public ReferenceBinding superclass() { if (!isPrototype()) return this.superclass = this.prototype.superclass(); return this.superclass; }
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
public ReferenceBinding superclass() { if (!isPrototype()) return this.superclass = this.prototype.superclass(); return this.superclass; }
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
@Override boolean canSkipInheritedMethods() { if (this.type.superclass() != null) if (this.type.superclass().isAbstract() || this.type.superclass().isParameterizedType()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } @Override
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
public ReferenceBinding superclass() { if (!isPrototype()) return this.superclass = this.prototype.superclass(); return this.superclass; }
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
public ReferenceBinding superclass() { if (!isPrototype()) return this.superclass = this.prototype.superclass(); return this.superclass; }
boolean canSkipInheritedMethods() { if (this.type.superclass() != null && this.type.superclass().isAbstract()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
boolean canSkipInheritedMethods() { if (this.type.superclass() != null) if (this.type.superclass().isAbstract() || this.type.superclass().isParameterizedType()) return false; return this.type.superInterfaces() == Binding.NO_SUPERINTERFACES; } boolean canSkipInheritedMethods(MethodBinding one, MethodBinding two) {
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }
void computeInheritedMethods() { ReferenceBinding superclass = this.type.isInterface() ? this.type.scope.getJavaLangObject() // check interface methods against Object : this.type.superclass(); // class or enum computeInheritedMethods(superclass, this.type.superInterfaces()); checkForRedundantSuperinterfaces(superclass, this.type.superInterfaces()); }