How to use interval method of com.consol.citrus.dsl.builder.WaitConditionBuilder class

Best Citrus code snippet using com.consol.citrus.dsl.builder.WaitConditionBuilder.interval

Source:Wait.java

...46    /** Condition to be met */47    private final Condition condition;48    /** The total time to wait in milliseconds, for the condition to be met before failing */49    private final String time;50    /** The time interval in milliseconds between each test of the condition */51    private final String interval;52    /**53     * Default constructor.54     */55    public Wait(Builder builder) {56        super("wait", builder);57        this.condition = builder.condition;58        this.time = builder.time;59        this.interval = builder.interval;60    }61    @Override62    public void doExecute(final TestContext context) {63        Boolean conditionSatisfied = null;64        long timeLeft = getWaitTimeMs(context);65        long intervalMs = getIntervalMs(context);66        if (intervalMs > timeLeft) {67            intervalMs = timeLeft;68        }69        Callable<Boolean> callable = () -> condition.isSatisfied(context);70        while (timeLeft > 0) {71            timeLeft -= intervalMs;72            if (log.isDebugEnabled()) {73                log.debug(String.format("Waiting for condition %s", condition.getName()));74            }75            ExecutorService executor = Executors.newSingleThreadExecutor();76            Future<Boolean> future = executor.submit(callable);77            long checkStartTime = System.currentTimeMillis();78            try {79                conditionSatisfied = future.get(intervalMs, TimeUnit.MILLISECONDS);80            } catch (InterruptedException | TimeoutException | ExecutionException e) {81                log.warn(String.format("Condition check interrupted with '%s'", e.getClass().getSimpleName()));82            }83            executor.shutdown();84            if (Boolean.TRUE.equals(conditionSatisfied)) {85                log.info(condition.getSuccessMessage(context));86                return;87            }88            long sleepTime = intervalMs - (System.currentTimeMillis() - checkStartTime);89            if (sleepTime > 0) {90                try {91                    Thread.sleep(sleepTime);92                } catch (InterruptedException e) {93                    log.warn("Interrupted during wait!", e);94                }95            }96        }97        throw new CitrusRuntimeException(condition.getErrorMessage(context));98    }99    /**100     * Gets total wait time in milliseconds. Either uses second time value or default milliseconds.101     * @param context102     * @return103     */104    private long getWaitTimeMs(TestContext context) {105        return Long.parseLong(context.replaceDynamicContentInString(time));106    }107    /**108     * Gets the time interval for the condition check in milliseconds.109     * @param context110     * @return111     */112    private long getIntervalMs(TestContext context) {113        return Long.parseLong(context.replaceDynamicContentInString(interval));114    }115    public String getTime() {116        return time;117    }118    public Condition getCondition() {119        return condition;120    }121    public String getInterval() {122        return interval;123    }124    /**125     * Action builder.126     */127    public static class Builder extends AbstractTestActionBuilder<Wait, Builder> implements TestActionBuilder.DelegatingTestActionBuilder<Wait> {128        protected Condition condition;129        private String time = "5000";130        private String interval = "1000";131        private TestActionBuilder<?> delegate;132        /**133         * Fluent API action building entry method used in Java DSL.134         * @return135         */136        public static Builder waitFor() {137            return new Builder();138        }139        /**140         * Condition to wait for during execution.141         * @param condition The condition to add to the wait action142         * @return The wait action143         */144        public Builder condition(Condition condition) {145            this.condition = condition;146            this.delegate = this::build;147            return this;148        }149        /**150         * Sets custom condition builder.151         * @param conditionBuilder152         * @param <T>153         * @return154         */155        public <T extends WaitConditionBuilder<? extends Condition, T>> T condition(T conditionBuilder) {156            this.condition = conditionBuilder.getCondition();157            this.delegate = conditionBuilder;158            return conditionBuilder;159        }160        /**161         * The message condition to wait for during execution.162         * @return A WaitMessageConditionBuilder for further configuration163         */164        public WaitMessageConditionBuilder message() {165            MessageCondition condition = new MessageCondition();166            this.condition = condition;167            WaitMessageConditionBuilder builder = new WaitMessageConditionBuilder(condition, this);168            this.delegate = builder;169            return builder;170        }171        /**172         * The test action condition to wait for during execution.173         * @return A WaitActionConditionBuilder for further configuration174         */175        public WaitActionConditionBuilder execution() {176            ActionCondition condition = new ActionCondition();177            this.condition = condition;178            WaitActionConditionBuilder builder = new WaitActionConditionBuilder(condition, this);179            this.delegate = builder;180            return builder;181        }182        /**183         * The HTTP condition to wait for during execution.184         * @return A WaitHttpConditionBuilder for further configuration185         */186        public WaitHttpConditionBuilder http() {187            HttpCondition condition = new HttpCondition();188            this.condition = condition;189            WaitHttpConditionBuilder builder = new WaitHttpConditionBuilder(condition, this);190            this.delegate = builder;191            return builder;192        }193        /**194         * The file condition to wait for during execution.195         * @return A WaitFileConditionBuilder for further configuration196         */197        public WaitFileConditionBuilder file() {198            FileCondition condition = new FileCondition();199            this.condition = condition;200            WaitFileConditionBuilder builder = new WaitFileConditionBuilder(condition, this);201            this.delegate = builder;202            return builder;203        }204        /**205         * The interval in milliseconds to use between each test of the condition206         * @param interval The interval to use207         * @return The altered WaitBuilder208         */209        public Builder interval(Long interval) {210            return interval(String.valueOf(interval));211        }212        /**213         * The interval in milliseconds to use between each test of the condition214         * @param interval The interval to use215         * @return The altered WaitBuilder216         */217        public Builder interval(String interval) {218            this.interval = interval;219            return this;220        }221        public Builder milliseconds(long milliseconds) {222            return milliseconds(String.valueOf(milliseconds));223        }224        public Builder milliseconds(String milliseconds) {225            this.time = milliseconds;226            return this;227        }228        public Builder seconds(double seconds) {229            milliseconds(Math.round(seconds * 1000));230            return this;231        }232        public Builder time(Duration duration) {...

Source:WaitConditionBuilder.java

...90        builder.milliseconds(String.valueOf(milliseconds));91        return self;92    }93    /**94     * The interval in seconds to use between each test of the condition95     * @param interval96     * @return97     */98    public S interval(String interval) {99        builder.interval(interval);100        return self;101    }102    /**103     * The interval in seconds to use between each test of the condition104     * @param interval105     * @return106     */107    public S interval(Long interval) {108        builder.interval(String.valueOf(interval));109        return self;110    }111    /**112     * Gets the condition.113     *114     * @return115     */116    public T getCondition() {117        return condition;118    }119    /**120     * Gets the builder.121     *122     * @return...

interval

Using AI Code Generation

1package com.consol.citrus.dsl.builder;2import org.springframework.util.StringUtils;3import com.consol.citrus.actions.EchoAction;4import com.consol.citrus.container.SequenceBeforeTest;5import com.consol.citrus.dsl.runner.TestRunner;6import com.consol.citrus.dsl.testng.TestNGCitrusTestDesigner;7import com.consol.citrus.exceptions.CitrusRuntimeException;8public class WaitConditionBuilderTest extends TestNGCitrusTestDesigner {9    public void configure() {10        interval(10000);11        echo("Interval method");12        interval(10000, "MILLISECONDS");13        echo("Interval method with time unit");14        interval(10000, "MILLISECONDS", "This is my message");15        echo("Interval method with time unit and message");16        interval(10000, "MILLISECONDS", "This is my message", "arg1", "arg2");17        echo("Interval method with time unit and message and message args");18        interval(10000, "MILLISECONDS", "This is my message", String.class, String.class, "arg1", "arg2");19        echo("Interval method with time unit and message and message args and message args types");20        interval(10000, "MILLISECONDS", "This is my message", String.class, String.class, "arg1", "arg2", "arg1", "arg2");21        echo("Interval method with time unit and message and message args and message args types and message args names");22        interval(10000, "MILLISECONDS", "This is my message", String.class, String.class, "arg1", "arg2", "arg1", "arg2", String.class, String.class);23        echo("Interval method with time unit and message and message args and message args types and message args names and message args types");

interval

Using AI Code Generation

1package com.consol.citrus.dsl.builder;2import com.consol.citrus.context.TestContext;3import com.consol.citrus.dsl.builder.WaitConditionBuilder;4import com.consol.citrus.dsl.builder.WaitConditionBuilderSupport;5import com.consol.citrus.util.TimeUtils;6import org.springframework.util.Assert;7public class WaitConditionBuilderSupport implements WaitConditionBuilder {8    private final TestContext context;9    private final long interval;10    private final long timeout;11    public WaitConditionBuilderSupport(TestContext context, long interval, long timeout) {12        Assert.notNull(context, "Test context is missing");13        this.context = context;14        this.interval = interval;15        this.timeout = timeout;16    }17    public WaitConditionBuilderSupport(TestContext context, long interval, String timeout) {18        Assert.notNull(context, "Test context is missing");19        this.context = context;20        this.interval = interval;21        this.timeout = TimeUtils.getTimeInMilliseconds(timeout);22    }23    public WaitConditionBuilderSupport interval(long interval) {24        return new WaitConditionBuilderSupport(context, interval, timeout);25    }26    public WaitConditionBuilderSupport interval(String interval) {27        return new WaitConditionBuilderSupport(context, TimeUtils.getTimeInMilliseconds(interval), timeout);28    }29    public WaitConditionBuilderSupport timeout(long timeout) {30        return new WaitConditionBuilderSupport(context, interval, timeout);31    }32    public WaitConditionBuilderSupport timeout(String timeout) {33        return new WaitConditionBuilderSupport(context, interval, TimeUtils.getTimeInMilliseconds(timeout));34    }35    public TestContext getContext() {36        return context;37    }38    public long getInterval() {39        return interval;40    }41    public long getTimeout() {42        return timeout;43    }44}45package com.consol.citrus.dsl.builder;46import com.consol.citrus.context.TestContext;47import com.consol.citrus.dsl.builder.WaitConditionBuilder;48import com.consol.citrus.dsl.builder.WaitConditionBuilderSupport;49import com.consol.citrus.util.TimeUtils;50import org.springframework.util.Assert;51public class WaitConditionBuilderSupport implements WaitConditionBuilder {52    private final TestContext context;53    private final long interval;54    private final long timeout;55    public WaitConditionBuilderSupport(TestContext context,

interval

Using AI Code Generation

1public void interval(int interval) {2    this.interval = interval;3}4public void timeout(long timeout) {5    this.timeout = timeout;6}7public void until(Condition condition) {8    this.condition = condition;9}10public void until(Condition condition, String description) {11    this.condition = condition;12    this.description = description;13}14public void until(Condition condition, String description, Object... args) {15    this.condition = condition;16    this.description = description;17    this.args = args;18}19public void until(Condition condition, String description, long timeout) {20    this.condition = condition;21    this.description = description;22    this.timeout = timeout;23}24public void until(Condition condition, String description, long timeout, Object... args) {25    this.condition = condition;26    this.description = description;27    this.timeout = timeout;28    this.args = args;29}30public void until(Condition condition, String description, long timeout, long interval) {31    this.condition = condition;32    this.description = description;33    this.timeout = timeout;34    this.interval = interval;35}36public void until(Condition condition, String description, long timeout, long interval, Object... args) {37    this.condition = condition;38    this.description = description;39    this.timeout = timeout;40    this.interval = interval;41    this.args = args;42}

interval

Using AI Code Generation

1package com.consol.citrus.dsl.builder;2import java.util.concurrent.TimeUnit;3import com.consol.citrus.context.TestContext;4public class WaitConditionBuilder extends AbstractWaitConditionBuilder {5    public WaitConditionBuilder(WaitCondition condition, TestContext context) {6        super(condition, context);7    }8    public WaitConditionBuilder interval(long interval, TimeUnit timeUnit) {9        condition.setInterval(interval);10        condition.setTimeUnit(timeUnit);11        return this;12    }13    public WaitConditionBuilder interval(long interval) {14        condition.setInterval(interval);15        return this;16    }17    public WaitConditionBuilder interval(String interval, TimeUnit timeUnit) {18        condition.setInterval(context.replaceDynamicContentInString(interval));19        condition.setTimeUnit(timeUnit);20        return this;21    }22    public WaitConditionBuilder interval(String interval) {23        condition.setInterval(context.replaceDynamicContentInString(interval));24        return this;25    }26}27package com.consol.citrus.dsl.builder;28import java.util.concurrent.TimeUnit;29import com.consol.citrus.context.TestContext;30public class WaitConditionBuilder extends AbstractWaitConditionBuilder {31    public WaitConditionBuilder(WaitCondition condition, TestContext context) {32        super(condition, context);33    }34    public WaitConditionBuilder interval(long interval, TimeUnit timeUnit) {35        condition.setInterval(interval);36        condition.setTimeUnit(timeUnit);37        return this;38    }

interval

Using AI Code Generation

1public void testWaitCondition() {2    variable("var1", "5");3    variable("var2", "10");4    variable("var3", "15");5    variable("var4", "20");6    variable("var5", "25");7    variable("var6", "30");8    send("sendEndpoint")9            .payload("<Hello/>");10    waitFor()11            .interval(1000)12            .condition(new Condition() {13                public boolean isSatisfied() {14                    return Integer.parseInt(getVariable("var1")) > 10;15                }16            });17}18public void testWaitCondition() {19    variable("var1", "5");20    variable("var2", "10");21    variable("var3", "15");22    variable("var4", "20");23    variable("var5", "25");24    variable("var6", "30");25    send("sendEndpoint")26            .payload("<Hello/>");27    waitFor()28            .timeout(10000)29            .condition(new Condition() {30                public boolean isSatisfied() {31                    return Integer.parseInt(getVariable("var1")) > 10;32                }33            });34}35public void testWaitCondition() {36    variable("var1", "5");37    variable("var2", "10");38    variable("var3", "15");39    variable("var4", "20");40    variable("var5", "25");41    variable("var6", "30");42    send("sendEndpoint")43            .payload("<Hello/>");44    waitFor()45            .sleep(10000)46            .condition(new Condition() {47                public boolean isSatisfied() {48                    return Integer.parseInt(getVariable("var1")) > 10;49                }50            });51}52public void testWaitCondition() {53    variable("var1", "5");54    variable("var2", "10");55    variable("var3", "15");56    variable("var4", "20");

interval

Using AI Code Generation

1package com.consol.citrus.dsl.design;2import com.consol.citrus.dsl.runner.TestRunner;3import com.consol.citrus.dsl.runner.TestRunnerAfterSuiteSupport;4import com.consol.citrus.dsl.runner.TestRunnerBeforeSuiteSupport;5import com.consol.citrus.dsl.runner.TestRunnerSupport;6import com.consol.citrus.dsl.testng.TestNGCitrusTestDesigner;7import com.consol.citrus.testng.CitrusParameters;8import org.springframework.context.annotation.Bean;9import org.springframework.context.annotation.Configuration;10import org.springframework.context.annotation.Import;11import org.testng.annotations.Test;12@Import(JavaTest3.TestConfig.class)13public class JavaTest3 extends TestNGCitrusTestDesigner {14    @CitrusParameters({"param1", "param2"})15    public void javaTest3(String param1, String param2) {16        variable("var1", "Hello Citrus!");17        variable("var2", "Hello Citrus!");18        echo("Hello Citrus!");19        echo("Hello Citrus!");20        echo("${var1

interval

Using AI Code Generation

1public void test() {2    variable("counter", 0);3    variable("maxCount", 3);4    variable("maxWait", 10000);5    variable("waitInterval", 1000);6    parallel().actions(7        sequential().actions(8            echo("Waiting for counter to reach ${maxCount}"),9            waitCondition().interval("${waitInterval}").until("${counter} >= ${maxCount}").timeout("${maxWait}"),10            echo("Counter reached ${maxCount}")11        sequential().actions(12            repeat("${maxCount}").actions(13                sleep(1000),14                executeJavaAction(new JavaAction() {15                    public void doExecute(TestContext context) {16                        context.setVariable("counter", context.getVariable("counter", Integer.class) + 1);17                    }18                })19    );20}21public void test() {22    variable("counter", 0);23    variable("maxCount", 3);24    variable("maxWait", 10000);25    variable("waitInterval", 1000);26    parallel().actions(27        sequential().actions(28            echo("Waiting for counter to reach ${maxCount}"),29            waitCondition().interval("${waitInterval}").until("${counter} >= ${maxCount}").timeout("${maxWait}"),30            echo("Counter reached ${maxCount}")31        sequential().actions(32            repeat("${maxCount}").actions(33                sleep(1000),34                executeJavaAction(new JavaAction() {35                    public void doExecute(TestContext context) {36                        context.setVariable("counter", context.getVariable("counter", Integer.class) + 1);37                    }38                })39    );40}41public void test() {42    variable("counter", 0);43    variable("maxCount", 3);44    variable("maxWait", 10000);45    variable("waitInterval", 1000);46    parallel().actions(47        sequential().actions(48            echo("Waiting for counter to reach ${maxCount}"),

interval

Using AI Code Generation

1public void test() {2    variable("id", "1");3    http().client("httpClient")4        .send()5        .post("/api/v1/user/${id}");6    echo("Response status code: ${httpResponseCode}");7    echo("Response body: ${httpResponseData}");8    wait().condition((WaitConditionBuilder builder) -> builder.interval(5, TimeUnit.SECONDS));9}10public void test() {11    variable("id", "1");12    http().client("httpClient")13        .send()14        .post("/api/v1/user/${id}");15    echo("Response status code: ${httpResponseCode}");16    echo("Response body: ${httpResponseData}");17    wait().condition((WaitConditionBuilder builder) -> builder.interval(5, TimeUnit.SECONDS));18}19public void test() {20    variable("id", "1");21    http().client("httpClient")22        .send()23        .post("/api/v1/user/${id}");24    echo("Response status code: ${httpResponseCode}");25    echo("Response body: ${httpResponseData}");26    wait().condition((WaitConditionBuilder builder) -> builder.interval(5, TimeUnit.SECONDS));27}28public void test() {29    variable("id", "1");30    http().client("httpClient")31        .send()32        .post("/api/v1/user/${id}");33    echo("Response status code: ${httpResponseCode}");34    echo("Response body: ${httpResponseData}");35    wait().condition((WaitConditionBuilder builder) -> builder.interval(5, TimeUnit.SECONDS));36}

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