; } @Test public void test_Connect_Execute_Error() throws RemotingException { Assertions.assertThrows...} @Test public void test_Disconnect_Execute_Error() throws RemotingException { Assertions.assertThrows...} @Test public void test_Received_InvokeInExecuter() throws RemotingException { Assertions.assertThrows
result.getValue()); } @Test public void testInvokeWithWrongToken() throws Exception { Assertions.assertThrows...); }); } @Test public void testInvokeWithoutToken() throws Exception { Assertions.assertThrows
result.getValue()); } @Test public void testInvokeWithWrongToken() throws Exception { Assertions.assertThrows...; }); } @Test public void testInvokeWithoutToken() throws Exception { Assertions.assertThrows
); } @Test public void test_Connect_Execute_Error() throws RemotingException { Assertions.assertThrows...} @Test public void test_Disconnect_Execute_Error() throws RemotingException { Assertions.assertThrows...} @Test public void test_Received_InvokeInExecuter() throws RemotingException { Assertions.assertThrows
FailfastClusterInvokerTest.class); } @Test public void testInvokeException() { Assertions.assertThrows
而JUnit5提供了一种新的断言方式Assertions.assertThrows()** ,配合函数式编程就可以进行使用。...@Test @DisplayName("异常测试") public void exceptionTest() { ArithmeticException exception = Assertions.assertThrows
FailfastClusterInvokerTest.class); } @Test public void testInvokeException() { Assertions.assertThrows
objectMapper.writeValueAsString(onlyAgeUser); // 序列化的json中找不到name节点会抛出PathNotFoundException异常 Assertions.assertThrows...objectMapper.writeValueAsString(onlyNameAndGenderUser); // 序列化的json中找不到age节点会抛出PathNotFoundException异常 Assertions.assertThrows
而JUnit5提供了一种新的断言方式Assertions.assertThrows() ,配合函数式编程就可以进行使用。...@Test @DisplayName("异常测试") public void exceptionTest() { ArithmeticException exception = Assertions.assertThrows
Mockito.doNothing().when(类).方法 Assertions.assertTrue Assertions.assertNotNull Mockito.verify(bean, times(次数)).方法 Assertions.assertThrows
而JUnit5提供了一种新的断言方式Assertions.assertThrows() ,配合函数式编程就可以进行使用 第一个参数是预期出现的异常类型,第二个参数是Executable 接口,第三个参数是不符合第一个异常时抛出的信息...否则会抛出异常 @Test @DisplayName("异常测试") public void exceptionTest() { ArithmeticException exception = Assertions.assertThrows
executor.runCommand("rm -rf *"); } @Test public void testException() { Exception exception = Assertions.assertThrows
@Test public void testBuilderException() { IllegalArgumentException exception1 = Assertions.assertThrows
ParameterizedTest@ValueSource@EnumSource@MethodSource@CsvFileSource 使用textng.xml使用DataProvider 异常测试 不支持 Assertions.assertThrows
)); } @Test public void testItWhileThrowoutRpcException() throws Exception { Assertions.assertThrows
} @Test public void testItWhileThrowoutRpcException() throws Exception { Assertions.assertThrows
0异常") public void testDivideByZero() { calculator.add(9); Throwable exception = Assertions.assertThrows
Logger LOGGER = LoggerFactory.getLogger(LifecycleTest.class); @Test void throwsTest(){ Assertions.assertThrows
> assertEquals(2, 1), () -> assertEquals(3, 1) ); } 上述代码执行结果如下: 异常断言 Assertions.assertThrows
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