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Änderungen an typeReconstruction in SourceFile. Die Constraints aller Klassen einer SourceFile werden nun gemeinsam Unifiziert und jede Klasse aus dem SourceFile erhält das selbe ResultSet. Tests angefügt.

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JanUlrich 2014-03-19 15:14:50 +01:00
parent 38698d04fd
commit 7defd01db8
13 changed files with 369 additions and 135 deletions
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165
src/mycompiler/SourceFile.java
View File

@ -646,89 +646,96 @@ public class SourceFile
globalAssumptions.add(klasse.getPublicFieldAssumptions());
}
ConstraintsSet oderConstraints = new ConstraintsSet();
//Alle Constraints der in dieser SourceFile enthaltenen Klassen sammeln:
for(Class klasse : KlassenVektor){
ConstraintsSet oderConstraints = klasse.typeReconstruction(finiteClosure, globalAssumptions);
//Die Constraints in Pair's umwandeln (Karthesisches Produkt bilden):
Vector<Vector<Pair>> xConstraints = new Vector<Vector<Pair>>();// = oderConstraints.getConstraints();
for(Vector<UndConstraint> uC:oderConstraints.getConstraints()){ //mit dem getConstraints-Aufruf wird das Karthesische Produkt erzeugt.
Vector<Pair> cons = new Vector<Pair>();
for(UndConstraint undCons:uC){
cons.addAll(undCons.getConstraintPairs());
}
xConstraints.add(cons);
}
typinferenzLog.debug("Karthesisches Produkt der Constraints: "+xConstraints);
//////////////////////////////
// Unifizierung der Constraints:
//////////////////////////////
for(Vector<Pair> constraints : xConstraints){
//Alle durch das Karthesische Produkt entstandenen Möglichkeiten durchgehen:
Vector<Vector<Pair>> result = new Vector<Vector<Pair>>();
//Alle FunN-Typen werden per clone-methode in RefTypes verwandelt. (Die clone Methode in FunN darf nicht überschrieben werden.
for(Pair p : constraints){
if(p.TA1 instanceof FunN){
p.TA1 = p.TA1.clone();
}
if(p.TA2 instanceof FunN){
p.TA2 = p.TA2.clone();
}
}
//Erst die Unifizierung erstellen:
Vector<Pair> constraintsClone = (Vector<Pair>)constraints.clone();
Vector<Vector<Pair>> unifyResult = Unify.unify(constraintsClone, finiteClosure);
//Dann den Ergebnissen anfügen
result.addAll(unifyResult);
// Debugoutput:Vector<Vector<Pair>>
typinferenzLog.debug("Unifiziertes Ergebnis: "+result);
/*
// Prüfe ob eindeutige Lösung:
if(result.size()>1 && !Unify.hasSolvedForm(result.elementAt(0))){
typinferenzLog.debug("Keine eindeutige Lösung!");
}else if(result.size()>1){
//Replace TPH:
for(Pair res : result.elementAt(0)){
if(res.OperatorEqual()){
if(res.TA1 instanceof TypePlaceholder)((TypePlaceholder)res.TA1).fireReplaceTypeEvent(new CReplaceTypeEvent(res.TA1, res.TA2));
}
}
}
*/
//typinferenzLog.debug();
//typinferenzLog.debug(supportData.getFiniteClosure());
//typinferenzLog.debug("Typinformationen: \n"+this.getTypeInformation(this.getMethodList(), fieldInitializers));
typinferenzLog.debug("\nJavaFiles:\n");
//typinferenzLog.debug(this.printJavaCode(new ResultSet(new Vector<Pair>())));
//Der Unifikationsalgorithmus kann wiederum auch mehrere Lösungen errechnen, diese werden im folgenden durchlaufen:
for(Vector<Pair> resultSet : result){
//Add Result set as a new ReconstructionResult to ret:
TypeinferenceResultSet reconstructionResult = new TypeinferenceResultSet(klasse, constraints, new ResultSet(resultSet));
ret.add(reconstructionResult);
//ResultSet res = new ResultSet(resultSet);
typinferenzLog.debug("JavaFile für ResultSet "+reconstructionResult+"\n");
typinferenzLog.debug(klasse.printJavaCode(reconstructionResult));
}
}
oderConstraints.add(klasse.typeReconstruction(finiteClosure, globalAssumptions));
}
////////////////
//Karthesisches Produkt bilden:
////////////////
//Die Constraints in Pair's umwandeln (Karthesisches Produkt bilden):
Vector<Vector<Pair>> xConstraints = new Vector<Vector<Pair>>();// = oderConstraints.getConstraints();
for(Vector<UndConstraint> uC:oderConstraints.getConstraints()){ //mit dem getConstraints-Aufruf wird das Karthesische Produkt erzeugt.
Vector<Pair> cons = new Vector<Pair>();
for(UndConstraint undCons:uC){
cons.addAll(undCons.getConstraintPairs());
}
xConstraints.add(cons);
}
typinferenzLog.debug("Karthesisches Produkt der Constraints: "+xConstraints);
//////////////////////////////
// Unifizierung der Constraints:
//////////////////////////////
for(Vector<Pair> constraints : xConstraints){
//Alle durch das Karthesische Produkt entstandenen Möglichkeiten durchgehen:
Vector<Vector<Pair>> result = new Vector<Vector<Pair>>();
//Alle FunN-Typen werden per clone-methode in RefTypes verwandelt. (Die clone Methode in FunN darf nicht überschrieben werden.
for(Pair p : constraints){
if(p.TA1 instanceof FunN){
p.TA1 = p.TA1.clone();
}
if(p.TA2 instanceof FunN){
p.TA2 = p.TA2.clone();
}
}
//Erst die Unifizierung erstellen:
Vector<Pair> constraintsClone = (Vector<Pair>)constraints.clone();
Vector<Vector<Pair>> unifyResult = Unify.unify(constraintsClone, finiteClosure);
//Dann den Ergebnissen anfügen
result.addAll(unifyResult);
// Debugoutput:Vector<Vector<Pair>>
typinferenzLog.debug("Unifiziertes Ergebnis: "+result);
/*
// Prüfe ob eindeutige Lösung:
if(result.size()>1 && !Unify.hasSolvedForm(result.elementAt(0))){
typinferenzLog.debug("Keine eindeutige Lösung!");
}else if(result.size()>1){
//Replace TPH:
for(Pair res : result.elementAt(0)){
if(res.OperatorEqual()){
if(res.TA1 instanceof TypePlaceholder)((TypePlaceholder)res.TA1).fireReplaceTypeEvent(new CReplaceTypeEvent(res.TA1, res.TA2));
}
}
}
*/
//typinferenzLog.debug();
//typinferenzLog.debug(supportData.getFiniteClosure());
//typinferenzLog.debug("Typinformationen: \n"+this.getTypeInformation(this.getMethodList(), fieldInitializers));
typinferenzLog.debug("\nJavaFiles:\n");
//typinferenzLog.debug(this.printJavaCode(new ResultSet(new Vector<Pair>())));
//Für jede Klasse in diesem SourceFile gilt das selbe ResultSet:
for(Class klasse : this.KlassenVektor){
//Der Unifikationsalgorithmus kann wiederum auch mehrere Lösungen errechnen, diese werden im folgenden durchlaufen:
for(Vector<Pair> resultSet : result){
//Add Result set as a new ReconstructionResult to ret:
TypeinferenceResultSet reconstructionResult = new TypeinferenceResultSet(klasse, constraints, new ResultSet(resultSet));
ret.add(reconstructionResult);
//ResultSet res = new ResultSet(resultSet);
typinferenzLog.debug("JavaFile für ResultSet "+reconstructionResult+"\n");
typinferenzLog.debug(klasse.printJavaCode(reconstructionResult));
}
}
}
return ret;
/*
// HOTI: Nur zur Info.Ich habe den Loglevel auf Info geschaltet, damit

18
src/mycompiler/myclass/Class.java
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@ -630,10 +630,11 @@ public class Class extends SyntaxTreeNode implements AClassOrInterface
// @author A10023 - Andreas Stadelmeier:
//////////////////////////////
//Erzeuge Assumptions:
TypeAssumptions assumptions = this.getTypeAssumptions();
//--
TypeAssumptions assumptions = this.getPrivateFieldAssumptions();
//Globale Assumptions anfügen:
assumptions.add(globalAssumptions);
typinferenzLog.debug("Erstellte Assumptions: "+assumptions);
/*
//Generiere Liste mit Expressions, welche zur Initialisierung von Feldern verwendet werden.
Vector<Expr> fieldInitializers = new Vector<Expr>();
@ -816,11 +817,11 @@ public class Class extends SyntaxTreeNode implements AClassOrInterface
*/
/**
* Die Funktion ist erst nach dem Aufruf von getMethodList() nutzbar.
* Ermittelt alle Felder und Methoden der Klasse und Erstellt eine Assumption für diese.
* Ermittelt alle privaten Felder und Methoden der Klasse und Erstellt eine Assumption für diese.
* Bemerkung: Momentan werden noch alle Felder dieser Klasse zurückgegeben.
* @return Die erstellten TypeAssumptions
*/
private TypeAssumptions getTypeAssumptions() {
private TypeAssumptions getPrivateFieldAssumptions() {
if(this.typeAssumptions != null)return this.typeAssumptions; //Das sorgt dafür, dass die Assumptions nur einmalig generiert werden.
TypeAssumptions assumptions = new TypeAssumptions(this.getName());
//this.getMethodList(); //Diese Funktion muss zuerst ausgeführt werden.
@ -839,9 +840,6 @@ public class Class extends SyntaxTreeNode implements AClassOrInterface
// assumptions.addMethodAssumption(new RefType(this.getName(),0), "<init>", new RefType(this.getName(),0), new Vector<CParaTypeAssumption>());
//}
typinferenzLog.debug("Erstellte Assumptions: "+assumptions);
this.typeAssumptions = assumptions; //Diese müssen anschließend nicht wieder generiert werden.
return assumptions;
}
@ -1247,7 +1245,7 @@ public class Class extends SyntaxTreeNode implements AClassOrInterface
* @return
*/
public TypeAssumptions getPublicFieldAssumptions() {
TypeAssumptions ret = this.getTypeAssumptions();
TypeAssumptions ret = this.getPrivateFieldAssumptions();
for(Field f : this.getFields()){
ret.add(f.createTypeAssumptions(this));
}

48
src/mycompiler/myclass/Constructor.java
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@ -273,6 +273,54 @@ public class Constructor extends Method {
public Type getType() {
return this.methode.getType();
}
@Override
public boolean equals(Object obj) {
return this.methode.equals(obj);
}
@Override
public void set_DeclId(DeclId did) {
this.methode.set_DeclId(did);
}
@Override
public Vector<DeclId> get_Name() {
return this.methode.get_Name();
}
@Override
public Vector<DeclId> getDeclIdVector() {
return this.methode.getDeclIdVector();
}
@Override
public void setDeclIdVector(Vector<DeclId> vDeclId) {
this.methode.setDeclIdVector(vDeclId);
}
@Override
public String getIdentifier() {
return this.methode.getIdentifier();
}
@Override
public String getDescription() {
return this.methode.getDescription();
}
@Override
public Class getParentClass() {
return this.methode.getParentClass();
}
}

9
src/mycompiler/myclass/Method.java
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@ -702,5 +702,14 @@ public class Method extends Field implements IItemWithOffset, TypeInsertable
return ret;
}
@Override
public boolean equals(Object obj){
if(!(obj instanceof Method))return false;
Method equals = (Method) obj;
if(!this.returntype.equals(equals.returntype))return false;
if(!this.parameterlist.equals(equals.parameterlist))return false;
return super.equals(obj);
}
}
// ino.end

11
src/mycompiler/mytype/TypePlaceholder.java
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@ -6,6 +6,7 @@ package mycompiler.mytype;
import java.util.Hashtable;
import java.util.Iterator;
import java.util.Vector;
import java.util.logging.Logger;
import typinferenz.JavaCodeResult;
import typinferenz.ResultSet;
@ -512,6 +513,16 @@ public class TypePlaceholder extends Type implements IReplaceTypeEventProvider
return equalType.printJavaCode(resultSet);
}
/**
* Berechnet die InsertPoints dieses TypePlaceholders.
* Alle an diesem TypePlaceholder registrierten ITypeReplacementListener werden darauf kontrolliert,
* ob sie von TypeInsertable erben.
* Diese ergeben zusammen mit den Informationen aus dem übergebenen ResultSet einen TypeInsertPoint.
* Mehrere TypeInsertPoint's ergeben ein TypeInsertSet.
* @param result Das ResultSet das den einzusetzenden Typ für diesen TPH enthält.
* @return
* @see TypeInsertPoint
*/
public TypeInsertSet getTypeInsertPoints(ResultSet result) {
TypeInsertSet ret = new TypeInsertSet();
for(ITypeReplacementListener ti : this.m_ReplacementListeners){

2
src/mycompiler/mytypereconstruction/TypeinferenceResultSet.java
View File

@ -29,7 +29,7 @@ import mycompiler.mytypereconstruction.typeassumptionkey.CTypeAssumptionKey;
// ino.class.CTypeReconstructionResult.27238.description type=javadoc
/**
* Diese Container-Klasse kapselt alle Ergebniswerte f<EFBFBD>r eine m<EFBFBD>gliche
* Typkombination aller Klassen und deren Methoden sowie lokalen Variablen. Eine
* Typkombination einer Klasse und deren Methoden sowie lokalen Variablen. Eine
* Instanz dieser Klasse steht f<EFBFBD>r genau eine m<EFBFBD>gliche Typkombination.<br/>
* Objekte dieser Klasse werden vom Typrekonstruktionsalgorithmus <EFBFBD>ber die
* Compiler-API zur<EFBFBD>ckgegeben.

12
src/typinferenz/assumptions/MethodAssumption.java
View File

@ -43,4 +43,16 @@ public class MethodAssumption extends FieldAssumption {
return "MethodAssumption: "+this.method.toString();
}
@Override
public boolean equals(Object obj){
if(!(obj instanceof MethodAssumption))return false;
MethodAssumption equals = (MethodAssumption)obj;
if(equals.method==null)return false;
if(equals.parentClass==null)return false;
if(!(equals.method.equals(this.method)))return false;
if(!(equals.parentClass.equals(this.parentClass)))return false;
return true;
}
}

15
src/typinferenz/assumptions/TypeAssumptions.java
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@ -68,7 +68,7 @@ public class TypeAssumptions {
}
public void addMethodAssumption(MethodAssumption mAss){
this.methodAssumptions.add(mAss);
if(!this.methodAssumptions.contains(mAss))this.methodAssumptions.add(mAss);
}
public void addConstructorAssumption(
@ -93,12 +93,13 @@ public class TypeAssumptions {
* @param withName
* @return
*/
public Vector<FieldAssumption> getFieldVars(String withName){
@Deprecated
public Vector<FieldAssumption> getFieldVars2(String withName){
//TODO: Implementieren
return new Vector<FieldAssumption>();
}
public Type getTypeOfFieldVar(String withName, Class inClass){
@Deprecated
public Type getTypeOfFieldVar2(String withName, Class inClass){
//TODO: Implementieren
return null;
}
@ -108,7 +109,8 @@ public class TypeAssumptions {
* @param withName
* @return
*/
public Vector<MethodAssumption> getMethods(String withName){
@Deprecated
public Vector<MethodAssumption> getMethods2(String withName){
//TODO: Implementieren
return new Vector<MethodAssumption>();
}
@ -118,7 +120,8 @@ public class TypeAssumptions {
* @param withName
* @return
*/
public Type getTypeOfLocalVar(String withName){
@Deprecated
public Type getTypeOfLocalVar2(String withName){
//TODO: Implementieren
return null;
}

115
test/mycompiler/test/lambda/testResults/LambdaTest.log
View File

@ -1,36 +1,123 @@
Class DEBUG [Typeinference] Erstellte Assumptions: this: ThisTestMethod Assumptions:
Class DEBUG [Typeinference] Erstellte Assumptions: this: MatrixMethod Assumptions:
[]
FieldVar Assumptions:
[typinferenz.assumptions.FieldAssumption@6d657803]
[typinferenz.assumptions.FieldAssumption@193d22b1, typinferenz.assumptions.FieldAssumption@7cb09f68, typinferenz.assumptions.FieldAssumption@193d22b1, typinferenz.assumptions.FieldAssumption@7cb09f68]
LocalVar Assumptions:
[]
Parameter Assumptions:
[]
Class DEBUG [Typeinference] Erstellte Constraints: TPH A < TPH A
ThisTest < TPH A
Block DEBUG [Typeinference] Prozessing statement: null Return null (( [ f, ]) -> null { [null Return null (f.apply( [ null (this(null)), m, ]))])
Block DEBUG [Typeinference] Prozessing statement: null Return null (f.apply( [ null (this(null)), m, ]))
Block DEBUG [Typeinference] Prozessing statement: TPH BW Return TPH BS (f: TPH BQ.apply( [ Matrix (this(null)), m: TPH BO, ]))
Block DEBUG [Typeinference] Prozessing statement: TPH BX Return TPH BR (( [ TPH BQ f, ]) -> TPH BW { [TPH BW Return TPH BS (f: TPH BQ.apply( [ Matrix (this(null)), m: TPH BO, ]))])
Class DEBUG [Typeinference] Erstellte Constraints: TPH BM < TPH BM
[[(TPH BT <. TPH BS), (Matrix <. TPH BU), (TPH BO <. TPH BV), (TPH BQ <. FunN), ]| ]
TPH BS < TPH BW
Fun1< TPH BW, TPH BQ > < TPH BR
TPH BR < TPH BX
Fun1< TPH BX, TPH BO > < TPH BP
TPH BP < TPH BM
SourceFile DEBUG [Typeinference] Karthesisches Produkt der Constraints: [[(TPH A <. TPH A), (ThisTest <. TPH A)]]
SourceFile DEBUG [Typeinference] Unifiziertes Ergebnis: [[(TPH A = ThisTest)], [(TPH A = Object)]]
SourceFile DEBUG [Typeinference] Karthesisches Produkt der Constraints: [[(TPH BM <. TPH BM), (TPH BT <. TPH BS), (Matrix <. TPH BU), (TPH BO <. TPH BV), (TPH BQ <. FunN), (TPH BS <. TPH BW), (Fun1< TPH BW, TPH BQ > <. TPH BR), (TPH BR <. TPH BX), (Fun1< TPH BX, TPH BO > <. TPH BP), (TPH BP <. TPH BM)]]
SourceFile DEBUG [Typeinference] Unifiziertes Ergebnis: [[(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Matrix), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< ? extends GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< ? super GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? super Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)], [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? super Matrix >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]]
SourceFile DEBUG [Typeinference]
JavaFiles:
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH A = ThisTest)]
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Matrix), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class ThisTest extends Object
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
ThisTest thisVar = this;
ThisTest ThisTest()
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH A = Object)]
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class ThisTest extends Object
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Object thisVar = this;
ThisTest ThisTest()
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< ? extends GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? extends Vector< ? super GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? super Vector< GTV Integer > >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}
SourceFile DEBUG [Typeinference] JavaFile für ResultSet Unified Constraints: [(TPH BT <. TPH BS), (TPH BO <. TPH BV), (TPH BS <. TPH BW), (TPH BX = Fun1< TPH BW, FunN >), (TPH BM = Fun1< Fun1< TPH BW, FunN >, TPH BO >), (TPH BU = Vector< ? super Matrix >), (TPH BQ = FunN), (TPH BR = Fun1< TPH BW, FunN >), (TPH BP = Fun1< Fun1< TPH BW, FunN >, TPH BO >)]
SourceFile DEBUG [Typeinference] class <BW, BO>Matrix extends Vector<Vector<Integer>>
{
Fun1<Fun1<BW, FunN>, BO> op = (BO m) -> {
return (FunN f) -> {
return f.apply(this, m);;
};
};
Matrix Matrix()
{
}
}

12
test/plugindevelopment/FunNInsertTest.jav Normal file
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@ -0,0 +1,12 @@
class FunNInsertTest{
Object1 var1;
Object2 var2;
Object3 var3;
op = (a) -> (b) -> (c) -> {
var1 = a;
var2 = b;
var3 = c;
};
}

18
test/plugindevelopment/FunNInsertTest.java Normal file
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@ -0,0 +1,18 @@
package plugindevelopment;
import java.util.Vector;
import org.junit.Test;
public class FunNInsertTest {
private static final String TEST_FILE = "FunNInsertTest.jav";
@Test
public void run(){
Vector<String> mustContain = new Vector<String>();
mustContain.add("Fun1<Fun1<Fun1<void, Object3>, Object2>, Object1> op");
MultipleTypesInsertTester.test(this.TEST_FILE, mustContain);
}
}

46
test/plugindevelopment/MultipleTypesInsertTester.java Normal file
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@ -0,0 +1,46 @@
package plugindevelopment;
import java.io.File;
import java.io.IOException;
import java.util.Vector;
import junit.framework.TestCase;
import mycompiler.MyCompiler;
import mycompiler.MyCompilerAPI;
import mycompiler.myparser.JavaParser.yyException;
import mycompiler.mytypereconstruction.TypeinferenceResultSet;
import typinferenz.TypeInsertSet;
public class MultipleTypesInsertTester {
public static void test(String sourceFileToInfere, Vector<String> mustContain){
String gesamterSrc = "";
String inferedSource = "";
MyCompilerAPI compiler = MyCompiler.getAPI();
try {
compiler.parse(new File(TypeInsertTester.rootDirectory + sourceFileToInfere));
Vector<TypeinferenceResultSet> results = compiler.typeReconstruction();
//TestCase.assertTrue("Es darf nicht mehr als eine Lösungsmöglichkeit geben und nicht "+results.size(), results.size()==1);
for(TypeinferenceResultSet result : results){
Vector<TypeInsertSet> points = result.getTypeInsertionPoints();
//TestCase.assertTrue("Es muss mindestens ein TypeInsertSet vorhanden sein", points.size()>0);
for(TypeInsertSet point : points){
//TestCase.assertTrue("Es muss mindestens ein TypeInsertPoint vorhanden sein", point.points.size()>0);
if(point.points.size()>0){
inferedSource = point.insertAllTypes(TypeInsertTester.getFileContent(TypeInsertTester.rootDirectory + sourceFileToInfere));
System.out.println(inferedSource);
gesamterSrc += inferedSource;
}
}
}
} catch (IOException | yyException e) {
e.printStackTrace();
TestCase.fail();
}
for(String containString : mustContain){
TestCase.assertTrue("\""+containString+"\" muss in den inferierten Lösungen vorkommen",gesamterSrc.contains(containString));
}
}
}

33
test/plugindevelopment/OverloadingInsertTest.java
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@ -19,32 +19,15 @@ public class OverloadingInsertTest {
@Test
public void run(){
this.test(this.TEST_FILE);
Vector<String> mustContain = new Vector<String>();
mustContain.add("Overloading2 methode");
mustContain.add("Overloading2 overload");
mustContain.add("Overloading2 var2");
mustContain.add("OverloadingInsertTest methode");
mustContain.add("OverloadingInsertTest overload");
mustContain.add("OverloadingInsertTest var2");
MultipleTypesInsertTester.test(this.TEST_FILE, mustContain);
}
public static void test(String sourceFileToInfere){
String inferedSource = "";
MyCompilerAPI compiler = MyCompiler.getAPI();
try {
compiler.parse(new File(TypeInsertTester.rootDirectory + sourceFileToInfere));
Vector<TypeinferenceResultSet> results = compiler.typeReconstruction();
//TestCase.assertTrue("Es darf nicht mehr als eine Lösungsmöglichkeit geben und nicht "+results.size(), results.size()==1);
for(TypeinferenceResultSet result : results){
Vector<TypeInsertSet> points = result.getTypeInsertionPoints();
TestCase.assertTrue("Es muss mindestens ein TypeInsertSet vorhanden sein", points.size()>0);
for(TypeInsertSet point : points){
TestCase.assertTrue("Es muss mindestens ein TypeInsertPoint vorhanden sein", point.points.size()>0);
if(point.points.size()>0){
inferedSource = point.insertAllTypes(TypeInsertTester.getFileContent(TypeInsertTester.rootDirectory + sourceFileToInfere));
System.out.println(inferedSource);
}
}
}
} catch (IOException | yyException e) {
e.printStackTrace();
TestCase.fail();
}
}
}