void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
void verify() { computeMethods(); computeInheritedMethods(); checkMethods(); if (this.type.isClass()) checkForMissingHashCodeMethod(); }
if (binding.isClass()) { type = new JClassType(info, name, binding.isAbstract(), binding.isFinal()); } else if (binding.isInterface() || binding.isAnnotationType()) {
case TypeDeclaration.ANNOTATION_TYPE_DECL : if (sourceType.isNestedType() && sourceType.isClass() // no need to check for enum, since implicitly static && !sourceType.isStatic()) { problemReporter().illegalLocalTypeDeclaration(memberContext);
case TypeDeclaration.ANNOTATION_TYPE_DECL : if (sourceType.isNestedType() && sourceType.isClass() // no need to check for enum, since implicitly static && !sourceType.isStatic()) { problemReporter().illegalLocalTypeDeclaration(memberContext);
case TypeDeclaration.ANNOTATION_TYPE_DECL : if (sourceType.isNestedType() && sourceType.isClass() // no need to check for enum, since implicitly static && !sourceType.isStatic()) { problemReporter().illegalLocalTypeDeclaration(memberContext);
case TypeDeclaration.ANNOTATION_TYPE_DECL : if (sourceType.isNestedType() && sourceType.isClass() // no need to check for enum, since implicitly static && !sourceType.isStatic()) { problemReporter().illegalLocalTypeDeclaration(memberContext);
case TypeDeclaration.ANNOTATION_TYPE_DECL : if (sourceType.isNestedType() && sourceType.isClass() // no need to check for enum, since implicitly static && !sourceType.isStatic()) { problemReporter().illegalLocalTypeDeclaration(memberContext);
sourceType.superclass = null; sourceType.superInterfaces = Binding.NO_SUPERINTERFACES; if (!sourceType.isClass()) problemReporter().objectMustBeClass(sourceType); if (this.referenceContext.superclass != null || (this.referenceContext.superInterfaces != null && this.referenceContext.superInterfaces.length > 0))
sourceType.superclass = null; sourceType.superInterfaces = Binding.NO_SUPERINTERFACES; if (!sourceType.isClass()) problemReporter().objectMustBeClass(sourceType); if (this.referenceContext.superclass != null || (this.referenceContext.superInterfaces != null && this.referenceContext.superInterfaces.length > 0))
sourceType.setSuperClass(null); sourceType.setSuperInterfaces(Binding.NO_SUPERINTERFACES); if (!sourceType.isClass()) problemReporter().objectMustBeClass(sourceType); if (this.referenceContext.superclass != null || (this.referenceContext.superInterfaces != null && this.referenceContext.superInterfaces.length > 0))