AuroraRuntime/Include/Aurora/IO/IOPipeInputData.hpp
Reece 7fde7d04fb [+] EPipeCallbackType
[+] IIOBufferedStreamAvailable callback
[+] IIOProcessor singleshot work items / IIOProcessorWorkUnit
[+] IOPipeCallback description of a pipes destination
[+] IOPipeInputData description of a pipes source
[+] IOPipeRequest, IOPipeRequestAIO, IOPipeRequestBasic
[+] IPipeBackend hooks for on start/end hooks of IOPipeRequestBasics
[*] Update IOAdapaterAsyncStream implementation to better support caller buffering
[*] Updated IAsyncStreamReader to include a warm/dequeue API for direct async usage
[*] Fix NT IO regressions
[*] Fix ThreadPool shutdown on an unregistered thread
[*] Fix race condition in Async.NT.cpp & fix signalable state to closely match Linux (dunno how this was passing before)
[*] Refactor IOProcessorWorkUnit -> IIOProcessorWorkUnit
[*] Update experimental header to include the changes
2022-06-21 05:49:36 +01:00

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/***
Copyright (C) 2022 J Reece Wilson (a/k/a "Reece"). All rights reserved.
File: IOPipeInputData.hpp
Date: 2022-6-20
Author: Reece
***/
#pragma once
namespace Aurora::IO
{
struct IIOWaitableItem;
struct IOPipeInputData
{
/**
* @brief IO trigger
*/
AuSPtr<IIOWaitableItem> watchItem;
/**
* @brief Input source
*/
AuSPtr<IStreamReader> reader;
/**
* @brief Callbacks
*/
AuSPtr<IPipeBackend> backend;
/**
* @brief Enables aggressive stream consumption, allowing for bias towards clients if they were to send a lot of data (including dos)
* Instead of reading the input stream once, so long as the output stream written paremeter yields a non-zero number, bytes
* will continue to pump through the writer. Breakdown of the pipe is expected on reader oversaturation as defined by the
* IOPipeRequest
*/
bool bShouldReadUntilZero {};
};
}