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mockit.internal.state.ExecutingTest Maven / Gradle / Ivy
JMockit is a Java toolkit for developer (unit/integration) testing.
It contains mocking APIs and other tools, supporting both JUnit and TestNG.
The mocking APIs allow all kinds of Java code, without testability restrictions, to be tested
in isolation from selected dependencies.
/*
* Copyright (c) 2006-2013 Rogério Liesenfeld
* This file is subject to the terms of the MIT license (see LICENSE.txt).
*/
package mockit.internal.state;
import java.util.*;
import static mockit.internal.util.Utilities.containsReference;
import mockit.external.asm4.*;
import mockit.internal.expectations.*;
import mockit.internal.expectations.invocation.*;
import mockit.internal.expectations.mocking.*;
import mockit.internal.util.*;
@SuppressWarnings("ClassWithTooManyFields")
public final class ExecutingTest
{
private RecordAndReplayExecution currentRecordAndReplay;
private RecordAndReplayExecution recordAndReplayForLastTestMethod;
private boolean shouldIgnoreMockingCallbacks;
private boolean proceeding;
private ParameterTypeRedefinitions parameterTypeRedefinitions;
private final Map finalLocalMockFields = new HashMap(4);
private final List injectableMocks = new ArrayList();
private final Map originalToCapturedInstance = new IdentityHashMap(4);
private final List nonStrictMocks = new ArrayList();
private final List strictMocks = new ArrayList();
private final Map cascadingTypes = new HashMap(4);
RecordAndReplayExecution getRecordAndReplay(boolean createIfUndefined)
{
if (currentRecordAndReplay == null && createIfUndefined) {
setRecordAndReplay(new RecordAndReplayExecution());
}
return currentRecordAndReplay;
}
public RecordAndReplayExecution getRecordAndReplay()
{
recordAndReplayForLastTestMethod = null;
RecordAndReplayExecution previous = currentRecordAndReplay;
currentRecordAndReplay = null;
return previous;
}
public void setRecordAndReplay(RecordAndReplayExecution newRecordAndReplay)
{
recordAndReplayForLastTestMethod = null;
currentRecordAndReplay = newRecordAndReplay;
}
public RecordAndReplayExecution getCurrentRecordAndReplay() { return currentRecordAndReplay; }
public boolean isShouldIgnoreMockingCallbacks() { return shouldIgnoreMockingCallbacks; }
public void setShouldIgnoreMockingCallbacks(boolean flag) { shouldIgnoreMockingCallbacks = flag; }
public boolean isProceedingIntoRealImplementation()
{
boolean result = proceeding;
proceeding = false;
return result;
}
public void markAsProceedingIntoRealImplementation() { proceeding = true; }
public void clearRecordAndReplayForVerifications()
{
recordAndReplayForLastTestMethod = null;
}
public RecordAndReplayExecution getRecordAndReplayForVerifications()
{
if (currentRecordAndReplay == null) {
if (recordAndReplayForLastTestMethod != null) {
currentRecordAndReplay = recordAndReplayForLastTestMethod;
}
else {
// This should only happen if no expectations at all were created by the whole test, but
// there is one (probably empty) verification block.
currentRecordAndReplay = new RecordAndReplayExecution();
}
}
//noinspection LockAcquiredButNotSafelyReleased
RecordAndReplayExecution.TEST_ONLY_PHASE_LOCK.lock();
return currentRecordAndReplay;
}
public ParameterTypeRedefinitions getParameterTypeRedefinitions() { return parameterTypeRedefinitions; }
public void setParameterTypeRedefinitions(ParameterTypeRedefinitions redefinitions)
{ parameterTypeRedefinitions = redefinitions; }
public void clearInjectableAndNonStrictMocks()
{
injectableMocks.clear();
clearNonStrictMocks();
originalToCapturedInstance.clear();
}
public void addInjectableMock(Object mock)
{
if (!isInjectableMock(mock)) {
injectableMocks.add(mock);
}
}
public boolean isInjectableMock(Object mock)
{
for (Object injectableMock : injectableMocks) {
if (mock == injectableMock) {
return true;
}
}
return false;
}
public void addCapturedInstanceForInjectableMock(Object originalInstance, Object capturedInstance)
{
injectableMocks.add(capturedInstance);
addCapturedInstance(originalInstance, capturedInstance);
}
public void addCapturedInstance(Object originalInstance, Object capturedInstance)
{
originalToCapturedInstance.put(capturedInstance, originalInstance);
}
public boolean isInvokedInstanceEquivalentToCapturedInstance(Object invokedInstance, Object capturedInstance)
{
return
invokedInstance == originalToCapturedInstance.get(capturedInstance) ||
capturedInstance == originalToCapturedInstance.get(invokedInstance);
}
public void discardCascadedMockWhenInjectable(Object oldMock)
{
for (int i = 0, n = injectableMocks.size(); i < n; i++) {
if (injectableMocks.get(i) == oldMock) {
injectableMocks.remove(i);
return;
}
}
}
public void addNonStrictMock(Class mockedClass)
{
String mockedClassDesc = Type.getInternalName(mockedClass);
addNonStrictMock(mockedClassDesc.intern());
}
private void addNonStrictMock(Object mock)
{
if (!containsNonStrictMock(mock)) {
nonStrictMocks.add(mock);
}
}
private boolean containsNonStrictMock(Object mockOrClassDesc)
{
return containsReference(nonStrictMocks, mockOrClassDesc);
}
public void addFinalLocalMockField(Object owner, MockedType typeMetadata)
{
finalLocalMockFields.put(typeMetadata, owner);
}
public void addStrictMock(Object mock, String mockClassDesc)
{
addStrictMock(mock);
if (mockClassDesc != null) {
String uniqueMockClassDesc = mockClassDesc.intern();
if (!containsStrictMock(uniqueMockClassDesc) && !containsNonStrictMock(uniqueMockClassDesc)) {
strictMocks.add(uniqueMockClassDesc);
}
}
}
private void addStrictMock(Object mock)
{
if (mock != null && !containsStrictMock(mock)) {
strictMocks.add(mock);
}
}
private boolean containsStrictMock(Object mockOrClassDesc)
{
return containsReference(strictMocks, mockOrClassDesc);
}
public void registerAsNonStrictlyMocked(Class mockedClass)
{
String toBeRegistered = Type.getInternalName(mockedClass).intern();
registerAsNonStrictMock(toBeRegistered, mockedClass);
}
public void registerAsNonStrictlyMocked(Object mockedObject) { registerAsNonStrictMock(mockedObject, mockedObject); }
private void registerAsNonStrictMock(Object toBeRegistered, Object mockedObjectOrClass)
{
if (containsStrictMock(toBeRegistered)) {
throw new IllegalArgumentException("Already mocked strictly: " + mockedObjectOrClass);
}
addNonStrictMock(toBeRegistered);
}
public boolean isNonStrictInvocation(Object mock, String mockClassDesc, String mockNameAndDesc)
{
if (isInstanceMethodWithStandardBehavior(mock, mockNameAndDesc)) {
return true;
}
for (Object nonStrictMock : nonStrictMocks) {
if (nonStrictMock == mock || nonStrictMock == mockClassDesc) {
return true;
}
}
return false;
}
private boolean isInstanceMethodWithStandardBehavior(Object mock, String nameAndDesc)
{
return
mock != null && nameAndDesc.charAt(0) != '<' &&
("equals(Ljava/lang/Object;)Z hashCode()I toString()Ljava/lang/String;".contains(nameAndDesc) ||
mock instanceof Comparable && nameAndDesc.startsWith("compareTo(L") && nameAndDesc.endsWith(";)I"));
}
public void registerAdditionalMocksFromFinalLocalMockFieldsIfAny()
{
if (!finalLocalMockFields.isEmpty()) {
for (
Iterator> itr = finalLocalMockFields.entrySet().iterator();
itr.hasNext();
) {
Map.Entry fieldAndOwner = itr.next();
MockedType typeMetadata = fieldAndOwner.getKey();
Object mock = FieldReflection.getFieldValue(typeMetadata.field, fieldAndOwner.getValue());
// A null field value will occur for invocations executed during initialization of the owner instance.
if (mock != null) {
registerMock(typeMetadata, mock);
itr.remove();
}
}
}
}
public void registerMock(MockedType typeMetadata, Object mock)
{
if (typeMetadata.injectable) {
addInjectableMock(mock);
}
if (typeMetadata.nonStrict) {
addNonStrictMock(mock);
addNonStrictMock(mock.getClass());
}
}
public boolean isStrictInvocation(Object mock, String mockClassDesc, String mockNameAndDesc)
{
if (isInstanceMethodWithStandardBehavior(mock, mockNameAndDesc)) {
return false;
}
for (Object strictMock : strictMocks) {
if (strictMock == mock) {
return true;
}
else if (strictMock == mockClassDesc) {
addStrictMock(mock);
return true;
}
}
return false;
}
public void clearNonStrictMocks()
{
finalLocalMockFields.clear();
nonStrictMocks.clear();
}
public void addCascadingType(String mockedTypeDesc, MockedType mockedType)
{
if (!cascadingTypes.containsKey(mockedTypeDesc)) {
cascadingTypes.put(mockedTypeDesc, new MockedTypeCascade(mockedType));
}
}
public MockedTypeCascade getMockedTypeCascade(String mockedTypeDesc, Object mockInstance)
{
if (cascadingTypes.isEmpty()) {
return null;
}
MockedTypeCascade cascade = cascadingTypes.get(mockedTypeDesc);
if (cascade != null || mockInstance == null) {
return cascade;
}
return getMockedTypeCascade(mockedTypeDesc, mockInstance.getClass());
}
private MockedTypeCascade getMockedTypeCascade(String invokedTypeDesc, Class mockedType)
{
Class typeToLookFor = mockedType;
do {
String typeDesc = Type.getInternalName(typeToLookFor);
if (invokedTypeDesc.equals(typeDesc)) {
return null;
}
MockedTypeCascade cascade = cascadingTypes.get(typeDesc);
if (cascade != null) {
return cascade;
}
typeToLookFor = typeToLookFor.getSuperclass();
}
while (typeToLookFor != Object.class);
return null;
}
void finishExecution(boolean clearSharedMocks)
{
recordAndReplayForLastTestMethod = currentRecordAndReplay;
currentRecordAndReplay = null;
if (parameterTypeRedefinitions != null) {
parameterTypeRedefinitions.cleanUp();
parameterTypeRedefinitions = null;
}
if (clearSharedMocks) {
clearNonStrictMocks();
}
strictMocks.clear();
clearNonSharedCascadingTypes();
}
private void clearNonSharedCascadingTypes()
{
Iterator itr = cascadingTypes.values().iterator();
while (itr.hasNext()) {
MockedTypeCascade cascade = itr.next();
if (cascade.isSharedBetweenTests()) {
cascade.discardCascadedMocks();
}
else {
itr.remove();
}
}
}
public void clearCascadingTypes()
{
cascadingTypes.clear();
}
}
