#include <stdio.h>
#include "./src/types.h"
#include "./src/list.h"
#include "./src/number_parsing.h"
#include "./src/funcs.h"
#include "./src/utils.h"
#include "./src/var_store.h"
#include "./src/line_processing.h"
#include "./src/state.h"
#include <stdlib.h>

int main () {
    // struct List l1;

    // short val = 17;
    // list_set(&l1, 0, TYPE_VAR_NAME, &val);
    // list_print(&l1);

    // return 0;
    
    // int yes = 1234;
    // int dst = 0;
    // memcpy(&dst, &yes, 4);
    // printf("yes: %d \n", dst);

    struct VariableStore* store = var_store_init();

    // int hashRes = var_store_hash_name(store, "HelloWorld++");
    // printf("hashRes: %d \n", hashRes);
    int val = 1234;
    var_store_set(store, "foo", TYPE_INT, &val);

    //printf("Pos of var: %d \n", var_store_get_pos(store, "foo"));

    //byte type = var_store_get_type(store, "foo");
    //printf("Type of var: %d \n", type);
    
    //int key = var_store_get_pos(store, "foo");
    //printf("size of type %d \n", get_size_of_type(store->container[key].type));
    //printf("%d \n", *((int*) store->container[key].dataPtr));

    int val2 = 0;
    var_store_copy(store, "foo", &val2);

    printf("Value of var: %d \n", val2);

    printf("==== \n");
    printf("==== \n");
    struct StateContainer* state = state_init();
    process_line(state, "# some random comment");
    process_line(state, "set VAR_A to 8.5");
    process_line(state, "set VAR_B to 1.5");
    process_line(state, "set VAR_C to VAR_A+VAR_B");
    process_line(state, "print_number(sqrt(VAR_C))");

    // struct List l1;

    // list_append_int(&l1, 4);
    // list_append_char(&l1, '*');
    // list_append_int(&l1, 5);

    // list_print(&l1);

    // list_delete(&l1, 0);

    // list_print(&l1);

    // list_delete(&l1, 0);

    // list_print(&l1);

    // float res = 0;

    // void* ptr = &res;

    // printf("%d\n", sizeof(ptr));
    // int found = identify_func_name("ABS");
    // printf("found: %d \n", found);

    // unsigned char argsType[1] = { TYPE_FLOAT };
    // int argsVals[1] = { get_int_rep_from_float(-3.145) };
    // int resVal = 0;
    // unsigned char resType = 0;
    // execute_func(found, 1, argsType, argsVals, &resVal, &resType);
    // printf("func res type: %d \n", resType);
    // printf("func res: %f \n", get_float_from_int_rep(resVal));
    
    // int stat = parse_float("1052.254", &res);
    // printf("float parsing stat: %d \n", stat);
    // printf("final float: %f \n", res);
}