void tContour::SetPlanes(const std::vector<double>& vPlanes)
{
// cleaning memory
CleanMemory();
m_vPlanes = vPlanes;
};
void CNetManager::ServerClose()
{
m_pIocpHandler->CloseAllThreads(THREAD_DIE_WAITTIME); // IOCP Worker Thread Close
ServerLog()->Log("IOCP Worker Thread All Died.");
m_pProcessThread->End(THREAD_DIE_WAITTIME); // ProcesssThread Close
ServerLog()->Log("Process Thread Died.");
// 모든 사용자 종료
CUserList * pUserList = SMemManager()->GetUserList();
CUser * pUser = pUserList->GetFirstUser();
while(pUser != NULL)
{
m_pPacketProcess->CloseClient(pUser, false);
pUser = pUserList->GetNext(pUser);
}
m_pAcceptThread->End(THREAD_DIE_WAITTIME);
ServerLog()->Log("Accept Process Thread Die.");
// 타이머 해제 윈도우 2000 전용함수 Platform SDK 업데이트 해야됨
if(!DeleteTimerQueueTimer(NULL, m_hTimerQTimer, NULL))
{
ServerLog()->Log("Delete Timer Error.");
}
m_hTimerQTimer = NULL;
CleanMemory();
InitializeVariable();
delete SCMemoryManager::GetMemManager(); // 메모리 관리 클래스 소멸
delete SCProfile::GetProfile(); // Profile 클래스 소멸
ServerLog()->Log("Server Close.\n");
}
void tContour::SetSecondaryGrid(int iCol, int iRow)
{
// cleaning work matrices if allocated
CleanMemory();
m_iColSec=qMax(iCol,2);
m_iRowSec=qMax(iRow,2);
}
bool CPacketProcess::DBInitialize(char * szDBname, char * szIP, char * szUser, char * szPassword)
{
m_pDBManager = new CDBManager(szDBname, szIP, szUser, szPassword);
if(!m_pDBManager)
{
ServerLog()->Log("Database Manager Creation Error.");
CleanMemory();
return false;
}
return true;
}
int main () {
hash_table hash_array;
hash_table* hash_info = &hash_array;
hash_info->size = 256;
CreateHash(hash_info);
if (TestAddFunction(hash_info) != 0) printf("Failed in TestAddFunction");
if (TestSearchFunction(hash_info) != 0) printf("Failed in TestSearchFunction");
if (TestRemoveFunction(hash_info) != 0) printf("Failed in TestRemoveFunction");
if (TestIterators(hash_info) != 0) printf("Failed in TestIterators");
hash_info = ResizeHash(hash_info);
if (hash_info == NULL) printf("Failed in ResizeHash");
CleanMemory(hash_info);
return 0;
}
// 메모리 생성
bool SCMemoryManager::MemoryAlloc()
{
m_pUserList = new CUserList;
m_pUserMemPool = new CMemPooler<CUser>(MAX_USER+2);
m_pSendQueueMemPool = new CMemPooler<CSendQueue>(MAX_USER+1);
m_pSendPacketMemPool = new CMemPooler<CSendPacket>(MAX_USER * 30);
m_pRecvPacketMemPool = new CMemPooler<CRecvPacket>(MAX_USER);
m_pRecvBufferMemPool = new CMemPooler<CIOBuffer>(MAX_USER);
if(!m_pUserMemPool || !m_pSendPacketMemPool || !m_pRecvBufferMemPool || !m_pRecvPacketMemPool || !m_pUserList || !m_pSendQueueMemPool)
{
ServerLog()->Log("Memory Pool Create failed.");
CleanMemory();
return false;
}
return true;
}
int main(int argc, char *argv[])
{
BOOL bRc = FALSE;
BOOL clean = TRUE;
if (0 != PAL_Initialize(argc,argv))
{
return FAIL;
}
/* initialize strings */
#if WIN32
szTestRootDir = convert("/at_root_directory_PALTEST");
#endif
szTestDir = convert("test_ directory");
szTestSubDir = convert(
".\\./././../test2/./../../////////createdirectoryw"
"\\\\/test2/test_ directory\\sub");
szTest2SubDir = convert("test_ directory/sub\\sub_sub");
szTest2SubDirWinSlash = convert("test_ directory/sub\\sub_sub\\\\");
szTest2SubDirUnixSlash = convert("test_ directory/sub\\sub_sub///");
/* Platform dependent cases:-
* test for WIN32, create directory at the root.
* using /directory_name format
*/
#if WIN32
bRc = CreateDirectoryW(szTestRootDir, NULL);
if (bRc != TRUE)
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n",
szTestRootDir,GetLastError());
CleanMemory();
Fail("");
}
/*clean szTestRootDir */
bRc = RemoveDirectoryW(szTestRootDir);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestRootDir,
GetLastError());
}
#endif
/*
* create subdirectory "test_directory//sub//sub_sub"
* while parent directory does not exist.
*/
bRc = CreateDirectoryW(szTest2SubDir, NULL);
if (bRc == TRUE)
{
bRc = RemoveDirectoryW(szTest2SubDir);
if (! bRc )
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTest2SubDir,
GetLastError());
}
Trace("CreateDirectoryW: Succeeded creating the directory\"%S\" while"
" its parent directory does not exists. It should fail.\n",
szTest2SubDir);
CleanMemory();
Fail("");
}
/* create directory tree one by one
* first create "test_dir"
*/
bRc = CreateDirectoryW(szTestDir, NULL);
if (bRc != TRUE)/*failed creating the path*/
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n", szTestDir,GetLastError());
CleanMemory();
Fail("");
}
/* create the sub directory test_directory//sub */
bRc = CreateDirectoryW(szTestSubDir, NULL);
if (bRc != TRUE)/*failed creating the path*/
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n",
szTestSubDir , GetLastError());
/* cleaning... remove parent directory */
bRc = RemoveDirectoryW(szTestDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with an error code %ld.\n",
szTestDir,
GetLastError());
}
CleanMemory();
Fail("");
}
/*
* the director structure is test_directory//sub
* test creating directory " test_directory//sub//sub_sub"
*/
bRc = CreateDirectoryW(szTest2SubDir, NULL);
if (bRc != TRUE)
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n",
szTest2SubDir , GetLastError());
/* remove parent directory test_directory//sub */
bRc = RemoveDirectoryW(szTestSubDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestSubDir,
GetLastError());
}
/* remove parent directory test_directory */
bRc = RemoveDirectoryW(szTestDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestDir,
GetLastError());
}
CleanMemory();
Fail("");
}
/* Remove Directiry szTest2SubDir*/
bRc = RemoveDirectoryW(szTest2SubDir);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTest2SubDir,
GetLastError());
}
/*
* the director structure is test_directory//sub
* test creating directory " test_directory//sub//sub_sub\\\\"
*/
bRc = CreateDirectoryW(szTest2SubDirWinSlash, NULL);
if (bRc != TRUE)
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n",
szTest2SubDirWinSlash , GetLastError());
/* remove parent directory test_directory//sub */
bRc = RemoveDirectoryW(szTestSubDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestSubDir,
GetLastError());
}
/* remove parent directory test_directory */
bRc = RemoveDirectoryW(szTestDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestDir,
GetLastError());
}
CleanMemory();
Fail("");
}
/* Remove Directiry szTest2SubDirWinSlash */
bRc = RemoveDirectoryW(szTest2SubDirWinSlash);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTest2SubDirWinSlash,
GetLastError());
}
/*
* the director structure is test_directory//sub
* test creating directory " test_directory//sub//sub_sub///"
*/
bRc = CreateDirectoryW(szTest2SubDirUnixSlash, NULL);
if (bRc != TRUE)
{
Trace("CreateDirectoryW: Failed creating the directory "
"\"%S\" with the error code %ld.\n",
szTest2SubDirUnixSlash , GetLastError());
/* remove parent directory test_directory//sub */
bRc = RemoveDirectoryW(szTestSubDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestSubDir,
GetLastError());
}
/* remove parent directory test_directory */
bRc = RemoveDirectoryW(szTestDir);
if (! bRc)
{
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestDir,
GetLastError());
}
CleanMemory();
Fail("");
}
/* Remove Directiry szTest2SubDirUnixSlash.*/
bRc = RemoveDirectoryW(szTest2SubDirUnixSlash);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTest2SubDirUnixSlash,
GetLastError());
}
/*clean parent szTestSubDir */
bRc = RemoveDirectoryW(szTestSubDir);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestSubDir,
GetLastError());
}
/*clean parent szTestDir */
bRc = RemoveDirectoryW(szTestDir);
if (! bRc)
{
clean = bRc;
Trace("CreateDirectoryW: RemoveDirectoryW failed to remove "
"\"%S\" with the error code %ld.\n",
szTestDir,
GetLastError());
}
if(! clean)
{
CleanMemory();
Fail("");
}
CleanMemory();
PAL_Terminate();
return PASS;
}
SCMemoryManager::~SCMemoryManager()
{
CleanMemory();
}
int main(int argc, char **argv)
{
MPI_Init(&argc, &argv);
double start_time, end_time;
// Print some info
omp_set_nested(1);
int maxThreads = omp_get_max_threads();
printf("Available threads: %d\n", maxThreads);
// Initialize the array.
InitArray();
// Print data if in debug mode.
if (DEBUG)
{
printf("===== BEFORE QUICK SORT (SEQ) =====\n\n");
PrintArray();
printf("===================================\n\n\n");
}
// Start timer.
start_time = MPI_Wtime();
// Split into 8 pieces and sort
int subArraySize = ITEMS / maxThreads;
int maxInd = ((maxThreads - 1) * subArraySize) - 1 + subArraySize;
int i;
#pragma omp parallel for
for (i = 0; i < maxThreads; i++)
{
QuickSort(v, i * subArraySize, (i * subArraySize) - 1 + subArraySize);
}
// Sort the pieces
int j;
for (i = 0; i < ITEMS / maxThreads; i++)
{
for (j = 0; j < maxThreads; j++)
{
sorted[maxThreads * i + j] = v[subArraySize * j + i];
}
}
#pragma omp parallel for
for (i = 0; i < subArraySize; i++)
{
QuickSort(sorted, i * maxThreads, i * maxThreads + maxThreads - 1);
}
// Stop timer.
end_time = MPI_Wtime();
// Print data if in debug mode.
if (DEBUG)
{
printf("===== AFTER QUICK SORT (SEQ) ======\n\n");
PrintArray();
printf("===================================\n\n");
}
else
{
printf("Lowest: %d\n", sorted[0]);
printf("Highest: %d\n", sorted[ITEMS - 1]);
}
double time_taken = (end_time - start_time);
printf("Execution time: %fs\n", time_taken);
CleanMemory();
}
// 서버 스타트
bool CNetManager::ServerStart()
{
// 싱글턴으로 구현된 메모리 관리 클래스를 생성한다.
SCMemoryManager::CreateMemManager(new SCMemoryManager);
// 싱글턴으로 구현된 Profile 클래스를 생성한다.
SCProfile::CreateProfile(new SCProfile);
ServerLog()->Log("Chatting Server version 0.0.1 Startting.\n");
// config.ini 파일에서 서버 설정을 읽어 온다.
// 여기 설정만 바꾸면 재 컴파일 안해도 되자나.. 캬캬..
SProfile()->SetFile("config.ini");
SProfile()->SetSection("Server");
int nPort = SProfile()->GetPrivateProfileInt("Port", 14400);
ServerLog()->Log("Server Accept Port : %d", nPort);
int nMaxNumberOfConcurrentThreads = SProfile()->GetPrivateProfileInt("MaxNumberOfConcurrentThreads", 0);
ServerLog()->Log("MaxNumberOfConcurrentThreads : %d", nMaxNumberOfConcurrentThreads);
int nNumOfPooledThread = SProfile()->GetPrivateProfileInt("ThreadPoolNumber", 0);
ServerLog()->Log("ThreadPoolNumber : %d", nNumOfPooledThread);
// 패킷 프로세스 생성
if((m_pPacketProcess = new CPacketProcess) == NULL)
{
ServerLog()->Log("CPacketProcess Create Error.");
CleanMemory();
return false;
}
// IOCP 초기화
if(!IOCPInitialize(nMaxNumberOfConcurrentThreads, nNumOfPooledThread))
{
ServerLog()->Log("IOCP Initialize Error.");
CleanMemory();
return false;
}
ServerLog()->Log("IOCP Initialize Success.");
// 메모리 할당
if(!SMemManager()->MemoryAlloc())
{
ServerLog()->Log("Memory Alloc Error.");
CleanMemory();
return false;
}
ServerLog()->Log("Memory Pool Create Success.");
// 프로세스 스레드 생성
m_pProcessThread = new CProcessThread();
if(m_pProcessThread == NULL)
{
ServerLog()->Log("ProcessThread Create Error.");
CleanMemory();
return false;
}
// Accept 스레드 생성
m_pAcceptThread = new CAcceptThread(m_pIocpHandler, m_pPacketProcess);
if(m_pAcceptThread == NULL)
{
ServerLog()->Log("Accept Process Thread Create Error.");
CleanMemory();
return false;
}
// 소켓 개설
if(!m_pAcceptThread->SocketInitialize(nPort))
{
ServerLog()->Log("Socket Initialize Error.");
CleanMemory();
return false;
}
ServerLog()->Log("Server Socket Initialize Success.");
#define USER_ALIVECHECK_TIME_TEST 15 * 1000 // 15초 일단 테스트를 위해...
// 타이머 생성 윈도우 2000 전용함수 Platform SDK 업데이트 해야됨
// 멀티샷 50분이가로 설정 시작은 15초 후에...
// 이게 어떻게 동작하는거지..???? -_-;;
// waitable timer안쓰고 이거 쓰는 이유는?
// 내부적으로 타이머 큐를 큐를 가지고 있고 스레드 풀을 이용하는 거 같다.
if(!CreateTimerQueueTimer(&m_hTimerQTimer, NULL, WaitTimeProc, NULL, USER_ALIVECHECK_TIME_TEST,
USER_ALIVECHECK_TIME_TEST /*USER_ALIVECHECK_TIME*/, 0))
{
ServerLog()->Log("Create Timer Error.");
CleanMemory();
return false;
}
// 스레드 스타트
m_pProcessThread->Start();
m_pAcceptThread->Start();
m_pPacketProcess->SetProcessThread(m_pProcessThread);
m_pPacketProcess->Initialize();
m_bServerRunning = true;
ServerLog()->Log("Server Initialize Success.");
return true;
}
CPacketProcess::~CPacketProcess()
{
CleanMemory();
}
Settings::~Settings()
{
CleanMemory();
}
void Settings::ReadVer7(Stream* stream)
{
CleanMemory();
fullscreen = stream->ReadBoolean();
interpolatePixels = stream->ReadBoolean();
noBorder = stream->ReadBoolean();
showCursor = stream->ReadBoolean();
scale = stream->ReadDword();
sizeable = stream->ReadBoolean();
stayOnTop = stream->ReadBoolean();
windowColor = stream->ReadDword();
changeResolution = stream->ReadBoolean();
colorDepth = stream->ReadDword();
resolution = stream->ReadDword();
frequency = stream->ReadDword();
noButtons = stream->ReadBoolean();
vsync = stream->ReadBoolean();
fullscreenKey = stream->ReadBoolean();
helpKey = stream->ReadBoolean();
quitKey = stream->ReadBoolean();
saveKey = stream->ReadBoolean();
screenshotKey = stream->ReadBoolean();
closeSecondary = stream->ReadBoolean();
priority = stream->ReadDword();
freeze = stream->ReadBoolean();
showProgress = stream->ReadDword();
if (showProgress == LpbtCustom)
{
backImage = stream->ReadBitmapOld();
frontImage = stream->ReadBitmapOld();
}
if (stream->ReadBoolean())
loadImage = stream->ReadBitmapOld();
loadTransparent = stream->ReadBoolean();
loadAlpha = stream->ReadDword();
scaleProgress = stream->ReadBoolean();
iconImage = stream->Deserialize(false);
displayErrors = stream->ReadBoolean();
writeErrors = stream->ReadBoolean();
abortErrors = stream->ReadBoolean();
treatUninitializedVariablesAsZero = stream->ReadBoolean();
author = stream->ReadString();
versionString = stream->ReadString();
stream->ReadTimestamp();
information = stream->ReadString();
unsigned int count = stream->ReadDword();
while(count--)
{
std::string name = stream->ReadString();
std::string value = stream->ReadString();
gmkHandle->constants.push_back(std::pair<std::string, std::string>(name, value));
}
major = stream->ReadDword();
minor = stream->ReadDword();
release = stream->ReadDword();
build = stream->ReadDword();
company = stream->ReadString();
product = stream->ReadString();
copyright = stream->ReadString();
description = stream->ReadString();
}
void Settings::ReadVer81(Stream* stream)
{
CleanMemory();
Stream* settingsStream = stream->Deserialize();
fullscreen = settingsStream->ReadBoolean();
interpolatePixels = settingsStream->ReadBoolean();
noBorder = settingsStream->ReadBoolean();
showCursor = settingsStream->ReadBoolean();
scale = settingsStream->ReadDword();
sizeable = settingsStream->ReadBoolean();
stayOnTop = settingsStream->ReadBoolean();
windowColor = settingsStream->ReadDword();
changeResolution = settingsStream->ReadBoolean();
colorDepth = settingsStream->ReadDword();
resolution = settingsStream->ReadDword();
frequency = settingsStream->ReadDword();
noButtons = settingsStream->ReadBoolean();
vsync = settingsStream->ReadBoolean();
noScreenSaver = settingsStream->ReadBoolean();
fullscreenKey = settingsStream->ReadBoolean();
helpKey = settingsStream->ReadBoolean();
quitKey = settingsStream->ReadBoolean();
saveKey = settingsStream->ReadBoolean();
screenshotKey = settingsStream->ReadBoolean();
closeSecondary = settingsStream->ReadBoolean();
priority = settingsStream->ReadDword();
freeze = settingsStream->ReadBoolean();
showProgress = settingsStream->ReadDword();
if (showProgress == LpbtCustom)
{
backImage = settingsStream->ReadBitmap();
frontImage = settingsStream->ReadBitmap();
}
if (settingsStream->ReadBoolean())
loadImage = settingsStream->ReadBitmap();
loadTransparent = settingsStream->ReadBoolean();
loadAlpha = settingsStream->ReadDword();
scaleProgress = settingsStream->ReadBoolean();
iconImage = settingsStream->Deserialize(false);
displayErrors = settingsStream->ReadBoolean();
writeErrors = settingsStream->ReadBoolean();
abortErrors = settingsStream->ReadBoolean();
unsigned int errorFlags = settingsStream->ReadDword();
treatUninitializedVariablesAsZero = (errorFlags & 0x01) == 0x01;
argumentError = (errorFlags & 0x02) == 0x02;
author = settingsStream->ReadString();
versionString = settingsStream->ReadString();
settingsStream->ReadTimestamp();
information = settingsStream->ReadString();
major = settingsStream->ReadDword();
minor = settingsStream->ReadDword();
release = settingsStream->ReadDword();
build = settingsStream->ReadDword();
company = settingsStream->ReadString();
product = settingsStream->ReadString();
copyright = settingsStream->ReadString();
description = settingsStream->ReadString();
settingsStream->ReadTimestamp();
delete settingsStream;
}
int main () {
hash_table hash_array;
hash_table* hash_info = &hash_array;
hash_info->size = 256;
CreateHash(hash_info);
struct timespec start, stop;
double worktime;
// test AddElement
unsigned long j;
char tmp[LENGTH] = {0};
if (clock_gettime( CLOCK_REALTIME, &start) == -1) {
perror ("clock gettime");
return -1;
}
for ( j = 0; j < 10000; ++j ) {
AddElement(GenerateRandomString(tmp), hash_info);
}
if (clock_gettime( CLOCK_REALTIME, &stop) == -1) {
perror ("clock gettime");
return -1;
}
worktime = ((( stop.tv_sec - start.tv_sec )*1e9 + ( stop.tv_nsec - start.tv_nsec ))*1e-9)/10000;
printf ("%.10f sec for AddElement cycle \n", worktime);
// test SearchElement
if (clock_gettime( CLOCK_REALTIME, &start) == -1) {
perror ("clock gettime");
return -1;
}
for ( j = 0; j < 10000; ++j ) {
SearchElement(GenerateRandomString(tmp), hash_info);
}
if (clock_gettime( CLOCK_REALTIME, &stop) == -1) {
perror( "clock gettime" );
return -1;
}
worktime = ((( stop.tv_sec - start.tv_sec )*1e9 + ( stop.tv_nsec - start.tv_nsec ))*1e-9)/10000;
printf("%.10f sec for SearchElement cycle \n", worktime);
// test Remove
if (clock_gettime( CLOCK_REALTIME, &start) == -1) {
perror( "clock gettime" );
return -1;
}
int k;
for ( j = 0; j < 10000; ++j ) {
k = Remove(GenerateRandomString(tmp), hash_info);
}
if (clock_gettime( CLOCK_REALTIME, &stop) == -1) {
perror( "clock gettime" );
return -1;
}
worktime = ((( stop.tv_sec - start.tv_sec )*1e9 + ( stop.tv_nsec - start.tv_nsec ))*1e-9)/10000;
printf ("%.10f sec for Remove cycle \n", worktime);
// test CleanMemory
if (clock_gettime( CLOCK_REALTIME, &start) == -1) {
perror ("clock gettime");
return -1;
}
for ( j = 0; j < 10000; ++j ) {
hash_table hash_array;
hash_table* hash_info = &hash_array;
hash_info->size = 256;
CreateHash(hash_info);
CleanMemory(hash_info);
}
if (clock_gettime( CLOCK_REALTIME, &stop) == -1) {
perror( "clock gettime" );
return -1;
}
worktime = ((( stop.tv_sec - start.tv_sec )*1e9 + ( stop.tv_nsec - start.tv_nsec ))*1e-9)/10000;
printf ("%.10f sec for CreateHash and CleanMemory cycle\n", worktime);
return 0;
}
void OpenSMOKE_PARDISO_Unsymmetric::Delete()
{
CleanMemory();
delete[] perm;
}
CListContour::~CListContour()
{
CleanMemory();
}
tContour::~tContour()
{
CleanMemory();
}
