![]() The equivalent annotation is an unexpected method is called on a strict Mock Object, the message of the exception will show the methodĬalls expected at this point followed by the first conflicting one. If you would like a strict Mock Object that checks the order of method calls, use EasyMock. On a Mock Object returned by a EasyMock.mock(), the order of method calls is not checked. Here is the test without the definition of the Mock Object: import org.junit.* public class ExampleTest Strict Mocks Our first test should check whether the removal of a non-existing document does not lead to a notification We will now build a test case and toy around with it to understand the functionalities of EasyMock. If you use Maven, the final required dependencies will look like this: org.easymock easymock 4.3 dexmaker 1.5 Mocking The first Mock Object It is a good idea to exclude Cglib since Dexmaker is used instead. Just add EasyMock and Dexmaker as dependencies of the apk project used to test your application. The bundle also contains jars for the javadoc, the tests, the sources and the samplesĮasyMock can be used on Android VM (Dalvik).To perform class mocking, also add Objenesis to your classpath.It contains the easymock-4.3.jar to add to your classpath.You can obviously use any other dependency tool compatible with the Maven repository. Just add the following dependency to your pom.xml: org.easymock easymock 4.3 test Objenesis (2.0+) must be in the classpath to perform class mockingĮasyMock is available in the Maven central repository. ![]() EasyMock 3.4- requires Java 1.5 and above.EasyMock 3.5+ requires Java 1.6 and above.
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