Method Detail

• newDiskCacheBuilder

   static ImageExecutor.Builder newDiskCacheBuilder()

  Returns a new Builder with the DEFAULT_DISK_CACHE_EXECUTOR_THREADS threads, DEFAULT_DISK_CACHE_EXECUTOR_NAME name and DEFAULT uncaught throwable strategy.

  Disk cache executors do not allow network operations on their threads.

• newDiskCacheExecutor

   static ImageExecutor newDiskCacheExecutor()

  Shortcut for calling build on newDiskCacheBuilder.

• newDiskCacheExecutor

  @Deprecated() static ImageExecutor newDiskCacheExecutor(ImageExecutor.UncaughtThrowableStrategy uncaughtThrowableStrategy)

• newDiskCacheExecutor

  @Deprecated() static ImageExecutor newDiskCacheExecutor(int threadCount, String name, ImageExecutor.UncaughtThrowableStrategy uncaughtThrowableStrategy)

• newSourceBuilder

   static ImageExecutor.Builder newSourceBuilder()

  Returns a new Builder with the default thread count returned from , the DEFAULT_SOURCE_EXECUTOR_NAME thread name prefix, andthe uncaught throwable strategy.

  Source executors allow network operations on their threads.

• newSourceExecutor

   static ImageExecutor newSourceExecutor()

  Shortcut for calling build on newSourceBuilder.

• newSourceExecutor

  @Deprecated() static ImageExecutor newSourceExecutor(ImageExecutor.UncaughtThrowableStrategy uncaughtThrowableStrategy)

• newSourceExecutor

  @Deprecated() static ImageExecutor newSourceExecutor(int threadCount, String name, ImageExecutor.UncaughtThrowableStrategy uncaughtThrowableStrategy)

• newUnlimitedSourceExecutor

   static ImageExecutor newUnlimitedSourceExecutor()

  Returns a new unlimited thread pool with zero core thread count to make sure no threads arecreated by default, KEEP_ALIVE_TIME_MS keep alive time, the thread name prefix, the uncaught throwable strategy, and the SynchronousQueue since using default unboundedblocking queue, for example, PriorityBlockingQueue effectively won't create more than {@code corePoolSize} threads. See ThreadPoolExecutor documentation.

  Source executors allow network operations on their threads.

• newAnimationBuilder

   static ImageExecutor.Builder newAnimationBuilder()

  Returns a new fixed thread pool that defaults to either one or two threads depending on thenumber of available cores to use when loading frames of animations.

  Animation executors do not allow network operations on their threads.

• newAnimationExecutor

   static ImageExecutor newAnimationExecutor()

  Shortcut for calling build on newAnimationBuilder.

• newAnimationExecutor

  @Deprecated() static ImageExecutor newAnimationExecutor(int threadCount, ImageExecutor.UncaughtThrowableStrategy uncaughtThrowableStrategy)

• execute

   void execute(@NonNull() Runnable command)

• submit

  @NonNull() Future<out Object> submit(@NonNull() Runnable task)

• invokeAll

  @NonNull() <T> List<Future<T>> invokeAll(@NonNull() Collection<out Callable<T>> tasks)

• invokeAll

  @NonNull() <T> List<Future<T>> invokeAll(@NonNull() Collection<out Callable<T>> tasks, long timeout, @NonNull() TimeUnit unit)

• invokeAny

  @NonNull() <T> T invokeAny(@NonNull() Collection<out Callable<T>> tasks)

• invokeAny

   <T> T invokeAny(@NonNull() Collection<out Callable<T>> tasks, long timeout, @NonNull() TimeUnit unit)

• submit

  @NonNull() <T> Future<T> submit(@NonNull() Runnable task, T result)

• submit

   <T> Future<T> submit(@NonNull() Callable<T> task)

• shutdown

   void shutdown()

• shutdownNow

  @NonNull() List<Runnable> shutdownNow()

• isShutdown

   boolean isShutdown()

• isTerminated

   boolean isTerminated()

• awaitTermination

   boolean awaitTermination(long timeout, @NonNull() TimeUnit unit)

• toString

   String toString()

• calculateBestThreadCount

   static int calculateBestThreadCount()

  Determines the number of cores available on the device.