package haxe.coro

..
cancellation
context
continuations
dispatchers
schedulers
AsyncIterable	An `AsyncIterable` is a data structure which has an `iterator()` method returning an `AsyncIterator`. This allows asynchronous data sources to be used in `for` loops within coroutine contexts.
AsyncIterator	An `AsyncIterator` is like `Iterator`, but `hasNext()` is a coroutine. This allows iterating over asynchronous data sources such as channels or network streams using `for` loops in coroutine contexts.
BaseContinuation	This class serves as the base class for all continuation classes generated by the compiler. It provides the basic functionality for managing the internal coroutine state, most of which should be uninteresting to the casual coroutine user.
CoroStackItem	Internal coroutine stack frame item, translated to `haxe.CallStack.StackItem` by `haxe.coro.context.ExceptionHandler`.
Coroutine	Coroutine is the type of functions that are coroutines, which the compiler treats in a special way. The type parameter `T` represents the signature of the function itself.
IContinuation	This interface represents an object which can be resumed via its `resume` function.
IStackFrame	This interface is internally used to manage coroutine call stacks. Only meaningful in `-debug` mode.
Mutex
StubMutex	This is a stub version. Creates a mutex, which can be used to acquire a temporary lock to access some resource. The main difference with a lock is that a mutex must always be released by the owner thread.
SuspensionResult	`SuspensionResult` is the return type of coroutine calls.
SuspensionState	The state of a coroutine.
SuspensionStateTools
Tls	Thread-local storage. On `target.threaded` targets, each thread has its own value. On single-threaded targets this is a plain field.