我们接下来看一下 源码分析 首先，assertThrows有三个重载方法： public static T assertThrows(Class..., String message) { return AssertThrows.assertThrows(expectedType, executable, message);..., Supplier messageSupplier) { return AssertThrows.assertThrows(expectedType, executable..., messageSupplier); } 我们可以看到，其中都是调用了AssertThrows.assertThrows方法，这里的AssertThrows和Assertions的关系和我们在...接下来就看一下AssertThrows.assertThrows()到底是何许人也： private static T assertThrows(Class<
(){ Account account = new Account(); //期待在调用deposit 方法为负值的时候抛出IlegalDepositException 异常 assertThrows...public void testDepositIllegalShouldThrowException() { Account account = new Account(); assertThrows...void testWithdrawIfBalanceIsNegativeShouldThrowException() { Account account= new Account(); assertThrows...void testDepositNegativeValueShouldThrowException(){ Account account= new Account(); assertThrows...testWithdrawNegativeValueShouldThrowException () { Account account = new Account(); assertThrows
static org.junit.jupiter.api.Assertions.assertEquals; import static org.junit.jupiter.api.Assertions.assertThrows...DateUnit.HOUR)); assertEquals(1, ShiChen.toModernTime(time + "正").between(DateUnit.HOUR)); } assertThrows...(IllegalArgumentException.class, () -> ShiChen.toModernTime("无效时")); assertThrows(IllegalArgumentException.class..., () -> ShiChen.toModernTime("无效正")); assertThrows(IllegalArgumentException.class, () -> ShiChen.toModernTime...("")); assertThrows(IllegalArgumentException.class, () -> ShiChen.toModernTime(null)); } @Test
static org.junit.jupiter.api.Assertions.assertFalse; import static org.junit.jupiter.api.Assertions.assertThrows...DisplayName("throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...DisplayName("throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { assertThrows
int) stack.peek()); assertEquals(2, (int) stack.pop()); assertEquals(1, (int) stack.pop()); assertThrows...(EmptyStackException.class, stack::pop); assertThrows(EmptyStackException.class, stack::peek);}@Testpublic...(EmptyStackException.class, stack::pop); assertThrows(EmptyStackException.class, stack::peek);} 在测试用例中...最后，我们使用 assertThrows 方法验证了在栈为空时，pop 和 peek 操作是否会抛出 EmptyStackException 异常。...最后，使用assertThrows()方法验证了在栈为空时进行pop()和peek()操作会抛出EmptyStackException异常。
方法时是否抛出指定类型的异常； 如果execute方法执行时不抛出异常，或者抛出的异常与期望类型不一致，都会导致测试失败； 写段代码验证一下，如下，1除以0会抛出ArithmeticException异常，符合assertThrows...指定的异常类型，因此测试可以通过： @Test @DisplayName("判断抛出的异常是否是指定类型") void exceptionTesting() { // assertThrows...的第二个参数是Executable， // 其execute方法执行时，如果抛出了异常，并且异常的类型是assertThrows的第一个参数(这里是ArithmeticException.class...)， // 那么测试就通过了，返回值是异常的实例 Exception exception = assertThrows(ArithmeticException.class..., () -> Math.floorDiv(1,0)); log.info("assertThrows通过后，返回的异常实例：{}", exception.getMessage());
lastName.endsWith("e"))); }); } @Test void exceptionTesting() { Throwable exception = assertThrows...static org.junit.jupiter.api.Assertions.assertFalse; import static org.junit.jupiter.api.Assertions.assertThrows...DisplayName("throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...DisplayName("throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { assertThrows
catch block e.printStackTrace(); } //测试错误的Query Assertions.assertThrows...// TODO Auto-generated catch block e.printStackTrace(); } //测试错误的Query Assertions.assertThrows...newAddErrorValue = {"ab","elite0","cd",like,map}; //测试ErrorValue Assertions.assertThrows...newAddErrorValue_1 = {"11","elite0","50",like}; //测试ErrorValue 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...} @DisplayName("异常断言") @Test void testException() { //断定业务逻辑一定出现异常 assertThrows...DisplayName("throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...DisplayName("throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { 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...DisplayName("throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...DisplayName("throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { assertThrows
, "North America"); Map unmodifiableMap = Collections.unmodifiableMap(mutableMap); assertThrows...ImmutableMap.copyOf(mutableMap); assertTrue(immutableMap.containsKey("USA")); 它不能直接修改，但是可以改变其内部可变的Map： assertThrows
这两种方法都可以通过使用assertThrows（）方法来实现： Copy @Test void shouldThrowException() { Throwable exception = assertThrows...exception.getMessage(), "Not supported"); } @Test void assertThrowsException() { String str = null; 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
; } @Test public void testInvokeWithWrongToken() throws Exception { Assertions.assertThrows...}); } @Test public void testInvokeWithoutToken() throws Exception { 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...DisplayName("throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...DisplayName("throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { assertThrows
} @Test public void testInvokeWithWrongToken() throws Exception { Assertions.assertThrows...); } @Test public void testInvokeWithoutToken() throws Exception { 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...Test @DisplayName("异常测试") public void exceptionTest() { ArithmeticException exception = Assertions.assertThrows...throws EmptyStackException when popped") void throwsExceptionWhenPopped() { assertThrows...throws EmptyStackException when peeked") void throwsExceptionWhenPeeked() { assertThrows
用来判断条件是否为·null @Test @DisplayName("测试断言NotNull") void testNotNull() { assertNotNull(new Object()); } assertThrows...并可以使用异常类型接收返回值进行其他操作 @Test @DisplayName("测试断言抛异常") void testThrows() { ArithmeticException arithExcep = assertThrows
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