def getPollyLNTFactory(triple,
nt_flags,
xfails=[],
clean=False,
test=False,
build_type="Release",
extra_cmake_args=[],
**kwargs):
lnt_args = {}
lnt_arg_names = [
'submitURL', 'package_cache', 'testerName', 'reportBuildslave'
]
for argname in lnt_arg_names:
if argname in kwargs:
lnt_args[argname] = kwargs.pop(argname)
llvm_install_dir = 'stage1.install'
f = ClangBuilder.getClangCMakeBuildFactory(
test=False,
useTwoStage=False,
clean=clean,
checkout_clang_tools_extra=False,
checkout_compiler_rt=False,
extra_cmake_args=extra_cmake_args,
stage1_config=build_type)
f.addStep(
ShellCommand(name="install-llvm-and-clang",
command=["ninja", "install"],
haltOnFailure=True,
description=["install llvm and clang"],
workdir="stage1"))
AddExternalPollyBuildFactory(f, llvm_install_dir, build_type)
nt_flags.append('--cflag=' + '-Xclang')
nt_flags.append('--cflag=' + '-load')
nt_flags.append('--cflag=' + '-Xclang')
nt_flags.append(
WithProperties("--cflag=%s/polly.install/lib/LLVMPolly.so",
'builddir'))
# Add an LNT test runner.
LNTBuilder.AddLNTTestsToFactory(f,
nt_flags,
cc_path=(llvm_install_dir + '/bin/clang'),
cxx_path=(llvm_install_dir +
'/bin/clang++'),
**lnt_args)
return f
def getPollyLNTFactory(triple, nt_flags, xfails=[], clean=False, test=False,
build_type="Release", extra_cmake_args=[], **kwargs):
lnt_args = {}
lnt_arg_names = ['submitURL', 'package_cache', 'testerName', 'reportBuildslave']
for argname in lnt_arg_names:
if argname in kwargs:
lnt_args[argname] = kwargs.pop(argname)
llvm_install_dir = 'stage1.install'
f = ClangBuilder.getClangCMakeBuildFactory(
test=False,
useTwoStage=False,
clean=clean,
checkout_clang_tools_extra=False,
checkout_compiler_rt=False,
extra_cmake_args=extra_cmake_args,
stage1_config=build_type)
f.addStep(ShellCommand(name="install-llvm-and-clang",
command=["ninja", "install"],
haltOnFailure=True,
description=["install llvm and clang"],
workdir="stage1"))
AddExternalPollyBuildFactory(f, llvm_install_dir, build_type)
nt_flags.append('--cflag=' + '-Xclang')
nt_flags.append('--cflag=' + '-load')
nt_flags.append('--cflag=' + '-Xclang')
nt_flags.append(WithProperties("--cflag=%s/polly.install/lib/LLVMPolly.so",
'builddir'))
# Add an LNT test runner.
LNTBuilder.AddLNTTestsToFactory(f, nt_flags,
cc_path=(llvm_install_dir+'/bin/clang'),
cxx_path=(llvm_install_dir+'/bin/clang++'),
**lnt_args);
return f
def getCUDATestsuiteBuildFactory(
externals, # Directory with CUDA, thrust and gcc versions for testing.
always_clean=True,
test=False,
useTwoStage=False,
cmake='cmake',
extra_cmake_args=None, # Extra CMake args for all stages.
extra_ts_cmake_args=None, # extra cmake args for testsuite.
jobs=None,
cuda_jobs=1, # number of simultaneous CUDA apps to run
env=None, # Environmental variables for all steps.
enable_thrust_tests=False,
split_thrust_tests=False, # Each thrust test is a separate executable.
run_thrust_tests=False,
enable_libcxx=True, # checkout/build libcxx to test with.
gpu_arch_list=None,
gpu_devices=None, # List of devices to make visible to CUDA
stage1_config='Release',
stage2_config='Release'):
if extra_cmake_args is None:
extra_cmake_args = []
if extra_ts_cmake_args is None:
extra_ts_cmake_args = []
# Prepare environmental variables. Set here all env we want for all steps.
merged_env = {
'TERM': 'dumb' # Make sure Clang doesn't use color escape sequences.
}
if env is not None:
# Overwrite pre-set items with the given ones, so user can set
# anything.
merged_env.update(env)
source_dir = 'llvm' # Should match the one used in getClangCMakeBuildFactory.
stage1_build_dir = 'stage1' # Should match the one defined in getClangCMakeBuildFactory.
stage2_build_dir = 'stage2' # Should match the one defined in getClangCMakeBuildFactory.
install_dir = 'clang.install'
if useTwoStage:
clang_build_dir = stage2_build_dir
else:
clang_build_dir = stage1_build_dir
# Build clang.
f = ClangBuilder.getClangCMakeBuildFactory(
clean=always_clean,
test=test,
cmake=cmake,
extra_cmake_args=extra_cmake_args,
jobs=jobs,
env=merged_env,
useTwoStage=useTwoStage,
stage1_config=stage1_config,
stage2_config=stage2_config,
checkout_clang_tools_extra=False,
checkout_compiler_rt=False,
checkout_libcxx=enable_libcxx,
checkout_lld=False,
checkout_test_suite=True)
cuda_test_env = {
'PYTHONPATH':
WithProperties("%(workdir)s/" + source_dir +
"/utils/lit:${PYTHONPATH}"),
'DESTDIR':
WithProperties("%(workdir)s/" + install_dir),
'PATH':
WithProperties("%(workdir)s/" + install_dir +
"/usr/local/bin:${PATH}"),
}
merged_env.update(cuda_test_env)
ts_build_dir = 'test-suite-build'
f.addStep(
RemoveDirectory(name="Remove old clang install directory",
dir=install_dir))
# Install clang into directory pointed by $DESTDIR
f.addStep(
NinjaCommand(name='ninja install clang',
targets=["install"],
jobs=jobs,
haltOnFailure=True,
description=split("installing clang"),
descriptionDone=split("Clang installation is done."),
workdir=clang_build_dir,
env=merged_env))
# Completely remove test suite build dir.
f.addStep(
RemoveDirectory(name="Remove old test-suite build directory",
dir=ts_build_dir))
if extra_ts_cmake_args:
cmake_args = extra_ts_cmake_args[:]
else:
cmake_args = []
# Set proper defaults.
CmakeCommand.applyDefaultOptions(cmake_args, [
('-DCMAKE_BUILD_TYPE=', 'Release'),
])
# Some options are required for this stage no matter what.
CmakeCommand.applyRequiredOptions(cmake_args, [
('-G', 'Ninja'),
])
cmake_args.append(
WithProperties("-DCMAKE_CXX_COMPILER=%(workdir)s/" + clang_build_dir +
"/bin/clang++"))
cmake_args.append(
WithProperties("-DCMAKE_C_COMPILER=%(workdir)s/" + clang_build_dir +
"/bin/clang"))
cmake_args.append('-DTEST_SUITE_SUBDIRS=External'),
# Limit to External tests only.
if externals:
cmake_args.append('-DTEST_SUITE_EXTERNALS_DIR=' + externals)
if split_thrust_tests:
cmake_args.append('-DTHRUST_SPLIT_TESTS=1')
if gpu_arch_list:
cmake_args.append('-DCUDA_GPU_ARCH=' + ';'.join(gpu_arch_list))
if cuda_jobs:
cmake_args.append('-DCUDA_JOBS=%s' % cuda_jobs)
# Then do fresh cmake configuration.
f.addStep(
CmakeCommand(name='cmake test-suite',
description='cmake test-suite',
haltOnFailure=True,
options=cmake_args,
path="../test/test-suite",
workdir=ts_build_dir,
env=merged_env))
# Always build simple CUDA tests. They serve as compilation
# smoketests and will fail quickly if compiler has obvious issues
# compiling CUDA files.
f.addStep(
NinjaCommand(name='ninja build simple CUDA tests',
targets=["cuda-tests-simple"],
jobs=jobs,
haltOnFailure=True,
description=split("building simple CUDA tests"),
descriptionDone=split("simple CUDA tests built."),
workdir=ts_build_dir,
env=merged_env))
# Limit GPUs visible to CUDA.
if gpu_devices:
for gpu_id in gpu_devices:
# make ID a string as it may be either an integer or a UUID string.
gpu_id = str(gpu_id)
gpu_env = dict(merged_env)
gpu_env["CUDA_VISIBLE_DEVICES"] = gpu_id
f.addStep(
NinjaCommand(
name='run simple CUDA tests on gpu %s' % gpu_id,
targets=["check-cuda-simple"],
jobs=1, # lit will parallelize the jobs
haltOnFailure=True,
description=split("Running simple CUDA tests on GPU %s" %
gpu_id),
descriptionDone=split("simple CUDA tests on GPU %s done." %
gpu_id),
workdir=ts_build_dir,
env=gpu_env))
else:
f.addStep(
NinjaCommand(
name='run simple CUDA tests',
targets=["check-cuda-simple"],
jobs=1, # lit will parallelize the jobs
haltOnFailure=True,
description=split("Running simple CUDA tests"),
descriptionDone=split("simple CUDA tests done."),
workdir=ts_build_dir,
env=merged_env))
# If we've enabled thrust tests, build them now.
# WARNING: This takes a lot of time to build.
if (enable_thrust_tests):
f.addStep(
NinjaCommand(name='ninja build thrust',
targets=["cuda-tests-thrust"],
jobs=jobs,
haltOnFailure=True,
description=split("building thrust tests"),
descriptionDone=split("thrust tests built."),
workdir=ts_build_dir,
env=merged_env))
# Run them. That also takes a while.
# TODO(tra) we may want to run more than one instance so one
# can be compiling tests while another is running them on GPU.
if run_thrust_tests:
f.addStep(
NinjaCommand(
name='run all CUDA tests',
targets=["check"],
jobs=1, # lit will parallelize the jobs.
haltOnFailure=True,
description=split("running all CUDA tests."),
descriptionDone=split("all cuda tests done."),
workdir=ts_build_dir,
env=merged_env))
return f
def getABITestsuitBuildFactory(
always_clean=True,
test=False,
useTwoStage=False,
cmake='cmake',
extra_cmake_args=[], # Extra CMake args for all stages.
jobs=None,
env={}, # Environmental variables for all steps.
stage1_config='Release',
stage2_config='Release'):
# Prepare environmental variables. Set here all env we want for all steps.
merged_env = {
'TERM' : 'dumb' # Make sure Clang doesn't use color escape sequences.
}
if env is not None:
# Overwrite pre-set items with the given ones, so user can set anything.
merged_env.update(env)
source_dir = 'llvm' # Should match the one used in getClangCMakeBuildFactory.
stage1_build_dir = 'stage1' # Should match the one defined in getClangCMakeBuildFactory.
stage2_build_dir = 'stage2' # Should match the one defined in getClangCMakeBuildFactory.
if useTwoStage:
clang_build_dir = stage2_build_dir
else:
clang_build_dir = stage1_build_dir
# Build clang first.
f = ClangBuilder.getClangCMakeBuildFactory(
clean=always_clean,
test=test,
cmake=cmake,
extra_cmake_args=extra_cmake_args,
jobs=jobs,
env=merged_env,
useTwoStage=useTwoStage,
stage1_config=stage1_config,
stage2_config=stage2_config)
# Checkout the test-suite.
f.addStep(SVN(name='svn-test-suite',
mode='update', baseURL='http://llvm.org/svn/llvm-project/test-suite/',
defaultBranch='trunk',
workdir='test-suite'))
# Run the ABI test.
abi_test_env = {
'PYTHONPATH' : WithProperties("%(workdir)s/" + source_dir + "/utils/lit:${PYTHONPATH}"),
'PATH' : WithProperties("%(workdir)s/" + clang_build_dir + "/bin:${PATH}"),
}
merged_env.update(abi_test_env)
abi_test_cmd = ["python", "linux-x86.py", "clang", "test", "-v"]
if jobs:
abi_test_cmd.append("-j"+str(jobs))
f.addStep(LitTestCommand(name='abi-test-suite',
command=abi_test_cmd,
description=["running", "ABI", "test-suite"],
descriptionDone=["ABI", "test-suite", "completed"],
workdir='test-suite/ABI-Testsuite',
env=merged_env))
return f
def getABITestsuitBuildFactory(
always_clean=True,
test=False,
useTwoStage=False,
cmake='cmake',
extra_cmake_args=[], # Extra CMake args for all stages.
jobs=None,
env={}, # Environmental variables for all steps.
stage1_config='Release',
stage2_config='Release'):
# Prepare environmental variables. Set here all env we want for all steps.
merged_env = {
'TERM': 'dumb' # Make sure Clang doesn't use color escape sequences.
}
if env is not None:
# Overwrite pre-set items with the given ones, so user can set anything.
merged_env.update(env)
source_dir = 'llvm' # Should match the one used in getClangCMakeBuildFactory.
stage1_build_dir = 'stage1' # Should match the one defined in getClangCMakeBuildFactory.
stage2_build_dir = 'stage2' # Should match the one defined in getClangCMakeBuildFactory.
if useTwoStage:
clang_build_dir = stage2_build_dir
else:
clang_build_dir = stage1_build_dir
# Build clang first.
f = ClangBuilder.getClangCMakeBuildFactory(
clean=always_clean,
test=test,
cmake=cmake,
extra_cmake_args=extra_cmake_args,
jobs=jobs,
env=merged_env,
useTwoStage=useTwoStage,
stage1_config=stage1_config,
stage2_config=stage2_config)
# Checkout the test-suite.
f.addStep(
SVN(name='svn-test-suite',
mode='update',
baseURL='http://llvm.org/svn/llvm-project/test-suite/',
defaultBranch='trunk',
workdir='test-suite'))
# Run the ABI test.
abi_test_env = {
'PYTHONPATH':
WithProperties("%(workdir)s/" + source_dir +
"/utils/lit:${PYTHONPATH}"),
'PATH':
WithProperties("%(workdir)s/" + clang_build_dir + "/bin:${PATH}"),
}
merged_env.update(abi_test_env)
abi_test_cmd = ["python", "linux-x86.py", "clang", "test", "-v"]
if jobs:
abi_test_cmd.append("-j" + str(jobs))
f.addStep(
LitTestCommand(name='abi-test-suite',
command=abi_test_cmd,
description=["running", "ABI", "test-suite"],
descriptionDone=["ABI", "test-suite", "completed"],
workdir='test-suite/ABI-Testsuite',
env=merged_env))
return f
def getCUDATestsuiteBuildFactory(
externals, # Directory with CUDA, thrust and gcc versions for testing.
always_clean=True,
test=False,
useTwoStage=False,
cmake='cmake',
extra_cmake_args=None, # Extra CMake args for all stages.
extra_ts_cmake_args=None, # extra cmake args for testsuite.
jobs=None,
cuda_jobs=1, # number of simultaneous CUDA apps to run
env=None, # Environmental variables for all steps.
enable_thrust_tests=False,
split_thrust_tests=False, # Each thrust test is a separate executable.
run_thrust_tests=False,
enable_libcxx=True, # checkout/build libcxx to test with.
gpu_arch_list=None,
gpu_devices=None, # List of devices to make visible to CUDA
stage1_config='Release',
stage2_config='Release'):
if extra_cmake_args is None:
extra_cmake_args = []
if extra_ts_cmake_args is None:
extra_ts_cmake_args = []
# Prepare environmental variables. Set here all env we want for all steps.
merged_env = {
'TERM': 'dumb' # Make sure Clang doesn't use color escape sequences.
}
if env is not None:
# Overwrite pre-set items with the given ones, so user can set
# anything.
merged_env.update(env)
source_dir = 'llvm' # Should match the one used in getClangCMakeBuildFactory.
stage1_build_dir = 'stage1' # Should match the one defined in getClangCMakeBuildFactory.
stage2_build_dir = 'stage2' # Should match the one defined in getClangCMakeBuildFactory.
install_dir = 'clang.install'
if useTwoStage:
clang_build_dir = stage2_build_dir
else:
clang_build_dir = stage1_build_dir
# Build clang.
f = ClangBuilder.getClangCMakeBuildFactory(
clean=always_clean,
test=test,
cmake=cmake,
extra_cmake_args=extra_cmake_args,
jobs=jobs,
env=merged_env,
useTwoStage=useTwoStage,
stage1_config=stage1_config,
stage2_config=stage2_config,
checkout_clang_tools_extra=False,
checkout_compiler_rt=False,
checkout_libcxx=enable_libcxx,
checkout_lld=False,
checkout_test_suite=True)
cuda_test_env = {
'PYTHONPATH': WithProperties("%(workdir)s/" + source_dir +
"/utils/lit:${PYTHONPATH}"),
'DESTDIR': WithProperties("%(workdir)s/" + install_dir),
'PATH': WithProperties("%(workdir)s/" + install_dir +
"/usr/local/bin:${PATH}"),
}
merged_env.update(cuda_test_env)
ts_build_dir = 'test-suite-build'
f.addStep(
RemoveDirectory(name="Remove old clang install directory",
dir=install_dir))
# Install clang into directory pointed by $DESTDIR
f.addStep(NinjaCommand(
name='ninja install clang',
targets=["install"],
jobs=jobs,
haltOnFailure=True,
description=split("installing clang"),
descriptionDone=split("Clang installation is done."),
workdir=clang_build_dir,
env=merged_env))
# Completely remove test suite build dir.
f.addStep(
RemoveDirectory(name="Remove old test-suite build directory",
dir=ts_build_dir))
if extra_ts_cmake_args:
cmake_args = extra_ts_cmake_args[:]
else:
cmake_args = []
# Set proper defaults.
CmakeCommand.applyDefaultOptions(cmake_args, [
('-DCMAKE_BUILD_TYPE=', 'Release'),
])
# Some options are required for this stage no matter what.
CmakeCommand.applyRequiredOptions(cmake_args, [
('-G', 'Ninja'),
])
cmake_args.append(
WithProperties(
"-DCMAKE_CXX_COMPILER=%(workdir)s/" +
clang_build_dir + "/bin/clang++"
))
cmake_args.append(
WithProperties(
"-DCMAKE_C_COMPILER=%(workdir)s/" + clang_build_dir + "/bin/clang"
))
cmake_args.append('-DTEST_SUITE_SUBDIRS=External'),
# Limit to External tests only.
if externals:
cmake_args.append('-DTEST_SUITE_EXTERNALS_DIR=' + externals)
if split_thrust_tests:
cmake_args.append('-DTHRUST_SPLIT_TESTS=1')
if gpu_arch_list:
cmake_args.append('-DCUDA_GPU_ARCH=' + ';'.join(gpu_arch_list))
if cuda_jobs:
cmake_args.append('-DCUDA_JOBS=%s' % cuda_jobs)
# Then do fresh cmake configuration.
f.addStep(CmakeCommand(name='cmake test-suite',
description='cmake test-suite',
haltOnFailure=True,
options=cmake_args,
path="../test/test-suite",
workdir=ts_build_dir,
env=merged_env))
# Always build simple CUDA tests. They serve as compilation
# smoketests and will fail quickly if compiler has obvious issues
# compiling CUDA files.
f.addStep(NinjaCommand(
name='ninja build simple CUDA tests',
targets=["cuda-tests-simple"],
jobs=jobs,
haltOnFailure=True,
description=split("building simple CUDA tests"),
descriptionDone=split("simple CUDA tests built."),
workdir=ts_build_dir,
env=merged_env))
# Limit GPUs visible to CUDA.
if gpu_devices:
for gpu_id in gpu_devices:
# make ID a string as it may be either an integer or a UUID string.
gpu_id = str(gpu_id)
gpu_env = dict(merged_env)
gpu_env["CUDA_VISIBLE_DEVICES"] = gpu_id
f.addStep(NinjaCommand(
name='run simple CUDA tests on gpu %s' % gpu_id,
targets=["check-cuda-simple"],
jobs=1, # lit will parallelize the jobs
haltOnFailure=True,
description=split("Running simple CUDA tests on GPU %s" % gpu_id),
descriptionDone=split("simple CUDA tests on GPU %s done." % gpu_id),
workdir=ts_build_dir,
env=gpu_env))
else:
f.addStep(NinjaCommand(
name='run simple CUDA tests',
targets=["check-cuda-simple"],
jobs=1, # lit will parallelize the jobs
haltOnFailure=True,
description=split("Running simple CUDA tests"),
descriptionDone=split("simple CUDA tests done."),
workdir=ts_build_dir,
env=merged_env))
# If we've enabled thrust tests, build them now.
# WARNING: This takes a lot of time to build.
if (enable_thrust_tests):
f.addStep(NinjaCommand(
name='ninja build thrust',
targets=["cuda-tests-thrust"],
jobs=jobs,
haltOnFailure=True,
description=split("building thrust tests"),
descriptionDone=split("thrust tests built."),
workdir=ts_build_dir,
env=merged_env))
# Run them. That also takes a while.
# TODO(tra) we may want to run more than one instance so one
# can be compiling tests while another is running them on GPU.
if run_thrust_tests:
f.addStep(NinjaCommand(
name='run all CUDA tests',
targets=["check"],
jobs=1, # lit will parallelize the jobs.
haltOnFailure=True,
description=split("running all CUDA tests."),
descriptionDone=split("all cuda tests done."),
workdir=ts_build_dir,
env=merged_env))
return f
