All Classes and Interfaces

Class	Description
BaseCffu<T,F>	Base class providing shared functionality for Cffu and MCffu implementations.
Cffu<T>	This class Cffu is the equivalent class to CompletableFuture, contains the equivalent instance methods of CompletionStage and CompletableFuture.
CffuFactory	This class CffuFactory is equivalent to CompletableFuture, contains the static (factory) methods of CompletableFuture.
CffuFactoryBuilder	CffuFactoryBuilder is the builder of CffuFactory, creates by CffuFactory.builder(Executor).
CffuState	This class is the same as Future.State, existed for java version compatibility.
CffuTtlExecutorWrapperProvider	Cffu executor wrapper provider(ExecutorWrapperProvider) SPI implementation for 📌 TransmittableThreadLocal (TTL).
CfIterableUtils	This utility class provides Iterable-based variants (including Collection, List, etc.) of same-named varargs methods from CompletableFutureUtils.
CfParallelUtils	Utility class for parallel data processing using CompletableFuture.
CfTupleUtils	This Utility class provides tuple-based variants of methods from CompletableFutureUtils for processing and composing multiple asynchronous actions and CompletableFutures in a type-safe manner.
CompletableFutureUtils	This class contains the new enhanced and backport methods for CompletableFuture.
ExceptionHandler	Exception handler, used by the methods of SwallowedExceptionHandleUtils.
ExceptionInfo	Exception info of exceptions, used as argument of ExceptionHandler.
ExecutorWrapperProvider	An SPI for wrapping the executor when CffuFactoryBuilder build CffuFactory.
LLCF	Low Level CompletableFuture utility methods for manipulating CompletableFuture.
MCffu<E,T>	Cffu with result type Iterable (aka.
NoCfsProvidedException	Exception indicates that NO cfs(CompletionStage, including subclass Cffu / CompletableFuture) are provided for methods that require cf arguments.
SwallowedExceptionHandleUtils	Utilities to handle swallowed exceptions from MULTIPLE CompletionStages (including CompletableFutures and Cffus).
Tuple2<T1,T2>	Tuple2(aka Pair).
Tuple3<T1,T2,T3>	Tuple3(aka Triple).
Tuple4<T1,T2,T3,T4>	Tuple4, contains 4 elements.
Tuple5<T1,T2,T3,T4,T5>	Tuple5, contains 5 elements.