// Copyright 2022 The Dawn & Tint Authors // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions are met: // // 1. Redistributions of source code must retain the above copyright notice, this // list of conditions and the following disclaimer. // // 2. Redistributions in binary form must reproduce the above copyright notice, // this list of conditions and the following disclaimer in the documentation // and/or other materials provided with the distribution. // // 3. Neither the name of the copyright holder nor the names of its // contributors may be used to endorse or promote products derived from // this software without specific prior written permission. // // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" // AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE // IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE // DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE // FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL // DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR // SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER // CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, // OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE // OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. #include "src/tint/lang/core/constant/eval.h" #include <algorithm> #include <iomanip> #include <limits> #include <optional> #include <string> #include <type_traits> #include <utility> #include "src/tint/lang/core/constant/composite.h" #include "src/tint/lang/core/constant/scalar.h" #include "src/tint/lang/core/constant/splat.h" #include "src/tint/lang/core/constant/value.h" #include "src/tint/lang/core/fluent_types.h" #include "src/tint/lang/core/number.h" #include "src/tint/lang/core/type/abstract_float.h" #include "src/tint/lang/core/type/abstract_int.h" #include "src/tint/lang/core/type/bool.h" #include "src/tint/lang/core/type/f16.h" #include "src/tint/lang/core/type/f32.h" #include "src/tint/lang/core/type/i32.h" #include "src/tint/lang/core/type/matrix.h" #include "src/tint/lang/core/type/struct.h" #include "src/tint/lang/core/type/u32.h" #include "src/tint/lang/core/type/vector.h" #include "src/tint/utils/containers/map.h" #include "src/tint/utils/containers/transform.h" #include "src/tint/utils/diagnostic/diagnostic.h" #include "src/tint/utils/macros/compiler.h" #include "src/tint/utils/memory/bitcast.h" #include "src/tint/utils/rtti/switch.h" #include "src/tint/utils/text/string_stream.h" usingnamespacetint::core::fluent_types; // NOLINT usingnamespacetint::core::number_suffixes; // NOLINT namespace tint::core::constant { namespace { /// Returns the first element of a parameter pack template <typename T> T First(T&& first, ...) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_iu32(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_ia_iu32(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_ia_iu32_bool(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_fia_fi32_f16(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_fia_fiu32_f16(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_fia_fiu32_f16_bool(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_fa_f32_f16(F&& f, CONSTANTS&&... cs) { … } /// Helper that calls `f` passing in the value of all `cs`. /// Calls `f` with all constants cast to the type of the first `cs` argument. template <typename F, typename... CONSTANTS> auto Dispatch_bool(F&& f, CONSTANTS&&... cs) { … } /// ZeroTypeDispatch is a helper for calling the function `f`, passing a single zero-value argument /// of the C++ type that corresponds to the core::type::Type `type`. For example, calling /// `ZeroTypeDispatch()` with a type of `type::I32*` will call the function f with a single argument /// of `i32(0)`. /// @returns the value returned by calling `f`. /// @note `type` must be a scalar or abstract numeric type. Other types will not call `f`, and will /// return the zero-initialized value of the return type for `f`. template <typename F> auto ZeroTypeDispatch(const core::type::Type* type, F&& f) { … } template <typename NumberT> std::string OverflowErrorMessage(NumberT lhs, const char* op, NumberT rhs) { … } template <typename VALUE_TY> std::string OverflowErrorMessage(VALUE_TY value, std::string_view target_ty) { … } template <typename NumberT> std::string OverflowExpErrorMessage(std::string_view base, NumberT exp) { … } /// @returns the number of consecutive leading bits in `@p e` set to `@p bit_value_to_count`. template <typename T> std::make_unsigned_t<T> CountLeadingBits(T e, T bit_value_to_count) { … } /// @returns the number of consecutive trailing bits set to `@p bit_value_to_count` in `@p e` template <typename T> std::make_unsigned_t<T> CountTrailingBits(T e, T bit_value_to_count) { … } /// Common data for constant conversion. struct ConvertContext { … }; /// Converts the constant scalar value to the target type. /// @returns the converted scalar, or nullptr on error. template <typename T> const ScalarBase* ScalarConvert(const Scalar<T>* scalar, const core::type::Type* target_ty, ConvertContext& ctx) { … } /// Converts the constant value to the target type. /// @returns the converted value, or nullptr on error. const Value* ConvertInternal(const Value* root_value, const core::type::Type* root_target_ty, ConvertContext& ctx) { … } /// TransformElements constructs a new constant of type `composite_ty` by applying the /// transformation function `f` on each of the most deeply nested elements of 'cs'. Assumes that all /// input constants `cs` are of the same arity (all scalars or all vectors of the same size). /// If `f`'s last argument is a `size_t`, then the index of the most deeply nested element inside /// the most deeply nested aggregate type will be passed in. template <typename F, typename... CONSTANTS> tint::traits::EnableIf<tint::traits::IsType<size_t, tint::traits::LastParameterType<F>>, Eval::Result> TransformElements(Manager& mgr, const core::type::Type* composite_ty, const F& f, size_t index, CONSTANTS&&... cs) { … } /// Signature of a unary transformation callback UnaryTransform; /// TransformUnaryElements constructs a new constant of type `composite_ty` by applying the /// transformation function 'f' on each of the most deeply nested elements of `c0`. Eval::Result TransformUnaryElements(Manager& mgr, const core::type::Type* composite_ty, const UnaryTransform& f, const Value* c0) { … } /// Signature of a binary transformation callback. BinaryTransform; /// TransformBinaryElements constructs a new constant of type `composite_ty` by applying the /// transformation function 'f' on each of the most deeply nested elements of both `c0` and `c1`. Eval::Result TransformBinaryElements(Manager& mgr, const core::type::Type* composite_ty, const BinaryTransform& f, const Value* c0, const Value* c1) { … } /// TransformBinaryDifferingArityElements constructs a new constant of type `composite_ty` by /// applying the transformation function 'f' on each of the most deeply nested elements of both `c0` /// and `c1`. Unlike TransformElements, this function handles the constants being of different /// arity, e.g. vector-scalar, scalar-vector. Eval::Result TransformBinaryDifferingArityElements(Manager& mgr, const core::type::Type* composite_ty, const BinaryTransform& f, const Value* c0, const Value* c1) { … } /// Signature of a ternary transformation callback TernaryTransform; /// TransformTernaryElements constructs a new constant of type `composite_ty` by applying the /// transformation function 'f' on each of the most deeply nested elements of both `c0`, `c1`, and /// `c2`. Eval::Result TransformTernaryElements(Manager& mgr, const core::type::Type* composite_ty, const TernaryTransform& f, const Value* c0, const Value* c1, const Value* c2) { … } } // namespace Eval::Eval(Manager& manager, diag::List& diagnostics, bool use_runtime_semantics /* = false */) : … { … } template <typename T> Eval::Result Eval::CreateScalar(const Source& source, const core::type::Type* t, T v) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Add(const Source& source, NumberT a, NumberT b) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Sub(const Source& source, NumberT a, NumberT b) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Mul(const Source& source, NumberT a, NumberT b) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Div(const Source& source, NumberT a, NumberT b) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Mod(const Source& source, NumberT a, NumberT b) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Dot2(const Source& source, NumberT a1, NumberT a2, NumberT b1, NumberT b2) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Dot3(const Source& source, NumberT a1, NumberT a2, NumberT a3, NumberT b1, NumberT b2, NumberT b3) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Dot4(const Source& source, NumberT a1, NumberT a2, NumberT a3, NumberT a4, NumberT b1, NumberT b2, NumberT b3, NumberT b4) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Det2(const Source& source, NumberT a, NumberT b, NumberT c, NumberT d) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Det3(const Source& source, NumberT a, NumberT b, NumberT c, NumberT d, NumberT e, NumberT f, NumberT g, NumberT h, NumberT i) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Det4(const Source& source, NumberT a, NumberT b, NumberT c, NumberT d, NumberT e, NumberT f, NumberT g, NumberT h, NumberT i, NumberT j, NumberT k, NumberT l, NumberT m, NumberT n, NumberT o, NumberT p) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Sqrt(const Source& source, NumberT v) { … } auto Eval::SqrtFunc(const Source& source, const core::type::Type* elem_ty) { … } template <typename NumberT> tint::Result<NumberT, Eval::Error> Eval::Clamp(const Source& source, NumberT e, NumberT low, NumberT high) { … } auto Eval::ClampFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::AddFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::SubFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::MulFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::DivFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::ModFunc(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::Dot2Func(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::Dot3Func(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::Dot4Func(const Source& source, const core::type::Type* elem_ty) { … } Eval::Result Eval::Dot(const Source& source, const Value* v1, const Value* v2) { … } Eval::Result Eval::Length(const Source& source, const core::type::Type* ty, const Value* c0) { … } Eval::Result Eval::Mul(const Source& source, const core::type::Type* ty, const Value* v1, const Value* v2) { … } Eval::Result Eval::Sub(const Source& source, const core::type::Type* ty, const Value* v1, const Value* v2) { … } auto Eval::Det2Func(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::Det3Func(const Source& source, const core::type::Type* elem_ty) { … } auto Eval::Det4Func(const Source& source, const core::type::Type* elem_ty) { … } Eval::Result Eval::ArrayOrStructCtor(const core::type::Type* ty, VectorRef<const Value*> args) { … } Eval::Result Eval::Conv(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Zero(const core::type::Type* ty, VectorRef<const Value*>, const Source&) { … } Eval::Result Eval::Identity(const core::type::Type*, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::VecSplat(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::VecInitS(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::VecInitM(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::MatInitS(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::MatInitV(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::Index(const Value* obj_val, const core::type::Type* obj_ty, const Value* idx_val, const Source& idx_source) { … } Eval::Result Eval::Swizzle(const core::type::Type* ty, const Value* object, VectorRef<uint32_t> indices) { … } Eval::Result Eval::bitcast(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Complement(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::UnaryMinus(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Not(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Plus(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Minus(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Multiply(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::MultiplyMatVec(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::MultiplyVecMat(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::MultiplyMatMat(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Divide(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Modulo(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Equal(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::NotEqual(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::LessThan(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::GreaterThan(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::LessThanEqual(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::GreaterThanEqual(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::LogicalAnd(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::LogicalOr(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::And(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Or(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Xor(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::ShiftLeft(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::ShiftRight(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::abs(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::acos(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::acosh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::all(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::any(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::asin(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::asinh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::atan(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::atanh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::atan2(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::ceil(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::clamp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::cos(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::cosh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::countLeadingZeros(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::countOneBits(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::countTrailingZeros(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::cross(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::degrees(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::determinant(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::distance(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::dot(const core::type::Type*, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::dot4I8Packed(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::dot4U8Packed(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::exp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::exp2(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::extractBits(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::faceForward(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::firstLeadingBit(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::firstTrailingBit(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::floor(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::fma(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::fract(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::frexp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::insertBits(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::inverseSqrt(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::ldexp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::length(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::log(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::log2(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::max(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::min(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::mix(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::modf(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::normalize(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack2x16float(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack2x16snorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack2x16unorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4x8snorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4x8unorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4xI8(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4xU8(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4xI8Clamp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pack4xU8Clamp(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::pow(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::radians(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::reflect(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::refract(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::reverseBits(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::round(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::saturate(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::select_bool(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::select_boolvec(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::sign(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::sin(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::sinh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::smoothstep(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::step(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::sqrt(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::tan(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::tanh(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::transpose(const core::type::Type* ty, VectorRef<const Value*> args, const Source&) { … } Eval::Result Eval::trunc(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack2x16float(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack2x16snorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack2x16unorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack4x8snorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack4x8unorm(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack4xI8(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::unpack4xU8(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::quantizeToF16(const core::type::Type* ty, VectorRef<const Value*> args, const Source& source) { … } Eval::Result Eval::Convert(const core::type::Type* target_ty, const Value* value, const Source& source) { … } diag::Diagnostic& Eval::AddError(const Source& source) const { … } diag::Diagnostic& Eval::AddWarning(const Source& source) const { … } diag::Diagnostic& Eval::AddNote(const Source& source) const { … } } // namespace tint::core::constant
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