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How to use ExecutionQueueThreadPool class of org.cerberus.engine.queuemanagement.impl package

Best Cerberus-source code snippet using org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool

Source:ExecutionQueueThreadPool.java

...31 * @author bcivel32 */33// Component = instanciÃ© au dÃ©ploiement. Singleton. 1 par instance34@Component35public class ExecutionQueueThreadPool {36    private static final org.apache.logging.log4j.Logger LOG = org.apache.logging.log4j.LogManager.getLogger(ExecutionQueueThreadPool.class);37    private ExecutorService executor;38    private Integer totalNumberOfThread;39    private Integer size;40    private Integer inExecution;41    Map<String, List<Future<?>>> map = new HashMap<String, List<Future<?>>>();42    @PostConstruct43    public void init() {44        executor = Executors.newCachedThreadPool();45        totalNumberOfThread = 0;46        inExecution = 0;47        LOG.debug("Starting ExecutionQueueThreadPool.");48    }49    public ExecutorService getExecutor() {50        return executor;51    }52    public void setExecutor(ExecutorService executor) {53        this.executor = executor;54    }55//Changer le nombre de tache simultanÃ©e...56    public void setNumberOfPool(Integer numberOfPool) {57        totalNumberOfThread = numberOfPool;58    }59    public Integer getSize() {60        return size;61    }...

ExecutionQueueThreadPool

Using AI Code Generation

1import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool;2import org.cerberus.engine.queuemanagement.impl.ExecutionQueue;3import org.cerberus.engine.queuemanagement.impl.ExecutionQueueElement;4import org.cerberus.engine.queuemanagement.impl.ExecutionThreadPool;5import org.cerberus.engine.queuemanagement.impl.ExecutionThreadPoolElement;6import org.cerberus.engine.queuemanagement.impl.IExecutionThreadPoolElement;7import org.cerberus.engine.queuemanagement.impl.IExecutionQueueElement;8import org.cerberus.engine.queuemanagement.impl.IExecutionQueue;9import org.cerberus.engine.queuemanagement.impl.IExecutionQueueThreadPool;10import org.cerberus.engine.queuemanagement.impl.IExecutionThreadPool;11import java.util.List;12import java.util.ArrayList;13import java.util.concurrent.TimeUnit;14public class ExecutionQueueThreadPoolTest {15    public static void main(String[] args) {16        IExecutionQueueThreadPool queueThreadPool = new ExecutionQueueThreadPool();17        IExecutionQueue queue = new ExecutionQueue();18        IExecutionQueueElement queueElement = new ExecutionQueueElement();

ExecutionQueueThreadPool

Using AI Code Generation

1import org.cerberus.engine.queuemanagement.impl.*;2import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool;3import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool.ExecutionQueueThreadPoolBuilder;4import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool.ExecutionQueueThreadPoolBuilder.ExecutionQueueThreadPoolBuilderException;5import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool.ExecutionQueueThreadPoolBuilder.ExecutionQueueThreadPoolBuilderException.Reason;6ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();7ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();8threadPool.start();9threadPool.execute(new Runnable() {10    public void run() {11        System.out.println("Hello World");12    }13});14threadPool.shutdown();15ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();16ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();17threadPool.start();18threadPool.execute(new Runnable() {19    public void run() {20        System.out.println("Hello World");21    }22});23threadPool.shutdown();24ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();25ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();26threadPool.start();27threadPool.execute(new Runnable() {28    public void run() {29        System.out.println("Hello World");30    }31});32threadPool.shutdown();33ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();34ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();35threadPool.start();36threadPool.execute(new Runnable() {37    public void run() {38        System.out.println("Hello World");39    }40});41threadPool.shutdown();42ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();43ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();44threadPool.start();45threadPool.execute(new Runnable() {46    public void run() {47        System.out.println("Hello World");48    }49});50threadPool.shutdown();51ExecutionQueueThreadPoolBuilder builder = new ExecutionQueueThreadPoolBuilder();52ExecutionQueueThreadPool threadPool = builder.withPoolSize(10).withQueueSize(10).build();53threadPool.start();54threadPool.execute(new Runnable() {

ExecutionQueueThreadPool

Using AI Code Generation

1import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool;2import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPoolManager;3import java.util.concurrent.ExecutionException;4import java.util.concurrent.ExecutorService;5import java.util.concurrent.Executors;6import java.util.concurrent.Future;7public class TestExecutionQueueThreadPool {8    public static void main(String[] args) throws InterruptedException, ExecutionException {9        ExecutorService executor = Executors.newFixedThreadPool(5);10        ExecutionQueueThreadPoolManager executionQueueThreadPoolManager = new ExecutionQueueThreadPoolManager();11        executionQueueThreadPoolManager.setExecutorService(executor);12        ExecutionQueueThreadPool executionQueueThreadPool = new ExecutionQueueThreadPool(executionQueueThreadPoolManager);13        executionQueueThreadPool.setExecutionThreadPoolSize(5);14        executionQueueThreadPool.startQueue();15        Future<String> future = executionQueueThreadPool.execute(() -> {16            Thread.sleep(5000);17            return "test";18        });19        System.out.println(future.get());20        executionQueueThreadPool.stopQueue();21        executor.shutdown();22    }23}24package org.cerberus.engine.queuemanagement.impl;25import java.util.concurrent.Callable;26import java.util.concurrent.ExecutionException;27import java.util.concurrent.ExecutorService;28import java.util.concurrent.Future;29public class ExecutionQueueThreadPool {30    private ExecutionQueueThreadPoolManager executionQueueThreadPoolManager;31    private ExecutorService executorService;32    private int executionThreadPoolSize;33    private boolean isStarted;34    public ExecutionQueueThreadPool(ExecutionQueueThreadPoolManager executionQueueThreadPoolManager) {35        this.executionQueueThreadPoolManager = executionQueueThreadPoolManager;36    }37    public void startQueue() {38        if (isStarted) {39            throw new RuntimeException("Execution queue thread pool already started");40        }41        executorService = executionQueueThreadPoolManager.getExecutorService(executionThreadPoolSize);42        isStarted = true;43    }44    public void stopQueue() {45        if (!isStarted) {46            throw new RuntimeException("Execution queue thread pool already stopped");47        }48        executionQueueThreadPoolManager.stopExecutorService(executorService);49        executorService = null;50        isStarted = false;51    }52    public <T> Future<T> execute(Callable<T> callable) throws ExecutionException, InterruptedException {53        if (!isStarted) {54            throw new RuntimeException("Execution queue thread pool is not started");55        }56        return executorService.submit(callable);57    }

ExecutionQueueThreadPool

Using AI Code Generation

1import org.cerberus.engine.queuemanagement.impl.ExecutionQueueThreadPool;2import org.cerberus.engine.entity.ExecutionThreadPoolEntity;3import org.cerberus.engine.entity.ExecutionQueueEntity;4ExecutionThreadPoolEntity executionThreadPoolEntity = new ExecutionThreadPoolEntity();5executionThreadPoolEntity.setCorePoolSize(5);6executionThreadPoolEntity.setMaximumPoolSize(10);7executionThreadPoolEntity.setKeepAliveTime(10);8executionThreadPoolEntity.setTimeUnit("SECONDS");9executionThreadPoolEntity.setQueueCapacity(10);10executionThreadPoolEntity.setThreadNamePrefix("Cerberus");11ExecutionQueueThreadPool executionQueueThreadPool = new ExecutionQueueThreadPool(executionThreadPoolEntity);12ExecutionQueueEntity executionQueueEntity = new ExecutionQueueEntity();13executionQueueEntity.setExecutionId(1);14executionQueueEntity.setExecutionThreadPoolEntity(executionThreadPoolEntity);15executionQueueEntity.setExecutionThreadPool(executionQueueThreadPool);16executionQueueEntity.setExecutionThreadPool(executionQueueThreadPool);17executionQueueEntity.setExecutionThreadPool(executionQueueThreadPool);18executionQueueThreadPool.execute(executionQueueEntity);19executionQueueThreadPool.shutdown();20public class ExecutionQueueThreadPool implements ExecutorService {21    private static final Logger LOG = LogManager.getLogger(ExecutionQueueThreadPool.class);22    private final ExecutionThreadPoolEntity executionThreadPoolEntity;23    private final ExecutorService executorService;24    public ExecutionQueueThreadPool(ExecutionThreadPoolEntity executionThreadPoolEntity) {25        this.executionThreadPoolEntity = executionThreadPoolEntity;26        this.executorService = new ThreadPoolExecutor(27                executionThreadPoolEntity.getCorePoolSize(),28                executionThreadPoolEntity.getMaximumPoolSize(),29                executionThreadPoolEntity.getKeepAliveTime(),30                TimeUnit.valueOf(executionThreadPoolEntity.getTimeUnit()),31                new LinkedBlockingQueue<>(executionThreadPoolEntity.getQueueCapacity()),32                new ThreadFactoryImpl(executionThreadPoolEntity.getThreadNamePrefix()),33                new CallerRunsPolicy()34        );35    }36    public void execute(Runnable command) {37        executorService.execute(command);38    }39    public void shutdown() {40        executorService.shutdown();41    }42    public List<Runnable> shutdownNow() {43        return executorService.shutdownNow();44    }45    public boolean isShutdown() {46        return executorService.isShutdown();47    }48    public boolean isTerminated() {49        return executorService.isTerminated();50    }51    public boolean awaitTermination(long timeout, TimeUnit unit) throws InterruptedException {52        return executorService.awaitTermination(timeout, unit

ExecutionQueueThreadPool

Using AI Code Generation

1ExecutionQueueThreadPool threadPool = new ExecutionQueueThreadPool(10);2ExecutionQueueManager queueManager = new ExecutionQueueManager(threadPool);3ExecutionQueue queue = new ExecutionQueue(queueManager);4ExecutionQueueEntry queueEntry = new ExecutionQueueEntry(queue);5ExecutionThreadPool threadPool = new ExecutionThreadPool(10);6ExecutionThreadPoolManager threadPoolManager = new ExecutionThreadPoolManager(threadPool);7ExecutionThreadPoolEntry threadPoolEntry = new ExecutionThreadPoolEntry(threadPoolManager);8ExecutionTask task = new ExecutionTask();9ExecutionTaskManager taskManager = new ExecutionTaskManager(task);10ExecutionTaskEntry taskEntry = new ExecutionTaskEntry(taskManager);11ExecutionTaskManager taskManager = new ExecutionTaskManager(task);

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