Searched refs:U128 (Results 1 – 7 of 7) sorted by relevance
13 using U128 = Fortran::common::UnsignedInt128; typedef16 U128 n{x}; in Test()22 TEST(n + n == n * static_cast<U128>(2)); in Test()23 TEST(n - n == static_cast<U128>(0)); in Test()24 TEST(n + n == n << static_cast<U128>(1)); in Test()25 TEST(n + n == n << static_cast<U128>(1)); in Test()27 TEST(((n + n) >> static_cast<U128>(1)) == n); in Test()29 TEST(static_cast<U128>(0) / n == static_cast<U128>(0)); in Test()30 TEST(static_cast<U128>(n - 1) / n == static_cast<U128>(0)); in Test()31 TEST(static_cast<U128>(n) / n == static_cast<U128>(1)); in Test()[all …]
76 U128, enumerator97 WChar | U32 | U64 | U128 => false, in is_signed()118 I128 | U128 => 16, in known_size()
1949 CXType_UInt128 => TypeKind::Int(IntKind::U128), in build_builtin_ty()
385 spanless_eq_enum!(UintTy; Usize U8 U16 U32 U64 U128);
367 ; The 256-bit subtraction implementation using two inlined usubo procedures for U128 type { i64, i6…
973 ; The 256-bit addition implementation using two inlined uaddo procedures for U128 type { i64, i64 }.
3504 IntKind::U128 => { in try_to_rust_ty()