/src/WasmEdge/include/executor/engine/unary_numeric.ipp

Source
// SPDX-License-Identifier: Apache-2.0
// SPDX-FileCopyrightText: Copyright The WasmEdge Authors

#include "common/nan.h"
#include "executor/executor.h"
#include "experimental/math.hpp"

#include <cmath>

namespace WasmEdge {
namespace Executor {

template <typename T> TypeU<T> Executor::runClzOp(ValVariant &Val) const {
  T I = Val.get<T>();
  // Return the count of leading zero bits in i.
  if (I != 0U) {
    T Cnt = 0;
    T Mask = static_cast<T>(0x1U) << (sizeof(T) * 8 - 1);
    while ((I & Mask) == 0U) {
      Cnt++;
      I <<= 1;
    }
    Val.get<T>() = Cnt;
  } else {
    Val.get<T>() = static_cast<T>(sizeof(T) * 8);
  }
  return {};
}

template <typename T> TypeU<T> Executor::runCtzOp(ValVariant &Val) const {
  T I = Val.get<T>();
  // Return the count of trailing zero bits in i.
  if (I != 0U) {
    T Cnt = 0;
    T Mask = static_cast<T>(0x1U);
    while ((I & Mask) == 0U) {
      Cnt++;
      I >>= 1;
    }
    Val.get<T>() = Cnt;
  } else {
    Val.get<T>() = static_cast<T>(sizeof(T) * 8);
  }
  return {};
}

template <typename T> TypeU<T> Executor::runPopcntOp(ValVariant &Val) const {
  T I = Val.get<T>();
  // Return the count of non-zero bits in i.
  if (I != 0U) {
    T Cnt = 0;
    T Mask = static_cast<T>(0x1U);
    while (I != 0U) {
      if (I & Mask) {
        Cnt++;
      }
      I >>= 1;
    }
    Val.get<T>() = Cnt;
  }
  return {};
}

template <typename T> TypeF<T> Executor::runAbsOp(ValVariant &Val) const {
#if defined(_MSC_VER) && !defined(__clang__) // MSVC
  // In MSVC, std::fabs cannot be used. If input is NAN, std::fabs will set the
  // highest bit of fraction.
  T &Fp = Val.get<T>();
  static_assert(std::is_floating_point_v<T>);
  if constexpr (sizeof(T) == 4) {
    uint32_t Tmp = reinterpret_cast<uint32_t &>(Fp) & UINT32_C(0x7fffffff);
    Val.get<T>() = reinterpret_cast<T &>(Tmp);
  } else {
    uint64_t Tmp =
        reinterpret_cast<uint64_t &>(Fp) & UINT64_C(0x7fffffffffffffff);
    Val.get<T>() = reinterpret_cast<T &>(Tmp);
  }
#else
  Val.get<T>() = std::fabs(Val.get<T>());
#endif
  return {};
}

template <typename T> TypeF<T> Executor::runNegOp(ValVariant &Val) const {
  Val.get<T>() = -Val.get<T>();
  return {};
}

template <typename T> TypeF<T> Executor::runCeilOp(ValVariant &Val) const {
  Val.get<T>() = quietNaN(std::ceil(Val.get<T>()));
  return {};
}

template <typename T> TypeF<T> Executor::runFloorOp(ValVariant &Val) const {
  Val.get<T>() = quietNaN(std::floor(Val.get<T>()));
  return {};
}

template <typename T> TypeF<T> Executor::runTruncOp(ValVariant &Val) const {
  Val.get<T>() = quietNaN(std::trunc(Val.get<T>()));
  return {};
}

template <typename T> TypeF<T> Executor::runNearestOp(ValVariant &Val) const {
  Val.get<T>() = quietNaN(cxx26::roundeven(Val.get<T>()));
  return {};
}

template <typename T> TypeF<T> Executor::runSqrtOp(ValVariant &Val) const {
  Val.get<T>() = std::sqrt(Val.get<T>());
  return {};
}

} // namespace Executor
} // namespace WasmEdge

#include "executor/engine/unary_numeric_vector.ipp"

Line	Count	Source
1		// SPDX-License-Identifier: Apache-2.0
2		// SPDX-FileCopyrightText: Copyright The WasmEdge Authors
3
4		#include "common/nan.h"
5		#include "executor/executor.h"
6		#include "experimental/math.hpp"
7
8		#include <cmath>
9
10		namespace WasmEdge {
11		namespace Executor {
12
13	0	template <typename T> TypeU<T> Executor::runClzOp(ValVariant &Val) const {
14	0	T I = Val.get<T>();
15		// Return the count of leading zero bits in i.
16	0	if (I != 0U) {
17	0	T Cnt = 0;
18	0	T Mask = static_cast<T>(0x1U) << (sizeof(T) * 8 - 1);
19	0	while ((I & Mask) == 0U) {
20	0	Cnt++;
21	0	I <<= 1;
22	0	}
23	0	Val.get<T>() = Cnt;
24	0	} else {
25	0	Val.get<T>() = static_cast<T>(sizeof(T) * 8);
26	0	}
27	0	return {};
28	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned int>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runClzOp<unsigned int>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned long>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runClzOp<unsigned long>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
29
30	0	template <typename T> TypeU<T> Executor::runCtzOp(ValVariant &Val) const {
31	0	T I = Val.get<T>();
32		// Return the count of trailing zero bits in i.
33	0	if (I != 0U) {
34	0	T Cnt = 0;
35	0	T Mask = static_cast<T>(0x1U);
36	0	while ((I & Mask) == 0U) {
37	0	Cnt++;
38	0	I >>= 1;
39	0	}
40	0	Val.get<T>() = Cnt;
41	0	} else {
42	0	Val.get<T>() = static_cast<T>(sizeof(T) * 8);
43	0	}
44	0	return {};
45	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned int>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runCtzOp<unsigned int>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned long>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runCtzOp<unsigned long>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
46
47	0	template <typename T> TypeU<T> Executor::runPopcntOp(ValVariant &Val) const {
48	0	T I = Val.get<T>();
49		// Return the count of non-zero bits in i.
50	0	if (I != 0U) {
51	0	T Cnt = 0;
52	0	T Mask = static_cast<T>(0x1U);
53	0	while (I != 0U) {
54	0	if (I & Mask) {
55	0	Cnt++;
56	0	}
57	0	I >>= 1;
58	0	}
59	0	Val.get<T>() = Cnt;
60	0	}
61	0	return {};
62	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned int>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runPopcntOp<unsigned int>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmUnsignV<unsigned long>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runPopcntOp<unsigned long>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
63
64	0	template <typename T> TypeF<T> Executor::runAbsOp(ValVariant &Val) const {
65		#if defined(_MSC_VER) && !defined(__clang__) // MSVC
66		// In MSVC, std::fabs cannot be used. If input is NAN, std::fabs will set the
67		// highest bit of fraction.
68		T &Fp = Val.get<T>();
69		static_assert(std::is_floating_point_v<T>);
70		if constexpr (sizeof(T) == 4) {
71		uint32_t Tmp = reinterpret_cast<uint32_t &>(Fp) & UINT32_C(0x7fffffff);
72		Val.get<T>() = reinterpret_cast<T &>(Tmp);
73		} else {
74		uint64_t Tmp =
75		reinterpret_cast<uint64_t &>(Fp) & UINT64_C(0x7fffffffffffffff);
76		Val.get<T>() = reinterpret_cast<T &>(Tmp);
77		}
78		#else
79	0	Val.get<T>() = std::fabs(Val.get<T>());
80	0	#endif
81	0	return {};
82	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runAbsOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runAbsOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
83
84	0	template <typename T> TypeF<T> Executor::runNegOp(ValVariant &Val) const {
85	0	Val.get<T>() = -Val.get<T>();
86	0	return {};
87	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runNegOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runNegOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
88
89	0	template <typename T> TypeF<T> Executor::runCeilOp(ValVariant &Val) const {
90	0	Val.get<T>() = quietNaN(std::ceil(Val.get<T>()));
91	0	return {};
92	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runCeilOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runCeilOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
93
94	0	template <typename T> TypeF<T> Executor::runFloorOp(ValVariant &Val) const {
95	0	Val.get<T>() = quietNaN(std::floor(Val.get<T>()));
96	0	return {};
97	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runFloorOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runFloorOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
98
99	0	template <typename T> TypeF<T> Executor::runTruncOp(ValVariant &Val) const {
100	0	Val.get<T>() = quietNaN(std::trunc(Val.get<T>()));
101	0	return {};
102	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runTruncOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runTruncOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
103
104	0	template <typename T> TypeF<T> Executor::runNearestOp(ValVariant &Val) const {
105	0	Val.get<T>() = quietNaN(cxx26::roundeven(Val.get<T>()));
106	0	return {};
107	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runNearestOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runNearestOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
108
109	0	template <typename T> TypeF<T> Executor::runSqrtOp(ValVariant &Val) const {
110	0	Val.get<T>() = std::sqrt(Val.get<T>());
111	0	return {};
112	0	} Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<float>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runSqrtOp<float>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const Unexecuted instantiation: std::__1::enable_if<IsWasmFloatV<double>, cxx20::expected<void, WasmEdge::ErrCode> >::type WasmEdge::Executor::Executor::runSqrtOp<double>(WasmEdge::Variant<unsigned int, int, unsigned long, long, float, double, unsigned __int128, __int128, cxx26::simd::basic_vec<unsigned long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<long, cxx26::simd::detail::vector_ext_abi<2> >, cxx26::simd::basic_vec<unsigned int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<int, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<unsigned short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<short, cxx26::simd::detail::vector_ext_abi<8> >, cxx26::simd::basic_vec<unsigned char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<signed char, cxx26::simd::detail::vector_ext_abi<16> >, cxx26::simd::basic_vec<float, cxx26::simd::detail::vector_ext_abi<4> >, cxx26::simd::basic_vec<double, cxx26::simd::detail::vector_ext_abi<2> >, WasmEdge::RefVariant>&) const
113
114		} // namespace Executor
115		} // namespace WasmEdge
116
117		#include "executor/engine/unary_numeric_vector.ipp"

Coverage Report

Created: 2026-11-12 06:35