def test_PickleableObject(self):
p1 = MyPoint(name='My point', x=6, y=-3)
p1.write('test.pkl')
p2 = MyPoint.read('test.pkl', store_path=True)
self.dict_equal(p2.__dict__, {'y': -3, 'x': 6, '_pickle_path': 'test.pkl', 'name': 'My point'})
p2.write()
p2.write('test2.pkl')
os.remove('test.pkl')
os.remove('test2.pkl')
p2.write()
self.false(os.path.exists('test2.pkl'))
self.equal(p2._pickle_path, 'test.pkl')
os.remove('test.pkl')
p2.write('test2.pkl', store_path=True)
self.false(os.path.exists('test.pkl'))
self.equal(p2._pickle_path, 'test2.pkl')
del p2._pickle_path
with self.raises(ValueError):
p2.write()
os.remove('test2.pkl')
remove('test3.pkl')
p3 = MyPoint.read('test3.pkl', store_path=True, create_if_error=True, name='Default point', x=3, y=-6)
self.dict_equal(p3.__dict__, {'x': 3, 'y': -6, '_pickle_path': 'test3.pkl', 'name': 'Default point'})
os.remove('test3.pkl')
with self.raises(IOError):
MyPoint.read('test3.pkl')
def download_ext_multi(resources, chunk_size=1024 * 1024, progress_callback=console.progress_bar,
progress_stream=sys.stdout,
progress_template='\r[{counter} of {total}] [{done}{todo}] {name}'):
"""
Download resources, showing a progress bar by default.
Each element should be a `dict` with the url, path and name keys.
Any extra item is passed to :func:`iter_download_to_file` as extra keyword arguments.
"""
for counter, resource in enumerate(sorted(resources, key=lambda r: r['name']), 1):
kwargs, start_time = resource.copy(), time.time()
url, path, name = kwargs.pop('url'), kwargs.pop('path'), kwargs.pop('name')
callback = functools.partial(
progress_callback,
stream=progress_stream,
template=progress_template.format(
counter=counter, done='{done}', name=name, todo='{todo}', total=len(resources)))
if not os.path.exists(path):
makedirs(os.path.dirname(path))
try:
for returned in iter_download_to_file(
url, path, chunk_size=chunk_size, force=False, **kwargs
):
callback(start_time, returned[0], returned[1])
except:
remove(path)
raise
callback(start_time, 1, 1)
progress_stream.write(os.linesep)
def test_encode(self):
results = list(self.ffmpeg.encode(Media('small.mp4'), Media('ff_output.mp4', '-c:a copy -c:v copy')))
self.true(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.SUCCESS)
results = list(self.ffmpeg.encode(Media('small.mp4'), Media('ff_output.mp4', 'crazy_option')))
self.false(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.FAILURE)
results = list(self.ffmpeg.encode([Media('missing.mp4')], Media('ff_output.mp4', '-c:a copy -c:v copy')))
self.false(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.FAILURE)
def test_kill_process_handle_missing(self):
encoder = RaiseFFmpeg()
with self.raises(ValueError):
list(
encoder.encode('small.mp4', 'ff_output.mp4',
'-c:a copy -c:v copy'))
self.true(remove('ff_output.mp4'))
def run(self): # pylint:disable=no-self-use
from pytoolbox import filesystem
project = Path(__file__).resolve().parent
source = project / 'docs' / 'source'
# Cleanup previously generated restructured files
for path in filesystem.find_recursive(source,
r'^pytoolbox.*\.rst$',
regex=True):
filesystem.remove(path)
subprocess.run([
'sphinx-apidoc', '--force', '--module-first', '--separate', '-o',
source, project / 'pytoolbox'
],
check=True)
filesystem.remove(project / 'docs' / 'build' / 'html', recursive=True)
subprocess.run(['make', 'html'], cwd=project / 'docs', check=True)
def test_encode(self):
results = list(
self.ffmpeg.encode(Media('small.mp4'),
Media('ff_output.mp4', '-c:a copy -c:v copy')))
self.true(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.SUCCESS)
results = list(
self.ffmpeg.encode(Media('small.mp4'),
Media('ff_output.mp4', 'crazy_option')))
self.false(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.FAILURE)
results = list(
self.ffmpeg.encode([Media('missing.mp4')],
Media('ff_output.mp4', '-c:a copy -c:v copy')))
self.false(remove('ff_output.mp4'))
self.equal(results[-1].state, EncodeState.FAILURE)
def download_ext_multi(
resources,
chunk_size=1024 * 1024,
progress_callback=console.progress_bar,
progress_stream=sys.stdout,
progress_template='\r[{counter} of {total}] [{done}{todo}] {name}'):
"""
Download resources, showing a progress bar by default.
Each element should be a `dict` with the url, path and name keys.
Any extra item is passed to :func:`iter_download_to_file` as extra keyword arguments.
"""
for counter, resource in enumerate(
sorted(resources, key=lambda r: r['name']), 1):
kwargs = resource.copy()
start_time = time.time()
url = kwargs.pop('url')
path = kwargs.pop('path')
name = kwargs.pop('name')
callback = functools.partial(progress_callback,
stream=progress_stream,
template=progress_template.format(
counter=counter,
done='{done}',
name=name,
todo='{todo}',
total=len(resources)))
if not os.path.exists(path):
filesystem.makedirs(os.path.dirname(path))
try:
for returned in iter_download_to_file(url,
path,
chunk_size=chunk_size,
force=False,
**kwargs):
callback(start_time, returned[0], returned[1])
except Exception:
filesystem.remove(path)
raise
callback(start_time, 1, 1)
progress_stream.write(os.linesep)
def test_ffmpeg_encode(static_ffmpeg, small_mp4, tmp_path):
encoder = static_ffmpeg()
results = list(encoder.encode(
ffmpeg.Media(small_mp4),
ffmpeg.Media(tmp_path / 'output.mp4', '-c:a copy -c:v copy')))
assert filesystem.remove(tmp_path / 'output.mp4') is True
assert results[-1].state == ffmpeg.EncodeState.SUCCESS
results = list(encoder.encode(
ffmpeg.Media(small_mp4),
ffmpeg.Media(tmp_path / 'output.mp4', 'crazy_option')))
assert filesystem.remove(tmp_path / 'output.mp4') is False
assert results[-1].state == ffmpeg.EncodeState.FAILURE
results = list(encoder.encode(
[ffmpeg.Media('missing.mp4')],
ffmpeg.Media(tmp_path / 'output.mp4', '-c:a copy -c:v copy')))
assert filesystem.remove(tmp_path / 'output.mp4') is False
assert results[-1].state == ffmpeg.EncodeState.FAILURE
def test_PickleableObject(self):
p1 = MyPoint(name='My point', x=6, y=-3)
p1.write('test.pkl')
p2 = MyPoint.read('test.pkl', store_path=True)
self.dict_equal(p2.__dict__, {
'y': -3,
'x': 6,
'_pickle_path': 'test.pkl',
'name': 'My point'
})
p2.write()
p2.write('test2.pkl')
os.remove('test.pkl')
os.remove('test2.pkl')
p2.write()
self.false(os.path.exists('test2.pkl'))
self.equal(p2._pickle_path, 'test.pkl')
os.remove('test.pkl')
p2.write('test2.pkl', store_path=True)
self.false(os.path.exists('test.pkl'))
self.equal(p2._pickle_path, 'test2.pkl')
del p2._pickle_path
with self.raises(ValueError):
p2.write()
os.remove('test2.pkl')
remove('test3.pkl')
p3 = MyPoint.read('test3.pkl',
store_path=True,
create_if_error=True,
name='Default point',
x=3,
y=-6)
self.dict_equal(p3.__dict__, {
'x': 3,
'y': -6,
'_pickle_path': 'test3.pkl',
'name': 'Default point'
})
os.remove('test3.pkl')
with self.raises(IOError):
MyPoint.read('test3.pkl')
def test_pickleable_object():
point_1 = MyPoint(name='My point', x=6, y=-3)
point_1.write('test.pkl')
point_2 = MyPoint.read('test.pkl', store_path=True)
assert point_2.__dict__ == {'y': -3, 'x': 6, '_pickle_path': 'test.pkl', 'name': 'My point'}
point_2.write()
point_2.write('test2.pkl')
os.remove('test.pkl')
os.remove('test2.pkl')
point_2.write()
assert os.path.exists('test2.pkl') is False
assert point_2._pickle_path == 'test.pkl' # pylint:disable=protected-access
os.remove('test.pkl')
point_2.write('test2.pkl', store_path=True)
assert os.path.exists('test.pkl') is False
assert point_2._pickle_path == 'test2.pkl' # pylint:disable=protected-access
del point_2._pickle_path
with pytest.raises(ValueError):
point_2.write()
os.remove('test2.pkl')
filesystem.remove('test3.pkl')
point_3 = MyPoint.read(
'test3.pkl',
store_path=True,
create_if_error=True,
name='Default point',
x=3,
y=-6)
assert point_3.__dict__ == {
'x': 3,
'y': -6,
'_pickle_path': 'test3.pkl',
'name': 'Default point'
}
os.remove('test3.pkl')
with pytest.raises(IOError):
MyPoint.read('test3.pkl')
def process_role(role, roles):
directory = ROLES_TARGET_DIRECTORY / f'ansible-role-{role}'
if not directory.exists():
print('Create role', role)
try:
rsync(LIBRARY_DIRECTORY, directory, destination_is_dir=True)
os.chdir(directory)
paths = PATHS + [f'roles/{r}' for r in roles - {role}]
print('\tFiltering')
subprocess.check_output([
'git', 'filter-branch', '--force', '--index-filter',
f"git rm --cached --ignore-unmatch -r {' '.join(paths)}",
'--prune-empty', '--tag-name-filter', 'cat', '--', '--all'
])
for path in (Path('roles') / role).glob('*'):
print('\tMove directory', path.name)
subprocess.check_output(['git', 'mv', path, path.name])
subprocess.check_output(['git', 'clean', '-f', '-d'])
print('\tGenerate README')
filesystem.from_template(README_TEMPLATE,
'README.md',
values={
'has_meta': Path('meta').exists(),
'role': role
},
jinja2=True)
subprocess.check_output(['git', 'add', 'README.md'])
subprocess.check_output(['git', 'commit', '-m', MESSAGE])
print('\tJob done!')
except Exception:
filesystem.remove(directory, recursive=True)
raise
print('Push role', role)
os.chdir(directory)
url = create_github_repo(role)
subprocess.check_call(['git', 'remote', 'remove', 'origin'])
subprocess.check_call(['git', 'remote', 'add', 'origin', url])
subprocess.check_call(['git', 'push', '--all'])
def test_ffmpeg_kill_process_handle_missing(static_ffmpeg, small_mp4, tmp_path):
class SomeError(Exception):
pass
class RaiseEncodeStatistics(static_ffmpeg.statistics_class):
@staticmethod
def end(returncode):
raise SomeError('This is the error.')
encoder = static_ffmpeg()
encoder.statistics_class = RaiseEncodeStatistics
with pytest.raises(SomeError):
list(encoder.encode(small_mp4, tmp_path / 'out.mp4', out_options='-c:a copy -c:v copy'))
assert filesystem.remove(tmp_path / 'out.mp4') is True
def main():
signal.signal(signal.SIGINT, lambda *args: sys.exit(0))
log = setup_log()
parser = argparse.ArgumentParser(epilog='Archive stuff on S3.')
parser.add_argument('--config', action=FullPaths, required=True, type=is_file)
parser.add_argument('--simulate', action='store_true')
parser.add_argument('--verbosity', choices=(0, 1, 2), default=0, type=int)
args = parser.parse_args()
def log_it(verbosity, level, message, **extra):
if args.verbosity >= verbosity:
extra['level'] = LEVEL_MAP[level]
getattr(log, level)(message, extra=extra)
s3 = boto3.client('s3')
log_it(1, 'info', 'Process started')
try:
with open(args.config) as config_file:
config = yaml.load(config_file)
if config['enabled']:
log_it(1, 'info', 'Its time to transfer!')
if args.simulate:
log_it(1, 'warning', 'Simulation mode enabled')
for transfer in config['transfers']:
name = transfer['name']
log_it(1, 'info', 'Handling transfer', transfer=name)
bucket = transfer['bucket']
delete = transfer['delete']
directory = transfer['directory']
prefix = transfer['prefix'].format(host_fqdn=socket.getfqdn())
processed_bytes = processed_count = skipped_bytes = skipped_count = 0
for source_path in filesystem.find_recursive(
directory,
transfer['patterns'],
unix_wildcards=False
):
target_path = os.path.join(prefix, os.path.relpath(source_path, directory))
target_obj = aws.s3.load_object_meta(s3, bucket, target_path, fail=False)
with open(source_path, 'rb') as source_file:
# Retrieve metadata from source and target
source_size = filesystem.get_size(source_path)
target_size = None if target_obj is None else target_obj['ContentLength']
target_md5 = None if target_obj is None else target_obj['ETag'].strip('"')
source_md5 = crypto.checksum(
source_path,
is_path=True,
algorithm='md5',
chunk_size=1024 * 1024)
changed = source_md5 != target_md5
log_it(
2, 'info', 'File',
transfer=name,
changed=changed,
source_md5=source_md5,
source_path=source_path,
source_size=source_size,
target_md5=target_md5,
target_path=target_path,
target_size=target_size)
if changed:
processed_bytes += source_size
processed_count += 1
else:
skipped_bytes += source_size
skipped_count += 1
if not args.simulate:
aws.s3.write_object(s3, bucket, target_path, source_file)
if delete:
filesystem.remove(source_path)
log_it(
1, 'info', 'Summary',
transfer=name,
processed_bytes=processed_bytes,
processed_count=processed_count,
skipped_bytes=skipped_bytes,
skipped_count=skipped_count)
else:
log.warning('Process is disabled')
except Exception as e:
log.exception(e)
finally:
log_it(1, 'info', 'Process ended')
def test_kill_process_handle_missing(self):
encoder = RaiseFFmpeg()
with self.raises(ValueError):
list(encoder.encode('small.mp4', 'ff_output.mp4', '-c:a copy -c:v copy'))
self.true(remove('ff_output.mp4'))
