int main() {
int c = evenBits();
printf("a number with even bits set to 1 would be %d\n", 0x55555555);
printf("evenBits() -> %d\n", c);
}
int main(int argc, char **argv) {
/* Write your tests here. */
//int result = bitAnd(1,2);
//printf("%d", result);
printf("%d", evenBits());
//printf("%d\n", swapBytes(1985229328));
//printf("%d\n", 1985229328);
//printf("%d\n", rotateLeft(1985229328, 8));
// printf("%d\n", 2147483646);
//printf("%d\n", 2147483646+1);
//printf("%d\n", (2147483646+2));
// printf("%d\n", 2147483646+3);
// printf("%d\n", 2147483646+4);
// printf("%d\n", addOver(2147483646,0));
// printf("%d\n", addOver(2147483646,1));
// printf("%d\n", addOver(2147483646,2));
// printf("%d\n", addOver(2147483646,3));
// printf("%d\n", addOver(-2147483646,-2147483646));
// printf("%d\n", addOver(-21,-214748364));
//
// printf("%d\n", lessThan(-4,-5));
//printf("%d\n", lessThan(4,4));
//int x = 128;
//printf("%d\n", isPwr2(2));
// printf("%d\n", isPwr2(3));
// printf("%d\n", absHalf(54));
// printf("%d\n", absHalf(-54));
// printf("%d\n", boundedMult(54, 0));
// printf("%d\n", multFiveEighths(-9));
// printf("%d\n", multFiveEighths(8));
printf("%d\n", boundedMult(2, 0));
printf("%d\n", boundedMult(2147483642, 0));
printf("%d\n", boundedMult(-2147483642, 0));
return 0;
}
