💾 Archived View for runjimmyrunrunyoufuckerrun.com › src › foreign › abcmidi › debug.c captured on 2021-12-17 at 13:26:06.
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/* debug.c */
/* part of yaps - abc to PostScript converter */
/* print tune data structure to screen for debugging purposes only */
#include <stdio.h>
#include "abc.h"
#include "structs.h"
void showfeature(struct feature *ft)
{
char* astring;
struct fract* afract;
struct key* akey;
struct rest* arest;
struct tuple* atuple;
struct note* anote;
cleftype_t* theclef; /* [JA] 2020-10-19 */
switch (ft->type) {
case SINGLE_BAR: printf("SINGLE_BAR\n");
break;
case DOUBLE_BAR: printf("DOUBLE_BAR\n");
break;
case BAR_REP: printf("BAR_REP\n");
break;
case REP_BAR: printf("REP_BAR\n");
break;
case REP1: printf("REP1\n");
break;
case REP2: printf("REP2\n");
break;
case PLAY_ON_REP:
printf("PLAY_ON_REP %s\n", (char*)ft->item.voidptr);
break;
case BAR1: printf("BAR1\n");
break;
case REP_BAR2: printf("REP_BAR2\n");
break;
case DOUBLE_REP: printf("DOUBLE_REP\n");
break;
case THICK_THIN: printf("THICK_THIN\n");
break;
case THIN_THICK: printf("THIN_THICK\n");
break;
case PART: printf("PART\n");
astring = ft->item.voidptr;
break;
case TEMPO: printf("TEMPO\n");
break;
case TIME:
afract = ft->item.voidptr;
printf("TIME %d / %d\n", afract->num, afract->denom);
break;
case KEY: printf("KEY\n");
akey = ft->item.voidptr;
break;
case REST: printf("REST\n");
arest = ft->item.voidptr;
break;
case TUPLE: printf("TUPLE\n");
atuple = ft->item.voidptr;
break;
case NOTE:
anote = ft->item.voidptr;
printf("NOTE %c%c %d / %d\n", anote->accidental, anote->pitch,
anote->len.num, anote->len.denom);
if (anote->gchords != NULL) {
astring = firstitem(anote->gchords);
while (astring != NULL) {
printf("gchord: %s\n", astring);
astring = nextitem(anote->gchords);
};
};
if (anote->syllables != NULL) {
astring = firstitem(anote->syllables);
while (astring != NULL) {
printf("syllable: %s\n", astring);
astring = nextitem(anote->syllables);
};
};
printf("stemup=%d beaming=%d base =%d base_exp=%d x=%.1f left=%.1f right=%.1f\n",
anote->stemup, anote->beaming, anote->base, anote->base_exp,
ft->x, ft->xleft, ft->xright);
break;
case CHORDNOTE:
anote = ft->item.voidptr;
printf("CHORDNOTE %c%c %d / %d\n", anote->accidental, anote->pitch,
anote->len.num, anote->len.denom);
printf("stemup=%d beaming=%d base =%d base_exp=%d x=%.1f left=%.1f right=%.1f\n",
anote->stemup, anote->beaming, anote->base, anote->base_exp,
ft->x, ft->xleft, ft->xright);
printf("x=%.1f\n", ft->x);
break;
case NONOTE: printf("NONOTE\n");
break;
case OLDTIE: printf("OLDTIE\n");
break;
case TEXT: printf("TEXT\n");
break;
case SLUR_ON: printf("SLUR_ON\n");
break;
case SLUR_OFF: printf("SLUR_OFF\n");
break;
case TIE: printf("TIE\n");
break;
case CLOSE_TIE: printf("CLOSE_TIE\n");
break;
case TITLE: printf("TITLE\n");
break;
case CHANNEL: printf("CHANNEL\n");
break;
case TRANSPOSE: printf("TRANSPOSE\n");
break;
case RTRANSPOSE: printf("RTRANSPOSE\n");
break;
case GRACEON: printf("GRACEON\n");
break;
case GRACEOFF: printf("GRACEOFF\n");
break;
case SETGRACE: printf("SETGRACE\n");
break;
case SETC: printf("SETC\n");
break;
case GCHORD: printf("GCHORD\n");
break;
case GCHORDON: printf("GCHORDON\n");
break;
case GCHORDOFF: printf("GCHORDOFF\n");
break;
case VOICE: printf("VOICE\n");
break;
case CHORDON: printf("CHORDON\n");
break;
case CHORDOFF: printf("CHORDOFF\n");
break;
case SLUR_TIE: printf("SLUR_TIE\n");
break;
case TNOTE: printf("TNOTE\n");
break;
case LT: printf("LT\n");
break;
case GT: printf("GT\n");
break;
case DYNAMIC: printf("DYNAMIC\n");
break;
case LINENUM:
printf("LINENUM %d\n", ft->item.number);
break;
case MUSICLINE: printf("MUSICLINE\n");
break;
case PRINTLINE: printf("PRINTLINE\n");
break;
case MUSICSTOP: printf("MUSICSTOP\n");
break;
case WORDLINE: printf("WORDLINE\n");
break;
case WORDSTOP: printf("WORDSTOP\n");
break;
case INSTRUCTION: printf("INSTRUCTION\n");
break;
case NOBEAM: printf("NOBEAM\n");
break;
case CLEF: printf("CLEF\n");
theclef = ft->item.voidptr;
break;
case SPLITVOICE: printf("SPLITVOICE\n");
default:
printf("unknown type: %d\n", (int)ft->type);
break;
};
}
static int showline(v)
struct voice* v;
/* draws one line of music from specified voice */
{
struct feature* ft;
/* struct note* anote;
struct key* akey;
char* astring;
struct fract* afract;
struct rest* arest;
struct tuple* atuple;
cleftype_t* theclef; /* [JA] 2020-10-19 */
int sharps;
struct chord* thischord;
int chordcount;
int printedline;
if (v->place == NULL) {
return(0);
};
chordcount = 0;
v->beamed_tuple_pending = 0;
thischord = NULL;
if (v->keysig == NULL) {
event_error("Voice has no key signature");
} else {
sharps = v->keysig->sharps;
};
ft = v->place;
printedline = 0;
while ((ft != NULL) && (!printedline)) {
/* printf("type = %d\n", ft->type); */
showfeature(ft);
ft = ft->next;
};
v->place = ft;
return(1);
}
void showtune(struct tune* t)
/* print abc structure to the screen */
{
char* atitle;
int notesdone;
struct voice* thisvoice;
notesdone = 0;
atitle = firstitem(&t->title);
while (atitle != NULL) {
printf("TITLE: %s\n", atitle);
atitle = nextitem(&t->title);
};
if (t->composer != NULL) {
printf("COMPOSER: %s\n", t->composer); /* [SDG] 2020-06-03 */
};
if (t->origin != NULL) {
printf("ORIGIN: %s\n", t->origin);
};
if (t->parts != NULL) {
printf("PARTS: %s\n", t->parts);
};
thisvoice = firstitem(&t->voices);
while (thisvoice != NULL) {
thisvoice->place = thisvoice->first;
thisvoice = nextitem(&t->voices);
};
/*
doneline = 1;
while(doneline) {