void opcode_dict_serialize(opcode_dict_t od, writer_t w) {
long i,j,tot;
const char* name;
/* write header */
write_string(w,"DIC");
/* write number of opcode arrays */
write_word(w,OpcodeTypeMax);
/* now for each array */
for(i=0;i<OpcodeTypeMax;i+=1) {
tot = dynarray_size(&od->stub_by_index[i]);
/* write number of records in array */
write_word(w,tot);
/* now for each record */
for(j=0;j<tot;j+=1) {
/* retrieve name */
name = opcode_name_by_stub( od, (opcode_stub_t) dynarray_get( &od->stub_by_index[i], j));
/* write string length */
write_word(w,1+strlen(name));
/* write string */
write_string(w,name);
}
/* write 0xFFFFFF to end the record */
write_word(w,0xFFFFFFFF);
}
}
da_numeric_t dynarray_get(dynarray_t *da, int i)
{
assert(i >= 0);
if (!da) {
da_numeric_t v;
return v;
}
if (i >= DYNARRAY_ALEN)
return dynarray_get(da->next, i-DYNARRAY_ALEN);
else
return da->a[i];
}
void *dynarray_alloc_nr(struct dynarray *da, unsigned long nr)
{
void *ret;
while (da->next_idx + nr > da->elems_nr) {
printf("%lu vs %lu\n", da->next_idx, da->elems_nr);
dynarray_expand(da);
}
unsigned long idx = da->next_idx;
da->next_idx += nr;
ret = dynarray_get(da, idx);
return ret;
}
void *dynarray_get_last(struct dynarray *da)
{
return dynarray_get(da, da->next_idx-1);
}
opcode_stub_t opcode_stub_by_code(opcode_dict_t od, word_t wordcode) {
return (opcode_stub_t) dynarray_get(&od->stub_by_index[WC_GET_ARGTYPE(wordcode)], WC_GET_OP(wordcode));
}
