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package ca.mcgill.ecse.dslreasoner.vampire.reasoner.builder
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VLSAnd
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VLSFunction
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VLSTerm
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VLSVariable
import ca.mcgill.ecse.dslreasoner.vampireLanguage.VampireLanguageFactory
import hu.bme.mit.inf.dslreasoner.logic.model.logiclanguage.DefinedElement
import hu.bme.mit.inf.dslreasoner.logic.model.logiclanguage.Type
import hu.bme.mit.inf.dslreasoner.logic.model.logiclanguage.TypeDefinition
import hu.bme.mit.inf.dslreasoner.logic.model.logicproblem.LogicproblemPackage
import java.util.ArrayList
import java.util.Collection
import java.util.List
import static extension hu.bme.mit.inf.dslreasoner.util.CollectionsUtil.*
class Logic2VampireLanguageMapper_TypeMapper {
private val extension VampireLanguageFactory factory = VampireLanguageFactory.eINSTANCE
private val Logic2VampireLanguageMapper_Support support = new Logic2VampireLanguageMapper_Support
val Logic2VampireLanguageMapper base
new(Logic2VampireLanguageMapper base) {
LogicproblemPackage.eINSTANCE.class
this.base = base
}
def protected transformTypes(Collection<Type> types, Collection<DefinedElement> elements,
Logic2VampireLanguageMapper mapper, Logic2VampireLanguageMapperTrace trace) {
val VLSVariable variable = createVLSVariable => [it.name = "A"]
var globalCounter = 0
// 1. Each type (class) is a predicate with a single variable as input
for (type : types) {
val typePred = createVLSFunction => [
if(type.name.split(" ").length == 3) {
it.constant = support.toIDMultiple("t", type.name.split(" ").get(0), type.name.split(" ").get(2))
}
else {
it.constant = support.toIDMultiple("t", type.name.split(" ").get(0))
}
it.terms += support.duplicate(variable)
]
trace.type2Predicate.put(type, typePred)
}
// 2. Map each ENUM type definition to fof formula
// This also Handles initial Model stuff
for (type : types.filter(TypeDefinition)) {
//Detect if is an Enum
//Otherwise, it is a defined element (from initial model)
val isNotEnum = type.supertypes.length == 1 && type.supertypes.get(0).isIsAbstract
// Create a VLSFunction for each Enum Element
val List<VLSFunction> orElems = newArrayList
for (e : type.elements) {
val nameArray = e.name.split(" ")
var relNameVar = ""
if (nameArray.length == 3) {
relNameVar = support.toIDMultiple(nameArray.get(0), nameArray.get(2))
} else {
relNameVar = e.name
}
val relName = relNameVar
val enumElemPred = createVLSFunction => [
it.constant = support.toIDMultiple("e", relName)
it.terms += support.duplicate(variable)
]
trace.element2Predicate.put(e, enumElemPred)
}
// Similar to InheritanceHierarchy for the Enum
val List<VLSTerm> possibleNots = newArrayList
val List<VLSTerm> typeDefs = newArrayList
for (t1 : type.elements) {
for (t2 : type.elements) {
if (t1 == t2) {
val fct = support.duplicate(t2.lookup(trace.element2Predicate), variable)
possibleNots.add(fct)
} else {
val op = support.duplicate(t2.lookup(trace.element2Predicate), variable)
val negFct = createVLSUnaryNegation => [
it.operand = op
]
possibleNots.add(negFct)
}
}
typeDefs.add(support.unfoldAnd(possibleNots))
possibleNots.clear
}
// Implement Enum Inheritence Hierarchy
val res = createVLSFofFormula => [
it.name = support.toIDMultiple("typeDef", type.lookup(trace.type2Predicate).constant.toString)
it.fofRole = "axiom"
it.fofFormula = createVLSUniversalQuantifier => [
it.variables += support.duplicate(variable)
it.operand = createVLSEquivalent => [
it.left = type.lookup(trace.type2Predicate)
it.right = createVLSAnd => [
it.left = support.topLevelTypeFunc(variable)
it.right = support.unfoldOr(typeDefs)
]
// it.right = support.unfoldOr((typeDefs))
]
]
]
trace.specification.formulas += res
for (var i = globalCounter; i < globalCounter + type.elements.length; i++) {
// Create objects for the enum elements
val num = i + 1
val index = i-globalCounter
val cstTerm = createVLSFunctionAsTerm => [
it.functor = "eo" + num
]
if (isNotEnum) {
trace.definedElement2String.put(type.elements.get(index),cstTerm.functor)
}
val cst = support.toConstant(cstTerm)
trace.uniqueInstances.add(cst)
val enumScope = createVLSFofFormula => [
it.name = support.toIDMultiple(if(isNotEnum) "definedType" else "enumScope", type.lookup(trace.type2Predicate).constant.toString,
type.elements.get(index).name.split(" ").get(0))
it.fofRole = "axiom"
it.fofFormula = createVLSUniversalQuantifier => [
it.variables += support.duplicate(variable)
it.operand = createVLSEquivalent => [
it.left = createVLSEquality => [
it.left = support.duplicate(variable)
it.right = support.duplicate(support.toConstant(cstTerm))
]
it.right = support.duplicate(type.elements.get(index).lookup(trace.element2Predicate),
variable)
]
]
]
trace.specification.formulas += enumScope
}
globalCounter += type.elements.size
}
// HIERARCHY HANDLER
// 3. For each non-abstract type, create an and sequence containing all typedeclaration predicates
// and store in a map
for (t1 : types.filter[!isIsAbstract]) {
for (t2 : types) {
// possible improvement: check all supertypes and decide if negated or not based on negations/not negations of supertypes
if (t1 == t2 || support.dfsSupertypeCheck(t1, t2)) {
trace.type2PossibleNot.put(t2, support.duplicate(t2.lookup(trace.type2Predicate)))
} else {
trace.type2PossibleNot.put(t2, createVLSUnaryNegation => [
it.operand = support.duplicate(t2.lookup(trace.type2Predicate))
])
}
}
// typeTrace.type2And.put(t1, support.unfoldAnd(new ArrayList<VLSTerm>(typeTrace.type2PossibleNot.values)))
// typeTrace.type2PossibleNot.clear
trace.type2And.put(t1, support.unfoldAnd(new ArrayList<VLSTerm>(trace.type2PossibleNot.values)))
trace.type2PossibleNot.clear
}
// 3.5: case where an object is not an object
val List<VLSTerm> type2Not = newArrayList
for (t : types) {
type2Not.add(createVLSUnaryNegation => [
it.operand = support.duplicate(t.lookup(trace.type2Predicate))
])
}
val notObj = createVLSFofFormula => [
it.name = "notObjectHandler"
it.fofRole = "axiom"
it.fofFormula = createVLSUniversalQuantifier => [
it.variables += support.duplicate(variable)
it.operand = createVLSEquivalent => [
it.left = createVLSUnaryNegation => [
it.operand = support.topLevelTypeFunc
]
it.right = support.unfoldAnd(type2Not)
]
]
]
trace.specification.formulas += notObj
// End 3.5
// 4. create fof function that is an or with all the elements in map
val hierarch = createVLSFofFormula => [
it.name = "inheritanceHierarchyHandler"
it.fofRole = "axiom"
it.fofFormula = createVLSUniversalQuantifier => [
it.variables += support.duplicate(variable)
it.operand = createVLSEquivalent => [
it.left = support.topLevelTypeFunc
// it.right = support.unfoldOr(new ArrayList<VLSTerm>(typeTrace.type2And.values))
val reversedList = new ArrayList<VLSTerm>(trace.type2And.values)
// Collections.reverse(reversedList)
it.right = support.unfoldOr(reversedList)
]
]
]
trace.specification.formulas += hierarch
}
// below are from previous interface
def protected transformTypeReference(Type referred, Logic2VampireLanguageMapper mapper,
Logic2VampireLanguageMapperTrace trace) {
throw new UnsupportedOperationException("TODO: auto-generated method stub")
}
def protected getUndefinedSupertype(Logic2VampireLanguageMapperTrace trace) {
throw new UnsupportedOperationException("TODO: auto-generated method stub")
}
def protected getUndefinedSupertypeScope(int undefinedScope, Logic2VampireLanguageMapperTrace trace) {
throw new UnsupportedOperationException("TODO: auto-generated method stub")
}
def protected transformReference(DefinedElement referred, Logic2VampireLanguageMapperTrace trace) {
createVLSDoubleQuote => [
it.value = "\"a" + referred.name + "\""
]
}
def protected getTypeInterpreter() {
throw new UnsupportedOperationException("TODO: auto-generated method stub")
}
}
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