How to use doExecute method of com.consol.citrus.container.Wait class

Best Citrus code snippet using com.consol.citrus.container.Wait.doExecute

Source:DockerExecuteAction.java Github

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...77 this.jsonMapper = builder.jsonMapper;78 this.jsonMessageValidator = builder.validator;79 }80 @Override81 public void doExecute(TestContext context) {82 try {83 if (log.isDebugEnabled()) {84 log.debug(String.format("Executing Docker command '%s'", command.getName()));85 }86 command.execute(dockerClient, context);87 validateCommandResult(command, context);88 log.info(String.format("Docker command execution successful: '%s'", command.getName()));89 } catch (CitrusRuntimeException e) {90 throw e;91 } catch (Exception e) {92 throw new CitrusRuntimeException("Unable to perform docker command", e);93 }94 }95 /**...

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Source:TestCaseTest.java Github

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...47 testcase.setName("MyTestCase");48 testcase.addTestAction(new EchoAction());49 testcase.addTestAction(new AbstractAsyncTestAction() {50 @Override51 public void doExecuteAsync(final TestContext context) {52 try {53 Thread.sleep(500L);54 } catch (final InterruptedException e) {55 throw new CitrusRuntimeException(e);56 }57 }58 });59 testcase.execute(context);60 }61 @Test(expectedExceptions = TestCaseFailedException.class, expectedExceptionsMessageRegExp = "Failed to wait for nested test actions to finish properly")62 public void testWaitForFinishTimeout() {63 final TestCase testcase = new TestCase();64 testcase.setTimeout(500L);65 testcase.setName("MyTestCase");66 testcase.addTestAction(new EchoAction());67 testcase.addTestAction(new AbstractAsyncTestAction() {68 @Override69 public void doExecuteAsync(final TestContext context) {70 try {71 Thread.sleep(1000L);72 } catch (final InterruptedException e) {73 throw new CitrusRuntimeException(e);74 }75 }76 });77 testcase.execute(context);78 }79 @Test80 public void testWaitForFinishAsync() {81 final TestCase testcase = new TestCase();82 testcase.setName("MyTestCase");83 testcase.addTestAction(new Async().addTestAction(new AbstractAsyncTestAction() {84 @Override85 public void doExecuteAsync(final TestContext context) {86 try {87 Thread.sleep(500L);88 } catch (final InterruptedException e) {89 throw new CitrusRuntimeException(e);90 }91 }92 }));93 testcase.execute(context);94 }95 96 @Test97 public void testExecutionWithVariables() {98 final TestCase testcase = new TestCase();99 testcase.setName("MyTestCase");100 101 final Map<String, Object> variables = new LinkedHashMap<>();102 variables.put("name", "Citrus");103 variables.put("framework", "${name}");104 variables.put("hello", "citrus:concat('Hello ', ${name}, '!')");105 variables.put("goodbye", "Goodbye ${name}!");106 variables.put("welcome", "Welcome ${name}, today is citrus:currentDate()!");107 testcase.setVariableDefinitions(variables);108 109 testcase.addTestAction(new AbstractTestAction() {110 @Override111 public void doExecute(final TestContext context) {112 Assert.assertEquals(context.getVariables().get(Citrus.TEST_NAME_VARIABLE), "MyTestCase");113 Assert.assertEquals(context.getVariables().get(Citrus.TEST_PACKAGE_VARIABLE), TestCase.class.getPackage().getName());114 Assert.assertEquals(context.getVariable("${name}"), "Citrus");115 Assert.assertEquals(context.getVariable("${framework}"), "Citrus");116 Assert.assertEquals(context.getVariable("${hello}"), "Hello Citrus!");117 Assert.assertEquals(context.getVariable("${goodbye}"), "Goodbye Citrus!");118 Assert.assertEquals(context.getVariable("${welcome}"), "Welcome Citrus, today is " + new CurrentDateFunction().execute(new ArrayList<>(), context) + "!");119 }120 });121 122 testcase.execute(context);123 }124 125 @Test(expectedExceptions = {TestCaseFailedException.class})126 public void testUnknownVariable() {127 final TestCase testcase = new TestCase();128 testcase.setName("MyTestCase");129 130 final String message = "Hello TestFramework!";131 testcase.setVariableDefinitions(Collections.singletonMap("text", message));132 133 testcase.addTestAction(new AbstractTestAction() {134 @Override135 public void doExecute(final TestContext context) {136 Assert.assertEquals(context.getVariable("${unknown}"), message);137 }138 });139 140 testcase.execute(context);141 }142 @Test(expectedExceptions = {TestCaseFailedException.class}, expectedExceptionsMessageRegExp = "This failed in forked action")143 public void testExceptionInContext() {144 final TestCase testcase = new TestCase();145 testcase.setName("MyTestCase");146 testcase.addTestAction(new AbstractTestAction() {147 @Override148 public void doExecute(final TestContext context) {149 context.addException(new CitrusRuntimeException("This failed in forked action"));150 }151 });152 testcase.addTestAction(new EchoAction().setMessage("Everything is fine!"));153 testcase.execute(context);154 }155 @Test(expectedExceptions = {TestCaseFailedException.class})156 public void testExceptionInContextInFinish() {157 final TestCase testcase = new TestCase();158 testcase.setName("MyTestCase");159 testcase.addTestAction(new AbstractTestAction() {160 @Override161 public void doExecute(final TestContext context) {162 context.addException(new CitrusRuntimeException("This failed in forked action"));163 }164 });165 testcase.execute(context);166 }167 168 @Test169 public void testFinalActions() {170 final TestCase testcase = new TestCase();171 testcase.setName("MyTestCase");172 173 testcase.addTestAction(new EchoAction());174 testcase.addFinalAction(new EchoAction());175 ...

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Source:Wait.java Github

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...50 public Wait() {51 setName("wait");52 }53 @Override54 public void doExecute(final TestContext context) {55 Boolean conditionSatisfied = null;56 long timeLeft = getWaitTimeMs(context);57 long intervalMs = getIntervalMs(context);58 if (intervalMs > timeLeft) {59 intervalMs = timeLeft;60 }61 if (condition == null) {62 condition = new ActionCondition(Optional.ofNullable(action).orElseThrow(() -> new CitrusRuntimeException("Invalid wait condition - null")));63 }64 Callable<Boolean> callable = () -> condition.isSatisfied(context);65 while (timeLeft > 0) {66 timeLeft -= intervalMs;67 if (log.isDebugEnabled()) {68 log.debug(String.format("Waiting for condition %s", condition.getName()));...

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doExecute

Using AI Code Generation

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1package com.consol.citrus.container;2import com.consol.citrus.context.TestContext;3import com.consol.citrus.dsl.testng.TestNGCitrusTestRunner;4import org.testng.annotations.Test;5public class WaitTest extends TestNGCitrusTestRunner {6 public void waitTest() {7 Wait wait = new Wait();8 wait.setWaitTime(1000);9 wait.setWaitFor("true")

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doExecute

Using AI Code Generation

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1package com.consol.citrus.container;2import com.consol.citrus.annotations.CitrusTest;3import com.consol.citrus.testng.CitrusParameters;4import com.consol.citrus.testng.CitrusXmlTestNG;5import org.testng.annotations.Test;6public class WaitTest extends CitrusXmlTestNG {7 @CitrusParameters("WaitTest")8 public void WaitTest() {9 Wait wait = new Wait();10 wait.setWaitTime(5000);11 wait.doExecute(context);12 }13}14package com.consol.citrus.container;15import com.consol.citrus.annotations.CitrusTest;16import com.consol.citrus.testng.CitrusParameters;17import com.consol.citrus.testng.CitrusXmlTestNG;18import org.testng.annotations.Test;19public class WhileTest extends CitrusXmlTestNG {20 @CitrusParameters("WhileTest")21 public void WhileTest() {22 While While = new While();23 While.setCondition("true");24 While.setAction(new EchoAction());25 While.doExecute(context);26 }27}28package com.consol.citrus.container;29import com.consol.citrus.annotations.CitrusTest;30import com.consol.citrus.testng.CitrusParameters;31import com.consol.citrus.testng.CitrusXmlTestNG;32import org.testng.annotations.Test;33public class ParallelTest extends CitrusXmlTestNG {34 @CitrusParameters("ParallelTest")35 public void ParallelTest() {36 Parallel parallel = new Parallel();37 parallel.setAction(new EchoAction());38 parallel.doExecute(context);39 }40}41package com.consol.citrus.container;42import com.consol.citrus.annotations.CitrusTest;43import com

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doExecute

Using AI Code Generation

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1Wait wait = new Wait();2wait.setDoExecute("wait(5000)");3wait.execute(context);4Wait wait = new Wait();5wait.setDoExecute("wait(5000)");6wait.execute(context);7Wait wait = new Wait();8wait.setDoExecute("wait(5000)");9wait.execute(context);10Wait wait = new Wait();11wait.setDoExecute("wait(5000)");12wait.execute(context);13Wait wait = new Wait();14wait.setDoExecute("wait(5000)");15wait.execute(context);16Wait wait = new Wait();17wait.setDoExecute("wait(5000)");18wait.execute(context);19Wait wait = new Wait();20wait.setDoExecute("wait(5000)");21wait.execute(context);22Wait wait = new Wait();23wait.setDoExecute("wait(5000)");24wait.execute(context);25Wait wait = new Wait();26wait.setDoExecute("wait(5000)");27wait.execute(context);28Wait wait = new Wait();29wait.setDoExecute("wait(5000)");30wait.execute(context);31Wait wait = new Wait();32wait.setDoExecute("wait(5000)");33wait.execute(context);

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doExecute

Using AI Code Generation

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1public void testWait() {2 variable("waitTime", "5000");3 doExecute(new Wait() {4 public void doExecute() {5 try {6 Thread.sleep(Long.parseLong(variable("waitTime")));7 } catch (InterruptedException e) {8 e.printStackTrace();9 }10 }11 });12}13public void testWait() {14 variable("waitTime", "5000");15 execute(new Wait() {16 public void doExecute() {17 try {18 Thread.sleep(Long.parseLong(variable("waitTime")));19 } catch (InterruptedException e) {20 e.printStackTrace();21 }22 }23 });24}25public void testWait() {26 variable("waitTime", "5000");27 doExecute(new Wait() {28 public void doExecute() {29 try {30 Thread.sleep(Long.parseLong(variable("waitTime")));31 } catch (InterruptedException e) {32 e.printStackTrace();33 }34 }35 });36}37public void testWait() {38 variable("waitTime", "5000");39 execute(new Wait() {40 public void doExecute() {41 try {42 Thread.sleep(Long.parseLong(variable("waitTime")));43 } catch (InterruptedException e) {44 e.printStackTrace();45 }46 }47 });48}49public void testWait() {50 variable("waitTime", "5000");51 doExecute(new Wait() {52 public void doExecute() {53 try {54 Thread.sleep(Long.parseLong(variable("waitTime")));55 } catch (InterruptedException e) {56 e.printStackTrace();57 }58 }59 });60}

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doExecute

Using AI Code Generation

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1public class 4.java extends AbstractJavaTest {2 public void doExecute(TestContext context) {3 Wait wait = new Wait();4 wait.setCondition(new NotCondition(new HttpMessageCondition()));5 wait.setWaitTime(10000L);6 wait.setInterval(1000L);7 wait.doExecute(context);8 }9}10public class 5.java extends AbstractJavaTest {11 public void doExecute(TestContext context) {12 Wait wait = new Wait();13 wait.setCondition(new NotCondition(new HttpMessageCondition()));14 wait.setWaitTime(10000L);15 wait.setInterval(1000L);16 wait.doExecute(context);17 }18}19public class 6.java extends AbstractJavaTest {20 public void doExecute(TestContext context) {21 Wait wait = new Wait();22 wait.setCondition(new NotCondition(new HttpMessageCondition()));23 wait.setWaitTime(10000L);24 wait.setInterval(1000L);25 wait.doExecute(context);26 }27}28public class 7.java extends AbstractJavaTest {29 public void doExecute(TestContext context) {30 Wait wait = new Wait();31 wait.setCondition(new NotCondition(new HttpMessageCondition()));32 wait.setWaitTime(10000L);33 wait.setInterval(1000L);34 wait.doExecute(context);35 }36}37public class 8.java extends AbstractJavaTest {38 public void doExecute(TestContext context) {39 Wait wait = new Wait();40 wait.setCondition(new NotCondition(new HttpMessageCondition()));41 wait.setWaitTime(10000L);42 wait.setInterval(1000L);43 wait.doExecute(context);44 }45}46public class 9.java extends AbstractJavaTest {

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doExecute

Using AI Code Generation

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1public class 4 extends TestActionContainer {2 Wait wait = new Wait();3 wait.setMilliseconds(5000);4 doExecute(wait, context);5}6public class 5 extends TestActionContainer {7 Wait wait = new Wait();8 wait.setMilliseconds(5000);9 doExecute(wait, context);10}11public class 6 extends TestActionContainer {12 Wait wait = new Wait();13 wait.setMilliseconds(5000);14 doExecute(wait, context);15}16public class 7 extends TestActionContainer {17 Wait wait = new Wait();18 wait.setMilliseconds(5000);19 doExecute(wait, context);20}21public class 8 extends TestActionContainer {22 Wait wait = new Wait();23 wait.setMilliseconds(5000);24 doExecute(wait, context);25}26public class 9 extends TestActionContainer {27 Wait wait = new Wait();28 wait.setMilliseconds(5000);29 doExecute(wait, context);30}31public class 10 extends TestActionContainer {32 Wait wait = new Wait();33 wait.setMilliseconds(5000);34 doExecute(wait, context);35}36public class 11 extends TestActionContainer {37 Wait wait = new Wait();38 wait.setMilliseconds(5000);39 doExecute(wait, context);40}

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