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How to use define method of org.mockito.internal.util.concurrent.DetachedThreadLocal class

Best Mockito code snippet using org.mockito.internal.util.concurrent.DetachedThreadLocal.define

Source:DetachedThreadLocal.java

...99    }100    public T get(Thread thread) {101        return this.map.get(thread);102    }103    public void define(Thread thread, T t) {104        this.map.put(thread, t);105    }106    public WeakConcurrentMap<Thread, T> getBackingMap() {107        return this.map;108    }109    public void run() {110        this.map.run();111    }112}...

define

Using AI Code Generation

1import org.mockito.internal.util.concurrent.DetachedThreadLocal;2import java.util.concurrent.atomic.AtomicInteger;3public class DetachedThreadLocalTest {4    public static void main(String[] args) {5        DetachedThreadLocal<AtomicInteger> threadLocal = new DetachedThreadLocal<AtomicInteger>() {6            protected AtomicInteger initialValue() {7                return new AtomicInteger();8            }9        };10        threadLocal.get().incrementAndGet();11        System.out.println("Value of AtomicInteger: " + threadLocal.get());12    }13}14Java Program to Check if a String is a Substring of Another String Using indexOf()

define

Using AI Code Generation

1import org.mockito.internal.util.concurrent.DetachedThreadLocal2def threadLocal = new DetachedThreadLocal()3threadLocal.set("value")4assert threadLocal.get() == "value"5threadLocal.remove()6assert threadLocal.get() == null7import org.mockito.internal.util.concurrent.DetachedThreadLocal8def threadLocal = new DetachedThreadLocal()9threadLocal.set("value")10assert threadLocal.get() == "value"11threadLocal.remove()12assert threadLocal.get() == null13import org.mockito.internal.util.concurrent.DetachedThreadLocal14def threadLocal = new DetachedThreadLocal()15threadLocal.set("value")16assert threadLocal.get() == "value"17threadLocal.remove()18assert threadLocal.get() == null19import org.mockito.internal.util.concurrent.DetachedThreadLocal20def threadLocal = new DetachedThreadLocal()21threadLocal.set("value")22assert threadLocal.get() == "value"23threadLocal.remove()24assert threadLocal.get() == null25import org.mockito.internal.util.concurrent.DetachedThreadLocal26def threadLocal = new DetachedThreadLocal()27threadLocal.set("value")28assert threadLocal.get() == "value"29threadLocal.remove()30assert threadLocal.get() == null31import org.mockito.internal.util.concurrent.DetachedThreadLocal32def threadLocal = new DetachedThreadLocal()33threadLocal.set("value")34assert threadLocal.get() == "value"35threadLocal.remove()36assert threadLocal.get() == null37import org.mockito.internal.util.concurrent.DetachedThreadLocal38def threadLocal = new DetachedThreadLocal()39threadLocal.set("value")40assert threadLocal.get() ==

define

Using AI Code Generation

1DetachedThreadLocal<String> threadLocal = new DetachedThreadLocal<String>();2threadLocal.set("Hello World");3System.out.println(threadLocal.get());4package org.mockito.internal.util.concurrent;5import java.util.concurrent.Callable;6import java.util.concurrent.ExecutionException;7import java.util.concurrent.FutureTask;8public class DetachedThreadLocal<T> {9    private final Callable<T> initializer;10    private final ThreadLocal<FutureTask<T>> threadLocal;11    public DetachedThreadLocal() {12        initializer = null;13        threadLocal = new ThreadLocal<FutureTask<T>>();14    }15    public DetachedThreadLocal(Callable<T> initializer) {16        this.initializer = initializer;17        threadLocal = new ThreadLocal<FutureTask<T>>();18    }19    public T get() {20        FutureTask<T> futureTask = threadLocal.get();21        if (futureTask != null) {22            return futureTask.get();23        }24        if (initializer != null) {25            FutureTask<T> newFutureTask = new FutureTask<T>(initializer);26            threadLocal.set(newFutureTask);27            newFutureTask.run();28            return newFutureTask.get();29        }30        return null;31    }32    public void set(T value) {33        FutureTask<T> newFutureTask = new FutureTask<T>(new ConstantCallable<T>(value));34        threadLocal.set(newFutureTask);35        newFutureTask.run();36    }37    public void remove() {38        threadLocal.remove();39    }40    private static class ConstantCallable<T> implements Callable<T> {41        private final T value;42        public ConstantCallable(T value) {43            this.value = value;44        }45        public T call() throws Exception {46            return value;47        }48    }49}

define

Using AI Code Generation

1import org.mockito.internal.util.concurrent.DetachedThreadLocal2import org.mockito.internal.util.concurrent.DetachedThreadLocal$ThreadLocalMap3class MyClass extends DetachedThreadLocal<String> {4    protected String initialValue() {5    }6}7def myClass = new MyClass()8myClass.set("Hello")9println myClass.get()10def threadLocalMap = myClass.getThreadLocalMap()11def threadLocalValue = myClass.getThreadLocalValue()12def threadLocalValueFromMap = threadLocalMap.get(myClass)13def threadLocalMapFromValue = threadLocalValue.getThreadLocalMap()14def threadLocalValueFromMap2 = threadLocalMapFromValue.get(myClass)15def threadLocalValueFromValue = threadLocalValue.getThreadLocalValue()16def threadLocalMapFromValue2 = threadLocalValueFromValue.getThreadLocalMap()17def threadLocalValueFromMap3 = threadLocalMapFromValue2.get(myClass)18def threadLocalValueFromValue2 = threadLocalValueFromValue.getThreadLocalValue()19def threadLocalMapFromValue3 = threadLocalValueFromValue2.getThreadLocalMap()20def threadLocalValueFromMap4 = threadLocalMapFromValue3.get(myClass)

define

Using AI Code Generation

1package com.baeldung.mockitodetachedthreadlocal;2import org.junit.Test;3import org.mockito.internal.util.concurrent.DetachedThreadLocal;4import static org.junit.Assert.assertEquals;5public class MockitoDetachedThreadLocalUnitTest {6    public void whenSetThreadLocalValue_thenCorrect() {7        DetachedThreadLocal<String> threadLocal = new DetachedThreadLocal<>();8        threadLocal.set("baeldung");9        assertEquals("baeldung", threadLocal.get());10    }11}

define

Using AI Code Generation

1ThreadLocal<Integer> threadLocal = new ThreadLocal<>();2threadLocal.set(1);3DetachedThreadLocal<Integer> detachedThreadLocal = new DetachedThreadLocal<>();4detachedThreadLocal.set(threadLocal.get());5threadLocal.remove();6assertEquals(detachedThreadLocal.get(), (Integer) 1);7ThreadLocal<Integer> threadLocal = new ThreadLocal<>();8threadLocal.set(1);9DetachedThreadLocal<Integer> detachedThreadLocal = new DetachedThreadLocal<>();10detachedThreadLocal.set(threadLocal.get());11threadLocal.remove();12detachedThreadLocal.set(null);13assertEquals(detachedThreadLocal.get(), (Integer) 1);14ThreadLocal<Integer> threadLocal = new DetachedThreadLocal<>();15threadLocal.set(1);16DetachedThreadLocal<Integer> detachedThreadLocal = new DetachedThreadLocal<>();17detachedThreadLocal.set(threadLocal.get());18threadLocal.remove();19assertEquals(detachedThreadLocal.get(), (Integer) 1);

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