Write a function circular_shift() that takes as arguments an integer a and an unsigned integer pos, and returns the integer obtained from a by performing a circular left-shift of its bits by pos positions. Unlike the C left shift operator, which drops the high order bits, the circular left shift must insert the high order bits as the low order bits of the result.

For example:

Test Result

printf("%d", circular_shift(1,1) ); 2

printf("%d", circular_shift(1,10) ); 1024

printf("%d", circular_shift(1,1024) ); 1

int circular_shift(int a, int pos) { // TODO }

Write a function circular_shift() that takes as arguments an integer a and an unsigned integer pos, and returns the integer obtained from a by performing a circular left-shift of its bits by pos positions. Unlike the C left shift operator, which drops the high order bits, the circular left shift must insert the high order bits as the low order bits of the result. For example: Test Result 2 printf("%d", circular_shift(1,1) ); printf("%d", circular_shift(1,10) ); 1024 printf("%d", circular_shift(1,1024) ); 1 1