void WriteOutput(unsigned long Number) {
char String[35];
_ultoa(Number, String, 10);
WriteUnicodeString(_totchar(String));
}
void WriteOutput(float Number) {
char String[35];
_gcvt(Number, 10, String);
WriteUnicodeString(_totchar(String));
}
void WriteOutput(int Number) {
char String[35];
_itoa(Number, String, 10);
WriteUnicodeString(_totchar(String));
}
void WriteOutput(_TCHAR* String) {
WriteUnicodeString(String);
}
void WriteOutput(char* String) {
WriteUnicodeString(_totchar(String));
}
void WriteOutput(char Char) {
WriteUnicodeString(_totchar(&Char));
}
void Export_VL(FILE *outf)
{
struct _VLSTRUCT_ *OutVL=NULL; //The prepared VL structure to write to file
struct VL_Text_entry *curtext=NULL; //Conductor for the text chunk list
struct VL_Text_entry *textnext=NULL; //Used for OutVL deallocation
struct VL_Sync_entry *cursync=NULL; //Conductor for the sync chunk list
struct VL_Sync_entry *syncnext=NULL; //Used for OutVL deallocation
unsigned long ctr=0;
long filepos=0;
assert_wrapper(outf != NULL); //This must not be NULL
assert_wrapper(Lyrics.piececount != 0); //This function is not to be called with an empty Lyrics structure
if(Lyrics.verbose) printf("\nExporting VL lyrics to file \"%s\"\n\n",Lyrics.outfilename);
//Write VL header: 'V','L','2',0
fputc_err('V',outf);
fputc_err('L',outf);
fputc_err('2',outf);
fputc_err(0,outf);
//Pad the next four bytes, which are supposed to hold the size of the file, minus the size of the VL header (8 bytes)
WriteDWORDLE(outf,0);
if(Lyrics.verbose>=2) (void) puts("Writing text chunk");
//Write Text chunk header: 'T','E','X','T'
fputc_err('T',outf);
fputc_err('E',outf);
fputc_err('X',outf);
fputc_err('T',outf);
//Pad the next four bytes, which are supposed to hold the size of the header chunk, minus the size of the chunk header (8 bytes)
WriteDWORDLE(outf,0);
//Convert the Offset string to centiseconds from milliseconds (as this is how the VL format interprets it)
if((Lyrics.Offset != NULL)) //If there is an offset
{
if(strlen(Lyrics.Offset) < 2) //If the offset is 0 or 1 characters long, it will be lost, free the string
{
free(Lyrics.Offset);
Lyrics.Offset=NULL;
}
else
Lyrics.Offset[strlen(Lyrics.Offset)-1]='\0'; //Truncate last digit to effectively divide by ten
}
//Write 8 Unicode strings, for Title, Artist, Album, Editor, Offset and 3 empty strings
WriteUnicodeString(outf,Lyrics.Title);
WriteUnicodeString(outf,Lyrics.Artist);
WriteUnicodeString(outf,Lyrics.Album);
WriteUnicodeString(outf,Lyrics.Editor);
WriteUnicodeString(outf,NULL); //The Offset tag should be 0 because all timestamps are written as being absolute
WriteUnicodeString(outf,NULL);
WriteUnicodeString(outf,NULL);
WriteUnicodeString(outf,NULL);
//Create sync and lyric structures
OutVL=VL_PreWrite();
//Write lyric strings
curtext=OutVL->Lyrics;
if(Lyrics.verbose) (void) puts("Writing VL file");
while(curtext != NULL) //For each text chunk
{
assert_wrapper(curtext->text != NULL);
if(Lyrics.verbose) printf("\tText chunk entry written: \"%s\"\n",curtext->text);
WriteUnicodeString(outf,curtext->text);
curtext=curtext->next; //Point to next text chunk entry
}
//Write padding if necessary
ctr=ftell_err(outf)%4; //ctr=# of padding bytes needed to align output file position to a DWORD boundary
while(ctr--) //For each byte of padding necessary
fputc_err(0,outf);
//Go back and write the text chunk size after the text chunk header
filepos=ftell_err(outf); //Store file position
OutVL->textsize=filepos-16; //File position - VL and Text header sizes = text chunk size
fseek_err(outf,12,SEEK_SET); //File position 12 is where the text chunk size is to be stored
WriteDWORDLE(outf,OutVL->textsize); //Write text chunk size to file
fseek_err(outf,filepos,SEEK_SET); //Seek back to the end of the text chunk (where the Sync chunk will begin)
if(Lyrics.verbose>=2) (void) puts("Writing Sync chunk");
//Write Sync chunk header: 'S','Y','N','C'
fputc_err('S',outf);
fputc_err('Y',outf);
fputc_err('N',outf);
fputc_err('C',outf);
//Pad the next four bytes, which are supposed to hold the size of the sync chunk, minus the size of the chunk header (8 bytes)
WriteDWORDLE(outf,0);
//Write sync entries
cursync=OutVL->Syncs;
while(cursync != NULL)
{
WriteWORDLE(outf,cursync->lyric_number);//Write lyric line number this sync entry pertains to
WriteWORDLE(outf,0); //Write reserved Word value
WriteWORDLE(outf,cursync->start_char); //Write start offset
WriteWORDLE(outf,cursync->end_char); //Write end offset
WriteDWORDLE(outf,cursync->start_time); //Write start time
WriteDWORDLE(outf,cursync->end_time); //Write end time
cursync=cursync->next;
}
//Go back and write the sync chunk size after the sync chunk header
filepos=ftell_err(outf); //Store file position
OutVL->syncsize=filepos - OutVL->textsize - 24; //File position - Text chunk size - 3 header sizes = sync chunk size
fseek_err(outf,OutVL->textsize+20,SEEK_SET); //File position for sync chunk size is text chunk size +2.5 headers
WriteDWORDLE(outf,OutVL->syncsize); //Write sync chunk size to file
//Go back and write the VL file size after the VL header, which completes the VL export
filepos-=8; //Subtract the VL header size from the total file size
fseek_err(outf,4,SEEK_SET); //File posistion for VL file size is after the "VL2\0" string
WriteDWORDLE(outf,filepos); //Write the VL file size - header value
//Destroy the OutVL structure
if(Lyrics.verbose>=2) (void) puts("\tReleasing memory from export VL structure");
curtext=OutVL->Lyrics; //Point conductor at first text chunk entry
while(curtext != NULL) //For each text chunk entry
{
textnext=curtext->next;
if(curtext->text != NULL)
free(curtext->text); //Free string
free(curtext); //Free text chunk structure
curtext=textnext;
}
cursync=OutVL->Syncs; //Point conductor at first sync chunk entry
while(cursync != NULL) //For each sync chunk entry
{
syncnext=cursync->next;
free(cursync); //Free sync chunk structure
cursync=syncnext;
}
free(OutVL);
if(Lyrics.verbose) printf("\nVL export complete. %lu lyrics written\n",Lyrics.piececount);
}