use of spoon.reflect.code.CtLocalVariable in project spoon by INRIA.
the class CastTest method testTypeAnnotationOnCast.
@Test
public void testTypeAnnotationOnCast() throws Exception {
final CtType<Castings> aCastings = buildClass(Castings.class);
final CtLocalVariable local = aCastings.getMethod("bar").getElements(new TypeFilter<>(CtLocalVariable.class)).get(0);
assertEquals(1, ((CtTypeReference) local.getDefaultExpression().getTypeCasts().get(0)).getAnnotations().size());
assertEquals("((java.lang.@spoon.test.casts.Castings.TypeAnnotation(integer = 1)" + System.lineSeparator() + "String) (\"\"))", local.getDefaultExpression().toString());
}
use of spoon.reflect.code.CtLocalVariable in project spoon by INRIA.
the class CommentTest method testInLineComment.
@Test
public void testInLineComment() {
Factory f = getSpoonFactory();
CtClass<?> type = (CtClass<?>) f.Type().get(InlineComment.class);
String strType = type.toString();
List<CtComment> comments = type.getElements(new TypeFilter<CtComment>(CtComment.class));
// verify that the number of comment present in the AST is correct
assertEquals(64, comments.size());
// verify that all comments present in the AST is printed
for (CtComment comment : comments) {
if (comment.getCommentType() == CtComment.CommentType.FILE) {
// the header of the file is not printed with the toString
continue;
}
assertNotNull(comment.getParent());
assertTrue(comment.toString() + ":" + comment.getParent() + " is not printed", strType.contains(comment.toString()));
}
assertEquals(3, type.getComments().size());
assertEquals(CtComment.CommentType.FILE, type.getComments().get(0).getCommentType());
assertEquals(createFakeComment(f, "comment class"), type.getComments().get(1));
CtField<?> field = type.getField("field");
assertEquals(3, field.getComments().size());
assertEquals(createFakeComment(f, "Comment Field"), field.getComments().get(0));
assertEquals("// Comment Field" + newLine + "// comment field 2" + newLine + "// comment in field" + newLine + "private int field = 10;", field.toString());
CtAnonymousExecutable ctAnonymousExecutable = type.getAnonymousExecutables().get(0);
assertEquals(1, ctAnonymousExecutable.getComments().size());
assertEquals(createFakeComment(f, "comment static block"), ctAnonymousExecutable.getComments().get(0));
assertEquals(createFakeComment(f, "comment inside static"), ctAnonymousExecutable.getBody().getStatement(0));
assertEquals("// comment static block" + newLine + "static {" + newLine + " // comment inside static" + newLine + "}", ctAnonymousExecutable.toString());
CtConstructor constructor = type.getConstructor();
assertEquals(1, constructor.getComments().size());
assertEquals(createFakeComment(f, "comment constructor"), constructor.getComments().get(0));
// index 0 is the implicit super call
assertEquals(createFakeComment(f, "Comment in constructor"), constructor.getBody().getStatement(1));
assertEquals("// comment constructor" + newLine + "public InlineComment() {" + newLine + " // Comment in constructor" + newLine + "}", constructor.toString());
CtMethod<Object> m = type.getMethod("m");
assertEquals(1, m.getComments().size());
assertEquals(createFakeComment(f, "comment method"), m.getComments().get(0));
assertEquals(createFakeComment(f, "comment empty method block"), m.getBody().getStatement(0));
assertEquals("// comment method" + newLine + "public void m() {" + newLine + " // comment empty method block" + newLine + "}", m.toString());
CtMethod<Object> m1 = type.getMethod("m1");
CtSwitch ctSwitch = m1.getBody().getStatement(0);
assertEquals(createFakeComment(f, "comment switch"), ctSwitch.getComments().get(0));
assertEquals("// comment switch" + newLine + "switch (1) {" + newLine + " // before first case" + newLine + " case 0 :" + newLine + " // comment case 0: empty case" + newLine + " case 1 :" + newLine + " // comment case 1" + newLine + " int i = 0;" + newLine + " default :" + newLine + " // comment default" + newLine + "}", ctSwitch.toString());
CtFor ctFor = m1.getBody().getStatement(1);
assertEquals(createFakeComment(f, "comment for"), ctFor.getComments().get(0));
assertEquals("// comment for" + newLine + "for (int i = 0; i < 10; i++) {" + newLine + " // comment for block" + newLine + "}", ctFor.toString());
CtIf ctIf = m1.getBody().getStatement(2);
assertEquals(createFakeComment(f, "comment if"), ctIf.getComments().get(0));
assertEquals("// comment if" + newLine + "if ((1 % 2) == 0) {" + newLine + " // comment unary operator" + newLine + " (field)++;" + newLine + "}", ctIf.toString());
CtConstructorCall ctConstructorCall = m1.getBody().getStatement(3);
assertEquals(createFakeComment(f, "comment constructor call"), ctConstructorCall.getComments().get(0));
assertEquals("// comment constructor call" + newLine + "new spoon.test.comment.testclasses.InlineComment()", ctConstructorCall.toString());
CtInvocation ctInvocation = m1.getBody().getStatement(4);
assertEquals(createFakeComment(f, "comment invocation"), ctInvocation.getComments().get(0));
assertEquals("// comment invocation" + newLine + "this.m()", ctInvocation.toString());
CtLocalVariable ctLocalVariable = m1.getBody().getStatement(5);
assertEquals(createFakeComment(f, "comment local variable"), ctLocalVariable.getComments().get(0));
assertEquals("// comment local variable" + newLine + "int i = 0", ctLocalVariable.toString());
CtLocalVariable ctLocalVariable2 = m1.getBody().getStatement(6);
assertEquals(createFakeComment(f, "comment multi assignments"), ctLocalVariable2.getComments().get(0));
assertEquals("// comment multi assignments" + newLine + "int j = 2", ctLocalVariable2.toString());
CtDo ctDo = m1.getBody().getStatement(7);
assertEquals(createFakeComment(f, "comment dowhile"), ctDo.getComments().get(0));
assertEquals("// comment dowhile" + newLine + "do {" + newLine + " // comment in do while" + newLine + " i++;" + newLine + " // comment end do while" + newLine + "} while (i < 10 )", ctDo.toString());
CtTry ctTry = m1.getBody().getStatement(8);
assertEquals(createFakeComment(f, "comment try"), ctTry.getComments().get(0));
assertEquals("// comment try" + newLine + "try {" + newLine + " // comment in try" + newLine + " i++;" + newLine + "}// between" + newLine + "// try/catch" + newLine + " catch (java.lang.Exception e) {" + newLine + " // comment in catch" + newLine + "}", ctTry.toString());
CtSynchronized ctSynchronized = m1.getBody().getStatement(9);
assertEquals(createFakeComment(f, "comment synchronized"), ctSynchronized.getComments().get(0));
assertEquals("// comment synchronized" + newLine + "synchronized(this) {" + newLine + " // comment in synchronized" + newLine + "}", ctSynchronized.toString());
CtLocalVariable ctLocalVariable1 = m1.getBody().getStatement(10);
CtConditional ctConditional = (CtConditional) ctLocalVariable1.getDefaultExpression();
assertEquals(createFakeComment(f, "comment after condition CtConditional"), ctConditional.getCondition().getComments().get(0));
assertEquals(createFakeComment(f, "comment before then CtConditional"), ctConditional.getThenExpression().getComments().get(0));
assertEquals(createFakeComment(f, "comment after then CtConditional"), ctConditional.getThenExpression().getComments().get(1));
assertEquals(createFakeComment(f, "comment before else CtConditional"), ctConditional.getElseExpression().getComments().get(0));
assertEquals(createFakeComment(f, "comment after else CtConditional"), ctLocalVariable1.getComments().get(0));
assertEquals("java.lang.Double dou = (i == 1// comment after condition CtConditional" + newLine + ") ? // comment before then CtConditional" + newLine + "null// comment after then CtConditional" + newLine + " : // comment before else CtConditional" + newLine + "new java.lang.Double((j / ((double) (i - 1))))", ctLocalVariable1.toString());
CtNewArray ctNewArray = (CtNewArray) ((CtLocalVariable) m1.getBody().getStatement(11)).getDefaultExpression();
assertEquals(createFakeComment(f, "last comment at the end of array"), ctNewArray.getComments().get(0));
CtElement arrayValue = (CtElement) ctNewArray.getElements().get(0);
assertEquals(createFakeComment(f, "comment before array value"), arrayValue.getComments().get(0));
assertEquals(createFakeComment(f, "comment after array value"), arrayValue.getComments().get(1));
CtLocalVariable ctLocalVariableString = m1.getBody().getStatement(12);
assertEquals(createFakeComment(f, "comment multi line string"), ((CtBinaryOperator) ((CtBinaryOperator) ctLocalVariableString.getDefaultExpression()).getRightHandOperand()).getLeftHandOperand().getComments().get(0));
assertEquals("\"\" + (\"\"// comment multi line string" + newLine + " + \"\")", ctLocalVariableString.getDefaultExpression().toString());
ctLocalVariable1 = m1.getBody().getStatement(13);
ctConditional = (CtConditional) ctLocalVariable1.getDefaultExpression();
assertEquals("boolean c = (i == 1) ? // comment before then boolean CtConditional" + newLine + "i == 1// comment after then boolean CtConditional" + newLine + " : i == 2", ctLocalVariable1.toString());
CtReturn ctReturn = m1.getBody().getStatement(14);
assertEquals(createFakeComment(f, "comment return"), ctReturn.getComments().get(0));
assertEquals("// comment return" + newLine + "return", ctReturn.toString());
CtMethod m2 = type.getMethodsByName("m2").get(0);
assertEquals(6, m2.getComments().size());
CtParameter ctParameter = (CtParameter) m2.getParameters().get(0);
assertEquals(4, ctParameter.getComments().size());
assertEquals("// comment before type" + newLine + "// comment after parameter" + newLine + "// comment before throws" + newLine + "// comment before exception 1" + newLine + "// comment before exception 2" + newLine + "// comment before block" + newLine + "public void m2(// comment before name" + newLine + "// comment before parameters" + newLine + "// comment before type parameter" + newLine + "// comment before name parameter" + newLine + "int i) throws java.lang.Error, java.lang.Exception {" + newLine + "}", m2.toString());
}
use of spoon.reflect.code.CtLocalVariable in project spoon by INRIA.
the class CloneVisitorGenerator method process.
@Override
public void process() {
final CtClass<Object> target = createCloneVisitor();
final CtClass<Object> targetBuilder = createCloneBuilder();
final Factory factory = target.getFactory();
final CtTypeReference<Object> cloneBuilder = factory.Type().createReference("spoon.support.visitor.clone.CloneBuilder");
final CtTypeAccess<Object> cloneBuilderType = factory.Code().createTypeAccess(cloneBuilder);
final CtVariableAccess<Object> builderFieldAccess = factory.Code().createVariableRead(factory.Field().createReference(target.getReference(), cloneBuilder, "builder"), false);
final CtVariableAccess<Object> tailorerFieldAccess = factory.Code().createVariableRead(factory.Field().createReference(target.getReference(), cloneBuilder, "tailorer"), false);
final CtVariableAccess<Object> cloneHelperFieldAccess = factory.Code().createVariableRead(factory.Field().createReference(target.getReference(), cloneBuilder, "cloneHelper"), false);
final CtFieldReference<Object> other = factory.Field().createReference((CtField) target.getField("other"));
final CtVariableAccess otherRead = factory.Code().createVariableRead(other, true);
new CtScanner() {
private final List<String> internals = Collections.singletonList("CtCircularTypeReference");
@Override
public <T> void visitCtMethod(CtMethod<T> element) {
if (!element.getSimpleName().startsWith("visitCt")) {
return;
}
CtMethod<T> clone = element.clone();
// Variables used by the visit method.
final CtParameter<CtElement> ctParameter = (CtParameter<CtElement>) element.getParameters().get(0);
final CtVariableAccess<CtElement> elementVarRead = factory.Code().createVariableRead(ctParameter.getReference(), false);
final CtInvocation cloneBuilderInvocation = createCloneBuilderBuildInvocation(elementVarRead);
final CtLocalVariable localCloningElement = createLocalCloningElement(ctParameter.getType(), createFactoryInvocation(elementVarRead));
final CtVariableAccess localVarRead = factory.Code().createVariableRead(localCloningElement.getReference(), false);
// Changes body of the cloned method.
for (int i = 1; i < clone.getBody().getStatements().size() - 1; i++) {
List<CtExpression> invArgs = ((CtInvocation) clone.getBody().getStatement(i)).getArguments();
if (invArgs.size() <= 1) {
throw new RuntimeException("You forget the role argument in line " + i + " of method " + element.getSimpleName() + " from " + element.getDeclaringType().getQualifiedName());
}
final CtInvocation targetInvocation = (CtInvocation) invArgs.get(1);
if ("getValue".equals(targetInvocation.getExecutable().getSimpleName()) && "CtLiteral".equals(targetInvocation.getExecutable().getDeclaringType().getSimpleName())) {
clone.getBody().getStatement(i--).delete();
continue;
}
//
clone.getBody().getStatement(i).replace(createSetter((CtInvocation) clone.getBody().getStatement(i), localVarRead));
}
// Delete enter and exit methods.
clone.getBody().getStatement(0).delete();
clone.getBody().getStatement(clone.getBody().getStatements().size() - 1).delete();
// declaration of local variable
clone.getBody().insertBegin(localCloningElement);
// call to copy
clone.getBody().insertEnd(createCloneBuilderCopyInvocation(elementVarRead, localVarRead));
// call to tailor
clone.getBody().insertEnd(createTailorerScanInvocation(elementVarRead, localVarRead));
// final assignment
clone.getBody().insertEnd(factory.Code().createVariableAssignment(other, false, localVarRead));
// Add auto-generated comment.
final CtComment comment = factory.Core().createComment();
comment.setCommentType(CtComment.CommentType.INLINE);
comment.setContent("auto-generated, see " + CloneVisitorGenerator.class.getName());
clone.addComment(comment);
target.addMethod(clone);
}
/**
* Creates <code>anElement.setX(clone(anElement.getX()))</code>.
*
* @param scanInvocation <code>scan(anElement.getX())</code>.
* @param elementVarRead <code>anElement</code>.
*/
private CtInvocation<?> createSetter(CtInvocation scanInvocation, CtVariableAccess<CtElement> elementVarRead) {
final CtInvocation<?> getter = (CtInvocation<?>) scanInvocation.getArguments().get(1);
final String getterName = getter.getExecutable().getSimpleName();
final CtExecutableReference<Object> setterRef = factory.Executable().createReference("void CtElement#set" + getterName.substring(3, getterName.length()) + "()");
final CtExecutableReference<Object> cloneRef = factory.Executable().createReference("CtElement spoon.support.visitor.equals.CloneHelper#clone()");
final CtInvocation<Object> cloneInv = factory.Code().createInvocation(null, cloneRef, getter);
cloneInv.setTarget(cloneHelperFieldAccess);
return factory.Code().createInvocation(elementVarRead, setterRef, cloneInv);
}
/**
* Creates <code>CtElement anElement = CloneBuilder.build(builder, element, element.getFactory().Core().createElement())</code>.
*
* @param typeReference <code>CtElement</code>.
* @param ctInvocation <code>CloneBuilder.build(builder, element, element.getFactory().Core().createElement())</code>.
*/
private <T> CtLocalVariable<T> createLocalCloningElement(CtTypeReference<T> typeReference, CtInvocation<T> ctInvocation) {
return factory.Code().createLocalVariable(typeReference, "a" + typeReference.getSimpleName(), ctInvocation);
}
/**
* Creates <code>CloneBuilder.build(builder, element, element.getFactory().Core().createElement())</code>.
*
* @param elementAccess <code>element</code>.
*/
private CtInvocation<CloneBuilder> createCloneBuilderBuildInvocation(CtVariableAccess<CtElement> elementAccess) {
final CtExecutableReference<CloneBuilder> buildExecRef = factory.Executable().createReference("CloneBuilder CtElement#build()");
return factory.Code().createInvocation(cloneBuilderType, buildExecRef, builderFieldAccess, elementAccess, createFactoryInvocation(elementAccess.clone()));
}
private CtInvocation<CloneBuilder> createCloneBuilderCopyInvocation(CtVariableAccess<CtElement> elementVarRead, CtVariableAccess<CtElement> elementVarRead2) {
final CtExecutableReference<CloneBuilder> buildExecRef = factory.Executable().createReference("CloneBuilder #copy()");
return factory.Code().createInvocation(builderFieldAccess, buildExecRef, elementVarRead, elementVarRead2);
}
private CtInvocation<CloneBuilder> createTailorerScanInvocation(CtVariableAccess elementVarRead, CtVariableAccess localVarRead) {
final CtExecutableReference<CloneBuilder> buildExecRef = factory.Executable().createReference("CloneHelper #tailor()");
return factory.Code().createInvocation(cloneHelperFieldAccess, buildExecRef, elementVarRead, localVarRead);
}
/**
* Creates <code>element.getFactory().Core().createElement()</code>.
*
* @param elementAccess <code>element</code>.
*/
private CtInvocation createFactoryInvocation(CtVariableAccess<CtElement> elementAccess) {
final String typeName = elementAccess.getType().getSimpleName();
// #getFactory()
final CtInvocation<Object> getFactory = factory.Code().createInvocation(null, factory.Executable().createReference("Factory CtElement#getFactory()"));
getFactory.setTarget(elementAccess);
// Factory#Core() or Factory#Internal()
final String factoryName = internals.contains(typeName) ? "Internal" : "Core";
final CtInvocation<Object> coreFactory = factory.Code().createInvocation(getFactory, factory.Executable().createReference("CoreFactory Factory#" + factoryName + "()"));
// CoreFactory#createElement()
return factory.Code().createInvocation(coreFactory, factory.Executable().createReference("CoreFactory CtElement#create" + typeName.substring(2, typeName.length()) + "()"));
}
}.scan(getFactory().Class().get(CtScanner.class));
new CtScanner() {
private final List<String> excludesAST = //
Arrays.asList(//
"spoon.support.reflect.declaration.CtTypeInformationImpl", //
"spoon.support.reflect.code.CtAbstractInvocationImpl", //
"spoon.support.reflect.declaration.CtTypedElementImpl", //
"spoon.support.reflect.declaration.CtVariableImpl", //
"spoon.support.reflect.reference.CtActualTypeContainerImpl", //
"spoon.support.reflect.code.CtCFlowBreakImpl", //
"spoon.support.reflect.code.CtLabelledFlowBreakImpl", //
"spoon.support.reflect.declaration.CtCodeSnippetImpl", //
"spoon.support.reflect.declaration.CtFormalTypeDeclarerImpl", //
"spoon.support.reflect.declaration.CtGenericElementImpl", //
"spoon.support.reflect.reference.CtGenericElementReferenceImpl", //
"spoon.support.reflect.declaration.CtModifiableImpl", //
"spoon.support.reflect.declaration.CtMultiTypedElementImpl", "spoon.support.reflect.declaration.CtTypeMemberImpl", "spoon.support.reflect.code.CtRHSReceiverImpl", "spoon.support.reflect.declaration.CtShadowableImpl", "spoon.support.reflect.code.CtBodyHolderImpl", "spoon.support.reflect.declaration.CtModuleDirectiveImpl");
private final List<String> excludesFields = Arrays.asList("factory", "elementValues", "target", "metadata");
private final CtTypeReference<List> LIST_REFERENCE = factory.Type().createReference(List.class);
private final CtTypeReference<Collection> COLLECTION_REFERENCE = factory.Type().createReference(Collection.class);
private final CtTypeReference<Set> SET_REFERENCE = factory.Type().createReference(Set.class);
private final CtTypeReference<CtElement> CTELEMENT_REFERENCE = factory.Type().createReference(CtElement.class);
private final CtClass<?> GETTER_TEMPLATE_MATCHER_CLASS = factory.Class().get(GENERATING_CLONE_PACKAGE + ".GetterTemplateMatcher");
private final CtClass<?> SETTER_TEMPLATE_MATCHER_CLASS = factory.Class().get(GENERATING_CLONE_PACKAGE + ".SetterTemplateMatcher");
@Override
public <T> void visitCtMethod(CtMethod<T> element) {
if (!element.getSimpleName().startsWith("visitCt") && !element.getSimpleName().startsWith("scanCt")) {
return;
}
if ("scanCtVisitable".equals(element.getSimpleName())) {
return;
}
final String qualifiedNameOfImplClass = "spoon.support" + element.getParameters().get(0).getType().getQualifiedName().substring(5) + "Impl";
if (excludesAST.contains(qualifiedNameOfImplClass)) {
return;
}
final CtType<?> declaration = factory.Class().get(qualifiedNameOfImplClass);
if (declaration == null) {
throw new SpoonException(qualifiedNameOfImplClass + " doesn't have declaration in the source path for " + element.getSignature());
}
CtMethod<T> clone = element.clone();
clone.getBody().getStatements().clear();
for (CtField<?> ctField : declaration.getFields()) {
if (excludesFields.contains(ctField.getSimpleName())) {
continue;
}
if (isConstantOrStatic(ctField)) {
continue;
}
if (isSubTypeOfCtElement(ctField.getType())) {
continue;
}
final CtMethod<?> setterOfField = getSetterOf(ctField);
final CtInvocation<?> setterInvocation = createSetterInvocation(//
element.getParameters().get(0).getType(), //
setterOfField, createGetterInvocation(element.getParameters().get(0), getGetterOf(ctField)));
final List<CtMethod<?>> methodsToAvoid = getCtMethodThrowUnsupportedOperation(setterOfField);
if (methodsToAvoid.size() > 0) {
clone.getBody().addStatement(createProtectionToException(setterInvocation, methodsToAvoid));
} else {
clone.getBody().addStatement(setterInvocation);
}
}
if (clone.getBody().getStatements().size() > 0) {
clone.getBody().insertEnd(createSuperInvocation(element));
// Add auto-generated comment.
final CtComment comment = factory.Core().createComment();
comment.setCommentType(CtComment.CommentType.INLINE);
comment.setContent("auto-generated, see " + CloneVisitorGenerator.class.getName());
clone.addComment(comment);
targetBuilder.addMethod(clone);
}
}
/**
* Creates <code>if (!(other instanceof CtX && other instanceof CtY && ..)) {}</code>.
*/
private CtIf createProtectionToException(CtInvocation<?> setterInvocation, List<CtMethod<?>> methodsAvoid) {
final CtIf anIf = factory.Core().createIf();
anIf.setCondition(factory.Core().createUnaryOperator().setOperand(createBinaryConditions(methodsAvoid)).setKind(UnaryOperatorKind.NOT));
anIf.setThenStatement(factory.Code().createCtBlock(setterInvocation));
return anIf;
}
/**
* Creates <code>condition && condition && ...</code>.
*
* @param methodsAvoid Methods to avoid.
*/
private CtExpression<Object> createBinaryConditions(List<CtMethod<?>> methodsAvoid) {
CtExpression<Object> left = null;
CtExpression<Object> right;
for (int i = 0; i < methodsAvoid.size(); i++) {
final CtInterface<?> ctInterface = getInterfaceOf(methodsAvoid.get(i).getDeclaringType());
if (i == 0) {
left = //
factory.Code().createBinaryOperator(//
otherRead, //
factory.Code().createTypeAccess(ctInterface.getReference()), BinaryOperatorKind.INSTANCEOF);
} else {
right = //
factory.Code().createBinaryOperator(//
otherRead, //
factory.Code().createTypeAccess(ctInterface.getReference()), BinaryOperatorKind.INSTANCEOF);
left = factory.Code().createBinaryOperator(left, right, BinaryOperatorKind.OR);
}
}
return left;
}
/**
* Query to get all methods which throw an UnsupportedOperationException. We must avoid to call these methods during a clone process.
*/
private List<CtMethod<?>> getCtMethodThrowUnsupportedOperation(CtMethod<?> method) {
final List<CtMethod<?>> avoid = new ArrayList<>();
final CtInterface<?> ctInterface = getInterfaceOf(method.getDeclaringType());
if (ctInterface == null) {
return avoid;
}
final CtMethod<?> declarationMethod = getMethodByCtMethod(ctInterface, method);
for (CtMethod<?> ctMethod : Query.getElements(factory, new OverridingMethodFilter(declarationMethod))) {
if (!avoidThrowUnsupportedOperationException(ctMethod)) {
avoid.add(ctMethod);
}
}
return avoid;
}
/**
* Check if the candidate method throw an UnsupportedOperationException.
*/
private boolean avoidThrowUnsupportedOperationException(CtMethod<?> candidate) {
if (candidate.getBody().getStatements().size() != 1) {
return true;
}
if (!(candidate.getBody().getStatement(0) instanceof CtThrow)) {
return true;
}
CtThrow ctThrow = candidate.getBody().getStatement(0);
if (!(ctThrow.getThrownExpression() instanceof CtConstructorCall)) {
return true;
}
final CtConstructorCall<? extends Throwable> thrownExpression = (CtConstructorCall<? extends Throwable>) ctThrow.getThrownExpression();
if (!thrownExpression.getType().equals(factory.Type().createReference(UnsupportedOperationException.class))) {
return true;
}
return false;
}
/**
* Query to get a method from a CtMethod.
*/
private CtMethod<?> getMethodByCtMethod(CtType<?> ctType, CtMethod<?> method) {
for (CtMethod<?> ctMethod : ctType.getAllMethods()) {
if (!method.getSimpleName().equals(ctMethod.getSimpleName())) {
continue;
}
boolean cont = method.getParameters().size() == ctMethod.getParameters().size();
for (int i = 0; cont && i < method.getParameters().size(); i++) {
if (!method.getParameters().get(i).getType().equals(ctMethod.getParameters().get(i).getType())) {
cont = false;
}
}
if (cont) {
return ctMethod;
}
}
throw new AssertionError("Can't find method " + method.getSignature() + " in the given interface " + ctType.getQualifiedName());
}
/**
* Query to get the interface of the class.
*/
private CtInterface<?> getInterfaceOf(CtType<?> declaringType) {
final CtTypeReference<?>[] interfaces = declaringType.getSuperInterfaces().toArray(new CtTypeReference[declaringType.getSuperInterfaces().size()]);
for (CtTypeReference<?> anInterface : interfaces) {
if (anInterface.getSimpleName().equals(declaringType.getSimpleName().substring(0, declaringType.getSimpleName().length() - 4))) {
return (CtInterface<?>) anInterface.getDeclaration();
}
}
throw new AssertionError("You should have the interface for the implementation " + declaringType.getQualifiedName());
}
/**
* Creates <code>super.visitMethod(element)</code>.
*
* @param element <code>visitMethod</code>.
*/
private <T> CtInvocation<T> createSuperInvocation(CtMethod<T> element) {
return factory.Code().createInvocation(factory.Core().createSuperAccess(), element.getReference(), factory.Code().createVariableRead(element.getParameters().get(0).getReference(), false));
}
/**
* Creates <code>((CtElement) other).setX(element.getX())</code>
* or <code>((CtElement) other).setX(new Collection(element.getX()))</code>
* if the field is a collection.
*
* @param type <code>CtElement</code>
* @param setter <code>setX</code>.
* @param getter <code>getX</code>.
*/
private CtInvocation<?> createSetterInvocation(CtTypeReference<?> type, CtMethod<?> setter, CtInvocation<?> getter) {
return factory.Code().createInvocation(otherRead.clone().addTypeCast(type), setter.getReference(), getter);
}
/**
* Creates <code>element.getX()</code>.
*
* @param element <code>element</code>.
* @param getter <code>getX</code>.
*/
private CtInvocation<?> createGetterInvocation(CtParameter<?> element, CtMethod<?> getter) {
return factory.Code().createInvocation(factory.Code().createVariableRead(element.getReference(), false), getter.getReference());
}
/**
* Query to get the setter of given field.
*/
private <T> CtMethod<?> getSetterOf(final CtField<T> ctField) {
if (ctField.getType().equals(getFactory().createCtTypeReference(CtModifierHandler.class))) {
return ctField.getDeclaringType().getMethodsByName("setModifiers").get(0);
}
// Search by name convention.
for (CtMethod<?> ctMethod : ctField.getDeclaringType().getMethods()) {
if (ctMethod.getSimpleName().startsWith("set") && ctMethod.getSimpleName().toLowerCase().contains(ctField.getSimpleName().toLowerCase())) {
if (ctMethod.getParameters().size() != 1) {
continue;
}
if (!ctMethod.getParameters().get(0).getType().equals(ctField.getType())) {
continue;
}
return ctMethod;
}
}
SETTER_TEMPLATE_MATCHER_CLASS.getMethod("setElement", factory.Type().BOOLEAN_PRIMITIVE).getBody();
final List<CtMethod> matchers = ctField.getDeclaringType().getElements(new TypeFilter<CtMethod>(CtMethod.class) {
@Override
public boolean matches(CtMethod element) {
final CtBlock body = element.getBody();
if (body.getStatements().size() != 3) {
return false;
}
if (body.getStatement(1) instanceof CtAssignment) {
final CtExpression assigned = ((CtAssignment) body.getStatement(1)).getAssigned();
if (!(assigned instanceof CtFieldAccess)) {
return false;
}
if (!((CtFieldAccess) assigned).getVariable().getSimpleName().equals(ctField.getSimpleName())) {
return false;
}
} else {
return false;
}
return true;
}
});
if (matchers.size() != 1) {
throw new SpoonException("Get more than one setter. Please make an more ingenious method to get setter method. " + matchers.size() + " " + ctField);
}
return matchers.get(0);
}
/**
* Query to get the getter of the given field.
*/
private <T> CtMethod<?> getGetterOf(CtField<T> ctField) {
if (ctField.getType().equals(getFactory().createCtTypeReference(CtModifierHandler.class))) {
return ctField.getDeclaringType().getMethod("getModifiers");
}
// Search by name convention.
for (CtMethod<?> ctMethod : ctField.getDeclaringType().getMethods()) {
if (//
(ctMethod.getSimpleName().startsWith("get") || ctMethod.getSimpleName().startsWith("is")) && ctMethod.getSimpleName().toLowerCase().contains(ctField.getSimpleName().toLowerCase())) {
if (!ctMethod.getType().equals(ctField.getType())) {
continue;
}
if (ctMethod.getParameters().size() != 0) {
continue;
}
return ctMethod;
}
}
// Search with template.
final CtBlock<?> templateRoot = GETTER_TEMPLATE_MATCHER_CLASS.getMethod("getElement").getBody();
((CtReturn) templateRoot.getStatement(0)).setReturnedExpression(factory.Code().createVariableRead(ctField.getReference(), true));
List<CtMethod> matchers = ctField.getDeclaringType().getElements(new TypeFilter<CtMethod>(CtMethod.class) {
@Override
public boolean matches(CtMethod element) {
return element.getBody().toString().equals(templateRoot.toString());
}
});
if (matchers.isEmpty()) {
throw new SpoonException("No getter found for field " + ctField);
}
if (matchers.size() > 1) {
throw new SpoonException("Get more than one getter (" + StringUtils.join(matchers, ";") + "). Please make an more ingenious method to get getter method.");
}
return matchers.get(0);
}
/**
* Check if the type is a subtype of CtElement.
*/
private boolean isSubTypeOfCtElement(CtTypeReference<?> type) {
if (!type.isPrimitive() && !type.equals(factory.Type().STRING)) {
if (type.isSubtypeOf(factory.Type().createReference(CtElement.class))) {
return true;
}
if (type.getQualifiedName().equals(LIST_REFERENCE.getQualifiedName()) || type.getQualifiedName().equals(COLLECTION_REFERENCE.getQualifiedName()) || type.getQualifiedName().equals(SET_REFERENCE.getQualifiedName())) {
if (type.getActualTypeArguments().get(0).isSubtypeOf(CTELEMENT_REFERENCE)) {
return true;
}
}
}
return false;
}
private boolean isConstantOrStatic(CtField<?> ctField) {
return ctField.getModifiers().contains(ModifierKind.FINAL) || ctField.getModifiers().contains(ModifierKind.STATIC);
}
}.scan(getFactory().Class().get(CtInheritanceScanner.class));
}
use of spoon.reflect.code.CtLocalVariable in project spoon by INRIA.
the class CtLocalVariableReferenceImpl method getDeclaration.
@SuppressWarnings("unchecked")
@Override
public CtLocalVariable<T> getDeclaration() {
// without a factory, we are not able to filter for local variables
final Factory factory = getFactory();
if (factory == null) {
return null;
}
final String simpleName = getSimpleName();
// handle the CtLocalVariableReference which were created by CtLocalVariable#getReference() and which are not yet part of model, so we cannot found them using standard rules
if (parent instanceof CtLocalVariable) {
CtLocalVariable<T> var = (CtLocalVariable<T>) parent;
if (simpleName.equals(var.getSimpleName())) {
return var;
}
}
try {
// successively iterate through all parents of this reference and
// return first result (which must be the closest declaration
// respecting visible scope)
CtVariable<?> var = map(new PotentialVariableDeclarationFunction(simpleName)).first();
if (var instanceof CtLocalVariable) {
return (CtLocalVariable<T>) var;
}
if (var != null) {
// handle it as not found
return null;
}
} catch (ParentNotInitializedException e) {
// handle this case as 'not found'
}
return null;
}
use of spoon.reflect.code.CtLocalVariable in project spoon by INRIA.
the class ImportTest method testImportStaticAndFieldAccess.
@Test
public void testImportStaticAndFieldAccess() throws Exception {
// contract: Qualified field access and an import static should rewrite in fully qualified mode.
final Launcher launcher = new Launcher();
launcher.setArgs(new String[] { "--output-type", "nooutput" });
launcher.addInputResource("./src/test/java/spoon/test/imports/testclasses/internal4/");
launcher.addInputResource("./src/test/java/spoon/test/imports/testclasses/Tacos.java");
launcher.buildModel();
final CtType<Object> aTacos = launcher.getFactory().Type().get(Tacos.class);
final CtStatement assignment = aTacos.getMethod("m").getBody().getStatement(0);
assertTrue(assignment instanceof CtLocalVariable);
assertEquals("spoon.test.imports.testclasses.internal4.Constants.CONSTANT.foo", ((CtLocalVariable) assignment).getAssignment().toString());
}
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