// when we see {, create a new hash_table and connect
void scope_enter(){
int * params = malloc(sizeof(int));
int * locals = malloc(sizeof(int));
*params = 0;
*locals = 0;
struct hash_table *h_prev; // keep track of prev
h->next = hash_table_create(0,0); // create new hash table
h_prev = h;
h = h->next;
h->prev = h_prev;
if(scope_level() == 2){
hash_table_insert(h,"0params", params); // insert params and locals counter
hash_table_insert(h,"0locals", locals);
}
}
void decl_resolve(struct decl* d,int x)
{
if(!d)return;
if(scope_lookup_local(d->name)!=NULL && d->type->kind!=TYPE_FUNCTION)
{
if(x == 1)printf("Resolve error: %s already declared\n",d->name);
get_incrementError(1);
}
else{
if(scope_level() == 1){
struct symbol *sym = symbol_create(SYMBOL_GLOBAL,d->type,d->name,0,0);
d->symbol = sym;
scope_bind(d->name,sym);
}
else {
params_local_varibles++;
local_variables_cont++;
struct symbol *sym = symbol_create(SYMBOL_LOCAL,d->type,d->name,0,0);
d->symbol = sym;
scope_bind(d->name,sym);
}
expr_resolve(d->value,x);
if(d->type->kind == TYPE_FUNCTION){
param_list_resolve(d->type->params,0);
if(!parametro)parametro = hash_table_create(0,0);
hash_table_insert(parametro,d->name,d->type);
}
if(d->code){
scope_enter();
stmt_resolve(d->code,x);
d->symbol->total_locals = local_variables_cont;
local_variables_cont = 0;
params_local_varibles = 0;
scope_leave();
}
if(d->next){
decl_resolve(d->next,x);
}
}
}
