#include "bitstring.h"
#include <string.h>
#include <stdio.h>

int main(){
	
	bitstring_lib_init();

	/*INT TEST, BYTE/BIT ORDERING*/
	fprintf(stdout, "INT TEST, BYTE/BIT ORDERING\n");
	
	pbitstring_t pbs1 = bitstring_new_uint(0xaabbccdd, SZ_LONG, ORD_LE, ORD_BE);
	pbitstring_t pbs2 = bitstring_new_uint(0xaabbccdd, SZ_LONG, ORD_BE, ORD_BE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);

	/*val:0xaa le:0xaa 0x00 be:0x00 0xaa */
	pbs1 = bitstring_new_uint(0xaa, SZ_SHORT, ORD_LE, ORD_BE);
	pbs2 = bitstring_new_uint(0xaa, SZ_SHORT, ORD_BE, ORD_BE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);

	pbs1 = bitstring_new_sint(-2, SZ_SHORT, ORD_LE, ORD_BE);
	pbs2 = bitstring_new_sint(-2, SZ_SHORT, ORD_BE, ORD_BE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);

	pbs1 = bitstring_new_uint(0b01010101, SZ_CHAR, ORD_LE, ORD_BE);
	pbs2 = bitstring_new_uint(0b01010101, SZ_CHAR, ORD_LE, ORD_LE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);

	pbs1 = bitstring_new_uint(0b11110000, SZ_CHAR, ORD_LE, ORD_BE);
	pbs2 = bitstring_new_uint(0b11110000, SZ_CHAR, ORD_LE, ORD_LE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);

	
	pbs1 = bitstring_new_uint(255, 8, ORD_LE, ORD_BE);	
	pbs2 = bitstring_new_sint(-1, 8, ORD_LE, ORD_BE);
	bitstring_print(stdout, pbs1);
	bitstring_print(stdout, pbs2);
	
	pbs1 = bitstring_new_uint(0x1234, SZ_SHORT, ORD_LE, ORD_BE);
	bitstring_print(stdout, pbs1);
	pbs1 = bitstring_new_uint(0x1234, SZ_SHORT, ORD_BE, ORD_BE);
	bitstring_print(stdout, pbs1);
	pbs1 = bitstring_new_uint(0x1234, SZ_SHORT, ORD_LE, ORD_LE);
	bitstring_print(stdout, pbs1);
	pbs1 = bitstring_new_uint(0x1234, SZ_SHORT, ORD_BE, ORD_LE);
	bitstring_print(stdout, pbs1);
	
	// /*FLOATING POINT TEST*/
	// fprintf(stdout, "FP TEST:\n");
	// pbs1 = bitstring_new_fp(3.14, 32, FP_IEEE754);
	// bitstring_print(stdout, pbs1);
	// fprintf(stdout, "%f\n", *((float*)pbs1->data));
	// pbs1 = bitstring_new_fp(3.14, 64, FP_IEEE754);
	// bitstring_print(stdout, pbs1);
	// fprintf(stdout, "%f\n", *((double*)pbs1->data));
	
	// /*APPEND AND ALLOC TEST*/
	// fprintf(stdout, "APPEND AND ALLOC TEST\n");
	// pbs2 = bitstring_new_uint(1, 13, ORD_LE, ORD_BE);
	// for(int i=0; i<100; i++){
		// bitstring_append(pbs1, pbs2);
		//bitstring_print(stdout, pbs1);
	// }
	
	// pbs1 = bitstring_new_uint(255, 13, ORD_LE, ORD_BE);
	// bitstring_print(stdout, pbs1);
	// pbs1 = bitstring_new_uint(255, 13, ORD_LE, ORD_LE);
	// pbs1->size = 32;
	// bitstring_print(stdout, pbs1);
	
	// /*APPEND BIT*/
	// pbs1 = bitstring_new_uint(255, 8, ORD_LE, ORD_LE);
	// bitstring_print(stdout, pbs1);
	// bitstring_append_bit(pbs1, 1);
	// bitstring_print(stdout, pbs1);
	// bitstring_append_bit(pbs1, 0);
	// bitstring_print(stdout, pbs1);
	// bitstring_append_bit(pbs1, 1);
	// bitstring_print(stdout, pbs1);
	// bitstring_append_bit(pbs1, 0);
	// bitstring_print(stdout, pbs1);

	
	bitstring_del(pbs1);
	bitstring_del(pbs2);
	return 0;
}