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main
src/target_enums.cpp
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Add VSX ISPCTarget enum values and string mappings
16 мар 2026, 21:27
16 мар 2026, 21:27
af9812a
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/* Copyright (c) 2019-2026, Intel Corporation SPDX-License-Identifier: BSD-3-Clause */ /** @file target_enums.cpp @brief Define enums describing target platform. */ #include "target_enums.h" #include "ispc.h" #include "util.h" #include <cstring> namespace ispc { TargetOS operator++(TargetOS &os, int dummy) { using underlying = std::underlying_type_t<TargetOS>; static_assert(static_cast<underlying>(TargetOS::linux) == static_cast<underlying>(TargetOS::windows) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::custom_linux) == static_cast<underlying>(TargetOS::linux) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::freebsd) == static_cast<underlying>(TargetOS::custom_linux) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::macos) == static_cast<underlying>(TargetOS::freebsd) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::android) == static_cast<underlying>(TargetOS::macos) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::ios) == static_cast<underlying>(TargetOS::android) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::ps4) == static_cast<underlying>(TargetOS::ios) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::ps5) == static_cast<underlying>(TargetOS::ps4) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::web) == static_cast<underlying>(TargetOS::ps5) + 1, "Enum TargetOS is not sequential"); static_assert(static_cast<underlying>(TargetOS::error) == static_cast<underlying>(TargetOS::web) + 1, "Enum TargetOS is not sequential"); return os = static_cast<TargetOS>(static_cast<underlying>(os) + 1); } Arch operator++(Arch &arch, int dummy) { using underlying = std::underlying_type_t<Arch>; static_assert(static_cast<underlying>(Arch::x86) == static_cast<underlying>(Arch::none) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::x86_64) == static_cast<underlying>(Arch::x86) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::arm) == static_cast<underlying>(Arch::x86_64) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::aarch64) == static_cast<underlying>(Arch::arm) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::riscv64) == static_cast<underlying>(Arch::aarch64) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::ppc64le) == static_cast<underlying>(Arch::riscv64) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::wasm32) == static_cast<underlying>(Arch::ppc64le) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::wasm64) == static_cast<underlying>(Arch::wasm32) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::xe64) == static_cast<underlying>(Arch::wasm64) + 1, "Enum Arch is not sequential"); static_assert(static_cast<underlying>(Arch::error) == static_cast<underlying>(Arch::xe64) + 1, "Enum Arch is not sequential"); return arch = static_cast<Arch>(static_cast<underlying>(arch) + 1); } ISPCTarget operator++(ISPCTarget &target, int dummy) { using underlying = std::underlying_type_t<ISPCTarget>; static_assert(static_cast<underlying>(ISPCTarget::host) == static_cast<underlying>(ISPCTarget::none) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse2_i32x4) == static_cast<underlying>(ISPCTarget::host) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse2_i32x8) == static_cast<underlying>(ISPCTarget::sse2_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse41_i8x16) == static_cast<underlying>(ISPCTarget::sse2_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse41_i16x8) == static_cast<underlying>(ISPCTarget::sse41_i8x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse41_i32x4) == static_cast<underlying>(ISPCTarget::sse41_i16x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse41_i32x8) == static_cast<underlying>(ISPCTarget::sse41_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse4_i8x16) == static_cast<underlying>(ISPCTarget::sse41_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse4_i16x8) == static_cast<underlying>(ISPCTarget::sse4_i8x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse4_i32x4) == static_cast<underlying>(ISPCTarget::sse4_i16x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::sse4_i32x8) == static_cast<underlying>(ISPCTarget::sse4_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx1_i32x4) == static_cast<underlying>(ISPCTarget::sse4_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx1_i32x8) == static_cast<underlying>(ISPCTarget::avx1_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx1_i32x16) == static_cast<underlying>(ISPCTarget::avx1_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx1_i64x4) == static_cast<underlying>(ISPCTarget::avx1_i32x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i8x32) == static_cast<underlying>(ISPCTarget::avx1_i64x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i16x16) == static_cast<underlying>(ISPCTarget::avx2_i8x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i32x4) == static_cast<underlying>(ISPCTarget::avx2_i16x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i32x8) == static_cast<underlying>(ISPCTarget::avx2_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i32x16) == static_cast<underlying>(ISPCTarget::avx2_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2_i64x4) == static_cast<underlying>(ISPCTarget::avx2_i32x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2vnni_i32x4) == static_cast<underlying>(ISPCTarget::avx2_i64x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2vnni_i32x8) == static_cast<underlying>(ISPCTarget::avx2vnni_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx2vnni_i32x16) == static_cast<underlying>(ISPCTarget::avx2vnni_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x4) == static_cast<underlying>(ISPCTarget::avx2vnni_i32x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x8) == static_cast<underlying>(ISPCTarget::avx512skx_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x16) == static_cast<underlying>(ISPCTarget::avx512skx_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x16_nozmm) == static_cast<underlying>(ISPCTarget::avx512skx_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x32) == static_cast<underlying>(ISPCTarget::avx512skx_x16_nozmm) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512skx_x64) == static_cast<underlying>(ISPCTarget::avx512skx_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x4) == static_cast<underlying>(ISPCTarget::avx512skx_x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x8) == static_cast<underlying>(ISPCTarget::avx512icl_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x16) == static_cast<underlying>(ISPCTarget::avx512icl_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x16_nozmm) == static_cast<underlying>(ISPCTarget::avx512icl_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x32) == static_cast<underlying>(ISPCTarget::avx512icl_x16_nozmm) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512icl_x64) == static_cast<underlying>(ISPCTarget::avx512icl_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512spr_x4) == static_cast<underlying>(ISPCTarget::avx512icl_x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512spr_x8) == static_cast<underlying>(ISPCTarget::avx512spr_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512spr_x16) == static_cast<underlying>(ISPCTarget::avx512spr_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512spr_x32) == static_cast<underlying>(ISPCTarget::avx512spr_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512spr_x64) == static_cast<underlying>(ISPCTarget::avx512spr_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512gnr_x4) == static_cast<underlying>(ISPCTarget::avx512spr_x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512gnr_x8) == static_cast<underlying>(ISPCTarget::avx512gnr_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512gnr_x16) == static_cast<underlying>(ISPCTarget::avx512gnr_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512gnr_x32) == static_cast<underlying>(ISPCTarget::avx512gnr_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx512gnr_x64) == static_cast<underlying>(ISPCTarget::avx512gnr_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx10_2dmr_x4) == static_cast<underlying>(ISPCTarget::avx512gnr_x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx10_2dmr_x8) == static_cast<underlying>(ISPCTarget::avx10_2dmr_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx10_2dmr_x16) == static_cast<underlying>(ISPCTarget::avx10_2dmr_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx10_2dmr_x32) == static_cast<underlying>(ISPCTarget::avx10_2dmr_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::avx10_2dmr_x64) == static_cast<underlying>(ISPCTarget::avx10_2dmr_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i8x16) == static_cast<underlying>(ISPCTarget::avx10_2dmr_x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i8x32) == static_cast<underlying>(ISPCTarget::neon_i8x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i16x8) == static_cast<underlying>(ISPCTarget::neon_i8x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i16x16) == static_cast<underlying>(ISPCTarget::neon_i16x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i32x4) == static_cast<underlying>(ISPCTarget::neon_i16x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::neon_i32x8) == static_cast<underlying>(ISPCTarget::neon_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i8x16) == static_cast<underlying>(ISPCTarget::neon_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i8x32) == static_cast<underlying>(ISPCTarget::vsx_i8x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i16x8) == static_cast<underlying>(ISPCTarget::vsx_i8x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i16x16) == static_cast<underlying>(ISPCTarget::vsx_i16x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i32x4) == static_cast<underlying>(ISPCTarget::vsx_i16x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::vsx_i32x8) == static_cast<underlying>(ISPCTarget::vsx_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::rvv_x4) == static_cast<underlying>(ISPCTarget::vsx_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::wasm_i32x4) == static_cast<underlying>(ISPCTarget::rvv_x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xelp_x8) == static_cast<underlying>(ISPCTarget::wasm_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xelp_x16) == static_cast<underlying>(ISPCTarget::xelp_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xehpg_x8) == static_cast<underlying>(ISPCTarget::xelp_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xehpg_x16) == static_cast<underlying>(ISPCTarget::xehpg_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xehpc_x16) == static_cast<underlying>(ISPCTarget::xehpg_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xehpc_x32) == static_cast<underlying>(ISPCTarget::xehpc_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xelpg_x8) == static_cast<underlying>(ISPCTarget::xehpc_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xelpg_x16) == static_cast<underlying>(ISPCTarget::xelpg_x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xe2hpg_x16) == static_cast<underlying>(ISPCTarget::xelpg_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xe2hpg_x32) == static_cast<underlying>(ISPCTarget::xe2hpg_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xe2lpg_x16) == static_cast<underlying>(ISPCTarget::xe2hpg_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::xe2lpg_x32) == static_cast<underlying>(ISPCTarget::xe2lpg_x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i1x4) == static_cast<underlying>(ISPCTarget::xe2lpg_x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i1x8) == static_cast<underlying>(ISPCTarget::generic_i1x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i1x16) == static_cast<underlying>(ISPCTarget::generic_i1x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i1x32) == static_cast<underlying>(ISPCTarget::generic_i1x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i1x64) == static_cast<underlying>(ISPCTarget::generic_i1x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i8x16) == static_cast<underlying>(ISPCTarget::generic_i1x64) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i8x32) == static_cast<underlying>(ISPCTarget::generic_i8x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i16x8) == static_cast<underlying>(ISPCTarget::generic_i8x32) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i16x16) == static_cast<underlying>(ISPCTarget::generic_i16x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i32x4) == static_cast<underlying>(ISPCTarget::generic_i16x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i32x8) == static_cast<underlying>(ISPCTarget::generic_i32x4) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i32x16) == static_cast<underlying>(ISPCTarget::generic_i32x8) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::generic_i64x4) == static_cast<underlying>(ISPCTarget::generic_i32x16) + 1, "Enum ISPCTarget is not sequential"); static_assert(static_cast<underlying>(ISPCTarget::error) == static_cast<underlying>(ISPCTarget::generic_i64x4) + 1, "Enum ISPCTarget is not sequential"); return target = static_cast<ISPCTarget>(static_cast<underlying>(target) + 1); } Arch ParseArch(std::string arch) { if (arch == "x86") { return Arch::x86; } else if (arch == "x86_64" || arch == "x86-64") { return Arch::x86_64; } else if (arch == "arm") { return Arch::arm; } else if (arch == "aarch64") { return Arch::aarch64; } else if (arch == "riscv64") { return Arch::riscv64; } else if (arch == "ppc64le") { return Arch::ppc64le; } else if (arch == "wasm32") { return Arch::wasm32; } else if (arch == "wasm64") { return Arch::wasm64; } else if (arch == "xe64") { return Arch::xe64; } return Arch::error; } std::string ArchToString(Arch arch) { switch (arch) { case Arch::none: return "none"; case Arch::x86: return "x86"; case Arch::x86_64: return "x86-64"; case Arch::arm: return "arm"; case Arch::aarch64: return "aarch64"; case Arch::riscv64: return "riscv64"; case Arch::ppc64le: return "ppc64le"; case Arch::wasm32: return "wasm32"; case Arch::wasm64: return "wasm64"; case Arch::xe64: return "xe64"; case Arch::error: return "error"; default: // none and error are not supposed to be printed. Error(SourcePos(), "Invalid arch is processed"); exit(1); } return "error"; } ISPCTarget ParseISPCTarget(std::string target) { // TODO: ensure skx-i32x8 is not enabled and linked for earli LLVM version. // The first matching string for each target is the canonical way to name the target, // all other strings are aliases. if (target == "host") { return ISPCTarget::host; } else if (target == "sse2-i32x4" || target == "sse2") { return ISPCTarget::sse2_i32x4; } else if (target == "sse2-i32x8" || target == "sse2-x2") { return ISPCTarget::sse2_i32x8; } else if (target == "sse4-i8x16" || target == "sse4.2-i8x16") { return ISPCTarget::sse4_i8x16; } else if (target == "sse4-i16x8" || target == "sse4.2-i16x8") { return ISPCTarget::sse4_i16x8; } else if (target == "sse4-i32x4" || target == "sse4" || target == "sse4.2-i32x4") { return ISPCTarget::sse4_i32x4; } else if (target == "sse4-i32x8" || target == "sse4-x2" || target == "sse4x2" || target == "sse4.2-i32x8") { return ISPCTarget::sse4_i32x8; } else if (target == "sse4.1-i8x16") { return ISPCTarget::sse41_i8x16; } else if (target == "sse4.1-i16x8") { return ISPCTarget::sse41_i16x8; } else if (target == "sse4.1-i32x4") { return ISPCTarget::sse41_i32x4; } else if (target == "sse4.1-i32x8") { return ISPCTarget::sse41_i32x8; } else if (target == "avx1-i32x4") { return ISPCTarget::avx1_i32x4; } else if (target == "avx1-i32x8" || target == "avx" || target == "avx1") { return ISPCTarget::avx1_i32x8; } else if (target == "avx1-i64x4" || target == "avx-i64x4") { return ISPCTarget::avx1_i64x4; } else if (target == "avx1-i32x16" || target == "avx-x2" || target == "avx1-x2") { return ISPCTarget::avx1_i32x16; } else if (target == "avx2-i8x32") { return ISPCTarget::avx2_i8x32; } else if (target == "avx2-i16x16") { return ISPCTarget::avx2_i16x16; } else if (target == "avx2-i32x4") { return ISPCTarget::avx2_i32x4; } else if (target == "avx2-i32x8" || target == "avx2") { return ISPCTarget::avx2_i32x8; } else if (target == "avx2-i64x4") { return ISPCTarget::avx2_i64x4; } else if (target == "avx2-i32x16" || target == "avx2-x2") { return ISPCTarget::avx2_i32x16; } else if (target == "avx2vnni-i32x4") { return ISPCTarget::avx2vnni_i32x4; } else if (target == "avx2vnni-i32x8") { return ISPCTarget::avx2vnni_i32x8; } else if (target == "avx2vnni-i32x16") { return ISPCTarget::avx2vnni_i32x16; } else if (target == "avx512skx-x4" || target == "avx512skx-i32x4") { return ISPCTarget::avx512skx_x4; } else if (target == "avx512skx-x8" || target == "avx512skx-i32x8") { return ISPCTarget::avx512skx_x8; } else if (target == "avx512skx-x16" || target == "avx512skx-i32x16") { return ISPCTarget::avx512skx_x16; } else if (target == "avx512skx-x16-nozmm") { return ISPCTarget::avx512skx_x16_nozmm; } else if (target == "avx512skx-x32" || target == "avx512skx-i16x32") { return ISPCTarget::avx512skx_x32; } else if (target == "avx512skx-x64" || target == "avx512skx-i8x64") { return ISPCTarget::avx512skx_x64; } else if (target == "avx512icl-x4") { return ISPCTarget::avx512icl_x4; } else if (target == "avx512icl-x8") { return ISPCTarget::avx512icl_x8; } else if (target == "avx512icl-x16") { return ISPCTarget::avx512icl_x16; } else if (target == "avx512icl-x16-nozmm") { return ISPCTarget::avx512icl_x16_nozmm; } else if (target == "avx512icl-x32") { return ISPCTarget::avx512icl_x32; } else if (target == "avx512icl-x64") { return ISPCTarget::avx512icl_x64; } else if (target == "avx512spr-x4") { return ISPCTarget::avx512spr_x4; } else if (target == "avx512spr-x8") { return ISPCTarget::avx512spr_x8; } else if (target == "avx512spr-x16") { return ISPCTarget::avx512spr_x16; } else if (target == "avx512spr-x32") { return ISPCTarget::avx512spr_x32; } else if (target == "avx512spr-x64") { return ISPCTarget::avx512spr_x64; } else if (target == "avx512gnr-x4") { return ISPCTarget::avx512gnr_x4; } else if (target == "avx512gnr-x8") { return ISPCTarget::avx512gnr_x8; } else if (target == "avx512gnr-x16") { return ISPCTarget::avx512gnr_x16; } else if (target == "avx512gnr-x32") { return ISPCTarget::avx512gnr_x32; } else if (target == "avx512gnr-x64") { return ISPCTarget::avx512gnr_x64; #if ISPC_LLVM_VERSION >= ISPC_LLVM_20_0 } else if (target == "avx10.2dmr-x4") { return ISPCTarget::avx10_2dmr_x4; } else if (target == "avx10.2dmr-x8") { return ISPCTarget::avx10_2dmr_x8; } else if (target == "avx10.2dmr-x16") { return ISPCTarget::avx10_2dmr_x16; } else if (target == "avx10.2dmr-x32") { return ISPCTarget::avx10_2dmr_x32; } else if (target == "avx10.2dmr-x64") { return ISPCTarget::avx10_2dmr_x64; #endif } else if (target == "neon-i8x16") { return ISPCTarget::neon_i8x16; } else if (target == "neon-i8x32") { return ISPCTarget::neon_i8x32; } else if (target == "neon-i16x8") { return ISPCTarget::neon_i16x8; } else if (target == "neon-i16x16") { return ISPCTarget::neon_i16x16; } else if (target == "neon-i32x4" || target == "neon") { return ISPCTarget::neon_i32x4; } else if (target == "neon-i32x8") { return ISPCTarget::neon_i32x8; } else if (target == "vsx-i8x16") { return ISPCTarget::vsx_i8x16; } else if (target == "vsx-i8x32") { return ISPCTarget::vsx_i8x32; } else if (target == "vsx-i16x8") { return ISPCTarget::vsx_i16x8; } else if (target == "vsx-i16x16") { return ISPCTarget::vsx_i16x16; } else if (target == "vsx-i32x4" || target == "vsx") { return ISPCTarget::vsx_i32x4; } else if (target == "vsx-i32x8") { return ISPCTarget::vsx_i32x8; } else if (target == "rvv-x4") { return ISPCTarget::rvv_x4; } else if (target == "wasm-i32x4") { return ISPCTarget::wasm_i32x4; } else if (target == "xelp-x8") { return ISPCTarget::xelp_x8; } else if (target == "xelp-x16" || target == "xelp") { return ISPCTarget::xelp_x16; } else if (target == "xehpg-x8") { return ISPCTarget::xehpg_x8; } else if (target == "xehpg-x16") { return ISPCTarget::xehpg_x16; } else if (target == "xehpc-x16") { return ISPCTarget::xehpc_x16; } else if (target == "xehpc-x32") { return ISPCTarget::xehpc_x32; } else if (target == "xelpg-x8") { return ISPCTarget::xelpg_x8; } else if (target == "xelpg-x16") { return ISPCTarget::xelpg_x16; } else if (target == "xe2hpg-x16") { return ISPCTarget::xe2hpg_x16; } else if (target == "xe2hpg-x32") { return ISPCTarget::xe2hpg_x32; } else if (target == "xe2lpg-x16") { return ISPCTarget::xe2lpg_x16; } else if (target == "xe2lpg-x32") { return ISPCTarget::xe2lpg_x32; } else if (target == "generic-i1x4") { return ISPCTarget::generic_i1x4; } else if (target == "generic-i1x8") { return ISPCTarget::generic_i1x8; } else if (target == "generic-i1x16") { return ISPCTarget::generic_i1x16; } else if (target == "generic-i1x32") { return ISPCTarget::generic_i1x32; } else if (target == "generic-i1x64") { return ISPCTarget::generic_i1x64; } else if (target == "generic-i8x16") { return ISPCTarget::generic_i8x16; } else if (target == "generic-i8x32") { return ISPCTarget::generic_i8x32; } else if (target == "generic-i16x8") { return ISPCTarget::generic_i16x8; } else if (target == "generic-i16x16") { return ISPCTarget::generic_i16x16; } else if (target == "generic-i32x4") { return ISPCTarget::generic_i32x4; } else if (target == "generic-i32x8") { return ISPCTarget::generic_i32x8; } else if (target == "generic-i32x16") { return ISPCTarget::generic_i32x16; } else if (target == "generic-i64x4") { return ISPCTarget::generic_i64x4; } return ISPCTarget::error; } // Given a comma-delimited string with one or more compilation targets of // the form "sse4-i32x4,avx2-i32x8", return a pair. First element of the pair is a vector // of correctly parsed targets, second element of the pair is a strings with targets, which // were not recognized. std::pair<std::vector<ISPCTarget>, std::string> ParseISPCTargets(const char *target) { std::vector<ISPCTarget> targets; std::string error_target; const char *tstart = target; bool done = false; while (!done) { const char *tend = strchr(tstart, ','); if (tend == nullptr) { done = true; tend = strchr(tstart, '\0'); } std::string target_string = std::string(tstart, tend); ISPCTarget target_parsed = ParseISPCTarget(target_string); if (target_parsed == ISPCTarget::error) { if (!error_target.empty()) { error_target += ","; } error_target += target_string; } else { targets.push_back(target_parsed); } tstart = tend + 1; } return std::make_pair(targets, error_target); } std::string ISPCTargetToString(ISPCTarget target) { switch (target) { case ISPCTarget::host: return "host"; case ISPCTarget::sse2_i32x4: return "sse2-i32x4"; case ISPCTarget::sse2_i32x8: return "sse2-i32x8"; case ISPCTarget::sse41_i8x16: return "sse4.1-i8x16"; case ISPCTarget::sse41_i16x8: return "sse4.1-i16x8"; case ISPCTarget::sse41_i32x4: return "sse4.1-i32x4"; case ISPCTarget::sse41_i32x8: return "sse4.1-i32x8"; case ISPCTarget::sse4_i8x16: return "sse4.2-i8x16"; case ISPCTarget::sse4_i16x8: return "sse4.2-i16x8"; case ISPCTarget::sse4_i32x4: return "sse4.2-i32x4"; case ISPCTarget::sse4_i32x8: return "sse4.2-i32x8"; case ISPCTarget::avx1_i32x4: return "avx1-i32x4"; case ISPCTarget::avx1_i32x8: return "avx1-i32x8"; case ISPCTarget::avx1_i32x16: return "avx1-i32x16"; case ISPCTarget::avx1_i64x4: return "avx1-i64x4"; case ISPCTarget::avx2_i8x32: return "avx2-i8x32"; case ISPCTarget::avx2_i16x16: return "avx2-i16x16"; case ISPCTarget::avx2_i32x4: return "avx2-i32x4"; case ISPCTarget::avx2_i32x8: return "avx2-i32x8"; case ISPCTarget::avx2_i32x16: return "avx2-i32x16"; case ISPCTarget::avx2_i64x4: return "avx2-i64x4"; case ISPCTarget::avx2vnni_i32x4: return "avx2vnni-i32x4"; case ISPCTarget::avx2vnni_i32x8: return "avx2vnni-i32x8"; case ISPCTarget::avx2vnni_i32x16: return "avx2vnni-i32x16"; case ISPCTarget::avx512skx_x4: return "avx512skx-x4"; case ISPCTarget::avx512skx_x8: return "avx512skx-x8"; case ISPCTarget::avx512skx_x16: case ISPCTarget::avx512skx_x16_nozmm: return "avx512skx-x16"; case ISPCTarget::avx512skx_x32: return "avx512skx-x32"; case ISPCTarget::avx512skx_x64: return "avx512skx-x64"; case ISPCTarget::avx512icl_x4: return "avx512icl-x4"; case ISPCTarget::avx512icl_x8: return "avx512icl-x8"; case ISPCTarget::avx512icl_x16: case ISPCTarget::avx512icl_x16_nozmm: return "avx512icl-x16"; case ISPCTarget::avx512icl_x32: return "avx512icl-x32"; case ISPCTarget::avx512icl_x64: return "avx512icl-x64"; case ISPCTarget::avx512spr_x4: return "avx512spr-x4"; case ISPCTarget::avx512spr_x8: return "avx512spr-x8"; case ISPCTarget::avx512spr_x16: return "avx512spr-x16"; case ISPCTarget::avx512spr_x32: return "avx512spr-x32"; case ISPCTarget::avx512spr_x64: return "avx512spr-x64"; case ISPCTarget::avx512gnr_x4: return "avx512gnr-x4"; case ISPCTarget::avx512gnr_x8: return "avx512gnr-x8"; case ISPCTarget::avx512gnr_x16: return "avx512gnr-x16"; case ISPCTarget::avx512gnr_x32: return "avx512gnr-x32"; case ISPCTarget::avx512gnr_x64: return "avx512gnr-x64"; case ISPCTarget::avx10_2dmr_x4: return "avx10.2dmr-x4"; case ISPCTarget::avx10_2dmr_x8: return "avx10.2dmr-x8"; case ISPCTarget::avx10_2dmr_x16: return "avx10.2dmr-x16"; case ISPCTarget::avx10_2dmr_x32: return "avx10.2dmr-x32"; case ISPCTarget::avx10_2dmr_x64: return "avx10.2dmr-x64"; case ISPCTarget::neon_i8x16: return "neon-i8x16"; case ISPCTarget::neon_i8x32: return "neon-i8x32"; case ISPCTarget::neon_i16x8: return "neon-i16x8"; case ISPCTarget::neon_i16x16: return "neon-i16x16"; case ISPCTarget::neon_i32x4: return "neon-i32x4"; case ISPCTarget::neon_i32x8: return "neon-i32x8"; case ISPCTarget::vsx_i8x16: return "vsx-i8x16"; case ISPCTarget::vsx_i8x32: return "vsx-i8x32"; case ISPCTarget::vsx_i16x8: return "vsx-i16x8"; case ISPCTarget::vsx_i16x16: return "vsx-i16x16"; case ISPCTarget::vsx_i32x4: return "vsx-i32x4"; case ISPCTarget::vsx_i32x8: return "vsx-i32x8"; case ISPCTarget::rvv_x4: return "rvv-x4"; case ISPCTarget::wasm_i32x4: return "wasm-i32x4"; case ISPCTarget::xelp_x8: return "xelp-x8"; case ISPCTarget::xelp_x16: return "xelp-x16"; case ISPCTarget::xehpg_x8: return "xehpg-x8"; case ISPCTarget::xehpg_x16: return "xehpg-x16"; case ISPCTarget::xehpc_x16: return "xehpc-x16"; case ISPCTarget::xehpc_x32: return "xehpc-x32"; case ISPCTarget::xelpg_x8: return "xelpg-x8"; case ISPCTarget::xelpg_x16: return "xelpg-x16"; case ISPCTarget::xe2hpg_x16: return "xe2hpg-x16"; case ISPCTarget::xe2hpg_x32: return "xe2hpg-x32"; case ISPCTarget::xe2lpg_x16: return "xe2lpg-x16"; case ISPCTarget::xe2lpg_x32: return "xe2lpg-x32"; case ISPCTarget::generic_i1x4: return "generic-i1x4"; case ISPCTarget::generic_i1x8: return "generic-i1x8"; case ISPCTarget::generic_i1x16: return "generic-i1x16"; case ISPCTarget::generic_i1x32: return "generic-i1x32"; case ISPCTarget::generic_i1x64: return "generic-i1x64"; case ISPCTarget::generic_i8x16: return "generic-i8x16"; case ISPCTarget::generic_i8x32: return "generic-i8x32"; case ISPCTarget::generic_i16x8: return "generic-i16x8"; case ISPCTarget::generic_i16x16: return "generic-i16x16"; case ISPCTarget::generic_i32x4: return "generic-i32x4"; case ISPCTarget::generic_i32x8: return "generic-i32x8"; case ISPCTarget::generic_i32x16: return "generic-i32x16"; case ISPCTarget::generic_i64x4: return "generic-i64x4"; case ISPCTarget::none: return "none"; case ISPCTarget::error: // Fall through ; } Error(SourcePos(), "Invalid ISPCTarget is processed"); exit(1); } bool ISPCTargetIsX86(ISPCTarget target) { switch (target) { case ISPCTarget::sse2_i32x4: case ISPCTarget::sse2_i32x8: case ISPCTarget::sse41_i8x16: case ISPCTarget::sse41_i16x8: case ISPCTarget::sse41_i32x4: case ISPCTarget::sse41_i32x8: case ISPCTarget::sse4_i8x16: case ISPCTarget::sse4_i16x8: case ISPCTarget::sse4_i32x4: case ISPCTarget::sse4_i32x8: case ISPCTarget::avx1_i32x4: case ISPCTarget::avx1_i32x8: case ISPCTarget::avx1_i32x16: case ISPCTarget::avx1_i64x4: case ISPCTarget::avx2_i8x32: case ISPCTarget::avx2_i16x16: case ISPCTarget::avx2_i32x4: case ISPCTarget::avx2_i32x8: case ISPCTarget::avx2_i32x16: case ISPCTarget::avx2_i64x4: case ISPCTarget::avx2vnni_i32x4: case ISPCTarget::avx2vnni_i32x8: case ISPCTarget::avx2vnni_i32x16: case ISPCTarget::avx512skx_x4: case ISPCTarget::avx512skx_x8: case ISPCTarget::avx512skx_x16: case ISPCTarget::avx512skx_x16_nozmm: case ISPCTarget::avx512skx_x32: case ISPCTarget::avx512skx_x64: case ISPCTarget::avx512icl_x4: case ISPCTarget::avx512icl_x8: case ISPCTarget::avx512icl_x16: case ISPCTarget::avx512icl_x16_nozmm: case ISPCTarget::avx512icl_x32: case ISPCTarget::avx512icl_x64: case ISPCTarget::avx512spr_x4: case ISPCTarget::avx512spr_x8: case ISPCTarget::avx512spr_x16: case ISPCTarget::avx512spr_x32: case ISPCTarget::avx512spr_x64: case ISPCTarget::avx512gnr_x4: case ISPCTarget::avx512gnr_x8: case ISPCTarget::avx512gnr_x16: case ISPCTarget::avx512gnr_x32: case ISPCTarget::avx512gnr_x64: case ISPCTarget::avx10_2dmr_x4: case ISPCTarget::avx10_2dmr_x8: case ISPCTarget::avx10_2dmr_x16: case ISPCTarget::avx10_2dmr_x32: case ISPCTarget::avx10_2dmr_x64: return true; default: return false; } } bool ISPCTargetIsNeon(ISPCTarget target) { switch (target) { case ISPCTarget::neon_i8x16: case ISPCTarget::neon_i8x32: case ISPCTarget::neon_i16x8: case ISPCTarget::neon_i16x16: case ISPCTarget::neon_i32x4: case ISPCTarget::neon_i32x8: return true; default: return false; } } bool ISPCTargetIsRiscV(ISPCTarget target) { switch (target) { case ISPCTarget::rvv_x4: return true; default: return false; } } bool ISPCTargetIsWasm(ISPCTarget target) { switch (target) { case ISPCTarget::wasm_i32x4: return true; default: return false; } } bool ISPCTargetIsGen(ISPCTarget target) { switch (target) { case ISPCTarget::xelp_x8: case ISPCTarget::xelp_x16: case ISPCTarget::xehpg_x8: case ISPCTarget::xehpg_x16: case ISPCTarget::xehpc_x16: case ISPCTarget::xehpc_x32: case ISPCTarget::xelpg_x8: case ISPCTarget::xelpg_x16: case ISPCTarget::xe2hpg_x16: case ISPCTarget::xe2hpg_x32: case ISPCTarget::xe2lpg_x16: case ISPCTarget::xe2lpg_x32: return true; default: return false; } } bool ISPCTargetIsGeneric(ISPCTarget target) { switch (target) { case ISPCTarget::generic_i1x4: case ISPCTarget::generic_i1x8: case ISPCTarget::generic_i1x16: case ISPCTarget::generic_i1x32: case ISPCTarget::generic_i1x64: case ISPCTarget::generic_i8x16: case ISPCTarget::generic_i8x32: case ISPCTarget::generic_i16x8: case ISPCTarget::generic_i16x16: case ISPCTarget::generic_i32x4: case ISPCTarget::generic_i32x8: case ISPCTarget::generic_i32x16: case ISPCTarget::generic_i64x4: return true; default: return false; } } bool ISPCTargetIsVSX(ISPCTarget target) { switch (target) { case ISPCTarget::vsx_i8x16: case ISPCTarget::vsx_i8x32: case ISPCTarget::vsx_i16x8: case ISPCTarget::vsx_i16x16: case ISPCTarget::vsx_i32x4: case ISPCTarget::vsx_i32x8: return true; default: return false; } } TargetOS ParseOS(std::string os) { std::string supportedOses = g->target_registry->getSupportedOSes().c_str(); if (supportedOses.find(os) == std::string::npos) { return TargetOS::error; } if (os == "windows") { return TargetOS::windows; } else if (os == "linux") { return TargetOS::linux; } else if (os == "custom_linux") { return TargetOS::custom_linux; } else if (os == "freebsd") { return TargetOS::freebsd; } else if (os == "macos") { return TargetOS::macos; } else if (os == "android") { return TargetOS::android; } else if (os == "ios") { return TargetOS::ios; } else if (os == "ps4") { return TargetOS::ps4; } else if (os == "ps5") { return TargetOS::ps5; } else if (os == "web") { return TargetOS::web; } return TargetOS::error; } std::string OSToString(TargetOS os) { switch (os) { case TargetOS::windows: return "Windows"; case TargetOS::linux: return "Linux"; case TargetOS::custom_linux: return "Linux (custom)"; case TargetOS::freebsd: return "FreeBSD"; case TargetOS::macos: return "macOS"; case TargetOS::android: return "Android"; case TargetOS::ios: return "iOS"; case TargetOS::ps4: return "PS4"; case TargetOS::ps5: return "PS5"; case TargetOS::web: return "web"; case TargetOS::error: return "error"; } UNREACHABLE(); } std::string OSToLowerString(TargetOS os) { switch (os) { case TargetOS::windows: return "windows"; case TargetOS::linux: return "linux"; case TargetOS::custom_linux: return "custom_linux"; case TargetOS::freebsd: return "freebsd"; case TargetOS::macos: return "macos"; case TargetOS::android: return "android"; case TargetOS::ios: return "ios"; case TargetOS::ps4: return "ps4"; case TargetOS::ps5: return "ps5"; case TargetOS::web: return "web"; case TargetOS::error: return "error"; } UNREACHABLE(); } TargetOS GetHostOS() { #if defined(ISPC_HOST_IS_WINDOWS) && !defined(ISPC_WINDOWS_TARGET_OFF) return TargetOS::windows; #elif defined(ISPC_HOST_IS_LINUX) && !defined(ISPC_LINUX_TARGET_OFF) return TargetOS::linux; #elif defined(ISPC_HOST_IS_FREEBSD) && !defined(ISPC_FREEBSD_TARGET_OFF) return TargetOS::freebsd; #elif defined(ISPC_HOST_IS_APPLE) && !defined(ISPC_MACOS_TARGET_OFF) return TargetOS::macos; #else return TargetOS::error; #endif } } // namespace ispc