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How to use Node method of org.jmock.lib.concurrent.internal.DeltaQueue class

Best Jmock-library code snippet using org.jmock.lib.concurrent.internal.DeltaQueue.Node

Source:DeltaQueue.java

...34 * https://github.com/jmock-developers/jmock-library/blob/master/jmock/src/main/java/org/jmock/lib/concurrent/internal/DeltaQueue.java35 *36 */37class DeltaQueue<T> {38    private static class Node<T> {39        public final T value;40        public long delay;41        public Node<T> next = null;42        public Node(T value, long nanos) {43            this.value = value;44            this.delay = nanos;45        }46    }47    private Node<T> head = null;48    public boolean isEmpty() {49        return head == null;50    }51    public boolean isNotEmpty() {52        return !isEmpty();53    }54    public T next() {55        return head.value;56    }57    public long delay() {58        return head.delay;59    }60    public void add(long delay, T value) {61        Node<T> newNode = new Node<>(value, delay);62        Node<T> prev = null;63        Node<T> next = head;64        while (next != null && next.delay <= newNode.delay) {65            newNode.delay -= next.delay;66            prev = next;67            next = next.next;68        }69        if (prev == null) {70            head = newNode;71        } else {72            prev.next = newNode;73        }74        if (next != null) {75            next.delay -= newNode.delay;76            newNode.next = next;77        }78    }79    public long tick(long timeUnits) {80        if (head == null) {81            return 0L;82        } else if (head.delay >= timeUnits) {83            head.delay -= timeUnits;84            return 0L;85        } else {86            long leftover = timeUnits - head.delay;87            head.delay = 0L;88            return leftover;89        }90    }91    public T pop() {92        if (head.delay > 0) {93            throw new IllegalStateException("cannot pop the head element when it has a non-zero delay");94        }95        T popped = head.value;96        head = head.next;97        return popped;98    }99    public boolean remove(T element) {100        Node<T> prev = null;101        Node<T> node = head;102        while (node != null && node.value != element) {103            prev = node;104            node = node.next;105        }106        if (node == null) {107            return false;108        }109        if (node.next != null) {110            node.next.delay += node.delay;111        }112        if (prev == null) {113            head = node.next;114        } else {115            prev.next = node.next;116        }117        return true;118    }119    @Override120    public String toString() {121        StringBuilder sb = new StringBuilder();122        sb.append(getClass().getSimpleName())123                .append("[");124        Node<T> node = head;125        while (node != null) {126            if (node != head) {127                sb.append(", ");128            }129            sb.append("+")130                    .append(node.delay)131                    .append(": ")132                    .append(node.value);133            node = node.next;134        }135        sb.append("]");136        return sb.toString();137    }138}...

Node

Using AI Code Generation

1public class DeltaQueueTest {2    private DeltaQueue queue;3    public void setUp() {4        queue = new DeltaQueue();5    }6    public void testGetNextTask() {7        queue.add(new Task(1, 1));8        queue.add(new Task(2, 2));9        queue.add(new Task(3, 3));10        Task task = queue.getNextTask();11        assertThat(task.getDelay(), is(1L));12        assertThat(task.getPeriod(), is(1L));13        task = queue.getNextTask();14        assertThat(task.getDelay(), is(2L));15        assertThat(task.getPeriod(), is(2L));16        task = queue.getNextTask();17        assertThat(task.getDelay(), is(3L));18        assertThat(task.getPeriod(), is(3L));19    }20}21public class DeltaQueue {22    private Node head;23    public void add(Task task) {24        if (head == null) {25            head = new Node(task);26        } else {27            head.add(task);28        }29    }30    public Task getNextTask() {31        if (head == null) {32            return null;33        }34        Task task = head.getTask();35        head = head.getNext();36        return task;37    }38    private static class Node {39        private final Task task;40        private Node next;41        public Node(Task task) {42            this.task = task;43        }44        public void add(Task task) {45            if (this.task.compareTo(task) > 0) {46                Node newNode = new Node(task);47                newNode.next = this;48            } else {49                if (next == null) {50                    next = new Node(task);51                } else {52                    next.add(task);53                }54            }55        }56        public Task getTask() {57            return task;58        }59        public Node getNext() {60            return next;61        }62    }63}64public class Task implements Comparable<Task> {65    private final long delay;66    private final long period;67    public Task(long delay, long period) {68        this.delay = delay;

Node

Using AI Code Generation

1DeltaQueue mockDeltaQueue = mock(DeltaQueue.class);2Runnable mockRunnable = mock(Runnable.class);3long mockLong = mock(long.class);4TimeUnit mockTimeUnit = mock(TimeUnit.class);5Object mockObject = mock(Object.class);6boolean mockBoolean = mock(boolean.class);7int mockInt = mock(int.class);8DeltaQueue mockDeltaQueue = mock(DeltaQueue.class);9Runnable mockRunnable = mock(Runnable.class);10long mockLong = mock(long.class);11TimeUnit mockTimeUnit = mock(TimeUnit.class);12Object mockObject = mock(Object.class);13boolean mockBoolean = mock(boolean.class);14int mockInt = mock(int.class);15DeltaQueue mockDeltaQueue = mock(DeltaQueue.class);16Runnable mockRunnable = mock(Runnable.class);17long mockLong = mock(long.class);18TimeUnit mockTimeUnit = mock(TimeUnit.class);19Object mockObject = mock(Object.class);20boolean mockBoolean = mock(boolean.class);21int mockInt = mock(int.class);22DeltaQueue mockDeltaQueue = mock(DeltaQueue.class);23Runnable mockRunnable = mock(Runnable.class);24long mockLong = mock(long.class);25TimeUnit mockTimeUnit = mock(TimeUnit.class);26Object mockObject = mock(Object.class);27boolean mockBoolean = mock(boolean.class);28int mockInt = mock(int.class);29DeltaQueue mockDeltaQueue = mock(DeltaQueue.class);30Runnable mockRunnable = mock(Runnable.class);31long mockLong = mock(long.class);32TimeUnit mockTimeUnit = mock(Time

Node

Using AI Code Generation

1DeltaQueue queue = new DeltaQueue(1000)2Mockery context = new Mockery()3final Runnable runnable = context.mock(Runnable.class)4context.checking(new Expectations() {{5  oneOf (runnable).run()6}})7queue.add(runnable)8queue.start()9assertThat(queue.isEmpty(), is(true))10context.assertIsSatisfied()11DeltaQueue queue = new DeltaQueue(1000)12Mockery context = new Mockery()13final Runnable runnable = context.mock(Runnable.class)14context.checking(new Expectations() {{15  oneOf (runnable).run()16}})17queue.add(runnable)18queue.start()19assertThat(queue.isEmpty(), is(true))20context.assertIsSatisfied()21DeltaQueue queue = new DeltaQueue(1000)22Mockery context = new Mockery()23final Runnable runnable = context.mock(Runnable.class)24context.checking(new Expectations() {{25  oneOf (runnable).run()26}})27queue.add(runnable)28queue.start()29assertThat(queue.isEmpty(), is(true))

Node

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.DeltaQueue;2import java.util.concurrent.TimeUnit;3DeltaQueue queue = new DeltaQueue();4queue.setClock(clock);5queue.add(1, TimeUnit.SECONDS);6import org.jmock.lib.concurrent.internal.DeltaQueue;7import java.util.concurrent.TimeUnit;8DeltaQueue queue = new DeltaQueue();9queue.setClock(clock);10queue.add(1, TimeUnit.SECONDS);11import org.jmock.lib.concurrent.internal.DeltaQueue;12import java.util.concurrent.TimeUnit;13DeltaQueue queue = new DeltaQueue();14queue.setClock(clock);15queue.add(1, TimeUnit.SECONDS);16import org.jmock.lib.concurrent.internal.DeltaQueue;17import java.util.concurrent.TimeUnit;18DeltaQueue queue = new DeltaQueue();19queue.setClock(clock);20queue.add(1, TimeUnit.SECONDS);

Node

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.DeltaQueue2import org.jmock.lib.concurrent.internal.DeltaQueue$DeltaQueueNode3def update(DeltaQueue queue, int delta) {4    def node = new DeltaQueue$DeltaQueueNode(delta)5    queue.update(node)6}7def get(DeltaQueue queue) {8    queue.get()9}10def clear(DeltaQueue queue) {11    queue.clear()12}13import org.jmock.lib.concurrent.internal.DeltaQueue14import org.jmock.lib.concurrent.internal.DeltaQueue$DeltaQueueNode15def update(DeltaQueue queue, int delta) {16    def node = new DeltaQueue$DeltaQueueNode(delta)17    queue.update(node)18}19def get(DeltaQueue queue) {20    queue.get()21}22def clear(DeltaQueue queue) {23    queue.clear()24}

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