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test.py
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#!/usr/bin/env python3
# Copyright 2023 Stanford University
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
from __future__ import print_function
import argparse, datetime, glob, json, multiprocessing, os, platform, shlex, shutil, subprocess, sys, traceback, tempfile
import signal
from pathlib import Path
make_exe = os.environ.get('MAKE', 'make')
# Find physical core count of the machine.
if platform.system() == 'Linux':
lines = subprocess.check_output(['lscpu', '--parse=core']).decode('utf-8')
physical_cores = len(set(line for line in lines.strip().split('\n')
if not line.startswith('#')))
elif platform.system() == 'Darwin':
physical_cores = int(
subprocess.check_output(['sysctl', '-n', 'hw.physicalcpu']).decode('utf-8'))
elif platform.system() == 'FreeBSD':
physical_cores = int(
subprocess.check_output(['sysctl', '-n', 'hw.ncpu']).decode('utf-8'))
make_exe = os.environ.get('MAKE', 'gmake') # default needs to be GNU make
else:
raise Exception('Unknown platform: %s' % platform.system())
# Choose a reasonable number of application cores given the
# available physical cores.
app_cores = max(physical_cores - 2, 1)
legion_cxx_tests = [
# Tutorial
['tutorial/00_hello_world/hello_world', []],
['tutorial/01_tasks_and_futures/tasks_and_futures', []],
['tutorial/02_index_tasks/index_tasks', []],
['tutorial/03_global_vars/global_vars', []],
['tutorial/04_logical_regions/logical_regions', []],
['tutorial/05_physical_regions/physical_regions', []],
['tutorial/06_privileges/privileges', []],
['tutorial/07_partitioning/partitioning', []],
['tutorial/08_multiple_partitions/multiple_partitions', []],
['tutorial/09_custom_mapper/custom_mapper', []],
# Examples
['examples/circuit/circuit', []],
['examples/dynamic_registration/dynamic_registration', []],
['examples/ghost/ghost', ['-ll:cpu', '4']],
['examples/ghost_pull/ghost_pull', ['-ll:cpu', '4']],
['examples/realm_saxpy/realm_saxpy', []],
['examples/realm_stencil/realm_stencil', ['-ll:cpu', '4']],
['examples/spmd_cgsolver/spmd_cgsolver', ['-ll:cpu', '4', '-perproc']],
['examples/virtual_map/virtual_map', []],
['examples/attach_2darray_c_fortran_layout/attach_2darray', []],
['examples/attach_array_daxpy/attach_array_daxpy', []],
['examples/attach_index_space/index_space_attach', []],
['examples/predication/predication', []],
['examples/layout_constraints/transpose', []],
['examples/padded_instances/padded_instances', []],
['examples/inline_tasks/inline_tasks', []],
['examples/local_function_tasks/local_function_tasks', []],
['examples/provenance/provenance', []],
['examples/tiling/tiling', []],
# Comment this test out until it works everywhere
#['examples/implicit_top_task/implicit_top_task', []],
# Tests
['test/rendering/rendering', ['-i', '2', '-n', '64', '-ll:cpu', '4']],
['test/legion_stl/test_stl', []],
# Tutorial/realm
['tutorial/realm/hello_world/realm_hello_world', []],
['tutorial/realm/machine_model/realm_machine_model', []],
['tutorial/realm/events/realm_events', []],
['tutorial/realm/region_instances/realm_region_instances', []],
['tutorial/realm/deferred_allocation/realm_deferred_allocation', []],
['tutorial/realm/index_space_ops/realm_index_space_ops', []],
['tutorial/realm/index_space_copy_fill/realm_index_space_copy_fill', []],
['tutorial/realm/reductions/realm_reductions', []],
['tutorial/realm/barrier/realm_barrier', []],
['tutorial/realm/subgraph/realm_subgraph', []],
['tutorial/realm/reservation/realm_reservation', []],
['tutorial/realm/completion_queue/realm_completion_queue', []],
['tutorial/realm/profiling/realm_profiling', []],
]
if 'USE_CUDA' in os.environ and os.environ['USE_CUDA'] == 1:
legion_cxx_tests += [
['tutorial/realm/cuda_interop/realm_cuda_interop', []],
]
legion_cxx_prof_tests = [
['examples/provenance/provenance', []],
['test/gather_perf/gather_perf', ['-m', '1']],
['test/gather_perf/gather_perf', ['-m', '2']],
['test/gather_perf/gather_perf', ['-m', '3']],
['test/gather_perf/gather_perf', ['-m', '4']],
['test/gather_perf/gather_perf', ['-m', '5']],
['test/gather_perf/gather_perf', ['-m', '6']],
['test/gather_perf/gather_perf', ['-m', '7']],
]
legion_fortran_tests = [
['tutorial/fortran/00_hello_world/hello_world_fortran', []],
['tutorial/fortran/01_tasks_and_futures/tasks_and_futures_fortran', []],
['tutorial/fortran/02_index_tasks/index_tasks_fortran', []],
['tutorial/fortran/03_physical_regions/physical_regions_fortran', []],
['tutorial/fortran/04_privileges_accessor/privileges_accessor_fortran', []],
['tutorial/fortran/05_privileges_raw_ptr/privileges_raw_ptr_fortran', []],
['tutorial/fortran/06_partitioning/partitioning_fortran', []],
['tutorial/fortran/07_partitioning_fortran_task/partitioning_fortran_task_fortran', []],
['tutorial/fortran/08_multiple_partitions/multiple_partitions_fortran', []],
['tutorial/fortran/09_region_2d/region_2d_fortran', []],
['tutorial/fortran/10_attach_array/attach_array_fortran', []],
]
if platform.system() != 'Darwin':
legion_cxx_tests += [
# FIXME: Fails non-deterministically on Mac OS: https://github.com/StanfordLegion/legion/issues/213
['test/attach_file_mini/attach_file_mini', []],
]
legion_network_cxx_tests = [
# Examples
['examples/mpi_interop/mpi_interop', []],
# Tests
['test/bug954/bug954', ['-ll:rsize', '1024']],
]
legion_openmp_cxx_tests = [
# Examples
['examples/omp_saxpy/omp_saxpy', ['-ll:ocpu', '1']],
]
legion_kokkos_cxx_tests = [
# Examples
['examples/kokkos_saxpy/kokkos_saxpy', []],
]
legion_python_cxx_tests = [
# Bindings
['bindings/python/legion_python', ['examples/domain.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/domain_point.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/domain_transform.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/future.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/hello.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/import.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/index_launch.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/ispace.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/method.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/must_epoch.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_field.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_image.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_image_range.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_preimage.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_preimage_range.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/partition_by_restriction.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/reduction.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/region.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/region_fields.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/return_region.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/single_launch.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/struct.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/trace.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/tunable.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['examples/types.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/fail/privileges.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/pass/copy.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/pass/empty_region.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/pass/print_once.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/pass/privileges.py', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['tests/pass/no_access.py', '-ll:py', '1', '-ll:cpu', '0']],
# Tests for Package Import
['bindings/python/legion_python', ['-m', 'tests.pass.test_package1.a.b.c', '-ll:py', '1', '-ll:cpu', '0']],
['bindings/python/legion_python', ['-m', 'tests.pass.test_package2.a.b.c', '-ll:py', '1', '-ll:cpu', '0']],
# Examples
['examples/python_interop/python_interop', ['-ll:py', '1']],
# Tests
['test/python_bindings/python_bindings', ['-ll:py', '1', '-ll:cpu', '0']],
]
legion_hdf_cxx_tests = [
# Tests
['test/hdf_attach_subregion_parallel/hdf_attach_subregion_parallel', ['-ll:cpu', '4']],
]
if platform.system() != 'Darwin':
legion_hdf_cxx_tests += [
# FIXME: Fails non-deterministically on Mac OS: https://github.com/StanfordLegion/legion/issues/213
['examples/attach_file/attach_file', ['-h', 'data.h5', '-d', '/path/to/data']],
]
def get_legion_cxx_perf_tests(nodes, cores_per_node):
return [
# Circuit: Heavy Compute
['examples/circuit/circuit',
['-l', '10', '-p', str(cores_per_node * nodes), '-npp', '2500', '-wpp', '10000',
'-ll:csize', '8192', '-ll:cpu', str(cores_per_node)]],
# Circuit: Light Compute
['examples/circuit/circuit',
['-l', '10', '-p', '100', '-npp', '2', '-wpp', '4', '-ll:cpu', '2']],
]
def get_regent_perf_tests(nodes, cores_per_node):
return [
# Circuit: Heavy Compute
['language/examples/circuit_sparse.rg',
['-l', '10', '-p', str(nodes * cores_per_node), '-npp', '2500', '-wpp', '10000',
'-ll:csize', '8192', '-ll:cpu', str(cores_per_node), '-fflow-spmd-shardsize', str(cores_per_node)]],
# Circuit: Light Compute
['language/examples/circuit_sparse.rg',
['-l', '10', '-p', '100', '-npp', '2', '-wpp', '4', '-ll:cpu', '2',
'-fflow-spmd-shardsize', '2']],
# PENNANT: Heavy Compute
['language/examples/pennant_fast.rg',
['pennant.tests/sedovbig3x30/sedovbig.pnt',
'-seq_init', '0', '-par_init', '1', '-print_ts', '1', '-prune', '5',
'-npieces', str(nodes * cores_per_node), '-numpcx', '1', '-numpcy', str(nodes * cores_per_node),
'-ll:csize', '8192', '-ll:cpu', str(cores_per_node), '-fflow-spmd-shardsize', str(cores_per_node),
'-fvectorize-unsafe', '1']],
]
class TestTimeoutException(Exception):
pass
def sigalrm_handler(signum, frame):
raise TestTimeoutException
def cmd(command, env=None, cwd=None, timelimit=None):
print(' '.join(command))
sys.stdout.flush() # python 2 doesn't have flush option in print
if timelimit:
child = subprocess.Popen(command, env=env, cwd=cwd)
signal.signal(signal.SIGALRM, sigalrm_handler)
signal.alarm(timelimit)
try:
ret = child.wait()
signal.alarm(0) # disable alarm
signal.signal(signal.SIGALRM, signal.SIG_DFL)
if ret:
raise subprocess.CalledProcessError(ret, command)
return ret
except TestTimeoutException:
child.kill()
raise # re-raise
else:
return subprocess.check_call(command, env=env, cwd=cwd)
def run_test_regent(launcher, root_dir, tmp_dir, bin_dir, env, thread_count):
cmd([sys.executable, os.path.join(root_dir, 'language/travis.py')], env=env)
def run_cxx(tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit):
prev_built_dir = None
for test_file, test_flags in tests:
test_dir = os.path.dirname(os.path.join(root_dir, test_file))
if bin_dir:
test_path = os.path.join(bin_dir, os.path.basename(test_file))
else:
test_path = os.path.join(root_dir, test_file)
# build if this is in a new directory
if test_dir != prev_built_dir:
# and clean up the previous directory to keep disk usage down
if prev_built_dir:
cmd(['find', prev_built_dir , '-type', 'f', '(', '-name', '*.a', '-o', '-name', os.path.basename(test_file), ')', '-exec', 'rm', '-v', '{}', ';'])
cmd([make_exe, '-C', test_dir, '-j', str(thread_count)], env=env)
prev_built_dir = test_dir
cmd(launcher + [test_path] + flags + test_flags, env=env, cwd=test_dir, timelimit=timelimit)
if prev_built_dir:
cmd(['find', prev_built_dir , '-type', 'f', '(', '-name', '*.a', '-o', '-name', os.path.basename(test_file), ')', '-exec', 'rm', '-v', '{}', ';'])
def run_regent(tests, flags, launcher, root_dir, env, thread_count, timelimit):
for test_file, test_flags in tests:
test_dir = os.path.dirname(os.path.join(root_dir, test_file))
test_path = os.path.join(root_dir, test_file)
cmd(launcher + [test_path] + flags + test_flags, env=env, cwd=test_dir, timelimit=timelimit)
def precompile_regent(tests, flags, launcher, root_dir, env, thread_count):
exe_tests = []
for test_file, test_flags in tests:
test_dir = os.path.dirname(os.path.join(root_dir, test_file))
test_path = os.path.join(root_dir, test_file)
exe = os.path.splitext(test_path)[0] + '.exe'
env = dict(list(env.items()) + [('OBJNAME', exe)])
cmd(launcher + [test_path] + flags + test_flags, env=env, cwd=test_dir)
exe_tests.append([exe, test_flags])
return exe_tests
def run_test_legion_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
if (env['USE_KOKKOS'] == '1') and (env['USE_OPENMP'] == '1'):
flags.extend(['-ll:ocpu', '1', '-ll:onuma', '0' ])
run_cxx(legion_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_legion_network_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
if (env['USE_KOKKOS'] == '1') and (env['USE_OPENMP'] == '1'):
flags.extend(['-ll:ocpu', '1', '-ll:onuma', '0' ])
run_cxx(legion_network_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_legion_openmp_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
if (env['USE_KOKKOS'] == '1') and (env['USE_OPENMP'] == '1'):
flags.extend(['-ll:ocpu', '1', '-ll:onuma', '0' ])
run_cxx(legion_openmp_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_legion_kokkos_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
if (env['USE_KOKKOS'] == '1') and (env['USE_OPENMP'] == '1'):
flags.extend(['-ll:ocpu', '1', '-ll:onuma', '0' ])
run_cxx(legion_kokkos_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_legion_python_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
# Hack: legion_python currently requires the module name to come first
flags = [] # ['-logfile', 'out_%.log']
python_dir = os.path.join(root_dir, 'bindings', 'python')
# Hack: Fix up the environment so that Python can find all the examples.
env = dict(list(env.items()) + [
('PYTHONPATH', ':'.join([python_dir])),
('LD_LIBRARY_PATH', ':'.join([python_dir])),
])
# Clean up around python because we are going to make shared objects
# which is not something that anyone else does
cmd([make_exe, '-C', python_dir, 'clean'], env=env)
run_cxx(legion_python_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
cmd([make_exe, '-C', python_dir, 'clean'], env=env)
def run_test_legion_jupyter_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
# Hack: legion_python currently requires the module name to come first
flags = [] # ['-logfile', 'out_%.log']
python_dir = os.path.join(root_dir, 'bindings', 'python')
# Hack: Fix up the environment so that Python can find all the examples.
env = dict(list(env.items()) + [
('PYTHONPATH', ':'.join([python_dir])),
('LD_LIBRARY_PATH', ':'.join([python_dir])),
])
# Clean up around python because we are going to make shared objects
# which is not something that anyone else does
cmd([make_exe, '-C', python_dir, 'clean'], env=env)
cmd([make_exe, '-C', python_dir, '-j', str(thread_count)], env=env)
jupyter_dir = os.path.join(root_dir, 'jupyter_notebook')
jupyter_install_cmd = [sys.executable, './install_jupyter.py', '--legion-prefix', python_dir, '--verbose']
cmd(jupyter_install_cmd, env=env, cwd=jupyter_dir)
jupyter_test_file = os.path.join(root_dir, 'jupyter_notebook', 'ci_test.py')
jupyter_test_cmd = ['jupyter', 'run', '--kernel', 'legion_kernel_nocr', jupyter_test_file]
cmd(jupyter_test_cmd, env=env)
canonical_jupyter_test_file = os.path.join(root_dir, 'jupyter_notebook', 'test_canonical.py')
canonical_jupyter_test_cmd = ['jupyter', 'run', '--kernel', 'python3', canonical_jupyter_test_file]
cmd(canonical_jupyter_test_cmd, env=env)
canonical_python_test_cmd = [sys.executable, canonical_jupyter_test_file]
cmd(canonical_python_test_cmd, env=env)
cmd([make_exe, '-C', python_dir, 'clean'], env=env)
def run_test_legion_prof_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-lg:prof','1', '-lg:prof_logfile', 'prof_%.gz']
from tools.test_prof import run_prof_test
for test_file, test_flags in legion_cxx_prof_tests:
prof_test = [[test_file, test_flags],]
run_cxx(prof_test, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
test_file_path = Path(os.path.join(root_dir, test_file))
test_dir = test_file_path.parent.absolute()
run_prof_test(root_dir, test_dir, tmp_dir)
def run_test_legion_hdf_cxx(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
if (env['USE_KOKKOS'] == '1') and (env['USE_OPENMP'] == '1'):
flags.extend(['-ll:ocpu', '1', '-ll:onuma', '0' ])
run_cxx(legion_hdf_cxx_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_legion_fortran(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
flags.extend(['-ll:gpu', '1'])
run_cxx(legion_fortran_tests, flags, launcher, root_dir, bin_dir, env, thread_count, timelimit)
def run_test_fuzzer(launcher, root_dir, tmp_dir, bin_dir, env, thread_count):
env = dict(list(env.items()) + [('WARN_AS_ERROR', '0')])
fuzz_dir = os.path.join(tmp_dir, 'fuzz-tester')
cmd(['git', 'clone', 'https://github.com/StanfordLegion/fuzz-tester', fuzz_dir])
# TODO; Merge deppart branch into master after this makes it to stable Legion branch
cmd(['git', 'checkout', 'deppart'], cwd=fuzz_dir)
cmd(['python3', 'main.py'], env=env, cwd=fuzz_dir)
def run_test_realm(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
test_dir = os.path.join(root_dir, 'test/realm')
cmd([make_exe, '-C', test_dir, 'DEBUG=0', 'clean'], env=env)
cmd([make_exe, '-C', test_dir, 'DEBUG=0', '-j', str(thread_count), 'build'], env=env)
cmd([make_exe, '-C', test_dir, 'DEBUG=0', 'run_all'], env=env, timelimit=timelimit)
def run_test_external1(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
# Realm perf test (move back to perf test when integrated with perf.py)
perf_dir = os.path.join(root_dir, 'test/performance/realm')
cmd([make_exe, '-C', perf_dir, 'DEBUG=0', 'clean_all'], env=env)
cmd([make_exe, '-C', perf_dir, 'DEBUG=0', 'build_all'], env=env)
cmd([make_exe, '-C', perf_dir, 'DEBUG=0', 'RUNMODE=short', 'run_all'], env=env, timelimit=timelimit)
# Fast Direct Solver
# Contact: Chao Chen <[email protected]>
solver_dir = os.path.join(tmp_dir, 'fastSolver2')
cmd(['git', 'clone', 'https://github.com/Charles-Chao-Chen/fastSolver2.git', solver_dir])
# cmd(['git', 'checkout', '4c7a59de63dd46a0abcc7f296fa3b0f511e5e6d2', ], cwd=solver_dir)
solver = [[os.path.join(solver_dir, 'spmd_driver/solver'),
['-machine', '1', '-core', '8', '-mtxlvl', '6', '-ll:cpu', '8', '-ll:csize', '1024']]]
run_cxx(solver, flags, launcher, root_dir, None, env, thread_count, timelimit)
# Parallel Research Kernels: Stencil
# Contact: Wonchan Lee <[email protected]>
prk_dir = os.path.join(tmp_dir, 'prk')
cmd(['git', 'clone', 'https://github.com/magnatelee/PRK.git', prk_dir])
# This uses a custom Makefile that requires additional
# configuration. Rather than go to that trouble it's easier to
# just use a copy of the standard Makefile template.
stencil_dir = os.path.join(prk_dir, 'LEGION', 'Stencil')
stencil_env = dict(list(env.items()) + [
('OUTFILE', 'stencil'),
('GEN_SRC', 'stencil.cc'),
('CXXFLAGS', (env['CXXFLAGS'] if 'CXXFLAGS' in env else '') +
' -DRADIUS=2 -DRESTRICT_KEYWORD -DDISABLE_BARRIER_MIGRATION'),
])
makefile = os.path.join(root_dir, 'apps/Makefile.template')
cmd([make_exe, '-f', makefile, '-C', stencil_dir, '-j', str(thread_count)], env=stencil_env)
stencil = os.path.join(stencil_dir, 'stencil')
# HACK: work around stencil mapper issue with -ll:ext_sysmem 0
cmd([stencil, '4', '10', '1000', '-ll:ext_sysmem', '0'], timelimit=timelimit)
# SNAP
# Contact: Mike Bauer <[email protected]>
snap_dir = os.path.join(tmp_dir, 'snap')
cmd(['git', 'clone', 'https://github.com/StanfordLegion/Legion-SNAP.git', snap_dir])
# This can't handle flags before application arguments, so place
# them after.
snap = [[os.path.join(snap_dir, 'src/snap'),
[os.path.join(snap_dir, 'input/mms.in')] + flags]]
run_cxx(snap, [], launcher, root_dir, None, env, thread_count, timelimit)
# Soleil-X
# Contact: Manolis Papadakis <[email protected]>
soleil_dir = os.path.join(tmp_dir, 'soleil-x')
cmd(['git', 'clone', 'https://github.com/stanfordhpccenter/soleil-x.git', soleil_dir])
soleil_env = dict(list(env.items()) + [
('LEGION_DIR', root_dir),
('SOLEIL_DIR', soleil_dir),
('CC', 'gcc'),
])
cmd([make_exe, '-C', os.path.join(soleil_dir, 'src')], env=soleil_env)
# FIXME: Actually run it
def run_test_external2(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
# HTR
# Contact: Mario Di Renzo <[email protected]>
htr_dir = os.path.join(tmp_dir, 'htr')
# cmd(['git', 'clone', 'https://github.com/stanfordhpccenter/HTR-solver.git', htr_dir])
# NOTE: the legion-ci branch currently requires g++ (not clang) to build and
# is REALLY slow unless you set DEBUG=0
cmd(['git', 'clone', '-b', 'legion-ci', '[email protected]:mario.direnzo/Prometeo.git', htr_dir])
htr_env = dict(list(env.items()) + [
('LEGION_DIR', root_dir),
('LD_LIBRARY_PATH', os.path.join(root_dir, 'bindings', 'regent')),
('HTR_DIR', htr_dir),
('CC', 'gcc'),
('CXX', 'g++'),
('DEBUG', '0'),
])
cmd(['python3', os.path.join(htr_dir, 'unitTests', 'testAll.py')], env=htr_env)
# TaskAMR
# Contact: Jonathan Graham <[email protected]>
task_amr_dir = os.path.join(tmp_dir, 'task_amr')
cmd(['git', 'clone', 'https://github.com/lanl/TaskAMR.git', task_amr_dir])
task_amr_env = dict(list(env.items()) + [
('LEGION_ROOT', root_dir),
])
cmd([make_exe, '-C', os.path.join(task_amr_dir)], env=task_amr_env)
# Barnes-Hut
# Contact: Haithem Turki <[email protected]>
barnes_hut_dir = os.path.join(tmp_dir, 'barnes_hut')
cmd(['git', 'clone', 'https://github.com/StanfordLegion/barnes-hut.git', barnes_hut_dir])
regent_path = os.path.join(root_dir, 'language', 'regent.py')
cmd([sys.executable, regent_path, 'hdf5_converter.rg',
'-i', 'input/bodies-16384-blitz.csv',
'-o', 'bodies-16384-blitz.h5',
'-n', '16384'],
cwd=barnes_hut_dir,
env=env,
timelimit=timelimit)
# work around search path that doesn't include bindings/regent
for hdr in ('legion_defines.h', 'realm_defines.h'):
os.symlink(os.path.join(root_dir, 'bindings', 'regent', hdr),
os.path.join(root_dir, 'runtime', hdr))
cmd([sys.executable, regent_path, 'barnes_hut.rg',
'-i', 'bodies-16384-blitz.h5',
'-n', '16384'],
cwd=barnes_hut_dir,
env=env,
timelimit=timelimit)
def run_test_private(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
flags = ['-logfile', 'out_%.log']
# MiniAero
# Contact: Wonchan Lee <[email protected]>
miniaero_dir = os.path.join(tmp_dir, 'miniaero-spmd')
cmd(['git', 'clone', '-b', 'spmd_flattened_superblocks',
'[email protected]:magnatelee/miniaero-spmd.git', miniaero_dir])
cmd([make_exe, '-C', miniaero_dir, '-j', str(thread_count)], env=env,
cwd=miniaero_dir)
for test in ['3D_Sod', '3D_Sod_2nd_Order'
# These tests take a long time so skip them by default.
# , 'FlatPlate', 'Ramp'
]:
test_dir = os.path.join(miniaero_dir, 'tests', test)
cmd([os.path.join(test_dir, 'test.sh')], env=env, cwd=test_dir, timelimit=timelimit)
# PENNANT
# Contact: Galen Shipman <[email protected]>
pennant_dir = os.path.join(tmp_dir, 'pennant')
cmd(['git', 'clone', '-b', 'spmdv2',
'[email protected]:gshipman/pennant-legion.git', pennant_dir])
# This uses a custom Makefile that requires additional
# configuration. Rather than go to that trouble it's easier to
# just use a copy of the standard Makefile template.
pennant_env = dict(list(env.items()) + [
('OUTFILE', 'pennant'),
('GEN_SRC', ' '.join(glob.glob(os.path.join(pennant_dir, 'src/*.cc')))),
('CXXFLAGS', (env['CXXFLAGS'] if 'CXXFLAGS' in env else '') +
' -std=c++11 -Wno-sign-compare -Wno-unknown-pragmas -Wno-unused-variable' +
' -D__STDC_FORMAT_MACROS -DDISABLE_BARRIER_MIGRATION'),
('WARN_AS_ERROR', '0'),
])
makefile = os.path.join(root_dir, 'apps/Makefile.template')
# Previous build uses -DASSUME_UNALLOCABLE. Clean first to get a fresh environment.
cmd([make_exe, '-f', makefile, '-C', pennant_dir, 'clean'], env=pennant_env)
cmd([make_exe, '-f', makefile, '-C', pennant_dir, '-j', str(thread_count)], env=pennant_env)
pennant = os.path.join(pennant_dir, 'pennant')
cmd([pennant, str(app_cores), 'test/sedovsmall/sedovsmall.pnt', '-ll:cpu', str(app_cores)],
cwd=pennant_dir,
timelimit=timelimit)
def run_test_ctest(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, timelimit):
build_dir = os.path.join(tmp_dir, 'build')
args = ['ctest', '--output-on-failure']
# do not run tests in parallel if they use GPUs - might not all fit
if env['USE_CUDA'] != '1' and env['USE_HIP'] != '1':
args.extend(['-j', str(thread_count)])
if timelimit:
args.extend(['--timeout', str(timelimit)])
cmd(args,
env=env,
cwd=build_dir)
def run_test_legion_prof_mypy(root_dir):
mypy_cmd = [
"mypy",
"--disallow-any-unimported",
"--disallow-any-explicit",
"--disallow-untyped-defs",
"--disallow-incomplete-defs",
"--warn-redundant-casts",
"--warn-unused-ignores",
os.path.join(root_dir, 'tools', 'legion_prof.py'),
]
print('Running mypy test:', cmd)
cmd(mypy_cmd)
def hostname():
return subprocess.check_output(['hostname']).strip()
def git_commit_id(repo_dir):
return subprocess.check_output(
['git', 'rev-parse', 'HEAD'], cwd=repo_dir).strip()
def git_branch_name(repo_dir):
proc = subprocess.Popen(
['git', 'symbolic-ref', '--short', 'HEAD'], cwd=repo_dir,
stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
output, errors = proc.communicate()
if proc.returncode == 0:
return output.strip()
return None
def run_test_perf_one_configuration(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, nodes, timelimit):
flags = ['-logfile', 'out_%.log']
# for backward-compatibility, use app_cores if PERF_CORES_PER_NODE is not specified
cores_per_node = int(os.environ.get('PERF_CORES_PER_NODE', app_cores))
legion_cxx_perf_tests = get_legion_cxx_perf_tests(nodes, cores_per_node)
regent_perf_tests = get_regent_perf_tests(nodes, cores_per_node)
# Regent needs special flags when in precompile mode
precompile = os.environ.get('PERF_PRECOMPILE_REGENT') == '1'
# Performance test configuration:
metadata = {
'host': (os.environ['CI_RUNNER_DESCRIPTION']
if 'CI_RUNNER_DESCRIPTION' in os.environ else hostname()),
'nodes': nodes,
'commit': (os.environ['CI_BUILD_REF'] if 'CI_BUILD_REF' in os.environ
else git_commit_id(root_dir)),
'branch': (os.environ['CI_BUILD_REF_NAME'] if 'CI_BUILD_REF_NAME' in os.environ
else git_branch_name(root_dir)),
}
cxx_measurements = {
# Hack: Use the command name as the benchmark name.
'benchmark': {
'type': 'argv',
'index': 0,
'filter': 'basename',
},
# Capture command line arguments following flags.
'argv': {
'type': 'argv',
'start': 1 + len(flags),
},
# Record running time in seconds.
'time_seconds': {
'type': 'regex',
'pattern': r'^ELAPSED TIME\s*=\s*(.*) s$',
'multiline': True,
}
}
regent_measurements = {
# Hack: Use the command name as the benchmark name.
'benchmark': {
'type': 'argv',
'index': 1,
'filter': 'basename',
},
# Capture command line arguments following flags.
'argv': {
'type': 'argv',
'start': 2,# + len(flags), # FIXME: Skipping flags, see below.
},
# Record running time in seconds.
'time_seconds': {
'type': 'command',
'args': [
os.path.join(root_dir, 'language/scripts/summarize.py'),
'--machine-readable', '-',
],
}
}
env = dict(list(env.items()) + [
('PERF_OWNER', 'StanfordLegion'),
('PERF_REPOSITORY', 'perf-data'),
('PERF_METADATA', json.dumps(metadata)),
])
cxx_env = dict(list(env.items()) + [
('PERF_MEASUREMENTS', json.dumps(cxx_measurements)),
# Launch through perf.py
('PERF_LAUNCHER', ' '.join(launcher)),
('LAUNCHER', ''),
])
regent_env = dict(list(env.items()) + [
('PERF_MEASUREMENTS', json.dumps(regent_measurements)),
# Launch through regent.py
('PERF_LAUNCHER', ' '.join(launcher) if precompile else ''),
('LAUNCHER', '' if precompile else ' '.join(launcher)),
])
# Build Regent first to avoid recompiling later.
cmd([sys.executable, os.path.join(root_dir, 'language/travis.py'), '--install-only'], env=env)
# Run Legion C++ performance tests.
runner = os.path.join(root_dir, 'perf.py')
run_cxx(legion_cxx_perf_tests, flags, [runner], root_dir, bin_dir, cxx_env, thread_count, timelimit)
# Run Regent performance tests.
regent_path = os.path.join(root_dir, 'language/regent.py')
if precompile:
# Precompile executables.
build_env = dict(list(env.items()) + [
('SAVEOBJ', '1'),
('STANDALONE', '1'),
('LAUNCHER', ''),
])
exe_tests = precompile_regent(regent_perf_tests, [], [regent_path], root_dir, build_env, thread_count)
# FIXME: PENNANT can't handle the -logfile flag coming first, so just skip it.
run_regent(exe_tests, [], [runner], root_dir, regent_env, thread_count)
else:
# FIXME: PENNANT can't handle the -logfile flag coming first, so just skip it.
run_regent(regent_perf_tests, [], [runner, regent_path], root_dir, regent_env, thread_count)
# Render the final charts.
subprocess.check_call(
[sys.executable,
os.path.join(root_dir, 'tools', 'perf_chart.py'),
'[email protected]:StanfordLegion/perf-data.git',
'[email protected]:StanfordLegion/perf-data.git'],
env=env)
def run_test_perf(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, min_nodes, max_nodes, timelimit):
nodes = min_nodes
while nodes <= max_nodes:
launcher = [w.format(**{'NODES': nodes}) for w in launcher]
run_test_perf_one_configuration(launcher, root_dir, tmp_dir, bin_dir, env, thread_count, nodes, timelimit)
nodes *= 2
def check_test_legion_cxx(root_dir):
print('Checking that tests that SHOULD be tested are ACTUALLY tested...')
print()
# These are the directories we SHOULD have coverage for.
should_dirs = ['tutorial', 'examples', 'test']
should_tests = []
for dir in should_dirs:
entries = os.listdir(os.path.join(root_dir, dir))
for entry in entries:
if os.path.isdir(os.path.join(root_dir, dir, entry)):
should_tests.append(os.path.join(dir, entry))
assert len(should_tests) > 0
# These are the tests we ACTUALLY have coverage for.
tests = legion_cxx_tests + legion_network_cxx_tests + \
legion_openmp_cxx_tests + legion_python_cxx_tests + \
legion_hdf_cxx_tests + legion_kokkos_cxx_tests + \
legion_fortran_tests
actual_tests = set()
for test_file, test_flags in tests:
actual_tests.add(os.path.dirname(test_file))
actual_tests.add('test/realm') # We test Realm separately.
actual_tests.add('test/performance') # We test performance separately.
# Check that all tests that SHOULD be covered are ACTUALLY covered.
not_tests = []
for should_test in should_tests:
if should_test not in actual_tests:
not_tests.append(should_test)
if len(not_tests) > 0:
print('The following tests are NOT currently being tested:')
print()
for not_test in not_tests:
print(' %s' % not_test)
print()
raise Exception('There are tests that are NOT in the test suite')
def build_cmake(root_dir, tmp_dir, env, thread_count,
test_regent, test_legion_cxx,
test_external1, test_external2, test_perf, test_ctest):
build_dir = os.path.join(tmp_dir, 'build')
install_dir = os.path.join(tmp_dir, 'install')
os.mkdir(build_dir)
os.mkdir(install_dir)
cmdline = ['cmake', '-DCMAKE_INSTALL_PREFIX=%s' % install_dir ]
cmdline.append('-DCMAKE_BUILD_TYPE=%s' % ('Debug' if env['DEBUG'] == '1' else
'Release'))
cmdline.append('-DLegion_BUILD_WARN_AS_ERROR=%s' % ('ON' if env.get('WARN_AS_ERROR','0') == '1' else 'OFF'))
cmdline.append('-DLegion_MAX_DIM=%s' % env['MAX_DIM'])
cmdline.append('-DLegion_NETWORKS=%s' % env['REALM_NETWORKS'])
if 'EMBED_GASNET' in env:
cmdline.append('-DLegion_EMBED_GASNet=ON')
cmdline.append('-DGASNet_CONDUIT=' + env['CONDUIT'])
if 'EMBED_GASNET_SRC' in env:
cmdline.append('-DLegion_EMBED_GASNet_LOCALSRC=' + env['EMBED_GASNET_SRC'])
cmdline.append('-DLegion_USE_CUDA=%s' % ('ON' if env['USE_CUDA'] == '1' else 'OFF'))
if 'GPU_ARCH' in env:
cmdline.append('-DLegion_CUDA_ARCH=%s' % env['GPU_ARCH'])
cmdline.append('-DLegion_USE_HIP=%s' % ('ON' if env['USE_HIP'] == '1' else 'OFF'))
if 'HIP_ARCH' in env:
cmdline.append('-DLegion_HIP_ARCH=%s' % env['HIP_ARCH'])
if 'THRUST_PATH' in env and env['USE_COMPLEX'] == '1':
cmdline.append('-DHIP_THRUST_ROOT_DIR=%s' % env['THRUST_PATH'])
cmdline.append('-DLegion_USE_NVTX=%s' % ('ON' if env['USE_NVTX'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_OpenMP=%s' % ('ON' if env['USE_OPENMP'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_Kokkos=%s' % ('ON' if env['USE_KOKKOS'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_Python=%s' % ('ON' if env['USE_PYTHON'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_LLVM=%s' % ('ON' if env['USE_LLVM'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_HDF5=%s' % ('ON' if env['USE_HDF'] == '1' else 'OFF'))
cmdline.append('-DLegion_USE_Fortran=%s' % ('ON' if env['LEGION_USE_FORTRAN'] == '1' else 'OFF'))
cmdline.append('-DLegion_SPY=%s' % ('ON' if env['USE_SPY'] == '1' else 'OFF'))
cmdline.append('-DLegion_BOUNDS_CHECKS=%s' % ('ON' if env['BOUNDS_CHECKS'] == '1' else 'OFF'))
cmdline.append('-DLegion_PRIVILEGE_CHECKS=%s' % ('ON' if env['PRIVILEGE_CHECKS'] == '1' else 'OFF'))
cmdline.append('-DLegion_REDOP_COMPLEX=%s' % ('ON' if env['USE_COMPLEX'] == '1' else 'OFF'))
cmdline.append('-DLegion_BACKTRACE_USE_LIBDW=%s' % ('ON' if env['REALM_BACKTRACE_USE_LIBDW'] == '1' else 'OFF'))
if 'LEGION_WARNINGS_FATAL' in env:
cmdline.append('-DLegion_WARNINGS_FATAL=%s' % ('ON' if env['LEGION_WARNINGS_FATAL'] == '1' else 'OFF'))
if test_ctest:
cmdline.append('-DLegion_ENABLE_TESTING=ON')
if 'LAUNCHER' in env:
cmdline.append('-DLegion_TEST_LAUNCHER=%s' % env['LAUNCHER'])
if env['USE_CUDA'] == '1' or env['USE_HIP'] == '1':
cmdline.append('-DLegion_TEST_ARGS=-ll:gpu 1 -ll:fsize 1024')
else:
cmdline.append('-DLegion_ENABLE_TESTING=OFF')
if test_regent or (test_legion_cxx and (env['USE_PYTHON'] == '1')):
cmdline.append('-DLegion_BUILD_BINDINGS=ON')
if test_legion_cxx or test_ctest:
cmdline.extend(['-DLegion_BUILD_APPS=ON',
'-DLegion_BUILD_EXAMPLES=ON',
'-DLegion_BUILD_TUTORIAL=ON',
'-DLegion_BUILD_TESTS=ON',
])
# several different conditions force the use of shared libraries
if test_regent or test_external1 or test_external2 or (env['USE_PYTHON'] == '1') or (env['SHARED_OBJECTS'] == '1'):
cmdline.append('-DBUILD_SHARED_LIBS=ON')
else:
cmdline.append('-DBUILD_SHARED_LIBS=OFF')
# if MARCH is set in the environment, give that to cmake as BUILD_MARCH
if 'MARCH' in env:
cmdline.append('-DBUILD_MARCH=' + env['MARCH'])
# add cxx standard
if 'CXX_STANDARD' in env:
cmdline.append('-DCMAKE_CXX_STANDARD=' + env['CXX_STANDARD'])
# cmake before 3.16 doesn't know how to look for CUDAHOSTCXX
if 'CUDAHOSTCXX' in env:
cmdline.append('-DCMAKE_CUDA_HOST_COMPILER=' + env['CUDAHOSTCXX'])
# add any extra cmake args requested in the environment
if 'EXTRA_CMAKE_ARGS' in env:
cmdline.extend(shlex.split(env['EXTRA_CMAKE_ARGS']))
# last argument to cmake is the root of the tree
cmdline.append(root_dir)
cmd(cmdline, env=env, cwd=build_dir)
cmd([make_exe, '-C', build_dir, '-j', str(thread_count)], env=env)
cmd([make_exe, '-C', build_dir, 'install'], env=env)
return os.path.join(build_dir, 'bin')
def build_legion_prof_rs(root_dir, tmp_dir, env):
legion_prof_dir = os.path.join(root_dir, 'tools', 'legion_prof_rs')
cmd(['cargo', 'install',
'--all-features',
'--locked',
'--path', legion_prof_dir,
'--root', tmp_dir],
env=env)
cmd(['cargo', 'test', '--all-features'], env=env, cwd=legion_prof_dir)
cmd(['cargo', 'fmt', '--all', '--', '--check'], env=env, cwd=legion_prof_dir)
def build_regent(root_dir, env):
cmd([os.path.join(root_dir, 'language/travis.py'), '--install-only'], env=env)
def clean_cxx(tests, root_dir, env, thread_count):
env = dict(list(env.items()) + [
('MAKEFLAGS', 's'), # Always silence initial clean.
])
for test_file, test_flags in tests:
test_dir = os.path.dirname(os.path.join(root_dir, test_file))
cmd([make_exe, '-C', test_dir, 'clean'], env=env)
def build_make_clean(root_dir, env, thread_count, test_legion_cxx, test_perf,
test_external1, test_external2, test_private):
# External and private also require cleaning, even though they get
# built separately.
if test_legion_cxx or test_perf or test_external1 or test_external2 or test_private:
clean_cxx(legion_cxx_tests, root_dir, env, thread_count)
if test_legion_cxx and env['LEGION_USE_FORTRAN'] == '1':
clean_cxx(legion_fortran_tests, root_dir, env, thread_count)
def option_enabled(option, options, default, envprefix='', envname=None):
if options is not None: return option in options
if envname is not None:
option_var = envname
else:
option_var = '%s%s' % (envprefix, option.upper())
if option_var in os.environ: return os.environ[option_var] == '1'
return default
class Stage(object):
__slots__ = ['name', 'begin_time']
def __init__(self, name):
self.name = name
def __enter__(self):
self.begin_time = datetime.datetime.now()
print()
print('#'*60)
print('### Entering Stage: %s' % self.name)
print('#'*60)
print()
sys.stdout.flush()
def __exit__(self, exc_type, exc_val, exc_tb):
end_time = datetime.datetime.now()
print()
print('#'*60)
print('### Exiting Stage: %s' % self.name)
print('### * Exception Type: %s' % exc_type)
print('### * Elapsed Time: %s' % (end_time - self.begin_time))
print('#'*60)
print()
sys.stdout.flush()
def report_mode(debug, max_dim, launcher,
test_regent, test_legion_cxx, test_fuzzer, test_realm,
test_external1, test_external2, test_private,
test_perf, test_ctest, test_jupyter, networks,
use_cuda, use_hip, use_openmp, use_kokkos, use_python, use_llvm,
use_hdf, use_fortran, use_spy, use_prof,
use_bounds_checks, use_privilege_checks, use_complex,
use_shared_objects,
use_gcov, use_cmake, use_rdir, use_nvtx, use_libdw, cxx_standard):
print()
print('#'*60)
print('### Test Suite Configuration')
print('###')
print('### Python:')
print('\n'.join(['### ' + line for line in sys.version.split('\n')]))
print('###')
print('### Debug: %s' % debug)
print('### Launcher: %s' % launcher)
print('###')
print('### Running Tests:')
print('### * Regent: %s' % test_regent)
print('### * Legion C++: %s' % test_legion_cxx)
print('### * Fuzzer: %s' % test_fuzzer)
print('### * Realm: %s' % test_realm)
print('### * External1: %s' % test_external1)
print('### * External2: %s' % test_external2)
print('### * Private: %s' % test_private)
print('### * Perf: %s' % test_perf)
print('### * CTest: %s' % test_ctest)
print('### * Jupyter: %s' % test_jupyter)
print('###')
print('### Build Flags:')
print('### * Networks: %s' % networks)
print('### * CUDA: %s' % use_cuda)
print('### * HIP: %s' % use_hip)
print('### * OpenMP: %s' % use_openmp)
print('### * Kokkos: %s' % use_kokkos)
print('### * Python: %s' % use_python)
print('### * LLVM: %s' % use_llvm)
print('### * HDF5: %s' % use_hdf)
print('### * Fortran: %s' % use_fortran)
print('### * Spy: %s' % use_spy)
print('### * Prof: %s' % use_prof)
print('### * Bounds: %s' % use_bounds_checks)
print('### * Privilege: %s' % use_privilege_checks)
print('### * Cplx Redop: %s' % use_complex)
print('### * Shared Obj: %s' % use_shared_objects)
print('### * Gcov: %s' % use_gcov)
print('### * CMake: %s' % use_cmake)
print('### * RDIR: %s' % use_rdir)
print('### * NVTX: %s' % use_nvtx)
print('### * LIBDW: %s' % use_libdw)
print('### * Max DIM: %s' % max_dim)
print('### * CXX STD: %s' % cxx_standard)
print('#'*60)
print()
sys.stdout.flush()
def run_tests(test_modules=None,
debug=True,
max_dim=3,
use_features=None,
networks='',
launcher=None,
thread_count=None,
root_dir=None,
tmp_dir=None,
check_ownership=False,
keep_tmp_dir=False,
timelimit=None,
verbose=False):
if thread_count is None:
try:
# this correctly considers the current affinity mask
thread_count = len(os.sched_getaffinity(0))
except AttributeError:
# this works on macos
thread_count = multiprocessing.cpu_count()
if root_dir is None: