Discover AI-native insights at Testμ Conference‘25

How to use timeRemaining method of org.jmock.lib.concurrent.internal.FixedTimeout class

Best Jmock-library code snippet using org.jmock.lib.concurrent.internal.FixedTimeout.timeRemaining

...58        try {59            lock.tryLock(lockTimeout.inMillis(), MILLISECONDS);60            while (!predicate.isActive()) {61                try {62                    awaitingStatePredicate.await(testTimeout.timeRemaining(), MILLISECONDS);63                } catch (TimeoutException e) {64                    if (firstError != null)65                        throw firstError;66                    Assert.fail("timed out waiting for " + asString(predicate));67                }68            }69        } finally {70            if (lock.tryLock())71                lock.unlock();72        }73    }74    public Invokable synchroniseAccessTo(final Invokable mockObject) {75        return invocation -> synchroniseInvocation(mockObject, invocation);76    }...

Source: Synchroniser.java

...47    private void waitUntil(StatePredicate p, Timeout timeout) throws InterruptedException {48        synchronized(sync) {49            while (!p.isActive()) {50                try {51                    sync.wait(timeout.timeRemaining());52                }53                catch (TimeoutException e) {54                    if (firstError != null) {55                        throw firstError;56                    }57                    else {58                        Assert.fail("timed out waiting for " + asString(p));59                    }60                }61            }62        }63        64    }65    ...

timeRemaining

Using AI Code Generation

1package org.jmock.lib.concurrent.internal;2import java.util.concurrent.TimeUnit;3import org.jmock.lib.concurrent.Timeout;4public class FixedTimeout implements Timeout {5    private final long amount;6    private final TimeUnit unit;7    public FixedTimeout(long amount, TimeUnit unit) {8        this.amount = amount;9        this.unit = unit;10    }11    public long timeRemaining() {12        return unit.toMillis(amount);13    }14}15package org.jmock.lib.concurrent.internal;16import java.util.concurrent.TimeUnit;17import org.jmock.lib.concurrent.Timeout;18public class FixedTimeout implements Timeout {19    private final long amount;20    private final TimeUnit unit;21    public FixedTimeout(long amount, TimeUnit unit) {22        this.amount = amount;23        this.unit = unit;24    }25    public long timeRemaining() {26        return unit.toMillis(amount);27    }28}29package org.jmock.lib.concurrent.internal;30import java.util.concurrent.TimeUnit;31import org.jmock.lib.concurrent.Timeout;32public class FixedTimeout implements Timeout {33    private final long amount;34    private final TimeUnit unit;35    public FixedTimeout(long amount, TimeUnit unit) {36        this.amount = amount;37        this.unit = unit;38    }39    public long timeRemaining() {40        return unit.toMillis(amount);41    }42}43package org.jmock.lib.concurrent.internal;44import java.util.concurrent.TimeUnit;45import org.jmock.lib.concurrent.Timeout;46public class FixedTimeout implements Timeout {47    private final long amount;48    private final TimeUnit unit;49    public FixedTimeout(long amount, TimeUnit unit) {50        this.amount = amount;51        this.unit = unit;52    }53    public long timeRemaining() {54        return unit.toMillis(amount);55    }56}57package org.jmock.lib.concurrent.internal;58import java.util.concurrent.TimeUnit;59import org.jmock.lib.concurrent.Timeout;60public class FixedTimeout implements Timeout {61    private final long amount;62    private final TimeUnit unit;63    public FixedTimeout(long amount, TimeUnit unit) {64        this.amount = amount;65        this.unit = unit;66    }

timeRemaining

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.FixedTimeout;2import java.util.concurrent.TimeUnit;3import java.util.concurrent.TimeoutException;4public class 1 {5   public static void main(String[] args) {6      FixedTimeout timeout = new FixedTimeout(1000, TimeUnit.MILLISECONDS);7      try {8         timeout.timeRemaining();9         System.out.println("Timeout not expired");10      } catch (TimeoutException te) {11         System.out.println("Timeout has expired");12      }13   }14}

timeRemaining

Using AI Code Generation

1import org.jmock.Mockery;2import org.jmock.lib.concurrent.internal.FixedTimeout;3import org.jmock.lib.concurrent.internal.Timeout;4public class 1 {5public static void main(String[] args) {6Mockery mockery = new Mockery();7Timeout timeout = new FixedTimeout(1000000);8System.out.println(timeout.timeRemaining());9}10}11import org.jmock.Mockery;12import org.jmock.lib.concurrent.internal.FixedTimeout;13import org.jmock.lib.concurrent.internal.Timeout;14public class 2 {15public static void main(String[] args) {16Mockery mockery = new Mockery();17Timeout timeout = new FixedTimeout(1000000);18timeout.start(1000000);19System.out.println(timeout.timeRemaining());20}21}

timeRemaining

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.FixedTimeout;2import org.jmock.lib.concurrent.internal.Timeout;3import org.jmock.lib.concurrent.internal.TimeoutException;4public class 1 {5    public static void main(String[] args) {6        Timeout timeout = new FixedTimeout(1000);7        try {8            timeout.timeRemaining();9        } catch (TimeoutException e) {10            e.printStackTrace();11        }12    }13}14	at org.jmock.lib.concurrent.internal.FixedTimeout.timeRemaining(FixedTimeout.java:25)15	at 1.main(1.java:9)

timeRemaining

Using AI Code Generation

1package org.jmock.lib.concurrent.internal;2import java.util.concurrent.TimeUnit;3import org.jmock.api.Invocation;4import org.jmock.lib.concurrent.DeterministicScheduler;5public class FixedTimeout implements Timeout {6    private final long timeout;7    private final TimeUnit unit;8    public FixedTimeout(long timeout, TimeUnit unit) {9        this.timeout = timeout;10        this.unit = unit;11    }12    public long timeRemaining(Invocation invocation, DeterministicScheduler scheduler) {13        return unit.toMillis(timeout);14    }15}16package org.jmock.lib.concurrent.internal;17import java.util.concurrent.TimeUnit;18import org.jmock.api.Invocation;19import org.jmock.lib.concurrent.DeterministicScheduler;20public class FixedTimeout implements Timeout {21    private final long timeout;22    private final TimeUnit unit;23    public FixedTimeout(long timeout, TimeUnit unit) {24        this.timeout = timeout;25        this.unit = unit;26    }27    public long timeRemaining(Invocation invocation, DeterministicScheduler scheduler) {28        return unit.toMillis(timeout);29    }30}31package org.jmock.lib.concurrent.internal;32import java.util.concurrent.TimeUnit;33import org.jmock.api.Invocation;34import org.jmock.lib.concurrent.DeterministicScheduler;35public class FixedTimeout implements Timeout {36    private final long timeout;37    private final TimeUnit unit;38    public FixedTimeout(long timeout, TimeUnit unit) {39        this.timeout = timeout;40        this.unit = unit;41    }42    public long timeRemaining(Invocation invocation, DeterministicScheduler scheduler) {43        return unit.toMillis(timeout);44    }45}46package org.jmock.lib.concurrent.internal;47import java.util.concurrent.TimeUnit;48import org.jmock.api.Invocation;49import org.jmock.lib.concurrent.DeterministicScheduler;50public class FixedTimeout implements Timeout {51    private final long timeout;52    private final TimeUnit unit;53    public FixedTimeout(long timeout, TimeUnit unit) {54        this.timeout = timeout;55        this.unit = unit;56    }57    public long timeRemaining(Invocation invocation, DeterministicScheduler scheduler) {58        return unit.toMillis(timeout);59    }60}61package org.jmock.lib.concurrent.internal;62import java.util.concurrent.TimeUnit;63import org.jmock.api.Invocation;64import org.jmock.lib.concurrent.DeterministicScheduler;65public class FixedTimeout implements Timeout {66    private final long timeout;67    private final TimeUnit unit;68    public FixedTimeout(long timeout, TimeUnit unit)

timeRemaining

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.FixedTimeout;2public class 1 {3    public static void main(String[] args) {4        FixedTimeout t = new FixedTimeout(1000);5        long start = System.currentTimeMillis();6        long timeRemaining = t.timeRemaining();7        long end = System.currentTimeMillis();8        System.out.println("timeRemaining = " + timeRemaining);9        System.out.println("end - start = " + (end - start));10    }11}12public long timeRemaining() {13    return timeout;14}15public long timeRemaining() {16    long timeRemaining = timeout - (System.currentTimeMillis() - startTime);17    if (timeRemaining < 0) {18        timeRemaining = 0;19    }20    return timeRemaining;21}

timeRemaining

Using AI Code Generation

1package com.jmockit;2import java.util.concurrent.TimeUnit;3import java.util.concurrent.TimeoutException;4import org.jmock.lib.concurrent.internal.FixedTimeout;5import org.jmock.lib.concurrent.internal.Timeout;6import org.junit.Test;7import mockit.Expectations;8import mockit.Mocked;9public class JMockitTest {10    private Timeout timeout;11    public void test() throws TimeoutException {12        new Expectations() {13            {14                timeout.timeRemaining(TimeUnit.MILLISECONDS);15                result = 1000;16            }17        };18        FixedTimeout fixedTimeout = new FixedTimeout(timeout);19        fixedTimeout.timeRemaining(TimeUnit.MILLISECONDS);20    }21}22timeout.timeRemaining(TimeUnit.MILLISECONDS)23    at com.jmockit.JMockitTest.test(1.java:21)

Blogs

Check out the latest blogs from LambdaTest on this topic:

Putting Together a Testing Team

As part of one of my consulting efforts, I worked with a mid-sized company that was looking to move toward a more agile manner of developing software. As with any shift in work style, there is some bewilderment and, for some, considerable anxiety. People are being challenged to leave their comfort zones and embrace a continuously changing, dynamic working environment. And, dare I say it, testing may be the most ‘disturbed’ of the software roles in agile development.

How Testers Can Remain Valuable in Agile Teams

Traditional software testers must step up if they want to remain relevant in the Agile environment. Agile will most probably continue to be the leading form of the software development process in the coming years.

The Art of Testing the Untestable

It’s strange to hear someone declare, “This can’t be tested.” In reply, I contend that everything can be tested. However, one must be pleased with the outcome of testing, which might include failure, financial loss, or personal injury. Could anything be tested when a claim is made with this understanding?

Keeping Quality Transparency Throughout the organization

In general, software testers have a challenging job. Software testing is frequently the final significant activity undertaken prior to actually delivering a product. Since the terms “software” and “late” are nearly synonymous, it is the testers that frequently catch the ire of the whole business as they try to test the software at the end. It is the testers who are under pressure to finish faster and deem the product “release candidate” before they have had enough opportunity to be comfortable. To make matters worse, if bugs are discovered in the product after it has been released, everyone looks to the testers and says, “Why didn’t you spot those bugs?” The testers did not cause the bugs, but they must bear some of the guilt for the bugs that were disclosed.

Getting Rid of Technical Debt in Agile Projects

Technical debt was originally defined as code restructuring, but in today’s fast-paced software delivery environment, it has evolved. Technical debt may be anything that the software development team puts off for later, such as ineffective code, unfixed defects, lacking unit tests, excessive manual tests, or missing automated tests. And, like financial debt, it is challenging to pay back.

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.