Mercurial > projects > ldc
view tests/mini/intrinsics.d @ 920:545f54041d91
Implemented proper support for naked asm using llvm module level asm. Still not 100% complete, but already 1000 times better that what we had before. Don's BignumX86 implementation from Tango (when turned into a standalone unittest) seems to fully work with no changes, and great performance :)
Fixed align N; in asm blocks.
Fixed inreg parameter passing on x86 for ref/out params.
Removed support for lazy initialization of function local static variables, I have no idea why I ever implemented this, it's not in the D spec, and DMD doesn't support it :P
Some of the global variable related changes might cause minor regressions, but they should be easily fixable.
author | Tomas Lindquist Olsen <tomas.l.olsen@gmail.com> |
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date | Tue, 03 Feb 2009 08:54:57 +0100 |
parents | 4ac97ec7c18e |
children | 146d8dfa0043 |
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import ldc.intrinsics; extern(C) int printf(char*,...); extern(C) int scanf(char*,...); void main() { float f; printf("Enter float: "); //scanf("%f", &f); f = 1.22345; float sf = llvm_sqrt_f32(f); printf("sqrt(%f) = %f\n", f, sf); double d; printf("Enter double: "); //scanf("%lf", &d); d = 2.2311167895435245; double sd = llvm_sqrt_f64(d); printf("sqrt(%lf) = %lf\n", d, sd); real r; printf("Enter real: "); //scanf("%llf", &r); r = 3.2311167891231231234754764576; version(X86) { real sr = llvm_sqrt_f80(r); printf("sqrt(%llf) = %llf\n", r, sr); } else version (X86_64) { real sr = llvm_sqrt_f80(r); printf("sqrt(%llf) = %llf\n", r, sr); } else { real sr = llvm_sqrt_f64(r); printf("sqrt(%f) = %lf\n", r, sr); } }