void
MovieEncoder::DisposeData()
{
// If the movie is still opened, close it; this also flushes all tracks
if (fMediaFile && fIsFileOpen)
_CloseFile();
delete fMediaFile; // deletes the track, too
fMediaFile = NULL;
fMediaTrack = NULL;
fFileList = NULL;
}
void main(int argc,char **argv)
{
int fd;
char *path;
if(argc != 2){
printf("invalid argument!\n");
exit(1);
}
path = argv[1];
fd = _CreateFile(path,0770,O_RDONLY);
printf("Creat file -- %s fd -- %d\n",path,fd);
_CloseFile(fd);
exit(0);
}
void main(int argc,char **argv)
{
int n = 0;
int fd;
char *path;
char buf[BUFSIZ];
if(argc != 2){
printf("invalid argument!\n");
exit(1);
}
path = argv[1];
fd = _OpenFile(path,O_RDONLY);
printf("readfile fd -- %d\n",fd);
if(fd != -1){
bzero(buf,BUFSIZ);
n = _ReadFile(fd,buf,BUFSIZ,0);
printf("read -- %s\n",buf);
_CloseFile(fd);
}
exit(0);
}
bool Config1::_ParseFile(LPWSTR pstrFile, LPDWORD pdwErrorLine, CONFIGFILE *pcf)
{
Mem::_zero(pcf, sizeof(CONFIGFILE));
if(pdwErrorLine)*pdwErrorLine = 0;
//Открываем файл.
LPSTR *pstrStrings;
DWORD dwStringsCount;
{
Fs::MEMFILE mf;
if(!Fs::_fileToMem(pstrFile, &mf, false))return false;
if(mf.dwSize <= UTF8_BOM_SIZE || mf.dwSize > MAX_CONFIG_SIZE){Fs::_CloseMemFile(&mf); return false;}
BYTE bDataOffset = 0;
if(Str::_UTF8IsBOM(mf.pData))bDataOffset = UTF8_BOM_SIZE;
dwStringsCount = Str::_SplitToStringsA((LPSTR)mf.pData + bDataOffset, mf.dwSize - bDataOffset, &pstrStrings, Str::STS_TRIM);
Fs::_CloseMemFile(&mf);
if(dwStringsCount == (DWORD)(-1))return false;
}
//Обработка строк.
VAR **pvTree = NULL;
DWORD dwTree = 0;
bool rVal = true;
VAR *pvLast = NULL;
DWORD iCurLine = 0;
for(; iCurLine < dwStringsCount; iCurLine++)if(pstrStrings[iCurLine] != NULL && pstrStrings[iCurLine][0] != 0)
{
LPSTR pCur = pstrStrings[iCurLine];
//Игнорируем коментарии.
if(pCur[0] == '#' || pCur[0] == ';' || (pCur[0] == '/' && pCur[1] == '/'))continue;
//Получаем аргументы.
LPSTR *pstrArgs;
DWORD dwArgsCount = Str::_GetArgumentsA(pCur, Str::_LengthA(pCur), &pstrArgs, Str::STA_FORMAT_C);
if(dwArgsCount == (DWORD)(-1)){rVal = false; goto END;}
if(dwArgsCount == 0)continue;
//Управление потомками.
if(dwArgsCount == 1 && pstrArgs[0][1] == 0)
{
register char c = pstrArgs[0][0];
if(c == '{' || c == '}')
{
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
if(c == '{')
{
if(pvLast == NULL || //Нет родителя.
(dwTree > 0 && pvTree[dwTree - 1] == pvLast) || //Поворное указание ковычек. Напимер. ds {{
!Mem::reallocEx(&pvTree, sizeof(VAR *) * (dwTree + 1))) //Нехватае памяти.
{
rVal = false;
goto END;
}
pvTree[dwTree++] = pvLast;
}
else if(/*c == '}' && */dwTree-- == 0)
{
rVal = false;
break;
}
continue;
}
}
//Конвертируем UTF-8 в unicode.
for(DWORD a = 0; a < dwArgsCount; a++)
{
LPWSTR pt = Str::_utf8ToUnicode((LPBYTE)pstrArgs[a], -1);
if(pt == NULL)
{
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
rVal = false;
goto END;
}
Mem::free(pstrArgs[a]);
pstrArgs[a] = (LPSTR)pt;
}
//Создаем переменную.
if((pvLast = _AddVar(dwTree > 0 ? pvTree[dwTree - 1] : NULL, pcf, (LPWSTR *)pstrArgs, dwArgsCount)) == NULL)
{
rVal = false;
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
goto END;
}
pvLast->dwSourceLine = iCurLine + 1;
}
END:
Mem::free(pvTree);
Mem::freeArrayOfPointers(pstrStrings, dwStringsCount);
if(rVal == false)
{
if(pdwErrorLine)*pdwErrorLine = iCurLine + 1;
_CloseFile(pcf);
}
return rVal;
}
void Logger::CloseLogger()
{
_CloseFile();
}
bool Config1::_ParseFile(LPWSTR pstrFile, LPDWORD pdwErrorLine, CONFIGFILE *pcf)
{
Mem::_zero(pcf, sizeof(CONFIGFILE));
if(pdwErrorLine)*pdwErrorLine = 0;
//Open the file.
LPSTR *pstrStrings;
DWORD dwStringsCount;
{
Fs::MEMFILE mf;
if(!Fs::_fileToMem(pstrFile, &mf, false))return false;
if(mf.dwSize <= UTF8_BOM_SIZE || mf.dwSize > MAX_CONFIG_SIZE){Fs::_CloseMemFile(&mf); return false;}
BYTE bDataOffset = 0;
if(Str::_UTF8IsBOM(mf.pData))bDataOffset = UTF8_BOM_SIZE;
dwStringsCount = Str::_SplitToStringsA((LPSTR)mf.pData + bDataOffset, mf.dwSize - bDataOffset, &pstrStrings, Str::STS_TRIM);
Fs::_CloseMemFile(&mf);
if(dwStringsCount == (DWORD)(-1))return false;
}
//Processing lines.
VAR **pvTree = NULL;
DWORD dwTree = 0;
bool rVal = true;
VAR *pvLast = NULL;
DWORD iCurLine = 0;
for(; iCurLine < dwStringsCount; iCurLine++)if(pstrStrings[iCurLine] != NULL && pstrStrings[iCurLine][0] != 0)
{
LPSTR pCur = pstrStrings[iCurLine];
//Ignore the comments.
if(pCur[0] == '#' || pCur[0] == ';' || (pCur[0] == '/' && pCur[1] == '/'))continue;
//Obtain the arguments.
LPSTR *pstrArgs;
DWORD dwArgsCount = Str::_GetArgumentsA(pCur, Str::_LengthA(pCur), &pstrArgs, Str::STA_FORMAT_C);
if(dwArgsCount == (DWORD)(-1)){rVal = false; goto END;}
if(dwArgsCount == 0)continue;
//Office of the descendants.
if(dwArgsCount == 1 && pstrArgs[0][1] == 0)
{
register char c = pstrArgs[0][0];
if(c == '{' || c == '}')
{
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
if(c == '{')
{
if(pvLast == NULL || //No parent.
(dwTree > 0 && pvTree[dwTree - 1] == pvLast) || //Povornoe indication of the quotes. Napimer. ds {{
!Mem::reallocEx(&pvTree, sizeof(VAR *) * (dwTree + 1))) //A shortage of memory.
{
rVal = false;
goto END;
}
pvTree[dwTree++] = pvLast;
}
else if(/*c == '}' & &*/dwTree-- == 0)
{
rVal = false;
break;
}
continue;
}
}
//Convert UTF-8 to unicode.
for(DWORD a = 0; a < dwArgsCount; a++)
{
LPWSTR pt = Str::_utf8ToUnicode((LPBYTE)pstrArgs[a], -1);
if(pt == NULL)
{
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
rVal = false;
goto END;
}
Mem::free(pstrArgs[a]);
pstrArgs[a] = (LPSTR)pt;
}
//Create a variable.
if((pvLast = _AddVar(dwTree > 0 ? pvTree[dwTree - 1] : NULL, pcf, (LPWSTR *)pstrArgs, dwArgsCount)) == NULL)
{
rVal = false;
Mem::freeArrayOfPointers(pstrArgs, dwArgsCount);
goto END;
}
pvLast->dwSourceLine = iCurLine + 1;
}
END:
Mem::free(pvTree);
Mem::freeArrayOfPointers(pstrStrings, dwStringsCount);
if(rVal == false)
{
if(pdwErrorLine)*pdwErrorLine = iCurLine + 1;
_CloseFile(pcf);
}
return rVal;
}
