The anyBoolean method in the Mockito framework is part of the ArgumentMatchers class. It is used to match any boolean value (either true or false) or non-null Boolean objects as an argument in mocked methods. This is particularly useful when you do not care about the specific boolean value being passed as an argument in …
The any method in the Mockito framework is part of the ArgumentMatchers class. It is used to match any value, including null, as an argument in mocked methods. This is particularly useful when you do not care about the specific value of an argument in a method call.
The thenThrow method in the Mockito framework is used to configure mock objects to throw exceptions when specific methods are called. This is particularly useful for testing how your code handles exceptions. The method belongs to the OngoingStubbing interface, which is used to configure the behavior of mock methods.
The thenReturn method in the Mockito framework is used to set return values for stubbed methods. This allows you to define specific values that should be returned when the method is called. The method belongs to the OngoingStubbing interface, which is used to configure the behavior of mock methods.
The thenCallRealMethod method in the Mockito framework is used to instruct a mock object to call the real implementation of a method when that method is invoked. This is particularly useful when you want to partially mock an object, allowing some methods to be mocked while others use their actual implementation.
The thenAnswer method in the Mockito framework is used to set a generic answer for a stubbed method. This allows you to define custom behavior for the method when it is called. The method belongs to the OngoingStubbing interface, which is used to configure the behavior of mock methods.
The then method in the Mockito framework is used to set a generic answer for a stubbed method. This allows you to define custom behavior for the method when it is called. The method belongs to the OngoingStubbing interface, which is used to configure the behavior of mock methods.
The getMock method in the Mockito framework is used to retrieve the mock object that was used for a particular stub. This can be useful when you need to access the mock object after setting up stubs or interactions, especially in more complex testing scenarios.
The timeout method in the Mockito framework is used to verify that a method on a mock object is called within a given period. This allows you to test asynchronous code by repeatedly triggering the verification until the specified timeout is reached.
The mockStatic method in the Mockito framework is used to create a thread-local mock controller for all static methods of a given class or interface. This allows you to mock static methods, providing fine-grained control over the behavior of these methods during testing.
The mockingDetails method in the Mockito framework is used to inspect a particular object for Mockito-related information. This can help you understand whether an object is a mock, spy, or neither, and provides details about the interactions and stubbing associated with the mock.
The mockConstruction method in the Mockito framework is used to create a thread-local mock controller for all constructions of a given class. This allows you to mock the behavior of newly constructed objects of a specified class, providing fine-grained control over the instantiation process.
The only method in the Mockito framework is used to verify that a method on a mock object was the only method that was invoked. This means that no other methods should have been called on the mock object. This is useful when you want to ensure that a specific interaction was the sole interaction …
The never method in the Mockito framework is used to verify that a method on a mock object was never called. It is an alias for times(0), providing a more readable and intuitive way to assert that no interactions occurred.
The times method in the Mockito framework is used to verify that a method on a mock object was called exactly a specified number of times. This method is useful when you want to ensure that a method is invoked an exact number of times during the execution of your code.
The description method in the Mockito framework is used to add a custom description to be printed if a verification fails. This can help provide more context and clarity when a test does not pass, making it easier to understand what went wrong.
The calls method in the Mockito framework is used to verify that a method on a mock object was called a specific number of times. This method allows for non-greedy verification in order, meaning that it will check for the exact number of invocations without allowing for additional calls beyond what is specified.
The atMostOnce method in the Mockito framework is used to verify that a method on a mock object was called no more than once. This is useful when you want to ensure that a method is invoked at most one time during the execution of your code, which can help catch unintended multiple invocations.
The atMost method in the Mockito framework is used to verify that a method on a mock object was called no more than a specified number of times. This is useful when you want to ensure that a method is not invoked more than a certain number of times during the execution of your code.
The atLeastOnce method in Mockito is used to verify that a method on a mock object was called at least once. This is useful when you want to ensure that a method has been invoked at least one time, regardless of how many times it was actually called.
The atLeast method in Mockito is used to verify that a method on a mock object was called at least a specified number of times. This is useful when you want to ensure that a method is invoked a minimum number of times, but you do not care if it was called more than that.
The ignoreStubs method in Mockito is used to ignore stubbed methods of given mocks for the sake of verification. This allows you to focus on verifying only the interactions that were not explicitly stubbed, which can simplify your test verifications by ignoring expected behaviors that are not part of the test focus.
The inOrder method in Mockito is used to create an InOrder object that allows you to verify the order of interactions on one or more mock objects. This is useful when the sequence of method calls is important for your test, and you need to ensure that methods are called in a specific order.
The verifyNoMoreInteractions method in Mockito is used to check if there are any unverified interactions on the specified mock objects. This method helps ensure that all interactions with the mocks have been explicitly verified, improving the reliability and accuracy of your tests.
The verifyNoInteractions method in Mockito is used to verify that no interactions have occurred on the specified mock objects. This is useful for ensuring that certain methods are not called during the execution of your tests, which can help validate that your code behaves as expected.