Merge branch 'bigRefactoring' into simplifyRes

# Conflicts:
#	src/main/java/de/dhbwstuttgart/bytecode/utilities/SimplifyResult.java
#	src/main/java/de/dhbwstuttgart/core/JavaTXCompiler.java
This commit is contained in:
Michael Uhl 2019-07-29 16:21:25 +02:00
commit 5b75250fcf
44 changed files with 21746 additions and 21629 deletions

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<text x="2205" y="339" style="fill:black; stroke:none;" xml:space="preserve">TimesOp</text>
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<text x="176" y="520" style="fill:black; stroke:none;" xml:space="preserve">GreaterOp</text>
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<text x="1620" y="376" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> codegen(in ClassFile, in CodeAttribute, in Expr, in boolean, in Menge): void</text>
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<text x="1771" y="339" style="fill:black; stroke:none;" xml:space="preserve">DivideOp</text>
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<text x="924" y="195" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> codegen(in ClassFile, in CodeAttribute, in Expr, in boolean, in Menge): void</text>
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<text x="924" y="213" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> if_codegen(in ClassFile, in CodeAttribute, in boolean, in Expr, in Statement, in Statement, in Menge): void</text>
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<text x="1329" y="581" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> if_codegen(in ClassFile, in CodeAttribute, in String, in boolean): void</text>
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<text x="1471" y="526" style="fill:black; stroke:none;" xml:space="preserve">NotEqualOp</text>
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<text x="3330" y="469" style="fill:black; stroke:none;" xml:space="preserve">MinusOp</text>
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<text x="1349" y="392" style="fill:black; stroke:none;" xml:space="preserve">OrOp</text>
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<text x="947" y="384" style="fill:black; stroke:none;" xml:space="preserve">AndOp</text>
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<text x="2205" y="339" style="fill:black; stroke:none;" xml:space="preserve">TimesOp</text>
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<text x="2211" y="566" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> codegen(in ClassFile, in CodeAttribute, in Expr, in boolean, in Menge): void</text>
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<image x="2192" y="571" width="16" xlink:href="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAIAAACQkWg2AAAAYUlEQVR42mP8//8/
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<text x="2211" y="584" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> if_codegen(in ClassFile, in CodeAttribute, in String, in boolean): void</text>
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<text x="2346" y="529" style="fill:black; stroke:none;" xml:space="preserve">GreaterEquOp</text>
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<text x="3107" y="196" style="fill:black; stroke:none;" xml:space="preserve">AddOp</text>
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<text x="2633" y="339" style="fill:black; stroke:none;" xml:space="preserve">ModuloOp</text>
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<text x="29" y="557" style="fill:black; stroke:none; font-weight:normal;" xml:space="preserve"> codegen(in ClassFile, in CodeAttribute, in Expr, in boolean, in Menge): void</text>
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<image x="10" y="562" width="16" xlink:href="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAIAAACQkWg2AAAAYUlEQVR42mP8//8/
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@ -3,8 +3,11 @@
*/
package de.dhbwstuttgart.bytecode.simplifyRes;
import java.util.Collections;
import java.util.List;
import com.google.common.collect.Collections2;
/**
* @author fayez
*
@ -12,7 +15,9 @@ import java.util.List;
public class GenericGeneratorResultsForAllMethods {
private final List<MethodAndConstraints> methodsAndConstraints;
public GenericGeneratorResultsForAllMethods() {
this(Collections.emptyList());
}
/**
* @param methodsAndConstraints
*/

View File

@ -40,9 +40,11 @@ public class GenericGenratorResultForSourceFile {
public GenericsGeneratorResultForClass getSimplifyResultsByName(String pkgName, String name) {
if (this.pkgName.equals(pkgName)) {
return genericGeneratorResultForAllClasses.stream().filter(sr -> sr.getClassName().equals(name)).findAny()
.orElseThrow(() -> new NoSuchElementException(
"Simplify results for the class " + pkgName + "." + name + " are not found"));
return genericGeneratorResultForAllClasses
.stream()
.filter(sr -> sr.getClassName().equals(name))
.findAny()
.orElse(new GenericsGeneratorResultForClass(name));
}
throw new NoSuchElementException("Simplify results for the class " + pkgName + "." + name + " are not found");
}

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@ -3,6 +3,7 @@
*/
package de.dhbwstuttgart.bytecode.simplifyRes;
import java.util.Collections;
import java.util.List;
/**
@ -14,6 +15,9 @@ public class GenericsGeneratorResultForClass {
private final List<GenericsGeneratorResult> classConstraints;
private final GenericGeneratorResultsForAllMethods methodsAndTheirConstraints;
public GenericsGeneratorResultForClass(String className) {
this(className, Collections.emptyList(), new GenericGeneratorResultsForAllMethods());
}
/**
* @param className
* @param classConstraints
@ -52,6 +56,9 @@ public class GenericsGeneratorResultForClass {
.anyMatch(i -> i.equals(id));
}
public List<GenericsGeneratorResult> getMethodConstraintsByID(String id) {
return methodsAndTheirConstraints.getMethodsAndConstraints().stream().filter(mc -> mc.getMethodID().equals(id))
.findFirst().get().getConstraints();

View File

@ -59,43 +59,64 @@ import org.apache.commons.io.output.NullOutputStream;
public class JavaTXCompiler {
final CompilationEnvironment environment;
Boolean resultmodel = true;
public final Map<File, SourceFile> sourceFiles = new HashMap<>();
Boolean log = true; // gibt an ob ein Log-File nach
// System.getProperty("user.dir")+"src/test/java/logFiles" geschrieben werden
// soll?
public volatile UnifyTaskModel usedTasks = new UnifyTaskModel();
public static JavaTXCompiler INSTANCE;
final CompilationEnvironment environment;
Boolean resultmodel = true;
public final Map<File, SourceFile> sourceFiles = new HashMap<>();
Boolean log = true; //gibt an ob ein Log-File nach System.getProperty("user.dir")+"src/test/java/logFiles" geschrieben werden soll?
public volatile UnifyTaskModel usedTasks = new UnifyTaskModel();
/**
* Äußerste Liste der Source-Files.
* Danach Liste der Klassen in Source File.
* Danach Map Klassenname
*/
private List<List<HashMap<String, SimplifyResult>>> simplifyResultsSF = new ArrayList<>();
public JavaTXCompiler(File sourceFile) throws IOException, ClassNotFoundException {
this(Arrays.asList(sourceFile));
INSTANCE = this;
}
public JavaTXCompiler(File sourceFile) throws IOException, ClassNotFoundException {
this(Arrays.asList(sourceFile));
}
public JavaTXCompiler(File sourceFile, Boolean log) throws IOException, ClassNotFoundException {
this(sourceFile);
this.log = log;
INSTANCE = this;
}
public JavaTXCompiler(List<File> sources) throws IOException, ClassNotFoundException {
environment = new CompilationEnvironment(sources);
for (File s : sources) {
sourceFiles.put(s, parse(s));
}
INSTANCE = this;
}
public JavaTXCompiler(File sourceFile, Boolean log) throws IOException, ClassNotFoundException {
this(sourceFile);
this.log = log;
}
public ConstraintSet<Pair> getConstraints() throws ClassNotFoundException {
List<ClassOrInterface> allClasses = new ArrayList<>();//environment.getAllAvailableClasses();
for (SourceFile sf : sourceFiles.values()) {
allClasses.addAll(sf.getClasses());
}
List<ClassOrInterface> importedClasses = new ArrayList<>();
//Alle Importierten Klassen in allen geparsten Sourcefiles kommen ins FC
for (File forSourceFile : sourceFiles.keySet())
for (JavaClassName name : sourceFiles.get(forSourceFile).getImports()) {
//TODO: Hier werden imports von eigenen (.jav) Klassen nicht beachtet
ClassOrInterface importedClass = ASTFactory.createClass(
ClassLoader.getSystemClassLoader().loadClass(name.toString()));
importedClasses.add(importedClass);
}
allClasses.addAll(importedClasses);
public JavaTXCompiler(List<File> sources) throws IOException, ClassNotFoundException {
environment = new CompilationEnvironment(sources);
for (File s : sources) {
sourceFiles.put(s, parse(s));
}
}
return new TYPE(sourceFiles.values(), allClasses).getConstraints();
}
public ConstraintSet<Pair> getConstraints() throws ClassNotFoundException {
List<ClassOrInterface> allClasses = new ArrayList<>();// environment.getAllAvailableClasses();
for (SourceFile sf : sourceFiles.values()) {
allClasses.addAll(sf.getClasses());
}
List<ClassOrInterface> importedClasses = new ArrayList<>();
// Alle Importierten Klassen in allen geparsten Sourcefiles kommen ins FC
for (File forSourceFile : sourceFiles.keySet())
for (JavaClassName name : sourceFiles.get(forSourceFile).getImports()) {
// TODO: Hier werden imports von eigenen (.jav) Klassen nicht beachtet
ClassOrInterface importedClass = ASTFactory
.createClass(ClassLoader.getSystemClassLoader().loadClass(name.toString()));
importedClasses.add(importedClass);
public List<ClassOrInterface> getAvailableClasses(SourceFile forSourceFile) throws ClassNotFoundException {
//PL 2018-09-18: List durch Set ersetzt, damit die Klassen nur einmal hinzugefuegt werden
//List<ClassOrInterface> allClasses = new ArrayList<>();//environment.getAllAvailableClasses();
Set<ClassOrInterface> allClasses = new HashSet<>();
/* PL 2018-09-19 geloescht werden bereits in typeInference hinzugefuegt
}
allClasses.addAll(importedClasses);
@ -711,6 +732,20 @@ public class JavaTXCompiler {
return ret;
}
public void generateBytecodForFile(String path, HashMap<String, byte[]> classFiles, SourceFile sf,
List<ResultSet> typeinferenceResult) throws IOException {
try {
List<GenericGenratorResultForSourceFile> genericResults = getGeneratedGenericResultsForAllSourceFiles(typeinferenceResult);
BytecodeGen bytecodeGen = new BytecodeGen(classFiles,typeinferenceResult, genericResults, sf,path);
bytecodeGen.visit(sf);
this.writeClassFile(bytecodeGen.getClassFiles(), path);
} catch (ClassNotFoundException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
public List<GenericGenratorResultForSourceFile> getGeneratedGenericResultsForAllSourceFiles()
throws ClassNotFoundException {
List<GenericGenratorResultForSourceFile> result = new ArrayList<>();

View File

@ -2,6 +2,10 @@ package de.dhbwstuttgart.syntaxtree;
import org.antlr.v4.runtime.Token;
import com.google.common.collect.Lists;
import de.dhbwstuttgart.parser.NullToken;
import java.util.*;
@ -15,11 +19,21 @@ public class GenericDeclarationList extends SyntaxTreeNode implements Iterable<G
private Token offsetOfLastElement;
private List<GenericTypeVar> gtvs = new ArrayList<>();
public GenericDeclarationList(List<GenericTypeVar> values, Token endOffset) {
@SuppressWarnings("unchecked")
public GenericDeclarationList(Iterable<? extends GenericTypeVar> values, Token endOffset) {
super(endOffset);
gtvs = isListOfGenericTypeVar(values) ? (List<GenericTypeVar>)values : Lists.newArrayList(values);
this.offsetOfLastElement = endOffset;
}
public GenericDeclarationList(ArrayList<GenericTypeVar> values, Token endOffset) {
super(endOffset);
gtvs = values;
this.offsetOfLastElement = endOffset;
this.offsetOfLastElement = endOffset; }
private boolean isListOfGenericTypeVar(Iterable<? extends GenericTypeVar> values) {
return values instanceof List && ((List<?>)values).size() > 0 && ((List<?>)values).get(0) instanceof GenericTypeVar;
}
@Override

View File

@ -1,24 +1,24 @@
package de.dhbwstuttgart.syntaxtree.statement;
import java.util.List;
import de.dhbwstuttgart.syntaxtree.StatementVisitor;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
import de.dhbwstuttgart.typeinference.assumptions.TypeInferenceBlockInformation;
import de.dhbwstuttgart.typeinference.constraints.ConstraintSet;
import de.dhbwstuttgart.exceptions.NotImplementedException;
public class NewArray extends Expression
{
public NewArray(int offset,int variableLength)
{
super(null,null);
}
private RefTypeOrTPHOrWildcardOrGeneric type;
public List<Expression> expr;
@Override
public void accept(StatementVisitor visitor) {
visitor.visit(this);
}
}
package de.dhbwstuttgart.syntaxtree.statement;
import java.util.List;
import de.dhbwstuttgart.syntaxtree.StatementVisitor;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
import de.dhbwstuttgart.typeinference.assumptions.TypeInferenceBlockInformation;
import de.dhbwstuttgart.typeinference.constraints.ConstraintSet;
import de.dhbwstuttgart.exceptions.NotImplementedException;
public class NewArray extends Expression
{
public NewArray(int offset,int variableLength)
{
super(null,null);
}
private RefTypeOrTPHOrWildcardOrGeneric type;
public List<Expression> expr;
@Override
public void accept(StatementVisitor visitor) {
visitor.visit(this);
}
}

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@ -1,11 +1,37 @@
package de.dhbwstuttgart.typedeployment;
import de.dhbwstuttgart.bytecode.Exception.BytecodeGeneratorError;
import de.dhbwstuttgart.bytecode.constraint.TPHConstraint;
import de.dhbwstuttgart.bytecode.descriptor.TypeToDescriptor;
import de.dhbwstuttgart.bytecode.simplifyRes.GenericGenratorResultForSourceFile;
import de.dhbwstuttgart.bytecode.simplifyRes.GenericsGeneratorResult;
import de.dhbwstuttgart.bytecode.simplifyRes.GenericsGeneratorResultForClass;
import de.dhbwstuttgart.bytecode.utilities.MethodUtility;
import de.dhbwstuttgart.bytecode.utilities.Resolver;
import de.dhbwstuttgart.core.JavaTXCompiler;
import de.dhbwstuttgart.parser.NullToken;
import de.dhbwstuttgart.syntaxtree.*;
import de.dhbwstuttgart.syntaxtree.statement.NewArray;
import de.dhbwstuttgart.syntaxtree.type.*;
import de.dhbwstuttgart.typeinference.result.*;
import org.antlr.v4.runtime.Token;
import org.antlr.v4.parse.ANTLRParser.action_return;
import org.antlr.v4.parse.ANTLRParser.block_return;
import org.antlr.v4.parse.ANTLRParser.labeledAlt_return;
import org.antlr.v4.parse.ANTLRParser.parserRule_return;
import org.antlr.v4.runtime.Token;
import org.objectweb.asm.Type;
import org.stringtemplate.v4.compiler.STParser.ifstat_return;
import java.io.File;
import java.io.IOException;
import java.io.Serializable;
import java.util.*;
import java.util.Map.Entry;
import java.util.stream.Collectors;
import javax.print.DocFlavor.STRING;
import javax.security.auth.kerberos.KerberosKey;
/**
* TODO:
@ -29,62 +55,90 @@ public class TypeInsertFactory {
public static TypeInsert createInsertPoints(RefTypeOrTPHOrWildcardOrGeneric type, Token offset, ClassOrInterface cl, Method m,
ResultSet resultSet) {
ResolvedType resolvedType = resultSet.resolveType(type);
TypeInsertPoint insertPoint = new TypeInsertPoint(offset,
new TypeToInsertString(resolvedType.resolvedType).insert);
return new TypeInsert(insertPoint, new HashSet<>(), resolvedType.getResultPair());
try {
ResolvedType resolvedType = resultSet.resolveType(type);
TypeInsertPoint insertPoint = new TypeInsertPoint(offset,
new TypeToInsertString(resolvedType.resolvedType).insert);
List<GenericGenratorResultForSourceFile> simplifyResults = JavaTXCompiler.INSTANCE.getGeneratedGenericResultsForAllSourceFiles();
for (GenericGenratorResultForSourceFile simplifyResultsEntries : simplifyResults) {
GenericsGeneratorResultForClass genericResultsForClass = simplifyResultsEntries.getSimplifyResultsByName("", cl.getClassName().toString());
return new TypeInsert(insertPoint, createGenericInsert(genericResultsForClass, cl, m, resultSet), resolvedType.getResultPair());
}
return new TypeInsert(insertPoint, new HashSet<>(), resolvedType.getResultPair());
} catch (ClassNotFoundException e) {
e.printStackTrace();
return null;
}
}
private static TypeInsertPoint createGenericInsert(Set<GenericInsertPair> toInsert, ClassOrInterface cl, Method m){
//Momentan wird Methode ignoriert. Parameter werden immer als Klassenparameter angefügt:
//Offset zum Einstzen bestimmen:
Token offset;
String insert = "";
String end;
if(cl.getGenerics().iterator().hasNext()){
//offset = cl.getGenerics().iterator().next().getOffset();
offset = cl.getGenerics().getOffset();
end=",";
}else{
offset = cl.getGenerics().getOffset();
insert += "<";
end = ">";
private static synchronized Set<TypeInsertPoint> createGenericInsert(GenericsGeneratorResultForClass genericResult, ClassOrInterface cl, Method m, ResultSet resultSet){
Set<TypeInsertPoint> result = createGenericClassInserts(genericResult, cl);
for (Method method : cl.getMethods()) {
Resolver resolver = new Resolver(resultSet);
List<GenericsGeneratorResult> methodConstraints = genericResult.getMethodConstraintsByID(MethodUtility.createID(resolver, method));
createMethodConstraints(method, methodConstraints);
}
//Alle einzusetzenden Generics und deren Bounds bestimmen:
HashMap<TypePlaceholder, HashSet<TypePlaceholder>> genericsAndBounds = new HashMap<>();
for(GenericInsertPair p : toInsert){
if(!genericsAndBounds.containsKey(p.TA1)){
genericsAndBounds.put((TypePlaceholder) p.TA1, new HashSet<>());
}
if(p.TA2 != null){
genericsAndBounds.get(p.TA1).add((TypePlaceholder) p.TA2);
if(!genericsAndBounds.containsKey(p.TA2)){
genericsAndBounds.put((TypePlaceholder) p.TA2, new HashSet<>());
}
}
}
//String zum Einsetzen (Generics mit bounds) generieren:
Iterator<TypePlaceholder> it = genericsAndBounds.keySet().iterator();
if(! it.hasNext())return new TypeInsertPoint(offset, "");
while(it.hasNext()){
TypePlaceholder tph = it.next();
insert += tph.getName();
Set<TypePlaceholder> bounds = genericsAndBounds.get(tph);
if(bounds.size() > 0){
insert += " extends ";
Iterator<TypePlaceholder> boundIt = bounds.iterator();
while(boundIt.hasNext()){
TypePlaceholder bound = boundIt.next();
insert += bound.getName();
if(boundIt.hasNext())insert += " & ";
}
}
if(it.hasNext())insert+=",";
}
return new TypeInsertPoint(offset, insert + end);
return result;
}
private static Set<TypeInsertPoint> createMethodConstraints(Method method, List<GenericsGeneratorResult> constraints) {
Set<TypeInsertPoint> result = new HashSet<>();
Token offset = new GenericDeclarationList(method.getGenerics(), new NullToken()).getOffset();
if (constraints.size() == 0) {
result.add(new TypeInsertPoint(offset, ""));
return result;
}
String insert = " <";
for (GenericsGeneratorResult genericInsertConstraint : constraints) {
if (genericInsertConstraint.getConstraint().getRight().equals(Type.getInternalName(Object.class))) {
insert += genericInsertConstraint.getConstraint().getLeft();
} else {
insert += genericInsertConstraint.getConstraint().getLeft() + " extends " + genericInsertConstraint.getConstraint().getRight() + ", ";
}
}
insert = insert.substring(0, insert.length() -2);
insert += ">";
result.add(new TypeInsertPoint(offset, insert));
return result;
}
private static Set<TypeInsertPoint> createGenericClassInserts(GenericsGeneratorResultForClass genericResult, ClassOrInterface cl) {
Set<TypeInsertPoint> result = new HashSet<>();
Token offset = cl.getGenerics().getOffset();
List<GenericsGeneratorResult> classConstraints = genericResult.getClassConstraints();
if (classConstraints.size() == 0) {
result.add(new TypeInsertPoint(offset, ""));
return result;
}
String insert = " <";
for (GenericsGeneratorResult genericInsertConstraint : classConstraints) {
if (genericInsertConstraint.getConstraint().getRight().equals(Type.getInternalName(Object.class))) {
insert += genericInsertConstraint.getConstraint().getLeft();
} else {
insert += genericInsertConstraint.getConstraint().getLeft() + " extends " + genericInsertConstraint.getConstraint().getRight() + ", ";
}
}
insert = insert.substring(0, insert.length() -2);
insert += ">";
result.add(new TypeInsertPoint(offset, insert));
return result;
}
}
class TypeToInsertString implements ResultSetVisitor{

View File

@ -1,73 +1,73 @@
package de.dhbwstuttgart.typedeployment;
import de.dhbwstuttgart.exceptions.NotImplementedException;
import de.dhbwstuttgart.syntaxtree.*;
import de.dhbwstuttgart.syntaxtree.statement.JavaInternalExpression;
import de.dhbwstuttgart.syntaxtree.statement.LambdaExpression;
import de.dhbwstuttgart.syntaxtree.type.TypePlaceholder;
import de.dhbwstuttgart.typeinference.result.ResultSet;
import java.util.HashSet;
import java.util.Set;
public class TypeInsertPlacer extends AbstractASTWalker{
Set<TypeInsert> inserts = new HashSet<>();
private ResultSet withResults;
public Set<TypeInsert> getTypeInserts(SourceFile forSourceFile, ResultSet withResults){
this.withResults = withResults;
forSourceFile.accept(this);
return inserts;
}
@Override
public void visit(ClassOrInterface classOrInterface) {
TypeInsertPlacerClass cl = new TypeInsertPlacerClass(classOrInterface, withResults);
this.inserts.addAll(cl.inserts);
}
}
class TypeInsertPlacerClass extends AbstractASTWalker{
protected final ResultSet results;
protected final ClassOrInterface cl;
public final Set<TypeInsert> inserts = new HashSet<>();
private Method method;
TypeInsertPlacerClass(ClassOrInterface forClass, ResultSet withResults){
this.cl = forClass;
this.method = null;
this.results = withResults;
forClass.accept(this);
}
@Override
public void visit(Method method) {
this.method = method;
if(method.getReturnType() instanceof TypePlaceholder)
inserts.add(TypeInsertFactory.createInsertPoints(
method.getReturnType(), method.getReturnType().getOffset(), cl, method, results));
super.visit(method);
}
@Override
public void visit(Field field) {
if(field.getType() instanceof TypePlaceholder){
inserts.add(TypeInsertFactory.createInsertPoints(
field.getType(), field.getType().getOffset(), cl, method, results));
}
super.visit(field);
}
@Override
public void visit(FormalParameter param) {
if(param.getType() instanceof TypePlaceholder)
inserts.add(TypeInsertFactory.createInsertPoints(
param.getType(), param.getType().getOffset(), cl, method, results));
super.visit(param);
}
@Override
public void visit(LambdaExpression lambdaExpression) {
//Lambda-Ausdrücke brauchen keine Typeinsetzungen
}
}
package de.dhbwstuttgart.typedeployment;
import de.dhbwstuttgart.exceptions.NotImplementedException;
import de.dhbwstuttgart.syntaxtree.*;
import de.dhbwstuttgart.syntaxtree.statement.JavaInternalExpression;
import de.dhbwstuttgart.syntaxtree.statement.LambdaExpression;
import de.dhbwstuttgart.syntaxtree.type.TypePlaceholder;
import de.dhbwstuttgart.typeinference.result.ResultSet;
import java.util.HashSet;
import java.util.Set;
public class TypeInsertPlacer extends AbstractASTWalker{
Set<TypeInsert> inserts = new HashSet<>();
private ResultSet withResults;
public Set<TypeInsert> getTypeInserts(SourceFile forSourceFile, ResultSet withResults){
this.withResults = withResults;
forSourceFile.accept(this);
return inserts;
}
@Override
public void visit(ClassOrInterface classOrInterface) {
TypeInsertPlacerClass cl = new TypeInsertPlacerClass(classOrInterface, withResults);
this.inserts.addAll(cl.inserts);
}
}
class TypeInsertPlacerClass extends AbstractASTWalker{
protected final ResultSet results;
protected final ClassOrInterface cl;
public final Set<TypeInsert> inserts = new HashSet<>();
private Method method;
TypeInsertPlacerClass(ClassOrInterface forClass, ResultSet withResults){
this.cl = forClass;
this.method = null;
this.results = withResults;
forClass.accept(this);
}
@Override
public void visit(Method method) {
this.method = method;
if(method.getReturnType() instanceof TypePlaceholder)
inserts.add(TypeInsertFactory.createInsertPoints(
method.getReturnType(), method.getReturnType().getOffset(), cl, method, results));
super.visit(method);
}
@Override
public void visit(Field field) {
if(field.getType() instanceof TypePlaceholder){
inserts.add(TypeInsertFactory.createInsertPoints(
field.getType(), field.getType().getOffset(), cl, method, results));
}
super.visit(field);
}
@Override
public void visit(FormalParameter param) {
if(param.getType() instanceof TypePlaceholder)
inserts.add(TypeInsertFactory.createInsertPoints(
param.getType(), param.getType().getOffset(), cl, method, results));
super.visit(param);
}
@Override
public void visit(LambdaExpression lambdaExpression) {
//Lambda-Ausdrücke brauchen keine Typeinsetzungen
}
}

View File

@ -1,59 +1,59 @@
package de.dhbwstuttgart.typedeployment;
import org.antlr.v4.runtime.Token;
import de.dhbwstuttgart.typeinference.unify.model.ReferenceType;
import java.time.OffsetDateTime;
import java.util.List;
import java.util.stream.Collectors;
public class TypeInsertPoint {
public Token point;
private String insertString;
private int extraOffset = 0;
public TypeInsertPoint(Token point, String toInsert){
this.point = point;
this.insertString = (toInsert.endsWith(" ")) ? toInsert : toInsert + " " ;
}
public String insert(String intoSource, List<TypeInsertPoint> additionalOffset){
int offset = additionalOffset.stream().filter((token ->
//token.point.getLine() != point.getLine() && token.point.getCharPositionInLine() <= point.getCharPositionInLine()))
token.point.getStartIndex() <= point.getStartIndex()))
.mapToInt((typeInsertPoint -> typeInsertPoint.insertString.length())).sum();
return new StringBuilder(intoSource).insert(point.getStartIndex()+offset+extraOffset, insertString).toString();
}
public String getInsertString() {
return insertString;
}
public void addExtraOffset(int toAdd) {
this.extraOffset += toAdd;
}
public int getPositionInCode() {
return point.getStartIndex() + extraOffset;
}
/* PL 2018-06-19
* Zwei TypeInsertPoint's sind gleich, wenn ihre point's gleich sind
* eingefuegt damit man TypeReplaceMarker vergleichen kann
* @see java.lang.Object#equals(java.lang.Object)
*/
public boolean equals(Object obj) {
if(!(obj instanceof TypeInsertPoint)) {
return false;
}
else {
return ((TypeInsertPoint)obj).point.equals(this.point) &&
((TypeInsertPoint)obj).insertString.equals(this.insertString);
}
}
public String toString() {
return point.toString() + " " + insertString.toString();
}
}
package de.dhbwstuttgart.typedeployment;
import org.antlr.v4.runtime.Token;
import de.dhbwstuttgart.typeinference.unify.model.ReferenceType;
import java.time.OffsetDateTime;
import java.util.List;
import java.util.stream.Collectors;
public class TypeInsertPoint {
public Token point;
private String insertString;
private int extraOffset = 0;
public TypeInsertPoint(Token point, String toInsert){
this.point = point;
this.insertString = (toInsert.endsWith(" ")) ? toInsert : toInsert + " " ;
}
public String insert(String intoSource, List<TypeInsertPoint> additionalOffset){
int offset = additionalOffset.stream().filter((token ->
//token.point.getLine() != point.getLine() && token.point.getCharPositionInLine() <= point.getCharPositionInLine()))
token.point.getStartIndex() <= point.getStartIndex()))
.mapToInt((typeInsertPoint -> typeInsertPoint.insertString.length())).sum();
return new StringBuilder(intoSource).insert(point.getStartIndex()+offset+extraOffset, insertString).toString();
}
public String getInsertString() {
return insertString;
}
public void addExtraOffset(int toAdd) {
this.extraOffset += toAdd;
}
public int getPositionInCode() {
return point.getStartIndex() + extraOffset;
}
/* PL 2018-06-19
* Zwei TypeInsertPoint's sind gleich, wenn ihre point's gleich sind
* eingefuegt damit man TypeReplaceMarker vergleichen kann
* @see java.lang.Object#equals(java.lang.Object)
*/
public boolean equals(Object obj) {
if(!(obj instanceof TypeInsertPoint)) {
return false;
}
else {
return ((TypeInsertPoint)obj).point.equals(this.point) &&
((TypeInsertPoint)obj).insertString.equals(this.insertString);
}
}
public String toString() {
return point.toString() + " " + insertString.toString();
}
}

View File

@ -1,62 +1,62 @@
package de.dhbwstuttgart.typeinference.result;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
/**
* Paare, welche das Unifikationsergebnis darstellen
*/
public abstract class ResultPair<A extends RefTypeOrTPHOrWildcardOrGeneric,B extends RefTypeOrTPHOrWildcardOrGeneric> {
private final A left;
private final B right;
public abstract void accept(ResultPairVisitor visitor);
public ResultPair(A left, B right){
this.left = left;
this.right = right;
}
public A getLeft() {
return left;
}
public B getRight() {
return right;
}
public String toString() {
return "(" + left.toString() + ", " + right.toString() + ")";
}
@Override
public int hashCode() {
final int prime = 31;
int result = 1;
result = prime * result + ((left == null) ? 0 : left.getOffset().hashCode());
result = prime * result + ((right == null) ? 0 : right.getOffset().hashCode());
return result;
}
@Override
public boolean equals(Object obj) {
if (this == obj)
return true;
if (obj == null)
return false;
if (getClass() != obj.getClass())
return false;
ResultPair<?,?> other = (ResultPair<?,?>) obj;
if (left == null) {
if (other.left != null)
return false;
} else if (!left.getOffset().equals(other.left.getOffset()))
return false;
if (right == null) {
if (other.right != null)
return false;
} else if (!right.getOffset().equals(other.right.getOffset()))
return false;
return true;
}
}
package de.dhbwstuttgart.typeinference.result;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
/**
* Paare, welche das Unifikationsergebnis darstellen
*/
public abstract class ResultPair<A extends RefTypeOrTPHOrWildcardOrGeneric,B extends RefTypeOrTPHOrWildcardOrGeneric> {
private final A left;
private final B right;
public abstract void accept(ResultPairVisitor visitor);
public ResultPair(A left, B right){
this.left = left;
this.right = right;
}
public A getLeft() {
return left;
}
public B getRight() {
return right;
}
public String toString() {
return "(" + left.toString() + ", " + right.toString() + ")";
}
@Override
public int hashCode() {
final int prime = 31;
int result = 1;
result = prime * result + ((left == null) ? 0 : left.getOffset().hashCode());
result = prime * result + ((right == null) ? 0 : right.getOffset().hashCode());
return result;
}
@Override
public boolean equals(Object obj) {
if (this == obj)
return true;
if (obj == null)
return false;
if (getClass() != obj.getClass())
return false;
ResultPair<?,?> other = (ResultPair<?,?>) obj;
if (left == null) {
if (other.left != null)
return false;
} else if (!left.getOffset().equals(other.left.getOffset()))
return false;
if (right == null) {
if (other.right != null)
return false;
} else if (!right.getOffset().equals(other.right.getOffset()))
return false;
return true;
}
}

View File

@ -1,309 +1,309 @@
package de.dhbwstuttgart.typeinference.result;
import java.util.HashSet;
import java.util.Set;
import de.dhbwstuttgart.exceptions.NotImplementedException;
import de.dhbwstuttgart.syntaxtree.type.ExtendsWildcardType;
import de.dhbwstuttgart.syntaxtree.type.GenericRefType;
import de.dhbwstuttgart.syntaxtree.type.RefType;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
import de.dhbwstuttgart.syntaxtree.type.SuperWildcardType;
import de.dhbwstuttgart.syntaxtree.type.TypePlaceholder;
@SuppressWarnings("rawtypes")
public class ResultSet {
public final Set<ResultPair> results;
public Set<ResultPair<TypePlaceholder, TypePlaceholder>> genIns;
public ResultSet(Set<ResultPair> set){
this.results = set;
this.genIns = new HashSet<>();
package de.dhbwstuttgart.typeinference.result;
import java.util.HashSet;
import java.util.Set;
import de.dhbwstuttgart.exceptions.NotImplementedException;
import de.dhbwstuttgart.syntaxtree.type.ExtendsWildcardType;
import de.dhbwstuttgart.syntaxtree.type.GenericRefType;
import de.dhbwstuttgart.syntaxtree.type.RefType;
import de.dhbwstuttgart.syntaxtree.type.RefTypeOrTPHOrWildcardOrGeneric;
import de.dhbwstuttgart.syntaxtree.type.SuperWildcardType;
import de.dhbwstuttgart.syntaxtree.type.TypePlaceholder;
@SuppressWarnings("rawtypes")
public class ResultSet {
public final Set<ResultPair> results;
public Set<ResultPair<TypePlaceholder, TypePlaceholder>> genIns;
public ResultSet(Set<ResultPair> set){
this.results = set;
this.genIns = new HashSet<>();
results.forEach(x -> { if (x instanceof PairTPHsmallerTPH) { this.genIns.add(x);}} );
}
public boolean contains(ResultPair toCheck) {
return this.results.contains(toCheck);
}
public void remove(ResultPair toCheck) {
results.remove(toCheck);
}
public ResolvedType resolveType(RefTypeOrTPHOrWildcardOrGeneric type) {
if(type instanceof TypePlaceholder)
return new Resolver(this).resolve((TypePlaceholder)type);
if(type instanceof GenericRefType)return new ResolvedType(type, new HashSet<>());
if(type instanceof RefType) {
RelatedTypeWalker related = new RelatedTypeWalker(null, this);
type.accept(related);
return new ResolvedType(type, related.relatedTPHs);
} else {
throw new NotImplementedException();
//return new ResolvedType(type,new HashSet<>());
}
}
public String toString() {
return results.toString();
}
@Override
public boolean equals(Object o) {
if (o instanceof ResultSet) {
ResultSet other = (ResultSet)o;
return this.results.equals(other.results);
} else {
return false;
}
}
@Override
public int hashCode() {
return results.hashCode();
}
}
class Resolver implements ResultSetVisitor {
private final ResultSet result;
private TypePlaceholder toResolve;
private RefTypeOrTPHOrWildcardOrGeneric resolved;
private final Set<GenericInsertPair> additionalTPHs = new HashSet<>();
private ResultPair<?,?> currentPair;
public Resolver(ResultSet resultPairs){
this.result = resultPairs;
}
public ResolvedType resolve(TypePlaceholder tph){
toResolve = tph;
resolved = null;
System.out.println(tph.toString());
for(ResultPair<?,?> resultPair : result.results) {
if(resultPair instanceof PairTPHEqualTPH && ((PairTPHEqualTPH) resultPair).getLeft().equals(toResolve)){
currentPair = resultPair;
return resolve(((PairTPHEqualTPH) resultPair).getRight());
}
}
for(ResultPair<?,?> resultPair : result.results){
currentPair = resultPair;
resultPair.accept(this);
}
if(resolved==null){//TPH kommt nicht im Result vor:
resolved = tph;
}
ResolvedType result = new ResolvedType(resolved, additionalTPHs);//resolved;
result.setResultPair(currentPair);
return result;
}
@Override
public void visit(PairTPHsmallerTPH p) {
currentPair = p;
if(p.left.equals(toResolve)){
additionalTPHs.add(new GenericInsertPair(p.left, p.right));
additionalTPHs.addAll(new RelatedTypeWalker(p.right, result).relatedTPHs);
}
if(p.right.equals(toResolve))
additionalTPHs.addAll(new RelatedTypeWalker(p.left, result).relatedTPHs);
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
currentPair = p;
if(p.left.equals(toResolve)){
resolved = p.right;
RelatedTypeWalker related = new RelatedTypeWalker(null, result);
p.right.accept(related);
additionalTPHs.addAll(related.relatedTPHs);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//Do nothing. Dieser Fall wird in der resolve-Methode abgefangen
}
@Override
public void visit(RefType refType) {
}
@Override
public void visit(GenericRefType genericRefType) {
}
@Override
public void visit(SuperWildcardType superWildcardType) {
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
}
}
/**
* Sucht aus dem Result Set den Sub/supertyp für einen TPH
*/
@SuppressWarnings("rawtypes")
class TPHResolver implements ResultSetVisitor {
private final TypePlaceholder tph;
Set<GenericInsertPair> resolved = new HashSet<>();
private final ResultSet resultSet;
TPHResolver(TypePlaceholder tph, ResultSet resultSet){
this.resultSet = resultSet;
this.tph = tph;
for(ResultPair p : resultSet.results){
p.accept(this);
}
if(resolved.size() == 0){
resolved.add(new GenericInsertPair(tph, null));
}
}
@Override
public void visit(PairTPHsmallerTPH p) {
if(p.left.equals(tph) || p.right.equals(tph)){
resolved.add(new GenericInsertPair(p.left, p.right));
}
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
TypePlaceholder otherSide = null;
if(p.right.equals(tph)){
otherSide = p.left;
}
if(otherSide != null){
Set<ResultPair> newResultSet = new HashSet<>(this.resultSet.results);
newResultSet.remove(p);
resolved.addAll(new TPHResolver(otherSide, new ResultSet(newResultSet)).resolved);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//ignorieren. Wird vom Resolver behandelt
}
@Override
public void visit(RefType refType) {
}
@Override
public void visit(GenericRefType genericRefType) {
}
@Override
public void visit(SuperWildcardType superWildcardType) {
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
}
}
@SuppressWarnings("rawtypes")
class RelatedTypeWalker implements ResultSetVisitor {
final Set<GenericInsertPair> relatedTPHs = new HashSet<>();
private final TypePlaceholder toResolve;
private final ResultSet resultSet;
/**
* Läuft über das resultSet und speichert alle TPHs, welche mit start in Verbindung stehen
* @param start - kann null sein, wenn der Walker für einen RefType benutzt wird
* @param resultSet
*/
RelatedTypeWalker(TypePlaceholder start, ResultSet resultSet){
this.toResolve = start;
this.resultSet = resultSet;
int resolved = 0;
do{
resolved = relatedTPHs.size();
for(ResultPair p : resultSet.results){
p.accept(this);
p.accept(this);
}
}while(resolved - relatedTPHs.size() > 0);
}
@Override
public void visit(PairTPHsmallerTPH p) {
if(p.getRight().equals(toResolve)){
relatedTPHs.addAll(new TPHResolver(p.right, resultSet).resolved);
//relatedTPHs.addAll(new RelatedTypeWalker(p.right, resultSet).relatedTPHs);
}
if(p.getLeft().equals(toResolve)){
relatedTPHs.addAll(new TPHResolver(p.left, resultSet).resolved);
//relatedTPHs.addAll(new RelatedTypeWalker(p.left, resultSet).relatedTPHs);
}
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
if(p.getLeft().equals(toResolve)){
p.getRight().accept(this);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//Kann ignoriert werden. Diese Fälle werden vom Resolver behandelt
}
/*
Die folgenden Funktionen fügen alle TPHs an die relatedTPHs an, denen sie begegnen:
Das wird verwendet, wenn alle relatedTPHs aus den Parametern eines RefTypes angefügt werden sollen
*/
@Override
public void visit(RefType refType) {
for(RefTypeOrTPHOrWildcardOrGeneric param : refType.getParaList()){
param.accept(this);
}
}
@Override
public void visit(SuperWildcardType superWildcardType) {
superWildcardType.getInnerType().accept(this);
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
relatedTPHs.addAll(new TPHResolver(typePlaceholder, resultSet).resolved);
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
extendsWildcardType.getInnerType().accept(this);
}
@Override
public void visit(GenericRefType genericRefType) {
}
}
public boolean contains(ResultPair toCheck) {
return this.results.contains(toCheck);
}
public void remove(ResultPair toCheck) {
results.remove(toCheck);
}
public ResolvedType resolveType(RefTypeOrTPHOrWildcardOrGeneric type) {
if(type instanceof TypePlaceholder)
return new Resolver(this).resolve((TypePlaceholder)type);
if(type instanceof GenericRefType)return new ResolvedType(type, new HashSet<>());
if(type instanceof RefType) {
RelatedTypeWalker related = new RelatedTypeWalker(null, this);
type.accept(related);
return new ResolvedType(type, related.relatedTPHs);
} else {
throw new NotImplementedException();
//return new ResolvedType(type,new HashSet<>());
}
}
public String toString() {
return results.toString();
}
@Override
public boolean equals(Object o) {
if (o instanceof ResultSet) {
ResultSet other = (ResultSet)o;
return this.results.equals(other.results);
} else {
return false;
}
}
@Override
public int hashCode() {
return results.hashCode();
}
}
class Resolver implements ResultSetVisitor {
private final ResultSet result;
private TypePlaceholder toResolve;
private RefTypeOrTPHOrWildcardOrGeneric resolved;
private final Set<GenericInsertPair> additionalTPHs = new HashSet<>();
private ResultPair<?,?> currentPair;
public Resolver(ResultSet resultPairs){
this.result = resultPairs;
}
public ResolvedType resolve(TypePlaceholder tph){
toResolve = tph;
resolved = null;
System.out.println(tph.toString());
for(ResultPair<?,?> resultPair : result.results) {
if(resultPair instanceof PairTPHEqualTPH && ((PairTPHEqualTPH) resultPair).getLeft().equals(toResolve)){
currentPair = resultPair;
return resolve(((PairTPHEqualTPH) resultPair).getRight());
}
}
for(ResultPair<?,?> resultPair : result.results){
currentPair = resultPair;
resultPair.accept(this);
}
if(resolved==null){//TPH kommt nicht im Result vor:
resolved = tph;
}
ResolvedType result = new ResolvedType(resolved, additionalTPHs);//resolved;
result.setResultPair(currentPair);
return result;
}
@Override
public void visit(PairTPHsmallerTPH p) {
currentPair = p;
if(p.left.equals(toResolve)){
additionalTPHs.add(new GenericInsertPair(p.left, p.right));
additionalTPHs.addAll(new RelatedTypeWalker(p.right, result).relatedTPHs);
}
if(p.right.equals(toResolve))
additionalTPHs.addAll(new RelatedTypeWalker(p.left, result).relatedTPHs);
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
currentPair = p;
if(p.left.equals(toResolve)){
resolved = p.right;
RelatedTypeWalker related = new RelatedTypeWalker(null, result);
p.right.accept(related);
additionalTPHs.addAll(related.relatedTPHs);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//Do nothing. Dieser Fall wird in der resolve-Methode abgefangen
}
@Override
public void visit(RefType refType) {
}
@Override
public void visit(GenericRefType genericRefType) {
}
@Override
public void visit(SuperWildcardType superWildcardType) {
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
}
}
/**
* Sucht aus dem Result Set den Sub/supertyp für einen TPH
*/
@SuppressWarnings("rawtypes")
class TPHResolver implements ResultSetVisitor {
private final TypePlaceholder tph;
Set<GenericInsertPair> resolved = new HashSet<>();
private final ResultSet resultSet;
TPHResolver(TypePlaceholder tph, ResultSet resultSet){
this.resultSet = resultSet;
this.tph = tph;
for(ResultPair p : resultSet.results){
p.accept(this);
}
if(resolved.size() == 0){
resolved.add(new GenericInsertPair(tph, null));
}
}
@Override
public void visit(PairTPHsmallerTPH p) {
if(p.left.equals(tph) || p.right.equals(tph)){
resolved.add(new GenericInsertPair(p.left, p.right));
}
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
TypePlaceholder otherSide = null;
if(p.right.equals(tph)){
otherSide = p.left;
}
if(otherSide != null){
Set<ResultPair> newResultSet = new HashSet<>(this.resultSet.results);
newResultSet.remove(p);
resolved.addAll(new TPHResolver(otherSide, new ResultSet(newResultSet)).resolved);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//ignorieren. Wird vom Resolver behandelt
}
@Override
public void visit(RefType refType) {
}
@Override
public void visit(GenericRefType genericRefType) {
}
@Override
public void visit(SuperWildcardType superWildcardType) {
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
}
}
@SuppressWarnings("rawtypes")
class RelatedTypeWalker implements ResultSetVisitor {
final Set<GenericInsertPair> relatedTPHs = new HashSet<>();
private final TypePlaceholder toResolve;
private final ResultSet resultSet;
/**
* Läuft über das resultSet und speichert alle TPHs, welche mit start in Verbindung stehen
* @param start - kann null sein, wenn der Walker für einen RefType benutzt wird
* @param resultSet
*/
RelatedTypeWalker(TypePlaceholder start, ResultSet resultSet){
this.toResolve = start;
this.resultSet = resultSet;
int resolved = 0;
do{
resolved = relatedTPHs.size();
for(ResultPair p : resultSet.results){
p.accept(this);
p.accept(this);
}
}while(resolved - relatedTPHs.size() > 0);
}
@Override
public void visit(PairTPHsmallerTPH p) {
if(p.getRight().equals(toResolve)){
relatedTPHs.addAll(new TPHResolver(p.right, resultSet).resolved);
//relatedTPHs.addAll(new RelatedTypeWalker(p.right, resultSet).relatedTPHs);
}
if(p.getLeft().equals(toResolve)){
relatedTPHs.addAll(new TPHResolver(p.left, resultSet).resolved);
//relatedTPHs.addAll(new RelatedTypeWalker(p.left, resultSet).relatedTPHs);
}
}
@Override
public void visit(PairTPHequalRefTypeOrWildcardType p) {
if(p.getLeft().equals(toResolve)){
p.getRight().accept(this);
}
}
@Override
public void visit(PairTPHEqualTPH p) {
//Kann ignoriert werden. Diese Fälle werden vom Resolver behandelt
}
/*
Die folgenden Funktionen fügen alle TPHs an die relatedTPHs an, denen sie begegnen:
Das wird verwendet, wenn alle relatedTPHs aus den Parametern eines RefTypes angefügt werden sollen
*/
@Override
public void visit(RefType refType) {
for(RefTypeOrTPHOrWildcardOrGeneric param : refType.getParaList()){
param.accept(this);
}
}
@Override
public void visit(SuperWildcardType superWildcardType) {
superWildcardType.getInnerType().accept(this);
}
@Override
public void visit(TypePlaceholder typePlaceholder) {
relatedTPHs.addAll(new TPHResolver(typePlaceholder, resultSet).resolved);
}
@Override
public void visit(ExtendsWildcardType extendsWildcardType) {
extendsWildcardType.getInnerType().accept(this);
}
@Override
public void visit(GenericRefType genericRefType) {
}
}

View File

@ -1,23 +1,23 @@
package de.dhbwstuttgart.typeinference.unify;
import java.util.List;
import java.util.Set;
import com.google.common.collect.Sets;
import de.dhbwstuttgart.typeinference.unify.interfaces.ISetOperations;
/**
* Implements set operations using google guava.
* @author DH10STF
*
*/
public class GuavaSetOperations implements ISetOperations {
@Override
public <B> Set<List<B>> cartesianProduct(List<? extends Set<? extends B>> sets) {
// Wraps the call to google guava
return Sets.cartesianProduct(sets);
}
}
package de.dhbwstuttgart.typeinference.unify;
import java.util.List;
import java.util.Set;
import com.google.common.collect.Sets;
import de.dhbwstuttgart.typeinference.unify.interfaces.ISetOperations;
/**
* Implements set operations using google guava.
* @author DH10STF
*
*/
public class GuavaSetOperations implements ISetOperations {
@Override
public <B> Set<List<B>> cartesianProduct(List<? extends Set<? extends B>> sets) {
// Wraps the call to google guava
return Sets.cartesianProduct(sets);
}
}

View File

@ -1,108 +1,108 @@
package de.dhbwstuttgart.typeinference.unify;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.interfaces.IUnify;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.TypeParams;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
* Implementation of the Martelli-Montanari unification algorithm.
* @author Florian Steurer
*/
public class MartelliMontanariUnify implements IUnify {
@Override
public Optional<Unifier> unify(Set<UnifyType> terms) {
// Sets with less than 2 terms are trivially unified
if(terms.size() < 2)
return Optional.of(Unifier.identity());
// For the the set of terms {t1,...,tn},
// build a list of equations {(t1 = t2), (t2 = t3), (t3 = t4), ....}
ArrayList<UnifyPair> termsList = new ArrayList<UnifyPair>();
Iterator<UnifyType> iter = terms.iterator();
UnifyType prev = iter.next();
package de.dhbwstuttgart.typeinference.unify;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.interfaces.IUnify;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.TypeParams;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
* Implementation of the Martelli-Montanari unification algorithm.
* @author Florian Steurer
*/
public class MartelliMontanariUnify implements IUnify {
@Override
public Optional<Unifier> unify(Set<UnifyType> terms) {
// Sets with less than 2 terms are trivially unified
if(terms.size() < 2)
return Optional.of(Unifier.identity());
// For the the set of terms {t1,...,tn},
// build a list of equations {(t1 = t2), (t2 = t3), (t3 = t4), ....}
ArrayList<UnifyPair> termsList = new ArrayList<UnifyPair>();
Iterator<UnifyType> iter = terms.iterator();
UnifyType prev = iter.next();
while(iter.hasNext()) {
UnifyType next = iter.next();
UnifyType next = iter.next();
termsList.add(new UnifyPair(prev, next, PairOperator.EQUALSDOT));
prev = next;
}
// Start with the identity unifier. Substitutions will be added later.
Unifier mgu = Unifier.identity();
// Apply rules while possible
int idx = 0;
while(idx < termsList.size()) {
UnifyPair pair = termsList.get(idx);
UnifyType rhsType = pair.getRhsType();
UnifyType lhsType = pair.getLhsType();
TypeParams rhsTypeParams = rhsType.getTypeParams();
TypeParams lhsTypeParams = lhsType.getTypeParams();
// REDUCE - Rule
if(!(rhsType instanceof PlaceholderType) && !(lhsType instanceof PlaceholderType)) {
Set<UnifyPair> result = new HashSet<>();
// f<...> = g<...> with f != g are not unifiable
if(!rhsType.getName().equals(lhsType.getName()))
return Optional.empty(); // conflict
// f<t1,...,tn> = f<s1,...,sm> are not unifiable
if(rhsTypeParams.size() != lhsTypeParams.size())
return Optional.empty(); // conflict
// f = g is not unifiable (cannot be f = f because erase rule would have been applied)
//if(rhsTypeParams.size() == 0)
//return Optional.empty();
// Unpack the arguments
for(int i = 0; i < rhsTypeParams.size(); i++)
result.add(new UnifyPair(rhsTypeParams.get(i), lhsTypeParams.get(i), PairOperator.EQUALSDOT));
termsList.remove(idx);
termsList.addAll(result);
continue;
}
// DELETE - Rule
if(pair.getRhsType().equals(pair.getLhsType())) {
termsList.remove(idx);
continue;
}
// SWAP - Rule
if(!(lhsType instanceof PlaceholderType) && (rhsType instanceof PlaceholderType)) {
termsList.remove(idx);
termsList.add(new UnifyPair(rhsType, lhsType, PairOperator.EQUALSDOT));
continue;
}
// OCCURS-CHECK
if(pair.getLhsType() instanceof PlaceholderType
&& pair.getRhsType().getTypeParams().occurs((PlaceholderType) pair.getLhsType()))
return Optional.empty();
// SUBST - Rule
if(lhsType instanceof PlaceholderType) {
mgu.add((PlaceholderType) lhsType, rhsType);
//PL 2018-04-01 nach checken, ob es richtig ist, dass keine Substitutionen uebergeben werden muessen.
termsList = termsList.stream().map(x -> mgu.apply(x)).collect(Collectors.toCollection(ArrayList::new));
idx = idx+1 == termsList.size() ? 0 : idx+1;
continue;
}
idx++;
}
return Optional.of(mgu);
}
}
prev = next;
}
// Start with the identity unifier. Substitutions will be added later.
Unifier mgu = Unifier.identity();
// Apply rules while possible
int idx = 0;
while(idx < termsList.size()) {
UnifyPair pair = termsList.get(idx);
UnifyType rhsType = pair.getRhsType();
UnifyType lhsType = pair.getLhsType();
TypeParams rhsTypeParams = rhsType.getTypeParams();
TypeParams lhsTypeParams = lhsType.getTypeParams();
// REDUCE - Rule
if(!(rhsType instanceof PlaceholderType) && !(lhsType instanceof PlaceholderType)) {
Set<UnifyPair> result = new HashSet<>();
// f<...> = g<...> with f != g are not unifiable
if(!rhsType.getName().equals(lhsType.getName()))
return Optional.empty(); // conflict
// f<t1,...,tn> = f<s1,...,sm> are not unifiable
if(rhsTypeParams.size() != lhsTypeParams.size())
return Optional.empty(); // conflict
// f = g is not unifiable (cannot be f = f because erase rule would have been applied)
//if(rhsTypeParams.size() == 0)
//return Optional.empty();
// Unpack the arguments
for(int i = 0; i < rhsTypeParams.size(); i++)
result.add(new UnifyPair(rhsTypeParams.get(i), lhsTypeParams.get(i), PairOperator.EQUALSDOT));
termsList.remove(idx);
termsList.addAll(result);
continue;
}
// DELETE - Rule
if(pair.getRhsType().equals(pair.getLhsType())) {
termsList.remove(idx);
continue;
}
// SWAP - Rule
if(!(lhsType instanceof PlaceholderType) && (rhsType instanceof PlaceholderType)) {
termsList.remove(idx);
termsList.add(new UnifyPair(rhsType, lhsType, PairOperator.EQUALSDOT));
continue;
}
// OCCURS-CHECK
if(pair.getLhsType() instanceof PlaceholderType
&& pair.getRhsType().getTypeParams().occurs((PlaceholderType) pair.getLhsType()))
return Optional.empty();
// SUBST - Rule
if(lhsType instanceof PlaceholderType) {
mgu.add((PlaceholderType) lhsType, rhsType);
//PL 2018-04-01 nach checken, ob es richtig ist, dass keine Substitutionen uebergeben werden muessen.
termsList = termsList.stream().map(x -> mgu.apply(x)).collect(Collectors.toCollection(ArrayList::new));
idx = idx+1 == termsList.size() ? 0 : idx+1;
continue;
}
idx++;
}
return Optional.of(mgu);
}
}

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@ -1,91 +1,91 @@
package de.dhbwstuttgart.typeinference.unify;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.interfaces.IMatch;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.TypeParams;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
* Implementation of match derived from unification algorithm.
* @author Martin Pluemicke
*/
public class Match implements IMatch {
@Override
//A<X> =. A<Integer> ==> True
//A<Integer> =. A<X> ==> False
public Optional<Unifier> match(ArrayList<UnifyPair> termsList) {
// Start with the identity unifier. Substitutions will be added later.
Unifier mgu = Unifier.identity();
// Apply rules while possible
int idx = 0;
while(idx < termsList.size()) {
UnifyPair pair = termsList.get(idx);
UnifyType rhsType = pair.getRhsType();
UnifyType lhsType = pair.getLhsType();
TypeParams rhsTypeParams = rhsType.getTypeParams();
TypeParams lhsTypeParams = lhsType.getTypeParams();
// REDUCE - Rule
if(!(rhsType instanceof PlaceholderType) && !(lhsType instanceof PlaceholderType)) {
Set<UnifyPair> result = new HashSet<>();
// f<...> = g<...> with f != g are not unifiable
if(!rhsType.getName().equals(lhsType.getName()))
return Optional.empty(); // conflict
// f<t1,...,tn> = f<s1,...,sm> are not unifiable
if(rhsTypeParams.size() != lhsTypeParams.size())
return Optional.empty(); // conflict
// f = g is not unifiable (cannot be f = f because erase rule would have been applied)
//if(rhsTypeParams.size() == 0)
//return Optional.empty();
// Unpack the arguments
for(int i = 0; i < rhsTypeParams.size(); i++)
result.add(new UnifyPair(lhsTypeParams.get(i), rhsTypeParams.get(i), PairOperator.EQUALSDOT));
termsList.remove(idx);
termsList.addAll(result);
continue;
}
// DELETE - Rule
if(pair.getRhsType().equals(pair.getLhsType())) {
termsList.remove(idx);
continue;
}
// SWAP - Rule
if(!(lhsType instanceof PlaceholderType) && (rhsType instanceof PlaceholderType)) {
return Optional.empty(); // conflict
}
// OCCURS-CHECK
//deleted
// SUBST - Rule
if(lhsType instanceof PlaceholderType) {
mgu.add((PlaceholderType) lhsType, rhsType);
termsList = termsList.stream().map(mgu::applyleft).collect(Collectors.toCollection(ArrayList::new));
idx = idx+1 == termsList.size() ? 0 : idx+1;
continue;
}
idx++;
}
return Optional.of(mgu);
}
}
package de.dhbwstuttgart.typeinference.unify;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.interfaces.IMatch;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.TypeParams;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
* Implementation of match derived from unification algorithm.
* @author Martin Pluemicke
*/
public class Match implements IMatch {
@Override
//A<X> =. A<Integer> ==> True
//A<Integer> =. A<X> ==> False
public Optional<Unifier> match(ArrayList<UnifyPair> termsList) {
// Start with the identity unifier. Substitutions will be added later.
Unifier mgu = Unifier.identity();
// Apply rules while possible
int idx = 0;
while(idx < termsList.size()) {
UnifyPair pair = termsList.get(idx);
UnifyType rhsType = pair.getRhsType();
UnifyType lhsType = pair.getLhsType();
TypeParams rhsTypeParams = rhsType.getTypeParams();
TypeParams lhsTypeParams = lhsType.getTypeParams();
// REDUCE - Rule
if(!(rhsType instanceof PlaceholderType) && !(lhsType instanceof PlaceholderType)) {
Set<UnifyPair> result = new HashSet<>();
// f<...> = g<...> with f != g are not unifiable
if(!rhsType.getName().equals(lhsType.getName()))
return Optional.empty(); // conflict
// f<t1,...,tn> = f<s1,...,sm> are not unifiable
if(rhsTypeParams.size() != lhsTypeParams.size())
return Optional.empty(); // conflict
// f = g is not unifiable (cannot be f = f because erase rule would have been applied)
//if(rhsTypeParams.size() == 0)
//return Optional.empty();
// Unpack the arguments
for(int i = 0; i < rhsTypeParams.size(); i++)
result.add(new UnifyPair(lhsTypeParams.get(i), rhsTypeParams.get(i), PairOperator.EQUALSDOT));
termsList.remove(idx);
termsList.addAll(result);
continue;
}
// DELETE - Rule
if(pair.getRhsType().equals(pair.getLhsType())) {
termsList.remove(idx);
continue;
}
// SWAP - Rule
if(!(lhsType instanceof PlaceholderType) && (rhsType instanceof PlaceholderType)) {
return Optional.empty(); // conflict
}
// OCCURS-CHECK
//deleted
// SUBST - Rule
if(lhsType instanceof PlaceholderType) {
mgu.add((PlaceholderType) lhsType, rhsType);
termsList = termsList.stream().map(mgu::applyleft).collect(Collectors.toCollection(ArrayList::new));
idx = idx+1 == termsList.size() ? 0 : idx+1;
continue;
}
idx++;
}
return Optional.of(mgu);
}
}

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@ -1,121 +1,121 @@
package de.dhbwstuttgart.typeinference.unify;
import java.io.FileWriter;
import java.io.IOException;
import java.io.Writer;
import java.util.ArrayList;
import java.util.List;
import java.util.Set;
import java.util.concurrent.ForkJoinPool;
import de.dhbwstuttgart.core.JavaTXCompiler;
import de.dhbwstuttgart.typeinference.constraints.Constraint;
import de.dhbwstuttgart.typeinference.constraints.ConstraintSet;
import de.dhbwstuttgart.typeinference.constraints.Pair;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.model.FiniteClosure;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
public class TypeUnify {
/**
* unify parallel ohne result modell
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @return
*/
public Set<Set<UnifyPair>> unify(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
Set<Set<UnifyPair>> res = unifyTask.join();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements + "\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return res;
}
/**
* unify asynchron mit Rückgabe UnifyResultModel ohne dass alle results gesammelt sind
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @param ret
* @return
*/
public UnifyResultModel unifyAsync(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
return ret;
}
/**
* unify parallel mit Rückgabe UnifyResultModel nachdem alle results gesammelt sind
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @param ret
* @return
*/
public UnifyResultModel unifyParallel(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
Set<Set<UnifyPair>> res = unifyTask.join();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements +"\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return ret;
}
/*
public Set<Set<UnifyPair>> unifySequential(Set<UnifyPair> eq, IFiniteClosure fc, FileWriter logFile, Boolean log) {
TypeUnifyTask unifyTask = new TypeUnifyTask(eq, fc, false, logFile, log);
Set<Set<UnifyPair>> res = unifyTask.compute();
return res;
}
*/
/**
* unify sequentiell mit oderconstraints
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @return
*/
public Set<Set<UnifyPair>> unifyOderConstraints(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, false, logFile, log, 0, ret, usedTasks);
Set<Set<UnifyPair>> res = unifyTask.compute();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements +"\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return res;
}
}
package de.dhbwstuttgart.typeinference.unify;
import java.io.FileWriter;
import java.io.IOException;
import java.io.Writer;
import java.util.ArrayList;
import java.util.List;
import java.util.Set;
import java.util.concurrent.ForkJoinPool;
import de.dhbwstuttgart.core.JavaTXCompiler;
import de.dhbwstuttgart.typeinference.constraints.Constraint;
import de.dhbwstuttgart.typeinference.constraints.ConstraintSet;
import de.dhbwstuttgart.typeinference.constraints.Pair;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.model.FiniteClosure;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
public class TypeUnify {
/**
* unify parallel ohne result modell
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @return
*/
public Set<Set<UnifyPair>> unify(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
Set<Set<UnifyPair>> res = unifyTask.join();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements + "\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return res;
}
/**
* unify asynchron mit Rückgabe UnifyResultModel ohne dass alle results gesammelt sind
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @param ret
* @return
*/
public UnifyResultModel unifyAsync(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
return ret;
}
/**
* unify parallel mit Rückgabe UnifyResultModel nachdem alle results gesammelt sind
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @param ret
* @return
*/
public UnifyResultModel unifyParallel(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, true, logFile, log, 0, ret, usedTasks);
ForkJoinPool pool = new ForkJoinPool();
pool.invoke(unifyTask);
Set<Set<UnifyPair>> res = unifyTask.join();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements +"\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return ret;
}
/*
public Set<Set<UnifyPair>> unifySequential(Set<UnifyPair> eq, IFiniteClosure fc, FileWriter logFile, Boolean log) {
TypeUnifyTask unifyTask = new TypeUnifyTask(eq, fc, false, logFile, log);
Set<Set<UnifyPair>> res = unifyTask.compute();
return res;
}
*/
/**
* unify sequentiell mit oderconstraints
* @param undConstrains
* @param oderConstraints
* @param fc
* @param logFile
* @param log
* @param cons
* @return
*/
public Set<Set<UnifyPair>> unifyOderConstraints(Set<UnifyPair> undConstrains, List<Set<Set<UnifyPair>>> oderConstraints, IFiniteClosure fc, Writer logFile, Boolean log, UnifyResultModel ret, UnifyTaskModel usedTasks) {
TypeUnifyTask unifyTask = new TypeUnifyTask(undConstrains, oderConstraints, fc, false, logFile, log, 0, ret, usedTasks);
Set<Set<UnifyPair>> res = unifyTask.compute();
try {
logFile.write("\nnoShortendElements: " + unifyTask.noShortendElements +"\n");
logFile.flush();
}
catch (IOException e) {
System.err.println("no log-File");
}
return res;
}
}

View File

@ -1,68 +1,68 @@
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.Optional;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.model.ExtendsType;
import de.dhbwstuttgart.typeinference.unify.model.FunNType;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.ReferenceType;
import de.dhbwstuttgart.typeinference.unify.model.SuperType;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
*
* @author Florian Steurer
*/
public interface IFiniteClosure {
public void setLogTrue();
/**
* Returns all types of the finite closure that are subtypes of the argument.
* @return The set of subtypes of the argument.
*/
public Set<UnifyType> smaller(UnifyType type, Set<UnifyType> fBounded);
/**
* Returns all types of the finite closure that are supertypes of the argument.
* @return The set of supertypes of the argument.
*/
public Set<UnifyType> greater(UnifyType type, Set<UnifyType> fBounded);
/**
* Wo passt Type rein?
* @param type
* @return
*/
public Set<UnifyType> grArg(UnifyType type, Set<UnifyType> fBounded);
/**
* Was passt in Type rein?
* @param type
* @return
*/
public Set<UnifyType> smArg(UnifyType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(ReferenceType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(ReferenceType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(ExtendsType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(ExtendsType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(SuperType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(SuperType type, Set<UnifyType> fBounded);
package de.dhbwstuttgart.typeinference.unify.interfaces;
public Set<UnifyType> grArg(PlaceholderType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(PlaceholderType type, Set<UnifyType> fBounded);
import java.util.Optional;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.model.ExtendsType;
import de.dhbwstuttgart.typeinference.unify.model.FunNType;
import de.dhbwstuttgart.typeinference.unify.model.PairOperator;
import de.dhbwstuttgart.typeinference.unify.model.PlaceholderType;
import de.dhbwstuttgart.typeinference.unify.model.ReferenceType;
import de.dhbwstuttgart.typeinference.unify.model.SuperType;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
/**
*
* @author Florian Steurer
*/
public interface IFiniteClosure {
public void setLogTrue();
/**
* Returns all types of the finite closure that are subtypes of the argument.
* @return The set of subtypes of the argument.
*/
public Set<UnifyType> smaller(UnifyType type, Set<UnifyType> fBounded);
/**
* Returns all types of the finite closure that are supertypes of the argument.
* @return The set of supertypes of the argument.
*/
public Set<UnifyType> greater(UnifyType type, Set<UnifyType> fBounded);
/**
* Wo passt Type rein?
* @param type
* @return
*/
public Set<UnifyType> grArg(UnifyType type, Set<UnifyType> fBounded);
/**
* Was passt in Type rein?
* @param type
* @return
*/
public Set<UnifyType> smArg(UnifyType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(ReferenceType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(ReferenceType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(ExtendsType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(ExtendsType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(SuperType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(SuperType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(PlaceholderType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(PlaceholderType type, Set<UnifyType> fBounded);
public Set<UnifyType> grArg(FunNType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(FunNType type, Set<UnifyType> fBounded);
public Optional<UnifyType> getLeftHandedType(String typeName);
public Set<UnifyType> getAncestors(UnifyType t);
public Set<UnifyType> getChildren(UnifyType t);
public Set<UnifyType> getAllTypesByName(String typeName);
public Set<UnifyType> grArg(FunNType type, Set<UnifyType> fBounded);
public Set<UnifyType> smArg(FunNType type, Set<UnifyType> fBounded);
public Optional<UnifyType> getLeftHandedType(String typeName);
public Set<UnifyType> getAncestors(UnifyType t);
public Set<UnifyType> getChildren(UnifyType t);
public Set<UnifyType> getAllTypesByName(String typeName);
public int compare(UnifyType rhsType, UnifyType rhsType2, PairOperator pairop);
}
}

View File

@ -1,29 +1,29 @@
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
/**
* Match
* @author Martin Pluemicke
* abgeleitet aus IUnify.java
*/
public interface IMatch {
/**
* Finds the most general matcher sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = t1' , ... sigma(tn) = tn'.
* @param terms The set of terms to be matched
* @return An optional of the most general matcher if it exists or an empty optional if there is no matcher.
*/
public Optional<Unifier> match(ArrayList<UnifyPair> termsList);
}
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
/**
* Match
* @author Martin Pluemicke
* abgeleitet aus IUnify.java
*/
public interface IMatch {
/**
* Finds the most general matcher sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = t1' , ... sigma(tn) = tn'.
* @param terms The set of terms to be matched
* @return An optional of the most general matcher if it exists or an empty optional if there is no matcher.
*/
public Optional<Unifier> match(ArrayList<UnifyPair> termsList);
}

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@ -1,102 +1,102 @@
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.List;
import java.util.Optional;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
/**
* Contains the inference rules that are applied to the set Eq.
* @author Florian Steurer
*/
public interface IRuleSet {
public Optional<UnifyPair> reduceUp(UnifyPair pair);
public Optional<UnifyPair> reduceLow(UnifyPair pair);
public Optional<UnifyPair> reduceUpLow(UnifyPair pair);
public Optional<Set<UnifyPair>> reduceExt(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduceSup(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduceEq(UnifyPair pair);
public Optional<Set<UnifyPair>> reduce1(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduce2(UnifyPair pair);
/*
* Missing Reduce-Rules for Wildcards
*/
public Optional<UnifyPair> reduceWildcardLow(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardLowRight(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUp(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUpRight(UnifyPair pair);
/*
* vgl. JAVA_BSP/Wildcard6.java
public Optional<UnifyPair> reduceWildcardLowUp(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUpLow(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardLeft(UnifyPair pair);
*/
/*
* Additional Rules which replace cases of the cartesian product
*/
/**
* Rule that replaces the fourth case of the cartesian product where (a <.? Theta)
*/
public Optional<UnifyPair> reduceTph(UnifyPair pair);
/**
* Rule that replaces the sixth case of the cartesian product where (? ext Theta <.? a)
*/
public Optional<Set<UnifyPair>> reduceTphExt(UnifyPair pair);
/**
* Rule that replaces the fourth case of the cartesian product where (? sup Theta <.? a)
*/
public Optional<Set<UnifyPair>> reduceTphSup(UnifyPair pair);
/*
* FunN Rules
*/
public Optional<Set<UnifyPair>> reduceFunN(UnifyPair pair);
public Optional<Set<UnifyPair>> greaterFunN(UnifyPair pair);
public Optional<Set<UnifyPair>> smallerFunN(UnifyPair pair);
/**
* Checks whether the erase1-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase1(UnifyPair pair, IFiniteClosure fc);
/**
* Checks whether the erase2-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase2(UnifyPair pair, IFiniteClosure fc);
/**
* Checks whether the erase3-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase3(UnifyPair pair);
public Optional<UnifyPair> swap(UnifyPair pair);
public Optional<UnifyPair> adapt(UnifyPair pair, IFiniteClosure fc);
public Optional<UnifyPair> adaptExt(UnifyPair pair, IFiniteClosure fc);
public Optional<UnifyPair> adaptSup(UnifyPair pair, IFiniteClosure fc);
/**
* Applies the subst-Rule to a set of pairs (usually Eq').
* @param pairs The set of pairs where the subst rule should apply.
* @return An optional of the modified set, if there were any substitutions. An empty optional if there were no substitutions.
*/
public Optional<Set<UnifyPair>> subst(Set<UnifyPair> pairs, List<Set<Set<UnifyPair>>> oderConstraints);
/**
* Applies the subst-Rule to a set of pairs (usually Eq').
* @param pairs The set of pairs where the subst rule should apply.
* @return An optional of the modified set, if there were any substitutions. An empty optional if there were no substitutions.
*/
public Optional<Set<UnifyPair>> subst(Set<UnifyPair> pairs);
}
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.List;
import java.util.Optional;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.model.UnifyPair;
/**
* Contains the inference rules that are applied to the set Eq.
* @author Florian Steurer
*/
public interface IRuleSet {
public Optional<UnifyPair> reduceUp(UnifyPair pair);
public Optional<UnifyPair> reduceLow(UnifyPair pair);
public Optional<UnifyPair> reduceUpLow(UnifyPair pair);
public Optional<Set<UnifyPair>> reduceExt(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduceSup(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduceEq(UnifyPair pair);
public Optional<Set<UnifyPair>> reduce1(UnifyPair pair, IFiniteClosure fc);
public Optional<Set<UnifyPair>> reduce2(UnifyPair pair);
/*
* Missing Reduce-Rules for Wildcards
*/
public Optional<UnifyPair> reduceWildcardLow(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardLowRight(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUp(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUpRight(UnifyPair pair);
/*
* vgl. JAVA_BSP/Wildcard6.java
public Optional<UnifyPair> reduceWildcardLowUp(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardUpLow(UnifyPair pair);
public Optional<UnifyPair> reduceWildcardLeft(UnifyPair pair);
*/
/*
* Additional Rules which replace cases of the cartesian product
*/
/**
* Rule that replaces the fourth case of the cartesian product where (a <.? Theta)
*/
public Optional<UnifyPair> reduceTph(UnifyPair pair);
/**
* Rule that replaces the sixth case of the cartesian product where (? ext Theta <.? a)
*/
public Optional<Set<UnifyPair>> reduceTphExt(UnifyPair pair);
/**
* Rule that replaces the fourth case of the cartesian product where (? sup Theta <.? a)
*/
public Optional<Set<UnifyPair>> reduceTphSup(UnifyPair pair);
/*
* FunN Rules
*/
public Optional<Set<UnifyPair>> reduceFunN(UnifyPair pair);
public Optional<Set<UnifyPair>> greaterFunN(UnifyPair pair);
public Optional<Set<UnifyPair>> smallerFunN(UnifyPair pair);
/**
* Checks whether the erase1-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase1(UnifyPair pair, IFiniteClosure fc);
/**
* Checks whether the erase2-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase2(UnifyPair pair, IFiniteClosure fc);
/**
* Checks whether the erase3-Rule applies to the pair.
* @return True if the pair is erasable, false otherwise.
*/
public boolean erase3(UnifyPair pair);
public Optional<UnifyPair> swap(UnifyPair pair);
public Optional<UnifyPair> adapt(UnifyPair pair, IFiniteClosure fc);
public Optional<UnifyPair> adaptExt(UnifyPair pair, IFiniteClosure fc);
public Optional<UnifyPair> adaptSup(UnifyPair pair, IFiniteClosure fc);
/**
* Applies the subst-Rule to a set of pairs (usually Eq').
* @param pairs The set of pairs where the subst rule should apply.
* @return An optional of the modified set, if there were any substitutions. An empty optional if there were no substitutions.
*/
public Optional<Set<UnifyPair>> subst(Set<UnifyPair> pairs, List<Set<Set<UnifyPair>>> oderConstraints);
/**
* Applies the subst-Rule to a set of pairs (usually Eq').
* @param pairs The set of pairs where the subst rule should apply.
* @return An optional of the modified set, if there were any substitutions. An empty optional if there were no substitutions.
*/
public Optional<Set<UnifyPair>> subst(Set<UnifyPair> pairs);
}

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@ -1,16 +1,16 @@
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.List;
import java.util.Set;
/**
* Contains operations on sets.
* @author Florian Steurer
*/
public interface ISetOperations {
/**
* Calculates the cartesian product of the sets.
* @return The cartesian product
*/
<B> Set<List<B>> cartesianProduct(List<? extends Set<? extends B>> sets);
}
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.List;
import java.util.Set;
/**
* Contains operations on sets.
* @author Florian Steurer
*/
public interface ISetOperations {
/**
* Calculates the cartesian product of the sets.
* @return The cartesian product
*/
<B> Set<List<B>> cartesianProduct(List<? extends Set<? extends B>> sets);
}

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@ -1,35 +1,35 @@
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.Arrays;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
/**
* Standard unification algorithm (e.g. Robinson, Paterson-Wegman, Martelli-Montanari)
* @author Florian Steurer
*/
public interface IUnify {
/**
* Finds the most general unifier sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = sigma(t1') , ... sigma(tn) = sigma(tn').
* @param terms The set of terms to be unified
* @return An optional of the most general unifier if it exists or an empty optional if there is no unifier.
*/
public Optional<Unifier> unify(Set<UnifyType> terms);
/**
* Finds the most general unifier sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = sigma(t1') , ... sigma(tn) = sigma(tn').
* @param terms The set of terms to be unified
* @return An optional of the most general unifier if it exists or an empty optional if there is no unifier.
*/
default public Optional<Unifier> unify(UnifyType... terms) {
return unify(Arrays.stream(terms).collect(Collectors.toSet()));
}
}
package de.dhbwstuttgart.typeinference.unify.interfaces;
import java.util.Arrays;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;
import de.dhbwstuttgart.typeinference.unify.model.UnifyType;
import de.dhbwstuttgart.typeinference.unify.model.Unifier;
/**
* Standard unification algorithm (e.g. Robinson, Paterson-Wegman, Martelli-Montanari)
* @author Florian Steurer
*/
public interface IUnify {
/**
* Finds the most general unifier sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = sigma(t1') , ... sigma(tn) = sigma(tn').
* @param terms The set of terms to be unified
* @return An optional of the most general unifier if it exists or an empty optional if there is no unifier.
*/
public Optional<Unifier> unify(Set<UnifyType> terms);
/**
* Finds the most general unifier sigma of the set {t1 =. t1',...,tn =. tn'} so that
* sigma(t1) = sigma(t1') , ... sigma(tn) = sigma(tn').
* @param terms The set of terms to be unified
* @return An optional of the most general unifier if it exists or an empty optional if there is no unifier.
*/
default public Optional<Unifier> unify(UnifyType... terms) {
return unify(Arrays.stream(terms).collect(Collectors.toSet()));
}
}

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@ -1,96 +1,96 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* An extends wildcard type "? extends T".
*/
public final class ExtendsType extends WildcardType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a new extends wildcard type.
* @param extendedType The extended type e.g. Integer in "? extends Integer"
*/
public ExtendsType(UnifyType extendedType) {
super("? extends " + extendedType.getName(), extendedType);
if (extendedType instanceof ExtendsType) {
System.out.print("");
}
}
/**
* The extended type e.g. Integer in "? extends Integer"
*/
public UnifyType getExtendedType() {
return wildcardedType;
}
/**
* Sets the type parameters of the wildcarded type and returns a new extendstype that extends that type.
*/
@Override
public UnifyType setTypeParams(TypeParams newTp) {
UnifyType newType = wildcardedType.setTypeParams(newTp);
if(newType == wildcardedType)
return this; // Reduced the amount of objects created
return new ExtendsType(wildcardedType.setTypeParams(newTp));
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
UnifyType newType = wildcardedType.apply(unif);
if(newType.hashCode() == wildcardedType.hashCode() && newType.equals(wildcardedType))
return this; // Reduced the amount of objects created
return new ExtendsType(newType);
}
@Override
public int hashCode() {
/*
* It is important that the prime that is added is different to the prime added in hashCode() of SuperType.
* Otherwise ? extends T and ? super T have the same hashCode() for every Type T.
*/
return wildcardedType.hashCode() + 229;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof ExtendsType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
ExtendsType other = (ExtendsType) obj;
return other.getWildcardedType().equals(wildcardedType);
}
@Override
public String toString() {
return "? extends " + wildcardedType;
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* An extends wildcard type "? extends T".
*/
public final class ExtendsType extends WildcardType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a new extends wildcard type.
* @param extendedType The extended type e.g. Integer in "? extends Integer"
*/
public ExtendsType(UnifyType extendedType) {
super("? extends " + extendedType.getName(), extendedType);
if (extendedType instanceof ExtendsType) {
System.out.print("");
}
}
/**
* The extended type e.g. Integer in "? extends Integer"
*/
public UnifyType getExtendedType() {
return wildcardedType;
}
/**
* Sets the type parameters of the wildcarded type and returns a new extendstype that extends that type.
*/
@Override
public UnifyType setTypeParams(TypeParams newTp) {
UnifyType newType = wildcardedType.setTypeParams(newTp);
if(newType == wildcardedType)
return this; // Reduced the amount of objects created
return new ExtendsType(wildcardedType.setTypeParams(newTp));
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
UnifyType newType = wildcardedType.apply(unif);
if(newType.hashCode() == wildcardedType.hashCode() && newType.equals(wildcardedType))
return this; // Reduced the amount of objects created
return new ExtendsType(newType);
}
@Override
public int hashCode() {
/*
* It is important that the prime that is added is different to the prime added in hashCode() of SuperType.
* Otherwise ? extends T and ? super T have the same hashCode() for every Type T.
*/
return wildcardedType.hashCode() + 229;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof ExtendsType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
ExtendsType other = (ExtendsType) obj;
return other.getWildcardedType().equals(wildcardedType);
}
@Override
public String toString() {
return "? extends " + wildcardedType;
}
}

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@ -1,103 +1,103 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A real function type in java.
* @author Florian Steurer
*/
public class FunNType extends UnifyType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a FunN-Type with the specified TypeParameters.
*/
protected FunNType(TypeParams p) {
super("Fun"+(p.size()-1)+"$$", p);
}
/**
* Creates a new FunNType.
* @param tp The parameters of the type.
* @return A FunNType.
* @throws IllegalArgumentException is thrown when there are to few type parameters or there are wildcard-types.
*/
public static FunNType getFunNType(TypeParams tp) throws IllegalArgumentException {
if(tp.size() == 0)
throw new IllegalArgumentException("FunNTypes need at least one type parameter");
for(UnifyType t : tp)
if(t instanceof WildcardType)
throw new IllegalArgumentException("Invalid TypeParams for a FunNType: " + tp);
return new FunNType(tp);
}
/**
* Returns the degree of the function type, e.g. 2 for FunN<Integer, Integer, Integer>.
*/
public int getN() {
return typeParams.size()-1;
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
if(newTp.hashCode() == typeParams.hashCode() && newTp.equals(typeParams))
return this;
return getFunNType(newTp);
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
// TODO this bypasses the validation of the type parameters.
// Wildcard types can be unified into FunNTypes.
TypeParams newParams = typeParams.apply(unif);
if(newParams.hashCode() == typeParams.hashCode() && newParams.equals(typeParams))
return this;
return new FunNType(newParams);
}
@Override
public Boolean wrongWildcard() {
return (new ArrayList<UnifyType>(Arrays.asList(getTypeParams()
.get())).stream().filter(x -> (x instanceof WildcardType)).findFirst().isPresent());
}
@Override
public int hashCode() {
return 181 + typeParams.hashCode();
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof FunNType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
FunNType other = (FunNType) obj;
return other.getTypeParams().equals(typeParams);
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A real function type in java.
* @author Florian Steurer
*/
public class FunNType extends UnifyType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a FunN-Type with the specified TypeParameters.
*/
protected FunNType(TypeParams p) {
super("Fun"+(p.size()-1)+"$$", p);
}
/**
* Creates a new FunNType.
* @param tp The parameters of the type.
* @return A FunNType.
* @throws IllegalArgumentException is thrown when there are to few type parameters or there are wildcard-types.
*/
public static FunNType getFunNType(TypeParams tp) throws IllegalArgumentException {
if(tp.size() == 0)
throw new IllegalArgumentException("FunNTypes need at least one type parameter");
for(UnifyType t : tp)
if(t instanceof WildcardType)
throw new IllegalArgumentException("Invalid TypeParams for a FunNType: " + tp);
return new FunNType(tp);
}
/**
* Returns the degree of the function type, e.g. 2 for FunN<Integer, Integer, Integer>.
*/
public int getN() {
return typeParams.size()-1;
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
if(newTp.hashCode() == typeParams.hashCode() && newTp.equals(typeParams))
return this;
return getFunNType(newTp);
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
// TODO this bypasses the validation of the type parameters.
// Wildcard types can be unified into FunNTypes.
TypeParams newParams = typeParams.apply(unif);
if(newParams.hashCode() == typeParams.hashCode() && newParams.equals(typeParams))
return this;
return new FunNType(newParams);
}
@Override
public Boolean wrongWildcard() {
return (new ArrayList<UnifyType>(Arrays.asList(getTypeParams()
.get())).stream().filter(x -> (x instanceof WildcardType)).findFirst().isPresent());
}
@Override
public int hashCode() {
return 181 + typeParams.hashCode();
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof FunNType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
FunNType other = (FunNType) obj;
return other.getTypeParams().equals(typeParams);
}
}

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@ -1,100 +1,100 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashSet;
import java.util.Set;
import java.util.stream.Collectors;
/**
* A node of a directed graph.
* @author Florian Steurer
*
* @param <T> The type of the content of the node.
*/
class Node<T> {
/**
* The content of the node.
*/
private T content;
/**
* The set of predecessors
*/
private HashSet<Node<T>> predecessors = new HashSet<>();
/**
* The set of descendants
*/
private HashSet<Node<T>> descendants = new HashSet<>();
/**
* Creates a node containing the specified content.
*/
public Node(T content) {
this.content = content;
}
/**
* Adds a directed edge from this node to the descendant (this -> descendant)
*/
public void addDescendant(Node<T> descendant) {
if(descendants.contains(descendant))
return;
descendants.add(descendant);
descendant.addPredecessor(this);
}
/**
* Adds a directed edge from the predecessor to this node (predecessor -> this)
*/
public void addPredecessor(Node<T> predecessor) {
if(predecessors.contains(predecessor))
return;
predecessors.add(predecessor);
predecessor.addDescendant(this);
}
/**
* The content of this node.
*/
public T getContent() {
return content;
}
/**
* Returns all predecessors (nodes that have a directed edge to this node)
*/
public Set<Node<T>> getPredecessors() {
return predecessors;
}
/**
* Returns all descendants. All nodes M, where there is a edge from this node to the node M.
* @return
*/
public Set<Node<T>> getDescendants() {
return descendants;
}
/**
* Retrieves the content of all descendants.
*/
public Set<T> getContentOfDescendants() {
return descendants.stream().map(x -> x.getContent()).collect(Collectors.toSet());
}
/**
* Retrieves the content of all predecessors.
*/
public Set<T> getContentOfPredecessors() {
return predecessors.stream().map(x -> x.getContent()).collect(Collectors.toSet());
}
@Override
public String toString() {
return "Elem: Node(" + content.toString() + ")\nPrec: " + getContentOfPredecessors().toString()
+ "\nDesc: " + getContentOfDescendants().toString() + "\n\n";
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashSet;
import java.util.Set;
import java.util.stream.Collectors;
/**
* A node of a directed graph.
* @author Florian Steurer
*
* @param <T> The type of the content of the node.
*/
class Node<T> {
/**
* The content of the node.
*/
private T content;
/**
* The set of predecessors
*/
private HashSet<Node<T>> predecessors = new HashSet<>();
/**
* The set of descendants
*/
private HashSet<Node<T>> descendants = new HashSet<>();
/**
* Creates a node containing the specified content.
*/
public Node(T content) {
this.content = content;
}
/**
* Adds a directed edge from this node to the descendant (this -> descendant)
*/
public void addDescendant(Node<T> descendant) {
if(descendants.contains(descendant))
return;
descendants.add(descendant);
descendant.addPredecessor(this);
}
/**
* Adds a directed edge from the predecessor to this node (predecessor -> this)
*/
public void addPredecessor(Node<T> predecessor) {
if(predecessors.contains(predecessor))
return;
predecessors.add(predecessor);
predecessor.addDescendant(this);
}
/**
* The content of this node.
*/
public T getContent() {
return content;
}
/**
* Returns all predecessors (nodes that have a directed edge to this node)
*/
public Set<Node<T>> getPredecessors() {
return predecessors;
}
/**
* Returns all descendants. All nodes M, where there is a edge from this node to the node M.
* @return
*/
public Set<Node<T>> getDescendants() {
return descendants;
}
/**
* Retrieves the content of all descendants.
*/
public Set<T> getContentOfDescendants() {
return descendants.stream().map(x -> x.getContent()).collect(Collectors.toSet());
}
/**
* Retrieves the content of all predecessors.
*/
public Set<T> getContentOfPredecessors() {
return predecessors.stream().map(x -> x.getContent()).collect(Collectors.toSet());
}
@Override
public String toString() {
return "Elem: Node(" + content.toString() + ")\nPrec: " + getContentOfPredecessors().toString()
+ "\nDesc: " + getContentOfDescendants().toString() + "\n\n";
}
}

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@ -1,195 +1,195 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.io.File;
import java.io.FileWriter;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Random;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.distributeVariance;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* An unbounded placeholder type.
* @author Florian Steurer
*/
public final class PlaceholderType extends UnifyType{
/**
* Static list containing the names of all existing placeholders.
* Used for generating fresh placeholders.
*/
public static final ArrayList<String> EXISTING_PLACEHOLDERS = new ArrayList<String>();
/**
* Prefix of auto-generated placeholder names.
*/
protected static String nextName = "gen_";
/**
* Random number generator used to generate fresh placeholder name.
*/
protected static Random rnd = new Random(43558747548978L);
/**
* True if this object was auto-generated, false if this object was user-generated.
*/
private final boolean IsGenerated;
/**
* isWildcardable gibt an, ob ein Wildcardtyp dem PlaceholderType zugeordnet werden darf
*/
private boolean wildcardable = true;
/**
* is innerType gibt an, ob der Type des PlaceholderType innerhalb eines Typkonstruktorsverwendet wird
*/
private boolean innerType = false;
/**
* variance shows the variance of the pair
* -1: contravariant
* 1 covariant
* 0 invariant
* PL 2018-03-21
*/
private int variance = 0;
/**
* Creates a new placeholder type with the specified name.
*/
public PlaceholderType(String name) {
super(name, new TypeParams());
EXISTING_PLACEHOLDERS.add(name); // Add to list of existing placeholder names
IsGenerated = false; // This type is user generated
}
/**
* Creates a new placeholdertype
* @param isGenerated true if this placeholder is auto-generated, false if it is user-generated.
*/
protected PlaceholderType(String name, boolean isGenerated) {
super(name, new TypeParams());
EXISTING_PLACEHOLDERS.add(name); // Add to list of existing placeholder names
IsGenerated = isGenerated;
}
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a fresh placeholder type with a name that does so far not exist.
* A user could later instantiate a type using the same name that is equivalent to this type.
* @return A fresh placeholder type.
*/
public synchronized static PlaceholderType freshPlaceholder() {
String name = nextName + (char) (rnd.nextInt(22) + 97); // Returns random char between 'a' and 'z'
// Add random chars while the name is in use.
while(EXISTING_PLACEHOLDERS.contains(name)) {
name += (char) (rnd.nextInt(22) + 97); // Returns random char between 'a' and 'z'
}
return new PlaceholderType(name, true);
}
/**
* True if this placeholder is auto-generated, false if it is user-generated.
*/
public boolean isGenerated() {
return IsGenerated;
}
public void setVariance(int v) {
variance = v;
}
public int getVariance() {
return variance;
}
public void reversVariance() {
if (variance == 1) {
setVariance(-1);
} else {
if (variance == -1) {
setVariance(1);
}}
}
public Boolean isWildcardable() {
return wildcardable;
}
public void disableWildcardtable() {
wildcardable = false;
}
public void enableWildcardtable() {
wildcardable = true;
}
public void setWildcardtable(Boolean wildcardable) {
this.wildcardable = wildcardable;
}
public Boolean isInnerType() {
return innerType;
}
public void setInnerType(Boolean innerType) {
this.innerType = innerType;
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
return this; // Placeholders never have params.
}
@Override
public int hashCode() {
return typeName.hashCode();
}
@Override
UnifyType apply(Unifier unif) {
if(unif.hasSubstitute(this)) {
UnifyType ret = unif.getSubstitute(this);
//PL 2018-05-17 Auskommentierung muesste korrekt sein,
//bereits in JavaTXComplier Variancen gesetzt werden.
//ret.accept(new distributeVariance(), this.getVariance());
return ret;
}
return this;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof PlaceholderType))
return false;
return ((PlaceholderType) obj).getName().equals(typeName);
}
@Override
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.add(this);
return ret;
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.io.File;
import java.io.FileWriter;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Random;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.distributeVariance;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* An unbounded placeholder type.
* @author Florian Steurer
*/
public final class PlaceholderType extends UnifyType{
/**
* Static list containing the names of all existing placeholders.
* Used for generating fresh placeholders.
*/
public static final ArrayList<String> EXISTING_PLACEHOLDERS = new ArrayList<String>();
/**
* Prefix of auto-generated placeholder names.
*/
protected static String nextName = "gen_";
/**
* Random number generator used to generate fresh placeholder name.
*/
protected static Random rnd = new Random(43558747548978L);
/**
* True if this object was auto-generated, false if this object was user-generated.
*/
private final boolean IsGenerated;
/**
* isWildcardable gibt an, ob ein Wildcardtyp dem PlaceholderType zugeordnet werden darf
*/
private boolean wildcardable = true;
/**
* is innerType gibt an, ob der Type des PlaceholderType innerhalb eines Typkonstruktorsverwendet wird
*/
private boolean innerType = false;
/**
* variance shows the variance of the pair
* -1: contravariant
* 1 covariant
* 0 invariant
* PL 2018-03-21
*/
private int variance = 0;
/**
* Creates a new placeholder type with the specified name.
*/
public PlaceholderType(String name) {
super(name, new TypeParams());
EXISTING_PLACEHOLDERS.add(name); // Add to list of existing placeholder names
IsGenerated = false; // This type is user generated
}
/**
* Creates a new placeholdertype
* @param isGenerated true if this placeholder is auto-generated, false if it is user-generated.
*/
protected PlaceholderType(String name, boolean isGenerated) {
super(name, new TypeParams());
EXISTING_PLACEHOLDERS.add(name); // Add to list of existing placeholder names
IsGenerated = isGenerated;
}
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a fresh placeholder type with a name that does so far not exist.
* A user could later instantiate a type using the same name that is equivalent to this type.
* @return A fresh placeholder type.
*/
public synchronized static PlaceholderType freshPlaceholder() {
String name = nextName + (char) (rnd.nextInt(22) + 97); // Returns random char between 'a' and 'z'
// Add random chars while the name is in use.
while(EXISTING_PLACEHOLDERS.contains(name)) {
name += (char) (rnd.nextInt(22) + 97); // Returns random char between 'a' and 'z'
}
return new PlaceholderType(name, true);
}
/**
* True if this placeholder is auto-generated, false if it is user-generated.
*/
public boolean isGenerated() {
return IsGenerated;
}
public void setVariance(int v) {
variance = v;
}
public int getVariance() {
return variance;
}
public void reversVariance() {
if (variance == 1) {
setVariance(-1);
} else {
if (variance == -1) {
setVariance(1);
}}
}
public Boolean isWildcardable() {
return wildcardable;
}
public void disableWildcardtable() {
wildcardable = false;
}
public void enableWildcardtable() {
wildcardable = true;
}
public void setWildcardtable(Boolean wildcardable) {
this.wildcardable = wildcardable;
}
public Boolean isInnerType() {
return innerType;
}
public void setInnerType(Boolean innerType) {
this.innerType = innerType;
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
return this; // Placeholders never have params.
}
@Override
public int hashCode() {
return typeName.hashCode();
}
@Override
UnifyType apply(Unifier unif) {
if(unif.hasSubstitute(this)) {
UnifyType ret = unif.getSubstitute(this);
//PL 2018-05-17 Auskommentierung muesste korrekt sein,
//bereits in JavaTXComplier Variancen gesetzt werden.
//ret.accept(new distributeVariance(), this.getVariance());
return ret;
}
return this;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof PlaceholderType))
return false;
return ((PlaceholderType) obj).getName().equals(typeName);
}
@Override
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.add(this);
return ret;
}
}

View File

@ -1,100 +1,100 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A reference type e.q. Integer or List<T>.
* @author Florian Steurer
*
*/
public class ReferenceType extends UnifyType {
/**
* The buffered hashCode
*/
private final int hashCode;
/**
* gibt an, ob der ReferenceType eine generische Typvariable ist
*/
private final boolean genericTypeVar;
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
public ReferenceType(String name, Boolean genericTypeVar) {
super(name, new TypeParams());
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
this.genericTypeVar = genericTypeVar;
}
public ReferenceType(String name, UnifyType... params) {
super(name, new TypeParams(params));
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
genericTypeVar = false;
}
public ReferenceType(String name, TypeParams params) {
super(name, params);
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
genericTypeVar = false;
}
public boolean isGenTypeVar () {
return genericTypeVar;
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
TypeParams newParams = typeParams.apply(unif);
if(newParams.hashCode() == typeParams.hashCode() && newParams.equals(typeParams))
return this;
return new ReferenceType(typeName, newParams);
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
if(newTp.hashCode() == typeParams.hashCode() && newTp.equals(typeParams))
return this; // reduced the amount of objects created
return new ReferenceType(typeName, newTp);
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof ReferenceType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
ReferenceType other = (ReferenceType) obj;
if(!other.getName().equals(typeName))
return false;
return other.getTypeParams().equals(typeParams);
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A reference type e.q. Integer or List<T>.
* @author Florian Steurer
*
*/
public class ReferenceType extends UnifyType {
/**
* The buffered hashCode
*/
private final int hashCode;
/**
* gibt an, ob der ReferenceType eine generische Typvariable ist
*/
private final boolean genericTypeVar;
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
public ReferenceType(String name, Boolean genericTypeVar) {
super(name, new TypeParams());
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
this.genericTypeVar = genericTypeVar;
}
public ReferenceType(String name, UnifyType... params) {
super(name, new TypeParams(params));
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
genericTypeVar = false;
}
public ReferenceType(String name, TypeParams params) {
super(name, params);
hashCode = 31 + 17 * typeName.hashCode() + 17 * typeParams.hashCode();
genericTypeVar = false;
}
public boolean isGenTypeVar () {
return genericTypeVar;
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
TypeParams newParams = typeParams.apply(unif);
if(newParams.hashCode() == typeParams.hashCode() && newParams.equals(typeParams))
return this;
return new ReferenceType(typeName, newParams);
}
@Override
public UnifyType setTypeParams(TypeParams newTp) {
if(newTp.hashCode() == typeParams.hashCode() && newTp.equals(typeParams))
return this; // reduced the amount of objects created
return new ReferenceType(typeName, newTp);
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof ReferenceType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
ReferenceType other = (ReferenceType) obj;
if(!other.getName().equals(typeName))
return false;
return other.getTypeParams().equals(typeParams);
}
}

View File

@ -1,88 +1,88 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A super wildcard type e.g. ? super Integer.
* @author Florian Steurer
*/
public final class SuperType extends WildcardType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a new instance "? extends superedType"
* @param superedType The type that is supered e.g. Integer in "? super Integer"
*/
public SuperType(UnifyType superedType) {
super("? super " + superedType.getName(), superedType);
}
/**
* The type that is supered e.g. Integer in "? super Integer"
*/
public UnifyType getSuperedType() {
return wildcardedType;
}
@Override
public String toString() {
return "? super " + wildcardedType;
}
/**
* Sets the type parameters of the wildcarded type and returns a new supertype that supers that type.
*/
@Override
public UnifyType setTypeParams(TypeParams newTp) {
UnifyType newType = wildcardedType.setTypeParams(newTp);
if(newType == wildcardedType)
return this; // Reduced the amount of objects created
return new SuperType(wildcardedType.setTypeParams(newTp));
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
UnifyType newType = wildcardedType.apply(unif);
if(newType.hashCode() == wildcardedType.hashCode() && newType.equals(wildcardedType))
return this; // Reduced the amount of objects created
return new SuperType(newType);
}
@Override
public int hashCode() {
/*
* It is important that the prime that is added is different to the prime added in hashCode() of ExtendsType.
* Otherwise ? extends T and ? super T have the same hashCode() for every Type T.
*/
return wildcardedType.hashCode() + 3917;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof SuperType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
SuperType other = (SuperType) obj;
return other.getSuperedType().equals(wildcardedType);
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashMap;
import java.util.Set;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* A super wildcard type e.g. ? super Integer.
* @author Florian Steurer
*/
public final class SuperType extends WildcardType {
public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht) {
return visitor.visit(this, ht);
}
/**
* Creates a new instance "? extends superedType"
* @param superedType The type that is supered e.g. Integer in "? super Integer"
*/
public SuperType(UnifyType superedType) {
super("? super " + superedType.getName(), superedType);
}
/**
* The type that is supered e.g. Integer in "? super Integer"
*/
public UnifyType getSuperedType() {
return wildcardedType;
}
@Override
public String toString() {
return "? super " + wildcardedType;
}
/**
* Sets the type parameters of the wildcarded type and returns a new supertype that supers that type.
*/
@Override
public UnifyType setTypeParams(TypeParams newTp) {
UnifyType newType = wildcardedType.setTypeParams(newTp);
if(newType == wildcardedType)
return this; // Reduced the amount of objects created
return new SuperType(wildcardedType.setTypeParams(newTp));
}
@Override
Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.smArg(this, fBounded);
}
@Override
Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded) {
return fc.grArg(this, fBounded);
}
@Override
UnifyType apply(Unifier unif) {
UnifyType newType = wildcardedType.apply(unif);
if(newType.hashCode() == wildcardedType.hashCode() && newType.equals(wildcardedType))
return this; // Reduced the amount of objects created
return new SuperType(newType);
}
@Override
public int hashCode() {
/*
* It is important that the prime that is added is different to the prime added in hashCode() of ExtendsType.
* Otherwise ? extends T and ? super T have the same hashCode() for every Type T.
*/
return wildcardedType.hashCode() + 3917;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof SuperType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
SuperType other = (SuperType) obj;
return other.getSuperedType().equals(wildcardedType);
}
}

View File

@ -1,191 +1,191 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.*;
/**
* The generic or non-generic parameters of a type e.g. <T> for List<T>
* @author Florian Steurer
*/
public final class TypeParams implements Iterable<UnifyType>{
/**
* The array which backs the type parameters.
*/
private final UnifyType[] typeParams;
/**
* Hashcode calculation is expensive and must be cached.
*/
private final int hashCode;
/**
* Creates a new set of type parameters.
* @param types The type parameters.
*/
public TypeParams(List<UnifyType> types){
typeParams = new UnifyType[types.size()];
for(int i=0;i<types.size();i++){
typeParams[i] = types.get(i);
if(types.get(i)==null)throw new NullPointerException();
}
// Hashcode calculation is expensive and must be cached.
hashCode = Arrays.deepHashCode(typeParams);
}
/**
* Creates a new set of type parameters.
* @param types The type parameters.
*/
public TypeParams(UnifyType... types) {
typeParams = types;
// Hashcode calculation is expensive and must be cached.
hashCode = Arrays.deepHashCode(typeParams);
}
/**
* True if every parameter in this object is a placeholder type, false otherwise.
*/
public boolean arePlaceholders() {
return Arrays.stream(typeParams).allMatch(x -> x instanceof PlaceholderType);
}
/**
* Returns the number of the type parameters in this object.
* @return number of type parameters, always positive (including 0).
*/
public int size() {
return typeParams.length;
}
/**
* Returns true if this object has size() of zero, false otherwise.
*/
public boolean empty() {
return typeParams.length == 0;
}
/**
* Applies a unifier to every parameter in this object.
* @param unif The applied unifier.
* @return A new type parameter object, where the unifier was applied to every parameter.
*/
public TypeParams apply(Unifier unif) {
UnifyType[] newParams = new UnifyType[typeParams.length];
// If true, a type was modified and a new typeparams object has to be created.
// Otherwise it is enough to return this object, since it is immutable
// This reduced the needed TypeParams-Instances for the lambda14-Test from
// 130.000 to 30.000 without a decrease in speed.
boolean isNew = false;
for(int i = 0; i < typeParams.length; i++) {
UnifyType newType = typeParams[i].apply(unif);
newParams[i] = newType;
if(!isNew && (newType.hashCode() != typeParams[i].hashCode() || !newType.equals(typeParams[i])))
isNew = true;
}
if(!isNew)
return this;
return new TypeParams(newParams);
}
/**
* True if the PlaceholderType t is a parameter of this object, or if any parameter
* contains t (arbitrary depth of recursion), false otherwise.
*/
public boolean occurs(PlaceholderType t) {
for(UnifyType p : typeParams)
if(p instanceof PlaceholderType) {//PL 2018-01-31 dangeling else Problem { ... } eingefuegt.
if(p.equals(t))
return true;
}
else {
if(p.getTypeParams().occurs(t))
return true; }
return false;
}
/**
* Returns the i-th parameter of this object.
*/
public UnifyType get(int i) {
return typeParams[i];
}
/**
* Returns the parameters of this object.
* PL 2018-03-17
*/
public UnifyType[] get() {
return typeParams;
}
/**
* Sets the the type t as the i-th parameter and returns a new object
* that equals this object, except for the i-th type.
*/
public TypeParams set(UnifyType t, int idx) {
// Reduce the creation of new objects for less memory
// Reduced the needed instances of TypeParams in the lambda14-Test from
// 150.000 to 130.000
if(t.hashCode() == typeParams[idx].hashCode() && t.equals(typeParams[idx]))
return this;
UnifyType[] newparams = Arrays.copyOf(typeParams, typeParams.length);
newparams[idx] = t;
return new TypeParams(newparams);
}
@Override
public Iterator<UnifyType> iterator() {
return Arrays.stream(typeParams).iterator();
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof TypeParams))
return false;
if(obj.hashCode() != this.hashCode())
return false;
TypeParams other = (TypeParams) obj;
if(other.size() != this.size())
return false;
for(int i = 0; i < this.size(); i++){
//if(this.get(i) == null)
//System.out.print("s");
}
for(int i = 0; i < this.size(); i++)
if(!(this.get(i).equals(other.get(i))))
return false;
return true;
}
@Override
public String toString() {
String res = "";
for(UnifyType t : typeParams)
res += t + ",";
return "<" + res.substring(0, res.length()-1) + ">";
}
public Collection<? extends PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
for(UnifyType t : typeParams){
ret.addAll(t.getInvolvedPlaceholderTypes());
}
return ret;
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.*;
/**
* The generic or non-generic parameters of a type e.g. <T> for List<T>
* @author Florian Steurer
*/
public final class TypeParams implements Iterable<UnifyType>{
/**
* The array which backs the type parameters.
*/
private final UnifyType[] typeParams;
/**
* Hashcode calculation is expensive and must be cached.
*/
private final int hashCode;
/**
* Creates a new set of type parameters.
* @param types The type parameters.
*/
public TypeParams(List<UnifyType> types){
typeParams = new UnifyType[types.size()];
for(int i=0;i<types.size();i++){
typeParams[i] = types.get(i);
if(types.get(i)==null)throw new NullPointerException();
}
// Hashcode calculation is expensive and must be cached.
hashCode = Arrays.deepHashCode(typeParams);
}
/**
* Creates a new set of type parameters.
* @param types The type parameters.
*/
public TypeParams(UnifyType... types) {
typeParams = types;
// Hashcode calculation is expensive and must be cached.
hashCode = Arrays.deepHashCode(typeParams);
}
/**
* True if every parameter in this object is a placeholder type, false otherwise.
*/
public boolean arePlaceholders() {
return Arrays.stream(typeParams).allMatch(x -> x instanceof PlaceholderType);
}
/**
* Returns the number of the type parameters in this object.
* @return number of type parameters, always positive (including 0).
*/
public int size() {
return typeParams.length;
}
/**
* Returns true if this object has size() of zero, false otherwise.
*/
public boolean empty() {
return typeParams.length == 0;
}
/**
* Applies a unifier to every parameter in this object.
* @param unif The applied unifier.
* @return A new type parameter object, where the unifier was applied to every parameter.
*/
public TypeParams apply(Unifier unif) {
UnifyType[] newParams = new UnifyType[typeParams.length];
// If true, a type was modified and a new typeparams object has to be created.
// Otherwise it is enough to return this object, since it is immutable
// This reduced the needed TypeParams-Instances for the lambda14-Test from
// 130.000 to 30.000 without a decrease in speed.
boolean isNew = false;
for(int i = 0; i < typeParams.length; i++) {
UnifyType newType = typeParams[i].apply(unif);
newParams[i] = newType;
if(!isNew && (newType.hashCode() != typeParams[i].hashCode() || !newType.equals(typeParams[i])))
isNew = true;
}
if(!isNew)
return this;
return new TypeParams(newParams);
}
/**
* True if the PlaceholderType t is a parameter of this object, or if any parameter
* contains t (arbitrary depth of recursion), false otherwise.
*/
public boolean occurs(PlaceholderType t) {
for(UnifyType p : typeParams)
if(p instanceof PlaceholderType) {//PL 2018-01-31 dangeling else Problem { ... } eingefuegt.
if(p.equals(t))
return true;
}
else {
if(p.getTypeParams().occurs(t))
return true; }
return false;
}
/**
* Returns the i-th parameter of this object.
*/
public UnifyType get(int i) {
return typeParams[i];
}
/**
* Returns the parameters of this object.
* PL 2018-03-17
*/
public UnifyType[] get() {
return typeParams;
}
/**
* Sets the the type t as the i-th parameter and returns a new object
* that equals this object, except for the i-th type.
*/
public TypeParams set(UnifyType t, int idx) {
// Reduce the creation of new objects for less memory
// Reduced the needed instances of TypeParams in the lambda14-Test from
// 150.000 to 130.000
if(t.hashCode() == typeParams[idx].hashCode() && t.equals(typeParams[idx]))
return this;
UnifyType[] newparams = Arrays.copyOf(typeParams, typeParams.length);
newparams[idx] = t;
return new TypeParams(newparams);
}
@Override
public Iterator<UnifyType> iterator() {
return Arrays.stream(typeParams).iterator();
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof TypeParams))
return false;
if(obj.hashCode() != this.hashCode())
return false;
TypeParams other = (TypeParams) obj;
if(other.size() != this.size())
return false;
for(int i = 0; i < this.size(); i++){
//if(this.get(i) == null)
//System.out.print("s");
}
for(int i = 0; i < this.size(); i++)
if(!(this.get(i).equals(other.get(i))))
return false;
return true;
}
@Override
public String toString() {
String res = "";
for(UnifyType t : typeParams)
res += t + ",";
return "<" + res.substring(0, res.length()-1) + ">";
}
public Collection<? extends PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
for(UnifyType t : typeParams){
ret.addAll(t.getInvolvedPlaceholderTypes());
}
return ret;
}
}

View File

@ -1,189 +1,189 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Map.Entry;
import java.util.Set;
import java.util.function.Function;
/**
* A set of substitutions (s -> t) that is an applicable function to types and pairs.
* @author Florian Steurer
*/
public class Unifier implements Function<UnifyType, UnifyType>, Iterable<Entry<PlaceholderType, UnifyType>> {
/**
* The set of substitutions that unify a type-term
*/
private HashMap<PlaceholderType, UnifyType> substitutions = new HashMap<>();
package de.dhbwstuttgart.typeinference.unify.model;
/**
* Creates a new instance with a single substitution (source -> target).
* @param The type that is replaced
* @param The type that replaces
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.Map.Entry;
import java.util.Set;
import java.util.function.Function;
/**
* A set of substitutions (s -> t) that is an applicable function to types and pairs.
* @author Florian Steurer
*/
public class Unifier implements Function<UnifyType, UnifyType>, Iterable<Entry<PlaceholderType, UnifyType>> {
/**
* The set of substitutions that unify a type-term
*/
private HashMap<PlaceholderType, UnifyType> substitutions = new HashMap<>();
/**
* Creates a new instance with a single substitution (source -> target).
* @param The type that is replaced
* @param The type that replaces
*/
public Unifier(PlaceholderType source, UnifyType target) {
substitutions.put(source, target);
}
/**
* Identity function as an "unifier".
*/
protected Unifier() {
}
/**
* Creates an unifier that is the identity function (thus has no substitutions).
substitutions.put(source, target);
}
/**
* Identity function as an "unifier".
*/
protected Unifier() {
}
/**
* Creates an unifier that is the identity function (thus has no substitutions).
*/
public static Unifier identity() {
return new Unifier();
}
/**
* Adds a substitution to the unifier from (source -> target)
* @param The type that is replaced
* @param The type that replaces
*/
public static Unifier identity() {
return new Unifier();
}
/**
* Adds a substitution to the unifier from (source -> target)
* @param The type that is replaced
* @param The type that replaces
*/
public void add(PlaceholderType source, UnifyType target) {
Unifier tempU = new Unifier(source, target);
// Every new substitution must be applied to previously added substitutions
// otherwise the unifier needs to be applied multiple times to unify two terms
for(PlaceholderType pt : substitutions.keySet())
substitutions.put(pt, substitutions.get(pt).apply(tempU));
substitutions.put(source, target);
}
@Override
public UnifyType apply(UnifyType t) {
return t.apply(this);
}
/**
* Applies the unifier to the two terms of the pair.
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair apply(UnifyPair p) {
UnifyType newLhs = this.apply(p.getLhsType());
UnifyType newRhs = this.apply(p.getRhsType());
return new UnifyPair(newLhs, newRhs, p.getPairOp());
}
/**
* Applies the unifier to the two terms of the pair.
* works only for single subsitution
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair apply(UnifyPair thisAsPair, UnifyPair p) {
UnifyType newLhs = this.apply(p.getLhsType());
UnifyType newRhs = this.apply(p.getRhsType());
//Varianceweitergabe wird nicht benoetigt.
//PlaceholderType lhsph = (PlaceholderType)thisAsPair.getLhsType();
//if (lhsph.getVariance() != 0) {
// if (p.getLhsType().equals(lhsph)) {
// if (p.getRhsType() instanceof PlaceholderType) {
// ((PlaceholderType)p.getRhsType()).setVariance(lhsph.getVariance());
// }
// }
// if (p.getRhsType().equals(lhsph)) {
// if (p.getLhsType() instanceof PlaceholderType) {
// ((PlaceholderType)p.getLhsType()).setVariance(lhsph.getVariance());
// }
// }
//}
if (!(p.getLhsType().equals(newLhs)) || !(p.getRhsType().equals(newRhs))) {//Die Anwendung von this hat was veraendert PL 2018-04-01
Set<UnifyPair> suniUnifyPair = new HashSet<>();
suniUnifyPair.addAll(thisAsPair.getAllSubstitutions());
suniUnifyPair.add(thisAsPair);
if (p.getLhsType() instanceof PlaceholderType //&& newLhs instanceof PlaceholderType entfernt PL 2018-04-13
&& p.getPairOp() == PairOperator.EQUALSDOT) {
suniUnifyPair.add(p); //p koennte auch subsitution sein
}
return new UnifyPair(newLhs, newRhs, p.getPairOp(), suniUnifyPair, p);
}
return new UnifyPair(newLhs, newRhs, p.getPairOp(), p.getSubstitution(), p.getBasePair(), p.getfBounded());
}
/**
* Applies the unifier to the left terms of the pair.
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair applyleft(UnifyPair p) {
return new UnifyPair(this.apply(p.getLhsType()), p.getRhsType(), p.getPairOp());
}
/**
* True if the typevariable t will be substituted if the unifier is applied.
* false otherwise.
*/
public boolean hasSubstitute(PlaceholderType t) {
return substitutions.containsKey(t);
}
/**
* Returns the type that will replace the typevariable t if the unifier is applied.
*/
public UnifyType getSubstitute(PlaceholderType t) {
return substitutions.get(t);
}
/**
* The number of substitutions in the unifier. If zero, this is the identity function.
*/
public int size() {
return substitutions.size();
}
/**
* Garantuees that if there is a substitutions (a -> b) in this unifier,
* a is not an element of the targetParams. Substitutions that do not
* satisfy this condition, are swapped.
*/
public void swapPlaceholderSubstitutions(Iterable<UnifyType> targetParams) {
for(UnifyType tph : targetParams) {
if(!(tph instanceof PlaceholderType))
continue;
// Swap a substitutions (a -> b) if a is an element of the target params.
if(substitutions.containsKey(tph)) {
if((substitutions.get(tph) instanceof PlaceholderType)) {
PlaceholderType newLhs = (PlaceholderType) substitutions.get(tph);
substitutions.remove(tph);
substitutions.put(newLhs, tph);
}
}
}
}
public void swapPlaceholderSubstitutionsReverse(Iterable<UnifyType> sourceParams) {
for(UnifyType tph : sourceParams) {
if(!(tph instanceof PlaceholderType))
continue;
if(substitutions.containsValue(tph)) {
UnifyType key = substitutions.values().stream().filter(x -> x.equals(tph)).findAny().get();
if(key instanceof PlaceholderType) {
PlaceholderType newLhs = (PlaceholderType) tph;
substitutions.remove(key);
substitutions.put(newLhs, key);
}
}
}
}
@Override
public String toString() {
String result = "{ ";
for(Entry<PlaceholderType, UnifyType> entry : substitutions.entrySet())
result += "(" + entry.getKey() + " -> " + entry.getValue() + "), ";
if(!substitutions.isEmpty())
result = result.substring(0, result.length()-2);
result += " }";
return result;
}
@Override
public Iterator<Entry<PlaceholderType, UnifyType>> iterator() {
return substitutions.entrySet().iterator();
}
}
Unifier tempU = new Unifier(source, target);
// Every new substitution must be applied to previously added substitutions
// otherwise the unifier needs to be applied multiple times to unify two terms
for(PlaceholderType pt : substitutions.keySet())
substitutions.put(pt, substitutions.get(pt).apply(tempU));
substitutions.put(source, target);
}
@Override
public UnifyType apply(UnifyType t) {
return t.apply(this);
}
/**
* Applies the unifier to the two terms of the pair.
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair apply(UnifyPair p) {
UnifyType newLhs = this.apply(p.getLhsType());
UnifyType newRhs = this.apply(p.getRhsType());
return new UnifyPair(newLhs, newRhs, p.getPairOp());
}
/**
* Applies the unifier to the two terms of the pair.
* works only for single subsitution
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair apply(UnifyPair thisAsPair, UnifyPair p) {
UnifyType newLhs = this.apply(p.getLhsType());
UnifyType newRhs = this.apply(p.getRhsType());
//Varianceweitergabe wird nicht benoetigt.
//PlaceholderType lhsph = (PlaceholderType)thisAsPair.getLhsType();
//if (lhsph.getVariance() != 0) {
// if (p.getLhsType().equals(lhsph)) {
// if (p.getRhsType() instanceof PlaceholderType) {
// ((PlaceholderType)p.getRhsType()).setVariance(lhsph.getVariance());
// }
// }
// if (p.getRhsType().equals(lhsph)) {
// if (p.getLhsType() instanceof PlaceholderType) {
// ((PlaceholderType)p.getLhsType()).setVariance(lhsph.getVariance());
// }
// }
//}
if (!(p.getLhsType().equals(newLhs)) || !(p.getRhsType().equals(newRhs))) {//Die Anwendung von this hat was veraendert PL 2018-04-01
Set<UnifyPair> suniUnifyPair = new HashSet<>();
suniUnifyPair.addAll(thisAsPair.getAllSubstitutions());
suniUnifyPair.add(thisAsPair);
if (p.getLhsType() instanceof PlaceholderType //&& newLhs instanceof PlaceholderType entfernt PL 2018-04-13
&& p.getPairOp() == PairOperator.EQUALSDOT) {
suniUnifyPair.add(p); //p koennte auch subsitution sein
}
return new UnifyPair(newLhs, newRhs, p.getPairOp(), suniUnifyPair, p);
}
return new UnifyPair(newLhs, newRhs, p.getPairOp(), p.getSubstitution(), p.getBasePair(), p.getfBounded());
}
/**
* Applies the unifier to the left terms of the pair.
* @return A new pair where the left and right-hand side are applied
*/
public UnifyPair applyleft(UnifyPair p) {
return new UnifyPair(this.apply(p.getLhsType()), p.getRhsType(), p.getPairOp());
}
/**
* True if the typevariable t will be substituted if the unifier is applied.
* false otherwise.
*/
public boolean hasSubstitute(PlaceholderType t) {
return substitutions.containsKey(t);
}
/**
* Returns the type that will replace the typevariable t if the unifier is applied.
*/
public UnifyType getSubstitute(PlaceholderType t) {
return substitutions.get(t);
}
/**
* The number of substitutions in the unifier. If zero, this is the identity function.
*/
public int size() {
return substitutions.size();
}
/**
* Garantuees that if there is a substitutions (a -> b) in this unifier,
* a is not an element of the targetParams. Substitutions that do not
* satisfy this condition, are swapped.
*/
public void swapPlaceholderSubstitutions(Iterable<UnifyType> targetParams) {
for(UnifyType tph : targetParams) {
if(!(tph instanceof PlaceholderType))
continue;
// Swap a substitutions (a -> b) if a is an element of the target params.
if(substitutions.containsKey(tph)) {
if((substitutions.get(tph) instanceof PlaceholderType)) {
PlaceholderType newLhs = (PlaceholderType) substitutions.get(tph);
substitutions.remove(tph);
substitutions.put(newLhs, tph);
}
}
}
}
public void swapPlaceholderSubstitutionsReverse(Iterable<UnifyType> sourceParams) {
for(UnifyType tph : sourceParams) {
if(!(tph instanceof PlaceholderType))
continue;
if(substitutions.containsValue(tph)) {
UnifyType key = substitutions.values().stream().filter(x -> x.equals(tph)).findAny().get();
if(key instanceof PlaceholderType) {
PlaceholderType newLhs = (PlaceholderType) tph;
substitutions.remove(key);
substitutions.put(newLhs, key);
}
}
}
}
@Override
public String toString() {
String result = "{ ";
for(Entry<PlaceholderType, UnifyType> entry : substitutions.entrySet())
result += "(" + entry.getKey() + " -> " + entry.getValue() + "), ";
if(!substitutions.isEmpty())
result = result.substring(0, result.length()-2);
result += " }";
return result;
}
@Override
public Iterator<Entry<PlaceholderType, UnifyType>> iterator() {
return substitutions.entrySet().iterator();
}
}

View File

@ -1,256 +1,256 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashSet;
import java.util.List;
import java.util.Optional;
import java.util.Set;
/**
* A pair which contains two types and an operator, e.q. (Integer <. a).
* @author Florian Steurer
*/
public class UnifyPair {
/**
* The type on the left hand side of the pair.
*/
private final UnifyType lhs;
/**
* The type on the right hand side of the pair.
*/
private final UnifyType rhs;
/**
* The operator that determines the relation between the left and right hand side type.
*/
private PairOperator pairOp;
/** wieder loesecn wird nicht mehr benoetigt PL 2018-03-31
* variance shows the variance of the pair
* -1: contravariant
* 1 covariant
* 0 invariant
* PL 2018-03-21
*/
private byte variance = 0;
private boolean undefinedPair = false;
/**
* Unifier/substitute that generated this pair
* PL 2018-03-15
*/
private Set<UnifyPair> substitution;
/**
* Base on which the the unifier is applied
* PL 2018-03-15
*/
private UnifyPair basePair;
/**
* For pairs a <. Theta generated in the rule reduceTphSup
* to store the f-Bouned Elements to avoid endless recursion
* PL 2018-03-15
*/
private Set<UnifyType> fBounded = new HashSet<>();
private final int hashCode;
/**
* Creates a new instance of the pair.
* @param lhs The type on the left hand side of the pair.
* @param rhs The type on the right hand side of the pair.
* @param op The operator that determines the relation between the left and right hand side type.
*/
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op) {
this.lhs = lhs;
this.rhs = rhs;
pairOp = op;
substitution = new HashSet<>();
// Caching hashcode
hashCode = 17 + 31 * lhs.hashCode() + 31 * rhs.hashCode() + 31 * pairOp.hashCode();
}
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op, Set<UnifyPair> uni, UnifyPair base) {
this.lhs = lhs;
this.rhs = rhs;
pairOp = op;
substitution = uni;
basePair = base;
this.variance = variance;
// Caching hashcode
hashCode = 17 + 31 * lhs.hashCode() + 31 * rhs.hashCode() + 31 * pairOp.hashCode();
}
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op, Set<UnifyPair> uni, UnifyPair base, Set<UnifyType> fBounded) {
this(lhs, rhs, op, uni, base);
this.fBounded = fBounded;
}
/**
* Returns the type on the left hand side of the pair.
*/
public UnifyType getLhsType() {
return lhs;
}
/**
* Returns the type on the right hand side of the pair.
*/
public UnifyType getRhsType() {
return rhs;
}
/**
* Returns the operator that determines the relation between the left and right hand side type.
*/
public PairOperator getPairOp() {
return pairOp;
}
public void setPairOp(PairOperator po) {
pairOp = po;
}
public void addSubstitutions(Set<UnifyPair> sup) {
substitution.addAll(sup);
}
public byte getVariance() {
return variance;
}
public void setVariance(byte v) {
variance = v;
}
public void setUndefinedPair() {
undefinedPair = true;
}
public Set<UnifyPair> getSubstitution() {
return new HashSet<>(substitution);
}
public UnifyPair getBasePair() {
return basePair;
}
public boolean isUndefinedPair() {
return undefinedPair;
}
public Set<UnifyPair> getAllSubstitutions () {
Set<UnifyPair> ret = new HashSet<>();
ret.addAll(new ArrayList<>(getSubstitution()));
if (basePair != null) {
ret.addAll(new ArrayList<>(basePair.getAllSubstitutions()));
}
return ret;
}
public Set<UnifyPair> getAllBases () {
Set<UnifyPair> ret = new HashSet<>();
if (basePair != null) {
ret.add(getBasePair());
ret.addAll(basePair.getAllBases());
}
return ret;
}
public UnifyPair getGroundBasePair () {
if (basePair == null) {
return this;
}
if (basePair.getBasePair() == null) {
return basePair;
}
else {
return basePair.getGroundBasePair();
}
}
/**
* wenn in einem Paar bestehend aus 2 Typvariablen eine nicht wildcardtable ist,
* so beide auf nicht wildcardtable setzen
*/
public void disableCondWildcards() {
if (lhs instanceof PlaceholderType && rhs instanceof PlaceholderType
&& (!((PlaceholderType)lhs).isWildcardable() || !((PlaceholderType)rhs).isWildcardable()))
{
((PlaceholderType)lhs).disableWildcardtable();
((PlaceholderType)rhs).disableWildcardtable();
}
}
public Boolean wrongWildcard() {
return lhs.wrongWildcard() || rhs.wrongWildcard();
}
public Set<UnifyType> getfBounded() {
return this.fBounded;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof UnifyPair))
return false;
if(obj.hashCode() != this.hashCode())
return false;
UnifyPair other = (UnifyPair) obj;
if (isUndefinedPair()) {
if (other.getBasePair() != basePair || (other.getBasePair() == null && basePair == null)) {
return false;
}
if (!other.getBasePair().equals(basePair) ||
!other.getAllSubstitutions().equals(getAllSubstitutions())) {
return false;
}
}
return other.getPairOp() == pairOp
&& other.getLhsType().equals(lhs)
&& other.getRhsType().equals(rhs);
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public String toString() {
String ret = "";
if (lhs instanceof PlaceholderType) {
ret = new Integer(((PlaceholderType)lhs).getVariance()).toString() + " " + ((PlaceholderType)lhs).isInnerType()
+ " " + ((PlaceholderType)lhs).isWildcardable();
}
if (rhs instanceof PlaceholderType) {
ret = ret + ", " + new Integer(((PlaceholderType)rhs).getVariance()).toString() + " " + ((PlaceholderType)rhs).isInnerType()
+ " " + ((PlaceholderType)rhs).isWildcardable();
}
return "(" + lhs + " " + pairOp + " " + rhs + ", " + ret + ")"; //+ ", [" + getfBounded().toString()+ "])";
}
/*
public List<? extends PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(lhs.getInvolvedPlaceholderTypes());
ret.addAll(rhs.getInvolvedPlaceholderTypes());
return ret;
}
*/
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashSet;
import java.util.List;
import java.util.Optional;
import java.util.Set;
/**
* A pair which contains two types and an operator, e.q. (Integer <. a).
* @author Florian Steurer
*/
public class UnifyPair {
/**
* The type on the left hand side of the pair.
*/
private final UnifyType lhs;
/**
* The type on the right hand side of the pair.
*/
private final UnifyType rhs;
/**
* The operator that determines the relation between the left and right hand side type.
*/
private PairOperator pairOp;
/** wieder loesecn wird nicht mehr benoetigt PL 2018-03-31
* variance shows the variance of the pair
* -1: contravariant
* 1 covariant
* 0 invariant
* PL 2018-03-21
*/
private byte variance = 0;
private boolean undefinedPair = false;
/**
* Unifier/substitute that generated this pair
* PL 2018-03-15
*/
private Set<UnifyPair> substitution;
/**
* Base on which the the unifier is applied
* PL 2018-03-15
*/
private UnifyPair basePair;
/**
* For pairs a <. Theta generated in the rule reduceTphSup
* to store the f-Bouned Elements to avoid endless recursion
* PL 2018-03-15
*/
private Set<UnifyType> fBounded = new HashSet<>();
private final int hashCode;
/**
* Creates a new instance of the pair.
* @param lhs The type on the left hand side of the pair.
* @param rhs The type on the right hand side of the pair.
* @param op The operator that determines the relation between the left and right hand side type.
*/
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op) {
this.lhs = lhs;
this.rhs = rhs;
pairOp = op;
substitution = new HashSet<>();
// Caching hashcode
hashCode = 17 + 31 * lhs.hashCode() + 31 * rhs.hashCode() + 31 * pairOp.hashCode();
}
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op, Set<UnifyPair> uni, UnifyPair base) {
this.lhs = lhs;
this.rhs = rhs;
pairOp = op;
substitution = uni;
basePair = base;
this.variance = variance;
// Caching hashcode
hashCode = 17 + 31 * lhs.hashCode() + 31 * rhs.hashCode() + 31 * pairOp.hashCode();
}
public UnifyPair(UnifyType lhs, UnifyType rhs, PairOperator op, Set<UnifyPair> uni, UnifyPair base, Set<UnifyType> fBounded) {
this(lhs, rhs, op, uni, base);
this.fBounded = fBounded;
}
/**
* Returns the type on the left hand side of the pair.
*/
public UnifyType getLhsType() {
return lhs;
}
/**
* Returns the type on the right hand side of the pair.
*/
public UnifyType getRhsType() {
return rhs;
}
/**
* Returns the operator that determines the relation between the left and right hand side type.
*/
public PairOperator getPairOp() {
return pairOp;
}
public void setPairOp(PairOperator po) {
pairOp = po;
}
public void addSubstitutions(Set<UnifyPair> sup) {
substitution.addAll(sup);
}
public byte getVariance() {
return variance;
}
public void setVariance(byte v) {
variance = v;
}
public void setUndefinedPair() {
undefinedPair = true;
}
public Set<UnifyPair> getSubstitution() {
return new HashSet<>(substitution);
}
public UnifyPair getBasePair() {
return basePair;
}
public boolean isUndefinedPair() {
return undefinedPair;
}
public Set<UnifyPair> getAllSubstitutions () {
Set<UnifyPair> ret = new HashSet<>();
ret.addAll(new ArrayList<>(getSubstitution()));
if (basePair != null) {
ret.addAll(new ArrayList<>(basePair.getAllSubstitutions()));
}
return ret;
}
public Set<UnifyPair> getAllBases () {
Set<UnifyPair> ret = new HashSet<>();
if (basePair != null) {
ret.add(getBasePair());
ret.addAll(basePair.getAllBases());
}
return ret;
}
public UnifyPair getGroundBasePair () {
if (basePair == null) {
return this;
}
if (basePair.getBasePair() == null) {
return basePair;
}
else {
return basePair.getGroundBasePair();
}
}
/**
* wenn in einem Paar bestehend aus 2 Typvariablen eine nicht wildcardtable ist,
* so beide auf nicht wildcardtable setzen
*/
public void disableCondWildcards() {
if (lhs instanceof PlaceholderType && rhs instanceof PlaceholderType
&& (!((PlaceholderType)lhs).isWildcardable() || !((PlaceholderType)rhs).isWildcardable()))
{
((PlaceholderType)lhs).disableWildcardtable();
((PlaceholderType)rhs).disableWildcardtable();
}
}
public Boolean wrongWildcard() {
return lhs.wrongWildcard() || rhs.wrongWildcard();
}
public Set<UnifyType> getfBounded() {
return this.fBounded;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof UnifyPair))
return false;
if(obj.hashCode() != this.hashCode())
return false;
UnifyPair other = (UnifyPair) obj;
if (isUndefinedPair()) {
if (other.getBasePair() != basePair || (other.getBasePair() == null && basePair == null)) {
return false;
}
if (!other.getBasePair().equals(basePair) ||
!other.getAllSubstitutions().equals(getAllSubstitutions())) {
return false;
}
}
return other.getPairOp() == pairOp
&& other.getLhsType().equals(lhs)
&& other.getRhsType().equals(rhs);
}
@Override
public int hashCode() {
return hashCode;
}
@Override
public String toString() {
String ret = "";
if (lhs instanceof PlaceholderType) {
ret = new Integer(((PlaceholderType)lhs).getVariance()).toString() + " " + ((PlaceholderType)lhs).isInnerType()
+ " " + ((PlaceholderType)lhs).isWildcardable();
}
if (rhs instanceof PlaceholderType) {
ret = ret + ", " + new Integer(((PlaceholderType)rhs).getVariance()).toString() + " " + ((PlaceholderType)rhs).isInnerType()
+ " " + ((PlaceholderType)rhs).isWildcardable();
}
return "(" + lhs + " " + pairOp + " " + rhs + ", " + ret + ")"; //+ ", [" + getfBounded().toString()+ "])";
}
/*
public List<? extends PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(lhs.getInvolvedPlaceholderTypes());
ret.addAll(rhs.getInvolvedPlaceholderTypes());
return ret;
}
*/
}

View File

@ -1,119 +1,119 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.List;
import java.util.Set;
import de.dhbwstuttgart.syntaxtree.StatementVisitor;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* Represents a java type.
* @author Florian Steurer
*/
public abstract class UnifyType {
/**
* The name of the type e.q. "Integer", "? extends Integer" or "List" for (List<T>)
*/
protected final String typeName;
/**
* The type parameters of the type.
*/
protected final TypeParams typeParams;
/**
* Creates a new instance
* @param name Name of the type (e.q. List for List<T>, Integer or ? extends Integer)
* @param typeParams Parameters of the type (e.q. <T> for List<T>)
*/
protected UnifyType(String name, TypeParams p) {
typeName = name;
typeParams = p;
}
abstract public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht);
/**
* Returns the name of the type.
* @return The name e.q. List for List<T>, Integer or ? extends Integer
*/
public String getName() {
return typeName;
}
/**
* The parameters of the type.
* @return Parameters of the type, e.q. <T> for List<T>.
*/
public TypeParams getTypeParams() {
return typeParams;
}
/**
* Returns a new type that equals this type except for the type parameters.
* @param newTp The type params of the new type.
* @return A new type object.
*/
public abstract UnifyType setTypeParams(TypeParams newTp);
/**
* Implementation of the visitor-pattern. Returns the set of smArg
* by calling the most specific overload in the FC.
* @param fc The FC that is called.
* @return The set that is smArg(this)
*/
abstract Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded);
/**
* Implementation of the visitor-pattern. Returns the set of grArg
* by calling the most specific overload in the FC.
* @param fc The FC that is called.
* @return The set that is grArg(this)
*/
abstract Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded);
/**
* Applies a unifier to this object.
* @param unif The unifier
* @return A UnifyType, that may or may not be a new object, that has its subtypes substituted.
*/
abstract UnifyType apply(Unifier unif);
@Override
public String toString() {
String params = "";
if(typeParams.size() != 0) {
for(UnifyType param : typeParams)
params += param.toString() + ",";
params = "<" + params.substring(0, params.length()-1) + ">";
}
return typeName + params;
}
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(typeParams.getInvolvedPlaceholderTypes());
return ret;
}
public Boolean wrongWildcard() {//default
return false;
}
@Override
public int hashCode() {
return this.toString().hashCode();
}
@Override
public boolean equals(Object obj) {
return this.toString().equals(obj.toString());
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.List;
import java.util.Set;
import de.dhbwstuttgart.syntaxtree.StatementVisitor;
import de.dhbwstuttgart.typeinference.unify.interfaces.IFiniteClosure;
import de.dhbwstuttgart.typeinference.unify.interfaces.UnifyTypeVisitor;
/**
* Represents a java type.
* @author Florian Steurer
*/
public abstract class UnifyType {
/**
* The name of the type e.q. "Integer", "? extends Integer" or "List" for (List<T>)
*/
protected final String typeName;
/**
* The type parameters of the type.
*/
protected final TypeParams typeParams;
/**
* Creates a new instance
* @param name Name of the type (e.q. List for List<T>, Integer or ? extends Integer)
* @param typeParams Parameters of the type (e.q. <T> for List<T>)
*/
protected UnifyType(String name, TypeParams p) {
typeName = name;
typeParams = p;
}
abstract public <T> UnifyType accept(UnifyTypeVisitor<T> visitor, T ht);
/**
* Returns the name of the type.
* @return The name e.q. List for List<T>, Integer or ? extends Integer
*/
public String getName() {
return typeName;
}
/**
* The parameters of the type.
* @return Parameters of the type, e.q. <T> for List<T>.
*/
public TypeParams getTypeParams() {
return typeParams;
}
/**
* Returns a new type that equals this type except for the type parameters.
* @param newTp The type params of the new type.
* @return A new type object.
*/
public abstract UnifyType setTypeParams(TypeParams newTp);
/**
* Implementation of the visitor-pattern. Returns the set of smArg
* by calling the most specific overload in the FC.
* @param fc The FC that is called.
* @return The set that is smArg(this)
*/
abstract Set<UnifyType> smArg(IFiniteClosure fc, Set<UnifyType> fBounded);
/**
* Implementation of the visitor-pattern. Returns the set of grArg
* by calling the most specific overload in the FC.
* @param fc The FC that is called.
* @return The set that is grArg(this)
*/
abstract Set<UnifyType> grArg(IFiniteClosure fc, Set<UnifyType> fBounded);
/**
* Applies a unifier to this object.
* @param unif The unifier
* @return A UnifyType, that may or may not be a new object, that has its subtypes substituted.
*/
abstract UnifyType apply(Unifier unif);
@Override
public String toString() {
String params = "";
if(typeParams.size() != 0) {
for(UnifyType param : typeParams)
params += param.toString() + ",";
params = "<" + params.substring(0, params.length()-1) + ">";
}
return typeName + params;
}
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(typeParams.getInvolvedPlaceholderTypes());
return ret;
}
public Boolean wrongWildcard() {//default
return false;
}
@Override
public int hashCode() {
return this.toString().hashCode();
}
@Override
public boolean equals(Object obj) {
return this.toString().equals(obj.toString());
}
}

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@ -1,72 +1,72 @@
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
/**
* A wildcard type that is either a ExtendsType or a SuperType.
* @author Florian Steurer
*/
public abstract class WildcardType extends UnifyType {
/**
* The wildcarded type, e.q. Integer for ? extends Integer. Never a wildcard type itself.
*/
protected UnifyType wildcardedType;
/**
* Creates a new instance.
* @param name The name of the type, e.q. ? extends Integer
* @param wildcardedType The wildcarded type, e.q. Integer for ? extends Integer. Never a wildcard type itself.
*/
protected WildcardType(String name, UnifyType wildcardedType) {
super(name, wildcardedType.getTypeParams());
this.wildcardedType = wildcardedType;
}
/**
* Returns the wildcarded type, e.q. Integer for ? extends Integer.
* @return The wildcarded type. Never a wildcard type itself.
*/
public UnifyType getWildcardedType() {
return wildcardedType;
}
/**
* Returns the type parameters of the WILDCARDED TYPE.
*/
@Override
public TypeParams getTypeParams() {
return wildcardedType.getTypeParams();
}
@Override
public Boolean wrongWildcard () {//This is an error
return (wildcardedType instanceof WildcardType);
}
@Override
public int hashCode() {
return wildcardedType.hashCode() + getName().hashCode() + 17;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof WildcardType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
WildcardType other = (WildcardType) obj;
return other.getWildcardedType().equals(wildcardedType);
}
@Override
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(wildcardedType.getInvolvedPlaceholderTypes());
return ret;
}
}
package de.dhbwstuttgart.typeinference.unify.model;
import java.util.ArrayList;
import java.util.Collection;
/**
* A wildcard type that is either a ExtendsType or a SuperType.
* @author Florian Steurer
*/
public abstract class WildcardType extends UnifyType {
/**
* The wildcarded type, e.q. Integer for ? extends Integer. Never a wildcard type itself.
*/
protected UnifyType wildcardedType;
/**
* Creates a new instance.
* @param name The name of the type, e.q. ? extends Integer
* @param wildcardedType The wildcarded type, e.q. Integer for ? extends Integer. Never a wildcard type itself.
*/
protected WildcardType(String name, UnifyType wildcardedType) {
super(name, wildcardedType.getTypeParams());
this.wildcardedType = wildcardedType;
}
/**
* Returns the wildcarded type, e.q. Integer for ? extends Integer.
* @return The wildcarded type. Never a wildcard type itself.
*/
public UnifyType getWildcardedType() {
return wildcardedType;
}
/**
* Returns the type parameters of the WILDCARDED TYPE.
*/
@Override
public TypeParams getTypeParams() {
return wildcardedType.getTypeParams();
}
@Override
public Boolean wrongWildcard () {//This is an error
return (wildcardedType instanceof WildcardType);
}
@Override
public int hashCode() {
return wildcardedType.hashCode() + getName().hashCode() + 17;
}
@Override
public boolean equals(Object obj) {
if(!(obj instanceof WildcardType))
return false;
if(obj.hashCode() != this.hashCode())
return false;
WildcardType other = (WildcardType) obj;
return other.getWildcardedType().equals(wildcardedType);
}
@Override
public Collection<PlaceholderType> getInvolvedPlaceholderTypes() {
ArrayList<PlaceholderType> ret = new ArrayList<>();
ret.addAll(wildcardedType.getInvolvedPlaceholderTypes());
return ret;
}
}