int CMuseDataNoteRecord::parseFromRecord(char *line)
{
//information retrievalble from col 13-43
//1.Parse the sound-information from colums 1 to 9
//1.1. normal notes or chords
if(isCharInString(line[0],"ABCDEFGr ")){
//set note-type
rdNoteType=nt_normal;
//chord or not??
if(line[0]==' '){rdFlagChord=1;} else {rdFlagChord=0;}
//parse pitch
if(parsePitchInformation(&line[rdFlagChord],&rdPitchName,&rdPitchChromatic,&rdPitchOctave)){
MUSEERROR(err_ParsePitch,idLineNumber,rdFlagChord);
}
//parse duration
if(parseDurationInformation(&line[5],&rdDuration)){
if( (rdFlagChord) && (parseParameters.lastNoteDuration!=-1) && (isBlanks(line+5,3)) ){
rdDuration=parseParameters.lastNoteDuration;
} else {
MUSEERROR(err_ParseDuration,idLineNumber,6);
}
}
parseParameters.lastNoteDuration=rdDuration;
//parse tie-flag
if(!isCharInString(line[8],"- ")){
MUSEERROR(err_ParseTieFlag,idLineNumber,9)
}
if(line[8]=='-'){rdFlagTied=1;}
}
void StringParser::getUntil(const char *delim,char *str,Integer N)
{
for(;*m_ptr && !isCharInString(*m_ptr,delim) && N>0;
m_ptr++, str++, N--)
{
*str = *m_ptr;
}
}
u8 *stripLeadingChars( u8 *ucString, u8 *ucChars )
{
for( ; *ucString; ucString++){
if(!isCharInString( *ucString, ucChars ) ){
break;
} // if
} // for
return( ucString );
}
void StringParser::skipUntil(const char *delim)
{
while(*m_ptr && !isCharInString(*m_ptr,delim)) m_ptr++;
}
void StringParser::skipChars(const char *chars)
{
// if(!isCharInString(*m_ptr,chars)) m_error=1;
for(;*m_ptr && isCharInString(*m_ptr,chars); m_ptr++) ;
}
