3\56\1\121\1\123\1\56\1\126\1\uffff\1\132\1\133\3\56\2\47\10\uffff\2\56\1\uffff\5\56\2\uffff\1\154\1\157\2\56\4\uffff\3\56\10\uffff\7\56\4\uffff\1\56\7\uffff\5\56\4\uffff\7\56\1\uffff\1\u008b\1\u008c\1\uffff\7\56\1\u0094\3\56\1\u0098\2\56\1\u009b\1\u009d\1\56\1\u00a0\6\56\1\u00a8\2\56\2\uffff\1\u00ab\1\u00ac\5\56\1\uffff\1\56\1\u00b3\1\56\1\uffff\1\56\1\u00b6\1\uffff\1\56\1\uffff\1\u00b8\1\56\1\uffff\1\u00ba\2\56\1\u00bd\1\u00be\2\56\1\uffff\1\u00c1\1\56\2\uffff\1\u00c3\1\56\1\u00c5\3\56\1\uffff\1\u00c9\1\56\1\uffff\1\56\1\uffff\1\56\1\uffff\2\56\2\uffff\1\u00cf\1\56\1\uffff\1\56\1\uffff\1\56\1\uffff\3\56\1\uffff\5\56\1\uffff\1\u00db\1\u00dc\1\56\1\u00de\5\56\1\u00e4\1\56\2\uffff\1\u00e6\1\uffff\1\u00e7\1\u00e8\1\56\1\u00ea\1\u00eb\1\uffff\1\56\3\uffff\1\56\2\uffff\1\u00ee\6\uffff";
2400 static final String DFA11_eofS =
2401 "\u00f3\uffff";
2402 static final String DFA11_minS =
2403 "\1\0\1\55\1\75\1\141\1\154\1\145\1\56\1\146\1\150\1\uffff\1\76\1\uffff\1\154\10\uffff\1\142\1\156\1\143\2\75\1\145\1\75\1\uffff\1\52\1\101\1\141\1\162\1\156\2\0\10\uffff\1\156\1\154\1\uffff\1\162\1\164\1\163\1\160\1\146\2\uffff\2\60\1\145\1\165\4\uffff\1\156\1\141\1\162\10\uffff\1\163\1\147\1\160\1\154\1\157\1\155\1\156\4\uffff\1\141\7\uffff\1\170\1\163\1\156\1\157\1\153\4\uffff\1\143\1\163\1\157\2\145\1\164\1\141\1\uffff\2\60\1\uffff\1\156\1\145\1\156\1\164\1\163\1\162\1\164\1\60\1\157\1\171\1\160\1\60\1\164\1\154\2\60\1\164\1\60\1\144\1\156\1\164\1\145\1\162\1\156\1\60\1\171\1\165\2\uffff\2\60\1\164\1\141\1\163\1\145\1\162\1\uffff\1\163\1\60\1\145\1\uffff\1\150\1\60\1\uffff\1\155\1\uffff\1\60\1\155\1\uffff\1\60\1\157\1\151\2\60\1\156\1\144\1\uffff\1\60\1\154\2\uffff\1\60\1\151\1\60\1\156\1\141\1\151\1\uffff\1\60\1\145\1\uffff\1\151\1\uffff\1\151\1\uffff\1\167\1\157\2\uffff\1\60\1\163\1\uffff\1\164\1\uffff\1\156\1\uffff\1\164\1\143\1\164\1\uffff\1\164\2\172\2\156\1\uffff\2\60\1\163\1\60\1\164\1\145\1\151\2\145\1\60\1\141\2\uffff\1\60\1\uffff\2\60\1\143\2\60\1\uffff\1\154\3\uffff\1\72\2\uffff\1\60\1\72\1\uffff\1\144\3\uffff";
2404 static final String DFA11_maxS =
2405 "\1\uffff\1\55\1\75\1\165\1\170\1\145\1\56\1\156\1\162\1\uffff\1\76\1\uffff\1\165\10\uffff\1\166\1\160\1\171\2\75\1\145\1\75\1\uffff\1\57\1\172\1\165\1\162\1\156\2\uffff\10\uffff\1\156\1\154\1\uffff\1\162\1\164\1\163\1\160\1\146\2\uffff\2\172\1\145\1\165\4\uffff\1\165\1\141\1\162\10\uffff\1\163\1\147\1\160\1\154\1\157\1\155\1\156\4\uffff\1\141\7\uffff\1\171\1\163\1\156\1\157\1\153\4\uffff\1\143\1\163\1\157\2\145\1\164\1\141\1\uffff\2\172\1\uffff\1\156\1\145\1\156\1\164\1\163\1\162\1\164\1\172\1\157\1\171\1\160\1\172\1\164\1\154\2\172\1\164\1\172\1\144\1\156\1\164\1\145\2\162\1\172\1\171\1\165\2\uffff\2\172\1\164\1\141\1\163\1\145\1\162\1\uffff\1\163\1\172\1\145\1\uffff\1\150\1\172\1\uffff\1\155\1\uffff\1\172\1\155\1\uffff\1\172\1\157\1\151\2\172\1\156\1\144\1\uffff\1\172\1\154\2\uffff\1\172\1\151\1\172\1\156\1\141\1\151\1\uffff\1\172\1\145\1\uffff\1\151\1\uffff\1\151\1\uffff\1\167\1\157\2\uffff\1\172\1\163\1\uffff\1\164\1\uffff\1\156\1\uffff\1\164\1\143\1\164\1\uffff\1\164\2\172\2\156\1\uffff\2\172\1\163\1\172\1\164\1\145\1\151\2\145\1\172\1\141\2\uffff\1\172\1\uffff\2\172\1\143\2\172\1\uffff\1\154\3\uffff\1\72\2\uffff\1\172\1\72\1\uffff\1\163\3\uffff";
2406 static final String DFA11_acceptS =
2407 "\11\uffff\1\14\1\uffff\1\16\1\uffff\1\20\1\21\1\22\1\23\1\24\1\25\1\26\1\30\7\uffff\1\52\7\uffff\1\102\1\103\1\106\1\107\1\2\1\1\1\41\1\3\2\uffff\1\102\5\uffff\1\27\1\10\4\uffff\1\14\1\15\1\53\1\16\3\uffff\1\20\1\21\1\22\1\23\1\24\1\25\1\26\1\30\7\uffff\1\42\1\47\1\43\1\50\1\uffff\1\46\1\56\1\52\1\104\1\105\1\54\1\55\5\uffff\1\75\1\76\1\103\1\106\7\uffff\1\11\2\uffff\1\51\33\uffff\1\31\1\44\7\uffff\1\65\3\uffff\1\63\2\uffff\1\57\1\uffff\1\67\2\uffff\1\66\7\uffff\1\13\2\uffff\1\12\1\70\6\uffff\1\62\2\uffff\1\45\1\uffff\1\60\1\uffff\1\64\2\uffff\1\71\1\5\2\uffff\1\32\1\uffff\1\17\1\uffff\1\34\3\uffff\1\40\5\uffff\1\7\13\uffff\1\35\1\6\1\uffff\1\61\5\uffff\1\72\1\uffff\1\36\1\33\1\37\1\uffff\1\74\1\73\2\uffff\1\4\1\uffff\1\77\1\100\1\101";
2408 static final String DFA11_specialS =
2409 "\1\1\41\uffff\1\2\1\0\u00cf\uffff}>";
2410 static final String[] DFA11_transitionS = {
2411 "\11\47\2\46\2\47\1\46\22\47\1\46\1\33\1\42\4\47\1\43\1\20\1\21\1\22\1\34\1\13\1\12\1\6\1\35\12\45\1\1\1\11\1\30\1\2\1\31\2\47\32\44\1\23\1\47\1\24\1\36\1\44\1\47\1\25\1\44\1\14\1\5\1\4\1\3\2\44\1\7\3\44\1\37\1\44\1\26\1\40\1\44\1\32\1\27\1\10\1\41\5\44\1\15\1\17\1\16\uff82\47",
2412 "\1\50",
2413 "\1\52",
2414 "\1\55\23\uffff\1\54",
2415 "\1\61\1\62\4\uffff\1\57\5\uffff\1\60",
2416 "\1\63",
2417 "\1\64",
2418 "\1\66\7\uffff\1\67",
2419 "\1\70\11\uffff\1\71",
2420 "",
2421 "\1\73",
2422 "",
2423 "\1\77\2\uffff\1\76\5\uffff\1\100",
2424 "",
2425 "",
2426 "",
2427 "",
2428 "",
2429 "",
2430 "",
2431 "",
2432 "\1\111\23\uffff\1\112",
2433 "\1\114\1\uffff\1\113",
2434 "\1\115\21\uffff\1\116\3\uffff\1\117",
2435 "\1\120",
2436 "\1\122",
2437 "\1\124",
2438 "\1\125",
2439 "",
2440 "\1\130\4\uffff\1\131",
2441 "\32\56\4\uffff\1\56\1\uffff\32\56",
2442 "\1\134\7\uffff\1\136\13\uffff\1\135",
2443 "\1\137",
2444 "\1\140",
2445 "\0\141",
2446 "\0\142",
2447 "",
2448 "",
2449 "",
2450 "",
2451 "",
2452 "",
2453 "",
2454 "",
2455 "\1\145",
2456 "\1\146",
2457 "",
2458 "\1\147",
2459 "\1\150",
2460 "\1\151",
2461 "\1\152",
2462 "\1\153",
2463 "",
2464 "",
2465 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2466 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\5\56\1\155\15\56\1\156\6\56",
2467 "\1\160",
2468 "\1\161",
2469 "",
2470 "",
2471 "",
2472 "",
2473 "\1\163\6\uffff\1\162",
2474 "\1\164",
2475 "\1\165",
2476 "",
2477 "",
2478 "",
2479 "",
2480 "",
2481 "",
2482 "",
2483 "",
2484 "\1\166",
2485 "\1\167",
2486 "\1\170",
2487 "\1\171",
2488 "\1\172",
2489 "\1\173",
2490 "\1\174",
2491 "",
2492 "",
2493 "",
2494 "",
2495 "\1\175",
2496 "",
2497 "",
2498 "",
2499 "",
2500 "",
2501 "",
2502 "",
2503 "\1\177\1\176",
2504 "\1\u0080",
2505 "\1\u0081",
2506 "\1\u0082",
2507 "\1\u0083",
2508 "",
2509 "",
2510 "",
2511 "",
2512 "\1\u0084",
2513 "\1\u0085",
2514 "\1\u0086",
2515 "\1\u0087",
2516 "\1\u0088",
2517 "\1\u0089",
2518 "\1\u008a",
2519 "",
2520 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2521 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2522 "",
2523 "\1\u008d",
2524 "\1\u008e",
2525 "\1\u008f",
2526 "\1\u0090",
2527 "\1\u0091",
2528 "\1\u0092",
2529 "\1\u0093",
2530 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2531 "\1\u0095",
2532 "\1\u0096",
2533 "\1\u0097",
2534 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2535 "\1\u0099",
2536 "\1\u009a",
2537 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2538 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\10\56\1\u009c\21\56",
2539 "\1\u009e",
2540 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\10\56\1\u009f\21\56",
2541 "\1\u00a1",
2542 "\1\u00a2",
2543 "\1\u00a3",
2544 "\1\u00a4",
2545 "\1\u00a5",
2546 "\1\u00a7\3\uffff\1\u00a6",
2547 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2548 "\1\u00a9",
2549 "\1\u00aa",
2550 "",
2551 "",
2552 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2553 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2554 "\1\u00ad",
2555 "\1\u00ae",
2556 "\1\u00af",
2557 "\1\u00b0",
2558 "\1\u00b1",
2559 "",
2560 "\1\u00b2",
2561 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2562 "\1\u00b4",
2563 "",
2564 "\1\u00b5",
2565 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2566 "",
2567 "\1\u00b7",
2568 "",
2569 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2570 "\1\u00b9",
2571 "",
2572 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2573 "\1\u00bb",
2574 "\1\u00bc",
2575 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2576 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2577 "\1\u00bf",
2578 "\1\u00c0",
2579 "",
2580 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2581 "\1\u00c2",
2582 "",
2583 "",
2584 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2585 "\1\u00c4",
2586 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2587 "\1\u00c6",
2588 "\1\u00c7",
2589 "\1\u00c8",
2590 "",
2591 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2592 "\1\u00ca",
2593 "",
2594 "\1\u00cb",
2595 "",
2596 "\1\u00cc",
2597 "",
2598 "\1\u00cd",
2599 "\1\u00ce",
2600 "",
2601 "",
2602 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2603 "\1\u00d0",
2604 "",
2605 "\1\u00d1",
2606 "",
2607 "\1\u00d2",
2608 "",
2609 "\1\u00d3",
2610 "\1\u00d4",
2611 "\1\u00d5",
2612 "",
2613 "\1\u00d6",
2614 "\1\u00d7",
2615 "\1\u00d8",
2616 "\1\u00d9",
2617 "\1\u00da",
2618 "",
2619 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2620 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2621 "\1\u00dd",
2622 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2623 "\1\u00df",
2624 "\1\u00e0",
2625 "\1\u00e1",
2626 "\1\u00e2",
2627 "\1\u00e3",
2628 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2629 "\1\u00e5",
2630 "",
2631 "",
2632 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2633 "",
2634 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2635 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2636 "\1\u00e9",
2637 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2638 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2639 "",
2640 "\1\u00ec",
2641 "",
2642 "",
2643 "",
2644 "\1\u00ed",
2645 "",
2646 "",
2647 "\12\56\7\uffff\32\56\4\uffff\1\56\1\uffff\32\56",
2648 "\1\u00ef",
2649 "",
2650 "\1\u00f2\13\uffff\1\u00f0\2\uffff\1\u00f1",
2651 "",
2652 "",
2653 ""
2654 };
2655
2656 static final short[] DFA11_eot = DFA.unpackEncodedString(DFA11_eotS);
2657 static final short[] DFA11_eof = DFA.unpackEncodedString(DFA11_eofS);
2658 static final char[] DFA11_min = DFA.unpackEncodedStringToUnsignedChars(DFA11_minS);
2659 static final char[] DFA11_max = DFA.unpackEncodedStringToUnsignedChars(DFA11_maxS);
2660 static final short[] DFA11_accept = DFA.unpackEncodedString(DFA11_acceptS);
2661 static final short[] DFA11_special = DFA.unpackEncodedString(DFA11_specialS);
2662 static final short[][] DFA11_transition;
2663
2664 static {
2665 int numStates = DFA11_transitionS.length;
2666 DFA11_transition = new short[numStates][];
2667 for (int i=0; i<numStates; i++) {
2668 DFA11_transition[i] = DFA.unpackEncodedString(DFA11_transitionS[i]);
2669 }
2670 }
2671
2672 class DFA11 extends DFA {
2673
2674 public DFA11(BaseRecognizer recognizer) {
2675 this.recognizer = recognizer;
2676 this.decisionNumber = 11;
2677 this.eot = DFA11_eot;
2678 this.eof = DFA11_eof;
2679 this.min = DFA11_min;
2680 this.max = DFA11_max;
2681 this.accept = DFA11_accept;
2682 this.special = DFA11_special;
2683 this.transition = DFA11_transition;
2684 }
2685 public String getDescription() {
2686 return "1:1: Tokens : ( T__15 | T__16 | T__17 | T__18 | T__19 | T__20 | T__21 | T__22 | T__23 | T__24 | T__25 | T__26 | T__27 | T__28 | T__29 | T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | T__55 | T__56 | T__57 | T__58 | T__59 | T__60 | T__61 | T__62 | T__63 | T__64 | T__65 | T__66 | T__67 | T__68 | T__69 | T__70 | T__71 | T__72 | T__73 | T__74 | RULE_STRING | RULE_QUOTED_ID | RULE_PLUS | RULE_STAR | RULE_DOT | RULE_ID | RULE_INT | RULE_ML_COMMENT | RULE_SL_COMMENT | RULE_WS | RULE_ANY_OTHER );";
2687 }
2688 public int specialStateTransition(int s, IntStream _input) throws NoViableAltException {
2689 IntStream input = _input;
2690 int _s = s;
2691 switch ( s ) {
2692 case 0 :
2693 int LA11_35 = input.LA(1);
2694
2695 s = -1;
2696 if ( ((LA11_35>='\u0000' && LA11_35<='\uFFFF')) ) {s = 98;}
2697
2698 else s = 39;
2699
2700 if ( s>=0 ) return s;
2701 break;
2702 case 1 :
2703 int LA11_0 = input.LA(1);
2704
2705 s = -1;
2706 if ( (LA11_0==':') ) {s = 1;}
2707
2708 else if ( (LA11_0=='=') ) {s = 2;}
2709
2710 else if ( (LA11_0=='f') ) {s = 3;}
2711
2712 else if ( (LA11_0=='e') ) {s = 4;}
2713
2714 else if ( (LA11_0=='d') ) {s = 5;}
2715
2716 else if ( (LA11_0=='.') ) {s = 6;}
2717
2718 else if ( (LA11_0=='i') ) {s = 7;}
2719
2720 else if ( (LA11_0=='t') ) {s = 8;}
2721
2722 else if ( (LA11_0==';') ) {s = 9;}
2723
2724 else if ( (LA11_0=='-') ) {s = 10;}
2725
2726 else if ( (LA11_0==',') ) {s = 11;}
2727
2728 else if ( (LA11_0=='c') ) {s = 12;}
2729
2730 else if ( (LA11_0=='{') ) {s = 13;}
2731
2732 else if ( (LA11_0=='}') ) {s = 14;}
2733
2734 else if ( (LA11_0=='|') ) {s = 15;}
2735
2736 else if ( (LA11_0=='(') ) {s = 16;}
2737
2738 else if ( (LA11_0==')') ) {s = 17;}
2739
2740 else if ( (LA11_0=='*') ) {s = 18;}
2741
2742 else if ( (LA11_0=='[') ) {s = 19;}
2743
2744 else if ( (LA11_0==']') ) {s = 20;}
2745
2746 else if ( (LA11_0=='a') ) {s = 21;}
2747
2748 else if ( (LA11_0=='o') ) {s = 22;}
2749
2750 else if ( (LA11_0=='s') ) {s = 23;}
2751
2752 else if ( (LA11_0=='<') ) {s = 24;}
2753
2754 else if ( (LA11_0=='>') ) {s = 25;}
2755
2756 else if ( (LA11_0=='r') ) {s = 26;}
2757
2758 else if ( (LA11_0=='!') ) {s = 27;}
2759
2760 else if ( (LA11_0=='+') ) {s = 28;}
2761
2762 else if ( (LA11_0=='/') ) {s = 29;}
2763
2764 else if ( (LA11_0=='^') ) {s = 30;}
2765
2766 else if ( (LA11_0=='m') ) {s = 31;}
2767
2768 else if ( (LA11_0=='p') ) {s = 32;}
2769
2770 else if ( (LA11_0=='u') ) {s = 33;}
2771
2772 else if ( (LA11_0=='\"') ) {s = 34;}
2773
2774 else if ( (LA11_0=='\'') ) {s = 35;}
2775
2776 else if ( ((LA11_0>='A' && LA11_0<='Z')||LA11_0=='_'||LA11_0=='b'||(LA11_0>='g' && LA11_0<='h')||(LA11_0>='j' && LA11_0<='l')||LA11_0=='n'||LA11_0=='q'||(LA11_0>='v' && LA11_0<='z')) ) {s = 36;}
2777
2778 else if ( ((LA11_0>='0' && LA11_0<='9')) ) {s = 37;}
2779
2780 else if ( ((LA11_0>='\t' && LA11_0<='\n')||LA11_0=='\r'||LA11_0==' ') ) {s = 38;}
2781
2782 else if ( ((LA11_0>='\u0000' && LA11_0<='\b')||(LA11_0>='\u000B' && LA11_0<='\f')||(LA11_0>='\u000E' && LA11_0<='\u001F')||(LA11_0>='#' && LA11_0<='&')||(LA11_0>='?' && LA11_0<='@')||LA11_0=='\\'||LA11_0=='`'||(LA11_0>='~' && LA11_0<='\uFFFF')) ) {s = 39;}
2783
2784 if ( s>=0 ) return s;
2785 break;
2786 case 2 :
2787 int LA11_34 = input.LA(1);
2788
2789 s = -1;
2790 if ( ((LA11_34>='\u0000' && LA11_34<='\uFFFF')) ) {s = 97;}
2791
2792 else s = 39;
2793
2794 if ( s>=0 ) return s;
2795 break;
2796 }
2797 NoViableAltException nvae =
2798 new NoViableAltException(getDescription(), 11, _s, input);
2799 error(nvae);
2800 throw nvae;
2801 }
2802 }
2803
2804
2805} \ No newline at end of file
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.g b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.g
index 3fac9254..6cd0341f 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguage.g
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.g
@@ -1,21 +1,14 @@
1/* 1/*
2 * generated by Xtext 2.21.0 2 * generated by Xtext 2.21.0
3 */ 3 */
4grammar InternalSolverLanguage; 4parser grammar InternalSolverLanguageParser;
5 5
6options { 6options {
7 tokenVocab=InternalSolverLanguageLexer;
7 superClass=AbstractInternalAntlrParser; 8 superClass=AbstractInternalAntlrParser;
8} 9}
9 10
10@lexer::header { 11@header {
11package org.eclipse.viatra.solver.language.parser.antlr.internal;
12
13// Hack: Use our own Lexer superclass by means of import.
14// Currently there is no other way to specify the superclass for the lexer.
15import org.eclipse.xtext.parser.antlr.Lexer;
16}
17
18@parser::header {
19package org.eclipse.viatra.solver.language.parser.antlr.internal; 12package org.eclipse.viatra.solver.language.parser.antlr.internal;
20 13
21import org.eclipse.xtext.*; 14import org.eclipse.xtext.*;
@@ -32,7 +25,7 @@ import org.eclipse.viatra.solver.language.services.SolverLanguageGrammarAccess;
32 25
33} 26}
34 27
35@parser::members { 28@members {
36 29
37 private SolverLanguageGrammarAccess grammarAccess; 30 private SolverLanguageGrammarAccess grammarAccess;
38 31
@@ -204,9 +197,9 @@ ruleStatement returns [EObject current=null]
204 afterParserOrEnumRuleCall(); 197 afterParserOrEnumRuleCall();
205 } 198 }
206 ) 199 )
207 this_DOT_10=RULE_DOT 200 this_FULL_STOP_10=RULE_FULL_STOP
208 { 201 {
209 newLeafNode(this_DOT_10, grammarAccess.getStatementAccess().getDOTTerminalRuleCall_1()); 202 newLeafNode(this_FULL_STOP_10, grammarAccess.getStatementAccess().getFULL_STOPTerminalRuleCall_1());
210 } 203 }
211 ) 204 )
212; 205;
@@ -245,7 +238,7 @@ ruleAssertionOrDefinition returns [EObject current=null]
245 } 238 }
246 ) 239 )
247 ( 240 (
248 otherlv_2=':' 241 otherlv_2=Colon
249 { 242 {
250 newLeafNode(otherlv_2, grammarAccess.getAssertionOrDefinitionAccess().getColonKeyword_1_0_1_0()); 243 newLeafNode(otherlv_2, grammarAccess.getAssertionOrDefinitionAccess().getColonKeyword_1_0_1_0());
251 } 244 }
@@ -279,7 +272,7 @@ ruleAssertionOrDefinition returns [EObject current=null]
279 $current); 272 $current);
280 } 273 }
281 ) 274 )
282 otherlv_5=':-' 275 otherlv_5=ColonHyphenMinus
283 { 276 {
284 newLeafNode(otherlv_5, grammarAccess.getAssertionOrDefinitionAccess().getColonHyphenMinusKeyword_1_1_1()); 277 newLeafNode(otherlv_5, grammarAccess.getAssertionOrDefinitionAccess().getColonHyphenMinusKeyword_1_1_1());
285 } 278 }
@@ -312,7 +305,7 @@ ruleAssertionOrDefinition returns [EObject current=null]
312 $current); 305 $current);
313 } 306 }
314 ) 307 )
315 otherlv_8='=' 308 otherlv_8=EqualsSign
316 { 309 {
317 newLeafNode(otherlv_8, grammarAccess.getAssertionOrDefinitionAccess().getEqualsSignKeyword_1_2_1()); 310 newLeafNode(otherlv_8, grammarAccess.getAssertionOrDefinitionAccess().getEqualsSignKeyword_1_2_1());
318 } 311 }
@@ -360,7 +353,7 @@ rulePredicateDefinition returns [EObject current=null]
360 ( 353 (
361 ( 354 (
362 ( 355 (
363 lv_functional_0_0='functional' 356 lv_functional_0_0=Functional
364 { 357 {
365 newLeafNode(lv_functional_0_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_0_0_0()); 358 newLeafNode(lv_functional_0_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_0_0_0());
366 } 359 }
@@ -374,7 +367,7 @@ rulePredicateDefinition returns [EObject current=null]
374 ) 367 )
375 ( 368 (
376 ( 369 (
377 lv_error_1_0='error' 370 lv_error_1_0=Error
378 { 371 {
379 newLeafNode(lv_error_1_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_0_1_0()); 372 newLeafNode(lv_error_1_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_0_1_0());
380 } 373 }
@@ -391,7 +384,7 @@ rulePredicateDefinition returns [EObject current=null]
391 ( 384 (
392 ( 385 (
393 ( 386 (
394 lv_error_2_0='error' 387 lv_error_2_0=Error
395 { 388 {
396 newLeafNode(lv_error_2_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_1_0_0()); 389 newLeafNode(lv_error_2_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_1_0_0());
397 } 390 }
@@ -405,7 +398,7 @@ rulePredicateDefinition returns [EObject current=null]
405 ) 398 )
406 ( 399 (
407 ( 400 (
408 lv_functional_3_0='functional' 401 lv_functional_3_0=Functional
409 { 402 {
410 newLeafNode(lv_functional_3_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_1_1_0()); 403 newLeafNode(lv_functional_3_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_1_1_0());
411 } 404 }
@@ -438,7 +431,7 @@ rulePredicateDefinition returns [EObject current=null]
438 } 431 }
439 ) 432 )
440 ) 433 )
441 otherlv_5=':-' 434 otherlv_5=ColonHyphenMinus
442 { 435 {
443 newLeafNode(otherlv_5, grammarAccess.getPredicateDefinitionAccess().getColonHyphenMinusKeyword_2()); 436 newLeafNode(otherlv_5, grammarAccess.getPredicateDefinitionAccess().getColonHyphenMinusKeyword_2());
444 } 437 }
@@ -480,7 +473,7 @@ ruleUnnamedErrorPrediateDefinition returns [EObject current=null]
480 leaveRule(); 473 leaveRule();
481}: 474}:
482 ( 475 (
483 otherlv_0='error' 476 otherlv_0=Error
484 { 477 {
485 newLeafNode(otherlv_0, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getErrorKeyword_0()); 478 newLeafNode(otherlv_0, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getErrorKeyword_0());
486 } 479 }
@@ -503,7 +496,7 @@ ruleUnnamedErrorPrediateDefinition returns [EObject current=null]
503 } 496 }
504 ) 497 )
505 ) 498 )
506 otherlv_2=':-' 499 otherlv_2=ColonHyphenMinus
507 { 500 {
508 newLeafNode(otherlv_2, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getColonHyphenMinusKeyword_2()); 501 newLeafNode(otherlv_2, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getColonHyphenMinusKeyword_2());
509 } 502 }
@@ -545,7 +538,7 @@ ruleDefaultDefinition returns [EObject current=null]
545 leaveRule(); 538 leaveRule();
546}: 539}:
547 ( 540 (
548 otherlv_0='default' 541 otherlv_0=Default
549 { 542 {
550 newLeafNode(otherlv_0, grammarAccess.getDefaultDefinitionAccess().getDefaultKeyword_0()); 543 newLeafNode(otherlv_0, grammarAccess.getDefaultDefinitionAccess().getDefaultKeyword_0());
551 } 544 }
@@ -568,7 +561,7 @@ ruleDefaultDefinition returns [EObject current=null]
568 } 561 }
569 ) 562 )
570 ) 563 )
571 otherlv_2=':' 564 otherlv_2=Colon
572 { 565 {
573 newLeafNode(otherlv_2, grammarAccess.getDefaultDefinitionAccess().getColonKeyword_2()); 566 newLeafNode(otherlv_2, grammarAccess.getDefaultDefinitionAccess().getColonKeyword_2());
574 } 567 }
@@ -610,7 +603,7 @@ ruleExternPredicateDefinition returns [EObject current=null]
610 leaveRule(); 603 leaveRule();
611}: 604}:
612 ( 605 (
613 otherlv_0='extern' 606 otherlv_0=Extern
614 { 607 {
615 newLeafNode(otherlv_0, grammarAccess.getExternPredicateDefinitionAccess().getExternKeyword_0()); 608 newLeafNode(otherlv_0, grammarAccess.getExternPredicateDefinitionAccess().getExternKeyword_0());
616 } 609 }
@@ -633,10 +626,6 @@ ruleExternPredicateDefinition returns [EObject current=null]
633 } 626 }
634 ) 627 )
635 ) 628 )
636 otherlv_2='.'
637 {
638 newLeafNode(otherlv_2, grammarAccess.getExternPredicateDefinitionAccess().getFullStopKeyword_2());
639 }
640 ) 629 )
641; 630;
642 631
@@ -694,7 +683,7 @@ ruleMetricDefinition returns [EObject current=null]
694 } 683 }
695 ) 684 )
696 ) 685 )
697 otherlv_2='=' 686 otherlv_2=EqualsSign
698 { 687 {
699 newLeafNode(otherlv_2, grammarAccess.getMetricDefinitionAccess().getEqualsSignKeyword_2()); 688 newLeafNode(otherlv_2, grammarAccess.getMetricDefinitionAccess().getEqualsSignKeyword_2());
700 } 689 }
@@ -736,7 +725,7 @@ ruleExternMetricDefinition returns [EObject current=null]
736 leaveRule(); 725 leaveRule();
737}: 726}:
738 ( 727 (
739 otherlv_0='extern' 728 otherlv_0=Extern
740 { 729 {
741 newLeafNode(otherlv_0, grammarAccess.getExternMetricDefinitionAccess().getExternKeyword_0()); 730 newLeafNode(otherlv_0, grammarAccess.getExternMetricDefinitionAccess().getExternKeyword_0());
742 } 731 }
@@ -833,7 +822,7 @@ ruleIfElse returns [EObject current=null]
833 leaveRule(); 822 leaveRule();
834}: 823}:
835 ( 824 (
836 otherlv_0='if' 825 otherlv_0=If
837 { 826 {
838 newLeafNode(otherlv_0, grammarAccess.getIfElseAccess().getIfKeyword_0()); 827 newLeafNode(otherlv_0, grammarAccess.getIfElseAccess().getIfKeyword_0());
839 } 828 }
@@ -856,7 +845,7 @@ ruleIfElse returns [EObject current=null]
856 } 845 }
857 ) 846 )
858 ) 847 )
859 otherlv_2='then' 848 otherlv_2=Then
860 { 849 {
861 newLeafNode(otherlv_2, grammarAccess.getIfElseAccess().getThenKeyword_2()); 850 newLeafNode(otherlv_2, grammarAccess.getIfElseAccess().getThenKeyword_2());
862 } 851 }
@@ -879,7 +868,7 @@ ruleIfElse returns [EObject current=null]
879 } 868 }
880 ) 869 )
881 ) 870 )
882 otherlv_4='else' 871 otherlv_4=Else
883 { 872 {
884 newLeafNode(otherlv_4, grammarAccess.getIfElseAccess().getElseKeyword_4()); 873 newLeafNode(otherlv_4, grammarAccess.getIfElseAccess().getElseKeyword_4());
885 } 874 }
@@ -939,7 +928,7 @@ ruleDisjunctiveExpression returns [EObject current=null]
939 } 928 }
940 ) 929 )
941 ( 930 (
942 otherlv_2=';' 931 otherlv_2=Semicolon
943 { 932 {
944 newLeafNode(otherlv_2, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_0_1_0()); 933 newLeafNode(otherlv_2, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_0_1_0());
945 } 934 }
@@ -973,7 +962,7 @@ ruleDisjunctiveExpression returns [EObject current=null]
973 $current); 962 $current);
974 } 963 }
975 ) 964 )
976 otherlv_5='->' 965 otherlv_5=HyphenMinusGreaterThanSign
977 { 966 {
978 newLeafNode(otherlv_5, grammarAccess.getDisjunctiveExpressionAccess().getHyphenMinusGreaterThanSignKeyword_1_1_1()); 967 newLeafNode(otherlv_5, grammarAccess.getDisjunctiveExpressionAccess().getHyphenMinusGreaterThanSignKeyword_1_1_1());
979 } 968 }
@@ -1004,7 +993,7 @@ ruleDisjunctiveExpression returns [EObject current=null]
1004 } 993 }
1005 ) 994 )
1006 ( 995 (
1007 otherlv_8=';' 996 otherlv_8=Semicolon
1008 { 997 {
1009 newLeafNode(otherlv_8, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_1_4_0()); 998 newLeafNode(otherlv_8, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_1_4_0());
1010 } 999 }
@@ -1068,7 +1057,7 @@ ruleCase returns [EObject current=null]
1068 } 1057 }
1069 ) 1058 )
1070 ) 1059 )
1071 otherlv_1='->' 1060 otherlv_1=HyphenMinusGreaterThanSign
1072 { 1061 {
1073 newLeafNode(otherlv_1, grammarAccess.getCaseAccess().getHyphenMinusGreaterThanSignKeyword_1()); 1062 newLeafNode(otherlv_1, grammarAccess.getCaseAccess().getHyphenMinusGreaterThanSignKeyword_1());
1074 } 1063 }
@@ -1127,7 +1116,7 @@ ruleConjunctiveExpression returns [EObject current=null]
1127 } 1116 }
1128 ) 1117 )
1129 ( 1118 (
1130 otherlv_2=',' 1119 otherlv_2=Comma
1131 { 1120 {
1132 newLeafNode(otherlv_2, grammarAccess.getConjunctiveExpressionAccess().getCommaKeyword_1_1_0()); 1121 newLeafNode(otherlv_2, grammarAccess.getConjunctiveExpressionAccess().getCommaKeyword_1_1_0());
1133 } 1122 }
@@ -1587,11 +1576,11 @@ ruleCount returns [EObject current=null]
1587 leaveRule(); 1576 leaveRule();
1588}: 1577}:
1589 ( 1578 (
1590 otherlv_0='count' 1579 otherlv_0=Count
1591 { 1580 {
1592 newLeafNode(otherlv_0, grammarAccess.getCountAccess().getCountKeyword_0()); 1581 newLeafNode(otherlv_0, grammarAccess.getCountAccess().getCountKeyword_0());
1593 } 1582 }
1594 otherlv_1='{' 1583 otherlv_1=LeftCurlyBracket
1595 { 1584 {
1596 newLeafNode(otherlv_1, grammarAccess.getCountAccess().getLeftCurlyBracketKeyword_1()); 1585 newLeafNode(otherlv_1, grammarAccess.getCountAccess().getLeftCurlyBracketKeyword_1());
1597 } 1586 }
@@ -1614,7 +1603,7 @@ ruleCount returns [EObject current=null]
1614 } 1603 }
1615 ) 1604 )
1616 ) 1605 )
1617 otherlv_3='}' 1606 otherlv_3=RightCurlyBracket
1618 { 1607 {
1619 newLeafNode(otherlv_3, grammarAccess.getCountAccess().getRightCurlyBracketKeyword_3()); 1608 newLeafNode(otherlv_3, grammarAccess.getCountAccess().getRightCurlyBracketKeyword_3());
1620 } 1609 }
@@ -1656,7 +1645,7 @@ ruleAggregation returns [EObject current=null]
1656 } 1645 }
1657 ) 1646 )
1658 ) 1647 )
1659 otherlv_1='{' 1648 otherlv_1=LeftCurlyBracket
1660 { 1649 {
1661 newLeafNode(otherlv_1, grammarAccess.getAggregationAccess().getLeftCurlyBracketKeyword_1()); 1650 newLeafNode(otherlv_1, grammarAccess.getAggregationAccess().getLeftCurlyBracketKeyword_1());
1662 } 1651 }
@@ -1679,7 +1668,7 @@ ruleAggregation returns [EObject current=null]
1679 } 1668 }
1680 ) 1669 )
1681 ) 1670 )
1682 otherlv_3='|' 1671 otherlv_3=VerticalLine
1683 { 1672 {
1684 newLeafNode(otherlv_3, grammarAccess.getAggregationAccess().getVerticalLineKeyword_3()); 1673 newLeafNode(otherlv_3, grammarAccess.getAggregationAccess().getVerticalLineKeyword_3());
1685 } 1674 }
@@ -1702,7 +1691,7 @@ ruleAggregation returns [EObject current=null]
1702 } 1691 }
1703 ) 1692 )
1704 ) 1693 )
1705 otherlv_5='}' 1694 otherlv_5=RightCurlyBracket
1706 { 1695 {
1707 newLeafNode(otherlv_5, grammarAccess.getAggregationAccess().getRightCurlyBracketKeyword_5()); 1696 newLeafNode(otherlv_5, grammarAccess.getAggregationAccess().getRightCurlyBracketKeyword_5());
1708 } 1697 }
@@ -1725,80 +1714,58 @@ ruleAtomicExpression returns [EObject current=null]
1725 leaveRule(); 1714 leaveRule();
1726}: 1715}:
1727 ( 1716 (
1728 ( 1717 {
1729 { 1718 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getReferenceParserRuleCall_0());
1730 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getReferenceParserRuleCall_0_0()); 1719 }
1731 } 1720 this_Reference_0=ruleReference
1732 this_Reference_0=ruleReference 1721 {
1733 { 1722 $current = $this_Reference_0.current;
1734 $current = $this_Reference_0.current; 1723 afterParserOrEnumRuleCall();
1735 afterParserOrEnumRuleCall(); 1724 }
1736 }
1737 (
1738 (
1739 {
1740 $current = forceCreateModelElementAndSet(
1741 grammarAccess.getAtomicExpressionAccess().getCallFunctorAction_0_1_0(),
1742 $current);
1743 }
1744 )
1745 (
1746 ('(')=>
1747 (
1748 {
1749 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getArgumentListArgumentListParserRuleCall_0_1_1_0());
1750 }
1751 lv_argumentList_2_0=ruleArgumentList
1752 {
1753 if ($current==null) {
1754 $current = createModelElementForParent(grammarAccess.getAtomicExpressionRule());
1755 }
1756 set(
1757 $current,
1758 "argumentList",
1759 lv_argumentList_2_0,
1760 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList");
1761 afterParserOrEnumRuleCall();
1762 }
1763 )
1764 )
1765 )?
1766 )
1767 | 1725 |
1768 { 1726 {
1769 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getIntervalParserRuleCall_1()); 1727 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getCallParserRuleCall_1());
1770 } 1728 }
1771 this_Interval_3=ruleInterval 1729 this_Call_1=ruleCall
1772 { 1730 {
1773 $current = $this_Interval_3.current; 1731 $current = $this_Call_1.current;
1774 afterParserOrEnumRuleCall(); 1732 afterParserOrEnumRuleCall();
1775 } 1733 }
1776 | 1734 |
1777 { 1735 {
1778 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getLiteralParserRuleCall_2()); 1736 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getIntervalParserRuleCall_2());
1779 } 1737 }
1780 this_Literal_4=ruleLiteral 1738 this_Interval_2=ruleInterval
1781 { 1739 {
1782 $current = $this_Literal_4.current; 1740 $current = $this_Interval_2.current;
1741 afterParserOrEnumRuleCall();
1742 }
1743 |
1744 {
1745 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getLiteralParserRuleCall_3());
1746 }
1747 this_Literal_3=ruleLiteral
1748 {
1749 $current = $this_Literal_3.current;
1783 afterParserOrEnumRuleCall(); 1750 afterParserOrEnumRuleCall();
1784 } 1751 }
1785 | 1752 |
1786 ( 1753 (
1787 otherlv_5='(' 1754 otherlv_4=LeftParenthesis
1788 { 1755 {
1789 newLeafNode(otherlv_5, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_3_0()); 1756 newLeafNode(otherlv_4, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_4_0());
1790 } 1757 }
1791 { 1758 {
1792 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getExpressionParserRuleCall_3_1()); 1759 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getExpressionParserRuleCall_4_1());
1793 } 1760 }
1794 this_Expression_6=ruleExpression 1761 this_Expression_5=ruleExpression
1795 { 1762 {
1796 $current = $this_Expression_6.current; 1763 $current = $this_Expression_5.current;
1797 afterParserOrEnumRuleCall(); 1764 afterParserOrEnumRuleCall();
1798 } 1765 }
1799 otherlv_7=')' 1766 otherlv_6=RightParenthesis
1800 { 1767 {
1801 newLeafNode(otherlv_7, grammarAccess.getAtomicExpressionAccess().getRightParenthesisKeyword_3_2()); 1768 newLeafNode(otherlv_6, grammarAccess.getAtomicExpressionAccess().getRightParenthesisKeyword_4_2());
1802 } 1769 }
1803 ) 1770 )
1804 ) 1771 )
@@ -1842,9 +1809,9 @@ ruleCall returns [EObject current=null]
1842 ( 1809 (
1843 ( 1810 (
1844 ( 1811 (
1845 lv_transitiveClosure_1_0=RULE_STAR 1812 lv_transitiveClosure_1_0=RULE_TRANSITIVE_CLOSURE
1846 { 1813 {
1847 newLeafNode(lv_transitiveClosure_1_0, grammarAccess.getCallAccess().getTransitiveClosureSTARTerminalRuleCall_1_0_0()); 1814 newLeafNode(lv_transitiveClosure_1_0, grammarAccess.getCallAccess().getTransitiveClosureTRANSITIVE_CLOSURETerminalRuleCall_1_0_0());
1848 } 1815 }
1849 { 1816 {
1850 if ($current==null) { 1817 if ($current==null) {
@@ -1854,16 +1821,16 @@ ruleCall returns [EObject current=null]
1854 $current, 1821 $current,
1855 "transitiveClosure", 1822 "transitiveClosure",
1856 true, 1823 true,
1857 "org.eclipse.viatra.solver.language.SolverLanguage.STAR"); 1824 "org.eclipse.viatra.solver.language.SolverLanguage.TRANSITIVE_CLOSURE");
1858 } 1825 }
1859 ) 1826 )
1860 ) 1827 )
1861 | 1828 |
1862 ( 1829 (
1863 ( 1830 (
1864 lv_reflexiveTransitiveClosure_2_0=RULE_PLUS 1831 lv_reflexiveTransitiveClosure_2_0=RULE_REFLEXIVE_TRANSITIVE_CLOSURE
1865 { 1832 {
1866 newLeafNode(lv_reflexiveTransitiveClosure_2_0, grammarAccess.getCallAccess().getReflexiveTransitiveClosurePLUSTerminalRuleCall_1_1_0()); 1833 newLeafNode(lv_reflexiveTransitiveClosure_2_0, grammarAccess.getCallAccess().getReflexiveTransitiveClosureREFLEXIVE_TRANSITIVE_CLOSURETerminalRuleCall_1_1_0());
1867 } 1834 }
1868 { 1835 {
1869 if ($current==null) { 1836 if ($current==null) {
@@ -1873,7 +1840,7 @@ ruleCall returns [EObject current=null]
1873 $current, 1840 $current,
1874 "reflexiveTransitiveClosure", 1841 "reflexiveTransitiveClosure",
1875 true, 1842 true,
1876 "org.eclipse.viatra.solver.language.SolverLanguage.PLUS"); 1843 "org.eclipse.viatra.solver.language.SolverLanguage.REFLEXIVE_TRANSITIVE_CLOSURE");
1877 } 1844 }
1878 ) 1845 )
1879 ) 1846 )
@@ -1923,7 +1890,7 @@ ruleArgumentList returns [EObject current=null]
1923 $current); 1890 $current);
1924 } 1891 }
1925 ) 1892 )
1926 otherlv_1='(' 1893 otherlv_1=LeftParenthesis
1927 { 1894 {
1928 newLeafNode(otherlv_1, grammarAccess.getArgumentListAccess().getLeftParenthesisKeyword_1()); 1895 newLeafNode(otherlv_1, grammarAccess.getArgumentListAccess().getLeftParenthesisKeyword_1());
1929 } 1896 }
@@ -1948,7 +1915,7 @@ ruleArgumentList returns [EObject current=null]
1948 ) 1915 )
1949 ) 1916 )
1950 ( 1917 (
1951 otherlv_3=',' 1918 otherlv_3=Comma
1952 { 1919 {
1953 newLeafNode(otherlv_3, grammarAccess.getArgumentListAccess().getCommaKeyword_2_1_0()); 1920 newLeafNode(otherlv_3, grammarAccess.getArgumentListAccess().getCommaKeyword_2_1_0());
1954 } 1921 }
@@ -1973,7 +1940,7 @@ ruleArgumentList returns [EObject current=null]
1973 ) 1940 )
1974 )* 1941 )*
1975 )? 1942 )?
1976 otherlv_5=')' 1943 otherlv_5=RightParenthesis
1977 { 1944 {
1978 newLeafNode(otherlv_5, grammarAccess.getArgumentListAccess().getRightParenthesisKeyword_3()); 1945 newLeafNode(otherlv_5, grammarAccess.getArgumentListAccess().getRightParenthesisKeyword_3());
1979 } 1946 }
@@ -2093,7 +2060,7 @@ ruleStarArgument returns [EObject current=null]
2093 $current); 2060 $current);
2094 } 2061 }
2095 ) 2062 )
2096 otherlv_1='*' 2063 otherlv_1=Asterisk
2097 { 2064 {
2098 newLeafNode(otherlv_1, grammarAccess.getStarArgumentAccess().getAsteriskKeyword_1()); 2065 newLeafNode(otherlv_1, grammarAccess.getStarArgumentAccess().getAsteriskKeyword_1());
2099 } 2066 }
@@ -2183,7 +2150,7 @@ ruleTypedStarArgument returns [EObject current=null]
2183 } 2150 }
2184 ) 2151 )
2185 ) 2152 )
2186 otherlv_1='*' 2153 otherlv_1=Asterisk
2187 { 2154 {
2188 newLeafNode(otherlv_1, grammarAccess.getTypedStarArgumentAccess().getAsteriskKeyword_1()); 2155 newLeafNode(otherlv_1, grammarAccess.getTypedStarArgumentAccess().getAsteriskKeyword_1());
2189 } 2156 }
@@ -2239,7 +2206,7 @@ ruleInterval returns [EObject current=null]
2239 leaveRule(); 2206 leaveRule();
2240}: 2207}:
2241 ( 2208 (
2242 otherlv_0='[' 2209 otherlv_0=LeftSquareBracket
2243 { 2210 {
2244 newLeafNode(otherlv_0, grammarAccess.getIntervalAccess().getLeftSquareBracketKeyword_0()); 2211 newLeafNode(otherlv_0, grammarAccess.getIntervalAccess().getLeftSquareBracketKeyword_0());
2245 } 2212 }
@@ -2262,7 +2229,7 @@ ruleInterval returns [EObject current=null]
2262 } 2229 }
2263 ) 2230 )
2264 ) 2231 )
2265 otherlv_2='..' 2232 otherlv_2=FullStopFullStop
2266 { 2233 {
2267 newLeafNode(otherlv_2, grammarAccess.getIntervalAccess().getFullStopFullStopKeyword_2()); 2234 newLeafNode(otherlv_2, grammarAccess.getIntervalAccess().getFullStopFullStopKeyword_2());
2268 } 2235 }
@@ -2285,7 +2252,7 @@ ruleInterval returns [EObject current=null]
2285 } 2252 }
2286 ) 2253 )
2287 ) 2254 )
2288 otherlv_4=']' 2255 otherlv_4=RightSquareBracket
2289 { 2256 {
2290 newLeafNode(otherlv_4, grammarAccess.getIntervalAccess().getRightSquareBracketKeyword_4()); 2257 newLeafNode(otherlv_4, grammarAccess.getIntervalAccess().getRightSquareBracketKeyword_4());
2291 } 2258 }
@@ -2450,7 +2417,7 @@ ruleInfinityLiteral returns [EObject current=null]
2450 $current); 2417 $current);
2451 } 2418 }
2452 ) 2419 )
2453 otherlv_1='inf' 2420 otherlv_1=Inf
2454 { 2421 {
2455 newLeafNode(otherlv_1, grammarAccess.getInfinityLiteralAccess().getInfKeyword_1()); 2422 newLeafNode(otherlv_1, grammarAccess.getInfinityLiteralAccess().getInfKeyword_1());
2456 } 2423 }
@@ -2480,7 +2447,7 @@ ruleEmptyIntervalLiteral returns [EObject current=null]
2480 $current); 2447 $current);
2481 } 2448 }
2482 ) 2449 )
2483 otherlv_1='empty' 2450 otherlv_1=Empty
2484 { 2451 {
2485 newLeafNode(otherlv_1, grammarAccess.getEmptyIntervalLiteralAccess().getEmptyKeyword_1()); 2452 newLeafNode(otherlv_1, grammarAccess.getEmptyIntervalLiteralAccess().getEmptyKeyword_1());
2486 } 2453 }
@@ -2540,7 +2507,7 @@ ruleClassDefinition returns [EObject current=null]
2540 ( 2507 (
2541 ( 2508 (
2542 ( 2509 (
2543 lv_abstract_0_0='abstract' 2510 lv_abstract_0_0=Abstract
2544 { 2511 {
2545 newLeafNode(lv_abstract_0_0, grammarAccess.getClassDefinitionAccess().getAbstractAbstractKeyword_0_0()); 2512 newLeafNode(lv_abstract_0_0, grammarAccess.getClassDefinitionAccess().getAbstractAbstractKeyword_0_0());
2546 } 2513 }
@@ -2552,7 +2519,7 @@ ruleClassDefinition returns [EObject current=null]
2552 } 2519 }
2553 ) 2520 )
2554 )? 2521 )?
2555 otherlv_1='class' 2522 otherlv_1=Class
2556 { 2523 {
2557 newLeafNode(otherlv_1, grammarAccess.getClassDefinitionAccess().getClassKeyword_1()); 2524 newLeafNode(otherlv_1, grammarAccess.getClassDefinitionAccess().getClassKeyword_1());
2558 } 2525 }
@@ -2575,7 +2542,7 @@ ruleClassDefinition returns [EObject current=null]
2575 ) 2542 )
2576 ) 2543 )
2577 ( 2544 (
2578 otherlv_3='extends' 2545 otherlv_3=Extends
2579 { 2546 {
2580 newLeafNode(otherlv_3, grammarAccess.getClassDefinitionAccess().getExtendsKeyword_3_0()); 2547 newLeafNode(otherlv_3, grammarAccess.getClassDefinitionAccess().getExtendsKeyword_3_0());
2581 } 2548 }
@@ -2596,7 +2563,7 @@ ruleClassDefinition returns [EObject current=null]
2596 ) 2563 )
2597 ) 2564 )
2598 ( 2565 (
2599 otherlv_5=',' 2566 otherlv_5=Comma
2600 { 2567 {
2601 newLeafNode(otherlv_5, grammarAccess.getClassDefinitionAccess().getCommaKeyword_3_2_0()); 2568 newLeafNode(otherlv_5, grammarAccess.getClassDefinitionAccess().getCommaKeyword_3_2_0());
2602 } 2569 }
@@ -2618,7 +2585,7 @@ ruleClassDefinition returns [EObject current=null]
2618 ) 2585 )
2619 )* 2586 )*
2620 )? 2587 )?
2621 otherlv_7='{' 2588 otherlv_7=LeftCurlyBracket
2622 { 2589 {
2623 newLeafNode(otherlv_7, grammarAccess.getClassDefinitionAccess().getLeftCurlyBracketKeyword_4()); 2590 newLeafNode(otherlv_7, grammarAccess.getClassDefinitionAccess().getLeftCurlyBracketKeyword_4());
2624 } 2591 }
@@ -2641,7 +2608,7 @@ ruleClassDefinition returns [EObject current=null]
2641 } 2608 }
2642 ) 2609 )
2643 )* 2610 )*
2644 otherlv_9='}' 2611 otherlv_9=RightCurlyBracket
2645 { 2612 {
2646 newLeafNode(otherlv_9, grammarAccess.getClassDefinitionAccess().getRightCurlyBracketKeyword_6()); 2613 newLeafNode(otherlv_9, grammarAccess.getClassDefinitionAccess().getRightCurlyBracketKeyword_6());
2647 } 2614 }
@@ -2666,7 +2633,7 @@ ruleMemberDefinition returns [EObject current=null]
2666 ( 2633 (
2667 ( 2634 (
2668 ( 2635 (
2669 lv_containment_0_0='contains' 2636 lv_containment_0_0=Contains
2670 { 2637 {
2671 newLeafNode(lv_containment_0_0, grammarAccess.getMemberDefinitionAccess().getContainmentContainsKeyword_0_0()); 2638 newLeafNode(lv_containment_0_0, grammarAccess.getMemberDefinitionAccess().getContainmentContainsKeyword_0_0());
2672 } 2639 }
@@ -2732,7 +2699,7 @@ ruleMemberDefinition returns [EObject current=null]
2732 ) 2699 )
2733 ) 2700 )
2734 ( 2701 (
2735 otherlv_4='opposite' 2702 otherlv_4=Opposite
2736 { 2703 {
2737 newLeafNode(otherlv_4, grammarAccess.getMemberDefinitionAccess().getOppositeKeyword_4_0()); 2704 newLeafNode(otherlv_4, grammarAccess.getMemberDefinitionAccess().getOppositeKeyword_4_0());
2738 } 2705 }
@@ -2754,7 +2721,7 @@ ruleMemberDefinition returns [EObject current=null]
2754 ) 2721 )
2755 )? 2722 )?
2756 ( 2723 (
2757 otherlv_6=';' 2724 otherlv_6=Semicolon
2758 { 2725 {
2759 newLeafNode(otherlv_6, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5()); 2726 newLeafNode(otherlv_6, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5());
2760 } 2727 }
@@ -2830,11 +2797,11 @@ ruleManyMultiplicity returns [EObject current=null]
2830 $current); 2797 $current);
2831 } 2798 }
2832 ) 2799 )
2833 otherlv_1='[' 2800 otherlv_1=LeftSquareBracket
2834 { 2801 {
2835 newLeafNode(otherlv_1, grammarAccess.getManyMultiplicityAccess().getLeftSquareBracketKeyword_1()); 2802 newLeafNode(otherlv_1, grammarAccess.getManyMultiplicityAccess().getLeftSquareBracketKeyword_1());
2836 } 2803 }
2837 otherlv_2=']' 2804 otherlv_2=RightSquareBracket
2838 { 2805 {
2839 newLeafNode(otherlv_2, grammarAccess.getManyMultiplicityAccess().getRightSquareBracketKeyword_2()); 2806 newLeafNode(otherlv_2, grammarAccess.getManyMultiplicityAccess().getRightSquareBracketKeyword_2());
2840 } 2807 }
@@ -2857,7 +2824,7 @@ ruleExactMultiplicity returns [EObject current=null]
2857 leaveRule(); 2824 leaveRule();
2858}: 2825}:
2859 ( 2826 (
2860 otherlv_0='[' 2827 otherlv_0=LeftSquareBracket
2861 { 2828 {
2862 newLeafNode(otherlv_0, grammarAccess.getExactMultiplicityAccess().getLeftSquareBracketKeyword_0()); 2829 newLeafNode(otherlv_0, grammarAccess.getExactMultiplicityAccess().getLeftSquareBracketKeyword_0());
2863 } 2830 }
@@ -2880,7 +2847,7 @@ ruleExactMultiplicity returns [EObject current=null]
2880 } 2847 }
2881 ) 2848 )
2882 ) 2849 )
2883 otherlv_2=']' 2850 otherlv_2=RightSquareBracket
2884 { 2851 {
2885 newLeafNode(otherlv_2, grammarAccess.getExactMultiplicityAccess().getRightSquareBracketKeyword_2()); 2852 newLeafNode(otherlv_2, grammarAccess.getExactMultiplicityAccess().getRightSquareBracketKeyword_2());
2886 } 2853 }
@@ -2903,7 +2870,7 @@ ruleBoundedMultiplicity returns [EObject current=null]
2903 leaveRule(); 2870 leaveRule();
2904}: 2871}:
2905 ( 2872 (
2906 otherlv_0='[' 2873 otherlv_0=LeftSquareBracket
2907 { 2874 {
2908 newLeafNode(otherlv_0, grammarAccess.getBoundedMultiplicityAccess().getLeftSquareBracketKeyword_0()); 2875 newLeafNode(otherlv_0, grammarAccess.getBoundedMultiplicityAccess().getLeftSquareBracketKeyword_0());
2909 } 2876 }
@@ -2925,7 +2892,7 @@ ruleBoundedMultiplicity returns [EObject current=null]
2925 } 2892 }
2926 ) 2893 )
2927 ) 2894 )
2928 otherlv_2='..' 2895 otherlv_2=FullStopFullStop
2929 { 2896 {
2930 newLeafNode(otherlv_2, grammarAccess.getBoundedMultiplicityAccess().getFullStopFullStopKeyword_2()); 2897 newLeafNode(otherlv_2, grammarAccess.getBoundedMultiplicityAccess().getFullStopFullStopKeyword_2());
2931 } 2898 }
@@ -2948,7 +2915,7 @@ ruleBoundedMultiplicity returns [EObject current=null]
2948 } 2915 }
2949 ) 2916 )
2950 ) 2917 )
2951 otherlv_4=']' 2918 otherlv_4=RightSquareBracket
2952 { 2919 {
2953 newLeafNode(otherlv_4, grammarAccess.getBoundedMultiplicityAccess().getRightSquareBracketKeyword_4()); 2920 newLeafNode(otherlv_4, grammarAccess.getBoundedMultiplicityAccess().getRightSquareBracketKeyword_4());
2954 } 2921 }
@@ -3016,7 +2983,7 @@ ruleExactScopeDefinition returns [EObject current=null]
3016 leaveRule(); 2983 leaveRule();
3017}: 2984}:
3018 ( 2985 (
3019 otherlv_0='scope' 2986 otherlv_0=Scope
3020 { 2987 {
3021 newLeafNode(otherlv_0, grammarAccess.getExactScopeDefinitionAccess().getScopeKeyword_0()); 2988 newLeafNode(otherlv_0, grammarAccess.getExactScopeDefinitionAccess().getScopeKeyword_0());
3022 } 2989 }
@@ -3036,7 +3003,7 @@ ruleExactScopeDefinition returns [EObject current=null]
3036 } 3003 }
3037 ) 3004 )
3038 ) 3005 )
3039 otherlv_2='==' 3006 otherlv_2=EqualsSignEqualsSign
3040 { 3007 {
3041 newLeafNode(otherlv_2, grammarAccess.getExactScopeDefinitionAccess().getEqualsSignEqualsSignKeyword_2()); 3008 newLeafNode(otherlv_2, grammarAccess.getExactScopeDefinitionAccess().getEqualsSignEqualsSignKeyword_2());
3042 } 3009 }
@@ -3077,7 +3044,7 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3077 leaveRule(); 3044 leaveRule();
3078}: 3045}:
3079 ( 3046 (
3080 otherlv_0='scope' 3047 otherlv_0=Scope
3081 { 3048 {
3082 newLeafNode(otherlv_0, grammarAccess.getBoundedScopeDefinitionAccess().getScopeKeyword_0()); 3049 newLeafNode(otherlv_0, grammarAccess.getBoundedScopeDefinitionAccess().getScopeKeyword_0());
3083 } 3050 }
@@ -3102,7 +3069,7 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3102 } 3069 }
3103 ) 3070 )
3104 ) 3071 )
3105 otherlv_2='<=' 3072 otherlv_2=LessThanSignEqualsSign
3106 { 3073 {
3107 newLeafNode(otherlv_2, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_0_1()); 3074 newLeafNode(otherlv_2, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_0_1());
3108 } 3075 }
@@ -3123,7 +3090,7 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3123 } 3090 }
3124 ) 3091 )
3125 ) 3092 )
3126 otherlv_4='<=' 3093 otherlv_4=LessThanSignEqualsSign
3127 { 3094 {
3128 newLeafNode(otherlv_4, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_2()); 3095 newLeafNode(otherlv_4, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_2());
3129 } 3096 }
@@ -3166,7 +3133,7 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3166 } 3133 }
3167 ) 3134 )
3168 ) 3135 )
3169 otherlv_7='>=' 3136 otherlv_7=GreaterThanSignEqualsSign
3170 { 3137 {
3171 newLeafNode(otherlv_7, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1()); 3138 newLeafNode(otherlv_7, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1());
3172 } 3139 }
@@ -3187,7 +3154,7 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3187 ) 3154 )
3188 ) 3155 )
3189 ( 3156 (
3190 otherlv_9='>=' 3157 otherlv_9=GreaterThanSignEqualsSign
3191 { 3158 {
3192 newLeafNode(otherlv_9, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_3_0()); 3159 newLeafNode(otherlv_9, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_3_0());
3193 } 3160 }
@@ -3212,10 +3179,6 @@ ruleBoundedScopeDefinition returns [EObject current=null]
3212 )? 3179 )?
3213 ) 3180 )
3214 ) 3181 )
3215 otherlv_11='.'
3216 {
3217 newLeafNode(otherlv_11, grammarAccess.getBoundedScopeDefinitionAccess().getFullStopKeyword_2());
3218 }
3219 ) 3182 )
3220; 3183;
3221 3184
@@ -3235,7 +3198,7 @@ ruleLowerBoundedScopeDefinition returns [EObject current=null]
3235 leaveRule(); 3198 leaveRule();
3236}: 3199}:
3237 ( 3200 (
3238 otherlv_0='scope' 3201 otherlv_0=Scope
3239 { 3202 {
3240 newLeafNode(otherlv_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getScopeKeyword_0()); 3203 newLeafNode(otherlv_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getScopeKeyword_0());
3241 } 3204 }
@@ -3259,7 +3222,7 @@ ruleLowerBoundedScopeDefinition returns [EObject current=null]
3259 } 3222 }
3260 ) 3223 )
3261 ) 3224 )
3262 otherlv_2='<=' 3225 otherlv_2=LessThanSignEqualsSign
3263 { 3226 {
3264 newLeafNode(otherlv_2, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_1()); 3227 newLeafNode(otherlv_2, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_1());
3265 } 3228 }
@@ -3298,7 +3261,7 @@ ruleLowerBoundedScopeDefinition returns [EObject current=null]
3298 } 3261 }
3299 ) 3262 )
3300 ) 3263 )
3301 otherlv_5='>=' 3264 otherlv_5=GreaterThanSignEqualsSign
3302 { 3265 {
3303 newLeafNode(otherlv_5, grammarAccess.getLowerBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1()); 3266 newLeafNode(otherlv_5, grammarAccess.getLowerBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1());
3304 } 3267 }
@@ -3322,10 +3285,6 @@ ruleLowerBoundedScopeDefinition returns [EObject current=null]
3322 ) 3285 )
3323 ) 3286 )
3324 ) 3287 )
3325 otherlv_7='.'
3326 {
3327 newLeafNode(otherlv_7, grammarAccess.getLowerBoundedScopeDefinitionAccess().getFullStopKeyword_2());
3328 }
3329 ) 3288 )
3330; 3289;
3331 3290
@@ -3410,7 +3369,7 @@ ruleUpperMultiplicty returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRu
3410 newLeafNode(this_INT_0, grammarAccess.getUpperMultiplictyAccess().getINTTerminalRuleCall_0()); 3369 newLeafNode(this_INT_0, grammarAccess.getUpperMultiplictyAccess().getINTTerminalRuleCall_0());
3411 } 3370 }
3412 | 3371 |
3413 kw='*' 3372 kw=Asterisk
3414 { 3373 {
3415 $current.merge(kw); 3374 $current.merge(kw);
3416 newLeafNode(kw, grammarAccess.getUpperMultiplictyAccess().getAsteriskKeyword_1()); 3375 newLeafNode(kw, grammarAccess.getUpperMultiplictyAccess().getAsteriskKeyword_1());
@@ -3448,7 +3407,7 @@ ruleReal returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()]
3448 newLeafNode(this_INT_0, grammarAccess.getRealAccess().getINTTerminalRuleCall_0()); 3407 newLeafNode(this_INT_0, grammarAccess.getRealAccess().getINTTerminalRuleCall_0());
3449 } 3408 }
3450 ( 3409 (
3451 kw='.' 3410 kw=FullStop
3452 { 3411 {
3453 $current.merge(kw); 3412 $current.merge(kw);
3454 newLeafNode(kw, grammarAccess.getRealAccess().getFullStopKeyword_1_0()); 3413 newLeafNode(kw, grammarAccess.getRealAccess().getFullStopKeyword_1_0());
@@ -3498,7 +3457,7 @@ ruleQualifiedName returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleT
3498 newLeafNode(this_ID_0, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_0()); 3457 newLeafNode(this_ID_0, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_0());
3499 } 3458 }
3500 ( 3459 (
3501 kw='.' 3460 kw=FullStop
3502 { 3461 {
3503 $current.merge(kw); 3462 $current.merge(kw);
3504 newLeafNode(kw, grammarAccess.getQualifiedNameAccess().getFullStopKeyword_0_1_0()); 3463 newLeafNode(kw, grammarAccess.getQualifiedNameAccess().getFullStopKeyword_0_1_0());
@@ -3536,7 +3495,7 @@ ruleMetricType returns [Enumerator current=null]
3536}: 3495}:
3537 ( 3496 (
3538 ( 3497 (
3539 enumLiteral_0='int' 3498 enumLiteral_0=Int
3540 { 3499 {
3541 $current = grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3500 $current = grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3542 newLeafNode(enumLiteral_0, grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0()); 3501 newLeafNode(enumLiteral_0, grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0());
@@ -3544,7 +3503,7 @@ ruleMetricType returns [Enumerator current=null]
3544 ) 3503 )
3545 | 3504 |
3546 ( 3505 (
3547 enumLiteral_1='real' 3506 enumLiteral_1=Real
3548 { 3507 {
3549 $current = grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3508 $current = grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3550 newLeafNode(enumLiteral_1, grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1()); 3509 newLeafNode(enumLiteral_1, grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1());
@@ -3563,7 +3522,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3563}: 3522}:
3564 ( 3523 (
3565 ( 3524 (
3566 enumLiteral_0='==' 3525 enumLiteral_0=EqualsSignEqualsSign
3567 { 3526 {
3568 $current = grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3527 $current = grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3569 newLeafNode(enumLiteral_0, grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0()); 3528 newLeafNode(enumLiteral_0, grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0());
@@ -3571,7 +3530,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3571 ) 3530 )
3572 | 3531 |
3573 ( 3532 (
3574 enumLiteral_1='!=' 3533 enumLiteral_1=ExclamationMarkEqualsSign
3575 { 3534 {
3576 $current = grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3535 $current = grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3577 newLeafNode(enumLiteral_1, grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1()); 3536 newLeafNode(enumLiteral_1, grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1());
@@ -3579,7 +3538,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3579 ) 3538 )
3580 | 3539 |
3581 ( 3540 (
3582 enumLiteral_2='<' 3541 enumLiteral_2=LessThanSign
3583 { 3542 {
3584 $current = grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 3543 $current = grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
3585 newLeafNode(enumLiteral_2, grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2()); 3544 newLeafNode(enumLiteral_2, grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2());
@@ -3587,7 +3546,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3587 ) 3546 )
3588 | 3547 |
3589 ( 3548 (
3590 enumLiteral_3='<=' 3549 enumLiteral_3=LessThanSignEqualsSign
3591 { 3550 {
3592 $current = grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 3551 $current = grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
3593 newLeafNode(enumLiteral_3, grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3()); 3552 newLeafNode(enumLiteral_3, grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3());
@@ -3595,7 +3554,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3595 ) 3554 )
3596 | 3555 |
3597 ( 3556 (
3598 enumLiteral_4='>' 3557 enumLiteral_4=GreaterThanSign
3599 { 3558 {
3600 $current = grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 3559 $current = grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4().getEnumLiteral().getInstance();
3601 newLeafNode(enumLiteral_4, grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4()); 3560 newLeafNode(enumLiteral_4, grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4());
@@ -3603,7 +3562,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3603 ) 3562 )
3604 | 3563 |
3605 ( 3564 (
3606 enumLiteral_5='>=' 3565 enumLiteral_5=GreaterThanSignEqualsSign
3607 { 3566 {
3608 $current = grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 3567 $current = grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
3609 newLeafNode(enumLiteral_5, grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5()); 3568 newLeafNode(enumLiteral_5, grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5());
@@ -3611,7 +3570,7 @@ ruleComparisonOperator returns [Enumerator current=null]
3611 ) 3570 )
3612 | 3571 |
3613 ( 3572 (
3614 enumLiteral_6='in' 3573 enumLiteral_6=In
3615 { 3574 {
3616 $current = grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6().getEnumLiteral().getInstance(); 3575 $current = grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6().getEnumLiteral().getInstance();
3617 newLeafNode(enumLiteral_6, grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6()); 3576 newLeafNode(enumLiteral_6, grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6());
@@ -3630,7 +3589,7 @@ ruleAdditiveBinaryOperator returns [Enumerator current=null]
3630}: 3589}:
3631 ( 3590 (
3632 ( 3591 (
3633 enumLiteral_0='+' 3592 enumLiteral_0=PlusSign
3634 { 3593 {
3635 $current = grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3594 $current = grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3636 newLeafNode(enumLiteral_0, grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0()); 3595 newLeafNode(enumLiteral_0, grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0());
@@ -3638,7 +3597,7 @@ ruleAdditiveBinaryOperator returns [Enumerator current=null]
3638 ) 3597 )
3639 | 3598 |
3640 ( 3599 (
3641 enumLiteral_1='-' 3600 enumLiteral_1=HyphenMinus
3642 { 3601 {
3643 $current = grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3602 $current = grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3644 newLeafNode(enumLiteral_1, grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1()); 3603 newLeafNode(enumLiteral_1, grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1());
@@ -3657,7 +3616,7 @@ ruleMultiplicativeBinaryOperator returns [Enumerator current=null]
3657}: 3616}:
3658 ( 3617 (
3659 ( 3618 (
3660 enumLiteral_0='*' 3619 enumLiteral_0=Asterisk
3661 { 3620 {
3662 $current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3621 $current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3663 newLeafNode(enumLiteral_0, grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0()); 3622 newLeafNode(enumLiteral_0, grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0());
@@ -3665,7 +3624,7 @@ ruleMultiplicativeBinaryOperator returns [Enumerator current=null]
3665 ) 3624 )
3666 | 3625 |
3667 ( 3626 (
3668 enumLiteral_1='/' 3627 enumLiteral_1=Solidus
3669 { 3628 {
3670 $current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3629 $current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3671 newLeafNode(enumLiteral_1, grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1()); 3630 newLeafNode(enumLiteral_1, grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1());
@@ -3683,7 +3642,7 @@ ruleExponentialOp returns [Enumerator current=null]
3683 leaveRule(); 3642 leaveRule();
3684}: 3643}:
3685 ( 3644 (
3686 enumLiteral_0='^' 3645 enumLiteral_0=CircumflexAccent
3687 { 3646 {
3688 $current = grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration().getEnumLiteral().getInstance(); 3647 $current = grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration().getEnumLiteral().getInstance();
3689 newLeafNode(enumLiteral_0, grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration()); 3648 newLeafNode(enumLiteral_0, grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration());
@@ -3701,7 +3660,7 @@ ruleUnaryOp returns [Enumerator current=null]
3701}: 3660}:
3702 ( 3661 (
3703 ( 3662 (
3704 enumLiteral_0='!' 3663 enumLiteral_0=ExclamationMark
3705 { 3664 {
3706 $current = grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3665 $current = grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3707 newLeafNode(enumLiteral_0, grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0()); 3666 newLeafNode(enumLiteral_0, grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0());
@@ -3709,7 +3668,7 @@ ruleUnaryOp returns [Enumerator current=null]
3709 ) 3668 )
3710 | 3669 |
3711 ( 3670 (
3712 enumLiteral_1='+' 3671 enumLiteral_1=PlusSign
3713 { 3672 {
3714 $current = grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3673 $current = grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3715 newLeafNode(enumLiteral_1, grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1()); 3674 newLeafNode(enumLiteral_1, grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1());
@@ -3717,7 +3676,7 @@ ruleUnaryOp returns [Enumerator current=null]
3717 ) 3676 )
3718 | 3677 |
3719 ( 3678 (
3720 enumLiteral_2='-' 3679 enumLiteral_2=HyphenMinus
3721 { 3680 {
3722 $current = grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 3681 $current = grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
3723 newLeafNode(enumLiteral_2, grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2()); 3682 newLeafNode(enumLiteral_2, grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2());
@@ -3725,7 +3684,7 @@ ruleUnaryOp returns [Enumerator current=null]
3725 ) 3684 )
3726 | 3685 |
3727 ( 3686 (
3728 enumLiteral_3='may' 3687 enumLiteral_3=May
3729 { 3688 {
3730 $current = grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 3689 $current = grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
3731 newLeafNode(enumLiteral_3, grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3()); 3690 newLeafNode(enumLiteral_3, grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3());
@@ -3733,7 +3692,7 @@ ruleUnaryOp returns [Enumerator current=null]
3733 ) 3692 )
3734 | 3693 |
3735 ( 3694 (
3736 enumLiteral_4='must' 3695 enumLiteral_4=Must
3737 { 3696 {
3738 $current = grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 3697 $current = grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4().getEnumLiteral().getInstance();
3739 newLeafNode(enumLiteral_4, grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4()); 3698 newLeafNode(enumLiteral_4, grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4());
@@ -3741,7 +3700,7 @@ ruleUnaryOp returns [Enumerator current=null]
3741 ) 3700 )
3742 | 3701 |
3743 ( 3702 (
3744 enumLiteral_5='current' 3703 enumLiteral_5=Current
3745 { 3704 {
3746 $current = grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 3705 $current = grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
3747 newLeafNode(enumLiteral_5, grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5()); 3706 newLeafNode(enumLiteral_5, grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5());
@@ -3760,7 +3719,7 @@ ruleAggregationOp returns [Enumerator current=null]
3760}: 3719}:
3761 ( 3720 (
3762 ( 3721 (
3763 enumLiteral_0='only' 3722 enumLiteral_0=Only
3764 { 3723 {
3765 $current = grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3724 $current = grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3766 newLeafNode(enumLiteral_0, grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0()); 3725 newLeafNode(enumLiteral_0, grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0());
@@ -3768,7 +3727,7 @@ ruleAggregationOp returns [Enumerator current=null]
3768 ) 3727 )
3769 | 3728 |
3770 ( 3729 (
3771 enumLiteral_1='sum' 3730 enumLiteral_1=Sum
3772 { 3731 {
3773 $current = grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3732 $current = grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3774 newLeafNode(enumLiteral_1, grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1()); 3733 newLeafNode(enumLiteral_1, grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1());
@@ -3776,7 +3735,7 @@ ruleAggregationOp returns [Enumerator current=null]
3776 ) 3735 )
3777 | 3736 |
3778 ( 3737 (
3779 enumLiteral_2='prod' 3738 enumLiteral_2=Prod
3780 { 3739 {
3781 $current = grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 3740 $current = grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
3782 newLeafNode(enumLiteral_2, grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2()); 3741 newLeafNode(enumLiteral_2, grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2());
@@ -3784,7 +3743,7 @@ ruleAggregationOp returns [Enumerator current=null]
3784 ) 3743 )
3785 | 3744 |
3786 ( 3745 (
3787 enumLiteral_3='avg' 3746 enumLiteral_3=Avg
3788 { 3747 {
3789 $current = grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 3748 $current = grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
3790 newLeafNode(enumLiteral_3, grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3()); 3749 newLeafNode(enumLiteral_3, grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3());
@@ -3792,7 +3751,7 @@ ruleAggregationOp returns [Enumerator current=null]
3792 ) 3751 )
3793 | 3752 |
3794 ( 3753 (
3795 enumLiteral_4='min' 3754 enumLiteral_4=Min
3796 { 3755 {
3797 $current = grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 3756 $current = grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4().getEnumLiteral().getInstance();
3798 newLeafNode(enumLiteral_4, grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4()); 3757 newLeafNode(enumLiteral_4, grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4());
@@ -3800,7 +3759,7 @@ ruleAggregationOp returns [Enumerator current=null]
3800 ) 3759 )
3801 | 3760 |
3802 ( 3761 (
3803 enumLiteral_5='max' 3762 enumLiteral_5=Max
3804 { 3763 {
3805 $current = grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 3764 $current = grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
3806 newLeafNode(enumLiteral_5, grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5()); 3765 newLeafNode(enumLiteral_5, grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5());
@@ -3819,7 +3778,7 @@ ruleLogicValue returns [Enumerator current=null]
3819}: 3778}:
3820 ( 3779 (
3821 ( 3780 (
3822 enumLiteral_0='true' 3781 enumLiteral_0=True
3823 { 3782 {
3824 $current = grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3783 $current = grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3825 newLeafNode(enumLiteral_0, grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0()); 3784 newLeafNode(enumLiteral_0, grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0());
@@ -3827,7 +3786,7 @@ ruleLogicValue returns [Enumerator current=null]
3827 ) 3786 )
3828 | 3787 |
3829 ( 3788 (
3830 enumLiteral_1='false' 3789 enumLiteral_1=False
3831 { 3790 {
3832 $current = grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3791 $current = grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3833 newLeafNode(enumLiteral_1, grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1()); 3792 newLeafNode(enumLiteral_1, grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1());
@@ -3835,7 +3794,7 @@ ruleLogicValue returns [Enumerator current=null]
3835 ) 3794 )
3836 | 3795 |
3837 ( 3796 (
3838 enumLiteral_2='unknown' 3797 enumLiteral_2=Unknown
3839 { 3798 {
3840 $current = grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 3799 $current = grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
3841 newLeafNode(enumLiteral_2, grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2()); 3800 newLeafNode(enumLiteral_2, grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2());
@@ -3843,7 +3802,7 @@ ruleLogicValue returns [Enumerator current=null]
3843 ) 3802 )
3844 | 3803 |
3845 ( 3804 (
3846 enumLiteral_3='error' 3805 enumLiteral_3=Error
3847 { 3806 {
3848 $current = grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 3807 $current = grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3().getEnumLiteral().getInstance();
3849 newLeafNode(enumLiteral_3, grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3()); 3808 newLeafNode(enumLiteral_3, grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3());
@@ -3862,7 +3821,7 @@ ruleObjectiveKind returns [Enumerator current=null]
3862}: 3821}:
3863 ( 3822 (
3864 ( 3823 (
3865 enumLiteral_0='minimize' 3824 enumLiteral_0=Minimize
3866 { 3825 {
3867 $current = grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 3826 $current = grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
3868 newLeafNode(enumLiteral_0, grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0()); 3827 newLeafNode(enumLiteral_0, grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0());
@@ -3870,7 +3829,7 @@ ruleObjectiveKind returns [Enumerator current=null]
3870 ) 3829 )
3871 | 3830 |
3872 ( 3831 (
3873 enumLiteral_1='maximize' 3832 enumLiteral_1=Maximize
3874 { 3833 {
3875 $current = grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 3834 $current = grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
3876 newLeafNode(enumLiteral_1, grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1()); 3835 newLeafNode(enumLiteral_1, grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1());
@@ -3878,25 +3837,3 @@ ruleObjectiveKind returns [Enumerator current=null]
3878 ) 3837 )
3879 ) 3838 )
3880; 3839;
3881
3882RULE_STRING : '"' ('\\' .|~(('\\'|'"')))* '"';
3883
3884RULE_QUOTED_ID : '\'' ('\\' .|~(('\\'|'\'')))* '\'';
3885
3886RULE_PLUS : 'synthetic::plus';
3887
3888RULE_STAR : 'synthetic::star';
3889
3890RULE_DOT : 'synthetic::dot';
3891
3892RULE_ID : '^'? ('a'..'z'|'A'..'Z'|'_') ('a'..'z'|'A'..'Z'|'_'|'0'..'9')*;
3893
3894RULE_INT : ('0'..'9')+;
3895
3896RULE_ML_COMMENT : '/*' ( options {greedy=false;} : . )*'*/';
3897
3898RULE_SL_COMMENT : '//' ~(('\n'|'\r'))* ('\r'? '\n')?;
3899
3900RULE_WS : (' '|'\t'|'\r'|'\n')+;
3901
3902RULE_ANY_OTHER : .;
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.java
index ee2f6175..7dbfa002 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.java
@@ -18,85 +18,96 @@ import org.antlr.runtime.*;
18import java.util.Stack; 18import java.util.Stack;
19import java.util.List; 19import java.util.List;
20import java.util.ArrayList; 20import java.util.ArrayList;
21import java.util.Map; 21
22import java.util.HashMap;
23@SuppressWarnings("all") 22@SuppressWarnings("all")
24public class InternalSolverLanguageParser extends AbstractInternalAntlrParser { 23public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
25 public static final String[] tokenNames = new String[] { 24 public static final String[] tokenNames = new String[] {
26 "<invalid>", "<EOR>", "<DOWN>", "<UP>", "RULE_DOT", "RULE_STAR", "RULE_PLUS", "RULE_STRING", "RULE_ID", "RULE_INT", "RULE_QUOTED_ID", "RULE_ML_COMMENT", "RULE_SL_COMMENT", "RULE_WS", "RULE_ANY_OTHER", "':'", "':-'", "'='", "'functional'", "'error'", "'default'", "'extern'", "'.'", "'if'", "'then'", "'else'", "';'", "'->'", "','", "'count'", "'{'", "'}'", "'|'", "'('", "')'", "'*'", "'['", "'..'", "']'", "'inf'", "'empty'", "'abstract'", "'class'", "'extends'", "'contains'", "'opposite'", "'scope'", "'=='", "'<='", "'>='", "'int'", "'real'", "'!='", "'<'", "'>'", "'in'", "'+'", "'-'", "'/'", "'^'", "'!'", "'may'", "'must'", "'current'", "'only'", "'sum'", "'prod'", "'avg'", "'min'", "'max'", "'true'", "'false'", "'unknown'", "'minimize'", "'maximize'" 25 "<invalid>", "<EOR>", "<DOWN>", "<UP>", "GREATER_EQ", "Functional", "Abstract", "Contains", "Maximize", "Minimize", "Opposite", "GREATER", "LESS_EQ", "Current", "Default", "Extends", "Unknown", "NOT_EQ", "Extern", "Class", "Count", "Empty", "Error", "False", "Scope", "LESS", "Else", "Must", "Only", "Prod", "Real", "Then", "True", "ADD", "DIV", "MUL", "POW", "SUB", "Avg", "Inf", "Int", "Max", "May", "Min", "Sum", "ExclamationMarkEqualsSign", "HyphenMinusGreaterThanSign", "FullStopFullStop", "ColonHyphenMinus", "LessThanSignEqualsSign", "EqualsSignEqualsSign", "GreaterThanSignEqualsSign", "EQ", "IN", "If", "In", "ExclamationMark", "LeftParenthesis", "RightParenthesis", "Asterisk", "PlusSign", "Comma", "HyphenMinus", "FullStop", "Solidus", "Colon", "Semicolon", "LessThanSign", "EqualsSign", "GreaterThanSign", "LeftSquareBracket", "RightSquareBracket", "CircumflexAccent", "LeftCurlyBracket", "VerticalLine", "RightCurlyBracket", "RULE_STRING", "RULE_QUOTED_ID", "RULE_SL_COMMENT", "RULE_TRANSITIVE_CLOSURE", "RULE_REFLEXIVE_TRANSITIVE_CLOSURE", "RULE_FULL_STOP", "RULE_ID", "RULE_INT", "RULE_ML_COMMENT", "RULE_WS", "RULE_ANY_OTHER"
27 }; 26 };
28 public static final int T__50=50; 27 public static final int ADD=33;
29 public static final int T__19=19; 28 public static final int True=32;
30 public static final int T__15=15; 29 public static final int GREATER_EQ=4;
31 public static final int T__59=59; 30 public static final int Count=20;
32 public static final int T__16=16; 31 public static final int False=23;
33 public static final int T__17=17; 32 public static final int Must=27;
34 public static final int T__18=18; 33 public static final int LessThanSign=67;
35 public static final int T__55=55; 34 public static final int LeftParenthesis=57;
36 public static final int T__56=56; 35 public static final int Unknown=16;
37 public static final int T__57=57; 36 public static final int RULE_REFLEXIVE_TRANSITIVE_CLOSURE=80;
38 public static final int T__58=58; 37 public static final int FullStopFullStop=47;
39 public static final int T__51=51; 38 public static final int Real=30;
40 public static final int RULE_STAR=5; 39 public static final int Then=31;
41 public static final int T__52=52; 40 public static final int Extends=15;
42 public static final int T__53=53; 41 public static final int RightSquareBracket=71;
43 public static final int T__54=54; 42 public static final int ExclamationMark=56;
44 public static final int T__60=60; 43 public static final int Opposite=10;
45 public static final int T__61=61; 44 public static final int SUB=37;
46 public static final int RULE_ID=8; 45 public static final int GreaterThanSign=69;
47 public static final int RULE_QUOTED_ID=10; 46 public static final int NOT_EQ=17;
48 public static final int T__26=26; 47 public static final int RULE_ID=82;
49 public static final int T__27=27; 48 public static final int MUL=35;
50 public static final int T__28=28; 49 public static final int IN=53;
51 public static final int RULE_INT=9; 50 public static final int RULE_QUOTED_ID=77;
52 public static final int T__29=29; 51 public static final int RightParenthesis=58;
53 public static final int T__22=22; 52 public static final int Sum=44;
54 public static final int T__66=66; 53 public static final int EQ=52;
55 public static final int RULE_ML_COMMENT=11; 54 public static final int GreaterThanSignEqualsSign=51;
56 public static final int T__23=23; 55 public static final int Functional=5;
57 public static final int T__67=67; 56 public static final int EqualsSignEqualsSign=50;
58 public static final int T__24=24; 57 public static final int Avg=38;
59 public static final int T__68=68; 58 public static final int Min=43;
60 public static final int T__25=25; 59 public static final int VerticalLine=74;
61 public static final int T__69=69; 60 public static final int PlusSign=60;
62 public static final int T__62=62; 61 public static final int RULE_INT=83;
63 public static final int T__63=63; 62 public static final int Contains=7;
64 public static final int T__20=20; 63 public static final int RULE_ML_COMMENT=84;
65 public static final int T__64=64; 64 public static final int POW=36;
66 public static final int T__21=21; 65 public static final int RULE_TRANSITIVE_CLOSURE=79;
67 public static final int T__65=65; 66 public static final int Class=19;
68 public static final int T__70=70; 67 public static final int LESS=25;
69 public static final int T__71=71; 68 public static final int LeftSquareBracket=70;
70 public static final int T__72=72; 69 public static final int RULE_FULL_STOP=81;
71 public static final int RULE_STRING=7; 70 public static final int Current=13;
72 public static final int RULE_SL_COMMENT=12; 71 public static final int If=54;
73 public static final int T__37=37; 72 public static final int Inf=39;
74 public static final int T__38=38; 73 public static final int LESS_EQ=12;
75 public static final int T__39=39; 74 public static final int May=42;
76 public static final int T__33=33; 75 public static final int Max=41;
77 public static final int T__34=34; 76 public static final int In=55;
78 public static final int T__35=35; 77 public static final int RULE_STRING=76;
79 public static final int RULE_PLUS=6; 78 public static final int Int=40;
80 public static final int T__36=36; 79 public static final int Extern=18;
81 public static final int T__73=73; 80 public static final int RULE_SL_COMMENT=78;
82 public static final int RULE_DOT=4; 81 public static final int Prod=29;
82 public static final int Comma=61;
83 public static final int EqualsSign=68;
84 public static final int Empty=21;
85 public static final int HyphenMinus=62;
86 public static final int Maximize=8;
87 public static final int LessThanSignEqualsSign=49;
88 public static final int Solidus=64;
89 public static final int Colon=65;
90 public static final int RightCurlyBracket=75;
83 public static final int EOF=-1; 91 public static final int EOF=-1;
84 public static final int T__30=30; 92 public static final int Asterisk=59;
85 public static final int T__74=74; 93 public static final int FullStop=63;
86 public static final int T__31=31; 94 public static final int RULE_WS=85;
87 public static final int T__32=32; 95 public static final int Abstract=6;
88 public static final int RULE_WS=13; 96 public static final int Minimize=9;
89 public static final int RULE_ANY_OTHER=14; 97 public static final int GREATER=11;
90 public static final int T__48=48; 98 public static final int LeftCurlyBracket=73;
91 public static final int T__49=49; 99 public static final int Error=22;
92 public static final int T__44=44; 100 public static final int Only=28;
93 public static final int T__45=45; 101 public static final int RULE_ANY_OTHER=86;
94 public static final int T__46=46; 102 public static final int Default=14;
95 public static final int T__47=47; 103 public static final int ColonHyphenMinus=48;
96 public static final int T__40=40; 104 public static final int CircumflexAccent=72;
97 public static final int T__41=41; 105 public static final int DIV=34;
98 public static final int T__42=42; 106 public static final int Semicolon=66;
99 public static final int T__43=43; 107 public static final int Scope=24;
108 public static final int Else=26;
109 public static final int ExclamationMarkEqualsSign=45;
110 public static final int HyphenMinusGreaterThanSign=46;
100 111
101 // delegates 112 // delegates
102 // delegators 113 // delegators
@@ -112,7 +123,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
112 123
113 124
114 public String[] getTokenNames() { return InternalSolverLanguageParser.tokenNames; } 125 public String[] getTokenNames() { return InternalSolverLanguageParser.tokenNames; }
115 public String getGrammarFileName() { return "InternalSolverLanguage.g"; } 126 public String getGrammarFileName() { return "InternalSolverLanguageParser.g"; }
116 127
117 128
118 129
@@ -138,7 +149,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
138 149
139 150
140 // $ANTLR start "entryRuleProblem" 151 // $ANTLR start "entryRuleProblem"
141 // InternalSolverLanguage.g:65:1: entryRuleProblem returns [EObject current=null] : iv_ruleProblem= ruleProblem EOF ; 152 // InternalSolverLanguageParser.g:58:1: entryRuleProblem returns [EObject current=null] : iv_ruleProblem= ruleProblem EOF ;
142 public final EObject entryRuleProblem() throws RecognitionException { 153 public final EObject entryRuleProblem() throws RecognitionException {
143 EObject current = null; 154 EObject current = null;
144 155
@@ -146,21 +157,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
146 157
147 158
148 try { 159 try {
149 // InternalSolverLanguage.g:65:48: (iv_ruleProblem= ruleProblem EOF ) 160 // InternalSolverLanguageParser.g:58:48: (iv_ruleProblem= ruleProblem EOF )
150 // InternalSolverLanguage.g:66:2: iv_ruleProblem= ruleProblem EOF 161 // InternalSolverLanguageParser.g:59:2: iv_ruleProblem= ruleProblem EOF
151 { 162 {
152 if ( state.backtracking==0 ) { 163 newCompositeNode(grammarAccess.getProblemRule());
153 newCompositeNode(grammarAccess.getProblemRule());
154 }
155 pushFollow(FOLLOW_1); 164 pushFollow(FOLLOW_1);
156 iv_ruleProblem=ruleProblem(); 165 iv_ruleProblem=ruleProblem();
157 166
158 state._fsp--; 167 state._fsp--;
159 if (state.failed) return current; 168
160 if ( state.backtracking==0 ) { 169 current =iv_ruleProblem;
161 current =iv_ruleProblem; 170 match(input,EOF,FOLLOW_2);
162 }
163 match(input,EOF,FOLLOW_2); if (state.failed) return current;
164 171
165 } 172 }
166 173
@@ -178,7 +185,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
178 185
179 186
180 // $ANTLR start "ruleProblem" 187 // $ANTLR start "ruleProblem"
181 // InternalSolverLanguage.g:72:1: ruleProblem returns [EObject current=null] : ( (lv_statements_0_0= ruleStatement ) )* ; 188 // InternalSolverLanguageParser.g:65:1: ruleProblem returns [EObject current=null] : ( (lv_statements_0_0= ruleStatement ) )* ;
182 public final EObject ruleProblem() throws RecognitionException { 189 public final EObject ruleProblem() throws RecognitionException {
183 EObject current = null; 190 EObject current = null;
184 191
@@ -189,50 +196,46 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
189 enterRule(); 196 enterRule();
190 197
191 try { 198 try {
192 // InternalSolverLanguage.g:78:2: ( ( (lv_statements_0_0= ruleStatement ) )* ) 199 // InternalSolverLanguageParser.g:71:2: ( ( (lv_statements_0_0= ruleStatement ) )* )
193 // InternalSolverLanguage.g:79:2: ( (lv_statements_0_0= ruleStatement ) )* 200 // InternalSolverLanguageParser.g:72:2: ( (lv_statements_0_0= ruleStatement ) )*
194 { 201 {
195 // InternalSolverLanguage.g:79:2: ( (lv_statements_0_0= ruleStatement ) )* 202 // InternalSolverLanguageParser.g:72:2: ( (lv_statements_0_0= ruleStatement ) )*
196 loop1: 203 loop1:
197 do { 204 do {
198 int alt1=2; 205 int alt1=2;
199 int LA1_0 = input.LA(1); 206 int LA1_0 = input.LA(1);
200 207
201 if ( ((LA1_0>=RULE_STRING && LA1_0<=RULE_QUOTED_ID)||(LA1_0>=18 && LA1_0<=21)||LA1_0==23||LA1_0==29||LA1_0==33||LA1_0==36||(LA1_0>=39 && LA1_0<=42)||LA1_0==46||(LA1_0>=50 && LA1_0<=51)||(LA1_0>=56 && LA1_0<=57)||(LA1_0>=60 && LA1_0<=74)) ) { 208 if ( ((LA1_0>=Functional && LA1_0<=Abstract)||(LA1_0>=Maximize && LA1_0<=Minimize)||(LA1_0>=Current && LA1_0<=Default)||LA1_0==Unknown||(LA1_0>=Extern && LA1_0<=False)||LA1_0==Scope||(LA1_0>=Must && LA1_0<=Real)||LA1_0==True||(LA1_0>=Avg && LA1_0<=Sum)||LA1_0==If||(LA1_0>=ExclamationMark && LA1_0<=LeftParenthesis)||LA1_0==PlusSign||LA1_0==HyphenMinus||LA1_0==LeftSquareBracket||(LA1_0>=RULE_STRING && LA1_0<=RULE_QUOTED_ID)||(LA1_0>=RULE_ID && LA1_0<=RULE_INT)) ) {
202 alt1=1; 209 alt1=1;
203 } 210 }
204 211
205 212
206 switch (alt1) { 213 switch (alt1) {
207 case 1 : 214 case 1 :
208 // InternalSolverLanguage.g:80:3: (lv_statements_0_0= ruleStatement ) 215 // InternalSolverLanguageParser.g:73:3: (lv_statements_0_0= ruleStatement )
209 { 216 {
210 // InternalSolverLanguage.g:80:3: (lv_statements_0_0= ruleStatement ) 217 // InternalSolverLanguageParser.g:73:3: (lv_statements_0_0= ruleStatement )
211 // InternalSolverLanguage.g:81:4: lv_statements_0_0= ruleStatement 218 // InternalSolverLanguageParser.g:74:4: lv_statements_0_0= ruleStatement
212 { 219 {
213 if ( state.backtracking==0 ) {
214 220
215 newCompositeNode(grammarAccess.getProblemAccess().getStatementsStatementParserRuleCall_0()); 221 newCompositeNode(grammarAccess.getProblemAccess().getStatementsStatementParserRuleCall_0());
216 222
217 }
218 pushFollow(FOLLOW_3); 223 pushFollow(FOLLOW_3);
219 lv_statements_0_0=ruleStatement(); 224 lv_statements_0_0=ruleStatement();
220 225
221 state._fsp--; 226 state._fsp--;
222 if (state.failed) return current; 227
223 if ( state.backtracking==0 ) { 228
224 229 if (current==null) {
225 if (current==null) { 230 current = createModelElementForParent(grammarAccess.getProblemRule());
226 current = createModelElementForParent(grammarAccess.getProblemRule()); 231 }
227 } 232 add(
228 add( 233 current,
229 current, 234 "statements",
230 "statements", 235 lv_statements_0_0,
231 lv_statements_0_0, 236 "org.eclipse.viatra.solver.language.SolverLanguage.Statement");
232 "org.eclipse.viatra.solver.language.SolverLanguage.Statement"); 237 afterParserOrEnumRuleCall();
233 afterParserOrEnumRuleCall(); 238
234
235 }
236 239
237 } 240 }
238 241
@@ -248,11 +251,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
248 251
249 } 252 }
250 253
251 if ( state.backtracking==0 ) {
252 254
253 leaveRule(); 255 leaveRule();
254 256
255 }
256 } 257 }
257 258
258 catch (RecognitionException re) { 259 catch (RecognitionException re) {
@@ -267,7 +268,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
267 268
268 269
269 // $ANTLR start "entryRuleStatement" 270 // $ANTLR start "entryRuleStatement"
270 // InternalSolverLanguage.g:101:1: entryRuleStatement returns [EObject current=null] : iv_ruleStatement= ruleStatement EOF ; 271 // InternalSolverLanguageParser.g:94:1: entryRuleStatement returns [EObject current=null] : iv_ruleStatement= ruleStatement EOF ;
271 public final EObject entryRuleStatement() throws RecognitionException { 272 public final EObject entryRuleStatement() throws RecognitionException {
272 EObject current = null; 273 EObject current = null;
273 274
@@ -275,21 +276,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
275 276
276 277
277 try { 278 try {
278 // InternalSolverLanguage.g:101:50: (iv_ruleStatement= ruleStatement EOF ) 279 // InternalSolverLanguageParser.g:94:50: (iv_ruleStatement= ruleStatement EOF )
279 // InternalSolverLanguage.g:102:2: iv_ruleStatement= ruleStatement EOF 280 // InternalSolverLanguageParser.g:95:2: iv_ruleStatement= ruleStatement EOF
280 { 281 {
281 if ( state.backtracking==0 ) { 282 newCompositeNode(grammarAccess.getStatementRule());
282 newCompositeNode(grammarAccess.getStatementRule());
283 }
284 pushFollow(FOLLOW_1); 283 pushFollow(FOLLOW_1);
285 iv_ruleStatement=ruleStatement(); 284 iv_ruleStatement=ruleStatement();
286 285
287 state._fsp--; 286 state._fsp--;
288 if (state.failed) return current; 287
289 if ( state.backtracking==0 ) { 288 current =iv_ruleStatement;
290 current =iv_ruleStatement; 289 match(input,EOF,FOLLOW_2);
291 }
292 match(input,EOF,FOLLOW_2); if (state.failed) return current;
293 290
294 } 291 }
295 292
@@ -307,11 +304,11 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
307 304
308 305
309 // $ANTLR start "ruleStatement" 306 // $ANTLR start "ruleStatement"
310 // InternalSolverLanguage.g:108:1: ruleStatement returns [EObject current=null] : ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_DOT_10= RULE_DOT ) ; 307 // InternalSolverLanguageParser.g:101:1: ruleStatement returns [EObject current=null] : ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_FULL_STOP_10= RULE_FULL_STOP ) ;
311 public final EObject ruleStatement() throws RecognitionException { 308 public final EObject ruleStatement() throws RecognitionException {
312 EObject current = null; 309 EObject current = null;
313 310
314 Token this_DOT_10=null; 311 Token this_FULL_STOP_10=null;
315 EObject this_AssertionOrDefinition_0 = null; 312 EObject this_AssertionOrDefinition_0 = null;
316 313
317 EObject this_PredicateDefinition_1 = null; 314 EObject this_PredicateDefinition_1 = null;
@@ -337,256 +334,212 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
337 enterRule(); 334 enterRule();
338 335
339 try { 336 try {
340 // InternalSolverLanguage.g:114:2: ( ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_DOT_10= RULE_DOT ) ) 337 // InternalSolverLanguageParser.g:107:2: ( ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_FULL_STOP_10= RULE_FULL_STOP ) )
341 // InternalSolverLanguage.g:115:2: ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_DOT_10= RULE_DOT ) 338 // InternalSolverLanguageParser.g:108:2: ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_FULL_STOP_10= RULE_FULL_STOP )
342 { 339 {
343 // InternalSolverLanguage.g:115:2: ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_DOT_10= RULE_DOT ) 340 // InternalSolverLanguageParser.g:108:2: ( (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_FULL_STOP_10= RULE_FULL_STOP )
344 // InternalSolverLanguage.g:116:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_DOT_10= RULE_DOT 341 // InternalSolverLanguageParser.g:109:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) this_FULL_STOP_10= RULE_FULL_STOP
345 { 342 {
346 // InternalSolverLanguage.g:116:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition ) 343 // InternalSolverLanguageParser.g:109:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition )
347 int alt2=10; 344 int alt2=10;
348 alt2 = dfa2.predict(input); 345 alt2 = dfa2.predict(input);
349 switch (alt2) { 346 switch (alt2) {
350 case 1 : 347 case 1 :
351 // InternalSolverLanguage.g:117:4: this_AssertionOrDefinition_0= ruleAssertionOrDefinition 348 // InternalSolverLanguageParser.g:110:4: this_AssertionOrDefinition_0= ruleAssertionOrDefinition
352 { 349 {
353 if ( state.backtracking==0 ) {
354 350
355 newCompositeNode(grammarAccess.getStatementAccess().getAssertionOrDefinitionParserRuleCall_0_0()); 351 newCompositeNode(grammarAccess.getStatementAccess().getAssertionOrDefinitionParserRuleCall_0_0());
356 352
357 }
358 pushFollow(FOLLOW_4); 353 pushFollow(FOLLOW_4);
359 this_AssertionOrDefinition_0=ruleAssertionOrDefinition(); 354 this_AssertionOrDefinition_0=ruleAssertionOrDefinition();
360 355
361 state._fsp--; 356 state._fsp--;
362 if (state.failed) return current;
363 if ( state.backtracking==0 ) {
364 357
365 current = this_AssertionOrDefinition_0; 358
366 afterParserOrEnumRuleCall(); 359 current = this_AssertionOrDefinition_0;
367 360 afterParserOrEnumRuleCall();
368 } 361
369 362
370 } 363 }
371 break; 364 break;
372 case 2 : 365 case 2 :
373 // InternalSolverLanguage.g:126:4: this_PredicateDefinition_1= rulePredicateDefinition 366 // InternalSolverLanguageParser.g:119:4: this_PredicateDefinition_1= rulePredicateDefinition
374 { 367 {
375 if ( state.backtracking==0 ) {
376 368
377 newCompositeNode(grammarAccess.getStatementAccess().getPredicateDefinitionParserRuleCall_0_1()); 369 newCompositeNode(grammarAccess.getStatementAccess().getPredicateDefinitionParserRuleCall_0_1());
378 370
379 }
380 pushFollow(FOLLOW_4); 371 pushFollow(FOLLOW_4);
381 this_PredicateDefinition_1=rulePredicateDefinition(); 372 this_PredicateDefinition_1=rulePredicateDefinition();
382 373
383 state._fsp--; 374 state._fsp--;
384 if (state.failed) return current;
385 if ( state.backtracking==0 ) {
386 375
387 current = this_PredicateDefinition_1; 376
388 afterParserOrEnumRuleCall(); 377 current = this_PredicateDefinition_1;
389 378 afterParserOrEnumRuleCall();
390 } 379
391 380
392 } 381 }
393 break; 382 break;
394 case 3 : 383 case 3 :
395 // InternalSolverLanguage.g:135:4: this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition 384 // InternalSolverLanguageParser.g:128:4: this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition
396 { 385 {
397 if ( state.backtracking==0 ) {
398 386
399 newCompositeNode(grammarAccess.getStatementAccess().getUnnamedErrorPrediateDefinitionParserRuleCall_0_2()); 387 newCompositeNode(grammarAccess.getStatementAccess().getUnnamedErrorPrediateDefinitionParserRuleCall_0_2());
400 388
401 }
402 pushFollow(FOLLOW_4); 389 pushFollow(FOLLOW_4);
403 this_UnnamedErrorPrediateDefinition_2=ruleUnnamedErrorPrediateDefinition(); 390 this_UnnamedErrorPrediateDefinition_2=ruleUnnamedErrorPrediateDefinition();
404 391
405 state._fsp--; 392 state._fsp--;
406 if (state.failed) return current;
407 if ( state.backtracking==0 ) {
408 393
409 current = this_UnnamedErrorPrediateDefinition_2; 394
410 afterParserOrEnumRuleCall(); 395 current = this_UnnamedErrorPrediateDefinition_2;
411 396 afterParserOrEnumRuleCall();
412 } 397
413 398
414 } 399 }
415 break; 400 break;
416 case 4 : 401 case 4 :
417 // InternalSolverLanguage.g:144:4: this_DefaultDefinition_3= ruleDefaultDefinition 402 // InternalSolverLanguageParser.g:137:4: this_DefaultDefinition_3= ruleDefaultDefinition
418 { 403 {
419 if ( state.backtracking==0 ) {
420 404
421 newCompositeNode(grammarAccess.getStatementAccess().getDefaultDefinitionParserRuleCall_0_3()); 405 newCompositeNode(grammarAccess.getStatementAccess().getDefaultDefinitionParserRuleCall_0_3());
422 406
423 }
424 pushFollow(FOLLOW_4); 407 pushFollow(FOLLOW_4);
425 this_DefaultDefinition_3=ruleDefaultDefinition(); 408 this_DefaultDefinition_3=ruleDefaultDefinition();
426 409
427 state._fsp--; 410 state._fsp--;
428 if (state.failed) return current;
429 if ( state.backtracking==0 ) {
430 411
431 current = this_DefaultDefinition_3; 412
432 afterParserOrEnumRuleCall(); 413 current = this_DefaultDefinition_3;
433 414 afterParserOrEnumRuleCall();
434 } 415
435 416
436 } 417 }
437 break; 418 break;
438 case 5 : 419 case 5 :
439 // InternalSolverLanguage.g:153:4: this_ExternPredicateDefinition_4= ruleExternPredicateDefinition 420 // InternalSolverLanguageParser.g:146:4: this_ExternPredicateDefinition_4= ruleExternPredicateDefinition
440 { 421 {
441 if ( state.backtracking==0 ) {
442 422
443 newCompositeNode(grammarAccess.getStatementAccess().getExternPredicateDefinitionParserRuleCall_0_4()); 423 newCompositeNode(grammarAccess.getStatementAccess().getExternPredicateDefinitionParserRuleCall_0_4());
444 424
445 }
446 pushFollow(FOLLOW_4); 425 pushFollow(FOLLOW_4);
447 this_ExternPredicateDefinition_4=ruleExternPredicateDefinition(); 426 this_ExternPredicateDefinition_4=ruleExternPredicateDefinition();
448 427
449 state._fsp--; 428 state._fsp--;
450 if (state.failed) return current;
451 if ( state.backtracking==0 ) {
452 429
453 current = this_ExternPredicateDefinition_4; 430
454 afterParserOrEnumRuleCall(); 431 current = this_ExternPredicateDefinition_4;
455 432 afterParserOrEnumRuleCall();
456 } 433
457 434
458 } 435 }
459 break; 436 break;
460 case 6 : 437 case 6 :
461 // InternalSolverLanguage.g:162:4: this_MetricDefinition_5= ruleMetricDefinition 438 // InternalSolverLanguageParser.g:155:4: this_MetricDefinition_5= ruleMetricDefinition
462 { 439 {
463 if ( state.backtracking==0 ) {
464 440
465 newCompositeNode(grammarAccess.getStatementAccess().getMetricDefinitionParserRuleCall_0_5()); 441 newCompositeNode(grammarAccess.getStatementAccess().getMetricDefinitionParserRuleCall_0_5());
466 442
467 }
468 pushFollow(FOLLOW_4); 443 pushFollow(FOLLOW_4);
469 this_MetricDefinition_5=ruleMetricDefinition(); 444 this_MetricDefinition_5=ruleMetricDefinition();
470 445
471 state._fsp--; 446 state._fsp--;
472 if (state.failed) return current;
473 if ( state.backtracking==0 ) {
474 447
475 current = this_MetricDefinition_5; 448
476 afterParserOrEnumRuleCall(); 449 current = this_MetricDefinition_5;
477 450 afterParserOrEnumRuleCall();
478 } 451
479 452
480 } 453 }
481 break; 454 break;
482 case 7 : 455 case 7 :
483 // InternalSolverLanguage.g:171:4: this_ExternMetricDefinition_6= ruleExternMetricDefinition 456 // InternalSolverLanguageParser.g:164:4: this_ExternMetricDefinition_6= ruleExternMetricDefinition
484 { 457 {
485 if ( state.backtracking==0 ) {
486 458
487 newCompositeNode(grammarAccess.getStatementAccess().getExternMetricDefinitionParserRuleCall_0_6()); 459 newCompositeNode(grammarAccess.getStatementAccess().getExternMetricDefinitionParserRuleCall_0_6());
488 460
489 }
490 pushFollow(FOLLOW_4); 461 pushFollow(FOLLOW_4);
491 this_ExternMetricDefinition_6=ruleExternMetricDefinition(); 462 this_ExternMetricDefinition_6=ruleExternMetricDefinition();
492 463
493 state._fsp--; 464 state._fsp--;
494 if (state.failed) return current;
495 if ( state.backtracking==0 ) {
496 465
497 current = this_ExternMetricDefinition_6; 466
498 afterParserOrEnumRuleCall(); 467 current = this_ExternMetricDefinition_6;
499 468 afterParserOrEnumRuleCall();
500 } 469
501 470
502 } 471 }
503 break; 472 break;
504 case 8 : 473 case 8 :
505 // InternalSolverLanguage.g:180:4: this_ClassDefinition_7= ruleClassDefinition 474 // InternalSolverLanguageParser.g:173:4: this_ClassDefinition_7= ruleClassDefinition
506 { 475 {
507 if ( state.backtracking==0 ) {
508 476
509 newCompositeNode(grammarAccess.getStatementAccess().getClassDefinitionParserRuleCall_0_7()); 477 newCompositeNode(grammarAccess.getStatementAccess().getClassDefinitionParserRuleCall_0_7());
510 478
511 }
512 pushFollow(FOLLOW_4); 479 pushFollow(FOLLOW_4);
513 this_ClassDefinition_7=ruleClassDefinition(); 480 this_ClassDefinition_7=ruleClassDefinition();
514 481
515 state._fsp--; 482 state._fsp--;
516 if (state.failed) return current;
517 if ( state.backtracking==0 ) {
518 483
519 current = this_ClassDefinition_7; 484
520 afterParserOrEnumRuleCall(); 485 current = this_ClassDefinition_7;
521 486 afterParserOrEnumRuleCall();
522 } 487
523 488
524 } 489 }
525 break; 490 break;
526 case 9 : 491 case 9 :
527 // InternalSolverLanguage.g:189:4: this_ScopeDefinition_8= ruleScopeDefinition 492 // InternalSolverLanguageParser.g:182:4: this_ScopeDefinition_8= ruleScopeDefinition
528 { 493 {
529 if ( state.backtracking==0 ) {
530 494
531 newCompositeNode(grammarAccess.getStatementAccess().getScopeDefinitionParserRuleCall_0_8()); 495 newCompositeNode(grammarAccess.getStatementAccess().getScopeDefinitionParserRuleCall_0_8());
532 496
533 }
534 pushFollow(FOLLOW_4); 497 pushFollow(FOLLOW_4);
535 this_ScopeDefinition_8=ruleScopeDefinition(); 498 this_ScopeDefinition_8=ruleScopeDefinition();
536 499
537 state._fsp--; 500 state._fsp--;
538 if (state.failed) return current;
539 if ( state.backtracking==0 ) {
540 501
541 current = this_ScopeDefinition_8; 502
542 afterParserOrEnumRuleCall(); 503 current = this_ScopeDefinition_8;
543 504 afterParserOrEnumRuleCall();
544 } 505
545 506
546 } 507 }
547 break; 508 break;
548 case 10 : 509 case 10 :
549 // InternalSolverLanguage.g:198:4: this_ObjectiveDefinition_9= ruleObjectiveDefinition 510 // InternalSolverLanguageParser.g:191:4: this_ObjectiveDefinition_9= ruleObjectiveDefinition
550 { 511 {
551 if ( state.backtracking==0 ) {
552 512
553 newCompositeNode(grammarAccess.getStatementAccess().getObjectiveDefinitionParserRuleCall_0_9()); 513 newCompositeNode(grammarAccess.getStatementAccess().getObjectiveDefinitionParserRuleCall_0_9());
554 514
555 }
556 pushFollow(FOLLOW_4); 515 pushFollow(FOLLOW_4);
557 this_ObjectiveDefinition_9=ruleObjectiveDefinition(); 516 this_ObjectiveDefinition_9=ruleObjectiveDefinition();
558 517
559 state._fsp--; 518 state._fsp--;
560 if (state.failed) return current;
561 if ( state.backtracking==0 ) {
562 519
563 current = this_ObjectiveDefinition_9; 520
564 afterParserOrEnumRuleCall(); 521 current = this_ObjectiveDefinition_9;
565 522 afterParserOrEnumRuleCall();
566 } 523
567 524
568 } 525 }
569 break; 526 break;
570 527
571 } 528 }
572 529
573 this_DOT_10=(Token)match(input,RULE_DOT,FOLLOW_2); if (state.failed) return current; 530 this_FULL_STOP_10=(Token)match(input,RULE_FULL_STOP,FOLLOW_2);
574 if ( state.backtracking==0 ) {
575 531
576 newLeafNode(this_DOT_10, grammarAccess.getStatementAccess().getDOTTerminalRuleCall_1()); 532 newLeafNode(this_FULL_STOP_10, grammarAccess.getStatementAccess().getFULL_STOPTerminalRuleCall_1());
577 533
578 }
579 534
580 } 535 }
581 536
582 537
583 } 538 }
584 539
585 if ( state.backtracking==0 ) {
586 540
587 leaveRule(); 541 leaveRule();
588 542
589 }
590 } 543 }
591 544
592 catch (RecognitionException re) { 545 catch (RecognitionException re) {
@@ -601,7 +554,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
601 554
602 555
603 // $ANTLR start "entryRuleAssertionOrDefinition" 556 // $ANTLR start "entryRuleAssertionOrDefinition"
604 // InternalSolverLanguage.g:215:1: entryRuleAssertionOrDefinition returns [EObject current=null] : iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF ; 557 // InternalSolverLanguageParser.g:208:1: entryRuleAssertionOrDefinition returns [EObject current=null] : iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF ;
605 public final EObject entryRuleAssertionOrDefinition() throws RecognitionException { 558 public final EObject entryRuleAssertionOrDefinition() throws RecognitionException {
606 EObject current = null; 559 EObject current = null;
607 560
@@ -609,21 +562,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
609 562
610 563
611 try { 564 try {
612 // InternalSolverLanguage.g:215:62: (iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF ) 565 // InternalSolverLanguageParser.g:208:62: (iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF )
613 // InternalSolverLanguage.g:216:2: iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF 566 // InternalSolverLanguageParser.g:209:2: iv_ruleAssertionOrDefinition= ruleAssertionOrDefinition EOF
614 { 567 {
615 if ( state.backtracking==0 ) { 568 newCompositeNode(grammarAccess.getAssertionOrDefinitionRule());
616 newCompositeNode(grammarAccess.getAssertionOrDefinitionRule());
617 }
618 pushFollow(FOLLOW_1); 569 pushFollow(FOLLOW_1);
619 iv_ruleAssertionOrDefinition=ruleAssertionOrDefinition(); 570 iv_ruleAssertionOrDefinition=ruleAssertionOrDefinition();
620 571
621 state._fsp--; 572 state._fsp--;
622 if (state.failed) return current; 573
623 if ( state.backtracking==0 ) { 574 current =iv_ruleAssertionOrDefinition;
624 current =iv_ruleAssertionOrDefinition; 575 match(input,EOF,FOLLOW_2);
625 }
626 match(input,EOF,FOLLOW_2); if (state.failed) return current;
627 576
628 } 577 }
629 578
@@ -641,7 +590,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
641 590
642 591
643 // $ANTLR start "ruleAssertionOrDefinition" 592 // $ANTLR start "ruleAssertionOrDefinition"
644 // InternalSolverLanguage.g:222:1: ruleAssertionOrDefinition returns [EObject current=null] : (this_Expression_0= ruleExpression ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) ) ; 593 // InternalSolverLanguageParser.g:215:1: ruleAssertionOrDefinition returns [EObject current=null] : (this_Expression_0= ruleExpression ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) ) ) ;
645 public final EObject ruleAssertionOrDefinition() throws RecognitionException { 594 public final EObject ruleAssertionOrDefinition() throws RecognitionException {
646 EObject current = null; 595 EObject current = null;
647 596
@@ -661,50 +610,45 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
661 enterRule(); 610 enterRule();
662 611
663 try { 612 try {
664 // InternalSolverLanguage.g:228:2: ( (this_Expression_0= ruleExpression ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) ) ) 613 // InternalSolverLanguageParser.g:221:2: ( (this_Expression_0= ruleExpression ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) ) ) )
665 // InternalSolverLanguage.g:229:2: (this_Expression_0= ruleExpression ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) ) 614 // InternalSolverLanguageParser.g:222:2: (this_Expression_0= ruleExpression ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) ) )
666 { 615 {
667 // InternalSolverLanguage.g:229:2: (this_Expression_0= ruleExpression ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) ) 616 // InternalSolverLanguageParser.g:222:2: (this_Expression_0= ruleExpression ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) ) )
668 // InternalSolverLanguage.g:230:3: this_Expression_0= ruleExpression ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) 617 // InternalSolverLanguageParser.g:223:3: this_Expression_0= ruleExpression ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) )
669 { 618 {
670 if ( state.backtracking==0 ) {
671 619
672 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getExpressionParserRuleCall_0()); 620 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getExpressionParserRuleCall_0());
673 621
674 }
675 pushFollow(FOLLOW_5); 622 pushFollow(FOLLOW_5);
676 this_Expression_0=ruleExpression(); 623 this_Expression_0=ruleExpression();
677 624
678 state._fsp--; 625 state._fsp--;
679 if (state.failed) return current;
680 if ( state.backtracking==0 ) {
681 626
682 current = this_Expression_0; 627
683 afterParserOrEnumRuleCall(); 628 current = this_Expression_0;
684 629 afterParserOrEnumRuleCall();
685 } 630
686 // InternalSolverLanguage.g:238:3: ( ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) ) 631 // InternalSolverLanguageParser.g:231:3: ( ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? ) | ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) | ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) ) )
687 int alt4=3; 632 int alt4=3;
688 switch ( input.LA(1) ) { 633 switch ( input.LA(1) ) {
689 case EOF: 634 case EOF:
690 case RULE_DOT: 635 case Colon:
691 case 15: 636 case RULE_FULL_STOP:
692 { 637 {
693 alt4=1; 638 alt4=1;
694 } 639 }
695 break; 640 break;
696 case 16: 641 case ColonHyphenMinus:
697 { 642 {
698 alt4=2; 643 alt4=2;
699 } 644 }
700 break; 645 break;
701 case 17: 646 case EqualsSign:
702 { 647 {
703 alt4=3; 648 alt4=3;
704 } 649 }
705 break; 650 break;
706 default: 651 default:
707 if (state.backtracking>0) {state.failed=true; return current;}
708 NoViableAltException nvae = 652 NoViableAltException nvae =
709 new NoViableAltException("", 4, 0, input); 653 new NoViableAltException("", 4, 0, input);
710 654
@@ -713,70 +657,62 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
713 657
714 switch (alt4) { 658 switch (alt4) {
715 case 1 : 659 case 1 :
716 // InternalSolverLanguage.g:239:4: ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) 660 // InternalSolverLanguageParser.g:232:4: ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? )
717 { 661 {
718 // InternalSolverLanguage.g:239:4: ( () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? ) 662 // InternalSolverLanguageParser.g:232:4: ( () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )? )
719 // InternalSolverLanguage.g:240:5: () (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? 663 // InternalSolverLanguageParser.g:233:5: () (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )?
720 { 664 {
721 // InternalSolverLanguage.g:240:5: () 665 // InternalSolverLanguageParser.g:233:5: ()
722 // InternalSolverLanguage.g:241:6: 666 // InternalSolverLanguageParser.g:234:6:
723 { 667 {
724 if ( state.backtracking==0 ) {
725 668
726 current = forceCreateModelElementAndSet( 669 current = forceCreateModelElementAndSet(
727 grammarAccess.getAssertionOrDefinitionAccess().getAssertionBodyAction_1_0_0(), 670 grammarAccess.getAssertionOrDefinitionAccess().getAssertionBodyAction_1_0_0(),
728 current); 671 current);
729 672
730 }
731 673
732 } 674 }
733 675
734 // InternalSolverLanguage.g:247:5: (otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) )? 676 // InternalSolverLanguageParser.g:240:5: (otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )?
735 int alt3=2; 677 int alt3=2;
736 int LA3_0 = input.LA(1); 678 int LA3_0 = input.LA(1);
737 679
738 if ( (LA3_0==15) ) { 680 if ( (LA3_0==Colon) ) {
739 alt3=1; 681 alt3=1;
740 } 682 }
741 switch (alt3) { 683 switch (alt3) {
742 case 1 : 684 case 1 :
743 // InternalSolverLanguage.g:248:6: otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) 685 // InternalSolverLanguageParser.g:241:6: otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) )
744 { 686 {
745 otherlv_2=(Token)match(input,15,FOLLOW_6); if (state.failed) return current; 687 otherlv_2=(Token)match(input,Colon,FOLLOW_6);
746 if ( state.backtracking==0 ) {
747 688
748 newLeafNode(otherlv_2, grammarAccess.getAssertionOrDefinitionAccess().getColonKeyword_1_0_1_0()); 689 newLeafNode(otherlv_2, grammarAccess.getAssertionOrDefinitionAccess().getColonKeyword_1_0_1_0());
749 690
750 } 691 // InternalSolverLanguageParser.g:245:6: ( (lv_range_3_0= ruleExpression ) )
751 // InternalSolverLanguage.g:252:6: ( (lv_range_3_0= ruleExpression ) ) 692 // InternalSolverLanguageParser.g:246:7: (lv_range_3_0= ruleExpression )
752 // InternalSolverLanguage.g:253:7: (lv_range_3_0= ruleExpression )
753 { 693 {
754 // InternalSolverLanguage.g:253:7: (lv_range_3_0= ruleExpression ) 694 // InternalSolverLanguageParser.g:246:7: (lv_range_3_0= ruleExpression )
755 // InternalSolverLanguage.g:254:8: lv_range_3_0= ruleExpression 695 // InternalSolverLanguageParser.g:247:8: lv_range_3_0= ruleExpression
756 { 696 {
757 if ( state.backtracking==0 ) {
758 697
759 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getRangeExpressionParserRuleCall_1_0_1_1_0()); 698 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getRangeExpressionParserRuleCall_1_0_1_1_0());
760 699
761 }
762 pushFollow(FOLLOW_2); 700 pushFollow(FOLLOW_2);
763 lv_range_3_0=ruleExpression(); 701 lv_range_3_0=ruleExpression();
764 702
765 state._fsp--; 703 state._fsp--;
766 if (state.failed) return current; 704
767 if ( state.backtracking==0 ) { 705
768 706 if (current==null) {
769 if (current==null) { 707 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule());
770 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule()); 708 }
771 } 709 set(
772 set( 710 current,
773 current, 711 "range",
774 "range", 712 lv_range_3_0,
775 lv_range_3_0, 713 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
776 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 714 afterParserOrEnumRuleCall();
777 afterParserOrEnumRuleCall(); 715
778
779 }
780 716
781 } 717 }
782 718
@@ -796,59 +732,51 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
796 } 732 }
797 break; 733 break;
798 case 2 : 734 case 2 :
799 // InternalSolverLanguage.g:274:4: ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) 735 // InternalSolverLanguageParser.g:267:4: ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) )
800 { 736 {
801 // InternalSolverLanguage.g:274:4: ( () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) 737 // InternalSolverLanguageParser.g:267:4: ( () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) )
802 // InternalSolverLanguage.g:275:5: () otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) 738 // InternalSolverLanguageParser.g:268:5: () otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) )
803 { 739 {
804 // InternalSolverLanguage.g:275:5: () 740 // InternalSolverLanguageParser.g:268:5: ()
805 // InternalSolverLanguage.g:276:6: 741 // InternalSolverLanguageParser.g:269:6:
806 { 742 {
807 if ( state.backtracking==0 ) {
808 743
809 current = forceCreateModelElementAndSet( 744 current = forceCreateModelElementAndSet(
810 grammarAccess.getAssertionOrDefinitionAccess().getPredicateDefinitionHeadAction_1_1_0(), 745 grammarAccess.getAssertionOrDefinitionAccess().getPredicateDefinitionHeadAction_1_1_0(),
811 current); 746 current);
812 747
813 }
814 748
815 } 749 }
816 750
817 otherlv_5=(Token)match(input,16,FOLLOW_6); if (state.failed) return current; 751 otherlv_5=(Token)match(input,ColonHyphenMinus,FOLLOW_6);
818 if ( state.backtracking==0 ) {
819 752
820 newLeafNode(otherlv_5, grammarAccess.getAssertionOrDefinitionAccess().getColonHyphenMinusKeyword_1_1_1()); 753 newLeafNode(otherlv_5, grammarAccess.getAssertionOrDefinitionAccess().getColonHyphenMinusKeyword_1_1_1());
821 754
822 } 755 // InternalSolverLanguageParser.g:279:5: ( (lv_body_6_0= ruleExpression ) )
823 // InternalSolverLanguage.g:286:5: ( (lv_body_6_0= ruleExpression ) ) 756 // InternalSolverLanguageParser.g:280:6: (lv_body_6_0= ruleExpression )
824 // InternalSolverLanguage.g:287:6: (lv_body_6_0= ruleExpression )
825 { 757 {
826 // InternalSolverLanguage.g:287:6: (lv_body_6_0= ruleExpression ) 758 // InternalSolverLanguageParser.g:280:6: (lv_body_6_0= ruleExpression )
827 // InternalSolverLanguage.g:288:7: lv_body_6_0= ruleExpression 759 // InternalSolverLanguageParser.g:281:7: lv_body_6_0= ruleExpression
828 { 760 {
829 if ( state.backtracking==0 ) {
830 761
831 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getBodyExpressionParserRuleCall_1_1_2_0()); 762 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getBodyExpressionParserRuleCall_1_1_2_0());
832 763
833 }
834 pushFollow(FOLLOW_2); 764 pushFollow(FOLLOW_2);
835 lv_body_6_0=ruleExpression(); 765 lv_body_6_0=ruleExpression();
836 766
837 state._fsp--; 767 state._fsp--;
838 if (state.failed) return current;
839 if ( state.backtracking==0 ) {
840 768
841 if (current==null) { 769
842 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule()); 770 if (current==null) {
843 } 771 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule());
844 set( 772 }
845 current, 773 set(
846 "body", 774 current,
847 lv_body_6_0, 775 "body",
848 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 776 lv_body_6_0,
849 afterParserOrEnumRuleCall(); 777 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
850 778 afterParserOrEnumRuleCall();
851 } 779
852 780
853 } 781 }
854 782
@@ -862,59 +790,51 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
862 } 790 }
863 break; 791 break;
864 case 3 : 792 case 3 :
865 // InternalSolverLanguage.g:307:4: ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) 793 // InternalSolverLanguageParser.g:300:4: ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) )
866 { 794 {
867 // InternalSolverLanguage.g:307:4: ( () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) ) 795 // InternalSolverLanguageParser.g:300:4: ( () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) ) )
868 // InternalSolverLanguage.g:308:5: () otherlv_8= '=' ( (lv_body_9_0= ruleExpression ) ) 796 // InternalSolverLanguageParser.g:301:5: () otherlv_8= EqualsSign ( (lv_body_9_0= ruleExpression ) )
869 { 797 {
870 // InternalSolverLanguage.g:308:5: () 798 // InternalSolverLanguageParser.g:301:5: ()
871 // InternalSolverLanguage.g:309:6: 799 // InternalSolverLanguageParser.g:302:6:
872 { 800 {
873 if ( state.backtracking==0 ) {
874 801
875 current = forceCreateModelElementAndSet( 802 current = forceCreateModelElementAndSet(
876 grammarAccess.getAssertionOrDefinitionAccess().getMetricDefinitionHeadAction_1_2_0(), 803 grammarAccess.getAssertionOrDefinitionAccess().getMetricDefinitionHeadAction_1_2_0(),
877 current); 804 current);
878 805
879 }
880 806
881 } 807 }
882 808
883 otherlv_8=(Token)match(input,17,FOLLOW_6); if (state.failed) return current; 809 otherlv_8=(Token)match(input,EqualsSign,FOLLOW_6);
884 if ( state.backtracking==0 ) {
885 810
886 newLeafNode(otherlv_8, grammarAccess.getAssertionOrDefinitionAccess().getEqualsSignKeyword_1_2_1()); 811 newLeafNode(otherlv_8, grammarAccess.getAssertionOrDefinitionAccess().getEqualsSignKeyword_1_2_1());
887 812
888 } 813 // InternalSolverLanguageParser.g:312:5: ( (lv_body_9_0= ruleExpression ) )
889 // InternalSolverLanguage.g:319:5: ( (lv_body_9_0= ruleExpression ) ) 814 // InternalSolverLanguageParser.g:313:6: (lv_body_9_0= ruleExpression )
890 // InternalSolverLanguage.g:320:6: (lv_body_9_0= ruleExpression )
891 { 815 {
892 // InternalSolverLanguage.g:320:6: (lv_body_9_0= ruleExpression ) 816 // InternalSolverLanguageParser.g:313:6: (lv_body_9_0= ruleExpression )
893 // InternalSolverLanguage.g:321:7: lv_body_9_0= ruleExpression 817 // InternalSolverLanguageParser.g:314:7: lv_body_9_0= ruleExpression
894 { 818 {
895 if ( state.backtracking==0 ) {
896 819
897 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getBodyExpressionParserRuleCall_1_2_2_0()); 820 newCompositeNode(grammarAccess.getAssertionOrDefinitionAccess().getBodyExpressionParserRuleCall_1_2_2_0());
898 821
899 }
900 pushFollow(FOLLOW_2); 822 pushFollow(FOLLOW_2);
901 lv_body_9_0=ruleExpression(); 823 lv_body_9_0=ruleExpression();
902 824
903 state._fsp--; 825 state._fsp--;
904 if (state.failed) return current;
905 if ( state.backtracking==0 ) {
906 826
907 if (current==null) { 827
908 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule()); 828 if (current==null) {
909 } 829 current = createModelElementForParent(grammarAccess.getAssertionOrDefinitionRule());
910 set( 830 }
911 current, 831 set(
912 "body", 832 current,
913 lv_body_9_0, 833 "body",
914 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 834 lv_body_9_0,
915 afterParserOrEnumRuleCall(); 835 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
916 836 afterParserOrEnumRuleCall();
917 } 837
918 838
919 } 839 }
920 840
@@ -936,11 +856,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
936 856
937 } 857 }
938 858
939 if ( state.backtracking==0 ) {
940 859
941 leaveRule(); 860 leaveRule();
942 861
943 }
944 } 862 }
945 863
946 catch (RecognitionException re) { 864 catch (RecognitionException re) {
@@ -955,7 +873,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
955 873
956 874
957 // $ANTLR start "entryRulePredicateDefinition" 875 // $ANTLR start "entryRulePredicateDefinition"
958 // InternalSolverLanguage.g:344:1: entryRulePredicateDefinition returns [EObject current=null] : iv_rulePredicateDefinition= rulePredicateDefinition EOF ; 876 // InternalSolverLanguageParser.g:337:1: entryRulePredicateDefinition returns [EObject current=null] : iv_rulePredicateDefinition= rulePredicateDefinition EOF ;
959 public final EObject entryRulePredicateDefinition() throws RecognitionException { 877 public final EObject entryRulePredicateDefinition() throws RecognitionException {
960 EObject current = null; 878 EObject current = null;
961 879
@@ -963,21 +881,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
963 881
964 882
965 try { 883 try {
966 // InternalSolverLanguage.g:344:60: (iv_rulePredicateDefinition= rulePredicateDefinition EOF ) 884 // InternalSolverLanguageParser.g:337:60: (iv_rulePredicateDefinition= rulePredicateDefinition EOF )
967 // InternalSolverLanguage.g:345:2: iv_rulePredicateDefinition= rulePredicateDefinition EOF 885 // InternalSolverLanguageParser.g:338:2: iv_rulePredicateDefinition= rulePredicateDefinition EOF
968 { 886 {
969 if ( state.backtracking==0 ) { 887 newCompositeNode(grammarAccess.getPredicateDefinitionRule());
970 newCompositeNode(grammarAccess.getPredicateDefinitionRule());
971 }
972 pushFollow(FOLLOW_1); 888 pushFollow(FOLLOW_1);
973 iv_rulePredicateDefinition=rulePredicateDefinition(); 889 iv_rulePredicateDefinition=rulePredicateDefinition();
974 890
975 state._fsp--; 891 state._fsp--;
976 if (state.failed) return current; 892
977 if ( state.backtracking==0 ) { 893 current =iv_rulePredicateDefinition;
978 current =iv_rulePredicateDefinition; 894 match(input,EOF,FOLLOW_2);
979 }
980 match(input,EOF,FOLLOW_2); if (state.failed) return current;
981 895
982 } 896 }
983 897
@@ -995,7 +909,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
995 909
996 910
997 // $ANTLR start "rulePredicateDefinition" 911 // $ANTLR start "rulePredicateDefinition"
998 // InternalSolverLanguage.g:351:1: rulePredicateDefinition returns [EObject current=null] : ( ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) ; 912 // InternalSolverLanguageParser.g:344:1: rulePredicateDefinition returns [EObject current=null] : ( ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) ;
999 public final EObject rulePredicateDefinition() throws RecognitionException { 913 public final EObject rulePredicateDefinition() throws RecognitionException {
1000 EObject current = null; 914 EObject current = null;
1001 915
@@ -1013,24 +927,23 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1013 enterRule(); 927 enterRule();
1014 928
1015 try { 929 try {
1016 // InternalSolverLanguage.g:357:2: ( ( ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) ) 930 // InternalSolverLanguageParser.g:350:2: ( ( ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) ) )
1017 // InternalSolverLanguage.g:358:2: ( ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) 931 // InternalSolverLanguageParser.g:351:2: ( ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) )
1018 { 932 {
1019 // InternalSolverLanguage.g:358:2: ( ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) ) 933 // InternalSolverLanguageParser.g:351:2: ( ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) ) )
1020 // InternalSolverLanguage.g:359:3: ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ':-' ( (lv_body_6_0= ruleExpression ) ) 934 // InternalSolverLanguageParser.g:352:3: ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) ) ( (lv_head_4_0= ruleCall ) ) otherlv_5= ColonHyphenMinus ( (lv_body_6_0= ruleExpression ) )
1021 { 935 {
1022 // InternalSolverLanguage.g:359:3: ( ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) | ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) ) 936 // InternalSolverLanguageParser.g:352:3: ( ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? ) | ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? ) )
1023 int alt7=2; 937 int alt7=2;
1024 int LA7_0 = input.LA(1); 938 int LA7_0 = input.LA(1);
1025 939
1026 if ( (LA7_0==18) ) { 940 if ( (LA7_0==Functional) ) {
1027 alt7=1; 941 alt7=1;
1028 } 942 }
1029 else if ( (LA7_0==19) ) { 943 else if ( (LA7_0==Error) ) {
1030 alt7=2; 944 alt7=2;
1031 } 945 }
1032 else { 946 else {
1033 if (state.backtracking>0) {state.failed=true; return current;}
1034 NoViableAltException nvae = 947 NoViableAltException nvae =
1035 new NoViableAltException("", 7, 0, input); 948 new NoViableAltException("", 7, 0, input);
1036 949
@@ -1038,65 +951,57 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1038 } 951 }
1039 switch (alt7) { 952 switch (alt7) {
1040 case 1 : 953 case 1 :
1041 // InternalSolverLanguage.g:360:4: ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) 954 // InternalSolverLanguageParser.g:353:4: ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? )
1042 { 955 {
1043 // InternalSolverLanguage.g:360:4: ( ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? ) 956 // InternalSolverLanguageParser.g:353:4: ( ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )? )
1044 // InternalSolverLanguage.g:361:5: ( (lv_functional_0_0= 'functional' ) ) ( (lv_error_1_0= 'error' ) )? 957 // InternalSolverLanguageParser.g:354:5: ( (lv_functional_0_0= Functional ) ) ( (lv_error_1_0= Error ) )?
1045 { 958 {
1046 // InternalSolverLanguage.g:361:5: ( (lv_functional_0_0= 'functional' ) ) 959 // InternalSolverLanguageParser.g:354:5: ( (lv_functional_0_0= Functional ) )
1047 // InternalSolverLanguage.g:362:6: (lv_functional_0_0= 'functional' ) 960 // InternalSolverLanguageParser.g:355:6: (lv_functional_0_0= Functional )
1048 { 961 {
1049 // InternalSolverLanguage.g:362:6: (lv_functional_0_0= 'functional' ) 962 // InternalSolverLanguageParser.g:355:6: (lv_functional_0_0= Functional )
1050 // InternalSolverLanguage.g:363:7: lv_functional_0_0= 'functional' 963 // InternalSolverLanguageParser.g:356:7: lv_functional_0_0= Functional
1051 { 964 {
1052 lv_functional_0_0=(Token)match(input,18,FOLLOW_7); if (state.failed) return current; 965 lv_functional_0_0=(Token)match(input,Functional,FOLLOW_7);
1053 if ( state.backtracking==0 ) {
1054 966
1055 newLeafNode(lv_functional_0_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_0_0_0()); 967 newLeafNode(lv_functional_0_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_0_0_0());
1056 968
1057 }
1058 if ( state.backtracking==0 ) {
1059 969
1060 if (current==null) { 970 if (current==null) {
1061 current = createModelElement(grammarAccess.getPredicateDefinitionRule()); 971 current = createModelElement(grammarAccess.getPredicateDefinitionRule());
1062 } 972 }
1063 setWithLastConsumed(current, "functional", true, "functional"); 973 setWithLastConsumed(current, "functional", true, "functional");
1064 974
1065 }
1066 975
1067 } 976 }
1068 977
1069 978
1070 } 979 }
1071 980
1072 // InternalSolverLanguage.g:375:5: ( (lv_error_1_0= 'error' ) )? 981 // InternalSolverLanguageParser.g:368:5: ( (lv_error_1_0= Error ) )?
1073 int alt5=2; 982 int alt5=2;
1074 int LA5_0 = input.LA(1); 983 int LA5_0 = input.LA(1);
1075 984
1076 if ( (LA5_0==19) ) { 985 if ( (LA5_0==Error) ) {
1077 alt5=1; 986 alt5=1;
1078 } 987 }
1079 switch (alt5) { 988 switch (alt5) {
1080 case 1 : 989 case 1 :
1081 // InternalSolverLanguage.g:376:6: (lv_error_1_0= 'error' ) 990 // InternalSolverLanguageParser.g:369:6: (lv_error_1_0= Error )
1082 { 991 {
1083 // InternalSolverLanguage.g:376:6: (lv_error_1_0= 'error' ) 992 // InternalSolverLanguageParser.g:369:6: (lv_error_1_0= Error )
1084 // InternalSolverLanguage.g:377:7: lv_error_1_0= 'error' 993 // InternalSolverLanguageParser.g:370:7: lv_error_1_0= Error
1085 { 994 {
1086 lv_error_1_0=(Token)match(input,19,FOLLOW_7); if (state.failed) return current; 995 lv_error_1_0=(Token)match(input,Error,FOLLOW_8);
1087 if ( state.backtracking==0 ) {
1088 996
1089 newLeafNode(lv_error_1_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_0_1_0()); 997 newLeafNode(lv_error_1_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_0_1_0());
1090 998
1091 }
1092 if ( state.backtracking==0 ) {
1093 999
1094 if (current==null) { 1000 if (current==null) {
1095 current = createModelElement(grammarAccess.getPredicateDefinitionRule()); 1001 current = createModelElement(grammarAccess.getPredicateDefinitionRule());
1096 } 1002 }
1097 setWithLastConsumed(current, "error", true, "error"); 1003 setWithLastConsumed(current, "error", true, "error");
1098 1004
1099 }
1100 1005
1101 } 1006 }
1102 1007
@@ -1113,65 +1018,57 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1113 } 1018 }
1114 break; 1019 break;
1115 case 2 : 1020 case 2 :
1116 // InternalSolverLanguage.g:391:4: ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) 1021 // InternalSolverLanguageParser.g:384:4: ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? )
1117 { 1022 {
1118 // InternalSolverLanguage.g:391:4: ( ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? ) 1023 // InternalSolverLanguageParser.g:384:4: ( ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )? )
1119 // InternalSolverLanguage.g:392:5: ( (lv_error_2_0= 'error' ) ) ( (lv_functional_3_0= 'functional' ) )? 1024 // InternalSolverLanguageParser.g:385:5: ( (lv_error_2_0= Error ) ) ( (lv_functional_3_0= Functional ) )?
1120 { 1025 {
1121 // InternalSolverLanguage.g:392:5: ( (lv_error_2_0= 'error' ) ) 1026 // InternalSolverLanguageParser.g:385:5: ( (lv_error_2_0= Error ) )
1122 // InternalSolverLanguage.g:393:6: (lv_error_2_0= 'error' ) 1027 // InternalSolverLanguageParser.g:386:6: (lv_error_2_0= Error )
1123 { 1028 {
1124 // InternalSolverLanguage.g:393:6: (lv_error_2_0= 'error' ) 1029 // InternalSolverLanguageParser.g:386:6: (lv_error_2_0= Error )
1125 // InternalSolverLanguage.g:394:7: lv_error_2_0= 'error' 1030 // InternalSolverLanguageParser.g:387:7: lv_error_2_0= Error
1126 { 1031 {
1127 lv_error_2_0=(Token)match(input,19,FOLLOW_8); if (state.failed) return current; 1032 lv_error_2_0=(Token)match(input,Error,FOLLOW_9);
1128 if ( state.backtracking==0 ) {
1129 1033
1130 newLeafNode(lv_error_2_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_1_0_0()); 1034 newLeafNode(lv_error_2_0, grammarAccess.getPredicateDefinitionAccess().getErrorErrorKeyword_0_1_0_0());
1131 1035
1132 }
1133 if ( state.backtracking==0 ) {
1134 1036
1135 if (current==null) { 1037 if (current==null) {
1136 current = createModelElement(grammarAccess.getPredicateDefinitionRule()); 1038 current = createModelElement(grammarAccess.getPredicateDefinitionRule());
1137 } 1039 }
1138 setWithLastConsumed(current, "error", true, "error"); 1040 setWithLastConsumed(current, "error", true, "error");
1139 1041
1140 }
1141 1042
1142 } 1043 }
1143 1044
1144 1045
1145 } 1046 }
1146 1047
1147 // InternalSolverLanguage.g:406:5: ( (lv_functional_3_0= 'functional' ) )? 1048 // InternalSolverLanguageParser.g:399:5: ( (lv_functional_3_0= Functional ) )?
1148 int alt6=2; 1049 int alt6=2;
1149 int LA6_0 = input.LA(1); 1050 int LA6_0 = input.LA(1);
1150 1051
1151 if ( (LA6_0==18) ) { 1052 if ( (LA6_0==Functional) ) {
1152 alt6=1; 1053 alt6=1;
1153 } 1054 }
1154 switch (alt6) { 1055 switch (alt6) {
1155 case 1 : 1056 case 1 :
1156 // InternalSolverLanguage.g:407:6: (lv_functional_3_0= 'functional' ) 1057 // InternalSolverLanguageParser.g:400:6: (lv_functional_3_0= Functional )
1157 { 1058 {
1158 // InternalSolverLanguage.g:407:6: (lv_functional_3_0= 'functional' ) 1059 // InternalSolverLanguageParser.g:400:6: (lv_functional_3_0= Functional )
1159 // InternalSolverLanguage.g:408:7: lv_functional_3_0= 'functional' 1060 // InternalSolverLanguageParser.g:401:7: lv_functional_3_0= Functional
1160 { 1061 {
1161 lv_functional_3_0=(Token)match(input,18,FOLLOW_7); if (state.failed) return current; 1062 lv_functional_3_0=(Token)match(input,Functional,FOLLOW_8);
1162 if ( state.backtracking==0 ) {
1163 1063
1164 newLeafNode(lv_functional_3_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_1_1_0()); 1064 newLeafNode(lv_functional_3_0, grammarAccess.getPredicateDefinitionAccess().getFunctionalFunctionalKeyword_0_1_1_0());
1165 1065
1166 }
1167 if ( state.backtracking==0 ) {
1168 1066
1169 if (current==null) { 1067 if (current==null) {
1170 current = createModelElement(grammarAccess.getPredicateDefinitionRule()); 1068 current = createModelElement(grammarAccess.getPredicateDefinitionRule());
1171 } 1069 }
1172 setWithLastConsumed(current, "functional", true, "functional"); 1070 setWithLastConsumed(current, "functional", true, "functional");
1173 1071
1174 }
1175 1072
1176 } 1073 }
1177 1074
@@ -1190,76 +1087,66 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1190 1087
1191 } 1088 }
1192 1089
1193 // InternalSolverLanguage.g:422:3: ( (lv_head_4_0= ruleCall ) ) 1090 // InternalSolverLanguageParser.g:415:3: ( (lv_head_4_0= ruleCall ) )
1194 // InternalSolverLanguage.g:423:4: (lv_head_4_0= ruleCall ) 1091 // InternalSolverLanguageParser.g:416:4: (lv_head_4_0= ruleCall )
1195 { 1092 {
1196 // InternalSolverLanguage.g:423:4: (lv_head_4_0= ruleCall ) 1093 // InternalSolverLanguageParser.g:416:4: (lv_head_4_0= ruleCall )
1197 // InternalSolverLanguage.g:424:5: lv_head_4_0= ruleCall 1094 // InternalSolverLanguageParser.g:417:5: lv_head_4_0= ruleCall
1198 { 1095 {
1199 if ( state.backtracking==0 ) {
1200 1096
1201 newCompositeNode(grammarAccess.getPredicateDefinitionAccess().getHeadCallParserRuleCall_1_0()); 1097 newCompositeNode(grammarAccess.getPredicateDefinitionAccess().getHeadCallParserRuleCall_1_0());
1202 1098
1203 } 1099 pushFollow(FOLLOW_10);
1204 pushFollow(FOLLOW_9);
1205 lv_head_4_0=ruleCall(); 1100 lv_head_4_0=ruleCall();
1206 1101
1207 state._fsp--; 1102 state._fsp--;
1208 if (state.failed) return current;
1209 if ( state.backtracking==0 ) {
1210 1103
1211 if (current==null) { 1104
1212 current = createModelElementForParent(grammarAccess.getPredicateDefinitionRule()); 1105 if (current==null) {
1213 } 1106 current = createModelElementForParent(grammarAccess.getPredicateDefinitionRule());
1214 set( 1107 }
1215 current, 1108 set(
1216 "head", 1109 current,
1217 lv_head_4_0, 1110 "head",
1218 "org.eclipse.viatra.solver.language.SolverLanguage.Call"); 1111 lv_head_4_0,
1219 afterParserOrEnumRuleCall(); 1112 "org.eclipse.viatra.solver.language.SolverLanguage.Call");
1220 1113 afterParserOrEnumRuleCall();
1221 } 1114
1222 1115
1223 } 1116 }
1224 1117
1225 1118
1226 } 1119 }
1227 1120
1228 otherlv_5=(Token)match(input,16,FOLLOW_6); if (state.failed) return current; 1121 otherlv_5=(Token)match(input,ColonHyphenMinus,FOLLOW_6);
1229 if ( state.backtracking==0 ) {
1230 1122
1231 newLeafNode(otherlv_5, grammarAccess.getPredicateDefinitionAccess().getColonHyphenMinusKeyword_2()); 1123 newLeafNode(otherlv_5, grammarAccess.getPredicateDefinitionAccess().getColonHyphenMinusKeyword_2());
1232 1124
1233 } 1125 // InternalSolverLanguageParser.g:438:3: ( (lv_body_6_0= ruleExpression ) )
1234 // InternalSolverLanguage.g:445:3: ( (lv_body_6_0= ruleExpression ) ) 1126 // InternalSolverLanguageParser.g:439:4: (lv_body_6_0= ruleExpression )
1235 // InternalSolverLanguage.g:446:4: (lv_body_6_0= ruleExpression )
1236 { 1127 {
1237 // InternalSolverLanguage.g:446:4: (lv_body_6_0= ruleExpression ) 1128 // InternalSolverLanguageParser.g:439:4: (lv_body_6_0= ruleExpression )
1238 // InternalSolverLanguage.g:447:5: lv_body_6_0= ruleExpression 1129 // InternalSolverLanguageParser.g:440:5: lv_body_6_0= ruleExpression
1239 { 1130 {
1240 if ( state.backtracking==0 ) {
1241 1131
1242 newCompositeNode(grammarAccess.getPredicateDefinitionAccess().getBodyExpressionParserRuleCall_3_0()); 1132 newCompositeNode(grammarAccess.getPredicateDefinitionAccess().getBodyExpressionParserRuleCall_3_0());
1243 1133
1244 }
1245 pushFollow(FOLLOW_2); 1134 pushFollow(FOLLOW_2);
1246 lv_body_6_0=ruleExpression(); 1135 lv_body_6_0=ruleExpression();
1247 1136
1248 state._fsp--; 1137 state._fsp--;
1249 if (state.failed) return current;
1250 if ( state.backtracking==0 ) {
1251 1138
1252 if (current==null) { 1139
1253 current = createModelElementForParent(grammarAccess.getPredicateDefinitionRule()); 1140 if (current==null) {
1254 } 1141 current = createModelElementForParent(grammarAccess.getPredicateDefinitionRule());
1255 set( 1142 }
1256 current, 1143 set(
1257 "body", 1144 current,
1258 lv_body_6_0, 1145 "body",
1259 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 1146 lv_body_6_0,
1260 afterParserOrEnumRuleCall(); 1147 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
1261 1148 afterParserOrEnumRuleCall();
1262 } 1149
1263 1150
1264 } 1151 }
1265 1152
@@ -1272,11 +1159,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1272 1159
1273 } 1160 }
1274 1161
1275 if ( state.backtracking==0 ) {
1276 1162
1277 leaveRule(); 1163 leaveRule();
1278 1164
1279 }
1280 } 1165 }
1281 1166
1282 catch (RecognitionException re) { 1167 catch (RecognitionException re) {
@@ -1291,7 +1176,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1291 1176
1292 1177
1293 // $ANTLR start "entryRuleUnnamedErrorPrediateDefinition" 1178 // $ANTLR start "entryRuleUnnamedErrorPrediateDefinition"
1294 // InternalSolverLanguage.g:468:1: entryRuleUnnamedErrorPrediateDefinition returns [EObject current=null] : iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF ; 1179 // InternalSolverLanguageParser.g:461:1: entryRuleUnnamedErrorPrediateDefinition returns [EObject current=null] : iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF ;
1295 public final EObject entryRuleUnnamedErrorPrediateDefinition() throws RecognitionException { 1180 public final EObject entryRuleUnnamedErrorPrediateDefinition() throws RecognitionException {
1296 EObject current = null; 1181 EObject current = null;
1297 1182
@@ -1299,21 +1184,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1299 1184
1300 1185
1301 try { 1186 try {
1302 // InternalSolverLanguage.g:468:71: (iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF ) 1187 // InternalSolverLanguageParser.g:461:71: (iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF )
1303 // InternalSolverLanguage.g:469:2: iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF 1188 // InternalSolverLanguageParser.g:462:2: iv_ruleUnnamedErrorPrediateDefinition= ruleUnnamedErrorPrediateDefinition EOF
1304 { 1189 {
1305 if ( state.backtracking==0 ) { 1190 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionRule());
1306 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionRule());
1307 }
1308 pushFollow(FOLLOW_1); 1191 pushFollow(FOLLOW_1);
1309 iv_ruleUnnamedErrorPrediateDefinition=ruleUnnamedErrorPrediateDefinition(); 1192 iv_ruleUnnamedErrorPrediateDefinition=ruleUnnamedErrorPrediateDefinition();
1310 1193
1311 state._fsp--; 1194 state._fsp--;
1312 if (state.failed) return current; 1195
1313 if ( state.backtracking==0 ) { 1196 current =iv_ruleUnnamedErrorPrediateDefinition;
1314 current =iv_ruleUnnamedErrorPrediateDefinition; 1197 match(input,EOF,FOLLOW_2);
1315 }
1316 match(input,EOF,FOLLOW_2); if (state.failed) return current;
1317 1198
1318 } 1199 }
1319 1200
@@ -1331,7 +1212,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1331 1212
1332 1213
1333 // $ANTLR start "ruleUnnamedErrorPrediateDefinition" 1214 // $ANTLR start "ruleUnnamedErrorPrediateDefinition"
1334 // InternalSolverLanguage.g:475:1: ruleUnnamedErrorPrediateDefinition returns [EObject current=null] : (otherlv_0= 'error' ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ':-' ( (lv_body_3_0= ruleExpression ) ) ) ; 1215 // InternalSolverLanguageParser.g:468:1: ruleUnnamedErrorPrediateDefinition returns [EObject current=null] : (otherlv_0= Error ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ColonHyphenMinus ( (lv_body_3_0= ruleExpression ) ) ) ;
1335 public final EObject ruleUnnamedErrorPrediateDefinition() throws RecognitionException { 1216 public final EObject ruleUnnamedErrorPrediateDefinition() throws RecognitionException {
1336 EObject current = null; 1217 EObject current = null;
1337 1218
@@ -1346,88 +1227,76 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1346 enterRule(); 1227 enterRule();
1347 1228
1348 try { 1229 try {
1349 // InternalSolverLanguage.g:481:2: ( (otherlv_0= 'error' ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ':-' ( (lv_body_3_0= ruleExpression ) ) ) ) 1230 // InternalSolverLanguageParser.g:474:2: ( (otherlv_0= Error ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ColonHyphenMinus ( (lv_body_3_0= ruleExpression ) ) ) )
1350 // InternalSolverLanguage.g:482:2: (otherlv_0= 'error' ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ':-' ( (lv_body_3_0= ruleExpression ) ) ) 1231 // InternalSolverLanguageParser.g:475:2: (otherlv_0= Error ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ColonHyphenMinus ( (lv_body_3_0= ruleExpression ) ) )
1351 { 1232 {
1352 // InternalSolverLanguage.g:482:2: (otherlv_0= 'error' ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ':-' ( (lv_body_3_0= ruleExpression ) ) ) 1233 // InternalSolverLanguageParser.g:475:2: (otherlv_0= Error ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ColonHyphenMinus ( (lv_body_3_0= ruleExpression ) ) )
1353 // InternalSolverLanguage.g:483:3: otherlv_0= 'error' ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ':-' ( (lv_body_3_0= ruleExpression ) ) 1234 // InternalSolverLanguageParser.g:476:3: otherlv_0= Error ( (lv_argumentList_1_0= ruleArgumentList ) ) otherlv_2= ColonHyphenMinus ( (lv_body_3_0= ruleExpression ) )
1354 { 1235 {
1355 otherlv_0=(Token)match(input,19,FOLLOW_10); if (state.failed) return current; 1236 otherlv_0=(Token)match(input,Error,FOLLOW_11);
1356 if ( state.backtracking==0 ) {
1357 1237
1358 newLeafNode(otherlv_0, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getErrorKeyword_0()); 1238 newLeafNode(otherlv_0, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getErrorKeyword_0());
1359 1239
1360 } 1240 // InternalSolverLanguageParser.g:480:3: ( (lv_argumentList_1_0= ruleArgumentList ) )
1361 // InternalSolverLanguage.g:487:3: ( (lv_argumentList_1_0= ruleArgumentList ) ) 1241 // InternalSolverLanguageParser.g:481:4: (lv_argumentList_1_0= ruleArgumentList )
1362 // InternalSolverLanguage.g:488:4: (lv_argumentList_1_0= ruleArgumentList )
1363 { 1242 {
1364 // InternalSolverLanguage.g:488:4: (lv_argumentList_1_0= ruleArgumentList ) 1243 // InternalSolverLanguageParser.g:481:4: (lv_argumentList_1_0= ruleArgumentList )
1365 // InternalSolverLanguage.g:489:5: lv_argumentList_1_0= ruleArgumentList 1244 // InternalSolverLanguageParser.g:482:5: lv_argumentList_1_0= ruleArgumentList
1366 { 1245 {
1367 if ( state.backtracking==0 ) {
1368 1246
1369 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getArgumentListArgumentListParserRuleCall_1_0()); 1247 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getArgumentListArgumentListParserRuleCall_1_0());
1370 1248
1371 } 1249 pushFollow(FOLLOW_10);
1372 pushFollow(FOLLOW_9);
1373 lv_argumentList_1_0=ruleArgumentList(); 1250 lv_argumentList_1_0=ruleArgumentList();
1374 1251
1375 state._fsp--; 1252 state._fsp--;
1376 if (state.failed) return current;
1377 if ( state.backtracking==0 ) {
1378 1253
1379 if (current==null) { 1254
1380 current = createModelElementForParent(grammarAccess.getUnnamedErrorPrediateDefinitionRule()); 1255 if (current==null) {
1381 } 1256 current = createModelElementForParent(grammarAccess.getUnnamedErrorPrediateDefinitionRule());
1382 set( 1257 }
1383 current, 1258 set(
1384 "argumentList", 1259 current,
1385 lv_argumentList_1_0, 1260 "argumentList",
1386 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList"); 1261 lv_argumentList_1_0,
1387 afterParserOrEnumRuleCall(); 1262 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList");
1388 1263 afterParserOrEnumRuleCall();
1389 } 1264
1390 1265
1391 } 1266 }
1392 1267
1393 1268
1394 } 1269 }
1395 1270
1396 otherlv_2=(Token)match(input,16,FOLLOW_6); if (state.failed) return current; 1271 otherlv_2=(Token)match(input,ColonHyphenMinus,FOLLOW_6);
1397 if ( state.backtracking==0 ) {
1398 1272
1399 newLeafNode(otherlv_2, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getColonHyphenMinusKeyword_2()); 1273 newLeafNode(otherlv_2, grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getColonHyphenMinusKeyword_2());
1400 1274
1401 } 1275 // InternalSolverLanguageParser.g:503:3: ( (lv_body_3_0= ruleExpression ) )
1402 // InternalSolverLanguage.g:510:3: ( (lv_body_3_0= ruleExpression ) ) 1276 // InternalSolverLanguageParser.g:504:4: (lv_body_3_0= ruleExpression )
1403 // InternalSolverLanguage.g:511:4: (lv_body_3_0= ruleExpression )
1404 { 1277 {
1405 // InternalSolverLanguage.g:511:4: (lv_body_3_0= ruleExpression ) 1278 // InternalSolverLanguageParser.g:504:4: (lv_body_3_0= ruleExpression )
1406 // InternalSolverLanguage.g:512:5: lv_body_3_0= ruleExpression 1279 // InternalSolverLanguageParser.g:505:5: lv_body_3_0= ruleExpression
1407 { 1280 {
1408 if ( state.backtracking==0 ) {
1409 1281
1410 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getBodyExpressionParserRuleCall_3_0()); 1282 newCompositeNode(grammarAccess.getUnnamedErrorPrediateDefinitionAccess().getBodyExpressionParserRuleCall_3_0());
1411 1283
1412 }
1413 pushFollow(FOLLOW_2); 1284 pushFollow(FOLLOW_2);
1414 lv_body_3_0=ruleExpression(); 1285 lv_body_3_0=ruleExpression();
1415 1286
1416 state._fsp--; 1287 state._fsp--;
1417 if (state.failed) return current;
1418 if ( state.backtracking==0 ) {
1419 1288
1420 if (current==null) { 1289
1421 current = createModelElementForParent(grammarAccess.getUnnamedErrorPrediateDefinitionRule()); 1290 if (current==null) {
1422 } 1291 current = createModelElementForParent(grammarAccess.getUnnamedErrorPrediateDefinitionRule());
1423 set( 1292 }
1424 current, 1293 set(
1425 "body", 1294 current,
1426 lv_body_3_0, 1295 "body",
1427 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 1296 lv_body_3_0,
1428 afterParserOrEnumRuleCall(); 1297 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
1429 1298 afterParserOrEnumRuleCall();
1430 } 1299
1431 1300
1432 } 1301 }
1433 1302
@@ -1440,11 +1309,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1440 1309
1441 } 1310 }
1442 1311
1443 if ( state.backtracking==0 ) {
1444 1312
1445 leaveRule(); 1313 leaveRule();
1446 1314
1447 }
1448 } 1315 }
1449 1316
1450 catch (RecognitionException re) { 1317 catch (RecognitionException re) {
@@ -1459,7 +1326,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1459 1326
1460 1327
1461 // $ANTLR start "entryRuleDefaultDefinition" 1328 // $ANTLR start "entryRuleDefaultDefinition"
1462 // InternalSolverLanguage.g:533:1: entryRuleDefaultDefinition returns [EObject current=null] : iv_ruleDefaultDefinition= ruleDefaultDefinition EOF ; 1329 // InternalSolverLanguageParser.g:526:1: entryRuleDefaultDefinition returns [EObject current=null] : iv_ruleDefaultDefinition= ruleDefaultDefinition EOF ;
1463 public final EObject entryRuleDefaultDefinition() throws RecognitionException { 1330 public final EObject entryRuleDefaultDefinition() throws RecognitionException {
1464 EObject current = null; 1331 EObject current = null;
1465 1332
@@ -1467,21 +1334,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1467 1334
1468 1335
1469 try { 1336 try {
1470 // InternalSolverLanguage.g:533:58: (iv_ruleDefaultDefinition= ruleDefaultDefinition EOF ) 1337 // InternalSolverLanguageParser.g:526:58: (iv_ruleDefaultDefinition= ruleDefaultDefinition EOF )
1471 // InternalSolverLanguage.g:534:2: iv_ruleDefaultDefinition= ruleDefaultDefinition EOF 1338 // InternalSolverLanguageParser.g:527:2: iv_ruleDefaultDefinition= ruleDefaultDefinition EOF
1472 { 1339 {
1473 if ( state.backtracking==0 ) { 1340 newCompositeNode(grammarAccess.getDefaultDefinitionRule());
1474 newCompositeNode(grammarAccess.getDefaultDefinitionRule());
1475 }
1476 pushFollow(FOLLOW_1); 1341 pushFollow(FOLLOW_1);
1477 iv_ruleDefaultDefinition=ruleDefaultDefinition(); 1342 iv_ruleDefaultDefinition=ruleDefaultDefinition();
1478 1343
1479 state._fsp--; 1344 state._fsp--;
1480 if (state.failed) return current; 1345
1481 if ( state.backtracking==0 ) { 1346 current =iv_ruleDefaultDefinition;
1482 current =iv_ruleDefaultDefinition; 1347 match(input,EOF,FOLLOW_2);
1483 }
1484 match(input,EOF,FOLLOW_2); if (state.failed) return current;
1485 1348
1486 } 1349 }
1487 1350
@@ -1499,7 +1362,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1499 1362
1500 1363
1501 // $ANTLR start "ruleDefaultDefinition" 1364 // $ANTLR start "ruleDefaultDefinition"
1502 // InternalSolverLanguage.g:540:1: ruleDefaultDefinition returns [EObject current=null] : (otherlv_0= 'default' ( (lv_head_1_0= ruleCall ) ) otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) ) ; 1365 // InternalSolverLanguageParser.g:533:1: ruleDefaultDefinition returns [EObject current=null] : (otherlv_0= Default ( (lv_head_1_0= ruleCall ) ) otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) ) ;
1503 public final EObject ruleDefaultDefinition() throws RecognitionException { 1366 public final EObject ruleDefaultDefinition() throws RecognitionException {
1504 EObject current = null; 1367 EObject current = null;
1505 1368
@@ -1514,88 +1377,76 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1514 enterRule(); 1377 enterRule();
1515 1378
1516 try { 1379 try {
1517 // InternalSolverLanguage.g:546:2: ( (otherlv_0= 'default' ( (lv_head_1_0= ruleCall ) ) otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) ) ) 1380 // InternalSolverLanguageParser.g:539:2: ( (otherlv_0= Default ( (lv_head_1_0= ruleCall ) ) otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) ) )
1518 // InternalSolverLanguage.g:547:2: (otherlv_0= 'default' ( (lv_head_1_0= ruleCall ) ) otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) ) 1381 // InternalSolverLanguageParser.g:540:2: (otherlv_0= Default ( (lv_head_1_0= ruleCall ) ) otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )
1519 { 1382 {
1520 // InternalSolverLanguage.g:547:2: (otherlv_0= 'default' ( (lv_head_1_0= ruleCall ) ) otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) ) 1383 // InternalSolverLanguageParser.g:540:2: (otherlv_0= Default ( (lv_head_1_0= ruleCall ) ) otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) ) )
1521 // InternalSolverLanguage.g:548:3: otherlv_0= 'default' ( (lv_head_1_0= ruleCall ) ) otherlv_2= ':' ( (lv_range_3_0= ruleExpression ) ) 1384 // InternalSolverLanguageParser.g:541:3: otherlv_0= Default ( (lv_head_1_0= ruleCall ) ) otherlv_2= Colon ( (lv_range_3_0= ruleExpression ) )
1522 { 1385 {
1523 otherlv_0=(Token)match(input,20,FOLLOW_7); if (state.failed) return current; 1386 otherlv_0=(Token)match(input,Default,FOLLOW_8);
1524 if ( state.backtracking==0 ) {
1525 1387
1526 newLeafNode(otherlv_0, grammarAccess.getDefaultDefinitionAccess().getDefaultKeyword_0()); 1388 newLeafNode(otherlv_0, grammarAccess.getDefaultDefinitionAccess().getDefaultKeyword_0());
1527 1389
1528 } 1390 // InternalSolverLanguageParser.g:545:3: ( (lv_head_1_0= ruleCall ) )
1529 // InternalSolverLanguage.g:552:3: ( (lv_head_1_0= ruleCall ) ) 1391 // InternalSolverLanguageParser.g:546:4: (lv_head_1_0= ruleCall )
1530 // InternalSolverLanguage.g:553:4: (lv_head_1_0= ruleCall )
1531 { 1392 {
1532 // InternalSolverLanguage.g:553:4: (lv_head_1_0= ruleCall ) 1393 // InternalSolverLanguageParser.g:546:4: (lv_head_1_0= ruleCall )
1533 // InternalSolverLanguage.g:554:5: lv_head_1_0= ruleCall 1394 // InternalSolverLanguageParser.g:547:5: lv_head_1_0= ruleCall
1534 { 1395 {
1535 if ( state.backtracking==0 ) {
1536 1396
1537 newCompositeNode(grammarAccess.getDefaultDefinitionAccess().getHeadCallParserRuleCall_1_0()); 1397 newCompositeNode(grammarAccess.getDefaultDefinitionAccess().getHeadCallParserRuleCall_1_0());
1538 1398
1539 } 1399 pushFollow(FOLLOW_12);
1540 pushFollow(FOLLOW_11);
1541 lv_head_1_0=ruleCall(); 1400 lv_head_1_0=ruleCall();
1542 1401
1543 state._fsp--; 1402 state._fsp--;
1544 if (state.failed) return current;
1545 if ( state.backtracking==0 ) {
1546 1403
1547 if (current==null) { 1404
1548 current = createModelElementForParent(grammarAccess.getDefaultDefinitionRule()); 1405 if (current==null) {
1549 } 1406 current = createModelElementForParent(grammarAccess.getDefaultDefinitionRule());
1550 set( 1407 }
1551 current, 1408 set(
1552 "head", 1409 current,
1553 lv_head_1_0, 1410 "head",
1554 "org.eclipse.viatra.solver.language.SolverLanguage.Call"); 1411 lv_head_1_0,
1555 afterParserOrEnumRuleCall(); 1412 "org.eclipse.viatra.solver.language.SolverLanguage.Call");
1556 1413 afterParserOrEnumRuleCall();
1557 } 1414
1558 1415
1559 } 1416 }
1560 1417
1561 1418
1562 } 1419 }
1563 1420
1564 otherlv_2=(Token)match(input,15,FOLLOW_6); if (state.failed) return current; 1421 otherlv_2=(Token)match(input,Colon,FOLLOW_6);
1565 if ( state.backtracking==0 ) {
1566 1422
1567 newLeafNode(otherlv_2, grammarAccess.getDefaultDefinitionAccess().getColonKeyword_2()); 1423 newLeafNode(otherlv_2, grammarAccess.getDefaultDefinitionAccess().getColonKeyword_2());
1568 1424
1569 } 1425 // InternalSolverLanguageParser.g:568:3: ( (lv_range_3_0= ruleExpression ) )
1570 // InternalSolverLanguage.g:575:3: ( (lv_range_3_0= ruleExpression ) ) 1426 // InternalSolverLanguageParser.g:569:4: (lv_range_3_0= ruleExpression )
1571 // InternalSolverLanguage.g:576:4: (lv_range_3_0= ruleExpression )
1572 { 1427 {
1573 // InternalSolverLanguage.g:576:4: (lv_range_3_0= ruleExpression ) 1428 // InternalSolverLanguageParser.g:569:4: (lv_range_3_0= ruleExpression )
1574 // InternalSolverLanguage.g:577:5: lv_range_3_0= ruleExpression 1429 // InternalSolverLanguageParser.g:570:5: lv_range_3_0= ruleExpression
1575 { 1430 {
1576 if ( state.backtracking==0 ) {
1577 1431
1578 newCompositeNode(grammarAccess.getDefaultDefinitionAccess().getRangeExpressionParserRuleCall_3_0()); 1432 newCompositeNode(grammarAccess.getDefaultDefinitionAccess().getRangeExpressionParserRuleCall_3_0());
1579 1433
1580 }
1581 pushFollow(FOLLOW_2); 1434 pushFollow(FOLLOW_2);
1582 lv_range_3_0=ruleExpression(); 1435 lv_range_3_0=ruleExpression();
1583 1436
1584 state._fsp--; 1437 state._fsp--;
1585 if (state.failed) return current;
1586 if ( state.backtracking==0 ) {
1587 1438
1588 if (current==null) { 1439
1589 current = createModelElementForParent(grammarAccess.getDefaultDefinitionRule()); 1440 if (current==null) {
1590 } 1441 current = createModelElementForParent(grammarAccess.getDefaultDefinitionRule());
1591 set( 1442 }
1592 current, 1443 set(
1593 "range", 1444 current,
1594 lv_range_3_0, 1445 "range",
1595 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 1446 lv_range_3_0,
1596 afterParserOrEnumRuleCall(); 1447 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
1597 1448 afterParserOrEnumRuleCall();
1598 } 1449
1599 1450
1600 } 1451 }
1601 1452
@@ -1608,11 +1459,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1608 1459
1609 } 1460 }
1610 1461
1611 if ( state.backtracking==0 ) {
1612 1462
1613 leaveRule(); 1463 leaveRule();
1614 1464
1615 }
1616 } 1465 }
1617 1466
1618 catch (RecognitionException re) { 1467 catch (RecognitionException re) {
@@ -1627,7 +1476,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1627 1476
1628 1477
1629 // $ANTLR start "entryRuleExternPredicateDefinition" 1478 // $ANTLR start "entryRuleExternPredicateDefinition"
1630 // InternalSolverLanguage.g:598:1: entryRuleExternPredicateDefinition returns [EObject current=null] : iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF ; 1479 // InternalSolverLanguageParser.g:591:1: entryRuleExternPredicateDefinition returns [EObject current=null] : iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF ;
1631 public final EObject entryRuleExternPredicateDefinition() throws RecognitionException { 1480 public final EObject entryRuleExternPredicateDefinition() throws RecognitionException {
1632 EObject current = null; 1481 EObject current = null;
1633 1482
@@ -1635,21 +1484,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1635 1484
1636 1485
1637 try { 1486 try {
1638 // InternalSolverLanguage.g:598:66: (iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF ) 1487 // InternalSolverLanguageParser.g:591:66: (iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF )
1639 // InternalSolverLanguage.g:599:2: iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF 1488 // InternalSolverLanguageParser.g:592:2: iv_ruleExternPredicateDefinition= ruleExternPredicateDefinition EOF
1640 { 1489 {
1641 if ( state.backtracking==0 ) { 1490 newCompositeNode(grammarAccess.getExternPredicateDefinitionRule());
1642 newCompositeNode(grammarAccess.getExternPredicateDefinitionRule());
1643 }
1644 pushFollow(FOLLOW_1); 1491 pushFollow(FOLLOW_1);
1645 iv_ruleExternPredicateDefinition=ruleExternPredicateDefinition(); 1492 iv_ruleExternPredicateDefinition=ruleExternPredicateDefinition();
1646 1493
1647 state._fsp--; 1494 state._fsp--;
1648 if (state.failed) return current; 1495
1649 if ( state.backtracking==0 ) { 1496 current =iv_ruleExternPredicateDefinition;
1650 current =iv_ruleExternPredicateDefinition; 1497 match(input,EOF,FOLLOW_2);
1651 }
1652 match(input,EOF,FOLLOW_2); if (state.failed) return current;
1653 1498
1654 } 1499 }
1655 1500
@@ -1667,12 +1512,11 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1667 1512
1668 1513
1669 // $ANTLR start "ruleExternPredicateDefinition" 1514 // $ANTLR start "ruleExternPredicateDefinition"
1670 // InternalSolverLanguage.g:605:1: ruleExternPredicateDefinition returns [EObject current=null] : (otherlv_0= 'extern' ( (lv_head_1_0= ruleCall ) ) otherlv_2= '.' ) ; 1515 // InternalSolverLanguageParser.g:598:1: ruleExternPredicateDefinition returns [EObject current=null] : (otherlv_0= Extern ( (lv_head_1_0= ruleCall ) ) ) ;
1671 public final EObject ruleExternPredicateDefinition() throws RecognitionException { 1516 public final EObject ruleExternPredicateDefinition() throws RecognitionException {
1672 EObject current = null; 1517 EObject current = null;
1673 1518
1674 Token otherlv_0=null; 1519 Token otherlv_0=null;
1675 Token otherlv_2=null;
1676 EObject lv_head_1_0 = null; 1520 EObject lv_head_1_0 = null;
1677 1521
1678 1522
@@ -1680,70 +1524,56 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1680 enterRule(); 1524 enterRule();
1681 1525
1682 try { 1526 try {
1683 // InternalSolverLanguage.g:611:2: ( (otherlv_0= 'extern' ( (lv_head_1_0= ruleCall ) ) otherlv_2= '.' ) ) 1527 // InternalSolverLanguageParser.g:604:2: ( (otherlv_0= Extern ( (lv_head_1_0= ruleCall ) ) ) )
1684 // InternalSolverLanguage.g:612:2: (otherlv_0= 'extern' ( (lv_head_1_0= ruleCall ) ) otherlv_2= '.' ) 1528 // InternalSolverLanguageParser.g:605:2: (otherlv_0= Extern ( (lv_head_1_0= ruleCall ) ) )
1685 { 1529 {
1686 // InternalSolverLanguage.g:612:2: (otherlv_0= 'extern' ( (lv_head_1_0= ruleCall ) ) otherlv_2= '.' ) 1530 // InternalSolverLanguageParser.g:605:2: (otherlv_0= Extern ( (lv_head_1_0= ruleCall ) ) )
1687 // InternalSolverLanguage.g:613:3: otherlv_0= 'extern' ( (lv_head_1_0= ruleCall ) ) otherlv_2= '.' 1531 // InternalSolverLanguageParser.g:606:3: otherlv_0= Extern ( (lv_head_1_0= ruleCall ) )
1688 { 1532 {
1689 otherlv_0=(Token)match(input,21,FOLLOW_7); if (state.failed) return current; 1533 otherlv_0=(Token)match(input,Extern,FOLLOW_8);
1690 if ( state.backtracking==0 ) {
1691 1534
1692 newLeafNode(otherlv_0, grammarAccess.getExternPredicateDefinitionAccess().getExternKeyword_0()); 1535 newLeafNode(otherlv_0, grammarAccess.getExternPredicateDefinitionAccess().getExternKeyword_0());
1693 1536
1694 } 1537 // InternalSolverLanguageParser.g:610:3: ( (lv_head_1_0= ruleCall ) )
1695 // InternalSolverLanguage.g:617:3: ( (lv_head_1_0= ruleCall ) ) 1538 // InternalSolverLanguageParser.g:611:4: (lv_head_1_0= ruleCall )
1696 // InternalSolverLanguage.g:618:4: (lv_head_1_0= ruleCall )
1697 { 1539 {
1698 // InternalSolverLanguage.g:618:4: (lv_head_1_0= ruleCall ) 1540 // InternalSolverLanguageParser.g:611:4: (lv_head_1_0= ruleCall )
1699 // InternalSolverLanguage.g:619:5: lv_head_1_0= ruleCall 1541 // InternalSolverLanguageParser.g:612:5: lv_head_1_0= ruleCall
1700 { 1542 {
1701 if ( state.backtracking==0 ) {
1702 1543
1703 newCompositeNode(grammarAccess.getExternPredicateDefinitionAccess().getHeadCallParserRuleCall_1_0()); 1544 newCompositeNode(grammarAccess.getExternPredicateDefinitionAccess().getHeadCallParserRuleCall_1_0());
1704 1545
1705 } 1546 pushFollow(FOLLOW_2);
1706 pushFollow(FOLLOW_12);
1707 lv_head_1_0=ruleCall(); 1547 lv_head_1_0=ruleCall();
1708 1548
1709 state._fsp--; 1549 state._fsp--;
1710 if (state.failed) return current;
1711 if ( state.backtracking==0 ) {
1712
1713 if (current==null) {
1714 current = createModelElementForParent(grammarAccess.getExternPredicateDefinitionRule());
1715 }
1716 set(
1717 current,
1718 "head",
1719 lv_head_1_0,
1720 "org.eclipse.viatra.solver.language.SolverLanguage.Call");
1721 afterParserOrEnumRuleCall();
1722
1723 }
1724 1550
1725 }
1726 1551
1552 if (current==null) {
1553 current = createModelElementForParent(grammarAccess.getExternPredicateDefinitionRule());
1554 }
1555 set(
1556 current,
1557 "head",
1558 lv_head_1_0,
1559 "org.eclipse.viatra.solver.language.SolverLanguage.Call");
1560 afterParserOrEnumRuleCall();
1561
1727 1562
1728 } 1563 }
1729 1564
1730 otherlv_2=(Token)match(input,22,FOLLOW_2); if (state.failed) return current;
1731 if ( state.backtracking==0 ) {
1732 1565
1733 newLeafNode(otherlv_2, grammarAccess.getExternPredicateDefinitionAccess().getFullStopKeyword_2());
1734
1735 } 1566 }
1736 1567
1568
1737 } 1569 }
1738 1570
1739 1571
1740 } 1572 }
1741 1573
1742 if ( state.backtracking==0 ) {
1743 1574
1744 leaveRule(); 1575 leaveRule();
1745 1576
1746 }
1747 } 1577 }
1748 1578
1749 catch (RecognitionException re) { 1579 catch (RecognitionException re) {
@@ -1758,7 +1588,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1758 1588
1759 1589
1760 // $ANTLR start "entryRuleMetricDefinition" 1590 // $ANTLR start "entryRuleMetricDefinition"
1761 // InternalSolverLanguage.g:644:1: entryRuleMetricDefinition returns [EObject current=null] : iv_ruleMetricDefinition= ruleMetricDefinition EOF ; 1591 // InternalSolverLanguageParser.g:633:1: entryRuleMetricDefinition returns [EObject current=null] : iv_ruleMetricDefinition= ruleMetricDefinition EOF ;
1762 public final EObject entryRuleMetricDefinition() throws RecognitionException { 1592 public final EObject entryRuleMetricDefinition() throws RecognitionException {
1763 EObject current = null; 1593 EObject current = null;
1764 1594
@@ -1766,21 +1596,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1766 1596
1767 1597
1768 try { 1598 try {
1769 // InternalSolverLanguage.g:644:57: (iv_ruleMetricDefinition= ruleMetricDefinition EOF ) 1599 // InternalSolverLanguageParser.g:633:57: (iv_ruleMetricDefinition= ruleMetricDefinition EOF )
1770 // InternalSolverLanguage.g:645:2: iv_ruleMetricDefinition= ruleMetricDefinition EOF 1600 // InternalSolverLanguageParser.g:634:2: iv_ruleMetricDefinition= ruleMetricDefinition EOF
1771 { 1601 {
1772 if ( state.backtracking==0 ) { 1602 newCompositeNode(grammarAccess.getMetricDefinitionRule());
1773 newCompositeNode(grammarAccess.getMetricDefinitionRule());
1774 }
1775 pushFollow(FOLLOW_1); 1603 pushFollow(FOLLOW_1);
1776 iv_ruleMetricDefinition=ruleMetricDefinition(); 1604 iv_ruleMetricDefinition=ruleMetricDefinition();
1777 1605
1778 state._fsp--; 1606 state._fsp--;
1779 if (state.failed) return current; 1607
1780 if ( state.backtracking==0 ) { 1608 current =iv_ruleMetricDefinition;
1781 current =iv_ruleMetricDefinition; 1609 match(input,EOF,FOLLOW_2);
1782 }
1783 match(input,EOF,FOLLOW_2); if (state.failed) return current;
1784 1610
1785 } 1611 }
1786 1612
@@ -1798,7 +1624,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1798 1624
1799 1625
1800 // $ANTLR start "ruleMetricDefinition" 1626 // $ANTLR start "ruleMetricDefinition"
1801 // InternalSolverLanguage.g:651:1: ruleMetricDefinition returns [EObject current=null] : ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= '=' ( (lv_body_3_0= ruleExpression ) ) ) ; 1627 // InternalSolverLanguageParser.g:640:1: ruleMetricDefinition returns [EObject current=null] : ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= EqualsSign ( (lv_body_3_0= ruleExpression ) ) ) ;
1802 public final EObject ruleMetricDefinition() throws RecognitionException { 1628 public final EObject ruleMetricDefinition() throws RecognitionException {
1803 EObject current = null; 1629 EObject current = null;
1804 1630
@@ -1814,117 +1640,103 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1814 enterRule(); 1640 enterRule();
1815 1641
1816 try { 1642 try {
1817 // InternalSolverLanguage.g:657:2: ( ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= '=' ( (lv_body_3_0= ruleExpression ) ) ) ) 1643 // InternalSolverLanguageParser.g:646:2: ( ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= EqualsSign ( (lv_body_3_0= ruleExpression ) ) ) )
1818 // InternalSolverLanguage.g:658:2: ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= '=' ( (lv_body_3_0= ruleExpression ) ) ) 1644 // InternalSolverLanguageParser.g:647:2: ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= EqualsSign ( (lv_body_3_0= ruleExpression ) ) )
1819 { 1645 {
1820 // InternalSolverLanguage.g:658:2: ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= '=' ( (lv_body_3_0= ruleExpression ) ) ) 1646 // InternalSolverLanguageParser.g:647:2: ( ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= EqualsSign ( (lv_body_3_0= ruleExpression ) ) )
1821 // InternalSolverLanguage.g:659:3: ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= '=' ( (lv_body_3_0= ruleExpression ) ) 1647 // InternalSolverLanguageParser.g:648:3: ( (lv_type_0_0= ruleMetricType ) ) ( (lv_head_1_0= ruleExpression ) ) otherlv_2= EqualsSign ( (lv_body_3_0= ruleExpression ) )
1822 { 1648 {
1823 // InternalSolverLanguage.g:659:3: ( (lv_type_0_0= ruleMetricType ) ) 1649 // InternalSolverLanguageParser.g:648:3: ( (lv_type_0_0= ruleMetricType ) )
1824 // InternalSolverLanguage.g:660:4: (lv_type_0_0= ruleMetricType ) 1650 // InternalSolverLanguageParser.g:649:4: (lv_type_0_0= ruleMetricType )
1825 { 1651 {
1826 // InternalSolverLanguage.g:660:4: (lv_type_0_0= ruleMetricType ) 1652 // InternalSolverLanguageParser.g:649:4: (lv_type_0_0= ruleMetricType )
1827 // InternalSolverLanguage.g:661:5: lv_type_0_0= ruleMetricType 1653 // InternalSolverLanguageParser.g:650:5: lv_type_0_0= ruleMetricType
1828 { 1654 {
1829 if ( state.backtracking==0 ) {
1830 1655
1831 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getTypeMetricTypeEnumRuleCall_0_0()); 1656 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getTypeMetricTypeEnumRuleCall_0_0());
1832 1657
1833 }
1834 pushFollow(FOLLOW_6); 1658 pushFollow(FOLLOW_6);
1835 lv_type_0_0=ruleMetricType(); 1659 lv_type_0_0=ruleMetricType();
1836 1660
1837 state._fsp--; 1661 state._fsp--;
1838 if (state.failed) return current;
1839 if ( state.backtracking==0 ) {
1840 1662
1841 if (current==null) { 1663
1842 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule()); 1664 if (current==null) {
1843 } 1665 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule());
1844 set( 1666 }
1845 current, 1667 set(
1846 "type", 1668 current,
1847 lv_type_0_0, 1669 "type",
1848 "org.eclipse.viatra.solver.language.SolverLanguage.MetricType"); 1670 lv_type_0_0,
1849 afterParserOrEnumRuleCall(); 1671 "org.eclipse.viatra.solver.language.SolverLanguage.MetricType");
1850 1672 afterParserOrEnumRuleCall();
1851 } 1673
1852 1674
1853 } 1675 }
1854 1676
1855 1677
1856 } 1678 }
1857 1679
1858 // InternalSolverLanguage.g:678:3: ( (lv_head_1_0= ruleExpression ) ) 1680 // InternalSolverLanguageParser.g:667:3: ( (lv_head_1_0= ruleExpression ) )
1859 // InternalSolverLanguage.g:679:4: (lv_head_1_0= ruleExpression ) 1681 // InternalSolverLanguageParser.g:668:4: (lv_head_1_0= ruleExpression )
1860 { 1682 {
1861 // InternalSolverLanguage.g:679:4: (lv_head_1_0= ruleExpression ) 1683 // InternalSolverLanguageParser.g:668:4: (lv_head_1_0= ruleExpression )
1862 // InternalSolverLanguage.g:680:5: lv_head_1_0= ruleExpression 1684 // InternalSolverLanguageParser.g:669:5: lv_head_1_0= ruleExpression
1863 { 1685 {
1864 if ( state.backtracking==0 ) {
1865 1686
1866 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getHeadExpressionParserRuleCall_1_0()); 1687 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getHeadExpressionParserRuleCall_1_0());
1867 1688
1868 }
1869 pushFollow(FOLLOW_13); 1689 pushFollow(FOLLOW_13);
1870 lv_head_1_0=ruleExpression(); 1690 lv_head_1_0=ruleExpression();
1871 1691
1872 state._fsp--; 1692 state._fsp--;
1873 if (state.failed) return current;
1874 if ( state.backtracking==0 ) {
1875 1693
1876 if (current==null) { 1694
1877 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule()); 1695 if (current==null) {
1878 } 1696 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule());
1879 set( 1697 }
1880 current, 1698 set(
1881 "head", 1699 current,
1882 lv_head_1_0, 1700 "head",
1883 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 1701 lv_head_1_0,
1884 afterParserOrEnumRuleCall(); 1702 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
1885 1703 afterParserOrEnumRuleCall();
1886 } 1704
1887 1705
1888 } 1706 }
1889 1707
1890 1708
1891 } 1709 }
1892 1710
1893 otherlv_2=(Token)match(input,17,FOLLOW_6); if (state.failed) return current; 1711 otherlv_2=(Token)match(input,EqualsSign,FOLLOW_6);
1894 if ( state.backtracking==0 ) {
1895 1712
1896 newLeafNode(otherlv_2, grammarAccess.getMetricDefinitionAccess().getEqualsSignKeyword_2()); 1713 newLeafNode(otherlv_2, grammarAccess.getMetricDefinitionAccess().getEqualsSignKeyword_2());
1897 1714
1898 } 1715 // InternalSolverLanguageParser.g:690:3: ( (lv_body_3_0= ruleExpression ) )
1899 // InternalSolverLanguage.g:701:3: ( (lv_body_3_0= ruleExpression ) ) 1716 // InternalSolverLanguageParser.g:691:4: (lv_body_3_0= ruleExpression )
1900 // InternalSolverLanguage.g:702:4: (lv_body_3_0= ruleExpression )
1901 { 1717 {
1902 // InternalSolverLanguage.g:702:4: (lv_body_3_0= ruleExpression ) 1718 // InternalSolverLanguageParser.g:691:4: (lv_body_3_0= ruleExpression )
1903 // InternalSolverLanguage.g:703:5: lv_body_3_0= ruleExpression 1719 // InternalSolverLanguageParser.g:692:5: lv_body_3_0= ruleExpression
1904 { 1720 {
1905 if ( state.backtracking==0 ) {
1906 1721
1907 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getBodyExpressionParserRuleCall_3_0()); 1722 newCompositeNode(grammarAccess.getMetricDefinitionAccess().getBodyExpressionParserRuleCall_3_0());
1908 1723
1909 }
1910 pushFollow(FOLLOW_2); 1724 pushFollow(FOLLOW_2);
1911 lv_body_3_0=ruleExpression(); 1725 lv_body_3_0=ruleExpression();
1912 1726
1913 state._fsp--; 1727 state._fsp--;
1914 if (state.failed) return current;
1915 if ( state.backtracking==0 ) {
1916 1728
1917 if (current==null) { 1729
1918 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule()); 1730 if (current==null) {
1919 } 1731 current = createModelElementForParent(grammarAccess.getMetricDefinitionRule());
1920 set( 1732 }
1921 current, 1733 set(
1922 "body", 1734 current,
1923 lv_body_3_0, 1735 "body",
1924 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 1736 lv_body_3_0,
1925 afterParserOrEnumRuleCall(); 1737 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
1926 1738 afterParserOrEnumRuleCall();
1927 } 1739
1928 1740
1929 } 1741 }
1930 1742
@@ -1937,11 +1749,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1937 1749
1938 } 1750 }
1939 1751
1940 if ( state.backtracking==0 ) {
1941 1752
1942 leaveRule(); 1753 leaveRule();
1943 1754
1944 }
1945 } 1755 }
1946 1756
1947 catch (RecognitionException re) { 1757 catch (RecognitionException re) {
@@ -1956,7 +1766,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1956 1766
1957 1767
1958 // $ANTLR start "entryRuleExternMetricDefinition" 1768 // $ANTLR start "entryRuleExternMetricDefinition"
1959 // InternalSolverLanguage.g:724:1: entryRuleExternMetricDefinition returns [EObject current=null] : iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF ; 1769 // InternalSolverLanguageParser.g:713:1: entryRuleExternMetricDefinition returns [EObject current=null] : iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF ;
1960 public final EObject entryRuleExternMetricDefinition() throws RecognitionException { 1770 public final EObject entryRuleExternMetricDefinition() throws RecognitionException {
1961 EObject current = null; 1771 EObject current = null;
1962 1772
@@ -1964,21 +1774,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1964 1774
1965 1775
1966 try { 1776 try {
1967 // InternalSolverLanguage.g:724:63: (iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF ) 1777 // InternalSolverLanguageParser.g:713:63: (iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF )
1968 // InternalSolverLanguage.g:725:2: iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF 1778 // InternalSolverLanguageParser.g:714:2: iv_ruleExternMetricDefinition= ruleExternMetricDefinition EOF
1969 { 1779 {
1970 if ( state.backtracking==0 ) { 1780 newCompositeNode(grammarAccess.getExternMetricDefinitionRule());
1971 newCompositeNode(grammarAccess.getExternMetricDefinitionRule());
1972 }
1973 pushFollow(FOLLOW_1); 1781 pushFollow(FOLLOW_1);
1974 iv_ruleExternMetricDefinition=ruleExternMetricDefinition(); 1782 iv_ruleExternMetricDefinition=ruleExternMetricDefinition();
1975 1783
1976 state._fsp--; 1784 state._fsp--;
1977 if (state.failed) return current; 1785
1978 if ( state.backtracking==0 ) { 1786 current =iv_ruleExternMetricDefinition;
1979 current =iv_ruleExternMetricDefinition; 1787 match(input,EOF,FOLLOW_2);
1980 }
1981 match(input,EOF,FOLLOW_2); if (state.failed) return current;
1982 1788
1983 } 1789 }
1984 1790
@@ -1996,7 +1802,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
1996 1802
1997 1803
1998 // $ANTLR start "ruleExternMetricDefinition" 1804 // $ANTLR start "ruleExternMetricDefinition"
1999 // InternalSolverLanguage.g:731:1: ruleExternMetricDefinition returns [EObject current=null] : (otherlv_0= 'extern' ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) ; 1805 // InternalSolverLanguageParser.g:720:1: ruleExternMetricDefinition returns [EObject current=null] : (otherlv_0= Extern ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) ;
2000 public final EObject ruleExternMetricDefinition() throws RecognitionException { 1806 public final EObject ruleExternMetricDefinition() throws RecognitionException {
2001 EObject current = null; 1807 EObject current = null;
2002 1808
@@ -2010,82 +1816,72 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2010 enterRule(); 1816 enterRule();
2011 1817
2012 try { 1818 try {
2013 // InternalSolverLanguage.g:737:2: ( (otherlv_0= 'extern' ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) ) 1819 // InternalSolverLanguageParser.g:726:2: ( (otherlv_0= Extern ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) )
2014 // InternalSolverLanguage.g:738:2: (otherlv_0= 'extern' ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) 1820 // InternalSolverLanguageParser.g:727:2: (otherlv_0= Extern ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) )
2015 { 1821 {
2016 // InternalSolverLanguage.g:738:2: (otherlv_0= 'extern' ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) ) 1822 // InternalSolverLanguageParser.g:727:2: (otherlv_0= Extern ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) )
2017 // InternalSolverLanguage.g:739:3: otherlv_0= 'extern' ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) ) 1823 // InternalSolverLanguageParser.g:728:3: otherlv_0= Extern ( (lv_type_1_0= ruleMetricType ) ) ( (lv_head_2_0= ruleCall ) )
2018 { 1824 {
2019 otherlv_0=(Token)match(input,21,FOLLOW_14); if (state.failed) return current; 1825 otherlv_0=(Token)match(input,Extern,FOLLOW_14);
2020 if ( state.backtracking==0 ) {
2021 1826
2022 newLeafNode(otherlv_0, grammarAccess.getExternMetricDefinitionAccess().getExternKeyword_0()); 1827 newLeafNode(otherlv_0, grammarAccess.getExternMetricDefinitionAccess().getExternKeyword_0());
2023 1828
2024 } 1829 // InternalSolverLanguageParser.g:732:3: ( (lv_type_1_0= ruleMetricType ) )
2025 // InternalSolverLanguage.g:743:3: ( (lv_type_1_0= ruleMetricType ) ) 1830 // InternalSolverLanguageParser.g:733:4: (lv_type_1_0= ruleMetricType )
2026 // InternalSolverLanguage.g:744:4: (lv_type_1_0= ruleMetricType )
2027 { 1831 {
2028 // InternalSolverLanguage.g:744:4: (lv_type_1_0= ruleMetricType ) 1832 // InternalSolverLanguageParser.g:733:4: (lv_type_1_0= ruleMetricType )
2029 // InternalSolverLanguage.g:745:5: lv_type_1_0= ruleMetricType 1833 // InternalSolverLanguageParser.g:734:5: lv_type_1_0= ruleMetricType
2030 { 1834 {
2031 if ( state.backtracking==0 ) {
2032 1835
2033 newCompositeNode(grammarAccess.getExternMetricDefinitionAccess().getTypeMetricTypeEnumRuleCall_1_0()); 1836 newCompositeNode(grammarAccess.getExternMetricDefinitionAccess().getTypeMetricTypeEnumRuleCall_1_0());
2034 1837
2035 } 1838 pushFollow(FOLLOW_8);
2036 pushFollow(FOLLOW_7);
2037 lv_type_1_0=ruleMetricType(); 1839 lv_type_1_0=ruleMetricType();
2038 1840
2039 state._fsp--; 1841 state._fsp--;
2040 if (state.failed) return current;
2041 if ( state.backtracking==0 ) {
2042 1842
2043 if (current==null) { 1843
2044 current = createModelElementForParent(grammarAccess.getExternMetricDefinitionRule()); 1844 if (current==null) {
2045 } 1845 current = createModelElementForParent(grammarAccess.getExternMetricDefinitionRule());
2046 set( 1846 }
2047 current, 1847 set(
2048 "type", 1848 current,
2049 lv_type_1_0, 1849 "type",
2050 "org.eclipse.viatra.solver.language.SolverLanguage.MetricType"); 1850 lv_type_1_0,
2051 afterParserOrEnumRuleCall(); 1851 "org.eclipse.viatra.solver.language.SolverLanguage.MetricType");
2052 1852 afterParserOrEnumRuleCall();
2053 } 1853
2054 1854
2055 } 1855 }
2056 1856
2057 1857
2058 } 1858 }
2059 1859
2060 // InternalSolverLanguage.g:762:3: ( (lv_head_2_0= ruleCall ) ) 1860 // InternalSolverLanguageParser.g:751:3: ( (lv_head_2_0= ruleCall ) )
2061 // InternalSolverLanguage.g:763:4: (lv_head_2_0= ruleCall ) 1861 // InternalSolverLanguageParser.g:752:4: (lv_head_2_0= ruleCall )
2062 { 1862 {
2063 // InternalSolverLanguage.g:763:4: (lv_head_2_0= ruleCall ) 1863 // InternalSolverLanguageParser.g:752:4: (lv_head_2_0= ruleCall )
2064 // InternalSolverLanguage.g:764:5: lv_head_2_0= ruleCall 1864 // InternalSolverLanguageParser.g:753:5: lv_head_2_0= ruleCall
2065 { 1865 {
2066 if ( state.backtracking==0 ) {
2067 1866
2068 newCompositeNode(grammarAccess.getExternMetricDefinitionAccess().getHeadCallParserRuleCall_2_0()); 1867 newCompositeNode(grammarAccess.getExternMetricDefinitionAccess().getHeadCallParserRuleCall_2_0());
2069 1868
2070 }
2071 pushFollow(FOLLOW_2); 1869 pushFollow(FOLLOW_2);
2072 lv_head_2_0=ruleCall(); 1870 lv_head_2_0=ruleCall();
2073 1871
2074 state._fsp--; 1872 state._fsp--;
2075 if (state.failed) return current;
2076 if ( state.backtracking==0 ) {
2077 1873
2078 if (current==null) { 1874
2079 current = createModelElementForParent(grammarAccess.getExternMetricDefinitionRule()); 1875 if (current==null) {
2080 } 1876 current = createModelElementForParent(grammarAccess.getExternMetricDefinitionRule());
2081 set( 1877 }
2082 current, 1878 set(
2083 "head", 1879 current,
2084 lv_head_2_0, 1880 "head",
2085 "org.eclipse.viatra.solver.language.SolverLanguage.Call"); 1881 lv_head_2_0,
2086 afterParserOrEnumRuleCall(); 1882 "org.eclipse.viatra.solver.language.SolverLanguage.Call");
2087 1883 afterParserOrEnumRuleCall();
2088 } 1884
2089 1885
2090 } 1886 }
2091 1887
@@ -2098,11 +1894,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2098 1894
2099 } 1895 }
2100 1896
2101 if ( state.backtracking==0 ) {
2102 1897
2103 leaveRule(); 1898 leaveRule();
2104 1899
2105 }
2106 } 1900 }
2107 1901
2108 catch (RecognitionException re) { 1902 catch (RecognitionException re) {
@@ -2117,7 +1911,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2117 1911
2118 1912
2119 // $ANTLR start "entryRuleExpression" 1913 // $ANTLR start "entryRuleExpression"
2120 // InternalSolverLanguage.g:785:1: entryRuleExpression returns [EObject current=null] : iv_ruleExpression= ruleExpression EOF ; 1914 // InternalSolverLanguageParser.g:774:1: entryRuleExpression returns [EObject current=null] : iv_ruleExpression= ruleExpression EOF ;
2121 public final EObject entryRuleExpression() throws RecognitionException { 1915 public final EObject entryRuleExpression() throws RecognitionException {
2122 EObject current = null; 1916 EObject current = null;
2123 1917
@@ -2125,21 +1919,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2125 1919
2126 1920
2127 try { 1921 try {
2128 // InternalSolverLanguage.g:785:51: (iv_ruleExpression= ruleExpression EOF ) 1922 // InternalSolverLanguageParser.g:774:51: (iv_ruleExpression= ruleExpression EOF )
2129 // InternalSolverLanguage.g:786:2: iv_ruleExpression= ruleExpression EOF 1923 // InternalSolverLanguageParser.g:775:2: iv_ruleExpression= ruleExpression EOF
2130 { 1924 {
2131 if ( state.backtracking==0 ) { 1925 newCompositeNode(grammarAccess.getExpressionRule());
2132 newCompositeNode(grammarAccess.getExpressionRule());
2133 }
2134 pushFollow(FOLLOW_1); 1926 pushFollow(FOLLOW_1);
2135 iv_ruleExpression=ruleExpression(); 1927 iv_ruleExpression=ruleExpression();
2136 1928
2137 state._fsp--; 1929 state._fsp--;
2138 if (state.failed) return current; 1930
2139 if ( state.backtracking==0 ) { 1931 current =iv_ruleExpression;
2140 current =iv_ruleExpression; 1932 match(input,EOF,FOLLOW_2);
2141 }
2142 match(input,EOF,FOLLOW_2); if (state.failed) return current;
2143 1933
2144 } 1934 }
2145 1935
@@ -2157,7 +1947,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2157 1947
2158 1948
2159 // $ANTLR start "ruleExpression" 1949 // $ANTLR start "ruleExpression"
2160 // InternalSolverLanguage.g:792:1: ruleExpression returns [EObject current=null] : (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) ; 1950 // InternalSolverLanguageParser.g:781:1: ruleExpression returns [EObject current=null] : (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) ;
2161 public final EObject ruleExpression() throws RecognitionException { 1951 public final EObject ruleExpression() throws RecognitionException {
2162 EObject current = null; 1952 EObject current = null;
2163 1953
@@ -2170,21 +1960,20 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2170 enterRule(); 1960 enterRule();
2171 1961
2172 try { 1962 try {
2173 // InternalSolverLanguage.g:798:2: ( (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) ) 1963 // InternalSolverLanguageParser.g:787:2: ( (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) )
2174 // InternalSolverLanguage.g:799:2: (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) 1964 // InternalSolverLanguageParser.g:788:2: (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression )
2175 { 1965 {
2176 // InternalSolverLanguage.g:799:2: (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression ) 1966 // InternalSolverLanguageParser.g:788:2: (this_IfElse_0= ruleIfElse | this_DisjunctiveExpression_1= ruleDisjunctiveExpression )
2177 int alt8=2; 1967 int alt8=2;
2178 int LA8_0 = input.LA(1); 1968 int LA8_0 = input.LA(1);
2179 1969
2180 if ( (LA8_0==23) ) { 1970 if ( (LA8_0==If) ) {
2181 alt8=1; 1971 alt8=1;
2182 } 1972 }
2183 else if ( ((LA8_0>=RULE_STRING && LA8_0<=RULE_QUOTED_ID)||LA8_0==19||LA8_0==29||LA8_0==33||LA8_0==36||(LA8_0>=39 && LA8_0<=40)||(LA8_0>=56 && LA8_0<=57)||(LA8_0>=60 && LA8_0<=72)) ) { 1973 else if ( (LA8_0==Current||LA8_0==Unknown||(LA8_0>=Count && LA8_0<=False)||(LA8_0>=Must && LA8_0<=Prod)||LA8_0==True||(LA8_0>=Avg && LA8_0<=Inf)||(LA8_0>=Max && LA8_0<=Sum)||(LA8_0>=ExclamationMark && LA8_0<=LeftParenthesis)||LA8_0==PlusSign||LA8_0==HyphenMinus||LA8_0==LeftSquareBracket||(LA8_0>=RULE_STRING && LA8_0<=RULE_QUOTED_ID)||(LA8_0>=RULE_ID && LA8_0<=RULE_INT)) ) {
2184 alt8=2; 1974 alt8=2;
2185 } 1975 }
2186 else { 1976 else {
2187 if (state.backtracking>0) {state.failed=true; return current;}
2188 NoViableAltException nvae = 1977 NoViableAltException nvae =
2189 new NoViableAltException("", 8, 0, input); 1978 new NoViableAltException("", 8, 0, input);
2190 1979
@@ -2192,46 +1981,38 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2192 } 1981 }
2193 switch (alt8) { 1982 switch (alt8) {
2194 case 1 : 1983 case 1 :
2195 // InternalSolverLanguage.g:800:3: this_IfElse_0= ruleIfElse 1984 // InternalSolverLanguageParser.g:789:3: this_IfElse_0= ruleIfElse
2196 { 1985 {
2197 if ( state.backtracking==0 ) {
2198 1986
2199 newCompositeNode(grammarAccess.getExpressionAccess().getIfElseParserRuleCall_0()); 1987 newCompositeNode(grammarAccess.getExpressionAccess().getIfElseParserRuleCall_0());
2200 1988
2201 }
2202 pushFollow(FOLLOW_2); 1989 pushFollow(FOLLOW_2);
2203 this_IfElse_0=ruleIfElse(); 1990 this_IfElse_0=ruleIfElse();
2204 1991
2205 state._fsp--; 1992 state._fsp--;
2206 if (state.failed) return current;
2207 if ( state.backtracking==0 ) {
2208 1993
2209 current = this_IfElse_0; 1994
2210 afterParserOrEnumRuleCall(); 1995 current = this_IfElse_0;
2211 1996 afterParserOrEnumRuleCall();
2212 } 1997
2213 1998
2214 } 1999 }
2215 break; 2000 break;
2216 case 2 : 2001 case 2 :
2217 // InternalSolverLanguage.g:809:3: this_DisjunctiveExpression_1= ruleDisjunctiveExpression 2002 // InternalSolverLanguageParser.g:798:3: this_DisjunctiveExpression_1= ruleDisjunctiveExpression
2218 { 2003 {
2219 if ( state.backtracking==0 ) {
2220 2004
2221 newCompositeNode(grammarAccess.getExpressionAccess().getDisjunctiveExpressionParserRuleCall_1()); 2005 newCompositeNode(grammarAccess.getExpressionAccess().getDisjunctiveExpressionParserRuleCall_1());
2222 2006
2223 }
2224 pushFollow(FOLLOW_2); 2007 pushFollow(FOLLOW_2);
2225 this_DisjunctiveExpression_1=ruleDisjunctiveExpression(); 2008 this_DisjunctiveExpression_1=ruleDisjunctiveExpression();
2226 2009
2227 state._fsp--; 2010 state._fsp--;
2228 if (state.failed) return current;
2229 if ( state.backtracking==0 ) {
2230 2011
2231 current = this_DisjunctiveExpression_1; 2012
2232 afterParserOrEnumRuleCall(); 2013 current = this_DisjunctiveExpression_1;
2233 2014 afterParserOrEnumRuleCall();
2234 } 2015
2235 2016
2236 } 2017 }
2237 break; 2018 break;
@@ -2241,11 +2022,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2241 2022
2242 } 2023 }
2243 2024
2244 if ( state.backtracking==0 ) {
2245 2025
2246 leaveRule(); 2026 leaveRule();
2247 2027
2248 }
2249 } 2028 }
2250 2029
2251 catch (RecognitionException re) { 2030 catch (RecognitionException re) {
@@ -2260,7 +2039,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2260 2039
2261 2040
2262 // $ANTLR start "entryRuleIfElse" 2041 // $ANTLR start "entryRuleIfElse"
2263 // InternalSolverLanguage.g:821:1: entryRuleIfElse returns [EObject current=null] : iv_ruleIfElse= ruleIfElse EOF ; 2042 // InternalSolverLanguageParser.g:810:1: entryRuleIfElse returns [EObject current=null] : iv_ruleIfElse= ruleIfElse EOF ;
2264 public final EObject entryRuleIfElse() throws RecognitionException { 2043 public final EObject entryRuleIfElse() throws RecognitionException {
2265 EObject current = null; 2044 EObject current = null;
2266 2045
@@ -2268,21 +2047,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2268 2047
2269 2048
2270 try { 2049 try {
2271 // InternalSolverLanguage.g:821:47: (iv_ruleIfElse= ruleIfElse EOF ) 2050 // InternalSolverLanguageParser.g:810:47: (iv_ruleIfElse= ruleIfElse EOF )
2272 // InternalSolverLanguage.g:822:2: iv_ruleIfElse= ruleIfElse EOF 2051 // InternalSolverLanguageParser.g:811:2: iv_ruleIfElse= ruleIfElse EOF
2273 { 2052 {
2274 if ( state.backtracking==0 ) { 2053 newCompositeNode(grammarAccess.getIfElseRule());
2275 newCompositeNode(grammarAccess.getIfElseRule());
2276 }
2277 pushFollow(FOLLOW_1); 2054 pushFollow(FOLLOW_1);
2278 iv_ruleIfElse=ruleIfElse(); 2055 iv_ruleIfElse=ruleIfElse();
2279 2056
2280 state._fsp--; 2057 state._fsp--;
2281 if (state.failed) return current; 2058
2282 if ( state.backtracking==0 ) { 2059 current =iv_ruleIfElse;
2283 current =iv_ruleIfElse; 2060 match(input,EOF,FOLLOW_2);
2284 }
2285 match(input,EOF,FOLLOW_2); if (state.failed) return current;
2286 2061
2287 } 2062 }
2288 2063
@@ -2300,7 +2075,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2300 2075
2301 2076
2302 // $ANTLR start "ruleIfElse" 2077 // $ANTLR start "ruleIfElse"
2303 // InternalSolverLanguage.g:828:1: ruleIfElse returns [EObject current=null] : (otherlv_0= 'if' ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= 'then' ( (lv_then_3_0= ruleExpression ) ) otherlv_4= 'else' ( (lv_else_5_0= ruleExpression ) ) ) ; 2078 // InternalSolverLanguageParser.g:817:1: ruleIfElse returns [EObject current=null] : (otherlv_0= If ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= Then ( (lv_then_3_0= ruleExpression ) ) otherlv_4= Else ( (lv_else_5_0= ruleExpression ) ) ) ;
2304 public final EObject ruleIfElse() throws RecognitionException { 2079 public final EObject ruleIfElse() throws RecognitionException {
2305 EObject current = null; 2080 EObject current = null;
2306 2081
@@ -2318,129 +2093,111 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2318 enterRule(); 2093 enterRule();
2319 2094
2320 try { 2095 try {
2321 // InternalSolverLanguage.g:834:2: ( (otherlv_0= 'if' ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= 'then' ( (lv_then_3_0= ruleExpression ) ) otherlv_4= 'else' ( (lv_else_5_0= ruleExpression ) ) ) ) 2096 // InternalSolverLanguageParser.g:823:2: ( (otherlv_0= If ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= Then ( (lv_then_3_0= ruleExpression ) ) otherlv_4= Else ( (lv_else_5_0= ruleExpression ) ) ) )
2322 // InternalSolverLanguage.g:835:2: (otherlv_0= 'if' ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= 'then' ( (lv_then_3_0= ruleExpression ) ) otherlv_4= 'else' ( (lv_else_5_0= ruleExpression ) ) ) 2097 // InternalSolverLanguageParser.g:824:2: (otherlv_0= If ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= Then ( (lv_then_3_0= ruleExpression ) ) otherlv_4= Else ( (lv_else_5_0= ruleExpression ) ) )
2323 { 2098 {
2324 // InternalSolverLanguage.g:835:2: (otherlv_0= 'if' ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= 'then' ( (lv_then_3_0= ruleExpression ) ) otherlv_4= 'else' ( (lv_else_5_0= ruleExpression ) ) ) 2099 // InternalSolverLanguageParser.g:824:2: (otherlv_0= If ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= Then ( (lv_then_3_0= ruleExpression ) ) otherlv_4= Else ( (lv_else_5_0= ruleExpression ) ) )
2325 // InternalSolverLanguage.g:836:3: otherlv_0= 'if' ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= 'then' ( (lv_then_3_0= ruleExpression ) ) otherlv_4= 'else' ( (lv_else_5_0= ruleExpression ) ) 2100 // InternalSolverLanguageParser.g:825:3: otherlv_0= If ( (lv_condition_1_0= ruleExpression ) ) otherlv_2= Then ( (lv_then_3_0= ruleExpression ) ) otherlv_4= Else ( (lv_else_5_0= ruleExpression ) )
2326 { 2101 {
2327 otherlv_0=(Token)match(input,23,FOLLOW_6); if (state.failed) return current; 2102 otherlv_0=(Token)match(input,If,FOLLOW_6);
2328 if ( state.backtracking==0 ) {
2329 2103
2330 newLeafNode(otherlv_0, grammarAccess.getIfElseAccess().getIfKeyword_0()); 2104 newLeafNode(otherlv_0, grammarAccess.getIfElseAccess().getIfKeyword_0());
2331 2105
2332 } 2106 // InternalSolverLanguageParser.g:829:3: ( (lv_condition_1_0= ruleExpression ) )
2333 // InternalSolverLanguage.g:840:3: ( (lv_condition_1_0= ruleExpression ) ) 2107 // InternalSolverLanguageParser.g:830:4: (lv_condition_1_0= ruleExpression )
2334 // InternalSolverLanguage.g:841:4: (lv_condition_1_0= ruleExpression )
2335 { 2108 {
2336 // InternalSolverLanguage.g:841:4: (lv_condition_1_0= ruleExpression ) 2109 // InternalSolverLanguageParser.g:830:4: (lv_condition_1_0= ruleExpression )
2337 // InternalSolverLanguage.g:842:5: lv_condition_1_0= ruleExpression 2110 // InternalSolverLanguageParser.g:831:5: lv_condition_1_0= ruleExpression
2338 { 2111 {
2339 if ( state.backtracking==0 ) {
2340 2112
2341 newCompositeNode(grammarAccess.getIfElseAccess().getConditionExpressionParserRuleCall_1_0()); 2113 newCompositeNode(grammarAccess.getIfElseAccess().getConditionExpressionParserRuleCall_1_0());
2342 2114
2343 }
2344 pushFollow(FOLLOW_15); 2115 pushFollow(FOLLOW_15);
2345 lv_condition_1_0=ruleExpression(); 2116 lv_condition_1_0=ruleExpression();
2346 2117
2347 state._fsp--; 2118 state._fsp--;
2348 if (state.failed) return current;
2349 if ( state.backtracking==0 ) {
2350 2119
2351 if (current==null) { 2120
2352 current = createModelElementForParent(grammarAccess.getIfElseRule()); 2121 if (current==null) {
2353 } 2122 current = createModelElementForParent(grammarAccess.getIfElseRule());
2354 set( 2123 }
2355 current, 2124 set(
2356 "condition", 2125 current,
2357 lv_condition_1_0, 2126 "condition",
2358 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 2127 lv_condition_1_0,
2359 afterParserOrEnumRuleCall(); 2128 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
2360 2129 afterParserOrEnumRuleCall();
2361 } 2130
2362 2131
2363 } 2132 }
2364 2133
2365 2134
2366 } 2135 }
2367 2136
2368 otherlv_2=(Token)match(input,24,FOLLOW_6); if (state.failed) return current; 2137 otherlv_2=(Token)match(input,Then,FOLLOW_6);
2369 if ( state.backtracking==0 ) {
2370 2138
2371 newLeafNode(otherlv_2, grammarAccess.getIfElseAccess().getThenKeyword_2()); 2139 newLeafNode(otherlv_2, grammarAccess.getIfElseAccess().getThenKeyword_2());
2372 2140
2373 } 2141 // InternalSolverLanguageParser.g:852:3: ( (lv_then_3_0= ruleExpression ) )
2374 // InternalSolverLanguage.g:863:3: ( (lv_then_3_0= ruleExpression ) ) 2142 // InternalSolverLanguageParser.g:853:4: (lv_then_3_0= ruleExpression )
2375 // InternalSolverLanguage.g:864:4: (lv_then_3_0= ruleExpression )
2376 { 2143 {
2377 // InternalSolverLanguage.g:864:4: (lv_then_3_0= ruleExpression ) 2144 // InternalSolverLanguageParser.g:853:4: (lv_then_3_0= ruleExpression )
2378 // InternalSolverLanguage.g:865:5: lv_then_3_0= ruleExpression 2145 // InternalSolverLanguageParser.g:854:5: lv_then_3_0= ruleExpression
2379 { 2146 {
2380 if ( state.backtracking==0 ) {
2381 2147
2382 newCompositeNode(grammarAccess.getIfElseAccess().getThenExpressionParserRuleCall_3_0()); 2148 newCompositeNode(grammarAccess.getIfElseAccess().getThenExpressionParserRuleCall_3_0());
2383 2149
2384 }
2385 pushFollow(FOLLOW_16); 2150 pushFollow(FOLLOW_16);
2386 lv_then_3_0=ruleExpression(); 2151 lv_then_3_0=ruleExpression();
2387 2152
2388 state._fsp--; 2153 state._fsp--;
2389 if (state.failed) return current;
2390 if ( state.backtracking==0 ) {
2391 2154
2392 if (current==null) { 2155
2393 current = createModelElementForParent(grammarAccess.getIfElseRule()); 2156 if (current==null) {
2394 } 2157 current = createModelElementForParent(grammarAccess.getIfElseRule());
2395 set( 2158 }
2396 current, 2159 set(
2397 "then", 2160 current,
2398 lv_then_3_0, 2161 "then",
2399 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 2162 lv_then_3_0,
2400 afterParserOrEnumRuleCall(); 2163 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
2401 2164 afterParserOrEnumRuleCall();
2402 } 2165
2403 2166
2404 } 2167 }
2405 2168
2406 2169
2407 } 2170 }
2408 2171
2409 otherlv_4=(Token)match(input,25,FOLLOW_6); if (state.failed) return current; 2172 otherlv_4=(Token)match(input,Else,FOLLOW_6);
2410 if ( state.backtracking==0 ) {
2411 2173
2412 newLeafNode(otherlv_4, grammarAccess.getIfElseAccess().getElseKeyword_4()); 2174 newLeafNode(otherlv_4, grammarAccess.getIfElseAccess().getElseKeyword_4());
2413 2175
2414 } 2176 // InternalSolverLanguageParser.g:875:3: ( (lv_else_5_0= ruleExpression ) )
2415 // InternalSolverLanguage.g:886:3: ( (lv_else_5_0= ruleExpression ) ) 2177 // InternalSolverLanguageParser.g:876:4: (lv_else_5_0= ruleExpression )
2416 // InternalSolverLanguage.g:887:4: (lv_else_5_0= ruleExpression )
2417 { 2178 {
2418 // InternalSolverLanguage.g:887:4: (lv_else_5_0= ruleExpression ) 2179 // InternalSolverLanguageParser.g:876:4: (lv_else_5_0= ruleExpression )
2419 // InternalSolverLanguage.g:888:5: lv_else_5_0= ruleExpression 2180 // InternalSolverLanguageParser.g:877:5: lv_else_5_0= ruleExpression
2420 { 2181 {
2421 if ( state.backtracking==0 ) {
2422 2182
2423 newCompositeNode(grammarAccess.getIfElseAccess().getElseExpressionParserRuleCall_5_0()); 2183 newCompositeNode(grammarAccess.getIfElseAccess().getElseExpressionParserRuleCall_5_0());
2424 2184
2425 }
2426 pushFollow(FOLLOW_2); 2185 pushFollow(FOLLOW_2);
2427 lv_else_5_0=ruleExpression(); 2186 lv_else_5_0=ruleExpression();
2428 2187
2429 state._fsp--; 2188 state._fsp--;
2430 if (state.failed) return current;
2431 if ( state.backtracking==0 ) {
2432 2189
2433 if (current==null) { 2190
2434 current = createModelElementForParent(grammarAccess.getIfElseRule()); 2191 if (current==null) {
2435 } 2192 current = createModelElementForParent(grammarAccess.getIfElseRule());
2436 set( 2193 }
2437 current, 2194 set(
2438 "else", 2195 current,
2439 lv_else_5_0, 2196 "else",
2440 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 2197 lv_else_5_0,
2441 afterParserOrEnumRuleCall(); 2198 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
2442 2199 afterParserOrEnumRuleCall();
2443 } 2200
2444 2201
2445 } 2202 }
2446 2203
@@ -2453,11 +2210,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2453 2210
2454 } 2211 }
2455 2212
2456 if ( state.backtracking==0 ) {
2457 2213
2458 leaveRule(); 2214 leaveRule();
2459 2215
2460 }
2461 } 2216 }
2462 2217
2463 catch (RecognitionException re) { 2218 catch (RecognitionException re) {
@@ -2472,7 +2227,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2472 2227
2473 2228
2474 // $ANTLR start "entryRuleDisjunctiveExpression" 2229 // $ANTLR start "entryRuleDisjunctiveExpression"
2475 // InternalSolverLanguage.g:909:1: entryRuleDisjunctiveExpression returns [EObject current=null] : iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF ; 2230 // InternalSolverLanguageParser.g:898:1: entryRuleDisjunctiveExpression returns [EObject current=null] : iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF ;
2476 public final EObject entryRuleDisjunctiveExpression() throws RecognitionException { 2231 public final EObject entryRuleDisjunctiveExpression() throws RecognitionException {
2477 EObject current = null; 2232 EObject current = null;
2478 2233
@@ -2480,21 +2235,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2480 2235
2481 2236
2482 try { 2237 try {
2483 // InternalSolverLanguage.g:909:62: (iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF ) 2238 // InternalSolverLanguageParser.g:898:62: (iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF )
2484 // InternalSolverLanguage.g:910:2: iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF 2239 // InternalSolverLanguageParser.g:899:2: iv_ruleDisjunctiveExpression= ruleDisjunctiveExpression EOF
2485 { 2240 {
2486 if ( state.backtracking==0 ) { 2241 newCompositeNode(grammarAccess.getDisjunctiveExpressionRule());
2487 newCompositeNode(grammarAccess.getDisjunctiveExpressionRule());
2488 }
2489 pushFollow(FOLLOW_1); 2242 pushFollow(FOLLOW_1);
2490 iv_ruleDisjunctiveExpression=ruleDisjunctiveExpression(); 2243 iv_ruleDisjunctiveExpression=ruleDisjunctiveExpression();
2491 2244
2492 state._fsp--; 2245 state._fsp--;
2493 if (state.failed) return current; 2246
2494 if ( state.backtracking==0 ) { 2247 current =iv_ruleDisjunctiveExpression;
2495 current =iv_ruleDisjunctiveExpression; 2248 match(input,EOF,FOLLOW_2);
2496 }
2497 match(input,EOF,FOLLOW_2); if (state.failed) return current;
2498 2249
2499 } 2250 }
2500 2251
@@ -2512,7 +2263,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2512 2263
2513 2264
2514 // $ANTLR start "ruleDisjunctiveExpression" 2265 // $ANTLR start "ruleDisjunctiveExpression"
2515 // InternalSolverLanguage.g:916:1: ruleDisjunctiveExpression returns [EObject current=null] : (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) ; 2266 // InternalSolverLanguageParser.g:905:1: ruleDisjunctiveExpression returns [EObject current=null] : (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) ;
2516 public final EObject ruleDisjunctiveExpression() throws RecognitionException { 2267 public final EObject ruleDisjunctiveExpression() throws RecognitionException {
2517 EObject current = null; 2268 EObject current = null;
2518 2269
@@ -2532,109 +2283,97 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2532 enterRule(); 2283 enterRule();
2533 2284
2534 try { 2285 try {
2535 // InternalSolverLanguage.g:922:2: ( (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) ) 2286 // InternalSolverLanguageParser.g:911:2: ( (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) )
2536 // InternalSolverLanguage.g:923:2: (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) 2287 // InternalSolverLanguageParser.g:912:2: (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )? )
2537 { 2288 {
2538 // InternalSolverLanguage.g:923:2: (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? ) 2289 // InternalSolverLanguageParser.g:912:2: (this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )? )
2539 // InternalSolverLanguage.g:924:3: this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? 2290 // InternalSolverLanguageParser.g:913:3: this_ConjunctiveExpression_0= ruleConjunctiveExpression ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )?
2540 { 2291 {
2541 if ( state.backtracking==0 ) {
2542 2292
2543 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getConjunctiveExpressionParserRuleCall_0()); 2293 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getConjunctiveExpressionParserRuleCall_0());
2544 2294
2545 }
2546 pushFollow(FOLLOW_17); 2295 pushFollow(FOLLOW_17);
2547 this_ConjunctiveExpression_0=ruleConjunctiveExpression(); 2296 this_ConjunctiveExpression_0=ruleConjunctiveExpression();
2548 2297
2549 state._fsp--; 2298 state._fsp--;
2550 if (state.failed) return current;
2551 if ( state.backtracking==0 ) {
2552 2299
2553 current = this_ConjunctiveExpression_0; 2300
2554 afterParserOrEnumRuleCall(); 2301 current = this_ConjunctiveExpression_0;
2555 2302 afterParserOrEnumRuleCall();
2556 } 2303
2557 // InternalSolverLanguage.g:932:3: ( ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) )? 2304 // InternalSolverLanguageParser.g:921:3: ( ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) | ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* ) )?
2558 int alt11=3; 2305 int alt11=3;
2559 int LA11_0 = input.LA(1); 2306 int LA11_0 = input.LA(1);
2560 2307
2561 if ( (LA11_0==26) ) { 2308 if ( (LA11_0==Semicolon) ) {
2562 alt11=1; 2309 alt11=1;
2563 } 2310 }
2564 else if ( (LA11_0==27) ) { 2311 else if ( (LA11_0==HyphenMinusGreaterThanSign) ) {
2565 alt11=2; 2312 alt11=2;
2566 } 2313 }
2567 switch (alt11) { 2314 switch (alt11) {
2568 case 1 : 2315 case 1 :
2569 // InternalSolverLanguage.g:933:4: ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) 2316 // InternalSolverLanguageParser.g:922:4: ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ )
2570 { 2317 {
2571 // InternalSolverLanguage.g:933:4: ( () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ ) 2318 // InternalSolverLanguageParser.g:922:4: ( () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ )
2572 // InternalSolverLanguage.g:934:5: () (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ 2319 // InternalSolverLanguageParser.g:923:5: () (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+
2573 { 2320 {
2574 // InternalSolverLanguage.g:934:5: () 2321 // InternalSolverLanguageParser.g:923:5: ()
2575 // InternalSolverLanguage.g:935:6: 2322 // InternalSolverLanguageParser.g:924:6:
2576 { 2323 {
2577 if ( state.backtracking==0 ) {
2578 2324
2579 current = forceCreateModelElementAndAdd( 2325 current = forceCreateModelElementAndAdd(
2580 grammarAccess.getDisjunctiveExpressionAccess().getDisjunctionChildrenAction_1_0_0(), 2326 grammarAccess.getDisjunctiveExpressionAccess().getDisjunctionChildrenAction_1_0_0(),
2581 current); 2327 current);
2582 2328
2583 }
2584 2329
2585 } 2330 }
2586 2331
2587 // InternalSolverLanguage.g:941:5: (otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+ 2332 // InternalSolverLanguageParser.g:930:5: (otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) ) )+
2588 int cnt9=0; 2333 int cnt9=0;
2589 loop9: 2334 loop9:
2590 do { 2335 do {
2591 int alt9=2; 2336 int alt9=2;
2592 int LA9_0 = input.LA(1); 2337 int LA9_0 = input.LA(1);
2593 2338
2594 if ( (LA9_0==26) ) { 2339 if ( (LA9_0==Semicolon) ) {
2595 alt9=1; 2340 alt9=1;
2596 } 2341 }
2597 2342
2598 2343
2599 switch (alt9) { 2344 switch (alt9) {
2600 case 1 : 2345 case 1 :
2601 // InternalSolverLanguage.g:942:6: otherlv_2= ';' ( (lv_children_3_0= ruleConjunctiveExpression ) ) 2346 // InternalSolverLanguageParser.g:931:6: otherlv_2= Semicolon ( (lv_children_3_0= ruleConjunctiveExpression ) )
2602 { 2347 {
2603 otherlv_2=(Token)match(input,26,FOLLOW_6); if (state.failed) return current; 2348 otherlv_2=(Token)match(input,Semicolon,FOLLOW_6);
2604 if ( state.backtracking==0 ) {
2605 2349
2606 newLeafNode(otherlv_2, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_0_1_0()); 2350 newLeafNode(otherlv_2, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_0_1_0());
2607 2351
2608 } 2352 // InternalSolverLanguageParser.g:935:6: ( (lv_children_3_0= ruleConjunctiveExpression ) )
2609 // InternalSolverLanguage.g:946:6: ( (lv_children_3_0= ruleConjunctiveExpression ) ) 2353 // InternalSolverLanguageParser.g:936:7: (lv_children_3_0= ruleConjunctiveExpression )
2610 // InternalSolverLanguage.g:947:7: (lv_children_3_0= ruleConjunctiveExpression )
2611 { 2354 {
2612 // InternalSolverLanguage.g:947:7: (lv_children_3_0= ruleConjunctiveExpression ) 2355 // InternalSolverLanguageParser.g:936:7: (lv_children_3_0= ruleConjunctiveExpression )
2613 // InternalSolverLanguage.g:948:8: lv_children_3_0= ruleConjunctiveExpression 2356 // InternalSolverLanguageParser.g:937:8: lv_children_3_0= ruleConjunctiveExpression
2614 { 2357 {
2615 if ( state.backtracking==0 ) {
2616 2358
2617 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getChildrenConjunctiveExpressionParserRuleCall_1_0_1_1_0()); 2359 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getChildrenConjunctiveExpressionParserRuleCall_1_0_1_1_0());
2618 2360
2619 }
2620 pushFollow(FOLLOW_18); 2361 pushFollow(FOLLOW_18);
2621 lv_children_3_0=ruleConjunctiveExpression(); 2362 lv_children_3_0=ruleConjunctiveExpression();
2622 2363
2623 state._fsp--; 2364 state._fsp--;
2624 if (state.failed) return current; 2365
2625 if ( state.backtracking==0 ) { 2366
2626 2367 if (current==null) {
2627 if (current==null) { 2368 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule());
2628 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule()); 2369 }
2629 } 2370 add(
2630 add( 2371 current,
2631 current, 2372 "children",
2632 "children", 2373 lv_children_3_0,
2633 lv_children_3_0, 2374 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression");
2634 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression"); 2375 afterParserOrEnumRuleCall();
2635 afterParserOrEnumRuleCall(); 2376
2636
2637 }
2638 2377
2639 } 2378 }
2640 2379
@@ -2647,7 +2386,6 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2647 2386
2648 default : 2387 default :
2649 if ( cnt9 >= 1 ) break loop9; 2388 if ( cnt9 >= 1 ) break loop9;
2650 if (state.backtracking>0) {state.failed=true; return current;}
2651 EarlyExitException eee = 2389 EarlyExitException eee =
2652 new EarlyExitException(9, input); 2390 new EarlyExitException(9, input);
2653 throw eee; 2391 throw eee;
@@ -2662,128 +2400,112 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2662 } 2400 }
2663 break; 2401 break;
2664 case 2 : 2402 case 2 :
2665 // InternalSolverLanguage.g:968:4: ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) 2403 // InternalSolverLanguageParser.g:957:4: ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* )
2666 { 2404 {
2667 // InternalSolverLanguage.g:968:4: ( () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* ) 2405 // InternalSolverLanguageParser.g:957:4: ( () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )* )
2668 // InternalSolverLanguage.g:969:5: () otherlv_5= '->' ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* 2406 // InternalSolverLanguageParser.g:958:5: () otherlv_5= HyphenMinusGreaterThanSign ( (lv_body_6_0= ruleConjunctiveExpression ) ) () (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )*
2669 { 2407 {
2670 // InternalSolverLanguage.g:969:5: () 2408 // InternalSolverLanguageParser.g:958:5: ()
2671 // InternalSolverLanguage.g:970:6: 2409 // InternalSolverLanguageParser.g:959:6:
2672 { 2410 {
2673 if ( state.backtracking==0 ) {
2674 2411
2675 current = forceCreateModelElementAndSet( 2412 current = forceCreateModelElementAndSet(
2676 grammarAccess.getDisjunctiveExpressionAccess().getCaseConditionAction_1_1_0(), 2413 grammarAccess.getDisjunctiveExpressionAccess().getCaseConditionAction_1_1_0(),
2677 current); 2414 current);
2678 2415
2679 }
2680 2416
2681 } 2417 }
2682 2418
2683 otherlv_5=(Token)match(input,27,FOLLOW_6); if (state.failed) return current; 2419 otherlv_5=(Token)match(input,HyphenMinusGreaterThanSign,FOLLOW_6);
2684 if ( state.backtracking==0 ) {
2685 2420
2686 newLeafNode(otherlv_5, grammarAccess.getDisjunctiveExpressionAccess().getHyphenMinusGreaterThanSignKeyword_1_1_1()); 2421 newLeafNode(otherlv_5, grammarAccess.getDisjunctiveExpressionAccess().getHyphenMinusGreaterThanSignKeyword_1_1_1());
2687 2422
2688 } 2423 // InternalSolverLanguageParser.g:969:5: ( (lv_body_6_0= ruleConjunctiveExpression ) )
2689 // InternalSolverLanguage.g:980:5: ( (lv_body_6_0= ruleConjunctiveExpression ) ) 2424 // InternalSolverLanguageParser.g:970:6: (lv_body_6_0= ruleConjunctiveExpression )
2690 // InternalSolverLanguage.g:981:6: (lv_body_6_0= ruleConjunctiveExpression )
2691 { 2425 {
2692 // InternalSolverLanguage.g:981:6: (lv_body_6_0= ruleConjunctiveExpression ) 2426 // InternalSolverLanguageParser.g:970:6: (lv_body_6_0= ruleConjunctiveExpression )
2693 // InternalSolverLanguage.g:982:7: lv_body_6_0= ruleConjunctiveExpression 2427 // InternalSolverLanguageParser.g:971:7: lv_body_6_0= ruleConjunctiveExpression
2694 { 2428 {
2695 if ( state.backtracking==0 ) {
2696 2429
2697 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getBodyConjunctiveExpressionParserRuleCall_1_1_2_0()); 2430 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getBodyConjunctiveExpressionParserRuleCall_1_1_2_0());
2698 2431
2699 }
2700 pushFollow(FOLLOW_18); 2432 pushFollow(FOLLOW_18);
2701 lv_body_6_0=ruleConjunctiveExpression(); 2433 lv_body_6_0=ruleConjunctiveExpression();
2702 2434
2703 state._fsp--; 2435 state._fsp--;
2704 if (state.failed) return current;
2705 if ( state.backtracking==0 ) {
2706 2436
2707 if (current==null) { 2437
2708 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule()); 2438 if (current==null) {
2709 } 2439 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule());
2710 set( 2440 }
2711 current, 2441 set(
2712 "body", 2442 current,
2713 lv_body_6_0, 2443 "body",
2714 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression"); 2444 lv_body_6_0,
2715 afterParserOrEnumRuleCall(); 2445 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression");
2716 2446 afterParserOrEnumRuleCall();
2717 } 2447
2718 2448
2719 } 2449 }
2720 2450
2721 2451
2722 } 2452 }
2723 2453
2724 // InternalSolverLanguage.g:999:5: () 2454 // InternalSolverLanguageParser.g:988:5: ()
2725 // InternalSolverLanguage.g:1000:6: 2455 // InternalSolverLanguageParser.g:989:6:
2726 { 2456 {
2727 if ( state.backtracking==0 ) {
2728 2457
2729 current = forceCreateModelElementAndAdd( 2458 current = forceCreateModelElementAndAdd(
2730 grammarAccess.getDisjunctiveExpressionAccess().getSwitchCasesAction_1_1_3(), 2459 grammarAccess.getDisjunctiveExpressionAccess().getSwitchCasesAction_1_1_3(),
2731 current); 2460 current);
2732 2461
2733 }
2734 2462
2735 } 2463 }
2736 2464
2737 // InternalSolverLanguage.g:1006:5: (otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) )* 2465 // InternalSolverLanguageParser.g:995:5: (otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) ) )*
2738 loop10: 2466 loop10:
2739 do { 2467 do {
2740 int alt10=2; 2468 int alt10=2;
2741 int LA10_0 = input.LA(1); 2469 int LA10_0 = input.LA(1);
2742 2470
2743 if ( (LA10_0==26) ) { 2471 if ( (LA10_0==Semicolon) ) {
2744 alt10=1; 2472 alt10=1;
2745 } 2473 }
2746 2474
2747 2475
2748 switch (alt10) { 2476 switch (alt10) {
2749 case 1 : 2477 case 1 :
2750 // InternalSolverLanguage.g:1007:6: otherlv_8= ';' ( (lv_cases_9_0= ruleCase ) ) 2478 // InternalSolverLanguageParser.g:996:6: otherlv_8= Semicolon ( (lv_cases_9_0= ruleCase ) )
2751 { 2479 {
2752 otherlv_8=(Token)match(input,26,FOLLOW_6); if (state.failed) return current; 2480 otherlv_8=(Token)match(input,Semicolon,FOLLOW_6);
2753 if ( state.backtracking==0 ) {
2754 2481
2755 newLeafNode(otherlv_8, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_1_4_0()); 2482 newLeafNode(otherlv_8, grammarAccess.getDisjunctiveExpressionAccess().getSemicolonKeyword_1_1_4_0());
2756 2483
2757 } 2484 // InternalSolverLanguageParser.g:1000:6: ( (lv_cases_9_0= ruleCase ) )
2758 // InternalSolverLanguage.g:1011:6: ( (lv_cases_9_0= ruleCase ) ) 2485 // InternalSolverLanguageParser.g:1001:7: (lv_cases_9_0= ruleCase )
2759 // InternalSolverLanguage.g:1012:7: (lv_cases_9_0= ruleCase )
2760 { 2486 {
2761 // InternalSolverLanguage.g:1012:7: (lv_cases_9_0= ruleCase ) 2487 // InternalSolverLanguageParser.g:1001:7: (lv_cases_9_0= ruleCase )
2762 // InternalSolverLanguage.g:1013:8: lv_cases_9_0= ruleCase 2488 // InternalSolverLanguageParser.g:1002:8: lv_cases_9_0= ruleCase
2763 { 2489 {
2764 if ( state.backtracking==0 ) {
2765 2490
2766 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getCasesCaseParserRuleCall_1_1_4_1_0()); 2491 newCompositeNode(grammarAccess.getDisjunctiveExpressionAccess().getCasesCaseParserRuleCall_1_1_4_1_0());
2767 2492
2768 }
2769 pushFollow(FOLLOW_18); 2493 pushFollow(FOLLOW_18);
2770 lv_cases_9_0=ruleCase(); 2494 lv_cases_9_0=ruleCase();
2771 2495
2772 state._fsp--; 2496 state._fsp--;
2773 if (state.failed) return current; 2497
2774 if ( state.backtracking==0 ) { 2498
2775 2499 if (current==null) {
2776 if (current==null) { 2500 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule());
2777 current = createModelElementForParent(grammarAccess.getDisjunctiveExpressionRule()); 2501 }
2778 } 2502 add(
2779 add( 2503 current,
2780 current, 2504 "cases",
2781 "cases", 2505 lv_cases_9_0,
2782 lv_cases_9_0, 2506 "org.eclipse.viatra.solver.language.SolverLanguage.Case");
2783 "org.eclipse.viatra.solver.language.SolverLanguage.Case"); 2507 afterParserOrEnumRuleCall();
2784 afterParserOrEnumRuleCall(); 2508
2785
2786 }
2787 2509
2788 } 2510 }
2789 2511
@@ -2814,11 +2536,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2814 2536
2815 } 2537 }
2816 2538
2817 if ( state.backtracking==0 ) {
2818 2539
2819 leaveRule(); 2540 leaveRule();
2820 2541
2821 }
2822 } 2542 }
2823 2543
2824 catch (RecognitionException re) { 2544 catch (RecognitionException re) {
@@ -2833,7 +2553,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2833 2553
2834 2554
2835 // $ANTLR start "entryRuleCase" 2555 // $ANTLR start "entryRuleCase"
2836 // InternalSolverLanguage.g:1037:1: entryRuleCase returns [EObject current=null] : iv_ruleCase= ruleCase EOF ; 2556 // InternalSolverLanguageParser.g:1026:1: entryRuleCase returns [EObject current=null] : iv_ruleCase= ruleCase EOF ;
2837 public final EObject entryRuleCase() throws RecognitionException { 2557 public final EObject entryRuleCase() throws RecognitionException {
2838 EObject current = null; 2558 EObject current = null;
2839 2559
@@ -2841,21 +2561,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2841 2561
2842 2562
2843 try { 2563 try {
2844 // InternalSolverLanguage.g:1037:45: (iv_ruleCase= ruleCase EOF ) 2564 // InternalSolverLanguageParser.g:1026:45: (iv_ruleCase= ruleCase EOF )
2845 // InternalSolverLanguage.g:1038:2: iv_ruleCase= ruleCase EOF 2565 // InternalSolverLanguageParser.g:1027:2: iv_ruleCase= ruleCase EOF
2846 { 2566 {
2847 if ( state.backtracking==0 ) { 2567 newCompositeNode(grammarAccess.getCaseRule());
2848 newCompositeNode(grammarAccess.getCaseRule());
2849 }
2850 pushFollow(FOLLOW_1); 2568 pushFollow(FOLLOW_1);
2851 iv_ruleCase=ruleCase(); 2569 iv_ruleCase=ruleCase();
2852 2570
2853 state._fsp--; 2571 state._fsp--;
2854 if (state.failed) return current; 2572
2855 if ( state.backtracking==0 ) { 2573 current =iv_ruleCase;
2856 current =iv_ruleCase; 2574 match(input,EOF,FOLLOW_2);
2857 }
2858 match(input,EOF,FOLLOW_2); if (state.failed) return current;
2859 2575
2860 } 2576 }
2861 2577
@@ -2873,7 +2589,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2873 2589
2874 2590
2875 // $ANTLR start "ruleCase" 2591 // $ANTLR start "ruleCase"
2876 // InternalSolverLanguage.g:1044:1: ruleCase returns [EObject current=null] : ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= '->' ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) ; 2592 // InternalSolverLanguageParser.g:1033:1: ruleCase returns [EObject current=null] : ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= HyphenMinusGreaterThanSign ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) ;
2877 public final EObject ruleCase() throws RecognitionException { 2593 public final EObject ruleCase() throws RecognitionException {
2878 EObject current = null; 2594 EObject current = null;
2879 2595
@@ -2887,82 +2603,72 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2887 enterRule(); 2603 enterRule();
2888 2604
2889 try { 2605 try {
2890 // InternalSolverLanguage.g:1050:2: ( ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= '->' ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) ) 2606 // InternalSolverLanguageParser.g:1039:2: ( ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= HyphenMinusGreaterThanSign ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) )
2891 // InternalSolverLanguage.g:1051:2: ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= '->' ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) 2607 // InternalSolverLanguageParser.g:1040:2: ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= HyphenMinusGreaterThanSign ( (lv_body_2_0= ruleConjunctiveExpression ) ) )
2892 { 2608 {
2893 // InternalSolverLanguage.g:1051:2: ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= '->' ( (lv_body_2_0= ruleConjunctiveExpression ) ) ) 2609 // InternalSolverLanguageParser.g:1040:2: ( ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= HyphenMinusGreaterThanSign ( (lv_body_2_0= ruleConjunctiveExpression ) ) )
2894 // InternalSolverLanguage.g:1052:3: ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= '->' ( (lv_body_2_0= ruleConjunctiveExpression ) ) 2610 // InternalSolverLanguageParser.g:1041:3: ( (lv_condition_0_0= ruleConjunctiveExpression ) ) otherlv_1= HyphenMinusGreaterThanSign ( (lv_body_2_0= ruleConjunctiveExpression ) )
2895 { 2611 {
2896 // InternalSolverLanguage.g:1052:3: ( (lv_condition_0_0= ruleConjunctiveExpression ) ) 2612 // InternalSolverLanguageParser.g:1041:3: ( (lv_condition_0_0= ruleConjunctiveExpression ) )
2897 // InternalSolverLanguage.g:1053:4: (lv_condition_0_0= ruleConjunctiveExpression ) 2613 // InternalSolverLanguageParser.g:1042:4: (lv_condition_0_0= ruleConjunctiveExpression )
2898 { 2614 {
2899 // InternalSolverLanguage.g:1053:4: (lv_condition_0_0= ruleConjunctiveExpression ) 2615 // InternalSolverLanguageParser.g:1042:4: (lv_condition_0_0= ruleConjunctiveExpression )
2900 // InternalSolverLanguage.g:1054:5: lv_condition_0_0= ruleConjunctiveExpression 2616 // InternalSolverLanguageParser.g:1043:5: lv_condition_0_0= ruleConjunctiveExpression
2901 { 2617 {
2902 if ( state.backtracking==0 ) {
2903 2618
2904 newCompositeNode(grammarAccess.getCaseAccess().getConditionConjunctiveExpressionParserRuleCall_0_0()); 2619 newCompositeNode(grammarAccess.getCaseAccess().getConditionConjunctiveExpressionParserRuleCall_0_0());
2905 2620
2906 }
2907 pushFollow(FOLLOW_19); 2621 pushFollow(FOLLOW_19);
2908 lv_condition_0_0=ruleConjunctiveExpression(); 2622 lv_condition_0_0=ruleConjunctiveExpression();
2909 2623
2910 state._fsp--; 2624 state._fsp--;
2911 if (state.failed) return current;
2912 if ( state.backtracking==0 ) {
2913 2625
2914 if (current==null) { 2626
2915 current = createModelElementForParent(grammarAccess.getCaseRule()); 2627 if (current==null) {
2916 } 2628 current = createModelElementForParent(grammarAccess.getCaseRule());
2917 set( 2629 }
2918 current, 2630 set(
2919 "condition", 2631 current,
2920 lv_condition_0_0, 2632 "condition",
2921 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression"); 2633 lv_condition_0_0,
2922 afterParserOrEnumRuleCall(); 2634 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression");
2923 2635 afterParserOrEnumRuleCall();
2924 } 2636
2925 2637
2926 } 2638 }
2927 2639
2928 2640
2929 } 2641 }
2930 2642
2931 otherlv_1=(Token)match(input,27,FOLLOW_6); if (state.failed) return current; 2643 otherlv_1=(Token)match(input,HyphenMinusGreaterThanSign,FOLLOW_6);
2932 if ( state.backtracking==0 ) {
2933 2644
2934 newLeafNode(otherlv_1, grammarAccess.getCaseAccess().getHyphenMinusGreaterThanSignKeyword_1()); 2645 newLeafNode(otherlv_1, grammarAccess.getCaseAccess().getHyphenMinusGreaterThanSignKeyword_1());
2935 2646
2936 } 2647 // InternalSolverLanguageParser.g:1064:3: ( (lv_body_2_0= ruleConjunctiveExpression ) )
2937 // InternalSolverLanguage.g:1075:3: ( (lv_body_2_0= ruleConjunctiveExpression ) ) 2648 // InternalSolverLanguageParser.g:1065:4: (lv_body_2_0= ruleConjunctiveExpression )
2938 // InternalSolverLanguage.g:1076:4: (lv_body_2_0= ruleConjunctiveExpression )
2939 { 2649 {
2940 // InternalSolverLanguage.g:1076:4: (lv_body_2_0= ruleConjunctiveExpression ) 2650 // InternalSolverLanguageParser.g:1065:4: (lv_body_2_0= ruleConjunctiveExpression )
2941 // InternalSolverLanguage.g:1077:5: lv_body_2_0= ruleConjunctiveExpression 2651 // InternalSolverLanguageParser.g:1066:5: lv_body_2_0= ruleConjunctiveExpression
2942 { 2652 {
2943 if ( state.backtracking==0 ) {
2944 2653
2945 newCompositeNode(grammarAccess.getCaseAccess().getBodyConjunctiveExpressionParserRuleCall_2_0()); 2654 newCompositeNode(grammarAccess.getCaseAccess().getBodyConjunctiveExpressionParserRuleCall_2_0());
2946 2655
2947 }
2948 pushFollow(FOLLOW_2); 2656 pushFollow(FOLLOW_2);
2949 lv_body_2_0=ruleConjunctiveExpression(); 2657 lv_body_2_0=ruleConjunctiveExpression();
2950 2658
2951 state._fsp--; 2659 state._fsp--;
2952 if (state.failed) return current;
2953 if ( state.backtracking==0 ) {
2954 2660
2955 if (current==null) { 2661
2956 current = createModelElementForParent(grammarAccess.getCaseRule()); 2662 if (current==null) {
2957 } 2663 current = createModelElementForParent(grammarAccess.getCaseRule());
2958 set( 2664 }
2959 current, 2665 set(
2960 "body", 2666 current,
2961 lv_body_2_0, 2667 "body",
2962 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression"); 2668 lv_body_2_0,
2963 afterParserOrEnumRuleCall(); 2669 "org.eclipse.viatra.solver.language.SolverLanguage.ConjunctiveExpression");
2964 2670 afterParserOrEnumRuleCall();
2965 } 2671
2966 2672
2967 } 2673 }
2968 2674
@@ -2975,11 +2681,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2975 2681
2976 } 2682 }
2977 2683
2978 if ( state.backtracking==0 ) {
2979 2684
2980 leaveRule(); 2685 leaveRule();
2981 2686
2982 }
2983 } 2687 }
2984 2688
2985 catch (RecognitionException re) { 2689 catch (RecognitionException re) {
@@ -2994,7 +2698,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
2994 2698
2995 2699
2996 // $ANTLR start "entryRuleConjunctiveExpression" 2700 // $ANTLR start "entryRuleConjunctiveExpression"
2997 // InternalSolverLanguage.g:1098:1: entryRuleConjunctiveExpression returns [EObject current=null] : iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF ; 2701 // InternalSolverLanguageParser.g:1087:1: entryRuleConjunctiveExpression returns [EObject current=null] : iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF ;
2998 public final EObject entryRuleConjunctiveExpression() throws RecognitionException { 2702 public final EObject entryRuleConjunctiveExpression() throws RecognitionException {
2999 EObject current = null; 2703 EObject current = null;
3000 2704
@@ -3002,21 +2706,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3002 2706
3003 2707
3004 try { 2708 try {
3005 // InternalSolverLanguage.g:1098:62: (iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF ) 2709 // InternalSolverLanguageParser.g:1087:62: (iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF )
3006 // InternalSolverLanguage.g:1099:2: iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF 2710 // InternalSolverLanguageParser.g:1088:2: iv_ruleConjunctiveExpression= ruleConjunctiveExpression EOF
3007 { 2711 {
3008 if ( state.backtracking==0 ) { 2712 newCompositeNode(grammarAccess.getConjunctiveExpressionRule());
3009 newCompositeNode(grammarAccess.getConjunctiveExpressionRule());
3010 }
3011 pushFollow(FOLLOW_1); 2713 pushFollow(FOLLOW_1);
3012 iv_ruleConjunctiveExpression=ruleConjunctiveExpression(); 2714 iv_ruleConjunctiveExpression=ruleConjunctiveExpression();
3013 2715
3014 state._fsp--; 2716 state._fsp--;
3015 if (state.failed) return current; 2717
3016 if ( state.backtracking==0 ) { 2718 current =iv_ruleConjunctiveExpression;
3017 current =iv_ruleConjunctiveExpression; 2719 match(input,EOF,FOLLOW_2);
3018 }
3019 match(input,EOF,FOLLOW_2); if (state.failed) return current;
3020 2720
3021 } 2721 }
3022 2722
@@ -3034,7 +2734,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3034 2734
3035 2735
3036 // $ANTLR start "ruleConjunctiveExpression" 2736 // $ANTLR start "ruleConjunctiveExpression"
3037 // InternalSolverLanguage.g:1105:1: ruleConjunctiveExpression returns [EObject current=null] : (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) ; 2737 // InternalSolverLanguageParser.g:1094:1: ruleConjunctiveExpression returns [EObject current=null] : (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) ;
3038 public final EObject ruleConjunctiveExpression() throws RecognitionException { 2738 public final EObject ruleConjunctiveExpression() throws RecognitionException {
3039 EObject current = null; 2739 EObject current = null;
3040 2740
@@ -3048,103 +2748,91 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3048 enterRule(); 2748 enterRule();
3049 2749
3050 try { 2750 try {
3051 // InternalSolverLanguage.g:1111:2: ( (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) ) 2751 // InternalSolverLanguageParser.g:1100:2: ( (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) )
3052 // InternalSolverLanguage.g:1112:2: (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) 2752 // InternalSolverLanguageParser.g:1101:2: (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? )
3053 { 2753 {
3054 // InternalSolverLanguage.g:1112:2: (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? ) 2754 // InternalSolverLanguageParser.g:1101:2: (this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? )
3055 // InternalSolverLanguage.g:1113:3: this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? 2755 // InternalSolverLanguageParser.g:1102:3: this_ComparisonExpression_0= ruleComparisonExpression ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )?
3056 { 2756 {
3057 if ( state.backtracking==0 ) {
3058 2757
3059 newCompositeNode(grammarAccess.getConjunctiveExpressionAccess().getComparisonExpressionParserRuleCall_0()); 2758 newCompositeNode(grammarAccess.getConjunctiveExpressionAccess().getComparisonExpressionParserRuleCall_0());
3060 2759
3061 }
3062 pushFollow(FOLLOW_20); 2760 pushFollow(FOLLOW_20);
3063 this_ComparisonExpression_0=ruleComparisonExpression(); 2761 this_ComparisonExpression_0=ruleComparisonExpression();
3064 2762
3065 state._fsp--; 2763 state._fsp--;
3066 if (state.failed) return current;
3067 if ( state.backtracking==0 ) {
3068 2764
3069 current = this_ComparisonExpression_0; 2765
3070 afterParserOrEnumRuleCall(); 2766 current = this_ComparisonExpression_0;
3071 2767 afterParserOrEnumRuleCall();
3072 } 2768
3073 // InternalSolverLanguage.g:1121:3: ( () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )? 2769 // InternalSolverLanguageParser.g:1110:3: ( () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+ )?
3074 int alt13=2; 2770 int alt13=2;
3075 int LA13_0 = input.LA(1); 2771 int LA13_0 = input.LA(1);
3076 2772
3077 if ( (LA13_0==28) ) { 2773 if ( (LA13_0==Comma) ) {
3078 alt13=1; 2774 alt13=1;
3079 } 2775 }
3080 switch (alt13) { 2776 switch (alt13) {
3081 case 1 : 2777 case 1 :
3082 // InternalSolverLanguage.g:1122:4: () (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ 2778 // InternalSolverLanguageParser.g:1111:4: () (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+
3083 { 2779 {
3084 // InternalSolverLanguage.g:1122:4: () 2780 // InternalSolverLanguageParser.g:1111:4: ()
3085 // InternalSolverLanguage.g:1123:5: 2781 // InternalSolverLanguageParser.g:1112:5:
3086 { 2782 {
3087 if ( state.backtracking==0 ) {
3088 2783
3089 current = forceCreateModelElementAndAdd( 2784 current = forceCreateModelElementAndAdd(
3090 grammarAccess.getConjunctiveExpressionAccess().getConjunctionChildrenAction_1_0(), 2785 grammarAccess.getConjunctiveExpressionAccess().getConjunctionChildrenAction_1_0(),
3091 current); 2786 current);
3092 2787
3093 }
3094 2788
3095 } 2789 }
3096 2790
3097 // InternalSolverLanguage.g:1129:4: (otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) )+ 2791 // InternalSolverLanguageParser.g:1118:4: (otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) ) )+
3098 int cnt12=0; 2792 int cnt12=0;
3099 loop12: 2793 loop12:
3100 do { 2794 do {
3101 int alt12=2; 2795 int alt12=2;
3102 int LA12_0 = input.LA(1); 2796 int LA12_0 = input.LA(1);
3103 2797
3104 if ( (LA12_0==28) ) { 2798 if ( (LA12_0==Comma) ) {
3105 alt12=1; 2799 alt12=1;
3106 } 2800 }
3107 2801
3108 2802
3109 switch (alt12) { 2803 switch (alt12) {
3110 case 1 : 2804 case 1 :
3111 // InternalSolverLanguage.g:1130:5: otherlv_2= ',' ( (lv_children_3_0= ruleComparisonExpression ) ) 2805 // InternalSolverLanguageParser.g:1119:5: otherlv_2= Comma ( (lv_children_3_0= ruleComparisonExpression ) )
3112 { 2806 {
3113 otherlv_2=(Token)match(input,28,FOLLOW_6); if (state.failed) return current; 2807 otherlv_2=(Token)match(input,Comma,FOLLOW_6);
3114 if ( state.backtracking==0 ) {
3115 2808
3116 newLeafNode(otherlv_2, grammarAccess.getConjunctiveExpressionAccess().getCommaKeyword_1_1_0()); 2809 newLeafNode(otherlv_2, grammarAccess.getConjunctiveExpressionAccess().getCommaKeyword_1_1_0());
3117 2810
3118 } 2811 // InternalSolverLanguageParser.g:1123:5: ( (lv_children_3_0= ruleComparisonExpression ) )
3119 // InternalSolverLanguage.g:1134:5: ( (lv_children_3_0= ruleComparisonExpression ) ) 2812 // InternalSolverLanguageParser.g:1124:6: (lv_children_3_0= ruleComparisonExpression )
3120 // InternalSolverLanguage.g:1135:6: (lv_children_3_0= ruleComparisonExpression )
3121 { 2813 {
3122 // InternalSolverLanguage.g:1135:6: (lv_children_3_0= ruleComparisonExpression ) 2814 // InternalSolverLanguageParser.g:1124:6: (lv_children_3_0= ruleComparisonExpression )
3123 // InternalSolverLanguage.g:1136:7: lv_children_3_0= ruleComparisonExpression 2815 // InternalSolverLanguageParser.g:1125:7: lv_children_3_0= ruleComparisonExpression
3124 { 2816 {
3125 if ( state.backtracking==0 ) {
3126 2817
3127 newCompositeNode(grammarAccess.getConjunctiveExpressionAccess().getChildrenComparisonExpressionParserRuleCall_1_1_1_0()); 2818 newCompositeNode(grammarAccess.getConjunctiveExpressionAccess().getChildrenComparisonExpressionParserRuleCall_1_1_1_0());
3128 2819
3129 }
3130 pushFollow(FOLLOW_20); 2820 pushFollow(FOLLOW_20);
3131 lv_children_3_0=ruleComparisonExpression(); 2821 lv_children_3_0=ruleComparisonExpression();
3132 2822
3133 state._fsp--; 2823 state._fsp--;
3134 if (state.failed) return current; 2824
3135 if ( state.backtracking==0 ) { 2825
3136 2826 if (current==null) {
3137 if (current==null) { 2827 current = createModelElementForParent(grammarAccess.getConjunctiveExpressionRule());
3138 current = createModelElementForParent(grammarAccess.getConjunctiveExpressionRule()); 2828 }
3139 } 2829 add(
3140 add( 2830 current,
3141 current, 2831 "children",
3142 "children", 2832 lv_children_3_0,
3143 lv_children_3_0, 2833 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonExpression");
3144 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonExpression"); 2834 afterParserOrEnumRuleCall();
3145 afterParserOrEnumRuleCall(); 2835
3146
3147 }
3148 2836
3149 } 2837 }
3150 2838
@@ -3157,7 +2845,6 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3157 2845
3158 default : 2846 default :
3159 if ( cnt12 >= 1 ) break loop12; 2847 if ( cnt12 >= 1 ) break loop12;
3160 if (state.backtracking>0) {state.failed=true; return current;}
3161 EarlyExitException eee = 2848 EarlyExitException eee =
3162 new EarlyExitException(12, input); 2849 new EarlyExitException(12, input);
3163 throw eee; 2850 throw eee;
@@ -3177,11 +2864,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3177 2864
3178 } 2865 }
3179 2866
3180 if ( state.backtracking==0 ) {
3181 2867
3182 leaveRule(); 2868 leaveRule();
3183 2869
3184 }
3185 } 2870 }
3186 2871
3187 catch (RecognitionException re) { 2872 catch (RecognitionException re) {
@@ -3196,7 +2881,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3196 2881
3197 2882
3198 // $ANTLR start "entryRuleComparisonExpression" 2883 // $ANTLR start "entryRuleComparisonExpression"
3199 // InternalSolverLanguage.g:1159:1: entryRuleComparisonExpression returns [EObject current=null] : iv_ruleComparisonExpression= ruleComparisonExpression EOF ; 2884 // InternalSolverLanguageParser.g:1148:1: entryRuleComparisonExpression returns [EObject current=null] : iv_ruleComparisonExpression= ruleComparisonExpression EOF ;
3200 public final EObject entryRuleComparisonExpression() throws RecognitionException { 2885 public final EObject entryRuleComparisonExpression() throws RecognitionException {
3201 EObject current = null; 2886 EObject current = null;
3202 2887
@@ -3204,21 +2889,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3204 2889
3205 2890
3206 try { 2891 try {
3207 // InternalSolverLanguage.g:1159:61: (iv_ruleComparisonExpression= ruleComparisonExpression EOF ) 2892 // InternalSolverLanguageParser.g:1148:61: (iv_ruleComparisonExpression= ruleComparisonExpression EOF )
3208 // InternalSolverLanguage.g:1160:2: iv_ruleComparisonExpression= ruleComparisonExpression EOF 2893 // InternalSolverLanguageParser.g:1149:2: iv_ruleComparisonExpression= ruleComparisonExpression EOF
3209 { 2894 {
3210 if ( state.backtracking==0 ) { 2895 newCompositeNode(grammarAccess.getComparisonExpressionRule());
3211 newCompositeNode(grammarAccess.getComparisonExpressionRule());
3212 }
3213 pushFollow(FOLLOW_1); 2896 pushFollow(FOLLOW_1);
3214 iv_ruleComparisonExpression=ruleComparisonExpression(); 2897 iv_ruleComparisonExpression=ruleComparisonExpression();
3215 2898
3216 state._fsp--; 2899 state._fsp--;
3217 if (state.failed) return current; 2900
3218 if ( state.backtracking==0 ) { 2901 current =iv_ruleComparisonExpression;
3219 current =iv_ruleComparisonExpression; 2902 match(input,EOF,FOLLOW_2);
3220 }
3221 match(input,EOF,FOLLOW_2); if (state.failed) return current;
3222 2903
3223 } 2904 }
3224 2905
@@ -3236,7 +2917,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3236 2917
3237 2918
3238 // $ANTLR start "ruleComparisonExpression" 2919 // $ANTLR start "ruleComparisonExpression"
3239 // InternalSolverLanguage.g:1166:1: ruleComparisonExpression returns [EObject current=null] : (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) ; 2920 // InternalSolverLanguageParser.g:1155:1: ruleComparisonExpression returns [EObject current=null] : (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) ;
3240 public final EObject ruleComparisonExpression() throws RecognitionException { 2921 public final EObject ruleComparisonExpression() throws RecognitionException {
3241 EObject current = null; 2922 EObject current = null;
3242 2923
@@ -3251,116 +2932,102 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3251 enterRule(); 2932 enterRule();
3252 2933
3253 try { 2934 try {
3254 // InternalSolverLanguage.g:1172:2: ( (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) ) 2935 // InternalSolverLanguageParser.g:1161:2: ( (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) )
3255 // InternalSolverLanguage.g:1173:2: (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) 2936 // InternalSolverLanguageParser.g:1162:2: (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? )
3256 { 2937 {
3257 // InternalSolverLanguage.g:1173:2: (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? ) 2938 // InternalSolverLanguageParser.g:1162:2: (this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? )
3258 // InternalSolverLanguage.g:1174:3: this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? 2939 // InternalSolverLanguageParser.g:1163:3: this_AdditiveExpression_0= ruleAdditiveExpression ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )?
3259 { 2940 {
3260 if ( state.backtracking==0 ) {
3261 2941
3262 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getAdditiveExpressionParserRuleCall_0()); 2942 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getAdditiveExpressionParserRuleCall_0());
3263 2943
3264 }
3265 pushFollow(FOLLOW_21); 2944 pushFollow(FOLLOW_21);
3266 this_AdditiveExpression_0=ruleAdditiveExpression(); 2945 this_AdditiveExpression_0=ruleAdditiveExpression();
3267 2946
3268 state._fsp--; 2947 state._fsp--;
3269 if (state.failed) return current;
3270 if ( state.backtracking==0 ) {
3271 2948
3272 current = this_AdditiveExpression_0; 2949
3273 afterParserOrEnumRuleCall(); 2950 current = this_AdditiveExpression_0;
3274 2951 afterParserOrEnumRuleCall();
3275 } 2952
3276 // InternalSolverLanguage.g:1182:3: ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )? 2953 // InternalSolverLanguageParser.g:1171:3: ( () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) )?
3277 int alt14=2; 2954 int alt14=2;
3278 int LA14_0 = input.LA(1); 2955 int LA14_0 = input.LA(1);
3279 2956
3280 if ( ((LA14_0>=47 && LA14_0<=49)||(LA14_0>=52 && LA14_0<=55)) ) { 2957 if ( (LA14_0==ExclamationMarkEqualsSign||(LA14_0>=LessThanSignEqualsSign && LA14_0<=GreaterThanSignEqualsSign)||LA14_0==In||LA14_0==LessThanSign||LA14_0==GreaterThanSign) ) {
3281 alt14=1; 2958 alt14=1;
3282 } 2959 }
3283 switch (alt14) { 2960 switch (alt14) {
3284 case 1 : 2961 case 1 :
3285 // InternalSolverLanguage.g:1183:4: () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) ) 2962 // InternalSolverLanguageParser.g:1172:4: () ( (lv_op_2_0= ruleComparisonOperator ) ) ( (lv_right_3_0= ruleAdditiveExpression ) )
3286 { 2963 {
3287 // InternalSolverLanguage.g:1183:4: () 2964 // InternalSolverLanguageParser.g:1172:4: ()
3288 // InternalSolverLanguage.g:1184:5: 2965 // InternalSolverLanguageParser.g:1173:5:
3289 { 2966 {
3290 if ( state.backtracking==0 ) {
3291 2967
3292 current = forceCreateModelElementAndSet( 2968 current = forceCreateModelElementAndSet(
3293 grammarAccess.getComparisonExpressionAccess().getComparisonLeftAction_1_0(), 2969 grammarAccess.getComparisonExpressionAccess().getComparisonLeftAction_1_0(),
3294 current); 2970 current);
3295 2971
3296 }
3297 2972
3298 } 2973 }
3299 2974
3300 // InternalSolverLanguage.g:1190:4: ( (lv_op_2_0= ruleComparisonOperator ) ) 2975 // InternalSolverLanguageParser.g:1179:4: ( (lv_op_2_0= ruleComparisonOperator ) )
3301 // InternalSolverLanguage.g:1191:5: (lv_op_2_0= ruleComparisonOperator ) 2976 // InternalSolverLanguageParser.g:1180:5: (lv_op_2_0= ruleComparisonOperator )
3302 { 2977 {
3303 // InternalSolverLanguage.g:1191:5: (lv_op_2_0= ruleComparisonOperator ) 2978 // InternalSolverLanguageParser.g:1180:5: (lv_op_2_0= ruleComparisonOperator )
3304 // InternalSolverLanguage.g:1192:6: lv_op_2_0= ruleComparisonOperator 2979 // InternalSolverLanguageParser.g:1181:6: lv_op_2_0= ruleComparisonOperator
3305 { 2980 {
3306 if ( state.backtracking==0 ) {
3307 2981
3308 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getOpComparisonOperatorEnumRuleCall_1_1_0()); 2982 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getOpComparisonOperatorEnumRuleCall_1_1_0());
3309 2983
3310 }
3311 pushFollow(FOLLOW_6); 2984 pushFollow(FOLLOW_6);
3312 lv_op_2_0=ruleComparisonOperator(); 2985 lv_op_2_0=ruleComparisonOperator();
3313 2986
3314 state._fsp--; 2987 state._fsp--;
3315 if (state.failed) return current;
3316 if ( state.backtracking==0 ) {
3317 2988
3318 if (current==null) { 2989
3319 current = createModelElementForParent(grammarAccess.getComparisonExpressionRule()); 2990 if (current==null) {
3320 } 2991 current = createModelElementForParent(grammarAccess.getComparisonExpressionRule());
3321 set( 2992 }
3322 current, 2993 set(
3323 "op", 2994 current,
3324 lv_op_2_0, 2995 "op",
3325 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonOperator"); 2996 lv_op_2_0,
3326 afterParserOrEnumRuleCall(); 2997 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonOperator");
3327 2998 afterParserOrEnumRuleCall();
3328 } 2999
3329 3000
3330 } 3001 }
3331 3002
3332 3003
3333 } 3004 }
3334 3005
3335 // InternalSolverLanguage.g:1209:4: ( (lv_right_3_0= ruleAdditiveExpression ) ) 3006 // InternalSolverLanguageParser.g:1198:4: ( (lv_right_3_0= ruleAdditiveExpression ) )
3336 // InternalSolverLanguage.g:1210:5: (lv_right_3_0= ruleAdditiveExpression ) 3007 // InternalSolverLanguageParser.g:1199:5: (lv_right_3_0= ruleAdditiveExpression )
3337 { 3008 {
3338 // InternalSolverLanguage.g:1210:5: (lv_right_3_0= ruleAdditiveExpression ) 3009 // InternalSolverLanguageParser.g:1199:5: (lv_right_3_0= ruleAdditiveExpression )
3339 // InternalSolverLanguage.g:1211:6: lv_right_3_0= ruleAdditiveExpression 3010 // InternalSolverLanguageParser.g:1200:6: lv_right_3_0= ruleAdditiveExpression
3340 { 3011 {
3341 if ( state.backtracking==0 ) {
3342 3012
3343 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getRightAdditiveExpressionParserRuleCall_1_2_0()); 3013 newCompositeNode(grammarAccess.getComparisonExpressionAccess().getRightAdditiveExpressionParserRuleCall_1_2_0());
3344 3014
3345 }
3346 pushFollow(FOLLOW_2); 3015 pushFollow(FOLLOW_2);
3347 lv_right_3_0=ruleAdditiveExpression(); 3016 lv_right_3_0=ruleAdditiveExpression();
3348 3017
3349 state._fsp--; 3018 state._fsp--;
3350 if (state.failed) return current;
3351 if ( state.backtracking==0 ) {
3352 3019
3353 if (current==null) { 3020
3354 current = createModelElementForParent(grammarAccess.getComparisonExpressionRule()); 3021 if (current==null) {
3355 } 3022 current = createModelElementForParent(grammarAccess.getComparisonExpressionRule());
3356 set( 3023 }
3357 current, 3024 set(
3358 "right", 3025 current,
3359 lv_right_3_0, 3026 "right",
3360 "org.eclipse.viatra.solver.language.SolverLanguage.AdditiveExpression"); 3027 lv_right_3_0,
3361 afterParserOrEnumRuleCall(); 3028 "org.eclipse.viatra.solver.language.SolverLanguage.AdditiveExpression");
3362 3029 afterParserOrEnumRuleCall();
3363 } 3030
3364 3031
3365 } 3032 }
3366 3033
@@ -3379,11 +3046,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3379 3046
3380 } 3047 }
3381 3048
3382 if ( state.backtracking==0 ) {
3383 3049
3384 leaveRule(); 3050 leaveRule();
3385 3051
3386 }
3387 } 3052 }
3388 3053
3389 catch (RecognitionException re) { 3054 catch (RecognitionException re) {
@@ -3398,7 +3063,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3398 3063
3399 3064
3400 // $ANTLR start "entryRuleAdditiveExpression" 3065 // $ANTLR start "entryRuleAdditiveExpression"
3401 // InternalSolverLanguage.g:1233:1: entryRuleAdditiveExpression returns [EObject current=null] : iv_ruleAdditiveExpression= ruleAdditiveExpression EOF ; 3066 // InternalSolverLanguageParser.g:1222:1: entryRuleAdditiveExpression returns [EObject current=null] : iv_ruleAdditiveExpression= ruleAdditiveExpression EOF ;
3402 public final EObject entryRuleAdditiveExpression() throws RecognitionException { 3067 public final EObject entryRuleAdditiveExpression() throws RecognitionException {
3403 EObject current = null; 3068 EObject current = null;
3404 3069
@@ -3406,21 +3071,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3406 3071
3407 3072
3408 try { 3073 try {
3409 // InternalSolverLanguage.g:1233:59: (iv_ruleAdditiveExpression= ruleAdditiveExpression EOF ) 3074 // InternalSolverLanguageParser.g:1222:59: (iv_ruleAdditiveExpression= ruleAdditiveExpression EOF )
3410 // InternalSolverLanguage.g:1234:2: iv_ruleAdditiveExpression= ruleAdditiveExpression EOF 3075 // InternalSolverLanguageParser.g:1223:2: iv_ruleAdditiveExpression= ruleAdditiveExpression EOF
3411 { 3076 {
3412 if ( state.backtracking==0 ) { 3077 newCompositeNode(grammarAccess.getAdditiveExpressionRule());
3413 newCompositeNode(grammarAccess.getAdditiveExpressionRule());
3414 }
3415 pushFollow(FOLLOW_1); 3078 pushFollow(FOLLOW_1);
3416 iv_ruleAdditiveExpression=ruleAdditiveExpression(); 3079 iv_ruleAdditiveExpression=ruleAdditiveExpression();
3417 3080
3418 state._fsp--; 3081 state._fsp--;
3419 if (state.failed) return current; 3082
3420 if ( state.backtracking==0 ) { 3083 current =iv_ruleAdditiveExpression;
3421 current =iv_ruleAdditiveExpression; 3084 match(input,EOF,FOLLOW_2);
3422 }
3423 match(input,EOF,FOLLOW_2); if (state.failed) return current;
3424 3085
3425 } 3086 }
3426 3087
@@ -3438,7 +3099,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3438 3099
3439 3100
3440 // $ANTLR start "ruleAdditiveExpression" 3101 // $ANTLR start "ruleAdditiveExpression"
3441 // InternalSolverLanguage.g:1240:1: ruleAdditiveExpression returns [EObject current=null] : (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) ; 3102 // InternalSolverLanguageParser.g:1229:1: ruleAdditiveExpression returns [EObject current=null] : (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) ;
3442 public final EObject ruleAdditiveExpression() throws RecognitionException { 3103 public final EObject ruleAdditiveExpression() throws RecognitionException {
3443 EObject current = null; 3104 EObject current = null;
3444 3105
@@ -3453,120 +3114,106 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3453 enterRule(); 3114 enterRule();
3454 3115
3455 try { 3116 try {
3456 // InternalSolverLanguage.g:1246:2: ( (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) ) 3117 // InternalSolverLanguageParser.g:1235:2: ( (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) )
3457 // InternalSolverLanguage.g:1247:2: (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) 3118 // InternalSolverLanguageParser.g:1236:2: (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* )
3458 { 3119 {
3459 // InternalSolverLanguage.g:1247:2: (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* ) 3120 // InternalSolverLanguageParser.g:1236:2: (this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* )
3460 // InternalSolverLanguage.g:1248:3: this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* 3121 // InternalSolverLanguageParser.g:1237:3: this_MultiplicativeExpression_0= ruleMultiplicativeExpression ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )*
3461 { 3122 {
3462 if ( state.backtracking==0 ) {
3463 3123
3464 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getMultiplicativeExpressionParserRuleCall_0()); 3124 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getMultiplicativeExpressionParserRuleCall_0());
3465 3125
3466 }
3467 pushFollow(FOLLOW_22); 3126 pushFollow(FOLLOW_22);
3468 this_MultiplicativeExpression_0=ruleMultiplicativeExpression(); 3127 this_MultiplicativeExpression_0=ruleMultiplicativeExpression();
3469 3128
3470 state._fsp--; 3129 state._fsp--;
3471 if (state.failed) return current;
3472 if ( state.backtracking==0 ) {
3473 3130
3474 current = this_MultiplicativeExpression_0; 3131
3475 afterParserOrEnumRuleCall(); 3132 current = this_MultiplicativeExpression_0;
3476 3133 afterParserOrEnumRuleCall();
3477 } 3134
3478 // InternalSolverLanguage.g:1256:3: ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )* 3135 // InternalSolverLanguageParser.g:1245:3: ( () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) )*
3479 loop15: 3136 loop15:
3480 do { 3137 do {
3481 int alt15=2; 3138 int alt15=2;
3482 int LA15_0 = input.LA(1); 3139 int LA15_0 = input.LA(1);
3483 3140
3484 if ( ((LA15_0>=56 && LA15_0<=57)) ) { 3141 if ( (LA15_0==PlusSign||LA15_0==HyphenMinus) ) {
3485 alt15=1; 3142 alt15=1;
3486 } 3143 }
3487 3144
3488 3145
3489 switch (alt15) { 3146 switch (alt15) {
3490 case 1 : 3147 case 1 :
3491 // InternalSolverLanguage.g:1257:4: () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) ) 3148 // InternalSolverLanguageParser.g:1246:4: () ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) ( (lv_right_3_0= ruleMultiplicativeExpression ) )
3492 { 3149 {
3493 // InternalSolverLanguage.g:1257:4: () 3150 // InternalSolverLanguageParser.g:1246:4: ()
3494 // InternalSolverLanguage.g:1258:5: 3151 // InternalSolverLanguageParser.g:1247:5:
3495 { 3152 {
3496 if ( state.backtracking==0 ) {
3497 3153
3498 current = forceCreateModelElementAndSet( 3154 current = forceCreateModelElementAndSet(
3499 grammarAccess.getAdditiveExpressionAccess().getBinaryExpressionLeftAction_1_0(), 3155 grammarAccess.getAdditiveExpressionAccess().getBinaryExpressionLeftAction_1_0(),
3500 current); 3156 current);
3501 3157
3502 }
3503 3158
3504 } 3159 }
3505 3160
3506 // InternalSolverLanguage.g:1264:4: ( (lv_op_2_0= ruleAdditiveBinaryOperator ) ) 3161 // InternalSolverLanguageParser.g:1253:4: ( (lv_op_2_0= ruleAdditiveBinaryOperator ) )
3507 // InternalSolverLanguage.g:1265:5: (lv_op_2_0= ruleAdditiveBinaryOperator ) 3162 // InternalSolverLanguageParser.g:1254:5: (lv_op_2_0= ruleAdditiveBinaryOperator )
3508 { 3163 {
3509 // InternalSolverLanguage.g:1265:5: (lv_op_2_0= ruleAdditiveBinaryOperator ) 3164 // InternalSolverLanguageParser.g:1254:5: (lv_op_2_0= ruleAdditiveBinaryOperator )
3510 // InternalSolverLanguage.g:1266:6: lv_op_2_0= ruleAdditiveBinaryOperator 3165 // InternalSolverLanguageParser.g:1255:6: lv_op_2_0= ruleAdditiveBinaryOperator
3511 { 3166 {
3512 if ( state.backtracking==0 ) {
3513 3167
3514 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getOpAdditiveBinaryOperatorEnumRuleCall_1_1_0()); 3168 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getOpAdditiveBinaryOperatorEnumRuleCall_1_1_0());
3515 3169
3516 }
3517 pushFollow(FOLLOW_6); 3170 pushFollow(FOLLOW_6);
3518 lv_op_2_0=ruleAdditiveBinaryOperator(); 3171 lv_op_2_0=ruleAdditiveBinaryOperator();
3519 3172
3520 state._fsp--; 3173 state._fsp--;
3521 if (state.failed) return current; 3174
3522 if ( state.backtracking==0 ) { 3175
3523 3176 if (current==null) {
3524 if (current==null) { 3177 current = createModelElementForParent(grammarAccess.getAdditiveExpressionRule());
3525 current = createModelElementForParent(grammarAccess.getAdditiveExpressionRule()); 3178 }
3526 } 3179 set(
3527 set( 3180 current,
3528 current, 3181 "op",
3529 "op", 3182 lv_op_2_0,
3530 lv_op_2_0, 3183 "org.eclipse.viatra.solver.language.SolverLanguage.AdditiveBinaryOperator");
3531 "org.eclipse.viatra.solver.language.SolverLanguage.AdditiveBinaryOperator"); 3184 afterParserOrEnumRuleCall();
3532 afterParserOrEnumRuleCall(); 3185
3533
3534 }
3535 3186
3536 } 3187 }
3537 3188
3538 3189
3539 } 3190 }
3540 3191
3541 // InternalSolverLanguage.g:1283:4: ( (lv_right_3_0= ruleMultiplicativeExpression ) ) 3192 // InternalSolverLanguageParser.g:1272:4: ( (lv_right_3_0= ruleMultiplicativeExpression ) )
3542 // InternalSolverLanguage.g:1284:5: (lv_right_3_0= ruleMultiplicativeExpression ) 3193 // InternalSolverLanguageParser.g:1273:5: (lv_right_3_0= ruleMultiplicativeExpression )
3543 { 3194 {
3544 // InternalSolverLanguage.g:1284:5: (lv_right_3_0= ruleMultiplicativeExpression ) 3195 // InternalSolverLanguageParser.g:1273:5: (lv_right_3_0= ruleMultiplicativeExpression )
3545 // InternalSolverLanguage.g:1285:6: lv_right_3_0= ruleMultiplicativeExpression 3196 // InternalSolverLanguageParser.g:1274:6: lv_right_3_0= ruleMultiplicativeExpression
3546 { 3197 {
3547 if ( state.backtracking==0 ) {
3548 3198
3549 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getRightMultiplicativeExpressionParserRuleCall_1_2_0()); 3199 newCompositeNode(grammarAccess.getAdditiveExpressionAccess().getRightMultiplicativeExpressionParserRuleCall_1_2_0());
3550 3200
3551 }
3552 pushFollow(FOLLOW_22); 3201 pushFollow(FOLLOW_22);
3553 lv_right_3_0=ruleMultiplicativeExpression(); 3202 lv_right_3_0=ruleMultiplicativeExpression();
3554 3203
3555 state._fsp--; 3204 state._fsp--;
3556 if (state.failed) return current; 3205
3557 if ( state.backtracking==0 ) { 3206
3558 3207 if (current==null) {
3559 if (current==null) { 3208 current = createModelElementForParent(grammarAccess.getAdditiveExpressionRule());
3560 current = createModelElementForParent(grammarAccess.getAdditiveExpressionRule()); 3209 }
3561 } 3210 set(
3562 set( 3211 current,
3563 current, 3212 "right",
3564 "right", 3213 lv_right_3_0,
3565 lv_right_3_0, 3214 "org.eclipse.viatra.solver.language.SolverLanguage.MultiplicativeExpression");
3566 "org.eclipse.viatra.solver.language.SolverLanguage.MultiplicativeExpression"); 3215 afterParserOrEnumRuleCall();
3567 afterParserOrEnumRuleCall(); 3216
3568
3569 }
3570 3217
3571 } 3218 }
3572 3219
@@ -3588,11 +3235,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3588 3235
3589 } 3236 }
3590 3237
3591 if ( state.backtracking==0 ) {
3592 3238
3593 leaveRule(); 3239 leaveRule();
3594 3240
3595 }
3596 } 3241 }
3597 3242
3598 catch (RecognitionException re) { 3243 catch (RecognitionException re) {
@@ -3607,7 +3252,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3607 3252
3608 3253
3609 // $ANTLR start "entryRuleMultiplicativeExpression" 3254 // $ANTLR start "entryRuleMultiplicativeExpression"
3610 // InternalSolverLanguage.g:1307:1: entryRuleMultiplicativeExpression returns [EObject current=null] : iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF ; 3255 // InternalSolverLanguageParser.g:1296:1: entryRuleMultiplicativeExpression returns [EObject current=null] : iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF ;
3611 public final EObject entryRuleMultiplicativeExpression() throws RecognitionException { 3256 public final EObject entryRuleMultiplicativeExpression() throws RecognitionException {
3612 EObject current = null; 3257 EObject current = null;
3613 3258
@@ -3615,21 +3260,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3615 3260
3616 3261
3617 try { 3262 try {
3618 // InternalSolverLanguage.g:1307:65: (iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF ) 3263 // InternalSolverLanguageParser.g:1296:65: (iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF )
3619 // InternalSolverLanguage.g:1308:2: iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF 3264 // InternalSolverLanguageParser.g:1297:2: iv_ruleMultiplicativeExpression= ruleMultiplicativeExpression EOF
3620 { 3265 {
3621 if ( state.backtracking==0 ) { 3266 newCompositeNode(grammarAccess.getMultiplicativeExpressionRule());
3622 newCompositeNode(grammarAccess.getMultiplicativeExpressionRule());
3623 }
3624 pushFollow(FOLLOW_1); 3267 pushFollow(FOLLOW_1);
3625 iv_ruleMultiplicativeExpression=ruleMultiplicativeExpression(); 3268 iv_ruleMultiplicativeExpression=ruleMultiplicativeExpression();
3626 3269
3627 state._fsp--; 3270 state._fsp--;
3628 if (state.failed) return current; 3271
3629 if ( state.backtracking==0 ) { 3272 current =iv_ruleMultiplicativeExpression;
3630 current =iv_ruleMultiplicativeExpression; 3273 match(input,EOF,FOLLOW_2);
3631 }
3632 match(input,EOF,FOLLOW_2); if (state.failed) return current;
3633 3274
3634 } 3275 }
3635 3276
@@ -3647,7 +3288,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3647 3288
3648 3289
3649 // $ANTLR start "ruleMultiplicativeExpression" 3290 // $ANTLR start "ruleMultiplicativeExpression"
3650 // InternalSolverLanguage.g:1314:1: ruleMultiplicativeExpression returns [EObject current=null] : (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) ; 3291 // InternalSolverLanguageParser.g:1303:1: ruleMultiplicativeExpression returns [EObject current=null] : (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) ;
3651 public final EObject ruleMultiplicativeExpression() throws RecognitionException { 3292 public final EObject ruleMultiplicativeExpression() throws RecognitionException {
3652 EObject current = null; 3293 EObject current = null;
3653 3294
@@ -3662,120 +3303,106 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3662 enterRule(); 3303 enterRule();
3663 3304
3664 try { 3305 try {
3665 // InternalSolverLanguage.g:1320:2: ( (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) ) 3306 // InternalSolverLanguageParser.g:1309:2: ( (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) )
3666 // InternalSolverLanguage.g:1321:2: (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) 3307 // InternalSolverLanguageParser.g:1310:2: (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* )
3667 { 3308 {
3668 // InternalSolverLanguage.g:1321:2: (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* ) 3309 // InternalSolverLanguageParser.g:1310:2: (this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* )
3669 // InternalSolverLanguage.g:1322:3: this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* 3310 // InternalSolverLanguageParser.g:1311:3: this_ExponentialExpression_0= ruleExponentialExpression ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )*
3670 { 3311 {
3671 if ( state.backtracking==0 ) {
3672 3312
3673 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getExponentialExpressionParserRuleCall_0()); 3313 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getExponentialExpressionParserRuleCall_0());
3674 3314
3675 }
3676 pushFollow(FOLLOW_23); 3315 pushFollow(FOLLOW_23);
3677 this_ExponentialExpression_0=ruleExponentialExpression(); 3316 this_ExponentialExpression_0=ruleExponentialExpression();
3678 3317
3679 state._fsp--; 3318 state._fsp--;
3680 if (state.failed) return current;
3681 if ( state.backtracking==0 ) {
3682 3319
3683 current = this_ExponentialExpression_0; 3320
3684 afterParserOrEnumRuleCall(); 3321 current = this_ExponentialExpression_0;
3685 3322 afterParserOrEnumRuleCall();
3686 } 3323
3687 // InternalSolverLanguage.g:1330:3: ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )* 3324 // InternalSolverLanguageParser.g:1319:3: ( () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )*
3688 loop16: 3325 loop16:
3689 do { 3326 do {
3690 int alt16=2; 3327 int alt16=2;
3691 int LA16_0 = input.LA(1); 3328 int LA16_0 = input.LA(1);
3692 3329
3693 if ( (LA16_0==35||LA16_0==58) ) { 3330 if ( (LA16_0==Asterisk||LA16_0==Solidus) ) {
3694 alt16=1; 3331 alt16=1;
3695 } 3332 }
3696 3333
3697 3334
3698 switch (alt16) { 3335 switch (alt16) {
3699 case 1 : 3336 case 1 :
3700 // InternalSolverLanguage.g:1331:4: () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) 3337 // InternalSolverLanguageParser.g:1320:4: () ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) ( (lv_right_3_0= ruleExponentialExpression ) )
3701 { 3338 {
3702 // InternalSolverLanguage.g:1331:4: () 3339 // InternalSolverLanguageParser.g:1320:4: ()
3703 // InternalSolverLanguage.g:1332:5: 3340 // InternalSolverLanguageParser.g:1321:5:
3704 { 3341 {
3705 if ( state.backtracking==0 ) {
3706 3342
3707 current = forceCreateModelElementAndSet( 3343 current = forceCreateModelElementAndSet(
3708 grammarAccess.getMultiplicativeExpressionAccess().getBinaryExpressionLeftAction_1_0(), 3344 grammarAccess.getMultiplicativeExpressionAccess().getBinaryExpressionLeftAction_1_0(),
3709 current); 3345 current);
3710 3346
3711 }
3712 3347
3713 } 3348 }
3714 3349
3715 // InternalSolverLanguage.g:1338:4: ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) ) 3350 // InternalSolverLanguageParser.g:1327:4: ( (lv_op_2_0= ruleMultiplicativeBinaryOperator ) )
3716 // InternalSolverLanguage.g:1339:5: (lv_op_2_0= ruleMultiplicativeBinaryOperator ) 3351 // InternalSolverLanguageParser.g:1328:5: (lv_op_2_0= ruleMultiplicativeBinaryOperator )
3717 { 3352 {
3718 // InternalSolverLanguage.g:1339:5: (lv_op_2_0= ruleMultiplicativeBinaryOperator ) 3353 // InternalSolverLanguageParser.g:1328:5: (lv_op_2_0= ruleMultiplicativeBinaryOperator )
3719 // InternalSolverLanguage.g:1340:6: lv_op_2_0= ruleMultiplicativeBinaryOperator 3354 // InternalSolverLanguageParser.g:1329:6: lv_op_2_0= ruleMultiplicativeBinaryOperator
3720 { 3355 {
3721 if ( state.backtracking==0 ) {
3722 3356
3723 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getOpMultiplicativeBinaryOperatorEnumRuleCall_1_1_0()); 3357 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getOpMultiplicativeBinaryOperatorEnumRuleCall_1_1_0());
3724 3358
3725 }
3726 pushFollow(FOLLOW_6); 3359 pushFollow(FOLLOW_6);
3727 lv_op_2_0=ruleMultiplicativeBinaryOperator(); 3360 lv_op_2_0=ruleMultiplicativeBinaryOperator();
3728 3361
3729 state._fsp--; 3362 state._fsp--;
3730 if (state.failed) return current; 3363
3731 if ( state.backtracking==0 ) { 3364
3732 3365 if (current==null) {
3733 if (current==null) { 3366 current = createModelElementForParent(grammarAccess.getMultiplicativeExpressionRule());
3734 current = createModelElementForParent(grammarAccess.getMultiplicativeExpressionRule()); 3367 }
3735 } 3368 set(
3736 set( 3369 current,
3737 current, 3370 "op",
3738 "op", 3371 lv_op_2_0,
3739 lv_op_2_0, 3372 "org.eclipse.viatra.solver.language.SolverLanguage.MultiplicativeBinaryOperator");
3740 "org.eclipse.viatra.solver.language.SolverLanguage.MultiplicativeBinaryOperator"); 3373 afterParserOrEnumRuleCall();
3741 afterParserOrEnumRuleCall(); 3374
3742
3743 }
3744 3375
3745 } 3376 }
3746 3377
3747 3378
3748 } 3379 }
3749 3380
3750 // InternalSolverLanguage.g:1357:4: ( (lv_right_3_0= ruleExponentialExpression ) ) 3381 // InternalSolverLanguageParser.g:1346:4: ( (lv_right_3_0= ruleExponentialExpression ) )
3751 // InternalSolverLanguage.g:1358:5: (lv_right_3_0= ruleExponentialExpression ) 3382 // InternalSolverLanguageParser.g:1347:5: (lv_right_3_0= ruleExponentialExpression )
3752 { 3383 {
3753 // InternalSolverLanguage.g:1358:5: (lv_right_3_0= ruleExponentialExpression ) 3384 // InternalSolverLanguageParser.g:1347:5: (lv_right_3_0= ruleExponentialExpression )
3754 // InternalSolverLanguage.g:1359:6: lv_right_3_0= ruleExponentialExpression 3385 // InternalSolverLanguageParser.g:1348:6: lv_right_3_0= ruleExponentialExpression
3755 { 3386 {
3756 if ( state.backtracking==0 ) {
3757 3387
3758 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getRightExponentialExpressionParserRuleCall_1_2_0()); 3388 newCompositeNode(grammarAccess.getMultiplicativeExpressionAccess().getRightExponentialExpressionParserRuleCall_1_2_0());
3759 3389
3760 }
3761 pushFollow(FOLLOW_23); 3390 pushFollow(FOLLOW_23);
3762 lv_right_3_0=ruleExponentialExpression(); 3391 lv_right_3_0=ruleExponentialExpression();
3763 3392
3764 state._fsp--; 3393 state._fsp--;
3765 if (state.failed) return current; 3394
3766 if ( state.backtracking==0 ) { 3395
3767 3396 if (current==null) {
3768 if (current==null) { 3397 current = createModelElementForParent(grammarAccess.getMultiplicativeExpressionRule());
3769 current = createModelElementForParent(grammarAccess.getMultiplicativeExpressionRule()); 3398 }
3770 } 3399 set(
3771 set( 3400 current,
3772 current, 3401 "right",
3773 "right", 3402 lv_right_3_0,
3774 lv_right_3_0, 3403 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialExpression");
3775 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialExpression"); 3404 afterParserOrEnumRuleCall();
3776 afterParserOrEnumRuleCall(); 3405
3777
3778 }
3779 3406
3780 } 3407 }
3781 3408
@@ -3797,11 +3424,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3797 3424
3798 } 3425 }
3799 3426
3800 if ( state.backtracking==0 ) {
3801 3427
3802 leaveRule(); 3428 leaveRule();
3803 3429
3804 }
3805 } 3430 }
3806 3431
3807 catch (RecognitionException re) { 3432 catch (RecognitionException re) {
@@ -3816,7 +3441,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3816 3441
3817 3442
3818 // $ANTLR start "entryRuleExponentialExpression" 3443 // $ANTLR start "entryRuleExponentialExpression"
3819 // InternalSolverLanguage.g:1381:1: entryRuleExponentialExpression returns [EObject current=null] : iv_ruleExponentialExpression= ruleExponentialExpression EOF ; 3444 // InternalSolverLanguageParser.g:1370:1: entryRuleExponentialExpression returns [EObject current=null] : iv_ruleExponentialExpression= ruleExponentialExpression EOF ;
3820 public final EObject entryRuleExponentialExpression() throws RecognitionException { 3445 public final EObject entryRuleExponentialExpression() throws RecognitionException {
3821 EObject current = null; 3446 EObject current = null;
3822 3447
@@ -3824,21 +3449,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3824 3449
3825 3450
3826 try { 3451 try {
3827 // InternalSolverLanguage.g:1381:62: (iv_ruleExponentialExpression= ruleExponentialExpression EOF ) 3452 // InternalSolverLanguageParser.g:1370:62: (iv_ruleExponentialExpression= ruleExponentialExpression EOF )
3828 // InternalSolverLanguage.g:1382:2: iv_ruleExponentialExpression= ruleExponentialExpression EOF 3453 // InternalSolverLanguageParser.g:1371:2: iv_ruleExponentialExpression= ruleExponentialExpression EOF
3829 { 3454 {
3830 if ( state.backtracking==0 ) { 3455 newCompositeNode(grammarAccess.getExponentialExpressionRule());
3831 newCompositeNode(grammarAccess.getExponentialExpressionRule());
3832 }
3833 pushFollow(FOLLOW_1); 3456 pushFollow(FOLLOW_1);
3834 iv_ruleExponentialExpression=ruleExponentialExpression(); 3457 iv_ruleExponentialExpression=ruleExponentialExpression();
3835 3458
3836 state._fsp--; 3459 state._fsp--;
3837 if (state.failed) return current; 3460
3838 if ( state.backtracking==0 ) { 3461 current =iv_ruleExponentialExpression;
3839 current =iv_ruleExponentialExpression; 3462 match(input,EOF,FOLLOW_2);
3840 }
3841 match(input,EOF,FOLLOW_2); if (state.failed) return current;
3842 3463
3843 } 3464 }
3844 3465
@@ -3856,7 +3477,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3856 3477
3857 3478
3858 // $ANTLR start "ruleExponentialExpression" 3479 // $ANTLR start "ruleExponentialExpression"
3859 // InternalSolverLanguage.g:1388:1: ruleExponentialExpression returns [EObject current=null] : (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) ; 3480 // InternalSolverLanguageParser.g:1377:1: ruleExponentialExpression returns [EObject current=null] : (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) ;
3860 public final EObject ruleExponentialExpression() throws RecognitionException { 3481 public final EObject ruleExponentialExpression() throws RecognitionException {
3861 EObject current = null; 3482 EObject current = null;
3862 3483
@@ -3871,116 +3492,102 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3871 enterRule(); 3492 enterRule();
3872 3493
3873 try { 3494 try {
3874 // InternalSolverLanguage.g:1394:2: ( (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) ) 3495 // InternalSolverLanguageParser.g:1383:2: ( (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) )
3875 // InternalSolverLanguage.g:1395:2: (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) 3496 // InternalSolverLanguageParser.g:1384:2: (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? )
3876 { 3497 {
3877 // InternalSolverLanguage.g:1395:2: (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? ) 3498 // InternalSolverLanguageParser.g:1384:2: (this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? )
3878 // InternalSolverLanguage.g:1396:3: this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? 3499 // InternalSolverLanguageParser.g:1385:3: this_UnaryExpression_0= ruleUnaryExpression ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )?
3879 { 3500 {
3880 if ( state.backtracking==0 ) {
3881 3501
3882 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getUnaryExpressionParserRuleCall_0()); 3502 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getUnaryExpressionParserRuleCall_0());
3883 3503
3884 }
3885 pushFollow(FOLLOW_24); 3504 pushFollow(FOLLOW_24);
3886 this_UnaryExpression_0=ruleUnaryExpression(); 3505 this_UnaryExpression_0=ruleUnaryExpression();
3887 3506
3888 state._fsp--; 3507 state._fsp--;
3889 if (state.failed) return current;
3890 if ( state.backtracking==0 ) {
3891 3508
3892 current = this_UnaryExpression_0; 3509
3893 afterParserOrEnumRuleCall(); 3510 current = this_UnaryExpression_0;
3894 3511 afterParserOrEnumRuleCall();
3895 } 3512
3896 // InternalSolverLanguage.g:1404:3: ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )? 3513 // InternalSolverLanguageParser.g:1393:3: ( () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) )?
3897 int alt17=2; 3514 int alt17=2;
3898 int LA17_0 = input.LA(1); 3515 int LA17_0 = input.LA(1);
3899 3516
3900 if ( (LA17_0==59) ) { 3517 if ( (LA17_0==CircumflexAccent) ) {
3901 alt17=1; 3518 alt17=1;
3902 } 3519 }
3903 switch (alt17) { 3520 switch (alt17) {
3904 case 1 : 3521 case 1 :
3905 // InternalSolverLanguage.g:1405:4: () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) ) 3522 // InternalSolverLanguageParser.g:1394:4: () ( (lv_op_2_0= ruleExponentialOp ) ) ( (lv_right_3_0= ruleExponentialExpression ) )
3906 { 3523 {
3907 // InternalSolverLanguage.g:1405:4: () 3524 // InternalSolverLanguageParser.g:1394:4: ()
3908 // InternalSolverLanguage.g:1406:5: 3525 // InternalSolverLanguageParser.g:1395:5:
3909 { 3526 {
3910 if ( state.backtracking==0 ) {
3911 3527
3912 current = forceCreateModelElementAndSet( 3528 current = forceCreateModelElementAndSet(
3913 grammarAccess.getExponentialExpressionAccess().getBinaryExpressionLeftAction_1_0(), 3529 grammarAccess.getExponentialExpressionAccess().getBinaryExpressionLeftAction_1_0(),
3914 current); 3530 current);
3915 3531
3916 }
3917 3532
3918 } 3533 }
3919 3534
3920 // InternalSolverLanguage.g:1412:4: ( (lv_op_2_0= ruleExponentialOp ) ) 3535 // InternalSolverLanguageParser.g:1401:4: ( (lv_op_2_0= ruleExponentialOp ) )
3921 // InternalSolverLanguage.g:1413:5: (lv_op_2_0= ruleExponentialOp ) 3536 // InternalSolverLanguageParser.g:1402:5: (lv_op_2_0= ruleExponentialOp )
3922 { 3537 {
3923 // InternalSolverLanguage.g:1413:5: (lv_op_2_0= ruleExponentialOp ) 3538 // InternalSolverLanguageParser.g:1402:5: (lv_op_2_0= ruleExponentialOp )
3924 // InternalSolverLanguage.g:1414:6: lv_op_2_0= ruleExponentialOp 3539 // InternalSolverLanguageParser.g:1403:6: lv_op_2_0= ruleExponentialOp
3925 { 3540 {
3926 if ( state.backtracking==0 ) {
3927 3541
3928 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getOpExponentialOpEnumRuleCall_1_1_0()); 3542 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getOpExponentialOpEnumRuleCall_1_1_0());
3929 3543
3930 }
3931 pushFollow(FOLLOW_6); 3544 pushFollow(FOLLOW_6);
3932 lv_op_2_0=ruleExponentialOp(); 3545 lv_op_2_0=ruleExponentialOp();
3933 3546
3934 state._fsp--; 3547 state._fsp--;
3935 if (state.failed) return current;
3936 if ( state.backtracking==0 ) {
3937 3548
3938 if (current==null) { 3549
3939 current = createModelElementForParent(grammarAccess.getExponentialExpressionRule()); 3550 if (current==null) {
3940 } 3551 current = createModelElementForParent(grammarAccess.getExponentialExpressionRule());
3941 set( 3552 }
3942 current, 3553 set(
3943 "op", 3554 current,
3944 lv_op_2_0, 3555 "op",
3945 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialOp"); 3556 lv_op_2_0,
3946 afterParserOrEnumRuleCall(); 3557 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialOp");
3947 3558 afterParserOrEnumRuleCall();
3948 } 3559
3949 3560
3950 } 3561 }
3951 3562
3952 3563
3953 } 3564 }
3954 3565
3955 // InternalSolverLanguage.g:1431:4: ( (lv_right_3_0= ruleExponentialExpression ) ) 3566 // InternalSolverLanguageParser.g:1420:4: ( (lv_right_3_0= ruleExponentialExpression ) )
3956 // InternalSolverLanguage.g:1432:5: (lv_right_3_0= ruleExponentialExpression ) 3567 // InternalSolverLanguageParser.g:1421:5: (lv_right_3_0= ruleExponentialExpression )
3957 { 3568 {
3958 // InternalSolverLanguage.g:1432:5: (lv_right_3_0= ruleExponentialExpression ) 3569 // InternalSolverLanguageParser.g:1421:5: (lv_right_3_0= ruleExponentialExpression )
3959 // InternalSolverLanguage.g:1433:6: lv_right_3_0= ruleExponentialExpression 3570 // InternalSolverLanguageParser.g:1422:6: lv_right_3_0= ruleExponentialExpression
3960 { 3571 {
3961 if ( state.backtracking==0 ) {
3962 3572
3963 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getRightExponentialExpressionParserRuleCall_1_2_0()); 3573 newCompositeNode(grammarAccess.getExponentialExpressionAccess().getRightExponentialExpressionParserRuleCall_1_2_0());
3964 3574
3965 }
3966 pushFollow(FOLLOW_2); 3575 pushFollow(FOLLOW_2);
3967 lv_right_3_0=ruleExponentialExpression(); 3576 lv_right_3_0=ruleExponentialExpression();
3968 3577
3969 state._fsp--; 3578 state._fsp--;
3970 if (state.failed) return current;
3971 if ( state.backtracking==0 ) {
3972 3579
3973 if (current==null) { 3580
3974 current = createModelElementForParent(grammarAccess.getExponentialExpressionRule()); 3581 if (current==null) {
3975 } 3582 current = createModelElementForParent(grammarAccess.getExponentialExpressionRule());
3976 set( 3583 }
3977 current, 3584 set(
3978 "right", 3585 current,
3979 lv_right_3_0, 3586 "right",
3980 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialExpression"); 3587 lv_right_3_0,
3981 afterParserOrEnumRuleCall(); 3588 "org.eclipse.viatra.solver.language.SolverLanguage.ExponentialExpression");
3982 3589 afterParserOrEnumRuleCall();
3983 } 3590
3984 3591
3985 } 3592 }
3986 3593
@@ -3999,11 +3606,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
3999 3606
4000 } 3607 }
4001 3608
4002 if ( state.backtracking==0 ) {
4003 3609
4004 leaveRule(); 3610 leaveRule();
4005 3611
4006 }
4007 } 3612 }
4008 3613
4009 catch (RecognitionException re) { 3614 catch (RecognitionException re) {
@@ -4018,7 +3623,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4018 3623
4019 3624
4020 // $ANTLR start "entryRuleUnaryExpression" 3625 // $ANTLR start "entryRuleUnaryExpression"
4021 // InternalSolverLanguage.g:1455:1: entryRuleUnaryExpression returns [EObject current=null] : iv_ruleUnaryExpression= ruleUnaryExpression EOF ; 3626 // InternalSolverLanguageParser.g:1444:1: entryRuleUnaryExpression returns [EObject current=null] : iv_ruleUnaryExpression= ruleUnaryExpression EOF ;
4022 public final EObject entryRuleUnaryExpression() throws RecognitionException { 3627 public final EObject entryRuleUnaryExpression() throws RecognitionException {
4023 EObject current = null; 3628 EObject current = null;
4024 3629
@@ -4026,21 +3631,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4026 3631
4027 3632
4028 try { 3633 try {
4029 // InternalSolverLanguage.g:1455:56: (iv_ruleUnaryExpression= ruleUnaryExpression EOF ) 3634 // InternalSolverLanguageParser.g:1444:56: (iv_ruleUnaryExpression= ruleUnaryExpression EOF )
4030 // InternalSolverLanguage.g:1456:2: iv_ruleUnaryExpression= ruleUnaryExpression EOF 3635 // InternalSolverLanguageParser.g:1445:2: iv_ruleUnaryExpression= ruleUnaryExpression EOF
4031 { 3636 {
4032 if ( state.backtracking==0 ) { 3637 newCompositeNode(grammarAccess.getUnaryExpressionRule());
4033 newCompositeNode(grammarAccess.getUnaryExpressionRule());
4034 }
4035 pushFollow(FOLLOW_1); 3638 pushFollow(FOLLOW_1);
4036 iv_ruleUnaryExpression=ruleUnaryExpression(); 3639 iv_ruleUnaryExpression=ruleUnaryExpression();
4037 3640
4038 state._fsp--; 3641 state._fsp--;
4039 if (state.failed) return current; 3642
4040 if ( state.backtracking==0 ) { 3643 current =iv_ruleUnaryExpression;
4041 current =iv_ruleUnaryExpression; 3644 match(input,EOF,FOLLOW_2);
4042 }
4043 match(input,EOF,FOLLOW_2); if (state.failed) return current;
4044 3645
4045 } 3646 }
4046 3647
@@ -4058,7 +3659,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4058 3659
4059 3660
4060 // $ANTLR start "ruleUnaryExpression" 3661 // $ANTLR start "ruleUnaryExpression"
4061 // InternalSolverLanguage.g:1462:1: ruleUnaryExpression returns [EObject current=null] : (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) ; 3662 // InternalSolverLanguageParser.g:1451:1: ruleUnaryExpression returns [EObject current=null] : (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) ;
4062 public final EObject ruleUnaryExpression() throws RecognitionException { 3663 public final EObject ruleUnaryExpression() throws RecognitionException {
4063 EObject current = null; 3664 EObject current = null;
4064 3665
@@ -4073,21 +3674,20 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4073 enterRule(); 3674 enterRule();
4074 3675
4075 try { 3676 try {
4076 // InternalSolverLanguage.g:1468:2: ( (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) ) 3677 // InternalSolverLanguageParser.g:1457:2: ( (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) )
4077 // InternalSolverLanguage.g:1469:2: (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) 3678 // InternalSolverLanguageParser.g:1458:2: (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) )
4078 { 3679 {
4079 // InternalSolverLanguage.g:1469:2: (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) ) 3680 // InternalSolverLanguageParser.g:1458:2: (this_AggregationExpression_0= ruleAggregationExpression | ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) )
4080 int alt18=2; 3681 int alt18=2;
4081 int LA18_0 = input.LA(1); 3682 int LA18_0 = input.LA(1);
4082 3683
4083 if ( ((LA18_0>=RULE_STRING && LA18_0<=RULE_QUOTED_ID)||LA18_0==19||LA18_0==29||LA18_0==33||LA18_0==36||(LA18_0>=39 && LA18_0<=40)||(LA18_0>=64 && LA18_0<=72)) ) { 3684 if ( (LA18_0==Unknown||(LA18_0>=Count && LA18_0<=False)||(LA18_0>=Only && LA18_0<=Prod)||LA18_0==True||(LA18_0>=Avg && LA18_0<=Inf)||LA18_0==Max||(LA18_0>=Min && LA18_0<=Sum)||LA18_0==LeftParenthesis||LA18_0==LeftSquareBracket||(LA18_0>=RULE_STRING && LA18_0<=RULE_QUOTED_ID)||(LA18_0>=RULE_ID && LA18_0<=RULE_INT)) ) {
4084 alt18=1; 3685 alt18=1;
4085 } 3686 }
4086 else if ( ((LA18_0>=56 && LA18_0<=57)||(LA18_0>=60 && LA18_0<=63)) ) { 3687 else if ( (LA18_0==Current||LA18_0==Must||LA18_0==May||LA18_0==ExclamationMark||LA18_0==PlusSign||LA18_0==HyphenMinus) ) {
4087 alt18=2; 3688 alt18=2;
4088 } 3689 }
4089 else { 3690 else {
4090 if (state.backtracking>0) {state.failed=true; return current;}
4091 NoViableAltException nvae = 3691 NoViableAltException nvae =
4092 new NoViableAltException("", 18, 0, input); 3692 new NoViableAltException("", 18, 0, input);
4093 3693
@@ -4095,110 +3695,96 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4095 } 3695 }
4096 switch (alt18) { 3696 switch (alt18) {
4097 case 1 : 3697 case 1 :
4098 // InternalSolverLanguage.g:1470:3: this_AggregationExpression_0= ruleAggregationExpression 3698 // InternalSolverLanguageParser.g:1459:3: this_AggregationExpression_0= ruleAggregationExpression
4099 { 3699 {
4100 if ( state.backtracking==0 ) {
4101 3700
4102 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getAggregationExpressionParserRuleCall_0()); 3701 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getAggregationExpressionParserRuleCall_0());
4103 3702
4104 }
4105 pushFollow(FOLLOW_2); 3703 pushFollow(FOLLOW_2);
4106 this_AggregationExpression_0=ruleAggregationExpression(); 3704 this_AggregationExpression_0=ruleAggregationExpression();
4107 3705
4108 state._fsp--; 3706 state._fsp--;
4109 if (state.failed) return current;
4110 if ( state.backtracking==0 ) {
4111 3707
4112 current = this_AggregationExpression_0; 3708
4113 afterParserOrEnumRuleCall(); 3709 current = this_AggregationExpression_0;
4114 3710 afterParserOrEnumRuleCall();
4115 } 3711
4116 3712
4117 } 3713 }
4118 break; 3714 break;
4119 case 2 : 3715 case 2 :
4120 // InternalSolverLanguage.g:1479:3: ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) 3716 // InternalSolverLanguageParser.g:1468:3: ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) )
4121 { 3717 {
4122 // InternalSolverLanguage.g:1479:3: ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) ) 3718 // InternalSolverLanguageParser.g:1468:3: ( () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) )
4123 // InternalSolverLanguage.g:1480:4: () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) ) 3719 // InternalSolverLanguageParser.g:1469:4: () ( (lv_op_2_0= ruleUnaryOp ) ) ( (lv_body_3_0= ruleAggregationExpression ) )
4124 { 3720 {
4125 // InternalSolverLanguage.g:1480:4: () 3721 // InternalSolverLanguageParser.g:1469:4: ()
4126 // InternalSolverLanguage.g:1481:5: 3722 // InternalSolverLanguageParser.g:1470:5:
4127 { 3723 {
4128 if ( state.backtracking==0 ) {
4129 3724
4130 current = forceCreateModelElement( 3725 current = forceCreateModelElement(
4131 grammarAccess.getUnaryExpressionAccess().getUnaryExpressionAction_1_0(), 3726 grammarAccess.getUnaryExpressionAccess().getUnaryExpressionAction_1_0(),
4132 current); 3727 current);
4133 3728
4134 }
4135 3729
4136 } 3730 }
4137 3731
4138 // InternalSolverLanguage.g:1487:4: ( (lv_op_2_0= ruleUnaryOp ) ) 3732 // InternalSolverLanguageParser.g:1476:4: ( (lv_op_2_0= ruleUnaryOp ) )
4139 // InternalSolverLanguage.g:1488:5: (lv_op_2_0= ruleUnaryOp ) 3733 // InternalSolverLanguageParser.g:1477:5: (lv_op_2_0= ruleUnaryOp )
4140 { 3734 {
4141 // InternalSolverLanguage.g:1488:5: (lv_op_2_0= ruleUnaryOp ) 3735 // InternalSolverLanguageParser.g:1477:5: (lv_op_2_0= ruleUnaryOp )
4142 // InternalSolverLanguage.g:1489:6: lv_op_2_0= ruleUnaryOp 3736 // InternalSolverLanguageParser.g:1478:6: lv_op_2_0= ruleUnaryOp
4143 { 3737 {
4144 if ( state.backtracking==0 ) {
4145 3738
4146 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getOpUnaryOpEnumRuleCall_1_1_0()); 3739 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getOpUnaryOpEnumRuleCall_1_1_0());
4147 3740
4148 }
4149 pushFollow(FOLLOW_25); 3741 pushFollow(FOLLOW_25);
4150 lv_op_2_0=ruleUnaryOp(); 3742 lv_op_2_0=ruleUnaryOp();
4151 3743
4152 state._fsp--; 3744 state._fsp--;
4153 if (state.failed) return current;
4154 if ( state.backtracking==0 ) {
4155 3745
4156 if (current==null) { 3746
4157 current = createModelElementForParent(grammarAccess.getUnaryExpressionRule()); 3747 if (current==null) {
4158 } 3748 current = createModelElementForParent(grammarAccess.getUnaryExpressionRule());
4159 set( 3749 }
4160 current, 3750 set(
4161 "op", 3751 current,
4162 lv_op_2_0, 3752 "op",
4163 "org.eclipse.viatra.solver.language.SolverLanguage.UnaryOp"); 3753 lv_op_2_0,
4164 afterParserOrEnumRuleCall(); 3754 "org.eclipse.viatra.solver.language.SolverLanguage.UnaryOp");
4165 3755 afterParserOrEnumRuleCall();
4166 } 3756
4167 3757
4168 } 3758 }
4169 3759
4170 3760
4171 } 3761 }
4172 3762
4173 // InternalSolverLanguage.g:1506:4: ( (lv_body_3_0= ruleAggregationExpression ) ) 3763 // InternalSolverLanguageParser.g:1495:4: ( (lv_body_3_0= ruleAggregationExpression ) )
4174 // InternalSolverLanguage.g:1507:5: (lv_body_3_0= ruleAggregationExpression ) 3764 // InternalSolverLanguageParser.g:1496:5: (lv_body_3_0= ruleAggregationExpression )
4175 { 3765 {
4176 // InternalSolverLanguage.g:1507:5: (lv_body_3_0= ruleAggregationExpression ) 3766 // InternalSolverLanguageParser.g:1496:5: (lv_body_3_0= ruleAggregationExpression )
4177 // InternalSolverLanguage.g:1508:6: lv_body_3_0= ruleAggregationExpression 3767 // InternalSolverLanguageParser.g:1497:6: lv_body_3_0= ruleAggregationExpression
4178 { 3768 {
4179 if ( state.backtracking==0 ) {
4180 3769
4181 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getBodyAggregationExpressionParserRuleCall_1_2_0()); 3770 newCompositeNode(grammarAccess.getUnaryExpressionAccess().getBodyAggregationExpressionParserRuleCall_1_2_0());
4182 3771
4183 }
4184 pushFollow(FOLLOW_2); 3772 pushFollow(FOLLOW_2);
4185 lv_body_3_0=ruleAggregationExpression(); 3773 lv_body_3_0=ruleAggregationExpression();
4186 3774
4187 state._fsp--; 3775 state._fsp--;
4188 if (state.failed) return current;
4189 if ( state.backtracking==0 ) {
4190 3776
4191 if (current==null) { 3777
4192 current = createModelElementForParent(grammarAccess.getUnaryExpressionRule()); 3778 if (current==null) {
4193 } 3779 current = createModelElementForParent(grammarAccess.getUnaryExpressionRule());
4194 set( 3780 }
4195 current, 3781 set(
4196 "body", 3782 current,
4197 lv_body_3_0, 3783 "body",
4198 "org.eclipse.viatra.solver.language.SolverLanguage.AggregationExpression"); 3784 lv_body_3_0,
4199 afterParserOrEnumRuleCall(); 3785 "org.eclipse.viatra.solver.language.SolverLanguage.AggregationExpression");
4200 3786 afterParserOrEnumRuleCall();
4201 } 3787
4202 3788
4203 } 3789 }
4204 3790
@@ -4217,11 +3803,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4217 3803
4218 } 3804 }
4219 3805
4220 if ( state.backtracking==0 ) {
4221 3806
4222 leaveRule(); 3807 leaveRule();
4223 3808
4224 }
4225 } 3809 }
4226 3810
4227 catch (RecognitionException re) { 3811 catch (RecognitionException re) {
@@ -4236,7 +3820,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4236 3820
4237 3821
4238 // $ANTLR start "entryRuleAggregationExpression" 3822 // $ANTLR start "entryRuleAggregationExpression"
4239 // InternalSolverLanguage.g:1530:1: entryRuleAggregationExpression returns [EObject current=null] : iv_ruleAggregationExpression= ruleAggregationExpression EOF ; 3823 // InternalSolverLanguageParser.g:1519:1: entryRuleAggregationExpression returns [EObject current=null] : iv_ruleAggregationExpression= ruleAggregationExpression EOF ;
4240 public final EObject entryRuleAggregationExpression() throws RecognitionException { 3824 public final EObject entryRuleAggregationExpression() throws RecognitionException {
4241 EObject current = null; 3825 EObject current = null;
4242 3826
@@ -4244,21 +3828,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4244 3828
4245 3829
4246 try { 3830 try {
4247 // InternalSolverLanguage.g:1530:62: (iv_ruleAggregationExpression= ruleAggregationExpression EOF ) 3831 // InternalSolverLanguageParser.g:1519:62: (iv_ruleAggregationExpression= ruleAggregationExpression EOF )
4248 // InternalSolverLanguage.g:1531:2: iv_ruleAggregationExpression= ruleAggregationExpression EOF 3832 // InternalSolverLanguageParser.g:1520:2: iv_ruleAggregationExpression= ruleAggregationExpression EOF
4249 { 3833 {
4250 if ( state.backtracking==0 ) { 3834 newCompositeNode(grammarAccess.getAggregationExpressionRule());
4251 newCompositeNode(grammarAccess.getAggregationExpressionRule());
4252 }
4253 pushFollow(FOLLOW_1); 3835 pushFollow(FOLLOW_1);
4254 iv_ruleAggregationExpression=ruleAggregationExpression(); 3836 iv_ruleAggregationExpression=ruleAggregationExpression();
4255 3837
4256 state._fsp--; 3838 state._fsp--;
4257 if (state.failed) return current; 3839
4258 if ( state.backtracking==0 ) { 3840 current =iv_ruleAggregationExpression;
4259 current =iv_ruleAggregationExpression; 3841 match(input,EOF,FOLLOW_2);
4260 }
4261 match(input,EOF,FOLLOW_2); if (state.failed) return current;
4262 3842
4263 } 3843 }
4264 3844
@@ -4276,7 +3856,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4276 3856
4277 3857
4278 // $ANTLR start "ruleAggregationExpression" 3858 // $ANTLR start "ruleAggregationExpression"
4279 // InternalSolverLanguage.g:1537:1: ruleAggregationExpression returns [EObject current=null] : (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) ; 3859 // InternalSolverLanguageParser.g:1526:1: ruleAggregationExpression returns [EObject current=null] : (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) ;
4280 public final EObject ruleAggregationExpression() throws RecognitionException { 3860 public final EObject ruleAggregationExpression() throws RecognitionException {
4281 EObject current = null; 3861 EObject current = null;
4282 3862
@@ -4291,45 +3871,44 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4291 enterRule(); 3871 enterRule();
4292 3872
4293 try { 3873 try {
4294 // InternalSolverLanguage.g:1543:2: ( (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) ) 3874 // InternalSolverLanguageParser.g:1532:2: ( (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) )
4295 // InternalSolverLanguage.g:1544:2: (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) 3875 // InternalSolverLanguageParser.g:1533:2: (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation )
4296 { 3876 {
4297 // InternalSolverLanguage.g:1544:2: (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation ) 3877 // InternalSolverLanguageParser.g:1533:2: (this_AtomicExpression_0= ruleAtomicExpression | this_Count_1= ruleCount | this_Aggregation_2= ruleAggregation )
4298 int alt19=3; 3878 int alt19=3;
4299 switch ( input.LA(1) ) { 3879 switch ( input.LA(1) ) {
3880 case Unknown:
3881 case Empty:
3882 case Error:
3883 case False:
3884 case True:
3885 case Inf:
3886 case LeftParenthesis:
3887 case LeftSquareBracket:
4300 case RULE_STRING: 3888 case RULE_STRING:
3889 case RULE_QUOTED_ID:
4301 case RULE_ID: 3890 case RULE_ID:
4302 case RULE_INT: 3891 case RULE_INT:
4303 case RULE_QUOTED_ID:
4304 case 19:
4305 case 33:
4306 case 36:
4307 case 39:
4308 case 40:
4309 case 70:
4310 case 71:
4311 case 72:
4312 { 3892 {
4313 alt19=1; 3893 alt19=1;
4314 } 3894 }
4315 break; 3895 break;
4316 case 29: 3896 case Count:
4317 { 3897 {
4318 alt19=2; 3898 alt19=2;
4319 } 3899 }
4320 break; 3900 break;
4321 case 64: 3901 case Only:
4322 case 65: 3902 case Prod:
4323 case 66: 3903 case Avg:
4324 case 67: 3904 case Max:
4325 case 68: 3905 case Min:
4326 case 69: 3906 case Sum:
4327 { 3907 {
4328 alt19=3; 3908 alt19=3;
4329 } 3909 }
4330 break; 3910 break;
4331 default: 3911 default:
4332 if (state.backtracking>0) {state.failed=true; return current;}
4333 NoViableAltException nvae = 3912 NoViableAltException nvae =
4334 new NoViableAltException("", 19, 0, input); 3913 new NoViableAltException("", 19, 0, input);
4335 3914
@@ -4338,68 +3917,56 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4338 3917
4339 switch (alt19) { 3918 switch (alt19) {
4340 case 1 : 3919 case 1 :
4341 // InternalSolverLanguage.g:1545:3: this_AtomicExpression_0= ruleAtomicExpression 3920 // InternalSolverLanguageParser.g:1534:3: this_AtomicExpression_0= ruleAtomicExpression
4342 { 3921 {
4343 if ( state.backtracking==0 ) {
4344 3922
4345 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getAtomicExpressionParserRuleCall_0()); 3923 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getAtomicExpressionParserRuleCall_0());
4346 3924
4347 }
4348 pushFollow(FOLLOW_2); 3925 pushFollow(FOLLOW_2);
4349 this_AtomicExpression_0=ruleAtomicExpression(); 3926 this_AtomicExpression_0=ruleAtomicExpression();
4350 3927
4351 state._fsp--; 3928 state._fsp--;
4352 if (state.failed) return current;
4353 if ( state.backtracking==0 ) {
4354 3929
4355 current = this_AtomicExpression_0; 3930
4356 afterParserOrEnumRuleCall(); 3931 current = this_AtomicExpression_0;
4357 3932 afterParserOrEnumRuleCall();
4358 } 3933
4359 3934
4360 } 3935 }
4361 break; 3936 break;
4362 case 2 : 3937 case 2 :
4363 // InternalSolverLanguage.g:1554:3: this_Count_1= ruleCount 3938 // InternalSolverLanguageParser.g:1543:3: this_Count_1= ruleCount
4364 { 3939 {
4365 if ( state.backtracking==0 ) {
4366 3940
4367 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getCountParserRuleCall_1()); 3941 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getCountParserRuleCall_1());
4368 3942
4369 }
4370 pushFollow(FOLLOW_2); 3943 pushFollow(FOLLOW_2);
4371 this_Count_1=ruleCount(); 3944 this_Count_1=ruleCount();
4372 3945
4373 state._fsp--; 3946 state._fsp--;
4374 if (state.failed) return current;
4375 if ( state.backtracking==0 ) {
4376 3947
4377 current = this_Count_1; 3948
4378 afterParserOrEnumRuleCall(); 3949 current = this_Count_1;
4379 3950 afterParserOrEnumRuleCall();
4380 } 3951
4381 3952
4382 } 3953 }
4383 break; 3954 break;
4384 case 3 : 3955 case 3 :
4385 // InternalSolverLanguage.g:1563:3: this_Aggregation_2= ruleAggregation 3956 // InternalSolverLanguageParser.g:1552:3: this_Aggregation_2= ruleAggregation
4386 { 3957 {
4387 if ( state.backtracking==0 ) {
4388 3958
4389 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getAggregationParserRuleCall_2()); 3959 newCompositeNode(grammarAccess.getAggregationExpressionAccess().getAggregationParserRuleCall_2());
4390 3960
4391 }
4392 pushFollow(FOLLOW_2); 3961 pushFollow(FOLLOW_2);
4393 this_Aggregation_2=ruleAggregation(); 3962 this_Aggregation_2=ruleAggregation();
4394 3963
4395 state._fsp--; 3964 state._fsp--;
4396 if (state.failed) return current;
4397 if ( state.backtracking==0 ) {
4398 3965
4399 current = this_Aggregation_2; 3966
4400 afterParserOrEnumRuleCall(); 3967 current = this_Aggregation_2;
4401 3968 afterParserOrEnumRuleCall();
4402 } 3969
4403 3970
4404 } 3971 }
4405 break; 3972 break;
@@ -4409,11 +3976,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4409 3976
4410 } 3977 }
4411 3978
4412 if ( state.backtracking==0 ) {
4413 3979
4414 leaveRule(); 3980 leaveRule();
4415 3981
4416 }
4417 } 3982 }
4418 3983
4419 catch (RecognitionException re) { 3984 catch (RecognitionException re) {
@@ -4428,7 +3993,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4428 3993
4429 3994
4430 // $ANTLR start "entryRuleCount" 3995 // $ANTLR start "entryRuleCount"
4431 // InternalSolverLanguage.g:1575:1: entryRuleCount returns [EObject current=null] : iv_ruleCount= ruleCount EOF ; 3996 // InternalSolverLanguageParser.g:1564:1: entryRuleCount returns [EObject current=null] : iv_ruleCount= ruleCount EOF ;
4432 public final EObject entryRuleCount() throws RecognitionException { 3997 public final EObject entryRuleCount() throws RecognitionException {
4433 EObject current = null; 3998 EObject current = null;
4434 3999
@@ -4436,21 +4001,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4436 4001
4437 4002
4438 try { 4003 try {
4439 // InternalSolverLanguage.g:1575:46: (iv_ruleCount= ruleCount EOF ) 4004 // InternalSolverLanguageParser.g:1564:46: (iv_ruleCount= ruleCount EOF )
4440 // InternalSolverLanguage.g:1576:2: iv_ruleCount= ruleCount EOF 4005 // InternalSolverLanguageParser.g:1565:2: iv_ruleCount= ruleCount EOF
4441 { 4006 {
4442 if ( state.backtracking==0 ) { 4007 newCompositeNode(grammarAccess.getCountRule());
4443 newCompositeNode(grammarAccess.getCountRule());
4444 }
4445 pushFollow(FOLLOW_1); 4008 pushFollow(FOLLOW_1);
4446 iv_ruleCount=ruleCount(); 4009 iv_ruleCount=ruleCount();
4447 4010
4448 state._fsp--; 4011 state._fsp--;
4449 if (state.failed) return current; 4012
4450 if ( state.backtracking==0 ) { 4013 current =iv_ruleCount;
4451 current =iv_ruleCount; 4014 match(input,EOF,FOLLOW_2);
4452 }
4453 match(input,EOF,FOLLOW_2); if (state.failed) return current;
4454 4015
4455 } 4016 }
4456 4017
@@ -4468,7 +4029,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4468 4029
4469 4030
4470 // $ANTLR start "ruleCount" 4031 // $ANTLR start "ruleCount"
4471 // InternalSolverLanguage.g:1582:1: ruleCount returns [EObject current=null] : (otherlv_0= 'count' otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '}' ) ; 4032 // InternalSolverLanguageParser.g:1571:1: ruleCount returns [EObject current=null] : (otherlv_0= Count otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= RightCurlyBracket ) ;
4472 public final EObject ruleCount() throws RecognitionException { 4033 public final EObject ruleCount() throws RecognitionException {
4473 EObject current = null; 4034 EObject current = null;
4474 4035
@@ -4482,76 +4043,64 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4482 enterRule(); 4043 enterRule();
4483 4044
4484 try { 4045 try {
4485 // InternalSolverLanguage.g:1588:2: ( (otherlv_0= 'count' otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '}' ) ) 4046 // InternalSolverLanguageParser.g:1577:2: ( (otherlv_0= Count otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= RightCurlyBracket ) )
4486 // InternalSolverLanguage.g:1589:2: (otherlv_0= 'count' otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '}' ) 4047 // InternalSolverLanguageParser.g:1578:2: (otherlv_0= Count otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= RightCurlyBracket )
4487 { 4048 {
4488 // InternalSolverLanguage.g:1589:2: (otherlv_0= 'count' otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '}' ) 4049 // InternalSolverLanguageParser.g:1578:2: (otherlv_0= Count otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= RightCurlyBracket )
4489 // InternalSolverLanguage.g:1590:3: otherlv_0= 'count' otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '}' 4050 // InternalSolverLanguageParser.g:1579:3: otherlv_0= Count otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= RightCurlyBracket
4490 { 4051 {
4491 otherlv_0=(Token)match(input,29,FOLLOW_26); if (state.failed) return current; 4052 otherlv_0=(Token)match(input,Count,FOLLOW_26);
4492 if ( state.backtracking==0 ) {
4493 4053
4494 newLeafNode(otherlv_0, grammarAccess.getCountAccess().getCountKeyword_0()); 4054 newLeafNode(otherlv_0, grammarAccess.getCountAccess().getCountKeyword_0());
4495 4055
4496 } 4056 otherlv_1=(Token)match(input,LeftCurlyBracket,FOLLOW_6);
4497 otherlv_1=(Token)match(input,30,FOLLOW_6); if (state.failed) return current;
4498 if ( state.backtracking==0 ) {
4499 4057
4500 newLeafNode(otherlv_1, grammarAccess.getCountAccess().getLeftCurlyBracketKeyword_1()); 4058 newLeafNode(otherlv_1, grammarAccess.getCountAccess().getLeftCurlyBracketKeyword_1());
4501 4059
4502 } 4060 // InternalSolverLanguageParser.g:1587:3: ( (lv_body_2_0= ruleExpression ) )
4503 // InternalSolverLanguage.g:1598:3: ( (lv_body_2_0= ruleExpression ) ) 4061 // InternalSolverLanguageParser.g:1588:4: (lv_body_2_0= ruleExpression )
4504 // InternalSolverLanguage.g:1599:4: (lv_body_2_0= ruleExpression )
4505 { 4062 {
4506 // InternalSolverLanguage.g:1599:4: (lv_body_2_0= ruleExpression ) 4063 // InternalSolverLanguageParser.g:1588:4: (lv_body_2_0= ruleExpression )
4507 // InternalSolverLanguage.g:1600:5: lv_body_2_0= ruleExpression 4064 // InternalSolverLanguageParser.g:1589:5: lv_body_2_0= ruleExpression
4508 { 4065 {
4509 if ( state.backtracking==0 ) {
4510 4066
4511 newCompositeNode(grammarAccess.getCountAccess().getBodyExpressionParserRuleCall_2_0()); 4067 newCompositeNode(grammarAccess.getCountAccess().getBodyExpressionParserRuleCall_2_0());
4512 4068
4513 }
4514 pushFollow(FOLLOW_27); 4069 pushFollow(FOLLOW_27);
4515 lv_body_2_0=ruleExpression(); 4070 lv_body_2_0=ruleExpression();
4516 4071
4517 state._fsp--; 4072 state._fsp--;
4518 if (state.failed) return current;
4519 if ( state.backtracking==0 ) {
4520 4073
4521 if (current==null) { 4074
4522 current = createModelElementForParent(grammarAccess.getCountRule()); 4075 if (current==null) {
4523 } 4076 current = createModelElementForParent(grammarAccess.getCountRule());
4524 set( 4077 }
4525 current, 4078 set(
4526 "body", 4079 current,
4527 lv_body_2_0, 4080 "body",
4528 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 4081 lv_body_2_0,
4529 afterParserOrEnumRuleCall(); 4082 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
4530 4083 afterParserOrEnumRuleCall();
4531 } 4084
4532 4085
4533 } 4086 }
4534 4087
4535 4088
4536 } 4089 }
4537 4090
4538 otherlv_3=(Token)match(input,31,FOLLOW_2); if (state.failed) return current; 4091 otherlv_3=(Token)match(input,RightCurlyBracket,FOLLOW_2);
4539 if ( state.backtracking==0 ) {
4540 4092
4541 newLeafNode(otherlv_3, grammarAccess.getCountAccess().getRightCurlyBracketKeyword_3()); 4093 newLeafNode(otherlv_3, grammarAccess.getCountAccess().getRightCurlyBracketKeyword_3());
4542 4094
4543 }
4544 4095
4545 } 4096 }
4546 4097
4547 4098
4548 } 4099 }
4549 4100
4550 if ( state.backtracking==0 ) {
4551 4101
4552 leaveRule(); 4102 leaveRule();
4553 4103
4554 }
4555 } 4104 }
4556 4105
4557 catch (RecognitionException re) { 4106 catch (RecognitionException re) {
@@ -4566,7 +4115,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4566 4115
4567 4116
4568 // $ANTLR start "entryRuleAggregation" 4117 // $ANTLR start "entryRuleAggregation"
4569 // InternalSolverLanguage.g:1625:1: entryRuleAggregation returns [EObject current=null] : iv_ruleAggregation= ruleAggregation EOF ; 4118 // InternalSolverLanguageParser.g:1614:1: entryRuleAggregation returns [EObject current=null] : iv_ruleAggregation= ruleAggregation EOF ;
4570 public final EObject entryRuleAggregation() throws RecognitionException { 4119 public final EObject entryRuleAggregation() throws RecognitionException {
4571 EObject current = null; 4120 EObject current = null;
4572 4121
@@ -4574,21 +4123,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4574 4123
4575 4124
4576 try { 4125 try {
4577 // InternalSolverLanguage.g:1625:52: (iv_ruleAggregation= ruleAggregation EOF ) 4126 // InternalSolverLanguageParser.g:1614:52: (iv_ruleAggregation= ruleAggregation EOF )
4578 // InternalSolverLanguage.g:1626:2: iv_ruleAggregation= ruleAggregation EOF 4127 // InternalSolverLanguageParser.g:1615:2: iv_ruleAggregation= ruleAggregation EOF
4579 { 4128 {
4580 if ( state.backtracking==0 ) { 4129 newCompositeNode(grammarAccess.getAggregationRule());
4581 newCompositeNode(grammarAccess.getAggregationRule());
4582 }
4583 pushFollow(FOLLOW_1); 4130 pushFollow(FOLLOW_1);
4584 iv_ruleAggregation=ruleAggregation(); 4131 iv_ruleAggregation=ruleAggregation();
4585 4132
4586 state._fsp--; 4133 state._fsp--;
4587 if (state.failed) return current; 4134
4588 if ( state.backtracking==0 ) { 4135 current =iv_ruleAggregation;
4589 current =iv_ruleAggregation; 4136 match(input,EOF,FOLLOW_2);
4590 }
4591 match(input,EOF,FOLLOW_2); if (state.failed) return current;
4592 4137
4593 } 4138 }
4594 4139
@@ -4606,7 +4151,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4606 4151
4607 4152
4608 // $ANTLR start "ruleAggregation" 4153 // $ANTLR start "ruleAggregation"
4609 // InternalSolverLanguage.g:1632:1: ruleAggregation returns [EObject current=null] : ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '|' ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= '}' ) ; 4154 // InternalSolverLanguageParser.g:1621:1: ruleAggregation returns [EObject current=null] : ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= VerticalLine ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= RightCurlyBracket ) ;
4610 public final EObject ruleAggregation() throws RecognitionException { 4155 public final EObject ruleAggregation() throws RecognitionException {
4611 EObject current = null; 4156 EObject current = null;
4612 4157
@@ -4624,146 +4169,126 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4624 enterRule(); 4169 enterRule();
4625 4170
4626 try { 4171 try {
4627 // InternalSolverLanguage.g:1638:2: ( ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '|' ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= '}' ) ) 4172 // InternalSolverLanguageParser.g:1627:2: ( ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= VerticalLine ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= RightCurlyBracket ) )
4628 // InternalSolverLanguage.g:1639:2: ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '|' ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= '}' ) 4173 // InternalSolverLanguageParser.g:1628:2: ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= VerticalLine ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= RightCurlyBracket )
4629 { 4174 {
4630 // InternalSolverLanguage.g:1639:2: ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '|' ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= '}' ) 4175 // InternalSolverLanguageParser.g:1628:2: ( ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= VerticalLine ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= RightCurlyBracket )
4631 // InternalSolverLanguage.g:1640:3: ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= '{' ( (lv_body_2_0= ruleExpression ) ) otherlv_3= '|' ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= '}' 4176 // InternalSolverLanguageParser.g:1629:3: ( (lv_op_0_0= ruleAggregationOp ) ) otherlv_1= LeftCurlyBracket ( (lv_body_2_0= ruleExpression ) ) otherlv_3= VerticalLine ( (lv_condition_4_0= ruleExpression ) ) otherlv_5= RightCurlyBracket
4632 { 4177 {
4633 // InternalSolverLanguage.g:1640:3: ( (lv_op_0_0= ruleAggregationOp ) ) 4178 // InternalSolverLanguageParser.g:1629:3: ( (lv_op_0_0= ruleAggregationOp ) )
4634 // InternalSolverLanguage.g:1641:4: (lv_op_0_0= ruleAggregationOp ) 4179 // InternalSolverLanguageParser.g:1630:4: (lv_op_0_0= ruleAggregationOp )
4635 { 4180 {
4636 // InternalSolverLanguage.g:1641:4: (lv_op_0_0= ruleAggregationOp ) 4181 // InternalSolverLanguageParser.g:1630:4: (lv_op_0_0= ruleAggregationOp )
4637 // InternalSolverLanguage.g:1642:5: lv_op_0_0= ruleAggregationOp 4182 // InternalSolverLanguageParser.g:1631:5: lv_op_0_0= ruleAggregationOp
4638 { 4183 {
4639 if ( state.backtracking==0 ) {
4640 4184
4641 newCompositeNode(grammarAccess.getAggregationAccess().getOpAggregationOpEnumRuleCall_0_0()); 4185 newCompositeNode(grammarAccess.getAggregationAccess().getOpAggregationOpEnumRuleCall_0_0());
4642 4186
4643 }
4644 pushFollow(FOLLOW_26); 4187 pushFollow(FOLLOW_26);
4645 lv_op_0_0=ruleAggregationOp(); 4188 lv_op_0_0=ruleAggregationOp();
4646 4189
4647 state._fsp--; 4190 state._fsp--;
4648 if (state.failed) return current;
4649 if ( state.backtracking==0 ) {
4650 4191
4651 if (current==null) { 4192
4652 current = createModelElementForParent(grammarAccess.getAggregationRule()); 4193 if (current==null) {
4653 } 4194 current = createModelElementForParent(grammarAccess.getAggregationRule());
4654 set( 4195 }
4655 current, 4196 set(
4656 "op", 4197 current,
4657 lv_op_0_0, 4198 "op",
4658 "org.eclipse.viatra.solver.language.SolverLanguage.AggregationOp"); 4199 lv_op_0_0,
4659 afterParserOrEnumRuleCall(); 4200 "org.eclipse.viatra.solver.language.SolverLanguage.AggregationOp");
4660 4201 afterParserOrEnumRuleCall();
4661 } 4202
4662 4203
4663 } 4204 }
4664 4205
4665 4206
4666 } 4207 }
4667 4208
4668 otherlv_1=(Token)match(input,30,FOLLOW_6); if (state.failed) return current; 4209 otherlv_1=(Token)match(input,LeftCurlyBracket,FOLLOW_6);
4669 if ( state.backtracking==0 ) {
4670 4210
4671 newLeafNode(otherlv_1, grammarAccess.getAggregationAccess().getLeftCurlyBracketKeyword_1()); 4211 newLeafNode(otherlv_1, grammarAccess.getAggregationAccess().getLeftCurlyBracketKeyword_1());
4672 4212
4673 } 4213 // InternalSolverLanguageParser.g:1652:3: ( (lv_body_2_0= ruleExpression ) )
4674 // InternalSolverLanguage.g:1663:3: ( (lv_body_2_0= ruleExpression ) ) 4214 // InternalSolverLanguageParser.g:1653:4: (lv_body_2_0= ruleExpression )
4675 // InternalSolverLanguage.g:1664:4: (lv_body_2_0= ruleExpression )
4676 { 4215 {
4677 // InternalSolverLanguage.g:1664:4: (lv_body_2_0= ruleExpression ) 4216 // InternalSolverLanguageParser.g:1653:4: (lv_body_2_0= ruleExpression )
4678 // InternalSolverLanguage.g:1665:5: lv_body_2_0= ruleExpression 4217 // InternalSolverLanguageParser.g:1654:5: lv_body_2_0= ruleExpression
4679 { 4218 {
4680 if ( state.backtracking==0 ) {
4681 4219
4682 newCompositeNode(grammarAccess.getAggregationAccess().getBodyExpressionParserRuleCall_2_0()); 4220 newCompositeNode(grammarAccess.getAggregationAccess().getBodyExpressionParserRuleCall_2_0());
4683 4221
4684 }
4685 pushFollow(FOLLOW_28); 4222 pushFollow(FOLLOW_28);
4686 lv_body_2_0=ruleExpression(); 4223 lv_body_2_0=ruleExpression();
4687 4224
4688 state._fsp--; 4225 state._fsp--;
4689 if (state.failed) return current;
4690 if ( state.backtracking==0 ) {
4691 4226
4692 if (current==null) { 4227
4693 current = createModelElementForParent(grammarAccess.getAggregationRule()); 4228 if (current==null) {
4694 } 4229 current = createModelElementForParent(grammarAccess.getAggregationRule());
4695 set( 4230 }
4696 current, 4231 set(
4697 "body", 4232 current,
4698 lv_body_2_0, 4233 "body",
4699 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 4234 lv_body_2_0,
4700 afterParserOrEnumRuleCall(); 4235 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
4701 4236 afterParserOrEnumRuleCall();
4702 } 4237
4703 4238
4704 } 4239 }
4705 4240
4706 4241
4707 } 4242 }
4708 4243
4709 otherlv_3=(Token)match(input,32,FOLLOW_6); if (state.failed) return current; 4244 otherlv_3=(Token)match(input,VerticalLine,FOLLOW_6);
4710 if ( state.backtracking==0 ) {
4711 4245
4712 newLeafNode(otherlv_3, grammarAccess.getAggregationAccess().getVerticalLineKeyword_3()); 4246 newLeafNode(otherlv_3, grammarAccess.getAggregationAccess().getVerticalLineKeyword_3());
4713 4247
4714 } 4248 // InternalSolverLanguageParser.g:1675:3: ( (lv_condition_4_0= ruleExpression ) )
4715 // InternalSolverLanguage.g:1686:3: ( (lv_condition_4_0= ruleExpression ) ) 4249 // InternalSolverLanguageParser.g:1676:4: (lv_condition_4_0= ruleExpression )
4716 // InternalSolverLanguage.g:1687:4: (lv_condition_4_0= ruleExpression )
4717 { 4250 {
4718 // InternalSolverLanguage.g:1687:4: (lv_condition_4_0= ruleExpression ) 4251 // InternalSolverLanguageParser.g:1676:4: (lv_condition_4_0= ruleExpression )
4719 // InternalSolverLanguage.g:1688:5: lv_condition_4_0= ruleExpression 4252 // InternalSolverLanguageParser.g:1677:5: lv_condition_4_0= ruleExpression
4720 { 4253 {
4721 if ( state.backtracking==0 ) {
4722 4254
4723 newCompositeNode(grammarAccess.getAggregationAccess().getConditionExpressionParserRuleCall_4_0()); 4255 newCompositeNode(grammarAccess.getAggregationAccess().getConditionExpressionParserRuleCall_4_0());
4724 4256
4725 }
4726 pushFollow(FOLLOW_27); 4257 pushFollow(FOLLOW_27);
4727 lv_condition_4_0=ruleExpression(); 4258 lv_condition_4_0=ruleExpression();
4728 4259
4729 state._fsp--; 4260 state._fsp--;
4730 if (state.failed) return current;
4731 if ( state.backtracking==0 ) {
4732 4261
4733 if (current==null) { 4262
4734 current = createModelElementForParent(grammarAccess.getAggregationRule()); 4263 if (current==null) {
4735 } 4264 current = createModelElementForParent(grammarAccess.getAggregationRule());
4736 set( 4265 }
4737 current, 4266 set(
4738 "condition", 4267 current,
4739 lv_condition_4_0, 4268 "condition",
4740 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 4269 lv_condition_4_0,
4741 afterParserOrEnumRuleCall(); 4270 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
4742 4271 afterParserOrEnumRuleCall();
4743 } 4272
4744 4273
4745 } 4274 }
4746 4275
4747 4276
4748 } 4277 }
4749 4278
4750 otherlv_5=(Token)match(input,31,FOLLOW_2); if (state.failed) return current; 4279 otherlv_5=(Token)match(input,RightCurlyBracket,FOLLOW_2);
4751 if ( state.backtracking==0 ) {
4752 4280
4753 newLeafNode(otherlv_5, grammarAccess.getAggregationAccess().getRightCurlyBracketKeyword_5()); 4281 newLeafNode(otherlv_5, grammarAccess.getAggregationAccess().getRightCurlyBracketKeyword_5());
4754 4282
4755 }
4756 4283
4757 } 4284 }
4758 4285
4759 4286
4760 } 4287 }
4761 4288
4762 if ( state.backtracking==0 ) {
4763 4289
4764 leaveRule(); 4290 leaveRule();
4765 4291
4766 }
4767 } 4292 }
4768 4293
4769 catch (RecognitionException re) { 4294 catch (RecognitionException re) {
@@ -4778,7 +4303,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4778 4303
4779 4304
4780 // $ANTLR start "entryRuleAtomicExpression" 4305 // $ANTLR start "entryRuleAtomicExpression"
4781 // InternalSolverLanguage.g:1713:1: entryRuleAtomicExpression returns [EObject current=null] : iv_ruleAtomicExpression= ruleAtomicExpression EOF ; 4306 // InternalSolverLanguageParser.g:1702:1: entryRuleAtomicExpression returns [EObject current=null] : iv_ruleAtomicExpression= ruleAtomicExpression EOF ;
4782 public final EObject entryRuleAtomicExpression() throws RecognitionException { 4307 public final EObject entryRuleAtomicExpression() throws RecognitionException {
4783 EObject current = null; 4308 EObject current = null;
4784 4309
@@ -4786,21 +4311,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4786 4311
4787 4312
4788 try { 4313 try {
4789 // InternalSolverLanguage.g:1713:57: (iv_ruleAtomicExpression= ruleAtomicExpression EOF ) 4314 // InternalSolverLanguageParser.g:1702:57: (iv_ruleAtomicExpression= ruleAtomicExpression EOF )
4790 // InternalSolverLanguage.g:1714:2: iv_ruleAtomicExpression= ruleAtomicExpression EOF 4315 // InternalSolverLanguageParser.g:1703:2: iv_ruleAtomicExpression= ruleAtomicExpression EOF
4791 { 4316 {
4792 if ( state.backtracking==0 ) { 4317 newCompositeNode(grammarAccess.getAtomicExpressionRule());
4793 newCompositeNode(grammarAccess.getAtomicExpressionRule());
4794 }
4795 pushFollow(FOLLOW_1); 4318 pushFollow(FOLLOW_1);
4796 iv_ruleAtomicExpression=ruleAtomicExpression(); 4319 iv_ruleAtomicExpression=ruleAtomicExpression();
4797 4320
4798 state._fsp--; 4321 state._fsp--;
4799 if (state.failed) return current; 4322
4800 if ( state.backtracking==0 ) { 4323 current =iv_ruleAtomicExpression;
4801 current =iv_ruleAtomicExpression; 4324 match(input,EOF,FOLLOW_2);
4802 }
4803 match(input,EOF,FOLLOW_2); if (state.failed) return current;
4804 4325
4805 } 4326 }
4806 4327
@@ -4818,241 +4339,132 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
4818 4339
4819 4340
4820 // $ANTLR start "ruleAtomicExpression" 4341 // $ANTLR start "ruleAtomicExpression"
4821 // InternalSolverLanguage.g:1720:1: ruleAtomicExpression returns [EObject current=null] : ( (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? ) | this_Interval_3= ruleInterval | this_Literal_4= ruleLiteral | (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) ) ; 4342 // InternalSolverLanguageParser.g:1709:1: ruleAtomicExpression returns [EObject current=null] : (this_Reference_0= ruleReference | this_Call_1= ruleCall | this_Interval_2= ruleInterval | this_Literal_3= ruleLiteral | (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis ) ) ;
4822 public final EObject ruleAtomicExpression() throws RecognitionException { 4343 public final EObject ruleAtomicExpression() throws RecognitionException {
4823 EObject current = null; 4344 EObject current = null;
4824 4345
4825 Token otherlv_5=null; 4346 Token otherlv_4=null;
4826 Token otherlv_7=null; 4347 Token otherlv_6=null;
4827 EObject this_Reference_0 = null; 4348 EObject this_Reference_0 = null;
4828 4349
4829 EObject lv_argumentList_2_0 = null; 4350 EObject this_Call_1 = null;
4830 4351
4831 EObject this_Interval_3 = null; 4352 EObject this_Interval_2 = null;
4832 4353
4833 EObject this_Literal_4 = null; 4354 EObject this_Literal_3 = null;
4834 4355
4835 EObject this_Expression_6 = null; 4356 EObject this_Expression_5 = null;
4836 4357
4837 4358
4838 4359
4839 enterRule(); 4360 enterRule();
4840 4361
4841 try { 4362 try {
4842 // InternalSolverLanguage.g:1726:2: ( ( (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? ) | this_Interval_3= ruleInterval | this_Literal_4= ruleLiteral | (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) ) ) 4363 // InternalSolverLanguageParser.g:1715:2: ( (this_Reference_0= ruleReference | this_Call_1= ruleCall | this_Interval_2= ruleInterval | this_Literal_3= ruleLiteral | (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis ) ) )
4843 // InternalSolverLanguage.g:1727:2: ( (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? ) | this_Interval_3= ruleInterval | this_Literal_4= ruleLiteral | (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) ) 4364 // InternalSolverLanguageParser.g:1716:2: (this_Reference_0= ruleReference | this_Call_1= ruleCall | this_Interval_2= ruleInterval | this_Literal_3= ruleLiteral | (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis ) )
4844 { 4365 {
4845 // InternalSolverLanguage.g:1727:2: ( (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? ) | this_Interval_3= ruleInterval | this_Literal_4= ruleLiteral | (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) ) 4366 // InternalSolverLanguageParser.g:1716:2: (this_Reference_0= ruleReference | this_Call_1= ruleCall | this_Interval_2= ruleInterval | this_Literal_3= ruleLiteral | (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis ) )
4846 int alt21=4; 4367 int alt20=5;
4847 switch ( input.LA(1) ) { 4368 alt20 = dfa20.predict(input);
4848 case RULE_ID: 4369 switch (alt20) {
4849 case RULE_QUOTED_ID:
4850 {
4851 alt21=1;
4852 }
4853 break;
4854 case 36:
4855 {
4856 alt21=2;
4857 }
4858 break;
4859 case RULE_STRING:
4860 case RULE_INT:
4861 case 19:
4862 case 39:
4863 case 40:
4864 case 70:
4865 case 71:
4866 case 72:
4867 {
4868 alt21=3;
4869 }
4870 break;
4871 case 33:
4872 {
4873 alt21=4;
4874 }
4875 break;
4876 default:
4877 if (state.backtracking>0) {state.failed=true; return current;}
4878 NoViableAltException nvae =
4879 new NoViableAltException("", 21, 0, input);
4880
4881 throw nvae;
4882 }
4883
4884 switch (alt21) {
4885 case 1 : 4370 case 1 :
4886 // InternalSolverLanguage.g:1728:3: (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? ) 4371 // InternalSolverLanguageParser.g:1717:3: this_Reference_0= ruleReference
4887 { 4372 {
4888 // InternalSolverLanguage.g:1728:3: (this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )? )
4889 // InternalSolverLanguage.g:1729:4: this_Reference_0= ruleReference ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )?
4890 {
4891 if ( state.backtracking==0 ) {
4892 4373
4893 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getReferenceParserRuleCall_0_0()); 4374 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getReferenceParserRuleCall_0());
4894 4375
4895 } 4376 pushFollow(FOLLOW_2);
4896 pushFollow(FOLLOW_29);
4897 this_Reference_0=ruleReference(); 4377 this_Reference_0=ruleReference();
4898 4378
4899 state._fsp--; 4379 state._fsp--;
4900 if (state.failed) return current;
4901 if ( state.backtracking==0 ) {
4902
4903 current = this_Reference_0;
4904 afterParserOrEnumRuleCall();
4905
4906 }
4907 // InternalSolverLanguage.g:1737:4: ( () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) )?
4908 int alt20=2;
4909 int LA20_0 = input.LA(1);
4910
4911 if ( (LA20_0==33) ) {
4912 alt20=1;
4913 }
4914 switch (alt20) {
4915 case 1 :
4916 // InternalSolverLanguage.g:1738:5: () ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) )
4917 {
4918 // InternalSolverLanguage.g:1738:5: ()
4919 // InternalSolverLanguage.g:1739:6:
4920 {
4921 if ( state.backtracking==0 ) {
4922
4923 current = forceCreateModelElementAndSet(
4924 grammarAccess.getAtomicExpressionAccess().getCallFunctorAction_0_1_0(),
4925 current);
4926
4927 }
4928 4380
4929 }
4930 4381
4931 // InternalSolverLanguage.g:1745:5: ( ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) ) 4382 current = this_Reference_0;
4932 // InternalSolverLanguage.g:1746:6: ( '(' )=> (lv_argumentList_2_0= ruleArgumentList ) 4383 afterParserOrEnumRuleCall();
4933 { 4384
4934 // InternalSolverLanguage.g:1747:6: (lv_argumentList_2_0= ruleArgumentList )
4935 // InternalSolverLanguage.g:1748:7: lv_argumentList_2_0= ruleArgumentList
4936 {
4937 if ( state.backtracking==0 ) {
4938
4939 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getArgumentListArgumentListParserRuleCall_0_1_1_0());
4940
4941 }
4942 pushFollow(FOLLOW_2);
4943 lv_argumentList_2_0=ruleArgumentList();
4944
4945 state._fsp--;
4946 if (state.failed) return current;
4947 if ( state.backtracking==0 ) {
4948
4949 if (current==null) {
4950 current = createModelElementForParent(grammarAccess.getAtomicExpressionRule());
4951 }
4952 set(
4953 current,
4954 "argumentList",
4955 lv_argumentList_2_0,
4956 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList");
4957 afterParserOrEnumRuleCall();
4958
4959 }
4960
4961 }
4962
4963
4964 }
4965
4966
4967 }
4968 break;
4969 4385
4970 } 4386 }
4387 break;
4388 case 2 :
4389 // InternalSolverLanguageParser.g:1726:3: this_Call_1= ruleCall
4390 {
4971 4391
4392 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getCallParserRuleCall_1());
4393
4394 pushFollow(FOLLOW_2);
4395 this_Call_1=ruleCall();
4396
4397 state._fsp--;
4972 4398
4973 }
4974 4399
4400 current = this_Call_1;
4401 afterParserOrEnumRuleCall();
4402
4975 4403
4976 } 4404 }
4977 break; 4405 break;
4978 case 2 : 4406 case 3 :
4979 // InternalSolverLanguage.g:1768:3: this_Interval_3= ruleInterval 4407 // InternalSolverLanguageParser.g:1735:3: this_Interval_2= ruleInterval
4980 { 4408 {
4981 if ( state.backtracking==0 ) {
4982 4409
4983 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getIntervalParserRuleCall_1()); 4410 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getIntervalParserRuleCall_2());
4984 4411
4985 }
4986 pushFollow(FOLLOW_2); 4412 pushFollow(FOLLOW_2);
4987 this_Interval_3=ruleInterval(); 4413 this_Interval_2=ruleInterval();
4988 4414
4989 state._fsp--; 4415 state._fsp--;
4990 if (state.failed) return current;
4991 if ( state.backtracking==0 ) {
4992 4416
4993 current = this_Interval_3; 4417
4994 afterParserOrEnumRuleCall(); 4418 current = this_Interval_2;
4995 4419 afterParserOrEnumRuleCall();
4996 } 4420
4997 4421
4998 } 4422 }
4999 break; 4423 break;
5000 case 3 : 4424 case 4 :
5001 // InternalSolverLanguage.g:1777:3: this_Literal_4= ruleLiteral 4425 // InternalSolverLanguageParser.g:1744:3: this_Literal_3= ruleLiteral
5002 { 4426 {
5003 if ( state.backtracking==0 ) {
5004 4427
5005 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getLiteralParserRuleCall_2()); 4428 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getLiteralParserRuleCall_3());
5006 4429
5007 }
5008 pushFollow(FOLLOW_2); 4430 pushFollow(FOLLOW_2);
5009 this_Literal_4=ruleLiteral(); 4431 this_Literal_3=ruleLiteral();
5010 4432
5011 state._fsp--; 4433 state._fsp--;
5012 if (state.failed) return current;
5013 if ( state.backtracking==0 ) {
5014 4434
5015 current = this_Literal_4; 4435
5016 afterParserOrEnumRuleCall(); 4436 current = this_Literal_3;
5017 4437 afterParserOrEnumRuleCall();
5018 } 4438
5019 4439
5020 } 4440 }
5021 break; 4441 break;
5022 case 4 : 4442 case 5 :
5023 // InternalSolverLanguage.g:1786:3: (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) 4443 // InternalSolverLanguageParser.g:1753:3: (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis )
5024 { 4444 {
5025 // InternalSolverLanguage.g:1786:3: (otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' ) 4445 // InternalSolverLanguageParser.g:1753:3: (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis )
5026 // InternalSolverLanguage.g:1787:4: otherlv_5= '(' this_Expression_6= ruleExpression otherlv_7= ')' 4446 // InternalSolverLanguageParser.g:1754:4: otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis
5027 { 4447 {
5028 otherlv_5=(Token)match(input,33,FOLLOW_6); if (state.failed) return current; 4448 otherlv_4=(Token)match(input,LeftParenthesis,FOLLOW_6);
5029 if ( state.backtracking==0 ) {
5030 4449
5031 newLeafNode(otherlv_5, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_3_0()); 4450 newLeafNode(otherlv_4, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_4_0());
5032 4451
5033 }
5034 if ( state.backtracking==0 ) {
5035 4452
5036 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getExpressionParserRuleCall_3_1()); 4453 newCompositeNode(grammarAccess.getAtomicExpressionAccess().getExpressionParserRuleCall_4_1());
5037 4454
5038 } 4455 pushFollow(FOLLOW_29);
5039 pushFollow(FOLLOW_30); 4456 this_Expression_5=ruleExpression();
5040 this_Expression_6=ruleExpression();
5041 4457
5042 state._fsp--; 4458 state._fsp--;
5043 if (state.failed) return current;
5044 if ( state.backtracking==0 ) {
5045 4459
5046 current = this_Expression_6;
5047 afterParserOrEnumRuleCall();
5048
5049 }
5050 otherlv_7=(Token)match(input,34,FOLLOW_2); if (state.failed) return current;
5051 if ( state.backtracking==0 ) {
5052 4460
5053 newLeafNode(otherlv_7, grammarAccess.getAtomicExpressionAccess().getRightParenthesisKeyword_3_2()); 4461 current = this_Expression_5;
5054 4462 afterParserOrEnumRuleCall();
5055 } 4463
4464 otherlv_6=(Token)match(input,RightParenthesis,FOLLOW_2);
4465
4466 newLeafNode(otherlv_6, grammarAccess.getAtomicExpressionAccess().getRightParenthesisKeyword_4_2());
4467
5056 4468
5057 } 4469 }
5058 4470
@@ -5065,11 +4477,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5065 4477
5066 } 4478 }
5067 4479
5068 if ( state.backtracking==0 ) {
5069 4480
5070 leaveRule(); 4481 leaveRule();
5071 4482
5072 }
5073 } 4483 }
5074 4484
5075 catch (RecognitionException re) { 4485 catch (RecognitionException re) {
@@ -5084,7 +4494,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5084 4494
5085 4495
5086 // $ANTLR start "entryRuleCall" 4496 // $ANTLR start "entryRuleCall"
5087 // InternalSolverLanguage.g:1808:1: entryRuleCall returns [EObject current=null] : iv_ruleCall= ruleCall EOF ; 4497 // InternalSolverLanguageParser.g:1775:1: entryRuleCall returns [EObject current=null] : iv_ruleCall= ruleCall EOF ;
5088 public final EObject entryRuleCall() throws RecognitionException { 4498 public final EObject entryRuleCall() throws RecognitionException {
5089 EObject current = null; 4499 EObject current = null;
5090 4500
@@ -5092,21 +4502,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5092 4502
5093 4503
5094 try { 4504 try {
5095 // InternalSolverLanguage.g:1808:45: (iv_ruleCall= ruleCall EOF ) 4505 // InternalSolverLanguageParser.g:1775:45: (iv_ruleCall= ruleCall EOF )
5096 // InternalSolverLanguage.g:1809:2: iv_ruleCall= ruleCall EOF 4506 // InternalSolverLanguageParser.g:1776:2: iv_ruleCall= ruleCall EOF
5097 { 4507 {
5098 if ( state.backtracking==0 ) { 4508 newCompositeNode(grammarAccess.getCallRule());
5099 newCompositeNode(grammarAccess.getCallRule());
5100 }
5101 pushFollow(FOLLOW_1); 4509 pushFollow(FOLLOW_1);
5102 iv_ruleCall=ruleCall(); 4510 iv_ruleCall=ruleCall();
5103 4511
5104 state._fsp--; 4512 state._fsp--;
5105 if (state.failed) return current; 4513
5106 if ( state.backtracking==0 ) { 4514 current =iv_ruleCall;
5107 current =iv_ruleCall; 4515 match(input,EOF,FOLLOW_2);
5108 }
5109 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5110 4516
5111 } 4517 }
5112 4518
@@ -5124,7 +4530,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5124 4530
5125 4531
5126 // $ANTLR start "ruleCall" 4532 // $ANTLR start "ruleCall"
5127 // InternalSolverLanguage.g:1815:1: ruleCall returns [EObject current=null] : ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) ; 4533 // InternalSolverLanguageParser.g:1782:1: ruleCall returns [EObject current=null] : ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) ;
5128 public final EObject ruleCall() throws RecognitionException { 4534 public final EObject ruleCall() throws RecognitionException {
5129 EObject current = null; 4535 EObject current = null;
5130 4536
@@ -5139,85 +4545,77 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5139 enterRule(); 4545 enterRule();
5140 4546
5141 try { 4547 try {
5142 // InternalSolverLanguage.g:1821:2: ( ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) ) 4548 // InternalSolverLanguageParser.g:1788:2: ( ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) )
5143 // InternalSolverLanguage.g:1822:2: ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) 4549 // InternalSolverLanguageParser.g:1789:2: ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) )
5144 { 4550 {
5145 // InternalSolverLanguage.g:1822:2: ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) ) 4551 // InternalSolverLanguageParser.g:1789:2: ( ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) )
5146 // InternalSolverLanguage.g:1823:3: ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) ) 4552 // InternalSolverLanguageParser.g:1790:3: ( (lv_functor_0_0= ruleReference ) ) ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )? ( (lv_argumentList_3_0= ruleArgumentList ) )
5147 { 4553 {
5148 // InternalSolverLanguage.g:1823:3: ( (lv_functor_0_0= ruleReference ) ) 4554 // InternalSolverLanguageParser.g:1790:3: ( (lv_functor_0_0= ruleReference ) )
5149 // InternalSolverLanguage.g:1824:4: (lv_functor_0_0= ruleReference ) 4555 // InternalSolverLanguageParser.g:1791:4: (lv_functor_0_0= ruleReference )
5150 { 4556 {
5151 // InternalSolverLanguage.g:1824:4: (lv_functor_0_0= ruleReference ) 4557 // InternalSolverLanguageParser.g:1791:4: (lv_functor_0_0= ruleReference )
5152 // InternalSolverLanguage.g:1825:5: lv_functor_0_0= ruleReference 4558 // InternalSolverLanguageParser.g:1792:5: lv_functor_0_0= ruleReference
5153 { 4559 {
5154 if ( state.backtracking==0 ) {
5155 4560
5156 newCompositeNode(grammarAccess.getCallAccess().getFunctorReferenceParserRuleCall_0_0()); 4561 newCompositeNode(grammarAccess.getCallAccess().getFunctorReferenceParserRuleCall_0_0());
5157 4562
5158 } 4563 pushFollow(FOLLOW_30);
5159 pushFollow(FOLLOW_31);
5160 lv_functor_0_0=ruleReference(); 4564 lv_functor_0_0=ruleReference();
5161 4565
5162 state._fsp--; 4566 state._fsp--;
5163 if (state.failed) return current;
5164 if ( state.backtracking==0 ) {
5165 4567
5166 if (current==null) { 4568
5167 current = createModelElementForParent(grammarAccess.getCallRule()); 4569 if (current==null) {
5168 } 4570 current = createModelElementForParent(grammarAccess.getCallRule());
5169 set( 4571 }
5170 current, 4572 set(
5171 "functor", 4573 current,
5172 lv_functor_0_0, 4574 "functor",
5173 "org.eclipse.viatra.solver.language.SolverLanguage.Reference"); 4575 lv_functor_0_0,
5174 afterParserOrEnumRuleCall(); 4576 "org.eclipse.viatra.solver.language.SolverLanguage.Reference");
5175 4577 afterParserOrEnumRuleCall();
5176 } 4578
5177 4579
5178 } 4580 }
5179 4581
5180 4582
5181 } 4583 }
5182 4584
5183 // InternalSolverLanguage.g:1842:3: ( ( (lv_transitiveClosure_1_0= RULE_STAR ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) )? 4585 // InternalSolverLanguageParser.g:1809:3: ( ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) ) | ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) ) )?
5184 int alt22=3; 4586 int alt21=3;
5185 int LA22_0 = input.LA(1); 4587 int LA21_0 = input.LA(1);
5186 4588
5187 if ( (LA22_0==RULE_STAR) ) { 4589 if ( (LA21_0==RULE_TRANSITIVE_CLOSURE) ) {
5188 alt22=1; 4590 alt21=1;
5189 } 4591 }
5190 else if ( (LA22_0==RULE_PLUS) ) { 4592 else if ( (LA21_0==RULE_REFLEXIVE_TRANSITIVE_CLOSURE) ) {
5191 alt22=2; 4593 alt21=2;
5192 } 4594 }
5193 switch (alt22) { 4595 switch (alt21) {
5194 case 1 : 4596 case 1 :
5195 // InternalSolverLanguage.g:1843:4: ( (lv_transitiveClosure_1_0= RULE_STAR ) ) 4597 // InternalSolverLanguageParser.g:1810:4: ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) )
5196 { 4598 {
5197 // InternalSolverLanguage.g:1843:4: ( (lv_transitiveClosure_1_0= RULE_STAR ) ) 4599 // InternalSolverLanguageParser.g:1810:4: ( (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE ) )
5198 // InternalSolverLanguage.g:1844:5: (lv_transitiveClosure_1_0= RULE_STAR ) 4600 // InternalSolverLanguageParser.g:1811:5: (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE )
5199 { 4601 {
5200 // InternalSolverLanguage.g:1844:5: (lv_transitiveClosure_1_0= RULE_STAR ) 4602 // InternalSolverLanguageParser.g:1811:5: (lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE )
5201 // InternalSolverLanguage.g:1845:6: lv_transitiveClosure_1_0= RULE_STAR 4603 // InternalSolverLanguageParser.g:1812:6: lv_transitiveClosure_1_0= RULE_TRANSITIVE_CLOSURE
5202 { 4604 {
5203 lv_transitiveClosure_1_0=(Token)match(input,RULE_STAR,FOLLOW_10); if (state.failed) return current; 4605 lv_transitiveClosure_1_0=(Token)match(input,RULE_TRANSITIVE_CLOSURE,FOLLOW_11);
5204 if ( state.backtracking==0 ) {
5205 4606
5206 newLeafNode(lv_transitiveClosure_1_0, grammarAccess.getCallAccess().getTransitiveClosureSTARTerminalRuleCall_1_0_0()); 4607 newLeafNode(lv_transitiveClosure_1_0, grammarAccess.getCallAccess().getTransitiveClosureTRANSITIVE_CLOSURETerminalRuleCall_1_0_0());
5207 4608
5208 }
5209 if ( state.backtracking==0 ) {
5210 4609
5211 if (current==null) { 4610 if (current==null) {
5212 current = createModelElement(grammarAccess.getCallRule()); 4611 current = createModelElement(grammarAccess.getCallRule());
5213 } 4612 }
5214 setWithLastConsumed( 4613 setWithLastConsumed(
5215 current, 4614 current,
5216 "transitiveClosure", 4615 "transitiveClosure",
5217 true, 4616 true,
5218 "org.eclipse.viatra.solver.language.SolverLanguage.STAR"); 4617 "org.eclipse.viatra.solver.language.SolverLanguage.TRANSITIVE_CLOSURE");
5219 4618
5220 }
5221 4619
5222 } 4620 }
5223 4621
@@ -5228,32 +4626,28 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5228 } 4626 }
5229 break; 4627 break;
5230 case 2 : 4628 case 2 :
5231 // InternalSolverLanguage.g:1862:4: ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) 4629 // InternalSolverLanguageParser.g:1829:4: ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) )
5232 { 4630 {
5233 // InternalSolverLanguage.g:1862:4: ( (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) ) 4631 // InternalSolverLanguageParser.g:1829:4: ( (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE ) )
5234 // InternalSolverLanguage.g:1863:5: (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) 4632 // InternalSolverLanguageParser.g:1830:5: (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE )
5235 { 4633 {
5236 // InternalSolverLanguage.g:1863:5: (lv_reflexiveTransitiveClosure_2_0= RULE_PLUS ) 4634 // InternalSolverLanguageParser.g:1830:5: (lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE )
5237 // InternalSolverLanguage.g:1864:6: lv_reflexiveTransitiveClosure_2_0= RULE_PLUS 4635 // InternalSolverLanguageParser.g:1831:6: lv_reflexiveTransitiveClosure_2_0= RULE_REFLEXIVE_TRANSITIVE_CLOSURE
5238 { 4636 {
5239 lv_reflexiveTransitiveClosure_2_0=(Token)match(input,RULE_PLUS,FOLLOW_10); if (state.failed) return current; 4637 lv_reflexiveTransitiveClosure_2_0=(Token)match(input,RULE_REFLEXIVE_TRANSITIVE_CLOSURE,FOLLOW_11);
5240 if ( state.backtracking==0 ) {
5241 4638
5242 newLeafNode(lv_reflexiveTransitiveClosure_2_0, grammarAccess.getCallAccess().getReflexiveTransitiveClosurePLUSTerminalRuleCall_1_1_0()); 4639 newLeafNode(lv_reflexiveTransitiveClosure_2_0, grammarAccess.getCallAccess().getReflexiveTransitiveClosureREFLEXIVE_TRANSITIVE_CLOSURETerminalRuleCall_1_1_0());
5243 4640
5244 }
5245 if ( state.backtracking==0 ) {
5246 4641
5247 if (current==null) { 4642 if (current==null) {
5248 current = createModelElement(grammarAccess.getCallRule()); 4643 current = createModelElement(grammarAccess.getCallRule());
5249 } 4644 }
5250 setWithLastConsumed( 4645 setWithLastConsumed(
5251 current, 4646 current,
5252 "reflexiveTransitiveClosure", 4647 "reflexiveTransitiveClosure",
5253 true, 4648 true,
5254 "org.eclipse.viatra.solver.language.SolverLanguage.PLUS"); 4649 "org.eclipse.viatra.solver.language.SolverLanguage.REFLEXIVE_TRANSITIVE_CLOSURE");
5255 4650
5256 }
5257 4651
5258 } 4652 }
5259 4653
@@ -5266,35 +4660,31 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5266 4660
5267 } 4661 }
5268 4662
5269 // InternalSolverLanguage.g:1881:3: ( (lv_argumentList_3_0= ruleArgumentList ) ) 4663 // InternalSolverLanguageParser.g:1848:3: ( (lv_argumentList_3_0= ruleArgumentList ) )
5270 // InternalSolverLanguage.g:1882:4: (lv_argumentList_3_0= ruleArgumentList ) 4664 // InternalSolverLanguageParser.g:1849:4: (lv_argumentList_3_0= ruleArgumentList )
5271 { 4665 {
5272 // InternalSolverLanguage.g:1882:4: (lv_argumentList_3_0= ruleArgumentList ) 4666 // InternalSolverLanguageParser.g:1849:4: (lv_argumentList_3_0= ruleArgumentList )
5273 // InternalSolverLanguage.g:1883:5: lv_argumentList_3_0= ruleArgumentList 4667 // InternalSolverLanguageParser.g:1850:5: lv_argumentList_3_0= ruleArgumentList
5274 { 4668 {
5275 if ( state.backtracking==0 ) {
5276 4669
5277 newCompositeNode(grammarAccess.getCallAccess().getArgumentListArgumentListParserRuleCall_2_0()); 4670 newCompositeNode(grammarAccess.getCallAccess().getArgumentListArgumentListParserRuleCall_2_0());
5278 4671
5279 }
5280 pushFollow(FOLLOW_2); 4672 pushFollow(FOLLOW_2);
5281 lv_argumentList_3_0=ruleArgumentList(); 4673 lv_argumentList_3_0=ruleArgumentList();
5282 4674
5283 state._fsp--; 4675 state._fsp--;
5284 if (state.failed) return current;
5285 if ( state.backtracking==0 ) {
5286 4676
5287 if (current==null) { 4677
5288 current = createModelElementForParent(grammarAccess.getCallRule()); 4678 if (current==null) {
5289 } 4679 current = createModelElementForParent(grammarAccess.getCallRule());
5290 set( 4680 }
5291 current, 4681 set(
5292 "argumentList", 4682 current,
5293 lv_argumentList_3_0, 4683 "argumentList",
5294 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList"); 4684 lv_argumentList_3_0,
5295 afterParserOrEnumRuleCall(); 4685 "org.eclipse.viatra.solver.language.SolverLanguage.ArgumentList");
5296 4686 afterParserOrEnumRuleCall();
5297 } 4687
5298 4688
5299 } 4689 }
5300 4690
@@ -5307,11 +4697,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5307 4697
5308 } 4698 }
5309 4699
5310 if ( state.backtracking==0 ) {
5311 4700
5312 leaveRule(); 4701 leaveRule();
5313 4702
5314 }
5315 } 4703 }
5316 4704
5317 catch (RecognitionException re) { 4705 catch (RecognitionException re) {
@@ -5326,7 +4714,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5326 4714
5327 4715
5328 // $ANTLR start "entryRuleArgumentList" 4716 // $ANTLR start "entryRuleArgumentList"
5329 // InternalSolverLanguage.g:1904:1: entryRuleArgumentList returns [EObject current=null] : iv_ruleArgumentList= ruleArgumentList EOF ; 4717 // InternalSolverLanguageParser.g:1871:1: entryRuleArgumentList returns [EObject current=null] : iv_ruleArgumentList= ruleArgumentList EOF ;
5330 public final EObject entryRuleArgumentList() throws RecognitionException { 4718 public final EObject entryRuleArgumentList() throws RecognitionException {
5331 EObject current = null; 4719 EObject current = null;
5332 4720
@@ -5334,21 +4722,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5334 4722
5335 4723
5336 try { 4724 try {
5337 // InternalSolverLanguage.g:1904:53: (iv_ruleArgumentList= ruleArgumentList EOF ) 4725 // InternalSolverLanguageParser.g:1871:53: (iv_ruleArgumentList= ruleArgumentList EOF )
5338 // InternalSolverLanguage.g:1905:2: iv_ruleArgumentList= ruleArgumentList EOF 4726 // InternalSolverLanguageParser.g:1872:2: iv_ruleArgumentList= ruleArgumentList EOF
5339 { 4727 {
5340 if ( state.backtracking==0 ) { 4728 newCompositeNode(grammarAccess.getArgumentListRule());
5341 newCompositeNode(grammarAccess.getArgumentListRule());
5342 }
5343 pushFollow(FOLLOW_1); 4729 pushFollow(FOLLOW_1);
5344 iv_ruleArgumentList=ruleArgumentList(); 4730 iv_ruleArgumentList=ruleArgumentList();
5345 4731
5346 state._fsp--; 4732 state._fsp--;
5347 if (state.failed) return current; 4733
5348 if ( state.backtracking==0 ) { 4734 current =iv_ruleArgumentList;
5349 current =iv_ruleArgumentList; 4735 match(input,EOF,FOLLOW_2);
5350 }
5351 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5352 4736
5353 } 4737 }
5354 4738
@@ -5366,7 +4750,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5366 4750
5367 4751
5368 // $ANTLR start "ruleArgumentList" 4752 // $ANTLR start "ruleArgumentList"
5369 // InternalSolverLanguage.g:1911:1: ruleArgumentList returns [EObject current=null] : ( () otherlv_1= '(' ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= ')' ) ; 4753 // InternalSolverLanguageParser.g:1878:1: ruleArgumentList returns [EObject current=null] : ( () otherlv_1= LeftParenthesis ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= RightParenthesis ) ;
5370 public final EObject ruleArgumentList() throws RecognitionException { 4754 public final EObject ruleArgumentList() throws RecognitionException {
5371 EObject current = null; 4755 EObject current = null;
5372 4756
@@ -5382,127 +4766,113 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5382 enterRule(); 4766 enterRule();
5383 4767
5384 try { 4768 try {
5385 // InternalSolverLanguage.g:1917:2: ( ( () otherlv_1= '(' ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= ')' ) ) 4769 // InternalSolverLanguageParser.g:1884:2: ( ( () otherlv_1= LeftParenthesis ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= RightParenthesis ) )
5386 // InternalSolverLanguage.g:1918:2: ( () otherlv_1= '(' ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= ')' ) 4770 // InternalSolverLanguageParser.g:1885:2: ( () otherlv_1= LeftParenthesis ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= RightParenthesis )
5387 { 4771 {
5388 // InternalSolverLanguage.g:1918:2: ( () otherlv_1= '(' ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= ')' ) 4772 // InternalSolverLanguageParser.g:1885:2: ( () otherlv_1= LeftParenthesis ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= RightParenthesis )
5389 // InternalSolverLanguage.g:1919:3: () otherlv_1= '(' ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= ')' 4773 // InternalSolverLanguageParser.g:1886:3: () otherlv_1= LeftParenthesis ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )? otherlv_5= RightParenthesis
5390 { 4774 {
5391 // InternalSolverLanguage.g:1919:3: () 4775 // InternalSolverLanguageParser.g:1886:3: ()
5392 // InternalSolverLanguage.g:1920:4: 4776 // InternalSolverLanguageParser.g:1887:4:
5393 { 4777 {
5394 if ( state.backtracking==0 ) {
5395 4778
5396 current = forceCreateModelElement( 4779 current = forceCreateModelElement(
5397 grammarAccess.getArgumentListAccess().getArgumentListAction_0(), 4780 grammarAccess.getArgumentListAccess().getArgumentListAction_0(),
5398 current); 4781 current);
5399 4782
5400 }
5401 4783
5402 } 4784 }
5403 4785
5404 otherlv_1=(Token)match(input,33,FOLLOW_32); if (state.failed) return current; 4786 otherlv_1=(Token)match(input,LeftParenthesis,FOLLOW_31);
5405 if ( state.backtracking==0 ) {
5406 4787
5407 newLeafNode(otherlv_1, grammarAccess.getArgumentListAccess().getLeftParenthesisKeyword_1()); 4788 newLeafNode(otherlv_1, grammarAccess.getArgumentListAccess().getLeftParenthesisKeyword_1());
5408 4789
5409 } 4790 // InternalSolverLanguageParser.g:1897:3: ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )* )?
5410 // InternalSolverLanguage.g:1930:3: ( ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* )? 4791 int alt23=2;
5411 int alt24=2; 4792 int LA23_0 = input.LA(1);
5412 int LA24_0 = input.LA(1);
5413 4793
5414 if ( ((LA24_0>=RULE_STRING && LA24_0<=RULE_QUOTED_ID)||LA24_0==19||LA24_0==29||LA24_0==33||(LA24_0>=35 && LA24_0<=36)||(LA24_0>=39 && LA24_0<=40)||(LA24_0>=56 && LA24_0<=57)||(LA24_0>=60 && LA24_0<=72)) ) { 4794 if ( (LA23_0==Current||LA23_0==Unknown||(LA23_0>=Count && LA23_0<=False)||(LA23_0>=Must && LA23_0<=Prod)||LA23_0==True||(LA23_0>=Avg && LA23_0<=Inf)||(LA23_0>=Max && LA23_0<=Sum)||(LA23_0>=ExclamationMark && LA23_0<=LeftParenthesis)||(LA23_0>=Asterisk && LA23_0<=PlusSign)||LA23_0==HyphenMinus||LA23_0==LeftSquareBracket||(LA23_0>=RULE_STRING && LA23_0<=RULE_QUOTED_ID)||(LA23_0>=RULE_ID && LA23_0<=RULE_INT)) ) {
5415 alt24=1; 4795 alt23=1;
5416 } 4796 }
5417 switch (alt24) { 4797 switch (alt23) {
5418 case 1 : 4798 case 1 :
5419 // InternalSolverLanguage.g:1931:4: ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* 4799 // InternalSolverLanguageParser.g:1898:4: ( (lv_arguments_2_0= ruleArgument ) ) (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )*
5420 { 4800 {
5421 // InternalSolverLanguage.g:1931:4: ( (lv_arguments_2_0= ruleArgument ) ) 4801 // InternalSolverLanguageParser.g:1898:4: ( (lv_arguments_2_0= ruleArgument ) )
5422 // InternalSolverLanguage.g:1932:5: (lv_arguments_2_0= ruleArgument ) 4802 // InternalSolverLanguageParser.g:1899:5: (lv_arguments_2_0= ruleArgument )
5423 { 4803 {
5424 // InternalSolverLanguage.g:1932:5: (lv_arguments_2_0= ruleArgument ) 4804 // InternalSolverLanguageParser.g:1899:5: (lv_arguments_2_0= ruleArgument )
5425 // InternalSolverLanguage.g:1933:6: lv_arguments_2_0= ruleArgument 4805 // InternalSolverLanguageParser.g:1900:6: lv_arguments_2_0= ruleArgument
5426 { 4806 {
5427 if ( state.backtracking==0 ) {
5428 4807
5429 newCompositeNode(grammarAccess.getArgumentListAccess().getArgumentsArgumentParserRuleCall_2_0_0()); 4808 newCompositeNode(grammarAccess.getArgumentListAccess().getArgumentsArgumentParserRuleCall_2_0_0());
5430 4809
5431 } 4810 pushFollow(FOLLOW_32);
5432 pushFollow(FOLLOW_33);
5433 lv_arguments_2_0=ruleArgument(); 4811 lv_arguments_2_0=ruleArgument();
5434 4812
5435 state._fsp--; 4813 state._fsp--;
5436 if (state.failed) return current;
5437 if ( state.backtracking==0 ) {
5438 4814
5439 if (current==null) { 4815
5440 current = createModelElementForParent(grammarAccess.getArgumentListRule()); 4816 if (current==null) {
5441 } 4817 current = createModelElementForParent(grammarAccess.getArgumentListRule());
5442 add( 4818 }
5443 current, 4819 add(
5444 "arguments", 4820 current,
5445 lv_arguments_2_0, 4821 "arguments",
5446 "org.eclipse.viatra.solver.language.SolverLanguage.Argument"); 4822 lv_arguments_2_0,
5447 afterParserOrEnumRuleCall(); 4823 "org.eclipse.viatra.solver.language.SolverLanguage.Argument");
5448 4824 afterParserOrEnumRuleCall();
5449 } 4825
5450 4826
5451 } 4827 }
5452 4828
5453 4829
5454 } 4830 }
5455 4831
5456 // InternalSolverLanguage.g:1950:4: (otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) )* 4832 // InternalSolverLanguageParser.g:1917:4: (otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) ) )*
5457 loop23: 4833 loop22:
5458 do { 4834 do {
5459 int alt23=2; 4835 int alt22=2;
5460 int LA23_0 = input.LA(1); 4836 int LA22_0 = input.LA(1);
5461 4837
5462 if ( (LA23_0==28) ) { 4838 if ( (LA22_0==Comma) ) {
5463 alt23=1; 4839 alt22=1;
5464 } 4840 }
5465 4841
5466 4842
5467 switch (alt23) { 4843 switch (alt22) {
5468 case 1 : 4844 case 1 :
5469 // InternalSolverLanguage.g:1951:5: otherlv_3= ',' ( (lv_arguments_4_0= ruleArgument ) ) 4845 // InternalSolverLanguageParser.g:1918:5: otherlv_3= Comma ( (lv_arguments_4_0= ruleArgument ) )
5470 { 4846 {
5471 otherlv_3=(Token)match(input,28,FOLLOW_34); if (state.failed) return current; 4847 otherlv_3=(Token)match(input,Comma,FOLLOW_33);
5472 if ( state.backtracking==0 ) {
5473 4848
5474 newLeafNode(otherlv_3, grammarAccess.getArgumentListAccess().getCommaKeyword_2_1_0()); 4849 newLeafNode(otherlv_3, grammarAccess.getArgumentListAccess().getCommaKeyword_2_1_0());
5475 4850
5476 } 4851 // InternalSolverLanguageParser.g:1922:5: ( (lv_arguments_4_0= ruleArgument ) )
5477 // InternalSolverLanguage.g:1955:5: ( (lv_arguments_4_0= ruleArgument ) ) 4852 // InternalSolverLanguageParser.g:1923:6: (lv_arguments_4_0= ruleArgument )
5478 // InternalSolverLanguage.g:1956:6: (lv_arguments_4_0= ruleArgument )
5479 { 4853 {
5480 // InternalSolverLanguage.g:1956:6: (lv_arguments_4_0= ruleArgument ) 4854 // InternalSolverLanguageParser.g:1923:6: (lv_arguments_4_0= ruleArgument )
5481 // InternalSolverLanguage.g:1957:7: lv_arguments_4_0= ruleArgument 4855 // InternalSolverLanguageParser.g:1924:7: lv_arguments_4_0= ruleArgument
5482 { 4856 {
5483 if ( state.backtracking==0 ) {
5484 4857
5485 newCompositeNode(grammarAccess.getArgumentListAccess().getArgumentsArgumentParserRuleCall_2_1_1_0()); 4858 newCompositeNode(grammarAccess.getArgumentListAccess().getArgumentsArgumentParserRuleCall_2_1_1_0());
5486 4859
5487 } 4860 pushFollow(FOLLOW_32);
5488 pushFollow(FOLLOW_33);
5489 lv_arguments_4_0=ruleArgument(); 4861 lv_arguments_4_0=ruleArgument();
5490 4862
5491 state._fsp--; 4863 state._fsp--;
5492 if (state.failed) return current; 4864
5493 if ( state.backtracking==0 ) { 4865
5494 4866 if (current==null) {
5495 if (current==null) { 4867 current = createModelElementForParent(grammarAccess.getArgumentListRule());
5496 current = createModelElementForParent(grammarAccess.getArgumentListRule()); 4868 }
5497 } 4869 add(
5498 add( 4870 current,
5499 current, 4871 "arguments",
5500 "arguments", 4872 lv_arguments_4_0,
5501 lv_arguments_4_0, 4873 "org.eclipse.viatra.solver.language.SolverLanguage.Argument");
5502 "org.eclipse.viatra.solver.language.SolverLanguage.Argument"); 4874 afterParserOrEnumRuleCall();
5503 afterParserOrEnumRuleCall(); 4875
5504
5505 }
5506 4876
5507 } 4877 }
5508 4878
@@ -5514,7 +4884,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5514 break; 4884 break;
5515 4885
5516 default : 4886 default :
5517 break loop23; 4887 break loop22;
5518 } 4888 }
5519 } while (true); 4889 } while (true);
5520 4890
@@ -5524,23 +4894,19 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5524 4894
5525 } 4895 }
5526 4896
5527 otherlv_5=(Token)match(input,34,FOLLOW_2); if (state.failed) return current; 4897 otherlv_5=(Token)match(input,RightParenthesis,FOLLOW_2);
5528 if ( state.backtracking==0 ) {
5529 4898
5530 newLeafNode(otherlv_5, grammarAccess.getArgumentListAccess().getRightParenthesisKeyword_3()); 4899 newLeafNode(otherlv_5, grammarAccess.getArgumentListAccess().getRightParenthesisKeyword_3());
5531 4900
5532 }
5533 4901
5534 } 4902 }
5535 4903
5536 4904
5537 } 4905 }
5538 4906
5539 if ( state.backtracking==0 ) {
5540 4907
5541 leaveRule(); 4908 leaveRule();
5542 4909
5543 }
5544 } 4910 }
5545 4911
5546 catch (RecognitionException re) { 4912 catch (RecognitionException re) {
@@ -5555,7 +4921,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5555 4921
5556 4922
5557 // $ANTLR start "entryRuleArgument" 4923 // $ANTLR start "entryRuleArgument"
5558 // InternalSolverLanguage.g:1984:1: entryRuleArgument returns [EObject current=null] : iv_ruleArgument= ruleArgument EOF ; 4924 // InternalSolverLanguageParser.g:1951:1: entryRuleArgument returns [EObject current=null] : iv_ruleArgument= ruleArgument EOF ;
5559 public final EObject entryRuleArgument() throws RecognitionException { 4925 public final EObject entryRuleArgument() throws RecognitionException {
5560 EObject current = null; 4926 EObject current = null;
5561 4927
@@ -5563,21 +4929,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5563 4929
5564 4930
5565 try { 4931 try {
5566 // InternalSolverLanguage.g:1984:49: (iv_ruleArgument= ruleArgument EOF ) 4932 // InternalSolverLanguageParser.g:1951:49: (iv_ruleArgument= ruleArgument EOF )
5567 // InternalSolverLanguage.g:1985:2: iv_ruleArgument= ruleArgument EOF 4933 // InternalSolverLanguageParser.g:1952:2: iv_ruleArgument= ruleArgument EOF
5568 { 4934 {
5569 if ( state.backtracking==0 ) { 4935 newCompositeNode(grammarAccess.getArgumentRule());
5570 newCompositeNode(grammarAccess.getArgumentRule());
5571 }
5572 pushFollow(FOLLOW_1); 4936 pushFollow(FOLLOW_1);
5573 iv_ruleArgument=ruleArgument(); 4937 iv_ruleArgument=ruleArgument();
5574 4938
5575 state._fsp--; 4939 state._fsp--;
5576 if (state.failed) return current; 4940
5577 if ( state.backtracking==0 ) { 4941 current =iv_ruleArgument;
5578 current =iv_ruleArgument; 4942 match(input,EOF,FOLLOW_2);
5579 }
5580 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5581 4943
5582 } 4944 }
5583 4945
@@ -5595,7 +4957,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5595 4957
5596 4958
5597 // $ANTLR start "ruleArgument" 4959 // $ANTLR start "ruleArgument"
5598 // InternalSolverLanguage.g:1991:1: ruleArgument returns [EObject current=null] : (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) ; 4960 // InternalSolverLanguageParser.g:1958:1: ruleArgument returns [EObject current=null] : (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) ;
5599 public final EObject ruleArgument() throws RecognitionException { 4961 public final EObject ruleArgument() throws RecognitionException {
5600 EObject current = null; 4962 EObject current = null;
5601 4963
@@ -5612,98 +4974,82 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5612 enterRule(); 4974 enterRule();
5613 4975
5614 try { 4976 try {
5615 // InternalSolverLanguage.g:1997:2: ( (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) ) 4977 // InternalSolverLanguageParser.g:1964:2: ( (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) )
5616 // InternalSolverLanguage.g:1998:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) 4978 // InternalSolverLanguageParser.g:1965:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument )
5617 { 4979 {
5618 // InternalSolverLanguage.g:1998:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument ) 4980 // InternalSolverLanguageParser.g:1965:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument )
5619 int alt25=4; 4981 int alt24=4;
5620 alt25 = dfa25.predict(input); 4982 alt24 = dfa24.predict(input);
5621 switch (alt25) { 4983 switch (alt24) {
5622 case 1 : 4984 case 1 :
5623 // InternalSolverLanguage.g:1999:3: this_ExpressionArgument_0= ruleExpressionArgument 4985 // InternalSolverLanguageParser.g:1966:3: this_ExpressionArgument_0= ruleExpressionArgument
5624 { 4986 {
5625 if ( state.backtracking==0 ) {
5626 4987
5627 newCompositeNode(grammarAccess.getArgumentAccess().getExpressionArgumentParserRuleCall_0()); 4988 newCompositeNode(grammarAccess.getArgumentAccess().getExpressionArgumentParserRuleCall_0());
5628 4989
5629 }
5630 pushFollow(FOLLOW_2); 4990 pushFollow(FOLLOW_2);
5631 this_ExpressionArgument_0=ruleExpressionArgument(); 4991 this_ExpressionArgument_0=ruleExpressionArgument();
5632 4992
5633 state._fsp--; 4993 state._fsp--;
5634 if (state.failed) return current;
5635 if ( state.backtracking==0 ) {
5636 4994
5637 current = this_ExpressionArgument_0; 4995
5638 afterParserOrEnumRuleCall(); 4996 current = this_ExpressionArgument_0;
5639 4997 afterParserOrEnumRuleCall();
5640 } 4998
5641 4999
5642 } 5000 }
5643 break; 5001 break;
5644 case 2 : 5002 case 2 :
5645 // InternalSolverLanguage.g:2008:3: this_StarArgument_1= ruleStarArgument 5003 // InternalSolverLanguageParser.g:1975:3: this_StarArgument_1= ruleStarArgument
5646 { 5004 {
5647 if ( state.backtracking==0 ) {
5648 5005
5649 newCompositeNode(grammarAccess.getArgumentAccess().getStarArgumentParserRuleCall_1()); 5006 newCompositeNode(grammarAccess.getArgumentAccess().getStarArgumentParserRuleCall_1());
5650 5007
5651 }
5652 pushFollow(FOLLOW_2); 5008 pushFollow(FOLLOW_2);
5653 this_StarArgument_1=ruleStarArgument(); 5009 this_StarArgument_1=ruleStarArgument();
5654 5010
5655 state._fsp--; 5011 state._fsp--;
5656 if (state.failed) return current;
5657 if ( state.backtracking==0 ) {
5658 5012
5659 current = this_StarArgument_1; 5013
5660 afterParserOrEnumRuleCall(); 5014 current = this_StarArgument_1;
5661 5015 afterParserOrEnumRuleCall();
5662 } 5016
5663 5017
5664 } 5018 }
5665 break; 5019 break;
5666 case 3 : 5020 case 3 :
5667 // InternalSolverLanguage.g:2017:3: this_TypedArgument_2= ruleTypedArgument 5021 // InternalSolverLanguageParser.g:1984:3: this_TypedArgument_2= ruleTypedArgument
5668 { 5022 {
5669 if ( state.backtracking==0 ) {
5670 5023
5671 newCompositeNode(grammarAccess.getArgumentAccess().getTypedArgumentParserRuleCall_2()); 5024 newCompositeNode(grammarAccess.getArgumentAccess().getTypedArgumentParserRuleCall_2());
5672 5025
5673 }
5674 pushFollow(FOLLOW_2); 5026 pushFollow(FOLLOW_2);
5675 this_TypedArgument_2=ruleTypedArgument(); 5027 this_TypedArgument_2=ruleTypedArgument();
5676 5028
5677 state._fsp--; 5029 state._fsp--;
5678 if (state.failed) return current;
5679 if ( state.backtracking==0 ) {
5680 5030
5681 current = this_TypedArgument_2; 5031
5682 afterParserOrEnumRuleCall(); 5032 current = this_TypedArgument_2;
5683 5033 afterParserOrEnumRuleCall();
5684 } 5034
5685 5035
5686 } 5036 }
5687 break; 5037 break;
5688 case 4 : 5038 case 4 :
5689 // InternalSolverLanguage.g:2026:3: this_TypedStarArgument_3= ruleTypedStarArgument 5039 // InternalSolverLanguageParser.g:1993:3: this_TypedStarArgument_3= ruleTypedStarArgument
5690 { 5040 {
5691 if ( state.backtracking==0 ) {
5692 5041
5693 newCompositeNode(grammarAccess.getArgumentAccess().getTypedStarArgumentParserRuleCall_3()); 5042 newCompositeNode(grammarAccess.getArgumentAccess().getTypedStarArgumentParserRuleCall_3());
5694 5043
5695 }
5696 pushFollow(FOLLOW_2); 5044 pushFollow(FOLLOW_2);
5697 this_TypedStarArgument_3=ruleTypedStarArgument(); 5045 this_TypedStarArgument_3=ruleTypedStarArgument();
5698 5046
5699 state._fsp--; 5047 state._fsp--;
5700 if (state.failed) return current;
5701 if ( state.backtracking==0 ) {
5702 5048
5703 current = this_TypedStarArgument_3; 5049
5704 afterParserOrEnumRuleCall(); 5050 current = this_TypedStarArgument_3;
5705 5051 afterParserOrEnumRuleCall();
5706 } 5052
5707 5053
5708 } 5054 }
5709 break; 5055 break;
@@ -5713,11 +5059,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5713 5059
5714 } 5060 }
5715 5061
5716 if ( state.backtracking==0 ) {
5717 5062
5718 leaveRule(); 5063 leaveRule();
5719 5064
5720 }
5721 } 5065 }
5722 5066
5723 catch (RecognitionException re) { 5067 catch (RecognitionException re) {
@@ -5732,7 +5076,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5732 5076
5733 5077
5734 // $ANTLR start "entryRuleExpressionArgument" 5078 // $ANTLR start "entryRuleExpressionArgument"
5735 // InternalSolverLanguage.g:2038:1: entryRuleExpressionArgument returns [EObject current=null] : iv_ruleExpressionArgument= ruleExpressionArgument EOF ; 5079 // InternalSolverLanguageParser.g:2005:1: entryRuleExpressionArgument returns [EObject current=null] : iv_ruleExpressionArgument= ruleExpressionArgument EOF ;
5736 public final EObject entryRuleExpressionArgument() throws RecognitionException { 5080 public final EObject entryRuleExpressionArgument() throws RecognitionException {
5737 EObject current = null; 5081 EObject current = null;
5738 5082
@@ -5740,21 +5084,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5740 5084
5741 5085
5742 try { 5086 try {
5743 // InternalSolverLanguage.g:2038:59: (iv_ruleExpressionArgument= ruleExpressionArgument EOF ) 5087 // InternalSolverLanguageParser.g:2005:59: (iv_ruleExpressionArgument= ruleExpressionArgument EOF )
5744 // InternalSolverLanguage.g:2039:2: iv_ruleExpressionArgument= ruleExpressionArgument EOF 5088 // InternalSolverLanguageParser.g:2006:2: iv_ruleExpressionArgument= ruleExpressionArgument EOF
5745 { 5089 {
5746 if ( state.backtracking==0 ) { 5090 newCompositeNode(grammarAccess.getExpressionArgumentRule());
5747 newCompositeNode(grammarAccess.getExpressionArgumentRule());
5748 }
5749 pushFollow(FOLLOW_1); 5091 pushFollow(FOLLOW_1);
5750 iv_ruleExpressionArgument=ruleExpressionArgument(); 5092 iv_ruleExpressionArgument=ruleExpressionArgument();
5751 5093
5752 state._fsp--; 5094 state._fsp--;
5753 if (state.failed) return current; 5095
5754 if ( state.backtracking==0 ) { 5096 current =iv_ruleExpressionArgument;
5755 current =iv_ruleExpressionArgument; 5097 match(input,EOF,FOLLOW_2);
5756 }
5757 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5758 5098
5759 } 5099 }
5760 5100
@@ -5772,7 +5112,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5772 5112
5773 5113
5774 // $ANTLR start "ruleExpressionArgument" 5114 // $ANTLR start "ruleExpressionArgument"
5775 // InternalSolverLanguage.g:2045:1: ruleExpressionArgument returns [EObject current=null] : ( (lv_body_0_0= ruleComparisonExpression ) ) ; 5115 // InternalSolverLanguageParser.g:2012:1: ruleExpressionArgument returns [EObject current=null] : ( (lv_body_0_0= ruleComparisonExpression ) ) ;
5776 public final EObject ruleExpressionArgument() throws RecognitionException { 5116 public final EObject ruleExpressionArgument() throws RecognitionException {
5777 EObject current = null; 5117 EObject current = null;
5778 5118
@@ -5783,38 +5123,34 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5783 enterRule(); 5123 enterRule();
5784 5124
5785 try { 5125 try {
5786 // InternalSolverLanguage.g:2051:2: ( ( (lv_body_0_0= ruleComparisonExpression ) ) ) 5126 // InternalSolverLanguageParser.g:2018:2: ( ( (lv_body_0_0= ruleComparisonExpression ) ) )
5787 // InternalSolverLanguage.g:2052:2: ( (lv_body_0_0= ruleComparisonExpression ) ) 5127 // InternalSolverLanguageParser.g:2019:2: ( (lv_body_0_0= ruleComparisonExpression ) )
5788 { 5128 {
5789 // InternalSolverLanguage.g:2052:2: ( (lv_body_0_0= ruleComparisonExpression ) ) 5129 // InternalSolverLanguageParser.g:2019:2: ( (lv_body_0_0= ruleComparisonExpression ) )
5790 // InternalSolverLanguage.g:2053:3: (lv_body_0_0= ruleComparisonExpression ) 5130 // InternalSolverLanguageParser.g:2020:3: (lv_body_0_0= ruleComparisonExpression )
5791 { 5131 {
5792 // InternalSolverLanguage.g:2053:3: (lv_body_0_0= ruleComparisonExpression ) 5132 // InternalSolverLanguageParser.g:2020:3: (lv_body_0_0= ruleComparisonExpression )
5793 // InternalSolverLanguage.g:2054:4: lv_body_0_0= ruleComparisonExpression 5133 // InternalSolverLanguageParser.g:2021:4: lv_body_0_0= ruleComparisonExpression
5794 { 5134 {
5795 if ( state.backtracking==0 ) {
5796 5135
5797 newCompositeNode(grammarAccess.getExpressionArgumentAccess().getBodyComparisonExpressionParserRuleCall_0()); 5136 newCompositeNode(grammarAccess.getExpressionArgumentAccess().getBodyComparisonExpressionParserRuleCall_0());
5798 5137
5799 }
5800 pushFollow(FOLLOW_2); 5138 pushFollow(FOLLOW_2);
5801 lv_body_0_0=ruleComparisonExpression(); 5139 lv_body_0_0=ruleComparisonExpression();
5802 5140
5803 state._fsp--; 5141 state._fsp--;
5804 if (state.failed) return current;
5805 if ( state.backtracking==0 ) {
5806 5142
5807 if (current==null) { 5143
5808 current = createModelElementForParent(grammarAccess.getExpressionArgumentRule()); 5144 if (current==null) {
5809 } 5145 current = createModelElementForParent(grammarAccess.getExpressionArgumentRule());
5810 set( 5146 }
5811 current, 5147 set(
5812 "body", 5148 current,
5813 lv_body_0_0, 5149 "body",
5814 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonExpression"); 5150 lv_body_0_0,
5815 afterParserOrEnumRuleCall(); 5151 "org.eclipse.viatra.solver.language.SolverLanguage.ComparisonExpression");
5816 5152 afterParserOrEnumRuleCall();
5817 } 5153
5818 5154
5819 } 5155 }
5820 5156
@@ -5824,11 +5160,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5824 5160
5825 } 5161 }
5826 5162
5827 if ( state.backtracking==0 ) {
5828 5163
5829 leaveRule(); 5164 leaveRule();
5830 5165
5831 }
5832 } 5166 }
5833 5167
5834 catch (RecognitionException re) { 5168 catch (RecognitionException re) {
@@ -5843,7 +5177,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5843 5177
5844 5178
5845 // $ANTLR start "entryRuleStarArgument" 5179 // $ANTLR start "entryRuleStarArgument"
5846 // InternalSolverLanguage.g:2074:1: entryRuleStarArgument returns [EObject current=null] : iv_ruleStarArgument= ruleStarArgument EOF ; 5180 // InternalSolverLanguageParser.g:2041:1: entryRuleStarArgument returns [EObject current=null] : iv_ruleStarArgument= ruleStarArgument EOF ;
5847 public final EObject entryRuleStarArgument() throws RecognitionException { 5181 public final EObject entryRuleStarArgument() throws RecognitionException {
5848 EObject current = null; 5182 EObject current = null;
5849 5183
@@ -5851,21 +5185,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5851 5185
5852 5186
5853 try { 5187 try {
5854 // InternalSolverLanguage.g:2074:53: (iv_ruleStarArgument= ruleStarArgument EOF ) 5188 // InternalSolverLanguageParser.g:2041:53: (iv_ruleStarArgument= ruleStarArgument EOF )
5855 // InternalSolverLanguage.g:2075:2: iv_ruleStarArgument= ruleStarArgument EOF 5189 // InternalSolverLanguageParser.g:2042:2: iv_ruleStarArgument= ruleStarArgument EOF
5856 { 5190 {
5857 if ( state.backtracking==0 ) { 5191 newCompositeNode(grammarAccess.getStarArgumentRule());
5858 newCompositeNode(grammarAccess.getStarArgumentRule());
5859 }
5860 pushFollow(FOLLOW_1); 5192 pushFollow(FOLLOW_1);
5861 iv_ruleStarArgument=ruleStarArgument(); 5193 iv_ruleStarArgument=ruleStarArgument();
5862 5194
5863 state._fsp--; 5195 state._fsp--;
5864 if (state.failed) return current; 5196
5865 if ( state.backtracking==0 ) { 5197 current =iv_ruleStarArgument;
5866 current =iv_ruleStarArgument; 5198 match(input,EOF,FOLLOW_2);
5867 }
5868 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5869 5199
5870 } 5200 }
5871 5201
@@ -5883,7 +5213,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5883 5213
5884 5214
5885 // $ANTLR start "ruleStarArgument" 5215 // $ANTLR start "ruleStarArgument"
5886 // InternalSolverLanguage.g:2081:1: ruleStarArgument returns [EObject current=null] : ( () otherlv_1= '*' ) ; 5216 // InternalSolverLanguageParser.g:2048:1: ruleStarArgument returns [EObject current=null] : ( () otherlv_1= Asterisk ) ;
5887 public final EObject ruleStarArgument() throws RecognitionException { 5217 public final EObject ruleStarArgument() throws RecognitionException {
5888 EObject current = null; 5218 EObject current = null;
5889 5219
@@ -5893,42 +5223,36 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5893 enterRule(); 5223 enterRule();
5894 5224
5895 try { 5225 try {
5896 // InternalSolverLanguage.g:2087:2: ( ( () otherlv_1= '*' ) ) 5226 // InternalSolverLanguageParser.g:2054:2: ( ( () otherlv_1= Asterisk ) )
5897 // InternalSolverLanguage.g:2088:2: ( () otherlv_1= '*' ) 5227 // InternalSolverLanguageParser.g:2055:2: ( () otherlv_1= Asterisk )
5898 { 5228 {
5899 // InternalSolverLanguage.g:2088:2: ( () otherlv_1= '*' ) 5229 // InternalSolverLanguageParser.g:2055:2: ( () otherlv_1= Asterisk )
5900 // InternalSolverLanguage.g:2089:3: () otherlv_1= '*' 5230 // InternalSolverLanguageParser.g:2056:3: () otherlv_1= Asterisk
5901 { 5231 {
5902 // InternalSolverLanguage.g:2089:3: () 5232 // InternalSolverLanguageParser.g:2056:3: ()
5903 // InternalSolverLanguage.g:2090:4: 5233 // InternalSolverLanguageParser.g:2057:4:
5904 { 5234 {
5905 if ( state.backtracking==0 ) {
5906 5235
5907 current = forceCreateModelElement( 5236 current = forceCreateModelElement(
5908 grammarAccess.getStarArgumentAccess().getStarArgumentAction_0(), 5237 grammarAccess.getStarArgumentAccess().getStarArgumentAction_0(),
5909 current); 5238 current);
5910 5239
5911 }
5912 5240
5913 } 5241 }
5914 5242
5915 otherlv_1=(Token)match(input,35,FOLLOW_2); if (state.failed) return current; 5243 otherlv_1=(Token)match(input,Asterisk,FOLLOW_2);
5916 if ( state.backtracking==0 ) {
5917 5244
5918 newLeafNode(otherlv_1, grammarAccess.getStarArgumentAccess().getAsteriskKeyword_1()); 5245 newLeafNode(otherlv_1, grammarAccess.getStarArgumentAccess().getAsteriskKeyword_1());
5919 5246
5920 }
5921 5247
5922 } 5248 }
5923 5249
5924 5250
5925 } 5251 }
5926 5252
5927 if ( state.backtracking==0 ) {
5928 5253
5929 leaveRule(); 5254 leaveRule();
5930 5255
5931 }
5932 } 5256 }
5933 5257
5934 catch (RecognitionException re) { 5258 catch (RecognitionException re) {
@@ -5943,7 +5267,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5943 5267
5944 5268
5945 // $ANTLR start "entryRuleTypedArgument" 5269 // $ANTLR start "entryRuleTypedArgument"
5946 // InternalSolverLanguage.g:2104:1: entryRuleTypedArgument returns [EObject current=null] : iv_ruleTypedArgument= ruleTypedArgument EOF ; 5270 // InternalSolverLanguageParser.g:2071:1: entryRuleTypedArgument returns [EObject current=null] : iv_ruleTypedArgument= ruleTypedArgument EOF ;
5947 public final EObject entryRuleTypedArgument() throws RecognitionException { 5271 public final EObject entryRuleTypedArgument() throws RecognitionException {
5948 EObject current = null; 5272 EObject current = null;
5949 5273
@@ -5951,21 +5275,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5951 5275
5952 5276
5953 try { 5277 try {
5954 // InternalSolverLanguage.g:2104:54: (iv_ruleTypedArgument= ruleTypedArgument EOF ) 5278 // InternalSolverLanguageParser.g:2071:54: (iv_ruleTypedArgument= ruleTypedArgument EOF )
5955 // InternalSolverLanguage.g:2105:2: iv_ruleTypedArgument= ruleTypedArgument EOF 5279 // InternalSolverLanguageParser.g:2072:2: iv_ruleTypedArgument= ruleTypedArgument EOF
5956 { 5280 {
5957 if ( state.backtracking==0 ) { 5281 newCompositeNode(grammarAccess.getTypedArgumentRule());
5958 newCompositeNode(grammarAccess.getTypedArgumentRule());
5959 }
5960 pushFollow(FOLLOW_1); 5282 pushFollow(FOLLOW_1);
5961 iv_ruleTypedArgument=ruleTypedArgument(); 5283 iv_ruleTypedArgument=ruleTypedArgument();
5962 5284
5963 state._fsp--; 5285 state._fsp--;
5964 if (state.failed) return current; 5286
5965 if ( state.backtracking==0 ) { 5287 current =iv_ruleTypedArgument;
5966 current =iv_ruleTypedArgument; 5288 match(input,EOF,FOLLOW_2);
5967 }
5968 match(input,EOF,FOLLOW_2); if (state.failed) return current;
5969 5289
5970 } 5290 }
5971 5291
@@ -5983,7 +5303,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5983 5303
5984 5304
5985 // $ANTLR start "ruleTypedArgument" 5305 // $ANTLR start "ruleTypedArgument"
5986 // InternalSolverLanguage.g:2111:1: ruleTypedArgument returns [EObject current=null] : ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) ; 5306 // InternalSolverLanguageParser.g:2078:1: ruleTypedArgument returns [EObject current=null] : ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) ;
5987 public final EObject ruleTypedArgument() throws RecognitionException { 5307 public final EObject ruleTypedArgument() throws RecognitionException {
5988 EObject current = null; 5308 EObject current = null;
5989 5309
@@ -5991,74 +5311,62 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
5991 enterRule(); 5311 enterRule();
5992 5312
5993 try { 5313 try {
5994 // InternalSolverLanguage.g:2117:2: ( ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) ) 5314 // InternalSolverLanguageParser.g:2084:2: ( ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) )
5995 // InternalSolverLanguage.g:2118:2: ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) 5315 // InternalSolverLanguageParser.g:2085:2: ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) )
5996 { 5316 {
5997 // InternalSolverLanguage.g:2118:2: ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) ) 5317 // InternalSolverLanguageParser.g:2085:2: ( ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) )
5998 // InternalSolverLanguage.g:2119:3: ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) ) 5318 // InternalSolverLanguageParser.g:2086:3: ( ( ruleQualifiedName ) ) ( ( ruleQualifiedName ) )
5999 { 5319 {
6000 // InternalSolverLanguage.g:2119:3: ( ( ruleQualifiedName ) ) 5320 // InternalSolverLanguageParser.g:2086:3: ( ( ruleQualifiedName ) )
6001 // InternalSolverLanguage.g:2120:4: ( ruleQualifiedName ) 5321 // InternalSolverLanguageParser.g:2087:4: ( ruleQualifiedName )
6002 { 5322 {
6003 // InternalSolverLanguage.g:2120:4: ( ruleQualifiedName ) 5323 // InternalSolverLanguageParser.g:2087:4: ( ruleQualifiedName )
6004 // InternalSolverLanguage.g:2121:5: ruleQualifiedName 5324 // InternalSolverLanguageParser.g:2088:5: ruleQualifiedName
6005 { 5325 {
6006 if ( state.backtracking==0 ) {
6007 5326
6008 if (current==null) { 5327 if (current==null) {
6009 current = createModelElement(grammarAccess.getTypedArgumentRule()); 5328 current = createModelElement(grammarAccess.getTypedArgumentRule());
6010 } 5329 }
6011 5330
6012 }
6013 if ( state.backtracking==0 ) {
6014 5331
6015 newCompositeNode(grammarAccess.getTypedArgumentAccess().getTypeNamedElementCrossReference_0_0()); 5332 newCompositeNode(grammarAccess.getTypedArgumentAccess().getTypeNamedElementCrossReference_0_0());
6016 5333
6017 } 5334 pushFollow(FOLLOW_8);
6018 pushFollow(FOLLOW_35);
6019 ruleQualifiedName(); 5335 ruleQualifiedName();
6020 5336
6021 state._fsp--; 5337 state._fsp--;
6022 if (state.failed) return current;
6023 if ( state.backtracking==0 ) {
6024 5338
6025 afterParserOrEnumRuleCall(); 5339
6026 5340 afterParserOrEnumRuleCall();
6027 } 5341
6028 5342
6029 } 5343 }
6030 5344
6031 5345
6032 } 5346 }
6033 5347
6034 // InternalSolverLanguage.g:2135:3: ( ( ruleQualifiedName ) ) 5348 // InternalSolverLanguageParser.g:2102:3: ( ( ruleQualifiedName ) )
6035 // InternalSolverLanguage.g:2136:4: ( ruleQualifiedName ) 5349 // InternalSolverLanguageParser.g:2103:4: ( ruleQualifiedName )
6036 { 5350 {
6037 // InternalSolverLanguage.g:2136:4: ( ruleQualifiedName ) 5351 // InternalSolverLanguageParser.g:2103:4: ( ruleQualifiedName )
6038 // InternalSolverLanguage.g:2137:5: ruleQualifiedName 5352 // InternalSolverLanguageParser.g:2104:5: ruleQualifiedName
6039 { 5353 {
6040 if ( state.backtracking==0 ) {
6041 5354
6042 if (current==null) { 5355 if (current==null) {
6043 current = createModelElement(grammarAccess.getTypedArgumentRule()); 5356 current = createModelElement(grammarAccess.getTypedArgumentRule());
6044 } 5357 }
6045 5358
6046 }
6047 if ( state.backtracking==0 ) {
6048 5359
6049 newCompositeNode(grammarAccess.getTypedArgumentAccess().getVariableNamedElementCrossReference_1_0()); 5360 newCompositeNode(grammarAccess.getTypedArgumentAccess().getVariableNamedElementCrossReference_1_0());
6050 5361
6051 }
6052 pushFollow(FOLLOW_2); 5362 pushFollow(FOLLOW_2);
6053 ruleQualifiedName(); 5363 ruleQualifiedName();
6054 5364
6055 state._fsp--; 5365 state._fsp--;
6056 if (state.failed) return current;
6057 if ( state.backtracking==0 ) {
6058 5366
6059 afterParserOrEnumRuleCall(); 5367
6060 5368 afterParserOrEnumRuleCall();
6061 } 5369
6062 5370
6063 } 5371 }
6064 5372
@@ -6071,11 +5379,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6071 5379
6072 } 5380 }
6073 5381
6074 if ( state.backtracking==0 ) {
6075 5382
6076 leaveRule(); 5383 leaveRule();
6077 5384
6078 }
6079 } 5385 }
6080 5386
6081 catch (RecognitionException re) { 5387 catch (RecognitionException re) {
@@ -6090,7 +5396,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6090 5396
6091 5397
6092 // $ANTLR start "entryRuleTypedStarArgument" 5398 // $ANTLR start "entryRuleTypedStarArgument"
6093 // InternalSolverLanguage.g:2155:1: entryRuleTypedStarArgument returns [EObject current=null] : iv_ruleTypedStarArgument= ruleTypedStarArgument EOF ; 5399 // InternalSolverLanguageParser.g:2122:1: entryRuleTypedStarArgument returns [EObject current=null] : iv_ruleTypedStarArgument= ruleTypedStarArgument EOF ;
6094 public final EObject entryRuleTypedStarArgument() throws RecognitionException { 5400 public final EObject entryRuleTypedStarArgument() throws RecognitionException {
6095 EObject current = null; 5401 EObject current = null;
6096 5402
@@ -6098,21 +5404,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6098 5404
6099 5405
6100 try { 5406 try {
6101 // InternalSolverLanguage.g:2155:58: (iv_ruleTypedStarArgument= ruleTypedStarArgument EOF ) 5407 // InternalSolverLanguageParser.g:2122:58: (iv_ruleTypedStarArgument= ruleTypedStarArgument EOF )
6102 // InternalSolverLanguage.g:2156:2: iv_ruleTypedStarArgument= ruleTypedStarArgument EOF 5408 // InternalSolverLanguageParser.g:2123:2: iv_ruleTypedStarArgument= ruleTypedStarArgument EOF
6103 { 5409 {
6104 if ( state.backtracking==0 ) { 5410 newCompositeNode(grammarAccess.getTypedStarArgumentRule());
6105 newCompositeNode(grammarAccess.getTypedStarArgumentRule());
6106 }
6107 pushFollow(FOLLOW_1); 5411 pushFollow(FOLLOW_1);
6108 iv_ruleTypedStarArgument=ruleTypedStarArgument(); 5412 iv_ruleTypedStarArgument=ruleTypedStarArgument();
6109 5413
6110 state._fsp--; 5414 state._fsp--;
6111 if (state.failed) return current; 5415
6112 if ( state.backtracking==0 ) { 5416 current =iv_ruleTypedStarArgument;
6113 current =iv_ruleTypedStarArgument; 5417 match(input,EOF,FOLLOW_2);
6114 }
6115 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6116 5418
6117 } 5419 }
6118 5420
@@ -6130,7 +5432,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6130 5432
6131 5433
6132 // $ANTLR start "ruleTypedStarArgument" 5434 // $ANTLR start "ruleTypedStarArgument"
6133 // InternalSolverLanguage.g:2162:1: ruleTypedStarArgument returns [EObject current=null] : ( ( ( ruleQualifiedName ) ) otherlv_1= '*' ) ; 5435 // InternalSolverLanguageParser.g:2129:1: ruleTypedStarArgument returns [EObject current=null] : ( ( ( ruleQualifiedName ) ) otherlv_1= Asterisk ) ;
6134 public final EObject ruleTypedStarArgument() throws RecognitionException { 5436 public final EObject ruleTypedStarArgument() throws RecognitionException {
6135 EObject current = null; 5437 EObject current = null;
6136 5438
@@ -6140,63 +5442,53 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6140 enterRule(); 5442 enterRule();
6141 5443
6142 try { 5444 try {
6143 // InternalSolverLanguage.g:2168:2: ( ( ( ( ruleQualifiedName ) ) otherlv_1= '*' ) ) 5445 // InternalSolverLanguageParser.g:2135:2: ( ( ( ( ruleQualifiedName ) ) otherlv_1= Asterisk ) )
6144 // InternalSolverLanguage.g:2169:2: ( ( ( ruleQualifiedName ) ) otherlv_1= '*' ) 5446 // InternalSolverLanguageParser.g:2136:2: ( ( ( ruleQualifiedName ) ) otherlv_1= Asterisk )
6145 { 5447 {
6146 // InternalSolverLanguage.g:2169:2: ( ( ( ruleQualifiedName ) ) otherlv_1= '*' ) 5448 // InternalSolverLanguageParser.g:2136:2: ( ( ( ruleQualifiedName ) ) otherlv_1= Asterisk )
6147 // InternalSolverLanguage.g:2170:3: ( ( ruleQualifiedName ) ) otherlv_1= '*' 5449 // InternalSolverLanguageParser.g:2137:3: ( ( ruleQualifiedName ) ) otherlv_1= Asterisk
6148 { 5450 {
6149 // InternalSolverLanguage.g:2170:3: ( ( ruleQualifiedName ) ) 5451 // InternalSolverLanguageParser.g:2137:3: ( ( ruleQualifiedName ) )
6150 // InternalSolverLanguage.g:2171:4: ( ruleQualifiedName ) 5452 // InternalSolverLanguageParser.g:2138:4: ( ruleQualifiedName )
6151 { 5453 {
6152 // InternalSolverLanguage.g:2171:4: ( ruleQualifiedName ) 5454 // InternalSolverLanguageParser.g:2138:4: ( ruleQualifiedName )
6153 // InternalSolverLanguage.g:2172:5: ruleQualifiedName 5455 // InternalSolverLanguageParser.g:2139:5: ruleQualifiedName
6154 { 5456 {
6155 if ( state.backtracking==0 ) {
6156 5457
6157 if (current==null) { 5458 if (current==null) {
6158 current = createModelElement(grammarAccess.getTypedStarArgumentRule()); 5459 current = createModelElement(grammarAccess.getTypedStarArgumentRule());
6159 } 5460 }
6160 5461
6161 }
6162 if ( state.backtracking==0 ) {
6163 5462
6164 newCompositeNode(grammarAccess.getTypedStarArgumentAccess().getTypeNamedElementCrossReference_0_0()); 5463 newCompositeNode(grammarAccess.getTypedStarArgumentAccess().getTypeNamedElementCrossReference_0_0());
6165 5464
6166 } 5465 pushFollow(FOLLOW_34);
6167 pushFollow(FOLLOW_36);
6168 ruleQualifiedName(); 5466 ruleQualifiedName();
6169 5467
6170 state._fsp--; 5468 state._fsp--;
6171 if (state.failed) return current;
6172 if ( state.backtracking==0 ) {
6173 5469
6174 afterParserOrEnumRuleCall(); 5470
6175 5471 afterParserOrEnumRuleCall();
6176 } 5472
6177 5473
6178 } 5474 }
6179 5475
6180 5476
6181 } 5477 }
6182 5478
6183 otherlv_1=(Token)match(input,35,FOLLOW_2); if (state.failed) return current; 5479 otherlv_1=(Token)match(input,Asterisk,FOLLOW_2);
6184 if ( state.backtracking==0 ) {
6185 5480
6186 newLeafNode(otherlv_1, grammarAccess.getTypedStarArgumentAccess().getAsteriskKeyword_1()); 5481 newLeafNode(otherlv_1, grammarAccess.getTypedStarArgumentAccess().getAsteriskKeyword_1());
6187 5482
6188 }
6189 5483
6190 } 5484 }
6191 5485
6192 5486
6193 } 5487 }
6194 5488
6195 if ( state.backtracking==0 ) {
6196 5489
6197 leaveRule(); 5490 leaveRule();
6198 5491
6199 }
6200 } 5492 }
6201 5493
6202 catch (RecognitionException re) { 5494 catch (RecognitionException re) {
@@ -6211,7 +5503,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6211 5503
6212 5504
6213 // $ANTLR start "entryRuleReference" 5505 // $ANTLR start "entryRuleReference"
6214 // InternalSolverLanguage.g:2194:1: entryRuleReference returns [EObject current=null] : iv_ruleReference= ruleReference EOF ; 5506 // InternalSolverLanguageParser.g:2161:1: entryRuleReference returns [EObject current=null] : iv_ruleReference= ruleReference EOF ;
6215 public final EObject entryRuleReference() throws RecognitionException { 5507 public final EObject entryRuleReference() throws RecognitionException {
6216 EObject current = null; 5508 EObject current = null;
6217 5509
@@ -6219,21 +5511,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6219 5511
6220 5512
6221 try { 5513 try {
6222 // InternalSolverLanguage.g:2194:50: (iv_ruleReference= ruleReference EOF ) 5514 // InternalSolverLanguageParser.g:2161:50: (iv_ruleReference= ruleReference EOF )
6223 // InternalSolverLanguage.g:2195:2: iv_ruleReference= ruleReference EOF 5515 // InternalSolverLanguageParser.g:2162:2: iv_ruleReference= ruleReference EOF
6224 { 5516 {
6225 if ( state.backtracking==0 ) { 5517 newCompositeNode(grammarAccess.getReferenceRule());
6226 newCompositeNode(grammarAccess.getReferenceRule());
6227 }
6228 pushFollow(FOLLOW_1); 5518 pushFollow(FOLLOW_1);
6229 iv_ruleReference=ruleReference(); 5519 iv_ruleReference=ruleReference();
6230 5520
6231 state._fsp--; 5521 state._fsp--;
6232 if (state.failed) return current; 5522
6233 if ( state.backtracking==0 ) { 5523 current =iv_ruleReference;
6234 current =iv_ruleReference; 5524 match(input,EOF,FOLLOW_2);
6235 }
6236 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6237 5525
6238 } 5526 }
6239 5527
@@ -6251,7 +5539,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6251 5539
6252 5540
6253 // $ANTLR start "ruleReference" 5541 // $ANTLR start "ruleReference"
6254 // InternalSolverLanguage.g:2201:1: ruleReference returns [EObject current=null] : ( ( ruleQualifiedName ) ) ; 5542 // InternalSolverLanguageParser.g:2168:1: ruleReference returns [EObject current=null] : ( ( ruleQualifiedName ) ) ;
6255 public final EObject ruleReference() throws RecognitionException { 5543 public final EObject ruleReference() throws RecognitionException {
6256 EObject current = null; 5544 EObject current = null;
6257 5545
@@ -6259,37 +5547,31 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6259 enterRule(); 5547 enterRule();
6260 5548
6261 try { 5549 try {
6262 // InternalSolverLanguage.g:2207:2: ( ( ( ruleQualifiedName ) ) ) 5550 // InternalSolverLanguageParser.g:2174:2: ( ( ( ruleQualifiedName ) ) )
6263 // InternalSolverLanguage.g:2208:2: ( ( ruleQualifiedName ) ) 5551 // InternalSolverLanguageParser.g:2175:2: ( ( ruleQualifiedName ) )
6264 { 5552 {
6265 // InternalSolverLanguage.g:2208:2: ( ( ruleQualifiedName ) ) 5553 // InternalSolverLanguageParser.g:2175:2: ( ( ruleQualifiedName ) )
6266 // InternalSolverLanguage.g:2209:3: ( ruleQualifiedName ) 5554 // InternalSolverLanguageParser.g:2176:3: ( ruleQualifiedName )
6267 { 5555 {
6268 // InternalSolverLanguage.g:2209:3: ( ruleQualifiedName ) 5556 // InternalSolverLanguageParser.g:2176:3: ( ruleQualifiedName )
6269 // InternalSolverLanguage.g:2210:4: ruleQualifiedName 5557 // InternalSolverLanguageParser.g:2177:4: ruleQualifiedName
6270 { 5558 {
6271 if ( state.backtracking==0 ) {
6272 5559
6273 if (current==null) { 5560 if (current==null) {
6274 current = createModelElement(grammarAccess.getReferenceRule()); 5561 current = createModelElement(grammarAccess.getReferenceRule());
6275 } 5562 }
6276 5563
6277 }
6278 if ( state.backtracking==0 ) {
6279 5564
6280 newCompositeNode(grammarAccess.getReferenceAccess().getReferredNamedElementCrossReference_0()); 5565 newCompositeNode(grammarAccess.getReferenceAccess().getReferredNamedElementCrossReference_0());
6281 5566
6282 }
6283 pushFollow(FOLLOW_2); 5567 pushFollow(FOLLOW_2);
6284 ruleQualifiedName(); 5568 ruleQualifiedName();
6285 5569
6286 state._fsp--; 5570 state._fsp--;
6287 if (state.failed) return current;
6288 if ( state.backtracking==0 ) {
6289 5571
6290 afterParserOrEnumRuleCall(); 5572
6291 5573 afterParserOrEnumRuleCall();
6292 } 5574
6293 5575
6294 } 5576 }
6295 5577
@@ -6299,11 +5581,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6299 5581
6300 } 5582 }
6301 5583
6302 if ( state.backtracking==0 ) {
6303 5584
6304 leaveRule(); 5585 leaveRule();
6305 5586
6306 }
6307 } 5587 }
6308 5588
6309 catch (RecognitionException re) { 5589 catch (RecognitionException re) {
@@ -6318,7 +5598,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6318 5598
6319 5599
6320 // $ANTLR start "entryRuleInterval" 5600 // $ANTLR start "entryRuleInterval"
6321 // InternalSolverLanguage.g:2227:1: entryRuleInterval returns [EObject current=null] : iv_ruleInterval= ruleInterval EOF ; 5601 // InternalSolverLanguageParser.g:2194:1: entryRuleInterval returns [EObject current=null] : iv_ruleInterval= ruleInterval EOF ;
6322 public final EObject entryRuleInterval() throws RecognitionException { 5602 public final EObject entryRuleInterval() throws RecognitionException {
6323 EObject current = null; 5603 EObject current = null;
6324 5604
@@ -6326,21 +5606,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6326 5606
6327 5607
6328 try { 5608 try {
6329 // InternalSolverLanguage.g:2227:49: (iv_ruleInterval= ruleInterval EOF ) 5609 // InternalSolverLanguageParser.g:2194:49: (iv_ruleInterval= ruleInterval EOF )
6330 // InternalSolverLanguage.g:2228:2: iv_ruleInterval= ruleInterval EOF 5610 // InternalSolverLanguageParser.g:2195:2: iv_ruleInterval= ruleInterval EOF
6331 { 5611 {
6332 if ( state.backtracking==0 ) { 5612 newCompositeNode(grammarAccess.getIntervalRule());
6333 newCompositeNode(grammarAccess.getIntervalRule());
6334 }
6335 pushFollow(FOLLOW_1); 5613 pushFollow(FOLLOW_1);
6336 iv_ruleInterval=ruleInterval(); 5614 iv_ruleInterval=ruleInterval();
6337 5615
6338 state._fsp--; 5616 state._fsp--;
6339 if (state.failed) return current; 5617
6340 if ( state.backtracking==0 ) { 5618 current =iv_ruleInterval;
6341 current =iv_ruleInterval; 5619 match(input,EOF,FOLLOW_2);
6342 }
6343 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6344 5620
6345 } 5621 }
6346 5622
@@ -6358,7 +5634,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6358 5634
6359 5635
6360 // $ANTLR start "ruleInterval" 5636 // $ANTLR start "ruleInterval"
6361 // InternalSolverLanguage.g:2234:1: ruleInterval returns [EObject current=null] : (otherlv_0= '[' ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= ']' ) ; 5637 // InternalSolverLanguageParser.g:2201:1: ruleInterval returns [EObject current=null] : (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= RightSquareBracket ) ;
6362 public final EObject ruleInterval() throws RecognitionException { 5638 public final EObject ruleInterval() throws RecognitionException {
6363 EObject current = null; 5639 EObject current = null;
6364 5640
@@ -6374,111 +5650,95 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6374 enterRule(); 5650 enterRule();
6375 5651
6376 try { 5652 try {
6377 // InternalSolverLanguage.g:2240:2: ( (otherlv_0= '[' ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= ']' ) ) 5653 // InternalSolverLanguageParser.g:2207:2: ( (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= RightSquareBracket ) )
6378 // InternalSolverLanguage.g:2241:2: (otherlv_0= '[' ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= ']' ) 5654 // InternalSolverLanguageParser.g:2208:2: (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= RightSquareBracket )
6379 { 5655 {
6380 // InternalSolverLanguage.g:2241:2: (otherlv_0= '[' ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= ']' ) 5656 // InternalSolverLanguageParser.g:2208:2: (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= RightSquareBracket )
6381 // InternalSolverLanguage.g:2242:3: otherlv_0= '[' ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= ']' 5657 // InternalSolverLanguageParser.g:2209:3: otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= ruleExpression ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleExpression ) ) otherlv_4= RightSquareBracket
6382 { 5658 {
6383 otherlv_0=(Token)match(input,36,FOLLOW_6); if (state.failed) return current; 5659 otherlv_0=(Token)match(input,LeftSquareBracket,FOLLOW_6);
6384 if ( state.backtracking==0 ) {
6385 5660
6386 newLeafNode(otherlv_0, grammarAccess.getIntervalAccess().getLeftSquareBracketKeyword_0()); 5661 newLeafNode(otherlv_0, grammarAccess.getIntervalAccess().getLeftSquareBracketKeyword_0());
6387 5662
6388 } 5663 // InternalSolverLanguageParser.g:2213:3: ( (lv_lowerBound_1_0= ruleExpression ) )
6389 // InternalSolverLanguage.g:2246:3: ( (lv_lowerBound_1_0= ruleExpression ) ) 5664 // InternalSolverLanguageParser.g:2214:4: (lv_lowerBound_1_0= ruleExpression )
6390 // InternalSolverLanguage.g:2247:4: (lv_lowerBound_1_0= ruleExpression )
6391 { 5665 {
6392 // InternalSolverLanguage.g:2247:4: (lv_lowerBound_1_0= ruleExpression ) 5666 // InternalSolverLanguageParser.g:2214:4: (lv_lowerBound_1_0= ruleExpression )
6393 // InternalSolverLanguage.g:2248:5: lv_lowerBound_1_0= ruleExpression 5667 // InternalSolverLanguageParser.g:2215:5: lv_lowerBound_1_0= ruleExpression
6394 { 5668 {
6395 if ( state.backtracking==0 ) {
6396 5669
6397 newCompositeNode(grammarAccess.getIntervalAccess().getLowerBoundExpressionParserRuleCall_1_0()); 5670 newCompositeNode(grammarAccess.getIntervalAccess().getLowerBoundExpressionParserRuleCall_1_0());
6398 5671
6399 } 5672 pushFollow(FOLLOW_35);
6400 pushFollow(FOLLOW_37);
6401 lv_lowerBound_1_0=ruleExpression(); 5673 lv_lowerBound_1_0=ruleExpression();
6402 5674
6403 state._fsp--; 5675 state._fsp--;
6404 if (state.failed) return current;
6405 if ( state.backtracking==0 ) {
6406 5676
6407 if (current==null) { 5677
6408 current = createModelElementForParent(grammarAccess.getIntervalRule()); 5678 if (current==null) {
6409 } 5679 current = createModelElementForParent(grammarAccess.getIntervalRule());
6410 set( 5680 }
6411 current, 5681 set(
6412 "lowerBound", 5682 current,
6413 lv_lowerBound_1_0, 5683 "lowerBound",
6414 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 5684 lv_lowerBound_1_0,
6415 afterParserOrEnumRuleCall(); 5685 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
6416 5686 afterParserOrEnumRuleCall();
6417 } 5687
6418 5688
6419 } 5689 }
6420 5690
6421 5691
6422 } 5692 }
6423 5693
6424 otherlv_2=(Token)match(input,37,FOLLOW_6); if (state.failed) return current; 5694 otherlv_2=(Token)match(input,FullStopFullStop,FOLLOW_6);
6425 if ( state.backtracking==0 ) {
6426 5695
6427 newLeafNode(otherlv_2, grammarAccess.getIntervalAccess().getFullStopFullStopKeyword_2()); 5696 newLeafNode(otherlv_2, grammarAccess.getIntervalAccess().getFullStopFullStopKeyword_2());
6428 5697
6429 } 5698 // InternalSolverLanguageParser.g:2236:3: ( (lv_upperBound_3_0= ruleExpression ) )
6430 // InternalSolverLanguage.g:2269:3: ( (lv_upperBound_3_0= ruleExpression ) ) 5699 // InternalSolverLanguageParser.g:2237:4: (lv_upperBound_3_0= ruleExpression )
6431 // InternalSolverLanguage.g:2270:4: (lv_upperBound_3_0= ruleExpression )
6432 { 5700 {
6433 // InternalSolverLanguage.g:2270:4: (lv_upperBound_3_0= ruleExpression ) 5701 // InternalSolverLanguageParser.g:2237:4: (lv_upperBound_3_0= ruleExpression )
6434 // InternalSolverLanguage.g:2271:5: lv_upperBound_3_0= ruleExpression 5702 // InternalSolverLanguageParser.g:2238:5: lv_upperBound_3_0= ruleExpression
6435 { 5703 {
6436 if ( state.backtracking==0 ) {
6437 5704
6438 newCompositeNode(grammarAccess.getIntervalAccess().getUpperBoundExpressionParserRuleCall_3_0()); 5705 newCompositeNode(grammarAccess.getIntervalAccess().getUpperBoundExpressionParserRuleCall_3_0());
6439 5706
6440 } 5707 pushFollow(FOLLOW_36);
6441 pushFollow(FOLLOW_38);
6442 lv_upperBound_3_0=ruleExpression(); 5708 lv_upperBound_3_0=ruleExpression();
6443 5709
6444 state._fsp--; 5710 state._fsp--;
6445 if (state.failed) return current;
6446 if ( state.backtracking==0 ) {
6447 5711
6448 if (current==null) { 5712
6449 current = createModelElementForParent(grammarAccess.getIntervalRule()); 5713 if (current==null) {
6450 } 5714 current = createModelElementForParent(grammarAccess.getIntervalRule());
6451 set( 5715 }
6452 current, 5716 set(
6453 "upperBound", 5717 current,
6454 lv_upperBound_3_0, 5718 "upperBound",
6455 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 5719 lv_upperBound_3_0,
6456 afterParserOrEnumRuleCall(); 5720 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
6457 5721 afterParserOrEnumRuleCall();
6458 } 5722
6459 5723
6460 } 5724 }
6461 5725
6462 5726
6463 } 5727 }
6464 5728
6465 otherlv_4=(Token)match(input,38,FOLLOW_2); if (state.failed) return current; 5729 otherlv_4=(Token)match(input,RightSquareBracket,FOLLOW_2);
6466 if ( state.backtracking==0 ) {
6467 5730
6468 newLeafNode(otherlv_4, grammarAccess.getIntervalAccess().getRightSquareBracketKeyword_4()); 5731 newLeafNode(otherlv_4, grammarAccess.getIntervalAccess().getRightSquareBracketKeyword_4());
6469 5732
6470 }
6471 5733
6472 } 5734 }
6473 5735
6474 5736
6475 } 5737 }
6476 5738
6477 if ( state.backtracking==0 ) {
6478 5739
6479 leaveRule(); 5740 leaveRule();
6480 5741
6481 }
6482 } 5742 }
6483 5743
6484 catch (RecognitionException re) { 5744 catch (RecognitionException re) {
@@ -6493,7 +5753,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6493 5753
6494 5754
6495 // $ANTLR start "entryRuleLiteral" 5755 // $ANTLR start "entryRuleLiteral"
6496 // InternalSolverLanguage.g:2296:1: entryRuleLiteral returns [EObject current=null] : iv_ruleLiteral= ruleLiteral EOF ; 5756 // InternalSolverLanguageParser.g:2263:1: entryRuleLiteral returns [EObject current=null] : iv_ruleLiteral= ruleLiteral EOF ;
6497 public final EObject entryRuleLiteral() throws RecognitionException { 5757 public final EObject entryRuleLiteral() throws RecognitionException {
6498 EObject current = null; 5758 EObject current = null;
6499 5759
@@ -6501,21 +5761,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6501 5761
6502 5762
6503 try { 5763 try {
6504 // InternalSolverLanguage.g:2296:48: (iv_ruleLiteral= ruleLiteral EOF ) 5764 // InternalSolverLanguageParser.g:2263:48: (iv_ruleLiteral= ruleLiteral EOF )
6505 // InternalSolverLanguage.g:2297:2: iv_ruleLiteral= ruleLiteral EOF 5765 // InternalSolverLanguageParser.g:2264:2: iv_ruleLiteral= ruleLiteral EOF
6506 { 5766 {
6507 if ( state.backtracking==0 ) { 5767 newCompositeNode(grammarAccess.getLiteralRule());
6508 newCompositeNode(grammarAccess.getLiteralRule());
6509 }
6510 pushFollow(FOLLOW_1); 5768 pushFollow(FOLLOW_1);
6511 iv_ruleLiteral=ruleLiteral(); 5769 iv_ruleLiteral=ruleLiteral();
6512 5770
6513 state._fsp--; 5771 state._fsp--;
6514 if (state.failed) return current; 5772
6515 if ( state.backtracking==0 ) { 5773 current =iv_ruleLiteral;
6516 current =iv_ruleLiteral; 5774 match(input,EOF,FOLLOW_2);
6517 }
6518 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6519 5775
6520 } 5776 }
6521 5777
@@ -6533,7 +5789,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6533 5789
6534 5790
6535 // $ANTLR start "ruleLiteral" 5791 // $ANTLR start "ruleLiteral"
6536 // InternalSolverLanguage.g:2303:1: ruleLiteral returns [EObject current=null] : (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) ; 5792 // InternalSolverLanguageParser.g:2270:1: ruleLiteral returns [EObject current=null] : (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) ;
6537 public final EObject ruleLiteral() throws RecognitionException { 5793 public final EObject ruleLiteral() throws RecognitionException {
6538 EObject current = null; 5794 EObject current = null;
6539 5795
@@ -6552,156 +5808,135 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6552 enterRule(); 5808 enterRule();
6553 5809
6554 try { 5810 try {
6555 // InternalSolverLanguage.g:2309:2: ( (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) ) 5811 // InternalSolverLanguageParser.g:2276:2: ( (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) )
6556 // InternalSolverLanguage.g:2310:2: (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) 5812 // InternalSolverLanguageParser.g:2277:2: (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral )
6557 { 5813 {
6558 // InternalSolverLanguage.g:2310:2: (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral ) 5814 // InternalSolverLanguageParser.g:2277:2: (this_LogicLiteral_0= ruleLogicLiteral | this_NumericLiteral_1= ruleNumericLiteral | this_InfinityLiteral_2= ruleInfinityLiteral | this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral | this_StringLiteral_4= ruleStringLiteral )
6559 int alt26=5; 5815 int alt25=5;
6560 switch ( input.LA(1) ) { 5816 switch ( input.LA(1) ) {
6561 case 19: 5817 case Unknown:
6562 case 70: 5818 case Error:
6563 case 71: 5819 case False:
6564 case 72: 5820 case True:
6565 { 5821 {
6566 alt26=1; 5822 alt25=1;
6567 } 5823 }
6568 break; 5824 break;
6569 case RULE_INT: 5825 case RULE_INT:
6570 { 5826 {
6571 alt26=2; 5827 alt25=2;
6572 } 5828 }
6573 break; 5829 break;
6574 case 39: 5830 case Inf:
6575 { 5831 {
6576 alt26=3; 5832 alt25=3;
6577 } 5833 }
6578 break; 5834 break;
6579 case 40: 5835 case Empty:
6580 { 5836 {
6581 alt26=4; 5837 alt25=4;
6582 } 5838 }
6583 break; 5839 break;
6584 case RULE_STRING: 5840 case RULE_STRING:
6585 { 5841 {
6586 alt26=5; 5842 alt25=5;
6587 } 5843 }
6588 break; 5844 break;
6589 default: 5845 default:
6590 if (state.backtracking>0) {state.failed=true; return current;}
6591 NoViableAltException nvae = 5846 NoViableAltException nvae =
6592 new NoViableAltException("", 26, 0, input); 5847 new NoViableAltException("", 25, 0, input);
6593 5848
6594 throw nvae; 5849 throw nvae;
6595 } 5850 }
6596 5851
6597 switch (alt26) { 5852 switch (alt25) {
6598 case 1 : 5853 case 1 :
6599 // InternalSolverLanguage.g:2311:3: this_LogicLiteral_0= ruleLogicLiteral 5854 // InternalSolverLanguageParser.g:2278:3: this_LogicLiteral_0= ruleLogicLiteral
6600 { 5855 {
6601 if ( state.backtracking==0 ) {
6602 5856
6603 newCompositeNode(grammarAccess.getLiteralAccess().getLogicLiteralParserRuleCall_0()); 5857 newCompositeNode(grammarAccess.getLiteralAccess().getLogicLiteralParserRuleCall_0());
6604 5858
6605 }
6606 pushFollow(FOLLOW_2); 5859 pushFollow(FOLLOW_2);
6607 this_LogicLiteral_0=ruleLogicLiteral(); 5860 this_LogicLiteral_0=ruleLogicLiteral();
6608 5861
6609 state._fsp--; 5862 state._fsp--;
6610 if (state.failed) return current;
6611 if ( state.backtracking==0 ) {
6612 5863
6613 current = this_LogicLiteral_0; 5864
6614 afterParserOrEnumRuleCall(); 5865 current = this_LogicLiteral_0;
6615 5866 afterParserOrEnumRuleCall();
6616 } 5867
6617 5868
6618 } 5869 }
6619 break; 5870 break;
6620 case 2 : 5871 case 2 :
6621 // InternalSolverLanguage.g:2320:3: this_NumericLiteral_1= ruleNumericLiteral 5872 // InternalSolverLanguageParser.g:2287:3: this_NumericLiteral_1= ruleNumericLiteral
6622 { 5873 {
6623 if ( state.backtracking==0 ) {
6624 5874
6625 newCompositeNode(grammarAccess.getLiteralAccess().getNumericLiteralParserRuleCall_1()); 5875 newCompositeNode(grammarAccess.getLiteralAccess().getNumericLiteralParserRuleCall_1());
6626 5876
6627 }
6628 pushFollow(FOLLOW_2); 5877 pushFollow(FOLLOW_2);
6629 this_NumericLiteral_1=ruleNumericLiteral(); 5878 this_NumericLiteral_1=ruleNumericLiteral();
6630 5879
6631 state._fsp--; 5880 state._fsp--;
6632 if (state.failed) return current;
6633 if ( state.backtracking==0 ) {
6634 5881
6635 current = this_NumericLiteral_1; 5882
6636 afterParserOrEnumRuleCall(); 5883 current = this_NumericLiteral_1;
6637 5884 afterParserOrEnumRuleCall();
6638 } 5885
6639 5886
6640 } 5887 }
6641 break; 5888 break;
6642 case 3 : 5889 case 3 :
6643 // InternalSolverLanguage.g:2329:3: this_InfinityLiteral_2= ruleInfinityLiteral 5890 // InternalSolverLanguageParser.g:2296:3: this_InfinityLiteral_2= ruleInfinityLiteral
6644 { 5891 {
6645 if ( state.backtracking==0 ) {
6646 5892
6647 newCompositeNode(grammarAccess.getLiteralAccess().getInfinityLiteralParserRuleCall_2()); 5893 newCompositeNode(grammarAccess.getLiteralAccess().getInfinityLiteralParserRuleCall_2());
6648 5894
6649 }
6650 pushFollow(FOLLOW_2); 5895 pushFollow(FOLLOW_2);
6651 this_InfinityLiteral_2=ruleInfinityLiteral(); 5896 this_InfinityLiteral_2=ruleInfinityLiteral();
6652 5897
6653 state._fsp--; 5898 state._fsp--;
6654 if (state.failed) return current;
6655 if ( state.backtracking==0 ) {
6656 5899
6657 current = this_InfinityLiteral_2; 5900
6658 afterParserOrEnumRuleCall(); 5901 current = this_InfinityLiteral_2;
6659 5902 afterParserOrEnumRuleCall();
6660 } 5903
6661 5904
6662 } 5905 }
6663 break; 5906 break;
6664 case 4 : 5907 case 4 :
6665 // InternalSolverLanguage.g:2338:3: this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral 5908 // InternalSolverLanguageParser.g:2305:3: this_EmptyIntervalLiteral_3= ruleEmptyIntervalLiteral
6666 { 5909 {
6667 if ( state.backtracking==0 ) {
6668 5910
6669 newCompositeNode(grammarAccess.getLiteralAccess().getEmptyIntervalLiteralParserRuleCall_3()); 5911 newCompositeNode(grammarAccess.getLiteralAccess().getEmptyIntervalLiteralParserRuleCall_3());
6670 5912
6671 }
6672 pushFollow(FOLLOW_2); 5913 pushFollow(FOLLOW_2);
6673 this_EmptyIntervalLiteral_3=ruleEmptyIntervalLiteral(); 5914 this_EmptyIntervalLiteral_3=ruleEmptyIntervalLiteral();
6674 5915
6675 state._fsp--; 5916 state._fsp--;
6676 if (state.failed) return current;
6677 if ( state.backtracking==0 ) {
6678 5917
6679 current = this_EmptyIntervalLiteral_3; 5918
6680 afterParserOrEnumRuleCall(); 5919 current = this_EmptyIntervalLiteral_3;
6681 5920 afterParserOrEnumRuleCall();
6682 } 5921
6683 5922
6684 } 5923 }
6685 break; 5924 break;
6686 case 5 : 5925 case 5 :
6687 // InternalSolverLanguage.g:2347:3: this_StringLiteral_4= ruleStringLiteral 5926 // InternalSolverLanguageParser.g:2314:3: this_StringLiteral_4= ruleStringLiteral
6688 { 5927 {
6689 if ( state.backtracking==0 ) {
6690 5928
6691 newCompositeNode(grammarAccess.getLiteralAccess().getStringLiteralParserRuleCall_4()); 5929 newCompositeNode(grammarAccess.getLiteralAccess().getStringLiteralParserRuleCall_4());
6692 5930
6693 }
6694 pushFollow(FOLLOW_2); 5931 pushFollow(FOLLOW_2);
6695 this_StringLiteral_4=ruleStringLiteral(); 5932 this_StringLiteral_4=ruleStringLiteral();
6696 5933
6697 state._fsp--; 5934 state._fsp--;
6698 if (state.failed) return current;
6699 if ( state.backtracking==0 ) {
6700 5935
6701 current = this_StringLiteral_4; 5936
6702 afterParserOrEnumRuleCall(); 5937 current = this_StringLiteral_4;
6703 5938 afterParserOrEnumRuleCall();
6704 } 5939
6705 5940
6706 } 5941 }
6707 break; 5942 break;
@@ -6711,11 +5946,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6711 5946
6712 } 5947 }
6713 5948
6714 if ( state.backtracking==0 ) {
6715 5949
6716 leaveRule(); 5950 leaveRule();
6717 5951
6718 }
6719 } 5952 }
6720 5953
6721 catch (RecognitionException re) { 5954 catch (RecognitionException re) {
@@ -6730,7 +5963,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6730 5963
6731 5964
6732 // $ANTLR start "entryRuleLogicLiteral" 5965 // $ANTLR start "entryRuleLogicLiteral"
6733 // InternalSolverLanguage.g:2359:1: entryRuleLogicLiteral returns [EObject current=null] : iv_ruleLogicLiteral= ruleLogicLiteral EOF ; 5966 // InternalSolverLanguageParser.g:2326:1: entryRuleLogicLiteral returns [EObject current=null] : iv_ruleLogicLiteral= ruleLogicLiteral EOF ;
6734 public final EObject entryRuleLogicLiteral() throws RecognitionException { 5967 public final EObject entryRuleLogicLiteral() throws RecognitionException {
6735 EObject current = null; 5968 EObject current = null;
6736 5969
@@ -6738,21 +5971,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6738 5971
6739 5972
6740 try { 5973 try {
6741 // InternalSolverLanguage.g:2359:53: (iv_ruleLogicLiteral= ruleLogicLiteral EOF ) 5974 // InternalSolverLanguageParser.g:2326:53: (iv_ruleLogicLiteral= ruleLogicLiteral EOF )
6742 // InternalSolverLanguage.g:2360:2: iv_ruleLogicLiteral= ruleLogicLiteral EOF 5975 // InternalSolverLanguageParser.g:2327:2: iv_ruleLogicLiteral= ruleLogicLiteral EOF
6743 { 5976 {
6744 if ( state.backtracking==0 ) { 5977 newCompositeNode(grammarAccess.getLogicLiteralRule());
6745 newCompositeNode(grammarAccess.getLogicLiteralRule());
6746 }
6747 pushFollow(FOLLOW_1); 5978 pushFollow(FOLLOW_1);
6748 iv_ruleLogicLiteral=ruleLogicLiteral(); 5979 iv_ruleLogicLiteral=ruleLogicLiteral();
6749 5980
6750 state._fsp--; 5981 state._fsp--;
6751 if (state.failed) return current; 5982
6752 if ( state.backtracking==0 ) { 5983 current =iv_ruleLogicLiteral;
6753 current =iv_ruleLogicLiteral; 5984 match(input,EOF,FOLLOW_2);
6754 }
6755 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6756 5985
6757 } 5986 }
6758 5987
@@ -6770,7 +5999,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6770 5999
6771 6000
6772 // $ANTLR start "ruleLogicLiteral" 6001 // $ANTLR start "ruleLogicLiteral"
6773 // InternalSolverLanguage.g:2366:1: ruleLogicLiteral returns [EObject current=null] : ( (lv_value_0_0= ruleLogicValue ) ) ; 6002 // InternalSolverLanguageParser.g:2333:1: ruleLogicLiteral returns [EObject current=null] : ( (lv_value_0_0= ruleLogicValue ) ) ;
6774 public final EObject ruleLogicLiteral() throws RecognitionException { 6003 public final EObject ruleLogicLiteral() throws RecognitionException {
6775 EObject current = null; 6004 EObject current = null;
6776 6005
@@ -6781,38 +6010,34 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6781 enterRule(); 6010 enterRule();
6782 6011
6783 try { 6012 try {
6784 // InternalSolverLanguage.g:2372:2: ( ( (lv_value_0_0= ruleLogicValue ) ) ) 6013 // InternalSolverLanguageParser.g:2339:2: ( ( (lv_value_0_0= ruleLogicValue ) ) )
6785 // InternalSolverLanguage.g:2373:2: ( (lv_value_0_0= ruleLogicValue ) ) 6014 // InternalSolverLanguageParser.g:2340:2: ( (lv_value_0_0= ruleLogicValue ) )
6786 { 6015 {
6787 // InternalSolverLanguage.g:2373:2: ( (lv_value_0_0= ruleLogicValue ) ) 6016 // InternalSolverLanguageParser.g:2340:2: ( (lv_value_0_0= ruleLogicValue ) )
6788 // InternalSolverLanguage.g:2374:3: (lv_value_0_0= ruleLogicValue ) 6017 // InternalSolverLanguageParser.g:2341:3: (lv_value_0_0= ruleLogicValue )
6789 { 6018 {
6790 // InternalSolverLanguage.g:2374:3: (lv_value_0_0= ruleLogicValue ) 6019 // InternalSolverLanguageParser.g:2341:3: (lv_value_0_0= ruleLogicValue )
6791 // InternalSolverLanguage.g:2375:4: lv_value_0_0= ruleLogicValue 6020 // InternalSolverLanguageParser.g:2342:4: lv_value_0_0= ruleLogicValue
6792 { 6021 {
6793 if ( state.backtracking==0 ) {
6794 6022
6795 newCompositeNode(grammarAccess.getLogicLiteralAccess().getValueLogicValueEnumRuleCall_0()); 6023 newCompositeNode(grammarAccess.getLogicLiteralAccess().getValueLogicValueEnumRuleCall_0());
6796 6024
6797 }
6798 pushFollow(FOLLOW_2); 6025 pushFollow(FOLLOW_2);
6799 lv_value_0_0=ruleLogicValue(); 6026 lv_value_0_0=ruleLogicValue();
6800 6027
6801 state._fsp--; 6028 state._fsp--;
6802 if (state.failed) return current;
6803 if ( state.backtracking==0 ) {
6804 6029
6805 if (current==null) { 6030
6806 current = createModelElementForParent(grammarAccess.getLogicLiteralRule()); 6031 if (current==null) {
6807 } 6032 current = createModelElementForParent(grammarAccess.getLogicLiteralRule());
6808 set( 6033 }
6809 current, 6034 set(
6810 "value", 6035 current,
6811 lv_value_0_0, 6036 "value",
6812 "org.eclipse.viatra.solver.language.SolverLanguage.LogicValue"); 6037 lv_value_0_0,
6813 afterParserOrEnumRuleCall(); 6038 "org.eclipse.viatra.solver.language.SolverLanguage.LogicValue");
6814 6039 afterParserOrEnumRuleCall();
6815 } 6040
6816 6041
6817 } 6042 }
6818 6043
@@ -6822,11 +6047,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6822 6047
6823 } 6048 }
6824 6049
6825 if ( state.backtracking==0 ) {
6826 6050
6827 leaveRule(); 6051 leaveRule();
6828 6052
6829 }
6830 } 6053 }
6831 6054
6832 catch (RecognitionException re) { 6055 catch (RecognitionException re) {
@@ -6841,7 +6064,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6841 6064
6842 6065
6843 // $ANTLR start "entryRuleNumericLiteral" 6066 // $ANTLR start "entryRuleNumericLiteral"
6844 // InternalSolverLanguage.g:2395:1: entryRuleNumericLiteral returns [EObject current=null] : iv_ruleNumericLiteral= ruleNumericLiteral EOF ; 6067 // InternalSolverLanguageParser.g:2362:1: entryRuleNumericLiteral returns [EObject current=null] : iv_ruleNumericLiteral= ruleNumericLiteral EOF ;
6845 public final EObject entryRuleNumericLiteral() throws RecognitionException { 6068 public final EObject entryRuleNumericLiteral() throws RecognitionException {
6846 EObject current = null; 6069 EObject current = null;
6847 6070
@@ -6849,21 +6072,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6849 6072
6850 6073
6851 try { 6074 try {
6852 // InternalSolverLanguage.g:2395:55: (iv_ruleNumericLiteral= ruleNumericLiteral EOF ) 6075 // InternalSolverLanguageParser.g:2362:55: (iv_ruleNumericLiteral= ruleNumericLiteral EOF )
6853 // InternalSolverLanguage.g:2396:2: iv_ruleNumericLiteral= ruleNumericLiteral EOF 6076 // InternalSolverLanguageParser.g:2363:2: iv_ruleNumericLiteral= ruleNumericLiteral EOF
6854 { 6077 {
6855 if ( state.backtracking==0 ) { 6078 newCompositeNode(grammarAccess.getNumericLiteralRule());
6856 newCompositeNode(grammarAccess.getNumericLiteralRule());
6857 }
6858 pushFollow(FOLLOW_1); 6079 pushFollow(FOLLOW_1);
6859 iv_ruleNumericLiteral=ruleNumericLiteral(); 6080 iv_ruleNumericLiteral=ruleNumericLiteral();
6860 6081
6861 state._fsp--; 6082 state._fsp--;
6862 if (state.failed) return current; 6083
6863 if ( state.backtracking==0 ) { 6084 current =iv_ruleNumericLiteral;
6864 current =iv_ruleNumericLiteral; 6085 match(input,EOF,FOLLOW_2);
6865 }
6866 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6867 6086
6868 } 6087 }
6869 6088
@@ -6881,7 +6100,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6881 6100
6882 6101
6883 // $ANTLR start "ruleNumericLiteral" 6102 // $ANTLR start "ruleNumericLiteral"
6884 // InternalSolverLanguage.g:2402:1: ruleNumericLiteral returns [EObject current=null] : ( (lv_value_0_0= ruleReal ) ) ; 6103 // InternalSolverLanguageParser.g:2369:1: ruleNumericLiteral returns [EObject current=null] : ( (lv_value_0_0= ruleReal ) ) ;
6885 public final EObject ruleNumericLiteral() throws RecognitionException { 6104 public final EObject ruleNumericLiteral() throws RecognitionException {
6886 EObject current = null; 6105 EObject current = null;
6887 6106
@@ -6892,38 +6111,34 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6892 enterRule(); 6111 enterRule();
6893 6112
6894 try { 6113 try {
6895 // InternalSolverLanguage.g:2408:2: ( ( (lv_value_0_0= ruleReal ) ) ) 6114 // InternalSolverLanguageParser.g:2375:2: ( ( (lv_value_0_0= ruleReal ) ) )
6896 // InternalSolverLanguage.g:2409:2: ( (lv_value_0_0= ruleReal ) ) 6115 // InternalSolverLanguageParser.g:2376:2: ( (lv_value_0_0= ruleReal ) )
6897 { 6116 {
6898 // InternalSolverLanguage.g:2409:2: ( (lv_value_0_0= ruleReal ) ) 6117 // InternalSolverLanguageParser.g:2376:2: ( (lv_value_0_0= ruleReal ) )
6899 // InternalSolverLanguage.g:2410:3: (lv_value_0_0= ruleReal ) 6118 // InternalSolverLanguageParser.g:2377:3: (lv_value_0_0= ruleReal )
6900 { 6119 {
6901 // InternalSolverLanguage.g:2410:3: (lv_value_0_0= ruleReal ) 6120 // InternalSolverLanguageParser.g:2377:3: (lv_value_0_0= ruleReal )
6902 // InternalSolverLanguage.g:2411:4: lv_value_0_0= ruleReal 6121 // InternalSolverLanguageParser.g:2378:4: lv_value_0_0= ruleReal
6903 { 6122 {
6904 if ( state.backtracking==0 ) {
6905 6123
6906 newCompositeNode(grammarAccess.getNumericLiteralAccess().getValueRealParserRuleCall_0()); 6124 newCompositeNode(grammarAccess.getNumericLiteralAccess().getValueRealParserRuleCall_0());
6907 6125
6908 }
6909 pushFollow(FOLLOW_2); 6126 pushFollow(FOLLOW_2);
6910 lv_value_0_0=ruleReal(); 6127 lv_value_0_0=ruleReal();
6911 6128
6912 state._fsp--; 6129 state._fsp--;
6913 if (state.failed) return current;
6914 if ( state.backtracking==0 ) {
6915 6130
6916 if (current==null) { 6131
6917 current = createModelElementForParent(grammarAccess.getNumericLiteralRule()); 6132 if (current==null) {
6918 } 6133 current = createModelElementForParent(grammarAccess.getNumericLiteralRule());
6919 set( 6134 }
6920 current, 6135 set(
6921 "value", 6136 current,
6922 lv_value_0_0, 6137 "value",
6923 "org.eclipse.viatra.solver.language.SolverLanguage.Real"); 6138 lv_value_0_0,
6924 afterParserOrEnumRuleCall(); 6139 "org.eclipse.viatra.solver.language.SolverLanguage.Real");
6925 6140 afterParserOrEnumRuleCall();
6926 } 6141
6927 6142
6928 } 6143 }
6929 6144
@@ -6933,11 +6148,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6933 6148
6934 } 6149 }
6935 6150
6936 if ( state.backtracking==0 ) {
6937 6151
6938 leaveRule(); 6152 leaveRule();
6939 6153
6940 }
6941 } 6154 }
6942 6155
6943 catch (RecognitionException re) { 6156 catch (RecognitionException re) {
@@ -6952,7 +6165,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6952 6165
6953 6166
6954 // $ANTLR start "entryRuleInfinityLiteral" 6167 // $ANTLR start "entryRuleInfinityLiteral"
6955 // InternalSolverLanguage.g:2431:1: entryRuleInfinityLiteral returns [EObject current=null] : iv_ruleInfinityLiteral= ruleInfinityLiteral EOF ; 6168 // InternalSolverLanguageParser.g:2398:1: entryRuleInfinityLiteral returns [EObject current=null] : iv_ruleInfinityLiteral= ruleInfinityLiteral EOF ;
6956 public final EObject entryRuleInfinityLiteral() throws RecognitionException { 6169 public final EObject entryRuleInfinityLiteral() throws RecognitionException {
6957 EObject current = null; 6170 EObject current = null;
6958 6171
@@ -6960,21 +6173,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6960 6173
6961 6174
6962 try { 6175 try {
6963 // InternalSolverLanguage.g:2431:56: (iv_ruleInfinityLiteral= ruleInfinityLiteral EOF ) 6176 // InternalSolverLanguageParser.g:2398:56: (iv_ruleInfinityLiteral= ruleInfinityLiteral EOF )
6964 // InternalSolverLanguage.g:2432:2: iv_ruleInfinityLiteral= ruleInfinityLiteral EOF 6177 // InternalSolverLanguageParser.g:2399:2: iv_ruleInfinityLiteral= ruleInfinityLiteral EOF
6965 { 6178 {
6966 if ( state.backtracking==0 ) { 6179 newCompositeNode(grammarAccess.getInfinityLiteralRule());
6967 newCompositeNode(grammarAccess.getInfinityLiteralRule());
6968 }
6969 pushFollow(FOLLOW_1); 6180 pushFollow(FOLLOW_1);
6970 iv_ruleInfinityLiteral=ruleInfinityLiteral(); 6181 iv_ruleInfinityLiteral=ruleInfinityLiteral();
6971 6182
6972 state._fsp--; 6183 state._fsp--;
6973 if (state.failed) return current; 6184
6974 if ( state.backtracking==0 ) { 6185 current =iv_ruleInfinityLiteral;
6975 current =iv_ruleInfinityLiteral; 6186 match(input,EOF,FOLLOW_2);
6976 }
6977 match(input,EOF,FOLLOW_2); if (state.failed) return current;
6978 6187
6979 } 6188 }
6980 6189
@@ -6992,7 +6201,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
6992 6201
6993 6202
6994 // $ANTLR start "ruleInfinityLiteral" 6203 // $ANTLR start "ruleInfinityLiteral"
6995 // InternalSolverLanguage.g:2438:1: ruleInfinityLiteral returns [EObject current=null] : ( () otherlv_1= 'inf' ) ; 6204 // InternalSolverLanguageParser.g:2405:1: ruleInfinityLiteral returns [EObject current=null] : ( () otherlv_1= Inf ) ;
6996 public final EObject ruleInfinityLiteral() throws RecognitionException { 6205 public final EObject ruleInfinityLiteral() throws RecognitionException {
6997 EObject current = null; 6206 EObject current = null;
6998 6207
@@ -7002,42 +6211,36 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7002 enterRule(); 6211 enterRule();
7003 6212
7004 try { 6213 try {
7005 // InternalSolverLanguage.g:2444:2: ( ( () otherlv_1= 'inf' ) ) 6214 // InternalSolverLanguageParser.g:2411:2: ( ( () otherlv_1= Inf ) )
7006 // InternalSolverLanguage.g:2445:2: ( () otherlv_1= 'inf' ) 6215 // InternalSolverLanguageParser.g:2412:2: ( () otherlv_1= Inf )
7007 { 6216 {
7008 // InternalSolverLanguage.g:2445:2: ( () otherlv_1= 'inf' ) 6217 // InternalSolverLanguageParser.g:2412:2: ( () otherlv_1= Inf )
7009 // InternalSolverLanguage.g:2446:3: () otherlv_1= 'inf' 6218 // InternalSolverLanguageParser.g:2413:3: () otherlv_1= Inf
7010 { 6219 {
7011 // InternalSolverLanguage.g:2446:3: () 6220 // InternalSolverLanguageParser.g:2413:3: ()
7012 // InternalSolverLanguage.g:2447:4: 6221 // InternalSolverLanguageParser.g:2414:4:
7013 { 6222 {
7014 if ( state.backtracking==0 ) {
7015 6223
7016 current = forceCreateModelElement( 6224 current = forceCreateModelElement(
7017 grammarAccess.getInfinityLiteralAccess().getInfinityLiteralAction_0(), 6225 grammarAccess.getInfinityLiteralAccess().getInfinityLiteralAction_0(),
7018 current); 6226 current);
7019 6227
7020 }
7021 6228
7022 } 6229 }
7023 6230
7024 otherlv_1=(Token)match(input,39,FOLLOW_2); if (state.failed) return current; 6231 otherlv_1=(Token)match(input,Inf,FOLLOW_2);
7025 if ( state.backtracking==0 ) {
7026 6232
7027 newLeafNode(otherlv_1, grammarAccess.getInfinityLiteralAccess().getInfKeyword_1()); 6233 newLeafNode(otherlv_1, grammarAccess.getInfinityLiteralAccess().getInfKeyword_1());
7028 6234
7029 }
7030 6235
7031 } 6236 }
7032 6237
7033 6238
7034 } 6239 }
7035 6240
7036 if ( state.backtracking==0 ) {
7037 6241
7038 leaveRule(); 6242 leaveRule();
7039 6243
7040 }
7041 } 6244 }
7042 6245
7043 catch (RecognitionException re) { 6246 catch (RecognitionException re) {
@@ -7052,7 +6255,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7052 6255
7053 6256
7054 // $ANTLR start "entryRuleEmptyIntervalLiteral" 6257 // $ANTLR start "entryRuleEmptyIntervalLiteral"
7055 // InternalSolverLanguage.g:2461:1: entryRuleEmptyIntervalLiteral returns [EObject current=null] : iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF ; 6258 // InternalSolverLanguageParser.g:2428:1: entryRuleEmptyIntervalLiteral returns [EObject current=null] : iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF ;
7056 public final EObject entryRuleEmptyIntervalLiteral() throws RecognitionException { 6259 public final EObject entryRuleEmptyIntervalLiteral() throws RecognitionException {
7057 EObject current = null; 6260 EObject current = null;
7058 6261
@@ -7060,21 +6263,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7060 6263
7061 6264
7062 try { 6265 try {
7063 // InternalSolverLanguage.g:2461:61: (iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF ) 6266 // InternalSolverLanguageParser.g:2428:61: (iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF )
7064 // InternalSolverLanguage.g:2462:2: iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF 6267 // InternalSolverLanguageParser.g:2429:2: iv_ruleEmptyIntervalLiteral= ruleEmptyIntervalLiteral EOF
7065 { 6268 {
7066 if ( state.backtracking==0 ) { 6269 newCompositeNode(grammarAccess.getEmptyIntervalLiteralRule());
7067 newCompositeNode(grammarAccess.getEmptyIntervalLiteralRule());
7068 }
7069 pushFollow(FOLLOW_1); 6270 pushFollow(FOLLOW_1);
7070 iv_ruleEmptyIntervalLiteral=ruleEmptyIntervalLiteral(); 6271 iv_ruleEmptyIntervalLiteral=ruleEmptyIntervalLiteral();
7071 6272
7072 state._fsp--; 6273 state._fsp--;
7073 if (state.failed) return current; 6274
7074 if ( state.backtracking==0 ) { 6275 current =iv_ruleEmptyIntervalLiteral;
7075 current =iv_ruleEmptyIntervalLiteral; 6276 match(input,EOF,FOLLOW_2);
7076 }
7077 match(input,EOF,FOLLOW_2); if (state.failed) return current;
7078 6277
7079 } 6278 }
7080 6279
@@ -7092,7 +6291,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7092 6291
7093 6292
7094 // $ANTLR start "ruleEmptyIntervalLiteral" 6293 // $ANTLR start "ruleEmptyIntervalLiteral"
7095 // InternalSolverLanguage.g:2468:1: ruleEmptyIntervalLiteral returns [EObject current=null] : ( () otherlv_1= 'empty' ) ; 6294 // InternalSolverLanguageParser.g:2435:1: ruleEmptyIntervalLiteral returns [EObject current=null] : ( () otherlv_1= Empty ) ;
7096 public final EObject ruleEmptyIntervalLiteral() throws RecognitionException { 6295 public final EObject ruleEmptyIntervalLiteral() throws RecognitionException {
7097 EObject current = null; 6296 EObject current = null;
7098 6297
@@ -7102,42 +6301,36 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7102 enterRule(); 6301 enterRule();
7103 6302
7104 try { 6303 try {
7105 // InternalSolverLanguage.g:2474:2: ( ( () otherlv_1= 'empty' ) ) 6304 // InternalSolverLanguageParser.g:2441:2: ( ( () otherlv_1= Empty ) )
7106 // InternalSolverLanguage.g:2475:2: ( () otherlv_1= 'empty' ) 6305 // InternalSolverLanguageParser.g:2442:2: ( () otherlv_1= Empty )
7107 { 6306 {
7108 // InternalSolverLanguage.g:2475:2: ( () otherlv_1= 'empty' ) 6307 // InternalSolverLanguageParser.g:2442:2: ( () otherlv_1= Empty )
7109 // InternalSolverLanguage.g:2476:3: () otherlv_1= 'empty' 6308 // InternalSolverLanguageParser.g:2443:3: () otherlv_1= Empty
7110 { 6309 {
7111 // InternalSolverLanguage.g:2476:3: () 6310 // InternalSolverLanguageParser.g:2443:3: ()
7112 // InternalSolverLanguage.g:2477:4: 6311 // InternalSolverLanguageParser.g:2444:4:
7113 { 6312 {
7114 if ( state.backtracking==0 ) {
7115 6313
7116 current = forceCreateModelElement( 6314 current = forceCreateModelElement(
7117 grammarAccess.getEmptyIntervalLiteralAccess().getEmptyIntervalLiteralAction_0(), 6315 grammarAccess.getEmptyIntervalLiteralAccess().getEmptyIntervalLiteralAction_0(),
7118 current); 6316 current);
7119 6317
7120 }
7121 6318
7122 } 6319 }
7123 6320
7124 otherlv_1=(Token)match(input,40,FOLLOW_2); if (state.failed) return current; 6321 otherlv_1=(Token)match(input,Empty,FOLLOW_2);
7125 if ( state.backtracking==0 ) {
7126 6322
7127 newLeafNode(otherlv_1, grammarAccess.getEmptyIntervalLiteralAccess().getEmptyKeyword_1()); 6323 newLeafNode(otherlv_1, grammarAccess.getEmptyIntervalLiteralAccess().getEmptyKeyword_1());
7128 6324
7129 }
7130 6325
7131 } 6326 }
7132 6327
7133 6328
7134 } 6329 }
7135 6330
7136 if ( state.backtracking==0 ) {
7137 6331
7138 leaveRule(); 6332 leaveRule();
7139 6333
7140 }
7141 } 6334 }
7142 6335
7143 catch (RecognitionException re) { 6336 catch (RecognitionException re) {
@@ -7152,7 +6345,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7152 6345
7153 6346
7154 // $ANTLR start "entryRuleStringLiteral" 6347 // $ANTLR start "entryRuleStringLiteral"
7155 // InternalSolverLanguage.g:2491:1: entryRuleStringLiteral returns [EObject current=null] : iv_ruleStringLiteral= ruleStringLiteral EOF ; 6348 // InternalSolverLanguageParser.g:2458:1: entryRuleStringLiteral returns [EObject current=null] : iv_ruleStringLiteral= ruleStringLiteral EOF ;
7156 public final EObject entryRuleStringLiteral() throws RecognitionException { 6349 public final EObject entryRuleStringLiteral() throws RecognitionException {
7157 EObject current = null; 6350 EObject current = null;
7158 6351
@@ -7160,21 +6353,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7160 6353
7161 6354
7162 try { 6355 try {
7163 // InternalSolverLanguage.g:2491:54: (iv_ruleStringLiteral= ruleStringLiteral EOF ) 6356 // InternalSolverLanguageParser.g:2458:54: (iv_ruleStringLiteral= ruleStringLiteral EOF )
7164 // InternalSolverLanguage.g:2492:2: iv_ruleStringLiteral= ruleStringLiteral EOF 6357 // InternalSolverLanguageParser.g:2459:2: iv_ruleStringLiteral= ruleStringLiteral EOF
7165 { 6358 {
7166 if ( state.backtracking==0 ) { 6359 newCompositeNode(grammarAccess.getStringLiteralRule());
7167 newCompositeNode(grammarAccess.getStringLiteralRule());
7168 }
7169 pushFollow(FOLLOW_1); 6360 pushFollow(FOLLOW_1);
7170 iv_ruleStringLiteral=ruleStringLiteral(); 6361 iv_ruleStringLiteral=ruleStringLiteral();
7171 6362
7172 state._fsp--; 6363 state._fsp--;
7173 if (state.failed) return current; 6364
7174 if ( state.backtracking==0 ) { 6365 current =iv_ruleStringLiteral;
7175 current =iv_ruleStringLiteral; 6366 match(input,EOF,FOLLOW_2);
7176 }
7177 match(input,EOF,FOLLOW_2); if (state.failed) return current;
7178 6367
7179 } 6368 }
7180 6369
@@ -7192,7 +6381,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7192 6381
7193 6382
7194 // $ANTLR start "ruleStringLiteral" 6383 // $ANTLR start "ruleStringLiteral"
7195 // InternalSolverLanguage.g:2498:1: ruleStringLiteral returns [EObject current=null] : ( (lv_value_0_0= RULE_STRING ) ) ; 6384 // InternalSolverLanguageParser.g:2465:1: ruleStringLiteral returns [EObject current=null] : ( (lv_value_0_0= RULE_STRING ) ) ;
7196 public final EObject ruleStringLiteral() throws RecognitionException { 6385 public final EObject ruleStringLiteral() throws RecognitionException {
7197 EObject current = null; 6386 EObject current = null;
7198 6387
@@ -7202,33 +6391,29 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7202 enterRule(); 6391 enterRule();
7203 6392
7204 try { 6393 try {
7205 // InternalSolverLanguage.g:2504:2: ( ( (lv_value_0_0= RULE_STRING ) ) ) 6394 // InternalSolverLanguageParser.g:2471:2: ( ( (lv_value_0_0= RULE_STRING ) ) )
7206 // InternalSolverLanguage.g:2505:2: ( (lv_value_0_0= RULE_STRING ) ) 6395 // InternalSolverLanguageParser.g:2472:2: ( (lv_value_0_0= RULE_STRING ) )
7207 { 6396 {
7208 // InternalSolverLanguage.g:2505:2: ( (lv_value_0_0= RULE_STRING ) ) 6397 // InternalSolverLanguageParser.g:2472:2: ( (lv_value_0_0= RULE_STRING ) )
7209 // InternalSolverLanguage.g:2506:3: (lv_value_0_0= RULE_STRING ) 6398 // InternalSolverLanguageParser.g:2473:3: (lv_value_0_0= RULE_STRING )
7210 { 6399 {
7211 // InternalSolverLanguage.g:2506:3: (lv_value_0_0= RULE_STRING ) 6400 // InternalSolverLanguageParser.g:2473:3: (lv_value_0_0= RULE_STRING )
7212 // InternalSolverLanguage.g:2507:4: lv_value_0_0= RULE_STRING 6401 // InternalSolverLanguageParser.g:2474:4: lv_value_0_0= RULE_STRING
7213 { 6402 {
7214 lv_value_0_0=(Token)match(input,RULE_STRING,FOLLOW_2); if (state.failed) return current; 6403 lv_value_0_0=(Token)match(input,RULE_STRING,FOLLOW_2);
7215 if ( state.backtracking==0 ) {
7216 6404
7217 newLeafNode(lv_value_0_0, grammarAccess.getStringLiteralAccess().getValueSTRINGTerminalRuleCall_0()); 6405 newLeafNode(lv_value_0_0, grammarAccess.getStringLiteralAccess().getValueSTRINGTerminalRuleCall_0());
7218 6406
7219 }
7220 if ( state.backtracking==0 ) {
7221 6407
7222 if (current==null) { 6408 if (current==null) {
7223 current = createModelElement(grammarAccess.getStringLiteralRule()); 6409 current = createModelElement(grammarAccess.getStringLiteralRule());
7224 } 6410 }
7225 setWithLastConsumed( 6411 setWithLastConsumed(
7226 current, 6412 current,
7227 "value", 6413 "value",
7228 lv_value_0_0, 6414 lv_value_0_0,
7229 "org.eclipse.viatra.solver.language.SolverLanguage.STRING"); 6415 "org.eclipse.viatra.solver.language.SolverLanguage.STRING");
7230 6416
7231 }
7232 6417
7233 } 6418 }
7234 6419
@@ -7238,11 +6423,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7238 6423
7239 } 6424 }
7240 6425
7241 if ( state.backtracking==0 ) {
7242 6426
7243 leaveRule(); 6427 leaveRule();
7244 6428
7245 }
7246 } 6429 }
7247 6430
7248 catch (RecognitionException re) { 6431 catch (RecognitionException re) {
@@ -7257,7 +6440,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7257 6440
7258 6441
7259 // $ANTLR start "entryRuleClassDefinition" 6442 // $ANTLR start "entryRuleClassDefinition"
7260 // InternalSolverLanguage.g:2526:1: entryRuleClassDefinition returns [EObject current=null] : iv_ruleClassDefinition= ruleClassDefinition EOF ; 6443 // InternalSolverLanguageParser.g:2493:1: entryRuleClassDefinition returns [EObject current=null] : iv_ruleClassDefinition= ruleClassDefinition EOF ;
7261 public final EObject entryRuleClassDefinition() throws RecognitionException { 6444 public final EObject entryRuleClassDefinition() throws RecognitionException {
7262 EObject current = null; 6445 EObject current = null;
7263 6446
@@ -7265,21 +6448,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7265 6448
7266 6449
7267 try { 6450 try {
7268 // InternalSolverLanguage.g:2526:56: (iv_ruleClassDefinition= ruleClassDefinition EOF ) 6451 // InternalSolverLanguageParser.g:2493:56: (iv_ruleClassDefinition= ruleClassDefinition EOF )
7269 // InternalSolverLanguage.g:2527:2: iv_ruleClassDefinition= ruleClassDefinition EOF 6452 // InternalSolverLanguageParser.g:2494:2: iv_ruleClassDefinition= ruleClassDefinition EOF
7270 { 6453 {
7271 if ( state.backtracking==0 ) { 6454 newCompositeNode(grammarAccess.getClassDefinitionRule());
7272 newCompositeNode(grammarAccess.getClassDefinitionRule());
7273 }
7274 pushFollow(FOLLOW_1); 6455 pushFollow(FOLLOW_1);
7275 iv_ruleClassDefinition=ruleClassDefinition(); 6456 iv_ruleClassDefinition=ruleClassDefinition();
7276 6457
7277 state._fsp--; 6458 state._fsp--;
7278 if (state.failed) return current; 6459
7279 if ( state.backtracking==0 ) { 6460 current =iv_ruleClassDefinition;
7280 current =iv_ruleClassDefinition; 6461 match(input,EOF,FOLLOW_2);
7281 }
7282 match(input,EOF,FOLLOW_2); if (state.failed) return current;
7283 6462
7284 } 6463 }
7285 6464
@@ -7297,7 +6476,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7297 6476
7298 6477
7299 // $ANTLR start "ruleClassDefinition" 6478 // $ANTLR start "ruleClassDefinition"
7300 // InternalSolverLanguage.g:2533:1: ruleClassDefinition returns [EObject current=null] : ( ( (lv_abstract_0_0= 'abstract' ) )? otherlv_1= 'class' ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? otherlv_7= '{' ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= '}' ) ; 6479 // InternalSolverLanguageParser.g:2500:1: ruleClassDefinition returns [EObject current=null] : ( ( (lv_abstract_0_0= Abstract ) )? otherlv_1= Class ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )? otherlv_7= LeftCurlyBracket ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= RightCurlyBracket ) ;
7301 public final EObject ruleClassDefinition() throws RecognitionException { 6480 public final EObject ruleClassDefinition() throws RecognitionException {
7302 EObject current = null; 6481 EObject current = null;
7303 6482
@@ -7315,40 +6494,36 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7315 enterRule(); 6494 enterRule();
7316 6495
7317 try { 6496 try {
7318 // InternalSolverLanguage.g:2539:2: ( ( ( (lv_abstract_0_0= 'abstract' ) )? otherlv_1= 'class' ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? otherlv_7= '{' ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= '}' ) ) 6497 // InternalSolverLanguageParser.g:2506:2: ( ( ( (lv_abstract_0_0= Abstract ) )? otherlv_1= Class ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )? otherlv_7= LeftCurlyBracket ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= RightCurlyBracket ) )
7319 // InternalSolverLanguage.g:2540:2: ( ( (lv_abstract_0_0= 'abstract' ) )? otherlv_1= 'class' ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? otherlv_7= '{' ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= '}' ) 6498 // InternalSolverLanguageParser.g:2507:2: ( ( (lv_abstract_0_0= Abstract ) )? otherlv_1= Class ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )? otherlv_7= LeftCurlyBracket ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= RightCurlyBracket )
7320 { 6499 {
7321 // InternalSolverLanguage.g:2540:2: ( ( (lv_abstract_0_0= 'abstract' ) )? otherlv_1= 'class' ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? otherlv_7= '{' ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= '}' ) 6500 // InternalSolverLanguageParser.g:2507:2: ( ( (lv_abstract_0_0= Abstract ) )? otherlv_1= Class ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )? otherlv_7= LeftCurlyBracket ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= RightCurlyBracket )
7322 // InternalSolverLanguage.g:2541:3: ( (lv_abstract_0_0= 'abstract' ) )? otherlv_1= 'class' ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? otherlv_7= '{' ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= '}' 6501 // InternalSolverLanguageParser.g:2508:3: ( (lv_abstract_0_0= Abstract ) )? otherlv_1= Class ( (lv_name_2_0= RULE_ID ) ) (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )? otherlv_7= LeftCurlyBracket ( (lv_members_8_0= ruleMemberDefinition ) )* otherlv_9= RightCurlyBracket
7323 { 6502 {
7324 // InternalSolverLanguage.g:2541:3: ( (lv_abstract_0_0= 'abstract' ) )? 6503 // InternalSolverLanguageParser.g:2508:3: ( (lv_abstract_0_0= Abstract ) )?
7325 int alt27=2; 6504 int alt26=2;
7326 int LA27_0 = input.LA(1); 6505 int LA26_0 = input.LA(1);
7327 6506
7328 if ( (LA27_0==41) ) { 6507 if ( (LA26_0==Abstract) ) {
7329 alt27=1; 6508 alt26=1;
7330 } 6509 }
7331 switch (alt27) { 6510 switch (alt26) {
7332 case 1 : 6511 case 1 :
7333 // InternalSolverLanguage.g:2542:4: (lv_abstract_0_0= 'abstract' ) 6512 // InternalSolverLanguageParser.g:2509:4: (lv_abstract_0_0= Abstract )
7334 { 6513 {
7335 // InternalSolverLanguage.g:2542:4: (lv_abstract_0_0= 'abstract' ) 6514 // InternalSolverLanguageParser.g:2509:4: (lv_abstract_0_0= Abstract )
7336 // InternalSolverLanguage.g:2543:5: lv_abstract_0_0= 'abstract' 6515 // InternalSolverLanguageParser.g:2510:5: lv_abstract_0_0= Abstract
7337 { 6516 {
7338 lv_abstract_0_0=(Token)match(input,41,FOLLOW_39); if (state.failed) return current; 6517 lv_abstract_0_0=(Token)match(input,Abstract,FOLLOW_37);
7339 if ( state.backtracking==0 ) {
7340 6518
7341 newLeafNode(lv_abstract_0_0, grammarAccess.getClassDefinitionAccess().getAbstractAbstractKeyword_0_0()); 6519 newLeafNode(lv_abstract_0_0, grammarAccess.getClassDefinitionAccess().getAbstractAbstractKeyword_0_0());
7342 6520
7343 }
7344 if ( state.backtracking==0 ) {
7345 6521
7346 if (current==null) { 6522 if (current==null) {
7347 current = createModelElement(grammarAccess.getClassDefinitionRule()); 6523 current = createModelElement(grammarAccess.getClassDefinitionRule());
7348 } 6524 }
7349 setWithLastConsumed(current, "abstract", true, "abstract"); 6525 setWithLastConsumed(current, "abstract", true, "abstract");
7350 6526
7351 }
7352 6527
7353 } 6528 }
7354 6529
@@ -7358,142 +6533,120 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7358 6533
7359 } 6534 }
7360 6535
7361 otherlv_1=(Token)match(input,42,FOLLOW_40); if (state.failed) return current; 6536 otherlv_1=(Token)match(input,Class,FOLLOW_38);
7362 if ( state.backtracking==0 ) {
7363 6537
7364 newLeafNode(otherlv_1, grammarAccess.getClassDefinitionAccess().getClassKeyword_1()); 6538 newLeafNode(otherlv_1, grammarAccess.getClassDefinitionAccess().getClassKeyword_1());
7365 6539
7366 } 6540 // InternalSolverLanguageParser.g:2526:3: ( (lv_name_2_0= RULE_ID ) )
7367 // InternalSolverLanguage.g:2559:3: ( (lv_name_2_0= RULE_ID ) ) 6541 // InternalSolverLanguageParser.g:2527:4: (lv_name_2_0= RULE_ID )
7368 // InternalSolverLanguage.g:2560:4: (lv_name_2_0= RULE_ID )
7369 { 6542 {
7370 // InternalSolverLanguage.g:2560:4: (lv_name_2_0= RULE_ID ) 6543 // InternalSolverLanguageParser.g:2527:4: (lv_name_2_0= RULE_ID )
7371 // InternalSolverLanguage.g:2561:5: lv_name_2_0= RULE_ID 6544 // InternalSolverLanguageParser.g:2528:5: lv_name_2_0= RULE_ID
7372 { 6545 {
7373 lv_name_2_0=(Token)match(input,RULE_ID,FOLLOW_41); if (state.failed) return current; 6546 lv_name_2_0=(Token)match(input,RULE_ID,FOLLOW_39);
7374 if ( state.backtracking==0 ) {
7375 6547
7376 newLeafNode(lv_name_2_0, grammarAccess.getClassDefinitionAccess().getNameIDTerminalRuleCall_2_0()); 6548 newLeafNode(lv_name_2_0, grammarAccess.getClassDefinitionAccess().getNameIDTerminalRuleCall_2_0());
7377 6549
7378 }
7379 if ( state.backtracking==0 ) {
7380 6550
7381 if (current==null) { 6551 if (current==null) {
7382 current = createModelElement(grammarAccess.getClassDefinitionRule()); 6552 current = createModelElement(grammarAccess.getClassDefinitionRule());
7383 } 6553 }
7384 setWithLastConsumed( 6554 setWithLastConsumed(
7385 current, 6555 current,
7386 "name", 6556 "name",
7387 lv_name_2_0, 6557 lv_name_2_0,
7388 "org.eclipse.xtext.common.Terminals.ID"); 6558 "org.eclipse.xtext.common.Terminals.ID");
7389 6559
7390 }
7391 6560
7392 } 6561 }
7393 6562
7394 6563
7395 } 6564 }
7396 6565
7397 // InternalSolverLanguage.g:2577:3: (otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* )? 6566 // InternalSolverLanguageParser.g:2544:3: (otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )* )?
7398 int alt29=2; 6567 int alt28=2;
7399 int LA29_0 = input.LA(1); 6568 int LA28_0 = input.LA(1);
7400 6569
7401 if ( (LA29_0==43) ) { 6570 if ( (LA28_0==Extends) ) {
7402 alt29=1; 6571 alt28=1;
7403 } 6572 }
7404 switch (alt29) { 6573 switch (alt28) {
7405 case 1 : 6574 case 1 :
7406 // InternalSolverLanguage.g:2578:4: otherlv_3= 'extends' ( ( ruleQualifiedName ) ) (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* 6575 // InternalSolverLanguageParser.g:2545:4: otherlv_3= Extends ( ( ruleQualifiedName ) ) (otherlv_5= Comma ( ( ruleQualifiedName ) ) )*
7407 { 6576 {
7408 otherlv_3=(Token)match(input,43,FOLLOW_35); if (state.failed) return current; 6577 otherlv_3=(Token)match(input,Extends,FOLLOW_8);
7409 if ( state.backtracking==0 ) {
7410 6578
7411 newLeafNode(otherlv_3, grammarAccess.getClassDefinitionAccess().getExtendsKeyword_3_0()); 6579 newLeafNode(otherlv_3, grammarAccess.getClassDefinitionAccess().getExtendsKeyword_3_0());
7412 6580
7413 } 6581 // InternalSolverLanguageParser.g:2549:4: ( ( ruleQualifiedName ) )
7414 // InternalSolverLanguage.g:2582:4: ( ( ruleQualifiedName ) ) 6582 // InternalSolverLanguageParser.g:2550:5: ( ruleQualifiedName )
7415 // InternalSolverLanguage.g:2583:5: ( ruleQualifiedName )
7416 { 6583 {
7417 // InternalSolverLanguage.g:2583:5: ( ruleQualifiedName ) 6584 // InternalSolverLanguageParser.g:2550:5: ( ruleQualifiedName )
7418 // InternalSolverLanguage.g:2584:6: ruleQualifiedName 6585 // InternalSolverLanguageParser.g:2551:6: ruleQualifiedName
7419 { 6586 {
7420 if ( state.backtracking==0 ) {
7421 6587
7422 if (current==null) { 6588 if (current==null) {
7423 current = createModelElement(grammarAccess.getClassDefinitionRule()); 6589 current = createModelElement(grammarAccess.getClassDefinitionRule());
7424 } 6590 }
7425 6591
7426 }
7427 if ( state.backtracking==0 ) {
7428 6592
7429 newCompositeNode(grammarAccess.getClassDefinitionAccess().getSuperclassesNamedElementCrossReference_3_1_0()); 6593 newCompositeNode(grammarAccess.getClassDefinitionAccess().getSuperclassesNamedElementCrossReference_3_1_0());
7430 6594
7431 } 6595 pushFollow(FOLLOW_40);
7432 pushFollow(FOLLOW_42);
7433 ruleQualifiedName(); 6596 ruleQualifiedName();
7434 6597
7435 state._fsp--; 6598 state._fsp--;
7436 if (state.failed) return current;
7437 if ( state.backtracking==0 ) {
7438 6599
7439 afterParserOrEnumRuleCall(); 6600
7440 6601 afterParserOrEnumRuleCall();
7441 } 6602
7442 6603
7443 } 6604 }
7444 6605
7445 6606
7446 } 6607 }
7447 6608
7448 // InternalSolverLanguage.g:2598:4: (otherlv_5= ',' ( ( ruleQualifiedName ) ) )* 6609 // InternalSolverLanguageParser.g:2565:4: (otherlv_5= Comma ( ( ruleQualifiedName ) ) )*
7449 loop28: 6610 loop27:
7450 do { 6611 do {
7451 int alt28=2; 6612 int alt27=2;
7452 int LA28_0 = input.LA(1); 6613 int LA27_0 = input.LA(1);
7453 6614
7454 if ( (LA28_0==28) ) { 6615 if ( (LA27_0==Comma) ) {
7455 alt28=1; 6616 alt27=1;
7456 } 6617 }
7457 6618
7458 6619
7459 switch (alt28) { 6620 switch (alt27) {
7460 case 1 : 6621 case 1 :
7461 // InternalSolverLanguage.g:2599:5: otherlv_5= ',' ( ( ruleQualifiedName ) ) 6622 // InternalSolverLanguageParser.g:2566:5: otherlv_5= Comma ( ( ruleQualifiedName ) )
7462 { 6623 {
7463 otherlv_5=(Token)match(input,28,FOLLOW_35); if (state.failed) return current; 6624 otherlv_5=(Token)match(input,Comma,FOLLOW_8);
7464 if ( state.backtracking==0 ) {
7465 6625
7466 newLeafNode(otherlv_5, grammarAccess.getClassDefinitionAccess().getCommaKeyword_3_2_0()); 6626 newLeafNode(otherlv_5, grammarAccess.getClassDefinitionAccess().getCommaKeyword_3_2_0());
7467 6627
7468 } 6628 // InternalSolverLanguageParser.g:2570:5: ( ( ruleQualifiedName ) )
7469 // InternalSolverLanguage.g:2603:5: ( ( ruleQualifiedName ) ) 6629 // InternalSolverLanguageParser.g:2571:6: ( ruleQualifiedName )
7470 // InternalSolverLanguage.g:2604:6: ( ruleQualifiedName )
7471 { 6630 {
7472 // InternalSolverLanguage.g:2604:6: ( ruleQualifiedName ) 6631 // InternalSolverLanguageParser.g:2571:6: ( ruleQualifiedName )
7473 // InternalSolverLanguage.g:2605:7: ruleQualifiedName 6632 // InternalSolverLanguageParser.g:2572:7: ruleQualifiedName
7474 { 6633 {
7475 if ( state.backtracking==0 ) {
7476 6634
7477 if (current==null) { 6635 if (current==null) {
7478 current = createModelElement(grammarAccess.getClassDefinitionRule()); 6636 current = createModelElement(grammarAccess.getClassDefinitionRule());
7479 } 6637 }
7480 6638
7481 }
7482 if ( state.backtracking==0 ) {
7483 6639
7484 newCompositeNode(grammarAccess.getClassDefinitionAccess().getSuperclassesNamedElementCrossReference_3_2_1_0()); 6640 newCompositeNode(grammarAccess.getClassDefinitionAccess().getSuperclassesNamedElementCrossReference_3_2_1_0());
7485 6641
7486 } 6642 pushFollow(FOLLOW_40);
7487 pushFollow(FOLLOW_42);
7488 ruleQualifiedName(); 6643 ruleQualifiedName();
7489 6644
7490 state._fsp--; 6645 state._fsp--;
7491 if (state.failed) return current;
7492 if ( state.backtracking==0 ) {
7493 6646
7494 afterParserOrEnumRuleCall(); 6647
7495 6648 afterParserOrEnumRuleCall();
7496 } 6649
7497 6650
7498 } 6651 }
7499 6652
@@ -7505,7 +6658,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7505 break; 6658 break;
7506 6659
7507 default : 6660 default :
7508 break loop28; 6661 break loop27;
7509 } 6662 }
7510 } while (true); 6663 } while (true);
7511 6664
@@ -7515,53 +6668,47 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7515 6668
7516 } 6669 }
7517 6670
7518 otherlv_7=(Token)match(input,30,FOLLOW_43); if (state.failed) return current; 6671 otherlv_7=(Token)match(input,LeftCurlyBracket,FOLLOW_41);
7519 if ( state.backtracking==0 ) {
7520 6672
7521 newLeafNode(otherlv_7, grammarAccess.getClassDefinitionAccess().getLeftCurlyBracketKeyword_4()); 6673 newLeafNode(otherlv_7, grammarAccess.getClassDefinitionAccess().getLeftCurlyBracketKeyword_4());
7522 6674
7523 } 6675 // InternalSolverLanguageParser.g:2592:3: ( (lv_members_8_0= ruleMemberDefinition ) )*
7524 // InternalSolverLanguage.g:2625:3: ( (lv_members_8_0= ruleMemberDefinition ) )* 6676 loop29:
7525 loop30:
7526 do { 6677 do {
7527 int alt30=2; 6678 int alt29=2;
7528 int LA30_0 = input.LA(1); 6679 int LA29_0 = input.LA(1);
7529 6680
7530 if ( (LA30_0==RULE_ID||LA30_0==RULE_QUOTED_ID||LA30_0==44) ) { 6681 if ( (LA29_0==Contains||LA29_0==RULE_QUOTED_ID||LA29_0==RULE_ID) ) {
7531 alt30=1; 6682 alt29=1;
7532 } 6683 }
7533 6684
7534 6685
7535 switch (alt30) { 6686 switch (alt29) {
7536 case 1 : 6687 case 1 :
7537 // InternalSolverLanguage.g:2626:4: (lv_members_8_0= ruleMemberDefinition ) 6688 // InternalSolverLanguageParser.g:2593:4: (lv_members_8_0= ruleMemberDefinition )
7538 { 6689 {
7539 // InternalSolverLanguage.g:2626:4: (lv_members_8_0= ruleMemberDefinition ) 6690 // InternalSolverLanguageParser.g:2593:4: (lv_members_8_0= ruleMemberDefinition )
7540 // InternalSolverLanguage.g:2627:5: lv_members_8_0= ruleMemberDefinition 6691 // InternalSolverLanguageParser.g:2594:5: lv_members_8_0= ruleMemberDefinition
7541 { 6692 {
7542 if ( state.backtracking==0 ) {
7543 6693
7544 newCompositeNode(grammarAccess.getClassDefinitionAccess().getMembersMemberDefinitionParserRuleCall_5_0()); 6694 newCompositeNode(grammarAccess.getClassDefinitionAccess().getMembersMemberDefinitionParserRuleCall_5_0());
7545 6695
7546 } 6696 pushFollow(FOLLOW_41);
7547 pushFollow(FOLLOW_43);
7548 lv_members_8_0=ruleMemberDefinition(); 6697 lv_members_8_0=ruleMemberDefinition();
7549 6698
7550 state._fsp--; 6699 state._fsp--;
7551 if (state.failed) return current; 6700
7552 if ( state.backtracking==0 ) { 6701
7553 6702 if (current==null) {
7554 if (current==null) { 6703 current = createModelElementForParent(grammarAccess.getClassDefinitionRule());
7555 current = createModelElementForParent(grammarAccess.getClassDefinitionRule()); 6704 }
7556 } 6705 add(
7557 add( 6706 current,
7558 current, 6707 "members",
7559 "members", 6708 lv_members_8_0,
7560 lv_members_8_0, 6709 "org.eclipse.viatra.solver.language.SolverLanguage.MemberDefinition");
7561 "org.eclipse.viatra.solver.language.SolverLanguage.MemberDefinition"); 6710 afterParserOrEnumRuleCall();
7562 afterParserOrEnumRuleCall(); 6711
7563
7564 }
7565 6712
7566 } 6713 }
7567 6714
@@ -7570,27 +6717,23 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7570 break; 6717 break;
7571 6718
7572 default : 6719 default :
7573 break loop30; 6720 break loop29;
7574 } 6721 }
7575 } while (true); 6722 } while (true);
7576 6723
7577 otherlv_9=(Token)match(input,31,FOLLOW_2); if (state.failed) return current; 6724 otherlv_9=(Token)match(input,RightCurlyBracket,FOLLOW_2);
7578 if ( state.backtracking==0 ) {
7579 6725
7580 newLeafNode(otherlv_9, grammarAccess.getClassDefinitionAccess().getRightCurlyBracketKeyword_6()); 6726 newLeafNode(otherlv_9, grammarAccess.getClassDefinitionAccess().getRightCurlyBracketKeyword_6());
7581 6727
7582 }
7583 6728
7584 } 6729 }
7585 6730
7586 6731
7587 } 6732 }
7588 6733
7589 if ( state.backtracking==0 ) {
7590 6734
7591 leaveRule(); 6735 leaveRule();
7592 6736
7593 }
7594 } 6737 }
7595 6738
7596 catch (RecognitionException re) { 6739 catch (RecognitionException re) {
@@ -7605,7 +6748,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7605 6748
7606 6749
7607 // $ANTLR start "entryRuleMemberDefinition" 6750 // $ANTLR start "entryRuleMemberDefinition"
7608 // InternalSolverLanguage.g:2652:1: entryRuleMemberDefinition returns [EObject current=null] : iv_ruleMemberDefinition= ruleMemberDefinition EOF ; 6751 // InternalSolverLanguageParser.g:2619:1: entryRuleMemberDefinition returns [EObject current=null] : iv_ruleMemberDefinition= ruleMemberDefinition EOF ;
7609 public final EObject entryRuleMemberDefinition() throws RecognitionException { 6752 public final EObject entryRuleMemberDefinition() throws RecognitionException {
7610 EObject current = null; 6753 EObject current = null;
7611 6754
@@ -7613,21 +6756,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7613 6756
7614 6757
7615 try { 6758 try {
7616 // InternalSolverLanguage.g:2652:57: (iv_ruleMemberDefinition= ruleMemberDefinition EOF ) 6759 // InternalSolverLanguageParser.g:2619:57: (iv_ruleMemberDefinition= ruleMemberDefinition EOF )
7617 // InternalSolverLanguage.g:2653:2: iv_ruleMemberDefinition= ruleMemberDefinition EOF 6760 // InternalSolverLanguageParser.g:2620:2: iv_ruleMemberDefinition= ruleMemberDefinition EOF
7618 { 6761 {
7619 if ( state.backtracking==0 ) { 6762 newCompositeNode(grammarAccess.getMemberDefinitionRule());
7620 newCompositeNode(grammarAccess.getMemberDefinitionRule());
7621 }
7622 pushFollow(FOLLOW_1); 6763 pushFollow(FOLLOW_1);
7623 iv_ruleMemberDefinition=ruleMemberDefinition(); 6764 iv_ruleMemberDefinition=ruleMemberDefinition();
7624 6765
7625 state._fsp--; 6766 state._fsp--;
7626 if (state.failed) return current; 6767
7627 if ( state.backtracking==0 ) { 6768 current =iv_ruleMemberDefinition;
7628 current =iv_ruleMemberDefinition; 6769 match(input,EOF,FOLLOW_2);
7629 }
7630 match(input,EOF,FOLLOW_2); if (state.failed) return current;
7631 6770
7632 } 6771 }
7633 6772
@@ -7645,7 +6784,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7645 6784
7646 6785
7647 // $ANTLR start "ruleMemberDefinition" 6786 // $ANTLR start "ruleMemberDefinition"
7648 // InternalSolverLanguage.g:2659:1: ruleMemberDefinition returns [EObject current=null] : ( ( (lv_containment_0_0= 'contains' ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? (otherlv_6= ';' )? ) ; 6787 // InternalSolverLanguageParser.g:2626:1: ruleMemberDefinition returns [EObject current=null] : ( ( (lv_containment_0_0= Contains ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )? (otherlv_6= Semicolon )? ) ;
7649 public final EObject ruleMemberDefinition() throws RecognitionException { 6788 public final EObject ruleMemberDefinition() throws RecognitionException {
7650 EObject current = null; 6789 EObject current = null;
7651 6790
@@ -7660,40 +6799,36 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7660 enterRule(); 6799 enterRule();
7661 6800
7662 try { 6801 try {
7663 // InternalSolverLanguage.g:2665:2: ( ( ( (lv_containment_0_0= 'contains' ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? (otherlv_6= ';' )? ) ) 6802 // InternalSolverLanguageParser.g:2632:2: ( ( ( (lv_containment_0_0= Contains ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )? (otherlv_6= Semicolon )? ) )
7664 // InternalSolverLanguage.g:2666:2: ( ( (lv_containment_0_0= 'contains' ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? (otherlv_6= ';' )? ) 6803 // InternalSolverLanguageParser.g:2633:2: ( ( (lv_containment_0_0= Contains ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )? (otherlv_6= Semicolon )? )
7665 { 6804 {
7666 // InternalSolverLanguage.g:2666:2: ( ( (lv_containment_0_0= 'contains' ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? (otherlv_6= ';' )? ) 6805 // InternalSolverLanguageParser.g:2633:2: ( ( (lv_containment_0_0= Contains ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )? (otherlv_6= Semicolon )? )
7667 // InternalSolverLanguage.g:2667:3: ( (lv_containment_0_0= 'contains' ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? (otherlv_6= ';' )? 6806 // InternalSolverLanguageParser.g:2634:3: ( (lv_containment_0_0= Contains ) )? ( ( ruleQualifiedName ) ) ( (lv_multiplicity_2_0= ruleMultiplicity ) )? ( (lv_name_3_0= RULE_ID ) ) (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )? (otherlv_6= Semicolon )?
7668 { 6807 {
7669 // InternalSolverLanguage.g:2667:3: ( (lv_containment_0_0= 'contains' ) )? 6808 // InternalSolverLanguageParser.g:2634:3: ( (lv_containment_0_0= Contains ) )?
7670 int alt31=2; 6809 int alt30=2;
7671 int LA31_0 = input.LA(1); 6810 int LA30_0 = input.LA(1);
7672 6811
7673 if ( (LA31_0==44) ) { 6812 if ( (LA30_0==Contains) ) {
7674 alt31=1; 6813 alt30=1;
7675 } 6814 }
7676 switch (alt31) { 6815 switch (alt30) {
7677 case 1 : 6816 case 1 :
7678 // InternalSolverLanguage.g:2668:4: (lv_containment_0_0= 'contains' ) 6817 // InternalSolverLanguageParser.g:2635:4: (lv_containment_0_0= Contains )
7679 { 6818 {
7680 // InternalSolverLanguage.g:2668:4: (lv_containment_0_0= 'contains' ) 6819 // InternalSolverLanguageParser.g:2635:4: (lv_containment_0_0= Contains )
7681 // InternalSolverLanguage.g:2669:5: lv_containment_0_0= 'contains' 6820 // InternalSolverLanguageParser.g:2636:5: lv_containment_0_0= Contains
7682 { 6821 {
7683 lv_containment_0_0=(Token)match(input,44,FOLLOW_35); if (state.failed) return current; 6822 lv_containment_0_0=(Token)match(input,Contains,FOLLOW_8);
7684 if ( state.backtracking==0 ) {
7685 6823
7686 newLeafNode(lv_containment_0_0, grammarAccess.getMemberDefinitionAccess().getContainmentContainsKeyword_0_0()); 6824 newLeafNode(lv_containment_0_0, grammarAccess.getMemberDefinitionAccess().getContainmentContainsKeyword_0_0());
7687 6825
7688 }
7689 if ( state.backtracking==0 ) {
7690 6826
7691 if (current==null) { 6827 if (current==null) {
7692 current = createModelElement(grammarAccess.getMemberDefinitionRule()); 6828 current = createModelElement(grammarAccess.getMemberDefinitionRule());
7693 } 6829 }
7694 setWithLastConsumed(current, "containment", true, "contains"); 6830 setWithLastConsumed(current, "containment", true, "contains");
7695 6831
7696 }
7697 6832
7698 } 6833 }
7699 6834
@@ -7703,77 +6838,67 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7703 6838
7704 } 6839 }
7705 6840
7706 // InternalSolverLanguage.g:2681:3: ( ( ruleQualifiedName ) ) 6841 // InternalSolverLanguageParser.g:2648:3: ( ( ruleQualifiedName ) )
7707 // InternalSolverLanguage.g:2682:4: ( ruleQualifiedName ) 6842 // InternalSolverLanguageParser.g:2649:4: ( ruleQualifiedName )
7708 { 6843 {
7709 // InternalSolverLanguage.g:2682:4: ( ruleQualifiedName ) 6844 // InternalSolverLanguageParser.g:2649:4: ( ruleQualifiedName )
7710 // InternalSolverLanguage.g:2683:5: ruleQualifiedName 6845 // InternalSolverLanguageParser.g:2650:5: ruleQualifiedName
7711 { 6846 {
7712 if ( state.backtracking==0 ) {
7713 6847
7714 if (current==null) { 6848 if (current==null) {
7715 current = createModelElement(grammarAccess.getMemberDefinitionRule()); 6849 current = createModelElement(grammarAccess.getMemberDefinitionRule());
7716 } 6850 }
7717 6851
7718 }
7719 if ( state.backtracking==0 ) {
7720 6852
7721 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getTypeNamedElementCrossReference_1_0()); 6853 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getTypeNamedElementCrossReference_1_0());
7722 6854
7723 } 6855 pushFollow(FOLLOW_42);
7724 pushFollow(FOLLOW_44);
7725 ruleQualifiedName(); 6856 ruleQualifiedName();
7726 6857
7727 state._fsp--; 6858 state._fsp--;
7728 if (state.failed) return current;
7729 if ( state.backtracking==0 ) {
7730 6859
7731 afterParserOrEnumRuleCall(); 6860
7732 6861 afterParserOrEnumRuleCall();
7733 } 6862
7734 6863
7735 } 6864 }
7736 6865
7737 6866
7738 } 6867 }
7739 6868
7740 // InternalSolverLanguage.g:2697:3: ( (lv_multiplicity_2_0= ruleMultiplicity ) )? 6869 // InternalSolverLanguageParser.g:2664:3: ( (lv_multiplicity_2_0= ruleMultiplicity ) )?
7741 int alt32=2; 6870 int alt31=2;
7742 int LA32_0 = input.LA(1); 6871 int LA31_0 = input.LA(1);
7743 6872
7744 if ( (LA32_0==36) ) { 6873 if ( (LA31_0==LeftSquareBracket) ) {
7745 alt32=1; 6874 alt31=1;
7746 } 6875 }
7747 switch (alt32) { 6876 switch (alt31) {
7748 case 1 : 6877 case 1 :
7749 // InternalSolverLanguage.g:2698:4: (lv_multiplicity_2_0= ruleMultiplicity ) 6878 // InternalSolverLanguageParser.g:2665:4: (lv_multiplicity_2_0= ruleMultiplicity )
7750 { 6879 {
7751 // InternalSolverLanguage.g:2698:4: (lv_multiplicity_2_0= ruleMultiplicity ) 6880 // InternalSolverLanguageParser.g:2665:4: (lv_multiplicity_2_0= ruleMultiplicity )
7752 // InternalSolverLanguage.g:2699:5: lv_multiplicity_2_0= ruleMultiplicity 6881 // InternalSolverLanguageParser.g:2666:5: lv_multiplicity_2_0= ruleMultiplicity
7753 { 6882 {
7754 if ( state.backtracking==0 ) {
7755 6883
7756 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getMultiplicityMultiplicityParserRuleCall_2_0()); 6884 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getMultiplicityMultiplicityParserRuleCall_2_0());
7757 6885
7758 } 6886 pushFollow(FOLLOW_38);
7759 pushFollow(FOLLOW_40);
7760 lv_multiplicity_2_0=ruleMultiplicity(); 6887 lv_multiplicity_2_0=ruleMultiplicity();
7761 6888
7762 state._fsp--; 6889 state._fsp--;
7763 if (state.failed) return current;
7764 if ( state.backtracking==0 ) {
7765 6890
7766 if (current==null) { 6891
7767 current = createModelElementForParent(grammarAccess.getMemberDefinitionRule()); 6892 if (current==null) {
7768 } 6893 current = createModelElementForParent(grammarAccess.getMemberDefinitionRule());
7769 set( 6894 }
7770 current, 6895 set(
7771 "multiplicity", 6896 current,
7772 lv_multiplicity_2_0, 6897 "multiplicity",
7773 "org.eclipse.viatra.solver.language.SolverLanguage.Multiplicity"); 6898 lv_multiplicity_2_0,
7774 afterParserOrEnumRuleCall(); 6899 "org.eclipse.viatra.solver.language.SolverLanguage.Multiplicity");
7775 6900 afterParserOrEnumRuleCall();
7776 } 6901
7777 6902
7778 } 6903 }
7779 6904
@@ -7783,81 +6908,69 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7783 6908
7784 } 6909 }
7785 6910
7786 // InternalSolverLanguage.g:2716:3: ( (lv_name_3_0= RULE_ID ) ) 6911 // InternalSolverLanguageParser.g:2683:3: ( (lv_name_3_0= RULE_ID ) )
7787 // InternalSolverLanguage.g:2717:4: (lv_name_3_0= RULE_ID ) 6912 // InternalSolverLanguageParser.g:2684:4: (lv_name_3_0= RULE_ID )
7788 { 6913 {
7789 // InternalSolverLanguage.g:2717:4: (lv_name_3_0= RULE_ID ) 6914 // InternalSolverLanguageParser.g:2684:4: (lv_name_3_0= RULE_ID )
7790 // InternalSolverLanguage.g:2718:5: lv_name_3_0= RULE_ID 6915 // InternalSolverLanguageParser.g:2685:5: lv_name_3_0= RULE_ID
7791 { 6916 {
7792 lv_name_3_0=(Token)match(input,RULE_ID,FOLLOW_45); if (state.failed) return current; 6917 lv_name_3_0=(Token)match(input,RULE_ID,FOLLOW_43);
7793 if ( state.backtracking==0 ) {
7794 6918
7795 newLeafNode(lv_name_3_0, grammarAccess.getMemberDefinitionAccess().getNameIDTerminalRuleCall_3_0()); 6919 newLeafNode(lv_name_3_0, grammarAccess.getMemberDefinitionAccess().getNameIDTerminalRuleCall_3_0());
7796 6920
7797 }
7798 if ( state.backtracking==0 ) {
7799 6921
7800 if (current==null) { 6922 if (current==null) {
7801 current = createModelElement(grammarAccess.getMemberDefinitionRule()); 6923 current = createModelElement(grammarAccess.getMemberDefinitionRule());
7802 } 6924 }
7803 setWithLastConsumed( 6925 setWithLastConsumed(
7804 current, 6926 current,
7805 "name", 6927 "name",
7806 lv_name_3_0, 6928 lv_name_3_0,
7807 "org.eclipse.xtext.common.Terminals.ID"); 6929 "org.eclipse.xtext.common.Terminals.ID");
7808 6930
7809 }
7810 6931
7811 } 6932 }
7812 6933
7813 6934
7814 } 6935 }
7815 6936
7816 // InternalSolverLanguage.g:2734:3: (otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) )? 6937 // InternalSolverLanguageParser.g:2701:3: (otherlv_4= Opposite ( ( ruleQualifiedName ) ) )?
7817 int alt33=2; 6938 int alt32=2;
7818 int LA33_0 = input.LA(1); 6939 int LA32_0 = input.LA(1);
7819 6940
7820 if ( (LA33_0==45) ) { 6941 if ( (LA32_0==Opposite) ) {
7821 alt33=1; 6942 alt32=1;
7822 } 6943 }
7823 switch (alt33) { 6944 switch (alt32) {
7824 case 1 : 6945 case 1 :
7825 // InternalSolverLanguage.g:2735:4: otherlv_4= 'opposite' ( ( ruleQualifiedName ) ) 6946 // InternalSolverLanguageParser.g:2702:4: otherlv_4= Opposite ( ( ruleQualifiedName ) )
7826 { 6947 {
7827 otherlv_4=(Token)match(input,45,FOLLOW_35); if (state.failed) return current; 6948 otherlv_4=(Token)match(input,Opposite,FOLLOW_8);
7828 if ( state.backtracking==0 ) {
7829 6949
7830 newLeafNode(otherlv_4, grammarAccess.getMemberDefinitionAccess().getOppositeKeyword_4_0()); 6950 newLeafNode(otherlv_4, grammarAccess.getMemberDefinitionAccess().getOppositeKeyword_4_0());
7831 6951
7832 } 6952 // InternalSolverLanguageParser.g:2706:4: ( ( ruleQualifiedName ) )
7833 // InternalSolverLanguage.g:2739:4: ( ( ruleQualifiedName ) ) 6953 // InternalSolverLanguageParser.g:2707:5: ( ruleQualifiedName )
7834 // InternalSolverLanguage.g:2740:5: ( ruleQualifiedName )
7835 { 6954 {
7836 // InternalSolverLanguage.g:2740:5: ( ruleQualifiedName ) 6955 // InternalSolverLanguageParser.g:2707:5: ( ruleQualifiedName )
7837 // InternalSolverLanguage.g:2741:6: ruleQualifiedName 6956 // InternalSolverLanguageParser.g:2708:6: ruleQualifiedName
7838 { 6957 {
7839 if ( state.backtracking==0 ) {
7840 6958
7841 if (current==null) { 6959 if (current==null) {
7842 current = createModelElement(grammarAccess.getMemberDefinitionRule()); 6960 current = createModelElement(grammarAccess.getMemberDefinitionRule());
7843 } 6961 }
7844 6962
7845 }
7846 if ( state.backtracking==0 ) {
7847 6963
7848 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getOppositeNamedElementCrossReference_4_1_0()); 6964 newCompositeNode(grammarAccess.getMemberDefinitionAccess().getOppositeNamedElementCrossReference_4_1_0());
7849 6965
7850 }
7851 pushFollow(FOLLOW_18); 6966 pushFollow(FOLLOW_18);
7852 ruleQualifiedName(); 6967 ruleQualifiedName();
7853 6968
7854 state._fsp--; 6969 state._fsp--;
7855 if (state.failed) return current;
7856 if ( state.backtracking==0 ) {
7857 6970
7858 afterParserOrEnumRuleCall(); 6971
7859 6972 afterParserOrEnumRuleCall();
7860 } 6973
7861 6974
7862 } 6975 }
7863 6976
@@ -7870,23 +6983,21 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7870 6983
7871 } 6984 }
7872 6985
7873 // InternalSolverLanguage.g:2756:3: (otherlv_6= ';' )? 6986 // InternalSolverLanguageParser.g:2723:3: (otherlv_6= Semicolon )?
7874 int alt34=2; 6987 int alt33=2;
7875 int LA34_0 = input.LA(1); 6988 int LA33_0 = input.LA(1);
7876 6989
7877 if ( (LA34_0==26) ) { 6990 if ( (LA33_0==Semicolon) ) {
7878 alt34=1; 6991 alt33=1;
7879 } 6992 }
7880 switch (alt34) { 6993 switch (alt33) {
7881 case 1 : 6994 case 1 :
7882 // InternalSolverLanguage.g:2757:4: otherlv_6= ';' 6995 // InternalSolverLanguageParser.g:2724:4: otherlv_6= Semicolon
7883 { 6996 {
7884 otherlv_6=(Token)match(input,26,FOLLOW_2); if (state.failed) return current; 6997 otherlv_6=(Token)match(input,Semicolon,FOLLOW_2);
7885 if ( state.backtracking==0 ) {
7886 6998
7887 newLeafNode(otherlv_6, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5()); 6999 newLeafNode(otherlv_6, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5());
7888 7000
7889 }
7890 7001
7891 } 7002 }
7892 break; 7003 break;
@@ -7899,11 +7010,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7899 7010
7900 } 7011 }
7901 7012
7902 if ( state.backtracking==0 ) {
7903 7013
7904 leaveRule(); 7014 leaveRule();
7905 7015
7906 }
7907 } 7016 }
7908 7017
7909 catch (RecognitionException re) { 7018 catch (RecognitionException re) {
@@ -7918,7 +7027,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7918 7027
7919 7028
7920 // $ANTLR start "entryRuleMultiplicity" 7029 // $ANTLR start "entryRuleMultiplicity"
7921 // InternalSolverLanguage.g:2766:1: entryRuleMultiplicity returns [EObject current=null] : iv_ruleMultiplicity= ruleMultiplicity EOF ; 7030 // InternalSolverLanguageParser.g:2733:1: entryRuleMultiplicity returns [EObject current=null] : iv_ruleMultiplicity= ruleMultiplicity EOF ;
7922 public final EObject entryRuleMultiplicity() throws RecognitionException { 7031 public final EObject entryRuleMultiplicity() throws RecognitionException {
7923 EObject current = null; 7032 EObject current = null;
7924 7033
@@ -7926,21 +7035,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7926 7035
7927 7036
7928 try { 7037 try {
7929 // InternalSolverLanguage.g:2766:53: (iv_ruleMultiplicity= ruleMultiplicity EOF ) 7038 // InternalSolverLanguageParser.g:2733:53: (iv_ruleMultiplicity= ruleMultiplicity EOF )
7930 // InternalSolverLanguage.g:2767:2: iv_ruleMultiplicity= ruleMultiplicity EOF 7039 // InternalSolverLanguageParser.g:2734:2: iv_ruleMultiplicity= ruleMultiplicity EOF
7931 { 7040 {
7932 if ( state.backtracking==0 ) { 7041 newCompositeNode(grammarAccess.getMultiplicityRule());
7933 newCompositeNode(grammarAccess.getMultiplicityRule());
7934 }
7935 pushFollow(FOLLOW_1); 7042 pushFollow(FOLLOW_1);
7936 iv_ruleMultiplicity=ruleMultiplicity(); 7043 iv_ruleMultiplicity=ruleMultiplicity();
7937 7044
7938 state._fsp--; 7045 state._fsp--;
7939 if (state.failed) return current; 7046
7940 if ( state.backtracking==0 ) { 7047 current =iv_ruleMultiplicity;
7941 current =iv_ruleMultiplicity; 7048 match(input,EOF,FOLLOW_2);
7942 }
7943 match(input,EOF,FOLLOW_2); if (state.failed) return current;
7944 7049
7945 } 7050 }
7946 7051
@@ -7958,7 +7063,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7958 7063
7959 7064
7960 // $ANTLR start "ruleMultiplicity" 7065 // $ANTLR start "ruleMultiplicity"
7961 // InternalSolverLanguage.g:2773:1: ruleMultiplicity returns [EObject current=null] : (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) ; 7066 // InternalSolverLanguageParser.g:2740:1: ruleMultiplicity returns [EObject current=null] : (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) ;
7962 public final EObject ruleMultiplicity() throws RecognitionException { 7067 public final EObject ruleMultiplicity() throws RecognitionException {
7963 EObject current = null; 7068 EObject current = null;
7964 7069
@@ -7973,124 +7078,109 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
7973 enterRule(); 7078 enterRule();
7974 7079
7975 try { 7080 try {
7976 // InternalSolverLanguage.g:2779:2: ( (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) ) 7081 // InternalSolverLanguageParser.g:2746:2: ( (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) )
7977 // InternalSolverLanguage.g:2780:2: (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) 7082 // InternalSolverLanguageParser.g:2747:2: (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity )
7978 { 7083 {
7979 // InternalSolverLanguage.g:2780:2: (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity ) 7084 // InternalSolverLanguageParser.g:2747:2: (this_ManyMultiplicity_0= ruleManyMultiplicity | this_ExactMultiplicity_1= ruleExactMultiplicity | this_BoundedMultiplicity_2= ruleBoundedMultiplicity )
7980 int alt35=3; 7085 int alt34=3;
7981 int LA35_0 = input.LA(1); 7086 int LA34_0 = input.LA(1);
7982 7087
7983 if ( (LA35_0==36) ) { 7088 if ( (LA34_0==LeftSquareBracket) ) {
7984 switch ( input.LA(2) ) { 7089 switch ( input.LA(2) ) {
7985 case RULE_INT: 7090 case RULE_INT:
7986 { 7091 {
7987 int LA35_2 = input.LA(3); 7092 int LA34_2 = input.LA(3);
7988 7093
7989 if ( (LA35_2==38) ) { 7094 if ( (LA34_2==FullStopFullStop) ) {
7990 alt35=2; 7095 alt34=3;
7991 } 7096 }
7992 else if ( (LA35_2==37) ) { 7097 else if ( (LA34_2==RightSquareBracket) ) {
7993 alt35=3; 7098 alt34=2;
7994 } 7099 }
7995 else { 7100 else {
7996 if (state.backtracking>0) {state.failed=true; return current;}
7997 NoViableAltException nvae = 7101 NoViableAltException nvae =
7998 new NoViableAltException("", 35, 2, input); 7102 new NoViableAltException("", 34, 2, input);
7999 7103
8000 throw nvae; 7104 throw nvae;
8001 } 7105 }
8002 } 7106 }
8003 break; 7107 break;
8004 case 35: 7108 case Asterisk:
8005 { 7109 {
8006 alt35=2; 7110 alt34=2;
8007 } 7111 }
8008 break; 7112 break;
8009 case 38: 7113 case RightSquareBracket:
8010 { 7114 {
8011 alt35=1; 7115 alt34=1;
8012 } 7116 }
8013 break; 7117 break;
8014 default: 7118 default:
8015 if (state.backtracking>0) {state.failed=true; return current;}
8016 NoViableAltException nvae = 7119 NoViableAltException nvae =
8017 new NoViableAltException("", 35, 1, input); 7120 new NoViableAltException("", 34, 1, input);
8018 7121
8019 throw nvae; 7122 throw nvae;
8020 } 7123 }
8021 7124
8022 } 7125 }
8023 else { 7126 else {
8024 if (state.backtracking>0) {state.failed=true; return current;}
8025 NoViableAltException nvae = 7127 NoViableAltException nvae =
8026 new NoViableAltException("", 35, 0, input); 7128 new NoViableAltException("", 34, 0, input);
8027 7129
8028 throw nvae; 7130 throw nvae;
8029 } 7131 }
8030 switch (alt35) { 7132 switch (alt34) {
8031 case 1 : 7133 case 1 :
8032 // InternalSolverLanguage.g:2781:3: this_ManyMultiplicity_0= ruleManyMultiplicity 7134 // InternalSolverLanguageParser.g:2748:3: this_ManyMultiplicity_0= ruleManyMultiplicity
8033 { 7135 {
8034 if ( state.backtracking==0 ) {
8035 7136
8036 newCompositeNode(grammarAccess.getMultiplicityAccess().getManyMultiplicityParserRuleCall_0()); 7137 newCompositeNode(grammarAccess.getMultiplicityAccess().getManyMultiplicityParserRuleCall_0());
8037 7138
8038 }
8039 pushFollow(FOLLOW_2); 7139 pushFollow(FOLLOW_2);
8040 this_ManyMultiplicity_0=ruleManyMultiplicity(); 7140 this_ManyMultiplicity_0=ruleManyMultiplicity();
8041 7141
8042 state._fsp--; 7142 state._fsp--;
8043 if (state.failed) return current;
8044 if ( state.backtracking==0 ) {
8045 7143
8046 current = this_ManyMultiplicity_0; 7144
8047 afterParserOrEnumRuleCall(); 7145 current = this_ManyMultiplicity_0;
8048 7146 afterParserOrEnumRuleCall();
8049 } 7147
8050 7148
8051 } 7149 }
8052 break; 7150 break;
8053 case 2 : 7151 case 2 :
8054 // InternalSolverLanguage.g:2790:3: this_ExactMultiplicity_1= ruleExactMultiplicity 7152 // InternalSolverLanguageParser.g:2757:3: this_ExactMultiplicity_1= ruleExactMultiplicity
8055 { 7153 {
8056 if ( state.backtracking==0 ) {
8057 7154
8058 newCompositeNode(grammarAccess.getMultiplicityAccess().getExactMultiplicityParserRuleCall_1()); 7155 newCompositeNode(grammarAccess.getMultiplicityAccess().getExactMultiplicityParserRuleCall_1());
8059 7156
8060 }
8061 pushFollow(FOLLOW_2); 7157 pushFollow(FOLLOW_2);
8062 this_ExactMultiplicity_1=ruleExactMultiplicity(); 7158 this_ExactMultiplicity_1=ruleExactMultiplicity();
8063 7159
8064 state._fsp--; 7160 state._fsp--;
8065 if (state.failed) return current;
8066 if ( state.backtracking==0 ) {
8067 7161
8068 current = this_ExactMultiplicity_1; 7162
8069 afterParserOrEnumRuleCall(); 7163 current = this_ExactMultiplicity_1;
8070 7164 afterParserOrEnumRuleCall();
8071 } 7165
8072 7166
8073 } 7167 }
8074 break; 7168 break;
8075 case 3 : 7169 case 3 :
8076 // InternalSolverLanguage.g:2799:3: this_BoundedMultiplicity_2= ruleBoundedMultiplicity 7170 // InternalSolverLanguageParser.g:2766:3: this_BoundedMultiplicity_2= ruleBoundedMultiplicity
8077 { 7171 {
8078 if ( state.backtracking==0 ) {
8079 7172
8080 newCompositeNode(grammarAccess.getMultiplicityAccess().getBoundedMultiplicityParserRuleCall_2()); 7173 newCompositeNode(grammarAccess.getMultiplicityAccess().getBoundedMultiplicityParserRuleCall_2());
8081 7174
8082 }
8083 pushFollow(FOLLOW_2); 7175 pushFollow(FOLLOW_2);
8084 this_BoundedMultiplicity_2=ruleBoundedMultiplicity(); 7176 this_BoundedMultiplicity_2=ruleBoundedMultiplicity();
8085 7177
8086 state._fsp--; 7178 state._fsp--;
8087 if (state.failed) return current;
8088 if ( state.backtracking==0 ) {
8089 7179
8090 current = this_BoundedMultiplicity_2; 7180
8091 afterParserOrEnumRuleCall(); 7181 current = this_BoundedMultiplicity_2;
8092 7182 afterParserOrEnumRuleCall();
8093 } 7183
8094 7184
8095 } 7185 }
8096 break; 7186 break;
@@ -8100,11 +7190,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8100 7190
8101 } 7191 }
8102 7192
8103 if ( state.backtracking==0 ) {
8104 7193
8105 leaveRule(); 7194 leaveRule();
8106 7195
8107 }
8108 } 7196 }
8109 7197
8110 catch (RecognitionException re) { 7198 catch (RecognitionException re) {
@@ -8119,7 +7207,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8119 7207
8120 7208
8121 // $ANTLR start "entryRuleManyMultiplicity" 7209 // $ANTLR start "entryRuleManyMultiplicity"
8122 // InternalSolverLanguage.g:2811:1: entryRuleManyMultiplicity returns [EObject current=null] : iv_ruleManyMultiplicity= ruleManyMultiplicity EOF ; 7210 // InternalSolverLanguageParser.g:2778:1: entryRuleManyMultiplicity returns [EObject current=null] : iv_ruleManyMultiplicity= ruleManyMultiplicity EOF ;
8123 public final EObject entryRuleManyMultiplicity() throws RecognitionException { 7211 public final EObject entryRuleManyMultiplicity() throws RecognitionException {
8124 EObject current = null; 7212 EObject current = null;
8125 7213
@@ -8127,21 +7215,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8127 7215
8128 7216
8129 try { 7217 try {
8130 // InternalSolverLanguage.g:2811:57: (iv_ruleManyMultiplicity= ruleManyMultiplicity EOF ) 7218 // InternalSolverLanguageParser.g:2778:57: (iv_ruleManyMultiplicity= ruleManyMultiplicity EOF )
8131 // InternalSolverLanguage.g:2812:2: iv_ruleManyMultiplicity= ruleManyMultiplicity EOF 7219 // InternalSolverLanguageParser.g:2779:2: iv_ruleManyMultiplicity= ruleManyMultiplicity EOF
8132 { 7220 {
8133 if ( state.backtracking==0 ) { 7221 newCompositeNode(grammarAccess.getManyMultiplicityRule());
8134 newCompositeNode(grammarAccess.getManyMultiplicityRule());
8135 }
8136 pushFollow(FOLLOW_1); 7222 pushFollow(FOLLOW_1);
8137 iv_ruleManyMultiplicity=ruleManyMultiplicity(); 7223 iv_ruleManyMultiplicity=ruleManyMultiplicity();
8138 7224
8139 state._fsp--; 7225 state._fsp--;
8140 if (state.failed) return current; 7226
8141 if ( state.backtracking==0 ) { 7227 current =iv_ruleManyMultiplicity;
8142 current =iv_ruleManyMultiplicity; 7228 match(input,EOF,FOLLOW_2);
8143 }
8144 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8145 7229
8146 } 7230 }
8147 7231
@@ -8159,7 +7243,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8159 7243
8160 7244
8161 // $ANTLR start "ruleManyMultiplicity" 7245 // $ANTLR start "ruleManyMultiplicity"
8162 // InternalSolverLanguage.g:2818:1: ruleManyMultiplicity returns [EObject current=null] : ( () otherlv_1= '[' otherlv_2= ']' ) ; 7246 // InternalSolverLanguageParser.g:2785:1: ruleManyMultiplicity returns [EObject current=null] : ( () otherlv_1= LeftSquareBracket otherlv_2= RightSquareBracket ) ;
8163 public final EObject ruleManyMultiplicity() throws RecognitionException { 7247 public final EObject ruleManyMultiplicity() throws RecognitionException {
8164 EObject current = null; 7248 EObject current = null;
8165 7249
@@ -8170,48 +7254,40 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8170 enterRule(); 7254 enterRule();
8171 7255
8172 try { 7256 try {
8173 // InternalSolverLanguage.g:2824:2: ( ( () otherlv_1= '[' otherlv_2= ']' ) ) 7257 // InternalSolverLanguageParser.g:2791:2: ( ( () otherlv_1= LeftSquareBracket otherlv_2= RightSquareBracket ) )
8174 // InternalSolverLanguage.g:2825:2: ( () otherlv_1= '[' otherlv_2= ']' ) 7258 // InternalSolverLanguageParser.g:2792:2: ( () otherlv_1= LeftSquareBracket otherlv_2= RightSquareBracket )
8175 { 7259 {
8176 // InternalSolverLanguage.g:2825:2: ( () otherlv_1= '[' otherlv_2= ']' ) 7260 // InternalSolverLanguageParser.g:2792:2: ( () otherlv_1= LeftSquareBracket otherlv_2= RightSquareBracket )
8177 // InternalSolverLanguage.g:2826:3: () otherlv_1= '[' otherlv_2= ']' 7261 // InternalSolverLanguageParser.g:2793:3: () otherlv_1= LeftSquareBracket otherlv_2= RightSquareBracket
8178 { 7262 {
8179 // InternalSolverLanguage.g:2826:3: () 7263 // InternalSolverLanguageParser.g:2793:3: ()
8180 // InternalSolverLanguage.g:2827:4: 7264 // InternalSolverLanguageParser.g:2794:4:
8181 { 7265 {
8182 if ( state.backtracking==0 ) {
8183 7266
8184 current = forceCreateModelElement( 7267 current = forceCreateModelElement(
8185 grammarAccess.getManyMultiplicityAccess().getManyMultiplicityAction_0(), 7268 grammarAccess.getManyMultiplicityAccess().getManyMultiplicityAction_0(),
8186 current); 7269 current);
8187 7270
8188 }
8189 7271
8190 } 7272 }
8191 7273
8192 otherlv_1=(Token)match(input,36,FOLLOW_38); if (state.failed) return current; 7274 otherlv_1=(Token)match(input,LeftSquareBracket,FOLLOW_36);
8193 if ( state.backtracking==0 ) {
8194 7275
8195 newLeafNode(otherlv_1, grammarAccess.getManyMultiplicityAccess().getLeftSquareBracketKeyword_1()); 7276 newLeafNode(otherlv_1, grammarAccess.getManyMultiplicityAccess().getLeftSquareBracketKeyword_1());
8196 7277
8197 } 7278 otherlv_2=(Token)match(input,RightSquareBracket,FOLLOW_2);
8198 otherlv_2=(Token)match(input,38,FOLLOW_2); if (state.failed) return current;
8199 if ( state.backtracking==0 ) {
8200 7279
8201 newLeafNode(otherlv_2, grammarAccess.getManyMultiplicityAccess().getRightSquareBracketKeyword_2()); 7280 newLeafNode(otherlv_2, grammarAccess.getManyMultiplicityAccess().getRightSquareBracketKeyword_2());
8202 7281
8203 }
8204 7282
8205 } 7283 }
8206 7284
8207 7285
8208 } 7286 }
8209 7287
8210 if ( state.backtracking==0 ) {
8211 7288
8212 leaveRule(); 7289 leaveRule();
8213 7290
8214 }
8215 } 7291 }
8216 7292
8217 catch (RecognitionException re) { 7293 catch (RecognitionException re) {
@@ -8226,7 +7302,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8226 7302
8227 7303
8228 // $ANTLR start "entryRuleExactMultiplicity" 7304 // $ANTLR start "entryRuleExactMultiplicity"
8229 // InternalSolverLanguage.g:2845:1: entryRuleExactMultiplicity returns [EObject current=null] : iv_ruleExactMultiplicity= ruleExactMultiplicity EOF ; 7305 // InternalSolverLanguageParser.g:2812:1: entryRuleExactMultiplicity returns [EObject current=null] : iv_ruleExactMultiplicity= ruleExactMultiplicity EOF ;
8230 public final EObject entryRuleExactMultiplicity() throws RecognitionException { 7306 public final EObject entryRuleExactMultiplicity() throws RecognitionException {
8231 EObject current = null; 7307 EObject current = null;
8232 7308
@@ -8234,21 +7310,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8234 7310
8235 7311
8236 try { 7312 try {
8237 // InternalSolverLanguage.g:2845:58: (iv_ruleExactMultiplicity= ruleExactMultiplicity EOF ) 7313 // InternalSolverLanguageParser.g:2812:58: (iv_ruleExactMultiplicity= ruleExactMultiplicity EOF )
8238 // InternalSolverLanguage.g:2846:2: iv_ruleExactMultiplicity= ruleExactMultiplicity EOF 7314 // InternalSolverLanguageParser.g:2813:2: iv_ruleExactMultiplicity= ruleExactMultiplicity EOF
8239 { 7315 {
8240 if ( state.backtracking==0 ) { 7316 newCompositeNode(grammarAccess.getExactMultiplicityRule());
8241 newCompositeNode(grammarAccess.getExactMultiplicityRule());
8242 }
8243 pushFollow(FOLLOW_1); 7317 pushFollow(FOLLOW_1);
8244 iv_ruleExactMultiplicity=ruleExactMultiplicity(); 7318 iv_ruleExactMultiplicity=ruleExactMultiplicity();
8245 7319
8246 state._fsp--; 7320 state._fsp--;
8247 if (state.failed) return current; 7321
8248 if ( state.backtracking==0 ) { 7322 current =iv_ruleExactMultiplicity;
8249 current =iv_ruleExactMultiplicity; 7323 match(input,EOF,FOLLOW_2);
8250 }
8251 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8252 7324
8253 } 7325 }
8254 7326
@@ -8266,7 +7338,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8266 7338
8267 7339
8268 // $ANTLR start "ruleExactMultiplicity" 7340 // $ANTLR start "ruleExactMultiplicity"
8269 // InternalSolverLanguage.g:2852:1: ruleExactMultiplicity returns [EObject current=null] : (otherlv_0= '[' ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= ']' ) ; 7341 // InternalSolverLanguageParser.g:2819:1: ruleExactMultiplicity returns [EObject current=null] : (otherlv_0= LeftSquareBracket ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= RightSquareBracket ) ;
8270 public final EObject ruleExactMultiplicity() throws RecognitionException { 7342 public final EObject ruleExactMultiplicity() throws RecognitionException {
8271 EObject current = null; 7343 EObject current = null;
8272 7344
@@ -8279,70 +7351,60 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8279 enterRule(); 7351 enterRule();
8280 7352
8281 try { 7353 try {
8282 // InternalSolverLanguage.g:2858:2: ( (otherlv_0= '[' ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= ']' ) ) 7354 // InternalSolverLanguageParser.g:2825:2: ( (otherlv_0= LeftSquareBracket ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= RightSquareBracket ) )
8283 // InternalSolverLanguage.g:2859:2: (otherlv_0= '[' ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= ']' ) 7355 // InternalSolverLanguageParser.g:2826:2: (otherlv_0= LeftSquareBracket ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= RightSquareBracket )
8284 { 7356 {
8285 // InternalSolverLanguage.g:2859:2: (otherlv_0= '[' ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= ']' ) 7357 // InternalSolverLanguageParser.g:2826:2: (otherlv_0= LeftSquareBracket ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= RightSquareBracket )
8286 // InternalSolverLanguage.g:2860:3: otherlv_0= '[' ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= ']' 7358 // InternalSolverLanguageParser.g:2827:3: otherlv_0= LeftSquareBracket ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) otherlv_2= RightSquareBracket
8287 { 7359 {
8288 otherlv_0=(Token)match(input,36,FOLLOW_46); if (state.failed) return current; 7360 otherlv_0=(Token)match(input,LeftSquareBracket,FOLLOW_44);
8289 if ( state.backtracking==0 ) {
8290 7361
8291 newLeafNode(otherlv_0, grammarAccess.getExactMultiplicityAccess().getLeftSquareBracketKeyword_0()); 7362 newLeafNode(otherlv_0, grammarAccess.getExactMultiplicityAccess().getLeftSquareBracketKeyword_0());
8292 7363
8293 } 7364 // InternalSolverLanguageParser.g:2831:3: ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) )
8294 // InternalSolverLanguage.g:2864:3: ( (lv_multiplicity_1_0= ruleUpperMultiplicty ) ) 7365 // InternalSolverLanguageParser.g:2832:4: (lv_multiplicity_1_0= ruleUpperMultiplicty )
8295 // InternalSolverLanguage.g:2865:4: (lv_multiplicity_1_0= ruleUpperMultiplicty )
8296 { 7366 {
8297 // InternalSolverLanguage.g:2865:4: (lv_multiplicity_1_0= ruleUpperMultiplicty ) 7367 // InternalSolverLanguageParser.g:2832:4: (lv_multiplicity_1_0= ruleUpperMultiplicty )
8298 // InternalSolverLanguage.g:2866:5: lv_multiplicity_1_0= ruleUpperMultiplicty 7368 // InternalSolverLanguageParser.g:2833:5: lv_multiplicity_1_0= ruleUpperMultiplicty
8299 { 7369 {
8300 if ( state.backtracking==0 ) {
8301 7370
8302 newCompositeNode(grammarAccess.getExactMultiplicityAccess().getMultiplicityUpperMultiplictyParserRuleCall_1_0()); 7371 newCompositeNode(grammarAccess.getExactMultiplicityAccess().getMultiplicityUpperMultiplictyParserRuleCall_1_0());
8303 7372
8304 } 7373 pushFollow(FOLLOW_36);
8305 pushFollow(FOLLOW_38);
8306 lv_multiplicity_1_0=ruleUpperMultiplicty(); 7374 lv_multiplicity_1_0=ruleUpperMultiplicty();
8307 7375
8308 state._fsp--; 7376 state._fsp--;
8309 if (state.failed) return current;
8310 if ( state.backtracking==0 ) {
8311 7377
8312 if (current==null) { 7378
8313 current = createModelElementForParent(grammarAccess.getExactMultiplicityRule()); 7379 if (current==null) {
8314 } 7380 current = createModelElementForParent(grammarAccess.getExactMultiplicityRule());
8315 set( 7381 }
8316 current, 7382 set(
8317 "multiplicity", 7383 current,
8318 lv_multiplicity_1_0, 7384 "multiplicity",
8319 "org.eclipse.viatra.solver.language.SolverLanguage.UpperMultiplicty"); 7385 lv_multiplicity_1_0,
8320 afterParserOrEnumRuleCall(); 7386 "org.eclipse.viatra.solver.language.SolverLanguage.UpperMultiplicty");
8321 7387 afterParserOrEnumRuleCall();
8322 } 7388
8323 7389
8324 } 7390 }
8325 7391
8326 7392
8327 } 7393 }
8328 7394
8329 otherlv_2=(Token)match(input,38,FOLLOW_2); if (state.failed) return current; 7395 otherlv_2=(Token)match(input,RightSquareBracket,FOLLOW_2);
8330 if ( state.backtracking==0 ) {
8331 7396
8332 newLeafNode(otherlv_2, grammarAccess.getExactMultiplicityAccess().getRightSquareBracketKeyword_2()); 7397 newLeafNode(otherlv_2, grammarAccess.getExactMultiplicityAccess().getRightSquareBracketKeyword_2());
8333 7398
8334 }
8335 7399
8336 } 7400 }
8337 7401
8338 7402
8339 } 7403 }
8340 7404
8341 if ( state.backtracking==0 ) {
8342 7405
8343 leaveRule(); 7406 leaveRule();
8344 7407
8345 }
8346 } 7408 }
8347 7409
8348 catch (RecognitionException re) { 7410 catch (RecognitionException re) {
@@ -8357,7 +7419,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8357 7419
8358 7420
8359 // $ANTLR start "entryRuleBoundedMultiplicity" 7421 // $ANTLR start "entryRuleBoundedMultiplicity"
8360 // InternalSolverLanguage.g:2891:1: entryRuleBoundedMultiplicity returns [EObject current=null] : iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF ; 7422 // InternalSolverLanguageParser.g:2858:1: entryRuleBoundedMultiplicity returns [EObject current=null] : iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF ;
8361 public final EObject entryRuleBoundedMultiplicity() throws RecognitionException { 7423 public final EObject entryRuleBoundedMultiplicity() throws RecognitionException {
8362 EObject current = null; 7424 EObject current = null;
8363 7425
@@ -8365,21 +7427,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8365 7427
8366 7428
8367 try { 7429 try {
8368 // InternalSolverLanguage.g:2891:60: (iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF ) 7430 // InternalSolverLanguageParser.g:2858:60: (iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF )
8369 // InternalSolverLanguage.g:2892:2: iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF 7431 // InternalSolverLanguageParser.g:2859:2: iv_ruleBoundedMultiplicity= ruleBoundedMultiplicity EOF
8370 { 7432 {
8371 if ( state.backtracking==0 ) { 7433 newCompositeNode(grammarAccess.getBoundedMultiplicityRule());
8372 newCompositeNode(grammarAccess.getBoundedMultiplicityRule());
8373 }
8374 pushFollow(FOLLOW_1); 7434 pushFollow(FOLLOW_1);
8375 iv_ruleBoundedMultiplicity=ruleBoundedMultiplicity(); 7435 iv_ruleBoundedMultiplicity=ruleBoundedMultiplicity();
8376 7436
8377 state._fsp--; 7437 state._fsp--;
8378 if (state.failed) return current; 7438
8379 if ( state.backtracking==0 ) { 7439 current =iv_ruleBoundedMultiplicity;
8380 current =iv_ruleBoundedMultiplicity; 7440 match(input,EOF,FOLLOW_2);
8381 }
8382 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8383 7441
8384 } 7442 }
8385 7443
@@ -8397,7 +7455,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8397 7455
8398 7456
8399 // $ANTLR start "ruleBoundedMultiplicity" 7457 // $ANTLR start "ruleBoundedMultiplicity"
8400 // InternalSolverLanguage.g:2898:1: ruleBoundedMultiplicity returns [EObject current=null] : (otherlv_0= '[' ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= ']' ) ; 7458 // InternalSolverLanguageParser.g:2865:1: ruleBoundedMultiplicity returns [EObject current=null] : (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= RightSquareBracket ) ;
8401 public final EObject ruleBoundedMultiplicity() throws RecognitionException { 7459 public final EObject ruleBoundedMultiplicity() throws RecognitionException {
8402 EObject current = null; 7460 EObject current = null;
8403 7461
@@ -8412,106 +7470,90 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8412 enterRule(); 7470 enterRule();
8413 7471
8414 try { 7472 try {
8415 // InternalSolverLanguage.g:2904:2: ( (otherlv_0= '[' ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= ']' ) ) 7473 // InternalSolverLanguageParser.g:2871:2: ( (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= RightSquareBracket ) )
8416 // InternalSolverLanguage.g:2905:2: (otherlv_0= '[' ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= ']' ) 7474 // InternalSolverLanguageParser.g:2872:2: (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= RightSquareBracket )
8417 { 7475 {
8418 // InternalSolverLanguage.g:2905:2: (otherlv_0= '[' ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= ']' ) 7476 // InternalSolverLanguageParser.g:2872:2: (otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= RightSquareBracket )
8419 // InternalSolverLanguage.g:2906:3: otherlv_0= '[' ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '..' ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= ']' 7477 // InternalSolverLanguageParser.g:2873:3: otherlv_0= LeftSquareBracket ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= FullStopFullStop ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) otherlv_4= RightSquareBracket
8420 { 7478 {
8421 otherlv_0=(Token)match(input,36,FOLLOW_47); if (state.failed) return current; 7479 otherlv_0=(Token)match(input,LeftSquareBracket,FOLLOW_45);
8422 if ( state.backtracking==0 ) {
8423 7480
8424 newLeafNode(otherlv_0, grammarAccess.getBoundedMultiplicityAccess().getLeftSquareBracketKeyword_0()); 7481 newLeafNode(otherlv_0, grammarAccess.getBoundedMultiplicityAccess().getLeftSquareBracketKeyword_0());
8425 7482
8426 } 7483 // InternalSolverLanguageParser.g:2877:3: ( (lv_lowerBound_1_0= RULE_INT ) )
8427 // InternalSolverLanguage.g:2910:3: ( (lv_lowerBound_1_0= RULE_INT ) ) 7484 // InternalSolverLanguageParser.g:2878:4: (lv_lowerBound_1_0= RULE_INT )
8428 // InternalSolverLanguage.g:2911:4: (lv_lowerBound_1_0= RULE_INT )
8429 { 7485 {
8430 // InternalSolverLanguage.g:2911:4: (lv_lowerBound_1_0= RULE_INT ) 7486 // InternalSolverLanguageParser.g:2878:4: (lv_lowerBound_1_0= RULE_INT )
8431 // InternalSolverLanguage.g:2912:5: lv_lowerBound_1_0= RULE_INT 7487 // InternalSolverLanguageParser.g:2879:5: lv_lowerBound_1_0= RULE_INT
8432 { 7488 {
8433 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_37); if (state.failed) return current; 7489 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_35);
8434 if ( state.backtracking==0 ) {
8435 7490
8436 newLeafNode(lv_lowerBound_1_0, grammarAccess.getBoundedMultiplicityAccess().getLowerBoundINTTerminalRuleCall_1_0()); 7491 newLeafNode(lv_lowerBound_1_0, grammarAccess.getBoundedMultiplicityAccess().getLowerBoundINTTerminalRuleCall_1_0());
8437 7492
8438 }
8439 if ( state.backtracking==0 ) {
8440 7493
8441 if (current==null) { 7494 if (current==null) {
8442 current = createModelElement(grammarAccess.getBoundedMultiplicityRule()); 7495 current = createModelElement(grammarAccess.getBoundedMultiplicityRule());
8443 } 7496 }
8444 setWithLastConsumed( 7497 setWithLastConsumed(
8445 current, 7498 current,
8446 "lowerBound", 7499 "lowerBound",
8447 lv_lowerBound_1_0, 7500 lv_lowerBound_1_0,
8448 "org.eclipse.xtext.common.Terminals.INT"); 7501 "org.eclipse.xtext.common.Terminals.INT");
8449 7502
8450 }
8451 7503
8452 } 7504 }
8453 7505
8454 7506
8455 } 7507 }
8456 7508
8457 otherlv_2=(Token)match(input,37,FOLLOW_46); if (state.failed) return current; 7509 otherlv_2=(Token)match(input,FullStopFullStop,FOLLOW_44);
8458 if ( state.backtracking==0 ) {
8459 7510
8460 newLeafNode(otherlv_2, grammarAccess.getBoundedMultiplicityAccess().getFullStopFullStopKeyword_2()); 7511 newLeafNode(otherlv_2, grammarAccess.getBoundedMultiplicityAccess().getFullStopFullStopKeyword_2());
8461 7512
8462 } 7513 // InternalSolverLanguageParser.g:2899:3: ( (lv_upperBound_3_0= ruleUpperMultiplicty ) )
8463 // InternalSolverLanguage.g:2932:3: ( (lv_upperBound_3_0= ruleUpperMultiplicty ) ) 7514 // InternalSolverLanguageParser.g:2900:4: (lv_upperBound_3_0= ruleUpperMultiplicty )
8464 // InternalSolverLanguage.g:2933:4: (lv_upperBound_3_0= ruleUpperMultiplicty )
8465 { 7515 {
8466 // InternalSolverLanguage.g:2933:4: (lv_upperBound_3_0= ruleUpperMultiplicty ) 7516 // InternalSolverLanguageParser.g:2900:4: (lv_upperBound_3_0= ruleUpperMultiplicty )
8467 // InternalSolverLanguage.g:2934:5: lv_upperBound_3_0= ruleUpperMultiplicty 7517 // InternalSolverLanguageParser.g:2901:5: lv_upperBound_3_0= ruleUpperMultiplicty
8468 { 7518 {
8469 if ( state.backtracking==0 ) {
8470 7519
8471 newCompositeNode(grammarAccess.getBoundedMultiplicityAccess().getUpperBoundUpperMultiplictyParserRuleCall_3_0()); 7520 newCompositeNode(grammarAccess.getBoundedMultiplicityAccess().getUpperBoundUpperMultiplictyParserRuleCall_3_0());
8472 7521
8473 } 7522 pushFollow(FOLLOW_36);
8474 pushFollow(FOLLOW_38);
8475 lv_upperBound_3_0=ruleUpperMultiplicty(); 7523 lv_upperBound_3_0=ruleUpperMultiplicty();
8476 7524
8477 state._fsp--; 7525 state._fsp--;
8478 if (state.failed) return current;
8479 if ( state.backtracking==0 ) {
8480 7526
8481 if (current==null) { 7527
8482 current = createModelElementForParent(grammarAccess.getBoundedMultiplicityRule()); 7528 if (current==null) {
8483 } 7529 current = createModelElementForParent(grammarAccess.getBoundedMultiplicityRule());
8484 set( 7530 }
8485 current, 7531 set(
8486 "upperBound", 7532 current,
8487 lv_upperBound_3_0, 7533 "upperBound",
8488 "org.eclipse.viatra.solver.language.SolverLanguage.UpperMultiplicty"); 7534 lv_upperBound_3_0,
8489 afterParserOrEnumRuleCall(); 7535 "org.eclipse.viatra.solver.language.SolverLanguage.UpperMultiplicty");
8490 7536 afterParserOrEnumRuleCall();
8491 } 7537
8492 7538
8493 } 7539 }
8494 7540
8495 7541
8496 } 7542 }
8497 7543
8498 otherlv_4=(Token)match(input,38,FOLLOW_2); if (state.failed) return current; 7544 otherlv_4=(Token)match(input,RightSquareBracket,FOLLOW_2);
8499 if ( state.backtracking==0 ) {
8500 7545
8501 newLeafNode(otherlv_4, grammarAccess.getBoundedMultiplicityAccess().getRightSquareBracketKeyword_4()); 7546 newLeafNode(otherlv_4, grammarAccess.getBoundedMultiplicityAccess().getRightSquareBracketKeyword_4());
8502 7547
8503 }
8504 7548
8505 } 7549 }
8506 7550
8507 7551
8508 } 7552 }
8509 7553
8510 if ( state.backtracking==0 ) {
8511 7554
8512 leaveRule(); 7555 leaveRule();
8513 7556
8514 }
8515 } 7557 }
8516 7558
8517 catch (RecognitionException re) { 7559 catch (RecognitionException re) {
@@ -8526,7 +7568,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8526 7568
8527 7569
8528 // $ANTLR start "entryRuleScopeDefinition" 7570 // $ANTLR start "entryRuleScopeDefinition"
8529 // InternalSolverLanguage.g:2959:1: entryRuleScopeDefinition returns [EObject current=null] : iv_ruleScopeDefinition= ruleScopeDefinition EOF ; 7571 // InternalSolverLanguageParser.g:2926:1: entryRuleScopeDefinition returns [EObject current=null] : iv_ruleScopeDefinition= ruleScopeDefinition EOF ;
8530 public final EObject entryRuleScopeDefinition() throws RecognitionException { 7572 public final EObject entryRuleScopeDefinition() throws RecognitionException {
8531 EObject current = null; 7573 EObject current = null;
8532 7574
@@ -8534,21 +7576,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8534 7576
8535 7577
8536 try { 7578 try {
8537 // InternalSolverLanguage.g:2959:56: (iv_ruleScopeDefinition= ruleScopeDefinition EOF ) 7579 // InternalSolverLanguageParser.g:2926:56: (iv_ruleScopeDefinition= ruleScopeDefinition EOF )
8538 // InternalSolverLanguage.g:2960:2: iv_ruleScopeDefinition= ruleScopeDefinition EOF 7580 // InternalSolverLanguageParser.g:2927:2: iv_ruleScopeDefinition= ruleScopeDefinition EOF
8539 { 7581 {
8540 if ( state.backtracking==0 ) { 7582 newCompositeNode(grammarAccess.getScopeDefinitionRule());
8541 newCompositeNode(grammarAccess.getScopeDefinitionRule());
8542 }
8543 pushFollow(FOLLOW_1); 7583 pushFollow(FOLLOW_1);
8544 iv_ruleScopeDefinition=ruleScopeDefinition(); 7584 iv_ruleScopeDefinition=ruleScopeDefinition();
8545 7585
8546 state._fsp--; 7586 state._fsp--;
8547 if (state.failed) return current; 7587
8548 if ( state.backtracking==0 ) { 7588 current =iv_ruleScopeDefinition;
8549 current =iv_ruleScopeDefinition; 7589 match(input,EOF,FOLLOW_2);
8550 }
8551 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8552 7590
8553 } 7591 }
8554 7592
@@ -8566,7 +7604,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8566 7604
8567 7605
8568 // $ANTLR start "ruleScopeDefinition" 7606 // $ANTLR start "ruleScopeDefinition"
8569 // InternalSolverLanguage.g:2966:1: ruleScopeDefinition returns [EObject current=null] : (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) ; 7607 // InternalSolverLanguageParser.g:2933:1: ruleScopeDefinition returns [EObject current=null] : (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) ;
8570 public final EObject ruleScopeDefinition() throws RecognitionException { 7608 public final EObject ruleScopeDefinition() throws RecognitionException {
8571 EObject current = null; 7609 EObject current = null;
8572 7610
@@ -8581,76 +7619,64 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8581 enterRule(); 7619 enterRule();
8582 7620
8583 try { 7621 try {
8584 // InternalSolverLanguage.g:2972:2: ( (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) ) 7622 // InternalSolverLanguageParser.g:2939:2: ( (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) )
8585 // InternalSolverLanguage.g:2973:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) 7623 // InternalSolverLanguageParser.g:2940:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition )
8586 { 7624 {
8587 // InternalSolverLanguage.g:2973:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition ) 7625 // InternalSolverLanguageParser.g:2940:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition )
8588 int alt36=3; 7626 int alt35=3;
8589 alt36 = dfa36.predict(input); 7627 alt35 = dfa35.predict(input);
8590 switch (alt36) { 7628 switch (alt35) {
8591 case 1 : 7629 case 1 :
8592 // InternalSolverLanguage.g:2974:3: this_ExactScopeDefinition_0= ruleExactScopeDefinition 7630 // InternalSolverLanguageParser.g:2941:3: this_ExactScopeDefinition_0= ruleExactScopeDefinition
8593 { 7631 {
8594 if ( state.backtracking==0 ) {
8595 7632
8596 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getExactScopeDefinitionParserRuleCall_0()); 7633 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getExactScopeDefinitionParserRuleCall_0());
8597 7634
8598 }
8599 pushFollow(FOLLOW_2); 7635 pushFollow(FOLLOW_2);
8600 this_ExactScopeDefinition_0=ruleExactScopeDefinition(); 7636 this_ExactScopeDefinition_0=ruleExactScopeDefinition();
8601 7637
8602 state._fsp--; 7638 state._fsp--;
8603 if (state.failed) return current;
8604 if ( state.backtracking==0 ) {
8605 7639
8606 current = this_ExactScopeDefinition_0; 7640
8607 afterParserOrEnumRuleCall(); 7641 current = this_ExactScopeDefinition_0;
8608 7642 afterParserOrEnumRuleCall();
8609 } 7643
8610 7644
8611 } 7645 }
8612 break; 7646 break;
8613 case 2 : 7647 case 2 :
8614 // InternalSolverLanguage.g:2983:3: this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition 7648 // InternalSolverLanguageParser.g:2950:3: this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition
8615 { 7649 {
8616 if ( state.backtracking==0 ) {
8617 7650
8618 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getBoundedScopeDefinitionParserRuleCall_1()); 7651 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getBoundedScopeDefinitionParserRuleCall_1());
8619 7652
8620 }
8621 pushFollow(FOLLOW_2); 7653 pushFollow(FOLLOW_2);
8622 this_BoundedScopeDefinition_1=ruleBoundedScopeDefinition(); 7654 this_BoundedScopeDefinition_1=ruleBoundedScopeDefinition();
8623 7655
8624 state._fsp--; 7656 state._fsp--;
8625 if (state.failed) return current;
8626 if ( state.backtracking==0 ) {
8627 7657
8628 current = this_BoundedScopeDefinition_1; 7658
8629 afterParserOrEnumRuleCall(); 7659 current = this_BoundedScopeDefinition_1;
8630 7660 afterParserOrEnumRuleCall();
8631 } 7661
8632 7662
8633 } 7663 }
8634 break; 7664 break;
8635 case 3 : 7665 case 3 :
8636 // InternalSolverLanguage.g:2992:3: this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition 7666 // InternalSolverLanguageParser.g:2959:3: this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition
8637 { 7667 {
8638 if ( state.backtracking==0 ) {
8639 7668
8640 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getLowerBoundedScopeDefinitionParserRuleCall_2()); 7669 newCompositeNode(grammarAccess.getScopeDefinitionAccess().getLowerBoundedScopeDefinitionParserRuleCall_2());
8641 7670
8642 }
8643 pushFollow(FOLLOW_2); 7671 pushFollow(FOLLOW_2);
8644 this_LowerBoundedScopeDefinition_2=ruleLowerBoundedScopeDefinition(); 7672 this_LowerBoundedScopeDefinition_2=ruleLowerBoundedScopeDefinition();
8645 7673
8646 state._fsp--; 7674 state._fsp--;
8647 if (state.failed) return current;
8648 if ( state.backtracking==0 ) {
8649 7675
8650 current = this_LowerBoundedScopeDefinition_2; 7676
8651 afterParserOrEnumRuleCall(); 7677 current = this_LowerBoundedScopeDefinition_2;
8652 7678 afterParserOrEnumRuleCall();
8653 } 7679
8654 7680
8655 } 7681 }
8656 break; 7682 break;
@@ -8660,11 +7686,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8660 7686
8661 } 7687 }
8662 7688
8663 if ( state.backtracking==0 ) {
8664 7689
8665 leaveRule(); 7690 leaveRule();
8666 7691
8667 }
8668 } 7692 }
8669 7693
8670 catch (RecognitionException re) { 7694 catch (RecognitionException re) {
@@ -8679,7 +7703,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8679 7703
8680 7704
8681 // $ANTLR start "entryRuleExactScopeDefinition" 7705 // $ANTLR start "entryRuleExactScopeDefinition"
8682 // InternalSolverLanguage.g:3004:1: entryRuleExactScopeDefinition returns [EObject current=null] : iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF ; 7706 // InternalSolverLanguageParser.g:2971:1: entryRuleExactScopeDefinition returns [EObject current=null] : iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF ;
8683 public final EObject entryRuleExactScopeDefinition() throws RecognitionException { 7707 public final EObject entryRuleExactScopeDefinition() throws RecognitionException {
8684 EObject current = null; 7708 EObject current = null;
8685 7709
@@ -8687,21 +7711,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8687 7711
8688 7712
8689 try { 7713 try {
8690 // InternalSolverLanguage.g:3004:61: (iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF ) 7714 // InternalSolverLanguageParser.g:2971:61: (iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF )
8691 // InternalSolverLanguage.g:3005:2: iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF 7715 // InternalSolverLanguageParser.g:2972:2: iv_ruleExactScopeDefinition= ruleExactScopeDefinition EOF
8692 { 7716 {
8693 if ( state.backtracking==0 ) { 7717 newCompositeNode(grammarAccess.getExactScopeDefinitionRule());
8694 newCompositeNode(grammarAccess.getExactScopeDefinitionRule());
8695 }
8696 pushFollow(FOLLOW_1); 7718 pushFollow(FOLLOW_1);
8697 iv_ruleExactScopeDefinition=ruleExactScopeDefinition(); 7719 iv_ruleExactScopeDefinition=ruleExactScopeDefinition();
8698 7720
8699 state._fsp--; 7721 state._fsp--;
8700 if (state.failed) return current; 7722
8701 if ( state.backtracking==0 ) { 7723 current =iv_ruleExactScopeDefinition;
8702 current =iv_ruleExactScopeDefinition; 7724 match(input,EOF,FOLLOW_2);
8703 }
8704 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8705 7725
8706 } 7726 }
8707 7727
@@ -8719,7 +7739,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8719 7739
8720 7740
8721 // $ANTLR start "ruleExactScopeDefinition" 7741 // $ANTLR start "ruleExactScopeDefinition"
8722 // InternalSolverLanguage.g:3011:1: ruleExactScopeDefinition returns [EObject current=null] : (otherlv_0= 'scope' ( ( ruleQualifiedName ) ) otherlv_2= '==' ( (lv_exactScope_3_0= RULE_INT ) ) ) ; 7742 // InternalSolverLanguageParser.g:2978:1: ruleExactScopeDefinition returns [EObject current=null] : (otherlv_0= Scope ( ( ruleQualifiedName ) ) otherlv_2= EqualsSignEqualsSign ( (lv_exactScope_3_0= RULE_INT ) ) ) ;
8723 public final EObject ruleExactScopeDefinition() throws RecognitionException { 7743 public final EObject ruleExactScopeDefinition() throws RecognitionException {
8724 EObject current = null; 7744 EObject current = null;
8725 7745
@@ -8731,82 +7751,68 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8731 enterRule(); 7751 enterRule();
8732 7752
8733 try { 7753 try {
8734 // InternalSolverLanguage.g:3017:2: ( (otherlv_0= 'scope' ( ( ruleQualifiedName ) ) otherlv_2= '==' ( (lv_exactScope_3_0= RULE_INT ) ) ) ) 7754 // InternalSolverLanguageParser.g:2984:2: ( (otherlv_0= Scope ( ( ruleQualifiedName ) ) otherlv_2= EqualsSignEqualsSign ( (lv_exactScope_3_0= RULE_INT ) ) ) )
8735 // InternalSolverLanguage.g:3018:2: (otherlv_0= 'scope' ( ( ruleQualifiedName ) ) otherlv_2= '==' ( (lv_exactScope_3_0= RULE_INT ) ) ) 7755 // InternalSolverLanguageParser.g:2985:2: (otherlv_0= Scope ( ( ruleQualifiedName ) ) otherlv_2= EqualsSignEqualsSign ( (lv_exactScope_3_0= RULE_INT ) ) )
8736 { 7756 {
8737 // InternalSolverLanguage.g:3018:2: (otherlv_0= 'scope' ( ( ruleQualifiedName ) ) otherlv_2= '==' ( (lv_exactScope_3_0= RULE_INT ) ) ) 7757 // InternalSolverLanguageParser.g:2985:2: (otherlv_0= Scope ( ( ruleQualifiedName ) ) otherlv_2= EqualsSignEqualsSign ( (lv_exactScope_3_0= RULE_INT ) ) )
8738 // InternalSolverLanguage.g:3019:3: otherlv_0= 'scope' ( ( ruleQualifiedName ) ) otherlv_2= '==' ( (lv_exactScope_3_0= RULE_INT ) ) 7758 // InternalSolverLanguageParser.g:2986:3: otherlv_0= Scope ( ( ruleQualifiedName ) ) otherlv_2= EqualsSignEqualsSign ( (lv_exactScope_3_0= RULE_INT ) )
8739 { 7759 {
8740 otherlv_0=(Token)match(input,46,FOLLOW_35); if (state.failed) return current; 7760 otherlv_0=(Token)match(input,Scope,FOLLOW_8);
8741 if ( state.backtracking==0 ) {
8742 7761
8743 newLeafNode(otherlv_0, grammarAccess.getExactScopeDefinitionAccess().getScopeKeyword_0()); 7762 newLeafNode(otherlv_0, grammarAccess.getExactScopeDefinitionAccess().getScopeKeyword_0());
8744 7763
8745 } 7764 // InternalSolverLanguageParser.g:2990:3: ( ( ruleQualifiedName ) )
8746 // InternalSolverLanguage.g:3023:3: ( ( ruleQualifiedName ) ) 7765 // InternalSolverLanguageParser.g:2991:4: ( ruleQualifiedName )
8747 // InternalSolverLanguage.g:3024:4: ( ruleQualifiedName )
8748 { 7766 {
8749 // InternalSolverLanguage.g:3024:4: ( ruleQualifiedName ) 7767 // InternalSolverLanguageParser.g:2991:4: ( ruleQualifiedName )
8750 // InternalSolverLanguage.g:3025:5: ruleQualifiedName 7768 // InternalSolverLanguageParser.g:2992:5: ruleQualifiedName
8751 { 7769 {
8752 if ( state.backtracking==0 ) {
8753 7770
8754 if (current==null) { 7771 if (current==null) {
8755 current = createModelElement(grammarAccess.getExactScopeDefinitionRule()); 7772 current = createModelElement(grammarAccess.getExactScopeDefinitionRule());
8756 } 7773 }
8757 7774
8758 }
8759 if ( state.backtracking==0 ) {
8760 7775
8761 newCompositeNode(grammarAccess.getExactScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0()); 7776 newCompositeNode(grammarAccess.getExactScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0());
8762 7777
8763 } 7778 pushFollow(FOLLOW_46);
8764 pushFollow(FOLLOW_48);
8765 ruleQualifiedName(); 7779 ruleQualifiedName();
8766 7780
8767 state._fsp--; 7781 state._fsp--;
8768 if (state.failed) return current;
8769 if ( state.backtracking==0 ) {
8770 7782
8771 afterParserOrEnumRuleCall(); 7783
8772 7784 afterParserOrEnumRuleCall();
8773 } 7785
8774 7786
8775 } 7787 }
8776 7788
8777 7789
8778 } 7790 }
8779 7791
8780 otherlv_2=(Token)match(input,47,FOLLOW_47); if (state.failed) return current; 7792 otherlv_2=(Token)match(input,EqualsSignEqualsSign,FOLLOW_45);
8781 if ( state.backtracking==0 ) {
8782 7793
8783 newLeafNode(otherlv_2, grammarAccess.getExactScopeDefinitionAccess().getEqualsSignEqualsSignKeyword_2()); 7794 newLeafNode(otherlv_2, grammarAccess.getExactScopeDefinitionAccess().getEqualsSignEqualsSignKeyword_2());
8784 7795
8785 } 7796 // InternalSolverLanguageParser.g:3010:3: ( (lv_exactScope_3_0= RULE_INT ) )
8786 // InternalSolverLanguage.g:3043:3: ( (lv_exactScope_3_0= RULE_INT ) ) 7797 // InternalSolverLanguageParser.g:3011:4: (lv_exactScope_3_0= RULE_INT )
8787 // InternalSolverLanguage.g:3044:4: (lv_exactScope_3_0= RULE_INT )
8788 { 7798 {
8789 // InternalSolverLanguage.g:3044:4: (lv_exactScope_3_0= RULE_INT ) 7799 // InternalSolverLanguageParser.g:3011:4: (lv_exactScope_3_0= RULE_INT )
8790 // InternalSolverLanguage.g:3045:5: lv_exactScope_3_0= RULE_INT 7800 // InternalSolverLanguageParser.g:3012:5: lv_exactScope_3_0= RULE_INT
8791 { 7801 {
8792 lv_exactScope_3_0=(Token)match(input,RULE_INT,FOLLOW_2); if (state.failed) return current; 7802 lv_exactScope_3_0=(Token)match(input,RULE_INT,FOLLOW_2);
8793 if ( state.backtracking==0 ) {
8794 7803
8795 newLeafNode(lv_exactScope_3_0, grammarAccess.getExactScopeDefinitionAccess().getExactScopeINTTerminalRuleCall_3_0()); 7804 newLeafNode(lv_exactScope_3_0, grammarAccess.getExactScopeDefinitionAccess().getExactScopeINTTerminalRuleCall_3_0());
8796 7805
8797 }
8798 if ( state.backtracking==0 ) {
8799 7806
8800 if (current==null) { 7807 if (current==null) {
8801 current = createModelElement(grammarAccess.getExactScopeDefinitionRule()); 7808 current = createModelElement(grammarAccess.getExactScopeDefinitionRule());
8802 } 7809 }
8803 setWithLastConsumed( 7810 setWithLastConsumed(
8804 current, 7811 current,
8805 "exactScope", 7812 "exactScope",
8806 lv_exactScope_3_0, 7813 lv_exactScope_3_0,
8807 "org.eclipse.xtext.common.Terminals.INT"); 7814 "org.eclipse.xtext.common.Terminals.INT");
8808 7815
8809 }
8810 7816
8811 } 7817 }
8812 7818
@@ -8819,11 +7825,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8819 7825
8820 } 7826 }
8821 7827
8822 if ( state.backtracking==0 ) {
8823 7828
8824 leaveRule(); 7829 leaveRule();
8825 7830
8826 }
8827 } 7831 }
8828 7832
8829 catch (RecognitionException re) { 7833 catch (RecognitionException re) {
@@ -8838,7 +7842,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8838 7842
8839 7843
8840 // $ANTLR start "entryRuleBoundedScopeDefinition" 7844 // $ANTLR start "entryRuleBoundedScopeDefinition"
8841 // InternalSolverLanguage.g:3065:1: entryRuleBoundedScopeDefinition returns [EObject current=null] : iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF ; 7845 // InternalSolverLanguageParser.g:3032:1: entryRuleBoundedScopeDefinition returns [EObject current=null] : iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF ;
8842 public final EObject entryRuleBoundedScopeDefinition() throws RecognitionException { 7846 public final EObject entryRuleBoundedScopeDefinition() throws RecognitionException {
8843 EObject current = null; 7847 EObject current = null;
8844 7848
@@ -8846,21 +7850,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8846 7850
8847 7851
8848 try { 7852 try {
8849 // InternalSolverLanguage.g:3065:63: (iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF ) 7853 // InternalSolverLanguageParser.g:3032:63: (iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF )
8850 // InternalSolverLanguage.g:3066:2: iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF 7854 // InternalSolverLanguageParser.g:3033:2: iv_ruleBoundedScopeDefinition= ruleBoundedScopeDefinition EOF
8851 { 7855 {
8852 if ( state.backtracking==0 ) { 7856 newCompositeNode(grammarAccess.getBoundedScopeDefinitionRule());
8853 newCompositeNode(grammarAccess.getBoundedScopeDefinitionRule());
8854 }
8855 pushFollow(FOLLOW_1); 7857 pushFollow(FOLLOW_1);
8856 iv_ruleBoundedScopeDefinition=ruleBoundedScopeDefinition(); 7858 iv_ruleBoundedScopeDefinition=ruleBoundedScopeDefinition();
8857 7859
8858 state._fsp--; 7860 state._fsp--;
8859 if (state.failed) return current; 7861
8860 if ( state.backtracking==0 ) { 7862 current =iv_ruleBoundedScopeDefinition;
8861 current =iv_ruleBoundedScopeDefinition; 7863 match(input,EOF,FOLLOW_2);
8862 }
8863 match(input,EOF,FOLLOW_2); if (state.failed) return current;
8864 7864
8865 } 7865 }
8866 7866
@@ -8878,7 +7878,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8878 7878
8879 7879
8880 // $ANTLR start "ruleBoundedScopeDefinition" 7880 // $ANTLR start "ruleBoundedScopeDefinition"
8881 // InternalSolverLanguage.g:3072:1: ruleBoundedScopeDefinition returns [EObject current=null] : (otherlv_0= 'scope' ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) otherlv_11= '.' ) ; 7881 // InternalSolverLanguageParser.g:3039:1: ruleBoundedScopeDefinition returns [EObject current=null] : (otherlv_0= Scope ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) ) ;
8882 public final EObject ruleBoundedScopeDefinition() throws RecognitionException { 7882 public final EObject ruleBoundedScopeDefinition() throws RecognitionException {
8883 EObject current = null; 7883 EObject current = null;
8884 7884
@@ -8891,179 +7891,156 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
8891 Token otherlv_7=null; 7891 Token otherlv_7=null;
8892 Token otherlv_9=null; 7892 Token otherlv_9=null;
8893 Token lv_lowerBound_10_0=null; 7893 Token lv_lowerBound_10_0=null;
8894 Token otherlv_11=null;
8895 7894
8896 7895
8897 enterRule(); 7896 enterRule();
8898 7897
8899 try { 7898 try {
8900 // InternalSolverLanguage.g:3078:2: ( (otherlv_0= 'scope' ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) otherlv_11= '.' ) ) 7899 // InternalSolverLanguageParser.g:3045:2: ( (otherlv_0= Scope ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) ) )
8901 // InternalSolverLanguage.g:3079:2: (otherlv_0= 'scope' ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) otherlv_11= '.' ) 7900 // InternalSolverLanguageParser.g:3046:2: (otherlv_0= Scope ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) )
8902 { 7901 {
8903 // InternalSolverLanguage.g:3079:2: (otherlv_0= 'scope' ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) otherlv_11= '.' ) 7902 // InternalSolverLanguageParser.g:3046:2: (otherlv_0= Scope ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) )
8904 // InternalSolverLanguage.g:3080:3: otherlv_0= 'scope' ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) otherlv_11= '.' 7903 // InternalSolverLanguageParser.g:3047:3: otherlv_0= Scope ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) )
8905 { 7904 {
8906 otherlv_0=(Token)match(input,46,FOLLOW_49); if (state.failed) return current; 7905 otherlv_0=(Token)match(input,Scope,FOLLOW_47);
8907 if ( state.backtracking==0 ) {
8908 7906
8909 newLeafNode(otherlv_0, grammarAccess.getBoundedScopeDefinitionAccess().getScopeKeyword_0()); 7907 newLeafNode(otherlv_0, grammarAccess.getBoundedScopeDefinitionAccess().getScopeKeyword_0());
8910 7908
8911 } 7909 // InternalSolverLanguageParser.g:3051:3: ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) )
8912 // InternalSolverLanguage.g:3084:3: ( ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) | ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) ) 7910 int alt38=2;
8913 int alt39=2; 7911 int LA38_0 = input.LA(1);
8914 int LA39_0 = input.LA(1);
8915 7912
8916 if ( (LA39_0==RULE_INT) ) { 7913 if ( (LA38_0==RULE_INT) ) {
8917 int LA39_1 = input.LA(2); 7914 int LA38_1 = input.LA(2);
8918 7915
8919 if ( (LA39_1==49) ) { 7916 if ( (LA38_1==GreaterThanSignEqualsSign) ) {
8920 alt39=2; 7917 alt38=2;
8921 } 7918 }
8922 else if ( (LA39_1==48) ) { 7919 else if ( (LA38_1==LessThanSignEqualsSign) ) {
8923 alt39=1; 7920 alt38=1;
8924 } 7921 }
8925 else { 7922 else {
8926 if (state.backtracking>0) {state.failed=true; return current;}
8927 NoViableAltException nvae = 7923 NoViableAltException nvae =
8928 new NoViableAltException("", 39, 1, input); 7924 new NoViableAltException("", 38, 1, input);
8929 7925
8930 throw nvae; 7926 throw nvae;
8931 } 7927 }
8932 } 7928 }
8933 else if ( (LA39_0==RULE_ID||LA39_0==RULE_QUOTED_ID) ) { 7929 else if ( (LA38_0==RULE_QUOTED_ID||LA38_0==RULE_ID) ) {
8934 alt39=1; 7930 alt38=1;
8935 } 7931 }
8936 else { 7932 else {
8937 if (state.backtracking>0) {state.failed=true; return current;}
8938 NoViableAltException nvae = 7933 NoViableAltException nvae =
8939 new NoViableAltException("", 39, 0, input); 7934 new NoViableAltException("", 38, 0, input);
8940 7935
8941 throw nvae; 7936 throw nvae;
8942 } 7937 }
8943 switch (alt39) { 7938 switch (alt38) {
8944 case 1 : 7939 case 1 :
8945 // InternalSolverLanguage.g:3085:4: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) 7940 // InternalSolverLanguageParser.g:3052:4: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) )
8946 { 7941 {
8947 // InternalSolverLanguage.g:3085:4: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) ) 7942 // InternalSolverLanguageParser.g:3052:4: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) ) )
8948 // InternalSolverLanguage.g:3086:5: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? ( ( ruleQualifiedName ) ) otherlv_4= '<=' ( (lv_upperBound_5_0= RULE_INT ) ) 7943 // InternalSolverLanguageParser.g:3053:5: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )? ( ( ruleQualifiedName ) ) otherlv_4= LessThanSignEqualsSign ( (lv_upperBound_5_0= RULE_INT ) )
8949 { 7944 {
8950 // InternalSolverLanguage.g:3086:5: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' )? 7945 // InternalSolverLanguageParser.g:3053:5: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign )?
8951 int alt37=2; 7946 int alt36=2;
8952 int LA37_0 = input.LA(1); 7947 int LA36_0 = input.LA(1);
8953 7948
8954 if ( (LA37_0==RULE_INT) ) { 7949 if ( (LA36_0==RULE_INT) ) {
8955 alt37=1; 7950 alt36=1;
8956 } 7951 }
8957 switch (alt37) { 7952 switch (alt36) {
8958 case 1 : 7953 case 1 :
8959 // InternalSolverLanguage.g:3087:6: ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' 7954 // InternalSolverLanguageParser.g:3054:6: ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign
8960 { 7955 {
8961 // InternalSolverLanguage.g:3087:6: ( (lv_lowerBound_1_0= RULE_INT ) ) 7956 // InternalSolverLanguageParser.g:3054:6: ( (lv_lowerBound_1_0= RULE_INT ) )
8962 // InternalSolverLanguage.g:3088:7: (lv_lowerBound_1_0= RULE_INT ) 7957 // InternalSolverLanguageParser.g:3055:7: (lv_lowerBound_1_0= RULE_INT )
8963 { 7958 {
8964 // InternalSolverLanguage.g:3088:7: (lv_lowerBound_1_0= RULE_INT ) 7959 // InternalSolverLanguageParser.g:3055:7: (lv_lowerBound_1_0= RULE_INT )
8965 // InternalSolverLanguage.g:3089:8: lv_lowerBound_1_0= RULE_INT 7960 // InternalSolverLanguageParser.g:3056:8: lv_lowerBound_1_0= RULE_INT
8966 { 7961 {
8967 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_50); if (state.failed) return current; 7962 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_48);
8968 if ( state.backtracking==0 ) {
8969 7963
8970 newLeafNode(lv_lowerBound_1_0, grammarAccess.getBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_0_0_0_0()); 7964 newLeafNode(lv_lowerBound_1_0, grammarAccess.getBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_0_0_0_0());
8971 7965
8972 } 7966
8973 if ( state.backtracking==0 ) { 7967 if (current==null) {
8974 7968 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
8975 if (current==null) { 7969 }
8976 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 7970 setWithLastConsumed(
8977 } 7971 current,
8978 setWithLastConsumed( 7972 "lowerBound",
8979 current, 7973 lv_lowerBound_1_0,
8980 "lowerBound", 7974 "org.eclipse.xtext.common.Terminals.INT");
8981 lv_lowerBound_1_0, 7975
8982 "org.eclipse.xtext.common.Terminals.INT");
8983
8984 }
8985 7976
8986 } 7977 }
8987 7978
8988 7979
8989 } 7980 }
8990 7981
8991 otherlv_2=(Token)match(input,48,FOLLOW_35); if (state.failed) return current; 7982 otherlv_2=(Token)match(input,LessThanSignEqualsSign,FOLLOW_8);
8992 if ( state.backtracking==0 ) {
8993 7983
8994 newLeafNode(otherlv_2, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_0_1()); 7984 newLeafNode(otherlv_2, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_0_1());
8995 7985
8996 }
8997 7986
8998 } 7987 }
8999 break; 7988 break;
9000 7989
9001 } 7990 }
9002 7991
9003 // InternalSolverLanguage.g:3110:5: ( ( ruleQualifiedName ) ) 7992 // InternalSolverLanguageParser.g:3077:5: ( ( ruleQualifiedName ) )
9004 // InternalSolverLanguage.g:3111:6: ( ruleQualifiedName ) 7993 // InternalSolverLanguageParser.g:3078:6: ( ruleQualifiedName )
9005 { 7994 {
9006 // InternalSolverLanguage.g:3111:6: ( ruleQualifiedName ) 7995 // InternalSolverLanguageParser.g:3078:6: ( ruleQualifiedName )
9007 // InternalSolverLanguage.g:3112:7: ruleQualifiedName 7996 // InternalSolverLanguageParser.g:3079:7: ruleQualifiedName
9008 { 7997 {
9009 if ( state.backtracking==0 ) {
9010 7998
9011 if (current==null) { 7999 if (current==null) {
9012 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 8000 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
9013 } 8001 }
9014 8002
9015 }
9016 if ( state.backtracking==0 ) {
9017 8003
9018 newCompositeNode(grammarAccess.getBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0_1_0()); 8004 newCompositeNode(grammarAccess.getBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0_1_0());
9019 8005
9020 } 8006 pushFollow(FOLLOW_48);
9021 pushFollow(FOLLOW_50);
9022 ruleQualifiedName(); 8007 ruleQualifiedName();
9023 8008
9024 state._fsp--; 8009 state._fsp--;
9025 if (state.failed) return current;
9026 if ( state.backtracking==0 ) {
9027 8010
9028 afterParserOrEnumRuleCall(); 8011
9029 8012 afterParserOrEnumRuleCall();
9030 } 8013
9031 8014
9032 } 8015 }
9033 8016
9034 8017
9035 } 8018 }
9036 8019
9037 otherlv_4=(Token)match(input,48,FOLLOW_47); if (state.failed) return current; 8020 otherlv_4=(Token)match(input,LessThanSignEqualsSign,FOLLOW_45);
9038 if ( state.backtracking==0 ) {
9039 8021
9040 newLeafNode(otherlv_4, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_2()); 8022 newLeafNode(otherlv_4, grammarAccess.getBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_2());
9041 8023
9042 } 8024 // InternalSolverLanguageParser.g:3097:5: ( (lv_upperBound_5_0= RULE_INT ) )
9043 // InternalSolverLanguage.g:3130:5: ( (lv_upperBound_5_0= RULE_INT ) ) 8025 // InternalSolverLanguageParser.g:3098:6: (lv_upperBound_5_0= RULE_INT )
9044 // InternalSolverLanguage.g:3131:6: (lv_upperBound_5_0= RULE_INT )
9045 { 8026 {
9046 // InternalSolverLanguage.g:3131:6: (lv_upperBound_5_0= RULE_INT ) 8027 // InternalSolverLanguageParser.g:3098:6: (lv_upperBound_5_0= RULE_INT )
9047 // InternalSolverLanguage.g:3132:7: lv_upperBound_5_0= RULE_INT 8028 // InternalSolverLanguageParser.g:3099:7: lv_upperBound_5_0= RULE_INT
9048 { 8029 {
9049 lv_upperBound_5_0=(Token)match(input,RULE_INT,FOLLOW_12); if (state.failed) return current; 8030 lv_upperBound_5_0=(Token)match(input,RULE_INT,FOLLOW_2);
9050 if ( state.backtracking==0 ) {
9051 8031
9052 newLeafNode(lv_upperBound_5_0, grammarAccess.getBoundedScopeDefinitionAccess().getUpperBoundINTTerminalRuleCall_1_0_3_0()); 8032 newLeafNode(lv_upperBound_5_0, grammarAccess.getBoundedScopeDefinitionAccess().getUpperBoundINTTerminalRuleCall_1_0_3_0());
9053 8033
9054 }
9055 if ( state.backtracking==0 ) {
9056 8034
9057 if (current==null) { 8035 if (current==null) {
9058 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 8036 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
9059 } 8037 }
9060 setWithLastConsumed( 8038 setWithLastConsumed(
9061 current, 8039 current,
9062 "upperBound", 8040 "upperBound",
9063 lv_upperBound_5_0, 8041 lv_upperBound_5_0,
9064 "org.eclipse.xtext.common.Terminals.INT"); 8042 "org.eclipse.xtext.common.Terminals.INT");
9065 8043
9066 }
9067 8044
9068 } 8045 }
9069 8046
@@ -9077,122 +8054,104 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9077 } 8054 }
9078 break; 8055 break;
9079 case 2 : 8056 case 2 :
9080 // InternalSolverLanguage.g:3150:4: ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) 8057 // InternalSolverLanguageParser.g:3117:4: ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? )
9081 { 8058 {
9082 // InternalSolverLanguage.g:3150:4: ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? ) 8059 // InternalSolverLanguageParser.g:3117:4: ( ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )? )
9083 // InternalSolverLanguage.g:3151:5: ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= '>=' ( ( ruleQualifiedName ) ) (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? 8060 // InternalSolverLanguageParser.g:3118:5: ( (lv_upperBound_6_0= RULE_INT ) ) otherlv_7= GreaterThanSignEqualsSign ( ( ruleQualifiedName ) ) (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )?
9084 { 8061 {
9085 // InternalSolverLanguage.g:3151:5: ( (lv_upperBound_6_0= RULE_INT ) ) 8062 // InternalSolverLanguageParser.g:3118:5: ( (lv_upperBound_6_0= RULE_INT ) )
9086 // InternalSolverLanguage.g:3152:6: (lv_upperBound_6_0= RULE_INT ) 8063 // InternalSolverLanguageParser.g:3119:6: (lv_upperBound_6_0= RULE_INT )
9087 { 8064 {
9088 // InternalSolverLanguage.g:3152:6: (lv_upperBound_6_0= RULE_INT ) 8065 // InternalSolverLanguageParser.g:3119:6: (lv_upperBound_6_0= RULE_INT )
9089 // InternalSolverLanguage.g:3153:7: lv_upperBound_6_0= RULE_INT 8066 // InternalSolverLanguageParser.g:3120:7: lv_upperBound_6_0= RULE_INT
9090 { 8067 {
9091 lv_upperBound_6_0=(Token)match(input,RULE_INT,FOLLOW_51); if (state.failed) return current; 8068 lv_upperBound_6_0=(Token)match(input,RULE_INT,FOLLOW_49);
9092 if ( state.backtracking==0 ) {
9093 8069
9094 newLeafNode(lv_upperBound_6_0, grammarAccess.getBoundedScopeDefinitionAccess().getUpperBoundINTTerminalRuleCall_1_1_0_0()); 8070 newLeafNode(lv_upperBound_6_0, grammarAccess.getBoundedScopeDefinitionAccess().getUpperBoundINTTerminalRuleCall_1_1_0_0());
9095 8071
9096 }
9097 if ( state.backtracking==0 ) {
9098 8072
9099 if (current==null) { 8073 if (current==null) {
9100 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 8074 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
9101 } 8075 }
9102 setWithLastConsumed( 8076 setWithLastConsumed(
9103 current, 8077 current,
9104 "upperBound", 8078 "upperBound",
9105 lv_upperBound_6_0, 8079 lv_upperBound_6_0,
9106 "org.eclipse.xtext.common.Terminals.INT"); 8080 "org.eclipse.xtext.common.Terminals.INT");
9107 8081
9108 }
9109 8082
9110 } 8083 }
9111 8084
9112 8085
9113 } 8086 }
9114 8087
9115 otherlv_7=(Token)match(input,49,FOLLOW_35); if (state.failed) return current; 8088 otherlv_7=(Token)match(input,GreaterThanSignEqualsSign,FOLLOW_8);
9116 if ( state.backtracking==0 ) {
9117 8089
9118 newLeafNode(otherlv_7, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1()); 8090 newLeafNode(otherlv_7, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1());
9119 8091
9120 } 8092 // InternalSolverLanguageParser.g:3140:5: ( ( ruleQualifiedName ) )
9121 // InternalSolverLanguage.g:3173:5: ( ( ruleQualifiedName ) ) 8093 // InternalSolverLanguageParser.g:3141:6: ( ruleQualifiedName )
9122 // InternalSolverLanguage.g:3174:6: ( ruleQualifiedName )
9123 { 8094 {
9124 // InternalSolverLanguage.g:3174:6: ( ruleQualifiedName ) 8095 // InternalSolverLanguageParser.g:3141:6: ( ruleQualifiedName )
9125 // InternalSolverLanguage.g:3175:7: ruleQualifiedName 8096 // InternalSolverLanguageParser.g:3142:7: ruleQualifiedName
9126 { 8097 {
9127 if ( state.backtracking==0 ) {
9128 8098
9129 if (current==null) { 8099 if (current==null) {
9130 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 8100 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
9131 } 8101 }
9132 8102
9133 }
9134 if ( state.backtracking==0 ) {
9135 8103
9136 newCompositeNode(grammarAccess.getBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_1_2_0()); 8104 newCompositeNode(grammarAccess.getBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_1_2_0());
9137 8105
9138 } 8106 pushFollow(FOLLOW_50);
9139 pushFollow(FOLLOW_52);
9140 ruleQualifiedName(); 8107 ruleQualifiedName();
9141 8108
9142 state._fsp--; 8109 state._fsp--;
9143 if (state.failed) return current;
9144 if ( state.backtracking==0 ) {
9145 8110
9146 afterParserOrEnumRuleCall(); 8111
9147 8112 afterParserOrEnumRuleCall();
9148 } 8113
9149 8114
9150 } 8115 }
9151 8116
9152 8117
9153 } 8118 }
9154 8119
9155 // InternalSolverLanguage.g:3189:5: (otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) )? 8120 // InternalSolverLanguageParser.g:3156:5: (otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) ) )?
9156 int alt38=2; 8121 int alt37=2;
9157 int LA38_0 = input.LA(1); 8122 int LA37_0 = input.LA(1);
9158 8123
9159 if ( (LA38_0==49) ) { 8124 if ( (LA37_0==GreaterThanSignEqualsSign) ) {
9160 alt38=1; 8125 alt37=1;
9161 } 8126 }
9162 switch (alt38) { 8127 switch (alt37) {
9163 case 1 : 8128 case 1 :
9164 // InternalSolverLanguage.g:3190:6: otherlv_9= '>=' ( (lv_lowerBound_10_0= RULE_INT ) ) 8129 // InternalSolverLanguageParser.g:3157:6: otherlv_9= GreaterThanSignEqualsSign ( (lv_lowerBound_10_0= RULE_INT ) )
9165 { 8130 {
9166 otherlv_9=(Token)match(input,49,FOLLOW_47); if (state.failed) return current; 8131 otherlv_9=(Token)match(input,GreaterThanSignEqualsSign,FOLLOW_45);
9167 if ( state.backtracking==0 ) {
9168 8132
9169 newLeafNode(otherlv_9, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_3_0()); 8133 newLeafNode(otherlv_9, grammarAccess.getBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_3_0());
9170 8134
9171 } 8135 // InternalSolverLanguageParser.g:3161:6: ( (lv_lowerBound_10_0= RULE_INT ) )
9172 // InternalSolverLanguage.g:3194:6: ( (lv_lowerBound_10_0= RULE_INT ) ) 8136 // InternalSolverLanguageParser.g:3162:7: (lv_lowerBound_10_0= RULE_INT )
9173 // InternalSolverLanguage.g:3195:7: (lv_lowerBound_10_0= RULE_INT )
9174 { 8137 {
9175 // InternalSolverLanguage.g:3195:7: (lv_lowerBound_10_0= RULE_INT ) 8138 // InternalSolverLanguageParser.g:3162:7: (lv_lowerBound_10_0= RULE_INT )
9176 // InternalSolverLanguage.g:3196:8: lv_lowerBound_10_0= RULE_INT 8139 // InternalSolverLanguageParser.g:3163:8: lv_lowerBound_10_0= RULE_INT
9177 { 8140 {
9178 lv_lowerBound_10_0=(Token)match(input,RULE_INT,FOLLOW_12); if (state.failed) return current; 8141 lv_lowerBound_10_0=(Token)match(input,RULE_INT,FOLLOW_2);
9179 if ( state.backtracking==0 ) {
9180 8142
9181 newLeafNode(lv_lowerBound_10_0, grammarAccess.getBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_1_3_1_0()); 8143 newLeafNode(lv_lowerBound_10_0, grammarAccess.getBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_1_3_1_0());
9182 8144
9183 } 8145
9184 if ( state.backtracking==0 ) { 8146 if (current==null) {
9185 8147 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule());
9186 if (current==null) { 8148 }
9187 current = createModelElement(grammarAccess.getBoundedScopeDefinitionRule()); 8149 setWithLastConsumed(
9188 } 8150 current,
9189 setWithLastConsumed( 8151 "lowerBound",
9190 current, 8152 lv_lowerBound_10_0,
9191 "lowerBound", 8153 "org.eclipse.xtext.common.Terminals.INT");
9192 lv_lowerBound_10_0, 8154
9193 "org.eclipse.xtext.common.Terminals.INT");
9194
9195 }
9196 8155
9197 } 8156 }
9198 8157
@@ -9214,23 +8173,15 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9214 8173
9215 } 8174 }
9216 8175
9217 otherlv_11=(Token)match(input,22,FOLLOW_2); if (state.failed) return current;
9218 if ( state.backtracking==0 ) {
9219
9220 newLeafNode(otherlv_11, grammarAccess.getBoundedScopeDefinitionAccess().getFullStopKeyword_2());
9221
9222 }
9223 8176
9224 } 8177 }
9225 8178
9226 8179
9227 } 8180 }
9228 8181
9229 if ( state.backtracking==0 ) {
9230 8182
9231 leaveRule(); 8183 leaveRule();
9232 8184
9233 }
9234 } 8185 }
9235 8186
9236 catch (RecognitionException re) { 8187 catch (RecognitionException re) {
@@ -9245,7 +8196,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9245 8196
9246 8197
9247 // $ANTLR start "entryRuleLowerBoundedScopeDefinition" 8198 // $ANTLR start "entryRuleLowerBoundedScopeDefinition"
9248 // InternalSolverLanguage.g:3223:1: entryRuleLowerBoundedScopeDefinition returns [EObject current=null] : iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF ; 8199 // InternalSolverLanguageParser.g:3186:1: entryRuleLowerBoundedScopeDefinition returns [EObject current=null] : iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF ;
9249 public final EObject entryRuleLowerBoundedScopeDefinition() throws RecognitionException { 8200 public final EObject entryRuleLowerBoundedScopeDefinition() throws RecognitionException {
9250 EObject current = null; 8201 EObject current = null;
9251 8202
@@ -9253,21 +8204,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9253 8204
9254 8205
9255 try { 8206 try {
9256 // InternalSolverLanguage.g:3223:68: (iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF ) 8207 // InternalSolverLanguageParser.g:3186:68: (iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF )
9257 // InternalSolverLanguage.g:3224:2: iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF 8208 // InternalSolverLanguageParser.g:3187:2: iv_ruleLowerBoundedScopeDefinition= ruleLowerBoundedScopeDefinition EOF
9258 { 8209 {
9259 if ( state.backtracking==0 ) { 8210 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionRule());
9260 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionRule());
9261 }
9262 pushFollow(FOLLOW_1); 8211 pushFollow(FOLLOW_1);
9263 iv_ruleLowerBoundedScopeDefinition=ruleLowerBoundedScopeDefinition(); 8212 iv_ruleLowerBoundedScopeDefinition=ruleLowerBoundedScopeDefinition();
9264 8213
9265 state._fsp--; 8214 state._fsp--;
9266 if (state.failed) return current; 8215
9267 if ( state.backtracking==0 ) { 8216 current =iv_ruleLowerBoundedScopeDefinition;
9268 current =iv_ruleLowerBoundedScopeDefinition; 8217 match(input,EOF,FOLLOW_2);
9269 }
9270 match(input,EOF,FOLLOW_2); if (state.failed) return current;
9271 8218
9272 } 8219 }
9273 8220
@@ -9285,7 +8232,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9285 8232
9286 8233
9287 // $ANTLR start "ruleLowerBoundedScopeDefinition" 8234 // $ANTLR start "ruleLowerBoundedScopeDefinition"
9288 // InternalSolverLanguage.g:3230:1: ruleLowerBoundedScopeDefinition returns [EObject current=null] : (otherlv_0= 'scope' ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) otherlv_7= '.' ) ; 8235 // InternalSolverLanguageParser.g:3193:1: ruleLowerBoundedScopeDefinition returns [EObject current=null] : (otherlv_0= Scope ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) ) ;
9289 public final EObject ruleLowerBoundedScopeDefinition() throws RecognitionException { 8236 public final EObject ruleLowerBoundedScopeDefinition() throws RecognitionException {
9290 EObject current = null; 8237 EObject current = null;
9291 8238
@@ -9294,112 +8241,96 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9294 Token otherlv_2=null; 8241 Token otherlv_2=null;
9295 Token otherlv_5=null; 8242 Token otherlv_5=null;
9296 Token lv_lowerBound_6_0=null; 8243 Token lv_lowerBound_6_0=null;
9297 Token otherlv_7=null;
9298 8244
9299 8245
9300 enterRule(); 8246 enterRule();
9301 8247
9302 try { 8248 try {
9303 // InternalSolverLanguage.g:3236:2: ( (otherlv_0= 'scope' ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) otherlv_7= '.' ) ) 8249 // InternalSolverLanguageParser.g:3199:2: ( (otherlv_0= Scope ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) ) )
9304 // InternalSolverLanguage.g:3237:2: (otherlv_0= 'scope' ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) otherlv_7= '.' ) 8250 // InternalSolverLanguageParser.g:3200:2: (otherlv_0= Scope ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) )
9305 { 8251 {
9306 // InternalSolverLanguage.g:3237:2: (otherlv_0= 'scope' ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) otherlv_7= '.' ) 8252 // InternalSolverLanguageParser.g:3200:2: (otherlv_0= Scope ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) )
9307 // InternalSolverLanguage.g:3238:3: otherlv_0= 'scope' ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) otherlv_7= '.' 8253 // InternalSolverLanguageParser.g:3201:3: otherlv_0= Scope ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) )
9308 { 8254 {
9309 otherlv_0=(Token)match(input,46,FOLLOW_49); if (state.failed) return current; 8255 otherlv_0=(Token)match(input,Scope,FOLLOW_47);
9310 if ( state.backtracking==0 ) {
9311 8256
9312 newLeafNode(otherlv_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getScopeKeyword_0()); 8257 newLeafNode(otherlv_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getScopeKeyword_0());
9313 8258
9314 } 8259 // InternalSolverLanguageParser.g:3205:3: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) ) )
9315 // InternalSolverLanguage.g:3242:3: ( ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) | ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) ) 8260 int alt39=2;
9316 int alt40=2; 8261 int LA39_0 = input.LA(1);
9317 int LA40_0 = input.LA(1);
9318 8262
9319 if ( (LA40_0==RULE_INT) ) { 8263 if ( (LA39_0==RULE_INT) ) {
9320 alt40=1; 8264 alt39=1;
9321 } 8265 }
9322 else if ( (LA40_0==RULE_ID||LA40_0==RULE_QUOTED_ID) ) { 8266 else if ( (LA39_0==RULE_QUOTED_ID||LA39_0==RULE_ID) ) {
9323 alt40=2; 8267 alt39=2;
9324 } 8268 }
9325 else { 8269 else {
9326 if (state.backtracking>0) {state.failed=true; return current;}
9327 NoViableAltException nvae = 8270 NoViableAltException nvae =
9328 new NoViableAltException("", 40, 0, input); 8271 new NoViableAltException("", 39, 0, input);
9329 8272
9330 throw nvae; 8273 throw nvae;
9331 } 8274 }
9332 switch (alt40) { 8275 switch (alt39) {
9333 case 1 : 8276 case 1 :
9334 // InternalSolverLanguage.g:3243:4: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) 8277 // InternalSolverLanguageParser.g:3206:4: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) )
9335 { 8278 {
9336 // InternalSolverLanguage.g:3243:4: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) ) 8279 // InternalSolverLanguageParser.g:3206:4: ( ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) ) )
9337 // InternalSolverLanguage.g:3244:5: ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= '<=' ( ( ruleQualifiedName ) ) 8280 // InternalSolverLanguageParser.g:3207:5: ( (lv_lowerBound_1_0= RULE_INT ) ) otherlv_2= LessThanSignEqualsSign ( ( ruleQualifiedName ) )
9338 { 8281 {
9339 // InternalSolverLanguage.g:3244:5: ( (lv_lowerBound_1_0= RULE_INT ) ) 8282 // InternalSolverLanguageParser.g:3207:5: ( (lv_lowerBound_1_0= RULE_INT ) )
9340 // InternalSolverLanguage.g:3245:6: (lv_lowerBound_1_0= RULE_INT ) 8283 // InternalSolverLanguageParser.g:3208:6: (lv_lowerBound_1_0= RULE_INT )
9341 { 8284 {
9342 // InternalSolverLanguage.g:3245:6: (lv_lowerBound_1_0= RULE_INT ) 8285 // InternalSolverLanguageParser.g:3208:6: (lv_lowerBound_1_0= RULE_INT )
9343 // InternalSolverLanguage.g:3246:7: lv_lowerBound_1_0= RULE_INT 8286 // InternalSolverLanguageParser.g:3209:7: lv_lowerBound_1_0= RULE_INT
9344 { 8287 {
9345 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_50); if (state.failed) return current; 8288 lv_lowerBound_1_0=(Token)match(input,RULE_INT,FOLLOW_48);
9346 if ( state.backtracking==0 ) {
9347 8289
9348 newLeafNode(lv_lowerBound_1_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_0_0_0()); 8290 newLeafNode(lv_lowerBound_1_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_0_0_0());
9349 8291
9350 }
9351 if ( state.backtracking==0 ) {
9352 8292
9353 if (current==null) { 8293 if (current==null) {
9354 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule()); 8294 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule());
9355 } 8295 }
9356 setWithLastConsumed( 8296 setWithLastConsumed(
9357 current, 8297 current,
9358 "lowerBound", 8298 "lowerBound",
9359 lv_lowerBound_1_0, 8299 lv_lowerBound_1_0,
9360 "org.eclipse.xtext.common.Terminals.INT"); 8300 "org.eclipse.xtext.common.Terminals.INT");
9361 8301
9362 }
9363 8302
9364 } 8303 }
9365 8304
9366 8305
9367 } 8306 }
9368 8307
9369 otherlv_2=(Token)match(input,48,FOLLOW_35); if (state.failed) return current; 8308 otherlv_2=(Token)match(input,LessThanSignEqualsSign,FOLLOW_8);
9370 if ( state.backtracking==0 ) {
9371 8309
9372 newLeafNode(otherlv_2, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_1()); 8310 newLeafNode(otherlv_2, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLessThanSignEqualsSignKeyword_1_0_1());
9373 8311
9374 } 8312 // InternalSolverLanguageParser.g:3229:5: ( ( ruleQualifiedName ) )
9375 // InternalSolverLanguage.g:3266:5: ( ( ruleQualifiedName ) ) 8313 // InternalSolverLanguageParser.g:3230:6: ( ruleQualifiedName )
9376 // InternalSolverLanguage.g:3267:6: ( ruleQualifiedName )
9377 { 8314 {
9378 // InternalSolverLanguage.g:3267:6: ( ruleQualifiedName ) 8315 // InternalSolverLanguageParser.g:3230:6: ( ruleQualifiedName )
9379 // InternalSolverLanguage.g:3268:7: ruleQualifiedName 8316 // InternalSolverLanguageParser.g:3231:7: ruleQualifiedName
9380 { 8317 {
9381 if ( state.backtracking==0 ) {
9382 8318
9383 if (current==null) { 8319 if (current==null) {
9384 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule()); 8320 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule());
9385 } 8321 }
9386 8322
9387 }
9388 if ( state.backtracking==0 ) {
9389 8323
9390 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0_2_0()); 8324 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_0_2_0());
9391 8325
9392 } 8326 pushFollow(FOLLOW_2);
9393 pushFollow(FOLLOW_12);
9394 ruleQualifiedName(); 8327 ruleQualifiedName();
9395 8328
9396 state._fsp--; 8329 state._fsp--;
9397 if (state.failed) return current;
9398 if ( state.backtracking==0 ) {
9399 8330
9400 afterParserOrEnumRuleCall(); 8331
9401 8332 afterParserOrEnumRuleCall();
9402 } 8333
9403 8334
9404 } 8335 }
9405 8336
@@ -9413,75 +8344,63 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9413 } 8344 }
9414 break; 8345 break;
9415 case 2 : 8346 case 2 :
9416 // InternalSolverLanguage.g:3284:4: ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) 8347 // InternalSolverLanguageParser.g:3247:4: ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) )
9417 { 8348 {
9418 // InternalSolverLanguage.g:3284:4: ( ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) ) 8349 // InternalSolverLanguageParser.g:3247:4: ( ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) ) )
9419 // InternalSolverLanguage.g:3285:5: ( ( ruleQualifiedName ) ) otherlv_5= '>=' ( (lv_lowerBound_6_0= RULE_INT ) ) 8350 // InternalSolverLanguageParser.g:3248:5: ( ( ruleQualifiedName ) ) otherlv_5= GreaterThanSignEqualsSign ( (lv_lowerBound_6_0= RULE_INT ) )
9420 { 8351 {
9421 // InternalSolverLanguage.g:3285:5: ( ( ruleQualifiedName ) ) 8352 // InternalSolverLanguageParser.g:3248:5: ( ( ruleQualifiedName ) )
9422 // InternalSolverLanguage.g:3286:6: ( ruleQualifiedName ) 8353 // InternalSolverLanguageParser.g:3249:6: ( ruleQualifiedName )
9423 { 8354 {
9424 // InternalSolverLanguage.g:3286:6: ( ruleQualifiedName ) 8355 // InternalSolverLanguageParser.g:3249:6: ( ruleQualifiedName )
9425 // InternalSolverLanguage.g:3287:7: ruleQualifiedName 8356 // InternalSolverLanguageParser.g:3250:7: ruleQualifiedName
9426 { 8357 {
9427 if ( state.backtracking==0 ) {
9428 8358
9429 if (current==null) { 8359 if (current==null) {
9430 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule()); 8360 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule());
9431 } 8361 }
9432 8362
9433 }
9434 if ( state.backtracking==0 ) {
9435 8363
9436 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_1_0_0()); 8364 newCompositeNode(grammarAccess.getLowerBoundedScopeDefinitionAccess().getTypeNamedElementCrossReference_1_1_0_0());
9437 8365
9438 } 8366 pushFollow(FOLLOW_49);
9439 pushFollow(FOLLOW_51);
9440 ruleQualifiedName(); 8367 ruleQualifiedName();
9441 8368
9442 state._fsp--; 8369 state._fsp--;
9443 if (state.failed) return current;
9444 if ( state.backtracking==0 ) {
9445 8370
9446 afterParserOrEnumRuleCall(); 8371
9447 8372 afterParserOrEnumRuleCall();
9448 } 8373
9449 8374
9450 } 8375 }
9451 8376
9452 8377
9453 } 8378 }
9454 8379
9455 otherlv_5=(Token)match(input,49,FOLLOW_47); if (state.failed) return current; 8380 otherlv_5=(Token)match(input,GreaterThanSignEqualsSign,FOLLOW_45);
9456 if ( state.backtracking==0 ) {
9457 8381
9458 newLeafNode(otherlv_5, grammarAccess.getLowerBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1()); 8382 newLeafNode(otherlv_5, grammarAccess.getLowerBoundedScopeDefinitionAccess().getGreaterThanSignEqualsSignKeyword_1_1_1());
9459 8383
9460 } 8384 // InternalSolverLanguageParser.g:3268:5: ( (lv_lowerBound_6_0= RULE_INT ) )
9461 // InternalSolverLanguage.g:3305:5: ( (lv_lowerBound_6_0= RULE_INT ) ) 8385 // InternalSolverLanguageParser.g:3269:6: (lv_lowerBound_6_0= RULE_INT )
9462 // InternalSolverLanguage.g:3306:6: (lv_lowerBound_6_0= RULE_INT )
9463 { 8386 {
9464 // InternalSolverLanguage.g:3306:6: (lv_lowerBound_6_0= RULE_INT ) 8387 // InternalSolverLanguageParser.g:3269:6: (lv_lowerBound_6_0= RULE_INT )
9465 // InternalSolverLanguage.g:3307:7: lv_lowerBound_6_0= RULE_INT 8388 // InternalSolverLanguageParser.g:3270:7: lv_lowerBound_6_0= RULE_INT
9466 { 8389 {
9467 lv_lowerBound_6_0=(Token)match(input,RULE_INT,FOLLOW_12); if (state.failed) return current; 8390 lv_lowerBound_6_0=(Token)match(input,RULE_INT,FOLLOW_2);
9468 if ( state.backtracking==0 ) {
9469 8391
9470 newLeafNode(lv_lowerBound_6_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_1_2_0()); 8392 newLeafNode(lv_lowerBound_6_0, grammarAccess.getLowerBoundedScopeDefinitionAccess().getLowerBoundINTTerminalRuleCall_1_1_2_0());
9471 8393
9472 }
9473 if ( state.backtracking==0 ) {
9474 8394
9475 if (current==null) { 8395 if (current==null) {
9476 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule()); 8396 current = createModelElement(grammarAccess.getLowerBoundedScopeDefinitionRule());
9477 } 8397 }
9478 setWithLastConsumed( 8398 setWithLastConsumed(
9479 current, 8399 current,
9480 "lowerBound", 8400 "lowerBound",
9481 lv_lowerBound_6_0, 8401 lv_lowerBound_6_0,
9482 "org.eclipse.xtext.common.Terminals.INT"); 8402 "org.eclipse.xtext.common.Terminals.INT");
9483 8403
9484 }
9485 8404
9486 } 8405 }
9487 8406
@@ -9497,23 +8416,15 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9497 8416
9498 } 8417 }
9499 8418
9500 otherlv_7=(Token)match(input,22,FOLLOW_2); if (state.failed) return current;
9501 if ( state.backtracking==0 ) {
9502
9503 newLeafNode(otherlv_7, grammarAccess.getLowerBoundedScopeDefinitionAccess().getFullStopKeyword_2());
9504
9505 }
9506 8419
9507 } 8420 }
9508 8421
9509 8422
9510 } 8423 }
9511 8424
9512 if ( state.backtracking==0 ) {
9513 8425
9514 leaveRule(); 8426 leaveRule();
9515 8427
9516 }
9517 } 8428 }
9518 8429
9519 catch (RecognitionException re) { 8430 catch (RecognitionException re) {
@@ -9528,7 +8439,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9528 8439
9529 8440
9530 // $ANTLR start "entryRuleObjectiveDefinition" 8441 // $ANTLR start "entryRuleObjectiveDefinition"
9531 // InternalSolverLanguage.g:3333:1: entryRuleObjectiveDefinition returns [EObject current=null] : iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF ; 8442 // InternalSolverLanguageParser.g:3292:1: entryRuleObjectiveDefinition returns [EObject current=null] : iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF ;
9532 public final EObject entryRuleObjectiveDefinition() throws RecognitionException { 8443 public final EObject entryRuleObjectiveDefinition() throws RecognitionException {
9533 EObject current = null; 8444 EObject current = null;
9534 8445
@@ -9536,21 +8447,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9536 8447
9537 8448
9538 try { 8449 try {
9539 // InternalSolverLanguage.g:3333:60: (iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF ) 8450 // InternalSolverLanguageParser.g:3292:60: (iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF )
9540 // InternalSolverLanguage.g:3334:2: iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF 8451 // InternalSolverLanguageParser.g:3293:2: iv_ruleObjectiveDefinition= ruleObjectiveDefinition EOF
9541 { 8452 {
9542 if ( state.backtracking==0 ) { 8453 newCompositeNode(grammarAccess.getObjectiveDefinitionRule());
9543 newCompositeNode(grammarAccess.getObjectiveDefinitionRule());
9544 }
9545 pushFollow(FOLLOW_1); 8454 pushFollow(FOLLOW_1);
9546 iv_ruleObjectiveDefinition=ruleObjectiveDefinition(); 8455 iv_ruleObjectiveDefinition=ruleObjectiveDefinition();
9547 8456
9548 state._fsp--; 8457 state._fsp--;
9549 if (state.failed) return current; 8458
9550 if ( state.backtracking==0 ) { 8459 current =iv_ruleObjectiveDefinition;
9551 current =iv_ruleObjectiveDefinition; 8460 match(input,EOF,FOLLOW_2);
9552 }
9553 match(input,EOF,FOLLOW_2); if (state.failed) return current;
9554 8461
9555 } 8462 }
9556 8463
@@ -9568,7 +8475,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9568 8475
9569 8476
9570 // $ANTLR start "ruleObjectiveDefinition" 8477 // $ANTLR start "ruleObjectiveDefinition"
9571 // InternalSolverLanguage.g:3340:1: ruleObjectiveDefinition returns [EObject current=null] : ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) ; 8478 // InternalSolverLanguageParser.g:3299:1: ruleObjectiveDefinition returns [EObject current=null] : ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) ;
9572 public final EObject ruleObjectiveDefinition() throws RecognitionException { 8479 public final EObject ruleObjectiveDefinition() throws RecognitionException {
9573 EObject current = null; 8480 EObject current = null;
9574 8481
@@ -9581,76 +8488,68 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9581 enterRule(); 8488 enterRule();
9582 8489
9583 try { 8490 try {
9584 // InternalSolverLanguage.g:3346:2: ( ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) ) 8491 // InternalSolverLanguageParser.g:3305:2: ( ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) )
9585 // InternalSolverLanguage.g:3347:2: ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) 8492 // InternalSolverLanguageParser.g:3306:2: ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) )
9586 { 8493 {
9587 // InternalSolverLanguage.g:3347:2: ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) ) 8494 // InternalSolverLanguageParser.g:3306:2: ( ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) )
9588 // InternalSolverLanguage.g:3348:3: ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) ) 8495 // InternalSolverLanguageParser.g:3307:3: ( (lv_kind_0_0= ruleObjectiveKind ) ) ( (lv_objective_1_0= ruleExpression ) )
9589 { 8496 {
9590 // InternalSolverLanguage.g:3348:3: ( (lv_kind_0_0= ruleObjectiveKind ) ) 8497 // InternalSolverLanguageParser.g:3307:3: ( (lv_kind_0_0= ruleObjectiveKind ) )
9591 // InternalSolverLanguage.g:3349:4: (lv_kind_0_0= ruleObjectiveKind ) 8498 // InternalSolverLanguageParser.g:3308:4: (lv_kind_0_0= ruleObjectiveKind )
9592 { 8499 {
9593 // InternalSolverLanguage.g:3349:4: (lv_kind_0_0= ruleObjectiveKind ) 8500 // InternalSolverLanguageParser.g:3308:4: (lv_kind_0_0= ruleObjectiveKind )
9594 // InternalSolverLanguage.g:3350:5: lv_kind_0_0= ruleObjectiveKind 8501 // InternalSolverLanguageParser.g:3309:5: lv_kind_0_0= ruleObjectiveKind
9595 { 8502 {
9596 if ( state.backtracking==0 ) {
9597 8503
9598 newCompositeNode(grammarAccess.getObjectiveDefinitionAccess().getKindObjectiveKindEnumRuleCall_0_0()); 8504 newCompositeNode(grammarAccess.getObjectiveDefinitionAccess().getKindObjectiveKindEnumRuleCall_0_0());
9599 8505
9600 }
9601 pushFollow(FOLLOW_6); 8506 pushFollow(FOLLOW_6);
9602 lv_kind_0_0=ruleObjectiveKind(); 8507 lv_kind_0_0=ruleObjectiveKind();
9603 8508
9604 state._fsp--; 8509 state._fsp--;
9605 if (state.failed) return current;
9606 if ( state.backtracking==0 ) {
9607 8510
9608 if (current==null) { 8511
9609 current = createModelElementForParent(grammarAccess.getObjectiveDefinitionRule()); 8512 if (current==null) {
9610 } 8513 current = createModelElementForParent(grammarAccess.getObjectiveDefinitionRule());
9611 set( 8514 }
9612 current, 8515 set(
9613 "kind", 8516 current,
9614 lv_kind_0_0, 8517 "kind",
9615 "org.eclipse.viatra.solver.language.SolverLanguage.ObjectiveKind"); 8518 lv_kind_0_0,
9616 afterParserOrEnumRuleCall(); 8519 "org.eclipse.viatra.solver.language.SolverLanguage.ObjectiveKind");
9617 8520 afterParserOrEnumRuleCall();
9618 } 8521
9619 8522
9620 } 8523 }
9621 8524
9622 8525
9623 } 8526 }
9624 8527
9625 // InternalSolverLanguage.g:3367:3: ( (lv_objective_1_0= ruleExpression ) ) 8528 // InternalSolverLanguageParser.g:3326:3: ( (lv_objective_1_0= ruleExpression ) )
9626 // InternalSolverLanguage.g:3368:4: (lv_objective_1_0= ruleExpression ) 8529 // InternalSolverLanguageParser.g:3327:4: (lv_objective_1_0= ruleExpression )
9627 { 8530 {
9628 // InternalSolverLanguage.g:3368:4: (lv_objective_1_0= ruleExpression ) 8531 // InternalSolverLanguageParser.g:3327:4: (lv_objective_1_0= ruleExpression )
9629 // InternalSolverLanguage.g:3369:5: lv_objective_1_0= ruleExpression 8532 // InternalSolverLanguageParser.g:3328:5: lv_objective_1_0= ruleExpression
9630 { 8533 {
9631 if ( state.backtracking==0 ) {
9632 8534
9633 newCompositeNode(grammarAccess.getObjectiveDefinitionAccess().getObjectiveExpressionParserRuleCall_1_0()); 8535 newCompositeNode(grammarAccess.getObjectiveDefinitionAccess().getObjectiveExpressionParserRuleCall_1_0());
9634 8536
9635 }
9636 pushFollow(FOLLOW_2); 8537 pushFollow(FOLLOW_2);
9637 lv_objective_1_0=ruleExpression(); 8538 lv_objective_1_0=ruleExpression();
9638 8539
9639 state._fsp--; 8540 state._fsp--;
9640 if (state.failed) return current;
9641 if ( state.backtracking==0 ) {
9642 8541
9643 if (current==null) { 8542
9644 current = createModelElementForParent(grammarAccess.getObjectiveDefinitionRule()); 8543 if (current==null) {
9645 } 8544 current = createModelElementForParent(grammarAccess.getObjectiveDefinitionRule());
9646 set( 8545 }
9647 current, 8546 set(
9648 "objective", 8547 current,
9649 lv_objective_1_0, 8548 "objective",
9650 "org.eclipse.viatra.solver.language.SolverLanguage.Expression"); 8549 lv_objective_1_0,
9651 afterParserOrEnumRuleCall(); 8550 "org.eclipse.viatra.solver.language.SolverLanguage.Expression");
9652 8551 afterParserOrEnumRuleCall();
9653 } 8552
9654 8553
9655 } 8554 }
9656 8555
@@ -9663,11 +8562,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9663 8562
9664 } 8563 }
9665 8564
9666 if ( state.backtracking==0 ) {
9667 8565
9668 leaveRule(); 8566 leaveRule();
9669 8567
9670 }
9671 } 8568 }
9672 8569
9673 catch (RecognitionException re) { 8570 catch (RecognitionException re) {
@@ -9682,7 +8579,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9682 8579
9683 8580
9684 // $ANTLR start "entryRuleUpperMultiplicty" 8581 // $ANTLR start "entryRuleUpperMultiplicty"
9685 // InternalSolverLanguage.g:3390:1: entryRuleUpperMultiplicty returns [String current=null] : iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF ; 8582 // InternalSolverLanguageParser.g:3349:1: entryRuleUpperMultiplicty returns [String current=null] : iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF ;
9686 public final String entryRuleUpperMultiplicty() throws RecognitionException { 8583 public final String entryRuleUpperMultiplicty() throws RecognitionException {
9687 String current = null; 8584 String current = null;
9688 8585
@@ -9690,21 +8587,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9690 8587
9691 8588
9692 try { 8589 try {
9693 // InternalSolverLanguage.g:3390:56: (iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF ) 8590 // InternalSolverLanguageParser.g:3349:56: (iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF )
9694 // InternalSolverLanguage.g:3391:2: iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF 8591 // InternalSolverLanguageParser.g:3350:2: iv_ruleUpperMultiplicty= ruleUpperMultiplicty EOF
9695 { 8592 {
9696 if ( state.backtracking==0 ) { 8593 newCompositeNode(grammarAccess.getUpperMultiplictyRule());
9697 newCompositeNode(grammarAccess.getUpperMultiplictyRule());
9698 }
9699 pushFollow(FOLLOW_1); 8594 pushFollow(FOLLOW_1);
9700 iv_ruleUpperMultiplicty=ruleUpperMultiplicty(); 8595 iv_ruleUpperMultiplicty=ruleUpperMultiplicty();
9701 8596
9702 state._fsp--; 8597 state._fsp--;
9703 if (state.failed) return current; 8598
9704 if ( state.backtracking==0 ) { 8599 current =iv_ruleUpperMultiplicty.getText();
9705 current =iv_ruleUpperMultiplicty.getText(); 8600 match(input,EOF,FOLLOW_2);
9706 }
9707 match(input,EOF,FOLLOW_2); if (state.failed) return current;
9708 8601
9709 } 8602 }
9710 8603
@@ -9722,7 +8615,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9722 8615
9723 8616
9724 // $ANTLR start "ruleUpperMultiplicty" 8617 // $ANTLR start "ruleUpperMultiplicty"
9725 // InternalSolverLanguage.g:3397:1: ruleUpperMultiplicty returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : (this_INT_0= RULE_INT | kw= '*' ) ; 8618 // InternalSolverLanguageParser.g:3356:1: ruleUpperMultiplicty returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : (this_INT_0= RULE_INT | kw= Asterisk ) ;
9726 public final AntlrDatatypeRuleToken ruleUpperMultiplicty() throws RecognitionException { 8619 public final AntlrDatatypeRuleToken ruleUpperMultiplicty() throws RecognitionException {
9727 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken(); 8620 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken();
9728 8621
@@ -9733,54 +8626,47 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9733 enterRule(); 8626 enterRule();
9734 8627
9735 try { 8628 try {
9736 // InternalSolverLanguage.g:3403:2: ( (this_INT_0= RULE_INT | kw= '*' ) ) 8629 // InternalSolverLanguageParser.g:3362:2: ( (this_INT_0= RULE_INT | kw= Asterisk ) )
9737 // InternalSolverLanguage.g:3404:2: (this_INT_0= RULE_INT | kw= '*' ) 8630 // InternalSolverLanguageParser.g:3363:2: (this_INT_0= RULE_INT | kw= Asterisk )
9738 { 8631 {
9739 // InternalSolverLanguage.g:3404:2: (this_INT_0= RULE_INT | kw= '*' ) 8632 // InternalSolverLanguageParser.g:3363:2: (this_INT_0= RULE_INT | kw= Asterisk )
9740 int alt41=2; 8633 int alt40=2;
9741 int LA41_0 = input.LA(1); 8634 int LA40_0 = input.LA(1);
9742 8635
9743 if ( (LA41_0==RULE_INT) ) { 8636 if ( (LA40_0==RULE_INT) ) {
9744 alt41=1; 8637 alt40=1;
9745 } 8638 }
9746 else if ( (LA41_0==35) ) { 8639 else if ( (LA40_0==Asterisk) ) {
9747 alt41=2; 8640 alt40=2;
9748 } 8641 }
9749 else { 8642 else {
9750 if (state.backtracking>0) {state.failed=true; return current;}
9751 NoViableAltException nvae = 8643 NoViableAltException nvae =
9752 new NoViableAltException("", 41, 0, input); 8644 new NoViableAltException("", 40, 0, input);
9753 8645
9754 throw nvae; 8646 throw nvae;
9755 } 8647 }
9756 switch (alt41) { 8648 switch (alt40) {
9757 case 1 : 8649 case 1 :
9758 // InternalSolverLanguage.g:3405:3: this_INT_0= RULE_INT 8650 // InternalSolverLanguageParser.g:3364:3: this_INT_0= RULE_INT
9759 { 8651 {
9760 this_INT_0=(Token)match(input,RULE_INT,FOLLOW_2); if (state.failed) return current; 8652 this_INT_0=(Token)match(input,RULE_INT,FOLLOW_2);
9761 if ( state.backtracking==0 ) {
9762 8653
9763 current.merge(this_INT_0); 8654 current.merge(this_INT_0);
9764 8655
9765 }
9766 if ( state.backtracking==0 ) {
9767 8656
9768 newLeafNode(this_INT_0, grammarAccess.getUpperMultiplictyAccess().getINTTerminalRuleCall_0()); 8657 newLeafNode(this_INT_0, grammarAccess.getUpperMultiplictyAccess().getINTTerminalRuleCall_0());
9769 8658
9770 }
9771 8659
9772 } 8660 }
9773 break; 8661 break;
9774 case 2 : 8662 case 2 :
9775 // InternalSolverLanguage.g:3413:3: kw= '*' 8663 // InternalSolverLanguageParser.g:3372:3: kw= Asterisk
9776 { 8664 {
9777 kw=(Token)match(input,35,FOLLOW_2); if (state.failed) return current; 8665 kw=(Token)match(input,Asterisk,FOLLOW_2);
9778 if ( state.backtracking==0 ) {
9779 8666
9780 current.merge(kw); 8667 current.merge(kw);
9781 newLeafNode(kw, grammarAccess.getUpperMultiplictyAccess().getAsteriskKeyword_1()); 8668 newLeafNode(kw, grammarAccess.getUpperMultiplictyAccess().getAsteriskKeyword_1());
9782 8669
9783 }
9784 8670
9785 } 8671 }
9786 break; 8672 break;
@@ -9790,11 +8676,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9790 8676
9791 } 8677 }
9792 8678
9793 if ( state.backtracking==0 ) {
9794 8679
9795 leaveRule(); 8680 leaveRule();
9796 8681
9797 }
9798 } 8682 }
9799 8683
9800 catch (RecognitionException re) { 8684 catch (RecognitionException re) {
@@ -9809,7 +8693,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9809 8693
9810 8694
9811 // $ANTLR start "entryRuleReal" 8695 // $ANTLR start "entryRuleReal"
9812 // InternalSolverLanguage.g:3422:1: entryRuleReal returns [String current=null] : iv_ruleReal= ruleReal EOF ; 8696 // InternalSolverLanguageParser.g:3381:1: entryRuleReal returns [String current=null] : iv_ruleReal= ruleReal EOF ;
9813 public final String entryRuleReal() throws RecognitionException { 8697 public final String entryRuleReal() throws RecognitionException {
9814 String current = null; 8698 String current = null;
9815 8699
@@ -9820,21 +8704,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9820 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens(); 8704 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens();
9821 8705
9822 try { 8706 try {
9823 // InternalSolverLanguage.g:3424:2: (iv_ruleReal= ruleReal EOF ) 8707 // InternalSolverLanguageParser.g:3383:2: (iv_ruleReal= ruleReal EOF )
9824 // InternalSolverLanguage.g:3425:2: iv_ruleReal= ruleReal EOF 8708 // InternalSolverLanguageParser.g:3384:2: iv_ruleReal= ruleReal EOF
9825 { 8709 {
9826 if ( state.backtracking==0 ) { 8710 newCompositeNode(grammarAccess.getRealRule());
9827 newCompositeNode(grammarAccess.getRealRule());
9828 }
9829 pushFollow(FOLLOW_1); 8711 pushFollow(FOLLOW_1);
9830 iv_ruleReal=ruleReal(); 8712 iv_ruleReal=ruleReal();
9831 8713
9832 state._fsp--; 8714 state._fsp--;
9833 if (state.failed) return current; 8715
9834 if ( state.backtracking==0 ) { 8716 current =iv_ruleReal.getText();
9835 current =iv_ruleReal.getText(); 8717 match(input,EOF,FOLLOW_2);
9836 }
9837 match(input,EOF,FOLLOW_2); if (state.failed) return current;
9838 8718
9839 } 8719 }
9840 8720
@@ -9855,7 +8735,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9855 8735
9856 8736
9857 // $ANTLR start "ruleReal" 8737 // $ANTLR start "ruleReal"
9858 // InternalSolverLanguage.g:3434:1: ruleReal returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : (this_INT_0= RULE_INT (kw= '.' this_INT_2= RULE_INT )? ) ; 8738 // InternalSolverLanguageParser.g:3393:1: ruleReal returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : (this_INT_0= RULE_INT (kw= FullStop this_INT_2= RULE_INT )? ) ;
9859 public final AntlrDatatypeRuleToken ruleReal() throws RecognitionException { 8739 public final AntlrDatatypeRuleToken ruleReal() throws RecognitionException {
9860 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken(); 8740 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken();
9861 8741
@@ -9868,52 +8748,42 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9868 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens(); 8748 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens();
9869 8749
9870 try { 8750 try {
9871 // InternalSolverLanguage.g:3441:2: ( (this_INT_0= RULE_INT (kw= '.' this_INT_2= RULE_INT )? ) ) 8751 // InternalSolverLanguageParser.g:3400:2: ( (this_INT_0= RULE_INT (kw= FullStop this_INT_2= RULE_INT )? ) )
9872 // InternalSolverLanguage.g:3442:2: (this_INT_0= RULE_INT (kw= '.' this_INT_2= RULE_INT )? ) 8752 // InternalSolverLanguageParser.g:3401:2: (this_INT_0= RULE_INT (kw= FullStop this_INT_2= RULE_INT )? )
9873 { 8753 {
9874 // InternalSolverLanguage.g:3442:2: (this_INT_0= RULE_INT (kw= '.' this_INT_2= RULE_INT )? ) 8754 // InternalSolverLanguageParser.g:3401:2: (this_INT_0= RULE_INT (kw= FullStop this_INT_2= RULE_INT )? )
9875 // InternalSolverLanguage.g:3443:3: this_INT_0= RULE_INT (kw= '.' this_INT_2= RULE_INT )? 8755 // InternalSolverLanguageParser.g:3402:3: this_INT_0= RULE_INT (kw= FullStop this_INT_2= RULE_INT )?
9876 { 8756 {
9877 this_INT_0=(Token)match(input,RULE_INT,FOLLOW_53); if (state.failed) return current; 8757 this_INT_0=(Token)match(input,RULE_INT,FOLLOW_51);
9878 if ( state.backtracking==0 ) {
9879 8758
9880 current.merge(this_INT_0); 8759 current.merge(this_INT_0);
9881 8760
9882 }
9883 if ( state.backtracking==0 ) {
9884 8761
9885 newLeafNode(this_INT_0, grammarAccess.getRealAccess().getINTTerminalRuleCall_0()); 8762 newLeafNode(this_INT_0, grammarAccess.getRealAccess().getINTTerminalRuleCall_0());
9886 8763
9887 } 8764 // InternalSolverLanguageParser.g:3409:3: (kw= FullStop this_INT_2= RULE_INT )?
9888 // InternalSolverLanguage.g:3450:3: (kw= '.' this_INT_2= RULE_INT )? 8765 int alt41=2;
9889 int alt42=2; 8766 int LA41_0 = input.LA(1);
9890 int LA42_0 = input.LA(1);
9891 8767
9892 if ( (LA42_0==22) ) { 8768 if ( (LA41_0==FullStop) ) {
9893 alt42=1; 8769 alt41=1;
9894 } 8770 }
9895 switch (alt42) { 8771 switch (alt41) {
9896 case 1 : 8772 case 1 :
9897 // InternalSolverLanguage.g:3451:4: kw= '.' this_INT_2= RULE_INT 8773 // InternalSolverLanguageParser.g:3410:4: kw= FullStop this_INT_2= RULE_INT
9898 { 8774 {
9899 kw=(Token)match(input,22,FOLLOW_47); if (state.failed) return current; 8775 kw=(Token)match(input,FullStop,FOLLOW_45);
9900 if ( state.backtracking==0 ) {
9901 8776
9902 current.merge(kw); 8777 current.merge(kw);
9903 newLeafNode(kw, grammarAccess.getRealAccess().getFullStopKeyword_1_0()); 8778 newLeafNode(kw, grammarAccess.getRealAccess().getFullStopKeyword_1_0());
9904 8779
9905 } 8780 this_INT_2=(Token)match(input,RULE_INT,FOLLOW_2);
9906 this_INT_2=(Token)match(input,RULE_INT,FOLLOW_2); if (state.failed) return current;
9907 if ( state.backtracking==0 ) {
9908 8781
9909 current.merge(this_INT_2); 8782 current.merge(this_INT_2);
9910 8783
9911 }
9912 if ( state.backtracking==0 ) {
9913 8784
9914 newLeafNode(this_INT_2, grammarAccess.getRealAccess().getINTTerminalRuleCall_1_1()); 8785 newLeafNode(this_INT_2, grammarAccess.getRealAccess().getINTTerminalRuleCall_1_1());
9915 8786
9916 }
9917 8787
9918 } 8788 }
9919 break; 8789 break;
@@ -9926,11 +8796,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9926 8796
9927 } 8797 }
9928 8798
9929 if ( state.backtracking==0 ) {
9930 8799
9931 leaveRule(); 8800 leaveRule();
9932 8801
9933 }
9934 } 8802 }
9935 8803
9936 catch (RecognitionException re) { 8804 catch (RecognitionException re) {
@@ -9948,7 +8816,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9948 8816
9949 8817
9950 // $ANTLR start "entryRuleQualifiedName" 8818 // $ANTLR start "entryRuleQualifiedName"
9951 // InternalSolverLanguage.g:3471:1: entryRuleQualifiedName returns [String current=null] : iv_ruleQualifiedName= ruleQualifiedName EOF ; 8819 // InternalSolverLanguageParser.g:3430:1: entryRuleQualifiedName returns [String current=null] : iv_ruleQualifiedName= ruleQualifiedName EOF ;
9952 public final String entryRuleQualifiedName() throws RecognitionException { 8820 public final String entryRuleQualifiedName() throws RecognitionException {
9953 String current = null; 8821 String current = null;
9954 8822
@@ -9959,21 +8827,17 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9959 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens(); 8827 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens();
9960 8828
9961 try { 8829 try {
9962 // InternalSolverLanguage.g:3473:2: (iv_ruleQualifiedName= ruleQualifiedName EOF ) 8830 // InternalSolverLanguageParser.g:3432:2: (iv_ruleQualifiedName= ruleQualifiedName EOF )
9963 // InternalSolverLanguage.g:3474:2: iv_ruleQualifiedName= ruleQualifiedName EOF 8831 // InternalSolverLanguageParser.g:3433:2: iv_ruleQualifiedName= ruleQualifiedName EOF
9964 { 8832 {
9965 if ( state.backtracking==0 ) { 8833 newCompositeNode(grammarAccess.getQualifiedNameRule());
9966 newCompositeNode(grammarAccess.getQualifiedNameRule());
9967 }
9968 pushFollow(FOLLOW_1); 8834 pushFollow(FOLLOW_1);
9969 iv_ruleQualifiedName=ruleQualifiedName(); 8835 iv_ruleQualifiedName=ruleQualifiedName();
9970 8836
9971 state._fsp--; 8837 state._fsp--;
9972 if (state.failed) return current; 8838
9973 if ( state.backtracking==0 ) { 8839 current =iv_ruleQualifiedName.getText();
9974 current =iv_ruleQualifiedName.getText(); 8840 match(input,EOF,FOLLOW_2);
9975 }
9976 match(input,EOF,FOLLOW_2); if (state.failed) return current;
9977 8841
9978 } 8842 }
9979 8843
@@ -9994,7 +8858,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
9994 8858
9995 8859
9996 // $ANTLR start "ruleQualifiedName" 8860 // $ANTLR start "ruleQualifiedName"
9997 // InternalSolverLanguage.g:3483:1: ruleQualifiedName returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : ( (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) ; 8861 // InternalSolverLanguageParser.g:3442:1: ruleQualifiedName returns [AntlrDatatypeRuleToken current=new AntlrDatatypeRuleToken()] : ( (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) ;
9998 public final AntlrDatatypeRuleToken ruleQualifiedName() throws RecognitionException { 8862 public final AntlrDatatypeRuleToken ruleQualifiedName() throws RecognitionException {
9999 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken(); 8863 AntlrDatatypeRuleToken current = new AntlrDatatypeRuleToken();
10000 8864
@@ -10008,89 +8872,72 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10008 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens(); 8872 HiddenTokens myHiddenTokenState = ((XtextTokenStream)input).setHiddenTokens();
10009 8873
10010 try { 8874 try {
10011 // InternalSolverLanguage.g:3490:2: ( ( (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) ) 8875 // InternalSolverLanguageParser.g:3449:2: ( ( (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) )
10012 // InternalSolverLanguage.g:3491:2: ( (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) 8876 // InternalSolverLanguageParser.g:3450:2: ( (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID )
10013 { 8877 {
10014 // InternalSolverLanguage.g:3491:2: ( (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID ) 8878 // InternalSolverLanguageParser.g:3450:2: ( (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* ) | this_QUOTED_ID_3= RULE_QUOTED_ID )
10015 int alt44=2; 8879 int alt43=2;
10016 int LA44_0 = input.LA(1); 8880 int LA43_0 = input.LA(1);
10017 8881
10018 if ( (LA44_0==RULE_ID) ) { 8882 if ( (LA43_0==RULE_ID) ) {
10019 alt44=1; 8883 alt43=1;
10020 } 8884 }
10021 else if ( (LA44_0==RULE_QUOTED_ID) ) { 8885 else if ( (LA43_0==RULE_QUOTED_ID) ) {
10022 alt44=2; 8886 alt43=2;
10023 } 8887 }
10024 else { 8888 else {
10025 if (state.backtracking>0) {state.failed=true; return current;}
10026 NoViableAltException nvae = 8889 NoViableAltException nvae =
10027 new NoViableAltException("", 44, 0, input); 8890 new NoViableAltException("", 43, 0, input);
10028 8891
10029 throw nvae; 8892 throw nvae;
10030 } 8893 }
10031 switch (alt44) { 8894 switch (alt43) {
10032 case 1 : 8895 case 1 :
10033 // InternalSolverLanguage.g:3492:3: (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) 8896 // InternalSolverLanguageParser.g:3451:3: (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* )
10034 { 8897 {
10035 // InternalSolverLanguage.g:3492:3: (this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* ) 8898 // InternalSolverLanguageParser.g:3451:3: (this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )* )
10036 // InternalSolverLanguage.g:3493:4: this_ID_0= RULE_ID (kw= '.' this_ID_2= RULE_ID )* 8899 // InternalSolverLanguageParser.g:3452:4: this_ID_0= RULE_ID (kw= FullStop this_ID_2= RULE_ID )*
10037 { 8900 {
10038 this_ID_0=(Token)match(input,RULE_ID,FOLLOW_53); if (state.failed) return current; 8901 this_ID_0=(Token)match(input,RULE_ID,FOLLOW_51);
10039 if ( state.backtracking==0 ) {
10040 8902
10041 current.merge(this_ID_0); 8903 current.merge(this_ID_0);
10042 8904
10043 }
10044 if ( state.backtracking==0 ) {
10045 8905
10046 newLeafNode(this_ID_0, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_0()); 8906 newLeafNode(this_ID_0, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_0());
10047 8907
10048 } 8908 // InternalSolverLanguageParser.g:3459:4: (kw= FullStop this_ID_2= RULE_ID )*
10049 // InternalSolverLanguage.g:3500:4: (kw= '.' this_ID_2= RULE_ID )* 8909 loop42:
10050 loop43:
10051 do { 8910 do {
10052 int alt43=2; 8911 int alt42=2;
10053 int LA43_0 = input.LA(1); 8912 int LA42_0 = input.LA(1);
10054
10055 if ( (LA43_0==22) ) {
10056 int LA43_2 = input.LA(2);
10057
10058 if ( (LA43_2==RULE_ID) ) {
10059 alt43=1;
10060 }
10061
10062 8913
8914 if ( (LA42_0==FullStop) ) {
8915 alt42=1;
10063 } 8916 }
10064 8917
10065 8918
10066 switch (alt43) { 8919 switch (alt42) {
10067 case 1 : 8920 case 1 :
10068 // InternalSolverLanguage.g:3501:5: kw= '.' this_ID_2= RULE_ID 8921 // InternalSolverLanguageParser.g:3460:5: kw= FullStop this_ID_2= RULE_ID
10069 { 8922 {
10070 kw=(Token)match(input,22,FOLLOW_40); if (state.failed) return current; 8923 kw=(Token)match(input,FullStop,FOLLOW_38);
10071 if ( state.backtracking==0 ) {
10072 8924
10073 current.merge(kw); 8925 current.merge(kw);
10074 newLeafNode(kw, grammarAccess.getQualifiedNameAccess().getFullStopKeyword_0_1_0()); 8926 newLeafNode(kw, grammarAccess.getQualifiedNameAccess().getFullStopKeyword_0_1_0());
10075 8927
10076 } 8928 this_ID_2=(Token)match(input,RULE_ID,FOLLOW_51);
10077 this_ID_2=(Token)match(input,RULE_ID,FOLLOW_53); if (state.failed) return current;
10078 if ( state.backtracking==0 ) {
10079 8929
10080 current.merge(this_ID_2); 8930 current.merge(this_ID_2);
10081 8931
10082 }
10083 if ( state.backtracking==0 ) {
10084 8932
10085 newLeafNode(this_ID_2, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_1_1()); 8933 newLeafNode(this_ID_2, grammarAccess.getQualifiedNameAccess().getIDTerminalRuleCall_0_1_1());
10086 8934
10087 }
10088 8935
10089 } 8936 }
10090 break; 8937 break;
10091 8938
10092 default : 8939 default :
10093 break loop43; 8940 break loop42;
10094 } 8941 }
10095 } while (true); 8942 } while (true);
10096 8943
@@ -10101,19 +8948,15 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10101 } 8948 }
10102 break; 8949 break;
10103 case 2 : 8950 case 2 :
10104 // InternalSolverLanguage.g:3516:3: this_QUOTED_ID_3= RULE_QUOTED_ID 8951 // InternalSolverLanguageParser.g:3475:3: this_QUOTED_ID_3= RULE_QUOTED_ID
10105 { 8952 {
10106 this_QUOTED_ID_3=(Token)match(input,RULE_QUOTED_ID,FOLLOW_2); if (state.failed) return current; 8953 this_QUOTED_ID_3=(Token)match(input,RULE_QUOTED_ID,FOLLOW_2);
10107 if ( state.backtracking==0 ) {
10108 8954
10109 current.merge(this_QUOTED_ID_3); 8955 current.merge(this_QUOTED_ID_3);
10110 8956
10111 }
10112 if ( state.backtracking==0 ) {
10113 8957
10114 newLeafNode(this_QUOTED_ID_3, grammarAccess.getQualifiedNameAccess().getQUOTED_IDTerminalRuleCall_1()); 8958 newLeafNode(this_QUOTED_ID_3, grammarAccess.getQualifiedNameAccess().getQUOTED_IDTerminalRuleCall_1());
10115 8959
10116 }
10117 8960
10118 } 8961 }
10119 break; 8962 break;
@@ -10123,11 +8966,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10123 8966
10124 } 8967 }
10125 8968
10126 if ( state.backtracking==0 ) {
10127 8969
10128 leaveRule(); 8970 leaveRule();
10129 8971
10130 }
10131 } 8972 }
10132 8973
10133 catch (RecognitionException re) { 8974 catch (RecognitionException re) {
@@ -10145,7 +8986,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10145 8986
10146 8987
10147 // $ANTLR start "ruleMetricType" 8988 // $ANTLR start "ruleMetricType"
10148 // InternalSolverLanguage.g:3530:1: ruleMetricType returns [Enumerator current=null] : ( (enumLiteral_0= 'int' ) | (enumLiteral_1= 'real' ) ) ; 8989 // InternalSolverLanguageParser.g:3489:1: ruleMetricType returns [Enumerator current=null] : ( (enumLiteral_0= Int ) | (enumLiteral_1= Real ) ) ;
10149 public final Enumerator ruleMetricType() throws RecognitionException { 8990 public final Enumerator ruleMetricType() throws RecognitionException {
10150 Enumerator current = null; 8991 Enumerator current = null;
10151 8992
@@ -10156,40 +8997,37 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10156 enterRule(); 8997 enterRule();
10157 8998
10158 try { 8999 try {
10159 // InternalSolverLanguage.g:3536:2: ( ( (enumLiteral_0= 'int' ) | (enumLiteral_1= 'real' ) ) ) 9000 // InternalSolverLanguageParser.g:3495:2: ( ( (enumLiteral_0= Int ) | (enumLiteral_1= Real ) ) )
10160 // InternalSolverLanguage.g:3537:2: ( (enumLiteral_0= 'int' ) | (enumLiteral_1= 'real' ) ) 9001 // InternalSolverLanguageParser.g:3496:2: ( (enumLiteral_0= Int ) | (enumLiteral_1= Real ) )
10161 { 9002 {
10162 // InternalSolverLanguage.g:3537:2: ( (enumLiteral_0= 'int' ) | (enumLiteral_1= 'real' ) ) 9003 // InternalSolverLanguageParser.g:3496:2: ( (enumLiteral_0= Int ) | (enumLiteral_1= Real ) )
10163 int alt45=2; 9004 int alt44=2;
10164 int LA45_0 = input.LA(1); 9005 int LA44_0 = input.LA(1);
10165 9006
10166 if ( (LA45_0==50) ) { 9007 if ( (LA44_0==Int) ) {
10167 alt45=1; 9008 alt44=1;
10168 } 9009 }
10169 else if ( (LA45_0==51) ) { 9010 else if ( (LA44_0==Real) ) {
10170 alt45=2; 9011 alt44=2;
10171 } 9012 }
10172 else { 9013 else {
10173 if (state.backtracking>0) {state.failed=true; return current;}
10174 NoViableAltException nvae = 9014 NoViableAltException nvae =
10175 new NoViableAltException("", 45, 0, input); 9015 new NoViableAltException("", 44, 0, input);
10176 9016
10177 throw nvae; 9017 throw nvae;
10178 } 9018 }
10179 switch (alt45) { 9019 switch (alt44) {
10180 case 1 : 9020 case 1 :
10181 // InternalSolverLanguage.g:3538:3: (enumLiteral_0= 'int' ) 9021 // InternalSolverLanguageParser.g:3497:3: (enumLiteral_0= Int )
10182 { 9022 {
10183 // InternalSolverLanguage.g:3538:3: (enumLiteral_0= 'int' ) 9023 // InternalSolverLanguageParser.g:3497:3: (enumLiteral_0= Int )
10184 // InternalSolverLanguage.g:3539:4: enumLiteral_0= 'int' 9024 // InternalSolverLanguageParser.g:3498:4: enumLiteral_0= Int
10185 { 9025 {
10186 enumLiteral_0=(Token)match(input,50,FOLLOW_2); if (state.failed) return current; 9026 enumLiteral_0=(Token)match(input,Int,FOLLOW_2);
10187 if ( state.backtracking==0 ) {
10188 9027
10189 current = grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9028 current = grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10190 newLeafNode(enumLiteral_0, grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0()); 9029 newLeafNode(enumLiteral_0, grammarAccess.getMetricTypeAccess().getINTEnumLiteralDeclaration_0());
10191 9030
10192 }
10193 9031
10194 } 9032 }
10195 9033
@@ -10197,18 +9035,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10197 } 9035 }
10198 break; 9036 break;
10199 case 2 : 9037 case 2 :
10200 // InternalSolverLanguage.g:3546:3: (enumLiteral_1= 'real' ) 9038 // InternalSolverLanguageParser.g:3505:3: (enumLiteral_1= Real )
10201 { 9039 {
10202 // InternalSolverLanguage.g:3546:3: (enumLiteral_1= 'real' ) 9040 // InternalSolverLanguageParser.g:3505:3: (enumLiteral_1= Real )
10203 // InternalSolverLanguage.g:3547:4: enumLiteral_1= 'real' 9041 // InternalSolverLanguageParser.g:3506:4: enumLiteral_1= Real
10204 { 9042 {
10205 enumLiteral_1=(Token)match(input,51,FOLLOW_2); if (state.failed) return current; 9043 enumLiteral_1=(Token)match(input,Real,FOLLOW_2);
10206 if ( state.backtracking==0 ) {
10207 9044
10208 current = grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9045 current = grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10209 newLeafNode(enumLiteral_1, grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1()); 9046 newLeafNode(enumLiteral_1, grammarAccess.getMetricTypeAccess().getREALEnumLiteralDeclaration_1());
10210 9047
10211 }
10212 9048
10213 } 9049 }
10214 9050
@@ -10221,11 +9057,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10221 9057
10222 } 9058 }
10223 9059
10224 if ( state.backtracking==0 ) {
10225 9060
10226 leaveRule(); 9061 leaveRule();
10227 9062
10228 }
10229 } 9063 }
10230 9064
10231 catch (RecognitionException re) { 9065 catch (RecognitionException re) {
@@ -10240,7 +9074,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10240 9074
10241 9075
10242 // $ANTLR start "ruleComparisonOperator" 9076 // $ANTLR start "ruleComparisonOperator"
10243 // InternalSolverLanguage.g:3557:1: ruleComparisonOperator returns [Enumerator current=null] : ( (enumLiteral_0= '==' ) | (enumLiteral_1= '!=' ) | (enumLiteral_2= '<' ) | (enumLiteral_3= '<=' ) | (enumLiteral_4= '>' ) | (enumLiteral_5= '>=' ) | (enumLiteral_6= 'in' ) ) ; 9077 // InternalSolverLanguageParser.g:3516:1: ruleComparisonOperator returns [Enumerator current=null] : ( (enumLiteral_0= EqualsSignEqualsSign ) | (enumLiteral_1= ExclamationMarkEqualsSign ) | (enumLiteral_2= LessThanSign ) | (enumLiteral_3= LessThanSignEqualsSign ) | (enumLiteral_4= GreaterThanSign ) | (enumLiteral_5= GreaterThanSignEqualsSign ) | (enumLiteral_6= In ) ) ;
10244 public final Enumerator ruleComparisonOperator() throws RecognitionException { 9078 public final Enumerator ruleComparisonOperator() throws RecognitionException {
10245 Enumerator current = null; 9079 Enumerator current = null;
10246 9080
@@ -10256,69 +9090,66 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10256 enterRule(); 9090 enterRule();
10257 9091
10258 try { 9092 try {
10259 // InternalSolverLanguage.g:3563:2: ( ( (enumLiteral_0= '==' ) | (enumLiteral_1= '!=' ) | (enumLiteral_2= '<' ) | (enumLiteral_3= '<=' ) | (enumLiteral_4= '>' ) | (enumLiteral_5= '>=' ) | (enumLiteral_6= 'in' ) ) ) 9093 // InternalSolverLanguageParser.g:3522:2: ( ( (enumLiteral_0= EqualsSignEqualsSign ) | (enumLiteral_1= ExclamationMarkEqualsSign ) | (enumLiteral_2= LessThanSign ) | (enumLiteral_3= LessThanSignEqualsSign ) | (enumLiteral_4= GreaterThanSign ) | (enumLiteral_5= GreaterThanSignEqualsSign ) | (enumLiteral_6= In ) ) )
10260 // InternalSolverLanguage.g:3564:2: ( (enumLiteral_0= '==' ) | (enumLiteral_1= '!=' ) | (enumLiteral_2= '<' ) | (enumLiteral_3= '<=' ) | (enumLiteral_4= '>' ) | (enumLiteral_5= '>=' ) | (enumLiteral_6= 'in' ) ) 9094 // InternalSolverLanguageParser.g:3523:2: ( (enumLiteral_0= EqualsSignEqualsSign ) | (enumLiteral_1= ExclamationMarkEqualsSign ) | (enumLiteral_2= LessThanSign ) | (enumLiteral_3= LessThanSignEqualsSign ) | (enumLiteral_4= GreaterThanSign ) | (enumLiteral_5= GreaterThanSignEqualsSign ) | (enumLiteral_6= In ) )
10261 { 9095 {
10262 // InternalSolverLanguage.g:3564:2: ( (enumLiteral_0= '==' ) | (enumLiteral_1= '!=' ) | (enumLiteral_2= '<' ) | (enumLiteral_3= '<=' ) | (enumLiteral_4= '>' ) | (enumLiteral_5= '>=' ) | (enumLiteral_6= 'in' ) ) 9096 // InternalSolverLanguageParser.g:3523:2: ( (enumLiteral_0= EqualsSignEqualsSign ) | (enumLiteral_1= ExclamationMarkEqualsSign ) | (enumLiteral_2= LessThanSign ) | (enumLiteral_3= LessThanSignEqualsSign ) | (enumLiteral_4= GreaterThanSign ) | (enumLiteral_5= GreaterThanSignEqualsSign ) | (enumLiteral_6= In ) )
10263 int alt46=7; 9097 int alt45=7;
10264 switch ( input.LA(1) ) { 9098 switch ( input.LA(1) ) {
10265 case 47: 9099 case EqualsSignEqualsSign:
10266 { 9100 {
10267 alt46=1; 9101 alt45=1;
10268 } 9102 }
10269 break; 9103 break;
10270 case 52: 9104 case ExclamationMarkEqualsSign:
10271 { 9105 {
10272 alt46=2; 9106 alt45=2;
10273 } 9107 }
10274 break; 9108 break;
10275 case 53: 9109 case LessThanSign:
10276 { 9110 {
10277 alt46=3; 9111 alt45=3;
10278 } 9112 }
10279 break; 9113 break;
10280 case 48: 9114 case LessThanSignEqualsSign:
10281 { 9115 {
10282 alt46=4; 9116 alt45=4;
10283 } 9117 }
10284 break; 9118 break;
10285 case 54: 9119 case GreaterThanSign:
10286 { 9120 {
10287 alt46=5; 9121 alt45=5;
10288 } 9122 }
10289 break; 9123 break;
10290 case 49: 9124 case GreaterThanSignEqualsSign:
10291 { 9125 {
10292 alt46=6; 9126 alt45=6;
10293 } 9127 }
10294 break; 9128 break;
10295 case 55: 9129 case In:
10296 { 9130 {
10297 alt46=7; 9131 alt45=7;
10298 } 9132 }
10299 break; 9133 break;
10300 default: 9134 default:
10301 if (state.backtracking>0) {state.failed=true; return current;}
10302 NoViableAltException nvae = 9135 NoViableAltException nvae =
10303 new NoViableAltException("", 46, 0, input); 9136 new NoViableAltException("", 45, 0, input);
10304 9137
10305 throw nvae; 9138 throw nvae;
10306 } 9139 }
10307 9140
10308 switch (alt46) { 9141 switch (alt45) {
10309 case 1 : 9142 case 1 :
10310 // InternalSolverLanguage.g:3565:3: (enumLiteral_0= '==' ) 9143 // InternalSolverLanguageParser.g:3524:3: (enumLiteral_0= EqualsSignEqualsSign )
10311 { 9144 {
10312 // InternalSolverLanguage.g:3565:3: (enumLiteral_0= '==' ) 9145 // InternalSolverLanguageParser.g:3524:3: (enumLiteral_0= EqualsSignEqualsSign )
10313 // InternalSolverLanguage.g:3566:4: enumLiteral_0= '==' 9146 // InternalSolverLanguageParser.g:3525:4: enumLiteral_0= EqualsSignEqualsSign
10314 { 9147 {
10315 enumLiteral_0=(Token)match(input,47,FOLLOW_2); if (state.failed) return current; 9148 enumLiteral_0=(Token)match(input,EqualsSignEqualsSign,FOLLOW_2);
10316 if ( state.backtracking==0 ) {
10317 9149
10318 current = grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9150 current = grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10319 newLeafNode(enumLiteral_0, grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0()); 9151 newLeafNode(enumLiteral_0, grammarAccess.getComparisonOperatorAccess().getEQEnumLiteralDeclaration_0());
10320 9152
10321 }
10322 9153
10323 } 9154 }
10324 9155
@@ -10326,18 +9157,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10326 } 9157 }
10327 break; 9158 break;
10328 case 2 : 9159 case 2 :
10329 // InternalSolverLanguage.g:3573:3: (enumLiteral_1= '!=' ) 9160 // InternalSolverLanguageParser.g:3532:3: (enumLiteral_1= ExclamationMarkEqualsSign )
10330 { 9161 {
10331 // InternalSolverLanguage.g:3573:3: (enumLiteral_1= '!=' ) 9162 // InternalSolverLanguageParser.g:3532:3: (enumLiteral_1= ExclamationMarkEqualsSign )
10332 // InternalSolverLanguage.g:3574:4: enumLiteral_1= '!=' 9163 // InternalSolverLanguageParser.g:3533:4: enumLiteral_1= ExclamationMarkEqualsSign
10333 { 9164 {
10334 enumLiteral_1=(Token)match(input,52,FOLLOW_2); if (state.failed) return current; 9165 enumLiteral_1=(Token)match(input,ExclamationMarkEqualsSign,FOLLOW_2);
10335 if ( state.backtracking==0 ) {
10336 9166
10337 current = grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9167 current = grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10338 newLeafNode(enumLiteral_1, grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1()); 9168 newLeafNode(enumLiteral_1, grammarAccess.getComparisonOperatorAccess().getNOT_EQEnumLiteralDeclaration_1());
10339 9169
10340 }
10341 9170
10342 } 9171 }
10343 9172
@@ -10345,18 +9174,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10345 } 9174 }
10346 break; 9175 break;
10347 case 3 : 9176 case 3 :
10348 // InternalSolverLanguage.g:3581:3: (enumLiteral_2= '<' ) 9177 // InternalSolverLanguageParser.g:3540:3: (enumLiteral_2= LessThanSign )
10349 { 9178 {
10350 // InternalSolverLanguage.g:3581:3: (enumLiteral_2= '<' ) 9179 // InternalSolverLanguageParser.g:3540:3: (enumLiteral_2= LessThanSign )
10351 // InternalSolverLanguage.g:3582:4: enumLiteral_2= '<' 9180 // InternalSolverLanguageParser.g:3541:4: enumLiteral_2= LessThanSign
10352 { 9181 {
10353 enumLiteral_2=(Token)match(input,53,FOLLOW_2); if (state.failed) return current; 9182 enumLiteral_2=(Token)match(input,LessThanSign,FOLLOW_2);
10354 if ( state.backtracking==0 ) {
10355 9183
10356 current = grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 9184 current = grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
10357 newLeafNode(enumLiteral_2, grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2()); 9185 newLeafNode(enumLiteral_2, grammarAccess.getComparisonOperatorAccess().getLESSEnumLiteralDeclaration_2());
10358 9186
10359 }
10360 9187
10361 } 9188 }
10362 9189
@@ -10364,18 +9191,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10364 } 9191 }
10365 break; 9192 break;
10366 case 4 : 9193 case 4 :
10367 // InternalSolverLanguage.g:3589:3: (enumLiteral_3= '<=' ) 9194 // InternalSolverLanguageParser.g:3548:3: (enumLiteral_3= LessThanSignEqualsSign )
10368 { 9195 {
10369 // InternalSolverLanguage.g:3589:3: (enumLiteral_3= '<=' ) 9196 // InternalSolverLanguageParser.g:3548:3: (enumLiteral_3= LessThanSignEqualsSign )
10370 // InternalSolverLanguage.g:3590:4: enumLiteral_3= '<=' 9197 // InternalSolverLanguageParser.g:3549:4: enumLiteral_3= LessThanSignEqualsSign
10371 { 9198 {
10372 enumLiteral_3=(Token)match(input,48,FOLLOW_2); if (state.failed) return current; 9199 enumLiteral_3=(Token)match(input,LessThanSignEqualsSign,FOLLOW_2);
10373 if ( state.backtracking==0 ) {
10374 9200
10375 current = grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 9201 current = grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
10376 newLeafNode(enumLiteral_3, grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3()); 9202 newLeafNode(enumLiteral_3, grammarAccess.getComparisonOperatorAccess().getLESS_EQEnumLiteralDeclaration_3());
10377 9203
10378 }
10379 9204
10380 } 9205 }
10381 9206
@@ -10383,18 +9208,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10383 } 9208 }
10384 break; 9209 break;
10385 case 5 : 9210 case 5 :
10386 // InternalSolverLanguage.g:3597:3: (enumLiteral_4= '>' ) 9211 // InternalSolverLanguageParser.g:3556:3: (enumLiteral_4= GreaterThanSign )
10387 { 9212 {
10388 // InternalSolverLanguage.g:3597:3: (enumLiteral_4= '>' ) 9213 // InternalSolverLanguageParser.g:3556:3: (enumLiteral_4= GreaterThanSign )
10389 // InternalSolverLanguage.g:3598:4: enumLiteral_4= '>' 9214 // InternalSolverLanguageParser.g:3557:4: enumLiteral_4= GreaterThanSign
10390 { 9215 {
10391 enumLiteral_4=(Token)match(input,54,FOLLOW_2); if (state.failed) return current; 9216 enumLiteral_4=(Token)match(input,GreaterThanSign,FOLLOW_2);
10392 if ( state.backtracking==0 ) {
10393 9217
10394 current = grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 9218 current = grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4().getEnumLiteral().getInstance();
10395 newLeafNode(enumLiteral_4, grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4()); 9219 newLeafNode(enumLiteral_4, grammarAccess.getComparisonOperatorAccess().getGREATEREnumLiteralDeclaration_4());
10396 9220
10397 }
10398 9221
10399 } 9222 }
10400 9223
@@ -10402,18 +9225,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10402 } 9225 }
10403 break; 9226 break;
10404 case 6 : 9227 case 6 :
10405 // InternalSolverLanguage.g:3605:3: (enumLiteral_5= '>=' ) 9228 // InternalSolverLanguageParser.g:3564:3: (enumLiteral_5= GreaterThanSignEqualsSign )
10406 { 9229 {
10407 // InternalSolverLanguage.g:3605:3: (enumLiteral_5= '>=' ) 9230 // InternalSolverLanguageParser.g:3564:3: (enumLiteral_5= GreaterThanSignEqualsSign )
10408 // InternalSolverLanguage.g:3606:4: enumLiteral_5= '>=' 9231 // InternalSolverLanguageParser.g:3565:4: enumLiteral_5= GreaterThanSignEqualsSign
10409 { 9232 {
10410 enumLiteral_5=(Token)match(input,49,FOLLOW_2); if (state.failed) return current; 9233 enumLiteral_5=(Token)match(input,GreaterThanSignEqualsSign,FOLLOW_2);
10411 if ( state.backtracking==0 ) {
10412 9234
10413 current = grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 9235 current = grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
10414 newLeafNode(enumLiteral_5, grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5()); 9236 newLeafNode(enumLiteral_5, grammarAccess.getComparisonOperatorAccess().getGREATER_EQEnumLiteralDeclaration_5());
10415 9237
10416 }
10417 9238
10418 } 9239 }
10419 9240
@@ -10421,18 +9242,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10421 } 9242 }
10422 break; 9243 break;
10423 case 7 : 9244 case 7 :
10424 // InternalSolverLanguage.g:3613:3: (enumLiteral_6= 'in' ) 9245 // InternalSolverLanguageParser.g:3572:3: (enumLiteral_6= In )
10425 { 9246 {
10426 // InternalSolverLanguage.g:3613:3: (enumLiteral_6= 'in' ) 9247 // InternalSolverLanguageParser.g:3572:3: (enumLiteral_6= In )
10427 // InternalSolverLanguage.g:3614:4: enumLiteral_6= 'in' 9248 // InternalSolverLanguageParser.g:3573:4: enumLiteral_6= In
10428 { 9249 {
10429 enumLiteral_6=(Token)match(input,55,FOLLOW_2); if (state.failed) return current; 9250 enumLiteral_6=(Token)match(input,In,FOLLOW_2);
10430 if ( state.backtracking==0 ) {
10431 9251
10432 current = grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6().getEnumLiteral().getInstance(); 9252 current = grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6().getEnumLiteral().getInstance();
10433 newLeafNode(enumLiteral_6, grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6()); 9253 newLeafNode(enumLiteral_6, grammarAccess.getComparisonOperatorAccess().getINEnumLiteralDeclaration_6());
10434 9254
10435 }
10436 9255
10437 } 9256 }
10438 9257
@@ -10445,11 +9264,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10445 9264
10446 } 9265 }
10447 9266
10448 if ( state.backtracking==0 ) {
10449 9267
10450 leaveRule(); 9268 leaveRule();
10451 9269
10452 }
10453 } 9270 }
10454 9271
10455 catch (RecognitionException re) { 9272 catch (RecognitionException re) {
@@ -10464,7 +9281,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10464 9281
10465 9282
10466 // $ANTLR start "ruleAdditiveBinaryOperator" 9283 // $ANTLR start "ruleAdditiveBinaryOperator"
10467 // InternalSolverLanguage.g:3624:1: ruleAdditiveBinaryOperator returns [Enumerator current=null] : ( (enumLiteral_0= '+' ) | (enumLiteral_1= '-' ) ) ; 9284 // InternalSolverLanguageParser.g:3583:1: ruleAdditiveBinaryOperator returns [Enumerator current=null] : ( (enumLiteral_0= PlusSign ) | (enumLiteral_1= HyphenMinus ) ) ;
10468 public final Enumerator ruleAdditiveBinaryOperator() throws RecognitionException { 9285 public final Enumerator ruleAdditiveBinaryOperator() throws RecognitionException {
10469 Enumerator current = null; 9286 Enumerator current = null;
10470 9287
@@ -10475,40 +9292,37 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10475 enterRule(); 9292 enterRule();
10476 9293
10477 try { 9294 try {
10478 // InternalSolverLanguage.g:3630:2: ( ( (enumLiteral_0= '+' ) | (enumLiteral_1= '-' ) ) ) 9295 // InternalSolverLanguageParser.g:3589:2: ( ( (enumLiteral_0= PlusSign ) | (enumLiteral_1= HyphenMinus ) ) )
10479 // InternalSolverLanguage.g:3631:2: ( (enumLiteral_0= '+' ) | (enumLiteral_1= '-' ) ) 9296 // InternalSolverLanguageParser.g:3590:2: ( (enumLiteral_0= PlusSign ) | (enumLiteral_1= HyphenMinus ) )
10480 { 9297 {
10481 // InternalSolverLanguage.g:3631:2: ( (enumLiteral_0= '+' ) | (enumLiteral_1= '-' ) ) 9298 // InternalSolverLanguageParser.g:3590:2: ( (enumLiteral_0= PlusSign ) | (enumLiteral_1= HyphenMinus ) )
10482 int alt47=2; 9299 int alt46=2;
10483 int LA47_0 = input.LA(1); 9300 int LA46_0 = input.LA(1);
10484 9301
10485 if ( (LA47_0==56) ) { 9302 if ( (LA46_0==PlusSign) ) {
10486 alt47=1; 9303 alt46=1;
10487 } 9304 }
10488 else if ( (LA47_0==57) ) { 9305 else if ( (LA46_0==HyphenMinus) ) {
10489 alt47=2; 9306 alt46=2;
10490 } 9307 }
10491 else { 9308 else {
10492 if (state.backtracking>0) {state.failed=true; return current;}
10493 NoViableAltException nvae = 9309 NoViableAltException nvae =
10494 new NoViableAltException("", 47, 0, input); 9310 new NoViableAltException("", 46, 0, input);
10495 9311
10496 throw nvae; 9312 throw nvae;
10497 } 9313 }
10498 switch (alt47) { 9314 switch (alt46) {
10499 case 1 : 9315 case 1 :
10500 // InternalSolverLanguage.g:3632:3: (enumLiteral_0= '+' ) 9316 // InternalSolverLanguageParser.g:3591:3: (enumLiteral_0= PlusSign )
10501 { 9317 {
10502 // InternalSolverLanguage.g:3632:3: (enumLiteral_0= '+' ) 9318 // InternalSolverLanguageParser.g:3591:3: (enumLiteral_0= PlusSign )
10503 // InternalSolverLanguage.g:3633:4: enumLiteral_0= '+' 9319 // InternalSolverLanguageParser.g:3592:4: enumLiteral_0= PlusSign
10504 { 9320 {
10505 enumLiteral_0=(Token)match(input,56,FOLLOW_2); if (state.failed) return current; 9321 enumLiteral_0=(Token)match(input,PlusSign,FOLLOW_2);
10506 if ( state.backtracking==0 ) {
10507 9322
10508 current = grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9323 current = grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10509 newLeafNode(enumLiteral_0, grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0()); 9324 newLeafNode(enumLiteral_0, grammarAccess.getAdditiveBinaryOperatorAccess().getADDEnumLiteralDeclaration_0());
10510 9325
10511 }
10512 9326
10513 } 9327 }
10514 9328
@@ -10516,18 +9330,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10516 } 9330 }
10517 break; 9331 break;
10518 case 2 : 9332 case 2 :
10519 // InternalSolverLanguage.g:3640:3: (enumLiteral_1= '-' ) 9333 // InternalSolverLanguageParser.g:3599:3: (enumLiteral_1= HyphenMinus )
10520 { 9334 {
10521 // InternalSolverLanguage.g:3640:3: (enumLiteral_1= '-' ) 9335 // InternalSolverLanguageParser.g:3599:3: (enumLiteral_1= HyphenMinus )
10522 // InternalSolverLanguage.g:3641:4: enumLiteral_1= '-' 9336 // InternalSolverLanguageParser.g:3600:4: enumLiteral_1= HyphenMinus
10523 { 9337 {
10524 enumLiteral_1=(Token)match(input,57,FOLLOW_2); if (state.failed) return current; 9338 enumLiteral_1=(Token)match(input,HyphenMinus,FOLLOW_2);
10525 if ( state.backtracking==0 ) {
10526 9339
10527 current = grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9340 current = grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10528 newLeafNode(enumLiteral_1, grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1()); 9341 newLeafNode(enumLiteral_1, grammarAccess.getAdditiveBinaryOperatorAccess().getSUBEnumLiteralDeclaration_1());
10529 9342
10530 }
10531 9343
10532 } 9344 }
10533 9345
@@ -10540,11 +9352,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10540 9352
10541 } 9353 }
10542 9354
10543 if ( state.backtracking==0 ) {
10544 9355
10545 leaveRule(); 9356 leaveRule();
10546 9357
10547 }
10548 } 9358 }
10549 9359
10550 catch (RecognitionException re) { 9360 catch (RecognitionException re) {
@@ -10559,7 +9369,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10559 9369
10560 9370
10561 // $ANTLR start "ruleMultiplicativeBinaryOperator" 9371 // $ANTLR start "ruleMultiplicativeBinaryOperator"
10562 // InternalSolverLanguage.g:3651:1: ruleMultiplicativeBinaryOperator returns [Enumerator current=null] : ( (enumLiteral_0= '*' ) | (enumLiteral_1= '/' ) ) ; 9372 // InternalSolverLanguageParser.g:3610:1: ruleMultiplicativeBinaryOperator returns [Enumerator current=null] : ( (enumLiteral_0= Asterisk ) | (enumLiteral_1= Solidus ) ) ;
10563 public final Enumerator ruleMultiplicativeBinaryOperator() throws RecognitionException { 9373 public final Enumerator ruleMultiplicativeBinaryOperator() throws RecognitionException {
10564 Enumerator current = null; 9374 Enumerator current = null;
10565 9375
@@ -10570,40 +9380,37 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10570 enterRule(); 9380 enterRule();
10571 9381
10572 try { 9382 try {
10573 // InternalSolverLanguage.g:3657:2: ( ( (enumLiteral_0= '*' ) | (enumLiteral_1= '/' ) ) ) 9383 // InternalSolverLanguageParser.g:3616:2: ( ( (enumLiteral_0= Asterisk ) | (enumLiteral_1= Solidus ) ) )
10574 // InternalSolverLanguage.g:3658:2: ( (enumLiteral_0= '*' ) | (enumLiteral_1= '/' ) ) 9384 // InternalSolverLanguageParser.g:3617:2: ( (enumLiteral_0= Asterisk ) | (enumLiteral_1= Solidus ) )
10575 { 9385 {
10576 // InternalSolverLanguage.g:3658:2: ( (enumLiteral_0= '*' ) | (enumLiteral_1= '/' ) ) 9386 // InternalSolverLanguageParser.g:3617:2: ( (enumLiteral_0= Asterisk ) | (enumLiteral_1= Solidus ) )
10577 int alt48=2; 9387 int alt47=2;
10578 int LA48_0 = input.LA(1); 9388 int LA47_0 = input.LA(1);
10579 9389
10580 if ( (LA48_0==35) ) { 9390 if ( (LA47_0==Asterisk) ) {
10581 alt48=1; 9391 alt47=1;
10582 } 9392 }
10583 else if ( (LA48_0==58) ) { 9393 else if ( (LA47_0==Solidus) ) {
10584 alt48=2; 9394 alt47=2;
10585 } 9395 }
10586 else { 9396 else {
10587 if (state.backtracking>0) {state.failed=true; return current;}
10588 NoViableAltException nvae = 9397 NoViableAltException nvae =
10589 new NoViableAltException("", 48, 0, input); 9398 new NoViableAltException("", 47, 0, input);
10590 9399
10591 throw nvae; 9400 throw nvae;
10592 } 9401 }
10593 switch (alt48) { 9402 switch (alt47) {
10594 case 1 : 9403 case 1 :
10595 // InternalSolverLanguage.g:3659:3: (enumLiteral_0= '*' ) 9404 // InternalSolverLanguageParser.g:3618:3: (enumLiteral_0= Asterisk )
10596 { 9405 {
10597 // InternalSolverLanguage.g:3659:3: (enumLiteral_0= '*' ) 9406 // InternalSolverLanguageParser.g:3618:3: (enumLiteral_0= Asterisk )
10598 // InternalSolverLanguage.g:3660:4: enumLiteral_0= '*' 9407 // InternalSolverLanguageParser.g:3619:4: enumLiteral_0= Asterisk
10599 { 9408 {
10600 enumLiteral_0=(Token)match(input,35,FOLLOW_2); if (state.failed) return current; 9409 enumLiteral_0=(Token)match(input,Asterisk,FOLLOW_2);
10601 if ( state.backtracking==0 ) {
10602 9410
10603 current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9411 current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10604 newLeafNode(enumLiteral_0, grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0()); 9412 newLeafNode(enumLiteral_0, grammarAccess.getMultiplicativeBinaryOperatorAccess().getMULEnumLiteralDeclaration_0());
10605 9413
10606 }
10607 9414
10608 } 9415 }
10609 9416
@@ -10611,18 +9418,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10611 } 9418 }
10612 break; 9419 break;
10613 case 2 : 9420 case 2 :
10614 // InternalSolverLanguage.g:3667:3: (enumLiteral_1= '/' ) 9421 // InternalSolverLanguageParser.g:3626:3: (enumLiteral_1= Solidus )
10615 { 9422 {
10616 // InternalSolverLanguage.g:3667:3: (enumLiteral_1= '/' ) 9423 // InternalSolverLanguageParser.g:3626:3: (enumLiteral_1= Solidus )
10617 // InternalSolverLanguage.g:3668:4: enumLiteral_1= '/' 9424 // InternalSolverLanguageParser.g:3627:4: enumLiteral_1= Solidus
10618 { 9425 {
10619 enumLiteral_1=(Token)match(input,58,FOLLOW_2); if (state.failed) return current; 9426 enumLiteral_1=(Token)match(input,Solidus,FOLLOW_2);
10620 if ( state.backtracking==0 ) {
10621 9427
10622 current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9428 current = grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10623 newLeafNode(enumLiteral_1, grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1()); 9429 newLeafNode(enumLiteral_1, grammarAccess.getMultiplicativeBinaryOperatorAccess().getDIVEnumLiteralDeclaration_1());
10624 9430
10625 }
10626 9431
10627 } 9432 }
10628 9433
@@ -10635,11 +9440,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10635 9440
10636 } 9441 }
10637 9442
10638 if ( state.backtracking==0 ) {
10639 9443
10640 leaveRule(); 9444 leaveRule();
10641 9445
10642 }
10643 } 9446 }
10644 9447
10645 catch (RecognitionException re) { 9448 catch (RecognitionException re) {
@@ -10654,7 +9457,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10654 9457
10655 9458
10656 // $ANTLR start "ruleExponentialOp" 9459 // $ANTLR start "ruleExponentialOp"
10657 // InternalSolverLanguage.g:3678:1: ruleExponentialOp returns [Enumerator current=null] : (enumLiteral_0= '^' ) ; 9460 // InternalSolverLanguageParser.g:3637:1: ruleExponentialOp returns [Enumerator current=null] : (enumLiteral_0= CircumflexAccent ) ;
10658 public final Enumerator ruleExponentialOp() throws RecognitionException { 9461 public final Enumerator ruleExponentialOp() throws RecognitionException {
10659 Enumerator current = null; 9462 Enumerator current = null;
10660 9463
@@ -10664,30 +9467,26 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10664 enterRule(); 9467 enterRule();
10665 9468
10666 try { 9469 try {
10667 // InternalSolverLanguage.g:3684:2: ( (enumLiteral_0= '^' ) ) 9470 // InternalSolverLanguageParser.g:3643:2: ( (enumLiteral_0= CircumflexAccent ) )
10668 // InternalSolverLanguage.g:3685:2: (enumLiteral_0= '^' ) 9471 // InternalSolverLanguageParser.g:3644:2: (enumLiteral_0= CircumflexAccent )
10669 { 9472 {
10670 // InternalSolverLanguage.g:3685:2: (enumLiteral_0= '^' ) 9473 // InternalSolverLanguageParser.g:3644:2: (enumLiteral_0= CircumflexAccent )
10671 // InternalSolverLanguage.g:3686:3: enumLiteral_0= '^' 9474 // InternalSolverLanguageParser.g:3645:3: enumLiteral_0= CircumflexAccent
10672 { 9475 {
10673 enumLiteral_0=(Token)match(input,59,FOLLOW_2); if (state.failed) return current; 9476 enumLiteral_0=(Token)match(input,CircumflexAccent,FOLLOW_2);
10674 if ( state.backtracking==0 ) {
10675 9477
10676 current = grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration().getEnumLiteral().getInstance(); 9478 current = grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration().getEnumLiteral().getInstance();
10677 newLeafNode(enumLiteral_0, grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration()); 9479 newLeafNode(enumLiteral_0, grammarAccess.getExponentialOpAccess().getPOWEnumLiteralDeclaration());
10678 9480
10679 }
10680 9481
10681 } 9482 }
10682 9483
10683 9484
10684 } 9485 }
10685 9486
10686 if ( state.backtracking==0 ) {
10687 9487
10688 leaveRule(); 9488 leaveRule();
10689 9489
10690 }
10691 } 9490 }
10692 9491
10693 catch (RecognitionException re) { 9492 catch (RecognitionException re) {
@@ -10702,7 +9501,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10702 9501
10703 9502
10704 // $ANTLR start "ruleUnaryOp" 9503 // $ANTLR start "ruleUnaryOp"
10705 // InternalSolverLanguage.g:3695:1: ruleUnaryOp returns [Enumerator current=null] : ( (enumLiteral_0= '!' ) | (enumLiteral_1= '+' ) | (enumLiteral_2= '-' ) | (enumLiteral_3= 'may' ) | (enumLiteral_4= 'must' ) | (enumLiteral_5= 'current' ) ) ; 9504 // InternalSolverLanguageParser.g:3654:1: ruleUnaryOp returns [Enumerator current=null] : ( (enumLiteral_0= ExclamationMark ) | (enumLiteral_1= PlusSign ) | (enumLiteral_2= HyphenMinus ) | (enumLiteral_3= May ) | (enumLiteral_4= Must ) | (enumLiteral_5= Current ) ) ;
10706 public final Enumerator ruleUnaryOp() throws RecognitionException { 9505 public final Enumerator ruleUnaryOp() throws RecognitionException {
10707 Enumerator current = null; 9506 Enumerator current = null;
10708 9507
@@ -10717,64 +9516,61 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10717 enterRule(); 9516 enterRule();
10718 9517
10719 try { 9518 try {
10720 // InternalSolverLanguage.g:3701:2: ( ( (enumLiteral_0= '!' ) | (enumLiteral_1= '+' ) | (enumLiteral_2= '-' ) | (enumLiteral_3= 'may' ) | (enumLiteral_4= 'must' ) | (enumLiteral_5= 'current' ) ) ) 9519 // InternalSolverLanguageParser.g:3660:2: ( ( (enumLiteral_0= ExclamationMark ) | (enumLiteral_1= PlusSign ) | (enumLiteral_2= HyphenMinus ) | (enumLiteral_3= May ) | (enumLiteral_4= Must ) | (enumLiteral_5= Current ) ) )
10721 // InternalSolverLanguage.g:3702:2: ( (enumLiteral_0= '!' ) | (enumLiteral_1= '+' ) | (enumLiteral_2= '-' ) | (enumLiteral_3= 'may' ) | (enumLiteral_4= 'must' ) | (enumLiteral_5= 'current' ) ) 9520 // InternalSolverLanguageParser.g:3661:2: ( (enumLiteral_0= ExclamationMark ) | (enumLiteral_1= PlusSign ) | (enumLiteral_2= HyphenMinus ) | (enumLiteral_3= May ) | (enumLiteral_4= Must ) | (enumLiteral_5= Current ) )
10722 { 9521 {
10723 // InternalSolverLanguage.g:3702:2: ( (enumLiteral_0= '!' ) | (enumLiteral_1= '+' ) | (enumLiteral_2= '-' ) | (enumLiteral_3= 'may' ) | (enumLiteral_4= 'must' ) | (enumLiteral_5= 'current' ) ) 9522 // InternalSolverLanguageParser.g:3661:2: ( (enumLiteral_0= ExclamationMark ) | (enumLiteral_1= PlusSign ) | (enumLiteral_2= HyphenMinus ) | (enumLiteral_3= May ) | (enumLiteral_4= Must ) | (enumLiteral_5= Current ) )
10724 int alt49=6; 9523 int alt48=6;
10725 switch ( input.LA(1) ) { 9524 switch ( input.LA(1) ) {
10726 case 60: 9525 case ExclamationMark:
10727 { 9526 {
10728 alt49=1; 9527 alt48=1;
10729 } 9528 }
10730 break; 9529 break;
10731 case 56: 9530 case PlusSign:
10732 { 9531 {
10733 alt49=2; 9532 alt48=2;
10734 } 9533 }
10735 break; 9534 break;
10736 case 57: 9535 case HyphenMinus:
10737 { 9536 {
10738 alt49=3; 9537 alt48=3;
10739 } 9538 }
10740 break; 9539 break;
10741 case 61: 9540 case May:
10742 { 9541 {
10743 alt49=4; 9542 alt48=4;
10744 } 9543 }
10745 break; 9544 break;
10746 case 62: 9545 case Must:
10747 { 9546 {
10748 alt49=5; 9547 alt48=5;
10749 } 9548 }
10750 break; 9549 break;
10751 case 63: 9550 case Current:
10752 { 9551 {
10753 alt49=6; 9552 alt48=6;
10754 } 9553 }
10755 break; 9554 break;
10756 default: 9555 default:
10757 if (state.backtracking>0) {state.failed=true; return current;}
10758 NoViableAltException nvae = 9556 NoViableAltException nvae =
10759 new NoViableAltException("", 49, 0, input); 9557 new NoViableAltException("", 48, 0, input);
10760 9558
10761 throw nvae; 9559 throw nvae;
10762 } 9560 }
10763 9561
10764 switch (alt49) { 9562 switch (alt48) {
10765 case 1 : 9563 case 1 :
10766 // InternalSolverLanguage.g:3703:3: (enumLiteral_0= '!' ) 9564 // InternalSolverLanguageParser.g:3662:3: (enumLiteral_0= ExclamationMark )
10767 { 9565 {
10768 // InternalSolverLanguage.g:3703:3: (enumLiteral_0= '!' ) 9566 // InternalSolverLanguageParser.g:3662:3: (enumLiteral_0= ExclamationMark )
10769 // InternalSolverLanguage.g:3704:4: enumLiteral_0= '!' 9567 // InternalSolverLanguageParser.g:3663:4: enumLiteral_0= ExclamationMark
10770 { 9568 {
10771 enumLiteral_0=(Token)match(input,60,FOLLOW_2); if (state.failed) return current; 9569 enumLiteral_0=(Token)match(input,ExclamationMark,FOLLOW_2);
10772 if ( state.backtracking==0 ) {
10773 9570
10774 current = grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9571 current = grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10775 newLeafNode(enumLiteral_0, grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0()); 9572 newLeafNode(enumLiteral_0, grammarAccess.getUnaryOpAccess().getNEGEnumLiteralDeclaration_0());
10776 9573
10777 }
10778 9574
10779 } 9575 }
10780 9576
@@ -10782,18 +9578,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10782 } 9578 }
10783 break; 9579 break;
10784 case 2 : 9580 case 2 :
10785 // InternalSolverLanguage.g:3711:3: (enumLiteral_1= '+' ) 9581 // InternalSolverLanguageParser.g:3670:3: (enumLiteral_1= PlusSign )
10786 { 9582 {
10787 // InternalSolverLanguage.g:3711:3: (enumLiteral_1= '+' ) 9583 // InternalSolverLanguageParser.g:3670:3: (enumLiteral_1= PlusSign )
10788 // InternalSolverLanguage.g:3712:4: enumLiteral_1= '+' 9584 // InternalSolverLanguageParser.g:3671:4: enumLiteral_1= PlusSign
10789 { 9585 {
10790 enumLiteral_1=(Token)match(input,56,FOLLOW_2); if (state.failed) return current; 9586 enumLiteral_1=(Token)match(input,PlusSign,FOLLOW_2);
10791 if ( state.backtracking==0 ) {
10792 9587
10793 current = grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9588 current = grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10794 newLeafNode(enumLiteral_1, grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1()); 9589 newLeafNode(enumLiteral_1, grammarAccess.getUnaryOpAccess().getPLUSEnumLiteralDeclaration_1());
10795 9590
10796 }
10797 9591
10798 } 9592 }
10799 9593
@@ -10801,18 +9595,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10801 } 9595 }
10802 break; 9596 break;
10803 case 3 : 9597 case 3 :
10804 // InternalSolverLanguage.g:3719:3: (enumLiteral_2= '-' ) 9598 // InternalSolverLanguageParser.g:3678:3: (enumLiteral_2= HyphenMinus )
10805 { 9599 {
10806 // InternalSolverLanguage.g:3719:3: (enumLiteral_2= '-' ) 9600 // InternalSolverLanguageParser.g:3678:3: (enumLiteral_2= HyphenMinus )
10807 // InternalSolverLanguage.g:3720:4: enumLiteral_2= '-' 9601 // InternalSolverLanguageParser.g:3679:4: enumLiteral_2= HyphenMinus
10808 { 9602 {
10809 enumLiteral_2=(Token)match(input,57,FOLLOW_2); if (state.failed) return current; 9603 enumLiteral_2=(Token)match(input,HyphenMinus,FOLLOW_2);
10810 if ( state.backtracking==0 ) {
10811 9604
10812 current = grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 9605 current = grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
10813 newLeafNode(enumLiteral_2, grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2()); 9606 newLeafNode(enumLiteral_2, grammarAccess.getUnaryOpAccess().getMINUSEnumLiteralDeclaration_2());
10814 9607
10815 }
10816 9608
10817 } 9609 }
10818 9610
@@ -10820,18 +9612,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10820 } 9612 }
10821 break; 9613 break;
10822 case 4 : 9614 case 4 :
10823 // InternalSolverLanguage.g:3727:3: (enumLiteral_3= 'may' ) 9615 // InternalSolverLanguageParser.g:3686:3: (enumLiteral_3= May )
10824 { 9616 {
10825 // InternalSolverLanguage.g:3727:3: (enumLiteral_3= 'may' ) 9617 // InternalSolverLanguageParser.g:3686:3: (enumLiteral_3= May )
10826 // InternalSolverLanguage.g:3728:4: enumLiteral_3= 'may' 9618 // InternalSolverLanguageParser.g:3687:4: enumLiteral_3= May
10827 { 9619 {
10828 enumLiteral_3=(Token)match(input,61,FOLLOW_2); if (state.failed) return current; 9620 enumLiteral_3=(Token)match(input,May,FOLLOW_2);
10829 if ( state.backtracking==0 ) {
10830 9621
10831 current = grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 9622 current = grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
10832 newLeafNode(enumLiteral_3, grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3()); 9623 newLeafNode(enumLiteral_3, grammarAccess.getUnaryOpAccess().getMAYEnumLiteralDeclaration_3());
10833 9624
10834 }
10835 9625
10836 } 9626 }
10837 9627
@@ -10839,18 +9629,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10839 } 9629 }
10840 break; 9630 break;
10841 case 5 : 9631 case 5 :
10842 // InternalSolverLanguage.g:3735:3: (enumLiteral_4= 'must' ) 9632 // InternalSolverLanguageParser.g:3694:3: (enumLiteral_4= Must )
10843 { 9633 {
10844 // InternalSolverLanguage.g:3735:3: (enumLiteral_4= 'must' ) 9634 // InternalSolverLanguageParser.g:3694:3: (enumLiteral_4= Must )
10845 // InternalSolverLanguage.g:3736:4: enumLiteral_4= 'must' 9635 // InternalSolverLanguageParser.g:3695:4: enumLiteral_4= Must
10846 { 9636 {
10847 enumLiteral_4=(Token)match(input,62,FOLLOW_2); if (state.failed) return current; 9637 enumLiteral_4=(Token)match(input,Must,FOLLOW_2);
10848 if ( state.backtracking==0 ) {
10849 9638
10850 current = grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 9639 current = grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4().getEnumLiteral().getInstance();
10851 newLeafNode(enumLiteral_4, grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4()); 9640 newLeafNode(enumLiteral_4, grammarAccess.getUnaryOpAccess().getMUSTEnumLiteralDeclaration_4());
10852 9641
10853 }
10854 9642
10855 } 9643 }
10856 9644
@@ -10858,18 +9646,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10858 } 9646 }
10859 break; 9647 break;
10860 case 6 : 9648 case 6 :
10861 // InternalSolverLanguage.g:3743:3: (enumLiteral_5= 'current' ) 9649 // InternalSolverLanguageParser.g:3702:3: (enumLiteral_5= Current )
10862 { 9650 {
10863 // InternalSolverLanguage.g:3743:3: (enumLiteral_5= 'current' ) 9651 // InternalSolverLanguageParser.g:3702:3: (enumLiteral_5= Current )
10864 // InternalSolverLanguage.g:3744:4: enumLiteral_5= 'current' 9652 // InternalSolverLanguageParser.g:3703:4: enumLiteral_5= Current
10865 { 9653 {
10866 enumLiteral_5=(Token)match(input,63,FOLLOW_2); if (state.failed) return current; 9654 enumLiteral_5=(Token)match(input,Current,FOLLOW_2);
10867 if ( state.backtracking==0 ) {
10868 9655
10869 current = grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 9656 current = grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
10870 newLeafNode(enumLiteral_5, grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5()); 9657 newLeafNode(enumLiteral_5, grammarAccess.getUnaryOpAccess().getCURRENTEnumLiteralDeclaration_5());
10871 9658
10872 }
10873 9659
10874 } 9660 }
10875 9661
@@ -10882,11 +9668,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10882 9668
10883 } 9669 }
10884 9670
10885 if ( state.backtracking==0 ) {
10886 9671
10887 leaveRule(); 9672 leaveRule();
10888 9673
10889 }
10890 } 9674 }
10891 9675
10892 catch (RecognitionException re) { 9676 catch (RecognitionException re) {
@@ -10901,7 +9685,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10901 9685
10902 9686
10903 // $ANTLR start "ruleAggregationOp" 9687 // $ANTLR start "ruleAggregationOp"
10904 // InternalSolverLanguage.g:3754:1: ruleAggregationOp returns [Enumerator current=null] : ( (enumLiteral_0= 'only' ) | (enumLiteral_1= 'sum' ) | (enumLiteral_2= 'prod' ) | (enumLiteral_3= 'avg' ) | (enumLiteral_4= 'min' ) | (enumLiteral_5= 'max' ) ) ; 9688 // InternalSolverLanguageParser.g:3713:1: ruleAggregationOp returns [Enumerator current=null] : ( (enumLiteral_0= Only ) | (enumLiteral_1= Sum ) | (enumLiteral_2= Prod ) | (enumLiteral_3= Avg ) | (enumLiteral_4= Min ) | (enumLiteral_5= Max ) ) ;
10905 public final Enumerator ruleAggregationOp() throws RecognitionException { 9689 public final Enumerator ruleAggregationOp() throws RecognitionException {
10906 Enumerator current = null; 9690 Enumerator current = null;
10907 9691
@@ -10916,64 +9700,61 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10916 enterRule(); 9700 enterRule();
10917 9701
10918 try { 9702 try {
10919 // InternalSolverLanguage.g:3760:2: ( ( (enumLiteral_0= 'only' ) | (enumLiteral_1= 'sum' ) | (enumLiteral_2= 'prod' ) | (enumLiteral_3= 'avg' ) | (enumLiteral_4= 'min' ) | (enumLiteral_5= 'max' ) ) ) 9703 // InternalSolverLanguageParser.g:3719:2: ( ( (enumLiteral_0= Only ) | (enumLiteral_1= Sum ) | (enumLiteral_2= Prod ) | (enumLiteral_3= Avg ) | (enumLiteral_4= Min ) | (enumLiteral_5= Max ) ) )
10920 // InternalSolverLanguage.g:3761:2: ( (enumLiteral_0= 'only' ) | (enumLiteral_1= 'sum' ) | (enumLiteral_2= 'prod' ) | (enumLiteral_3= 'avg' ) | (enumLiteral_4= 'min' ) | (enumLiteral_5= 'max' ) ) 9704 // InternalSolverLanguageParser.g:3720:2: ( (enumLiteral_0= Only ) | (enumLiteral_1= Sum ) | (enumLiteral_2= Prod ) | (enumLiteral_3= Avg ) | (enumLiteral_4= Min ) | (enumLiteral_5= Max ) )
10921 { 9705 {
10922 // InternalSolverLanguage.g:3761:2: ( (enumLiteral_0= 'only' ) | (enumLiteral_1= 'sum' ) | (enumLiteral_2= 'prod' ) | (enumLiteral_3= 'avg' ) | (enumLiteral_4= 'min' ) | (enumLiteral_5= 'max' ) ) 9706 // InternalSolverLanguageParser.g:3720:2: ( (enumLiteral_0= Only ) | (enumLiteral_1= Sum ) | (enumLiteral_2= Prod ) | (enumLiteral_3= Avg ) | (enumLiteral_4= Min ) | (enumLiteral_5= Max ) )
10923 int alt50=6; 9707 int alt49=6;
10924 switch ( input.LA(1) ) { 9708 switch ( input.LA(1) ) {
10925 case 64: 9709 case Only:
10926 { 9710 {
10927 alt50=1; 9711 alt49=1;
10928 } 9712 }
10929 break; 9713 break;
10930 case 65: 9714 case Sum:
10931 { 9715 {
10932 alt50=2; 9716 alt49=2;
10933 } 9717 }
10934 break; 9718 break;
10935 case 66: 9719 case Prod:
10936 { 9720 {
10937 alt50=3; 9721 alt49=3;
10938 } 9722 }
10939 break; 9723 break;
10940 case 67: 9724 case Avg:
10941 { 9725 {
10942 alt50=4; 9726 alt49=4;
10943 } 9727 }
10944 break; 9728 break;
10945 case 68: 9729 case Min:
10946 { 9730 {
10947 alt50=5; 9731 alt49=5;
10948 } 9732 }
10949 break; 9733 break;
10950 case 69: 9734 case Max:
10951 { 9735 {
10952 alt50=6; 9736 alt49=6;
10953 } 9737 }
10954 break; 9738 break;
10955 default: 9739 default:
10956 if (state.backtracking>0) {state.failed=true; return current;}
10957 NoViableAltException nvae = 9740 NoViableAltException nvae =
10958 new NoViableAltException("", 50, 0, input); 9741 new NoViableAltException("", 49, 0, input);
10959 9742
10960 throw nvae; 9743 throw nvae;
10961 } 9744 }
10962 9745
10963 switch (alt50) { 9746 switch (alt49) {
10964 case 1 : 9747 case 1 :
10965 // InternalSolverLanguage.g:3762:3: (enumLiteral_0= 'only' ) 9748 // InternalSolverLanguageParser.g:3721:3: (enumLiteral_0= Only )
10966 { 9749 {
10967 // InternalSolverLanguage.g:3762:3: (enumLiteral_0= 'only' ) 9750 // InternalSolverLanguageParser.g:3721:3: (enumLiteral_0= Only )
10968 // InternalSolverLanguage.g:3763:4: enumLiteral_0= 'only' 9751 // InternalSolverLanguageParser.g:3722:4: enumLiteral_0= Only
10969 { 9752 {
10970 enumLiteral_0=(Token)match(input,64,FOLLOW_2); if (state.failed) return current; 9753 enumLiteral_0=(Token)match(input,Only,FOLLOW_2);
10971 if ( state.backtracking==0 ) {
10972 9754
10973 current = grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9755 current = grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
10974 newLeafNode(enumLiteral_0, grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0()); 9756 newLeafNode(enumLiteral_0, grammarAccess.getAggregationOpAccess().getONLYEnumLiteralDeclaration_0());
10975 9757
10976 }
10977 9758
10978 } 9759 }
10979 9760
@@ -10981,18 +9762,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
10981 } 9762 }
10982 break; 9763 break;
10983 case 2 : 9764 case 2 :
10984 // InternalSolverLanguage.g:3770:3: (enumLiteral_1= 'sum' ) 9765 // InternalSolverLanguageParser.g:3729:3: (enumLiteral_1= Sum )
10985 { 9766 {
10986 // InternalSolverLanguage.g:3770:3: (enumLiteral_1= 'sum' ) 9767 // InternalSolverLanguageParser.g:3729:3: (enumLiteral_1= Sum )
10987 // InternalSolverLanguage.g:3771:4: enumLiteral_1= 'sum' 9768 // InternalSolverLanguageParser.g:3730:4: enumLiteral_1= Sum
10988 { 9769 {
10989 enumLiteral_1=(Token)match(input,65,FOLLOW_2); if (state.failed) return current; 9770 enumLiteral_1=(Token)match(input,Sum,FOLLOW_2);
10990 if ( state.backtracking==0 ) {
10991 9771
10992 current = grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9772 current = grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
10993 newLeafNode(enumLiteral_1, grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1()); 9773 newLeafNode(enumLiteral_1, grammarAccess.getAggregationOpAccess().getSUMEnumLiteralDeclaration_1());
10994 9774
10995 }
10996 9775
10997 } 9776 }
10998 9777
@@ -11000,18 +9779,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11000 } 9779 }
11001 break; 9780 break;
11002 case 3 : 9781 case 3 :
11003 // InternalSolverLanguage.g:3778:3: (enumLiteral_2= 'prod' ) 9782 // InternalSolverLanguageParser.g:3737:3: (enumLiteral_2= Prod )
11004 { 9783 {
11005 // InternalSolverLanguage.g:3778:3: (enumLiteral_2= 'prod' ) 9784 // InternalSolverLanguageParser.g:3737:3: (enumLiteral_2= Prod )
11006 // InternalSolverLanguage.g:3779:4: enumLiteral_2= 'prod' 9785 // InternalSolverLanguageParser.g:3738:4: enumLiteral_2= Prod
11007 { 9786 {
11008 enumLiteral_2=(Token)match(input,66,FOLLOW_2); if (state.failed) return current; 9787 enumLiteral_2=(Token)match(input,Prod,FOLLOW_2);
11009 if ( state.backtracking==0 ) {
11010 9788
11011 current = grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 9789 current = grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
11012 newLeafNode(enumLiteral_2, grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2()); 9790 newLeafNode(enumLiteral_2, grammarAccess.getAggregationOpAccess().getPRODEnumLiteralDeclaration_2());
11013 9791
11014 }
11015 9792
11016 } 9793 }
11017 9794
@@ -11019,18 +9796,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11019 } 9796 }
11020 break; 9797 break;
11021 case 4 : 9798 case 4 :
11022 // InternalSolverLanguage.g:3786:3: (enumLiteral_3= 'avg' ) 9799 // InternalSolverLanguageParser.g:3745:3: (enumLiteral_3= Avg )
11023 { 9800 {
11024 // InternalSolverLanguage.g:3786:3: (enumLiteral_3= 'avg' ) 9801 // InternalSolverLanguageParser.g:3745:3: (enumLiteral_3= Avg )
11025 // InternalSolverLanguage.g:3787:4: enumLiteral_3= 'avg' 9802 // InternalSolverLanguageParser.g:3746:4: enumLiteral_3= Avg
11026 { 9803 {
11027 enumLiteral_3=(Token)match(input,67,FOLLOW_2); if (state.failed) return current; 9804 enumLiteral_3=(Token)match(input,Avg,FOLLOW_2);
11028 if ( state.backtracking==0 ) {
11029 9805
11030 current = grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 9806 current = grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3().getEnumLiteral().getInstance();
11031 newLeafNode(enumLiteral_3, grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3()); 9807 newLeafNode(enumLiteral_3, grammarAccess.getAggregationOpAccess().getAVGEnumLiteralDeclaration_3());
11032 9808
11033 }
11034 9809
11035 } 9810 }
11036 9811
@@ -11038,18 +9813,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11038 } 9813 }
11039 break; 9814 break;
11040 case 5 : 9815 case 5 :
11041 // InternalSolverLanguage.g:3794:3: (enumLiteral_4= 'min' ) 9816 // InternalSolverLanguageParser.g:3753:3: (enumLiteral_4= Min )
11042 { 9817 {
11043 // InternalSolverLanguage.g:3794:3: (enumLiteral_4= 'min' ) 9818 // InternalSolverLanguageParser.g:3753:3: (enumLiteral_4= Min )
11044 // InternalSolverLanguage.g:3795:4: enumLiteral_4= 'min' 9819 // InternalSolverLanguageParser.g:3754:4: enumLiteral_4= Min
11045 { 9820 {
11046 enumLiteral_4=(Token)match(input,68,FOLLOW_2); if (state.failed) return current; 9821 enumLiteral_4=(Token)match(input,Min,FOLLOW_2);
11047 if ( state.backtracking==0 ) {
11048 9822
11049 current = grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4().getEnumLiteral().getInstance(); 9823 current = grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4().getEnumLiteral().getInstance();
11050 newLeafNode(enumLiteral_4, grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4()); 9824 newLeafNode(enumLiteral_4, grammarAccess.getAggregationOpAccess().getMINEnumLiteralDeclaration_4());
11051 9825
11052 }
11053 9826
11054 } 9827 }
11055 9828
@@ -11057,18 +9830,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11057 } 9830 }
11058 break; 9831 break;
11059 case 6 : 9832 case 6 :
11060 // InternalSolverLanguage.g:3802:3: (enumLiteral_5= 'max' ) 9833 // InternalSolverLanguageParser.g:3761:3: (enumLiteral_5= Max )
11061 { 9834 {
11062 // InternalSolverLanguage.g:3802:3: (enumLiteral_5= 'max' ) 9835 // InternalSolverLanguageParser.g:3761:3: (enumLiteral_5= Max )
11063 // InternalSolverLanguage.g:3803:4: enumLiteral_5= 'max' 9836 // InternalSolverLanguageParser.g:3762:4: enumLiteral_5= Max
11064 { 9837 {
11065 enumLiteral_5=(Token)match(input,69,FOLLOW_2); if (state.failed) return current; 9838 enumLiteral_5=(Token)match(input,Max,FOLLOW_2);
11066 if ( state.backtracking==0 ) {
11067 9839
11068 current = grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5().getEnumLiteral().getInstance(); 9840 current = grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5().getEnumLiteral().getInstance();
11069 newLeafNode(enumLiteral_5, grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5()); 9841 newLeafNode(enumLiteral_5, grammarAccess.getAggregationOpAccess().getMAXEnumLiteralDeclaration_5());
11070 9842
11071 }
11072 9843
11073 } 9844 }
11074 9845
@@ -11081,11 +9852,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11081 9852
11082 } 9853 }
11083 9854
11084 if ( state.backtracking==0 ) {
11085 9855
11086 leaveRule(); 9856 leaveRule();
11087 9857
11088 }
11089 } 9858 }
11090 9859
11091 catch (RecognitionException re) { 9860 catch (RecognitionException re) {
@@ -11100,7 +9869,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11100 9869
11101 9870
11102 // $ANTLR start "ruleLogicValue" 9871 // $ANTLR start "ruleLogicValue"
11103 // InternalSolverLanguage.g:3813:1: ruleLogicValue returns [Enumerator current=null] : ( (enumLiteral_0= 'true' ) | (enumLiteral_1= 'false' ) | (enumLiteral_2= 'unknown' ) | (enumLiteral_3= 'error' ) ) ; 9872 // InternalSolverLanguageParser.g:3772:1: ruleLogicValue returns [Enumerator current=null] : ( (enumLiteral_0= True ) | (enumLiteral_1= False ) | (enumLiteral_2= Unknown ) | (enumLiteral_3= Error ) ) ;
11104 public final Enumerator ruleLogicValue() throws RecognitionException { 9873 public final Enumerator ruleLogicValue() throws RecognitionException {
11105 Enumerator current = null; 9874 Enumerator current = null;
11106 9875
@@ -11113,54 +9882,51 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11113 enterRule(); 9882 enterRule();
11114 9883
11115 try { 9884 try {
11116 // InternalSolverLanguage.g:3819:2: ( ( (enumLiteral_0= 'true' ) | (enumLiteral_1= 'false' ) | (enumLiteral_2= 'unknown' ) | (enumLiteral_3= 'error' ) ) ) 9885 // InternalSolverLanguageParser.g:3778:2: ( ( (enumLiteral_0= True ) | (enumLiteral_1= False ) | (enumLiteral_2= Unknown ) | (enumLiteral_3= Error ) ) )
11117 // InternalSolverLanguage.g:3820:2: ( (enumLiteral_0= 'true' ) | (enumLiteral_1= 'false' ) | (enumLiteral_2= 'unknown' ) | (enumLiteral_3= 'error' ) ) 9886 // InternalSolverLanguageParser.g:3779:2: ( (enumLiteral_0= True ) | (enumLiteral_1= False ) | (enumLiteral_2= Unknown ) | (enumLiteral_3= Error ) )
11118 { 9887 {
11119 // InternalSolverLanguage.g:3820:2: ( (enumLiteral_0= 'true' ) | (enumLiteral_1= 'false' ) | (enumLiteral_2= 'unknown' ) | (enumLiteral_3= 'error' ) ) 9888 // InternalSolverLanguageParser.g:3779:2: ( (enumLiteral_0= True ) | (enumLiteral_1= False ) | (enumLiteral_2= Unknown ) | (enumLiteral_3= Error ) )
11120 int alt51=4; 9889 int alt50=4;
11121 switch ( input.LA(1) ) { 9890 switch ( input.LA(1) ) {
11122 case 70: 9891 case True:
11123 { 9892 {
11124 alt51=1; 9893 alt50=1;
11125 } 9894 }
11126 break; 9895 break;
11127 case 71: 9896 case False:
11128 { 9897 {
11129 alt51=2; 9898 alt50=2;
11130 } 9899 }
11131 break; 9900 break;
11132 case 72: 9901 case Unknown:
11133 { 9902 {
11134 alt51=3; 9903 alt50=3;
11135 } 9904 }
11136 break; 9905 break;
11137 case 19: 9906 case Error:
11138 { 9907 {
11139 alt51=4; 9908 alt50=4;
11140 } 9909 }
11141 break; 9910 break;
11142 default: 9911 default:
11143 if (state.backtracking>0) {state.failed=true; return current;}
11144 NoViableAltException nvae = 9912 NoViableAltException nvae =
11145 new NoViableAltException("", 51, 0, input); 9913 new NoViableAltException("", 50, 0, input);
11146 9914
11147 throw nvae; 9915 throw nvae;
11148 } 9916 }
11149 9917
11150 switch (alt51) { 9918 switch (alt50) {
11151 case 1 : 9919 case 1 :
11152 // InternalSolverLanguage.g:3821:3: (enumLiteral_0= 'true' ) 9920 // InternalSolverLanguageParser.g:3780:3: (enumLiteral_0= True )
11153 { 9921 {
11154 // InternalSolverLanguage.g:3821:3: (enumLiteral_0= 'true' ) 9922 // InternalSolverLanguageParser.g:3780:3: (enumLiteral_0= True )
11155 // InternalSolverLanguage.g:3822:4: enumLiteral_0= 'true' 9923 // InternalSolverLanguageParser.g:3781:4: enumLiteral_0= True
11156 { 9924 {
11157 enumLiteral_0=(Token)match(input,70,FOLLOW_2); if (state.failed) return current; 9925 enumLiteral_0=(Token)match(input,True,FOLLOW_2);
11158 if ( state.backtracking==0 ) {
11159 9926
11160 current = grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 9927 current = grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
11161 newLeafNode(enumLiteral_0, grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0()); 9928 newLeafNode(enumLiteral_0, grammarAccess.getLogicValueAccess().getTRUEEnumLiteralDeclaration_0());
11162 9929
11163 }
11164 9930
11165 } 9931 }
11166 9932
@@ -11168,18 +9934,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11168 } 9934 }
11169 break; 9935 break;
11170 case 2 : 9936 case 2 :
11171 // InternalSolverLanguage.g:3829:3: (enumLiteral_1= 'false' ) 9937 // InternalSolverLanguageParser.g:3788:3: (enumLiteral_1= False )
11172 { 9938 {
11173 // InternalSolverLanguage.g:3829:3: (enumLiteral_1= 'false' ) 9939 // InternalSolverLanguageParser.g:3788:3: (enumLiteral_1= False )
11174 // InternalSolverLanguage.g:3830:4: enumLiteral_1= 'false' 9940 // InternalSolverLanguageParser.g:3789:4: enumLiteral_1= False
11175 { 9941 {
11176 enumLiteral_1=(Token)match(input,71,FOLLOW_2); if (state.failed) return current; 9942 enumLiteral_1=(Token)match(input,False,FOLLOW_2);
11177 if ( state.backtracking==0 ) {
11178 9943
11179 current = grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 9944 current = grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
11180 newLeafNode(enumLiteral_1, grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1()); 9945 newLeafNode(enumLiteral_1, grammarAccess.getLogicValueAccess().getFALSEEnumLiteralDeclaration_1());
11181 9946
11182 }
11183 9947
11184 } 9948 }
11185 9949
@@ -11187,18 +9951,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11187 } 9951 }
11188 break; 9952 break;
11189 case 3 : 9953 case 3 :
11190 // InternalSolverLanguage.g:3837:3: (enumLiteral_2= 'unknown' ) 9954 // InternalSolverLanguageParser.g:3796:3: (enumLiteral_2= Unknown )
11191 { 9955 {
11192 // InternalSolverLanguage.g:3837:3: (enumLiteral_2= 'unknown' ) 9956 // InternalSolverLanguageParser.g:3796:3: (enumLiteral_2= Unknown )
11193 // InternalSolverLanguage.g:3838:4: enumLiteral_2= 'unknown' 9957 // InternalSolverLanguageParser.g:3797:4: enumLiteral_2= Unknown
11194 { 9958 {
11195 enumLiteral_2=(Token)match(input,72,FOLLOW_2); if (state.failed) return current; 9959 enumLiteral_2=(Token)match(input,Unknown,FOLLOW_2);
11196 if ( state.backtracking==0 ) {
11197 9960
11198 current = grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2().getEnumLiteral().getInstance(); 9961 current = grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2().getEnumLiteral().getInstance();
11199 newLeafNode(enumLiteral_2, grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2()); 9962 newLeafNode(enumLiteral_2, grammarAccess.getLogicValueAccess().getUNKNOWNEnumLiteralDeclaration_2());
11200 9963
11201 }
11202 9964
11203 } 9965 }
11204 9966
@@ -11206,18 +9968,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11206 } 9968 }
11207 break; 9969 break;
11208 case 4 : 9970 case 4 :
11209 // InternalSolverLanguage.g:3845:3: (enumLiteral_3= 'error' ) 9971 // InternalSolverLanguageParser.g:3804:3: (enumLiteral_3= Error )
11210 { 9972 {
11211 // InternalSolverLanguage.g:3845:3: (enumLiteral_3= 'error' ) 9973 // InternalSolverLanguageParser.g:3804:3: (enumLiteral_3= Error )
11212 // InternalSolverLanguage.g:3846:4: enumLiteral_3= 'error' 9974 // InternalSolverLanguageParser.g:3805:4: enumLiteral_3= Error
11213 { 9975 {
11214 enumLiteral_3=(Token)match(input,19,FOLLOW_2); if (state.failed) return current; 9976 enumLiteral_3=(Token)match(input,Error,FOLLOW_2);
11215 if ( state.backtracking==0 ) {
11216 9977
11217 current = grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3().getEnumLiteral().getInstance(); 9978 current = grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3().getEnumLiteral().getInstance();
11218 newLeafNode(enumLiteral_3, grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3()); 9979 newLeafNode(enumLiteral_3, grammarAccess.getLogicValueAccess().getERROREnumLiteralDeclaration_3());
11219 9980
11220 }
11221 9981
11222 } 9982 }
11223 9983
@@ -11230,11 +9990,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11230 9990
11231 } 9991 }
11232 9992
11233 if ( state.backtracking==0 ) {
11234 9993
11235 leaveRule(); 9994 leaveRule();
11236 9995
11237 }
11238 } 9996 }
11239 9997
11240 catch (RecognitionException re) { 9998 catch (RecognitionException re) {
@@ -11249,7 +10007,7 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11249 10007
11250 10008
11251 // $ANTLR start "ruleObjectiveKind" 10009 // $ANTLR start "ruleObjectiveKind"
11252 // InternalSolverLanguage.g:3856:1: ruleObjectiveKind returns [Enumerator current=null] : ( (enumLiteral_0= 'minimize' ) | (enumLiteral_1= 'maximize' ) ) ; 10010 // InternalSolverLanguageParser.g:3815:1: ruleObjectiveKind returns [Enumerator current=null] : ( (enumLiteral_0= Minimize ) | (enumLiteral_1= Maximize ) ) ;
11253 public final Enumerator ruleObjectiveKind() throws RecognitionException { 10011 public final Enumerator ruleObjectiveKind() throws RecognitionException {
11254 Enumerator current = null; 10012 Enumerator current = null;
11255 10013
@@ -11260,40 +10018,37 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11260 enterRule(); 10018 enterRule();
11261 10019
11262 try { 10020 try {
11263 // InternalSolverLanguage.g:3862:2: ( ( (enumLiteral_0= 'minimize' ) | (enumLiteral_1= 'maximize' ) ) ) 10021 // InternalSolverLanguageParser.g:3821:2: ( ( (enumLiteral_0= Minimize ) | (enumLiteral_1= Maximize ) ) )
11264 // InternalSolverLanguage.g:3863:2: ( (enumLiteral_0= 'minimize' ) | (enumLiteral_1= 'maximize' ) ) 10022 // InternalSolverLanguageParser.g:3822:2: ( (enumLiteral_0= Minimize ) | (enumLiteral_1= Maximize ) )
11265 { 10023 {
11266 // InternalSolverLanguage.g:3863:2: ( (enumLiteral_0= 'minimize' ) | (enumLiteral_1= 'maximize' ) ) 10024 // InternalSolverLanguageParser.g:3822:2: ( (enumLiteral_0= Minimize ) | (enumLiteral_1= Maximize ) )
11267 int alt52=2; 10025 int alt51=2;
11268 int LA52_0 = input.LA(1); 10026 int LA51_0 = input.LA(1);
11269 10027
11270 if ( (LA52_0==73) ) { 10028 if ( (LA51_0==Minimize) ) {
11271 alt52=1; 10029 alt51=1;
11272 } 10030 }
11273 else if ( (LA52_0==74) ) { 10031 else if ( (LA51_0==Maximize) ) {
11274 alt52=2; 10032 alt51=2;
11275 } 10033 }
11276 else { 10034 else {
11277 if (state.backtracking>0) {state.failed=true; return current;}
11278 NoViableAltException nvae = 10035 NoViableAltException nvae =
11279 new NoViableAltException("", 52, 0, input); 10036 new NoViableAltException("", 51, 0, input);
11280 10037
11281 throw nvae; 10038 throw nvae;
11282 } 10039 }
11283 switch (alt52) { 10040 switch (alt51) {
11284 case 1 : 10041 case 1 :
11285 // InternalSolverLanguage.g:3864:3: (enumLiteral_0= 'minimize' ) 10042 // InternalSolverLanguageParser.g:3823:3: (enumLiteral_0= Minimize )
11286 { 10043 {
11287 // InternalSolverLanguage.g:3864:3: (enumLiteral_0= 'minimize' ) 10044 // InternalSolverLanguageParser.g:3823:3: (enumLiteral_0= Minimize )
11288 // InternalSolverLanguage.g:3865:4: enumLiteral_0= 'minimize' 10045 // InternalSolverLanguageParser.g:3824:4: enumLiteral_0= Minimize
11289 { 10046 {
11290 enumLiteral_0=(Token)match(input,73,FOLLOW_2); if (state.failed) return current; 10047 enumLiteral_0=(Token)match(input,Minimize,FOLLOW_2);
11291 if ( state.backtracking==0 ) {
11292 10048
11293 current = grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0().getEnumLiteral().getInstance(); 10049 current = grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0().getEnumLiteral().getInstance();
11294 newLeafNode(enumLiteral_0, grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0()); 10050 newLeafNode(enumLiteral_0, grammarAccess.getObjectiveKindAccess().getMINIMIZEEnumLiteralDeclaration_0());
11295 10051
11296 }
11297 10052
11298 } 10053 }
11299 10054
@@ -11301,18 +10056,16 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11301 } 10056 }
11302 break; 10057 break;
11303 case 2 : 10058 case 2 :
11304 // InternalSolverLanguage.g:3872:3: (enumLiteral_1= 'maximize' ) 10059 // InternalSolverLanguageParser.g:3831:3: (enumLiteral_1= Maximize )
11305 { 10060 {
11306 // InternalSolverLanguage.g:3872:3: (enumLiteral_1= 'maximize' ) 10061 // InternalSolverLanguageParser.g:3831:3: (enumLiteral_1= Maximize )
11307 // InternalSolverLanguage.g:3873:4: enumLiteral_1= 'maximize' 10062 // InternalSolverLanguageParser.g:3832:4: enumLiteral_1= Maximize
11308 { 10063 {
11309 enumLiteral_1=(Token)match(input,74,FOLLOW_2); if (state.failed) return current; 10064 enumLiteral_1=(Token)match(input,Maximize,FOLLOW_2);
11310 if ( state.backtracking==0 ) {
11311 10065
11312 current = grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1().getEnumLiteral().getInstance(); 10066 current = grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1().getEnumLiteral().getInstance();
11313 newLeafNode(enumLiteral_1, grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1()); 10067 newLeafNode(enumLiteral_1, grammarAccess.getObjectiveKindAccess().getMAXIMIZEEnumLiteralDeclaration_1());
11314 10068
11315 }
11316 10069
11317 } 10070 }
11318 10071
@@ -11325,11 +10078,9 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11325 10078
11326 } 10079 }
11327 10080
11328 if ( state.backtracking==0 ) {
11329 10081
11330 leaveRule(); 10082 leaveRule();
11331 10083
11332 }
11333 } 10084 }
11334 10085
11335 catch (RecognitionException re) { 10086 catch (RecognitionException re) {
@@ -11346,20 +10097,21 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11346 10097
11347 10098
11348 protected DFA2 dfa2 = new DFA2(this); 10099 protected DFA2 dfa2 = new DFA2(this);
11349 protected DFA25 dfa25 = new DFA25(this); 10100 protected DFA20 dfa20 = new DFA20(this);
11350 protected DFA36 dfa36 = new DFA36(this); 10101 protected DFA24 dfa24 = new DFA24(this);
10102 protected DFA35 dfa35 = new DFA35(this);
11351 static final String dfa_1s = "\15\uffff"; 10103 static final String dfa_1s = "\15\uffff";
11352 static final String dfa_2s = "\1\7\1\uffff\1\4\2\uffff\1\10\7\uffff"; 10104 static final String dfa_2s = "\1\5\1\uffff\1\5\2\uffff\1\36\7\uffff";
11353 static final String dfa_3s = "\1\112\1\uffff\1\73\2\uffff\1\63\7\uffff"; 10105 static final String dfa_3s = "\1\123\1\uffff\1\122\2\uffff\1\122\7\uffff";
11354 static final String dfa_4s = "\1\uffff\1\1\1\uffff\1\2\1\4\1\uffff\1\6\1\10\1\11\1\12\1\3\1\7\1\5"; 10106 static final String dfa_4s = "\1\uffff\1\1\1\uffff\1\2\1\4\1\uffff\1\6\1\10\1\11\1\12\1\3\1\5\1\7";
11355 static final String dfa_5s = "\15\uffff}>"; 10107 static final String dfa_5s = "\15\uffff}>";
11356 static final String[] dfa_6s = { 10108 static final String[] dfa_6s = {
11357 "\4\1\7\uffff\1\3\1\2\1\4\1\5\1\uffff\1\1\5\uffff\1\1\3\uffff\1\1\2\uffff\1\1\2\uffff\2\1\2\7\3\uffff\1\10\3\uffff\2\6\4\uffff\2\1\2\uffff\15\1\2\11", 10109 "\1\3\1\7\1\uffff\2\11\3\uffff\1\1\1\4\1\uffff\1\1\1\uffff\1\5\1\7\2\1\1\2\1\1\1\10\2\uffff\3\1\1\6\1\uffff\1\1\5\uffff\2\1\1\6\4\1\11\uffff\1\1\1\uffff\2\1\2\uffff\1\1\1\uffff\1\1\7\uffff\1\1\5\uffff\2\1\4\uffff\2\1",
11358 "", 10110 "",
11359 "\1\1\3\uffff\1\3\1\uffff\1\3\4\uffff\3\1\1\3\7\uffff\3\1\4\uffff\1\12\1\uffff\1\1\13\uffff\3\1\2\uffff\10\1", 10111 "\1\3\47\uffff\2\1\1\uffff\4\1\3\uffff\1\1\1\uffff\1\12\1\uffff\4\1\1\uffff\6\1\2\uffff\1\1\4\uffff\1\3\3\uffff\1\1\1\3",
11360 "", 10112 "",
11361 "", 10113 "",
11362 "\1\14\1\uffff\1\14\47\uffff\2\13", 10114 "\1\14\11\uffff\1\14\44\uffff\1\13\4\uffff\1\13",
11363 "", 10115 "",
11364 "", 10116 "",
11365 "", 10117 "",
@@ -11390,26 +10142,26 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11390 this.transition = dfa_6; 10142 this.transition = dfa_6;
11391 } 10143 }
11392 public String getDescription() { 10144 public String getDescription() {
11393 return "116:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition )"; 10145 return "109:3: (this_AssertionOrDefinition_0= ruleAssertionOrDefinition | this_PredicateDefinition_1= rulePredicateDefinition | this_UnnamedErrorPrediateDefinition_2= ruleUnnamedErrorPrediateDefinition | this_DefaultDefinition_3= ruleDefaultDefinition | this_ExternPredicateDefinition_4= ruleExternPredicateDefinition | this_MetricDefinition_5= ruleMetricDefinition | this_ExternMetricDefinition_6= ruleExternMetricDefinition | this_ClassDefinition_7= ruleClassDefinition | this_ScopeDefinition_8= ruleScopeDefinition | this_ObjectiveDefinition_9= ruleObjectiveDefinition )";
11394 } 10146 }
11395 } 10147 }
11396 static final String dfa_7s = "\12\uffff"; 10148 static final String dfa_7s = "\12\uffff";
11397 static final String dfa_8s = "\1\uffff\2\3\4\uffff\1\11\1\3\1\uffff"; 10149 static final String dfa_8s = "\1\uffff\2\10\6\uffff\1\10";
11398 static final String dfa_9s = "\1\7\2\10\2\uffff\1\10\1\uffff\1\7\1\10\1\uffff"; 10150 static final String dfa_9s = "\1\20\2\32\3\uffff\1\122\2\uffff\1\32";
11399 static final String dfa_10s = "\1\110\2\73\2\uffff\1\10\1\uffff\1\110\1\73\1\uffff"; 10151 static final String dfa_10s = "\1\123\2\121\3\uffff\1\122\2\uffff\1\121";
11400 static final String dfa_11s = "\3\uffff\1\1\1\2\1\uffff\1\3\2\uffff\1\4"; 10152 static final String dfa_11s = "\3\uffff\1\3\1\4\1\5\1\uffff\1\2\1\1\1\uffff";
11401 static final String dfa_12s = "\12\uffff}>"; 10153 static final String dfa_12s = "\12\uffff}>";
11402 static final String[] dfa_13s = { 10154 static final String[] dfa_13s = {
11403 "\1\3\1\1\1\3\1\2\10\uffff\1\3\11\uffff\1\3\3\uffff\1\3\1\uffff\1\4\1\3\2\uffff\2\3\17\uffff\2\3\2\uffff\15\3", 10155 "\1\4\4\uffff\3\4\10\uffff\1\4\6\uffff\1\4\21\uffff\1\5\14\uffff\1\3\5\uffff\1\4\1\2\4\uffff\1\1\1\4",
11404 "\1\6\1\uffff\1\6\13\uffff\1\5\5\uffff\1\3\4\uffff\2\3\1\7\13\uffff\3\3\2\uffff\10\3", 10156 "\1\10\4\uffff\1\10\15\uffff\7\10\3\uffff\1\10\1\uffff\1\7\5\10\1\6\6\10\1\uffff\2\10\1\uffff\2\10\3\uffff\2\7\1\10",
11405 "\1\6\1\uffff\1\6\21\uffff\1\3\4\uffff\2\3\1\7\13\uffff\3\3\2\uffff\10\3", 10157 "\1\10\4\uffff\1\10\15\uffff\7\10\3\uffff\1\10\1\uffff\1\7\5\10\1\uffff\6\10\1\uffff\2\10\1\uffff\2\10\3\uffff\2\7\1\10",
11406 "", 10158 "",
11407 "", 10159 "",
11408 "\1\10",
11409 "", 10160 "",
11410 "\4\3\10\uffff\1\3\10\uffff\1\11\1\3\3\uffff\1\3\1\11\1\uffff\1\3\2\uffff\2\3\17\uffff\2\3\2\uffff\15\3", 10161 "\1\11",
11411 "\1\6\1\uffff\1\6\13\uffff\1\5\5\uffff\1\3\4\uffff\2\3\1\7\13\uffff\3\3\2\uffff\10\3", 10162 "",
11412 "" 10163 "",
10164 "\1\10\4\uffff\1\10\15\uffff\7\10\3\uffff\1\10\1\uffff\1\7\5\10\1\6\6\10\1\uffff\2\10\1\uffff\2\10\3\uffff\2\7\1\10"
11413 }; 10165 };
11414 10166
11415 static final short[] dfa_7 = DFA.unpackEncodedString(dfa_7s); 10167 static final short[] dfa_7 = DFA.unpackEncodedString(dfa_7s);
@@ -11420,11 +10172,11 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11420 static final short[] dfa_12 = DFA.unpackEncodedString(dfa_12s); 10172 static final short[] dfa_12 = DFA.unpackEncodedString(dfa_12s);
11421 static final short[][] dfa_13 = unpackEncodedStringArray(dfa_13s); 10173 static final short[][] dfa_13 = unpackEncodedStringArray(dfa_13s);
11422 10174
11423 class DFA25 extends DFA { 10175 class DFA20 extends DFA {
11424 10176
11425 public DFA25(BaseRecognizer recognizer) { 10177 public DFA20(BaseRecognizer recognizer) {
11426 this.recognizer = recognizer; 10178 this.recognizer = recognizer;
11427 this.decisionNumber = 25; 10179 this.decisionNumber = 20;
11428 this.eot = dfa_7; 10180 this.eot = dfa_7;
11429 this.eof = dfa_8; 10181 this.eof = dfa_8;
11430 this.min = dfa_9; 10182 this.min = dfa_9;
@@ -11434,112 +10186,149 @@ public class InternalSolverLanguageParser extends AbstractInternalAntlrParser {
11434 this.transition = dfa_13; 10186 this.transition = dfa_13;
11435 } 10187 }
11436 public String getDescription() { 10188 public String getDescription() {
11437 return "1998:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument )"; 10189 return "1716:2: (this_Reference_0= ruleReference | this_Call_1= ruleCall | this_Interval_2= ruleInterval | this_Literal_3= ruleLiteral | (otherlv_4= LeftParenthesis this_Expression_5= ruleExpression otherlv_6= RightParenthesis ) )";
10190 }
10191 }
10192 static final String dfa_14s = "\1\uffff\2\3\3\uffff\1\11\1\uffff\1\3\1\uffff";
10193 static final String dfa_15s = "\1\15\2\55\2\uffff\1\122\1\15\1\uffff\1\55\1\uffff";
10194 static final String dfa_16s = "\1\123\2\122\2\uffff\1\122\1\123\1\uffff\1\122\1\uffff";
10195 static final String dfa_17s = "\3\uffff\1\1\1\2\2\uffff\1\3\1\uffff\1\4";
10196 static final String[] dfa_18s = {
10197 "\1\3\2\uffff\1\3\3\uffff\4\3\3\uffff\3\3\2\uffff\1\3\5\uffff\2\3\1\uffff\4\3\13\uffff\2\3\1\uffff\1\4\1\3\1\uffff\1\3\7\uffff\1\3\5\uffff\1\3\1\2\4\uffff\1\1\1\3",
10198 "\1\3\3\uffff\3\3\3\uffff\1\3\1\uffff\2\3\1\6\3\3\1\5\1\3\2\uffff\1\3\1\uffff\1\3\2\uffff\1\3\4\uffff\1\7\1\uffff\2\3\1\uffff\1\7",
10199 "\1\3\3\uffff\3\3\3\uffff\1\3\1\uffff\2\3\1\6\3\3\1\uffff\1\3\2\uffff\1\3\1\uffff\1\3\2\uffff\1\3\4\uffff\1\7\1\uffff\2\3\1\uffff\1\7",
10200 "",
10201 "",
10202 "\1\10",
10203 "\1\3\2\uffff\1\3\3\uffff\4\3\3\uffff\3\3\2\uffff\1\3\5\uffff\2\3\1\uffff\4\3\13\uffff\2\3\1\11\1\uffff\1\3\1\11\1\3\7\uffff\1\3\5\uffff\2\3\4\uffff\2\3",
10204 "",
10205 "\1\3\3\uffff\3\3\3\uffff\1\3\1\uffff\2\3\1\6\3\3\1\5\1\3\2\uffff\1\3\1\uffff\1\3\2\uffff\1\3\4\uffff\1\7\1\uffff\2\3\1\uffff\1\7",
10206 ""
10207 };
10208 static final short[] dfa_14 = DFA.unpackEncodedString(dfa_14s);
10209 static final char[] dfa_15 = DFA.unpackEncodedStringToUnsignedChars(dfa_15s);
10210 static final char[] dfa_16 = DFA.unpackEncodedStringToUnsignedChars(dfa_16s);
10211 static final short[] dfa_17 = DFA.unpackEncodedString(dfa_17s);
10212 static final short[][] dfa_18 = unpackEncodedStringArray(dfa_18s);
10213
10214 class DFA24 extends DFA {
10215
10216 public DFA24(BaseRecognizer recognizer) {
10217 this.recognizer = recognizer;
10218 this.decisionNumber = 24;
10219 this.eot = dfa_7;
10220 this.eof = dfa_14;
10221 this.min = dfa_15;
10222 this.max = dfa_16;
10223 this.accept = dfa_17;
10224 this.special = dfa_12;
10225 this.transition = dfa_18;
10226 }
10227 public String getDescription() {
10228 return "1965:2: (this_ExpressionArgument_0= ruleExpressionArgument | this_StarArgument_1= ruleStarArgument | this_TypedArgument_2= ruleTypedArgument | this_TypedStarArgument_3= ruleTypedStarArgument )";
11438 } 10229 }
11439 } 10230 }
11440 static final String dfa_14s = "\17\uffff"; 10231 static final String dfa_19s = "\17\uffff";
11441 static final String dfa_15s = "\15\uffff\1\11\1\uffff"; 10232 static final String dfa_20s = "\12\uffff\2\10\2\uffff\1\10";
11442 static final String dfa_16s = "\1\56\1\10\1\60\1\26\1\57\1\10\1\uffff\1\10\2\uffff\3\26\1\4\1\26"; 10233 static final String dfa_21s = "\1\30\1\115\3\61\1\115\1\uffff\1\122\2\uffff\3\61\1\122\1\61";
11443 static final String dfa_17s = "\1\56\1\12\3\61\1\12\1\uffff\1\10\2\uffff\2\60\1\61\1\10\1\60"; 10234 static final String dfa_22s = "\1\30\1\123\1\63\1\77\1\63\1\122\1\uffff\1\122\2\uffff\2\121\1\77\1\122\1\121";
11444 static final String dfa_18s = "\6\uffff\1\2\1\uffff\1\1\1\3\5\uffff"; 10235 static final String dfa_23s = "\6\uffff\1\2\1\uffff\1\3\1\1\5\uffff";
11445 static final String dfa_19s = "\17\uffff}>"; 10236 static final String dfa_24s = "\17\uffff}>";
11446 static final String[] dfa_20s = { 10237 static final String[] dfa_25s = {
11447 "\1\1", 10238 "\1\1",
11448 "\1\3\1\2\1\4", 10239 "\1\4\4\uffff\1\3\1\2",
11449 "\1\5\1\6", 10240 "\1\5\1\uffff\1\6",
11450 "\1\7\30\uffff\1\10\1\6\1\11", 10241 "\1\6\1\11\1\10\13\uffff\1\7",
11451 "\1\10\1\6\1\11", 10242 "\1\6\1\11\1\10",
11452 "\1\12\1\uffff\1\13", 10243 "\1\13\4\uffff\1\12",
11453 "", 10244 "",
11454 "\1\14", 10245 "\1\14",
11455 "", 10246 "",
11456 "", 10247 "",
11457 "\1\15\31\uffff\1\6", 10248 "\1\6\15\uffff\1\15\21\uffff\1\10",
11458 "\1\11\31\uffff\1\6", 10249 "\1\6\37\uffff\1\10",
11459 "\1\7\30\uffff\1\10\1\6\1\11", 10250 "\1\6\1\11\1\10\13\uffff\1\7",
11460 "\1\11\3\uffff\1\16", 10251 "\1\16",
11461 "\1\15\31\uffff\1\6" 10252 "\1\6\15\uffff\1\15\21\uffff\1\10"
11462 }; 10253 };
11463 10254
11464 static final short[] dfa_14 = DFA.unpackEncodedString(dfa_14s);
11465 static final short[] dfa_15 = DFA.unpackEncodedString(dfa_15s);
11466 static final char[] dfa_16 = DFA.unpackEncodedStringToUnsignedChars(dfa_16s);
11467 static final char[] dfa_17 = DFA.unpackEncodedStringToUnsignedChars(dfa_17s);
11468 static final short[] dfa_18 = DFA.unpackEncodedString(dfa_18s);
11469 static final short[] dfa_19 = DFA.unpackEncodedString(dfa_19s); 10255 static final short[] dfa_19 = DFA.unpackEncodedString(dfa_19s);
11470 static final short[][] dfa_20 = unpackEncodedStringArray(dfa_20s); 10256 static final short[] dfa_20 = DFA.unpackEncodedString(dfa_20s);
10257 static final char[] dfa_21 = DFA.unpackEncodedStringToUnsignedChars(dfa_21s);
10258 static final char[] dfa_22 = DFA.unpackEncodedStringToUnsignedChars(dfa_22s);
10259 static final short[] dfa_23 = DFA.unpackEncodedString(dfa_23s);
10260 static final short[] dfa_24 = DFA.unpackEncodedString(dfa_24s);
10261 static final short[][] dfa_25 = unpackEncodedStringArray(dfa_25s);
11471 10262
11472 class DFA36 extends DFA { 10263 class DFA35 extends DFA {
11473 10264
11474 public DFA36(BaseRecognizer recognizer) { 10265 public DFA35(BaseRecognizer recognizer) {
11475 this.recognizer = recognizer; 10266 this.recognizer = recognizer;
11476 this.decisionNumber = 36; 10267 this.decisionNumber = 35;
11477 this.eot = dfa_14; 10268 this.eot = dfa_19;
11478 this.eof = dfa_15; 10269 this.eof = dfa_20;
11479 this.min = dfa_16; 10270 this.min = dfa_21;
11480 this.max = dfa_17; 10271 this.max = dfa_22;
11481 this.accept = dfa_18; 10272 this.accept = dfa_23;
11482 this.special = dfa_19; 10273 this.special = dfa_24;
11483 this.transition = dfa_20; 10274 this.transition = dfa_25;
11484 } 10275 }
11485 public String getDescription() { 10276 public String getDescription() {
11486 return "2973:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition )"; 10277 return "2940:2: (this_ExactScopeDefinition_0= ruleExactScopeDefinition | this_BoundedScopeDefinition_1= ruleBoundedScopeDefinition | this_LowerBoundedScopeDefinition_2= ruleLowerBoundedScopeDefinition )";
11487 } 10278 }
11488 } 10279 }
11489 10280
11490 10281
11491 public static final BitSet FOLLOW_1 = new BitSet(new long[]{0x0000000000000000L}); 10282 public static final BitSet FOLLOW_1 = new BitSet(new long[]{0x0000000000000000L});
11492 public static final BitSet FOLLOW_2 = new BitSet(new long[]{0x0000000000000002L}); 10283 public static final BitSet FOLLOW_2 = new BitSet(new long[]{0x0000000000000002L});
11493 public static final BitSet FOLLOW_3 = new BitSet(new long[]{0xF30C479220BC0782L,0x00000000000007FFL}); 10284 public static final BitSet FOLLOW_3 = new BitSet(new long[]{0x53401FC179FD6362L,0x00000000000C3040L});
11494 public static final BitSet FOLLOW_4 = new BitSet(new long[]{0x0000000000000010L}); 10285 public static final BitSet FOLLOW_4 = new BitSet(new long[]{0x0000000000000000L,0x0000000000020000L});
11495 public static final BitSet FOLLOW_5 = new BitSet(new long[]{0x0000000000038002L}); 10286 public static final BitSet FOLLOW_5 = new BitSet(new long[]{0x0001000000000002L,0x0000000000000012L});
11496 public static final BitSet FOLLOW_6 = new BitSet(new long[]{0xF300019220880780L,0x00000000000001FFL}); 10287 public static final BitSet FOLLOW_6 = new BitSet(new long[]{0x53401EC138F12000L,0x00000000000C3040L});
11497 public static final BitSet FOLLOW_7 = new BitSet(new long[]{0x0000000000080500L}); 10288 public static final BitSet FOLLOW_7 = new BitSet(new long[]{0x0000000000400000L,0x0000000000042000L});
11498 public static final BitSet FOLLOW_8 = new BitSet(new long[]{0x00000000000C0500L}); 10289 public static final BitSet FOLLOW_8 = new BitSet(new long[]{0x0000000000000000L,0x0000000000042000L});
11499 public static final BitSet FOLLOW_9 = new BitSet(new long[]{0x0000000000010000L}); 10290 public static final BitSet FOLLOW_9 = new BitSet(new long[]{0x0000000000000020L,0x0000000000042000L});
11500 public static final BitSet FOLLOW_10 = new BitSet(new long[]{0x0000000200000000L}); 10291 public static final BitSet FOLLOW_10 = new BitSet(new long[]{0x0001000000000000L});
11501 public static final BitSet FOLLOW_11 = new BitSet(new long[]{0x0000000000008000L}); 10292 public static final BitSet FOLLOW_11 = new BitSet(new long[]{0x0200000000000000L});
11502 public static final BitSet FOLLOW_12 = new BitSet(new long[]{0x0000000000400000L}); 10293 public static final BitSet FOLLOW_12 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000002L});
11503 public static final BitSet FOLLOW_13 = new BitSet(new long[]{0x0000000000020000L}); 10294 public static final BitSet FOLLOW_13 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000010L});
11504 public static final BitSet FOLLOW_14 = new BitSet(new long[]{0x000C000000000000L}); 10295 public static final BitSet FOLLOW_14 = new BitSet(new long[]{0x0000010040000000L});
11505 public static final BitSet FOLLOW_15 = new BitSet(new long[]{0x0000000001000000L}); 10296 public static final BitSet FOLLOW_15 = new BitSet(new long[]{0x0000000080000000L});
11506 public static final BitSet FOLLOW_16 = new BitSet(new long[]{0x0000000002000000L}); 10297 public static final BitSet FOLLOW_16 = new BitSet(new long[]{0x0000000004000000L});
11507 public static final BitSet FOLLOW_17 = new BitSet(new long[]{0x000000000C000002L}); 10298 public static final BitSet FOLLOW_17 = new BitSet(new long[]{0x0000400000000002L,0x0000000000000004L});
11508 public static final BitSet FOLLOW_18 = new BitSet(new long[]{0x0000000004000002L}); 10299 public static final BitSet FOLLOW_18 = new BitSet(new long[]{0x0000000000000002L,0x0000000000000004L});
11509 public static final BitSet FOLLOW_19 = new BitSet(new long[]{0x0000000008000000L}); 10300 public static final BitSet FOLLOW_19 = new BitSet(new long[]{0x0000400000000000L});
11510 public static final BitSet FOLLOW_20 = new BitSet(new long[]{0x0000000010000002L}); 10301 public static final BitSet FOLLOW_20 = new BitSet(new long[]{0x2000000000000002L});
11511 public static final BitSet FOLLOW_21 = new BitSet(new long[]{0x00F3800000000002L}); 10302 public static final BitSet FOLLOW_21 = new BitSet(new long[]{0x008E200000000002L,0x0000000000000028L});
11512 public static final BitSet FOLLOW_22 = new BitSet(new long[]{0x0300000000000002L}); 10303 public static final BitSet FOLLOW_22 = new BitSet(new long[]{0x5000000000000002L});
11513 public static final BitSet FOLLOW_23 = new BitSet(new long[]{0x0400000800000002L}); 10304 public static final BitSet FOLLOW_23 = new BitSet(new long[]{0x0800000000000002L,0x0000000000000001L});
11514 public static final BitSet FOLLOW_24 = new BitSet(new long[]{0x0800000000000002L}); 10305 public static final BitSet FOLLOW_24 = new BitSet(new long[]{0x0000000000000002L,0x0000000000000100L});
11515 public static final BitSet FOLLOW_25 = new BitSet(new long[]{0x0000019220080780L,0x00000000000001FFL}); 10306 public static final BitSet FOLLOW_25 = new BitSet(new long[]{0x02001AC130F10000L,0x00000000000C3040L});
11516 public static final BitSet FOLLOW_26 = new BitSet(new long[]{0x0000000040000000L}); 10307 public static final BitSet FOLLOW_26 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000200L});
11517 public static final BitSet FOLLOW_27 = new BitSet(new long[]{0x0000000080000000L}); 10308 public static final BitSet FOLLOW_27 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000800L});
11518 public static final BitSet FOLLOW_28 = new BitSet(new long[]{0x0000000100000000L}); 10309 public static final BitSet FOLLOW_28 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000400L});
11519 public static final BitSet FOLLOW_29 = new BitSet(new long[]{0x0000000200000002L}); 10310 public static final BitSet FOLLOW_29 = new BitSet(new long[]{0x0400000000000000L});
11520 public static final BitSet FOLLOW_30 = new BitSet(new long[]{0x0000000400000000L}); 10311 public static final BitSet FOLLOW_30 = new BitSet(new long[]{0x0200000000000000L,0x0000000000018000L});
11521 public static final BitSet FOLLOW_31 = new BitSet(new long[]{0x0000000200000060L}); 10312 public static final BitSet FOLLOW_31 = new BitSet(new long[]{0x5F401EC138F12000L,0x00000000000C3040L});
11522 public static final BitSet FOLLOW_32 = new BitSet(new long[]{0xF300019E20880780L,0x00000000000001FFL}); 10313 public static final BitSet FOLLOW_32 = new BitSet(new long[]{0x2400000000000000L});
11523 public static final BitSet FOLLOW_33 = new BitSet(new long[]{0x0000000410000000L}); 10314 public static final BitSet FOLLOW_33 = new BitSet(new long[]{0x5B401EC138F12000L,0x00000000000C3040L});
11524 public static final BitSet FOLLOW_34 = new BitSet(new long[]{0xF300019A20880780L,0x00000000000001FFL}); 10315 public static final BitSet FOLLOW_34 = new BitSet(new long[]{0x0800000000000000L});
11525 public static final BitSet FOLLOW_35 = new BitSet(new long[]{0x0000000000000500L}); 10316 public static final BitSet FOLLOW_35 = new BitSet(new long[]{0x0000800000000000L});
11526 public static final BitSet FOLLOW_36 = new BitSet(new long[]{0x0000000800000000L}); 10317 public static final BitSet FOLLOW_36 = new BitSet(new long[]{0x0000000000000000L,0x0000000000000080L});
11527 public static final BitSet FOLLOW_37 = new BitSet(new long[]{0x0000002000000000L}); 10318 public static final BitSet FOLLOW_37 = new BitSet(new long[]{0x0000000000080000L});
11528 public static final BitSet FOLLOW_38 = new BitSet(new long[]{0x0000004000000000L}); 10319 public static final BitSet FOLLOW_38 = new BitSet(new long[]{0x0000000000000000L,0x0000000000040000L});
11529 public static final BitSet FOLLOW_39 = new BitSet(new long[]{0x0000040000000000L}); 10320 public static final BitSet FOLLOW_39 = new BitSet(new long[]{0x0000000000008000L,0x0000000000000200L});
11530 public static final BitSet FOLLOW_40 = new BitSet(new long[]{0x0000000000000100L}); 10321 public static final BitSet FOLLOW_40 = new BitSet(new long[]{0x2000000000000000L,0x0000000000000200L});
11531 public static final BitSet FOLLOW_41 = new BitSet(new long[]{0x0000080040000000L}); 10322 public static final BitSet FOLLOW_41 = new BitSet(new long[]{0x0000000000000080L,0x0000000000042800L});
11532 public static final BitSet FOLLOW_42 = new BitSet(new long[]{0x0000000050000000L}); 10323 public static final BitSet FOLLOW_42 = new BitSet(new long[]{0x0000000000000000L,0x0000000000040040L});
11533 public static final BitSet FOLLOW_43 = new BitSet(new long[]{0x0000100080000500L}); 10324 public static final BitSet FOLLOW_43 = new BitSet(new long[]{0x0000000000000402L,0x0000000000000004L});
11534 public static final BitSet FOLLOW_44 = new BitSet(new long[]{0x0000001000000100L}); 10325 public static final BitSet FOLLOW_44 = new BitSet(new long[]{0x0800000000000000L,0x0000000000080000L});
11535 public static final BitSet FOLLOW_45 = new BitSet(new long[]{0x0000200004000002L}); 10326 public static final BitSet FOLLOW_45 = new BitSet(new long[]{0x0000000000000000L,0x0000000000080000L});
11536 public static final BitSet FOLLOW_46 = new BitSet(new long[]{0x0000000800000200L}); 10327 public static final BitSet FOLLOW_46 = new BitSet(new long[]{0x0004000000000000L});
11537 public static final BitSet FOLLOW_47 = new BitSet(new long[]{0x0000000000000200L}); 10328 public static final BitSet FOLLOW_47 = new BitSet(new long[]{0x0000000000000000L,0x00000000000C2000L});
11538 public static final BitSet FOLLOW_48 = new BitSet(new long[]{0x0000800000000000L}); 10329 public static final BitSet FOLLOW_48 = new BitSet(new long[]{0x0002000000000000L});
11539 public static final BitSet FOLLOW_49 = new BitSet(new long[]{0x0000000000000700L}); 10330 public static final BitSet FOLLOW_49 = new BitSet(new long[]{0x0008000000000000L});
11540 public static final BitSet FOLLOW_50 = new BitSet(new long[]{0x0001000000000000L}); 10331 public static final BitSet FOLLOW_50 = new BitSet(new long[]{0x0008000000000002L});
11541 public static final BitSet FOLLOW_51 = new BitSet(new long[]{0x0002000000000000L}); 10332 public static final BitSet FOLLOW_51 = new BitSet(new long[]{0x8000000000000002L});
11542 public static final BitSet FOLLOW_52 = new BitSet(new long[]{0x0002000000400000L});
11543 public static final BitSet FOLLOW_53 = new BitSet(new long[]{0x0000000000400002L});
11544 10333
11545} \ No newline at end of file 10334} \ No newline at end of file
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.tokens b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.tokens
new file mode 100644
index 00000000..81343db5
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/internal/InternalSolverLanguageParser.tokens
@@ -0,0 +1,83 @@
1'!'=56
2'!='=45
3'('=57
4')'=58
5'*'=59
6'+'=60
7','=61
8'-'=62
9'->'=46
10'.'=63
11'..'=47
12'/'=64
13':'=65
14':-'=48
15';'=66
16'<'=67
17'<='=49
18'='=68
19'=='=50
20'>'=69
21'>='=51
22'ADD'=33
23'DIV'=34
24'EQ'=52
25'GREATER'=11
26'GREATER_EQ'=4
27'IN'=53
28'LESS'=25
29'LESS_EQ'=12
30'MUL'=35
31'NOT_EQ'=17
32'POW'=36
33'SUB'=37
34'['=70
35']'=71
36'^'=72
37'abstract'=6
38'avg'=38
39'class'=19
40'contains'=7
41'count'=20
42'current'=13
43'default'=14
44'else'=26
45'empty'=21
46'error'=22
47'extends'=15
48'extern'=18
49'false'=23
50'functional'=5
51'if'=54
52'in'=55
53'inf'=39
54'int'=40
55'max'=41
56'maximize'=8
57'may'=42
58'min'=43
59'minimize'=9
60'must'=27
61'only'=28
62'opposite'=10
63'prod'=29
64'real'=30
65'scope'=24
66'sum'=44
67'then'=31
68'true'=32
69'unknown'=16
70'{'=73
71'|'=74
72'}'=75
73RULE_ANY_OTHER=86
74RULE_FULL_STOP=81
75RULE_ID=82
76RULE_INT=83
77RULE_ML_COMMENT=84
78RULE_QUOTED_ID=77
79RULE_REFLEXIVE_TRANSITIVE_CLOSURE=80
80RULE_SL_COMMENT=78
81RULE_STRING=76
82RULE_TRANSITIVE_CLOSURE=79
83RULE_WS=85
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.g b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.g
new file mode 100644
index 00000000..1a29e53b
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.g
@@ -0,0 +1,178 @@
1/*
2 * generated by Xtext 2.21.0
3 */
4lexer grammar InternalSolverLanguageLexer;
5
6@header {
7package org.eclipse.viatra.solver.language.parser.antlr.lexer;
8
9// Hack: Use our own Lexer superclass by means of import.
10// Currently there is no other way to specify the superclass for the lexer.
11import org.eclipse.xtext.parser.antlr.Lexer;
12}
13
14GREATER_EQ : 'GREATER_EQ';
15
16Functional : 'functional';
17
18Abstract : 'abstract';
19
20Contains : 'contains';
21
22Maximize : 'maximize';
23
24Minimize : 'minimize';
25
26Opposite : 'opposite';
27
28GREATER : 'GREATER';
29
30LESS_EQ : 'LESS_EQ';
31
32Current : 'current';
33
34Default : 'default';
35
36Extends : 'extends';
37
38Unknown : 'unknown';
39
40NOT_EQ : 'NOT_EQ';
41
42Extern : 'extern';
43
44Class : 'class';
45
46Count : 'count';
47
48Empty : 'empty';
49
50Error : 'error';
51
52False : 'false';
53
54Scope : 'scope';
55
56LESS : 'LESS';
57
58Else : 'else';
59
60Must : 'must';
61
62Only : 'only';
63
64Prod : 'prod';
65
66Real : 'real';
67
68Then : 'then';
69
70True : 'true';
71
72ADD : 'ADD';
73
74DIV : 'DIV';
75
76MUL : 'MUL';
77
78POW : 'POW';
79
80SUB : 'SUB';
81
82Avg : 'avg';
83
84Inf : 'inf';
85
86Int : 'int';
87
88Max : 'max';
89
90May : 'may';
91
92Min : 'min';
93
94Sum : 'sum';
95
96ExclamationMarkEqualsSign : '!=';
97
98HyphenMinusGreaterThanSign : '->';
99
100FullStopFullStop : '..';
101
102ColonHyphenMinus : ':-';
103
104LessThanSignEqualsSign : '<=';
105
106EqualsSignEqualsSign : '==';
107
108GreaterThanSignEqualsSign : '>=';
109
110EQ : 'EQ';
111
112IN : 'IN';
113
114If : 'if';
115
116In : 'in';
117
118ExclamationMark : '!';
119
120LeftParenthesis : '(';
121
122RightParenthesis : ')';
123
124Asterisk : '*';
125
126PlusSign : '+';
127
128Comma : ',';
129
130HyphenMinus : '-';
131
132FullStop : '.';
133
134Solidus : '/';
135
136Colon : ':';
137
138Semicolon : ';';
139
140LessThanSign : '<';
141
142EqualsSign : '=';
143
144GreaterThanSign : '>';
145
146LeftSquareBracket : '[';
147
148RightSquareBracket : ']';
149
150CircumflexAccent : '^';
151
152LeftCurlyBracket : '{';
153
154VerticalLine : '|';
155
156RightCurlyBracket : '}';
157
158RULE_STRING : '"' ('\\' .|~(('\\'|'"')))* '"';
159
160RULE_QUOTED_ID : '\'' ('\\' .|~(('\\'|'\'')))* '\'';
161
162RULE_SL_COMMENT : ('%'|'//') ~(('\n'|'\r'))* ('\r'? '\n')?;
163
164fragment RULE_TRANSITIVE_CLOSURE : ;
165
166fragment RULE_REFLEXIVE_TRANSITIVE_CLOSURE : ;
167
168fragment RULE_FULL_STOP : ;
169
170RULE_ID : '^'? ('a'..'z'|'A'..'Z'|'_') ('a'..'z'|'A'..'Z'|'_'|'0'..'9')*;
171
172RULE_INT : ('0'..'9')+;
173
174RULE_ML_COMMENT : '/*' ( options {greedy=false;} : . )*'*/';
175
176RULE_WS : (' '|'\t'|'\r'|'\n')+;
177
178RULE_ANY_OTHER : .;
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.java
new file mode 100644
index 00000000..b46f86fc
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.java
@@ -0,0 +1,3208 @@
1package org.eclipse.viatra.solver.language.parser.antlr.lexer;
2
3// Hack: Use our own Lexer superclass by means of import.
4// Currently there is no other way to specify the superclass for the lexer.
5import org.eclipse.xtext.parser.antlr.Lexer;
6
7
8import org.antlr.runtime.*;
9import java.util.Stack;
10import java.util.List;
11import java.util.ArrayList;
12
13@SuppressWarnings("all")
14public class InternalSolverLanguageLexer extends Lexer {
15 public static final int ADD=33;
16 public static final int True=32;
17 public static final int GREATER_EQ=4;
18 public static final int Count=20;
19 public static final int False=23;
20 public static final int Must=27;
21 public static final int LessThanSign=67;
22 public static final int LeftParenthesis=57;
23 public static final int Unknown=16;
24 public static final int RULE_REFLEXIVE_TRANSITIVE_CLOSURE=80;
25 public static final int FullStopFullStop=47;
26 public static final int Real=30;
27 public static final int Then=31;
28 public static final int Extends=15;
29 public static final int RightSquareBracket=71;
30 public static final int ExclamationMark=56;
31 public static final int Opposite=10;
32 public static final int SUB=37;
33 public static final int GreaterThanSign=69;
34 public static final int NOT_EQ=17;
35 public static final int RULE_ID=82;
36 public static final int MUL=35;
37 public static final int IN=53;
38 public static final int RULE_QUOTED_ID=77;
39 public static final int RightParenthesis=58;
40 public static final int Sum=44;
41 public static final int EQ=52;
42 public static final int GreaterThanSignEqualsSign=51;
43 public static final int Functional=5;
44 public static final int EqualsSignEqualsSign=50;
45 public static final int Avg=38;
46 public static final int Min=43;
47 public static final int VerticalLine=74;
48 public static final int PlusSign=60;
49 public static final int RULE_INT=83;
50 public static final int Contains=7;
51 public static final int RULE_ML_COMMENT=84;
52 public static final int POW=36;
53 public static final int RULE_TRANSITIVE_CLOSURE=79;
54 public static final int Class=19;
55 public static final int LESS=25;
56 public static final int LeftSquareBracket=70;
57 public static final int RULE_FULL_STOP=81;
58 public static final int Current=13;
59 public static final int If=54;
60 public static final int Inf=39;
61 public static final int LESS_EQ=12;
62 public static final int May=42;
63 public static final int Max=41;
64 public static final int In=55;
65 public static final int RULE_STRING=76;
66 public static final int Int=40;
67 public static final int Extern=18;
68 public static final int RULE_SL_COMMENT=78;
69 public static final int Prod=29;
70 public static final int Comma=61;
71 public static final int EqualsSign=68;
72 public static final int Empty=21;
73 public static final int HyphenMinus=62;
74 public static final int Maximize=8;
75 public static final int LessThanSignEqualsSign=49;
76 public static final int Solidus=64;
77 public static final int Colon=65;
78 public static final int RightCurlyBracket=75;
79 public static final int EOF=-1;
80 public static final int Asterisk=59;
81 public static final int FullStop=63;
82 public static final int RULE_WS=85;
83 public static final int Abstract=6;
84 public static final int Minimize=9;
85 public static final int GREATER=11;
86 public static final int LeftCurlyBracket=73;
87 public static final int Error=22;
88 public static final int Only=28;
89 public static final int RULE_ANY_OTHER=86;
90 public static final int Default=14;
91 public static final int ColonHyphenMinus=48;
92 public static final int CircumflexAccent=72;
93 public static final int DIV=34;
94 public static final int Semicolon=66;
95 public static final int Scope=24;
96 public static final int Else=26;
97 public static final int ExclamationMarkEqualsSign=45;
98 public static final int HyphenMinusGreaterThanSign=46;
99
100 // delegates
101 // delegators
102
103 public InternalSolverLanguageLexer() {;}
104 public InternalSolverLanguageLexer(CharStream input) {
105 this(input, new RecognizerSharedState());
106 }
107 public InternalSolverLanguageLexer(CharStream input, RecognizerSharedState state) {
108 super(input,state);
109
110 }
111 public String getGrammarFileName() { return "InternalSolverLanguageLexer.g"; }
112
113 // $ANTLR start "GREATER_EQ"
114 public final void mGREATER_EQ() throws RecognitionException {
115 try {
116 int _type = GREATER_EQ;
117 int _channel = DEFAULT_TOKEN_CHANNEL;
118 // InternalSolverLanguageLexer.g:14:12: ( 'GREATER_EQ' )
119 // InternalSolverLanguageLexer.g:14:14: 'GREATER_EQ'
120 {
121 match("GREATER_EQ");
122
123
124 }
125
126 state.type = _type;
127 state.channel = _channel;
128 }
129 finally {
130 }
131 }
132 // $ANTLR end "GREATER_EQ"
133
134 // $ANTLR start "Functional"
135 public final void mFunctional() throws RecognitionException {
136 try {
137 int _type = Functional;
138 int _channel = DEFAULT_TOKEN_CHANNEL;
139 // InternalSolverLanguageLexer.g:16:12: ( 'functional' )
140 // InternalSolverLanguageLexer.g:16:14: 'functional'
141 {
142 match("functional");
143
144
145 }
146
147 state.type = _type;
148 state.channel = _channel;
149 }
150 finally {
151 }
152 }
153 // $ANTLR end "Functional"
154
155 // $ANTLR start "Abstract"
156 public final void mAbstract() throws RecognitionException {
157 try {
158 int _type = Abstract;
159 int _channel = DEFAULT_TOKEN_CHANNEL;
160 // InternalSolverLanguageLexer.g:18:10: ( 'abstract' )
161 // InternalSolverLanguageLexer.g:18:12: 'abstract'
162 {
163 match("abstract");
164
165
166 }
167
168 state.type = _type;
169 state.channel = _channel;
170 }
171 finally {
172 }
173 }
174 // $ANTLR end "Abstract"
175
176 // $ANTLR start "Contains"
177 public final void mContains() throws RecognitionException {
178 try {
179 int _type = Contains;
180 int _channel = DEFAULT_TOKEN_CHANNEL;
181 // InternalSolverLanguageLexer.g:20:10: ( 'contains' )
182 // InternalSolverLanguageLexer.g:20:12: 'contains'
183 {
184 match("contains");
185
186
187 }
188
189 state.type = _type;
190 state.channel = _channel;
191 }
192 finally {
193 }
194 }
195 // $ANTLR end "Contains"
196
197 // $ANTLR start "Maximize"
198 public final void mMaximize() throws RecognitionException {
199 try {
200 int _type = Maximize;
201 int _channel = DEFAULT_TOKEN_CHANNEL;
202 // InternalSolverLanguageLexer.g:22:10: ( 'maximize' )
203 // InternalSolverLanguageLexer.g:22:12: 'maximize'
204 {
205 match("maximize");
206
207
208 }
209
210 state.type = _type;
211 state.channel = _channel;
212 }
213 finally {
214 }
215 }
216 // $ANTLR end "Maximize"
217
218 // $ANTLR start "Minimize"
219 public final void mMinimize() throws RecognitionException {
220 try {
221 int _type = Minimize;
222 int _channel = DEFAULT_TOKEN_CHANNEL;
223 // InternalSolverLanguageLexer.g:24:10: ( 'minimize' )
224 // InternalSolverLanguageLexer.g:24:12: 'minimize'
225 {
226 match("minimize");
227
228
229 }
230
231 state.type = _type;
232 state.channel = _channel;
233 }
234 finally {
235 }
236 }
237 // $ANTLR end "Minimize"
238
239 // $ANTLR start "Opposite"
240 public final void mOpposite() throws RecognitionException {
241 try {
242 int _type = Opposite;
243 int _channel = DEFAULT_TOKEN_CHANNEL;
244 // InternalSolverLanguageLexer.g:26:10: ( 'opposite' )
245 // InternalSolverLanguageLexer.g:26:12: 'opposite'
246 {
247 match("opposite");
248
249
250 }
251
252 state.type = _type;
253 state.channel = _channel;
254 }
255 finally {
256 }
257 }
258 // $ANTLR end "Opposite"
259
260 // $ANTLR start "GREATER"
261 public final void mGREATER() throws RecognitionException {
262 try {
263 int _type = GREATER;
264 int _channel = DEFAULT_TOKEN_CHANNEL;
265 // InternalSolverLanguageLexer.g:28:9: ( 'GREATER' )
266 // InternalSolverLanguageLexer.g:28:11: 'GREATER'
267 {
268 match("GREATER");
269
270
271 }
272
273 state.type = _type;
274 state.channel = _channel;
275 }
276 finally {
277 }
278 }
279 // $ANTLR end "GREATER"
280
281 // $ANTLR start "LESS_EQ"
282 public final void mLESS_EQ() throws RecognitionException {
283 try {
284 int _type = LESS_EQ;
285 int _channel = DEFAULT_TOKEN_CHANNEL;
286 // InternalSolverLanguageLexer.g:30:9: ( 'LESS_EQ' )
287 // InternalSolverLanguageLexer.g:30:11: 'LESS_EQ'
288 {
289 match("LESS_EQ");
290
291
292 }
293
294 state.type = _type;
295 state.channel = _channel;
296 }
297 finally {
298 }
299 }
300 // $ANTLR end "LESS_EQ"
301
302 // $ANTLR start "Current"
303 public final void mCurrent() throws RecognitionException {
304 try {
305 int _type = Current;
306 int _channel = DEFAULT_TOKEN_CHANNEL;
307 // InternalSolverLanguageLexer.g:32:9: ( 'current' )
308 // InternalSolverLanguageLexer.g:32:11: 'current'
309 {
310 match("current");
311
312
313 }
314
315 state.type = _type;
316 state.channel = _channel;
317 }
318 finally {
319 }
320 }
321 // $ANTLR end "Current"
322
323 // $ANTLR start "Default"
324 public final void mDefault() throws RecognitionException {
325 try {
326 int _type = Default;
327 int _channel = DEFAULT_TOKEN_CHANNEL;
328 // InternalSolverLanguageLexer.g:34:9: ( 'default' )
329 // InternalSolverLanguageLexer.g:34:11: 'default'
330 {
331 match("default");
332
333
334 }
335
336 state.type = _type;
337 state.channel = _channel;
338 }
339 finally {
340 }
341 }
342 // $ANTLR end "Default"
343
344 // $ANTLR start "Extends"
345 public final void mExtends() throws RecognitionException {
346 try {
347 int _type = Extends;
348 int _channel = DEFAULT_TOKEN_CHANNEL;
349 // InternalSolverLanguageLexer.g:36:9: ( 'extends' )
350 // InternalSolverLanguageLexer.g:36:11: 'extends'
351 {
352 match("extends");
353
354
355 }
356
357 state.type = _type;
358 state.channel = _channel;
359 }
360 finally {
361 }
362 }
363 // $ANTLR end "Extends"
364
365 // $ANTLR start "Unknown"
366 public final void mUnknown() throws RecognitionException {
367 try {
368 int _type = Unknown;
369 int _channel = DEFAULT_TOKEN_CHANNEL;
370 // InternalSolverLanguageLexer.g:38:9: ( 'unknown' )
371 // InternalSolverLanguageLexer.g:38:11: 'unknown'
372 {
373 match("unknown");
374
375
376 }
377
378 state.type = _type;
379 state.channel = _channel;
380 }
381 finally {
382 }
383 }
384 // $ANTLR end "Unknown"
385
386 // $ANTLR start "NOT_EQ"
387 public final void mNOT_EQ() throws RecognitionException {
388 try {
389 int _type = NOT_EQ;
390 int _channel = DEFAULT_TOKEN_CHANNEL;
391 // InternalSolverLanguageLexer.g:40:8: ( 'NOT_EQ' )
392 // InternalSolverLanguageLexer.g:40:10: 'NOT_EQ'
393 {
394 match("NOT_EQ");
395
396
397 }
398
399 state.type = _type;
400 state.channel = _channel;
401 }
402 finally {
403 }
404 }
405 // $ANTLR end "NOT_EQ"
406
407 // $ANTLR start "Extern"
408 public final void mExtern() throws RecognitionException {
409 try {
410 int _type = Extern;
411 int _channel = DEFAULT_TOKEN_CHANNEL;
412 // InternalSolverLanguageLexer.g:42:8: ( 'extern' )
413 // InternalSolverLanguageLexer.g:42:10: 'extern'
414 {
415 match("extern");
416
417
418 }
419
420 state.type = _type;
421 state.channel = _channel;
422 }
423 finally {
424 }
425 }
426 // $ANTLR end "Extern"
427
428 // $ANTLR start "Class"
429 public final void mClass() throws RecognitionException {
430 try {
431 int _type = Class;
432 int _channel = DEFAULT_TOKEN_CHANNEL;
433 // InternalSolverLanguageLexer.g:44:7: ( 'class' )
434 // InternalSolverLanguageLexer.g:44:9: 'class'
435 {
436 match("class");
437
438
439 }
440
441 state.type = _type;
442 state.channel = _channel;
443 }
444 finally {
445 }
446 }
447 // $ANTLR end "Class"
448
449 // $ANTLR start "Count"
450 public final void mCount() throws RecognitionException {
451 try {
452 int _type = Count;
453 int _channel = DEFAULT_TOKEN_CHANNEL;
454 // InternalSolverLanguageLexer.g:46:7: ( 'count' )
455 // InternalSolverLanguageLexer.g:46:9: 'count'
456 {
457 match("count");
458
459
460 }
461
462 state.type = _type;
463 state.channel = _channel;
464 }
465 finally {
466 }
467 }
468 // $ANTLR end "Count"
469
470 // $ANTLR start "Empty"
471 public final void mEmpty() throws RecognitionException {
472 try {
473 int _type = Empty;
474 int _channel = DEFAULT_TOKEN_CHANNEL;
475 // InternalSolverLanguageLexer.g:48:7: ( 'empty' )
476 // InternalSolverLanguageLexer.g:48:9: 'empty'
477 {
478 match("empty");
479
480
481 }
482
483 state.type = _type;
484 state.channel = _channel;
485 }
486 finally {
487 }
488 }
489 // $ANTLR end "Empty"
490
491 // $ANTLR start "Error"
492 public final void mError() throws RecognitionException {
493 try {
494 int _type = Error;
495 int _channel = DEFAULT_TOKEN_CHANNEL;
496 // InternalSolverLanguageLexer.g:50:7: ( 'error' )
497 // InternalSolverLanguageLexer.g:50:9: 'error'
498 {
499 match("error");
500
501
502 }
503
504 state.type = _type;
505 state.channel = _channel;
506 }
507 finally {
508 }
509 }
510 // $ANTLR end "Error"
511
512 // $ANTLR start "False"
513 public final void mFalse() throws RecognitionException {
514 try {
515 int _type = False;
516 int _channel = DEFAULT_TOKEN_CHANNEL;
517 // InternalSolverLanguageLexer.g:52:7: ( 'false' )
518 // InternalSolverLanguageLexer.g:52:9: 'false'
519 {
520 match("false");
521
522
523 }
524
525 state.type = _type;
526 state.channel = _channel;
527 }
528 finally {
529 }
530 }
531 // $ANTLR end "False"
532
533 // $ANTLR start "Scope"
534 public final void mScope() throws RecognitionException {
535 try {
536 int _type = Scope;
537 int _channel = DEFAULT_TOKEN_CHANNEL;
538 // InternalSolverLanguageLexer.g:54:7: ( 'scope' )
539 // InternalSolverLanguageLexer.g:54:9: 'scope'
540 {
541 match("scope");
542
543
544 }
545
546 state.type = _type;
547 state.channel = _channel;
548 }
549 finally {
550 }
551 }
552 // $ANTLR end "Scope"
553
554 // $ANTLR start "LESS"
555 public final void mLESS() throws RecognitionException {
556 try {
557 int _type = LESS;
558 int _channel = DEFAULT_TOKEN_CHANNEL;
559 // InternalSolverLanguageLexer.g:56:6: ( 'LESS' )
560 // InternalSolverLanguageLexer.g:56:8: 'LESS'
561 {
562 match("LESS");
563
564
565 }
566
567 state.type = _type;
568 state.channel = _channel;
569 }
570 finally {
571 }
572 }
573 // $ANTLR end "LESS"
574
575 // $ANTLR start "Else"
576 public final void mElse() throws RecognitionException {
577 try {
578 int _type = Else;
579 int _channel = DEFAULT_TOKEN_CHANNEL;
580 // InternalSolverLanguageLexer.g:58:6: ( 'else' )
581 // InternalSolverLanguageLexer.g:58:8: 'else'
582 {
583 match("else");
584
585
586 }
587
588 state.type = _type;
589 state.channel = _channel;
590 }
591 finally {
592 }
593 }
594 // $ANTLR end "Else"
595
596 // $ANTLR start "Must"
597 public final void mMust() throws RecognitionException {
598 try {
599 int _type = Must;
600 int _channel = DEFAULT_TOKEN_CHANNEL;
601 // InternalSolverLanguageLexer.g:60:6: ( 'must' )
602 // InternalSolverLanguageLexer.g:60:8: 'must'
603 {
604 match("must");
605
606
607 }
608
609 state.type = _type;
610 state.channel = _channel;
611 }
612 finally {
613 }
614 }
615 // $ANTLR end "Must"
616
617 // $ANTLR start "Only"
618 public final void mOnly() throws RecognitionException {
619 try {
620 int _type = Only;
621 int _channel = DEFAULT_TOKEN_CHANNEL;
622 // InternalSolverLanguageLexer.g:62:6: ( 'only' )
623 // InternalSolverLanguageLexer.g:62:8: 'only'
624 {
625 match("only");
626
627
628 }
629
630 state.type = _type;
631 state.channel = _channel;
632 }
633 finally {
634 }
635 }
636 // $ANTLR end "Only"
637
638 // $ANTLR start "Prod"
639 public final void mProd() throws RecognitionException {
640 try {
641 int _type = Prod;
642 int _channel = DEFAULT_TOKEN_CHANNEL;
643 // InternalSolverLanguageLexer.g:64:6: ( 'prod' )
644 // InternalSolverLanguageLexer.g:64:8: 'prod'
645 {
646 match("prod");
647
648
649 }
650
651 state.type = _type;
652 state.channel = _channel;
653 }
654 finally {
655 }
656 }
657 // $ANTLR end "Prod"
658
659 // $ANTLR start "Real"
660 public final void mReal() throws RecognitionException {
661 try {
662 int _type = Real;
663 int _channel = DEFAULT_TOKEN_CHANNEL;
664 // InternalSolverLanguageLexer.g:66:6: ( 'real' )
665 // InternalSolverLanguageLexer.g:66:8: 'real'
666 {
667 match("real");
668
669
670 }
671
672 state.type = _type;
673 state.channel = _channel;
674 }
675 finally {
676 }
677 }
678 // $ANTLR end "Real"
679
680 // $ANTLR start "Then"
681 public final void mThen() throws RecognitionException {
682 try {
683 int _type = Then;
684 int _channel = DEFAULT_TOKEN_CHANNEL;
685 // InternalSolverLanguageLexer.g:68:6: ( 'then' )
686 // InternalSolverLanguageLexer.g:68:8: 'then'
687 {
688 match("then");
689
690
691 }
692
693 state.type = _type;
694 state.channel = _channel;
695 }
696 finally {
697 }
698 }
699 // $ANTLR end "Then"
700
701 // $ANTLR start "True"
702 public final void mTrue() throws RecognitionException {
703 try {
704 int _type = True;
705 int _channel = DEFAULT_TOKEN_CHANNEL;
706 // InternalSolverLanguageLexer.g:70:6: ( 'true' )
707 // InternalSolverLanguageLexer.g:70:8: 'true'
708 {
709 match("true");
710
711
712 }
713
714 state.type = _type;
715 state.channel = _channel;
716 }
717 finally {
718 }
719 }
720 // $ANTLR end "True"
721
722 // $ANTLR start "ADD"
723 public final void mADD() throws RecognitionException {
724 try {
725 int _type = ADD;
726 int _channel = DEFAULT_TOKEN_CHANNEL;
727 // InternalSolverLanguageLexer.g:72:5: ( 'ADD' )
728 // InternalSolverLanguageLexer.g:72:7: 'ADD'
729 {
730 match("ADD");
731
732
733 }
734
735 state.type = _type;
736 state.channel = _channel;
737 }
738 finally {
739 }
740 }
741 // $ANTLR end "ADD"
742
743 // $ANTLR start "DIV"
744 public final void mDIV() throws RecognitionException {
745 try {
746 int _type = DIV;
747 int _channel = DEFAULT_TOKEN_CHANNEL;
748 // InternalSolverLanguageLexer.g:74:5: ( 'DIV' )
749 // InternalSolverLanguageLexer.g:74:7: 'DIV'
750 {
751 match("DIV");
752
753
754 }
755
756 state.type = _type;
757 state.channel = _channel;
758 }
759 finally {
760 }
761 }
762 // $ANTLR end "DIV"
763
764 // $ANTLR start "MUL"
765 public final void mMUL() throws RecognitionException {
766 try {
767 int _type = MUL;
768 int _channel = DEFAULT_TOKEN_CHANNEL;
769 // InternalSolverLanguageLexer.g:76:5: ( 'MUL' )
770 // InternalSolverLanguageLexer.g:76:7: 'MUL'
771 {
772 match("MUL");
773
774
775 }
776
777 state.type = _type;
778 state.channel = _channel;
779 }
780 finally {
781 }
782 }
783 // $ANTLR end "MUL"
784
785 // $ANTLR start "POW"
786 public final void mPOW() throws RecognitionException {
787 try {
788 int _type = POW;
789 int _channel = DEFAULT_TOKEN_CHANNEL;
790 // InternalSolverLanguageLexer.g:78:5: ( 'POW' )
791 // InternalSolverLanguageLexer.g:78:7: 'POW'
792 {
793 match("POW");
794
795
796 }
797
798 state.type = _type;
799 state.channel = _channel;
800 }
801 finally {
802 }
803 }
804 // $ANTLR end "POW"
805
806 // $ANTLR start "SUB"
807 public final void mSUB() throws RecognitionException {
808 try {
809 int _type = SUB;
810 int _channel = DEFAULT_TOKEN_CHANNEL;
811 // InternalSolverLanguageLexer.g:80:5: ( 'SUB' )
812 // InternalSolverLanguageLexer.g:80:7: 'SUB'
813 {
814 match("SUB");
815
816
817 }
818
819 state.type = _type;
820 state.channel = _channel;
821 }
822 finally {
823 }
824 }
825 // $ANTLR end "SUB"
826
827 // $ANTLR start "Avg"
828 public final void mAvg() throws RecognitionException {
829 try {
830 int _type = Avg;
831 int _channel = DEFAULT_TOKEN_CHANNEL;
832 // InternalSolverLanguageLexer.g:82:5: ( 'avg' )
833 // InternalSolverLanguageLexer.g:82:7: 'avg'
834 {
835 match("avg");
836
837
838 }
839
840 state.type = _type;
841 state.channel = _channel;
842 }
843 finally {
844 }
845 }
846 // $ANTLR end "Avg"
847
848 // $ANTLR start "Inf"
849 public final void mInf() throws RecognitionException {
850 try {
851 int _type = Inf;
852 int _channel = DEFAULT_TOKEN_CHANNEL;
853 // InternalSolverLanguageLexer.g:84:5: ( 'inf' )
854 // InternalSolverLanguageLexer.g:84:7: 'inf'
855 {
856 match("inf");
857
858
859 }
860
861 state.type = _type;
862 state.channel = _channel;
863 }
864 finally {
865 }
866 }
867 // $ANTLR end "Inf"
868
869 // $ANTLR start "Int"
870 public final void mInt() throws RecognitionException {
871 try {
872 int _type = Int;
873 int _channel = DEFAULT_TOKEN_CHANNEL;
874 // InternalSolverLanguageLexer.g:86:5: ( 'int' )
875 // InternalSolverLanguageLexer.g:86:7: 'int'
876 {
877 match("int");
878
879
880 }
881
882 state.type = _type;
883 state.channel = _channel;
884 }
885 finally {
886 }
887 }
888 // $ANTLR end "Int"
889
890 // $ANTLR start "Max"
891 public final void mMax() throws RecognitionException {
892 try {
893 int _type = Max;
894 int _channel = DEFAULT_TOKEN_CHANNEL;
895 // InternalSolverLanguageLexer.g:88:5: ( 'max' )
896 // InternalSolverLanguageLexer.g:88:7: 'max'
897 {
898 match("max");
899
900
901 }
902
903 state.type = _type;
904 state.channel = _channel;
905 }
906 finally {
907 }
908 }
909 // $ANTLR end "Max"
910
911 // $ANTLR start "May"
912 public final void mMay() throws RecognitionException {
913 try {
914 int _type = May;
915 int _channel = DEFAULT_TOKEN_CHANNEL;
916 // InternalSolverLanguageLexer.g:90:5: ( 'may' )
917 // InternalSolverLanguageLexer.g:90:7: 'may'
918 {
919 match("may");
920
921
922 }
923
924 state.type = _type;
925 state.channel = _channel;
926 }
927 finally {
928 }
929 }
930 // $ANTLR end "May"
931
932 // $ANTLR start "Min"
933 public final void mMin() throws RecognitionException {
934 try {
935 int _type = Min;
936 int _channel = DEFAULT_TOKEN_CHANNEL;
937 // InternalSolverLanguageLexer.g:92:5: ( 'min' )
938 // InternalSolverLanguageLexer.g:92:7: 'min'
939 {
940 match("min");
941
942
943 }
944
945 state.type = _type;
946 state.channel = _channel;
947 }
948 finally {
949 }
950 }
951 // $ANTLR end "Min"
952
953 // $ANTLR start "Sum"
954 public final void mSum() throws RecognitionException {
955 try {
956 int _type = Sum;
957 int _channel = DEFAULT_TOKEN_CHANNEL;
958 // InternalSolverLanguageLexer.g:94:5: ( 'sum' )
959 // InternalSolverLanguageLexer.g:94:7: 'sum'
960 {
961 match("sum");
962
963
964 }
965
966 state.type = _type;
967 state.channel = _channel;
968 }
969 finally {
970 }
971 }
972 // $ANTLR end "Sum"
973
974 // $ANTLR start "ExclamationMarkEqualsSign"
975 public final void mExclamationMarkEqualsSign() throws RecognitionException {
976 try {
977 int _type = ExclamationMarkEqualsSign;
978 int _channel = DEFAULT_TOKEN_CHANNEL;
979 // InternalSolverLanguageLexer.g:96:27: ( '!=' )
980 // InternalSolverLanguageLexer.g:96:29: '!='
981 {
982 match("!=");
983
984
985 }
986
987 state.type = _type;
988 state.channel = _channel;
989 }
990 finally {
991 }
992 }
993 // $ANTLR end "ExclamationMarkEqualsSign"
994
995 // $ANTLR start "HyphenMinusGreaterThanSign"
996 public final void mHyphenMinusGreaterThanSign() throws RecognitionException {
997 try {
998 int _type = HyphenMinusGreaterThanSign;
999 int _channel = DEFAULT_TOKEN_CHANNEL;
1000 // InternalSolverLanguageLexer.g:98:28: ( '->' )
1001 // InternalSolverLanguageLexer.g:98:30: '->'
1002 {
1003 match("->");
1004
1005
1006 }
1007
1008 state.type = _type;
1009 state.channel = _channel;
1010 }
1011 finally {
1012 }
1013 }
1014 // $ANTLR end "HyphenMinusGreaterThanSign"
1015
1016 // $ANTLR start "FullStopFullStop"
1017 public final void mFullStopFullStop() throws RecognitionException {
1018 try {
1019 int _type = FullStopFullStop;
1020 int _channel = DEFAULT_TOKEN_CHANNEL;
1021 // InternalSolverLanguageLexer.g:100:18: ( '..' )
1022 // InternalSolverLanguageLexer.g:100:20: '..'
1023 {
1024 match("..");
1025
1026
1027 }
1028
1029 state.type = _type;
1030 state.channel = _channel;
1031 }
1032 finally {
1033 }
1034 }
1035 // $ANTLR end "FullStopFullStop"
1036
1037 // $ANTLR start "ColonHyphenMinus"
1038 public final void mColonHyphenMinus() throws RecognitionException {
1039 try {
1040 int _type = ColonHyphenMinus;
1041 int _channel = DEFAULT_TOKEN_CHANNEL;
1042 // InternalSolverLanguageLexer.g:102:18: ( ':-' )
1043 // InternalSolverLanguageLexer.g:102:20: ':-'
1044 {
1045 match(":-");
1046
1047
1048 }
1049
1050 state.type = _type;
1051 state.channel = _channel;
1052 }
1053 finally {
1054 }
1055 }
1056 // $ANTLR end "ColonHyphenMinus"
1057
1058 // $ANTLR start "LessThanSignEqualsSign"
1059 public final void mLessThanSignEqualsSign() throws RecognitionException {
1060 try {
1061 int _type = LessThanSignEqualsSign;
1062 int _channel = DEFAULT_TOKEN_CHANNEL;
1063 // InternalSolverLanguageLexer.g:104:24: ( '<=' )
1064 // InternalSolverLanguageLexer.g:104:26: '<='
1065 {
1066 match("<=");
1067
1068
1069 }
1070
1071 state.type = _type;
1072 state.channel = _channel;
1073 }
1074 finally {
1075 }
1076 }
1077 // $ANTLR end "LessThanSignEqualsSign"
1078
1079 // $ANTLR start "EqualsSignEqualsSign"
1080 public final void mEqualsSignEqualsSign() throws RecognitionException {
1081 try {
1082 int _type = EqualsSignEqualsSign;
1083 int _channel = DEFAULT_TOKEN_CHANNEL;
1084 // InternalSolverLanguageLexer.g:106:22: ( '==' )
1085 // InternalSolverLanguageLexer.g:106:24: '=='
1086 {
1087 match("==");
1088
1089
1090 }
1091
1092 state.type = _type;
1093 state.channel = _channel;
1094 }
1095 finally {
1096 }
1097 }
1098 // $ANTLR end "EqualsSignEqualsSign"
1099
1100 // $ANTLR start "GreaterThanSignEqualsSign"
1101 public final void mGreaterThanSignEqualsSign() throws RecognitionException {
1102 try {
1103 int _type = GreaterThanSignEqualsSign;
1104 int _channel = DEFAULT_TOKEN_CHANNEL;
1105 // InternalSolverLanguageLexer.g:108:27: ( '>=' )
1106 // InternalSolverLanguageLexer.g:108:29: '>='
1107 {
1108 match(">=");
1109
1110
1111 }
1112
1113 state.type = _type;
1114 state.channel = _channel;
1115 }
1116 finally {
1117 }
1118 }
1119 // $ANTLR end "GreaterThanSignEqualsSign"
1120
1121 // $ANTLR start "EQ"
1122 public final void mEQ() throws RecognitionException {
1123 try {
1124 int _type = EQ;
1125 int _channel = DEFAULT_TOKEN_CHANNEL;
1126 // InternalSolverLanguageLexer.g:110:4: ( 'EQ' )
1127 // InternalSolverLanguageLexer.g:110:6: 'EQ'
1128 {
1129 match("EQ");
1130
1131
1132 }
1133
1134 state.type = _type;
1135 state.channel = _channel;
1136 }
1137 finally {
1138 }
1139 }
1140 // $ANTLR end "EQ"
1141
1142 // $ANTLR start "IN"
1143 public final void mIN() throws RecognitionException {
1144 try {
1145 int _type = IN;
1146 int _channel = DEFAULT_TOKEN_CHANNEL;
1147 // InternalSolverLanguageLexer.g:112:4: ( 'IN' )
1148 // InternalSolverLanguageLexer.g:112:6: 'IN'
1149 {
1150 match("IN");
1151
1152
1153 }
1154
1155 state.type = _type;
1156 state.channel = _channel;
1157 }
1158 finally {
1159 }
1160 }
1161 // $ANTLR end "IN"
1162
1163 // $ANTLR start "If"
1164 public final void mIf() throws RecognitionException {
1165 try {
1166 int _type = If;
1167 int _channel = DEFAULT_TOKEN_CHANNEL;
1168 // InternalSolverLanguageLexer.g:114:4: ( 'if' )
1169 // InternalSolverLanguageLexer.g:114:6: 'if'
1170 {
1171 match("if");
1172
1173
1174 }
1175
1176 state.type = _type;
1177 state.channel = _channel;
1178 }
1179 finally {
1180 }
1181 }
1182 // $ANTLR end "If"
1183
1184 // $ANTLR start "In"
1185 public final void mIn() throws RecognitionException {
1186 try {
1187 int _type = In;
1188 int _channel = DEFAULT_TOKEN_CHANNEL;
1189 // InternalSolverLanguageLexer.g:116:4: ( 'in' )
1190 // InternalSolverLanguageLexer.g:116:6: 'in'
1191 {
1192 match("in");
1193
1194
1195 }
1196
1197 state.type = _type;
1198 state.channel = _channel;
1199 }
1200 finally {
1201 }
1202 }
1203 // $ANTLR end "In"
1204
1205 // $ANTLR start "ExclamationMark"
1206 public final void mExclamationMark() throws RecognitionException {
1207 try {
1208 int _type = ExclamationMark;
1209 int _channel = DEFAULT_TOKEN_CHANNEL;
1210 // InternalSolverLanguageLexer.g:118:17: ( '!' )
1211 // InternalSolverLanguageLexer.g:118:19: '!'
1212 {
1213 match('!');
1214
1215 }
1216
1217 state.type = _type;
1218 state.channel = _channel;
1219 }
1220 finally {
1221 }
1222 }
1223 // $ANTLR end "ExclamationMark"
1224
1225 // $ANTLR start "LeftParenthesis"
1226 public final void mLeftParenthesis() throws RecognitionException {
1227 try {
1228 int _type = LeftParenthesis;
1229 int _channel = DEFAULT_TOKEN_CHANNEL;
1230 // InternalSolverLanguageLexer.g:120:17: ( '(' )
1231 // InternalSolverLanguageLexer.g:120:19: '('
1232 {
1233 match('(');
1234
1235 }
1236
1237 state.type = _type;
1238 state.channel = _channel;
1239 }
1240 finally {
1241 }
1242 }
1243 // $ANTLR end "LeftParenthesis"
1244
1245 // $ANTLR start "RightParenthesis"
1246 public final void mRightParenthesis() throws RecognitionException {
1247 try {
1248 int _type = RightParenthesis;
1249 int _channel = DEFAULT_TOKEN_CHANNEL;
1250 // InternalSolverLanguageLexer.g:122:18: ( ')' )
1251 // InternalSolverLanguageLexer.g:122:20: ')'
1252 {
1253 match(')');
1254
1255 }
1256
1257 state.type = _type;
1258 state.channel = _channel;
1259 }
1260 finally {
1261 }
1262 }
1263 // $ANTLR end "RightParenthesis"
1264
1265 // $ANTLR start "Asterisk"
1266 public final void mAsterisk() throws RecognitionException {
1267 try {
1268 int _type = Asterisk;
1269 int _channel = DEFAULT_TOKEN_CHANNEL;
1270 // InternalSolverLanguageLexer.g:124:10: ( '*' )
1271 // InternalSolverLanguageLexer.g:124:12: '*'
1272 {
1273 match('*');
1274
1275 }
1276
1277 state.type = _type;
1278 state.channel = _channel;
1279 }
1280 finally {
1281 }
1282 }
1283 // $ANTLR end "Asterisk"
1284
1285 // $ANTLR start "PlusSign"
1286 public final void mPlusSign() throws RecognitionException {
1287 try {
1288 int _type = PlusSign;
1289 int _channel = DEFAULT_TOKEN_CHANNEL;
1290 // InternalSolverLanguageLexer.g:126:10: ( '+' )
1291 // InternalSolverLanguageLexer.g:126:12: '+'
1292 {
1293 match('+');
1294
1295 }
1296
1297 state.type = _type;
1298 state.channel = _channel;
1299 }
1300 finally {
1301 }
1302 }
1303 // $ANTLR end "PlusSign"
1304
1305 // $ANTLR start "Comma"
1306 public final void mComma() throws RecognitionException {
1307 try {
1308 int _type = Comma;
1309 int _channel = DEFAULT_TOKEN_CHANNEL;
1310 // InternalSolverLanguageLexer.g:128:7: ( ',' )
1311 // InternalSolverLanguageLexer.g:128:9: ','
1312 {
1313 match(',');
1314
1315 }
1316
1317 state.type = _type;
1318 state.channel = _channel;
1319 }
1320 finally {
1321 }
1322 }
1323 // $ANTLR end "Comma"
1324
1325 // $ANTLR start "HyphenMinus"
1326 public final void mHyphenMinus() throws RecognitionException {
1327 try {
1328 int _type = HyphenMinus;
1329 int _channel = DEFAULT_TOKEN_CHANNEL;
1330 // InternalSolverLanguageLexer.g:130:13: ( '-' )
1331 // InternalSolverLanguageLexer.g:130:15: '-'
1332 {
1333 match('-');
1334
1335 }
1336
1337 state.type = _type;
1338 state.channel = _channel;
1339 }
1340 finally {
1341 }
1342 }
1343 // $ANTLR end "HyphenMinus"
1344
1345 // $ANTLR start "FullStop"
1346 public final void mFullStop() throws RecognitionException {
1347 try {
1348 int _type = FullStop;
1349 int _channel = DEFAULT_TOKEN_CHANNEL;
1350 // InternalSolverLanguageLexer.g:132:10: ( '.' )
1351 // InternalSolverLanguageLexer.g:132:12: '.'
1352 {
1353 match('.');
1354
1355 }
1356
1357 state.type = _type;
1358 state.channel = _channel;
1359 }
1360 finally {
1361 }
1362 }
1363 // $ANTLR end "FullStop"
1364
1365 // $ANTLR start "Solidus"
1366 public final void mSolidus() throws RecognitionException {
1367 try {
1368 int _type = Solidus;
1369 int _channel = DEFAULT_TOKEN_CHANNEL;
1370 // InternalSolverLanguageLexer.g:134:9: ( '/' )
1371 // InternalSolverLanguageLexer.g:134:11: '/'
1372 {
1373 match('/');
1374
1375 }
1376
1377 state.type = _type;
1378 state.channel = _channel;
1379 }
1380 finally {
1381 }
1382 }
1383 // $ANTLR end "Solidus"
1384
1385 // $ANTLR start "Colon"
1386 public final void mColon() throws RecognitionException {
1387 try {
1388 int _type = Colon;
1389 int _channel = DEFAULT_TOKEN_CHANNEL;
1390 // InternalSolverLanguageLexer.g:136:7: ( ':' )
1391 // InternalSolverLanguageLexer.g:136:9: ':'
1392 {
1393 match(':');
1394
1395 }
1396
1397 state.type = _type;
1398 state.channel = _channel;
1399 }
1400 finally {
1401 }
1402 }
1403 // $ANTLR end "Colon"
1404
1405 // $ANTLR start "Semicolon"
1406 public final void mSemicolon() throws RecognitionException {
1407 try {
1408 int _type = Semicolon;
1409 int _channel = DEFAULT_TOKEN_CHANNEL;
1410 // InternalSolverLanguageLexer.g:138:11: ( ';' )
1411 // InternalSolverLanguageLexer.g:138:13: ';'
1412 {
1413 match(';');
1414
1415 }
1416
1417 state.type = _type;
1418 state.channel = _channel;
1419 }
1420 finally {
1421 }
1422 }
1423 // $ANTLR end "Semicolon"
1424
1425 // $ANTLR start "LessThanSign"
1426 public final void mLessThanSign() throws RecognitionException {
1427 try {
1428 int _type = LessThanSign;
1429 int _channel = DEFAULT_TOKEN_CHANNEL;
1430 // InternalSolverLanguageLexer.g:140:14: ( '<' )
1431 // InternalSolverLanguageLexer.g:140:16: '<'
1432 {
1433 match('<');
1434
1435 }
1436
1437 state.type = _type;
1438 state.channel = _channel;
1439 }
1440 finally {
1441 }
1442 }
1443 // $ANTLR end "LessThanSign"
1444
1445 // $ANTLR start "EqualsSign"
1446 public final void mEqualsSign() throws RecognitionException {
1447 try {
1448 int _type = EqualsSign;
1449 int _channel = DEFAULT_TOKEN_CHANNEL;
1450 // InternalSolverLanguageLexer.g:142:12: ( '=' )
1451 // InternalSolverLanguageLexer.g:142:14: '='
1452 {
1453 match('=');
1454
1455 }
1456
1457 state.type = _type;
1458 state.channel = _channel;
1459 }
1460 finally {
1461 }
1462 }
1463 // $ANTLR end "EqualsSign"
1464
1465 // $ANTLR start "GreaterThanSign"
1466 public final void mGreaterThanSign() throws RecognitionException {
1467 try {
1468 int _type = GreaterThanSign;
1469 int _channel = DEFAULT_TOKEN_CHANNEL;
1470 // InternalSolverLanguageLexer.g:144:17: ( '>' )
1471 // InternalSolverLanguageLexer.g:144:19: '>'
1472 {
1473 match('>');
1474
1475 }
1476
1477 state.type = _type;
1478 state.channel = _channel;
1479 }
1480 finally {
1481 }
1482 }
1483 // $ANTLR end "GreaterThanSign"
1484
1485 // $ANTLR start "LeftSquareBracket"
1486 public final void mLeftSquareBracket() throws RecognitionException {
1487 try {
1488 int _type = LeftSquareBracket;
1489 int _channel = DEFAULT_TOKEN_CHANNEL;
1490 // InternalSolverLanguageLexer.g:146:19: ( '[' )
1491 // InternalSolverLanguageLexer.g:146:21: '['
1492 {
1493 match('[');
1494
1495 }
1496
1497 state.type = _type;
1498 state.channel = _channel;
1499 }
1500 finally {
1501 }
1502 }
1503 // $ANTLR end "LeftSquareBracket"
1504
1505 // $ANTLR start "RightSquareBracket"
1506 public final void mRightSquareBracket() throws RecognitionException {
1507 try {
1508 int _type = RightSquareBracket;
1509 int _channel = DEFAULT_TOKEN_CHANNEL;
1510 // InternalSolverLanguageLexer.g:148:20: ( ']' )
1511 // InternalSolverLanguageLexer.g:148:22: ']'
1512 {
1513 match(']');
1514
1515 }
1516
1517 state.type = _type;
1518 state.channel = _channel;
1519 }
1520 finally {
1521 }
1522 }
1523 // $ANTLR end "RightSquareBracket"
1524
1525 // $ANTLR start "CircumflexAccent"
1526 public final void mCircumflexAccent() throws RecognitionException {
1527 try {
1528 int _type = CircumflexAccent;
1529 int _channel = DEFAULT_TOKEN_CHANNEL;
1530 // InternalSolverLanguageLexer.g:150:18: ( '^' )
1531 // InternalSolverLanguageLexer.g:150:20: '^'
1532 {
1533 match('^');
1534
1535 }
1536
1537 state.type = _type;
1538 state.channel = _channel;
1539 }
1540 finally {
1541 }
1542 }
1543 // $ANTLR end "CircumflexAccent"
1544
1545 // $ANTLR start "LeftCurlyBracket"
1546 public final void mLeftCurlyBracket() throws RecognitionException {
1547 try {
1548 int _type = LeftCurlyBracket;
1549 int _channel = DEFAULT_TOKEN_CHANNEL;
1550 // InternalSolverLanguageLexer.g:152:18: ( '{' )
1551 // InternalSolverLanguageLexer.g:152:20: '{'
1552 {
1553 match('{');
1554
1555 }
1556
1557 state.type = _type;
1558 state.channel = _channel;
1559 }
1560 finally {
1561 }
1562 }
1563 // $ANTLR end "LeftCurlyBracket"
1564
1565 // $ANTLR start "VerticalLine"
1566 public final void mVerticalLine() throws RecognitionException {
1567 try {
1568 int _type = VerticalLine;
1569 int _channel = DEFAULT_TOKEN_CHANNEL;
1570 // InternalSolverLanguageLexer.g:154:14: ( '|' )
1571 // InternalSolverLanguageLexer.g:154:16: '|'
1572 {
1573 match('|');
1574
1575 }
1576
1577 state.type = _type;
1578 state.channel = _channel;
1579 }
1580 finally {
1581 }
1582 }
1583 // $ANTLR end "VerticalLine"
1584
1585 // $ANTLR start "RightCurlyBracket"
1586 public final void mRightCurlyBracket() throws RecognitionException {
1587 try {
1588 int _type = RightCurlyBracket;
1589 int _channel = DEFAULT_TOKEN_CHANNEL;
1590 // InternalSolverLanguageLexer.g:156:19: ( '}' )
1591 // InternalSolverLanguageLexer.g:156:21: '}'
1592 {
1593 match('}');
1594
1595 }
1596
1597 state.type = _type;
1598 state.channel = _channel;
1599 }
1600 finally {
1601 }
1602 }
1603 // $ANTLR end "RightCurlyBracket"
1604
1605 // $ANTLR start "RULE_STRING"
1606 public final void mRULE_STRING() throws RecognitionException {
1607 try {
1608 int _type = RULE_STRING;
1609 int _channel = DEFAULT_TOKEN_CHANNEL;
1610 // InternalSolverLanguageLexer.g:158:13: ( '\"' ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )* '\"' )
1611 // InternalSolverLanguageLexer.g:158:15: '\"' ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )* '\"'
1612 {
1613 match('\"');
1614 // InternalSolverLanguageLexer.g:158:19: ( '\\\\' . | ~ ( ( '\\\\' | '\"' ) ) )*
1615 loop1:
1616 do {
1617 int alt1=3;
1618 int LA1_0 = input.LA(1);
1619
1620 if ( (LA1_0=='\\') ) {
1621 alt1=1;
1622 }
1623 else if ( ((LA1_0>='\u0000' && LA1_0<='!')||(LA1_0>='#' && LA1_0<='[')||(LA1_0>=']' && LA1_0<='\uFFFF')) ) {
1624 alt1=2;
1625 }
1626
1627
1628 switch (alt1) {
1629 case 1 :
1630 // InternalSolverLanguageLexer.g:158:20: '\\\\' .
1631 {
1632 match('\\');
1633 matchAny();
1634
1635 }
1636 break;
1637 case 2 :
1638 // InternalSolverLanguageLexer.g:158:27: ~ ( ( '\\\\' | '\"' ) )
1639 {
1640 if ( (input.LA(1)>='\u0000' && input.LA(1)<='!')||(input.LA(1)>='#' && input.LA(1)<='[')||(input.LA(1)>=']' && input.LA(1)<='\uFFFF') ) {
1641 input.consume();
1642
1643 }
1644 else {
1645 MismatchedSetException mse = new MismatchedSetException(null,input);
1646 recover(mse);
1647 throw mse;}
1648
1649
1650 }
1651 break;
1652
1653 default :
1654 break loop1;
1655 }
1656 } while (true);
1657
1658 match('\"');
1659
1660 }
1661
1662 state.type = _type;
1663 state.channel = _channel;
1664 }
1665 finally {
1666 }
1667 }
1668 // $ANTLR end "RULE_STRING"
1669
1670 // $ANTLR start "RULE_QUOTED_ID"
1671 public final void mRULE_QUOTED_ID() throws RecognitionException {
1672 try {
1673 int _type = RULE_QUOTED_ID;
1674 int _channel = DEFAULT_TOKEN_CHANNEL;
1675 // InternalSolverLanguageLexer.g:160:16: ( '\\'' ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )* '\\'' )
1676 // InternalSolverLanguageLexer.g:160:18: '\\'' ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )* '\\''
1677 {
1678 match('\'');
1679 // InternalSolverLanguageLexer.g:160:23: ( '\\\\' . | ~ ( ( '\\\\' | '\\'' ) ) )*
1680 loop2:
1681 do {
1682 int alt2=3;
1683 int LA2_0 = input.LA(1);
1684
1685 if ( (LA2_0=='\\') ) {
1686 alt2=1;
1687 }
1688 else if ( ((LA2_0>='\u0000' && LA2_0<='&')||(LA2_0>='(' && LA2_0<='[')||(LA2_0>=']' && LA2_0<='\uFFFF')) ) {
1689 alt2=2;
1690 }
1691
1692
1693 switch (alt2) {
1694 case 1 :
1695 // InternalSolverLanguageLexer.g:160:24: '\\\\' .
1696 {
1697 match('\\');
1698 matchAny();
1699
1700 }
1701 break;
1702 case 2 :
1703 // InternalSolverLanguageLexer.g:160:31: ~ ( ( '\\\\' | '\\'' ) )
1704 {
1705 if ( (input.LA(1)>='\u0000' && input.LA(1)<='&')||(input.LA(1)>='(' && input.LA(1)<='[')||(input.LA(1)>=']' && input.LA(1)<='\uFFFF') ) {
1706 input.consume();
1707
1708 }
1709 else {
1710 MismatchedSetException mse = new MismatchedSetException(null,input);
1711 recover(mse);
1712 throw mse;}
1713
1714
1715 }
1716 break;
1717
1718 default :
1719 break loop2;
1720 }
1721 } while (true);
1722
1723 match('\'');
1724
1725 }
1726
1727 state.type = _type;
1728 state.channel = _channel;
1729 }
1730 finally {
1731 }
1732 }
1733 // $ANTLR end "RULE_QUOTED_ID"
1734
1735 // $ANTLR start "RULE_SL_COMMENT"
1736 public final void mRULE_SL_COMMENT() throws RecognitionException {
1737 try {
1738 int _type = RULE_SL_COMMENT;
1739 int _channel = DEFAULT_TOKEN_CHANNEL;
1740 // InternalSolverLanguageLexer.g:162:17: ( ( '%' | '//' ) (~ ( ( '\\n' | '\\r' ) ) )* ( ( '\\r' )? '\\n' )? )
1741 // InternalSolverLanguageLexer.g:162:19: ( '%' | '//' ) (~ ( ( '\\n' | '\\r' ) ) )* ( ( '\\r' )? '\\n' )?
1742 {
1743 // InternalSolverLanguageLexer.g:162:19: ( '%' | '//' )
1744 int alt3=2;
1745 int LA3_0 = input.LA(1);
1746
1747 if ( (LA3_0=='%') ) {
1748 alt3=1;
1749 }
1750 else if ( (LA3_0=='/') ) {
1751 alt3=2;
1752 }
1753 else {
1754 NoViableAltException nvae =
1755 new NoViableAltException("", 3, 0, input);
1756
1757 throw nvae;
1758 }
1759 switch (alt3) {
1760 case 1 :
1761 // InternalSolverLanguageLexer.g:162:20: '%'
1762 {
1763 match('%');
1764
1765 }
1766 break;
1767 case 2 :
1768 // InternalSolverLanguageLexer.g:162:24: '//'
1769 {
1770 match("//");
1771
1772
1773 }
1774 break;
1775
1776 }
1777
1778 // InternalSolverLanguageLexer.g:162:30: (~ ( ( '\\n' | '\\r' ) ) )*
1779 loop4:
1780 do {
1781 int alt4=2;
1782 int LA4_0 = input.LA(1);
1783
1784 if ( ((LA4_0>='\u0000' && LA4_0<='\t')||(LA4_0>='\u000B' && LA4_0<='\f')||(LA4_0>='\u000E' && LA4_0<='\uFFFF')) ) {
1785 alt4=1;
1786 }
1787
1788
1789 switch (alt4) {
1790 case 1 :
1791 // InternalSolverLanguageLexer.g:162:30: ~ ( ( '\\n' | '\\r' ) )
1792 {
1793 if ( (input.LA(1)>='\u0000' && input.LA(1)<='\t')||(input.LA(1)>='\u000B' && input.LA(1)<='\f')||(input.LA(1)>='\u000E' && input.LA(1)<='\uFFFF') ) {
1794 input.consume();
1795
1796 }
1797 else {
1798 MismatchedSetException mse = new MismatchedSetException(null,input);
1799 recover(mse);
1800 throw mse;}
1801
1802
1803 }
1804 break;
1805
1806 default :
1807 break loop4;
1808 }
1809 } while (true);
1810
1811 // InternalSolverLanguageLexer.g:162:46: ( ( '\\r' )? '\\n' )?
1812 int alt6=2;
1813 int LA6_0 = input.LA(1);
1814
1815 if ( (LA6_0=='\n'||LA6_0=='\r') ) {
1816 alt6=1;
1817 }
1818 switch (alt6) {
1819 case 1 :
1820 // InternalSolverLanguageLexer.g:162:47: ( '\\r' )? '\\n'
1821 {
1822 // InternalSolverLanguageLexer.g:162:47: ( '\\r' )?
1823 int alt5=2;
1824 int LA5_0 = input.LA(1);
1825
1826 if ( (LA5_0=='\r') ) {
1827 alt5=1;
1828 }
1829 switch (alt5) {
1830 case 1 :
1831 // InternalSolverLanguageLexer.g:162:47: '\\r'
1832 {
1833 match('\r');
1834
1835 }
1836 break;
1837
1838 }
1839
1840 match('\n');
1841
1842 }
1843 break;
1844
1845 }
1846
1847
1848 }
1849
1850 state.type = _type;
1851 state.channel = _channel;
1852 }
1853 finally {
1854 }
1855 }
1856 // $ANTLR end "RULE_SL_COMMENT"
1857
1858 // $ANTLR start "RULE_TRANSITIVE_CLOSURE"
1859 public final void mRULE_TRANSITIVE_CLOSURE() throws RecognitionException {
1860 try {
1861 // InternalSolverLanguageLexer.g:164:34: ()
1862 // InternalSolverLanguageLexer.g:164:36:
1863 {
1864 }
1865
1866 }
1867 finally {
1868 }
1869 }
1870 // $ANTLR end "RULE_TRANSITIVE_CLOSURE"
1871
1872 // $ANTLR start "RULE_REFLEXIVE_TRANSITIVE_CLOSURE"
1873 public final void mRULE_REFLEXIVE_TRANSITIVE_CLOSURE() throws RecognitionException {
1874 try {
1875 // InternalSolverLanguageLexer.g:166:44: ()
1876 // InternalSolverLanguageLexer.g:166:46:
1877 {
1878 }
1879
1880 }
1881 finally {
1882 }
1883 }
1884 // $ANTLR end "RULE_REFLEXIVE_TRANSITIVE_CLOSURE"
1885
1886 // $ANTLR start "RULE_FULL_STOP"
1887 public final void mRULE_FULL_STOP() throws RecognitionException {
1888 try {
1889 // InternalSolverLanguageLexer.g:168:25: ()
1890 // InternalSolverLanguageLexer.g:168:27:
1891 {
1892 }
1893
1894 }
1895 finally {
1896 }
1897 }
1898 // $ANTLR end "RULE_FULL_STOP"
1899
1900 // $ANTLR start "RULE_ID"
1901 public final void mRULE_ID() throws RecognitionException {
1902 try {
1903 int _type = RULE_ID;
1904 int _channel = DEFAULT_TOKEN_CHANNEL;
1905 // InternalSolverLanguageLexer.g:170:9: ( ( '^' )? ( 'a' .. 'z' | 'A' .. 'Z' | '_' ) ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )* )
1906 // InternalSolverLanguageLexer.g:170:11: ( '^' )? ( 'a' .. 'z' | 'A' .. 'Z' | '_' ) ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )*
1907 {
1908 // InternalSolverLanguageLexer.g:170:11: ( '^' )?
1909 int alt7=2;
1910 int LA7_0 = input.LA(1);
1911
1912 if ( (LA7_0=='^') ) {
1913 alt7=1;
1914 }
1915 switch (alt7) {
1916 case 1 :
1917 // InternalSolverLanguageLexer.g:170:11: '^'
1918 {
1919 match('^');
1920
1921 }
1922 break;
1923
1924 }
1925
1926 if ( (input.LA(1)>='A' && input.LA(1)<='Z')||input.LA(1)=='_'||(input.LA(1)>='a' && input.LA(1)<='z') ) {
1927 input.consume();
1928
1929 }
1930 else {
1931 MismatchedSetException mse = new MismatchedSetException(null,input);
1932 recover(mse);
1933 throw mse;}
1934
1935 // InternalSolverLanguageLexer.g:170:40: ( 'a' .. 'z' | 'A' .. 'Z' | '_' | '0' .. '9' )*
1936 loop8:
1937 do {
1938 int alt8=2;
1939 int LA8_0 = input.LA(1);
1940
1941 if ( ((LA8_0>='0' && LA8_0<='9')||(LA8_0>='A' && LA8_0<='Z')||LA8_0=='_'||(LA8_0>='a' && LA8_0<='z')) ) {
1942 alt8=1;
1943 }
1944
1945
1946 switch (alt8) {
1947 case 1 :
1948 // InternalSolverLanguageLexer.g:
1949 {
1950 if ( (input.LA(1)>='0' && input.LA(1)<='9')||(input.LA(1)>='A' && input.LA(1)<='Z')||input.LA(1)=='_'||(input.LA(1)>='a' && input.LA(1)<='z') ) {
1951 input.consume();
1952
1953 }
1954 else {
1955 MismatchedSetException mse = new MismatchedSetException(null,input);
1956 recover(mse);
1957 throw mse;}
1958
1959
1960 }
1961 break;
1962
1963 default :
1964 break loop8;
1965 }
1966 } while (true);
1967
1968
1969 }
1970
1971 state.type = _type;
1972 state.channel = _channel;
1973 }
1974 finally {
1975 }
1976 }
1977 // $ANTLR end "RULE_ID"
1978
1979 // $ANTLR start "RULE_INT"
1980 public final void mRULE_INT() throws RecognitionException {
1981 try {
1982 int _type = RULE_INT;
1983 int _channel = DEFAULT_TOKEN_CHANNEL;
1984 // InternalSolverLanguageLexer.g:172:10: ( ( '0' .. '9' )+ )
1985 // InternalSolverLanguageLexer.g:172:12: ( '0' .. '9' )+
1986 {
1987 // InternalSolverLanguageLexer.g:172:12: ( '0' .. '9' )+
1988 int cnt9=0;
1989 loop9:
1990 do {
1991 int alt9=2;
1992 int LA9_0 = input.LA(1);
1993
1994 if ( ((LA9_0>='0' && LA9_0<='9')) ) {
1995 alt9=1;
1996 }
1997
1998
1999 switch (alt9) {
2000 case 1 :
2001 // InternalSolverLanguageLexer.g:172:13: '0' .. '9'
2002 {
2003 matchRange('0','9');
2004
2005 }
2006 break;
2007
2008 default :
2009 if ( cnt9 >= 1 ) break loop9;
2010 EarlyExitException eee =
2011 new EarlyExitException(9, input);
2012 throw eee;
2013 }
2014 cnt9++;
2015 } while (true);
2016
2017
2018 }
2019
2020 state.type = _type;
2021 state.channel = _channel;
2022 }
2023 finally {
2024 }
2025 }
2026 // $ANTLR end "RULE_INT"
2027
2028 // $ANTLR start "RULE_ML_COMMENT"
2029 public final void mRULE_ML_COMMENT() throws RecognitionException {
2030 try {
2031 int _type = RULE_ML_COMMENT;
2032 int _channel = DEFAULT_TOKEN_CHANNEL;
2033 // InternalSolverLanguageLexer.g:174:17: ( '/*' ( options {greedy=false; } : . )* '*/' )
2034 // InternalSolverLanguageLexer.g:174:19: '/*' ( options {greedy=false; } : . )* '*/'
2035 {
2036 match("/*");
2037
2038 // InternalSolverLanguageLexer.g:174:24: ( options {greedy=false; } : . )*
2039 loop10:
2040 do {
2041 int alt10=2;
2042 int LA10_0 = input.LA(1);
2043
2044 if ( (LA10_0=='*') ) {
2045 int LA10_1 = input.LA(2);
2046
2047 if ( (LA10_1=='/') ) {
2048 alt10=2;
2049 }
2050 else if ( ((LA10_1>='\u0000' && LA10_1<='.')||(LA10_1>='0' && LA10_1<='\uFFFF')) ) {
2051 alt10=1;
2052 }
2053
2054
2055 }
2056 else if ( ((LA10_0>='\u0000' && LA10_0<=')')||(LA10_0>='+' && LA10_0<='\uFFFF')) ) {
2057 alt10=1;
2058 }
2059
2060
2061 switch (alt10) {
2062 case 1 :
2063 // InternalSolverLanguageLexer.g:174:52: .
2064 {
2065 matchAny();
2066
2067 }
2068 break;
2069
2070 default :
2071 break loop10;
2072 }
2073 } while (true);
2074
2075 match("*/");
2076
2077
2078 }
2079
2080 state.type = _type;
2081 state.channel = _channel;
2082 }
2083 finally {
2084 }
2085 }
2086 // $ANTLR end "RULE_ML_COMMENT"
2087
2088 // $ANTLR start "RULE_WS"
2089 public final void mRULE_WS() throws RecognitionException {
2090 try {
2091 int _type = RULE_WS;
2092 int _channel = DEFAULT_TOKEN_CHANNEL;
2093 // InternalSolverLanguageLexer.g:176:9: ( ( ' ' | '\\t' | '\\r' | '\\n' )+ )
2094 // InternalSolverLanguageLexer.g:176:11: ( ' ' | '\\t' | '\\r' | '\\n' )+
2095 {
2096 // InternalSolverLanguageLexer.g:176:11: ( ' ' | '\\t' | '\\r' | '\\n' )+
2097 int cnt11=0;
2098 loop11:
2099 do {
2100 int alt11=2;
2101 int LA11_0 = input.LA(1);
2102
2103 if ( ((LA11_0>='\t' && LA11_0<='\n')||LA11_0=='\r'||LA11_0==' ') ) {
2104 alt11=1;
2105 }
2106
2107
2108 switch (alt11) {
2109 case 1 :
2110 // InternalSolverLanguageLexer.g:
2111 {
2112 if ( (input.LA(1)>='\t' && input.LA(1)<='\n')||input.LA(1)=='\r'||input.LA(1)==' ' ) {
2113 input.consume();
2114
2115 }
2116 else {
2117 MismatchedSetException mse = new MismatchedSetException(null,input);
2118 recover(mse);
2119 throw mse;}
2120
2121
2122 }
2123 break;
2124
2125 default :
2126 if ( cnt11 >= 1 ) break loop11;
2127 EarlyExitException eee =
2128 new EarlyExitException(11, input);
2129 throw eee;
2130 }
2131 cnt11++;
2132 } while (true);
2133
2134
2135 }
2136
2137 state.type = _type;
2138 state.channel = _channel;
2139 }
2140 finally {
2141 }
2142 }
2143 // $ANTLR end "RULE_WS"
2144
2145 // $ANTLR start "RULE_ANY_OTHER"
2146 public final void mRULE_ANY_OTHER() throws RecognitionException {
2147 try {
2148 int _type = RULE_ANY_OTHER;
2149 int _channel = DEFAULT_TOKEN_CHANNEL;
2150 // InternalSolverLanguageLexer.g:178:16: ( . )
2151 // InternalSolverLanguageLexer.g:178:18: .
2152 {
2153 matchAny();
2154
2155 }
2156
2157 state.type = _type;
2158 state.channel = _channel;
2159 }
2160 finally {
2161 }
2162 }
2163 // $ANTLR end "RULE_ANY_OTHER"
2164
2165 public void mTokens() throws RecognitionException {
2166 // InternalSolverLanguageLexer.g:1:8: ( GREATER_EQ | Functional | Abstract | Contains | Maximize | Minimize | Opposite | GREATER | LESS_EQ | Current | Default | Extends | Unknown | NOT_EQ | Extern | Class | Count | Empty | Error | False | Scope | LESS | Else | Must | Only | Prod | Real | Then | True | ADD | DIV | MUL | POW | SUB | Avg | Inf | Int | Max | May | Min | Sum | ExclamationMarkEqualsSign | HyphenMinusGreaterThanSign | FullStopFullStop | ColonHyphenMinus | LessThanSignEqualsSign | EqualsSignEqualsSign | GreaterThanSignEqualsSign | EQ | IN | If | In | ExclamationMark | LeftParenthesis | RightParenthesis | Asterisk | PlusSign | Comma | HyphenMinus | FullStop | Solidus | Colon | Semicolon | LessThanSign | EqualsSign | GreaterThanSign | LeftSquareBracket | RightSquareBracket | CircumflexAccent | LeftCurlyBracket | VerticalLine | RightCurlyBracket | RULE_STRING | RULE_QUOTED_ID | RULE_SL_COMMENT | RULE_ID | RULE_INT | RULE_ML_COMMENT | RULE_WS | RULE_ANY_OTHER )
2167 int alt12=80;
2168 alt12 = dfa12.predict(input);
2169 switch (alt12) {
2170 case 1 :
2171 // InternalSolverLanguageLexer.g:1:10: GREATER_EQ
2172 {
2173 mGREATER_EQ();
2174
2175 }
2176 break;
2177 case 2 :
2178 // InternalSolverLanguageLexer.g:1:21: Functional
2179 {
2180 mFunctional();
2181
2182 }
2183 break;
2184 case 3 :
2185 // InternalSolverLanguageLexer.g:1:32: Abstract
2186 {
2187 mAbstract();
2188
2189 }
2190 break;
2191 case 4 :
2192 // InternalSolverLanguageLexer.g:1:41: Contains
2193 {
2194 mContains();
2195
2196 }
2197 break;
2198 case 5 :
2199 // InternalSolverLanguageLexer.g:1:50: Maximize
2200 {
2201 mMaximize();
2202
2203 }
2204 break;
2205 case 6 :
2206 // InternalSolverLanguageLexer.g:1:59: Minimize
2207 {
2208 mMinimize();
2209
2210 }
2211 break;
2212 case 7 :
2213 // InternalSolverLanguageLexer.g:1:68: Opposite
2214 {
2215 mOpposite();
2216
2217 }
2218 break;
2219 case 8 :
2220 // InternalSolverLanguageLexer.g:1:77: GREATER
2221 {
2222 mGREATER();
2223
2224 }
2225 break;
2226 case 9 :
2227 // InternalSolverLanguageLexer.g:1:85: LESS_EQ
2228 {
2229 mLESS_EQ();
2230
2231 }
2232 break;
2233 case 10 :
2234 // InternalSolverLanguageLexer.g:1:93: Current
2235 {
2236 mCurrent();
2237
2238 }
2239 break;
2240 case 11 :
2241 // InternalSolverLanguageLexer.g:1:101: Default
2242 {
2243 mDefault();
2244
2245 }
2246 break;
2247 case 12 :
2248 // InternalSolverLanguageLexer.g:1:109: Extends
2249 {
2250 mExtends();
2251
2252 }
2253 break;
2254 case 13 :
2255 // InternalSolverLanguageLexer.g:1:117: Unknown
2256 {
2257 mUnknown();
2258
2259 }
2260 break;
2261 case 14 :
2262 // InternalSolverLanguageLexer.g:1:125: NOT_EQ
2263 {
2264 mNOT_EQ();
2265
2266 }
2267 break;
2268 case 15 :
2269 // InternalSolverLanguageLexer.g:1:132: Extern
2270 {
2271 mExtern();
2272
2273 }
2274 break;
2275 case 16 :
2276 // InternalSolverLanguageLexer.g:1:139: Class
2277 {
2278 mClass();
2279
2280 }
2281 break;
2282 case 17 :
2283 // InternalSolverLanguageLexer.g:1:145: Count
2284 {
2285 mCount();
2286
2287 }
2288 break;
2289 case 18 :
2290 // InternalSolverLanguageLexer.g:1:151: Empty
2291 {
2292 mEmpty();
2293
2294 }
2295 break;
2296 case 19 :
2297 // InternalSolverLanguageLexer.g:1:157: Error
2298 {
2299 mError();
2300
2301 }
2302 break;
2303 case 20 :
2304 // InternalSolverLanguageLexer.g:1:163: False
2305 {
2306 mFalse();
2307
2308 }
2309 break;
2310 case 21 :
2311 // InternalSolverLanguageLexer.g:1:169: Scope
2312 {
2313 mScope();
2314
2315 }
2316 break;
2317 case 22 :
2318 // InternalSolverLanguageLexer.g:1:175: LESS
2319 {
2320 mLESS();
2321
2322 }
2323 break;
2324 case 23 :
2325 // InternalSolverLanguageLexer.g:1:180: Else
2326 {
2327 mElse();
2328
2329 }
2330 break;
2331 case 24 :
2332 // InternalSolverLanguageLexer.g:1:185: Must
2333 {
2334 mMust();
2335
2336 }
2337 break;
2338 case 25 :
2339 // InternalSolverLanguageLexer.g:1:190: Only
2340 {
2341 mOnly();
2342
2343 }
2344 break;
2345 case 26 :
2346 // InternalSolverLanguageLexer.g:1:195: Prod
2347 {
2348 mProd();
2349
2350 }
2351 break;
2352 case 27 :
2353 // InternalSolverLanguageLexer.g:1:200: Real
2354 {
2355 mReal();
2356
2357 }
2358 break;
2359 case 28 :
2360 // InternalSolverLanguageLexer.g:1:205: Then
2361 {
2362 mThen();
2363
2364 }
2365 break;
2366 case 29 :
2367 // InternalSolverLanguageLexer.g:1:210: True
2368 {
2369 mTrue();
2370
2371 }
2372 break;
2373 case 30 :
2374 // InternalSolverLanguageLexer.g:1:215: ADD
2375 {
2376 mADD();
2377
2378 }
2379 break;
2380 case 31 :
2381 // InternalSolverLanguageLexer.g:1:219: DIV
2382 {
2383 mDIV();
2384
2385 }
2386 break;
2387 case 32 :
2388 // InternalSolverLanguageLexer.g:1:223: MUL
2389 {
2390 mMUL();
2391
2392 }
2393 break;
2394 case 33 :
2395 // InternalSolverLanguageLexer.g:1:227: POW
2396 {
2397 mPOW();
2398
2399 }
2400 break;
2401 case 34 :
2402 // InternalSolverLanguageLexer.g:1:231: SUB
2403 {
2404 mSUB();
2405
2406 }
2407 break;
2408 case 35 :
2409 // InternalSolverLanguageLexer.g:1:235: Avg
2410 {
2411 mAvg();
2412
2413 }
2414 break;
2415 case 36 :
2416 // InternalSolverLanguageLexer.g:1:239: Inf
2417 {
2418 mInf();
2419
2420 }
2421 break;
2422 case 37 :
2423 // InternalSolverLanguageLexer.g:1:243: Int
2424 {
2425 mInt();
2426
2427 }
2428 break;
2429 case 38 :
2430 // InternalSolverLanguageLexer.g:1:247: Max
2431 {
2432 mMax();
2433
2434 }
2435 break;
2436 case 39 :
2437 // InternalSolverLanguageLexer.g:1:251: May
2438 {
2439 mMay();
2440
2441 }
2442 break;
2443 case 40 :
2444 // InternalSolverLanguageLexer.g:1:255: Min
2445 {
2446 mMin();
2447
2448 }
2449 break;
2450 case 41 :
2451 // InternalSolverLanguageLexer.g:1:259: Sum
2452 {
2453 mSum();
2454
2455 }
2456 break;
2457 case 42 :
2458 // InternalSolverLanguageLexer.g:1:263: ExclamationMarkEqualsSign
2459 {
2460 mExclamationMarkEqualsSign();
2461
2462 }
2463 break;
2464 case 43 :
2465 // InternalSolverLanguageLexer.g:1:289: HyphenMinusGreaterThanSign
2466 {
2467 mHyphenMinusGreaterThanSign();
2468
2469 }
2470 break;
2471 case 44 :
2472 // InternalSolverLanguageLexer.g:1:316: FullStopFullStop
2473 {
2474 mFullStopFullStop();
2475
2476 }
2477 break;
2478 case 45 :
2479 // InternalSolverLanguageLexer.g:1:333: ColonHyphenMinus
2480 {
2481 mColonHyphenMinus();
2482
2483 }
2484 break;
2485 case 46 :
2486 // InternalSolverLanguageLexer.g:1:350: LessThanSignEqualsSign
2487 {
2488 mLessThanSignEqualsSign();
2489
2490 }
2491 break;
2492 case 47 :
2493 // InternalSolverLanguageLexer.g:1:373: EqualsSignEqualsSign
2494 {
2495 mEqualsSignEqualsSign();
2496
2497 }
2498 break;
2499 case 48 :
2500 // InternalSolverLanguageLexer.g:1:394: GreaterThanSignEqualsSign
2501 {
2502 mGreaterThanSignEqualsSign();
2503
2504 }
2505 break;
2506 case 49 :
2507 // InternalSolverLanguageLexer.g:1:420: EQ
2508 {
2509 mEQ();
2510
2511 }
2512 break;
2513 case 50 :
2514 // InternalSolverLanguageLexer.g:1:423: IN
2515 {
2516 mIN();
2517
2518 }
2519 break;
2520 case 51 :
2521 // InternalSolverLanguageLexer.g:1:426: If
2522 {
2523 mIf();
2524
2525 }
2526 break;
2527 case 52 :
2528 // InternalSolverLanguageLexer.g:1:429: In
2529 {
2530 mIn();
2531
2532 }
2533 break;
2534 case 53 :
2535 // InternalSolverLanguageLexer.g:1:432: ExclamationMark
2536 {
2537 mExclamationMark();
2538
2539 }
2540 break;
2541 case 54 :
2542 // InternalSolverLanguageLexer.g:1:448: LeftParenthesis
2543 {
2544 mLeftParenthesis();
2545
2546 }
2547 break;
2548 case 55 :
2549 // InternalSolverLanguageLexer.g:1:464: RightParenthesis
2550 {
2551 mRightParenthesis();
2552
2553 }
2554 break;
2555 case 56 :
2556 // InternalSolverLanguageLexer.g:1:481: Asterisk
2557 {
2558 mAsterisk();
2559
2560 }
2561 break;
2562 case 57 :
2563 // InternalSolverLanguageLexer.g:1:490: PlusSign
2564 {
2565 mPlusSign();
2566
2567 }
2568 break;
2569 case 58 :
2570 // InternalSolverLanguageLexer.g:1:499: Comma
2571 {
2572 mComma();
2573
2574 }
2575 break;
2576 case 59 :
2577 // InternalSolverLanguageLexer.g:1:505: HyphenMinus
2578 {
2579 mHyphenMinus();
2580
2581 }
2582 break;
2583 case 60 :
2584 // InternalSolverLanguageLexer.g:1:517: FullStop
2585 {
2586 mFullStop();
2587
2588 }
2589 break;
2590 case 61 :
2591 // InternalSolverLanguageLexer.g:1:526: Solidus
2592 {
2593 mSolidus();
2594
2595 }
2596 break;
2597 case 62 :
2598 // InternalSolverLanguageLexer.g:1:534: Colon
2599 {
2600 mColon();
2601
2602 }
2603 break;
2604 case 63 :
2605 // InternalSolverLanguageLexer.g:1:540: Semicolon
2606 {
2607 mSemicolon();
2608
2609 }
2610 break;
2611 case 64 :
2612 // InternalSolverLanguageLexer.g:1:550: LessThanSign
2613 {
2614 mLessThanSign();
2615
2616 }
2617 break;
2618 case 65 :
2619 // InternalSolverLanguageLexer.g:1:563: EqualsSign
2620 {
2621 mEqualsSign();
2622
2623 }
2624 break;
2625 case 66 :
2626 // InternalSolverLanguageLexer.g:1:574: GreaterThanSign
2627 {
2628 mGreaterThanSign();
2629
2630 }
2631 break;
2632 case 67 :
2633 // InternalSolverLanguageLexer.g:1:590: LeftSquareBracket
2634 {
2635 mLeftSquareBracket();
2636
2637 }
2638 break;
2639 case 68 :
2640 // InternalSolverLanguageLexer.g:1:608: RightSquareBracket
2641 {
2642 mRightSquareBracket();
2643
2644 }
2645 break;
2646 case 69 :
2647 // InternalSolverLanguageLexer.g:1:627: CircumflexAccent
2648 {
2649 mCircumflexAccent();
2650
2651 }
2652 break;
2653 case 70 :
2654 // InternalSolverLanguageLexer.g:1:644: LeftCurlyBracket
2655 {
2656 mLeftCurlyBracket();
2657
2658 }
2659 break;
2660 case 71 :
2661 // InternalSolverLanguageLexer.g:1:661: VerticalLine
2662 {
2663 mVerticalLine();
2664
2665 }
2666 break;
2667 case 72 :
2668 // InternalSolverLanguageLexer.g:1:674: RightCurlyBracket
2669 {
2670 mRightCurlyBracket();
2671
2672 }
2673 break;
2674 case 73 :
2675 // InternalSolverLanguageLexer.g:1:692: RULE_STRING
2676 {
2677 mRULE_STRING();
2678
2679 }
2680 break;
2681 case 74 :
2682 // InternalSolverLanguageLexer.g:1:704: RULE_QUOTED_ID
2683 {
2684 mRULE_QUOTED_ID();
2685
2686 }
2687 break;
2688 case 75 :
2689 // InternalSolverLanguageLexer.g:1:719: RULE_SL_COMMENT
2690 {
2691 mRULE_SL_COMMENT();
2692
2693 }
2694 break;
2695 case 76 :
2696 // InternalSolverLanguageLexer.g:1:735: RULE_ID
2697 {
2698 mRULE_ID();
2699
2700 }
2701 break;
2702 case 77 :
2703 // InternalSolverLanguageLexer.g:1:743: RULE_INT
2704 {
2705 mRULE_INT();
2706
2707 }
2708 break;
2709 case 78 :
2710 // InternalSolverLanguageLexer.g:1:752: RULE_ML_COMMENT
2711 {
2712 mRULE_ML_COMMENT();
2713
2714 }
2715 break;
2716 case 79 :
2717 // InternalSolverLanguageLexer.g:1:768: RULE_WS
2718 {
2719 mRULE_WS();
2720
2721 }
2722 break;
2723 case 80 :
2724 // InternalSolverLanguageLexer.g:1:776: RULE_ANY_OTHER
2725 {
2726 mRULE_ANY_OTHER();
2727
2728 }
2729 break;
2730
2731 }
2732
2733 }
2734
2735
2736 protected DFA12 dfa12 = new DFA12(this);
2737 static final String DFA12_eotS =
2738 "\1\uffff\25\64\1\127\1\131\1\133\1\135\1\137\1\141\1\143\2\64\5\uffff\1\155\3\uffff\1\161\3\uffff\2\62\5\uffff\1\64\1\uffff\37\64\1\u009d\1\u009e\16\uffff\1\u009f\1\u00a0\23\uffff\4\64\1\u00a5\4\64\1\u00ab\1\u00ac\1\u00ae\14\64\1\u00bb\4\64\1\u00c0\1\u00c1\1\u00c2\1\u00c3\1\u00c4\1\u00c5\1\u00c6\4\uffff\4\64\1\uffff\5\64\2\uffff\1\64\1\uffff\1\u00d1\1\64\1\u00d3\1\u00d5\4\64\1\u00db\3\64\1\uffff\1\u00df\1\u00e0\1\u00e1\1\u00e2\7\uffff\2\64\1\u00e5\2\64\1\u00e8\1\64\1\u00ea\2\64\1\uffff\1\64\1\uffff\1\64\1\uffff\3\64\1\u00f2\1\u00f3\1\uffff\2\64\1\u00f6\4\uffff\2\64\1\uffff\2\64\1\uffff\1\64\1\uffff\6\64\1\u0102\2\uffff\1\64\1\u0104\1\uffff\1\u0106\3\64\1\u010a\3\64\1\u010e\1\u010f\1\u0110\1\uffff\1\u0111\1\uffff\1\64\1\uffff\1\64\1\u0114\1\u0115\1\uffff\1\u0116\1\u0117\1\u0118\4\uffff\2\64\5\uffff\1\u011b\1\u011c\2\uffff";
2739 static final String DFA12_eofS =
2740 "\u011d\uffff";
2741 static final String DFA12_minS =
2742 "\1\0\1\122\1\141\1\142\1\154\1\141\1\156\1\105\1\145\1\154\1\156\1\117\1\143\1\162\1\145\1\150\1\104\1\111\1\125\1\117\1\125\1\146\1\75\1\76\1\56\1\55\3\75\1\121\1\116\5\uffff\1\52\3\uffff\1\101\3\uffff\2\0\5\uffff\1\105\1\uffff\1\156\1\154\1\163\1\147\1\156\1\162\1\141\1\170\1\156\1\163\1\160\1\154\1\123\1\146\1\164\1\160\1\162\1\163\1\153\1\124\1\157\1\155\1\157\1\141\1\145\1\165\1\104\1\126\1\114\1\127\1\102\2\60\16\uffff\2\60\23\uffff\1\101\1\143\1\163\1\164\1\60\1\164\1\156\1\162\1\163\3\60\1\164\1\157\1\171\1\123\1\141\1\145\1\164\1\157\1\145\1\156\1\137\1\160\1\60\1\144\1\154\1\156\1\145\7\60\4\uffff\1\124\1\164\1\145\1\162\1\uffff\1\141\1\164\1\145\1\163\1\155\2\uffff\1\155\1\uffff\1\60\1\163\2\60\1\165\1\156\1\171\1\162\1\60\1\157\1\105\1\145\1\uffff\4\60\7\uffff\1\105\1\151\1\60\1\141\1\151\1\60\1\156\1\60\2\151\1\uffff\1\151\1\uffff\1\105\1\uffff\1\154\1\144\1\156\2\60\1\uffff\1\167\1\121\1\60\4\uffff\1\122\1\157\1\uffff\1\143\1\156\1\uffff\1\164\1\uffff\2\172\1\164\1\121\1\164\1\163\1\60\2\uffff\1\156\1\60\1\uffff\1\60\1\156\1\164\1\163\1\60\3\145\3\60\1\uffff\1\60\1\uffff\1\105\1\uffff\1\141\2\60\1\uffff\3\60\4\uffff\1\121\1\154\5\uffff\2\60\2\uffff";
2743 static final String DFA12_maxS =
2744 "\1\uffff\1\122\1\165\1\166\2\165\1\160\1\105\1\145\1\170\1\156\1\117\1\165\1\162\1\145\1\162\1\104\1\111\1\125\1\117\1\125\1\156\1\75\1\76\1\56\1\55\3\75\1\121\1\116\5\uffff\1\57\3\uffff\1\172\3\uffff\2\uffff\5\uffff\1\105\1\uffff\1\156\1\154\1\163\1\147\1\165\1\162\1\141\1\171\1\156\1\163\1\160\1\154\1\123\1\146\1\164\1\160\1\162\1\163\1\153\1\124\1\157\1\155\1\157\1\141\1\145\1\165\1\104\1\126\1\114\1\127\1\102\2\172\16\uffff\2\172\23\uffff\1\101\1\143\1\163\1\164\1\172\1\164\1\156\1\162\1\163\3\172\1\164\1\157\1\171\1\123\1\141\1\145\1\164\1\157\1\145\1\156\1\137\1\160\1\172\1\144\1\154\1\156\1\145\7\172\4\uffff\1\124\1\164\1\145\1\162\1\uffff\1\141\1\164\1\145\1\163\1\155\2\uffff\1\155\1\uffff\1\172\1\163\2\172\1\165\1\162\1\171\1\162\1\172\1\157\1\105\1\145\1\uffff\4\172\7\uffff\1\105\1\151\1\172\1\141\1\151\1\172\1\156\1\172\2\151\1\uffff\1\151\1\uffff\1\105\1\uffff\1\154\1\144\1\156\2\172\1\uffff\1\167\1\121\1\172\4\uffff\1\122\1\157\1\uffff\1\143\1\156\1\uffff\1\164\1\uffff\2\172\1\164\1\121\1\164\1\163\1\172\2\uffff\1\156\1\172\1\uffff\1\172\1\156\1\164\1\163\1\172\3\145\3\172\1\uffff\1\172\1\uffff\1\105\1\uffff\1\141\2\172\1\uffff\3\172\4\uffff\1\121\1\154\5\uffff\2\172\2\uffff";
2745 static final String DFA12_acceptS =
2746 "\37\uffff\1\66\1\67\1\70\1\71\1\72\1\uffff\1\77\1\103\1\104\1\uffff\1\106\1\107\1\110\2\uffff\1\113\1\114\1\115\1\117\1\120\1\uffff\1\114\41\uffff\1\52\1\65\1\53\1\73\1\54\1\74\1\55\1\76\1\56\1\100\1\57\1\101\1\60\1\102\2\uffff\1\66\1\67\1\70\1\71\1\72\1\113\1\116\1\75\1\77\1\103\1\104\1\105\1\106\1\107\1\110\1\111\1\112\1\115\1\117\44\uffff\1\64\1\63\1\61\1\62\4\uffff\1\43\5\uffff\1\46\1\47\1\uffff\1\50\14\uffff\1\51\4\uffff\1\36\1\37\1\40\1\41\1\42\1\44\1\45\12\uffff\1\30\1\uffff\1\31\1\uffff\1\26\5\uffff\1\27\3\uffff\1\32\1\33\1\34\1\35\2\uffff\1\24\2\uffff\1\21\1\uffff\1\20\7\uffff\1\22\1\23\2\uffff\1\25\13\uffff\1\17\1\uffff\1\16\1\uffff\1\10\3\uffff\1\12\3\uffff\1\11\1\13\1\14\1\15\2\uffff\1\3\1\4\1\5\1\6\1\7\2\uffff\1\1\1\2";
2747 static final String DFA12_specialS =
2748 "\1\1\53\uffff\1\0\1\2\u00ef\uffff}>";
2749 static final String[] DFA12_transitionS = {
2750 "\11\62\2\61\2\62\1\61\22\62\1\61\1\26\1\54\2\62\1\56\1\62\1\55\1\37\1\40\1\41\1\42\1\43\1\27\1\30\1\44\12\60\1\31\1\45\1\32\1\33\1\34\2\62\1\20\2\57\1\21\1\35\1\57\1\1\1\57\1\36\2\57\1\7\1\22\1\13\1\57\1\23\2\57\1\24\7\57\1\46\1\62\1\47\1\50\1\57\1\62\1\3\1\57\1\4\1\10\1\11\1\2\2\57\1\25\3\57\1\5\1\57\1\6\1\15\1\57\1\16\1\14\1\17\1\12\5\57\1\51\1\52\1\53\uff82\62",
2751 "\1\63",
2752 "\1\66\23\uffff\1\65",
2753 "\1\67\23\uffff\1\70",
2754 "\1\73\2\uffff\1\71\5\uffff\1\72",
2755 "\1\74\7\uffff\1\75\13\uffff\1\76",
2756 "\1\100\1\uffff\1\77",
2757 "\1\101",
2758 "\1\102",
2759 "\1\106\1\104\4\uffff\1\105\5\uffff\1\103",
2760 "\1\107",
2761 "\1\110",
2762 "\1\111\21\uffff\1\112",
2763 "\1\113",
2764 "\1\114",
2765 "\1\115\11\uffff\1\116",
2766 "\1\117",
2767 "\1\120",
2768 "\1\121",
2769 "\1\122",
2770 "\1\123",
2771 "\1\125\7\uffff\1\124",
2772 "\1\126",
2773 "\1\130",
2774 "\1\132",
2775 "\1\134",
2776 "\1\136",
2777 "\1\140",
2778 "\1\142",
2779 "\1\144",
2780 "\1\145",
2781 "",
2782 "",
2783 "",
2784 "",
2785 "",
2786 "\1\154\4\uffff\1\153",
2787 "",
2788 "",
2789 "",
2790 "\32\64\4\uffff\1\64\1\uffff\32\64",
2791 "",
2792 "",
2793 "",
2794 "\0\165",
2795 "\0\166",
2796 "",
2797 "",
2798 "",
2799 "",
2800 "",
2801 "\1\171",
2802 "",
2803 "\1\172",
2804 "\1\173",
2805 "\1\174",
2806 "\1\175",
2807 "\1\176\6\uffff\1\177",
2808 "\1\u0080",
2809 "\1\u0081",
2810 "\1\u0082\1\u0083",
2811 "\1\u0084",
2812 "\1\u0085",
2813 "\1\u0086",
2814 "\1\u0087",
2815 "\1\u0088",
2816 "\1\u0089",
2817 "\1\u008a",
2818 "\1\u008b",
2819 "\1\u008c",
2820 "\1\u008d",
2821 "\1\u008e",
2822 "\1\u008f",
2823 "\1\u0090",
2824 "\1\u0091",
2825 "\1\u0092",
2826 "\1\u0093",
2827 "\1\u0094",
2828 "\1\u0095",
2829 "\1\u0096",
2830 "\1\u0097",
2831 "\1\u0098",
2832 "\1\u0099",
2833 "\1\u009a",
2834 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\5\64\1\u009b\15\64\1\u009c\6\64",
2835 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2836 "",
2837 "",
2838 "",
2839 "",
2840 "",
2841 "",
2842 "",
2843 "",
2844 "",
2845 "",
2846 "",
2847 "",
2848 "",
2849 "",
2850 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2851 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2852 "",
2853 "",
2854 "",
2855 "",
2856 "",
2857 "",
2858 "",
2859 "",
2860 "",
2861 "",
2862 "",
2863 "",
2864 "",
2865 "",
2866 "",
2867 "",
2868 "",
2869 "",
2870 "",
2871 "\1\u00a1",
2872 "\1\u00a2",
2873 "\1\u00a3",
2874 "\1\u00a4",
2875 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2876 "\1\u00a6",
2877 "\1\u00a7",
2878 "\1\u00a8",
2879 "\1\u00a9",
2880 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\10\64\1\u00aa\21\64",
2881 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2882 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\10\64\1\u00ad\21\64",
2883 "\1\u00af",
2884 "\1\u00b0",
2885 "\1\u00b1",
2886 "\1\u00b2",
2887 "\1\u00b3",
2888 "\1\u00b4",
2889 "\1\u00b5",
2890 "\1\u00b6",
2891 "\1\u00b7",
2892 "\1\u00b8",
2893 "\1\u00b9",
2894 "\1\u00ba",
2895 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2896 "\1\u00bc",
2897 "\1\u00bd",
2898 "\1\u00be",
2899 "\1\u00bf",
2900 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2901 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2902 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2903 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2904 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2905 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2906 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2907 "",
2908 "",
2909 "",
2910 "",
2911 "\1\u00c7",
2912 "\1\u00c8",
2913 "\1\u00c9",
2914 "\1\u00ca",
2915 "",
2916 "\1\u00cb",
2917 "\1\u00cc",
2918 "\1\u00cd",
2919 "\1\u00ce",
2920 "\1\u00cf",
2921 "",
2922 "",
2923 "\1\u00d0",
2924 "",
2925 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2926 "\1\u00d2",
2927 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2928 "\12\64\7\uffff\32\64\4\uffff\1\u00d4\1\uffff\32\64",
2929 "\1\u00d6",
2930 "\1\u00d7\3\uffff\1\u00d8",
2931 "\1\u00d9",
2932 "\1\u00da",
2933 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2934 "\1\u00dc",
2935 "\1\u00dd",
2936 "\1\u00de",
2937 "",
2938 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2939 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2940 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2941 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2942 "",
2943 "",
2944 "",
2945 "",
2946 "",
2947 "",
2948 "",
2949 "\1\u00e3",
2950 "\1\u00e4",
2951 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2952 "\1\u00e6",
2953 "\1\u00e7",
2954 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2955 "\1\u00e9",
2956 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2957 "\1\u00eb",
2958 "\1\u00ec",
2959 "",
2960 "\1\u00ed",
2961 "",
2962 "\1\u00ee",
2963 "",
2964 "\1\u00ef",
2965 "\1\u00f0",
2966 "\1\u00f1",
2967 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2968 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2969 "",
2970 "\1\u00f4",
2971 "\1\u00f5",
2972 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2973 "",
2974 "",
2975 "",
2976 "",
2977 "\1\u00f7",
2978 "\1\u00f8",
2979 "",
2980 "\1\u00f9",
2981 "\1\u00fa",
2982 "",
2983 "\1\u00fb",
2984 "",
2985 "\1\u00fc",
2986 "\1\u00fd",
2987 "\1\u00fe",
2988 "\1\u00ff",
2989 "\1\u0100",
2990 "\1\u0101",
2991 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2992 "",
2993 "",
2994 "\1\u0103",
2995 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
2996 "",
2997 "\12\64\7\uffff\32\64\4\uffff\1\u0105\1\uffff\32\64",
2998 "\1\u0107",
2999 "\1\u0108",
3000 "\1\u0109",
3001 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3002 "\1\u010b",
3003 "\1\u010c",
3004 "\1\u010d",
3005 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3006 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3007 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3008 "",
3009 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3010 "",
3011 "\1\u0112",
3012 "",
3013 "\1\u0113",
3014 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3015 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3016 "",
3017 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3018 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3019 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3020 "",
3021 "",
3022 "",
3023 "",
3024 "\1\u0119",
3025 "\1\u011a",
3026 "",
3027 "",
3028 "",
3029 "",
3030 "",
3031 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3032 "\12\64\7\uffff\32\64\4\uffff\1\64\1\uffff\32\64",
3033 "",
3034 ""
3035 };
3036
3037 static final short[] DFA12_eot = DFA.unpackEncodedString(DFA12_eotS);
3038 static final short[] DFA12_eof = DFA.unpackEncodedString(DFA12_eofS);
3039 static final char[] DFA12_min = DFA.unpackEncodedStringToUnsignedChars(DFA12_minS);
3040 static final char[] DFA12_max = DFA.unpackEncodedStringToUnsignedChars(DFA12_maxS);
3041 static final short[] DFA12_accept = DFA.unpackEncodedString(DFA12_acceptS);
3042 static final short[] DFA12_special = DFA.unpackEncodedString(DFA12_specialS);
3043 static final short[][] DFA12_transition;
3044
3045 static {
3046 int numStates = DFA12_transitionS.length;
3047 DFA12_transition = new short[numStates][];
3048 for (int i=0; i<numStates; i++) {
3049 DFA12_transition[i] = DFA.unpackEncodedString(DFA12_transitionS[i]);
3050 }
3051 }
3052
3053 class DFA12 extends DFA {
3054
3055 public DFA12(BaseRecognizer recognizer) {
3056 this.recognizer = recognizer;
3057 this.decisionNumber = 12;
3058 this.eot = DFA12_eot;
3059 this.eof = DFA12_eof;
3060 this.min = DFA12_min;
3061 this.max = DFA12_max;
3062 this.accept = DFA12_accept;
3063 this.special = DFA12_special;
3064 this.transition = DFA12_transition;
3065 }
3066 public String getDescription() {
3067 return "1:1: Tokens : ( GREATER_EQ | Functional | Abstract | Contains | Maximize | Minimize | Opposite | GREATER | LESS_EQ | Current | Default | Extends | Unknown | NOT_EQ | Extern | Class | Count | Empty | Error | False | Scope | LESS | Else | Must | Only | Prod | Real | Then | True | ADD | DIV | MUL | POW | SUB | Avg | Inf | Int | Max | May | Min | Sum | ExclamationMarkEqualsSign | HyphenMinusGreaterThanSign | FullStopFullStop | ColonHyphenMinus | LessThanSignEqualsSign | EqualsSignEqualsSign | GreaterThanSignEqualsSign | EQ | IN | If | In | ExclamationMark | LeftParenthesis | RightParenthesis | Asterisk | PlusSign | Comma | HyphenMinus | FullStop | Solidus | Colon | Semicolon | LessThanSign | EqualsSign | GreaterThanSign | LeftSquareBracket | RightSquareBracket | CircumflexAccent | LeftCurlyBracket | VerticalLine | RightCurlyBracket | RULE_STRING | RULE_QUOTED_ID | RULE_SL_COMMENT | RULE_ID | RULE_INT | RULE_ML_COMMENT | RULE_WS | RULE_ANY_OTHER );";
3068 }
3069 public int specialStateTransition(int s, IntStream _input) throws NoViableAltException {
3070 IntStream input = _input;
3071 int _s = s;
3072 switch ( s ) {
3073 case 0 :
3074 int LA12_44 = input.LA(1);
3075
3076 s = -1;
3077 if ( ((LA12_44>='\u0000' && LA12_44<='\uFFFF')) ) {s = 117;}
3078
3079 else s = 50;
3080
3081 if ( s>=0 ) return s;
3082 break;
3083 case 1 :
3084 int LA12_0 = input.LA(1);
3085
3086 s = -1;
3087 if ( (LA12_0=='G') ) {s = 1;}
3088
3089 else if ( (LA12_0=='f') ) {s = 2;}
3090
3091 else if ( (LA12_0=='a') ) {s = 3;}
3092
3093 else if ( (LA12_0=='c') ) {s = 4;}
3094
3095 else if ( (LA12_0=='m') ) {s = 5;}
3096
3097 else if ( (LA12_0=='o') ) {s = 6;}
3098
3099 else if ( (LA12_0=='L') ) {s = 7;}
3100
3101 else if ( (LA12_0=='d') ) {s = 8;}
3102
3103 else if ( (LA12_0=='e') ) {s = 9;}
3104
3105 else if ( (LA12_0=='u') ) {s = 10;}
3106
3107 else if ( (LA12_0=='N') ) {s = 11;}
3108
3109 else if ( (LA12_0=='s') ) {s = 12;}
3110
3111 else if ( (LA12_0=='p') ) {s = 13;}
3112
3113 else if ( (LA12_0=='r') ) {s = 14;}
3114
3115 else if ( (LA12_0=='t') ) {s = 15;}
3116
3117 else if ( (LA12_0=='A') ) {s = 16;}
3118
3119 else if ( (LA12_0=='D') ) {s = 17;}
3120
3121 else if ( (LA12_0=='M') ) {s = 18;}
3122
3123 else if ( (LA12_0=='P') ) {s = 19;}
3124
3125 else if ( (LA12_0=='S') ) {s = 20;}
3126
3127 else if ( (LA12_0=='i') ) {s = 21;}
3128
3129 else if ( (LA12_0=='!') ) {s = 22;}
3130
3131 else if ( (LA12_0=='-') ) {s = 23;}
3132
3133 else if ( (LA12_0=='.') ) {s = 24;}
3134
3135 else if ( (LA12_0==':') ) {s = 25;}
3136
3137 else if ( (LA12_0=='<') ) {s = 26;}
3138
3139 else if ( (LA12_0=='=') ) {s = 27;}
3140
3141 else if ( (LA12_0=='>') ) {s = 28;}
3142
3143 else if ( (LA12_0=='E') ) {s = 29;}
3144
3145 else if ( (LA12_0=='I') ) {s = 30;}
3146
3147 else if ( (LA12_0=='(') ) {s = 31;}
3148
3149 else if ( (LA12_0==')') ) {s = 32;}
3150
3151 else if ( (LA12_0=='*') ) {s = 33;}
3152
3153 else if ( (LA12_0=='+') ) {s = 34;}
3154
3155 else if ( (LA12_0==',') ) {s = 35;}
3156
3157 else if ( (LA12_0=='/') ) {s = 36;}
3158
3159 else if ( (LA12_0==';') ) {s = 37;}
3160
3161 else if ( (LA12_0=='[') ) {s = 38;}
3162
3163 else if ( (LA12_0==']') ) {s = 39;}
3164
3165 else if ( (LA12_0=='^') ) {s = 40;}
3166
3167 else if ( (LA12_0=='{') ) {s = 41;}
3168
3169 else if ( (LA12_0=='|') ) {s = 42;}
3170
3171 else if ( (LA12_0=='}') ) {s = 43;}
3172
3173 else if ( (LA12_0=='\"') ) {s = 44;}
3174
3175 else if ( (LA12_0=='\'') ) {s = 45;}
3176
3177 else if ( (LA12_0=='%') ) {s = 46;}
3178
3179 else if ( ((LA12_0>='B' && LA12_0<='C')||LA12_0=='F'||LA12_0=='H'||(LA12_0>='J' && LA12_0<='K')||LA12_0=='O'||(LA12_0>='Q' && LA12_0<='R')||(LA12_0>='T' && LA12_0<='Z')||LA12_0=='_'||LA12_0=='b'||(LA12_0>='g' && LA12_0<='h')||(LA12_0>='j' && LA12_0<='l')||LA12_0=='n'||LA12_0=='q'||(LA12_0>='v' && LA12_0<='z')) ) {s = 47;}
3180
3181 else if ( ((LA12_0>='0' && LA12_0<='9')) ) {s = 48;}
3182
3183 else if ( ((LA12_0>='\t' && LA12_0<='\n')||LA12_0=='\r'||LA12_0==' ') ) {s = 49;}
3184
3185 else if ( ((LA12_0>='\u0000' && LA12_0<='\b')||(LA12_0>='\u000B' && LA12_0<='\f')||(LA12_0>='\u000E' && LA12_0<='\u001F')||(LA12_0>='#' && LA12_0<='$')||LA12_0=='&'||(LA12_0>='?' && LA12_0<='@')||LA12_0=='\\'||LA12_0=='`'||(LA12_0>='~' && LA12_0<='\uFFFF')) ) {s = 50;}
3186
3187 if ( s>=0 ) return s;
3188 break;
3189 case 2 :
3190 int LA12_45 = input.LA(1);
3191
3192 s = -1;
3193 if ( ((LA12_45>='\u0000' && LA12_45<='\uFFFF')) ) {s = 118;}
3194
3195 else s = 50;
3196
3197 if ( s>=0 ) return s;
3198 break;
3199 }
3200 NoViableAltException nvae =
3201 new NoViableAltException(getDescription(), 12, _s, input);
3202 error(nvae);
3203 throw nvae;
3204 }
3205 }
3206
3207
3208} \ No newline at end of file
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.tokens b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.tokens
new file mode 100644
index 00000000..133cc9d6
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/parser/antlr/lexer/InternalSolverLanguageLexer.tokens
@@ -0,0 +1,83 @@
1ADD=33
2Abstract=6
3Asterisk=59
4Avg=38
5CircumflexAccent=72
6Class=19
7Colon=65
8ColonHyphenMinus=48
9Comma=61
10Contains=7
11Count=20
12Current=13
13DIV=34
14Default=14
15EQ=52
16Else=26
17Empty=21
18EqualsSign=68
19EqualsSignEqualsSign=50
20Error=22
21ExclamationMark=56
22ExclamationMarkEqualsSign=45
23Extends=15
24Extern=18
25False=23
26FullStop=63
27FullStopFullStop=47
28Functional=5
29GREATER=11
30GREATER_EQ=4
31GreaterThanSign=69
32GreaterThanSignEqualsSign=51
33HyphenMinus=62
34HyphenMinusGreaterThanSign=46
35IN=53
36If=54
37In=55
38Inf=39
39Int=40
40LESS=25
41LESS_EQ=12
42LeftCurlyBracket=73
43LeftParenthesis=57
44LeftSquareBracket=70
45LessThanSign=67
46LessThanSignEqualsSign=49
47MUL=35
48Max=41
49Maximize=8
50May=42
51Min=43
52Minimize=9
53Must=27
54NOT_EQ=17
55Only=28
56Opposite=10
57POW=36
58PlusSign=60
59Prod=29
60RULE_ANY_OTHER=86
61RULE_FULL_STOP=81
62RULE_ID=82
63RULE_INT=83
64RULE_ML_COMMENT=84
65RULE_QUOTED_ID=77
66RULE_REFLEXIVE_TRANSITIVE_CLOSURE=80
67RULE_SL_COMMENT=78
68RULE_STRING=76
69RULE_TRANSITIVE_CLOSURE=79
70RULE_WS=85
71Real=30
72RightCurlyBracket=75
73RightParenthesis=58
74RightSquareBracket=71
75SUB=37
76Scope=24
77Semicolon=66
78Solidus=64
79Sum=44
80Then=31
81True=32
82Unknown=16
83VerticalLine=74
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSemanticSequencer.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSemanticSequencer.java
index fc204c16..5cb73796 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSemanticSequencer.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSemanticSequencer.java
@@ -16,6 +16,7 @@ import org.eclipse.viatra.solver.language.solverLanguage.BoundedMultiplicity;
16import org.eclipse.viatra.solver.language.solverLanguage.BoundedScopeDefinition; 16import org.eclipse.viatra.solver.language.solverLanguage.BoundedScopeDefinition;
17import org.eclipse.viatra.solver.language.solverLanguage.Call; 17import org.eclipse.viatra.solver.language.solverLanguage.Call;
18import org.eclipse.viatra.solver.language.solverLanguage.Case; 18import org.eclipse.viatra.solver.language.solverLanguage.Case;
19import org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition;
19import org.eclipse.viatra.solver.language.solverLanguage.Comparison; 20import org.eclipse.viatra.solver.language.solverLanguage.Comparison;
20import org.eclipse.viatra.solver.language.solverLanguage.Conjunction; 21import org.eclipse.viatra.solver.language.solverLanguage.Conjunction;
21import org.eclipse.viatra.solver.language.solverLanguage.Count; 22import org.eclipse.viatra.solver.language.solverLanguage.Count;
@@ -43,7 +44,6 @@ import org.eclipse.viatra.solver.language.solverLanguage.Problem;
43import org.eclipse.viatra.solver.language.solverLanguage.Reference; 44import org.eclipse.viatra.solver.language.solverLanguage.Reference;
44import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage; 45import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage;
45import org.eclipse.viatra.solver.language.solverLanguage.StarArgument; 46import org.eclipse.viatra.solver.language.solverLanguage.StarArgument;
46import org.eclipse.viatra.solver.language.solverLanguage.Statement;
47import org.eclipse.viatra.solver.language.solverLanguage.StringLiteral; 47import org.eclipse.viatra.solver.language.solverLanguage.StringLiteral;
48import org.eclipse.viatra.solver.language.solverLanguage.Switch; 48import org.eclipse.viatra.solver.language.solverLanguage.Switch;
49import org.eclipse.viatra.solver.language.solverLanguage.TypedArgument; 49import org.eclipse.viatra.solver.language.solverLanguage.TypedArgument;
@@ -91,34 +91,8 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
91 sequence_BoundedScopeDefinition(context, (BoundedScopeDefinition) semanticObject); 91 sequence_BoundedScopeDefinition(context, (BoundedScopeDefinition) semanticObject);
92 return; 92 return;
93 case SolverLanguagePackage.CALL: 93 case SolverLanguagePackage.CALL:
94 if (action == grammarAccess.getAssertionOrDefinitionAccess().getAssertionBodyAction_1_0_0() 94 sequence_Call(context, (Call) semanticObject);
95 || action == grammarAccess.getAssertionOrDefinitionAccess().getPredicateDefinitionHeadAction_1_1_0() 95 return;
96 || action == grammarAccess.getAssertionOrDefinitionAccess().getMetricDefinitionHeadAction_1_2_0()
97 || rule == grammarAccess.getExpressionRule()
98 || rule == grammarAccess.getDisjunctiveExpressionRule()
99 || action == grammarAccess.getDisjunctiveExpressionAccess().getDisjunctionChildrenAction_1_0_0()
100 || action == grammarAccess.getDisjunctiveExpressionAccess().getCaseConditionAction_1_1_0()
101 || rule == grammarAccess.getConjunctiveExpressionRule()
102 || action == grammarAccess.getConjunctiveExpressionAccess().getConjunctionChildrenAction_1_0()
103 || rule == grammarAccess.getComparisonExpressionRule()
104 || action == grammarAccess.getComparisonExpressionAccess().getComparisonLeftAction_1_0()
105 || rule == grammarAccess.getAdditiveExpressionRule()
106 || action == grammarAccess.getAdditiveExpressionAccess().getBinaryExpressionLeftAction_1_0()
107 || rule == grammarAccess.getMultiplicativeExpressionRule()
108 || action == grammarAccess.getMultiplicativeExpressionAccess().getBinaryExpressionLeftAction_1_0()
109 || rule == grammarAccess.getExponentialExpressionRule()
110 || action == grammarAccess.getExponentialExpressionAccess().getBinaryExpressionLeftAction_1_0()
111 || rule == grammarAccess.getUnaryExpressionRule()
112 || rule == grammarAccess.getAggregationExpressionRule()
113 || rule == grammarAccess.getAtomicExpressionRule()) {
114 sequence_AtomicExpression(context, (Call) semanticObject);
115 return;
116 }
117 else if (rule == grammarAccess.getCallRule()) {
118 sequence_Call(context, (Call) semanticObject);
119 return;
120 }
121 else break;
122 case SolverLanguagePackage.CASE: 96 case SolverLanguagePackage.CASE:
123 if (rule == grammarAccess.getCaseRule()) { 97 if (rule == grammarAccess.getCaseRule()) {
124 sequence_Case(context, (Case) semanticObject); 98 sequence_Case(context, (Case) semanticObject);
@@ -129,6 +103,9 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
129 return; 103 return;
130 } 104 }
131 else break; 105 else break;
106 case SolverLanguagePackage.CLASS_DEFINITION:
107 sequence_ClassDefinition(context, (ClassDefinition) semanticObject);
108 return;
132 case SolverLanguagePackage.COMPARISON: 109 case SolverLanguagePackage.COMPARISON:
133 sequence_ComparisonExpression(context, (Comparison) semanticObject); 110 sequence_ComparisonExpression(context, (Comparison) semanticObject);
134 return; 111 return;
@@ -229,9 +206,6 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
229 case SolverLanguagePackage.STAR_ARGUMENT: 206 case SolverLanguagePackage.STAR_ARGUMENT:
230 sequence_StarArgument(context, (StarArgument) semanticObject); 207 sequence_StarArgument(context, (StarArgument) semanticObject);
231 return; 208 return;
232 case SolverLanguagePackage.STATEMENT:
233 sequence_ClassDefinition(context, (Statement) semanticObject);
234 return;
235 case SolverLanguagePackage.STRING_LITERAL: 209 case SolverLanguagePackage.STRING_LITERAL:
236 sequence_StringLiteral(context, (StringLiteral) semanticObject); 210 sequence_StringLiteral(context, (StringLiteral) semanticObject);
237 return; 211 return;
@@ -430,46 +404,6 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
430 404
431 /** 405 /**
432 * Contexts: 406 * Contexts:
433 * AssertionOrDefinition.Assertion_1_0_0 returns Call
434 * AssertionOrDefinition.PredicateDefinition_1_1_0 returns Call
435 * AssertionOrDefinition.MetricDefinition_1_2_0 returns Call
436 * Expression returns Call
437 * DisjunctiveExpression returns Call
438 * DisjunctiveExpression.Disjunction_1_0_0 returns Call
439 * DisjunctiveExpression.Case_1_1_0 returns Call
440 * ConjunctiveExpression returns Call
441 * ConjunctiveExpression.Conjunction_1_0 returns Call
442 * ComparisonExpression returns Call
443 * ComparisonExpression.Comparison_1_0 returns Call
444 * AdditiveExpression returns Call
445 * AdditiveExpression.BinaryExpression_1_0 returns Call
446 * MultiplicativeExpression returns Call
447 * MultiplicativeExpression.BinaryExpression_1_0 returns Call
448 * ExponentialExpression returns Call
449 * ExponentialExpression.BinaryExpression_1_0 returns Call
450 * UnaryExpression returns Call
451 * AggregationExpression returns Call
452 * AtomicExpression returns Call
453 *
454 * Constraint:
455 * (functor=AtomicExpression_Call_0_1_0 argumentList=ArgumentList)
456 */
457 protected void sequence_AtomicExpression(ISerializationContext context, Call semanticObject) {
458 if (errorAcceptor != null) {
459 if (transientValues.isValueTransient(semanticObject, SolverLanguagePackage.Literals.CALL__FUNCTOR) == ValueTransient.YES)
460 errorAcceptor.accept(diagnosticProvider.createFeatureValueMissing(semanticObject, SolverLanguagePackage.Literals.CALL__FUNCTOR));
461 if (transientValues.isValueTransient(semanticObject, SolverLanguagePackage.Literals.CALL__ARGUMENT_LIST) == ValueTransient.YES)
462 errorAcceptor.accept(diagnosticProvider.createFeatureValueMissing(semanticObject, SolverLanguagePackage.Literals.CALL__ARGUMENT_LIST));
463 }
464 SequenceFeeder feeder = createSequencerFeeder(context, semanticObject);
465 feeder.accept(grammarAccess.getAtomicExpressionAccess().getCallFunctorAction_0_1_0(), semanticObject.getFunctor());
466 feeder.accept(grammarAccess.getAtomicExpressionAccess().getArgumentListArgumentListParserRuleCall_0_1_1_0(), semanticObject.getArgumentList());
467 feeder.finish();
468 }
469
470
471 /**
472 * Contexts:
473 * Multiplicity returns BoundedMultiplicity 407 * Multiplicity returns BoundedMultiplicity
474 * BoundedMultiplicity returns BoundedMultiplicity 408 * BoundedMultiplicity returns BoundedMultiplicity
475 * 409 *
@@ -506,10 +440,34 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
506 440
507 /** 441 /**
508 * Contexts: 442 * Contexts:
443 * AssertionOrDefinition.Assertion_1_0_0 returns Call
444 * AssertionOrDefinition.PredicateDefinition_1_1_0 returns Call
445 * AssertionOrDefinition.MetricDefinition_1_2_0 returns Call
446 * Expression returns Call
447 * DisjunctiveExpression returns Call
448 * DisjunctiveExpression.Disjunction_1_0_0 returns Call
449 * DisjunctiveExpression.Case_1_1_0 returns Call
450 * ConjunctiveExpression returns Call
451 * ConjunctiveExpression.Conjunction_1_0 returns Call
452 * ComparisonExpression returns Call
453 * ComparisonExpression.Comparison_1_0 returns Call
454 * AdditiveExpression returns Call
455 * AdditiveExpression.BinaryExpression_1_0 returns Call
456 * MultiplicativeExpression returns Call
457 * MultiplicativeExpression.BinaryExpression_1_0 returns Call
458 * ExponentialExpression returns Call
459 * ExponentialExpression.BinaryExpression_1_0 returns Call
460 * UnaryExpression returns Call
461 * AggregationExpression returns Call
462 * AtomicExpression returns Call
509 * Call returns Call 463 * Call returns Call
510 * 464 *
511 * Constraint: 465 * Constraint:
512 * (functor=Reference (transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? argumentList=ArgumentList) 466 * (
467 * functor=Reference
468 * (transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)?
469 * argumentList=ArgumentList
470 * )
513 */ 471 */
514 protected void sequence_Call(ISerializationContext context, Call semanticObject) { 472 protected void sequence_Call(ISerializationContext context, Call semanticObject) {
515 genericSequencer.createSequence(context, semanticObject); 473 genericSequencer.createSequence(context, semanticObject);
@@ -539,8 +497,8 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
539 497
540 /** 498 /**
541 * Contexts: 499 * Contexts:
542 * Statement returns Statement 500 * Statement returns ClassDefinition
543 * ClassDefinition returns Statement 501 * ClassDefinition returns ClassDefinition
544 * 502 *
545 * Constraint: 503 * Constraint:
546 * ( 504 * (
@@ -550,7 +508,7 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
550 * members+=MemberDefinition* 508 * members+=MemberDefinition*
551 * ) 509 * )
552 */ 510 */
553 protected void sequence_ClassDefinition(ISerializationContext context, Statement semanticObject) { 511 protected void sequence_ClassDefinition(ISerializationContext context, ClassDefinition semanticObject) {
554 genericSequencer.createSequence(context, semanticObject); 512 genericSequencer.createSequence(context, semanticObject);
555 } 513 }
556 514
@@ -1252,7 +1210,6 @@ public class SolverLanguageSemanticSequencer extends AbstractDelegatingSemanticS
1252 * UnaryExpression returns Reference 1210 * UnaryExpression returns Reference
1253 * AggregationExpression returns Reference 1211 * AggregationExpression returns Reference
1254 * AtomicExpression returns Reference 1212 * AtomicExpression returns Reference
1255 * AtomicExpression.Call_0_1_0 returns Reference
1256 * Reference returns Reference 1213 * Reference returns Reference
1257 * 1214 *
1258 * Constraint: 1215 * Constraint:
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntacticSequencer.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntacticSequencer.java
index 861f2125..1fa1a820 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntacticSequencer.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntacticSequencer.java
@@ -20,58 +20,46 @@ import org.eclipse.xtext.serializer.sequencer.AbstractSyntacticSequencer;
20public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer { 20public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer {
21 21
22 protected SolverLanguageGrammarAccess grammarAccess; 22 protected SolverLanguageGrammarAccess grammarAccess;
23 protected AbstractElementAlias match_AtomicExpression_LeftParenthesisKeyword_3_0_a; 23 protected AbstractElementAlias match_AtomicExpression_LeftParenthesisKeyword_4_0_a;
24 protected AbstractElementAlias match_AtomicExpression_LeftParenthesisKeyword_3_0_p; 24 protected AbstractElementAlias match_AtomicExpression_LeftParenthesisKeyword_4_0_p;
25 protected AbstractElementAlias match_MemberDefinition_SemicolonKeyword_5_q; 25 protected AbstractElementAlias match_MemberDefinition_SemicolonKeyword_5_q;
26 26
27 @Inject 27 @Inject
28 protected void init(IGrammarAccess access) { 28 protected void init(IGrammarAccess access) {
29 grammarAccess = (SolverLanguageGrammarAccess) access; 29 grammarAccess = (SolverLanguageGrammarAccess) access;
30 match_AtomicExpression_LeftParenthesisKeyword_3_0_a = new TokenAlias(true, true, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_3_0()); 30 match_AtomicExpression_LeftParenthesisKeyword_4_0_a = new TokenAlias(true, true, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_4_0());
31 match_AtomicExpression_LeftParenthesisKeyword_3_0_p = new TokenAlias(true, false, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_3_0()); 31 match_AtomicExpression_LeftParenthesisKeyword_4_0_p = new TokenAlias(true, false, grammarAccess.getAtomicExpressionAccess().getLeftParenthesisKeyword_4_0());
32 match_MemberDefinition_SemicolonKeyword_5_q = new TokenAlias(false, true, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5()); 32 match_MemberDefinition_SemicolonKeyword_5_q = new TokenAlias(false, true, grammarAccess.getMemberDefinitionAccess().getSemicolonKeyword_5());
33 } 33 }
34 34
35 @Override 35 @Override
36 protected String getUnassignedRuleCallToken(EObject semanticObject, RuleCall ruleCall, INode node) { 36 protected String getUnassignedRuleCallToken(EObject semanticObject, RuleCall ruleCall, INode node) {
37 if (ruleCall.getRule() == grammarAccess.getDOTRule()) 37 if (ruleCall.getRule() == grammarAccess.getFULL_STOPRule())
38 return getDOTToken(semanticObject, ruleCall, node); 38 return getFULL_STOPToken(semanticObject, ruleCall, node);
39 else if (ruleCall.getRule() == grammarAccess.getPLUSRule()) 39 else if (ruleCall.getRule() == grammarAccess.getREFLEXIVE_TRANSITIVE_CLOSURERule())
40 return getPLUSToken(semanticObject, ruleCall, node); 40 return getREFLEXIVE_TRANSITIVE_CLOSUREToken(semanticObject, ruleCall, node);
41 else if (ruleCall.getRule() == grammarAccess.getSTARRule()) 41 else if (ruleCall.getRule() == grammarAccess.getTRANSITIVE_CLOSURERule())
42 return getSTARToken(semanticObject, ruleCall, node); 42 return getTRANSITIVE_CLOSUREToken(semanticObject, ruleCall, node);
43 return ""; 43 return "";
44 } 44 }
45 45
46 /** 46 /**
47 * terminal DOT: 47 * Synthetic terminal rule. The concrete syntax is to be specified by clients.
48 * "synthetic::dot"; 48 * Defaults to the empty string.
49 */ 49 */
50 protected String getDOTToken(EObject semanticObject, RuleCall ruleCall, INode node) { 50 protected String getFULL_STOPToken(EObject semanticObject, RuleCall ruleCall, INode node) { return ""; }
51 if (node != null)
52 return getTokenText(node);
53 return "synthetic::dot";
54 }
55 51
56 /** 52 /**
57 * terminal PLUS: 53 * Synthetic terminal rule. The concrete syntax is to be specified by clients.
58 * "synthetic::plus"; 54 * Defaults to the empty string.
59 */ 55 */
60 protected String getPLUSToken(EObject semanticObject, RuleCall ruleCall, INode node) { 56 protected String getREFLEXIVE_TRANSITIVE_CLOSUREToken(EObject semanticObject, RuleCall ruleCall, INode node) { return ""; }
61 if (node != null)
62 return getTokenText(node);
63 return "synthetic::plus";
64 }
65 57
66 /** 58 /**
67 * terminal STAR: 59 * Synthetic terminal rule. The concrete syntax is to be specified by clients.
68 * "synthetic::star"; 60 * Defaults to the empty string.
69 */ 61 */
70 protected String getSTARToken(EObject semanticObject, RuleCall ruleCall, INode node) { 62 protected String getTRANSITIVE_CLOSUREToken(EObject semanticObject, RuleCall ruleCall, INode node) { return ""; }
71 if (node != null)
72 return getTokenText(node);
73 return "synthetic::star";
74 }
75 63
76 @Override 64 @Override
77 protected void emitUnassignedTokens(EObject semanticObject, ISynTransition transition, INode fromNode, INode toNode) { 65 protected void emitUnassignedTokens(EObject semanticObject, ISynTransition transition, INode fromNode, INode toNode) {
@@ -79,10 +67,10 @@ public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer
79 List<INode> transitionNodes = collectNodes(fromNode, toNode); 67 List<INode> transitionNodes = collectNodes(fromNode, toNode);
80 for (AbstractElementAlias syntax : transition.getAmbiguousSyntaxes()) { 68 for (AbstractElementAlias syntax : transition.getAmbiguousSyntaxes()) {
81 List<INode> syntaxNodes = getNodesFor(transitionNodes, syntax); 69 List<INode> syntaxNodes = getNodesFor(transitionNodes, syntax);
82 if (match_AtomicExpression_LeftParenthesisKeyword_3_0_a.equals(syntax)) 70 if (match_AtomicExpression_LeftParenthesisKeyword_4_0_a.equals(syntax))
83 emit_AtomicExpression_LeftParenthesisKeyword_3_0_a(semanticObject, getLastNavigableState(), syntaxNodes); 71 emit_AtomicExpression_LeftParenthesisKeyword_4_0_a(semanticObject, getLastNavigableState(), syntaxNodes);
84 else if (match_AtomicExpression_LeftParenthesisKeyword_3_0_p.equals(syntax)) 72 else if (match_AtomicExpression_LeftParenthesisKeyword_4_0_p.equals(syntax))
85 emit_AtomicExpression_LeftParenthesisKeyword_3_0_p(semanticObject, getLastNavigableState(), syntaxNodes); 73 emit_AtomicExpression_LeftParenthesisKeyword_4_0_p(semanticObject, getLastNavigableState(), syntaxNodes);
86 else if (match_MemberDefinition_SemicolonKeyword_5_q.equals(syntax)) 74 else if (match_MemberDefinition_SemicolonKeyword_5_q.equals(syntax))
87 emit_MemberDefinition_SemicolonKeyword_5_q(semanticObject, getLastNavigableState(), syntaxNodes); 75 emit_MemberDefinition_SemicolonKeyword_5_q(semanticObject, getLastNavigableState(), syntaxNodes);
88 else acceptNodes(getLastNavigableState(), syntaxNodes); 76 else acceptNodes(getLastNavigableState(), syntaxNodes);
@@ -99,6 +87,7 @@ public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer
99 * (rule start) (ambiguity) 'empty' (rule start) 87 * (rule start) (ambiguity) 'empty' (rule start)
100 * (rule start) (ambiguity) 'if' condition=Expression 88 * (rule start) (ambiguity) 'if' condition=Expression
101 * (rule start) (ambiguity) 'inf' (rule start) 89 * (rule start) (ambiguity) 'inf' (rule start)
90 * (rule start) (ambiguity) functor=Reference
102 * (rule start) (ambiguity) op=AggregationOp 91 * (rule start) (ambiguity) op=AggregationOp
103 * (rule start) (ambiguity) op=UnaryOp 92 * (rule start) (ambiguity) op=UnaryOp
104 * (rule start) (ambiguity) referred=[NamedElement|QualifiedName] 93 * (rule start) (ambiguity) referred=[NamedElement|QualifiedName]
@@ -106,13 +95,12 @@ public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer
106 * (rule start) (ambiguity) value=Real 95 * (rule start) (ambiguity) value=Real
107 * (rule start) (ambiguity) value=STRING 96 * (rule start) (ambiguity) value=STRING
108 * (rule start) (ambiguity) {BinaryExpression.left=} 97 * (rule start) (ambiguity) {BinaryExpression.left=}
109 * (rule start) (ambiguity) {Call.functor=}
110 * (rule start) (ambiguity) {Comparison.left=} 98 * (rule start) (ambiguity) {Comparison.left=}
111 * (rule start) (ambiguity) {Conjunction.children+=} 99 * (rule start) (ambiguity) {Conjunction.children+=}
112 * (rule start) (ambiguity) {Disjunction.children+=} 100 * (rule start) (ambiguity) {Disjunction.children+=}
113 * (rule start) (ambiguity) {Switch.cases+=} 101 * (rule start) (ambiguity) {Switch.cases+=}
114 */ 102 */
115 protected void emit_AtomicExpression_LeftParenthesisKeyword_3_0_a(EObject semanticObject, ISynNavigable transition, List<INode> nodes) { 103 protected void emit_AtomicExpression_LeftParenthesisKeyword_4_0_a(EObject semanticObject, ISynNavigable transition, List<INode> nodes) {
116 acceptNodes(transition, nodes); 104 acceptNodes(transition, nodes);
117 } 105 }
118 106
@@ -131,7 +119,7 @@ public class SolverLanguageSyntacticSequencer extends AbstractSyntacticSequencer
131 * (rule start) (ambiguity) {Disjunction.children+=} 119 * (rule start) (ambiguity) {Disjunction.children+=}
132 * (rule start) (ambiguity) {Switch.cases+=} 120 * (rule start) (ambiguity) {Switch.cases+=}
133 */ 121 */
134 protected void emit_AtomicExpression_LeftParenthesisKeyword_3_0_p(EObject semanticObject, ISynNavigable transition, List<INode> nodes) { 122 protected void emit_AtomicExpression_LeftParenthesisKeyword_4_0_p(EObject semanticObject, ISynNavigable transition, List<INode> nodes) {
135 acceptNodes(transition, nodes); 123 acceptNodes(transition, nodes);
136 } 124 }
137 125
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/services/SolverLanguageGrammarAccess.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/services/SolverLanguageGrammarAccess.java
index 7064938f..0252938a 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/services/SolverLanguageGrammarAccess.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/services/SolverLanguageGrammarAccess.java
@@ -56,17 +56,17 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
56 private final RuleCall cClassDefinitionParserRuleCall_0_7 = (RuleCall)cAlternatives_0.eContents().get(7); 56 private final RuleCall cClassDefinitionParserRuleCall_0_7 = (RuleCall)cAlternatives_0.eContents().get(7);
57 private final RuleCall cScopeDefinitionParserRuleCall_0_8 = (RuleCall)cAlternatives_0.eContents().get(8); 57 private final RuleCall cScopeDefinitionParserRuleCall_0_8 = (RuleCall)cAlternatives_0.eContents().get(8);
58 private final RuleCall cObjectiveDefinitionParserRuleCall_0_9 = (RuleCall)cAlternatives_0.eContents().get(9); 58 private final RuleCall cObjectiveDefinitionParserRuleCall_0_9 = (RuleCall)cAlternatives_0.eContents().get(9);
59 private final RuleCall cDOTTerminalRuleCall_1 = (RuleCall)cGroup.eContents().get(1); 59 private final RuleCall cFULL_STOPTerminalRuleCall_1 = (RuleCall)cGroup.eContents().get(1);
60 60
61 //Statement: 61 //Statement:
62 // (AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | 62 // (AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition |
63 // ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition | 63 // ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition |
64 // ObjectiveDefinition) DOT; 64 // ObjectiveDefinition) FULL_STOP;
65 @Override public ParserRule getRule() { return rule; } 65 @Override public ParserRule getRule() { return rule; }
66 66
67 //(AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | 67 //(AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition |
68 //ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition | 68 //ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition |
69 //ObjectiveDefinition) DOT 69 //ObjectiveDefinition) FULL_STOP
70 public Group getGroup() { return cGroup; } 70 public Group getGroup() { return cGroup; }
71 71
72 //(AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | 72 //(AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition |
@@ -104,8 +104,8 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
104 //ObjectiveDefinition 104 //ObjectiveDefinition
105 public RuleCall getObjectiveDefinitionParserRuleCall_0_9() { return cObjectiveDefinitionParserRuleCall_0_9; } 105 public RuleCall getObjectiveDefinitionParserRuleCall_0_9() { return cObjectiveDefinitionParserRuleCall_0_9; }
106 106
107 //DOT 107 //FULL_STOP
108 public RuleCall getDOTTerminalRuleCall_1() { return cDOTTerminalRuleCall_1; } 108 public RuleCall getFULL_STOPTerminalRuleCall_1() { return cFULL_STOPTerminalRuleCall_1; }
109 } 109 }
110 public class AssertionOrDefinitionElements extends AbstractParserRuleElementFinder { 110 public class AssertionOrDefinitionElements extends AbstractParserRuleElementFinder {
111 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.AssertionOrDefinition"); 111 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.AssertionOrDefinition");
@@ -344,13 +344,12 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
344 private final Keyword cExternKeyword_0 = (Keyword)cGroup.eContents().get(0); 344 private final Keyword cExternKeyword_0 = (Keyword)cGroup.eContents().get(0);
345 private final Assignment cHeadAssignment_1 = (Assignment)cGroup.eContents().get(1); 345 private final Assignment cHeadAssignment_1 = (Assignment)cGroup.eContents().get(1);
346 private final RuleCall cHeadCallParserRuleCall_1_0 = (RuleCall)cHeadAssignment_1.eContents().get(0); 346 private final RuleCall cHeadCallParserRuleCall_1_0 = (RuleCall)cHeadAssignment_1.eContents().get(0);
347 private final Keyword cFullStopKeyword_2 = (Keyword)cGroup.eContents().get(2);
348 347
349 //ExternPredicateDefinition: 348 //ExternPredicateDefinition:
350 // "extern" head=Call "."; 349 // "extern" head=Call;
351 @Override public ParserRule getRule() { return rule; } 350 @Override public ParserRule getRule() { return rule; }
352 351
353 //"extern" head=Call "." 352 //"extern" head=Call
354 public Group getGroup() { return cGroup; } 353 public Group getGroup() { return cGroup; }
355 354
356 //"extern" 355 //"extern"
@@ -361,9 +360,6 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
361 360
362 //Call 361 //Call
363 public RuleCall getHeadCallParserRuleCall_1_0() { return cHeadCallParserRuleCall_1_0; } 362 public RuleCall getHeadCallParserRuleCall_1_0() { return cHeadCallParserRuleCall_1_0; }
364
365 //"."
366 public Keyword getFullStopKeyword_2() { return cFullStopKeyword_2; }
367 } 363 }
368 public class MetricDefinitionElements extends AbstractParserRuleElementFinder { 364 public class MetricDefinitionElements extends AbstractParserRuleElementFinder {
369 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.MetricDefinition"); 365 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.MetricDefinition");
@@ -956,61 +952,45 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
956 public class AtomicExpressionElements extends AbstractParserRuleElementFinder { 952 public class AtomicExpressionElements extends AbstractParserRuleElementFinder {
957 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.AtomicExpression"); 953 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.AtomicExpression");
958 private final Alternatives cAlternatives = (Alternatives)rule.eContents().get(1); 954 private final Alternatives cAlternatives = (Alternatives)rule.eContents().get(1);
959 private final Group cGroup_0 = (Group)cAlternatives.eContents().get(0); 955 private final RuleCall cReferenceParserRuleCall_0 = (RuleCall)cAlternatives.eContents().get(0);
960 private final RuleCall cReferenceParserRuleCall_0_0 = (RuleCall)cGroup_0.eContents().get(0); 956 private final RuleCall cCallParserRuleCall_1 = (RuleCall)cAlternatives.eContents().get(1);
961 private final Group cGroup_0_1 = (Group)cGroup_0.eContents().get(1); 957 private final RuleCall cIntervalParserRuleCall_2 = (RuleCall)cAlternatives.eContents().get(2);
962 private final Action cCallFunctorAction_0_1_0 = (Action)cGroup_0_1.eContents().get(0); 958 private final RuleCall cLiteralParserRuleCall_3 = (RuleCall)cAlternatives.eContents().get(3);
963 private final Assignment cArgumentListAssignment_0_1_1 = (Assignment)cGroup_0_1.eContents().get(1); 959 private final Group cGroup_4 = (Group)cAlternatives.eContents().get(4);
964 private final RuleCall cArgumentListArgumentListParserRuleCall_0_1_1_0 = (RuleCall)cArgumentListAssignment_0_1_1.eContents().get(0); 960 private final Keyword cLeftParenthesisKeyword_4_0 = (Keyword)cGroup_4.eContents().get(0);
965 private final RuleCall cIntervalParserRuleCall_1 = (RuleCall)cAlternatives.eContents().get(1); 961 private final RuleCall cExpressionParserRuleCall_4_1 = (RuleCall)cGroup_4.eContents().get(1);
966 private final RuleCall cLiteralParserRuleCall_2 = (RuleCall)cAlternatives.eContents().get(2); 962 private final Keyword cRightParenthesisKeyword_4_2 = (Keyword)cGroup_4.eContents().get(2);
967 private final Group cGroup_3 = (Group)cAlternatives.eContents().get(3);
968 private final Keyword cLeftParenthesisKeyword_3_0 = (Keyword)cGroup_3.eContents().get(0);
969 private final RuleCall cExpressionParserRuleCall_3_1 = (RuleCall)cGroup_3.eContents().get(1);
970 private final Keyword cRightParenthesisKeyword_3_2 = (Keyword)cGroup_3.eContents().get(2);
971 963
972 //AtomicExpression Expression: 964 //AtomicExpression Expression:
973 // Reference ({Call.functor=current} -> argumentList=ArgumentList)? | Interval | Literal | "(" Expression ")"; 965 // Reference | Call | Interval | Literal | "(" Expression ")";
974 @Override public ParserRule getRule() { return rule; } 966 @Override public ParserRule getRule() { return rule; }
975 967
976 //Reference ({Call.functor=current} -> argumentList=ArgumentList)? | Interval | Literal | "(" Expression ")" 968 //Reference | Call | Interval | Literal | "(" Expression ")"
977 public Alternatives getAlternatives() { return cAlternatives; } 969 public Alternatives getAlternatives() { return cAlternatives; }
978 970
979 //Reference ({Call.functor=current} -> argumentList=ArgumentList)?
980 public Group getGroup_0() { return cGroup_0; }
981
982 //Reference 971 //Reference
983 public RuleCall getReferenceParserRuleCall_0_0() { return cReferenceParserRuleCall_0_0; } 972 public RuleCall getReferenceParserRuleCall_0() { return cReferenceParserRuleCall_0; }
984
985 //({Call.functor=current} -> argumentList=ArgumentList)?
986 public Group getGroup_0_1() { return cGroup_0_1; }
987 973
988 //{Call.functor=current} 974 //Call
989 public Action getCallFunctorAction_0_1_0() { return cCallFunctorAction_0_1_0; } 975 public RuleCall getCallParserRuleCall_1() { return cCallParserRuleCall_1; }
990
991 //-> argumentList=ArgumentList
992 public Assignment getArgumentListAssignment_0_1_1() { return cArgumentListAssignment_0_1_1; }
993
994 //ArgumentList
995 public RuleCall getArgumentListArgumentListParserRuleCall_0_1_1_0() { return cArgumentListArgumentListParserRuleCall_0_1_1_0; }
996 976
997 //Interval 977 //Interval
998 public RuleCall getIntervalParserRuleCall_1() { return cIntervalParserRuleCall_1; } 978 public RuleCall getIntervalParserRuleCall_2() { return cIntervalParserRuleCall_2; }
999 979
1000 //Literal 980 //Literal
1001 public RuleCall getLiteralParserRuleCall_2() { return cLiteralParserRuleCall_2; } 981 public RuleCall getLiteralParserRuleCall_3() { return cLiteralParserRuleCall_3; }
1002 982
1003 //"(" Expression ")" 983 //"(" Expression ")"
1004 public Group getGroup_3() { return cGroup_3; } 984 public Group getGroup_4() { return cGroup_4; }
1005 985
1006 //"(" 986 //"("
1007 public Keyword getLeftParenthesisKeyword_3_0() { return cLeftParenthesisKeyword_3_0; } 987 public Keyword getLeftParenthesisKeyword_4_0() { return cLeftParenthesisKeyword_4_0; }
1008 988
1009 //Expression 989 //Expression
1010 public RuleCall getExpressionParserRuleCall_3_1() { return cExpressionParserRuleCall_3_1; } 990 public RuleCall getExpressionParserRuleCall_4_1() { return cExpressionParserRuleCall_4_1; }
1011 991
1012 //")" 992 //")"
1013 public Keyword getRightParenthesisKeyword_3_2() { return cRightParenthesisKeyword_3_2; } 993 public Keyword getRightParenthesisKeyword_4_2() { return cRightParenthesisKeyword_4_2; }
1014 } 994 }
1015 public class CallElements extends AbstractParserRuleElementFinder { 995 public class CallElements extends AbstractParserRuleElementFinder {
1016 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.Call"); 996 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.Call");
@@ -1019,17 +999,19 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1019 private final RuleCall cFunctorReferenceParserRuleCall_0_0 = (RuleCall)cFunctorAssignment_0.eContents().get(0); 999 private final RuleCall cFunctorReferenceParserRuleCall_0_0 = (RuleCall)cFunctorAssignment_0.eContents().get(0);
1020 private final Alternatives cAlternatives_1 = (Alternatives)cGroup.eContents().get(1); 1000 private final Alternatives cAlternatives_1 = (Alternatives)cGroup.eContents().get(1);
1021 private final Assignment cTransitiveClosureAssignment_1_0 = (Assignment)cAlternatives_1.eContents().get(0); 1001 private final Assignment cTransitiveClosureAssignment_1_0 = (Assignment)cAlternatives_1.eContents().get(0);
1022 private final RuleCall cTransitiveClosureSTARTerminalRuleCall_1_0_0 = (RuleCall)cTransitiveClosureAssignment_1_0.eContents().get(0); 1002 private final RuleCall cTransitiveClosureTRANSITIVE_CLOSURETerminalRuleCall_1_0_0 = (RuleCall)cTransitiveClosureAssignment_1_0.eContents().get(0);
1023 private final Assignment cReflexiveTransitiveClosureAssignment_1_1 = (Assignment)cAlternatives_1.eContents().get(1); 1003 private final Assignment cReflexiveTransitiveClosureAssignment_1_1 = (Assignment)cAlternatives_1.eContents().get(1);
1024 private final RuleCall cReflexiveTransitiveClosurePLUSTerminalRuleCall_1_1_0 = (RuleCall)cReflexiveTransitiveClosureAssignment_1_1.eContents().get(0); 1004 private final RuleCall cReflexiveTransitiveClosureREFLEXIVE_TRANSITIVE_CLOSURETerminalRuleCall_1_1_0 = (RuleCall)cReflexiveTransitiveClosureAssignment_1_1.eContents().get(0);
1025 private final Assignment cArgumentListAssignment_2 = (Assignment)cGroup.eContents().get(2); 1005 private final Assignment cArgumentListAssignment_2 = (Assignment)cGroup.eContents().get(2);
1026 private final RuleCall cArgumentListArgumentListParserRuleCall_2_0 = (RuleCall)cArgumentListAssignment_2.eContents().get(0); 1006 private final RuleCall cArgumentListArgumentListParserRuleCall_2_0 = (RuleCall)cArgumentListAssignment_2.eContents().get(0);
1027 1007
1028 //Call: 1008 //Call:
1029 // functor=Reference (transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? argumentList=ArgumentList; 1009 // functor=Reference (transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)?
1010 // argumentList=ArgumentList;
1030 @Override public ParserRule getRule() { return rule; } 1011 @Override public ParserRule getRule() { return rule; }
1031 1012
1032 //functor=Reference (transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? argumentList=ArgumentList 1013 //functor=Reference (transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)?
1014 //argumentList=ArgumentList
1033 public Group getGroup() { return cGroup; } 1015 public Group getGroup() { return cGroup; }
1034 1016
1035 //functor=Reference 1017 //functor=Reference
@@ -1038,20 +1020,20 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1038 //Reference 1020 //Reference
1039 public RuleCall getFunctorReferenceParserRuleCall_0_0() { return cFunctorReferenceParserRuleCall_0_0; } 1021 public RuleCall getFunctorReferenceParserRuleCall_0_0() { return cFunctorReferenceParserRuleCall_0_0; }
1040 1022
1041 //(transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? 1023 //(transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)?
1042 public Alternatives getAlternatives_1() { return cAlternatives_1; } 1024 public Alternatives getAlternatives_1() { return cAlternatives_1; }
1043 1025
1044 //transitiveClosure?=STAR 1026 //transitiveClosure?=TRANSITIVE_CLOSURE
1045 public Assignment getTransitiveClosureAssignment_1_0() { return cTransitiveClosureAssignment_1_0; } 1027 public Assignment getTransitiveClosureAssignment_1_0() { return cTransitiveClosureAssignment_1_0; }
1046 1028
1047 //STAR 1029 //TRANSITIVE_CLOSURE
1048 public RuleCall getTransitiveClosureSTARTerminalRuleCall_1_0_0() { return cTransitiveClosureSTARTerminalRuleCall_1_0_0; } 1030 public RuleCall getTransitiveClosureTRANSITIVE_CLOSURETerminalRuleCall_1_0_0() { return cTransitiveClosureTRANSITIVE_CLOSURETerminalRuleCall_1_0_0; }
1049 1031
1050 //reflexiveTransitiveClosure?=PLUS 1032 //reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE
1051 public Assignment getReflexiveTransitiveClosureAssignment_1_1() { return cReflexiveTransitiveClosureAssignment_1_1; } 1033 public Assignment getReflexiveTransitiveClosureAssignment_1_1() { return cReflexiveTransitiveClosureAssignment_1_1; }
1052 1034
1053 //PLUS 1035 //REFLEXIVE_TRANSITIVE_CLOSURE
1054 public RuleCall getReflexiveTransitiveClosurePLUSTerminalRuleCall_1_1_0() { return cReflexiveTransitiveClosurePLUSTerminalRuleCall_1_1_0; } 1036 public RuleCall getReflexiveTransitiveClosureREFLEXIVE_TRANSITIVE_CLOSURETerminalRuleCall_1_1_0() { return cReflexiveTransitiveClosureREFLEXIVE_TRANSITIVE_CLOSURETerminalRuleCall_1_1_0; }
1055 1037
1056 //argumentList=ArgumentList 1038 //argumentList=ArgumentList
1057 public Assignment getArgumentListAssignment_2() { return cArgumentListAssignment_2; } 1039 public Assignment getArgumentListAssignment_2() { return cArgumentListAssignment_2; }
@@ -1428,7 +1410,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1428 private final RuleCall cMembersMemberDefinitionParserRuleCall_5_0 = (RuleCall)cMembersAssignment_5.eContents().get(0); 1410 private final RuleCall cMembersMemberDefinitionParserRuleCall_5_0 = (RuleCall)cMembersAssignment_5.eContents().get(0);
1429 private final Keyword cRightCurlyBracketKeyword_6 = (Keyword)cGroup.eContents().get(6); 1411 private final Keyword cRightCurlyBracketKeyword_6 = (Keyword)cGroup.eContents().get(6);
1430 1412
1431 //ClassDefinition Statement: 1413 //ClassDefinition:
1432 // abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] ("," 1414 // abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] (","
1433 // superclasses+=[NamedElement|QualifiedName])*)? 1415 // superclasses+=[NamedElement|QualifiedName])*)?
1434 // "{" members+=MemberDefinition* "}"; 1416 // "{" members+=MemberDefinition* "}";
@@ -1769,15 +1751,14 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1769 private final Keyword cGreaterThanSignEqualsSignKeyword_1_1_3_0 = (Keyword)cGroup_1_1_3.eContents().get(0); 1751 private final Keyword cGreaterThanSignEqualsSignKeyword_1_1_3_0 = (Keyword)cGroup_1_1_3.eContents().get(0);
1770 private final Assignment cLowerBoundAssignment_1_1_3_1 = (Assignment)cGroup_1_1_3.eContents().get(1); 1752 private final Assignment cLowerBoundAssignment_1_1_3_1 = (Assignment)cGroup_1_1_3.eContents().get(1);
1771 private final RuleCall cLowerBoundINTTerminalRuleCall_1_1_3_1_0 = (RuleCall)cLowerBoundAssignment_1_1_3_1.eContents().get(0); 1753 private final RuleCall cLowerBoundINTTerminalRuleCall_1_1_3_1_0 = (RuleCall)cLowerBoundAssignment_1_1_3_1.eContents().get(0);
1772 private final Keyword cFullStopKeyword_2 = (Keyword)cGroup.eContents().get(2);
1773 1754
1774 //BoundedScopeDefinition: 1755 //BoundedScopeDefinition:
1775 // "scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">=" 1756 // "scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">="
1776 // type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?) "."; 1757 // type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?);
1777 @Override public ParserRule getRule() { return rule; } 1758 @Override public ParserRule getRule() { return rule; }
1778 1759
1779 //"scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">=" 1760 //"scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">="
1780 //type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?) "." 1761 //type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?)
1781 public Group getGroup() { return cGroup; } 1762 public Group getGroup() { return cGroup; }
1782 1763
1783 //"scope" 1764 //"scope"
@@ -1852,9 +1833,6 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1852 1833
1853 //INT 1834 //INT
1854 public RuleCall getLowerBoundINTTerminalRuleCall_1_1_3_1_0() { return cLowerBoundINTTerminalRuleCall_1_1_3_1_0; } 1835 public RuleCall getLowerBoundINTTerminalRuleCall_1_1_3_1_0() { return cLowerBoundINTTerminalRuleCall_1_1_3_1_0; }
1855
1856 //"."
1857 public Keyword getFullStopKeyword_2() { return cFullStopKeyword_2; }
1858 } 1836 }
1859 public class LowerBoundedScopeDefinitionElements extends AbstractParserRuleElementFinder { 1837 public class LowerBoundedScopeDefinitionElements extends AbstractParserRuleElementFinder {
1860 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.LowerBoundedScopeDefinition"); 1838 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.LowerBoundedScopeDefinition");
@@ -1875,15 +1853,13 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1875 private final Keyword cGreaterThanSignEqualsSignKeyword_1_1_1 = (Keyword)cGroup_1_1.eContents().get(1); 1853 private final Keyword cGreaterThanSignEqualsSignKeyword_1_1_1 = (Keyword)cGroup_1_1.eContents().get(1);
1876 private final Assignment cLowerBoundAssignment_1_1_2 = (Assignment)cGroup_1_1.eContents().get(2); 1854 private final Assignment cLowerBoundAssignment_1_1_2 = (Assignment)cGroup_1_1.eContents().get(2);
1877 private final RuleCall cLowerBoundINTTerminalRuleCall_1_1_2_0 = (RuleCall)cLowerBoundAssignment_1_1_2.eContents().get(0); 1855 private final RuleCall cLowerBoundINTTerminalRuleCall_1_1_2_0 = (RuleCall)cLowerBoundAssignment_1_1_2.eContents().get(0);
1878 private final Keyword cFullStopKeyword_2 = (Keyword)cGroup.eContents().get(2);
1879 1856
1880 //LowerBoundedScopeDefinition: 1857 //LowerBoundedScopeDefinition:
1881 // "scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">=" 1858 // "scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">="
1882 // lowerBound=INT) "."; 1859 // lowerBound=INT);
1883 @Override public ParserRule getRule() { return rule; } 1860 @Override public ParserRule getRule() { return rule; }
1884 1861
1885 //"scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">=" lowerBound=INT) 1862 //"scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">=" lowerBound=INT)
1886 //"."
1887 public Group getGroup() { return cGroup; } 1863 public Group getGroup() { return cGroup; }
1888 1864
1889 //"scope" 1865 //"scope"
@@ -1933,9 +1909,6 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
1933 1909
1934 //INT 1910 //INT
1935 public RuleCall getLowerBoundINTTerminalRuleCall_1_1_2_0() { return cLowerBoundINTTerminalRuleCall_1_1_2_0; } 1911 public RuleCall getLowerBoundINTTerminalRuleCall_1_1_2_0() { return cLowerBoundINTTerminalRuleCall_1_1_2_0; }
1936
1937 //"."
1938 public Keyword getFullStopKeyword_2() { return cFullStopKeyword_2; }
1939 } 1912 }
1940 public class ObjectiveDefinitionElements extends AbstractParserRuleElementFinder { 1913 public class ObjectiveDefinitionElements extends AbstractParserRuleElementFinder {
1941 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.ObjectiveDefinition"); 1914 private final ParserRule rule = (ParserRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.ObjectiveDefinition");
@@ -2584,9 +2557,10 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
2584 private final QualifiedNameElements pQualifiedName; 2557 private final QualifiedNameElements pQualifiedName;
2585 private final TerminalRule tSTRING; 2558 private final TerminalRule tSTRING;
2586 private final TerminalRule tQUOTED_ID; 2559 private final TerminalRule tQUOTED_ID;
2587 private final TerminalRule tPLUS; 2560 private final TerminalRule tSL_COMMENT;
2588 private final TerminalRule tSTAR; 2561 private final TerminalRule tTRANSITIVE_CLOSURE;
2589 private final TerminalRule tDOT; 2562 private final TerminalRule tREFLEXIVE_TRANSITIVE_CLOSURE;
2563 private final TerminalRule tFULL_STOP;
2590 private final NamedElementElements pNamedElement; 2564 private final NamedElementElements pNamedElement;
2591 2565
2592 private final Grammar grammar; 2566 private final Grammar grammar;
@@ -2662,9 +2636,10 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
2662 this.pQualifiedName = new QualifiedNameElements(); 2636 this.pQualifiedName = new QualifiedNameElements();
2663 this.tSTRING = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.STRING"); 2637 this.tSTRING = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.STRING");
2664 this.tQUOTED_ID = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.QUOTED_ID"); 2638 this.tQUOTED_ID = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.QUOTED_ID");
2665 this.tPLUS = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.PLUS"); 2639 this.tSL_COMMENT = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.SL_COMMENT");
2666 this.tSTAR = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.STAR"); 2640 this.tTRANSITIVE_CLOSURE = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.TRANSITIVE_CLOSURE");
2667 this.tDOT = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.DOT"); 2641 this.tREFLEXIVE_TRANSITIVE_CLOSURE = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.REFLEXIVE_TRANSITIVE_CLOSURE");
2642 this.tFULL_STOP = (TerminalRule) GrammarUtil.findRuleForName(getGrammar(), "org.eclipse.viatra.solver.language.SolverLanguage.FULL_STOP");
2668 this.pNamedElement = new NamedElementElements(); 2643 this.pNamedElement = new NamedElementElements();
2669 } 2644 }
2670 2645
@@ -2708,7 +2683,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
2708 //Statement: 2683 //Statement:
2709 // (AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | 2684 // (AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition |
2710 // ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition | 2685 // ExternPredicateDefinition | MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition |
2711 // ObjectiveDefinition) DOT; 2686 // ObjectiveDefinition) FULL_STOP;
2712 public StatementElements getStatementAccess() { 2687 public StatementElements getStatementAccess() {
2713 return pStatement; 2688 return pStatement;
2714 } 2689 }
@@ -2759,7 +2734,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
2759 } 2734 }
2760 2735
2761 //ExternPredicateDefinition: 2736 //ExternPredicateDefinition:
2762 // "extern" head=Call "."; 2737 // "extern" head=Call;
2763 public ExternPredicateDefinitionElements getExternPredicateDefinitionAccess() { 2738 public ExternPredicateDefinitionElements getExternPredicateDefinitionAccess() {
2764 return pExternPredicateDefinition; 2739 return pExternPredicateDefinition;
2765 } 2740 }
@@ -3000,7 +2975,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3000 } 2975 }
3001 2976
3002 //AtomicExpression Expression: 2977 //AtomicExpression Expression:
3003 // Reference ({Call.functor=current} -> argumentList=ArgumentList)? | Interval | Literal | "(" Expression ")"; 2978 // Reference | Call | Interval | Literal | "(" Expression ")";
3004 public AtomicExpressionElements getAtomicExpressionAccess() { 2979 public AtomicExpressionElements getAtomicExpressionAccess() {
3005 return pAtomicExpression; 2980 return pAtomicExpression;
3006 } 2981 }
@@ -3010,7 +2985,8 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3010 } 2985 }
3011 2986
3012 //Call: 2987 //Call:
3013 // functor=Reference (transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? argumentList=ArgumentList; 2988 // functor=Reference (transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)?
2989 // argumentList=ArgumentList;
3014 public CallElements getCallAccess() { 2990 public CallElements getCallAccess() {
3015 return pCall; 2991 return pCall;
3016 } 2992 }
@@ -3169,7 +3145,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3169 return getStringLiteralAccess().getRule(); 3145 return getStringLiteralAccess().getRule();
3170 } 3146 }
3171 3147
3172 //ClassDefinition Statement: 3148 //ClassDefinition:
3173 // abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] ("," 3149 // abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] (","
3174 // superclasses+=[NamedElement|QualifiedName])*)? 3150 // superclasses+=[NamedElement|QualifiedName])*)?
3175 // "{" members+=MemberDefinition* "}"; 3151 // "{" members+=MemberDefinition* "}";
@@ -3254,7 +3230,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3254 3230
3255 //BoundedScopeDefinition: 3231 //BoundedScopeDefinition:
3256 // "scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">=" 3232 // "scope" ((lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | upperBound=INT ">="
3257 // type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?) "."; 3233 // type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?);
3258 public BoundedScopeDefinitionElements getBoundedScopeDefinitionAccess() { 3234 public BoundedScopeDefinitionElements getBoundedScopeDefinitionAccess() {
3259 return pBoundedScopeDefinition; 3235 return pBoundedScopeDefinition;
3260 } 3236 }
@@ -3265,7 +3241,7 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3265 3241
3266 //LowerBoundedScopeDefinition: 3242 //LowerBoundedScopeDefinition:
3267 // "scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">=" 3243 // "scope" (lowerBound=INT "<=" type=[NamedElement|QualifiedName] | type=[NamedElement|QualifiedName] ">="
3268 // lowerBound=INT) "."; 3244 // lowerBound=INT);
3269 public LowerBoundedScopeDefinitionElements getLowerBoundedScopeDefinitionAccess() { 3245 public LowerBoundedScopeDefinitionElements getLowerBoundedScopeDefinitionAccess() {
3270 return pLowerBoundedScopeDefinition; 3246 return pLowerBoundedScopeDefinition;
3271 } 3247 }
@@ -3337,22 +3313,29 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3337 return tQUOTED_ID; 3313 return tQUOTED_ID;
3338 } 3314 }
3339 3315
3340 //terminal PLUS: 3316 //@Override
3341 // "synthetic::plus"; 3317 //terminal SL_COMMENT:
3342 public TerminalRule getPLUSRule() { 3318 // ('%' | '//') !('\n' | '\r')* ('\r'? '\n')?;
3343 return tPLUS; 3319 public TerminalRule getSL_COMMENTRule() {
3320 return tSL_COMMENT;
3321 }
3322
3323 //terminal TRANSITIVE_CLOSURE:
3324 // "synthetic:TRANSITIVE_CLOSURE";
3325 public TerminalRule getTRANSITIVE_CLOSURERule() {
3326 return tTRANSITIVE_CLOSURE;
3344 } 3327 }
3345 3328
3346 //terminal STAR: 3329 //terminal REFLEXIVE_TRANSITIVE_CLOSURE:
3347 // "synthetic::star"; 3330 // "synthetic:REFLEXIVE_TRANSITIVE_CLOSURE";
3348 public TerminalRule getSTARRule() { 3331 public TerminalRule getREFLEXIVE_TRANSITIVE_CLOSURERule() {
3349 return tSTAR; 3332 return tREFLEXIVE_TRANSITIVE_CLOSURE;
3350 } 3333 }
3351 3334
3352 //terminal DOT: 3335 //terminal FULL_STOP:
3353 // "synthetic::dot"; 3336 // "synthetic:FULL_STOP";
3354 public TerminalRule getDOTRule() { 3337 public TerminalRule getFULL_STOPRule() {
3355 return tDOT; 3338 return tFULL_STOP;
3356 } 3339 }
3357 3340
3358 //NamedElement: 3341 //NamedElement:
@@ -3383,12 +3366,6 @@ public class SolverLanguageGrammarAccess extends AbstractGrammarElementFinder {
3383 return gaTerminals.getML_COMMENTRule(); 3366 return gaTerminals.getML_COMMENTRule();
3384 } 3367 }
3385 3368
3386 //terminal SL_COMMENT:
3387 // '//' !('\n' | '\r')* ('\r'? '\n')?;
3388 public TerminalRule getSL_COMMENTRule() {
3389 return gaTerminals.getSL_COMMENTRule();
3390 }
3391
3392 //terminal WS: 3369 //terminal WS:
3393 // ' ' | '\t' | '\r' | '\n'+; 3370 // ' ' | '\t' | '\r' | '\n'+;
3394 public TerminalRule getWSRule() { 3371 public TerminalRule getWSRule() {
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Call.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Call.java
index 538ac75c..70f7d15e 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Call.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Call.java
@@ -14,9 +14,9 @@ package org.eclipse.viatra.solver.language.solverLanguage;
14 * </p> 14 * </p>
15 * <ul> 15 * <ul>
16 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getFunctor <em>Functor</em>}</li> 16 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getFunctor <em>Functor</em>}</li>
17 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}</li>
18 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isTransitiveClosure <em>Transitive Closure</em>}</li> 17 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isTransitiveClosure <em>Transitive Closure</em>}</li>
19 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isReflexiveTransitiveClosure <em>Reflexive Transitive Closure</em>}</li> 18 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isReflexiveTransitiveClosure <em>Reflexive Transitive Closure</em>}</li>
19 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}</li>
20 * </ul> 20 * </ul>
21 * 21 *
22 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getCall() 22 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getCall()
@@ -48,28 +48,6 @@ public interface Call extends Expression
48 void setFunctor(Reference value); 48 void setFunctor(Reference value);
49 49
50 /** 50 /**
51 * Returns the value of the '<em><b>Argument List</b></em>' containment reference.
52 * <!-- begin-user-doc -->
53 * <!-- end-user-doc -->
54 * @return the value of the '<em>Argument List</em>' containment reference.
55 * @see #setArgumentList(ArgumentList)
56 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getCall_ArgumentList()
57 * @model containment="true"
58 * @generated
59 */
60 ArgumentList getArgumentList();
61
62 /**
63 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}' containment reference.
64 * <!-- begin-user-doc -->
65 * <!-- end-user-doc -->
66 * @param value the new value of the '<em>Argument List</em>' containment reference.
67 * @see #getArgumentList()
68 * @generated
69 */
70 void setArgumentList(ArgumentList value);
71
72 /**
73 * Returns the value of the '<em><b>Transitive Closure</b></em>' attribute. 51 * Returns the value of the '<em><b>Transitive Closure</b></em>' attribute.
74 * <!-- begin-user-doc --> 52 * <!-- begin-user-doc -->
75 * <!-- end-user-doc --> 53 * <!-- end-user-doc -->
@@ -113,4 +91,26 @@ public interface Call extends Expression
113 */ 91 */
114 void setReflexiveTransitiveClosure(boolean value); 92 void setReflexiveTransitiveClosure(boolean value);
115 93
94 /**
95 * Returns the value of the '<em><b>Argument List</b></em>' containment reference.
96 * <!-- begin-user-doc -->
97 * <!-- end-user-doc -->
98 * @return the value of the '<em>Argument List</em>' containment reference.
99 * @see #setArgumentList(ArgumentList)
100 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getCall_ArgumentList()
101 * @model containment="true"
102 * @generated
103 */
104 ArgumentList getArgumentList();
105
106 /**
107 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}' containment reference.
108 * <!-- begin-user-doc -->
109 * <!-- end-user-doc -->
110 * @param value the new value of the '<em>Argument List</em>' containment reference.
111 * @see #getArgumentList()
112 * @generated
113 */
114 void setArgumentList(ArgumentList value);
115
116} // Call 116} // Call
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/ClassDefinition.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/ClassDefinition.java
new file mode 100644
index 00000000..9db15bfe
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/ClassDefinition.java
@@ -0,0 +1,97 @@
1/**
2 * generated by Xtext 2.21.0
3 */
4package org.eclipse.viatra.solver.language.solverLanguage;
5
6import org.eclipse.emf.common.util.EList;
7
8/**
9 * <!-- begin-user-doc -->
10 * A representation of the model object '<em><b>Class Definition</b></em>'.
11 * <!-- end-user-doc -->
12 *
13 * <p>
14 * The following features are supported:
15 * </p>
16 * <ul>
17 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#isAbstract <em>Abstract</em>}</li>
18 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getName <em>Name</em>}</li>
19 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getSuperclasses <em>Superclasses</em>}</li>
20 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getMembers <em>Members</em>}</li>
21 * </ul>
22 *
23 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getClassDefinition()
24 * @model
25 * @generated
26 */
27public interface ClassDefinition extends Statement
28{
29 /**
30 * Returns the value of the '<em><b>Abstract</b></em>' attribute.
31 * <!-- begin-user-doc -->
32 * <!-- end-user-doc -->
33 * @return the value of the '<em>Abstract</em>' attribute.
34 * @see #setAbstract(boolean)
35 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getClassDefinition_Abstract()
36 * @model
37 * @generated
38 */
39 boolean isAbstract();
40
41 /**
42 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#isAbstract <em>Abstract</em>}' attribute.
43 * <!-- begin-user-doc -->
44 * <!-- end-user-doc -->
45 * @param value the new value of the '<em>Abstract</em>' attribute.
46 * @see #isAbstract()
47 * @generated
48 */
49 void setAbstract(boolean value);
50
51 /**
52 * Returns the value of the '<em><b>Name</b></em>' attribute.
53 * <!-- begin-user-doc -->
54 * <!-- end-user-doc -->
55 * @return the value of the '<em>Name</em>' attribute.
56 * @see #setName(String)
57 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getClassDefinition_Name()
58 * @model
59 * @generated
60 */
61 String getName();
62
63 /**
64 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getName <em>Name</em>}' attribute.
65 * <!-- begin-user-doc -->
66 * <!-- end-user-doc -->
67 * @param value the new value of the '<em>Name</em>' attribute.
68 * @see #getName()
69 * @generated
70 */
71 void setName(String value);
72
73 /**
74 * Returns the value of the '<em><b>Superclasses</b></em>' reference list.
75 * The list contents are of type {@link org.eclipse.viatra.solver.language.solverLanguage.NamedElement}.
76 * <!-- begin-user-doc -->
77 * <!-- end-user-doc -->
78 * @return the value of the '<em>Superclasses</em>' reference list.
79 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getClassDefinition_Superclasses()
80 * @model
81 * @generated
82 */
83 EList<NamedElement> getSuperclasses();
84
85 /**
86 * Returns the value of the '<em><b>Members</b></em>' containment reference list.
87 * The list contents are of type {@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition}.
88 * <!-- begin-user-doc -->
89 * <!-- end-user-doc -->
90 * @return the value of the '<em>Members</em>' containment reference list.
91 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getClassDefinition_Members()
92 * @model containment="true"
93 * @generated
94 */
95 EList<MemberDefinition> getMembers();
96
97} // ClassDefinition
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguageFactory.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguageFactory.java
index cf5c8e62..f6e293b9 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguageFactory.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguageFactory.java
@@ -276,6 +276,15 @@ public interface SolverLanguageFactory extends EFactory
276 StringLiteral createStringLiteral(); 276 StringLiteral createStringLiteral();
277 277
278 /** 278 /**
279 * Returns a new object of class '<em>Class Definition</em>'.
280 * <!-- begin-user-doc -->
281 * <!-- end-user-doc -->
282 * @return a new object of class '<em>Class Definition</em>'.
283 * @generated
284 */
285 ClassDefinition createClassDefinition();
286
287 /**
279 * Returns a new object of class '<em>Member Definition</em>'. 288 * Returns a new object of class '<em>Member Definition</em>'.
280 * <!-- begin-user-doc --> 289 * <!-- begin-user-doc -->
281 * <!-- end-user-doc --> 290 * <!-- end-user-doc -->
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguagePackage.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguagePackage.java
index d34acdb8..ac9279c3 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguagePackage.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/SolverLanguagePackage.java
@@ -97,49 +97,13 @@ public interface SolverLanguagePackage extends EPackage
97 int STATEMENT = 1; 97 int STATEMENT = 1;
98 98
99 /** 99 /**
100 * The feature id for the '<em><b>Abstract</b></em>' attribute.
101 * <!-- begin-user-doc -->
102 * <!-- end-user-doc -->
103 * @generated
104 * @ordered
105 */
106 int STATEMENT__ABSTRACT = 0;
107
108 /**
109 * The feature id for the '<em><b>Name</b></em>' attribute.
110 * <!-- begin-user-doc -->
111 * <!-- end-user-doc -->
112 * @generated
113 * @ordered
114 */
115 int STATEMENT__NAME = 1;
116
117 /**
118 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
119 * <!-- begin-user-doc -->
120 * <!-- end-user-doc -->
121 * @generated
122 * @ordered
123 */
124 int STATEMENT__SUPERCLASSES = 2;
125
126 /**
127 * The feature id for the '<em><b>Members</b></em>' containment reference list.
128 * <!-- begin-user-doc -->
129 * <!-- end-user-doc -->
130 * @generated
131 * @ordered
132 */
133 int STATEMENT__MEMBERS = 3;
134
135 /**
136 * The number of structural features of the '<em>Statement</em>' class. 100 * The number of structural features of the '<em>Statement</em>' class.
137 * <!-- begin-user-doc --> 101 * <!-- begin-user-doc -->
138 * <!-- end-user-doc --> 102 * <!-- end-user-doc -->
139 * @generated 103 * @generated
140 * @ordered 104 * @ordered
141 */ 105 */
142 int STATEMENT_FEATURE_COUNT = 4; 106 int STATEMENT_FEATURE_COUNT = 0;
143 107
144 /** 108 /**
145 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.PredicateDefinitionImpl <em>Predicate Definition</em>}' class. 109 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.PredicateDefinitionImpl <em>Predicate Definition</em>}' class.
@@ -152,42 +116,6 @@ public interface SolverLanguagePackage extends EPackage
152 int PREDICATE_DEFINITION = 2; 116 int PREDICATE_DEFINITION = 2;
153 117
154 /** 118 /**
155 * The feature id for the '<em><b>Abstract</b></em>' attribute.
156 * <!-- begin-user-doc -->
157 * <!-- end-user-doc -->
158 * @generated
159 * @ordered
160 */
161 int PREDICATE_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
162
163 /**
164 * The feature id for the '<em><b>Name</b></em>' attribute.
165 * <!-- begin-user-doc -->
166 * <!-- end-user-doc -->
167 * @generated
168 * @ordered
169 */
170 int PREDICATE_DEFINITION__NAME = STATEMENT__NAME;
171
172 /**
173 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
174 * <!-- begin-user-doc -->
175 * <!-- end-user-doc -->
176 * @generated
177 * @ordered
178 */
179 int PREDICATE_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
180
181 /**
182 * The feature id for the '<em><b>Members</b></em>' containment reference list.
183 * <!-- begin-user-doc -->
184 * <!-- end-user-doc -->
185 * @generated
186 * @ordered
187 */
188 int PREDICATE_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
189
190 /**
191 * The feature id for the '<em><b>Head</b></em>' containment reference. 119 * The feature id for the '<em><b>Head</b></em>' containment reference.
192 * <!-- begin-user-doc --> 120 * <!-- begin-user-doc -->
193 * <!-- end-user-doc --> 121 * <!-- end-user-doc -->
@@ -243,42 +171,6 @@ public interface SolverLanguagePackage extends EPackage
243 int UNNAMED_ERROR_PREDIATE_DEFINITION = 3; 171 int UNNAMED_ERROR_PREDIATE_DEFINITION = 3;
244 172
245 /** 173 /**
246 * The feature id for the '<em><b>Abstract</b></em>' attribute.
247 * <!-- begin-user-doc -->
248 * <!-- end-user-doc -->
249 * @generated
250 * @ordered
251 */
252 int UNNAMED_ERROR_PREDIATE_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
253
254 /**
255 * The feature id for the '<em><b>Name</b></em>' attribute.
256 * <!-- begin-user-doc -->
257 * <!-- end-user-doc -->
258 * @generated
259 * @ordered
260 */
261 int UNNAMED_ERROR_PREDIATE_DEFINITION__NAME = STATEMENT__NAME;
262
263 /**
264 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
265 * <!-- begin-user-doc -->
266 * <!-- end-user-doc -->
267 * @generated
268 * @ordered
269 */
270 int UNNAMED_ERROR_PREDIATE_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
271
272 /**
273 * The feature id for the '<em><b>Members</b></em>' containment reference list.
274 * <!-- begin-user-doc -->
275 * <!-- end-user-doc -->
276 * @generated
277 * @ordered
278 */
279 int UNNAMED_ERROR_PREDIATE_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
280
281 /**
282 * The feature id for the '<em><b>Argument List</b></em>' containment reference. 174 * The feature id for the '<em><b>Argument List</b></em>' containment reference.
283 * <!-- begin-user-doc --> 175 * <!-- begin-user-doc -->
284 * <!-- end-user-doc --> 176 * <!-- end-user-doc -->
@@ -316,42 +208,6 @@ public interface SolverLanguagePackage extends EPackage
316 int DEFAULT_DEFINITION = 4; 208 int DEFAULT_DEFINITION = 4;
317 209
318 /** 210 /**
319 * The feature id for the '<em><b>Abstract</b></em>' attribute.
320 * <!-- begin-user-doc -->
321 * <!-- end-user-doc -->
322 * @generated
323 * @ordered
324 */
325 int DEFAULT_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
326
327 /**
328 * The feature id for the '<em><b>Name</b></em>' attribute.
329 * <!-- begin-user-doc -->
330 * <!-- end-user-doc -->
331 * @generated
332 * @ordered
333 */
334 int DEFAULT_DEFINITION__NAME = STATEMENT__NAME;
335
336 /**
337 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
338 * <!-- begin-user-doc -->
339 * <!-- end-user-doc -->
340 * @generated
341 * @ordered
342 */
343 int DEFAULT_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
344
345 /**
346 * The feature id for the '<em><b>Members</b></em>' containment reference list.
347 * <!-- begin-user-doc -->
348 * <!-- end-user-doc -->
349 * @generated
350 * @ordered
351 */
352 int DEFAULT_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
353
354 /**
355 * The feature id for the '<em><b>Head</b></em>' containment reference. 211 * The feature id for the '<em><b>Head</b></em>' containment reference.
356 * <!-- begin-user-doc --> 212 * <!-- begin-user-doc -->
357 * <!-- end-user-doc --> 213 * <!-- end-user-doc -->
@@ -389,42 +245,6 @@ public interface SolverLanguagePackage extends EPackage
389 int EXTERN_PREDICATE_DEFINITION = 5; 245 int EXTERN_PREDICATE_DEFINITION = 5;
390 246
391 /** 247 /**
392 * The feature id for the '<em><b>Abstract</b></em>' attribute.
393 * <!-- begin-user-doc -->
394 * <!-- end-user-doc -->
395 * @generated
396 * @ordered
397 */
398 int EXTERN_PREDICATE_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
399
400 /**
401 * The feature id for the '<em><b>Name</b></em>' attribute.
402 * <!-- begin-user-doc -->
403 * <!-- end-user-doc -->
404 * @generated
405 * @ordered
406 */
407 int EXTERN_PREDICATE_DEFINITION__NAME = STATEMENT__NAME;
408
409 /**
410 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
411 * <!-- begin-user-doc -->
412 * <!-- end-user-doc -->
413 * @generated
414 * @ordered
415 */
416 int EXTERN_PREDICATE_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
417
418 /**
419 * The feature id for the '<em><b>Members</b></em>' containment reference list.
420 * <!-- begin-user-doc -->
421 * <!-- end-user-doc -->
422 * @generated
423 * @ordered
424 */
425 int EXTERN_PREDICATE_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
426
427 /**
428 * The feature id for the '<em><b>Head</b></em>' containment reference. 248 * The feature id for the '<em><b>Head</b></em>' containment reference.
429 * <!-- begin-user-doc --> 249 * <!-- begin-user-doc -->
430 * <!-- end-user-doc --> 250 * <!-- end-user-doc -->
@@ -453,42 +273,6 @@ public interface SolverLanguagePackage extends EPackage
453 int METRIC_DEFINITION = 6; 273 int METRIC_DEFINITION = 6;
454 274
455 /** 275 /**
456 * The feature id for the '<em><b>Abstract</b></em>' attribute.
457 * <!-- begin-user-doc -->
458 * <!-- end-user-doc -->
459 * @generated
460 * @ordered
461 */
462 int METRIC_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
463
464 /**
465 * The feature id for the '<em><b>Name</b></em>' attribute.
466 * <!-- begin-user-doc -->
467 * <!-- end-user-doc -->
468 * @generated
469 * @ordered
470 */
471 int METRIC_DEFINITION__NAME = STATEMENT__NAME;
472
473 /**
474 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
475 * <!-- begin-user-doc -->
476 * <!-- end-user-doc -->
477 * @generated
478 * @ordered
479 */
480 int METRIC_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
481
482 /**
483 * The feature id for the '<em><b>Members</b></em>' containment reference list.
484 * <!-- begin-user-doc -->
485 * <!-- end-user-doc -->
486 * @generated
487 * @ordered
488 */
489 int METRIC_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
490
491 /**
492 * The feature id for the '<em><b>Head</b></em>' containment reference. 276 * The feature id for the '<em><b>Head</b></em>' containment reference.
493 * <!-- begin-user-doc --> 277 * <!-- begin-user-doc -->
494 * <!-- end-user-doc --> 278 * <!-- end-user-doc -->
@@ -535,42 +319,6 @@ public interface SolverLanguagePackage extends EPackage
535 int EXTERN_METRIC_DEFINITION = 7; 319 int EXTERN_METRIC_DEFINITION = 7;
536 320
537 /** 321 /**
538 * The feature id for the '<em><b>Abstract</b></em>' attribute.
539 * <!-- begin-user-doc -->
540 * <!-- end-user-doc -->
541 * @generated
542 * @ordered
543 */
544 int EXTERN_METRIC_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
545
546 /**
547 * The feature id for the '<em><b>Name</b></em>' attribute.
548 * <!-- begin-user-doc -->
549 * <!-- end-user-doc -->
550 * @generated
551 * @ordered
552 */
553 int EXTERN_METRIC_DEFINITION__NAME = STATEMENT__NAME;
554
555 /**
556 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
557 * <!-- begin-user-doc -->
558 * <!-- end-user-doc -->
559 * @generated
560 * @ordered
561 */
562 int EXTERN_METRIC_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
563
564 /**
565 * The feature id for the '<em><b>Members</b></em>' containment reference list.
566 * <!-- begin-user-doc -->
567 * <!-- end-user-doc -->
568 * @generated
569 * @ordered
570 */
571 int EXTERN_METRIC_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
572
573 /**
574 * The feature id for the '<em><b>Type</b></em>' attribute. 322 * The feature id for the '<em><b>Type</b></em>' attribute.
575 * <!-- begin-user-doc --> 323 * <!-- begin-user-doc -->
576 * <!-- end-user-doc --> 324 * <!-- end-user-doc -->
@@ -608,42 +356,6 @@ public interface SolverLanguagePackage extends EPackage
608 int EXPRESSION = 8; 356 int EXPRESSION = 8;
609 357
610 /** 358 /**
611 * The feature id for the '<em><b>Abstract</b></em>' attribute.
612 * <!-- begin-user-doc -->
613 * <!-- end-user-doc -->
614 * @generated
615 * @ordered
616 */
617 int EXPRESSION__ABSTRACT = STATEMENT__ABSTRACT;
618
619 /**
620 * The feature id for the '<em><b>Name</b></em>' attribute.
621 * <!-- begin-user-doc -->
622 * <!-- end-user-doc -->
623 * @generated
624 * @ordered
625 */
626 int EXPRESSION__NAME = STATEMENT__NAME;
627
628 /**
629 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
630 * <!-- begin-user-doc -->
631 * <!-- end-user-doc -->
632 * @generated
633 * @ordered
634 */
635 int EXPRESSION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
636
637 /**
638 * The feature id for the '<em><b>Members</b></em>' containment reference list.
639 * <!-- begin-user-doc -->
640 * <!-- end-user-doc -->
641 * @generated
642 * @ordered
643 */
644 int EXPRESSION__MEMBERS = STATEMENT__MEMBERS;
645
646 /**
647 * The number of structural features of the '<em>Expression</em>' class. 359 * The number of structural features of the '<em>Expression</em>' class.
648 * <!-- begin-user-doc --> 360 * <!-- begin-user-doc -->
649 * <!-- end-user-doc --> 361 * <!-- end-user-doc -->
@@ -663,42 +375,6 @@ public interface SolverLanguagePackage extends EPackage
663 int IF_ELSE = 9; 375 int IF_ELSE = 9;
664 376
665 /** 377 /**
666 * The feature id for the '<em><b>Abstract</b></em>' attribute.
667 * <!-- begin-user-doc -->
668 * <!-- end-user-doc -->
669 * @generated
670 * @ordered
671 */
672 int IF_ELSE__ABSTRACT = EXPRESSION__ABSTRACT;
673
674 /**
675 * The feature id for the '<em><b>Name</b></em>' attribute.
676 * <!-- begin-user-doc -->
677 * <!-- end-user-doc -->
678 * @generated
679 * @ordered
680 */
681 int IF_ELSE__NAME = EXPRESSION__NAME;
682
683 /**
684 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
685 * <!-- begin-user-doc -->
686 * <!-- end-user-doc -->
687 * @generated
688 * @ordered
689 */
690 int IF_ELSE__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
691
692 /**
693 * The feature id for the '<em><b>Members</b></em>' containment reference list.
694 * <!-- begin-user-doc -->
695 * <!-- end-user-doc -->
696 * @generated
697 * @ordered
698 */
699 int IF_ELSE__MEMBERS = EXPRESSION__MEMBERS;
700
701 /**
702 * The feature id for the '<em><b>Condition</b></em>' containment reference. 378 * The feature id for the '<em><b>Condition</b></em>' containment reference.
703 * <!-- begin-user-doc --> 379 * <!-- begin-user-doc -->
704 * <!-- end-user-doc --> 380 * <!-- end-user-doc -->
@@ -745,42 +421,6 @@ public interface SolverLanguagePackage extends EPackage
745 int CASE = 10; 421 int CASE = 10;
746 422
747 /** 423 /**
748 * The feature id for the '<em><b>Abstract</b></em>' attribute.
749 * <!-- begin-user-doc -->
750 * <!-- end-user-doc -->
751 * @generated
752 * @ordered
753 */
754 int CASE__ABSTRACT = EXPRESSION__ABSTRACT;
755
756 /**
757 * The feature id for the '<em><b>Name</b></em>' attribute.
758 * <!-- begin-user-doc -->
759 * <!-- end-user-doc -->
760 * @generated
761 * @ordered
762 */
763 int CASE__NAME = EXPRESSION__NAME;
764
765 /**
766 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
767 * <!-- begin-user-doc -->
768 * <!-- end-user-doc -->
769 * @generated
770 * @ordered
771 */
772 int CASE__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
773
774 /**
775 * The feature id for the '<em><b>Members</b></em>' containment reference list.
776 * <!-- begin-user-doc -->
777 * <!-- end-user-doc -->
778 * @generated
779 * @ordered
780 */
781 int CASE__MEMBERS = EXPRESSION__MEMBERS;
782
783 /**
784 * The feature id for the '<em><b>Condition</b></em>' containment reference. 424 * The feature id for the '<em><b>Condition</b></em>' containment reference.
785 * <!-- begin-user-doc --> 425 * <!-- begin-user-doc -->
786 * <!-- end-user-doc --> 426 * <!-- end-user-doc -->
@@ -818,42 +458,6 @@ public interface SolverLanguagePackage extends EPackage
818 int COUNT = 11; 458 int COUNT = 11;
819 459
820 /** 460 /**
821 * The feature id for the '<em><b>Abstract</b></em>' attribute.
822 * <!-- begin-user-doc -->
823 * <!-- end-user-doc -->
824 * @generated
825 * @ordered
826 */
827 int COUNT__ABSTRACT = EXPRESSION__ABSTRACT;
828
829 /**
830 * The feature id for the '<em><b>Name</b></em>' attribute.
831 * <!-- begin-user-doc -->
832 * <!-- end-user-doc -->
833 * @generated
834 * @ordered
835 */
836 int COUNT__NAME = EXPRESSION__NAME;
837
838 /**
839 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
840 * <!-- begin-user-doc -->
841 * <!-- end-user-doc -->
842 * @generated
843 * @ordered
844 */
845 int COUNT__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
846
847 /**
848 * The feature id for the '<em><b>Members</b></em>' containment reference list.
849 * <!-- begin-user-doc -->
850 * <!-- end-user-doc -->
851 * @generated
852 * @ordered
853 */
854 int COUNT__MEMBERS = EXPRESSION__MEMBERS;
855
856 /**
857 * The feature id for the '<em><b>Body</b></em>' containment reference. 461 * The feature id for the '<em><b>Body</b></em>' containment reference.
858 * <!-- begin-user-doc --> 462 * <!-- begin-user-doc -->
859 * <!-- end-user-doc --> 463 * <!-- end-user-doc -->
@@ -882,42 +486,6 @@ public interface SolverLanguagePackage extends EPackage
882 int AGGREGATION = 12; 486 int AGGREGATION = 12;
883 487
884 /** 488 /**
885 * The feature id for the '<em><b>Abstract</b></em>' attribute.
886 * <!-- begin-user-doc -->
887 * <!-- end-user-doc -->
888 * @generated
889 * @ordered
890 */
891 int AGGREGATION__ABSTRACT = EXPRESSION__ABSTRACT;
892
893 /**
894 * The feature id for the '<em><b>Name</b></em>' attribute.
895 * <!-- begin-user-doc -->
896 * <!-- end-user-doc -->
897 * @generated
898 * @ordered
899 */
900 int AGGREGATION__NAME = EXPRESSION__NAME;
901
902 /**
903 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
904 * <!-- begin-user-doc -->
905 * <!-- end-user-doc -->
906 * @generated
907 * @ordered
908 */
909 int AGGREGATION__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
910
911 /**
912 * The feature id for the '<em><b>Members</b></em>' containment reference list.
913 * <!-- begin-user-doc -->
914 * <!-- end-user-doc -->
915 * @generated
916 * @ordered
917 */
918 int AGGREGATION__MEMBERS = EXPRESSION__MEMBERS;
919
920 /**
921 * The feature id for the '<em><b>Op</b></em>' attribute. 489 * The feature id for the '<em><b>Op</b></em>' attribute.
922 * <!-- begin-user-doc --> 490 * <!-- begin-user-doc -->
923 * <!-- end-user-doc --> 491 * <!-- end-user-doc -->
@@ -964,42 +532,6 @@ public interface SolverLanguagePackage extends EPackage
964 int CALL = 13; 532 int CALL = 13;
965 533
966 /** 534 /**
967 * The feature id for the '<em><b>Abstract</b></em>' attribute.
968 * <!-- begin-user-doc -->
969 * <!-- end-user-doc -->
970 * @generated
971 * @ordered
972 */
973 int CALL__ABSTRACT = EXPRESSION__ABSTRACT;
974
975 /**
976 * The feature id for the '<em><b>Name</b></em>' attribute.
977 * <!-- begin-user-doc -->
978 * <!-- end-user-doc -->
979 * @generated
980 * @ordered
981 */
982 int CALL__NAME = EXPRESSION__NAME;
983
984 /**
985 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
986 * <!-- begin-user-doc -->
987 * <!-- end-user-doc -->
988 * @generated
989 * @ordered
990 */
991 int CALL__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
992
993 /**
994 * The feature id for the '<em><b>Members</b></em>' containment reference list.
995 * <!-- begin-user-doc -->
996 * <!-- end-user-doc -->
997 * @generated
998 * @ordered
999 */
1000 int CALL__MEMBERS = EXPRESSION__MEMBERS;
1001
1002 /**
1003 * The feature id for the '<em><b>Functor</b></em>' containment reference. 535 * The feature id for the '<em><b>Functor</b></em>' containment reference.
1004 * <!-- begin-user-doc --> 536 * <!-- begin-user-doc -->
1005 * <!-- end-user-doc --> 537 * <!-- end-user-doc -->
@@ -1009,31 +541,31 @@ public interface SolverLanguagePackage extends EPackage
1009 int CALL__FUNCTOR = EXPRESSION_FEATURE_COUNT + 0; 541 int CALL__FUNCTOR = EXPRESSION_FEATURE_COUNT + 0;
1010 542
1011 /** 543 /**
1012 * The feature id for the '<em><b>Argument List</b></em>' containment reference. 544 * The feature id for the '<em><b>Transitive Closure</b></em>' attribute.
1013 * <!-- begin-user-doc --> 545 * <!-- begin-user-doc -->
1014 * <!-- end-user-doc --> 546 * <!-- end-user-doc -->
1015 * @generated 547 * @generated
1016 * @ordered 548 * @ordered
1017 */ 549 */
1018 int CALL__ARGUMENT_LIST = EXPRESSION_FEATURE_COUNT + 1; 550 int CALL__TRANSITIVE_CLOSURE = EXPRESSION_FEATURE_COUNT + 1;
1019 551
1020 /** 552 /**
1021 * The feature id for the '<em><b>Transitive Closure</b></em>' attribute. 553 * The feature id for the '<em><b>Reflexive Transitive Closure</b></em>' attribute.
1022 * <!-- begin-user-doc --> 554 * <!-- begin-user-doc -->
1023 * <!-- end-user-doc --> 555 * <!-- end-user-doc -->
1024 * @generated 556 * @generated
1025 * @ordered 557 * @ordered
1026 */ 558 */
1027 int CALL__TRANSITIVE_CLOSURE = EXPRESSION_FEATURE_COUNT + 2; 559 int CALL__REFLEXIVE_TRANSITIVE_CLOSURE = EXPRESSION_FEATURE_COUNT + 2;
1028 560
1029 /** 561 /**
1030 * The feature id for the '<em><b>Reflexive Transitive Closure</b></em>' attribute. 562 * The feature id for the '<em><b>Argument List</b></em>' containment reference.
1031 * <!-- begin-user-doc --> 563 * <!-- begin-user-doc -->
1032 * <!-- end-user-doc --> 564 * <!-- end-user-doc -->
1033 * @generated 565 * @generated
1034 * @ordered 566 * @ordered
1035 */ 567 */
1036 int CALL__REFLEXIVE_TRANSITIVE_CLOSURE = EXPRESSION_FEATURE_COUNT + 3; 568 int CALL__ARGUMENT_LIST = EXPRESSION_FEATURE_COUNT + 3;
1037 569
1038 /** 570 /**
1039 * The number of structural features of the '<em>Call</em>' class. 571 * The number of structural features of the '<em>Call</em>' class.
@@ -1214,42 +746,6 @@ public interface SolverLanguagePackage extends EPackage
1214 int REFERENCE = 20; 746 int REFERENCE = 20;
1215 747
1216 /** 748 /**
1217 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1218 * <!-- begin-user-doc -->
1219 * <!-- end-user-doc -->
1220 * @generated
1221 * @ordered
1222 */
1223 int REFERENCE__ABSTRACT = EXPRESSION__ABSTRACT;
1224
1225 /**
1226 * The feature id for the '<em><b>Name</b></em>' attribute.
1227 * <!-- begin-user-doc -->
1228 * <!-- end-user-doc -->
1229 * @generated
1230 * @ordered
1231 */
1232 int REFERENCE__NAME = EXPRESSION__NAME;
1233
1234 /**
1235 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1236 * <!-- begin-user-doc -->
1237 * <!-- end-user-doc -->
1238 * @generated
1239 * @ordered
1240 */
1241 int REFERENCE__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
1242
1243 /**
1244 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1245 * <!-- begin-user-doc -->
1246 * <!-- end-user-doc -->
1247 * @generated
1248 * @ordered
1249 */
1250 int REFERENCE__MEMBERS = EXPRESSION__MEMBERS;
1251
1252 /**
1253 * The feature id for the '<em><b>Referred</b></em>' reference. 749 * The feature id for the '<em><b>Referred</b></em>' reference.
1254 * <!-- begin-user-doc --> 750 * <!-- begin-user-doc -->
1255 * <!-- end-user-doc --> 751 * <!-- end-user-doc -->
@@ -1278,42 +774,6 @@ public interface SolverLanguagePackage extends EPackage
1278 int INTERVAL = 21; 774 int INTERVAL = 21;
1279 775
1280 /** 776 /**
1281 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1282 * <!-- begin-user-doc -->
1283 * <!-- end-user-doc -->
1284 * @generated
1285 * @ordered
1286 */
1287 int INTERVAL__ABSTRACT = EXPRESSION__ABSTRACT;
1288
1289 /**
1290 * The feature id for the '<em><b>Name</b></em>' attribute.
1291 * <!-- begin-user-doc -->
1292 * <!-- end-user-doc -->
1293 * @generated
1294 * @ordered
1295 */
1296 int INTERVAL__NAME = EXPRESSION__NAME;
1297
1298 /**
1299 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1300 * <!-- begin-user-doc -->
1301 * <!-- end-user-doc -->
1302 * @generated
1303 * @ordered
1304 */
1305 int INTERVAL__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
1306
1307 /**
1308 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1309 * <!-- begin-user-doc -->
1310 * <!-- end-user-doc -->
1311 * @generated
1312 * @ordered
1313 */
1314 int INTERVAL__MEMBERS = EXPRESSION__MEMBERS;
1315
1316 /**
1317 * The feature id for the '<em><b>Lower Bound</b></em>' containment reference. 777 * The feature id for the '<em><b>Lower Bound</b></em>' containment reference.
1318 * <!-- begin-user-doc --> 778 * <!-- begin-user-doc -->
1319 * <!-- end-user-doc --> 779 * <!-- end-user-doc -->
@@ -1351,42 +811,6 @@ public interface SolverLanguagePackage extends EPackage
1351 int LITERAL = 22; 811 int LITERAL = 22;
1352 812
1353 /** 813 /**
1354 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1355 * <!-- begin-user-doc -->
1356 * <!-- end-user-doc -->
1357 * @generated
1358 * @ordered
1359 */
1360 int LITERAL__ABSTRACT = EXPRESSION__ABSTRACT;
1361
1362 /**
1363 * The feature id for the '<em><b>Name</b></em>' attribute.
1364 * <!-- begin-user-doc -->
1365 * <!-- end-user-doc -->
1366 * @generated
1367 * @ordered
1368 */
1369 int LITERAL__NAME = EXPRESSION__NAME;
1370
1371 /**
1372 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1373 * <!-- begin-user-doc -->
1374 * <!-- end-user-doc -->
1375 * @generated
1376 * @ordered
1377 */
1378 int LITERAL__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
1379
1380 /**
1381 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1382 * <!-- begin-user-doc -->
1383 * <!-- end-user-doc -->
1384 * @generated
1385 * @ordered
1386 */
1387 int LITERAL__MEMBERS = EXPRESSION__MEMBERS;
1388
1389 /**
1390 * The number of structural features of the '<em>Literal</em>' class. 814 * The number of structural features of the '<em>Literal</em>' class.
1391 * <!-- begin-user-doc --> 815 * <!-- begin-user-doc -->
1392 * <!-- end-user-doc --> 816 * <!-- end-user-doc -->
@@ -1406,42 +830,6 @@ public interface SolverLanguagePackage extends EPackage
1406 int LOGIC_LITERAL = 23; 830 int LOGIC_LITERAL = 23;
1407 831
1408 /** 832 /**
1409 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1410 * <!-- begin-user-doc -->
1411 * <!-- end-user-doc -->
1412 * @generated
1413 * @ordered
1414 */
1415 int LOGIC_LITERAL__ABSTRACT = LITERAL__ABSTRACT;
1416
1417 /**
1418 * The feature id for the '<em><b>Name</b></em>' attribute.
1419 * <!-- begin-user-doc -->
1420 * <!-- end-user-doc -->
1421 * @generated
1422 * @ordered
1423 */
1424 int LOGIC_LITERAL__NAME = LITERAL__NAME;
1425
1426 /**
1427 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1428 * <!-- begin-user-doc -->
1429 * <!-- end-user-doc -->
1430 * @generated
1431 * @ordered
1432 */
1433 int LOGIC_LITERAL__SUPERCLASSES = LITERAL__SUPERCLASSES;
1434
1435 /**
1436 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1437 * <!-- begin-user-doc -->
1438 * <!-- end-user-doc -->
1439 * @generated
1440 * @ordered
1441 */
1442 int LOGIC_LITERAL__MEMBERS = LITERAL__MEMBERS;
1443
1444 /**
1445 * The feature id for the '<em><b>Value</b></em>' attribute. 833 * The feature id for the '<em><b>Value</b></em>' attribute.
1446 * <!-- begin-user-doc --> 834 * <!-- begin-user-doc -->
1447 * <!-- end-user-doc --> 835 * <!-- end-user-doc -->
@@ -1470,42 +858,6 @@ public interface SolverLanguagePackage extends EPackage
1470 int NUMERIC_LITERAL = 24; 858 int NUMERIC_LITERAL = 24;
1471 859
1472 /** 860 /**
1473 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1474 * <!-- begin-user-doc -->
1475 * <!-- end-user-doc -->
1476 * @generated
1477 * @ordered
1478 */
1479 int NUMERIC_LITERAL__ABSTRACT = LITERAL__ABSTRACT;
1480
1481 /**
1482 * The feature id for the '<em><b>Name</b></em>' attribute.
1483 * <!-- begin-user-doc -->
1484 * <!-- end-user-doc -->
1485 * @generated
1486 * @ordered
1487 */
1488 int NUMERIC_LITERAL__NAME = LITERAL__NAME;
1489
1490 /**
1491 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1492 * <!-- begin-user-doc -->
1493 * <!-- end-user-doc -->
1494 * @generated
1495 * @ordered
1496 */
1497 int NUMERIC_LITERAL__SUPERCLASSES = LITERAL__SUPERCLASSES;
1498
1499 /**
1500 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1501 * <!-- begin-user-doc -->
1502 * <!-- end-user-doc -->
1503 * @generated
1504 * @ordered
1505 */
1506 int NUMERIC_LITERAL__MEMBERS = LITERAL__MEMBERS;
1507
1508 /**
1509 * The feature id for the '<em><b>Value</b></em>' attribute. 861 * The feature id for the '<em><b>Value</b></em>' attribute.
1510 * <!-- begin-user-doc --> 862 * <!-- begin-user-doc -->
1511 * <!-- end-user-doc --> 863 * <!-- end-user-doc -->
@@ -1534,42 +886,6 @@ public interface SolverLanguagePackage extends EPackage
1534 int INFINITY_LITERAL = 25; 886 int INFINITY_LITERAL = 25;
1535 887
1536 /** 888 /**
1537 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1538 * <!-- begin-user-doc -->
1539 * <!-- end-user-doc -->
1540 * @generated
1541 * @ordered
1542 */
1543 int INFINITY_LITERAL__ABSTRACT = LITERAL__ABSTRACT;
1544
1545 /**
1546 * The feature id for the '<em><b>Name</b></em>' attribute.
1547 * <!-- begin-user-doc -->
1548 * <!-- end-user-doc -->
1549 * @generated
1550 * @ordered
1551 */
1552 int INFINITY_LITERAL__NAME = LITERAL__NAME;
1553
1554 /**
1555 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1556 * <!-- begin-user-doc -->
1557 * <!-- end-user-doc -->
1558 * @generated
1559 * @ordered
1560 */
1561 int INFINITY_LITERAL__SUPERCLASSES = LITERAL__SUPERCLASSES;
1562
1563 /**
1564 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1565 * <!-- begin-user-doc -->
1566 * <!-- end-user-doc -->
1567 * @generated
1568 * @ordered
1569 */
1570 int INFINITY_LITERAL__MEMBERS = LITERAL__MEMBERS;
1571
1572 /**
1573 * The number of structural features of the '<em>Infinity Literal</em>' class. 889 * The number of structural features of the '<em>Infinity Literal</em>' class.
1574 * <!-- begin-user-doc --> 890 * <!-- begin-user-doc -->
1575 * <!-- end-user-doc --> 891 * <!-- end-user-doc -->
@@ -1589,59 +905,51 @@ public interface SolverLanguagePackage extends EPackage
1589 int EMPTY_INTERVAL_LITERAL = 26; 905 int EMPTY_INTERVAL_LITERAL = 26;
1590 906
1591 /** 907 /**
1592 * The feature id for the '<em><b>Abstract</b></em>' attribute. 908 * The number of structural features of the '<em>Empty Interval Literal</em>' class.
1593 * <!-- begin-user-doc -->
1594 * <!-- end-user-doc -->
1595 * @generated
1596 * @ordered
1597 */
1598 int EMPTY_INTERVAL_LITERAL__ABSTRACT = LITERAL__ABSTRACT;
1599
1600 /**
1601 * The feature id for the '<em><b>Name</b></em>' attribute.
1602 * <!-- begin-user-doc --> 909 * <!-- begin-user-doc -->
1603 * <!-- end-user-doc --> 910 * <!-- end-user-doc -->
1604 * @generated 911 * @generated
1605 * @ordered 912 * @ordered
1606 */ 913 */
1607 int EMPTY_INTERVAL_LITERAL__NAME = LITERAL__NAME; 914 int EMPTY_INTERVAL_LITERAL_FEATURE_COUNT = LITERAL_FEATURE_COUNT + 0;
1608 915
1609 /** 916 /**
1610 * The feature id for the '<em><b>Superclasses</b></em>' reference list. 917 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StringLiteralImpl <em>String Literal</em>}' class.
1611 * <!-- begin-user-doc --> 918 * <!-- begin-user-doc -->
1612 * <!-- end-user-doc --> 919 * <!-- end-user-doc -->
920 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.StringLiteralImpl
921 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getStringLiteral()
1613 * @generated 922 * @generated
1614 * @ordered
1615 */ 923 */
1616 int EMPTY_INTERVAL_LITERAL__SUPERCLASSES = LITERAL__SUPERCLASSES; 924 int STRING_LITERAL = 27;
1617 925
1618 /** 926 /**
1619 * The feature id for the '<em><b>Members</b></em>' containment reference list. 927 * The feature id for the '<em><b>Value</b></em>' attribute.
1620 * <!-- begin-user-doc --> 928 * <!-- begin-user-doc -->
1621 * <!-- end-user-doc --> 929 * <!-- end-user-doc -->
1622 * @generated 930 * @generated
1623 * @ordered 931 * @ordered
1624 */ 932 */
1625 int EMPTY_INTERVAL_LITERAL__MEMBERS = LITERAL__MEMBERS; 933 int STRING_LITERAL__VALUE = LITERAL_FEATURE_COUNT + 0;
1626 934
1627 /** 935 /**
1628 * The number of structural features of the '<em>Empty Interval Literal</em>' class. 936 * The number of structural features of the '<em>String Literal</em>' class.
1629 * <!-- begin-user-doc --> 937 * <!-- begin-user-doc -->
1630 * <!-- end-user-doc --> 938 * <!-- end-user-doc -->
1631 * @generated 939 * @generated
1632 * @ordered 940 * @ordered
1633 */ 941 */
1634 int EMPTY_INTERVAL_LITERAL_FEATURE_COUNT = LITERAL_FEATURE_COUNT + 0; 942 int STRING_LITERAL_FEATURE_COUNT = LITERAL_FEATURE_COUNT + 1;
1635 943
1636 /** 944 /**
1637 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StringLiteralImpl <em>String Literal</em>}' class. 945 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl <em>Class Definition</em>}' class.
1638 * <!-- begin-user-doc --> 946 * <!-- begin-user-doc -->
1639 * <!-- end-user-doc --> 947 * <!-- end-user-doc -->
1640 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.StringLiteralImpl 948 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl
1641 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getStringLiteral() 949 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getClassDefinition()
1642 * @generated 950 * @generated
1643 */ 951 */
1644 int STRING_LITERAL = 27; 952 int CLASS_DEFINITION = 28;
1645 953
1646 /** 954 /**
1647 * The feature id for the '<em><b>Abstract</b></em>' attribute. 955 * The feature id for the '<em><b>Abstract</b></em>' attribute.
@@ -1650,7 +958,7 @@ public interface SolverLanguagePackage extends EPackage
1650 * @generated 958 * @generated
1651 * @ordered 959 * @ordered
1652 */ 960 */
1653 int STRING_LITERAL__ABSTRACT = LITERAL__ABSTRACT; 961 int CLASS_DEFINITION__ABSTRACT = STATEMENT_FEATURE_COUNT + 0;
1654 962
1655 /** 963 /**
1656 * The feature id for the '<em><b>Name</b></em>' attribute. 964 * The feature id for the '<em><b>Name</b></em>' attribute.
@@ -1659,7 +967,7 @@ public interface SolverLanguagePackage extends EPackage
1659 * @generated 967 * @generated
1660 * @ordered 968 * @ordered
1661 */ 969 */
1662 int STRING_LITERAL__NAME = LITERAL__NAME; 970 int CLASS_DEFINITION__NAME = STATEMENT_FEATURE_COUNT + 1;
1663 971
1664 /** 972 /**
1665 * The feature id for the '<em><b>Superclasses</b></em>' reference list. 973 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
@@ -1668,7 +976,7 @@ public interface SolverLanguagePackage extends EPackage
1668 * @generated 976 * @generated
1669 * @ordered 977 * @ordered
1670 */ 978 */
1671 int STRING_LITERAL__SUPERCLASSES = LITERAL__SUPERCLASSES; 979 int CLASS_DEFINITION__SUPERCLASSES = STATEMENT_FEATURE_COUNT + 2;
1672 980
1673 /** 981 /**
1674 * The feature id for the '<em><b>Members</b></em>' containment reference list. 982 * The feature id for the '<em><b>Members</b></em>' containment reference list.
@@ -1677,25 +985,16 @@ public interface SolverLanguagePackage extends EPackage
1677 * @generated 985 * @generated
1678 * @ordered 986 * @ordered
1679 */ 987 */
1680 int STRING_LITERAL__MEMBERS = LITERAL__MEMBERS; 988 int CLASS_DEFINITION__MEMBERS = STATEMENT_FEATURE_COUNT + 3;
1681 989
1682 /** 990 /**
1683 * The feature id for the '<em><b>Value</b></em>' attribute. 991 * The number of structural features of the '<em>Class Definition</em>' class.
1684 * <!-- begin-user-doc --> 992 * <!-- begin-user-doc -->
1685 * <!-- end-user-doc --> 993 * <!-- end-user-doc -->
1686 * @generated 994 * @generated
1687 * @ordered 995 * @ordered
1688 */ 996 */
1689 int STRING_LITERAL__VALUE = LITERAL_FEATURE_COUNT + 0; 997 int CLASS_DEFINITION_FEATURE_COUNT = STATEMENT_FEATURE_COUNT + 4;
1690
1691 /**
1692 * The number of structural features of the '<em>String Literal</em>' class.
1693 * <!-- begin-user-doc -->
1694 * <!-- end-user-doc -->
1695 * @generated
1696 * @ordered
1697 */
1698 int STRING_LITERAL_FEATURE_COUNT = LITERAL_FEATURE_COUNT + 1;
1699 998
1700 /** 999 /**
1701 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.MemberDefinitionImpl <em>Member Definition</em>}' class. 1000 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.MemberDefinitionImpl <em>Member Definition</em>}' class.
@@ -1705,7 +1004,7 @@ public interface SolverLanguagePackage extends EPackage
1705 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMemberDefinition() 1004 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMemberDefinition()
1706 * @generated 1005 * @generated
1707 */ 1006 */
1708 int MEMBER_DEFINITION = 28; 1007 int MEMBER_DEFINITION = 29;
1709 1008
1710 /** 1009 /**
1711 * The feature id for the '<em><b>Containment</b></em>' attribute. 1010 * The feature id for the '<em><b>Containment</b></em>' attribute.
@@ -1769,7 +1068,7 @@ public interface SolverLanguagePackage extends EPackage
1769 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMultiplicity() 1068 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMultiplicity()
1770 * @generated 1069 * @generated
1771 */ 1070 */
1772 int MULTIPLICITY = 29; 1071 int MULTIPLICITY = 30;
1773 1072
1774 /** 1073 /**
1775 * The number of structural features of the '<em>Multiplicity</em>' class. 1074 * The number of structural features of the '<em>Multiplicity</em>' class.
@@ -1788,7 +1087,7 @@ public interface SolverLanguagePackage extends EPackage
1788 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getManyMultiplicity() 1087 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getManyMultiplicity()
1789 * @generated 1088 * @generated
1790 */ 1089 */
1791 int MANY_MULTIPLICITY = 30; 1090 int MANY_MULTIPLICITY = 31;
1792 1091
1793 /** 1092 /**
1794 * The number of structural features of the '<em>Many Multiplicity</em>' class. 1093 * The number of structural features of the '<em>Many Multiplicity</em>' class.
@@ -1807,7 +1106,7 @@ public interface SolverLanguagePackage extends EPackage
1807 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getExactMultiplicity() 1106 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getExactMultiplicity()
1808 * @generated 1107 * @generated
1809 */ 1108 */
1810 int EXACT_MULTIPLICITY = 31; 1109 int EXACT_MULTIPLICITY = 32;
1811 1110
1812 /** 1111 /**
1813 * The feature id for the '<em><b>Multiplicity</b></em>' attribute. 1112 * The feature id for the '<em><b>Multiplicity</b></em>' attribute.
@@ -1835,7 +1134,7 @@ public interface SolverLanguagePackage extends EPackage
1835 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBoundedMultiplicity() 1134 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBoundedMultiplicity()
1836 * @generated 1135 * @generated
1837 */ 1136 */
1838 int BOUNDED_MULTIPLICITY = 32; 1137 int BOUNDED_MULTIPLICITY = 33;
1839 1138
1840 /** 1139 /**
1841 * The feature id for the '<em><b>Lower Bound</b></em>' attribute. 1140 * The feature id for the '<em><b>Lower Bound</b></em>' attribute.
@@ -1872,43 +1171,7 @@ public interface SolverLanguagePackage extends EPackage
1872 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getScopeDefinition() 1171 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getScopeDefinition()
1873 * @generated 1172 * @generated
1874 */ 1173 */
1875 int SCOPE_DEFINITION = 33; 1174 int SCOPE_DEFINITION = 34;
1876
1877 /**
1878 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1879 * <!-- begin-user-doc -->
1880 * <!-- end-user-doc -->
1881 * @generated
1882 * @ordered
1883 */
1884 int SCOPE_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
1885
1886 /**
1887 * The feature id for the '<em><b>Name</b></em>' attribute.
1888 * <!-- begin-user-doc -->
1889 * <!-- end-user-doc -->
1890 * @generated
1891 * @ordered
1892 */
1893 int SCOPE_DEFINITION__NAME = STATEMENT__NAME;
1894
1895 /**
1896 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1897 * <!-- begin-user-doc -->
1898 * <!-- end-user-doc -->
1899 * @generated
1900 * @ordered
1901 */
1902 int SCOPE_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
1903
1904 /**
1905 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1906 * <!-- begin-user-doc -->
1907 * <!-- end-user-doc -->
1908 * @generated
1909 * @ordered
1910 */
1911 int SCOPE_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
1912 1175
1913 /** 1176 /**
1914 * The feature id for the '<em><b>Type</b></em>' reference. 1177 * The feature id for the '<em><b>Type</b></em>' reference.
@@ -1936,43 +1199,7 @@ public interface SolverLanguagePackage extends EPackage
1936 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getExactScopeDefinition() 1199 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getExactScopeDefinition()
1937 * @generated 1200 * @generated
1938 */ 1201 */
1939 int EXACT_SCOPE_DEFINITION = 34; 1202 int EXACT_SCOPE_DEFINITION = 35;
1940
1941 /**
1942 * The feature id for the '<em><b>Abstract</b></em>' attribute.
1943 * <!-- begin-user-doc -->
1944 * <!-- end-user-doc -->
1945 * @generated
1946 * @ordered
1947 */
1948 int EXACT_SCOPE_DEFINITION__ABSTRACT = SCOPE_DEFINITION__ABSTRACT;
1949
1950 /**
1951 * The feature id for the '<em><b>Name</b></em>' attribute.
1952 * <!-- begin-user-doc -->
1953 * <!-- end-user-doc -->
1954 * @generated
1955 * @ordered
1956 */
1957 int EXACT_SCOPE_DEFINITION__NAME = SCOPE_DEFINITION__NAME;
1958
1959 /**
1960 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
1961 * <!-- begin-user-doc -->
1962 * <!-- end-user-doc -->
1963 * @generated
1964 * @ordered
1965 */
1966 int EXACT_SCOPE_DEFINITION__SUPERCLASSES = SCOPE_DEFINITION__SUPERCLASSES;
1967
1968 /**
1969 * The feature id for the '<em><b>Members</b></em>' containment reference list.
1970 * <!-- begin-user-doc -->
1971 * <!-- end-user-doc -->
1972 * @generated
1973 * @ordered
1974 */
1975 int EXACT_SCOPE_DEFINITION__MEMBERS = SCOPE_DEFINITION__MEMBERS;
1976 1203
1977 /** 1204 /**
1978 * The feature id for the '<em><b>Type</b></em>' reference. 1205 * The feature id for the '<em><b>Type</b></em>' reference.
@@ -2009,43 +1236,7 @@ public interface SolverLanguagePackage extends EPackage
2009 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBoundedScopeDefinition() 1236 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBoundedScopeDefinition()
2010 * @generated 1237 * @generated
2011 */ 1238 */
2012 int BOUNDED_SCOPE_DEFINITION = 35; 1239 int BOUNDED_SCOPE_DEFINITION = 36;
2013
2014 /**
2015 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2016 * <!-- begin-user-doc -->
2017 * <!-- end-user-doc -->
2018 * @generated
2019 * @ordered
2020 */
2021 int BOUNDED_SCOPE_DEFINITION__ABSTRACT = SCOPE_DEFINITION__ABSTRACT;
2022
2023 /**
2024 * The feature id for the '<em><b>Name</b></em>' attribute.
2025 * <!-- begin-user-doc -->
2026 * <!-- end-user-doc -->
2027 * @generated
2028 * @ordered
2029 */
2030 int BOUNDED_SCOPE_DEFINITION__NAME = SCOPE_DEFINITION__NAME;
2031
2032 /**
2033 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2034 * <!-- begin-user-doc -->
2035 * <!-- end-user-doc -->
2036 * @generated
2037 * @ordered
2038 */
2039 int BOUNDED_SCOPE_DEFINITION__SUPERCLASSES = SCOPE_DEFINITION__SUPERCLASSES;
2040
2041 /**
2042 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2043 * <!-- begin-user-doc -->
2044 * <!-- end-user-doc -->
2045 * @generated
2046 * @ordered
2047 */
2048 int BOUNDED_SCOPE_DEFINITION__MEMBERS = SCOPE_DEFINITION__MEMBERS;
2049 1240
2050 /** 1241 /**
2051 * The feature id for the '<em><b>Type</b></em>' reference. 1242 * The feature id for the '<em><b>Type</b></em>' reference.
@@ -2091,43 +1282,7 @@ public interface SolverLanguagePackage extends EPackage
2091 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getLowerBoundedScopeDefinition() 1282 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getLowerBoundedScopeDefinition()
2092 * @generated 1283 * @generated
2093 */ 1284 */
2094 int LOWER_BOUNDED_SCOPE_DEFINITION = 36; 1285 int LOWER_BOUNDED_SCOPE_DEFINITION = 37;
2095
2096 /**
2097 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2098 * <!-- begin-user-doc -->
2099 * <!-- end-user-doc -->
2100 * @generated
2101 * @ordered
2102 */
2103 int LOWER_BOUNDED_SCOPE_DEFINITION__ABSTRACT = SCOPE_DEFINITION__ABSTRACT;
2104
2105 /**
2106 * The feature id for the '<em><b>Name</b></em>' attribute.
2107 * <!-- begin-user-doc -->
2108 * <!-- end-user-doc -->
2109 * @generated
2110 * @ordered
2111 */
2112 int LOWER_BOUNDED_SCOPE_DEFINITION__NAME = SCOPE_DEFINITION__NAME;
2113
2114 /**
2115 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2116 * <!-- begin-user-doc -->
2117 * <!-- end-user-doc -->
2118 * @generated
2119 * @ordered
2120 */
2121 int LOWER_BOUNDED_SCOPE_DEFINITION__SUPERCLASSES = SCOPE_DEFINITION__SUPERCLASSES;
2122
2123 /**
2124 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2125 * <!-- begin-user-doc -->
2126 * <!-- end-user-doc -->
2127 * @generated
2128 * @ordered
2129 */
2130 int LOWER_BOUNDED_SCOPE_DEFINITION__MEMBERS = SCOPE_DEFINITION__MEMBERS;
2131 1286
2132 /** 1287 /**
2133 * The feature id for the '<em><b>Type</b></em>' reference. 1288 * The feature id for the '<em><b>Type</b></em>' reference.
@@ -2164,43 +1319,7 @@ public interface SolverLanguagePackage extends EPackage
2164 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getObjectiveDefinition() 1319 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getObjectiveDefinition()
2165 * @generated 1320 * @generated
2166 */ 1321 */
2167 int OBJECTIVE_DEFINITION = 37; 1322 int OBJECTIVE_DEFINITION = 38;
2168
2169 /**
2170 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2171 * <!-- begin-user-doc -->
2172 * <!-- end-user-doc -->
2173 * @generated
2174 * @ordered
2175 */
2176 int OBJECTIVE_DEFINITION__ABSTRACT = STATEMENT__ABSTRACT;
2177
2178 /**
2179 * The feature id for the '<em><b>Name</b></em>' attribute.
2180 * <!-- begin-user-doc -->
2181 * <!-- end-user-doc -->
2182 * @generated
2183 * @ordered
2184 */
2185 int OBJECTIVE_DEFINITION__NAME = STATEMENT__NAME;
2186
2187 /**
2188 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2189 * <!-- begin-user-doc -->
2190 * <!-- end-user-doc -->
2191 * @generated
2192 * @ordered
2193 */
2194 int OBJECTIVE_DEFINITION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
2195
2196 /**
2197 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2198 * <!-- begin-user-doc -->
2199 * <!-- end-user-doc -->
2200 * @generated
2201 * @ordered
2202 */
2203 int OBJECTIVE_DEFINITION__MEMBERS = STATEMENT__MEMBERS;
2204 1323
2205 /** 1324 /**
2206 * The feature id for the '<em><b>Kind</b></em>' attribute. 1325 * The feature id for the '<em><b>Kind</b></em>' attribute.
@@ -2237,7 +1356,7 @@ public interface SolverLanguagePackage extends EPackage
2237 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getNamedElement() 1356 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getNamedElement()
2238 * @generated 1357 * @generated
2239 */ 1358 */
2240 int NAMED_ELEMENT = 38; 1359 int NAMED_ELEMENT = 39;
2241 1360
2242 /** 1361 /**
2243 * The feature id for the '<em><b>Name</b></em>' attribute. 1362 * The feature id for the '<em><b>Name</b></em>' attribute.
@@ -2265,43 +1384,7 @@ public interface SolverLanguagePackage extends EPackage
2265 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getAssertion() 1384 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getAssertion()
2266 * @generated 1385 * @generated
2267 */ 1386 */
2268 int ASSERTION = 39; 1387 int ASSERTION = 40;
2269
2270 /**
2271 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2272 * <!-- begin-user-doc -->
2273 * <!-- end-user-doc -->
2274 * @generated
2275 * @ordered
2276 */
2277 int ASSERTION__ABSTRACT = STATEMENT__ABSTRACT;
2278
2279 /**
2280 * The feature id for the '<em><b>Name</b></em>' attribute.
2281 * <!-- begin-user-doc -->
2282 * <!-- end-user-doc -->
2283 * @generated
2284 * @ordered
2285 */
2286 int ASSERTION__NAME = STATEMENT__NAME;
2287
2288 /**
2289 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2290 * <!-- begin-user-doc -->
2291 * <!-- end-user-doc -->
2292 * @generated
2293 * @ordered
2294 */
2295 int ASSERTION__SUPERCLASSES = STATEMENT__SUPERCLASSES;
2296
2297 /**
2298 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2299 * <!-- begin-user-doc -->
2300 * <!-- end-user-doc -->
2301 * @generated
2302 * @ordered
2303 */
2304 int ASSERTION__MEMBERS = STATEMENT__MEMBERS;
2305 1388
2306 /** 1389 /**
2307 * The feature id for the '<em><b>Body</b></em>' containment reference. 1390 * The feature id for the '<em><b>Body</b></em>' containment reference.
@@ -2338,43 +1421,7 @@ public interface SolverLanguagePackage extends EPackage
2338 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getDisjunction() 1421 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getDisjunction()
2339 * @generated 1422 * @generated
2340 */ 1423 */
2341 int DISJUNCTION = 40; 1424 int DISJUNCTION = 41;
2342
2343 /**
2344 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2345 * <!-- begin-user-doc -->
2346 * <!-- end-user-doc -->
2347 * @generated
2348 * @ordered
2349 */
2350 int DISJUNCTION__ABSTRACT = EXPRESSION__ABSTRACT;
2351
2352 /**
2353 * The feature id for the '<em><b>Name</b></em>' attribute.
2354 * <!-- begin-user-doc -->
2355 * <!-- end-user-doc -->
2356 * @generated
2357 * @ordered
2358 */
2359 int DISJUNCTION__NAME = EXPRESSION__NAME;
2360
2361 /**
2362 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2363 * <!-- begin-user-doc -->
2364 * <!-- end-user-doc -->
2365 * @generated
2366 * @ordered
2367 */
2368 int DISJUNCTION__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2369
2370 /**
2371 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2372 * <!-- begin-user-doc -->
2373 * <!-- end-user-doc -->
2374 * @generated
2375 * @ordered
2376 */
2377 int DISJUNCTION__MEMBERS = EXPRESSION__MEMBERS;
2378 1425
2379 /** 1426 /**
2380 * The feature id for the '<em><b>Children</b></em>' containment reference list. 1427 * The feature id for the '<em><b>Children</b></em>' containment reference list.
@@ -2402,43 +1449,7 @@ public interface SolverLanguagePackage extends EPackage
2402 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getSwitch() 1449 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getSwitch()
2403 * @generated 1450 * @generated
2404 */ 1451 */
2405 int SWITCH = 41; 1452 int SWITCH = 42;
2406
2407 /**
2408 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2409 * <!-- begin-user-doc -->
2410 * <!-- end-user-doc -->
2411 * @generated
2412 * @ordered
2413 */
2414 int SWITCH__ABSTRACT = EXPRESSION__ABSTRACT;
2415
2416 /**
2417 * The feature id for the '<em><b>Name</b></em>' attribute.
2418 * <!-- begin-user-doc -->
2419 * <!-- end-user-doc -->
2420 * @generated
2421 * @ordered
2422 */
2423 int SWITCH__NAME = EXPRESSION__NAME;
2424
2425 /**
2426 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2427 * <!-- begin-user-doc -->
2428 * <!-- end-user-doc -->
2429 * @generated
2430 * @ordered
2431 */
2432 int SWITCH__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2433
2434 /**
2435 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2436 * <!-- begin-user-doc -->
2437 * <!-- end-user-doc -->
2438 * @generated
2439 * @ordered
2440 */
2441 int SWITCH__MEMBERS = EXPRESSION__MEMBERS;
2442 1453
2443 /** 1454 /**
2444 * The feature id for the '<em><b>Cases</b></em>' containment reference list. 1455 * The feature id for the '<em><b>Cases</b></em>' containment reference list.
@@ -2466,43 +1477,7 @@ public interface SolverLanguagePackage extends EPackage
2466 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getConjunction() 1477 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getConjunction()
2467 * @generated 1478 * @generated
2468 */ 1479 */
2469 int CONJUNCTION = 42; 1480 int CONJUNCTION = 43;
2470
2471 /**
2472 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2473 * <!-- begin-user-doc -->
2474 * <!-- end-user-doc -->
2475 * @generated
2476 * @ordered
2477 */
2478 int CONJUNCTION__ABSTRACT = EXPRESSION__ABSTRACT;
2479
2480 /**
2481 * The feature id for the '<em><b>Name</b></em>' attribute.
2482 * <!-- begin-user-doc -->
2483 * <!-- end-user-doc -->
2484 * @generated
2485 * @ordered
2486 */
2487 int CONJUNCTION__NAME = EXPRESSION__NAME;
2488
2489 /**
2490 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2491 * <!-- begin-user-doc -->
2492 * <!-- end-user-doc -->
2493 * @generated
2494 * @ordered
2495 */
2496 int CONJUNCTION__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2497
2498 /**
2499 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2500 * <!-- begin-user-doc -->
2501 * <!-- end-user-doc -->
2502 * @generated
2503 * @ordered
2504 */
2505 int CONJUNCTION__MEMBERS = EXPRESSION__MEMBERS;
2506 1481
2507 /** 1482 /**
2508 * The feature id for the '<em><b>Children</b></em>' containment reference list. 1483 * The feature id for the '<em><b>Children</b></em>' containment reference list.
@@ -2530,43 +1505,7 @@ public interface SolverLanguagePackage extends EPackage
2530 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getComparison() 1505 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getComparison()
2531 * @generated 1506 * @generated
2532 */ 1507 */
2533 int COMPARISON = 43; 1508 int COMPARISON = 44;
2534
2535 /**
2536 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2537 * <!-- begin-user-doc -->
2538 * <!-- end-user-doc -->
2539 * @generated
2540 * @ordered
2541 */
2542 int COMPARISON__ABSTRACT = EXPRESSION__ABSTRACT;
2543
2544 /**
2545 * The feature id for the '<em><b>Name</b></em>' attribute.
2546 * <!-- begin-user-doc -->
2547 * <!-- end-user-doc -->
2548 * @generated
2549 * @ordered
2550 */
2551 int COMPARISON__NAME = EXPRESSION__NAME;
2552
2553 /**
2554 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2555 * <!-- begin-user-doc -->
2556 * <!-- end-user-doc -->
2557 * @generated
2558 * @ordered
2559 */
2560 int COMPARISON__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2561
2562 /**
2563 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2564 * <!-- begin-user-doc -->
2565 * <!-- end-user-doc -->
2566 * @generated
2567 * @ordered
2568 */
2569 int COMPARISON__MEMBERS = EXPRESSION__MEMBERS;
2570 1509
2571 /** 1510 /**
2572 * The feature id for the '<em><b>Left</b></em>' containment reference. 1511 * The feature id for the '<em><b>Left</b></em>' containment reference.
@@ -2612,43 +1551,7 @@ public interface SolverLanguagePackage extends EPackage
2612 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBinaryExpression() 1551 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBinaryExpression()
2613 * @generated 1552 * @generated
2614 */ 1553 */
2615 int BINARY_EXPRESSION = 44; 1554 int BINARY_EXPRESSION = 45;
2616
2617 /**
2618 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2619 * <!-- begin-user-doc -->
2620 * <!-- end-user-doc -->
2621 * @generated
2622 * @ordered
2623 */
2624 int BINARY_EXPRESSION__ABSTRACT = EXPRESSION__ABSTRACT;
2625
2626 /**
2627 * The feature id for the '<em><b>Name</b></em>' attribute.
2628 * <!-- begin-user-doc -->
2629 * <!-- end-user-doc -->
2630 * @generated
2631 * @ordered
2632 */
2633 int BINARY_EXPRESSION__NAME = EXPRESSION__NAME;
2634
2635 /**
2636 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2637 * <!-- begin-user-doc -->
2638 * <!-- end-user-doc -->
2639 * @generated
2640 * @ordered
2641 */
2642 int BINARY_EXPRESSION__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2643
2644 /**
2645 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2646 * <!-- begin-user-doc -->
2647 * <!-- end-user-doc -->
2648 * @generated
2649 * @ordered
2650 */
2651 int BINARY_EXPRESSION__MEMBERS = EXPRESSION__MEMBERS;
2652 1555
2653 /** 1556 /**
2654 * The feature id for the '<em><b>Left</b></em>' containment reference. 1557 * The feature id for the '<em><b>Left</b></em>' containment reference.
@@ -2694,43 +1597,7 @@ public interface SolverLanguagePackage extends EPackage
2694 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getUnaryExpression() 1597 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getUnaryExpression()
2695 * @generated 1598 * @generated
2696 */ 1599 */
2697 int UNARY_EXPRESSION = 45; 1600 int UNARY_EXPRESSION = 46;
2698
2699 /**
2700 * The feature id for the '<em><b>Abstract</b></em>' attribute.
2701 * <!-- begin-user-doc -->
2702 * <!-- end-user-doc -->
2703 * @generated
2704 * @ordered
2705 */
2706 int UNARY_EXPRESSION__ABSTRACT = EXPRESSION__ABSTRACT;
2707
2708 /**
2709 * The feature id for the '<em><b>Name</b></em>' attribute.
2710 * <!-- begin-user-doc -->
2711 * <!-- end-user-doc -->
2712 * @generated
2713 * @ordered
2714 */
2715 int UNARY_EXPRESSION__NAME = EXPRESSION__NAME;
2716
2717 /**
2718 * The feature id for the '<em><b>Superclasses</b></em>' reference list.
2719 * <!-- begin-user-doc -->
2720 * <!-- end-user-doc -->
2721 * @generated
2722 * @ordered
2723 */
2724 int UNARY_EXPRESSION__SUPERCLASSES = EXPRESSION__SUPERCLASSES;
2725
2726 /**
2727 * The feature id for the '<em><b>Members</b></em>' containment reference list.
2728 * <!-- begin-user-doc -->
2729 * <!-- end-user-doc -->
2730 * @generated
2731 * @ordered
2732 */
2733 int UNARY_EXPRESSION__MEMBERS = EXPRESSION__MEMBERS;
2734 1601
2735 /** 1602 /**
2736 * The feature id for the '<em><b>Op</b></em>' attribute. 1603 * The feature id for the '<em><b>Op</b></em>' attribute.
@@ -2767,7 +1634,7 @@ public interface SolverLanguagePackage extends EPackage
2767 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMetricType() 1634 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getMetricType()
2768 * @generated 1635 * @generated
2769 */ 1636 */
2770 int METRIC_TYPE = 46; 1637 int METRIC_TYPE = 47;
2771 1638
2772 /** 1639 /**
2773 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.BinaryOperator <em>Binary Operator</em>}' enum. 1640 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.BinaryOperator <em>Binary Operator</em>}' enum.
@@ -2777,7 +1644,7 @@ public interface SolverLanguagePackage extends EPackage
2777 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBinaryOperator() 1644 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getBinaryOperator()
2778 * @generated 1645 * @generated
2779 */ 1646 */
2780 int BINARY_OPERATOR = 47; 1647 int BINARY_OPERATOR = 48;
2781 1648
2782 /** 1649 /**
2783 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.UnaryOp <em>Unary Op</em>}' enum. 1650 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.UnaryOp <em>Unary Op</em>}' enum.
@@ -2787,7 +1654,7 @@ public interface SolverLanguagePackage extends EPackage
2787 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getUnaryOp() 1654 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getUnaryOp()
2788 * @generated 1655 * @generated
2789 */ 1656 */
2790 int UNARY_OP = 48; 1657 int UNARY_OP = 49;
2791 1658
2792 /** 1659 /**
2793 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.AggregationOp <em>Aggregation Op</em>}' enum. 1660 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.AggregationOp <em>Aggregation Op</em>}' enum.
@@ -2797,7 +1664,7 @@ public interface SolverLanguagePackage extends EPackage
2797 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getAggregationOp() 1664 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getAggregationOp()
2798 * @generated 1665 * @generated
2799 */ 1666 */
2800 int AGGREGATION_OP = 49; 1667 int AGGREGATION_OP = 50;
2801 1668
2802 /** 1669 /**
2803 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.LogicValue <em>Logic Value</em>}' enum. 1670 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.LogicValue <em>Logic Value</em>}' enum.
@@ -2807,7 +1674,7 @@ public interface SolverLanguagePackage extends EPackage
2807 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getLogicValue() 1674 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getLogicValue()
2808 * @generated 1675 * @generated
2809 */ 1676 */
2810 int LOGIC_VALUE = 50; 1677 int LOGIC_VALUE = 51;
2811 1678
2812 /** 1679 /**
2813 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.ObjectiveKind <em>Objective Kind</em>}' enum. 1680 * The meta object id for the '{@link org.eclipse.viatra.solver.language.solverLanguage.ObjectiveKind <em>Objective Kind</em>}' enum.
@@ -2817,7 +1684,7 @@ public interface SolverLanguagePackage extends EPackage
2817 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getObjectiveKind() 1684 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getObjectiveKind()
2818 * @generated 1685 * @generated
2819 */ 1686 */
2820 int OBJECTIVE_KIND = 51; 1687 int OBJECTIVE_KIND = 52;
2821 1688
2822 1689
2823 /** 1690 /**
@@ -2852,50 +1719,6 @@ public interface SolverLanguagePackage extends EPackage
2852 EClass getStatement(); 1719 EClass getStatement();
2853 1720
2854 /** 1721 /**
2855 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#isAbstract <em>Abstract</em>}'.
2856 * <!-- begin-user-doc -->
2857 * <!-- end-user-doc -->
2858 * @return the meta object for the attribute '<em>Abstract</em>'.
2859 * @see org.eclipse.viatra.solver.language.solverLanguage.Statement#isAbstract()
2860 * @see #getStatement()
2861 * @generated
2862 */
2863 EAttribute getStatement_Abstract();
2864
2865 /**
2866 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getName <em>Name</em>}'.
2867 * <!-- begin-user-doc -->
2868 * <!-- end-user-doc -->
2869 * @return the meta object for the attribute '<em>Name</em>'.
2870 * @see org.eclipse.viatra.solver.language.solverLanguage.Statement#getName()
2871 * @see #getStatement()
2872 * @generated
2873 */
2874 EAttribute getStatement_Name();
2875
2876 /**
2877 * Returns the meta object for the reference list '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getSuperclasses <em>Superclasses</em>}'.
2878 * <!-- begin-user-doc -->
2879 * <!-- end-user-doc -->
2880 * @return the meta object for the reference list '<em>Superclasses</em>'.
2881 * @see org.eclipse.viatra.solver.language.solverLanguage.Statement#getSuperclasses()
2882 * @see #getStatement()
2883 * @generated
2884 */
2885 EReference getStatement_Superclasses();
2886
2887 /**
2888 * Returns the meta object for the containment reference list '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getMembers <em>Members</em>}'.
2889 * <!-- begin-user-doc -->
2890 * <!-- end-user-doc -->
2891 * @return the meta object for the containment reference list '<em>Members</em>'.
2892 * @see org.eclipse.viatra.solver.language.solverLanguage.Statement#getMembers()
2893 * @see #getStatement()
2894 * @generated
2895 */
2896 EReference getStatement_Members();
2897
2898 /**
2899 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.PredicateDefinition <em>Predicate Definition</em>}'. 1722 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.PredicateDefinition <em>Predicate Definition</em>}'.
2900 * <!-- begin-user-doc --> 1723 * <!-- begin-user-doc -->
2901 * <!-- end-user-doc --> 1724 * <!-- end-user-doc -->
@@ -3280,17 +2103,6 @@ public interface SolverLanguagePackage extends EPackage
3280 EReference getCall_Functor(); 2103 EReference getCall_Functor();
3281 2104
3282 /** 2105 /**
3283 * Returns the meta object for the containment reference '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}'.
3284 * <!-- begin-user-doc -->
3285 * <!-- end-user-doc -->
3286 * @return the meta object for the containment reference '<em>Argument List</em>'.
3287 * @see org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList()
3288 * @see #getCall()
3289 * @generated
3290 */
3291 EReference getCall_ArgumentList();
3292
3293 /**
3294 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isTransitiveClosure <em>Transitive Closure</em>}'. 2106 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#isTransitiveClosure <em>Transitive Closure</em>}'.
3295 * <!-- begin-user-doc --> 2107 * <!-- begin-user-doc -->
3296 * <!-- end-user-doc --> 2108 * <!-- end-user-doc -->
@@ -3313,6 +2125,17 @@ public interface SolverLanguagePackage extends EPackage
3313 EAttribute getCall_ReflexiveTransitiveClosure(); 2125 EAttribute getCall_ReflexiveTransitiveClosure();
3314 2126
3315 /** 2127 /**
2128 * Returns the meta object for the containment reference '{@link org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList <em>Argument List</em>}'.
2129 * <!-- begin-user-doc -->
2130 * <!-- end-user-doc -->
2131 * @return the meta object for the containment reference '<em>Argument List</em>'.
2132 * @see org.eclipse.viatra.solver.language.solverLanguage.Call#getArgumentList()
2133 * @see #getCall()
2134 * @generated
2135 */
2136 EReference getCall_ArgumentList();
2137
2138 /**
3316 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.ArgumentList <em>Argument List</em>}'. 2139 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.ArgumentList <em>Argument List</em>}'.
3317 * <!-- begin-user-doc --> 2140 * <!-- begin-user-doc -->
3318 * <!-- end-user-doc --> 2141 * <!-- end-user-doc -->
@@ -3574,6 +2397,60 @@ public interface SolverLanguagePackage extends EPackage
3574 EAttribute getStringLiteral_Value(); 2397 EAttribute getStringLiteral_Value();
3575 2398
3576 /** 2399 /**
2400 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition <em>Class Definition</em>}'.
2401 * <!-- begin-user-doc -->
2402 * <!-- end-user-doc -->
2403 * @return the meta object for class '<em>Class Definition</em>'.
2404 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition
2405 * @generated
2406 */
2407 EClass getClassDefinition();
2408
2409 /**
2410 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#isAbstract <em>Abstract</em>}'.
2411 * <!-- begin-user-doc -->
2412 * <!-- end-user-doc -->
2413 * @return the meta object for the attribute '<em>Abstract</em>'.
2414 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#isAbstract()
2415 * @see #getClassDefinition()
2416 * @generated
2417 */
2418 EAttribute getClassDefinition_Abstract();
2419
2420 /**
2421 * Returns the meta object for the attribute '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getName <em>Name</em>}'.
2422 * <!-- begin-user-doc -->
2423 * <!-- end-user-doc -->
2424 * @return the meta object for the attribute '<em>Name</em>'.
2425 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getName()
2426 * @see #getClassDefinition()
2427 * @generated
2428 */
2429 EAttribute getClassDefinition_Name();
2430
2431 /**
2432 * Returns the meta object for the reference list '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getSuperclasses <em>Superclasses</em>}'.
2433 * <!-- begin-user-doc -->
2434 * <!-- end-user-doc -->
2435 * @return the meta object for the reference list '<em>Superclasses</em>'.
2436 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getSuperclasses()
2437 * @see #getClassDefinition()
2438 * @generated
2439 */
2440 EReference getClassDefinition_Superclasses();
2441
2442 /**
2443 * Returns the meta object for the containment reference list '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getMembers <em>Members</em>}'.
2444 * <!-- begin-user-doc -->
2445 * <!-- end-user-doc -->
2446 * @return the meta object for the containment reference list '<em>Members</em>'.
2447 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition#getMembers()
2448 * @see #getClassDefinition()
2449 * @generated
2450 */
2451 EReference getClassDefinition_Members();
2452
2453 /**
3577 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition <em>Member Definition</em>}'. 2454 * Returns the meta object for class '{@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition <em>Member Definition</em>}'.
3578 * <!-- begin-user-doc --> 2455 * <!-- begin-user-doc -->
3579 * <!-- end-user-doc --> 2456 * <!-- end-user-doc -->
@@ -4184,38 +3061,6 @@ public interface SolverLanguagePackage extends EPackage
4184 EClass STATEMENT = eINSTANCE.getStatement(); 3061 EClass STATEMENT = eINSTANCE.getStatement();
4185 3062
4186 /** 3063 /**
4187 * The meta object literal for the '<em><b>Abstract</b></em>' attribute feature.
4188 * <!-- begin-user-doc -->
4189 * <!-- end-user-doc -->
4190 * @generated
4191 */
4192 EAttribute STATEMENT__ABSTRACT = eINSTANCE.getStatement_Abstract();
4193
4194 /**
4195 * The meta object literal for the '<em><b>Name</b></em>' attribute feature.
4196 * <!-- begin-user-doc -->
4197 * <!-- end-user-doc -->
4198 * @generated
4199 */
4200 EAttribute STATEMENT__NAME = eINSTANCE.getStatement_Name();
4201
4202 /**
4203 * The meta object literal for the '<em><b>Superclasses</b></em>' reference list feature.
4204 * <!-- begin-user-doc -->
4205 * <!-- end-user-doc -->
4206 * @generated
4207 */
4208 EReference STATEMENT__SUPERCLASSES = eINSTANCE.getStatement_Superclasses();
4209
4210 /**
4211 * The meta object literal for the '<em><b>Members</b></em>' containment reference list feature.
4212 * <!-- begin-user-doc -->
4213 * <!-- end-user-doc -->
4214 * @generated
4215 */
4216 EReference STATEMENT__MEMBERS = eINSTANCE.getStatement_Members();
4217
4218 /**
4219 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.PredicateDefinitionImpl <em>Predicate Definition</em>}' class. 3064 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.PredicateDefinitionImpl <em>Predicate Definition</em>}' class.
4220 * <!-- begin-user-doc --> 3065 * <!-- begin-user-doc -->
4221 * <!-- end-user-doc --> 3066 * <!-- end-user-doc -->
@@ -4528,28 +3373,28 @@ public interface SolverLanguagePackage extends EPackage
4528 EReference CALL__FUNCTOR = eINSTANCE.getCall_Functor(); 3373 EReference CALL__FUNCTOR = eINSTANCE.getCall_Functor();
4529 3374
4530 /** 3375 /**
4531 * The meta object literal for the '<em><b>Argument List</b></em>' containment reference feature. 3376 * The meta object literal for the '<em><b>Transitive Closure</b></em>' attribute feature.
4532 * <!-- begin-user-doc --> 3377 * <!-- begin-user-doc -->
4533 * <!-- end-user-doc --> 3378 * <!-- end-user-doc -->
4534 * @generated 3379 * @generated
4535 */ 3380 */
4536 EReference CALL__ARGUMENT_LIST = eINSTANCE.getCall_ArgumentList(); 3381 EAttribute CALL__TRANSITIVE_CLOSURE = eINSTANCE.getCall_TransitiveClosure();
4537 3382
4538 /** 3383 /**
4539 * The meta object literal for the '<em><b>Transitive Closure</b></em>' attribute feature. 3384 * The meta object literal for the '<em><b>Reflexive Transitive Closure</b></em>' attribute feature.
4540 * <!-- begin-user-doc --> 3385 * <!-- begin-user-doc -->
4541 * <!-- end-user-doc --> 3386 * <!-- end-user-doc -->
4542 * @generated 3387 * @generated
4543 */ 3388 */
4544 EAttribute CALL__TRANSITIVE_CLOSURE = eINSTANCE.getCall_TransitiveClosure(); 3389 EAttribute CALL__REFLEXIVE_TRANSITIVE_CLOSURE = eINSTANCE.getCall_ReflexiveTransitiveClosure();
4545 3390
4546 /** 3391 /**
4547 * The meta object literal for the '<em><b>Reflexive Transitive Closure</b></em>' attribute feature. 3392 * The meta object literal for the '<em><b>Argument List</b></em>' containment reference feature.
4548 * <!-- begin-user-doc --> 3393 * <!-- begin-user-doc -->
4549 * <!-- end-user-doc --> 3394 * <!-- end-user-doc -->
4550 * @generated 3395 * @generated
4551 */ 3396 */
4552 EAttribute CALL__REFLEXIVE_TRANSITIVE_CLOSURE = eINSTANCE.getCall_ReflexiveTransitiveClosure(); 3397 EReference CALL__ARGUMENT_LIST = eINSTANCE.getCall_ArgumentList();
4553 3398
4554 /** 3399 /**
4555 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ArgumentListImpl <em>Argument List</em>}' class. 3400 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ArgumentListImpl <em>Argument List</em>}' class.
@@ -4780,6 +3625,48 @@ public interface SolverLanguagePackage extends EPackage
4780 EAttribute STRING_LITERAL__VALUE = eINSTANCE.getStringLiteral_Value(); 3625 EAttribute STRING_LITERAL__VALUE = eINSTANCE.getStringLiteral_Value();
4781 3626
4782 /** 3627 /**
3628 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl <em>Class Definition</em>}' class.
3629 * <!-- begin-user-doc -->
3630 * <!-- end-user-doc -->
3631 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl
3632 * @see org.eclipse.viatra.solver.language.solverLanguage.impl.SolverLanguagePackageImpl#getClassDefinition()
3633 * @generated
3634 */
3635 EClass CLASS_DEFINITION = eINSTANCE.getClassDefinition();
3636
3637 /**
3638 * The meta object literal for the '<em><b>Abstract</b></em>' attribute feature.
3639 * <!-- begin-user-doc -->
3640 * <!-- end-user-doc -->
3641 * @generated
3642 */
3643 EAttribute CLASS_DEFINITION__ABSTRACT = eINSTANCE.getClassDefinition_Abstract();
3644
3645 /**
3646 * The meta object literal for the '<em><b>Name</b></em>' attribute feature.
3647 * <!-- begin-user-doc -->
3648 * <!-- end-user-doc -->
3649 * @generated
3650 */
3651 EAttribute CLASS_DEFINITION__NAME = eINSTANCE.getClassDefinition_Name();
3652
3653 /**
3654 * The meta object literal for the '<em><b>Superclasses</b></em>' reference list feature.
3655 * <!-- begin-user-doc -->
3656 * <!-- end-user-doc -->
3657 * @generated
3658 */
3659 EReference CLASS_DEFINITION__SUPERCLASSES = eINSTANCE.getClassDefinition_Superclasses();
3660
3661 /**
3662 * The meta object literal for the '<em><b>Members</b></em>' containment reference list feature.
3663 * <!-- begin-user-doc -->
3664 * <!-- end-user-doc -->
3665 * @generated
3666 */
3667 EReference CLASS_DEFINITION__MEMBERS = eINSTANCE.getClassDefinition_Members();
3668
3669 /**
4783 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.MemberDefinitionImpl <em>Member Definition</em>}' class. 3670 * The meta object literal for the '{@link org.eclipse.viatra.solver.language.solverLanguage.impl.MemberDefinitionImpl <em>Member Definition</em>}' class.
4784 * <!-- begin-user-doc --> 3671 * <!-- begin-user-doc -->
4785 * <!-- end-user-doc --> 3672 * <!-- end-user-doc -->
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Statement.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Statement.java
index 9c3be9d6..7c8d208f 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Statement.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/Statement.java
@@ -3,8 +3,6 @@
3 */ 3 */
4package org.eclipse.viatra.solver.language.solverLanguage; 4package org.eclipse.viatra.solver.language.solverLanguage;
5 5
6import org.eclipse.emf.common.util.EList;
7
8import org.eclipse.emf.ecore.EObject; 6import org.eclipse.emf.ecore.EObject;
9 7
10/** 8/**
@@ -12,15 +10,6 @@ import org.eclipse.emf.ecore.EObject;
12 * A representation of the model object '<em><b>Statement</b></em>'. 10 * A representation of the model object '<em><b>Statement</b></em>'.
13 * <!-- end-user-doc --> 11 * <!-- end-user-doc -->
14 * 12 *
15 * <p>
16 * The following features are supported:
17 * </p>
18 * <ul>
19 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#isAbstract <em>Abstract</em>}</li>
20 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getName <em>Name</em>}</li>
21 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getSuperclasses <em>Superclasses</em>}</li>
22 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getMembers <em>Members</em>}</li>
23 * </ul>
24 * 13 *
25 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement() 14 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement()
26 * @model 15 * @model
@@ -28,72 +17,4 @@ import org.eclipse.emf.ecore.EObject;
28 */ 17 */
29public interface Statement extends EObject 18public interface Statement extends EObject
30{ 19{
31 /**
32 * Returns the value of the '<em><b>Abstract</b></em>' attribute.
33 * <!-- begin-user-doc -->
34 * <!-- end-user-doc -->
35 * @return the value of the '<em>Abstract</em>' attribute.
36 * @see #setAbstract(boolean)
37 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement_Abstract()
38 * @model
39 * @generated
40 */
41 boolean isAbstract();
42
43 /**
44 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#isAbstract <em>Abstract</em>}' attribute.
45 * <!-- begin-user-doc -->
46 * <!-- end-user-doc -->
47 * @param value the new value of the '<em>Abstract</em>' attribute.
48 * @see #isAbstract()
49 * @generated
50 */
51 void setAbstract(boolean value);
52
53 /**
54 * Returns the value of the '<em><b>Name</b></em>' attribute.
55 * <!-- begin-user-doc -->
56 * <!-- end-user-doc -->
57 * @return the value of the '<em>Name</em>' attribute.
58 * @see #setName(String)
59 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement_Name()
60 * @model
61 * @generated
62 */
63 String getName();
64
65 /**
66 * Sets the value of the '{@link org.eclipse.viatra.solver.language.solverLanguage.Statement#getName <em>Name</em>}' attribute.
67 * <!-- begin-user-doc -->
68 * <!-- end-user-doc -->
69 * @param value the new value of the '<em>Name</em>' attribute.
70 * @see #getName()
71 * @generated
72 */
73 void setName(String value);
74
75 /**
76 * Returns the value of the '<em><b>Superclasses</b></em>' reference list.
77 * The list contents are of type {@link org.eclipse.viatra.solver.language.solverLanguage.NamedElement}.
78 * <!-- begin-user-doc -->
79 * <!-- end-user-doc -->
80 * @return the value of the '<em>Superclasses</em>' reference list.
81 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement_Superclasses()
82 * @model
83 * @generated
84 */
85 EList<NamedElement> getSuperclasses();
86
87 /**
88 * Returns the value of the '<em><b>Members</b></em>' containment reference list.
89 * The list contents are of type {@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition}.
90 * <!-- begin-user-doc -->
91 * <!-- end-user-doc -->
92 * @return the value of the '<em>Members</em>' containment reference list.
93 * @see org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage#getStatement_Members()
94 * @model containment="true"
95 * @generated
96 */
97 EList<MemberDefinition> getMembers();
98
99} // Statement 20} // Statement
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/CallImpl.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/CallImpl.java
index fde31be5..01712ad3 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/CallImpl.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/CallImpl.java
@@ -25,9 +25,9 @@ import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage;
25 * </p> 25 * </p>
26 * <ul> 26 * <ul>
27 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#getFunctor <em>Functor</em>}</li> 27 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#getFunctor <em>Functor</em>}</li>
28 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#getArgumentList <em>Argument List</em>}</li>
29 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#isTransitiveClosure <em>Transitive Closure</em>}</li> 28 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#isTransitiveClosure <em>Transitive Closure</em>}</li>
30 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#isReflexiveTransitiveClosure <em>Reflexive Transitive Closure</em>}</li> 29 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#isReflexiveTransitiveClosure <em>Reflexive Transitive Closure</em>}</li>
30 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.CallImpl#getArgumentList <em>Argument List</em>}</li>
31 * </ul> 31 * </ul>
32 * 32 *
33 * @generated 33 * @generated
@@ -45,16 +45,6 @@ public class CallImpl extends ExpressionImpl implements Call
45 protected Reference functor; 45 protected Reference functor;
46 46
47 /** 47 /**
48 * The cached value of the '{@link #getArgumentList() <em>Argument List</em>}' containment reference.
49 * <!-- begin-user-doc -->
50 * <!-- end-user-doc -->
51 * @see #getArgumentList()
52 * @generated
53 * @ordered
54 */
55 protected ArgumentList argumentList;
56
57 /**
58 * The default value of the '{@link #isTransitiveClosure() <em>Transitive Closure</em>}' attribute. 48 * The default value of the '{@link #isTransitiveClosure() <em>Transitive Closure</em>}' attribute.
59 * <!-- begin-user-doc --> 49 * <!-- begin-user-doc -->
60 * <!-- end-user-doc --> 50 * <!-- end-user-doc -->
@@ -95,6 +85,16 @@ public class CallImpl extends ExpressionImpl implements Call
95 protected boolean reflexiveTransitiveClosure = REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT; 85 protected boolean reflexiveTransitiveClosure = REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT;
96 86
97 /** 87 /**
88 * The cached value of the '{@link #getArgumentList() <em>Argument List</em>}' containment reference.
89 * <!-- begin-user-doc -->
90 * <!-- end-user-doc -->
91 * @see #getArgumentList()
92 * @generated
93 * @ordered
94 */
95 protected ArgumentList argumentList;
96
97 /**
98 * <!-- begin-user-doc --> 98 * <!-- begin-user-doc -->
99 * <!-- end-user-doc --> 99 * <!-- end-user-doc -->
100 * @generated 100 * @generated
@@ -171,9 +171,9 @@ public class CallImpl extends ExpressionImpl implements Call
171 * @generated 171 * @generated
172 */ 172 */
173 @Override 173 @Override
174 public ArgumentList getArgumentList() 174 public boolean isTransitiveClosure()
175 { 175 {
176 return argumentList; 176 return transitiveClosure;
177 } 177 }
178 178
179 /** 179 /**
@@ -181,16 +181,13 @@ public class CallImpl extends ExpressionImpl implements Call
181 * <!-- end-user-doc --> 181 * <!-- end-user-doc -->
182 * @generated 182 * @generated
183 */ 183 */
184 public NotificationChain basicSetArgumentList(ArgumentList newArgumentList, NotificationChain msgs) 184 @Override
185 public void setTransitiveClosure(boolean newTransitiveClosure)
185 { 186 {
186 ArgumentList oldArgumentList = argumentList; 187 boolean oldTransitiveClosure = transitiveClosure;
187 argumentList = newArgumentList; 188 transitiveClosure = newTransitiveClosure;
188 if (eNotificationRequired()) 189 if (eNotificationRequired())
189 { 190 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE, oldTransitiveClosure, transitiveClosure));
190 ENotificationImpl notification = new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__ARGUMENT_LIST, oldArgumentList, newArgumentList);
191 if (msgs == null) msgs = notification; else msgs.add(notification);
192 }
193 return msgs;
194 } 191 }
195 192
196 /** 193 /**
@@ -199,20 +196,9 @@ public class CallImpl extends ExpressionImpl implements Call
199 * @generated 196 * @generated
200 */ 197 */
201 @Override 198 @Override
202 public void setArgumentList(ArgumentList newArgumentList) 199 public boolean isReflexiveTransitiveClosure()
203 { 200 {
204 if (newArgumentList != argumentList) 201 return reflexiveTransitiveClosure;
205 {
206 NotificationChain msgs = null;
207 if (argumentList != null)
208 msgs = ((InternalEObject)argumentList).eInverseRemove(this, EOPPOSITE_FEATURE_BASE - SolverLanguagePackage.CALL__ARGUMENT_LIST, null, msgs);
209 if (newArgumentList != null)
210 msgs = ((InternalEObject)newArgumentList).eInverseAdd(this, EOPPOSITE_FEATURE_BASE - SolverLanguagePackage.CALL__ARGUMENT_LIST, null, msgs);
211 msgs = basicSetArgumentList(newArgumentList, msgs);
212 if (msgs != null) msgs.dispatch();
213 }
214 else if (eNotificationRequired())
215 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__ARGUMENT_LIST, newArgumentList, newArgumentList));
216 } 202 }
217 203
218 /** 204 /**
@@ -221,9 +207,12 @@ public class CallImpl extends ExpressionImpl implements Call
221 * @generated 207 * @generated
222 */ 208 */
223 @Override 209 @Override
224 public boolean isTransitiveClosure() 210 public void setReflexiveTransitiveClosure(boolean newReflexiveTransitiveClosure)
225 { 211 {
226 return transitiveClosure; 212 boolean oldReflexiveTransitiveClosure = reflexiveTransitiveClosure;
213 reflexiveTransitiveClosure = newReflexiveTransitiveClosure;
214 if (eNotificationRequired())
215 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE, oldReflexiveTransitiveClosure, reflexiveTransitiveClosure));
227 } 216 }
228 217
229 /** 218 /**
@@ -232,12 +221,9 @@ public class CallImpl extends ExpressionImpl implements Call
232 * @generated 221 * @generated
233 */ 222 */
234 @Override 223 @Override
235 public void setTransitiveClosure(boolean newTransitiveClosure) 224 public ArgumentList getArgumentList()
236 { 225 {
237 boolean oldTransitiveClosure = transitiveClosure; 226 return argumentList;
238 transitiveClosure = newTransitiveClosure;
239 if (eNotificationRequired())
240 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE, oldTransitiveClosure, transitiveClosure));
241 } 227 }
242 228
243 /** 229 /**
@@ -245,10 +231,16 @@ public class CallImpl extends ExpressionImpl implements Call
245 * <!-- end-user-doc --> 231 * <!-- end-user-doc -->
246 * @generated 232 * @generated
247 */ 233 */
248 @Override 234 public NotificationChain basicSetArgumentList(ArgumentList newArgumentList, NotificationChain msgs)
249 public boolean isReflexiveTransitiveClosure()
250 { 235 {
251 return reflexiveTransitiveClosure; 236 ArgumentList oldArgumentList = argumentList;
237 argumentList = newArgumentList;
238 if (eNotificationRequired())
239 {
240 ENotificationImpl notification = new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__ARGUMENT_LIST, oldArgumentList, newArgumentList);
241 if (msgs == null) msgs = notification; else msgs.add(notification);
242 }
243 return msgs;
252 } 244 }
253 245
254 /** 246 /**
@@ -257,12 +249,20 @@ public class CallImpl extends ExpressionImpl implements Call
257 * @generated 249 * @generated
258 */ 250 */
259 @Override 251 @Override
260 public void setReflexiveTransitiveClosure(boolean newReflexiveTransitiveClosure) 252 public void setArgumentList(ArgumentList newArgumentList)
261 { 253 {
262 boolean oldReflexiveTransitiveClosure = reflexiveTransitiveClosure; 254 if (newArgumentList != argumentList)
263 reflexiveTransitiveClosure = newReflexiveTransitiveClosure; 255 {
264 if (eNotificationRequired()) 256 NotificationChain msgs = null;
265 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE, oldReflexiveTransitiveClosure, reflexiveTransitiveClosure)); 257 if (argumentList != null)
258 msgs = ((InternalEObject)argumentList).eInverseRemove(this, EOPPOSITE_FEATURE_BASE - SolverLanguagePackage.CALL__ARGUMENT_LIST, null, msgs);
259 if (newArgumentList != null)
260 msgs = ((InternalEObject)newArgumentList).eInverseAdd(this, EOPPOSITE_FEATURE_BASE - SolverLanguagePackage.CALL__ARGUMENT_LIST, null, msgs);
261 msgs = basicSetArgumentList(newArgumentList, msgs);
262 if (msgs != null) msgs.dispatch();
263 }
264 else if (eNotificationRequired())
265 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CALL__ARGUMENT_LIST, newArgumentList, newArgumentList));
266 } 266 }
267 267
268 /** 268 /**
@@ -295,12 +295,12 @@ public class CallImpl extends ExpressionImpl implements Call
295 { 295 {
296 case SolverLanguagePackage.CALL__FUNCTOR: 296 case SolverLanguagePackage.CALL__FUNCTOR:
297 return getFunctor(); 297 return getFunctor();
298 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
299 return getArgumentList();
300 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE: 298 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE:
301 return isTransitiveClosure(); 299 return isTransitiveClosure();
302 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE: 300 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE:
303 return isReflexiveTransitiveClosure(); 301 return isReflexiveTransitiveClosure();
302 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
303 return getArgumentList();
304 } 304 }
305 return super.eGet(featureID, resolve, coreType); 305 return super.eGet(featureID, resolve, coreType);
306 } 306 }
@@ -318,15 +318,15 @@ public class CallImpl extends ExpressionImpl implements Call
318 case SolverLanguagePackage.CALL__FUNCTOR: 318 case SolverLanguagePackage.CALL__FUNCTOR:
319 setFunctor((Reference)newValue); 319 setFunctor((Reference)newValue);
320 return; 320 return;
321 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
322 setArgumentList((ArgumentList)newValue);
323 return;
324 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE: 321 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE:
325 setTransitiveClosure((Boolean)newValue); 322 setTransitiveClosure((Boolean)newValue);
326 return; 323 return;
327 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE: 324 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE:
328 setReflexiveTransitiveClosure((Boolean)newValue); 325 setReflexiveTransitiveClosure((Boolean)newValue);
329 return; 326 return;
327 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
328 setArgumentList((ArgumentList)newValue);
329 return;
330 } 330 }
331 super.eSet(featureID, newValue); 331 super.eSet(featureID, newValue);
332 } 332 }
@@ -344,15 +344,15 @@ public class CallImpl extends ExpressionImpl implements Call
344 case SolverLanguagePackage.CALL__FUNCTOR: 344 case SolverLanguagePackage.CALL__FUNCTOR:
345 setFunctor((Reference)null); 345 setFunctor((Reference)null);
346 return; 346 return;
347 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
348 setArgumentList((ArgumentList)null);
349 return;
350 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE: 347 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE:
351 setTransitiveClosure(TRANSITIVE_CLOSURE_EDEFAULT); 348 setTransitiveClosure(TRANSITIVE_CLOSURE_EDEFAULT);
352 return; 349 return;
353 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE: 350 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE:
354 setReflexiveTransitiveClosure(REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT); 351 setReflexiveTransitiveClosure(REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT);
355 return; 352 return;
353 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
354 setArgumentList((ArgumentList)null);
355 return;
356 } 356 }
357 super.eUnset(featureID); 357 super.eUnset(featureID);
358 } 358 }
@@ -369,12 +369,12 @@ public class CallImpl extends ExpressionImpl implements Call
369 { 369 {
370 case SolverLanguagePackage.CALL__FUNCTOR: 370 case SolverLanguagePackage.CALL__FUNCTOR:
371 return functor != null; 371 return functor != null;
372 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
373 return argumentList != null;
374 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE: 372 case SolverLanguagePackage.CALL__TRANSITIVE_CLOSURE:
375 return transitiveClosure != TRANSITIVE_CLOSURE_EDEFAULT; 373 return transitiveClosure != TRANSITIVE_CLOSURE_EDEFAULT;
376 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE: 374 case SolverLanguagePackage.CALL__REFLEXIVE_TRANSITIVE_CLOSURE:
377 return reflexiveTransitiveClosure != REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT; 375 return reflexiveTransitiveClosure != REFLEXIVE_TRANSITIVE_CLOSURE_EDEFAULT;
376 case SolverLanguagePackage.CALL__ARGUMENT_LIST:
377 return argumentList != null;
378 } 378 }
379 return super.eIsSet(featureID); 379 return super.eIsSet(featureID);
380 } 380 }
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/ClassDefinitionImpl.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/ClassDefinitionImpl.java
new file mode 100644
index 00000000..f0a81764
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/ClassDefinitionImpl.java
@@ -0,0 +1,340 @@
1/**
2 * generated by Xtext 2.21.0
3 */
4package org.eclipse.viatra.solver.language.solverLanguage.impl;
5
6import java.util.Collection;
7
8import org.eclipse.emf.common.notify.Notification;
9import org.eclipse.emf.common.notify.NotificationChain;
10
11import org.eclipse.emf.common.util.EList;
12
13import org.eclipse.emf.ecore.EClass;
14import org.eclipse.emf.ecore.InternalEObject;
15
16import org.eclipse.emf.ecore.impl.ENotificationImpl;
17
18import org.eclipse.emf.ecore.util.EObjectContainmentEList;
19import org.eclipse.emf.ecore.util.EObjectResolvingEList;
20import org.eclipse.emf.ecore.util.InternalEList;
21
22import org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition;
23import org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition;
24import org.eclipse.viatra.solver.language.solverLanguage.NamedElement;
25import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage;
26
27/**
28 * <!-- begin-user-doc -->
29 * An implementation of the model object '<em><b>Class Definition</b></em>'.
30 * <!-- end-user-doc -->
31 * <p>
32 * The following features are implemented:
33 * </p>
34 * <ul>
35 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl#isAbstract <em>Abstract</em>}</li>
36 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl#getName <em>Name</em>}</li>
37 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl#getSuperclasses <em>Superclasses</em>}</li>
38 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.ClassDefinitionImpl#getMembers <em>Members</em>}</li>
39 * </ul>
40 *
41 * @generated
42 */
43public class ClassDefinitionImpl extends StatementImpl implements ClassDefinition
44{
45 /**
46 * The default value of the '{@link #isAbstract() <em>Abstract</em>}' attribute.
47 * <!-- begin-user-doc -->
48 * <!-- end-user-doc -->
49 * @see #isAbstract()
50 * @generated
51 * @ordered
52 */
53 protected static final boolean ABSTRACT_EDEFAULT = false;
54
55 /**
56 * The cached value of the '{@link #isAbstract() <em>Abstract</em>}' attribute.
57 * <!-- begin-user-doc -->
58 * <!-- end-user-doc -->
59 * @see #isAbstract()
60 * @generated
61 * @ordered
62 */
63 protected boolean abstract_ = ABSTRACT_EDEFAULT;
64
65 /**
66 * The default value of the '{@link #getName() <em>Name</em>}' attribute.
67 * <!-- begin-user-doc -->
68 * <!-- end-user-doc -->
69 * @see #getName()
70 * @generated
71 * @ordered
72 */
73 protected static final String NAME_EDEFAULT = null;
74
75 /**
76 * The cached value of the '{@link #getName() <em>Name</em>}' attribute.
77 * <!-- begin-user-doc -->
78 * <!-- end-user-doc -->
79 * @see #getName()
80 * @generated
81 * @ordered
82 */
83 protected String name = NAME_EDEFAULT;
84
85 /**
86 * The cached value of the '{@link #getSuperclasses() <em>Superclasses</em>}' reference list.
87 * <!-- begin-user-doc -->
88 * <!-- end-user-doc -->
89 * @see #getSuperclasses()
90 * @generated
91 * @ordered
92 */
93 protected EList<NamedElement> superclasses;
94
95 /**
96 * The cached value of the '{@link #getMembers() <em>Members</em>}' containment reference list.
97 * <!-- begin-user-doc -->
98 * <!-- end-user-doc -->
99 * @see #getMembers()
100 * @generated
101 * @ordered
102 */
103 protected EList<MemberDefinition> members;
104
105 /**
106 * <!-- begin-user-doc -->
107 * <!-- end-user-doc -->
108 * @generated
109 */
110 protected ClassDefinitionImpl()
111 {
112 super();
113 }
114
115 /**
116 * <!-- begin-user-doc -->
117 * <!-- end-user-doc -->
118 * @generated
119 */
120 @Override
121 protected EClass eStaticClass()
122 {
123 return SolverLanguagePackage.Literals.CLASS_DEFINITION;
124 }
125
126 /**
127 * <!-- begin-user-doc -->
128 * <!-- end-user-doc -->
129 * @generated
130 */
131 @Override
132 public boolean isAbstract()
133 {
134 return abstract_;
135 }
136
137 /**
138 * <!-- begin-user-doc -->
139 * <!-- end-user-doc -->
140 * @generated
141 */
142 @Override
143 public void setAbstract(boolean newAbstract)
144 {
145 boolean oldAbstract = abstract_;
146 abstract_ = newAbstract;
147 if (eNotificationRequired())
148 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CLASS_DEFINITION__ABSTRACT, oldAbstract, abstract_));
149 }
150
151 /**
152 * <!-- begin-user-doc -->
153 * <!-- end-user-doc -->
154 * @generated
155 */
156 @Override
157 public String getName()
158 {
159 return name;
160 }
161
162 /**
163 * <!-- begin-user-doc -->
164 * <!-- end-user-doc -->
165 * @generated
166 */
167 @Override
168 public void setName(String newName)
169 {
170 String oldName = name;
171 name = newName;
172 if (eNotificationRequired())
173 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.CLASS_DEFINITION__NAME, oldName, name));
174 }
175
176 /**
177 * <!-- begin-user-doc -->
178 * <!-- end-user-doc -->
179 * @generated
180 */
181 @Override
182 public EList<NamedElement> getSuperclasses()
183 {
184 if (superclasses == null)
185 {
186 superclasses = new EObjectResolvingEList<NamedElement>(NamedElement.class, this, SolverLanguagePackage.CLASS_DEFINITION__SUPERCLASSES);
187 }
188 return superclasses;
189 }
190
191 /**
192 * <!-- begin-user-doc -->
193 * <!-- end-user-doc -->
194 * @generated
195 */
196 @Override
197 public EList<MemberDefinition> getMembers()
198 {
199 if (members == null)
200 {
201 members = new EObjectContainmentEList<MemberDefinition>(MemberDefinition.class, this, SolverLanguagePackage.CLASS_DEFINITION__MEMBERS);
202 }
203 return members;
204 }
205
206 /**
207 * <!-- begin-user-doc -->
208 * <!-- end-user-doc -->
209 * @generated
210 */
211 @Override
212 public NotificationChain eInverseRemove(InternalEObject otherEnd, int featureID, NotificationChain msgs)
213 {
214 switch (featureID)
215 {
216 case SolverLanguagePackage.CLASS_DEFINITION__MEMBERS:
217 return ((InternalEList<?>)getMembers()).basicRemove(otherEnd, msgs);
218 }
219 return super.eInverseRemove(otherEnd, featureID, msgs);
220 }
221
222 /**
223 * <!-- begin-user-doc -->
224 * <!-- end-user-doc -->
225 * @generated
226 */
227 @Override
228 public Object eGet(int featureID, boolean resolve, boolean coreType)
229 {
230 switch (featureID)
231 {
232 case SolverLanguagePackage.CLASS_DEFINITION__ABSTRACT:
233 return isAbstract();
234 case SolverLanguagePackage.CLASS_DEFINITION__NAME:
235 return getName();
236 case SolverLanguagePackage.CLASS_DEFINITION__SUPERCLASSES:
237 return getSuperclasses();
238 case SolverLanguagePackage.CLASS_DEFINITION__MEMBERS:
239 return getMembers();
240 }
241 return super.eGet(featureID, resolve, coreType);
242 }
243
244 /**
245 * <!-- begin-user-doc -->
246 * <!-- end-user-doc -->
247 * @generated
248 */
249 @SuppressWarnings("unchecked")
250 @Override
251 public void eSet(int featureID, Object newValue)
252 {
253 switch (featureID)
254 {
255 case SolverLanguagePackage.CLASS_DEFINITION__ABSTRACT:
256 setAbstract((Boolean)newValue);
257 return;
258 case SolverLanguagePackage.CLASS_DEFINITION__NAME:
259 setName((String)newValue);
260 return;
261 case SolverLanguagePackage.CLASS_DEFINITION__SUPERCLASSES:
262 getSuperclasses().clear();
263 getSuperclasses().addAll((Collection<? extends NamedElement>)newValue);
264 return;
265 case SolverLanguagePackage.CLASS_DEFINITION__MEMBERS:
266 getMembers().clear();
267 getMembers().addAll((Collection<? extends MemberDefinition>)newValue);
268 return;
269 }
270 super.eSet(featureID, newValue);
271 }
272
273 /**
274 * <!-- begin-user-doc -->
275 * <!-- end-user-doc -->
276 * @generated
277 */
278 @Override
279 public void eUnset(int featureID)
280 {
281 switch (featureID)
282 {
283 case SolverLanguagePackage.CLASS_DEFINITION__ABSTRACT:
284 setAbstract(ABSTRACT_EDEFAULT);
285 return;
286 case SolverLanguagePackage.CLASS_DEFINITION__NAME:
287 setName(NAME_EDEFAULT);
288 return;
289 case SolverLanguagePackage.CLASS_DEFINITION__SUPERCLASSES:
290 getSuperclasses().clear();
291 return;
292 case SolverLanguagePackage.CLASS_DEFINITION__MEMBERS:
293 getMembers().clear();
294 return;
295 }
296 super.eUnset(featureID);
297 }
298
299 /**
300 * <!-- begin-user-doc -->
301 * <!-- end-user-doc -->
302 * @generated
303 */
304 @Override
305 public boolean eIsSet(int featureID)
306 {
307 switch (featureID)
308 {
309 case SolverLanguagePackage.CLASS_DEFINITION__ABSTRACT:
310 return abstract_ != ABSTRACT_EDEFAULT;
311 case SolverLanguagePackage.CLASS_DEFINITION__NAME:
312 return NAME_EDEFAULT == null ? name != null : !NAME_EDEFAULT.equals(name);
313 case SolverLanguagePackage.CLASS_DEFINITION__SUPERCLASSES:
314 return superclasses != null && !superclasses.isEmpty();
315 case SolverLanguagePackage.CLASS_DEFINITION__MEMBERS:
316 return members != null && !members.isEmpty();
317 }
318 return super.eIsSet(featureID);
319 }
320
321 /**
322 * <!-- begin-user-doc -->
323 * <!-- end-user-doc -->
324 * @generated
325 */
326 @Override
327 public String toString()
328 {
329 if (eIsProxy()) return super.toString();
330
331 StringBuilder result = new StringBuilder(super.toString());
332 result.append(" (abstract: ");
333 result.append(abstract_);
334 result.append(", name: ");
335 result.append(name);
336 result.append(')');
337 return result.toString();
338 }
339
340} //ClassDefinitionImpl
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguageFactoryImpl.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguageFactoryImpl.java
index 8a5976c2..509d7568 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguageFactoryImpl.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguageFactoryImpl.java
@@ -94,6 +94,7 @@ public class SolverLanguageFactoryImpl extends EFactoryImpl implements SolverLan
94 case SolverLanguagePackage.INFINITY_LITERAL: return createInfinityLiteral(); 94 case SolverLanguagePackage.INFINITY_LITERAL: return createInfinityLiteral();
95 case SolverLanguagePackage.EMPTY_INTERVAL_LITERAL: return createEmptyIntervalLiteral(); 95 case SolverLanguagePackage.EMPTY_INTERVAL_LITERAL: return createEmptyIntervalLiteral();
96 case SolverLanguagePackage.STRING_LITERAL: return createStringLiteral(); 96 case SolverLanguagePackage.STRING_LITERAL: return createStringLiteral();
97 case SolverLanguagePackage.CLASS_DEFINITION: return createClassDefinition();
97 case SolverLanguagePackage.MEMBER_DEFINITION: return createMemberDefinition(); 98 case SolverLanguagePackage.MEMBER_DEFINITION: return createMemberDefinition();
98 case SolverLanguagePackage.MULTIPLICITY: return createMultiplicity(); 99 case SolverLanguagePackage.MULTIPLICITY: return createMultiplicity();
99 case SolverLanguagePackage.MANY_MULTIPLICITY: return createManyMultiplicity(); 100 case SolverLanguagePackage.MANY_MULTIPLICITY: return createManyMultiplicity();
@@ -513,6 +514,18 @@ public class SolverLanguageFactoryImpl extends EFactoryImpl implements SolverLan
513 * @generated 514 * @generated
514 */ 515 */
515 @Override 516 @Override
517 public ClassDefinition createClassDefinition()
518 {
519 ClassDefinitionImpl classDefinition = new ClassDefinitionImpl();
520 return classDefinition;
521 }
522
523 /**
524 * <!-- begin-user-doc -->
525 * <!-- end-user-doc -->
526 * @generated
527 */
528 @Override
516 public MemberDefinition createMemberDefinition() 529 public MemberDefinition createMemberDefinition()
517 { 530 {
518 MemberDefinitionImpl memberDefinition = new MemberDefinitionImpl(); 531 MemberDefinitionImpl memberDefinition = new MemberDefinitionImpl();
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguagePackageImpl.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguagePackageImpl.java
index 393a2545..39f811b9 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguagePackageImpl.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/SolverLanguagePackageImpl.java
@@ -22,6 +22,7 @@ import org.eclipse.viatra.solver.language.solverLanguage.BoundedMultiplicity;
22import org.eclipse.viatra.solver.language.solverLanguage.BoundedScopeDefinition; 22import org.eclipse.viatra.solver.language.solverLanguage.BoundedScopeDefinition;
23import org.eclipse.viatra.solver.language.solverLanguage.Call; 23import org.eclipse.viatra.solver.language.solverLanguage.Call;
24import org.eclipse.viatra.solver.language.solverLanguage.Case; 24import org.eclipse.viatra.solver.language.solverLanguage.Case;
25import org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition;
25import org.eclipse.viatra.solver.language.solverLanguage.Comparison; 26import org.eclipse.viatra.solver.language.solverLanguage.Comparison;
26import org.eclipse.viatra.solver.language.solverLanguage.Conjunction; 27import org.eclipse.viatra.solver.language.solverLanguage.Conjunction;
27import org.eclipse.viatra.solver.language.solverLanguage.Count; 28import org.eclipse.viatra.solver.language.solverLanguage.Count;
@@ -275,6 +276,13 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
275 * <!-- end-user-doc --> 276 * <!-- end-user-doc -->
276 * @generated 277 * @generated
277 */ 278 */
279 private EClass classDefinitionEClass = null;
280
281 /**
282 * <!-- begin-user-doc -->
283 * <!-- end-user-doc -->
284 * @generated
285 */
278 private EClass memberDefinitionEClass = null; 286 private EClass memberDefinitionEClass = null;
279 287
280 /** 288 /**
@@ -540,50 +548,6 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
540 * @generated 548 * @generated
541 */ 549 */
542 @Override 550 @Override
543 public EAttribute getStatement_Abstract()
544 {
545 return (EAttribute)statementEClass.getEStructuralFeatures().get(0);
546 }
547
548 /**
549 * <!-- begin-user-doc -->
550 * <!-- end-user-doc -->
551 * @generated
552 */
553 @Override
554 public EAttribute getStatement_Name()
555 {
556 return (EAttribute)statementEClass.getEStructuralFeatures().get(1);
557 }
558
559 /**
560 * <!-- begin-user-doc -->
561 * <!-- end-user-doc -->
562 * @generated
563 */
564 @Override
565 public EReference getStatement_Superclasses()
566 {
567 return (EReference)statementEClass.getEStructuralFeatures().get(2);
568 }
569
570 /**
571 * <!-- begin-user-doc -->
572 * <!-- end-user-doc -->
573 * @generated
574 */
575 @Override
576 public EReference getStatement_Members()
577 {
578 return (EReference)statementEClass.getEStructuralFeatures().get(3);
579 }
580
581 /**
582 * <!-- begin-user-doc -->
583 * <!-- end-user-doc -->
584 * @generated
585 */
586 @Override
587 public EClass getPredicateDefinition() 551 public EClass getPredicateDefinition()
588 { 552 {
589 return predicateDefinitionEClass; 553 return predicateDefinitionEClass;
@@ -980,9 +944,9 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
980 * @generated 944 * @generated
981 */ 945 */
982 @Override 946 @Override
983 public EReference getCall_ArgumentList() 947 public EAttribute getCall_TransitiveClosure()
984 { 948 {
985 return (EReference)callEClass.getEStructuralFeatures().get(1); 949 return (EAttribute)callEClass.getEStructuralFeatures().get(1);
986 } 950 }
987 951
988 /** 952 /**
@@ -991,7 +955,7 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
991 * @generated 955 * @generated
992 */ 956 */
993 @Override 957 @Override
994 public EAttribute getCall_TransitiveClosure() 958 public EAttribute getCall_ReflexiveTransitiveClosure()
995 { 959 {
996 return (EAttribute)callEClass.getEStructuralFeatures().get(2); 960 return (EAttribute)callEClass.getEStructuralFeatures().get(2);
997 } 961 }
@@ -1002,9 +966,9 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
1002 * @generated 966 * @generated
1003 */ 967 */
1004 @Override 968 @Override
1005 public EAttribute getCall_ReflexiveTransitiveClosure() 969 public EReference getCall_ArgumentList()
1006 { 970 {
1007 return (EAttribute)callEClass.getEStructuralFeatures().get(3); 971 return (EReference)callEClass.getEStructuralFeatures().get(3);
1008 } 972 }
1009 973
1010 /** 974 /**
@@ -1288,6 +1252,61 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
1288 * @generated 1252 * @generated
1289 */ 1253 */
1290 @Override 1254 @Override
1255 public EClass getClassDefinition()
1256 {
1257 return classDefinitionEClass;
1258 }
1259
1260 /**
1261 * <!-- begin-user-doc -->
1262 * <!-- end-user-doc -->
1263 * @generated
1264 */
1265 @Override
1266 public EAttribute getClassDefinition_Abstract()
1267 {
1268 return (EAttribute)classDefinitionEClass.getEStructuralFeatures().get(0);
1269 }
1270
1271 /**
1272 * <!-- begin-user-doc -->
1273 * <!-- end-user-doc -->
1274 * @generated
1275 */
1276 @Override
1277 public EAttribute getClassDefinition_Name()
1278 {
1279 return (EAttribute)classDefinitionEClass.getEStructuralFeatures().get(1);
1280 }
1281
1282 /**
1283 * <!-- begin-user-doc -->
1284 * <!-- end-user-doc -->
1285 * @generated
1286 */
1287 @Override
1288 public EReference getClassDefinition_Superclasses()
1289 {
1290 return (EReference)classDefinitionEClass.getEStructuralFeatures().get(2);
1291 }
1292
1293 /**
1294 * <!-- begin-user-doc -->
1295 * <!-- end-user-doc -->
1296 * @generated
1297 */
1298 @Override
1299 public EReference getClassDefinition_Members()
1300 {
1301 return (EReference)classDefinitionEClass.getEStructuralFeatures().get(3);
1302 }
1303
1304 /**
1305 * <!-- begin-user-doc -->
1306 * <!-- end-user-doc -->
1307 * @generated
1308 */
1309 @Override
1291 public EClass getMemberDefinition() 1310 public EClass getMemberDefinition()
1292 { 1311 {
1293 return memberDefinitionEClass; 1312 return memberDefinitionEClass;
@@ -1900,10 +1919,6 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
1900 createEReference(problemEClass, PROBLEM__STATEMENTS); 1919 createEReference(problemEClass, PROBLEM__STATEMENTS);
1901 1920
1902 statementEClass = createEClass(STATEMENT); 1921 statementEClass = createEClass(STATEMENT);
1903 createEAttribute(statementEClass, STATEMENT__ABSTRACT);
1904 createEAttribute(statementEClass, STATEMENT__NAME);
1905 createEReference(statementEClass, STATEMENT__SUPERCLASSES);
1906 createEReference(statementEClass, STATEMENT__MEMBERS);
1907 1922
1908 predicateDefinitionEClass = createEClass(PREDICATE_DEFINITION); 1923 predicateDefinitionEClass = createEClass(PREDICATE_DEFINITION);
1909 createEReference(predicateDefinitionEClass, PREDICATE_DEFINITION__HEAD); 1924 createEReference(predicateDefinitionEClass, PREDICATE_DEFINITION__HEAD);
@@ -1952,9 +1967,9 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
1952 1967
1953 callEClass = createEClass(CALL); 1968 callEClass = createEClass(CALL);
1954 createEReference(callEClass, CALL__FUNCTOR); 1969 createEReference(callEClass, CALL__FUNCTOR);
1955 createEReference(callEClass, CALL__ARGUMENT_LIST);
1956 createEAttribute(callEClass, CALL__TRANSITIVE_CLOSURE); 1970 createEAttribute(callEClass, CALL__TRANSITIVE_CLOSURE);
1957 createEAttribute(callEClass, CALL__REFLEXIVE_TRANSITIVE_CLOSURE); 1971 createEAttribute(callEClass, CALL__REFLEXIVE_TRANSITIVE_CLOSURE);
1972 createEReference(callEClass, CALL__ARGUMENT_LIST);
1958 1973
1959 argumentListEClass = createEClass(ARGUMENT_LIST); 1974 argumentListEClass = createEClass(ARGUMENT_LIST);
1960 createEReference(argumentListEClass, ARGUMENT_LIST__ARGUMENTS); 1975 createEReference(argumentListEClass, ARGUMENT_LIST__ARGUMENTS);
@@ -1995,6 +2010,12 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
1995 stringLiteralEClass = createEClass(STRING_LITERAL); 2010 stringLiteralEClass = createEClass(STRING_LITERAL);
1996 createEAttribute(stringLiteralEClass, STRING_LITERAL__VALUE); 2011 createEAttribute(stringLiteralEClass, STRING_LITERAL__VALUE);
1997 2012
2013 classDefinitionEClass = createEClass(CLASS_DEFINITION);
2014 createEAttribute(classDefinitionEClass, CLASS_DEFINITION__ABSTRACT);
2015 createEAttribute(classDefinitionEClass, CLASS_DEFINITION__NAME);
2016 createEReference(classDefinitionEClass, CLASS_DEFINITION__SUPERCLASSES);
2017 createEReference(classDefinitionEClass, CLASS_DEFINITION__MEMBERS);
2018
1998 memberDefinitionEClass = createEClass(MEMBER_DEFINITION); 2019 memberDefinitionEClass = createEClass(MEMBER_DEFINITION);
1999 createEAttribute(memberDefinitionEClass, MEMBER_DEFINITION__CONTAINMENT); 2020 createEAttribute(memberDefinitionEClass, MEMBER_DEFINITION__CONTAINMENT);
2000 createEReference(memberDefinitionEClass, MEMBER_DEFINITION__TYPE); 2021 createEReference(memberDefinitionEClass, MEMBER_DEFINITION__TYPE);
@@ -2122,6 +2143,7 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
2122 infinityLiteralEClass.getESuperTypes().add(this.getLiteral()); 2143 infinityLiteralEClass.getESuperTypes().add(this.getLiteral());
2123 emptyIntervalLiteralEClass.getESuperTypes().add(this.getLiteral()); 2144 emptyIntervalLiteralEClass.getESuperTypes().add(this.getLiteral());
2124 stringLiteralEClass.getESuperTypes().add(this.getLiteral()); 2145 stringLiteralEClass.getESuperTypes().add(this.getLiteral());
2146 classDefinitionEClass.getESuperTypes().add(this.getStatement());
2125 manyMultiplicityEClass.getESuperTypes().add(this.getMultiplicity()); 2147 manyMultiplicityEClass.getESuperTypes().add(this.getMultiplicity());
2126 exactMultiplicityEClass.getESuperTypes().add(this.getMultiplicity()); 2148 exactMultiplicityEClass.getESuperTypes().add(this.getMultiplicity());
2127 boundedMultiplicityEClass.getESuperTypes().add(this.getMultiplicity()); 2149 boundedMultiplicityEClass.getESuperTypes().add(this.getMultiplicity());
@@ -2143,10 +2165,6 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
2143 initEReference(getProblem_Statements(), this.getStatement(), null, "statements", null, 0, -1, Problem.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2165 initEReference(getProblem_Statements(), this.getStatement(), null, "statements", null, 0, -1, Problem.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2144 2166
2145 initEClass(statementEClass, Statement.class, "Statement", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2167 initEClass(statementEClass, Statement.class, "Statement", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2146 initEAttribute(getStatement_Abstract(), ecorePackage.getEBoolean(), "abstract", null, 0, 1, Statement.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2147 initEAttribute(getStatement_Name(), ecorePackage.getEString(), "name", null, 0, 1, Statement.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2148 initEReference(getStatement_Superclasses(), this.getNamedElement(), null, "superclasses", null, 0, -1, Statement.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_COMPOSITE, IS_RESOLVE_PROXIES, !IS_UNSETTABLE, !IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2149 initEReference(getStatement_Members(), this.getMemberDefinition(), null, "members", null, 0, -1, Statement.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2150 2168
2151 initEClass(predicateDefinitionEClass, PredicateDefinition.class, "PredicateDefinition", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2169 initEClass(predicateDefinitionEClass, PredicateDefinition.class, "PredicateDefinition", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2152 initEReference(getPredicateDefinition_Head(), this.getExpression(), null, "head", null, 0, 1, PredicateDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2170 initEReference(getPredicateDefinition_Head(), this.getExpression(), null, "head", null, 0, 1, PredicateDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
@@ -2195,9 +2213,9 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
2195 2213
2196 initEClass(callEClass, Call.class, "Call", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2214 initEClass(callEClass, Call.class, "Call", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2197 initEReference(getCall_Functor(), this.getReference(), null, "functor", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2215 initEReference(getCall_Functor(), this.getReference(), null, "functor", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2198 initEReference(getCall_ArgumentList(), this.getArgumentList(), null, "argumentList", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2199 initEAttribute(getCall_TransitiveClosure(), ecorePackage.getEBoolean(), "transitiveClosure", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2216 initEAttribute(getCall_TransitiveClosure(), ecorePackage.getEBoolean(), "transitiveClosure", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2200 initEAttribute(getCall_ReflexiveTransitiveClosure(), ecorePackage.getEBoolean(), "reflexiveTransitiveClosure", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2217 initEAttribute(getCall_ReflexiveTransitiveClosure(), ecorePackage.getEBoolean(), "reflexiveTransitiveClosure", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2218 initEReference(getCall_ArgumentList(), this.getArgumentList(), null, "argumentList", null, 0, 1, Call.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2201 2219
2202 initEClass(argumentListEClass, ArgumentList.class, "ArgumentList", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2220 initEClass(argumentListEClass, ArgumentList.class, "ArgumentList", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2203 initEReference(getArgumentList_Arguments(), this.getArgument(), null, "arguments", null, 0, -1, ArgumentList.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2221 initEReference(getArgumentList_Arguments(), this.getArgument(), null, "arguments", null, 0, -1, ArgumentList.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
@@ -2238,6 +2256,12 @@ public class SolverLanguagePackageImpl extends EPackageImpl implements SolverLan
2238 initEClass(stringLiteralEClass, StringLiteral.class, "StringLiteral", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2256 initEClass(stringLiteralEClass, StringLiteral.class, "StringLiteral", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2239 initEAttribute(getStringLiteral_Value(), ecorePackage.getEString(), "value", null, 0, 1, StringLiteral.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2257 initEAttribute(getStringLiteral_Value(), ecorePackage.getEString(), "value", null, 0, 1, StringLiteral.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2240 2258
2259 initEClass(classDefinitionEClass, ClassDefinition.class, "ClassDefinition", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2260 initEAttribute(getClassDefinition_Abstract(), ecorePackage.getEBoolean(), "abstract", null, 0, 1, ClassDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2261 initEAttribute(getClassDefinition_Name(), ecorePackage.getEString(), "name", null, 0, 1, ClassDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2262 initEReference(getClassDefinition_Superclasses(), this.getNamedElement(), null, "superclasses", null, 0, -1, ClassDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_COMPOSITE, IS_RESOLVE_PROXIES, !IS_UNSETTABLE, !IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2263 initEReference(getClassDefinition_Members(), this.getMemberDefinition(), null, "members", null, 0, -1, ClassDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, IS_COMPOSITE, !IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2264
2241 initEClass(memberDefinitionEClass, MemberDefinition.class, "MemberDefinition", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS); 2265 initEClass(memberDefinitionEClass, MemberDefinition.class, "MemberDefinition", !IS_ABSTRACT, !IS_INTERFACE, IS_GENERATED_INSTANCE_CLASS);
2242 initEAttribute(getMemberDefinition_Containment(), ecorePackage.getEBoolean(), "containment", null, 0, 1, MemberDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2266 initEAttribute(getMemberDefinition_Containment(), ecorePackage.getEBoolean(), "containment", null, 0, 1, MemberDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_UNSETTABLE, !IS_ID, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
2243 initEReference(getMemberDefinition_Type(), this.getNamedElement(), null, "type", null, 0, 1, MemberDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_COMPOSITE, IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED); 2267 initEReference(getMemberDefinition_Type(), this.getNamedElement(), null, "type", null, 0, 1, MemberDefinition.class, !IS_TRANSIENT, !IS_VOLATILE, IS_CHANGEABLE, !IS_COMPOSITE, IS_RESOLVE_PROXIES, !IS_UNSETTABLE, IS_UNIQUE, !IS_DERIVED, IS_ORDERED);
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/StatementImpl.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/StatementImpl.java
index dbd697ec..d349d1a4 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/StatementImpl.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/impl/StatementImpl.java
@@ -3,25 +3,10 @@
3 */ 3 */
4package org.eclipse.viatra.solver.language.solverLanguage.impl; 4package org.eclipse.viatra.solver.language.solverLanguage.impl;
5 5
6import java.util.Collection;
7
8import org.eclipse.emf.common.notify.Notification;
9import org.eclipse.emf.common.notify.NotificationChain;
10
11import org.eclipse.emf.common.util.EList;
12
13import org.eclipse.emf.ecore.EClass; 6import org.eclipse.emf.ecore.EClass;
14import org.eclipse.emf.ecore.InternalEObject;
15 7
16import org.eclipse.emf.ecore.impl.ENotificationImpl;
17import org.eclipse.emf.ecore.impl.MinimalEObjectImpl; 8import org.eclipse.emf.ecore.impl.MinimalEObjectImpl;
18 9
19import org.eclipse.emf.ecore.util.EObjectContainmentEList;
20import org.eclipse.emf.ecore.util.EObjectResolvingEList;
21import org.eclipse.emf.ecore.util.InternalEList;
22
23import org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition;
24import org.eclipse.viatra.solver.language.solverLanguage.NamedElement;
25import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage; 10import org.eclipse.viatra.solver.language.solverLanguage.SolverLanguagePackage;
26import org.eclipse.viatra.solver.language.solverLanguage.Statement; 11import org.eclipse.viatra.solver.language.solverLanguage.Statement;
27 12
@@ -29,81 +14,12 @@ import org.eclipse.viatra.solver.language.solverLanguage.Statement;
29 * <!-- begin-user-doc --> 14 * <!-- begin-user-doc -->
30 * An implementation of the model object '<em><b>Statement</b></em>'. 15 * An implementation of the model object '<em><b>Statement</b></em>'.
31 * <!-- end-user-doc --> 16 * <!-- end-user-doc -->
32 * <p>
33 * The following features are implemented:
34 * </p>
35 * <ul>
36 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StatementImpl#isAbstract <em>Abstract</em>}</li>
37 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StatementImpl#getName <em>Name</em>}</li>
38 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StatementImpl#getSuperclasses <em>Superclasses</em>}</li>
39 * <li>{@link org.eclipse.viatra.solver.language.solverLanguage.impl.StatementImpl#getMembers <em>Members</em>}</li>
40 * </ul>
41 * 17 *
42 * @generated 18 * @generated
43 */ 19 */
44public class StatementImpl extends MinimalEObjectImpl.Container implements Statement 20public class StatementImpl extends MinimalEObjectImpl.Container implements Statement
45{ 21{
46 /** 22 /**
47 * The default value of the '{@link #isAbstract() <em>Abstract</em>}' attribute.
48 * <!-- begin-user-doc -->
49 * <!-- end-user-doc -->
50 * @see #isAbstract()
51 * @generated
52 * @ordered
53 */
54 protected static final boolean ABSTRACT_EDEFAULT = false;
55
56 /**
57 * The cached value of the '{@link #isAbstract() <em>Abstract</em>}' attribute.
58 * <!-- begin-user-doc -->
59 * <!-- end-user-doc -->
60 * @see #isAbstract()
61 * @generated
62 * @ordered
63 */
64 protected boolean abstract_ = ABSTRACT_EDEFAULT;
65
66 /**
67 * The default value of the '{@link #getName() <em>Name</em>}' attribute.
68 * <!-- begin-user-doc -->
69 * <!-- end-user-doc -->
70 * @see #getName()
71 * @generated
72 * @ordered
73 */
74 protected static final String NAME_EDEFAULT = null;
75
76 /**
77 * The cached value of the '{@link #getName() <em>Name</em>}' attribute.
78 * <!-- begin-user-doc -->
79 * <!-- end-user-doc -->
80 * @see #getName()
81 * @generated
82 * @ordered
83 */
84 protected String name = NAME_EDEFAULT;
85
86 /**
87 * The cached value of the '{@link #getSuperclasses() <em>Superclasses</em>}' reference list.
88 * <!-- begin-user-doc -->
89 * <!-- end-user-doc -->
90 * @see #getSuperclasses()
91 * @generated
92 * @ordered
93 */
94 protected EList<NamedElement> superclasses;
95
96 /**
97 * The cached value of the '{@link #getMembers() <em>Members</em>}' containment reference list.
98 * <!-- begin-user-doc -->
99 * <!-- end-user-doc -->
100 * @see #getMembers()
101 * @generated
102 * @ordered
103 */
104 protected EList<MemberDefinition> members;
105
106 /**
107 * <!-- begin-user-doc --> 23 * <!-- begin-user-doc -->
108 * <!-- end-user-doc --> 24 * <!-- end-user-doc -->
109 * @generated 25 * @generated
@@ -124,218 +40,4 @@ public class StatementImpl extends MinimalEObjectImpl.Container implements State
124 return SolverLanguagePackage.Literals.STATEMENT; 40 return SolverLanguagePackage.Literals.STATEMENT;
125 } 41 }
126 42
127 /**
128 * <!-- begin-user-doc -->
129 * <!-- end-user-doc -->
130 * @generated
131 */
132 @Override
133 public boolean isAbstract()
134 {
135 return abstract_;
136 }
137
138 /**
139 * <!-- begin-user-doc -->
140 * <!-- end-user-doc -->
141 * @generated
142 */
143 @Override
144 public void setAbstract(boolean newAbstract)
145 {
146 boolean oldAbstract = abstract_;
147 abstract_ = newAbstract;
148 if (eNotificationRequired())
149 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.STATEMENT__ABSTRACT, oldAbstract, abstract_));
150 }
151
152 /**
153 * <!-- begin-user-doc -->
154 * <!-- end-user-doc -->
155 * @generated
156 */
157 @Override
158 public String getName()
159 {
160 return name;
161 }
162
163 /**
164 * <!-- begin-user-doc -->
165 * <!-- end-user-doc -->
166 * @generated
167 */
168 @Override
169 public void setName(String newName)
170 {
171 String oldName = name;
172 name = newName;
173 if (eNotificationRequired())
174 eNotify(new ENotificationImpl(this, Notification.SET, SolverLanguagePackage.STATEMENT__NAME, oldName, name));
175 }
176
177 /**
178 * <!-- begin-user-doc -->
179 * <!-- end-user-doc -->
180 * @generated
181 */
182 @Override
183 public EList<NamedElement> getSuperclasses()
184 {
185 if (superclasses == null)
186 {
187 superclasses = new EObjectResolvingEList<NamedElement>(NamedElement.class, this, SolverLanguagePackage.STATEMENT__SUPERCLASSES);
188 }
189 return superclasses;
190 }
191
192 /**
193 * <!-- begin-user-doc -->
194 * <!-- end-user-doc -->
195 * @generated
196 */
197 @Override
198 public EList<MemberDefinition> getMembers()
199 {
200 if (members == null)
201 {
202 members = new EObjectContainmentEList<MemberDefinition>(MemberDefinition.class, this, SolverLanguagePackage.STATEMENT__MEMBERS);
203 }
204 return members;
205 }
206
207 /**
208 * <!-- begin-user-doc -->
209 * <!-- end-user-doc -->
210 * @generated
211 */
212 @Override
213 public NotificationChain eInverseRemove(InternalEObject otherEnd, int featureID, NotificationChain msgs)
214 {
215 switch (featureID)
216 {
217 case SolverLanguagePackage.STATEMENT__MEMBERS:
218 return ((InternalEList<?>)getMembers()).basicRemove(otherEnd, msgs);
219 }
220 return super.eInverseRemove(otherEnd, featureID, msgs);
221 }
222
223 /**
224 * <!-- begin-user-doc -->
225 * <!-- end-user-doc -->
226 * @generated
227 */
228 @Override
229 public Object eGet(int featureID, boolean resolve, boolean coreType)
230 {
231 switch (featureID)
232 {
233 case SolverLanguagePackage.STATEMENT__ABSTRACT:
234 return isAbstract();
235 case SolverLanguagePackage.STATEMENT__NAME:
236 return getName();
237 case SolverLanguagePackage.STATEMENT__SUPERCLASSES:
238 return getSuperclasses();
239 case SolverLanguagePackage.STATEMENT__MEMBERS:
240 return getMembers();
241 }
242 return super.eGet(featureID, resolve, coreType);
243 }
244
245 /**
246 * <!-- begin-user-doc -->
247 * <!-- end-user-doc -->
248 * @generated
249 */
250 @SuppressWarnings("unchecked")
251 @Override
252 public void eSet(int featureID, Object newValue)
253 {
254 switch (featureID)
255 {
256 case SolverLanguagePackage.STATEMENT__ABSTRACT:
257 setAbstract((Boolean)newValue);
258 return;
259 case SolverLanguagePackage.STATEMENT__NAME:
260 setName((String)newValue);
261 return;
262 case SolverLanguagePackage.STATEMENT__SUPERCLASSES:
263 getSuperclasses().clear();
264 getSuperclasses().addAll((Collection<? extends NamedElement>)newValue);
265 return;
266 case SolverLanguagePackage.STATEMENT__MEMBERS:
267 getMembers().clear();
268 getMembers().addAll((Collection<? extends MemberDefinition>)newValue);
269 return;
270 }
271 super.eSet(featureID, newValue);
272 }
273
274 /**
275 * <!-- begin-user-doc -->
276 * <!-- end-user-doc -->
277 * @generated
278 */
279 @Override
280 public void eUnset(int featureID)
281 {
282 switch (featureID)
283 {
284 case SolverLanguagePackage.STATEMENT__ABSTRACT:
285 setAbstract(ABSTRACT_EDEFAULT);
286 return;
287 case SolverLanguagePackage.STATEMENT__NAME:
288 setName(NAME_EDEFAULT);
289 return;
290 case SolverLanguagePackage.STATEMENT__SUPERCLASSES:
291 getSuperclasses().clear();
292 return;
293 case SolverLanguagePackage.STATEMENT__MEMBERS:
294 getMembers().clear();
295 return;
296 }
297 super.eUnset(featureID);
298 }
299
300 /**
301 * <!-- begin-user-doc -->
302 * <!-- end-user-doc -->
303 * @generated
304 */
305 @Override
306 public boolean eIsSet(int featureID)
307 {
308 switch (featureID)
309 {
310 case SolverLanguagePackage.STATEMENT__ABSTRACT:
311 return abstract_ != ABSTRACT_EDEFAULT;
312 case SolverLanguagePackage.STATEMENT__NAME:
313 return NAME_EDEFAULT == null ? name != null : !NAME_EDEFAULT.equals(name);
314 case SolverLanguagePackage.STATEMENT__SUPERCLASSES:
315 return superclasses != null && !superclasses.isEmpty();
316 case SolverLanguagePackage.STATEMENT__MEMBERS:
317 return members != null && !members.isEmpty();
318 }
319 return super.eIsSet(featureID);
320 }
321
322 /**
323 * <!-- begin-user-doc -->
324 * <!-- end-user-doc -->
325 * @generated
326 */
327 @Override
328 public String toString()
329 {
330 if (eIsProxy()) return super.toString();
331
332 StringBuilder result = new StringBuilder(super.toString());
333 result.append(" (abstract: ");
334 result.append(abstract_);
335 result.append(", name: ");
336 result.append(name);
337 result.append(')');
338 return result.toString();
339 }
340
341} //StatementImpl 43} //StatementImpl
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageAdapterFactory.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageAdapterFactory.java
index e46d6779..37b20718 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageAdapterFactory.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageAdapterFactory.java
@@ -216,6 +216,11 @@ public class SolverLanguageAdapterFactory extends AdapterFactoryImpl
216 return createStringLiteralAdapter(); 216 return createStringLiteralAdapter();
217 } 217 }
218 @Override 218 @Override
219 public Adapter caseClassDefinition(ClassDefinition object)
220 {
221 return createClassDefinitionAdapter();
222 }
223 @Override
219 public Adapter caseMemberDefinition(MemberDefinition object) 224 public Adapter caseMemberDefinition(MemberDefinition object)
220 { 225 {
221 return createMemberDefinitionAdapter(); 226 return createMemberDefinitionAdapter();
@@ -748,6 +753,21 @@ public class SolverLanguageAdapterFactory extends AdapterFactoryImpl
748 } 753 }
749 754
750 /** 755 /**
756 * Creates a new adapter for an object of class '{@link org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition <em>Class Definition</em>}'.
757 * <!-- begin-user-doc -->
758 * This default implementation returns null so that we can easily ignore cases;
759 * it's useful to ignore a case when inheritance will catch all the cases anyway.
760 * <!-- end-user-doc -->
761 * @return the new adapter.
762 * @see org.eclipse.viatra.solver.language.solverLanguage.ClassDefinition
763 * @generated
764 */
765 public Adapter createClassDefinitionAdapter()
766 {
767 return null;
768 }
769
770 /**
751 * Creates a new adapter for an object of class '{@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition <em>Member Definition</em>}'. 771 * Creates a new adapter for an object of class '{@link org.eclipse.viatra.solver.language.solverLanguage.MemberDefinition <em>Member Definition</em>}'.
752 * <!-- begin-user-doc --> 772 * <!-- begin-user-doc -->
753 * This default implementation returns null so that we can easily ignore cases; 773 * This default implementation returns null so that we can easily ignore cases;
diff --git a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageSwitch.java b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageSwitch.java
index f64b6bc0..79a98ff7 100644
--- a/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageSwitch.java
+++ b/Application/org.eclipse.viatra.solver.language/src-gen/org/eclipse/viatra/solver/language/solverLanguage/util/SolverLanguageSwitch.java
@@ -311,6 +311,14 @@ public class SolverLanguageSwitch<T> extends Switch<T>
311 if (result == null) result = defaultCase(theEObject); 311 if (result == null) result = defaultCase(theEObject);
312 return result; 312 return result;
313 } 313 }
314 case SolverLanguagePackage.CLASS_DEFINITION:
315 {
316 ClassDefinition classDefinition = (ClassDefinition)theEObject;
317 T result = caseClassDefinition(classDefinition);
318 if (result == null) result = caseStatement(classDefinition);
319 if (result == null) result = defaultCase(theEObject);
320 return result;
321 }
314 case SolverLanguagePackage.MEMBER_DEFINITION: 322 case SolverLanguagePackage.MEMBER_DEFINITION:
315 { 323 {
316 MemberDefinition memberDefinition = (MemberDefinition)theEObject; 324 MemberDefinition memberDefinition = (MemberDefinition)theEObject;
@@ -914,6 +922,22 @@ public class SolverLanguageSwitch<T> extends Switch<T>
914 } 922 }
915 923
916 /** 924 /**
925 * Returns the result of interpreting the object as an instance of '<em>Class Definition</em>'.
926 * <!-- begin-user-doc -->
927 * This implementation returns null;
928 * returning a non-null result will terminate the switch.
929 * <!-- end-user-doc -->
930 * @param object the target of the switch.
931 * @return the result of interpreting the object as an instance of '<em>Class Definition</em>'.
932 * @see #doSwitch(org.eclipse.emf.ecore.EObject) doSwitch(EObject)
933 * @generated
934 */
935 public T caseClassDefinition(ClassDefinition object)
936 {
937 return null;
938 }
939
940 /**
917 * Returns the result of interpreting the object as an instance of '<em>Member Definition</em>'. 941 * Returns the result of interpreting the object as an instance of '<em>Member Definition</em>'.
918 * <!-- begin-user-doc --> 942 * <!-- begin-user-doc -->
919 * This implementation returns null; 943 * This implementation returns null;
diff --git a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguage.xtext b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguage.xtext
index 5abeb891..1306b626 100644
--- a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguage.xtext
+++ b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguage.xtext
@@ -9,7 +9,7 @@ Statement:
9 ( 9 (
10 AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | ExternPredicateDefinition | 10 AssertionOrDefinition | PredicateDefinition | UnnamedErrorPrediateDefinition | DefaultDefinition | ExternPredicateDefinition |
11 MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition | ObjectiveDefinition 11 MetricDefinition | ExternMetricDefinition | ClassDefinition | ScopeDefinition | ObjectiveDefinition
12 ) DOT; 12 ) FULL_STOP;
13 13
14AssertionOrDefinition returns Statement: 14AssertionOrDefinition returns Statement:
15 Expression ( 15 Expression (
@@ -28,7 +28,7 @@ DefaultDefinition:
28 "default" head=Call ":" range=Expression; 28 "default" head=Call ":" range=Expression;
29 29
30ExternPredicateDefinition: 30ExternPredicateDefinition:
31 "extern" head=Call "."; 31 "extern" head=Call;
32 32
33enum MetricType: 33enum MetricType:
34 INT="int" | REAL="real"; 34 INT="int" | REAL="real";
@@ -103,10 +103,10 @@ Aggregation:
103 op=AggregationOp "{" body=Expression "|" condition=Expression "}"; 103 op=AggregationOp "{" body=Expression "|" condition=Expression "}";
104 104
105AtomicExpression returns Expression: 105AtomicExpression returns Expression:
106 Reference ({Call.functor=current} -> argumentList=ArgumentList)? | Interval | Literal | "(" Expression ")"; 106 Reference | Call | Interval | Literal | "(" Expression ")";
107 107
108Call: 108Call:
109 functor=Reference (transitiveClosure?=STAR | reflexiveTransitiveClosure?=PLUS)? argumentList=ArgumentList; 109 functor=Reference (transitiveClosure?=TRANSITIVE_CLOSURE | reflexiveTransitiveClosure?=REFLEXIVE_TRANSITIVE_CLOSURE)? argumentList=ArgumentList;
110 110
111ArgumentList: 111ArgumentList:
112 {ArgumentList} "(" (arguments+=Argument ("," arguments+=Argument)*)? ")"; 112 {ArgumentList} "(" (arguments+=Argument ("," arguments+=Argument)*)? ")";
@@ -153,7 +153,7 @@ EmptyIntervalLiteral:
153StringLiteral: 153StringLiteral:
154 value=STRING; 154 value=STRING;
155 155
156ClassDefinition returns Statement: 156ClassDefinition:
157 abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] ("," superclasses+=[NamedElement|QualifiedName])*)? 157 abstract?="abstract"? "class" name=ID ("extends" superclasses+=[NamedElement|QualifiedName] ("," superclasses+=[NamedElement|QualifiedName])*)?
158 "{" members+=MemberDefinition* "}"; 158 "{" members+=MemberDefinition* "}";
159 159
@@ -182,13 +182,13 @@ BoundedScopeDefinition:
182 "scope" ( 182 "scope" (
183 (lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT | 183 (lowerBound=INT "<=")? type=[NamedElement|QualifiedName] "<=" upperBound=INT |
184 upperBound=INT ">=" type=[NamedElement|QualifiedName] (">=" lowerBound=INT)? 184 upperBound=INT ">=" type=[NamedElement|QualifiedName] (">=" lowerBound=INT)?
185 ) "."; 185 );
186 186
187LowerBoundedScopeDefinition: 187LowerBoundedScopeDefinition:
188 "scope" ( 188 "scope" (
189 lowerBound=INT "<=" type=[NamedElement|QualifiedName] | 189 lowerBound=INT "<=" type=[NamedElement|QualifiedName] |
190 type=[NamedElement|QualifiedName] ">=" lowerBound=INT 190 type=[NamedElement|QualifiedName] ">=" lowerBound=INT
191 ) "."; 191 );
192 192
193enum ObjectiveKind: 193enum ObjectiveKind:
194 MINIMIZE="minimize" | MAXIMIZE="maximize"; 194 MINIMIZE="minimize" | MAXIMIZE="maximize";
@@ -209,17 +209,21 @@ QualifiedName hidden():
209terminal STRING returns ecore::EString: 209terminal STRING returns ecore::EString:
210 '"' ( '\\' . /* 'b'|'t'|'n'|'f'|'r'|'u'|'"'|"'"|'\\' */ | !('\\'|'"') )* '"'; 210 '"' ( '\\' . /* 'b'|'t'|'n'|'f'|'r'|'u'|'"'|"'"|'\\' */ | !('\\'|'"') )* '"';
211 211
212terminal QUOTED_ID returns ecore::EString: 212terminal QUOTED_ID:
213 '\'' ( '\\' . /* 'b'|'t'|'n'|'f'|'r'|'u'|'"'|"'"|'\\' */ | !('\\'|'\'') )* '\''; 213 '\'' ( '\\' . /* 'b'|'t'|'n'|'f'|'r'|'u'|'"'|"'"|'\\' */ | !('\\'|'\'') )* '\'';
214 214
215terminal PLUS: 215@Override
216 "synthetic::plus"; 216terminal SL_COMMENT:
217 ('%' | '//') !('\n'|'\r')* ('\r'? '\n')?;
218
219terminal TRANSITIVE_CLOSURE:
220 "synthetic:TRANSITIVE_CLOSURE";
217 221
218terminal STAR: 222terminal REFLEXIVE_TRANSITIVE_CLOSURE:
219 "synthetic::star"; 223 "synthetic:REFLEXIVE_TRANSITIVE_CLOSURE";
220 224
221terminal DOT: 225terminal FULL_STOP:
222 "synthetic::dot"; 226 "synthetic:FULL_STOP";
223 227
224NamedElement: 228NamedElement:
225 name=QualifiedName; 229 name=QualifiedName;
diff --git a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguageRuntimeModule.xtend b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguageRuntimeModule.xtend
index 343bc48a..e882626b 100644
--- a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguageRuntimeModule.xtend
+++ b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/SolverLanguageRuntimeModule.xtend
@@ -3,9 +3,21 @@
3 */ 3 */
4package org.eclipse.viatra.solver.language 4package org.eclipse.viatra.solver.language
5 5
6import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageTokenDefInjectingParser
7import org.eclipse.viatra.solver.language.serializer.SolverLanguageSyntheticTokenSyntacticSequencer
6 8
7/** 9/**
8 * Use this class to register components to be used at runtime / without the Equinox extension registry. 10 * Use this class to register components to be used at runtime / without the Equinox extension registry.
9 */ 11 */
10class SolverLanguageRuntimeModule extends AbstractSolverLanguageRuntimeModule { 12class SolverLanguageRuntimeModule extends AbstractSolverLanguageRuntimeModule {
13
14 override bindIParser() {
15 SolverLanguageTokenDefInjectingParser
16 }
17
18
19 override bindISyntacticSequencer() {
20 SolverLanguageSyntheticTokenSyntacticSequencer
21 }
22
11} 23}
diff --git a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.xtend b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.xtend
new file mode 100644
index 00000000..87efd2b3
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.xtend
@@ -0,0 +1,16 @@
1package org.eclipse.viatra.solver.language.parser.antlr
2
3import com.google.inject.Inject
4import org.antlr.runtime.CharStream
5import org.eclipse.xtext.parser.antlr.ITokenDefProvider
6
7class SolverLanguageTokenDefInjectingParser extends SolverLanguageParser {
8 @Inject ITokenDefProvider tokenDefProvider
9
10 override protected createLexer(CharStream stream) {
11 val tokenSource = super.createLexer(stream) as SolverLanguageTokenSource
12 tokenSource.initializeTokenDefsFrom(tokenDefProvider)
13 tokenSource
14 }
15
16}
diff --git a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenSource.java b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenSource.java
new file mode 100644
index 00000000..4c1dacd5
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenSource.java
@@ -0,0 +1,122 @@
1/*
2 * generated by Xtext 2.21.0
3 */
4package org.eclipse.viatra.solver.language.parser.antlr;
5
6import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_FULL_STOP;
7import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_ID;
8import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_INT;
9import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_ML_COMMENT;
10import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_QUOTED_ID;
11import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_REFLEXIVE_TRANSITIVE_CLOSURE;
12import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_SL_COMMENT;
13import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_TRANSITIVE_CLOSURE;
14import static org.eclipse.viatra.solver.language.parser.antlr.internal.InternalSolverLanguageParser.RULE_WS;
15
16import java.util.Map;
17
18import org.antlr.runtime.Token;
19import org.antlr.runtime.TokenSource;
20import org.eclipse.xtext.parser.antlr.ITokenDefProvider;
21import org.eclipse.xtext.parser.antlr.TokenAcceptor;
22
23public class SolverLanguageTokenSource implements TokenSource {
24 private TokenSource delegate;
25
26 private final TokenAcceptor acceptor = new TokenAcceptor();
27
28 private int lastTokenId = -1;
29 private int plusTokenId = -1;
30 private int starTokenId = -1;
31 private int dotTokenId = -1;
32 private int openParenTokenId = -1;
33
34 public SolverLanguageTokenSource(TokenSource delegate) {
35 this.delegate = delegate;
36 }
37
38 @Override
39 public String getSourceName() {
40 return "[SolverLanguageSyntheticTokenTokenSource] " + delegate.getSourceName();
41 }
42
43 @Override
44 public Token nextToken() {
45 Token token = internalNextToken();
46 lastTokenId = token.getType();
47 return token;
48 }
49
50 protected Token internalNextToken() {
51 if (acceptor.hasNext()) {
52 return acceptor.next();
53 }
54 Token token = delegate.nextToken();
55 int type = token.getType();
56 if (type == plusTokenId) {
57 if ((lastTokenId == RULE_ID || lastTokenId == RULE_QUOTED_ID)
58 && peekUntilVisible().getType() == openParenTokenId) {
59 token.setType(RULE_TRANSITIVE_CLOSURE);
60 }
61 } else if (type == starTokenId) {
62 if ((lastTokenId == RULE_ID || lastTokenId == RULE_QUOTED_ID)
63 && peekUntilVisible().getType() == openParenTokenId) {
64 token.setType(RULE_REFLEXIVE_TRANSITIVE_CLOSURE);
65 }
66 } else if (type == dotTokenId) {
67 if ((lastTokenId != RULE_ID && lastTokenId != RULE_INT) || peekToken().getType() != lastTokenId) {
68 token.setType(RULE_FULL_STOP);
69 }
70 }
71 return token;
72 }
73
74 protected Token peekUntilVisible() {
75 Token followingToken = null;
76 do {
77 followingToken = peekToken();
78 } while (isHidden(followingToken.getType()));
79 return followingToken;
80 }
81
82 protected Token peekToken() {
83 Token followingToken = delegate.nextToken();
84 acceptor.accept(followingToken);
85 return followingToken;
86 }
87
88 protected boolean isHidden(int tokenType) {
89 return tokenType == RULE_WS || tokenType == RULE_SL_COMMENT || tokenType == RULE_ML_COMMENT;
90 }
91
92 public void initializeTokenDefsFrom(ITokenDefProvider provider) {
93 for (Map.Entry<Integer, String> entry : provider.getTokenDefMap().entrySet()) {
94 switch (entry.getValue()) {
95 case "'+'":
96 plusTokenId = entry.getKey();
97 break;
98 case "'*'":
99 starTokenId = entry.getKey();
100 break;
101 case "'.'":
102 dotTokenId = entry.getKey();
103 break;
104 case "'('":
105 openParenTokenId = entry.getKey();
106 break;
107 }
108 }
109 if (plusTokenId == -1) {
110 throw new IllegalStateException("Token '+' was not found");
111 }
112 if (starTokenId == -1) {
113 throw new IllegalStateException("Token '*' was not found");
114 }
115 if (dotTokenId == -1) {
116 throw new IllegalStateException("Token '.' was not found");
117 }
118 if (openParenTokenId == -1) {
119 throw new IllegalStateException("Token '(' was not found");
120 }
121 }
122}
diff --git a/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.xtend b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.xtend
new file mode 100644
index 00000000..587ea27b
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/src/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.xtend
@@ -0,0 +1,21 @@
1package org.eclipse.viatra.solver.language.serializer
2
3import org.eclipse.emf.ecore.EObject
4import org.eclipse.xtext.RuleCall
5import org.eclipse.xtext.nodemodel.INode
6
7class SolverLanguageSyntheticTokenSyntacticSequencer extends SolverLanguageSyntacticSequencer {
8
9 override protected getTRANSITIVE_CLOSUREToken(EObject semanticObject, RuleCall ruleCall, INode node) {
10 "+"
11 }
12
13 override protected getREFLEXIVE_TRANSITIVE_CLOSUREToken(EObject semanticObject, RuleCall ruleCall, INode node) {
14 "*"
15 }
16
17 override protected getFULL_STOPToken(EObject semanticObject, RuleCall ruleCall, INode node) {
18 "."
19 }
20
21} \ No newline at end of file
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.SolverLanguageTokenDefInjectingParser.xtendbin b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.SolverLanguageTokenDefInjectingParser.xtendbin
new file mode 100644
index 00000000..d833165e
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.SolverLanguageTokenDefInjectingParser.xtendbin
Binary files differ
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.gitignore b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.gitignore
new file mode 100644
index 00000000..9cf14147
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/.gitignore
@@ -0,0 +1,7 @@
1/.SolverLangaugeSyntheticTokenParser.java._trace
2/.SolverLanguageSyntheticTokenTokenSource.java._trace
3/.LastTokenState.java._trace
4/.SolverLangusgeSyntheticTokenParser.java._trace
5/.SolverLanguageSyntheticTokenParser.java._trace
6/.SolverLanguageTokenSource.java._trace
7/.SolverLanguageTokenDefInjectingParser.java._trace
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.java b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.java
new file mode 100644
index 00000000..12c92733
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/parser/antlr/SolverLanguageTokenDefInjectingParser.java
@@ -0,0 +1,26 @@
1package org.eclipse.viatra.solver.language.parser.antlr;
2
3import com.google.inject.Inject;
4import org.antlr.runtime.CharStream;
5import org.antlr.runtime.TokenSource;
6import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageParser;
7import org.eclipse.viatra.solver.language.parser.antlr.SolverLanguageTokenSource;
8import org.eclipse.xtext.parser.antlr.ITokenDefProvider;
9
10@SuppressWarnings("all")
11public class SolverLanguageTokenDefInjectingParser extends SolverLanguageParser {
12 @Inject
13 private ITokenDefProvider tokenDefProvider;
14
15 @Override
16 protected TokenSource createLexer(final CharStream stream) {
17 SolverLanguageTokenSource _xblockexpression = null;
18 {
19 TokenSource _createLexer = super.createLexer(stream);
20 final SolverLanguageTokenSource tokenSource = ((SolverLanguageTokenSource) _createLexer);
21 tokenSource.initializeTokenDefsFrom(this.tokenDefProvider);
22 _xblockexpression = tokenSource;
23 }
24 return _xblockexpression;
25 }
26}
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.SolverLanguageSyntheticTokenSyntacticSequencer.xtendbin b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.SolverLanguageSyntheticTokenSyntacticSequencer.xtendbin
new file mode 100644
index 00000000..ff3dff94
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.SolverLanguageSyntheticTokenSyntacticSequencer.xtendbin
Binary files differ
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.gitignore b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.gitignore
new file mode 100644
index 00000000..b8132d70
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/.gitignore
@@ -0,0 +1 @@
/.SolverLanguageSyntheticTokenSyntacticSequencer.java._trace
diff --git a/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.java b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.java
new file mode 100644
index 00000000..af761a86
--- /dev/null
+++ b/Application/org.eclipse.viatra.solver.language/xtend-gen/org/eclipse/viatra/solver/language/serializer/SolverLanguageSyntheticTokenSyntacticSequencer.java
@@ -0,0 +1,24 @@
1package org.eclipse.viatra.solver.language.serializer;
2
3import org.eclipse.emf.ecore.EObject;
4import org.eclipse.viatra.solver.language.serializer.SolverLanguageSyntacticSequencer;
5import org.eclipse.xtext.RuleCall;
6import org.eclipse.xtext.nodemodel.INode;
7
8@SuppressWarnings("all")
9public class SolverLanguageSyntheticTokenSyntacticSequencer extends SolverLanguageSyntacticSequencer {
10 @Override
11 protected String getTRANSITIVE_CLOSUREToken(final EObject semanticObject, final RuleCall ruleCall, final INode node) {
12 return "+";
13 }
14
15 @Override
16 protected String getREFLEXIVE_TRANSITIVE_CLOSUREToken(final EObject semanticObject, final RuleCall ruleCall, final INode node) {
17 return "*";
18 }
19
20 @Override
21 protected String getFULL_STOPToken(final EObject semanticObject, final RuleCall ruleCall, final INode node) {
22 return ".";
23 }
24}
generated by cgit v1.2.3-54-g00ecf (git 2.45.2) at 2024-06-26 18:44:53 +0000