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package hu.bme.mit.inf.dlsreasoner.alloy.reasoner.builder
import hu.bme.mit.inf.dslreasoner.alloyLanguage.ALSMultiplicity
import hu.bme.mit.inf.dslreasoner.alloyLanguage.AlloyLanguageFactory
import hu.bme.mit.inf.dslreasoner.logic.model.logiclanguage.LogiclanguageFactory
import hu.bme.mit.inf.dslreasoner.logic.model.logiclanguage.RelationDeclaration
import hu.bme.mit.inf.dslreasoner.logic.model.logicproblem.ContainmentHierarchy
import java.util.HashMap
class Logic2AlloyLanguageMapper_Containment {
val extension AlloyLanguageFactory factory = AlloyLanguageFactory.eINSTANCE
private val Logic2AlloyLanguageMapper_Support support = new Logic2AlloyLanguageMapper_Support;
val Logic2AlloyLanguageMapper base;
public new(Logic2AlloyLanguageMapper base) {
this.base = base
}
def protected transformContainmentHierarchy(ContainmentHierarchy containment, Logic2AlloyLanguageMapperTrace trace) {
// Single root
val rootField = createALSFieldDeclaration => [
it.name= support.toID(#["util", "root"])
it.multiplicity = ALSMultiplicity.ONE
it.type = typesOrderedInContainment(containment,trace)
]
trace.logicLanguageBody.fields += rootField
val contains = createALSFieldDeclaration => [
it.name = support.toID(#["util", "contains"])
//it.multiplicity = ALSMultiplicity::SET
it.type = createALSDirectProduct => [
it.leftMultiplicit = ALSMultiplicity::LONE
it.rightMultiplicit = ALSMultiplicity::SET
it.leftOperand = typesOrderedInContainment(containment,trace)
it.rightOperand = typesOrderedInContainment(containment,trace)
]
]
trace.logicLanguageBody.fields += contains
val containmentRelationDefinition = createALSFactDeclaration => [
it.name = support.toID(#["util", "containmentDefinition"])
]
if(containment.containmentRelations.forall[it instanceof RelationDeclaration]) {
val containmentRelations = containment.containmentRelations.filter(RelationDeclaration).map[relation|
base.relationMapper.transformRelationReference(relation,trace)
].toList
containmentRelationDefinition.term = createALSEquals => [
leftOperand = createALSJoin => [
leftOperand = createALSReference => [referred = trace.logicLanguage]
rightOperand = createALSReference => [ referred = contains ]]
rightOperand = support.unfoldPlus(containmentRelations)
]
} else {
val parent = createALSVariableDeclaration => [
it.name = "parent"
it.range = typesOrderedInContainment(containment, trace)
]
val child = createALSVariableDeclaration => [
it.name = "child"
it.range = typesOrderedInContainment(containment, trace)
]
val logicFactory = LogiclanguageFactory.eINSTANCE
val logicParentVariable = logicFactory.createVariable
val logicChildVariable = logicFactory.createVariable
val logicParent = logicFactory.createSymbolicValue => [it.symbolicReference = logicParentVariable]
val logicChild = logicFactory.createSymbolicValue => [it.symbolicReference = logicChildVariable]
val variableMap = new HashMap => [put(logicParentVariable,parent) put(logicChildVariable,child)]
val possibleRelations = containment.containmentRelations.map[relation |
base.transformSymbolicReference(relation,#[logicParent,logicChild],trace,variableMap)
]
containmentRelationDefinition.term = createALSQuantifiedEx => [
it.type = ALSMultiplicity.ALL
it.variables += parent
it.variables += child
it.expression = createALSIff => [
it.leftOperand = createALSSubset => [
it.leftOperand = createALSDirectProduct => [
it.leftOperand = createALSReference => [it.referred = child]
it.rightOperand = createALSReference => [it.referred = parent]
]
it.rightOperand = createALSJoin => [
leftOperand = createALSReference => [referred = trace.logicLanguage]
rightOperand = createALSReference => [ referred = contains ]
]
]
it.rightOperand = support.unfoldOr(possibleRelations,trace)
]
]
}
trace.specification.factDeclarations += containmentRelationDefinition
// With the exception of the root, every object has at least one parent
// No parent for root
trace.specification.factDeclarations += createALSFactDeclaration => [
it.name = support.toID(#["util", "noParentForRoot"])
it.term = createALSQuantifiedEx => [
it.type = ALSMultiplicity::NO
val parent = createALSVariableDeclaration => [
it.name = "parent"
it.range = typesOrderedInContainment(containment,trace)
]
it.variables += parent
it.expression = createALSSubset => [
it.leftOperand = createALSDirectProduct => [
it.leftOperand = createALSReference => [it.referred = parent]
it.rightOperand = createALSJoin => [
it.leftOperand = createALSReference => [it.referred = trace.logicLanguage]
it.rightOperand = createALSReference => [it.referred = rootField]
]
]
it.rightOperand = createALSJoin => [
leftOperand = createALSReference => [referred = trace.logicLanguage]
rightOperand = createALSReference => [ referred = contains ]
]
]
]
]
// Parent for nonroot
trace.specification.factDeclarations += createALSFactDeclaration => [
it.name = support.toID(#["util", "atLeastOneParent"])
it.term = createALSQuantifiedEx => [
it.type = ALSMultiplicity::ALL
val child = createALSVariableDeclaration => [
it.name = "child"
it.range = typesOrderedInContainment(containment,trace)
]
it.variables += child
it.expression = createALSOr => [
it.leftOperand = createALSEquals => [
it.leftOperand = createALSReference => [it.referred = child]
it.rightOperand = createALSJoin => [
it.leftOperand = createALSReference => [it.referred = trace.logicLanguage]
it.rightOperand = createALSReference => [it.referred = rootField]
]
]
it.rightOperand = createALSQuantifiedEx => [
it.type = ALSMultiplicity::SOME
val parent = createALSVariableDeclaration => [
it.name = "parent"
it.range = typesOrderedInContainment(containment, trace)
]
it.variables += parent
it.expression = createALSSubset => [
it.leftOperand = createALSDirectProduct => [
it.leftOperand = createALSReference => [it.referred = parent]
it.rightOperand = createALSReference => [it.referred = child]
]
it.rightOperand = createALSJoin => [
leftOperand = createALSReference => [referred = trace.logicLanguage]
rightOperand = createALSReference => [ referred = contains ]
]
]
]
]
]
]
// Every object has at most one parent
// trace.specification.factDeclarations += createALSFactDeclaration => [
// it.name = support.toID(#["util", "atMostOneParent"])
// it.term = createALSQuantifiedEx => [
// it.type = ALSMultiplicity::ALL
// val child = createALSVariableDeclaration => [
// it.name = "child"
// it.range = typesOrderedInContainment(containment,trace)
// ]
// it.variables += child
// it.expression = createALSQuantifiedEx => [
// it.type = ALSMultiplicity::LONE
// val parent = createALSVariableDeclaration => [
// it.name = "parent"
// it.range = typesOrderedInContainment(containment, trace)
// ]
// it.variables += parent
// it.expression = createALSFunctionCall => [
// it.referredDefinition = containmentRelation
// it.params += createALSReference => [
// it.referred = parent
// it.referred = child
// ]
// ]
// ]
// ]
// ]
// No circle in containment
trace.specification.factDeclarations += createALSFactDeclaration => [
it.name = support.toID(#["util", "noCircularContainment"])
it.term = createALSQuantifiedEx => [
it.type = ALSMultiplicity::NO
val variable = createALSVariableDeclaration => [
it.name = "circle"
it.range = typesOrderedInContainment(containment,trace)
]
it.variables += variable
it.expression = createALSSubset => [
it.leftOperand = createALSDirectProduct => [
it.leftOperand = createALSReference => [it.referred = variable]
it.rightOperand = createALSReference => [it.referred = variable]
]
it.rightOperand = createAlSTransitiveClosure => [
it.operand = createALSJoin => [
leftOperand = createALSReference => [referred = trace.logicLanguage]
rightOperand = createALSReference => [ referred = contains ]
]
]
]
]
]
}
/*def protected calculateContainmentTypeCoveringSignatures(ContainmentHierarchy containment, Logic2AlloyLanguageMapperTrace trace) {
val types = containment.typesOrderedInHierarchy
val signaturesInContainment = types.map[base.typeMapper.transformTypeReference(it, base, trace)].flatten.toList
// val uncoveredSignatures = new ArrayList(signaturesInContainment)
// val coveringSignatures = new LinkedList
//
val engine = ViatraQueryEngine.on(new EMFScope(trace.specification))
//val directSubsetMatcher = DirectSubsetMatcher.on(engine)
// x <= y
val subsetMatcher = SubsetMatcher.on(engine)
if()
}*/
/*def boolean coveringAllSignaturesInContainment(ALSSignatureDeclaration target, List<ALSSignatureDeclaration> signaturesInContainment, SubsetMatcher matcher) {
for(signatureInContainment : signaturesInContainment) {
if(!matcher.hasMatch(signatureInContainment,target)) {
return false
}
}
return true
}*/
/*def boolean coveringSignatureNotInContainment(ALSSignatureDeclaration target, List<ALSSignatureDeclaration> signaturesInContainment, SubsetMatcher matcher) {
val subtypes = matcher.getAllValuesOfx(target);
for(subType : subtypes) {
val isSubtypeOfASignatureInContainment = signaturesInContainment.exists[contained |
matcher.hasMatch(subType,contained)
]
if(!isSubtypeOfASignatureInContainment) {
return false
}
}
return true
}*/
def protected typesOrderedInContainment(ContainmentHierarchy containment, Logic2AlloyLanguageMapperTrace trace) {
val types = containment.typesOrderedInHierarchy
val signaturesInContainment = types.map[base.typeMapper.transformTypeReference(it, base, trace)].flatten
// val allSignatures = trace.specification.signatureBodies.map[declarations].flatten
val typeReferences = signaturesInContainment.map[sig | createALSReference => [it.referred = sig]].toList
return support.unfoldPlus(typeReferences)
}
}
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