//--------------------------------------------------------------------------- int32_t PacketFile::open(FilePtr _parent, uint32_t fileSize, int32_t numChild) { int32_t result = File::open(_parent, fileSize, numChild); if(result != NO_ERROR) return(result); result = afterOpen(); return(result); }
//--------------------------------------------------------------------------- int32_t CSVFile::open(FilePtr _parent, uint32_t fileSize, int32_t numChild) { numChild = -1; //Force all parented CSVs to load from RAM. int32_t result = File::open(_parent, fileSize, numChild); if(result != NO_ERROR) return(result); result = afterOpen(); return(result); }
//--------------------------------------------------------------------------- int32_t CSVFile::open(PCSTR fName, FileMode _mode, int32_t numChild) { int32_t result = File::open(fName, _mode, numChild); if(result != NO_ERROR) return(result); seek(0); result = afterOpen(); return(result); }
int32_t PacketFile::createWithCase(PSTR fName) { int32_t openResult = File::createWithCase(fName); if(openResult != NO_ERROR) { return(openResult); } openResult = afterOpen(); return(openResult); }
//--------------------------------------------------------------------------- int32_t PacketFile::open(PSTR fName, FileMode _mode, int32_t numChild) { int32_t openResult = File::open(fName, _mode, numChild); if(openResult != NO_ERROR) { return(openResult); } openResult = afterOpen(); return(openResult); }
//--------------------------------------------------------------------------- long PacketFile::open (FilePtr _parent, unsigned long fileSize, long numChild) { long result = File::open(_parent,fileSize,numChild); if (result != NO_ERR) return(result); result = afterOpen(); return(result); }
//--------------------------------------------------------------------------- long CSVFile::open (FilePtr _parent, unsigned long fileSize, long numChild) { numChild = -1; //Force all parented CSVs to load from RAM. long result = File::open(_parent,fileSize,numChild); if (result != NO_ERR) return(result); result = afterOpen(); return(result); }
//--------------------------------------------------------------------------- long CSVFile::open (const char* fName, FileMode _mode, long numChild) { long result = File::open(fName,_mode,numChild); if (result != NO_ERR) return(result); seek(0); result = afterOpen(); return(result); }
long PacketFile::createWithCase( char* fName ) { long openResult = File::createWithCase(fName); if (openResult != NO_ERR) { return(openResult); } openResult = afterOpen(); return(openResult); }
//--------------------------------------------------------------------------- long PacketFile::open (char* fName, FileMode _mode, long numChild) { long openResult = File::open(fName,_mode,numChild); if (openResult != NO_ERR) { return(openResult); } openResult = afterOpen(); return(openResult); }
bool BaseFile::open(const std::string & fileName) { if(!FileExists(fileName)) { setLatestError(BaseFile::FileNotFound); return false; } if(!clear()) return false; doClose(); if(!doRead(fileName)) return false; afterOpen(); setFileName(fileName); setOpened(); return true; }
bool Mp3Decoder::openFile( FILE*& file ) { _handle = mpg123_new(NULL, NULL); if(_handle == NULL) { printf("mpg123_new failed\n"); return false; } _file = file; int res = mpg123_open_fd(_handle, _file->_file); if(res != MPG123_OK) { printf("mpg123_open_handle failed\n"); return false; } return afterOpen(); }
bool Mp3Decoder::open( Downloader* downloader ) { _handle = mpg123_new(NULL, NULL); if(_handle == NULL) { printf("mpg123_new failed\n"); return false; } mpg123_replace_reader_handle(_handle, g_read, NULL, NULL); int res = mpg123_param(_handle, MPG123_FLAGS, MPG123_FUZZY | MPG123_SEEKBUFFER | MPG123_GAPLESS, 0); assert(res == MPG123_OK); res = mpg123_open_handle(_handle, downloader); if(res != MPG123_OK) { printf("mpg123_open_handle failed\n"); return false; } _downloader = downloader; return afterOpen(); }
void CFormulatorDoc::afterNew() { afterOpen(QString()); }