void workflow_free__( void * arg ) {
workflow_type * workflow = workflow_safe_cast( arg );
workflow_free( workflow );
}
int main(int argc, char ** argv) {
char * test;
int i;
struct WorkFlow * wf;
rb_tree * symtab, * functab;
struct Symbol * s, * q;
test = malloc(1024);
memstat_init();
// jmm_init();
symtab = symtable_init();
functab = functable_init();
stdlib_arythm_register(functab);
strcpy(test, "rcmp(rcmp(33, 34), rcmp(34, 35)) + 8");
if (inf_check_brackets(test))
printf("Correct!\n");
wf = inf_transform_to_reverse_postfix(functab, test);
puts(test);
for(i = 0; i < wf->count; ++i) {
printf("%d ", wf->ops[i].id);
}
puts("");
for(i = 0; i < wf->count; ++i) {
switch (wf->ops[i].id) {
case SYM_NUM: printf("%s", (char *)wf->ops[i].data); break;
case SYM_SYMBOL: printf("%s", (char *)wf->ops[i].data); break;
case SYM_OPS_ADD: printf("+"); break;
case SYM_OPS_SUB: printf("-"); break;
case SYM_OPS_MUL: printf("*"); break;
case SYM_OPS_DIV: printf("/"); break;
case SYM_OPS_EXP: printf("^"); break;
case SYM_FUNC: printf("%s", (char *)wf->ops[i].data); break;
default: break;
}
printf(" ");
}
puts("");
s = process_postfix_workflow(wf, symtab, functab);
printf("%s = %ld/%ld\n", test, ((struct Rational *)s->data)->num, ((struct Rational *)s->data)->denom);
sym_rational_normalize(s);
printf("%s = %ld/%ld\n", test, ((struct Rational *)s->data)->num, ((struct Rational *)s->data)->denom);
workflow_free(wf);
// sym_free(s);
strcpy(test, "(7*2)/12");
wf = inf_transform_to_reverse_postfix(functab, test);
q = process_postfix_workflow(wf, symtab, functab);
printf("%s = %ld/%ld\n", test, ((struct Rational *)q->data)->num, ((struct Rational *)q->data)->denom);
if (sym_rational_is_eq(s, q))
printf("They are equal\n");
sym_free(q);
sym_free(s);
workflow_free(wf);
free(test);
functable_shutdown(functab);
symtable_shutdown(symtab);
memstat_shutdown();
return 0;
}
