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/*
* Copyright (C) 2009 The JSR-330 Expert Group
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.atinject.tck.auto.accessories;
import org.atinject.tck.Tester;
import org.atinject.tck.auto.FuelTank;
import org.atinject.tck.auto.Tire;
import javax.inject.Inject;
public class SpareTire extends Tire {
FuelTank constructorInjection = NEVER_INJECTED;
@Inject FuelTank fieldInjection = NEVER_INJECTED;
FuelTank methodInjection = NEVER_INJECTED;
@Inject static FuelTank staticFieldInjection = NEVER_INJECTED;
static FuelTank staticMethodInjection = NEVER_INJECTED;
@Inject public SpareTire(FuelTank forSupertype, FuelTank forSubtype) {
super(forSupertype);
this.constructorInjection = forSubtype;
}
@Inject void subtypeMethodInjection(FuelTank methodInjection) {
if (!hasSpareTireBeenFieldInjected()) {
moreProblems.add("Methods injected before fields");
}
this.methodInjection = methodInjection;
}
@Inject static void subtypeStaticMethodInjection(FuelTank methodInjection) {
if (!hasBeenStaticFieldInjected()) {
moreProblems.add("Static methods injected before static fields");
}
staticMethodInjection = methodInjection;
}
@Inject private void injectPrivateMethod() {
if (subPrivateMethodInjected) {
moreProblems.add("Overridden private method injected twice");
}
subPrivateMethodInjected = true;
}
@Inject void injectPackagePrivateMethod() {
if (subPackagePrivateMethodInjected) {
moreProblems.add("Overridden package private method injected twice");
}
subPackagePrivateMethodInjected = true;
}
@Inject protected void injectProtectedMethod() {
if (subProtectedMethodInjected) {
moreProblems.add("Overridden protected method injected twice");
}
subProtectedMethodInjected = true;
}
@Inject public void injectPublicMethod() {
if (subPublicMethodInjected) {
moreProblems.add("Overridden public method injected twice");
}
subPublicMethodInjected = true;
}
private void injectPrivateMethodForOverride() {
superPrivateMethodForOverrideInjected = true;
}
void injectPackagePrivateMethodForOverride() {
superPackagePrivateMethodForOverrideInjected = true;
}
protected void injectProtectedMethodForOverride() {
protectedMethodForOverrideInjected = true;
}
public void injectPublicMethodForOverride() {
publicMethodForOverrideInjected = true;
}
protected boolean hasSpareTireBeenFieldInjected() {
return fieldInjection != NEVER_INJECTED;
}
protected boolean hasSpareTireBeenMethodInjected() {
return methodInjection != NEVER_INJECTED;
}
public static boolean hasBeenStaticFieldInjected() {
return staticFieldInjection != NEVER_INJECTED;
}
public static boolean hasBeenStaticMethodInjected() {
return staticMethodInjection != NEVER_INJECTED;
}
/**
* This class is used to check inheritance. By existing in a separate package
* from Tire, it can make sure the injector does the right thing with overrides
* of package-private methods.
*/
public void check(Tester tester) {
tester.addProblems(moreProblems);
tester.test(hasSpareTireBeenFieldInjected(), "Subtype fields not injected");
tester.test(hasSpareTireBeenMethodInjected(), "Subtype methods not injected");
tester.test(hasTireBeenFieldInjected(), "Supertype fields not injected");
tester.test(hasTireBeenMethodInjected(), "Supertype methods not injected");
tester.test(SpareTire.hasBeenStaticFieldInjected(), "Subtype static fields not injected");
tester.test(SpareTire.hasBeenStaticMethodInjected(), "Subtype static methods not injected");
tester.test(Tire.hasBeenStaticFieldInjected(), "Supertype static fields not injected");
tester.test(Tire.hasBeenStaticMethodInjected(), "Supertype static methods not injected");
tester.test(superPrivateMethodInjected, "Supertype private method not injected");
tester.test(superPackagePrivateMethodInjected, "Supertype private method not injected");
tester.test(!superProtectedMethodInjected, "Overridden protected method injected!");
tester.test(!superPublicMethodInjected, "Overridden public method injected!");
tester.test(subPrivateMethodInjected, "Subtype private method not injected");
tester.test(subPackagePrivateMethodInjected, "Subtype private method not injected");
tester.test(subProtectedMethodInjected, "Subtype protected method not injected");
tester.test(subPublicMethodInjected, "Subtype public method not injected");
tester.test(subPrivateMethodForOverrideInjected,
"Private method not injected when a subtype has a similar method that lacks @Inject");
tester.test(subPackagePrivateMethodForOverrideInjected,
"Package private method not injected when a subtype has a similar method that lacks @Inject");
tester.test(!superPrivateMethodForOverrideInjected,
"Private method injected when a supertype has a similar method annotated @Inject");
tester.test(!superPackagePrivateMethodForOverrideInjected,
"Package private method injected when a supertype has a similar method annotated @Inject");
tester.test(!protectedMethodForOverrideInjected,
"Protected method injected, even though its override lacks @Inject");
tester.test(!publicMethodForOverrideInjected,
"Public method injected, even though its override lacks @Inject");
}
}
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