int main(int argc, char *argv[])
{
char t[] = "hello world\n";
char t1[] = "hello \\t\\nworld\n";
char s[256];
printf("t: %ss: %s\n", t, escape(s, t));
printf("1: %ss: %s\n", t1, unescape(s, t1));
printf("t: %s, expand: %s\n", "a-z0-9", expand(s, "a-z0-9"));
printf("t: %d, itoa: %s\n", 123, itoa(123, s));
printf("t: %d, itoa: %s\n", -123, itoa(-123, s));
printf("t: %d, base: %d itoa: %s\n", 123, 7, itoa_b(123, s, 7));
exit(0);
}
void print_int_tab(va_list *va, t_info *list)
{
int *x;
int len;
x = va_arg(*va, int*);
len = va_arg(*va, int);
while (len)
{
list->tmp_third = itoa_b(*x++);
bufferjoin(list, list->tmp_third, ft_strlen(list->tmp_third));
free(list->tmp_third);
if (--len)
bufferujoin(list, 32);
}
}
int main()
{
static const unsigned char cmp_size=0xff;
BIN_DSB test_data[cmp_size]={'0'};
for (unsigned char i=0;i<cmp_size;++i){
test_data[i].val= i;
itoa_b(i,1,test_data[i].str);
}
char buf[100]={0};
for (int i=0;i< cmp_size;++i){
muradin::bits::binary_itoa(test_data[i].val,buf,sizeof(buf));
::printf("0x%02X (%s) => %s\r\n",test_data[i].val ,test_data[i].str,buf);
assert(memcmp (test_data[i].str,buf ,strlen(test_data[i].str) ) == 0);
unsigned char n_val;
assert( muradin::bits::binary_atoi(buf,0,strlen(buf),&n_val));
assert( test_data[i].val == n_val);
}
return 0;
}
