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Makefile
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# 'make' builds libHalide.a, the internal test suite, and runs the internal test suite
# 'make run_tests' builds and runs all the end-to-end tests in the test subdirectory
# 'make {error,performance}_foo' builds and runs test/{...}/foo.cpp for any
# cpp file in the corresponding subdirectory of the test folder
# 'make test_foo' builds and runs test/correctness/foo.cpp for any
# cpp file in the correctness/ subdirectoy of the test folder
# 'make test_apps' checks some of the apps build and run (but does not check their output)
# 'make time_compilation_tests' records the compile time for each test module into a csv file.
# For correctness and performance tests this include halide build time and run time. For
# the tests in test/generator/ this times only the halide build time.
UNAME = $(shell uname)
ifeq ($(OS), Windows_NT)
# assume we are building for the MinGW environment
COMMON_LD_FLAGS=-luuid -lole32 -lpthread -lz -Wl,--stack,8388608
SHARED_EXT=dll
FPIC=
else
# let's assume "normal" UNIX such as linux
COMMON_LD_FLAGS=-ldl -lpthread -lz
FPIC=-fPIC
ifeq ($(UNAME), Darwin)
SHARED_EXT=dylib
else
SHARED_EXT=so
endif
endif
ifeq ($(UNAME), Darwin)
# Anything that we us install_name_tool on needs these linker flags
# to ensure there is enough padding for install_name_tool to use
INSTALL_NAME_TOOL_LD_FLAGS=-Wl,-headerpad_max_install_names
else
INSTALL_NAME_TOOL_LD_FLAGS=
endif
BAZEL ?= $(shell which bazel)
SHELL = bash
CXX ?= g++
PREFIX ?= /usr/local
LLVM_CONFIG ?= llvm-config
LLVM_COMPONENTS= $(shell $(LLVM_CONFIG) --components)
LLVM_VERSION = $(shell $(LLVM_CONFIG) --version | cut -b 1-3)
LLVM_FULL_VERSION = $(shell $(LLVM_CONFIG) --version)
CLANG ?= clang
CLANG_VERSION = $(shell $(CLANG) --version)
LLVM_BINDIR = $(shell $(LLVM_CONFIG) --bindir | sed -e 's/\\/\//g' -e 's/\([a-zA-Z]\):/\/\1/g')
LLVM_LIBDIR = $(shell $(LLVM_CONFIG) --libdir | sed -e 's/\\/\//g' -e 's/\([a-zA-Z]\):/\/\1/g')
LLVM_SYSTEM_LIBS=$(shell ${LLVM_CONFIG} --system-libs --link-static | sed -e 's/[\/&]/\\&/g')
LLVM_AS = $(LLVM_BINDIR)/llvm-as
LLVM_NM = $(LLVM_BINDIR)/llvm-nm
LLVM_CXX_FLAGS = -std=c++11 $(filter-out -O% -g -fomit-frame-pointer -pedantic -W% -W, $(shell $(LLVM_CONFIG) --cxxflags | sed -e 's/\\/\//g' -e 's/\([a-zA-Z]\):/\/\1/g;s/-D/ -D/g;s/-O/ -O/g'))
OPTIMIZE ?= -O3
OPTIMIZE_FOR_BUILD_TIME ?= -O0
SANITIZER_FLAGS ?=
# TODO: this is suboptimal hackery; we should really add the relevant
# support libs for the sanitizer(s) as weak symbols in Codegen_LLVM.
# (Note also that, in general, most Sanitizers work most reliably with an all-Clang
# build system.)
ifneq (,$(findstring tsan,$(HL_TARGET)$(HL_JIT_TARGET)))
# Note that attempting to use TSAN with the JIT can produce false positives
# if libHalide is not also compiled with TSAN enabled; we tack the relevant
# flag onto OPTIMIZE here, but that's really only effective if you ensure
# to do a clean build before testing. (In general, most of the Sanitizers
# only work well when used in a completely clean environment.)
OPTIMIZE += -fsanitize=thread
SANITIZER_FLAGS += -fsanitize=thread
endif
ifneq (,$(findstring asan,$(HL_TARGET)$(HL_JIT_TARGET)))
OPTIMIZE += -fsanitize=address
SANITIZER_FLAGS += -fsanitize=address
endif
COMMON_LD_FLAGS += $(SANITIZER_FLAGS)
LLVM_VERSION_TIMES_10 = $(shell $(LLVM_CONFIG) --version | cut -b 1,3)
LLVM_CXX_FLAGS += -DLLVM_VERSION=$(LLVM_VERSION_TIMES_10)
# All WITH_* flags are either empty or not-empty. They do not behave
# like true/false values in most languages. To turn one off, either
# edit this file, add "WITH_FOO=" (no assigned value) to the make
# line, or define an environment variable WITH_FOO that has an empty
# value.
WITH_X86 ?= $(findstring x86, $(LLVM_COMPONENTS))
WITH_ARM ?= $(findstring arm, $(LLVM_COMPONENTS))
WITH_HEXAGON ?= $(findstring hexagon, $(LLVM_COMPONENTS))
WITH_MIPS ?= $(findstring mips, $(LLVM_COMPONENTS))
WITH_AARCH64 ?= $(findstring aarch64, $(LLVM_COMPONENTS))
WITH_POWERPC ?= $(findstring powerpc, $(LLVM_COMPONENTS))
WITH_PTX ?= $(findstring nvptx, $(LLVM_COMPONENTS))
# AMDGPU target is WIP
WITH_AMDGPU ?= $(findstring amdgpu, $(LLVM_COMPONENTS))
WITH_OPENCL ?= not-empty
WITH_METAL ?= not-empty
WITH_OPENGL ?= not-empty
WITH_D3D12 ?= not-empty
ifeq ($(OS), Windows_NT)
WITH_INTROSPECTION ?=
else
WITH_INTROSPECTION ?= not-empty
endif
WITH_EXCEPTIONS ?=
WITH_LLVM_INSIDE_SHARED_LIBHALIDE ?= not-empty
# If HL_TARGET or HL_JIT_TARGET aren't set, use host
HL_TARGET ?= host
HL_JIT_TARGET ?= host
X86_CXX_FLAGS=$(if $(WITH_X86), -DWITH_X86=1, )
X86_LLVM_CONFIG_LIB=$(if $(WITH_X86), x86, )
ARM_CXX_FLAGS=$(if $(WITH_ARM), -DWITH_ARM=1, )
ARM_LLVM_CONFIG_LIB=$(if $(WITH_ARM), arm, )
MIPS_CXX_FLAGS=$(if $(WITH_MIPS), -DWITH_MIPS=1, )
MIPS_LLVM_CONFIG_LIB=$(if $(WITH_MIPS), mips, )
POWERPC_CXX_FLAGS=$(if $(WITH_POWERPC), -DWITH_POWERPC=1, )
POWERPC_LLVM_CONFIG_LIB=$(if $(WITH_POWERPC), powerpc, )
PTX_CXX_FLAGS=$(if $(WITH_PTX), -DWITH_PTX=1, )
PTX_LLVM_CONFIG_LIB=$(if $(WITH_PTX), nvptx, )
PTX_DEVICE_INITIAL_MODULES=$(if $(WITH_PTX), libdevice.compute_20.10.bc libdevice.compute_30.10.bc libdevice.compute_35.10.bc, )
AMDGPU_CXX_FLAGS=$(if $(WITH_AMDGPU), -DWITH_AMDGPU=1, )
AMDGPU_LLVM_CONFIG_LIB=$(if $(WITH_AMDGPU), amdgpu, )
# TODO add bitcode files
OPENCL_CXX_FLAGS=$(if $(WITH_OPENCL), -DWITH_OPENCL=1, )
OPENCL_LLVM_CONFIG_LIB=$(if $(WITH_OPENCL), , )
METAL_CXX_FLAGS=$(if $(WITH_METAL), -DWITH_METAL=1, )
METAL_LLVM_CONFIG_LIB=$(if $(WITH_METAL), , )
OPENGL_CXX_FLAGS=$(if $(WITH_OPENGL), -DWITH_OPENGL=1, )
D3D12_CXX_FLAGS=$(if $(WITH_D3D12), -DWITH_D3D12=1, )
D3D12_LLVM_CONFIG_LIB=$(if $(WITH_D3D12), , )
AARCH64_CXX_FLAGS=$(if $(WITH_AARCH64), -DWITH_AARCH64=1, )
AARCH64_LLVM_CONFIG_LIB=$(if $(WITH_AARCH64), aarch64, )
INTROSPECTION_CXX_FLAGS=$(if $(WITH_INTROSPECTION), -DWITH_INTROSPECTION, )
EXCEPTIONS_CXX_FLAGS=$(if $(WITH_EXCEPTIONS), -DWITH_EXCEPTIONS, )
HEXAGON_CXX_FLAGS=$(if $(WITH_HEXAGON), -DWITH_HEXAGON=1, )
HEXAGON_LLVM_CONFIG_LIB=$(if $(WITH_HEXAGON), hexagon, )
LLVM_HAS_NO_RTTI = $(findstring -fno-rtti, $(LLVM_CXX_FLAGS))
WITH_RTTI ?= $(if $(LLVM_HAS_NO_RTTI),, not-empty)
RTTI_CXX_FLAGS=$(if $(WITH_RTTI), , -fno-rtti )
CXX_WARNING_FLAGS = -Wall -Werror -Wno-unused-function -Wcast-qual -Wignored-qualifiers -Wno-comment -Wsign-compare -Wno-unknown-warning-option -Wno-psabi
CXX_FLAGS = $(CXX_WARNING_FLAGS) $(RTTI_CXX_FLAGS) -Woverloaded-virtual $(FPIC) $(OPTIMIZE) -fno-omit-frame-pointer -DCOMPILING_HALIDE
CXX_FLAGS += $(LLVM_CXX_FLAGS)
CXX_FLAGS += $(PTX_CXX_FLAGS)
CXX_FLAGS += $(ARM_CXX_FLAGS)
CXX_FLAGS += $(HEXAGON_CXX_FLAGS)
CXX_FLAGS += $(AARCH64_CXX_FLAGS)
CXX_FLAGS += $(X86_CXX_FLAGS)
CXX_FLAGS += $(OPENCL_CXX_FLAGS)
CXX_FLAGS += $(METAL_CXX_FLAGS)
CXX_FLAGS += $(OPENGL_CXX_FLAGS)
CXX_FLAGS += $(D3D12_CXX_FLAGS)
CXX_FLAGS += $(MIPS_CXX_FLAGS)
CXX_FLAGS += $(POWERPC_CXX_FLAGS)
CXX_FLAGS += $(INTROSPECTION_CXX_FLAGS)
CXX_FLAGS += $(EXCEPTIONS_CXX_FLAGS)
CXX_FLAGS += $(AMDGPU_CXX_FLAGS)
# This is required on some hosts like powerpc64le-linux-gnu because we may build
# everything with -fno-exceptions. Without -funwind-tables, libHalide.so fails
# to propagate exceptions and causes a test failure.
CXX_FLAGS += -funwind-tables
print-%:
@echo '$*=$($*)'
LLVM_STATIC_LIBS = -L $(LLVM_LIBDIR) $(shell $(LLVM_CONFIG) --link-static --libfiles bitwriter bitreader linker ipo mcjit $(X86_LLVM_CONFIG_LIB) $(ARM_LLVM_CONFIG_LIB) $(OPENCL_LLVM_CONFIG_LIB) $(METAL_LLVM_CONFIG_LIB) $(PTX_LLVM_CONFIG_LIB) $(AARCH64_LLVM_CONFIG_LIB) $(MIPS_LLVM_CONFIG_LIB) $(POWERPC_LLVM_CONFIG_LIB) $(HEXAGON_LLVM_CONFIG_LIB) $(AMDGPU_LLVM_CONFIG_LIB))
# Add a rpath to the llvm used for linking, in case multiple llvms are
# installed. Bakes a path on the build system into the .so, so don't
# use this config for distributions.
LLVM_SHARED_LIBS = -Wl,-rpath=$(LLVM_LIBDIR) -L $(LLVM_LIBDIR) -lLLVM
LLVM_LIBS_FOR_SHARED_LIBHALIDE=$(if $(WITH_LLVM_INSIDE_SHARED_LIBHALIDE),$(LLVM_STATIC_LIBS),$(LLVM_SHARED_LIBS))
TUTORIAL_CXX_FLAGS ?= -std=c++11 -g -fno-omit-frame-pointer -fno-rtti -I $(ROOT_DIR)/tools $(SANITIZER_FLAGS)
# The tutorials contain example code with warnings that we don't want
# to be flagged as errors, so the test flags are the tutorial flags
# plus our warning flags.
# Also allow tests, via conditional compilation, to use the entire
# capability of the CPU being compiled on via -march=native. This
# presumes tests are run on the smae machine they are compiled on.
TEST_CXX_FLAGS ?= $(TUTORIAL_CXX_FLAGS) $(CXX_WARNING_FLAGS) -march=native
TEST_LD_FLAGS = -L$(BIN_DIR) -lHalide $(COMMON_LD_FLAGS)
# gcc 4.8 fires a bogus warning on old versions of png.h
CXX_VERSION = $(shell $(CXX) --version | head -n1)
ifneq (,$(findstring g++,$(CXX_VERSION)))
ifneq (,$(findstring 4.8,$(CXX_VERSION)))
TEST_CXX_FLAGS += -Wno-literal-suffix
endif
endif
ifeq ($(UNAME), Linux)
TEST_LD_FLAGS += -rdynamic -Wl,--rpath=$(CURDIR)/$(BIN_DIR)
endif
ifeq ($(WITH_LLVM_INSIDE_SHARED_LIBHALIDE), )
TEST_LD_FLAGS += -Wl,--rpath=$(LLVM_LIBDIR)
endif
ifneq ($(WITH_PTX), )
ifneq (,$(findstring ptx,$(HL_TARGET)))
TEST_CUDA = 1
endif
ifneq (,$(findstring cuda,$(HL_TARGET)))
TEST_CUDA = 1
endif
endif
ifneq ($(WITH_OPENCL), )
ifneq (,$(findstring opencl,$(HL_TARGET)))
TEST_OPENCL = 1
endif
endif
ifneq ($(WITH_METAL), )
ifneq (,$(findstring metal,$(HL_TARGET)))
TEST_METAL = 1
endif
endif
ifeq ($(UNAME), Linux)
ifneq ($(TEST_CUDA), )
CUDA_LD_FLAGS ?= -L/usr/lib/nvidia-current -lcuda
endif
ifneq ($(TEST_OPENCL), )
OPENCL_LD_FLAGS ?= -lOpenCL
endif
OPENGL_LD_FLAGS ?= -lGL
HOST_OS=linux
endif
ifeq ($(UNAME), Darwin)
# Someone with an osx box with cuda installed please fix the line below
ifneq ($(TEST_CUDA), )
CUDA_LD_FLAGS ?= -L/usr/local/cuda/lib -lcuda
endif
ifneq ($(TEST_OPENCL), )
OPENCL_LD_FLAGS ?= -framework OpenCL
endif
ifneq ($(TEST_METAL), )
METAL_LD_FLAGS ?= -framework Metal -framework Foundation
endif
OPENGL_LD_FLAGS ?= -framework OpenGL
HOST_OS=os_x
endif
ifneq ($(TEST_OPENCL), )
TEST_CXX_FLAGS += -DTEST_OPENCL
endif
ifneq ($(TEST_METAL), )
TEST_CXX_FLAGS += -DTEST_METAL
endif
ifneq ($(TEST_CUDA), )
TEST_CXX_FLAGS += -DTEST_CUDA
endif
# Compiling the tutorials requires libpng
LIBPNG_LIBS_DEFAULT = $(shell libpng-config --ldflags)
LIBPNG_CXX_FLAGS ?= $(shell libpng-config --cflags)
# Workaround for libpng-config pointing to 64-bit versions on linux even when we're building for 32-bit
ifneq (,$(findstring -m32,$(CXX)))
ifneq (,$(findstring x86_64,$(LIBPNG_LIBS_DEFAULT)))
LIBPNG_LIBS ?= -lpng
endif
endif
LIBPNG_LIBS ?= $(LIBPNG_LIBS_DEFAULT)
# Workaround brew Cellar path for libpng-config output.
LIBJPEG_LINKER_PATH ?= $(shell echo $(LIBPNG_LIBS_DEFAULT) | sed -e'/-L.*[/][Cc]ellar[/]libpng/!d;s=\(.*\)/[Cc]ellar/libpng/.*=\1/lib=')
LIBJPEG_LIBS ?= $(LIBJPEG_LINKER_PATH) -ljpeg
# There's no libjpeg-config, unfortunately. We should look for
# jpeglib.h one directory level up from png.h . Also handle
# Mac OS brew installs where libpng-config returns paths
# into the PNG cellar.
LIBPNG_INCLUDE_DIRS = $(filter -I%,$(LIBPNG_CXX_FLAGS))
LIBJPEG_CXX_FLAGS ?= $(shell echo $(LIBPNG_INCLUDE_DIRS) | sed -e'/[Cc]ellar[/]libpng/!s=\(.*\)=\1/..=;s=\(.*\)/[Cc]ellar/libpng/.*=\1/include=')
IMAGE_IO_LIBS = $(LIBPNG_LIBS) $(LIBJPEG_LIBS)
IMAGE_IO_CXX_FLAGS = $(LIBPNG_CXX_FLAGS) $(LIBJPEG_CXX_FLAGS)
# We're building into the current directory $(CURDIR). Find the Halide
# repo root directory (the location of the makefile)
THIS_MAKEFILE = $(realpath $(filter %Makefile, $(MAKEFILE_LIST)))
ROOT_DIR = $(strip $(shell dirname $(THIS_MAKEFILE)))
SRC_DIR = $(ROOT_DIR)/src
# Allow the user to specify PYBIND11_PATH as a relative path,
# but canonicalize it to an absolute path since the sub-makefile
# we call may have a different working dir.
ifdef PYBIND11_PATH
REAL_PYBIND11_PATH = $(realpath $(PYBIND11_PATH))
else
REAL_PYBIND11_PATH = /PYBIND11_PATH/is/undefined
endif
TARGET=$(if $(HL_TARGET),$(HL_TARGET),host)
# The following directories are all relative to the output directory (i.e. $(CURDIR), not $(SRC_DIR))
LIB_DIR = lib
BIN_DIR = bin
DISTRIB_DIR = distrib
INCLUDE_DIR = include
DOC_DIR = doc
BUILD_DIR = $(BIN_DIR)/build
FILTERS_DIR = $(BIN_DIR)/$(TARGET)/build
TMP_DIR = $(BUILD_DIR)/tmp
HEXAGON_RUNTIME_LIBS_DIR = src/runtime/hexagon_remote/bin
HEXAGON_RUNTIME_LIBS = \
$(HEXAGON_RUNTIME_LIBS_DIR)/arm-32-android/libhalide_hexagon_host.so \
$(HEXAGON_RUNTIME_LIBS_DIR)/arm-64-android/libhalide_hexagon_host.so \
$(HEXAGON_RUNTIME_LIBS_DIR)/host/libhalide_hexagon_host.so \
$(HEXAGON_RUNTIME_LIBS_DIR)/v60/hexagon_sim_remote \
$(HEXAGON_RUNTIME_LIBS_DIR)/v60/libhalide_hexagon_remote_skel.so \
$(HEXAGON_RUNTIME_LIBS_DIR)/v60/signed_by_debug/libhalide_hexagon_remote_skel.so
SOURCE_FILES = \
AddImageChecks.cpp \
AddParameterChecks.cpp \
AlignLoads.cpp \
AllocationBoundsInference.cpp \
ApplySplit.cpp \
AssociativeOpsTable.cpp \
Associativity.cpp \
AsyncProducers.cpp \
AutoSchedule.cpp \
AutoScheduleUtils.cpp \
BoundaryConditions.cpp \
Bounds.cpp \
BoundsInference.cpp \
BoundSmallAllocations.cpp \
Buffer.cpp \
Closure.cpp \
CodeGen_ARM.cpp \
CodeGen_C.cpp \
CodeGen_GPU_Dev.cpp \
CodeGen_GPU_Host.cpp \
CodeGen_Hexagon.cpp \
CodeGen_Internal.cpp \
CodeGen_LLVM.cpp \
CodeGen_MIPS.cpp \
CodeGen_D3D12Compute_Dev.cpp \
CodeGen_OpenCL_Dev.cpp \
CodeGen_Metal_Dev.cpp \
CodeGen_OpenGL_Dev.cpp \
CodeGen_OpenGLCompute_Dev.cpp \
CodeGen_Posix.cpp \
CodeGen_PowerPC.cpp \
CodeGen_PTX_Dev.cpp \
CodeGen_X86.cpp \
CPlusPlusMangle.cpp \
CSE.cpp \
CanonicalizeGPUVars.cpp \
Debug.cpp \
DebugArguments.cpp \
DebugToFile.cpp \
Definition.cpp \
Deinterleave.cpp \
DeviceArgument.cpp \
DeviceInterface.cpp \
Dimension.cpp \
EarlyFree.cpp \
Elf.cpp \
EliminateBoolVectors.cpp \
Error.cpp \
FastIntegerDivide.cpp \
FindCalls.cpp \
Float16.cpp \
Func.cpp \
Function.cpp \
FuseGPUThreadLoops.cpp \
FuzzFloatStores.cpp \
Generator.cpp \
HexagonOffload.cpp \
HexagonOptimize.cpp \
ImageParam.cpp \
InferArguments.cpp \
InjectHostDevBufferCopies.cpp \
InjectOpenGLIntrinsics.cpp \
Inline.cpp \
InlineReductions.cpp \
IntegerDivisionTable.cpp \
Interval.cpp \
Introspection.cpp \
IR.cpp \
IREquality.cpp \
IRMatch.cpp \
IRMutator.cpp \
IROperator.cpp \
IRPrinter.cpp \
IRVisitor.cpp \
JITModule.cpp \
Lerp.cpp \
LICM.cpp \
LLVM_Output.cpp \
LLVM_Runtime_Linker.cpp \
LoopCarry.cpp \
Lower.cpp \
LowerWarpShuffles.cpp \
MatlabWrapper.cpp \
Memoization.cpp \
Module.cpp \
ModulusRemainder.cpp \
Monotonic.cpp \
ObjectInstanceRegistry.cpp \
OutputImageParam.cpp \
ParallelRVar.cpp \
ParamMap.cpp \
Parameter.cpp \
PartitionLoops.cpp \
Pipeline.cpp \
Prefetch.cpp \
PrintLoopNest.cpp \
Profiling.cpp \
PurifyIndexMath.cpp \
PythonExtensionGen.cpp \
Qualify.cpp \
Random.cpp \
RDom.cpp \
RealizationOrder.cpp \
Reduction.cpp \
RegionCosts.cpp \
RemoveDeadAllocations.cpp \
RemoveTrivialForLoops.cpp \
RemoveUndef.cpp \
Schedule.cpp \
ScheduleFunctions.cpp \
SelectGPUAPI.cpp \
Simplify.cpp \
Simplify_Add.cpp \
Simplify_And.cpp \
Simplify_Call.cpp \
Simplify_Cast.cpp \
Simplify_Div.cpp \
Simplify_EQ.cpp \
Simplify_Exprs.cpp \
Simplify_LT.cpp \
Simplify_Let.cpp \
Simplify_Max.cpp \
Simplify_Min.cpp \
Simplify_Mod.cpp \
Simplify_Mul.cpp \
Simplify_Not.cpp \
Simplify_Or.cpp \
Simplify_Select.cpp \
Simplify_Shuffle.cpp \
Simplify_Stmts.cpp \
Simplify_Sub.cpp \
SimplifySpecializations.cpp \
SkipStages.cpp \
SlidingWindow.cpp \
Solve.cpp \
SplitTuples.cpp \
StmtToHtml.cpp \
StorageFlattening.cpp \
StorageFolding.cpp \
StrictifyFloat.cpp \
Substitute.cpp \
Target.cpp \
Tracing.cpp \
TrimNoOps.cpp \
Tuple.cpp \
Type.cpp \
UnifyDuplicateLets.cpp \
UniquifyVariableNames.cpp \
UnpackBuffers.cpp \
UnrollLoops.cpp \
UnsafePromises.cpp \
Util.cpp \
Var.cpp \
VaryingAttributes.cpp \
VectorizeLoops.cpp \
WrapCalls.cpp \
WrapExternStages.cpp
# The externally-visible header files that go into making Halide.h. Don't include anything here that includes llvm headers.
HEADER_FILES = \
AddImageChecks.h \
AddParameterChecks.h \
AlignLoads.h \
AllocationBoundsInference.h \
ApplySplit.h \
Argument.h \
AssociativeOpsTable.h \
Associativity.h \
AsyncProducers.h \
AutoSchedule.h \
AutoScheduleUtils.h \
BoundaryConditions.h \
Bounds.h \
BoundsInference.h \
BoundSmallAllocations.h \
Buffer.h \
Closure.h \
CodeGen_ARM.h \
CodeGen_C.h \
CodeGen_GPU_Dev.h \
CodeGen_GPU_Host.h \
CodeGen_Internal.h \
CodeGen_LLVM.h \
CodeGen_MIPS.h \
CodeGen_D3D12Compute_Dev.h \
CodeGen_OpenCL_Dev.h \
CodeGen_Metal_Dev.h \
CodeGen_OpenGL_Dev.h \
CodeGen_OpenGLCompute_Dev.h \
CodeGen_Posix.h \
CodeGen_PowerPC.h \
CodeGen_PTX_Dev.h \
CodeGen_X86.h \
ConciseCasts.h \
CPlusPlusMangle.h \
CSE.h \
CanonicalizeGPUVars.h \
Debug.h \
DebugArguments.h \
DebugToFile.h \
Definition.h \
Deinterleave.h \
DeviceArgument.h \
DeviceInterface.h \
Dimension.h \
EarlyFree.h \
Elf.h \
EliminateBoolVectors.h \
Error.h \
Expr.h \
ExprUsesVar.h \
Extern.h \
FastIntegerDivide.h \
FindCalls.h \
Float16.h \
Func.h \
Function.h \
FunctionPtr.h \
FuseGPUThreadLoops.h \
FuzzFloatStores.h \
Generator.h \
HexagonOffload.h \
HexagonOptimize.h \
runtime/HalideRuntime.h \
runtime/HalideBuffer.h \
ImageParam.h \
InferArguments.h \
InjectHostDevBufferCopies.h \
InjectOpenGLIntrinsics.h \
Inline.h \
InlineReductions.h \
IntegerDivisionTable.h \
Interval.h \
Introspection.h \
IntrusivePtr.h \
IREquality.h \
IR.h \
IRMatch.h \
IRMutator.h \
IROperator.h \
IRPrinter.h \
IRVisitor.h \
JITModule.h \
Lambda.h \
Lerp.h \
LICM.h \
LLVM_Output.h \
LLVM_Runtime_Linker.h \
LoopCarry.h \
Lower.h \
LowerWarpShuffles.h \
MainPage.h \
MatlabWrapper.h \
Memoization.h \
Module.h \
ModulusRemainder.h \
Monotonic.h \
ObjectInstanceRegistry.h \
Outputs.h \
OutputImageParam.h \
ParallelRVar.h \
Param.h \
ParamMap.h \
Parameter.h \
PartitionLoops.h \
Pipeline.h \
Prefetch.h \
Profiling.h \
PurifyIndexMath.h \
PythonExtensionGen.h \
Qualify.h \
Random.h \
RealizationOrder.h \
RDom.h \
Reduction.h \
RegionCosts.h \
RemoveDeadAllocations.h \
RemoveTrivialForLoops.h \
RemoveUndef.h \
Schedule.h \
ScheduleFunctions.h \
Scope.h \
SelectGPUAPI.h \
Simplify.h \
SimplifySpecializations.h \
SkipStages.h \
SlidingWindow.h \
Solve.h \
SplitTuples.h \
StmtToHtml.h \
StorageFlattening.h \
StorageFolding.h \
StrictifyFloat.h \
Substitute.h \
Target.h \
ThreadPool.h \
Tracing.h \
TrimNoOps.h \
Tuple.h \
Type.h \
UnifyDuplicateLets.h \
UniquifyVariableNames.h \
UnpackBuffers.h \
UnrollLoops.h \
UnsafePromises.h \
Util.h \
Var.h \
VaryingAttributes.h \
VectorizeLoops.h \
WrapCalls.h \
WrapExternStages.h
OBJECTS = $(SOURCE_FILES:%.cpp=$(BUILD_DIR)/%.o)
HEADERS = $(HEADER_FILES:%.h=$(SRC_DIR)/%.h)
RUNTIME_CPP_COMPONENTS = \
aarch64_cpu_features \
alignment_128 \
alignment_32 \
alignment_64 \
android_clock \
android_host_cpu_count \
android_io \
android_opengl_context \
android_tempfile \
arm_cpu_features \
buffer_t \
cache \
can_use_target \
cuda \
d3d12compute \
destructors \
device_interface \
errors \
fake_thread_pool \
float16_t \
gpu_device_selection \
hexagon_cpu_features \
hexagon_host \
ios_io \
linux_clock \
linux_host_cpu_count \
linux_opengl_context \
linux_yield \
matlab \
metadata \
metal \
metal_objc_arm \
metal_objc_x86 \
mingw_math \
mips_cpu_features \
module_aot_ref_count \
module_jit_ref_count \
msan \
msan_stubs \
old_buffer_t \
opencl \
opengl \
openglcompute \
osx_clock \
osx_get_symbol \
osx_host_cpu_count \
osx_opengl_context \
osx_yield \
posix_allocator \
posix_clock \
posix_error_handler \
posix_get_symbol \
posix_io \
posix_print \
posix_tempfile \
posix_threads \
posix_threads_tsan \
powerpc_cpu_features \
prefetch \
profiler \
profiler_inlined \
qurt_allocator \
qurt_hvx \
qurt_init_fini \
qurt_threads \
qurt_threads_tsan \
qurt_yield \
runtime_api \
ssp \
to_string \
tracing \
windows_clock \
windows_cuda \
windows_get_symbol \
windows_io \
windows_opencl \
windows_profiler \
windows_tempfile \
windows_threads \
windows_threads_tsan \
windows_yield \
write_debug_image \
x86_cpu_features
RUNTIME_LL_COMPONENTS = \
aarch64 \
arm \
arm_no_neon \
d3d12_abi_patch_64 \
hvx_64 \
hvx_128 \
mips \
posix_math \
powerpc \
ptx_dev \
win32_math \
x86 \
x86_avx \
x86_avx2 \
x86_sse41
RUNTIME_EXPORTED_INCLUDES = $(INCLUDE_DIR)/HalideRuntime.h \
$(INCLUDE_DIR)/HalideRuntimeD3D12Compute.h \
$(INCLUDE_DIR)/HalideRuntimeCuda.h \
$(INCLUDE_DIR)/HalideRuntimeHexagonHost.h \
$(INCLUDE_DIR)/HalideRuntimeOpenCL.h \
$(INCLUDE_DIR)/HalideRuntimeOpenGL.h \
$(INCLUDE_DIR)/HalideRuntimeOpenGLCompute.h \
$(INCLUDE_DIR)/HalideRuntimeMetal.h \
$(INCLUDE_DIR)/HalideRuntimeQurt.h \
$(INCLUDE_DIR)/HalideBuffer.h
INITIAL_MODULES = $(RUNTIME_CPP_COMPONENTS:%=$(BUILD_DIR)/initmod.%_32.o) \
$(RUNTIME_CPP_COMPONENTS:%=$(BUILD_DIR)/initmod.%_64.o) \
$(RUNTIME_CPP_COMPONENTS:%=$(BUILD_DIR)/initmod.%_32_debug.o) \
$(RUNTIME_CPP_COMPONENTS:%=$(BUILD_DIR)/initmod.%_64_debug.o) \
$(RUNTIME_EXPORTED_INCLUDES:$(INCLUDE_DIR)/%.h=$(BUILD_DIR)/initmod.%_h.o) \
$(BUILD_DIR)/initmod.inlined_c.o \
$(RUNTIME_LL_COMPONENTS:%=$(BUILD_DIR)/initmod.%_ll.o) \
$(PTX_DEVICE_INITIAL_MODULES:libdevice.%.bc=$(BUILD_DIR)/initmod_ptx.%_ll.o)
# Add the Hexagon simulator to the rpath on Linux. (Not supported elsewhere, so no else cases.)
ifeq ($(UNAME), Linux)
ifneq (,$(WITH_HEXAGON))
ifneq (,$(HL_HEXAGON_TOOLS))
TEST_LD_FLAGS += -Wl,--rpath=$(ROOT_DIR)/src/runtime/hexagon_remote/bin/host
TEST_LD_FLAGS += -Wl,--rpath=$(HL_HEXAGON_TOOLS)/lib/iss
endif
endif
endif
.PHONY: all
all: $(LIB_DIR)/libHalide.a $(BIN_DIR)/libHalide.$(SHARED_EXT) $(INCLUDE_DIR)/Halide.h $(RUNTIME_EXPORTED_INCLUDES) test_internal
$(BUILD_DIR)/llvm_objects/list: $(OBJECTS) $(INITIAL_MODULES)
# Determine the relevant object files from llvm with a dummy
# compilation. Passing -t to the linker gets it to list which
# object files in which archives it uses to resolve
# symbols. We only care about the libLLVM ones.
@mkdir -p $(@D)
$(CXX) -o /dev/null -shared $(OBJECTS) $(INITIAL_MODULES) -Wl,-t $(LLVM_STATIC_LIBS) $(LLVM_SYSTEM_LIBS) $(COMMON_LD_FLAGS) 2>&1| egrep "libLLVM" > $(BUILD_DIR)/llvm_objects/list.new
# if the list has changed since the previous build, or there
# is no list from a previous build, then delete any old object
# files and re-extract the required object files
cd $(BUILD_DIR)/llvm_objects; \
if cmp -s list.new list; \
then \
echo "No changes in LLVM deps"; \
touch list; \
else \
rm -f llvm_*.o*; \
cat list.new | sed = | sed "N;s/[()]/ /g;s/\n /\n/;s/\([0-9]*\)\n\([^ ]*\) \([^ ]*\)/ar x \2 \3; mv \3 llvm_\1_\3/" | bash -; \
mv list.new list; \
fi
$(LIB_DIR)/libHalide.a: $(OBJECTS) $(INITIAL_MODULES) $(BUILD_DIR)/llvm_objects/list
# Archive together all the halide and llvm object files
@mkdir -p $(@D)
@rm -f $(LIB_DIR)/libHalide.a
# ar breaks on MinGW with all objects at the same time.
echo $(OBJECTS) $(INITIAL_MODULES) $(BUILD_DIR)/llvm_objects/llvm_*.o* | xargs -n200 ar q $(LIB_DIR)/libHalide.a
ranlib $(LIB_DIR)/libHalide.a
$(BIN_DIR)/libHalide.$(SHARED_EXT): $(OBJECTS) $(INITIAL_MODULES)
@mkdir -p $(@D)
$(CXX) -shared $(OBJECTS) $(INITIAL_MODULES) $(LLVM_LIBS_FOR_SHARED_LIBHALIDE) $(LLVM_SYSTEM_LIBS) $(COMMON_LD_FLAGS) $(INSTALL_NAME_TOOL_LD_FLAGS) -o $(BIN_DIR)/libHalide.$(SHARED_EXT)
ifeq ($(UNAME), Darwin)
install_name_tool -id $(CURDIR)/$(BIN_DIR)/libHalide.$(SHARED_EXT) $(BIN_DIR)/libHalide.$(SHARED_EXT)
endif
$(INCLUDE_DIR)/Halide.h: $(SRC_DIR)/../LICENSE.txt $(HEADERS) $(BIN_DIR)/build_halide_h
@mkdir -p $(@D)
$(BIN_DIR)/build_halide_h $(SRC_DIR)/../LICENSE.txt $(HEADERS) > $(INCLUDE_DIR)/Halide.h
# Also generate a precompiled version in the same folder so that anything compiled with a compatible set of flags can use it
$(CXX) -std=c++11 $(TEST_CXX_FLAGS) -I$(ROOT_DIR) $(OPTIMIZE) -x c++-header $(INCLUDE_DIR)/Halide.h -o $(INCLUDE_DIR)/Halide.h.gch
$(INCLUDE_DIR)/HalideRuntime%: $(SRC_DIR)/runtime/HalideRuntime%
echo Copying $<
@mkdir -p $(@D)
cp $< $(INCLUDE_DIR)/
$(INCLUDE_DIR)/HalideBuffer.h: $(SRC_DIR)/runtime/HalideBuffer.h
echo Copying $<
@mkdir -p $(@D)
cp $< $(INCLUDE_DIR)/
$(BIN_DIR)/build_halide_h: $(ROOT_DIR)/tools/build_halide_h.cpp
@-mkdir -p $(@D)
$(CXX) -std=c++11 $< -o $@
-include $(OBJECTS:.o=.d)
-include $(INITIAL_MODULES:.o=.d)
# Compile generic 32- or 64-bit code
# (The 'nacl' is a red herring. This is just a generic 32-bit little-endian target.)
RUNTIME_TRIPLE_32 = "le32-unknown-nacl-unknown"
RUNTIME_TRIPLE_64 = "le64-unknown-unknown-unknown"
# win32 is tied to x86 due to the use of the __stdcall calling convention
RUNTIME_TRIPLE_WIN_32 = "i386-unknown-unknown-unknown"
# -std=gnu++98 is deliberate; we do NOT want c++11 here,
# as we don't want static locals to get thread synchronization stuff.
RUNTIME_CXX_FLAGS = -O3 -fno-vectorize -ffreestanding -fno-blocks -fno-exceptions -fno-unwind-tables -fpic -std=gnu++98
$(BUILD_DIR)/initmod.%_64.ll: $(SRC_DIR)/runtime/%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) $(RUNTIME_CXX_FLAGS) -m64 -target $(RUNTIME_TRIPLE_64) -DCOMPILING_HALIDE_RUNTIME -DBITS_64 -emit-llvm -S $(SRC_DIR)/runtime/$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.$*_64.d
$(BUILD_DIR)/initmod.windows_%_32.ll: $(SRC_DIR)/runtime/windows_%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) $(RUNTIME_CXX_FLAGS) -m32 -target $(RUNTIME_TRIPLE_WIN_32) -DCOMPILING_HALIDE_RUNTIME -DBITS_32 -emit-llvm -S $(SRC_DIR)/runtime/windows_$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.windows_$*_32.d
$(BUILD_DIR)/initmod.%_32.ll: $(SRC_DIR)/runtime/%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) $(RUNTIME_CXX_FLAGS) -m32 -target $(RUNTIME_TRIPLE_32) -DCOMPILING_HALIDE_RUNTIME -DBITS_32 -emit-llvm -S $(SRC_DIR)/runtime/$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.$*_32.d
$(BUILD_DIR)/initmod.%_64_debug.ll: $(SRC_DIR)/runtime/%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) -g -DDEBUG_RUNTIME $(RUNTIME_CXX_FLAGS) -m64 -target $(RUNTIME_TRIPLE_64) -DCOMPILING_HALIDE_RUNTIME -DBITS_64 -emit-llvm -S $(SRC_DIR)/runtime/$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.$*_64_debug.d
$(BUILD_DIR)/initmod.windows_%_32_debug.ll: $(SRC_DIR)/runtime/windows_%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) -g -DDEBUG_RUNTIME $(RUNTIME_CXX_FLAGS) -m32 -target $(RUNTIME_TRIPLE_WIN_32) -DCOMPILING_HALIDE_RUNTIME -DBITS_32 -emit-llvm -S $(SRC_DIR)/runtime/windows_$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.windows_$*_32_debug.d
$(BUILD_DIR)/initmod.%_32_debug.ll: $(SRC_DIR)/runtime/%.cpp $(BUILD_DIR)/clang_ok
@mkdir -p $(@D)
$(CLANG) $(CXX_WARNING_FLAGS) -g -DDEBUG_RUNTIME -O3 $(RUNTIME_CXX_FLAGS) -m32 -target $(RUNTIME_TRIPLE_32) -DCOMPILING_HALIDE_RUNTIME -DBITS_32 -emit-llvm -S $(SRC_DIR)/runtime/$*.cpp -o $@ -MMD -MP -MF $(BUILD_DIR)/initmod.$*_32_debug.d
$(BUILD_DIR)/initmod.%_ll.ll: $(SRC_DIR)/runtime/%.ll
@mkdir -p $(@D)
cp $(SRC_DIR)/runtime/$*.ll $(BUILD_DIR)/initmod.$*_ll.ll
$(BUILD_DIR)/initmod.%.bc: $(BUILD_DIR)/initmod.%.ll $(BUILD_DIR)/llvm_ok
$(LLVM_AS) $(BUILD_DIR)/initmod.$*.ll -o $(BUILD_DIR)/initmod.$*.bc
$(BUILD_DIR)/initmod.%.cpp: $(BIN_DIR)/binary2cpp $(BUILD_DIR)/initmod.%.bc
./$(BIN_DIR)/binary2cpp halide_internal_initmod_$* < $(BUILD_DIR)/initmod.$*.bc > $@
$(BUILD_DIR)/initmod.%_h.cpp: $(BIN_DIR)/binary2cpp $(SRC_DIR)/runtime/%.h
./$(BIN_DIR)/binary2cpp halide_internal_runtime_header_$*_h < $(SRC_DIR)/runtime/$*.h > $@
# Any c in the runtime that must be inlined needs to be copy-pasted into the output for the C backend.
$(BUILD_DIR)/initmod.inlined_c.cpp: $(BIN_DIR)/binary2cpp $(SRC_DIR)/runtime/buffer_t.cpp
./$(BIN_DIR)/binary2cpp halide_internal_initmod_inlined_c < $(SRC_DIR)/runtime/buffer_t.cpp > $@
$(BUILD_DIR)/initmod_ptx.%_ll.cpp: $(BIN_DIR)/binary2cpp $(SRC_DIR)/runtime/nvidia_libdevice_bitcode/libdevice.%.bc
./$(BIN_DIR)/binary2cpp halide_internal_initmod_ptx_$(basename $*)_ll < $(SRC_DIR)/runtime/nvidia_libdevice_bitcode/libdevice.$*.bc > $@
$(BIN_DIR)/binary2cpp: $(ROOT_DIR)/tools/binary2cpp.cpp
@mkdir -p $(@D)
$(CXX) $< -o $@
$(BUILD_DIR)/initmod_ptx.%_ll.o: $(BUILD_DIR)/initmod_ptx.%_ll.cpp
$(CXX) -c $< -o $@ -MMD -MP -MF $(BUILD_DIR)/$*.d -MT $(BUILD_DIR)/$*.o
$(BUILD_DIR)/initmod.%.o: $(BUILD_DIR)/initmod.%.cpp
$(CXX) -c $< -o $@ -MMD -MP -MF $(BUILD_DIR)/$*.d -MT $(BUILD_DIR)/$*.o
$(BUILD_DIR)/%.o: $(SRC_DIR)/%.cpp $(SRC_DIR)/%.h $(BUILD_DIR)/llvm_ok
@mkdir -p $(@D)
$(CXX) $(CXX_FLAGS) -c $< -o $@ -MMD -MP -MF $(BUILD_DIR)/$*.d -MT $(BUILD_DIR)/$*.o
$(BUILD_DIR)/Simplify_%.o: $(SRC_DIR)/Simplify_%.cpp $(SRC_DIR)/Simplify_Internal.h $(BUILD_DIR)/llvm_ok
@mkdir -p $(@D)
$(CXX) $(CXX_FLAGS) -c $< -o $@ -MMD -MP -MF $(BUILD_DIR)/Simplify_$*.d -MT $@
.PHONY: clean
clean:
rm -rf $(LIB_DIR)
rm -rf $(BIN_DIR)
rm -rf $(BUILD_DIR)
rm -rf $(TMP_DIR)
rm -rf $(FILTERS_DIR)
rm -rf $(INCLUDE_DIR)
rm -rf $(DOC_DIR)
rm -rf $(DISTRIB_DIR)
.SECONDARY:
CORRECTNESS_TESTS = $(shell ls $(ROOT_DIR)/test/correctness/*.cpp) $(shell ls $(ROOT_DIR)/test/correctness/*.c)
PERFORMANCE_TESTS = $(shell ls $(ROOT_DIR)/test/performance/*.cpp)
ERROR_TESTS = $(shell ls $(ROOT_DIR)/test/error/*.cpp)
WARNING_TESTS = $(shell ls $(ROOT_DIR)/test/warning/*.cpp)
OPENGL_TESTS := $(shell ls $(ROOT_DIR)/test/opengl/*.cpp)
GENERATOR_EXTERNAL_TESTS := $(shell ls $(ROOT_DIR)/test/generator/*test.cpp)
GENERATOR_EXTERNAL_TEST_GENERATOR := $(shell ls $(ROOT_DIR)/test/generator/*_generator.cpp)
TUTORIALS = $(filter-out %_generate.cpp, $(shell ls $(ROOT_DIR)/tutorial/*.cpp))
AUTO_SCHEDULE_TESTS = $(shell ls $(ROOT_DIR)/test/auto_schedule/*.cpp)
-include $(OPENGL_TESTS:$(ROOT_DIR)/test/opengl/%.cpp=$(BUILD_DIR)/test_opengl_%.d)
test_correctness: $(CORRECTNESS_TESTS:$(ROOT_DIR)/test/correctness/%.cpp=quiet_correctness_%) $(CORRECTNESS_TESTS:$(ROOT_DIR)/test/correctness/%.c=quiet_correctness_%)
test_performance: $(PERFORMANCE_TESTS:$(ROOT_DIR)/test/performance/%.cpp=performance_%)
test_error: $(ERROR_TESTS:$(ROOT_DIR)/test/error/%.cpp=error_%)
test_warning: $(WARNING_TESTS:$(ROOT_DIR)/test/warning/%.cpp=warning_%)
test_tutorial: $(TUTORIALS:$(ROOT_DIR)/tutorial/%.cpp=tutorial_%)
test_valgrind: $(CORRECTNESS_TESTS:$(ROOT_DIR)/test/correctness/%.cpp=valgrind_%)
test_avx512: $(CORRECTNESS_TESTS:$(ROOT_DIR)/test/correctness/%.cpp=avx512_%)
test_opengl: $(OPENGL_TESTS:$(ROOT_DIR)/test/opengl/%.cpp=opengl_%)
test_auto_schedule: $(AUTO_SCHEDULE_TESTS:$(ROOT_DIR)/test/auto_schedule/%.cpp=auto_schedule_%)
# There are three types of tests for generators:
# 1) Externally-written aot-based tests
# 1) Externally-written aot-based tests (compiled using C++ backend)
# 2) Externally-written JIT-based tests
GENERATOR_AOT_TESTS = $(GENERATOR_EXTERNAL_TESTS:$(ROOT_DIR)/test/generator/%_aottest.cpp=generator_aot_%)
GENERATOR_AOTCPP_TESTS = $(GENERATOR_EXTERNAL_TESTS:$(ROOT_DIR)/test/generator/%_aottest.cpp=generator_aotcpp_%)
GENERATOR_JIT_TESTS = $(GENERATOR_EXTERNAL_TESTS:$(ROOT_DIR)/test/generator/%_jittest.cpp=generator_jit_%)
# multitarget test doesn't make any sense for the CPP backend; just skip it.
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_multitarget,$(GENERATOR_AOTCPP_TESTS))
# Note that many of the AOT-CPP tests are broken right now;
# remove AOT-CPP tests that don't (yet) work for C++ backend
# (each tagged with the *known* blocking issue(s))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_acquire_release,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_define_extern_opencl,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_gpu_object_lifetime,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_gpu_only,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled))
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_cleanup_on_error,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_old_buffer_t,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2084 (only if opencl enabled)
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_buffer_copy,$(GENERATOR_AOTCPP_TESTS))
# https://github.com/halide/Halide/issues/2071
GENERATOR_AOTCPP_TESTS := $(filter-out generator_aotcpp_user_context,$(GENERATOR_AOTCPP_TESTS))