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Path(value).mkdir(parents=True, exist_ok=True) set_git_home(value) return value
def store_directory(ctx, param, value)
Store directory as a new Git home.
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1.463581
if not client.use_external_storage: use_external_storage = False ctx.obj = client = attr.evolve( client, path=directory, use_external_storage=use_external_storage, ) msg = 'Initialized empty project in {path}' branch_name = None stack = contextlib.ExitStac...
def init(ctx, client, directory, name, force, use_external_storage)
Initialize a project.
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3.832014
1.008947
missing = defaultdict(list) for path, dataset in client.datasets.items(): for file in dataset.files: filepath = (path.parent / file) if not filepath.exists(): missing[str( path.parent.relative_to(client.renku_datasets_path) ...
def check_missing_files(client)
Find missing files listed in datasets.
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3.365325
1.045079
assert isinstance(e, requests.exceptions.HTTPError) response = e.response try: message = response.json()['message'] except (KeyError, ValueError): message = response.content.strip() raise cls(message)
def from_http_exception(cls, e)
Create ``APIError`` from ``requests.exception.HTTPError``.
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try: if response.status_code in expected_status_code: return response except TypeError: if response.status_code == expected_status_code: return response raise cls(response)
def return_or_raise(cls, response, expected_status_code)
Check for ``expected_status_code``.
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1.029577
from renku.models.refs import LinkReference missing = [ ref for ref in LinkReference.iter_items(client) if not ref.reference.exists() ] if not missing: return True click.secho( WARNING + 'There are missing references.' '\n (use "git rm <name>" to clea...
def check_missing_references(client)
Find missing references.
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ctx = click.get_current_context(silent=True) if ctx and GIT_KEY in ctx.meta: return ctx.meta[GIT_KEY] from git import Repo return Repo(path, search_parent_directories=True).working_dir
def get_git_home(path='.')
Get Git path from the current context.
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ctx = click.get_current_context(silent=True) if ctx and GIT_ISOLATION in ctx.meta: return ctx.meta[GIT_ISOLATION]
def get_git_isolation()
Get Git isolation from the current context.
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branch_name = str(issue) if issue else 'master' if branch_name not in repo.heads: branch = repo.create_head(branch_name) else: branch = repo.heads[branch_name] branch.checkout()
def _safe_issue_checkout(repo, issue=None)
Safely checkout branch for the issue.
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1.098483
if isinstance(type, (list, tuple, set)): types = list(type) else: types = [type] if type is not None else [] context = context or {} translate = translate or {} def wrap(cls): jsonld_cls = attr.s(cls, **attrs_kwargs) if not issubclass(jsonld_cls, JSONL...
def attrs( maybe_cls=None, type=None, context=None, translate=None, **attrs_kwargs )
Wrap an attr enabled class.
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kwargs.setdefault('metadata', {}) kwargs['metadata'][KEY] = context return attr.ib(**kwargs)
def attrib(context=None, **kwargs)
Create a new attribute with context.
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context = {'@container': '@{0}'.format(name)} def _attrib(type, **kwargs): kwargs.setdefault('metadata', {}) kwargs['metadata'][KEY_CLS] = type kwargs['default'] = Factory(container) def _converter(value): if isinstance(value, container): ...
def _container_attrib_builder(name, container, mapper)
Builder for container attributes.
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jsonld_fields = inst.__class__._jsonld_fields attrs = tuple( field for field in fields(inst.__class__) if field.name in jsonld_fields ) rv = dict_factory() def convert_value(v): if isinstance(v, Path): v = str(v) return os.path.relpath(v...
def asjsonld( inst, recurse=True, filter=None, dict_factory=dict, retain_collection_types=False, export_context=True, basedir=None, )
Dump a JSON-LD class to the JSON with generated ``@context`` field.
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if isinstance(data, cls): return data if not isinstance(data, dict): raise ValueError(data) if '@type' in data: type_ = tuple(sorted(data['@type'])) if type_ in cls.__type_registry__ and getattr( cls, '_jsonld_type', None...
def from_jsonld(cls, data, __reference__=None, __source__=None)
Instantiate a JSON-LD class from data.
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import yaml with path.open(mode='r') as fp: source = yaml.safe_load(fp) or {} self = cls.from_jsonld( source, __reference__=path, __source__=deepcopy(source), ) return self
def from_yaml(cls, path)
Return an instance from a YAML file.
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source = {} if self.__source__: source.update(self.__source__) source.update(asjsonld(self)) return source
def asjsonld(self)
Create JSON-LD with the original source data.
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import yaml with self.__reference__.open('w') as fp: yaml.dump(self.asjsonld(), fp, default_flow_style=False)
def to_yaml(self)
Store an instance to the referenced YAML file.
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def addresses_for_key(gpg, key): fingerprint = key["fingerprint"] addresses = [] for key in gpg.list_keys(): if key["fingerprint"] == fingerprint: addresses.extend([address.split("<")[-1].strip(">") for address in key["uids"] if address]) re...
Takes a key and extracts the email addresses for it.
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def send_mail(subject, body_text, addr_from, recipient_list, fail_silently=False, auth_user=None, auth_password=None, attachments=None, body_html=None, html_message=None, connection=None, headers=None): # Make sure only one HTML option is specified if body_...
Sends a multipart email containing text and html versions which are encrypted for each recipient that has a valid gpg key installed.
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def send_mail_template(subject, template, addr_from, recipient_list, fail_silently=False, attachments=None, context=None, connection=None, headers=None): if context is None: context = {} # Loads a template passing in vars as context. def ...
Send email rendering text and html versions for the specified template name using the context dictionary passed in.
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order, enter, state = deque(), set(nodes), {} def dfs(node): state[node] = GRAY for parent in nodes.get(node, ()): color = state.get(parent, None) if color == GRAY: raise ValueError('cycle') if color == BLACK: con...
def topological(nodes)
Return nodes in a topological order.
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from renku.api._git import _expand_directories dst = Path(destination) def fmt_path(path): return str(Path(path).absolute().relative_to(client.path)) files = { fmt_path(source): fmt_path(file_or_dir) for file_or_dir in sources for source in _expand_direct...
def move(ctx, client, sources, destination)
Move files and check repository for potential problems.
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# Find pre 0.3.4 metadata files. old_metadata = list(_dataset_metadata_pre_0_3_4(client)) if not old_metadata: return True click.secho( WARNING + 'There are metadata files in the old location.' '\n (use "renku migrate datasets" to move them)\n\n\t' + '\n\t'.join( ...
def check_dataset_metadata(client)
Check location of dataset metadata.
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graph = Graph(client) nodes = graph.build(paths=paths, revision=revision) siblings_ = set(nodes) for node in nodes: siblings_ |= graph.siblings(node) paths = {node.path for node in siblings_} for path in paths: click.echo(graph._format_path(path))
def siblings(client, revision, paths)
Show siblings for given paths.
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r from renku.models.provenance import ProcessRun graph = Graph(client) paths = set(paths) nodes = graph.build(revision=revision) commits = {node.commit for node in nodes} candidates = {(node.commit, node.path) for node in nodes if not paths or node.path in paths} inp...
def inputs(ctx, client, revision, paths)
r"""Show inputs files in the repository. <PATHS> Files to show. If no files are given all input files are shown.
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r graph = Graph(client) filter = graph.build(paths=paths, revision=revision) output_paths = graph.output_paths click.echo('\n'.join(graph._format_path(path) for path in output_paths)) if paths: if not output_paths: ctx.exit(1) from renku.models._datastructures impo...
def outputs(ctx, client, revision, paths)
r"""Show output files in the repository. <PATHS> Files to show. If no files are given all output files are shown.
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import inspect from renku.models import provenance from renku.models._jsonld import JSONLDMixin for name in dir(provenance): cls = getattr(provenance, name) if inspect.isclass(cls) and issubclass(cls, JSONLDMixin): yield name
def _context_names()
Return list of valid context names.
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if not value or ctx.resilient_parsing: return click.echo('\n'.join(_context_names())) ctx.exit()
def print_context_names(ctx, param, value)
Print all possible types.
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from renku.models import provenance cls = getattr(provenance, name) return { '@context': cls._jsonld_context, '@type': cls._jsonld_type, }
def _context_json(name)
Return JSON-LD string for given context name.
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import json contexts = [_context_json(name) for name in set(names)] if contexts: click.echo( json.dumps( contexts[0] if len(contexts) == 1 else contexts, indent=2, ) )
def context(names)
Show JSON-LD context for repository objects.
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if ctx.invoked_subcommand is None: from renku.models.refs import LinkReference names = defaultdict(list) for ref in LinkReference.iter_items(client, common_path='workflows'): names[ref.reference.name].append(ref.name) for path in client.workflow_path.glob('*.cwl'):...
def workflow(ctx, client)
List or manage workflows with subcommands.
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client = ctx.obj if value is None: from renku.models.provenance import ProcessRun activity = client.process_commit() if not isinstance(activity, ProcessRun): raise click.BadParameter('No tool was found.') return activity.path return value
def validate_path(ctx, param, value)
Detect a workflow path if it is not passed.
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from renku.models.refs import LinkReference LinkReference.create(client=client, name=_ref(name), force=force).set_reference(path)
def set_name(client, name, path, force)
Sets the <name> for remote <path>.
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from renku.models.refs import LinkReference LinkReference(client=client, name=_ref(old)).rename(_ref(new), force=force)
def rename(client, old, new, force)
Rename the workflow named <old> to <new>.
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from renku.models.refs import LinkReference LinkReference(client=client, name=_ref(name)).delete()
def remove(client, name)
Remove the remote named <name>.
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1.098751
graph = Graph(client) outputs = graph.build(paths=paths, revision=revision) output_file.write( yaml.dump( ascwl( graph.ascwl(outputs=outputs), filter=lambda _, x: x is not None and x != [], basedir=os.path.dirname(getattr(output_file,...
def create(client, output_file, revision, paths)
Create a workflow description for a file.
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if ctx.invoked_subcommand is None: # TODO default_endpoint = config.get('core', {}).get('default') for endpoint, values in config.get('endpoints', {}).items(): # TODO is_default = default_endpoint == endpoint if not verbose: click.echo(endpoint) ...
def endpoint(ctx, config, verbose)
Manage set of platform API endpoints.
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if isinstance(path_or_stream, (str, Path)): return method(Path(path_or_stream).open(mode)) return method(path_or_stream) return decorator
def _wrap_path_or_stream(method, mode): # noqa: D202 def decorator(path_or_stream)
Open path with context or close stream at the end.
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click.secho('\n'.join(textwrap.wrap(DOCTOR_INFO)) + '\n', bold=True) from . import _checks is_ok = True for attr in _checks.__all__: is_ok &= getattr(_checks, attr)(client) if is_ok: click.secho('Everything seems to be ok.', fg='green') ctx.exit(0 if is_ok else 1)
def doctor(ctx, client)
Check your system and repository for potential problems.
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data = self._client.api.create_project({'name': name}) return self.Meta.model(data, client=self._client, collection=self)
def create(self, name=None, **kwargs)
Create a new project. :param name: The name of the project. :returns: An instance of the newly create project. :rtype: renku.models.projects.Project
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key = self.cleaned_data["key"] gpg = GPG(gnupghome=GNUPG_HOME) result = gpg.import_keys(key) if result.count == 0: raise forms.ValidationError(_("Invalid Key")) return key
def clean_key(self)
Validate the key contains an email address.
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self = cls() for value in values: self.add(value) return self
def from_list(cls, values)
Construct a tree from a list with paths.
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path = value if isinstance(value, Path) else Path(str(value)) subtree = self for part in path.parts: try: subtree = subtree[part] except KeyError: return default return subtree
def get(self, value, default=None)
Return a subtree if exists.
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path = value if isinstance(value, Path) else Path(str(value)) if path and path != path.parent: destination = self for part in path.parts: destination = destination.setdefault(part, DirectoryTree())
def add(self, value)
Create a safe directory from a value.
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default_endpoint = config.get('core', {}).get('default') project_endpoint = config.get('project', {}).get('core', {}).get('default', default_endpoint) return Endpoint( option or project_endpoint or default_endpoint, ...
def default_endpoint_from_config(config, option=None)
Return a default endpoint.
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if ctx.resilient_parsing: return if not value: if 'password_stdin' in ctx.params: with click.open_file('-') as fp: value = fp.read().strip('\n') else: value = click.prompt('Password', hide_input=True) click.echo(value) return value
def password_prompt(ctx, param, value)
Prompt for password if ``--password-stdin`` is not used.
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return value shell, path = click_completion.core.install() click.secho( '{0} completion installed in {1}'.format(shell, path), fg='green' ) ctx.exit()
def install_completion(ctx, attr, value): # pragma: no cover import click_completion.core if not value or ctx.resilient_parsing
Install completion for the current shell.
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if ctx.resilient_parsing: return config = ctx.obj['config'] endpoint = default_endpoint_from_config(config, option=value) if endpoint is None: raise click.UsageError('No default endpoint found.') return endpoint
def default_endpoint(ctx, param, value)
Return default endpoint if specified.
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try: config = ctx.obj['config'] except Exception: return endpoint = default_endpoint(ctx, param, value) if endpoint not in config.get('endpoints', {}): raise click.UsageError('Unknown endpoint: {0}'.format(endpoint)) return endpoint
def validate_endpoint(ctx, param, value)
Validate endpoint.
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siblings = set() for node in outputs: siblings |= graph.siblings(node) siblings = {node.path for node in siblings} missing = siblings - {node.path for node in outputs} if missing: msg = ( 'Include the files above in the command ' 'or use the --with-sibl...
def check_siblings(graph, outputs)
Check that all outputs have their siblings listed.
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siblings = set() for node in outputs: siblings |= graph.siblings(node) return siblings
def with_siblings(graph, outputs)
Include all missing siblings.
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try: restore = 'LESS' not in os.environ os.environ.setdefault('LESS', '-iXFR') click.echo_via_pager(*args, **kwargs) finally: if restore: os.environ.pop('LESS', None)
def echo_via_pager(*args, **kwargs)
Display pager only if it does not fit in one terminal screen. NOTE: The feature is available only on ``less``-based pager.
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if args and args[0] in self.commands: args.insert(0, '') super(OptionalGroup, self).parse_args(ctx, args)
def parse_args(self, ctx, args)
Check if the first argument is an existing command.
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output_paths = output_paths or set() import cwltool.factory from cwltool import workflow from cwltool.context import LoadingContext, RuntimeContext from cwltool.utils import visit_class def construct_tool_object(toolpath_object, *args, **kwargs): protocol = 'file://' ...
def execute(client, output_file, output_paths=None)
Run the generated workflow using cwltool library.
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registry_url = detect_registry_url(client, auto_login=auto_login) repo = client.repo sha = repo.rev_parse(revision).hexsha short_sha = repo.git.rev_parse(sha, short=7) image = '{registry}:{short_sha}'.format( registry=registry_url.image, short_sha=short_sha ) result = subproc...
def pull(client, revision, auto_login)
Pull an existing image from the project registry.
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from renku.models._tabulate import tabulate echo_via_pager( tabulate( records, headers=OrderedDict(( ('added', None), ('authors_csv', 'authors'), ('dataset', None), ('full_path', 'path'), )), ...
def tabular(client, records)
Format dataset files with a tabular output. :param client: LocalClient instance. :param records: Filtered collection.
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from renku.models._json import dumps from renku.models._jsonld import asjsonld data = [asjsonld(record) for record in records] echo_via_pager(dumps(data, indent=2))
def jsonld(client, records)
Format dataset files as JSON-LD. :param client: LocalClient instance. :param records: Filtered collection.
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try: result = super().main(*args, **kwargs) return result except Exception: if HAS_SENTRY: self._handle_sentry() if not (sys.stdin.isatty() and sys.stdout.isatty()): raise self._handle_github()
def main(self, *args, **kwargs)
Catch all exceptions.
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from sentry_sdk import capture_exception, configure_scope from sentry_sdk.utils import capture_internal_exceptions with configure_scope() as scope: with capture_internal_exceptions(): from git import Repo from renku.cli._git import get_git_ho...
def _handle_sentry(self)
Handle exceptions using Sentry.
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value = click.prompt( _BUG + click.style( '1. Open an issue by typing "open";\n', fg='green', ) + click.style( '2. Print human-readable information by typing ' '"print";\n', fg='yellow', ...
def _handle_github(self)
Handle exception and submit it as GitHub issue.
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from renku import __version__ re_paths = r'(' + r'|'.join([path or os.getcwd() for path in sys.path]) + r')' tb = re.sub(re_paths, '[...]', traceback.format_exc(limit=limit)) return ( '## Describe the bug\nA clear and concise de...
def _format_issue_body(self, limit=-5)
Return formatted body.
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query = urlencode({ 'title': self._format_issue_title(), 'body': self._format_issue_body(), }) return self.REPO_URL + self.ISSUE_SUFFIX + '?' + query
def _format_issue_url(self)
Format full issue URL.
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click.launch(self._format_issue_url()) if not click.confirm('Did it work?', default=True): click.echo() self._process_print() click.secho( '\nOpen the line manually and copy the text above\n', fg='yellow' ) ...
def _process_open(self)
Open link in a browser.
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if method is None: return functools.partial( pass_local_client, clean=clean, up_to_date=up_to_date, commit=commit, ignore_std_streams=ignore_std_streams, lock=lock, ) def new_func(*args, **kwargs): ctx = click....
def pass_local_client( method=None, clean=None, up_to_date=None, commit=None, ignore_std_streams=True, lock=None, )
Pass client from the current context to the decorated command.
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# FIXME add device number too standard_inos = {} for stream in streams: try: stream_stat = os.fstat(getattr(sys, stream).fileno()) key = stream_stat.st_dev, stream_stat.st_ino standard_inos[key] = stream except Exception: # FIXME UnsupportedOperation...
def _mapped_std_streams(lookup_paths, streams=('stdin', 'stdout', 'stderr'))
Get a mapping of standard streams to given paths.
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for stream_name in ('stdout', 'stderr'): stream = mapped_streams.get(stream_name) if not stream: continue path = os.path.relpath(stream, start=repo.working_dir) if (path, 0) not in repo.index.entries: os.remove(stream) else: blob = re...
def _clean_streams(repo, mapped_streams)
Clean mapped standard streams.
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for path in paths: path_ = Path(path) if path_.is_dir(): for expanded in path_.rglob('*'): yield str(expanded) else: yield path
def _expand_directories(paths)
Expand directory with all files it contains.
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ctx.meta['renku.datasets.datadir'] = datadir if ctx.invoked_subcommand is not None: return if revision is None: datasets = client.datasets.values() else: datasets = client.datasets_from_commit(client.repo.commit(revision)) DATASETS_FORMATS[format](client, datasets)
def dataset(ctx, client, revision, datadir, format)
Handle datasets.
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from renku.models.datasets import Author with client.with_dataset(name=name) as dataset: click.echo('Creating a dataset ... ', nl=False) author = Author.from_git(client.repo) if author not in dataset.authors: dataset.authors.append(author) click.secho('OK', fg='gre...
def create(client, name)
Create an empty dataset in the current repo.
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try: with client.with_dataset(name=name) as dataset: target = target if target else None with progressbar(urls, label='Adding data to dataset') as bar: for url in bar: client.add_data_to_dataset( dataset, ...
def add(client, name, urls, link, relative_to, target, force)
Add data to a dataset.
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1.0705
records = _filter( client, names=names, authors=authors, include=include, exclude=exclude ) DATASET_FILES_FORMATS[format](client, records)
def ls_files(client, names, authors, include, exclude, format)
List files in dataset.
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dataset = client.load_dataset(name=name) records = _filter( client, names=[dataset.name], include=include, exclude=exclude ) if not yes and records: prompt_text = ( 'You are about to remove ' 'following from "{0}" dataset.\n'.format(dataset.name) + ...
def unlink(client, name, include, exclude, yes)
Remove matching files from a dataset.
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from renku.models.refs import LinkReference datasets = {name: client.dataset_path(name) for name in names} if not datasets: raise click.BadParameter( 'use dataset name or identifier', param_hint='names' ) unknown = [ name for name, path in datasets.item...
def remove(client, names)
Delete a dataset.
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1.027358
if exclude is not None and exclude: for pattern in exclude: if file_path.match(pattern): return False if include is not None and include: for pattern in include: if file_path.match(pattern): return True return False retur...
def _include_exclude(file_path, include=None, exclude=None)
Check if file matches one of include filters and not in exclude filter. :param file_path: Path to the file. :param include: Tuple containing patterns to which include from result. :param exclude: Tuple containing patterns to which exclude from result.
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if isinstance(authors, str): authors = set(authors.split(',')) if isinstance(authors, list) or isinstance(authors, tuple): authors = set(authors) records = [] for path_, dataset in client.datasets.items(): if not names or dataset.name in names: for file_ in dat...
def _filter(client, names=None, authors=None, include=None, exclude=None)
Filter dataset files by specified filters. :param names: Filter by specified dataset names. :param authors: Filter by authors. :param include: Include files matching file pattern. :param exclude: Exclude files matching file pattern.
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0.976151
parts = key.split('.') if len(parts) > 1: return 'renku "{0}"'.format(parts[0]), '.'.join(parts[1:]) return 'renku', key
def _split_section_and_key(key)
Return a tuple with config section and key.
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1.144935
if value is None: cfg = client.repo.config_reader() click.echo(cfg.get_value(*_split_section_and_key(key))) else: with client.repo.config_writer() as cfg: section, config_key = _split_section_and_key(key) cfg.set_value(section, config_key, value) ...
def config(client, key, value)
Get and set Renku repository and global options.
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u = parse.urlparse(url) is_git = False if os.path.splitext(u.path)[1] == '.git': is_git = True elif u.scheme in ('', 'file'): from git import InvalidGitRepositoryError, Repo try: Repo(u.path, search_parent_directories=True) is_git = True exc...
def check_for_git_repo(url)
Check if a url points to a git repository.
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access_token = config['endpoints'][endpoint]['token']['access_token'] click.echo('export {0}={1}'.format('RENKU_ENDPOINT', endpoint)) click.echo('export {0}={1}'.format('RENKU_ACCESS_TOKEN', access_token)) click.echo('# Run this command to configure your Renku client:') click.echo('# eval "$(re...
def env(config, endpoint)
Print RENKU environment variables. Run this command to configure your Renku client: $ eval "$(renku env)"
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from ._config import APP_NAME if VersionCache.load(APP_NAME).is_fresh: return from pkg_resources import parse_version from renku.version import __version__ version = parse_version(__version__) allow_prereleases = version.is_prerelease latest_version = find_latest_version( ...
def _check_version()
Check renku version.
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if ctx.resilient_parsing: return if not value and ctx.invoked_subcommand != 'run': ctx.call_on_close(_check_version)
def check_version(ctx, param, value)
Check for latest version of renku on PyPI.
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conf.register_opts(service_opts) # Set cotyledon options from oslo config options _load_service_manager_options(service_manager, conf) def _service_manager_reload(): _configfile_reload(conf, reload_method) _load_service_manager_options(service_manager, conf) if os.name != "po...
def setup(service_manager, conf, reload_method="reload")
Load services configuration from oslo config object. It reads ServiceManager and Service configuration options from an oslo_config.ConfigOpts() object. Also It registers a ServiceManager hook to reload the configuration file on reload in the master process and in all children. And then when each child ...
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if on_terminate is not None: _utils.check_callable(on_terminate, 'on_terminate') self._hooks['terminate'].append(on_terminate) if on_reload is not None: _utils.check_callable(on_reload, 'on_reload') self._hooks['reload'].append(on_reload) ...
def register_hooks(self, on_terminate=None, on_reload=None, on_new_worker=None, on_dead_worker=None)
Register hook methods This can be callable multiple times to add more hooks, hooks are executed in added order. If a hook raised an exception, next hooks will be not executed. :param on_terminate: method called on SIGTERM :type on_terminate: callable() :param on_reload:...
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_utils.check_callable(service, 'service') _utils.check_workers(workers, 1) service_id = uuid.uuid4() self._services[service_id] = _service.ServiceConfig( service_id, service, workers, args, kwargs) return service_id
def add(self, service, workers=1, args=None, kwargs=None)
Add a new service to the ServiceManager :param service: callable that return an instance of :py:class:`Service` :type service: callable :param workers: number of processes/workers for this service :type workers: int :param args: additional positional arguments for this service ...
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try: sc = self._services[service_id] except KeyError: raise ValueError("%s service id doesn't exists" % service_id) else: _utils.check_workers(workers, minimum=(1 - sc.workers)) sc.workers = workers # Reset forktimes to respawn...
def reconfigure(self, service_id, workers)
Reconfigure a service registered in ServiceManager :param service_id: the service id :type service_id: uuid.uuid4 :param workers: number of processes/workers for this service :type workers: int :raises: ValueError
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self._systemd_notify_once() self._child_supervisor = _utils.spawn(self._child_supervisor_thread) self._wait_forever()
def run(self)
Start and supervise services workers This method will start and supervise all children processes until the master process asked to shutdown by a SIGTERM. All spawned processes are part of the same unix process group.
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self._run_hooks('reload') # Reset forktimes to respawn services quickly self._forktimes = [] signal.signal(signal.SIGHUP, signal.SIG_IGN) os.killpg(0, signal.SIGHUP) signal.signal(signal.SIGHUP, self._signal_catcher)
def _reload(self)
reload all children posix only
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for service_id in list(self._running_services.keys()): # We copy the list to clean the orignal one processes = list(self._running_services[service_id].items()) for process, worker_id in processes: if not process.is_alive(): self._r...
def _get_last_worker_died(self)
Return the last died worker information or None
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notify_socket = os.getenv('NOTIFY_SOCKET') if notify_socket: if notify_socket.startswith('@'): # abstract namespace socket notify_socket = '\0%s' % notify_socket[1:] sock = socket.socket(socket.AF_UNIX, socket.SOCK_DGRAM) with...
def _systemd_notify_once()
Send notification once to Systemd that service is ready. Systemd sets NOTIFY_SOCKET environment variable with the name of the socket listening for notifications from services. This method removes the NOTIFY_SOCKET environment variable to ensure notification is sent only once.
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theseargtypes = [T.TypeFactory(a) for a in argtypes] thesekwargtypes = {k : T.TypeFactory(a) for k,a in kwargtypes.items()} def _decorator(func): # @accepts decorator f = func.__wrapped__ if hasattr(func, "__wrapped__") else func try: argtypes = inspect.getcallargs(...
def accepts(*argtypes, **kwargtypes)
A function decorator to specify argument types of the function. Types may be specified either in the order that they appear in the function or via keyword arguments (just as if you were calling the function). Example usage: | @accepts(Positive0) | def square_root(x): | ...
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returntype = T.TypeFactory(returntype) def _decorator(func): # @returns decorator if U.has_fun_prop(func, "returntype"): raise ValueError("Cannot set return type twice") U.set_fun_prop(func, "returntype", returntype) return _wrap(func) return _decorator
def returns(returntype)
A function decorator to specify return type of the function. Example usage: | @accepts(Positive0) | @returns(Positive0) | def square_root(x): | ...
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def _decorator(func, condition=condition): # @requires decorator if U.has_fun_prop(func, "requires"): if not isinstance(U.get_fun_prop(func, "requires"), list): raise E.InternalError("Invalid requires structure") base_requires = U.get_fun_prop(func, "requ...
def requires(condition)
A function decorator to specify entry conditions for the function. Entry conditions should be a string, which will be evaluated as Python code. Arguments of the function may be accessed by their name. The special syntax "-->" and "<-->" may be used to mean "if" and "if and only if", respectively....
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def _decorator(func, condition=condition): # @ensures decorator if U.has_fun_prop(func, "ensures"): if not isinstance(U.get_fun_prop(func, "ensures"), list): raise E.InternalError("Invalid ensures strucutre") ensures_statements = U.get_fun_prop(func, "ensures...
def ensures(condition)
A function decorator to specify exit conditions for the function. Exit conditions should be a string, which will be evaluated as Python code. Arguments of the function may be accessed by their name. The return value of the function may be accessed using the special variable name "return". The sp...
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for methname in dir(cls): meth = getattr(cls, methname) if U.has_fun_prop(meth, "argtypes"): argtypes = U.get_fun_prop(meth, "argtypes") if "self" in argtypes and isinstance(argtypes["self"], T.Self): argtypes["self"] = T.Generic(cls) U.se...
def paranoidclass(cls)
A class decorator to specify that class methods contain paranoid decorators. Example usage: | @paranoidclass | class Point: | def __init__(self, x, y): | ... | @returns(Number) | def distance_from_zero(): | ...
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def _decorator(func): for k,v in kwargs.items(): Settings._set(k, v, function=func) return _wrap(func) return _decorator
def paranoidconfig(**kwargs)
A function decorator to set a local setting. Settings may be set either globally (using settings.Settings.set()) or locally using this decorator. The setting name should be passed as a keyword argument, and the value to assign the setting should be passed as the value. See settings.Settings for t...
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if v is None: return Nothing() elif issubclass(type(v), Type): return v elif issubclass(v, Type): return v() elif issubclass(type(v), type): return Generic(v) else: raise InvalidTypeError("Invalid type %s" % v)
def TypeFactory(v)
Ensure `v` is a valid Type. This function is used to convert user-specified types into internal types for the verification engine. It allows Type subclasses, Type subclass instances, Python type, and user-defined classes to be passed. Returns an instance of the type of `v`. Users should never ac...
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proofs = [] try: test = profile.items() except: return proofs if 'account' in profile: accounts = profile['account'] else: return proofs for account in accounts: # skip if proof service is not supported if 'service' in account and account...
def profile_v3_to_proofs(profile, fqdn, refresh=False, address = None)
Convert profile format v3 to proofs
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if not hasattr(f, _FUN_PROPS): return False if not isinstance(getattr(f, _FUN_PROPS), dict): return False if k not in getattr(f, _FUN_PROPS).keys(): return False return True
def has_fun_prop(f, k)
Test whether function `f` has property `k`. We define properties as annotations added to a function throughout the process of defining a function for verification, e.g. the argument types. If `f` is an unannotated function, this returns False. If `f` has the property named `k`, it returns True. O...
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if not has_fun_prop(f, k): raise InternalError("Function %s has no property %s" % (str(f), k)) return getattr(f, _FUN_PROPS)[k]
def get_fun_prop(f, k)
Get the value of property `k` from function `f`. We define properties as annotations added to a function throughout the process of defining a function for verification, e.g. the argument types. If `f` does not have a property named `k`, this throws an error. If `f` has the property named `k`, it retu...
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if not hasattr(f, _FUN_PROPS): setattr(f, _FUN_PROPS, {}) if not isinstance(getattr(f, _FUN_PROPS), dict): raise InternalError("Invalid properties dictionary for %s" % str(f)) getattr(f, _FUN_PROPS)[k] = v
def set_fun_prop(f, k, v)
Set the value of property `k` to be `v` in function `f`. We define properties as annotations added to a function throughout the process of defining a function for verification, e.g. the argument types. This sets function `f`'s property named `k` to be value `v`. Users should never access this fun...
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