/** \brief Initialize the uParserBed object (open file and parse header).
* \param const std::string& filename: name of the bed file to parse.
* \param bool header: true if there is a header to parse (value at false by default).
*/
void uParserBed::init(const std::string& filename, bool header)
{
uParserBase::init(filename, header);
if (header == true)
{
_parseHeader();
}
m_headerParsed = true;
m_delimiter = '\t';
}
int NDHttpRequest::ParseData()
{
if (0== m_parseStat) {
return _parseInit() ;
}
else if(1==m_parseStat) {
return _parseHeader();
}
else if(2==m_parseStat){
return _parseBody() ;
}
return 0;
}
//
// setString():
//
void MadelineTable::setString(std::string inString){
_readString(inString);
_getLineCount();
_allocateLineInformationVector();
_assignLinePointers();
_determineNumberOfBlocks();
_assignRecordTypes();
_checkDataBlockRectangularity();
_calculateColumnFillRates();
_determineNumberOfColumns();
_determineFieldBoundaries();
_parseHeader();
//
// Now Handled downstream in DataTable instead:
//_classifyColumns();
// This is basically obsoleted now because DataTable now handles classification:
//_resolveDeclaredVersusDiscoveredColumnTypes();
//
_fillVectors();
// DEBUG:
//display();
}
Song* MidiParser::parseMidi(const char* filename, Instrument instrument, SongDifficulty difficulty)
{
Song* song = new Song();
FILE* fp;
uint64_t currentTimestamp = 0;
NoteEvent* lastStage = NULL;
bool press = false;
bool lastEventPress = false;
bool stagedForRelease[5] = { false, false, false, false, false };
if (fopen_s(&fp, filename, "rb"))
return NULL;
// Add release at beginning of song
NoteEvent initialEvent;
initialEvent.timestamp = 0;
initialEvent.key = GREEN;
initialEvent.press = false;
initialEvent.type = PREPARE;
song->add(initialEvent);
initialEvent.key = RED;
song->add(initialEvent);
initialEvent.key = YELLOW;
song->add(initialEvent);
initialEvent.key = BLUE;
song->add(initialEvent);
initialEvent.key = ORANGE;
song->add(initialEvent);
initialEvent.timestamp = 250;
initialEvent.type = ACTUATE;
song->add(initialEvent);
// Get tempo from header track
uint64_t microsPerTick = _parseHeader(fp);
// For bass part, skip guitar track
uint32_t trackLen;
fseek(fp, 4, SEEK_CUR);
fread_s(&trackLen, 4, 4, 1, fp);
trackLen = _byteswap_ulong(trackLen);
if (instrument == BASS)
{
fseek(fp, trackLen + 4, SEEK_CUR);
fread_s(&trackLen, 4, 4, 1, fp);
trackLen = _byteswap_ulong(trackLen);
}
// Parse instrument track
long endPos = ftell(fp) + trackLen;
uint64_t lastUsedTimestamp = 0;
while (ftell(fp) < endPos)
{
// Update running timestamp
uint64_t deltaTime = (uint64_t)(_readVariableLen(fp)) * microsPerTick;
currentTimestamp += deltaTime;
uint8_t cmd;
fread_s(&cmd, 1, 1, 1, fp);
// Skip any meta events
if (cmd == 0xFF)
{
fseek(fp, 1, SEEK_CUR);
fseek(fp, _readVariableLen(fp), SEEK_CUR);
}
else
{
NoteEvent noteEvent;
noteEvent.type = PREPARE;
bool goodEvent = true;
// Check if button is pressed or released
if (cmd == 0x90)
{
press = true;
fread_s(&cmd, 1, 1, 1, fp);
}
else if (cmd == 0x80)
{
press = false;
fread_s(&cmd, 1, 1, 1, fp);
}
noteEvent.press = press;
if (press)
noteEvent.timestamp = currentTimestamp - 250; // PREPARE needs to happen before ACTUATE
else
noteEvent.timestamp = currentTimestamp - 750; // Release needs to happen before press
// Get key based on difficulty
if (cmd == _greenButton[difficulty])
noteEvent.key = GREEN;
else if (cmd == _redButton[difficulty])
noteEvent.key = RED;
else if (cmd == _yellowButton[difficulty])
noteEvent.key = YELLOW;
else if (cmd == _blueButton[difficulty])
noteEvent.key = BLUE;
else if (cmd == _orangeButton[difficulty])
noteEvent.key = ORANGE;
else
goodEvent = false;
if (goodEvent)
{
bool isChord = false;
// If we have a new timestamp, we need to have an actuation of the previous note
if (noteEvent.timestamp > lastUsedTimestamp)
{
NoteEvent actuateEvent;
actuateEvent.timestamp = lastUsedTimestamp + 250;
actuateEvent.key = GREEN;
actuateEvent.press = false;
if (lastEventPress)
{
actuateEvent.type = ACTUATE;
for (int i = 0; i < 5; ++i)
stagedForRelease[i] = false;
lastStage = NULL;
}
else
actuateEvent.type = STAGE;
song->add(actuateEvent);
if (actuateEvent.type == STAGE)
lastStage = &(*song)[song->size - 1];
lastUsedTimestamp = noteEvent.timestamp;
}
else
isChord = true;
// If this buttonpress is staged for release, we need to commit the previous actuate event first
if ((isChord || (noteEvent.press && stagedForRelease[noteEvent.key])) && lastStage != NULL)
{
lastStage->type = ACTUATE;
for (int i = 0; i < 5; ++i)
stagedForRelease[i] = false;
lastStage = NULL;
}
song->add(noteEvent);
if (!noteEvent.press)
stagedForRelease[noteEvent.key] = true;
lastEventPress = noteEvent.press;
}
// Skip velocity
fseek(fp, 1, SEEK_CUR);
}
}
// Add release at end of song
NoteEvent finalEvent;
finalEvent.timestamp = lastUsedTimestamp + 250;
finalEvent.key = GREEN;
finalEvent.press = false;
finalEvent.type = ACTUATE;
song->add(finalEvent);
return song;
}