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asp/fc.lp
114
asp/fc.lp
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newType(P, A) :- smallerGen(P, A).
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newType(P, A) :- greaterGen(P, A).
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newType(P, A) :- greaterArgGen(P, A).
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newType(P, A) :- smallerArgGen(P, A).
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typeVar(P) :- newType(P, A), typeVar(A).
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type(P, AN, ANum) :- newType(P, A), type(A, AN, ANum).
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param(P, AN, ANum) :- newType(P, A), param(A, AN, ANum).
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wildcard(A) :- extendsWildcard(A).
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wildcard(A) :- superWildcard(A).
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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%Anzahl der Wildcards ist 1
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% Mehr benötigt man nicht verschachtelt
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% Dadurch ist numWildcards unnötig, man ändert einfach die grArg auf Wildcards
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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type(P, TN, TNum) :- makeSameGen(P, T), type(T, TN, TNum).
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param(P, TN, TNum) :- makeSameGen(P, T), param(T, TN, TNum).
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superWildcard(P) :- makeSameGen(P, T), superWildcard(T).
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extendsWildcard(P) :- makeSameGen(P, T), extendsWildcard(T).
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%%%%%%%%%%%%%%%%%
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% Greater
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%%%%%%%%%%%%%%%%
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{ greaterGen(P, A, AFC, BFC) : smaller(AFC, BFC), type(AFC, AN, ANum) } == 1 :- greaterGen(P, A), type(A, AN, ANum)
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.
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type(P, BN, BNum) :- greaterGen(P, A, _, B), type(B, BN, BNum).
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%Bei den Parametern gibt es zwei Fälle:
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%% Die TPHs müssen gemapt werden, die anderen übernommen
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greaterArgGen(pointer(P, Param), Param) :- greaterGen(P, A, Afc, B), param(A, Param, PNum), mapFC(smaller(Afc, B), PNum, _).
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greaterArgGen(pointer(P, Param), Param) :- greaterGen(P, A, _, B), param(B, Param, PNum), type(B, _, _).
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param(P, pointer(P, Param), PNum) :- greaterGen(P, A, _, B), param(B, Param, PNum)
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, type(Param, _, _)
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.
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param(P, pointer(P, Param), PNum2) :- greaterGen(P, A, Afc, B), param(A, Param, PNum)
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, mapFC(smaller(Afc,B), PNum, PNum2)
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.
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%TypeVars bleiben einfach TypeVars:
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typeVar(Pointer) :- greaterArgGen(Pointer, T), typeVar(T).
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%makeGreaterGen(Pointer, T) :- greaterArgGen(Pointer, T), extendsWildcard(T).
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%makeSmallerGen(Pointer, T) :- greaterArgGen(Pointer, T), superWildcard(T).
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makeSameGen(Pointer, T) :- greaterArgGen(Pointer, T), extendsWildcard(T).
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makeSameGen(Pointer, T) :- greaterArgGen(Pointer, T), superWildcard(T).
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makeSmallerGenG(Pointer, T),
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makeGreaterGenG(Pointer, T),
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makeSameGenG(Pointer, T)
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:- greaterArgGen(Pointer, T), not extendsWildcard(T), not superWildcard(T), type(T, N, Num).
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greaterGen(P, T) :- makeGreaterGenG(P, T).
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extendsWildcard(P) :- makeGreaterGenG(P, T).
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smallerGen(P, T) :- makeGreaterGenG(P, T).
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superWildcard(P) :- makeSmallerGenG(P, T).
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{ greaterGen(P, T, TFC, TFC) : smaller(TFC, _), type(TFC, TN, TNum) } == 1 :- makeSameGenG(P, T), type(T, TN, TNum).
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greaterArgGenNum(P, 0) :- greaterArgGen(P, _), type(P, _ ,_).
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greaterArgGenNum(pointer(P, P2), Num + 1) :- greaterArgGen(pointer(P, P2),_), greaterArgGenNum(P, Num).
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%%%%%%%%%%%%%%%%%
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% smaller
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%%%%%%%%%%%%%%%%
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{ smallerGen(P, A, AFC, BFC) : smaller(BFC, AFC), type(AFC, AN, ANum) } == 1 :- smallerGen(P, A), type(A, AN, ANum)
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.
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{ type(P, BN, BNum) : type(B,BN,BNum) } == 1 :- smallerGen(P, A, _, B).
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%Bei den Parametern gibt es drei Fälle:
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%% Die TPHs müssen gemapt werden, die anderen übernommen
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smallerArgGen(pointer(P, Param), Param) :- smallerGen(P, A, Afc, B), param(A, Param, PNum), mapFC(smaller(B, Afc), _, PNum).
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param(P, pointer(P, Param), PNum2) :- smallerGen(P, A, Afc, B), param(A, Param, PNum)
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, mapFC(smaller(B,Afc), PNum2, PNum)
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.
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%Neue Parameter können hinzu kommen: TODO
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%smallerArgGen(pointer(P, Param), Param) :- smallerGen(P, A, _, B), param(B, Param, PNum).
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%param(P, pointer(P, Param), PNum) :- greaterGen(P, A, _, B), param(B, Param, PNum)
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% %, type(Param, _, _) %Es ist egal ob es ein Typparameter oder eine TypeVar ist. smallerArgGen macht das richtige
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% .
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%Es können voraussetzungen hinzukommen:
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equals(Param, PA) :- smallerGen(P, A, Afc, B), param(Afc, Param, PNum), type(Param, _, _), param(A, PA, PNum).
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%TypeVars bleiben einfach TypeVars:
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typeVar(Pointer) :- smallerArgGen(Pointer, T), typeVar(T).
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makeSameGen(Pointer, T) :- smallerArgGen(Pointer, T), extendsWildcard(T).
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makeSameGen(Pointer, T) :- smallerArgGen(Pointer, T), superWildcard(T).
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makeSmallerGenS(Pointer, T),
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makeGreaterGenS(Pointer, T),
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makeSameGenS(Pointer, T)
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:- smallerArgGen(Pointer, T), not extendsWildcard(T), not superWildcard(T), type(T, N, Num).
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greaterGen(P, T) :- makeGreaterGenS(P, T).
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extendsWildcard(P) :- makeGreaterGenS(P, T).
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smallerGen(P, T) :- makeSmallerGenS(P, T).
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superWildcard(P) :- makeSmallerGenS(P, T).
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{ smallerGen(P, T, TFC, TFC) : smaller(TFC, _), type(TFC, TN, TNum) } == 1 :- makeSameGenS(P, T), type(T, TN, TNum).
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%%%
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% Grundlegende Regeln
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%%%
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smaller(A, A) :- smaller(A, _).
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smaller(B, B) :- smaller(_, B).
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%smaller(A, A) :- type(A). %Alle Typen erben von sich selber. Hätte komische Nebeneffekte
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%Mapping:
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mapFC(smaller(A,B), Num, Num2) :- smaller(A,B), param(A, P, Num), typeVar(P), param(B, P, Num2).
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hasTypeInParameterList(A) :- type(A, _, _), param(A, P, _), type(P, _, _).
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mapRootFC(smaller(A,B), Num, Num2) :- smaller(A, B), not hasTypeInParameterList(A), param(A, P, Num), typeVar(P), param(B, P, Num2).
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%%%
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% Grundlegende Regeln
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%%%
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%smaller(A, A) :- smaller(A, _).
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%smaller(B, B) :- smaller(_, B).
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%smaller(A, A) :- type(A). %Alle Typen erben von sich selber. Hätte komische Nebeneffekte
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42
test/asp/withWildcards/TestFC.java
Normal file
42
test/asp/withWildcards/TestFC.java
Normal file
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package asp.withWildcards;
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import de.dhbwstuttgart.sat.asp.Clingo;
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import de.dhbwstuttgart.syntaxtree.ClassOrInterface;
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import de.dhbwstuttgart.syntaxtree.factory.ASTFactory;
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import org.junit.Test;
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import java.io.File;
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import java.io.IOException;
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import java.io.PrintWriter;
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import java.util.ArrayList;
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import java.util.Arrays;
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import java.util.Collection;
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public class TestFC {
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public static final String tempDirectory = "/tmp/";
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@Test
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public void testInteger() throws InterruptedException, IOException, ClassNotFoundException {
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Collection<ClassOrInterface> fc = new ArrayList<>();
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fc.add(ASTFactory.createClass(Integer.class));
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System.out.println(run(fc));
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//TODO Hier noch Constraint Integer <. a anfügen
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}
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public String run(Collection<ClassOrInterface> fc) throws IOException, InterruptedException, ClassNotFoundException {
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String content = "";
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//this.convertFC(fc);
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//content = writer.getASPFile();
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PrintWriter writer = new PrintWriter(tempDirectory + "test.lp", "UTF-8");
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writer.println(content);
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writer.close();
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Clingo clingo = new Clingo(
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Arrays.asList(new File(tempDirectory + "test.lp"),
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new File("/home/janulrich/Sync/HiwiJob/ResearchPapers/MasterarbeitStadelmeier/asp/finiteClosure/fc.pl")));
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String result = clingo.runClingo();
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return result;
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}
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}
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