/*
* Print all lemmas
*/
void print_lemmas(FILE *f, smt_core_t *core) {
lemma_block_t *tmp;
literal_t *lemma;
uint32_t i, j, n;
for (i=0; i<core->lemmas.free_block; i++) {
tmp = core->lemmas.block[i];
lemma = tmp->data;
j = 0;
while (j < tmp->ptr) {
n = lemma_length(lemma);
print_litarray(f, n, lemma);
fputc('\n', f);
n ++;
j += n;
lemma += n;
}
}
}
/*
* Print the definition of x in vtbl
*/
static void print_bv_vardef(FILE *f, bv_vartable_t *vtbl, thvar_t x) {
uint32_t nbits;
assert(valid_bvvar(vtbl, x));
nbits = bvvar_bitsize(vtbl, x);
print_bvvar(f, x);
fprintf(f, ":bv[%"PRIu32"] = ", nbits);
switch (bvvar_tag(vtbl, x)) {
case BVTAG_VAR:
fputs("var", f);
break;
case BVTAG_CONST64:
bvconst64_print(f, bvvar_val64(vtbl, x), nbits);
break;
case BVTAG_CONST:
bvconst_print(f, bvvar_val(vtbl, x), nbits);
break;
case BVTAG_POLY64:
print_bv_poly64(f, bvvar_poly64_def(vtbl, x));
break;
case BVTAG_POLY:
print_bv_poly(f, bvvar_poly_def(vtbl, x));
break;
case BVTAG_PPROD:
print_bv_product(f, bvvar_pprod_def(vtbl, x));
break;
case BVTAG_BIT_ARRAY:
print_litarray(f, nbits, bvvar_bvarray_def(vtbl, x));
break;
case BVTAG_ITE:
print_bv_ite(f, bvvar_ite_def(vtbl, x));
break;
case BVTAG_UDIV:
print_bv_binop(f, "div", bvvar_binop(vtbl, x));
break;
case BVTAG_UREM:
print_bv_binop(f, "rem", bvvar_binop(vtbl, x));
break;
case BVTAG_SDIV:
print_bv_binop(f, "sdiv", bvvar_binop(vtbl, x));
break;
case BVTAG_SREM:
print_bv_binop(f, "srem", bvvar_binop(vtbl, x));
break;
case BVTAG_SMOD:
print_bv_binop(f, "smod", bvvar_binop(vtbl, x));
break;
case BVTAG_SHL:
print_bv_binop(f, "shl", bvvar_binop(vtbl, x));
break;
case BVTAG_LSHR:
print_bv_binop(f, "lshr", bvvar_binop(vtbl, x));
break;
case BVTAG_ASHR:
print_bv_binop(f, "ashr", bvvar_binop(vtbl, x));
break;
case BVTAG_ADD:
print_bv_binop(f, "add", bvvar_binop(vtbl, x));
break;
case BVTAG_SUB:
print_bv_binop(f, "sub", bvvar_binop(vtbl, x));
break;
case BVTAG_MUL:
print_bv_binop(f, "mul", bvvar_binop(vtbl, x));
break;
case BVTAG_NEG:
print_bvneg(f, bvvar_binop(vtbl, x));
break;
}
}
