接口的使用
cn.wjybxx.concurrent.IContext

使用IContext的程序包

程序包	说明
cn.wjybxx.concurrent
cn.wjybxx.sequential

cn.wjybxx.concurrent中IContext的使用

实现IContext的cn.wjybxx.concurrent中的类

修饰符和类型	类	说明
class	Context<T>	默认上下文实现
final class	MiniContext	满足最小需要的Context实现。

声明为IContext的cn.wjybxx.concurrent中的字段

修饰符和类型	字段	说明
protected IContext	PromiseTask.ctx	任务上下文
static final IContext	IContext.NONE	空上下文 1.

返回IContext的cn.wjybxx.concurrent中的方法

修饰符和类型	方法	说明
IContext	TaskBuilder.getCtx()	任务的上下文
protected IContext	Promise.inheritContext(int options)

参数类型为IContext的cn.wjybxx.concurrent中的方法

修饰符和类型	方法	说明
<X extends Throwable> IFuture<V>	ForwardFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)	它表示能从从特定的异常中恢复，并返回一个正常结果。
<X extends Throwable> IFuture<T>	IFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<T>	IFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeApply(BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)	该方法表示在当前Future与返回的Future中插入一个异步操作，构建异步管道 => 这是链式调用的核心API。
<U> IFuture<U>	IFuture.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)	该方法表示在当前Future与返回的Future中插入一个异步操作，构建异步管道 该方法对应我们日常流中使用的Stream.flatMap(Function)操作。
<U> IFuture<U>	IFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)	它表示能从从特定的异常中恢复，并异步返回一个正常结果。
<X extends Throwable> IFuture<T>	IFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<T>	IFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)	它表示既能接收任务的正常结果，也可以接收任务异常结果，并异步返回一个运算结果。
<U> IFuture<U>	IFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
void	AbstractEventLoop.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractEventLoop.execute(Consumer<? super IContext> action, IContext ctx, int options)
void	AbstractEventLoopGroup.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractEventLoopGroup.execute(Consumer<? super IContext> action, IContext ctx, int options)
static void	FutureUtils.execute(IExecutor executor, Consumer<? super IContext> action, IContext ctx, int options)
static void	FutureUtils.execute(Executor executor, Consumer<? super IContext> action, IContext ctx)
default void	IExecutor.execute(Consumer<? super IContext> action, IContext ctx)	Consumer和Runnable的lambda差异足够大，因此选择重载。
default void	IExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)	该方法表示既能处理当前计算的正常结果，又能处理当前结算的异常结果(可以将异常转换为新的结果)，并返回一个新的结果。
<U> IFuture<U>	IFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
default void	TimeSharingTask.inject(IContext ctx, IPromise<? super V> promise)	任务在添加到Executor之前进行绑定
static <V> ScheduledTaskBuilder<V>	ScheduledTaskBuilder.newAction(Consumer<IContext> task, IContext ctx)
static <V> TaskBuilder<V>	TaskBuilder.newAction(Consumer<IContext> task, IContext ctx)
static <V> ScheduledTaskBuilder<V>	ScheduledTaskBuilder.newFunc(Function<IContext,? extends V> task, IContext ctx)
static <V> TaskBuilder<V>	TaskBuilder.newFunc(Function<IContext,? extends V> task, IContext ctx)
static <V> ScheduledTaskBuilder<V>	ScheduledTaskBuilder.newTimeSharing(TimeSharingTask<? super V> task, IContext ctx)
static <V> TaskBuilder<V>	TaskBuilder.newTimeSharing(TimeSharingTask<? super V> task, IContext ctx)
static PromiseTask<?>	PromiseTask.ofAction(Runnable action, IContext ctx, int options, IPromise<?> promise)
static PromiseTask<?>	PromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IPromise<?> promise)
static ScheduledPromiseTask<?>	ScheduledPromiseTask.ofAction(Runnable action, IContext ctx, int options, IScheduledPromise<?> promise, long id, long nextTriggerTime)
static ScheduledPromiseTask<?>	ScheduledPromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IScheduledPromise<?> promise, long id, long nextTriggerTime)
static <V> PromiseTask<V>	PromiseTask.ofFunction(Callable<? extends V> action, IContext ctx, int options, IPromise<V> promise)
static <V> PromiseTask<V>	PromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IPromise<V> promise)
static <V> ScheduledPromiseTask<V>	ScheduledPromiseTask.ofFunction(Callable<? extends V> action, IContext ctx, int options, IScheduledPromise<V> promise, long id, long nextTriggerTime)
static <V> ScheduledPromiseTask<V>	ScheduledPromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IScheduledPromise<V> promise, long id, long nextTriggerTime)
void	ForwardFuture.onCompleted(BiConsumer<? super IFuture<V>,? super IContext> action, IContext context)
void	ForwardFuture.onCompleted(BiConsumer<? super IFuture<V>,? super IContext> action, IContext context, int options)
void	IFuture.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	IFuture.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)	该接口支持Context参数，可响应取消
void	Promise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	Promise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	ForwardFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<V>,? super IContext> action, IContext context)
void	ForwardFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<V>,? super IContext> action, IContext context, int options)
void	IFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	IFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	Promise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	Promise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
IScheduledFuture<?>	AbstractEventLoopGroup.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)
IScheduledFuture<?>	IScheduledExecutorService.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)	延迟指定时间后执行给定的任务
<V> IScheduledFuture<V>	AbstractEventLoopGroup.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)
<V> IScheduledFuture<V>	IScheduledExecutorService.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)	延迟指定时间后执行给定的任务
TaskBuilder<V>	ScheduledTaskBuilder.setCtx(IContext ctx)
TaskBuilder<V>	TaskBuilder.setCtx(IContext ctx)	任务的上下文 即使用户的任务不接收ctx，executor也可能需要
default void	TimeSharingTask.start(IContext ctx, IPromise<? super V> promise)	任务开始前调用 1. start和update是连续执行的。
default void	TimeSharingTask.stop(IContext ctx, IPromise<? super V> promise)	任务结束时调用 1.只有在成功执行TimeSharingTask.start(IContext, IPromise)的情况下才会调用 2.会在start所在的executor调用 -- 如果目标executor已关闭则不会执行。
IFuture<?>	AbstractEventLoop.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractEventLoop.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
IFuture<?>	AbstractEventLoopGroup.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractEventLoopGroup.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
static IFuture<?>	FutureUtils.submitAction(IExecutor executor, Consumer<? super IContext> task, IContext ctx, int options)
static IFuture<?>	FutureUtils.submitAction(Executor executor, Consumer<? super IContext> task, IContext ctx)
IFuture<?>	IExecutorService.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	IExecutorService.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
<V> IFuture<V>	AbstractEventLoop.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractEventLoop.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
<V> IFuture<V>	AbstractEventLoopGroup.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractEventLoopGroup.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
static <V> IFuture<V>	FutureUtils.submitFunc(IExecutor executor, Function<? super IContext,? extends V> task, IContext ctx, int options)
static <V> IFuture<V>	FutureUtils.submitFunc(Executor executor, Function<? super IContext,? extends V> task, IContext ctx)
<T> IFuture<T>	IExecutorService.submitFunc(Function<? super IContext,? extends T> task, IContext ctx)
<T> IFuture<T>	IExecutorService.submitFunc(Function<? super IContext,? extends T> task, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenAccept(BiConsumer<? super IContext,? super V> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
IFuture<Void>	IFuture.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
Promise<Void>	Promise.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super V> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
IFuture<Void>	IFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
Promise<Void>	Promise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenApply(BiFunction<? super IContext,? super V,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
<U> IFuture<U>	IFuture.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
<U> IFuture<U>	IFuture.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenRun(Consumer<? super IContext> action, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
IFuture<Void>	IFuture.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
Promise<Void>	Promise.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
IFuture<Void>	IFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
Promise<Void>	Promise.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
static ITask	FutureUtils.toTask(Consumer<? super IContext> action, IContext ctx, int options)
protected static void	PromiseTask.trySetCancelled(IPromise<?> promise, IContext ctx)
protected static void	PromiseTask.trySetCancelled(IPromise<?> promise, IContext ctx, int def)
void	TimeSharingTask.update(IContext ctx, IPromise<? super V> promise)	单步执行一次。
IFuture<V>	ForwardFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action, IContext ctx, int options)
ICompletionStage<T>	ICompletionStage.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)	该方法返回一个新的Future，无论当前Future执行成功还是失败，给定的操作都将执行，且返回的Future始终以相同的结果进入完成状态。
IFuture<T>	IFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
Promise<T>	Promise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
IFuture<V>	ForwardFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action, IContext ctx, int options)
ICompletionStage<T>	ICompletionStage.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
IFuture<T>	IFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
Promise<T>	Promise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)

类型变量类型为IContext的cn.wjybxx.concurrent中的方法参数

修饰符和类型	方法	说明
<X extends Throwable> IFuture<V>	ForwardFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback)
<X extends Throwable> IFuture<V>	ForwardFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)	它表示能从从特定的异常中恢复，并返回一个正常结果。
<X extends Throwable> IFuture<T>	IFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> IFuture<T>	IFuture.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> Promise<T>	Promise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback)
<X extends Throwable> IFuture<V>	ForwardFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends V> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<T>	IFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> IFuture<T>	IFuture.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> Promise<T>	Promise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeApply(BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeApply(BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)	该方法表示在当前Future与返回的Future中插入一个异步操作，构建异步管道 => 这是链式调用的核心API。
<U> IFuture<U>	IFuture.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)	该方法表示在当前Future与返回的Future中插入一个异步操作，构建异步管道 该方法对应我们日常流中使用的Stream.flatMap(Function)操作。
<U> IFuture<U>	IFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)	它表示能从从特定的异常中恢复，并异步返回一个正常结果。
<X extends Throwable> IFuture<T>	IFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> IFuture<T>	IFuture.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> Promise<T>	Promise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback)
<X extends Throwable> IFuture<V>	ForwardFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<V>> fallback, IContext ctx, int options)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> ICompletionStage<T>	ICompletionStage.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> IFuture<T>	IFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> IFuture<T>	IFuture.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> Promise<T>	Promise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> Promise<T>	Promise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)	它表示既能接收任务的正常结果，也可以接收任务异常结果，并异步返回一个运算结果。
<U> IFuture<U>	IFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	ForwardFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> ICompletionStage<U>	ICompletionStage.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> IFuture<U>	IFuture.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> Promise<U>	Promise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> Promise<U>	Promise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
void	AbstractEventLoop.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractEventLoop.execute(Consumer<? super IContext> action, IContext ctx, int options)
void	AbstractEventLoopGroup.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractEventLoopGroup.execute(Consumer<? super IContext> action, IContext ctx, int options)
static void	FutureUtils.execute(IExecutor executor, Consumer<? super IContext> action, IContext ctx, int options)
static void	FutureUtils.execute(Executor executor, Consumer<? super IContext> action, IContext ctx)
default void	IExecutor.execute(Consumer<? super IContext> action, IContext ctx)	Consumer和Runnable的lambda差异足够大，因此选择重载。
default void	IExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn)
<U> IFuture<U>	ForwardFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)	该方法表示既能处理当前计算的正常结果，又能处理当前结算的异常结果(可以将异常转换为新的结果)，并返回一个新的结果。
<U> IFuture<U>	IFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> IFuture<U>	IFuture.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> Promise<U>	Promise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn)
<U> IFuture<U>	ForwardFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super V,Throwable,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> IFuture<U>	IFuture.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> Promise<U>	Promise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
static <V> ScheduledTaskBuilder<V>	ScheduledTaskBuilder.newAction(Consumer<IContext> task, IContext ctx)
static <V> TaskBuilder<V>	TaskBuilder.newAction(Consumer<IContext> task, IContext ctx)
static <V> ScheduledTaskBuilder<V>	ScheduledTaskBuilder.newFunc(Function<IContext,? extends V> task, IContext ctx)
static <V> TaskBuilder<V>	TaskBuilder.newFunc(Function<IContext,? extends V> task, IContext ctx)
static PromiseTask<?>	PromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IPromise<?> promise)
static ScheduledPromiseTask<?>	ScheduledPromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IScheduledPromise<?> promise, long id, long nextTriggerTime)
static <V> PromiseTask<V>	PromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IPromise<V> promise)
static <V> ScheduledPromiseTask<V>	ScheduledPromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IScheduledPromise<V> promise, long id, long nextTriggerTime)
void	ForwardFuture.onCompleted(BiConsumer<? super IFuture<V>,? super IContext> action, IContext context)
void	ForwardFuture.onCompleted(BiConsumer<? super IFuture<V>,? super IContext> action, IContext context, int options)
void	IFuture.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	IFuture.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)	该接口支持Context参数，可响应取消
void	Promise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	Promise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	ForwardFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<V>,? super IContext> action, IContext context)
void	ForwardFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<V>,? super IContext> action, IContext context, int options)
void	IFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	IFuture.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	Promise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	Promise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
IScheduledFuture<?>	AbstractEventLoopGroup.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)
IScheduledFuture<?>	IScheduledExecutorService.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)	延迟指定时间后执行给定的任务
<V> IScheduledFuture<V>	AbstractEventLoopGroup.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)
<V> IScheduledFuture<V>	IScheduledExecutorService.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)	延迟指定时间后执行给定的任务
IFuture<?>	AbstractEventLoop.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractEventLoop.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
IFuture<?>	AbstractEventLoopGroup.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractEventLoopGroup.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
static IFuture<?>	FutureUtils.submitAction(IExecutor executor, Consumer<? super IContext> task, IContext ctx, int options)
static IFuture<?>	FutureUtils.submitAction(Executor executor, Consumer<? super IContext> task, IContext ctx)
IFuture<?>	IExecutorService.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	IExecutorService.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
<V> IFuture<V>	AbstractEventLoop.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractEventLoop.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
<V> IFuture<V>	AbstractEventLoopGroup.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractEventLoopGroup.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
static <V> IFuture<V>	FutureUtils.submitFunc(IExecutor executor, Function<? super IContext,? extends V> task, IContext ctx, int options)
static <V> IFuture<V>	FutureUtils.submitFunc(Executor executor, Function<? super IContext,? extends V> task, IContext ctx)
<T> IFuture<T>	IExecutorService.submitFunc(Function<? super IContext,? extends T> task, IContext ctx)
<T> IFuture<T>	IExecutorService.submitFunc(Function<? super IContext,? extends T> task, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenAccept(BiConsumer<? super IContext,? super V> action)
IFuture<Void>	ForwardFuture.thenAccept(BiConsumer<? super IContext,? super V> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenAccept(BiConsumer<? super IContext,? super T> action)
ICompletionStage<Void>	ICompletionStage.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
IFuture<Void>	IFuture.thenAccept(BiConsumer<? super IContext,? super T> action)
IFuture<Void>	IFuture.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
Promise<Void>	Promise.thenAccept(BiConsumer<? super IContext,? super T> action)
Promise<Void>	Promise.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super V> action)
IFuture<Void>	ForwardFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super V> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action)
ICompletionStage<Void>	ICompletionStage.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
IFuture<Void>	IFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action)
IFuture<Void>	IFuture.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
Promise<Void>	Promise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action)
Promise<Void>	Promise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenApply(BiFunction<? super IContext,? super V,? extends U> fn)
<U> IFuture<U>	ForwardFuture.thenApply(BiFunction<? super IContext,? super V,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenApply(BiFunction<? super IContext,? super T,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
<U> IFuture<U>	IFuture.thenApply(BiFunction<? super IContext,? super T,? extends U> fn)
<U> IFuture<U>	IFuture.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn)
<U> Promise<U>	Promise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends U> fn)
<U> IFuture<U>	ForwardFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super V,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn)
<U> IFuture<U>	IFuture.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn)
<U> Promise<U>	Promise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenCall(Function<? super IContext,? extends U> fn)
<U> IFuture<U>	ForwardFuture.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenCall(Function<? super IContext,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
<U> IFuture<U>	IFuture.thenCall(Function<? super IContext,? extends U> fn)
<U> IFuture<U>	IFuture.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenCall(Function<? super IContext,? extends U> fn)
<U> Promise<U>	Promise.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	ForwardFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn)
<U> IFuture<U>	ForwardFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> ICompletionStage<U>	ICompletionStage.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn)
<U> ICompletionStage<U>	ICompletionStage.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> IFuture<U>	IFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn)
<U> IFuture<U>	IFuture.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> Promise<U>	Promise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn)
<U> Promise<U>	Promise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenRun(Consumer<? super IContext> action)
IFuture<Void>	ForwardFuture.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenRun(Consumer<? super IContext> action)
ICompletionStage<Void>	ICompletionStage.thenRun(Consumer<? super IContext> action, IContext ctx, int options)	该方法返回一个新的Future，它的结果由当前Future驱动。
IFuture<Void>	IFuture.thenRun(Consumer<? super IContext> action)
IFuture<Void>	IFuture.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
Promise<Void>	Promise.thenRun(Consumer<? super IContext> action)
Promise<Void>	Promise.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
IFuture<Void>	ForwardFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action)
IFuture<Void>	ForwardFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
ICompletionStage<Void>	ICompletionStage.thenRunAsync(Executor executor, Consumer<? super IContext> action)
ICompletionStage<Void>	ICompletionStage.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
IFuture<Void>	IFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action)
IFuture<Void>	IFuture.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
Promise<Void>	Promise.thenRunAsync(Executor executor, Consumer<? super IContext> action)
Promise<Void>	Promise.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
static ITask	FutureUtils.toTask(Consumer<? super IContext> action, IContext ctx, int options)
IFuture<V>	ForwardFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action)
IFuture<V>	ForwardFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action, IContext ctx, int options)
ICompletionStage<T>	ICompletionStage.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
ICompletionStage<T>	ICompletionStage.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)	该方法返回一个新的Future，无论当前Future执行成功还是失败，给定的操作都将执行，且返回的Future始终以相同的结果进入完成状态。
IFuture<T>	IFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
IFuture<T>	IFuture.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
Promise<T>	Promise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
Promise<T>	Promise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
IFuture<V>	ForwardFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action)
IFuture<V>	ForwardFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super V,? super Throwable> action, IContext ctx, int options)
ICompletionStage<T>	ICompletionStage.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
ICompletionStage<T>	ICompletionStage.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
IFuture<T>	IFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
IFuture<T>	IFuture.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
Promise<T>	Promise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
Promise<T>	Promise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)

参数类型为IContext的cn.wjybxx.concurrent中的构造器

限定符	构造器	说明
	PromiseTask(Object task, IContext ctx, int options, IPromise<V> promise)
	PromiseTask(Object task, IContext ctx, int options, IPromise<V> promise, int taskType)
protected	TaskBuilder(int type, Object task, IContext ctx)

cn.wjybxx.sequential中IContext的使用

返回IContext的cn.wjybxx.sequential中的方法

修饰符和类型	方法	说明
protected IContext	UniPromise.inheritContext(int options)

参数类型为IContext的cn.wjybxx.sequential中的方法

修饰符和类型	方法	说明
<X extends Throwable> UniPromise<T>	UniPromise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
void	AbstractUniExecutor.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractUniExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
void	AbstractUniScheduledExecutor.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractUniScheduledExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
static UniScheduledPromiseTask<?>	UniScheduledPromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IScheduledPromise<?> promise, long id, long nextTriggerTime)
static <V> UniScheduledPromiseTask<V>	UniScheduledPromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IScheduledPromise<V> promise, long id, long nextTriggerTime)
void	UniPromise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	UniPromise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	UniPromise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	UniPromise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
IScheduledFuture<?>	AbstractUniScheduledExecutor.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)
<V> IScheduledFuture<V>	AbstractUniScheduledExecutor.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)
IFuture<?>	AbstractUniExecutor.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractUniExecutor.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
IFuture<?>	AbstractUniScheduledExecutor.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractUniScheduledExecutor.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
<V> IFuture<V>	AbstractUniExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractUniExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
<V> IFuture<V>	AbstractUniScheduledExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractUniScheduledExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
UniPromise<T>	UniPromise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
UniPromise<T>	UniPromise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)

类型变量类型为IContext的cn.wjybxx.sequential中的方法参数

修饰符和类型	方法	说明
<X extends Throwable> UniPromise<T>	UniPromise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> UniPromise<T>	UniPromise.catching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback)
<X extends Throwable> UniPromise<T>	UniPromise.catchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends T> fallback, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeApply(BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeCall(Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeCallAsync(Executor executor, Function<? super IContext,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatching(Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback)
<X extends Throwable> UniPromise<T>	UniPromise.composeCatchingAsync(Executor executor, Class<X> exceptionType, BiFunction<? super IContext,? super X,? extends ICompletionStage<T>> fallback, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeHandle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn)
<U> UniPromise<U>	UniPromise.composeHandleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,? super Throwable,? extends ICompletionStage<U>> fn, IContext ctx, int options)
void	AbstractUniExecutor.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractUniExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
void	AbstractUniScheduledExecutor.execute(Consumer<? super IContext> action, IContext ctx)
void	AbstractUniScheduledExecutor.execute(Consumer<? super IContext> action, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> UniPromise<U>	UniPromise.handle(cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn)
<U> UniPromise<U>	UniPromise.handleAsync(Executor executor, cn.wjybxx.base.function.TriFunction<? super IContext,? super T,Throwable,? extends U> fn, IContext ctx, int options)
static UniScheduledPromiseTask<?>	UniScheduledPromiseTask.ofAction(Consumer<? super IContext> action, IContext ctx, int options, IScheduledPromise<?> promise, long id, long nextTriggerTime)
static <V> UniScheduledPromiseTask<V>	UniScheduledPromiseTask.ofFunction(Function<? super IContext,? extends V> action, IContext ctx, int options, IScheduledPromise<V> promise, long id, long nextTriggerTime)
void	UniPromise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	UniPromise.onCompleted(BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
void	UniPromise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context)
void	UniPromise.onCompletedAsync(Executor executor, BiConsumer<? super IFuture<T>,? super IContext> action, IContext context, int options)
IScheduledFuture<?>	AbstractUniScheduledExecutor.scheduleAction(Consumer<? super IContext> task, IContext ctx, long delay, TimeUnit unit)
<V> IScheduledFuture<V>	AbstractUniScheduledExecutor.scheduleFunc(Function<? super IContext,V> task, IContext ctx, long delay, TimeUnit unit)
IFuture<?>	AbstractUniExecutor.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractUniExecutor.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
IFuture<?>	AbstractUniScheduledExecutor.submitAction(Consumer<? super IContext> task, IContext ctx)
IFuture<?>	AbstractUniScheduledExecutor.submitAction(Consumer<? super IContext> task, IContext ctx, int options)
<V> IFuture<V>	AbstractUniExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractUniExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
<V> IFuture<V>	AbstractUniScheduledExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx)
<V> IFuture<V>	AbstractUniScheduledExecutor.submitFunc(Function<? super IContext,? extends V> task, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenAccept(BiConsumer<? super IContext,? super T> action)
UniPromise<Void>	UniPromise.thenAccept(BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action)
UniPromise<Void>	UniPromise.thenAcceptAsync(Executor executor, BiConsumer<? super IContext,? super T> action, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn)
<U> UniPromise<U>	UniPromise.thenApply(BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn)
<U> UniPromise<U>	UniPromise.thenApplyAsync(Executor executor, BiFunction<? super IContext,? super T,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenCall(Function<? super IContext,? extends U> fn)
<U> UniPromise<U>	UniPromise.thenCall(Function<? super IContext,? extends U> fn, IContext ctx, int options)
<U> UniPromise<U>	UniPromise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn)
<U> UniPromise<U>	UniPromise.thenCallAsync(Executor executor, Function<? super IContext,? extends U> fn, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenRun(Consumer<? super IContext> action)
UniPromise<Void>	UniPromise.thenRun(Consumer<? super IContext> action, IContext ctx, int options)
UniPromise<Void>	UniPromise.thenRunAsync(Executor executor, Consumer<? super IContext> action)
UniPromise<Void>	UniPromise.thenRunAsync(Executor executor, Consumer<? super IContext> action, IContext ctx, int options)
UniPromise<T>	UniPromise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
UniPromise<T>	UniPromise.whenComplete(cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)
UniPromise<T>	UniPromise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action)
UniPromise<T>	UniPromise.whenCompleteAsync(Executor executor, cn.wjybxx.base.function.TriConsumer<? super IContext,? super T,? super Throwable> action, IContext ctx, int options)