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;}
}
int CMuseDataHeader::parseMusicalAttributes(char*line,int lineNr)
{
attributesRead=1;
if(line[1]!=' '){
MUSEERROR(err_EditorialLevelNotSupported,lineNr,2);
}
if(line[2]!=' '){
MUSEERROR(err_FootnoteNotSupported,lineNr,3);
}
if(line[1]==0){return 0;}
if(line[2]==0){return 0;}
int col=3;
while(line[col]!=0){
int rv=0;
switch(line[col]){
//single-integer-attributes:
case 'K':rv=parseAttribute(&line[col+1],&rdKey);break;
case 'Q':rv=parseAttribute(&line[col+1],&rdDivisionsPerQuarter);break;
case 'X':rv=parseAttribute(&line[col+1],&rdTransposingPart);break;
case 'S':rv=parseAttribute(&line[col+1],&rdNumberOfStaves);break;
case 'I':rv=parseAttribute(&line[col+1],&rdNumberOfInstruments);break;
//clefs:
case 'C':
if(line[col+1]==':'){rv=parseAttribute(&line[col+1],&rdClef[0]);break;}
if(line[col+1]=='1'){rv=parseAttribute(&line[col+2],&rdClef[0]);break;}
if(line[col+1]=='2'){rv=parseAttribute(&line[col+2],&rdClef[1]);break;}
rv=-1;break;
//directives:
case 'D':
if(line[col+1]==':'){strncpy(rdDirective[0],&line[col+2],80);break;}
if(line[col+1]=='1'){
if(line[col+2]==':') {strncpy(rdDirective[0],&line[col+3],80);break;}
else {rv=-1;break;}
}
if(line[col+1]=='2'){
if(line[col+2]==':') {strncpy(rdDirective[1],&line[col+3],80);break;}
else {rv=-1;break;}
}
}
if(rv){
MUSEERROR(err_ParseAttribute,lineNr,col);
}
//find next blank
while( (line[col]!=0) && (line[col]!=' ') ){col++;}
if(line[col]==' '){col++;}
}
return 0;
}
int CMuseDataFile::parseLoop(FILE * f)
{
char line[81];
while(!feof(f)){
//read one line from file
parseLineNumber++;
if(fgets(line,80,f)==NULL){
if(feof(f)){
continue;
} else {
MUSEERROR(err_ReadInputFile,parseLineNumber,0);
}
}
//beautify read line: fill end with blanks and remove eol-sign
for(int i=0;i<80;i++){
if( (line[i]=='\n') || (line[i]==0) ){
for(i;i<80;i++){line[i]=' ';}
}
}
line[80]=0;
//parse the line
if(parseLine(line)!=0){return -1;}
}
return 0;
}
int CMuseDataFile::readFromFile(char *filename)
{
FILE * file=fopen(filename,"rt");
if(file==NULL){
MUSEERROR(err_OpenInputFile,0,0);
return -1;
}
if(parseInit()!=0){
fclose(file);
MUSEERROR(err_ParsingAbborted,0,0);
return -1;
} else {
if(parseLoop(file)!=0){
fclose(file);
MUSEERROR(err_ParsingAbborted,0,0);
return -1;
}
}
fclose(file);
MUSEERROR(err_ParsingCompleted,0,0);
return 0;
}
int CMuseDataEndRecord::parseFromRecord(char *line)
{
if(strncmp(line,"/FINE",5)){
rdEndRecordType=ert_fine;
} else {
if(strncmp(line,"/END",4)){
rdEndRecordType=ert_end;
} else {
MUSEERROR(err_UnknownRecordType,idLineNumber,0);
}
}
return 0;
}
int CConversionOptions::parseCommandLine(int argc, char **argv)
{
if(argc<2){
MUSEERROR(err_NoInputFile,0,0)
}
//Last option is sourcefile!
sourceFile=argv[argc-1];
//parse the other options
for(int i=1;i<argc-1;i++){
parseOption(argv[i]);
}
return 0;
}
int CMuseDataFile::parseDataRecord(char * line)
{
CMuseDataDataRecord* newRecord=NULL;
switch(line[0]){
case 'A':
case 'B':
case 'C':
case 'D':
case 'E':
case 'F':
case 'G':
case 'r':
case ' ':
case 'c':
case 'g':
newRecord=new CMuseDataNoteRecord();break;
case 'f':
MUSEERROR(err_UnsupportedRecord,parseLineNumber,0);
return 0;
case 'b':
case 'i':
newRecord=new CMuseDataCombineDivideRecord();break;
case 'm':
newRecord=new CMuseDataMeasureLineRecord(); break;
case '*':
MUSEERROR(err_UnsupportedRecord,parseLineNumber,0);
return 0;
//case '@':break; //handled in parseLine
//case '&':break; //handled in parseLine
case '/':
newRecord=new CMuseDataEndRecord();break;
case 'P':
//for printing-suggestions we can't simply create a new record,
//instead we send them to the last read record, if there was any
if(parseLastParsedDataRecord==NULL){
MUSEERROR(err_PrintSuggestion,parseLineNumber,0);
return 0; //no record before, sniff
} else {
return parseLastParsedDataRecord->parsePrintSuggestionRecord(line);
}
break;
case 'a':
//Append-Records are handled like P-records!
if(parseLastParsedDataRecord==NULL){
MUSEERROR(err_PrintSuggestion,parseLineNumber,0);
return 0; //no record before
} else {
return parseLastParsedDataRecord->parseAppendRecord(line);
}
break;
case 'S':
MUSEERROR(err_UnsupportedRecord,parseLineNumber,0);
return 0;
case '$':
newRecord=new CMuseDataMusicalAttributesRecord();
break;
default:
MUSEERROR(err_UnknownRecordType,parseLineNumber,0);
return 0;
}
if(newRecord==NULL){
MUSEERROR(err_InternalMemNoRecordObject,parseLineNumber,0);
return 0;
}
//set new records line-number from file
newRecord->setLineNumber(parseLineNumber);
//parse the record
int retVal=newRecord->parseFromRecord(line);
if(retVal!=0){
return -1;
}
//store new record
recordList.appendRecord(newRecord);
//maybe the next record is an Addition to this one, so we store it here
parseLastParsedDataRecord=newRecord;
return 0;
}