shift 45 common/gcc-millicode/ashldi3.c __ashldi3(long long a, unsigned int shift)
shift 49 common/gcc-millicode/ashldi3.c if (shift == 0)
shift 52 common/gcc-millicode/ashldi3.c if (shift >= INT_BITS) {
shift 53 common/gcc-millicode/ashldi3.c aa.ui[H] = aa.ui[L] << (shift - INT_BITS);
shift 56 common/gcc-millicode/ashldi3.c aa.ui[H] = (aa.ui[H] << shift) |
shift 57 common/gcc-millicode/ashldi3.c (aa.ui[L] >> (INT_BITS - shift));
shift 58 common/gcc-millicode/ashldi3.c aa.ui[L] <<= shift;
shift 44 common/gcc-millicode/ashrdi3.c __ashrdi3(long long a, unsigned int shift)
shift 48 common/gcc-millicode/ashrdi3.c if (shift == 0)
shift 51 common/gcc-millicode/ashrdi3.c if (shift >= INT_BITS) {
shift 64 common/gcc-millicode/ashrdi3.c aa.ui[L] = aa.si[H] >> (shift - INT_BITS);
shift 67 common/gcc-millicode/ashrdi3.c aa.ui[L] = (aa.ui[L] >> shift) |
shift 68 common/gcc-millicode/ashrdi3.c (aa.ui[H] << (INT_BITS - shift));
shift 70 common/gcc-millicode/ashrdi3.c aa.si[H] >>= shift;
shift 45 common/gcc-millicode/lshldi3.c __lshldi3(long long a, unsigned int shift)
shift 49 common/gcc-millicode/lshldi3.c if (shift == 0)
shift 52 common/gcc-millicode/lshldi3.c if (shift >= INT_BITS) {
shift 53 common/gcc-millicode/lshldi3.c aa.ui[H] = aa.ui[L] << (shift - INT_BITS);
shift 56 common/gcc-millicode/lshldi3.c aa.ui[H] = (aa.ui[H] << shift) |
shift 57 common/gcc-millicode/lshldi3.c (aa.ui[L] >> (INT_BITS - shift));
shift 58 common/gcc-millicode/lshldi3.c aa.ui[L] <<= shift;
shift 44 common/gcc-millicode/lshrdi3.c __lshrdi3(long long a, unsigned int shift)
shift 48 common/gcc-millicode/lshrdi3.c if (shift == 0)
shift 51 common/gcc-millicode/lshrdi3.c if (shift >= INT_BITS) {
shift 52 common/gcc-millicode/lshrdi3.c aa.ui[L] = aa.ui[H] >> (shift - INT_BITS);
shift 55 common/gcc-millicode/lshrdi3.c aa.ui[L] = (aa.ui[L] >> shift) |
shift 56 common/gcc-millicode/lshrdi3.c (aa.ui[H] << (INT_BITS - shift));
shift 57 common/gcc-millicode/lshrdi3.c aa.ui[H] >>= shift;