jkoenen

#include "holistic_memory_tracker_view.hpp"

#include "keen/toolui/tui.hpp"
#include "keen/toolui/tui_widget.hpp"
#include "keen/base/pod_set.hpp"
#include "keen/base/memory_tracker.hpp"
#include "keen/dataschema/ds_type_collection.hpp"

namespace keen
{

jkoenen

#include "game_memory_allocator_model.hpp"
#include "keen/gameconnectionserver/game_connection_memory_data.hpp"
#include "keen/qtbase/numbers.hpp"

namespace keen
{
	GameMemoryAllocatorModel::GameMemoryAllocatorModel( const GameMemoryDataAllocators* pAllocators, QObject* pParent /*= nullptr */ )
		: QAbstractItemModel( pParent )
	{
		KEEN_ASSERTE( pAllocators != nullptr );

jkoenen

struct StaticStringView
{
	inline operator					StringView() const;
	inline ConstMemoryBlock			getMemory() const;
	inline const char*				getStart() const;
	inline size_t					getSize() const;

	const char* 					pStart;
	size_t							size;
};

jkoenen

https://docs.google.com/presentation/d/1L820vM2mJzs_mmsn4mXle4eWkxIXHlk6WKMalJjS1Hw/edit?usp=sharing

jkoenen

				const Result< size_t > sendResult = sendData( pNetworkCommand->data.write.pSocket->socketState.socketHandle, pNetworkCommand->data.write.source.pStart + pNetworkCommand->data.write.bytesWritten, toSend );
					if( sendResult.error == ErrorId_Ok )
					{
#if KEEN_USING( KEEN_NETWORK_SYSTEM_DEBUG )
						pNetworkSystem->debugData.sentBytes += sendResult.value;
#endif
						pNetworkCommand->data.write.bytesWritten += sendResult.value;
						if( pNetworkCommand->data.write.bytesWritten == pNetworkCommand->data.write.source.size )
						{
							finishSocketCommand( pNetworkSocket, pNetworkSocket->writeCommands.popFront(), ErrorId_Ok );

jkoenen

1. Let's start meta: Lamport-State the Problem Before Describing the Solution (1978). https://www.microsoft.com/en-us/research/publication/state-problem-describing-solution/ … 1-page memo. Read it.
2. Herlihy-"Wait-free synchronization" http://www.diku.dk/OLD/undervisning/2005f/dat-os/skrifter/lockfree.pdf …. Truly seminal. Lucid + enough good ideas for 4 papers easily.
3. Cook-"How complex systems fail" (1998) https://www.researchgate.net/profile/Richard_Cook3/publication/228797158_How_complex_systems_fail/links/0c96053410db96a89c000000.pdf … 4 pages that anyone working on/with complex systems should read.
4. Moffat, Turpin-"On the Implementation of Minimum Redundancy Prefix Codes" (1997) https://pdfs.semanticscholar.org/bda3/442cc6b1d10e4b36b574af0a34a668492230.pdf … Much has been written about Huffman coding, a lot of it wrong. Almost everything worth knowing is in this (short!) paper.
5. Dybvig, Hieb, Butler-"Destination-Driven Code Generation" (1990) https://pdfs.semanticscholar.org/dcb8/8719880e1f76ad

jkoenen

section 'interface' do
	export do
		case get_target_platform
		when :win32
			import 'platform/win32/mssdk'
			add_cpp_define 'CURL_STATICLIB'
			add_cpp_define 'CURL_DISABLE_LDAP'
		else
			raise 'Unupported platform!'
		end

jkoenen

#include "zstd.h"
#include "zdict.h"

#include <stdio.h>
#include <stdlib.h>

int main( int argc, char* argv[] )
{
	const size_t sourceDataSize = 100000u;
	const size_t maxDictionarySize = 100000u;

jkoenen

AsyncOp<void*> async_read_compressed_file( const char* pFileName )
{
  // async file open:
  AsyncOp<FileHandle> openOp = async_open( pFileName );
  
  // when the open is done: read the header:
  openOp.wait(); // ???? 
  FileHandle handle = openOp.result;