def test_list(self):
self.create_score()
script = commandlinetools.ManageBuildTargetScript()
command = ['--new', 'big-version']
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
command = ['--new', 'medium-version']
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
command = ['--new', 'small-version']
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
command = ['--list']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
self.compare_captured_output(r'''
Available build targets:
big-version
medium-version
small-version
''')
def test_success(self, open_file_mock):
self.create_score()
self.install_fancy_segment_maker()
self.create_segment('test_segment')
self.illustrate_segments()
self.collect_segments()
self.create_build_target()
script = commandlinetools.ManageBuildTargetScript()
command = ['--render', 'letter-portrait']
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
command = ['--distribute', 'letter-portrait']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
self.compare_captured_output(r'''
Distributing 'letter-portrait'
score.pdf --> letter-portrait-score.pdf
parts-cello.pdf --> letter-portrait-parts-cello.pdf
parts-viola.pdf --> letter-portrait-parts-viola.pdf
parts-violin-i.pdf --> letter-portrait-parts-violin-i.pdf
parts-violin-ii.pdf --> letter-portrait-parts-violin-ii.pdf
''')
self.compare_path_contents(
self.distribution_path,
self.expected_files,
)
def cleanup_graphviz_svg(app):
def process_svg(filename, delete_attributes):
try:
with open(filename, 'r') as file_pointer:
contents = file_pointer.read()
document = minidom.parseString(contents)
svg_element = document.getElementsByTagName('svg')[0]
view_box = svg_element.getAttribute('viewBox')
view_box = [float(_) for _ in view_box.split()]
if delete_attributes:
if len(svg_element.attributes) and \
'height' in svg_element.attributes:
del (svg_element.attributes['height'])
if len(svg_element.attributes) and \
'width' in svg_element.attributes:
del (svg_element.attributes['width'])
else:
height = '{}pt'.format(int(view_box[-1] * 0.6))
width = '{}pt'.format(int(view_box[-2] * 0.6))
svg_element.setAttribute('height', height)
svg_element.setAttribute('width', width)
svg_element.setAttribute('preserveAspectRatio', 'xMinYMin')
with open(filename, 'w') as file_pointer:
document.writexml(file_pointer)
except KeyError:
traceback.print_exc()
image_directory = os.path.join(
app.builder.outdir,
app.builder.imagedir,
)
with systemtools.TemporaryDirectoryChange(image_directory):
svg_paths = glob.glob('graphviz*.svg')
for filename in app.builder.status_iterator(
svg_paths,
'cleaning-up svg files (A)...',
brown,
len(svg_paths),
):
process_svg(filename, delete_attributes=True)
image_directory = os.path.join(image_directory, 'abjadbook')
with systemtools.TemporaryDirectoryChange(image_directory):
svg_paths = glob.glob('graphviz*.svg')
for filename in app.builder.status_iterator(
svg_paths,
'cleaning-up svg files (B)...',
brown,
len(svg_paths),
):
process_svg(filename, delete_attributes=False)
def test_success(self):
self.create_score()
script = commandlinetools.ManageSegmentScript()
try:
names = script._read_segments_list_json(
self.score_path,
verbose=False,
)
assert names == []
except SystemExit:
raise RuntimeError('SystemExit')
command = ['--new', 'test_segment']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
self.compare_captured_output(r'''
Creating segment subpackage 'test_segment' ...
Reading test_score/metadata.json ... OK!
Reading test_score/segments/metadata.json ... JSON does not exist.
Writing test_score/segments/metadata.json
Created test_score/segments/test_segment/
'''.replace('/', os.path.sep))
assert self.segments_path.joinpath('test_segment').exists()
self.compare_path_contents(self.segments_path, self.expected_files)
try:
names = script._read_segments_list_json(
self.score_path,
verbose=False,
)
assert names == ['test_segment']
except SystemExit:
raise RuntimeError('SystemExit')
def _write_lilypond_pdf(
self,
ly_path,
output_directory,
):
from abjad import abjad_configuration
pdf_path = output_directory.joinpath('illustration.pdf')
message = ' Writing {!s} ... '
message = message.format(
pdf_path.relative_to(self._score_repository_path))
print(message, end='')
command = '{} -dno-point-and-click -o {} {}'.format(
# not sure why the call to abjad_configuration.get() returns none:
#abjad_configuration.get('lilypond_path', 'lilypond'),
'lilypond',
str(ly_path).replace('.ly', ''),
str(ly_path),
)
with systemtools.Timer() as timer:
with systemtools.TemporaryDirectoryChange(str(ly_path.parent)):
exit_code = subprocess.call(command, shell=True)
if exit_code:
print('Failed!')
sys.exit(1)
print('OK!')
self._report_time(timer, prefix='LilyPond runtime')
def test_both(self):
script = commandlinetools.DoctestScript()
command = [str(self.doctest_path)]
with systemtools.TemporaryDirectoryChange(str(self.test_path)):
with systemtools.RedirectedStreams(stdout=self.string_io):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
script_output = self.ansi_escape.sub('', self.string_io.getvalue())
script_output = stringtools.normalize(script_output)
expected = stringtools.normalize('''
doctest_test/doctest_fail.py FAILED
doctest_test/doctest_pass.py OK
**********************************************************************
File ".../doctest_test/doctest_fail.py", line 7, in doctest_fail.py
Failed example:
True is False
Expected:
True
Got:
False
**********************************************************************
1 items had failures:
1 of 1 in doctest_fail.py
***Test Failed*** 1 failures.
FAILED: doctest_test/doctest_fail.py
1 passed, 1 failed out of 2 tests in 2 modules.
'''.replace('/', os.path.sep))
self.compare_strings(expected, script_output)
def test_diff(self):
script = commandlinetools.DoctestScript()
command = ['--diff', str(self.failing_module_path)]
with systemtools.TemporaryDirectoryChange(str(self.test_path)):
with systemtools.RedirectedStreams(stdout=self.string_io):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
script_output = self.ansi_escape.sub('', self.string_io.getvalue())
script_output = stringtools.normalize(script_output)
expected = stringtools.normalize('''
doctest_test/doctest_fail.py FAILED
**********************************************************************
File ".../doctest_test/doctest_fail.py", line 7, in doctest_fail.py
Failed example:
True is False
Differences (ndiff with -expected +actual):
- True
+ False
**********************************************************************
1 items had failures:
1 of 1 in doctest_fail.py
***Test Failed*** 1 failures.
FAILED: doctest_test/doctest_fail.py
0 passed, 1 failed out of 1 test in 1 module.
'''.replace('/', os.path.sep))
self.compare_strings(expected, script_output)
def test_python_error_on_illustrate(self):
"""
Handle exceptions inside the Python module on __call__().
"""
self.create_score()
material_path = self.create_material('test_material')
definition_path = material_path.joinpath('definition.py')
with open(str(definition_path), 'w') as file_pointer:
file_pointer.write(
stringtools.normalize(r'''
# -*- coding: utf-8 -*-
from abjad.tools import abctools
class Foo(object):
def __illustrate__(self):
raise TypeError('This is fake.')
test_material = Foo()
'''))
script = commandlinetools.ManageMaterialScript()
command = ['--illustrate', 'test_material']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
self.compare_captured_output(r'''
Illustration candidates: 'test_material' ...
Illustrating test_score/materials/test_material/
Importing test_score.materials.test_material.definition
'''.replace('/', os.path.sep))
def test_python_cannot_illustrate(self):
"""
Handle un-illustrables.
"""
self.create_score()
material_path = self.create_material('test_material')
definition_path = material_path.joinpath('definition.py')
with open(str(definition_path), 'w') as file_pointer:
file_pointer.write(
stringtools.normalize(r'''
# -*- coding: utf-8 -*-
test_material = None
'''))
script = commandlinetools.ManageMaterialScript()
command = ['--illustrate', 'test_material']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
self.compare_captured_output(r'''
Illustration candidates: 'test_material' ...
Illustrating test_score/materials/test_material/
Importing test_score.materials.test_material.definition
Cannot illustrate material of type NoneType.
'''.replace('/', os.path.sep))
def test_list_segments_unstaged(self):
self.create_score()
self.create_segment('segment_one')
self.create_segment('segment_two')
self.create_segment('segment_three')
script = commandlinetools.ManageSegmentScript()
segment_names = script._read_segments_list_json(
self.score_path,
verbose=False,
)
segment_names.remove('segment_two')
script._write_segments_list_json(
segment_names,
score_path=self.score_path,
verbose=False,
)
command = ['--list']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 2
self.compare_captured_output(r'''
Available segments:
Reading test_score/segments/metadata.json ... OK!
segment_one [1]
segment_three [2]
segment_two
'''.replace('/', os.path.sep))
def create_segment(
self,
segment_name='test_segment',
force=False,
expect_error=False,
):
script = commandlinetools.ManageSegmentScript()
command = ['--new', segment_name]
if force:
command.insert(0, '-f')
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
if expect_error:
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
else:
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
return self.score_path.joinpath(
self.score_path.name,
'segments',
segment_name,
)
def create_score(self, force=False, expect_error=False):
script = commandlinetools.ManageScoreScript()
command = [
'--new',
'Test Score',
'-y',
'2016',
'-n',
'Josiah Wolf Oberholtzer',
'-e',
'*****@*****.**',
'-g',
'josiah-wolf-oberholtzer',
'-l',
'consort',
'-w',
'www.josiahwolfoberholtzer.com',
]
if force:
command.insert(0, '-f')
with systemtools.TemporaryDirectoryChange(str(self.test_path)):
if expect_error:
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 1
else:
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
def test_success_front_cover(self, open_file_mock):
expected_files = [
'test_score/test_score/build/letter-portrait/back-cover.tex',
'test_score/test_score/build/letter-portrait/front-cover.pdf',
'test_score/test_score/build/letter-portrait/front-cover.tex',
'test_score/test_score/build/letter-portrait/music.ly',
'test_score/test_score/build/letter-portrait/parts.ly',
'test_score/test_score/build/letter-portrait/preface.tex',
'test_score/test_score/build/letter-portrait/score.tex',
]
if platform.system().lower() == 'windows':
expected_files = [
_.replace('/', os.path.sep) for _ in expected_files
]
self.create_score()
self.create_segment('test_segment')
self.illustrate_segments()
self.collect_segments()
target_path = self.create_build_target()
script = commandlinetools.ManageBuildTargetScript()
command = [
'--render',
'letter-portrait',
'--front-cover',
]
#with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
self.compare_path_contents(target_path, expected_files)
assert open_file_mock.called
def test_success_one_segment(self, open_file_mock):
self.create_score()
self.create_segment('test_segment')
script = commandlinetools.ManageSegmentScript()
command = ['--illustrate', 'test_segment']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit as e:
raise RuntimeError('SystemExit: {}'.format(e.code))
self.compare_captured_output(r'''
Illustration candidates: 'test_segment' ...
Reading test_score/segments/metadata.json ... OK!
Illustrating test_score/segments/test_segment/
Reading test_score/segments/metadata.json ... OK!
Reading test_score/segments/test_segment/metadata.json ... JSON does not exist.
Importing test_score.segments.test_segment.definition
Writing test_score/segments/test_segment/metadata.json
Abjad runtime: ... second...
Writing test_score/segments/test_segment/illustration.ly ... OK!
Writing test_score/segments/test_segment/illustration.pdf ... OK!
LilyPond runtime: ... second...
Illustrated test_score/segments/test_segment/
'''.replace('/', os.path.sep))
self.compare_path_contents(self.segments_path, self.expected_files)
illustration_path = self.segments_path.joinpath(
'test_segment', 'illustration.ly')
self.compare_lilypond_contents(
illustration_path,
self.expected_illustration_contents,
)
def _build_api(
self,
docs_directory=None,
api_generator=None,
api_title=None,
api_format='html',
clean=False,
rst_only=False,
):
api_generator(verbose=True)
if rst_only:
return
print('Now building the {} {} docs ...'.format(
api_title,
api_format.upper(),
))
print('')
with systemtools.TemporaryDirectoryChange(docs_directory):
if clean:
print('Cleaning build directory ...')
command = 'make clean'
systemtools.IOManager.spawn_subprocess(command)
if format == 'coverage':
command = 'sphinx-build -b coverage {} {}'.format(
'source',
os.path.join('build', 'coverage'),
)
systemtools.IOManager.spawn_subprocess(command)
else:
command = 'make {}'.format(api_format)
systemtools.IOManager.spawn_subprocess(command)
def add(self, dry_run=False):
r'''Adds files to repository.
Returns none.
'''
change = systemtools.TemporaryDirectoryChange(directory=self._path)
with change:
inputs = self._get_unadded_asset_paths()
outputs = []
if dry_run:
return inputs, outputs
if not inputs:
message = 'nothing to add.'
self._io_manager._display(message)
return
messages = []
messages.append('will add ...')
for path in inputs:
messages.append(self._tab + path)
self._io_manager._display(messages)
result = self._io_manager._confirm()
if self._session.is_backtracking or not result:
return
command = self._repository_add_command
assert isinstance(command, str)
self._io_manager.run_command(command)
def find_target_file_paths(
absolute_directory_path,
relative_directory_path,
file_name_pattern,
pages,
):
#print(file_name_pattern, pages)
with systemtools.TemporaryDirectoryChange(absolute_directory_path):
file_name_matches = glob.glob(file_name_pattern)
file_name_matches = [_ for _ in file_name_matches
if '-thumbnail' not in _]
#print('\t', file_name_matches)
target_file_name_dict = {}
if len(file_name_matches) == 1 and '-page' not in file_name_matches[0]:
target_file_name_dict[1] = file_name_matches[0]
else:
for file_name_match in file_name_matches:
re_match = SphinxDocumentHandler._image_target_pattern.match(
file_name_match)
page = int(re_match.groups()[0])
target_file_name_dict[page] = file_name_match
target_file_names = []
found_all_pages = False
if pages is None:
target_file_names.extend(target_file_name_dict.values())
found_all_pages = bool(target_file_names)
else:
for page in pages:
if page in target_file_name_dict:
target_file_names.append(target_file_name_dict[page])
if len(target_file_names) == len(pages):
found_all_pages = True
target_file_paths = [posixpath.join(relative_directory_path, _)
for _ in target_file_names]
return target_file_paths, found_all_pages
def _handle_stage(self):
from abjad import abjad_configuration
print('Staging segments:')
all_names = [
path.name for path in self._list_segment_subpackages(
self._score_package_path)
]
old_staged_names = self._read_segments_list_json()
contents = self._create_staging_contents(all_names, old_staged_names)
with systemtools.TemporaryDirectory() as directory:
with systemtools.TemporaryDirectoryChange(directory):
file_path = 'segments.txt'
with open(file_path, 'w') as file_pointer:
file_pointer.write(contents)
command = '{} {}'.format(
abjad_configuration.get_text_editor(),
file_path,
)
self._call_subprocess(command)
with open(file_path, 'r') as file_pointer:
contents = file_pointer.read()
lines = (line.strip() for line in contents.splitlines())
lines = (line for line in lines if not line.startswith('#'))
lines = (line for line in lines if line in all_names)
new_staged_names = list(lines)
if new_staged_names != old_staged_names:
self._write_segments_list_json(new_staged_names)
print('Staged:')
for name in new_staged_names:
print(' {}'.format(name))
def revert(self):
r'''Reverts files to repository.
Returns none.
'''
change = systemtools.TemporaryDirectoryChange(directory=self._path)
with change:
self._session._attempted_to_revert = True
if self._session.is_repository_test:
return
paths = []
paths.extend(self._get_added_asset_paths())
paths.extend(self._get_modified_asset_paths())
messages = []
messages.append('will revert ...')
for path in paths:
messages.append(self._io_manager._tab + path)
self._io_manager._display(messages)
result = self._io_manager._confirm()
if self._session.is_backtracking or not result:
return
commands = []
if self._is_in_git_repository():
for path in paths:
command = 'git checkout {}'.format(path)
commands.append(command)
elif self._is_svn_versioned():
for path in paths:
command = 'svn revert {}'.format(path)
commands.append(command)
else:
raise ValueError(self)
command = ' && '.join(commands)
self._io_manager.spawn_subprocess(command)
def commit(self, commit_message=None):
r'''Commits files to repository.
Returns none.
'''
change = systemtools.TemporaryDirectoryChange(directory=self._path)
with change:
self._session._attempted_to_commit = True
if self._session.is_repository_test:
return
if commit_message is None:
getter = self._io_manager._make_getter()
getter.append_string('commit message')
commit_message = getter._run()
if self._session.is_backtracking or commit_message is None:
return
message = 'commit message will be: "{}"'
message = message.format(commit_message)
self._io_manager._display(message)
result = self._io_manager._confirm()
if self._session.is_backtracking or not result:
return
message = self._get_score_package_directory_name()
message = message + ' ...'
command = self._make_repository_commit_command(commit_message)
self._io_manager.run_command(command, capitalize=False)
def test_explicit(self):
self.create_score()
script = commandlinetools.ManageBuildTargetScript()
command = [
'--new',
'--paper-size', 'a3',
'--orientation', 'landscape',
]
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit:
raise RuntimeError('SystemExit')
self.compare_captured_output(r'''
Creating build target 'a3-landscape' (297mm x 420mm)
Reading test_score/metadata.json ... OK!
Created test_score/build/a3-landscape
'''.replace('/', os.path.sep))
path = self.build_path.joinpath('a3-landscape', 'score.tex')
self.compare_lilypond_contents(path, r'''
\documentclass{article}
\usepackage[papersize={420mm, 297mm}]{geometry}
\usepackage{pdfpages}
\begin{document}
\includepdf[pages=-]{front-cover.pdf}
\includepdf[pages=-]{preface.pdf}
\includepdf[angle=-90,pages=-]{music.pdf}
\includepdf[pages=-]{back-cover.pdf}
\end{document}
''')
def illustrate_segment(self, segment_name):
script = commandlinetools.ManageSegmentScript()
command = ['--illustrate', segment_name]
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit as e:
raise RuntimeError('SystemExit: {}'.format(e.code))
def test_success(self, call_subprocess_mock):
call_subprocess_mock.return_value = 0
self.create_score()
self.create_segment('segment_a')
self.create_segment('segment_b')
self.create_segment('segment_c')
script = commandlinetools.ManageSegmentScript()
command = ['--stage']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit as e:
raise RuntimeError('SystemExit: {}'.format(e.code))
self.compare_captured_output(r'''
Staging segments:
Reading test_score/segments/metadata.json ... OK!
Staged:
segment_a
segment_b
segment_c
'''.replace('/', os.path.sep))
call_subprocess_mock.assert_called_with(
'{} segments.txt'.format(abjad_configuration.get_text_editor()),
)
call_subprocess_mock.side_effect = self.side_effect
self.reset_string_io()
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit as e:
raise RuntimeError('SystemExit: {}'.format(e.code))
self.compare_captured_output(r'''
Staging segments:
Reading test_score/segments/metadata.json ... OK!
Writing test_score/segments/metadata.json
Staged:
segment_c
segment_b
segment_a
'''.replace('/', os.path.sep))
call_subprocess_mock.assert_called_with(
'{} segments.txt'.format(abjad_configuration.get_text_editor()),
)
def test_materials(material_name):
materials = importlib.import_module('{}.materials'.format(root_name))
material = getattr(materials, material_name, None)
if not material:
pytest.skip('No nominative material.')
elif not hasattr(material, '__illustrate__'):
pytest.skip('No illustratable material.')
with systemtools.TemporaryDirectoryChange(str(test_path)):
script = commandlinetools.ManageMaterialScript()
command = ['--illustrate', material_name]
with mock.patch('abjad.systemtools.IOManager.open_file'):
script(command)
def _is_up_to_date(self):
if self._is_in_git_repository():
command = 'git status --porcelain {}'
elif self._is_svn_versioned():
command = 'svn st {}'
else:
raise ValueError(self)
command = command.format(self._path)
with systemtools.TemporaryDirectoryChange(directory=self._path):
process = self._io_manager.make_subprocess(command)
first_line = self._io_manager._read_one_line_from_pipe(process.stdout)
return first_line == ''
def _is_git_versioned(self, path=None):
path = path or self._path
if not self._is_in_git_repository(path=path):
return False
command = 'git status --porcelain {}'
command = command.format(path)
with systemtools.TemporaryDirectoryChange(directory=self._path):
process = self._io_manager.make_subprocess(command)
first_line = self._io_manager._read_one_line_from_pipe(process.stdout)
if first_line.startswith('?'):
return False
return True
def get_xml_path(tag, test=False):
data_directory = os.path.join(
os.path.abspath(os.path.dirname(__file__)),
'..',
'data',
)
if Bootstrapper.is_test or test:
glob_pattern = 'discogs_test_{}s.xml.gz'.format(tag)
else:
glob_pattern = 'discogs_2*_{}s.xml.gz'.format(tag)
with systemtools.TemporaryDirectoryChange(data_directory):
files = sorted(glob.glob(glob_pattern))
return os.path.join(data_directory, files[-1])
def test_list_materials_no_materials(self):
self.create_score()
script = commandlinetools.ManageMaterialScript()
command = ['--list']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
with self.assertRaises(SystemExit) as context_manager:
script(command)
assert context_manager.exception.code == 2
self.compare_captured_output(r'''
Available materials:
No materials available.
''')
def test_success_filtered_segments(self, open_file_mock):
self.create_score()
self.create_segment('segment_one')
self.create_segment('segment_two')
self.create_segment('segment_three')
script = commandlinetools.ManageSegmentScript()
command = ['--illustrate', 'segment_t*']
with systemtools.RedirectedStreams(stdout=self.string_io):
with systemtools.TemporaryDirectoryChange(str(self.score_path)):
try:
script(command)
except SystemExit as e:
raise RuntimeError('SystemExit: {}'.format(e.code))
self.compare_captured_output(r'''
Illustration candidates: 'segment_t*' ...
Reading test_score/segments/metadata.json ... OK!
Illustrating test_score/segments/segment_two/
Reading test_score/segments/metadata.json ... OK!
Reading test_score/segments/segment_one/metadata.json ... JSON does not exist.
Reading test_score/segments/segment_two/metadata.json ... JSON does not exist.
Importing test_score.segments.segment_two.definition
Writing test_score/segments/segment_two/metadata.json
Abjad runtime: ... second...
Writing test_score/segments/segment_two/illustration.ly ... OK!
Writing test_score/segments/segment_two/illustration.pdf ... OK!
LilyPond runtime: ... second...
Illustrated test_score/segments/segment_two/
Illustrating test_score/segments/segment_three/
Reading test_score/segments/metadata.json ... OK!
Reading test_score/segments/segment_two/metadata.json ... OK!
Reading test_score/segments/segment_three/metadata.json ... JSON does not exist.
Importing test_score.segments.segment_three.definition
Writing test_score/segments/segment_three/metadata.json
Abjad runtime: ... second...
Writing test_score/segments/segment_three/illustration.ly ... OK!
Writing test_score/segments/segment_three/illustration.pdf ... OK!
LilyPond runtime: ... second...
Illustrated test_score/segments/segment_three/
'''.replace('/', os.path.sep))
assert not self.segments_path.joinpath(
'segment_one',
'illustration.pdf',
).exists()
assert self.segments_path.joinpath(
'segment_two',
'illustration.pdf',
).exists()
assert self.segments_path.joinpath(
'segment_three',
'illustration.pdf',
).exists()
def _run(self, input_=None):
from scoremanager import idetools
self._session._reinitialize()
type(self).__init__(self, session=self._session)
if input_:
self._session._pending_input = input_
controller = self._io_manager._controller(
controller=self,
consume_local_backtrack=True,
on_exit_callbacks=(self._session._clean_up, ))
path = self._configuration.score_manager_directory
directory_change = systemtools.TemporaryDirectoryChange(path)
state = systemtools.NullContextManager()
wrangler_views = os.path.join(
self._configuration.configuration_directory,
'views',
'__metadata__.py',
)
if self._session.is_test:
paths_to_keep = []
paths_to_keep.append(self._configuration.cache_file_path)
paths_to_keep.append(wrangler_views)
state = systemtools.FilesystemState(keep=paths_to_keep)
interaction = self._io_manager._make_interaction(task=False)
with controller, directory_change, state, interaction:
self._session._pending_redraw = True
if self._session.is_test:
empty_views = os.path.join(
self._configuration.boilerplate_directory,
'__views_metadata__.py',
)
shutil.copyfile(empty_views, wrangler_views)
while True:
result = self._score_package_wrangler._get_sibling_score_path()
if not result:
result = self._session.wrangler_navigation_directive
if result:
self._score_package_wrangler._handle_input(result)
elif not self._session.is_navigating_home:
self._score_package_wrangler._run()
else:
menu = self._make_main_menu()
result = menu._run()
if result:
self._handle_input(result)
self._update_session_variables()
if self._session.is_quitting:
if not self._transcript[-1][-1] == '':
self._io_manager._display('')
return