bitc.c
#include <stdio.h>
void PrintBit(int integer)
{
(integer & 128)?putchar('1'):putchar('0');
(integer & 64)?putchar('1'):putchar('0');
(integer & 32)?putchar('1'):putchar('0');
(integer & 16)?putchar('1'):putchar('0');
(integer & 8)?putchar('1'):putchar('0');
(integer & 4)?putchar('1'):putchar('0');
(integer & 2)?putchar('1'):putchar('0');
(integer & 1)?putchar('1'):putchar('0');
}
int main(int argc, char **argv)
{
unsigned uns;
argv++;
for(; argc > 1; argc--, argv++)
{
uns = atoi(*argv);
printf("%3d: ", uns);
PrintBit(uns);
putchar('\n');
}
return(0);
}
This program take numbers as parameters.. convert from char to unsinedsthen print in binary form.. I make this to smooth the study of bitwises operators
it's useful in this form:
./bitc.o 21 11 $((21&11))
OUTPUT:
21: 00010101
11: 00001011
1: 00000001