int rc_getbuttons(FILE *file, char ***pbutton){
char *s;
int count;
// count buttons
count = 0;
fseek(file, 0, SEEK_SET);
while((s = rc_gettoken(file)) != NULL){
if(strcmp(s, "button") == 0)
count++;
}
// read buttons
*pbutton = (char **)calloc(count, sizeof(char *));
count = 0;
fseek(file, 0, SEEK_SET);
while((s = rc_gettoken(file)) != NULL){
if(strcmp(s, "button") == 0){
s = rc_gettoken(file);
(*pbutton)[count++] = strdup(s);
}
}
return count;
}
/* pointer to the beginning of the results. */
int rd_parse (char func_name [], int break_no, char * last_break, char ** results) {
struct element *e;
int number;
int err;
struct rasl_instruction *translation, *q;
char *blk_temp;
/* don't need to allocate memory for tables etc. */
/* set the output stream. */
fdlis = rdout;
/* initialize the parser. */
err = 0;
rc_initrp ();
last_label = 1;
/* get the first token and extract the function name. */
token = rc_gettoken ();
if (token != LCBRAK) {
fprintf (rdout, "Illegal pattern.\n");
return 1;
}
strcpy (func_name, str);
nonret = (char *) malloc (MEM_BLK_SIZE);
if (nonret == NULL) {
fprintf (stderr,"Can\'t allocate memory.\n");
return 1;
}
nrptr = 0;
/* parse the pattern expression. */
token = rc_gettoken ();
e = refal_expression (0);
if (token != '>') {
fprintf (rdout, "Missing \'>\'\n");
free ((void *) e);
err = 1;
}
if (e == NULL) err = 2;
else if (nerrors > 0) {
free ((void *) e);
err = 2;
}
/* set up some variables for the compiler. */
if (!err) {
number = 1;
ftransl = (struct rasl_instruction *) malloc (sizeof (struct rasl_instruction));
/* No checking of malloc result. Shura. 27.01.98 */
if (NULL == ftransl) {
exit (1);
}
/* Was ftransl -> code = NULL. Shura. 27.01.98 */
ftransl -> code = 0;
ftransl -> next = NULL;
/* translation -> next is the first element of translation. */
translation = (struct rasl_instruction *) malloc (sizeof (struct rasl_instruction));
/* No checking of malloc result. Shura. 27.01.98 */
if (NULL == translation) {
exit (1);
}
/* Was translation -> code = NULL. Shura. 27.01.98 */
translation -> code = 0;
translation -> next = ftransl;
table_len = 0;
/* perform the actual translation. */
transl_left (e, &number);
/* copy variables to the break table with their offsets. */
rd_cr_lvtab (break_no);
/* free the memory for the expression. */
free ((void *) e);
/* perform the post optimizing ritual. */
rc_post (translation);
/* output the result. */
rd_vyvod (translation, last_break, break_no, results);
/* free the memory. */
while (translation != NULL) {
q = translation -> next;
free ((void *) translation);
translation = q;
}
}
/* free the discardable memory: for strings etc. */
while (block != NULL) {
blk_temp = * ((char **) block);
free ((void *) block);
block = blk_temp;
}
/* free the compiler non-returnable memory: the Tracer doesn't need it. */
if (nonret != NULL) free ((void *) nonret);
return err;
}