EasyMock 5.2.0 · org.easymock.IMocksControl

Method Summary

Modifier and Type	Method and Description
public void	checkIsUsedInOneThread(boolean If it should be used in one thread only or not shouldBeUsedInOneThread) Check that the mock is called from only one thread
public void	checkOrder(boolean `true` switches order checking on, `false` switches it off. state) Switches order checking on and off.
public < the interface or class that the mock object should implement/extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. createMock(Class<T> the interface or class that the mock object should implement/extend. toMock) Same as `mock(Class)` but using the old naming.
public < the interface or class that the mock object should implement/extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. createMock(String the name of the mock object. name, Class<T> the interface or class that the mock object should implement/extend. toMock) Same as `mock(String, Class)` but using the old naming.
public < the class that the mock object should extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. createMock(String the name of the mock object. name, Class<T> the class that the mock object should extend. toMock, ConstructorArgs constructor and parameters used to instantiate the mock. If null, no constructor will be called constructorArgs, Method... methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked mockedMethods) Same as `mock(String, Class, ConstructorArgs, Method...)` but using the old naming
public void	makeThreadSafe(boolean If the mock should be thread safe or not threadSafe) Makes the mock thread safe.
public default < the interface or class that the mock object should implement/extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. mock(Class<T> the interface or class that the mock object should implement/extend. toMock) Creates a mock object that implements the given interface.
public default < the interface or class that the mock object should implement/extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. mock(String the name of the mock object. name, Class<T> the interface or class that the mock object should implement/extend. toMock) Creates a mock object that implements the given interface.
public default < the class that the mock object should extend. T, the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type R> R	Returns: the mock object. mock(String the name of the mock object. name, Class<T> the class that the mock object should extend. toMock, ConstructorArgs constructor and parameters used to instantiate the mock. If null, no constructor will be called constructorArgs, Method... methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked mockedMethods) Creates a mock object that implements the given class.
public void	replay() Switches the control from record mode to replay mode.
public void	reset() Removes all expectations for the mock objects of this control.
public void	resetToDefault() Removes all expectations for the mock objects of this control and turn them to default mocks.
public void	resetToNice() Removes all expectations for the mock objects of this control and turn them to nice mocks.
public void	resetToStrict() Removes all expectations for the mock objects of this control and turn them to strict mocks.
public void	verify() Verifies that all expectations were met and that no unexpected call was performed.
public void	verifyRecording() Verifies that all expectations were met.
public void	verifyUnexpectedCalls() Verifies that no unexpected call was performed.

Method Detail

checkIsUsedInOneThread	back to summary
public void checkIsUsedInOneThread(boolean shouldBeUsedInOneThread) Check that the mock is called from only one thread Parameters shouldBeUsedInOneThread:boolean If it should be used in one thread only or not

checkIsUsedInOneThread

back to summary

public void checkIsUsedInOneThread(boolean shouldBeUsedInOneThread)

Check that the mock is called from only one thread

Parameters

shouldBeUsedInOneThread:boolean: If it should be used in one thread only or not

checkOrder back to summary

checkOrder	back to summary
public void checkOrder(boolean state) Switches order checking on and off. Parameters state:boolean `true` switches order checking on, `false` switches it off.

public void checkOrder(boolean state)

Switches order checking on and off.

Parameters

state:boolean: true switches order checking on, false switches it off.

createMock back to summary

createMock	back to summary
public <T, R> R createMock(Class<T> toMock) Same as `mock(Class)` but using the old naming. Parameters <T> the interface or class that the mock object should implement/extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type toMock:Class<T> the interface or class that the mock object should implement/extend. Returns:R the mock object.

public <T, R> R createMock(Class<T> toMock)

Same as mock(Class) but using the old naming.

Parameters

<T>: the interface or class that the mock object should implement/extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
toMock:Class<T>: the interface or class that the mock object should implement/extend.

Returns:R

the mock object.

createMock back to summary

createMock	back to summary
public <T, R> R createMock(String name, Class<T> toMock) Same as `mock(String, Class)` but using the old naming. Parameters <T> the interface or class that the mock object should implement/extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type name:String the name of the mock object. toMock:Class<T> the interface or class that the mock object should implement/extend. Returns:R the mock object. Exceptions IllegalArgumentException: if the name is not a valid Java identifier.

public <T, R> R createMock(String name, Class<T> toMock)

Same as mock(String, Class) but using the old naming.

Parameters

<T>: the interface or class that the mock object should implement/extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
name:String: the name of the mock object.
toMock:Class<T>: the interface or class that the mock object should implement/extend.

Returns:R

the mock object.

Exceptions

IllegalArgumentException:: if the name is not a valid Java identifier.

createMock back to summary

createMock	back to summary
public <T, R> R createMock(String name, Class<T> toMock, ConstructorArgs constructorArgs, Method... mockedMethods) Same as `mock(String, Class, ConstructorArgs, Method...)` but using the old naming Parameters <T> the class that the mock object should extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type name:String the name of the mock object. toMock:Class<T> the class that the mock object should extend. constructorArgs:ConstructorArgs constructor and parameters used to instantiate the mock. If null, no constructor will be called mockedMethods:Method[] methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked Returns:R the mock object.

public <T, R> R createMock(String name, Class<T> toMock, ConstructorArgs constructorArgs, Method... mockedMethods)

Same as mock(String, Class, ConstructorArgs, Method...) but using the old naming

Parameters

<T>: the class that the mock object should extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
name:String: the name of the mock object.
toMock:Class<T>: the class that the mock object should extend.
constructorArgs:ConstructorArgs: constructor and parameters used to instantiate the mock. If null, no constructor will be called
mockedMethods:Method[]: methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked

Returns:R

the mock object.

makeThreadSafe	back to summary
public void makeThreadSafe(boolean threadSafe) Makes the mock thread safe. Parameters threadSafe:boolean If the mock should be thread safe or not

makeThreadSafe

back to summary

public void makeThreadSafe(boolean threadSafe)

Makes the mock thread safe.

Parameters

threadSafe:boolean: If the mock should be thread safe or not

mock	back to summary
public default <T, R> R mock(Class<T> toMock) Creates a mock object that implements the given interface. Parameters <T> the interface or class that the mock object should implement/extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type toMock:Class<T> the interface or class that the mock object should implement/extend. Returns:R the mock object. Since 4.0

mock

back to summary

public default <T, R> R mock(Class<T> toMock)

Creates a mock object that implements the given interface.

Parameters

<T>: the interface or class that the mock object should implement/extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
toMock:Class<T>: the interface or class that the mock object should implement/extend.

Returns:R

the mock object.

Since

4.0

mock	back to summary
public default <T, R> R mock(String name, Class<T> toMock) Creates a mock object that implements the given interface. Parameters <T> the interface or class that the mock object should implement/extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type name:String the name of the mock object. toMock:Class<T> the interface or class that the mock object should implement/extend. Returns:R the mock object. Exceptions IllegalArgumentException: if the name is not a valid Java identifier. Since 4.0

mock

back to summary

public default <T, R> R mock(String name, Class<T> toMock)

Creates a mock object that implements the given interface.

Parameters

<T>: the interface or class that the mock object should implement/extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
name:String: the name of the mock object.
toMock:Class<T>: the interface or class that the mock object should implement/extend.

Returns:R

the mock object.

Exceptions

IllegalArgumentException:: if the name is not a valid Java identifier.

Since

4.0

mock back to summary

mock	back to summary
public default <T, R> R mock(String name, Class<T> toMock, ConstructorArgs constructorArgs, Method... mockedMethods) Creates a mock object that implements the given class. Using this method directly in a test class is not recommended. Only frameworks extending EasyMock should use it. Final users should use the more convenient `EasyMock#partialMockBuilder(Class)` method instead Parameters <T> the class that the mock object should extend. <R> the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type name:String the name of the mock object. toMock:Class<T> the class that the mock object should extend. constructorArgs:ConstructorArgs constructor and parameters used to instantiate the mock. If null, no constructor will be called mockedMethods:Method[] methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked Returns:R the mock object. Since 4.0

public default <T, R> R mock(String name, Class<T> toMock, ConstructorArgs constructorArgs, Method... mockedMethods)

Creates a mock object that implements the given class. Using this method directly in a test class is not recommended. Only frameworks extending EasyMock should use it. Final users should use the more convenient EasyMock#partialMockBuilder(Class) method instead

Parameters

<T>: the class that the mock object should extend.
<R>: the returned type. In general T == R but when mocking a generic type, it won't so to be nice with the caller, we return a different type
name:String: the name of the mock object.
toMock:Class<T>: the class that the mock object should extend.
constructorArgs:ConstructorArgs: constructor and parameters used to instantiate the mock. If null, no constructor will be called
mockedMethods:Method[]: methods that will be mocked, other methods will behave normally. If empty, all methods will be mocked

Returns:R

the mock object.

Since

4.0

replay	back to summary
public void replay() Switches the control from record mode to replay mode.

reset	back to summary
public void reset() Removes all expectations for the mock objects of this control.

resetToDefault	back to summary
public void resetToDefault() Removes all expectations for the mock objects of this control and turn them to default mocks.

resetToNice	back to summary
public void resetToNice() Removes all expectations for the mock objects of this control and turn them to nice mocks.

resetToStrict	back to summary
public void resetToStrict() Removes all expectations for the mock objects of this control and turn them to strict mocks.

verify	back to summary
public void verify() Verifies that all expectations were met and that no unexpected call was performed. It has the same effect as calling `verifyRecording()` followed by `verifyUnexpectedCalls()`.

verifyRecording	back to summary
public void verifyRecording() Verifies that all expectations were met. Since 3.5

verifyRecording

back to summary

public void verifyRecording()

Verifies that all expectations were met.

Since: 3.5

verifyUnexpectedCalls	back to summary
public void verifyUnexpectedCalls() Verifies that no unexpected call was performed. Since 3.5

verifyUnexpectedCalls

back to summary

public void verifyUnexpectedCalls()

Verifies that no unexpected call was performed.

Since: 3.5

public Interface IMocksControl

Method Summary

Method Detail