@Override
public void process(CtIf element) {
// On récupère le body actuel :
CtBlock fi;
this.init();
int addLoop = 1 + (int) (Math.random() * ((4 - 1)));
CtBlock dummyIf = null;
switch (addLoop) {
case 1:
dummyIf = getDummyIf();
break;
case 2:
dummyIf = getDummyStringIf();
break;
case 3:
dummyIf = getDummyAndIf();
break;
case 4:
dummyIf = getDummyOrIf();
break;
default:
}
fi = (CtBlock) element.getThenStatement();
fi = (CtBlock) element.getThenStatement();
element.setThenStatement(dummyIf);
((CtIf) element.getThenStatement().getElements(new TypeFilter(CtIf.class)).get(0))
.setThenStatement(fi);
CtExpression cdt = element.getCondition();
CtBinaryOperator condition = getFactory().Core().createBinaryOperator();
condition.setKind(BinaryOperatorKind.AND);
condition.setLeftHandOperand(cdt);
condition.setRightHandOperand(
((CtIf) getDummyAndIf().getElements(new TypeFilter(CtIf.class)).get(0)).getCondition());
element.setCondition(condition);
}
@Override
public void visitCtIf(CtIf ifElement) {
// super.visitCtIf(ifElement);
CtStatement ctThen = ifElement.getThenStatement();
CtStatement ctElse = ifElement.getElseStatement();
Mutability condMut = mutability(ifElement.getCondition());
if (ctThen != null) ifElement.getThenStatement().accept(this);
if (ctElse != null) ifElement.getElseStatement().accept(this);
if (condMut == Mutability.ERASABLE && isEmpty(ctThen)) {
// if ( - ) { } else { } <- Remove the whole if
if (ctElse == null || isEmpty(ctElse)) remove(ifElement);
// else if case: if ( - ) { } else if { doSomething() } <-- pull the else if element up
else if (ctElse instanceof CtIf) ctElse.setParent(ifElement.getParent());
}
}
private static CtIf originalLoopReplacement(Factory factory, LoopMonitor monitor, While loop) {
CtExpression<Boolean> monitoredCondition =
newExpressionFromSnippet(factory, conditionName(monitor), Boolean.class);
CtIf newIf = newIf(factory, monitoredCondition, loop.loopBody(), newBreak(factory));
CtStatement increment =
newStatementFromSnippet(factory, format("%s += 1", counterName(monitor)));
insertBeforeUnderSameParent(increment, newIf.getThenStatement());
if (loop.isUnbreakable()) {
newIf.setElseStatement(null);
}
return newIf;
}
@Override
public void process(CtConditional ctConditional) {
CtStatement parent = ctConditional.getParent(CtStatement.class);
while (!(parent.getParent() instanceof CtStatementList)) {
parent = parent.getParent(CtStatement.class);
}
CtExpression condition = ctConditional.getCondition();
CtIf anIf = getFactory().Core().createIf();
anIf.setPosition(ctConditional.getPosition());
if (parent instanceof CtReturn) {
if (!((CtReturn) parent).getReturnedExpression().equals(ctConditional)) {
return;
}
CtReturn returnThen = (CtReturn) parent.clone();
CtReturn returnElse = (CtReturn) parent.clone();
returnThen.setReturnedExpression(ctConditional.getThenExpression());
returnElse.setReturnedExpression(ctConditional.getElseExpression());
List<CtTypeReference> typeCasts = ctConditional.getTypeCasts();
for (int i = 0; i < typeCasts.size(); i++) {
CtTypeReference ctTypeReference = typeCasts.get(i);
returnThen.getReturnedExpression().addTypeCast(ctTypeReference.clone());
returnElse.getReturnedExpression().addTypeCast(ctTypeReference.clone());
}
anIf.setElseStatement(getFactory().Code().createCtBlock(returnElse));
anIf.setThenStatement(getFactory().Code().createCtBlock(returnThen));
} else if (parent instanceof CtAssignment) {
CtAssignment assignment = (CtAssignment) parent;
CtExpression ctExpression = assignment.getAssignment();
if (!ctExpression.equals(ctConditional)) {
if (ctExpression instanceof CtBinaryOperator) {
CtBinaryOperator ctBinaryOperator = (CtBinaryOperator) ctExpression;
createAssignment(ctConditional, anIf, assignment);
CtBinaryOperator cloneThen = ctBinaryOperator.clone();
CtBinaryOperator cloneElse = ctBinaryOperator.clone();
if (ctBinaryOperator.getLeftHandOperand().equals(ctConditional)) {
cloneThen.setLeftHandOperand(ctConditional.getThenExpression());
ctConditional.getThenExpression().setParent(cloneThen);
cloneElse.setLeftHandOperand(ctConditional.getElseExpression());
} else if (ctBinaryOperator.getRightHandOperand().equals(ctConditional)) {
cloneThen.setRightHandOperand(ctConditional.getThenExpression());
cloneElse.setRightHandOperand(ctConditional.getElseExpression());
}
cloneThen.getLeftHandOperand().setParent(cloneThen);
cloneElse.getLeftHandOperand().setParent(cloneElse);
((CtAssignment) ((CtBlock) anIf.getThenStatement()).getStatement(0))
.setAssignment(cloneThen);
((CtAssignment) ((CtBlock) anIf.getElseStatement()).getStatement(0))
.setAssignment(cloneElse);
} else {
return;
}
} else {
createAssignment(ctConditional, anIf, assignment);
}
} else if (parent instanceof CtLocalVariable) {
CtLocalVariable localVariable = (CtLocalVariable) parent;
if (!localVariable.getDefaultExpression().equals(ctConditional)) {
return;
}
CtLocalVariable clone = localVariable.clone();
clone.setDefaultExpression(null);
localVariable.insertBefore(clone);
CtAssignment variableAssignment =
getFactory()
.Code()
.createVariableAssignment(localVariable.getReference(), false, ctConditional);
variableAssignment.setType(localVariable.getType().clone());
variableAssignment.setPosition(ctConditional.getPosition());
createAssignment(ctConditional, anIf, variableAssignment);
} else if (parent instanceof CtInvocation) {
CtInvocation invocation = (CtInvocation) parent;
CtInvocation cloneThen = invocation.clone();
CtInvocation cloneElse = invocation.clone();
List arguments = cloneThen.getArguments();
boolean found = false;
for (int i = 0; i < arguments.size(); i++) {
Object o = arguments.get(i);
if (o.equals(ctConditional)) {
ctConditional.getThenExpression().setParent(invocation);
arguments.set(i, ctConditional.getThenExpression());
ctConditional.getElseExpression().setParent(invocation);
cloneElse.getArguments().set(i, ctConditional.getElseExpression());
found = true;
break;
}
}
if (!found) {
return;
}
cloneThen.setParent(anIf);
cloneElse.setParent(anIf);
anIf.setElseStatement(getFactory().Code().createCtBlock(cloneElse));
anIf.setThenStatement(getFactory().Code().createCtBlock(cloneThen));
} else if (parent instanceof CtConstructorCall) {
CtConstructorCall invocation = (CtConstructorCall) parent;
CtConstructorCall cloneThen = invocation.clone();
CtConstructorCall cloneElse = invocation.clone();
List arguments = cloneThen.getArguments();
boolean found = false;
for (int i = 0; i < arguments.size(); i++) {
Object o = arguments.get(i);
if (o.equals(ctConditional)) {
arguments.set(i, ctConditional.getThenExpression());
cloneElse.getArguments().set(i, ctConditional.getElseExpression());
found = true;
break;
}
}
if (!found) {
return;
}
cloneThen.setParent(anIf);
cloneElse.setParent(anIf);
anIf.setElseStatement(getFactory().Code().createCtBlock(cloneElse));
anIf.setThenStatement(getFactory().Code().createCtBlock(cloneThen));
} else if (parent instanceof CtIf) {
CtIf elem = (CtIf) parent;
if (!elem.getCondition().equals(ctConditional)) {
return;
}
CtIf cloneThen = elem.clone();
cloneThen.setParent(anIf);
CtIf cloneElse = elem.clone();
cloneElse.setParent(anIf);
cloneThen.setCondition(ctConditional.getThenExpression());
ctConditional.getThenExpression().setParent(cloneThen);
cloneElse.setCondition(ctConditional.getElseExpression());
ctConditional.getElseExpression().setParent(cloneElse);
anIf.setElseStatement(getFactory().Code().createCtBlock(cloneElse));
anIf.setThenStatement(getFactory().Code().createCtBlock(cloneThen));
} else if (parent instanceof CtThrow) {
return;
} else if (parent instanceof CtLoop) {
return;
} else if (parent instanceof CtUnaryOperator) {
return;
} else {
System.err.println(parent);
throw new RuntimeException("Other " + parent.getClass());
}
/*if(ctConditional.getThenExpression().getTypeCasts() == null ||
ctConditional.getThenExpression().getTypeCasts().isEmpty()) {
((CtExpression)anIf.getThenStatement()).setTypeCasts(ctConditional.getTypeCasts());
}
if(ctConditional.getElseExpression().getTypeCasts() == null ||
ctConditional.getElseExpression().getTypeCasts().isEmpty()) {
((CtExpression) anIf.getElseStatement())
.setTypeCasts(ctConditional.getTypeCasts());
}*/
anIf.setCondition(condition);
condition.setParent(anIf);
parent.replace(anIf);
}