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<SYSTEM_TASK:>
Converts a string written in short algebraic form, the color
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Description:
def short_alg(algebraic_string, input_color, position):
"""
Converts a string written in short algebraic form, the color
of the side whose turn it is, and the corresponding position
into a complete move that can be played. If no moves match,
None is returned.
Examples: e4, Nf3, exd5, Qxf3, 00, 000, e8=Q
:type: algebraic_string: str
:type: input_color: Color
:type: position: Board
""" |
return make_legal(incomplete_alg(algebraic_string, input_color, position), position) |
<SYSTEM_TASK:>
remove explicit hydrogen if possible
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Description:
def implicify_hydrogens(self):
"""
remove explicit hydrogen if possible
:return: number of removed hydrogens
""" |
explicit = defaultdict(list)
c = 0
for n, atom in self.atoms():
if atom.element == 'H':
for m in self.neighbors(n):
if self._node[m].element != 'H':
explicit[m].append(n)
for n, h in explicit.items():
atom = self._node[n]
len_h = len(h)
for i in range(len_h, 0, -1):
hi = h[:i]
if atom.get_implicit_h([y.order for x, y in self._adj[n].items() if x not in hi]) == i:
for x in hi:
self.remove_node(x)
c += 1
break
self.flush_cache()
return c |
<SYSTEM_TASK:>
add explicit hydrogens to atoms
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Description:
def explicify_hydrogens(self):
"""
add explicit hydrogens to atoms
:return: number of added atoms
""" |
tmp = []
for n, atom in self.atoms():
if atom.element != 'H':
for _ in range(atom.get_implicit_h([x.order for x in self._adj[n].values()])):
tmp.append(n)
for n in tmp:
self.add_bond(n, self.add_atom(H), Bond())
self.flush_cache()
return len(tmp) |
<SYSTEM_TASK:>
Turn a date into a datetime at midnight.
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Description:
def to_datetime(date):
"""Turn a date into a datetime at midnight.
""" |
return datetime.datetime.combine(date, datetime.datetime.min.time()) |
<SYSTEM_TASK:>
Yield an IssueSnapshot for each time the issue size changed
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Description:
def iter_size_changes(self, issue):
"""Yield an IssueSnapshot for each time the issue size changed
""" |
# Find the first size change, if any
try:
size_changes = list(filter(lambda h: h.field == 'Story Points',
itertools.chain.from_iterable([c.items for c in issue.changelog.histories])))
except AttributeError:
return
# If we have no size changes and the issue has a current size then a size must have ben specified at issue creation time.
# Return the size at creation time
try:
current_size = issue.fields.__dict__[self.fields['StoryPoints']]
except:
current_size = None
size = (size_changes[0].fromString) if len(size_changes) else current_size
# Issue was created
yield IssueSizeSnapshot(
change=None,
key=issue.key,
date=dateutil.parser.parse(issue.fields.created),
size=size
)
for change in issue.changelog.histories:
change_date = dateutil.parser.parse(change.created)
#sizes = list(filter(lambda i: i.field == 'Story Points', change.items))
#is_resolved = (sizes[-1].to is not None) if len(sizes) > 0 else is_resolved
for item in change.items:
if item.field == 'Story Points':
# StoryPoints value was changed
size = item.toString
yield IssueSizeSnapshot(
change=item.field,
key=issue.key,
date=change_date,
size=size
) |
<SYSTEM_TASK:>
Yield an IssueSnapshot for each time the issue changed status or
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Description:
def iter_changes(self, issue, include_resolution_changes=True):
"""Yield an IssueSnapshot for each time the issue changed status or
resolution
""" |
is_resolved = False
# Find the first status change, if any
try:
status_changes = list(filter(
lambda h: h.field == 'status',
itertools.chain.from_iterable([c.items for c in issue.changelog.histories])))
except AttributeError:
return
last_status = status_changes[0].fromString if len(status_changes) > 0 else issue.fields.status.name
last_resolution = None
# Issue was created
yield IssueSnapshot(
change=None,
key=issue.key,
date=dateutil.parser.parse(issue.fields.created),
status=last_status,
resolution=None,
is_resolved=is_resolved
)
for change in issue.changelog.histories:
change_date = dateutil.parser.parse(change.created)
resolutions = list(filter(lambda i: i.field == 'resolution', change.items))
is_resolved = (resolutions[-1].to is not None) if len(resolutions) > 0 else is_resolved
for item in change.items:
if item.field == 'status':
# Status was changed
last_status = item.toString
yield IssueSnapshot(
change=item.field,
key=issue.key,
date=change_date,
status=last_status,
resolution=last_resolution,
is_resolved=is_resolved
)
elif item.field == 'resolution':
last_resolution = item.toString
if include_resolution_changes:
yield IssueSnapshot(
change=item.field,
key=issue.key,
date=change_date,
status=last_status,
resolution=last_resolution,
is_resolved=is_resolved
) |
<SYSTEM_TASK:>
Return a list of issues with changelog metadata.
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Description:
def find_issues(self, criteria={}, jql=None, order='KEY ASC', verbose=False, changelog=True):
"""Return a list of issues with changelog metadata.
Searches for the `issue_types`, `project`, `valid_resolutions` and
'jql_filter' set in the passed-in `criteria` object.
Pass a JQL string to further qualify the query results.
""" |
query = []
if criteria.get('project', False):
query.append('project IN (%s)' % ', '.join(['"%s"' % p for p in criteria['project']]))
if criteria.get('issue_types', False):
query.append('issueType IN (%s)' % ', '.join(['"%s"' % t for t in criteria['issue_types']]))
if criteria.get('valid_resolutions', False):
query.append('(resolution IS EMPTY OR resolution IN (%s))' % ', '.join(['"%s"' % r for r in criteria['valid_resolutions']]))
if criteria.get('jql_filter') is not None:
query.append('(%s)' % criteria['jql_filter'])
if jql is not None:
query.append('(%s)' % jql)
queryString = "%s ORDER BY %s" % (' AND '.join(query), order,)
if verbose:
print("Fetching issues with query:", queryString)
fromRow=0
issues = []
while True:
try:
if changelog:
pageofissues = self.jira.search_issues(queryString, expand='changelog', maxResults=self.settings['max_results'],startAt=fromRow)
else:
pageofissues = self.jira.search_issues(queryString, maxResults=self.settings['max_results'],startAt=fromRow)
fromRow = fromRow + int(self.settings['max_results'])
issues += pageofissues
if verbose:
print("Got %s lines per jira query from result starting at line number %s " % (self.settings['max_results'], fromRow))
if len(pageofissues)==0:
break
except JIRAError as e:
print("Jira query error with: {}\n{}".format(queryString, e))
return []
if verbose:
print("Fetched", len(issues), "issues")
return issues |
<SYSTEM_TASK:>
Lists existing catalogs respect to ui view template format
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Description:
def list_catalogs(self):
"""
Lists existing catalogs respect to ui view template format
""" |
_form = CatalogSelectForm(current=self.current)
_form.set_choices_of('catalog', [(i, i) for i in fixture_bucket.get_keys()])
self.form_out(_form) |
<SYSTEM_TASK:>
Get existing catalog and fill the form with the model data.
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Description:
def get_catalog(self):
"""
Get existing catalog and fill the form with the model data.
If given key not found as catalog, it generates an empty catalog data form.
""" |
catalog_data = fixture_bucket.get(self.input['form']['catalog'])
# define add or edit based on catalog data exists
add_or_edit = "Edit" if catalog_data.exists else "Add"
# generate form
catalog_edit_form = CatalogEditForm(
current=self.current,
title='%s: %s' % (add_or_edit, self.input['form']['catalog']))
# add model data to form
if catalog_data.exists:
if type(catalog_data.data) == list:
# if catalog data is an array it means no other language of value defined, therefor the value is turkish
for key, data in enumerate(catalog_data.data):
catalog_edit_form.CatalogDatas(catalog_key=key or "0", en='', tr=data)
if type(catalog_data.data) == dict:
for key, data in catalog_data.data.items():
catalog_edit_form.CatalogDatas(catalog_key=key, en=data['en'], tr=data['tr'])
else:
catalog_edit_form.CatalogDatas(catalog_key="0", en='', tr='')
self.form_out(catalog_edit_form)
# schema key for get back what key will be saved, used in save_catalog form
self.output["object_key"] = self.input['form']['catalog'] |
<SYSTEM_TASK:>
Saves the catalog data to given key
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Description:
def save_catalog(self):
"""
Saves the catalog data to given key
Cancels if the cmd is cancel
Notifies user with the process.
""" |
if self.input["cmd"] == 'save_catalog':
try:
edited_object = dict()
for i in self.input["form"]["CatalogDatas"]:
edited_object[i["catalog_key"]] = {"en": i["en"], "tr": i["tr"]}
newobj = fixture_bucket.get(self.input["object_key"])
newobj.data = edited_object
newobj.store()
# notify user by passing notify in output object
self.output["notify"] = "catalog: %s successfully updated." % self.input[
"object_key"]
except:
raise HTTPError(500, "Form object could not be saved")
if self.input["cmd"] == 'cancel':
self.output["notify"] = "catalog: %s canceled." % self.input["object_key"] |
<SYSTEM_TASK:>
Merge multiple dictionaries, keeping the truthy values in case of key collisions.
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Description:
def merge_truthy(*dicts):
"""Merge multiple dictionaries, keeping the truthy values in case of key collisions.
Accepts any number of dictionaries, or any other object that returns a 2-tuple of
key and value pairs when its `.items()` method is called.
If a key exists in multiple dictionaries passed to this function, the values from the latter
dictionary is kept. If the value of the latter dictionary does not evaluate to True, then
the value of the previous dictionary is kept.
>>> merge_truthy({'a': 1, 'c': 4}, {'a': None, 'b': 2}, {'b': 3})
{'a': 1, 'b': 3, 'c': 4}
""" |
merged = {}
for d in dicts:
for k, v in d.items():
merged[k] = v or merged.get(k, v)
return merged |
<SYSTEM_TASK:>
Perform the version upgrade on the database.
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Description:
def perform(self):
"""Perform the version upgrade on the database.
""" |
db_versions = self.table.versions()
version = self.version
if (version.is_processed(db_versions) and
not self.config.force_version == self.version.number):
self.log(
u'version {} is already installed'.format(version.number)
)
return
self.start()
try:
self._perform_version(version)
except Exception:
if sys.version_info < (3, 4):
msg = traceback.format_exc().decode('utf8', errors='ignore')
else:
msg = traceback.format_exc()
error = u'\n'.join(self.logs + [u'\n', msg])
self.table.record_log(version.number, error)
raise
self.finish() |
<SYSTEM_TASK:>
Inner method for version upgrade.
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Description:
def _perform_version(self, version):
"""Inner method for version upgrade.
Not intended for standalone use. This method performs the actual
version upgrade with all the pre, post operations and addons upgrades.
:param version: The migration version to upgrade to
:type version: Instance of Version class
""" |
if version.is_noop():
self.log(u'version {} is a noop'.format(version.number))
else:
self.log(u'execute base pre-operations')
for operation in version.pre_operations():
operation.execute(self.log)
if self.config.mode:
self.log(u'execute %s pre-operations' % self.config.mode)
for operation in version.pre_operations(mode=self.config.mode):
operation.execute(self.log)
self.perform_addons()
self.log(u'execute base post-operations')
for operation in version.post_operations():
operation.execute(self.log)
if self.config.mode:
self.log(u'execute %s post-operations' % self.config.mode)
for operation in version.post_operations(self.config.mode):
operation.execute(self.log) |
<SYSTEM_TASK:>
open websocket connection
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Description:
def _do_upgrade(self):
""" open websocket connection """ |
self.current.output['cmd'] = 'upgrade'
self.current.output['user_id'] = self.current.user_id
self.terminate_existing_login()
self.current.user.bind_private_channel(self.current.session.sess_id)
user_sess = UserSessionID(self.current.user_id)
user_sess.set(self.current.session.sess_id)
self.current.user.is_online(True)
# Clean up the locale from session to allow it to be re-read from the user preferences after login
for k in translation.DEFAULT_PREFS.keys():
self.current.session[k] = '' |
<SYSTEM_TASK:>
Authenticate user with given credentials.
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Description:
def do_view(self):
"""
Authenticate user with given credentials.
Connects user's queue and exchange
""" |
self.current.output['login_process'] = True
self.current.task_data['login_successful'] = False
if self.current.is_auth:
self._do_upgrade()
else:
try:
auth_result = self.current.auth.authenticate(
self.current.input['username'],
self.current.input['password'])
self.current.task_data['login_successful'] = auth_result
if auth_result:
self._do_upgrade()
except ObjectDoesNotExist:
self.current.log.exception("Wrong username or another error occurred")
pass
except:
raise
if self.current.output.get('cmd') != 'upgrade':
self.current.output['status_code'] = 403
else:
KeepAlive(self.current.user_id).reset() |
<SYSTEM_TASK:>
match each pattern to each molecule.
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Description:
def __get_mapping(self, structures):
"""
match each pattern to each molecule.
if all patterns matches with all molecules
return generator of all possible mapping.
:param structures: disjoint molecules
:return: mapping generator
""" |
for c in permutations(structures, len(self.__patterns)):
for m in product(*(x.get_substructure_mapping(y, limit=0) for x, y in zip(self.__patterns, c))):
mapping = {}
for i in m:
mapping.update(i)
if mapping:
yield mapping |
<SYSTEM_TASK:>
return the cached value or default if it can't be found
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Description:
def get(self, default=None):
"""
return the cached value or default if it can't be found
:param default: default value
:return: cached value
""" |
d = cache.get(self.key)
return ((json.loads(d.decode('utf-8')) if self.serialize else d)
if d is not None
else default) |
<SYSTEM_TASK:>
set cache value
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Description:
def set(self, val, lifetime=None):
"""
set cache value
:param val: any picklable object
:param lifetime: exprition time in sec
:return: val
""" |
cache.set(self.key,
(json.dumps(val) if self.serialize else val),
lifetime or settings.DEFAULT_CACHE_EXPIRE_TIME)
return val |
<SYSTEM_TASK:>
Removes given item from the list.
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Description:
def remove_item(self, val):
"""
Removes given item from the list.
Args:
val: Item
Returns:
Cache backend response.
""" |
return cache.lrem(self.key, json.dumps(val)) |
<SYSTEM_TASK:>
Removes all keys of this namespace
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Description:
def flush(cls, *args):
"""
Removes all keys of this namespace
Without args, clears all keys starting with cls.PREFIX
if called with args, clears keys starting with given cls.PREFIX + args
Args:
*args: Arbitrary number of arguments.
Returns:
List of removed keys.
""" |
return _remove_keys([], [(cls._make_key(args) if args else cls.PREFIX) + '*']) |
<SYSTEM_TASK:>
Deletes session if keepalive request expired
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Description:
def update_or_expire_session(self):
"""
Deletes session if keepalive request expired
otherwise updates the keepalive timestamp value
""" |
if not hasattr(self, 'key'):
return
now = time.time()
timestamp = float(self.get() or 0) or now
sess_id = self.sess_id or UserSessionID(self.user_id).get()
if sess_id and now - timestamp > self.SESSION_EXPIRE_TIME:
Session(sess_id).delete()
return False
else:
self.set(now)
return True |
<SYSTEM_TASK:>
Sends a message to possible owners of the current workflows
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Description:
def send_message_for_lane_change(sender, **kwargs):
"""
Sends a message to possible owners of the current workflows
next lane.
Args:
**kwargs: ``current`` and ``possible_owners`` are required.
sender (User): User object
""" |
current = kwargs['current']
owners = kwargs['possible_owners']
if 'lane_change_invite' in current.task_data:
msg_context = current.task_data.pop('lane_change_invite')
else:
msg_context = DEFAULT_LANE_CHANGE_INVITE_MSG
wfi = WFCache(current).get_instance()
# Deletion of used passive task invitation which belongs to previous lane.
TaskInvitation.objects.filter(instance=wfi, role=current.role, wf_name=wfi.wf.name).delete()
today = datetime.today()
for recipient in owners:
inv = TaskInvitation(
instance=wfi,
role=recipient,
wf_name=wfi.wf.name,
progress=30,
start_date=today,
finish_date=today + timedelta(15)
)
inv.title = current.task_data.get('INVITATION_TITLE') or wfi.wf.title
inv.save()
# try to send notification, if it fails go on
try:
recipient.send_notification(title=msg_context['title'],
message="%s %s" % (wfi.wf.title, msg_context['body']),
typ=1, # info
url='',
sender=sender
)
except: # todo: specify which exception
pass |
<SYSTEM_TASK:>
Encrypts password of the user.
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Description:
def set_password(sender, **kwargs):
"""
Encrypts password of the user.
""" |
if sender.model_class.__name__ == 'User':
usr = kwargs['object']
if not usr.password.startswith('$pbkdf2'):
usr.set_password(usr.password)
usr.save() |
<SYSTEM_TASK:>
Main screen for channel management.
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Description:
def channel_list(self):
"""
Main screen for channel management.
Channels listed and operations can be chosen on the screen.
If there is an error message like non-choice,
it is shown here.
""" |
if self.current.task_data.get('msg', False):
if self.current.task_data.get('target_channel_key', False):
self.current.output['msgbox'] = {'type': 'info',
"title": _(u"Successful Operation"),
"msg": self.current.task_data['msg']}
del self.current.task_data['msg']
else:
self.show_warning_messages()
self.current.task_data['new_channel'] = False
_form = ChannelListForm(title=_(u'Public Channel List'), help_text=CHANNEL_CHOICE_TEXT)
for channel in Channel.objects.filter(typ=15):
owner_name = channel.owner.username
_form.ChannelList(choice=False, name=channel.name, owner=owner_name, key=channel.key)
_form.new_channel = fields.Button(_(u"Merge At New Channel"), cmd="create_new_channel")
_form.existing_channel = fields.Button(_(u"Merge With An Existing Channel"),
cmd="choose_existing_channel")
_form.find_chosen_channel = fields.Button(_(u"Split Channel"), cmd="find_chosen_channel")
self.form_out(_form) |
<SYSTEM_TASK:>
It controls errors. If there is an error,
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Description:
def channel_choice_control(self):
"""
It controls errors. If there is an error,
returns channel list screen with error message.
""" |
self.current.task_data['control'], self.current.task_data['msg'] \
= self.selection_error_control(self.input['form'])
if self.current.task_data['control']:
self.current.task_data['option'] = self.input['cmd']
self.current.task_data['split_operation'] = False
keys, names = self.return_selected_form_items(self.input['form']['ChannelList'])
self.current.task_data['chosen_channels'] = keys
self.current.task_data['chosen_channels_names'] = names |
<SYSTEM_TASK:>
Features of new channel are specified like channel's name, owner etc.
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Description:
def create_new_channel(self):
"""
Features of new channel are specified like channel's name, owner etc.
""" |
self.current.task_data['new_channel'] = True
_form = NewChannelForm(Channel(), current=self.current)
_form.title = _(u"Specify Features of New Channel to Create")
_form.forward = fields.Button(_(u"Create"), flow="find_target_channel")
self.form_out(_form) |
<SYSTEM_TASK:>
It saves new channel according to specified channel features.
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Description:
def save_new_channel(self):
"""
It saves new channel according to specified channel features.
""" |
form_info = self.input['form']
channel = Channel(typ=15, name=form_info['name'],
description=form_info['description'],
owner_id=form_info['owner_id'])
channel.blocking_save()
self.current.task_data['target_channel_key'] = channel.key |
<SYSTEM_TASK:>
It is a channel choice list and chosen channels
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Description:
def choose_existing_channel(self):
"""
It is a channel choice list and chosen channels
at previous step shouldn't be on the screen.
""" |
if self.current.task_data.get('msg', False):
self.show_warning_messages()
_form = ChannelListForm()
_form.title = _(u"Choose a Channel Which Will Be Merged With Chosen Channels")
for channel in Channel.objects.filter(typ=15).exclude(
key__in=self.current.task_data['chosen_channels']):
owner_name = channel.owner.username
_form.ChannelList(choice=False, name=channel.name, owner=owner_name,
key=channel.key)
_form.choose = fields.Button(_(u"Choose"))
self.form_out(_form) |
<SYSTEM_TASK:>
It controls errors. It generates an error message
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<USER_TASK:>
Description:
def existing_choice_control(self):
"""
It controls errors. It generates an error message
if zero or more than one channels are selected.
""" |
self.current.task_data['existing'] = False
self.current.task_data['msg'] = _(u"You should choose just one channel to do operation.")
keys, names = self.return_selected_form_items(self.input['form']['ChannelList'])
if len(keys) == 1:
self.current.task_data['existing'] = True
self.current.task_data['target_channel_key'] = keys[0] |
<SYSTEM_TASK:>
A channel can be splitted to new channel or other existing channel.
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Description:
def split_channel(self):
"""
A channel can be splitted to new channel or other existing channel.
It creates subscribers list as selectable to moved.
""" |
if self.current.task_data.get('msg', False):
self.show_warning_messages()
self.current.task_data['split_operation'] = True
channel = Channel.objects.get(self.current.task_data['chosen_channels'][0])
_form = SubscriberListForm(title=_(u'Choose Subscribers to Migrate'))
for subscriber in Subscriber.objects.filter(channel=channel):
subscriber_name = subscriber.user.username
_form.SubscriberList(choice=False, name=subscriber_name, key=subscriber.key)
_form.new_channel = fields.Button(_(u"Move to a New Channel"), cmd="create_new_channel")
_form.existing_channel = fields.Button(_(u"Move to an Existing Channel"),
cmd="choose_existing_channel")
self.form_out(_form) |
<SYSTEM_TASK:>
It controls subscribers choice and generates
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<USER_TASK:>
Description:
def subscriber_choice_control(self):
"""
It controls subscribers choice and generates
error message if there is a non-choice.
""" |
self.current.task_data['option'] = None
self.current.task_data['chosen_subscribers'], names = self.return_selected_form_items(
self.input['form']['SubscriberList'])
self.current.task_data[
'msg'] = "You should choose at least one subscriber for migration operation."
if self.current.task_data['chosen_subscribers']:
self.current.task_data['option'] = self.input['cmd']
del self.current.task_data['msg'] |
<SYSTEM_TASK:>
Channels and theirs subscribers are moved
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Description:
def move_complete_channel(self):
"""
Channels and theirs subscribers are moved
completely to new channel or existing channel.
""" |
to_channel = Channel.objects.get(self.current.task_data['target_channel_key'])
chosen_channels = self.current.task_data['chosen_channels']
chosen_channels_names = self.current.task_data['chosen_channels_names']
with BlockSave(Subscriber, query_dict={'channel_id': to_channel.key}):
for s in Subscriber.objects.filter(channel_id__in=chosen_channels, typ=15):
s.channel = to_channel
s.save()
with BlockDelete(Message):
Message.objects.filter(channel_id__in=chosen_channels, typ=15).delete()
with BlockDelete(Channel):
Channel.objects.filter(key__in=chosen_channels).delete()
self.current.task_data[
'msg'] = _(u"Chosen channels(%s) have been merged to '%s' channel successfully.") % \
(', '.join(chosen_channels_names), to_channel.name) |
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After splitting operation, only chosen subscribers
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Description:
def move_chosen_subscribers(self):
"""
After splitting operation, only chosen subscribers
are moved to new channel or existing channel.
""" |
from_channel = Channel.objects.get(self.current.task_data['chosen_channels'][0])
to_channel = Channel.objects.get(self.current.task_data['target_channel_key'])
with BlockSave(Subscriber, query_dict={'channel_id': to_channel.key}):
for subscriber in Subscriber.objects.filter(
key__in=self.current.task_data['chosen_subscribers']):
subscriber.channel = to_channel
subscriber.save()
if self.current.task_data['new_channel']:
self.copy_and_move_messages(from_channel, to_channel)
self.current.task_data[
'msg'] = _(u"Chosen subscribers and messages of them migrated from '%s' channel to "
u"'%s' channel successfully.") % (from_channel.name, to_channel.name) |
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While splitting channel and moving chosen subscribers to new channel,
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Description:
def copy_and_move_messages(from_channel, to_channel):
"""
While splitting channel and moving chosen subscribers to new channel,
old channel's messages are copied and moved to new channel.
Args:
from_channel (Channel object): move messages from channel
to_channel (Channel object): move messages to channel
""" |
with BlockSave(Message, query_dict={'channel_id': to_channel.key}):
for message in Message.objects.filter(channel=from_channel, typ=15):
message.key = ''
message.channel = to_channel
message.save() |
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It shows incorrect operations or successful operation messages.
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Description:
def show_warning_messages(self, title=_(u"Incorrect Operation"), box_type='warning'):
"""
It shows incorrect operations or successful operation messages.
Args:
title (string): title of message box
box_type (string): type of message box (warning, info)
""" |
msg = self.current.task_data['msg']
self.current.output['msgbox'] = {'type': box_type, "title": title, "msg": msg}
del self.current.task_data['msg'] |
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It returns chosen keys list from a given form.
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Description:
def return_selected_form_items(form_info):
"""
It returns chosen keys list from a given form.
Args:
form_info: serialized list of dict form data
Returns:
selected_keys(list): Chosen keys list
selected_names(list): Chosen channels' or subscribers' names.
""" |
selected_keys = []
selected_names = []
for chosen in form_info:
if chosen['choice']:
selected_keys.append(chosen['key'])
selected_names.append(chosen['name'])
return selected_keys, selected_names |
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It controls the selection from the form according
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Description:
def selection_error_control(self, form_info):
"""
It controls the selection from the form according
to the operations, and returns an error message
if it does not comply with the rules.
Args:
form_info: Channel or subscriber form from the user
Returns: True or False
error message
""" |
keys, names = self.return_selected_form_items(form_info['ChannelList'])
chosen_channels_number = len(keys)
if form_info['new_channel'] and chosen_channels_number < 2:
return False, _(
u"You should choose at least two channel to merge operation at a new channel.")
elif form_info['existing_channel'] and chosen_channels_number == 0:
return False, _(
u"You should choose at least one channel to merge operation with existing channel.")
elif form_info['find_chosen_channel'] and chosen_channels_number != 1:
return False, _(u"You should choose one channel for split operation.")
return True, None |
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Yields the sequence of prime numbers via the Sieve of Eratosthenes.
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Description:
def _eratosthenes():
"""Yields the sequence of prime numbers via the Sieve of Eratosthenes.""" |
d = {} # map each composite integer to its first-found prime factor
for q in count(2): # q gets 2, 3, 4, 5, ... ad infinitum
p = d.pop(q, None)
if p is None:
# q not a key in D, so q is prime, therefore, yield it
yield q
# mark q squared as not-prime (with q as first-found prime factor)
d[q * q] = q
else:
# let x <- smallest (N*p)+q which wasn't yet known to be composite
# we just learned x is composite, with p first-found prime factor,
# since p is the first-found prime factor of q -- find and mark it
x = p + q
while x in d:
x += p
d[x] = p |
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Morgan like algorithm for graph nodes ordering
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Description:
def atoms_order(self):
"""
Morgan like algorithm for graph nodes ordering
:return: dict of atom-weight pairs
""" |
if not len(self): # for empty containers
return {}
elif len(self) == 1: # optimize single atom containers
return dict.fromkeys(self, 2)
params = {n: (int(node), tuple(sorted(int(edge) for edge in self._adj[n].values())))
for n, node in self.atoms()}
newlevels = {}
countprime = iter(primes)
weights = {x: newlevels.get(y) or newlevels.setdefault(y, next(countprime))
for x, y in sorted(params.items(), key=itemgetter(1))}
tries = len(self) * 4
numb = len(set(weights.values()))
stab = 0
while tries:
oldnumb = numb
neweights = {}
countprime = iter(primes)
# weights[n] ** 2 NEED for differentiation of molecules like A-B or any other complete graphs.
tmp = {n: reduce(mul, (weights[x] for x in m), weights[n] ** 2) for n, m in self._adj.items()}
weights = {x: (neweights.get(y) or neweights.setdefault(y, next(countprime)))
for x, y in sorted(tmp.items(), key=itemgetter(1))}
numb = len(set(weights.values()))
if numb == len(self): # each atom now unique
break
elif numb == oldnumb:
x = Counter(weights.values())
if x[min(x)] > 1:
if stab == 3:
break
elif stab >= 2:
break
stab += 1
elif stab:
stab = 0
tries -= 1
if not tries and numb < oldnumb:
warning('morgan. number of attempts exceeded. uniqueness has decreased. next attempt will be made')
tries = 1
else:
warning('morgan. number of attempts exceeded')
return weights |
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Return a list of fields' mappings
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Description:
def get_field_cache(self, cache_type='es'):
"""Return a list of fields' mappings""" |
if cache_type == 'kibana':
try:
search_results = urlopen(self.get_url).read().decode('utf-8')
except HTTPError: # as e:
# self.pr_err("get_field_cache(kibana), HTTPError: %s" % e)
return []
index_pattern = json.loads(search_results)
# Results look like: {"_index":".kibana","_type":"index-pattern","_id":"aaa*","_version":6,"found":true,"_source":{"title":"aaa*","fields":"<what we want>"}} # noqa
fields_str = index_pattern['_source']['fields']
return json.loads(fields_str)
elif cache_type == 'es' or cache_type.startswith('elastic'):
search_results = urlopen(self.es_get_url).read().decode('utf-8')
es_mappings = json.loads(search_results)
# Results look like: {"<index_name>":{"mappings":{"<doc_type>":{"<field_name>":{"full_name":"<field_name>","mapping":{"<sub-field_name>":{"type":"date","index_name":"<sub-field_name>","boost":1.0,"index":"not_analyzed","store":false,"doc_values":false,"term_vector":"no","norms":{"enabled":false},"index_options":"docs","index_analyzer":"_date/16","search_analyzer":"_date/max","postings_format":"default","doc_values_format":"default","similarity":"default","fielddata":{},"ignore_malformed":false,"coerce":true,"precision_step":16,"format":"dateOptionalTime","null_value":null,"include_in_all":false,"numeric_resolution":"milliseconds","locale":""}}}, # noqa
# now convert the mappings into the .kibana format
field_cache = []
for (index_name, val) in iteritems(es_mappings):
if index_name != self.index: # only get non-'.kibana' indices
# self.pr_dbg("index: %s" % index_name)
m_dict = es_mappings[index_name]['mappings']
# self.pr_dbg('m_dict %s' % m_dict)
mappings = self.get_index_mappings(m_dict)
# self.pr_dbg('mappings %s' % mappings)
field_cache.extend(mappings)
field_cache = self.dedup_field_cache(field_cache)
return field_cache
self.pr_err("Unknown cache type: %s" % cache_type)
return None |
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Where field_cache is a list of fields' mappings
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Description:
def post_field_cache(self, field_cache):
"""Where field_cache is a list of fields' mappings""" |
index_pattern = self.field_cache_to_index_pattern(field_cache)
# self.pr_dbg("request/post: %s" % index_pattern)
resp = requests.post(self.post_url, data=index_pattern).text
# resp = {"_index":".kibana","_type":"index-pattern","_id":"aaa*","_version":1,"created":true} # noqa
resp = json.loads(resp)
return 0 |
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Assert minimum set of fields in cache, does not validate contents
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Description:
def check_mapping(self, m):
"""Assert minimum set of fields in cache, does not validate contents""" |
if 'name' not in m:
self.pr_dbg("Missing %s" % "name")
return False
# self.pr_dbg("Checking %s" % m['name'])
for x in ['analyzed', 'indexed', 'type', 'scripted', 'count']:
if x not in m or m[x] == "":
self.pr_dbg("Missing %s" % x)
self.pr_dbg("Full %s" % m)
return False
if 'doc_values' not in m or m['doc_values'] == "":
if not m['name'].startswith('_'):
self.pr_dbg("Missing %s" % "doc_values")
return False
m['doc_values'] = False
return True |
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Converts ES field mappings to .kibana field mappings
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Description:
def get_field_mappings(self, field):
"""Converts ES field mappings to .kibana field mappings""" |
retdict = {}
retdict['indexed'] = False
retdict['analyzed'] = False
for (key, val) in iteritems(field):
if key in self.mappings:
if (key == 'type' and
(val == "long" or
val == "integer" or
val == "double" or
val == "float")):
val = "number"
# self.pr_dbg("\t\t\tkey: %s" % key)
# self.pr_dbg("\t\t\t\tval: %s" % val)
retdict[key] = val
if key == 'index' and val != "no":
retdict['indexed'] = True
# self.pr_dbg("\t\t\tkey: %s" % key)
# self.pr_dbg("\t\t\t\tval: %s" % val)
if val == "analyzed":
retdict['analyzed'] = True
return retdict |
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Test if k_cache is incomplete
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Description:
def is_kibana_cache_incomplete(self, es_cache, k_cache):
"""Test if k_cache is incomplete
Assume k_cache is always correct, but could be missing new
fields that es_cache has
""" |
# convert list into dict, with each item's ['name'] as key
k_dict = {}
for field in k_cache:
# self.pr_dbg("field: %s" % field)
k_dict[field['name']] = field
for ign_f in self.mappings_ignore:
k_dict[field['name']][ign_f] = 0
es_dict = {}
for field in es_cache:
es_dict[field['name']] = field
for ign_f in self.mappings_ignore:
es_dict[field['name']][ign_f] = 0
es_set = set(es_dict.keys())
k_set = set(k_dict.keys())
# reasons why kibana cache could be incomplete:
# k_dict is missing keys that are within es_dict
# We don't care if k has keys that es doesn't
# es {1,2} k {1,2,3}; intersection {1,2}; len(es-{}) 0
# es {1,2} k {1,2}; intersection {1,2}; len(es-{}) 0
# es {1,2} k {}; intersection {}; len(es-{}) 2
# es {1,2} k {1}; intersection {1}; len(es-{}) 1
# es {2,3} k {1}; intersection {}; len(es-{}) 2
# es {2,3} k {1,2}; intersection {2}; len(es-{}) 1
return len(es_set - k_set.intersection(es_set)) > 0 |
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Convert list into a data structure we can query easier
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Description:
def list_to_compare_dict(self, list_form):
"""Convert list into a data structure we can query easier""" |
compare_dict = {}
for field in list_form:
if field['name'] in compare_dict:
self.pr_dbg("List has duplicate field %s:\n%s" %
(field['name'], compare_dict[field['name']]))
if compare_dict[field['name']] != field:
self.pr_dbg("And values are different:\n%s" % field)
return None
compare_dict[field['name']] = field
for ign_f in self.mappings_ignore:
compare_dict[field['name']][ign_f] = 0
return compare_dict |
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Verify original is subset of replica
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Description:
def compare_field_caches(self, replica, original):
"""Verify original is subset of replica""" |
if original is None:
original = []
if replica is None:
replica = []
self.pr_dbg("Comparing orig with %s fields to replica with %s fields" %
(len(original), len(replica)))
# convert list into dict, with each item's ['name'] as key
orig = self.list_to_compare_dict(original)
if orig is None:
self.pr_dbg("Original has duplicate fields")
return 1
repl = self.list_to_compare_dict(replica)
if repl is None:
self.pr_dbg("Replica has duplicate fields")
return 1
# search orig for each item in repl
# if any items in repl not within orig or vice versa, then complain
# make sure contents of each item match
orig_found = {}
for (key, field) in iteritems(repl):
field_name = field['name']
if field_name not in orig:
self.pr_dbg("Replica has field not found in orig %s: %s" %
(field_name, field))
return 1
orig_found[field_name] = True
if orig[field_name] != field:
self.pr_dbg("Field in replica doesn't match orig:")
self.pr_dbg("orig:%s\nrepl:%s" % (orig[field_name], field))
return 1
unfound = set(orig_found.keys()) - set(repl.keys())
if len(unfound) > 0:
self.pr_dbg("Orig contains fields that were not in replica")
self.pr_dbg('%s' % unfound)
return 1
# We don't care about case when replica has more fields than orig
# unfound = set(repl.keys()) - set(orig_found.keys())
# if len(unfound) > 0:
# self.pr_dbg("Replica contains fields that were not in orig")
# self.pr_dbg('%s' % unfound)
# return 1
self.pr_dbg("Original matches replica")
return 0 |
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starts a deamon thread for a given target function and arguments.
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Description:
def start_daemon_thread(target, args=()):
"""starts a deamon thread for a given target function and arguments.""" |
th = Thread(target=target, args=args)
th.daemon = True
th.start()
return th |
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returns all the keys in a dictionary.
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Description:
def serialize_dict_keys(d, prefix=""):
"""returns all the keys in a dictionary.
>>> serialize_dict_keys({"a": {"b": {"c": 1, "b": 2} } })
['a', 'a.b', 'a.b.c', 'a.b.b']
""" |
keys = []
for k, v in d.iteritems():
fqk = '%s%s' % (prefix, k)
keys.append(fqk)
if isinstance(v, dict):
keys.extend(serialize_dict_keys(v, prefix="%s." % fqk))
return keys |
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Finds if square on the board is occupied by a ``Piece``
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Description:
def contains_opposite_color_piece(self, square, position):
"""
Finds if square on the board is occupied by a ``Piece``
belonging to the opponent.
:type: square: Location
:type: position: Board
:rtype: bool
""" |
return not position.is_square_empty(square) and \
position.piece_at_square(square).color != self.color |
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Mark a message as translateable, and translate it.
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Description:
def gettext(message, domain=DEFAULT_DOMAIN):
"""Mark a message as translateable, and translate it.
All messages in the application that are translateable should be wrapped with this function.
When importing this function, it should be renamed to '_'. For example:
.. code-block:: python
from zengine.lib.translation import gettext as _
print(_('Hello, world!'))
'Merhaba, dünya!'
For the messages that will be formatted later on, instead of using the position-based
formatting, key-based formatting should be used. This gives the translator an idea what
the variables in the format are going to be, and makes it possible for the translator
to reorder the variables. For example:
.. code-block:: python
name, number = 'Elizabeth', 'II'
_('Queen %(name)s %(number)s') % {'name': name, 'number': number}
'Kraliçe II. Elizabeth'
The message returned by this function depends on the language of the current user.
If this function is called before a language is installed (which is normally done
by ZEngine when the user connects), this function will simply return the message
without modification.
If there are messages containing unicode characters, in Python 2 these messages must
be marked as unicode. Otherwise, python will not be able to correctly match these
messages with translations. For example:
.. code-block:: python
print(_('Café'))
'Café'
print(_(u'Café'))
'Kahve'
Args:
message (basestring, unicode): The input message.
domain (basestring): The domain of the message. Defaults to 'messages', which
is the domain where all application messages should be located.
Returns:
unicode: The translated message.
""" |
if six.PY2:
return InstalledLocale._active_catalogs[domain].ugettext(message)
else:
return InstalledLocale._active_catalogs[domain].gettext(message) |
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Mark a message as translatable, but delay the translation until the message is used.
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Description:
def gettext_lazy(message, domain=DEFAULT_DOMAIN):
"""Mark a message as translatable, but delay the translation until the message is used.
Sometimes, there are some messages that need to be translated, but the translation
can't be done at the point the message itself is written. For example, the names of
the fields in a Model can't be translated at the point they are written, otherwise
the translation would be done when the file is imported, long before a user even connects.
To avoid this, `gettext_lazy` should be used. For example:
.. code-block:: python
from zengine.lib.translation import gettext_lazy, InstalledLocale
from pyoko import model, fields
class User(model.Model):
name = fields.String(gettext_lazy('User Name'))
print(User.name.title)
'User Name'
InstalledLocale.install_language('tr')
print(User.name.title)
'Kullanıcı Adı'
Args:
message (basestring, unicode): The input message.
domain (basestring): The domain of the message. Defaults to 'messages', which
is the domain where all application messages should be located.
Returns:
unicode: The translated message, with the translation itself being delayed until
the text is actually used.
""" |
return LazyProxy(gettext, message, domain=domain, enable_cache=False) |
<SYSTEM_TASK:>
Mark a message as translateable, and translate it considering plural forms.
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Description:
def ngettext(singular, plural, n, domain=DEFAULT_DOMAIN):
"""Mark a message as translateable, and translate it considering plural forms.
Some messages may need to change based on a number. For example, consider a message
like the following:
.. code-block:: python
def alert_msg(msg_count): print(
'You have %d %s' % (msg_count, 'message' if msg_count == 1 else 'messages'))
alert_msg(1)
'You have 1 message'
alert_msg(5)
'You have 5 messages'
To translate this message, you can use ngettext to consider the plural forms:
.. code-block:: python
from zengine.lib.translation import ngettext
def alert_msg(msg_count): print(ngettext('You have %(count)d message',
'You have %(count)d messages',
msg_count) % {'count': msg_count})
alert_msg(1)
'1 mesajınız var'
alert_msg(5)
'5 mesajlarınız var'
When doing formatting, both singular and plural forms of the message should
have the exactly same variables.
Args:
singular (unicode): The singular form of the message.
plural (unicode): The plural form of the message.
n (int): The number that is used to decide which form should be used.
domain (basestring): The domain of the message. Defaults to 'messages', which
is the domain where all application messages should be located.
Returns:
unicode: The correct pluralization, translated.
""" |
if six.PY2:
return InstalledLocale._active_catalogs[domain].ungettext(singular, plural, n)
else:
return InstalledLocale._active_catalogs[domain].ngettext(singular, plural, n) |
<SYSTEM_TASK:>
Mark a message with plural forms translateable, and delay the translation
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Description:
def ngettext_lazy(singular, plural, n, domain=DEFAULT_DOMAIN):
"""Mark a message with plural forms translateable, and delay the translation
until the message is used.
Works the same was a `ngettext`, with a delaying functionality similiar to `gettext_lazy`.
Args:
singular (unicode): The singular form of the message.
plural (unicode): The plural form of the message.
n (int): The number that is used to decide which form should be used.
domain (basestring): The domain of the message. Defaults to 'messages', which
is the domain where all application messages should be located.
Returns:
unicode: The correct pluralization, with the translation being
delayed until the message is used.
""" |
return LazyProxy(ngettext, singular, plural, n, domain=domain, enable_cache=False) |
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Install the translations for language specified by `language_code`.
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Description:
def install_language(cls, language_code):
"""Install the translations for language specified by `language_code`.
If we don't have translations for this language, then the default language will be used.
If the language specified is already installed, then this is a no-op.
""" |
# Skip if the language is already installed
if language_code == cls.language:
return
try:
cls._active_catalogs = cls._translation_catalogs[language_code]
cls.language = language_code
log.debug('Installed language %s', language_code)
except KeyError:
default = settings.DEFAULT_LANG
log.warning('Unknown language %s, falling back to %s', language_code, default)
cls._active_catalogs = cls._translation_catalogs[default]
cls.language = default |
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Install the locale specified by `language_code`, for localizations of type `locale_type`.
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<USER_TASK:>
Description:
def install_locale(cls, locale_code, locale_type):
"""Install the locale specified by `language_code`, for localizations of type `locale_type`.
If we can't perform localized formatting for the specified locale,
then the default localization format will be used.
If the locale specified is already installed for the selected type, then this is a no-op.
""" |
# Skip if the locale is already installed
if locale_code == getattr(cls, locale_type):
return
try:
# We create a Locale instance to see if the locale code is supported
locale = Locale(locale_code)
log.debug('Installed locale %s', locale_code)
except UnknownLocaleError:
default = settings.DEFAULT_LOCALIZATION_FORMAT
log.warning('Unknown locale %s, falling back to %s', locale_code, default)
locale = Locale(default)
setattr(cls, locale_type, locale.language) |
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Returns the entry specified by index
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Description:
def get_by_index(self, index):
"""
Returns the entry specified by index
Note that the table is 1-based ie an index of 0 is
invalid. This is due to the fact that a zero value
index signals that a completely unindexed header
follows.
The entry will either be from the static table or
the dynamic table depending on the value of index.
""" |
index -= 1
if 0 <= index < len(CocaineHeaders.STATIC_TABLE):
return CocaineHeaders.STATIC_TABLE[index]
index -= len(CocaineHeaders.STATIC_TABLE)
if 0 <= index < len(self.dynamic_entries):
return self.dynamic_entries[index]
raise InvalidTableIndex("Invalid table index %d" % index) |
<SYSTEM_TASK:>
Adds a new entry to the table
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<USER_TASK:>
Description:
def add(self, name, value):
"""
Adds a new entry to the table
We reduce the table size if the entry will make the
table size greater than maxsize.
""" |
# We just clear the table if the entry is too big
size = table_entry_size(name, value)
if size > self._maxsize:
self.dynamic_entries.clear()
self._current_size = 0
# Add new entry if the table actually has a size
elif self._maxsize > 0:
self.dynamic_entries.appendleft((name, value))
self._current_size += size
self._shrink() |
<SYSTEM_TASK:>
Searches the table for the entry specified by name
<END_TASK>
<USER_TASK:>
Description:
def search(self, name, value):
"""
Searches the table for the entry specified by name
and value
Returns one of the following:
- ``None``, no match at all
- ``(index, name, None)`` for partial matches on name only.
- ``(index, name, value)`` for perfect matches.
""" |
partial = None
header_name_search_result = CocaineHeaders.STATIC_TABLE_MAPPING.get(name)
if header_name_search_result:
index = header_name_search_result[1].get(value)
if index is not None:
return index, name, value
partial = (header_name_search_result[0], name, None)
offset = len(CocaineHeaders.STATIC_TABLE)
for (i, (n, v)) in enumerate(self.dynamic_entries):
if n == name:
if v == value:
return i + offset + 1, n, v
elif partial is None:
partial = (i + offset + 1, n, None)
return partial |
<SYSTEM_TASK:>
Shrinks the dynamic table to be at or below maxsize
<END_TASK>
<USER_TASK:>
Description:
def _shrink(self):
"""
Shrinks the dynamic table to be at or below maxsize
""" |
cursize = self._current_size
while cursize > self._maxsize:
name, value = self.dynamic_entries.pop()
cursize -= table_entry_size(name, value)
self._current_size = cursize |
<SYSTEM_TASK:>
Safely print a unicode string
<END_TASK>
<USER_TASK:>
Description:
def safe_print(ustring, errors='replace', **kwargs):
""" Safely print a unicode string """ |
encoding = sys.stdout.encoding or 'utf-8'
if sys.version_info[0] == 3:
print(ustring, **kwargs)
else:
bytestr = ustring.encode(encoding, errors=errors)
print(bytestr, **kwargs) |
<SYSTEM_TASK:>
Creates the view used to edit permissions.
<END_TASK>
<USER_TASK:>
Description:
def edit_permissions(self):
"""Creates the view used to edit permissions.
To create the view, data in the following format is passed to the UI
in the objects field:
.. code-block:: python
{
"type": "tree-toggle",
"action": "set_permission",
"tree": [
{
"checked": true,
"name": "Workflow 1 Name",
"id": "workflow1",
"children":
[
{
"checked": true,
"name": "Task 1 Name",
"id": "workflow1..task1",
"children": []
},
{
"checked": false,
"id": "workflow1..task2",
"name": "Task 2 Name",
"children": []
}
]
},
{
"checked": true,
"name": "Workflow 2 Name",
"id": "workflow2",
"children": [
{
"checked": true,
"name": "Workflow 2 Lane 1 Name",
"id": "workflow2.lane1",
"children": [
{
"checked": true,
"name": "Workflow 2 Task 1 Name",
"id": "workflow2.lane1.task1",
"children": []
},
{
"checked": false,
"name": "Workflow 2 Task 2 Name",
"id": "workflow2.lane1.task2",
"children": []
}
]
}
]
}
]
}
"type" field denotes that the object is a tree view which has elements that can be toggled.
"action" field is the
"name" field is the human readable name.
"id" field is used to make requests to the backend.
"checked" field shows whether the role has the permission or not.
"children" field is the sub-permissions of the permission.
""" |
# Get the role that was selected in the CRUD view
key = self.current.input['object_id']
self.current.task_data['role_id'] = key
role = RoleModel.objects.get(key=key)
# Get the cached permission tree, or build a new one if there is none cached
# TODO: Add an extra view in case there was no cache, as in 'please wait calculating permissions'
permission_tree = self._permission_trees(PermissionModel.objects)
# Apply the selected role to the permission tree, setting the 'checked' field
# of the permission the role has
role_tree = self._apply_role_tree(permission_tree, role)
# Apply final formatting, and output the tree to the UI
self.output['objects'] = [
{
'type': 'tree-toggle',
'action': 'apply_change',
'trees': self._format_tree_output(role_tree),
},
]
self.form_out(PermissionForm()) |
<SYSTEM_TASK:>
Get the cached permission tree, or build a new one if necessary.
<END_TASK>
<USER_TASK:>
Description:
def _permission_trees(permissions):
"""Get the cached permission tree, or build a new one if necessary.""" |
treecache = PermissionTreeCache()
cached = treecache.get()
if not cached:
tree = PermissionTreeBuilder()
for permission in permissions:
tree.insert(permission)
result = tree.serialize()
treecache.set(result)
return result
return cached |
<SYSTEM_TASK:>
Traverses the permission tree, returning the permission at given permission path.
<END_TASK>
<USER_TASK:>
Description:
def _traverse_tree(tree, path):
"""Traverses the permission tree, returning the permission at given permission path.""" |
path_steps = (step for step in path.split('.') if step != '')
# Special handling for first step, because the first step isn't under 'objects'
first_step = path_steps.next()
subtree = tree[first_step]
for step in path_steps:
subtree = subtree['children'][step]
return subtree |
<SYSTEM_TASK:>
Recursively format all subtrees.
<END_TASK>
<USER_TASK:>
Description:
def _format_subtree(self, subtree):
"""Recursively format all subtrees.""" |
subtree['children'] = list(subtree['children'].values())
for child in subtree['children']:
self._format_subtree(child)
return subtree |
<SYSTEM_TASK:>
Applies changes to the permissions of the role.
<END_TASK>
<USER_TASK:>
Description:
def apply_change(self):
"""Applies changes to the permissions of the role.
To make a change to the permission of the role, a request
in the following format should be sent:
.. code-block:: python
{
'change':
{
'id': 'workflow2.lane1.task1',
'checked': false
},
}
The 'id' field of the change is the id of the tree element
that was sent to the UI (see `Permissions.edit_permissions`).
'checked' field is the new state of the element.
""" |
changes = self.input['change']
key = self.current.task_data['role_id']
role = RoleModel.objects.get(key=key)
for change in changes:
permission = PermissionModel.objects.get(code=change['id'])
if change['checked'] is True:
role.add_permission(permission)
else:
role.remove_permission(permission)
role.save() |
<SYSTEM_TASK:>
write single molecule into file
<END_TASK>
<USER_TASK:>
Description:
def write(self, data):
"""
write single molecule into file
""" |
m = self._convert_structure(data)
self._file.write(self._format_mol(*m))
self._file.write('M END\n')
for k, v in data.meta.items():
self._file.write(f'> <{k}>\n{v}\n')
self._file.write('$$$$\n') |
<SYSTEM_TASK:>
If we aren't come to the end of the wf,
<END_TASK>
<USER_TASK:>
Description:
def save_workflow_to_cache(self, serialized_wf_instance):
"""
If we aren't come to the end of the wf,
saves the wf state and task_data to cache
Task_data items that starts with underscore "_" are treated as
local and does not passed to subsequent task steps.
""" |
# self.current.task_data['flow'] = None
task_data = self.current.task_data.copy()
for k, v in list(task_data.items()):
if k.startswith('_'):
del task_data[k]
if 'cmd' in task_data:
del task_data['cmd']
self.wf_state.update({'step': serialized_wf_instance,
'data': task_data,
'name': self.current.workflow_name,
'wf_id': self.workflow_spec.wf_id
})
if self.current.lane_id:
self.current.pool[self.current.lane_id] = self.current.role.key
self.wf_state['pool'] = self.current.pool
self.current.log.debug("POOL Content before WF Save: %s" % self.current.pool)
self.current.wf_cache.save(self.wf_state) |
<SYSTEM_TASK:>
loads the serialized wf state and data from cache
<END_TASK>
<USER_TASK:>
Description:
def load_workflow_from_cache(self):
"""
loads the serialized wf state and data from cache
updates the self.current.task_data
""" |
if not self.current.new_token:
self.wf_state = self.current.wf_cache.get(self.wf_state)
self.current.task_data = self.wf_state['data']
self.current.set_client_cmds()
self.current.pool = self.wf_state['pool']
return self.wf_state['step'] |
<SYSTEM_TASK:>
Serializes the current WF.
<END_TASK>
<USER_TASK:>
Description:
def serialize_workflow(self):
"""
Serializes the current WF.
Returns:
WF state data.
""" |
self.workflow.refresh_waiting_tasks()
return CompactWorkflowSerializer().serialize_workflow(self.workflow,
include_spec=False) |
<SYSTEM_TASK:>
Tries to find the path of the workflow diagram file
<END_TASK>
<USER_TASK:>
Description:
def find_workflow_path(self):
"""
Tries to find the path of the workflow diagram file
in `WORKFLOW_PACKAGES_PATHS`.
Returns:
Path of the workflow spec file (BPMN diagram)
""" |
for pth in settings.WORKFLOW_PACKAGES_PATHS:
path = "%s/%s.bpmn" % (pth, self.current.workflow_name)
if os.path.exists(path):
return path
err_msg = "BPMN file cannot found: %s" % self.current.workflow_name
log.error(err_msg)
raise RuntimeError(err_msg) |
<SYSTEM_TASK:>
Generates and caches the workflow spec package from
<END_TASK>
<USER_TASK:>
Description:
def get_worfklow_spec(self):
"""
Generates and caches the workflow spec package from
BPMN diagrams that read from disk
Returns:
SpiffWorkflow Spec object.
""" |
# TODO: convert from in-process to redis based caching
if self.current.workflow_name not in self.workflow_spec_cache:
# path = self.find_workflow_path()
# spec_package = InMemoryPackager.package_in_memory(self.current.workflow_name, path)
# spec = BpmnSerializer().deserialize_workflow_spec(spec_package)
try:
self.current.wf_object = BPMNWorkflow.objects.get(name=self.current.workflow_name)
except ObjectDoesNotExist:
self.current.wf_object = BPMNWorkflow.objects.get(name='not_found')
self.current.task_data['non-existent-wf'] = self.current.workflow_name
self.current.workflow_name = 'not_found'
xml_content = self.current.wf_object.xml.body
spec = ZopsSerializer().deserialize_workflow_spec(xml_content, self.current.workflow_name)
spec.wf_id = self.current.wf_object.key
self.workflow_spec_cache[self.current.workflow_name] = spec
return self.workflow_spec_cache[self.current.workflow_name] |
<SYSTEM_TASK:>
Calls the real save method if we pass the beggining of the wf
<END_TASK>
<USER_TASK:>
Description:
def _save_or_delete_workflow(self):
"""
Calls the real save method if we pass the beggining of the wf
""" |
if not self.current.task_type.startswith('Start'):
if self.current.task_name.startswith('End') and not self.are_we_in_subprocess():
self.wf_state['finished'] = True
self.wf_state['finish_date'] = datetime.now().strftime(
settings.DATETIME_DEFAULT_FORMAT)
if self.current.workflow_name not in settings.EPHEMERAL_WORKFLOWS and not \
self.wf_state['in_external']:
wfi = WFCache(self.current).get_instance()
TaskInvitation.objects.filter(instance=wfi, role=self.current.role,
wf_name=wfi.wf.name).delete()
self.current.log.info("Delete WFCache: %s %s" % (self.current.workflow_name,
self.current.token))
self.save_workflow_to_cache(self.serialize_workflow()) |
<SYSTEM_TASK:>
Initializes the workflow with given request, response objects and diagram name.
<END_TASK>
<USER_TASK:>
Description:
def start_engine(self, **kwargs):
"""
Initializes the workflow with given request, response objects and diagram name.
Args:
session:
input:
workflow_name (str): Name of workflow diagram without ".bpmn" suffix.
File must be placed under one of configured :py:attr:`~zengine.settings.WORKFLOW_PACKAGES_PATHS`
""" |
self.current = WFCurrent(**kwargs)
self.wf_state = {'in_external': False, 'finished': False}
if not self.current.new_token:
self.wf_state = self.current.wf_cache.get(self.wf_state)
self.current.workflow_name = self.wf_state['name']
# if we have a pre-selected object to work with,
# inserting it as current.input['id'] and task_data['object_id']
if 'subject' in self.wf_state:
self.current.input['id'] = self.wf_state['subject']
self.current.task_data['object_id'] = self.wf_state['subject']
self.check_for_authentication()
self.check_for_permission()
self.workflow = self.load_or_create_workflow()
# if form data exists in input (user submitted)
# put form data in wf task_data
if 'form' in self.current.input:
form = self.current.input['form']
if 'form_name' in form:
self.current.task_data[form['form_name']] = form
# in wf diagram, if property is stated as init = True
# demanded initial values are assigned and put to cache
start_init_values = self.workflow_spec.wf_properties.get('init', 'False') == 'True'
if start_init_values:
WFInit = get_object_from_path(settings.WF_INITIAL_VALUES)()
WFInit.assign_wf_initial_values(self.current)
log_msg = ("\n\n::::::::::: ENGINE STARTED :::::::::::\n"
"\tWF: %s (Possible) TASK:%s\n"
"\tCMD:%s\n"
"\tSUBCMD:%s" % (
self.workflow.name,
self.workflow.get_tasks(Task.READY),
self.current.input.get('cmd'), self.current.input.get('subcmd')))
log.debug(log_msg)
sys._zops_wf_state_log = log_msg
self.current.workflow = self.workflow |
<SYSTEM_TASK:>
Logs the state of workflow and content of task_data.
<END_TASK>
<USER_TASK:>
Description:
def generate_wf_state_log(self):
"""
Logs the state of workflow and content of task_data.
""" |
output = '\n- - - - - -\n'
output += "WORKFLOW: %s ( %s )" % (self.current.workflow_name.upper(),
self.current.workflow.name)
output += "\nTASK: %s ( %s )\n" % (self.current.task_name, self.current.task_type)
output += "DATA:"
for k, v in self.current.task_data.items():
if v:
output += "\n\t%s: %s" % (k, v)
output += "\nCURRENT:"
output += "\n\tACTIVITY: %s" % self.current.activity
output += "\n\tPOOL: %s" % self.current.pool
output += "\n\tIN EXTERNAL: %s" % self.wf_state['in_external']
output += "\n\tLANE: %s" % self.current.lane_name
output += "\n\tTOKEN: %s" % self.current.token
sys._zops_wf_state_log = output
return output |
<SYSTEM_TASK:>
Main workflow switcher.
<END_TASK>
<USER_TASK:>
Description:
def switch_from_external_to_main_wf(self):
"""
Main workflow switcher.
This method recreates main workflow from `main wf` dict which
was set by external workflow swicther previously.
""" |
# in external assigned as True in switch_to_external_wf.
# external_wf should finish EndEvent and it's name should be
# also EndEvent for switching again to main wf.
if self.wf_state['in_external'] and self.current.task_type == 'EndEvent' and \
self.current.task_name == 'EndEvent':
# main_wf information was copied in switch_to_external_wf and it takes this information.
main_wf = self.wf_state['main_wf']
# main_wf_name is assigned to current workflow name again.
self.current.workflow_name = main_wf['name']
# For external WF, check permission and authentication. But after cleaning current task.
self._clear_current_task()
# check for auth and perm. current task cleared, do against new workflow_name
self.check_for_authentication()
self.check_for_permission()
# WF knowledge is taken for main wf.
self.workflow_spec = self.get_worfklow_spec()
# WF instance is started again where leave off.
self.workflow = self.deserialize_workflow(main_wf['step'])
# Current WF is this WF instance.
self.current.workflow = self.workflow
# in_external is assigned as False
self.wf_state['in_external'] = False
# finished is assigned as False, because still in progress.
self.wf_state['finished'] = False
# pool info of main_wf is assigned.
self.wf_state['pool'] = main_wf['pool']
self.current.pool = self.wf_state['pool']
# With main_wf is executed.
self.run() |
<SYSTEM_TASK:>
External workflow switcher.
<END_TASK>
<USER_TASK:>
Description:
def switch_to_external_wf(self):
"""
External workflow switcher.
This method copies main workflow information into
a temporary dict `main_wf` and makes external workflow
acting as main workflow.
""" |
# External WF name should be stated at main wf diagram and type should be service task.
if (self.current.task_type == 'ServiceTask' and
self.current.task.task_spec.type == 'external'):
log.debug("Entering to EXTERNAL WF")
# Main wf information is copied to main_wf.
main_wf = self.wf_state.copy()
# workflow name from main wf diagram is assigned to current workflow name.
# workflow name must be either in task_data with key 'external_wf' or in main diagram's
# topic.
self.current.workflow_name = self.current.task_data.pop('external_wf', False) or self.\
current.task.task_spec.topic
# For external WF, check permission and authentication. But after cleaning current task.
self._clear_current_task()
# check for auth and perm. current task cleared, do against new workflow_name
self.check_for_authentication()
self.check_for_permission()
# wf knowledge is taken for external wf.
self.workflow_spec = self.get_worfklow_spec()
# New WF instance is created for external wf.
self.workflow = self.create_workflow()
# Current WF is this WF instance.
self.current.workflow = self.workflow
# main_wf: main wf information.
# in_external: it states external wf in progress.
# finished: it shows that main wf didn't finish still progress in external wf.
self.wf_state = {'main_wf': main_wf, 'in_external': True, 'finished': False} |
<SYSTEM_TASK:>
Clear tasks related attributes, checks permissions
<END_TASK>
<USER_TASK:>
Description:
def _clear_current_task(self):
"""
Clear tasks related attributes, checks permissions
While switching WF to WF, authentication and permissions are checked for new WF.
""" |
self.current.task_name = None
self.current.task_type = None
self.current.task = None |
<SYSTEM_TASK:>
Main loop of the workflow engine
<END_TASK>
<USER_TASK:>
Description:
def run(self):
"""
Main loop of the workflow engine
- Updates ::class:`~WFCurrent` object.
- Checks for Permissions.
- Activates all READY tasks.
- Runs referenced activities (method calls).
- Saves WF states.
- Stops if current task is a UserTask or EndTask.
- Deletes state object if we finish the WF.
""" |
# FIXME: raise if first task after line change isn't a UserTask
# FIXME: raise if last task of a workflow is a UserTask
# actually this check should be done at parser
is_lane_changed = False
while self._should_we_run():
self.check_for_rerun_user_task()
task = None
for task in self.workflow.get_tasks(state=Task.READY):
self.current.old_lane = self.current.lane_name
self.current._update_task(task)
if self.catch_lane_change():
return
self.check_for_permission()
self.check_for_lane_permission()
self.log_wf_state()
self.switch_lang()
self.run_activity()
self.parse_workflow_messages()
self.workflow.complete_task_from_id(self.current.task.id)
self._save_or_delete_workflow()
self.switch_to_external_wf()
if task is None:
break
self.switch_from_external_to_main_wf()
self.current.output['token'] = self.current.token
# look for incoming ready task(s)
for task in self.workflow.get_tasks(state=Task.READY):
self.current._update_task(task)
self.catch_lane_change()
self.handle_wf_finalization() |
<SYSTEM_TASK:>
Switch to the language of the current user.
<END_TASK>
<USER_TASK:>
Description:
def switch_lang(self):
"""Switch to the language of the current user.
If the current language is already the specified one, nothing will be done.
""" |
locale = self.current.locale
translation.InstalledLocale.install_language(locale['locale_language'])
translation.InstalledLocale.install_locale(locale['locale_datetime'], 'datetime')
translation.InstalledLocale.install_locale(locale['locale_number'], 'number') |
<SYSTEM_TASK:>
trigger a lane_user_change signal if we switched to a new lane
<END_TASK>
<USER_TASK:>
Description:
def catch_lane_change(self):
"""
trigger a lane_user_change signal if we switched to a new lane
and new lane's user is different from current one
""" |
if self.current.lane_name:
if self.current.old_lane and self.current.lane_name != self.current.old_lane:
# if lane_name not found in pool or it's user different from the current(old) user
if (self.current.lane_id not in self.current.pool or
self.current.pool[self.current.lane_id] != self.current.user_id):
self.current.log.info("LANE CHANGE : %s >> %s" % (self.current.old_lane,
self.current.lane_name))
if self.current.lane_auto_sendoff:
self.current.sendoff_current_user()
self.current.flow_enabled = False
if self.current.lane_auto_invite:
self.current.invite_other_parties(self._get_possible_lane_owners())
return True |
<SYSTEM_TASK:>
Transmits client message that defined in
<END_TASK>
<USER_TASK:>
Description:
def parse_workflow_messages(self):
"""
Transmits client message that defined in
a workflow task's inputOutput extension
.. code-block:: xml
<bpmn2:extensionElements>
<camunda:inputOutput>
<camunda:inputParameter name="client_message">
<camunda:map>
<camunda:entry key="title">Teşekkürler</camunda:entry>
<camunda:entry key="body">İşlem Başarılı</camunda:entry>
<camunda:entry key="type">info</camunda:entry>
</camunda:map>
</camunda:inputParameter>
</camunda:inputOutput>
</bpmn2:extensionElements>
""" |
if 'client_message' in self.current.spec.data:
m = self.current.spec.data['client_message']
self.current.msg_box(title=m.get('title'),
msg=m.get('body'),
typ=m.get('type', 'info')) |
<SYSTEM_TASK:>
runs the method that referenced from current task
<END_TASK>
<USER_TASK:>
Description:
def run_activity(self):
"""
runs the method that referenced from current task
""" |
activity = self.current.activity
if activity:
if activity not in self.wf_activities:
self._load_activity(activity)
self.current.log.debug(
"Calling Activity %s from %s" % (activity, self.wf_activities[activity]))
self.wf_activities[self.current.activity](self.current) |
<SYSTEM_TASK:>
Imports the module that contains the referenced method.
<END_TASK>
<USER_TASK:>
Description:
def _import_object(self, path, look_for_cls_method):
"""
Imports the module that contains the referenced method.
Args:
path: python path of class/function
look_for_cls_method (bool): If True, treat the last part of path as class method.
Returns:
Tuple. (class object, class name, method to be called)
""" |
last_nth = 2 if look_for_cls_method else 1
path = path.split('.')
module_path = '.'.join(path[:-last_nth])
class_name = path[-last_nth]
module = importlib.import_module(module_path)
if look_for_cls_method and path[-last_nth:][0] == path[-last_nth]:
class_method = path[-last_nth:][1]
else:
class_method = None
return getattr(module, class_name), class_name, class_method |
<SYSTEM_TASK:>
Iterates trough the all enabled `~zengine.settings.ACTIVITY_MODULES_IMPORT_PATHS` to find the given path.
<END_TASK>
<USER_TASK:>
Description:
def _load_activity(self, activity):
"""
Iterates trough the all enabled `~zengine.settings.ACTIVITY_MODULES_IMPORT_PATHS` to find the given path.
""" |
fpths = []
full_path = ''
errors = []
paths = settings.ACTIVITY_MODULES_IMPORT_PATHS
number_of_paths = len(paths)
for index_no in range(number_of_paths):
full_path = "%s.%s" % (paths[index_no], activity)
for look4kls in (0, 1):
try:
self.current.log.info("try to load from %s[%s]" % (full_path, look4kls))
kls, cls_name, cls_method = self._import_object(full_path, look4kls)
if cls_method:
self.current.log.info("WILLCall %s(current).%s()" % (kls, cls_method))
self.wf_activities[activity] = lambda crnt: getattr(kls(crnt), cls_method)()
else:
self.wf_activities[activity] = kls
return
except (ImportError, AttributeError):
fpths.append(full_path)
errmsg = "{activity} not found under these paths:\n\n >>> {paths} \n\n" \
"Error Messages:\n {errors}"
errors.append("\n========================================================>\n"
"| PATH | %s"
"\n========================================================>\n\n"
"%s" % (full_path, traceback.format_exc()))
assert index_no != number_of_paths - 1, errmsg.format(activity=activity,
paths='\n >>> '.join(
set(fpths)),
errors='\n\n'.join(errors)
)
except:
self.current.log.exception("Cannot found the %s" % activity) |
<SYSTEM_TASK:>
One or more permissions can be associated with a lane
<END_TASK>
<USER_TASK:>
Description:
def check_for_lane_permission(self):
"""
One or more permissions can be associated with a lane
of a workflow. In a similar way, a lane can be
restricted with relation to other lanes of the workflow.
This method called on lane changes and checks user has
required permissions and relations.
Raises:
HTTPForbidden: if the current user hasn't got the
required permissions and proper relations
""" |
# TODO: Cache lane_data in app memory
if self.current.lane_permission:
log.debug("HAS LANE PERM: %s" % self.current.lane_permission)
perm = self.current.lane_permission
if not self.current.has_permission(perm):
raise HTTPError(403, "You don't have required lane permission: %s" % perm)
if self.current.lane_relations:
context = self.get_pool_context()
log.debug("HAS LANE RELS: %s" % self.current.lane_relations)
try:
cond_result = eval(self.current.lane_relations, context)
except:
log.exception("CONDITION EVAL ERROR : %s || %s" % (
self.current.lane_relations, context))
raise
if not cond_result:
log.debug("LANE RELATION ERR: %s %s" % (self.current.lane_relations, context))
raise HTTPError(403, "You aren't qualified for this lane: %s" %
self.current.lane_relations) |
<SYSTEM_TASK:>
Removes the ``token`` key from ``current.output`` if WF is over.
<END_TASK>
<USER_TASK:>
Description:
def handle_wf_finalization(self):
"""
Removes the ``token`` key from ``current.output`` if WF is over.
""" |
if ((not self.current.flow_enabled or (
self.current.task_type.startswith('End') and not self.are_we_in_subprocess())) and
'token' in self.current.output):
del self.current.output['token'] |
<SYSTEM_TASK:>
modified NX dfs
<END_TASK>
<USER_TASK:>
Description:
def __dfs(self, start, weights, depth_limit):
"""
modified NX dfs
""" |
adj = self._adj
stack = [(start, depth_limit, iter(sorted(adj[start], key=weights)))]
visited = {start}
disconnected = defaultdict(list)
edges = defaultdict(list)
while stack:
parent, depth_now, children = stack[-1]
try:
child = next(children)
except StopIteration:
stack.pop()
else:
if child not in visited:
edges[parent].append(child)
visited.add(child)
if depth_now > 1:
front = adj[child].keys() - {parent}
if front:
stack.append((child, depth_now - 1, iter(sorted(front, key=weights))))
elif child not in disconnected:
disconnected[parent].append(child)
return visited, edges, disconnected |
<SYSTEM_TASK:>
Constructor from command line args.
<END_TASK>
<USER_TASK:>
Description:
def from_parse_args(cls, args):
"""Constructor from command line args.
:param args: parse command line arguments
:type args: argparse.ArgumentParser
""" |
return cls(args.migration_file,
args.database,
db_user=args.db_user,
db_password=args.db_password,
db_port=args.db_port,
db_host=args.db_host,
mode=args.mode,
allow_serie=args.allow_serie,
force_version=args.force_version,
web_host=args.web_host,
web_port=args.web_port,
web_custom_html=args.web_custom_html,
) |
<SYSTEM_TASK:>
Creates some aliases for attributes of ``current``.
<END_TASK>
<USER_TASK:>
Description:
def set_current(self, current):
"""
Creates some aliases for attributes of ``current``.
Args:
current: :attr:`~zengine.engine.WFCurrent` object.
""" |
self.current = current
self.input = current.input
# self.req = current.request
# self.resp = current.response
self.output = current.output
self.cmd = current.task_data['cmd']
if self.cmd and NEXT_CMD_SPLITTER in self.cmd:
self.cmd, self.next_cmd = self.cmd.split(NEXT_CMD_SPLITTER)
else:
self.next_cmd = None |
<SYSTEM_TASK:>
Renders form. Applies form modifiers, then writes
<END_TASK>
<USER_TASK:>
Description:
def form_out(self, _form=None):
"""
Renders form. Applies form modifiers, then writes
result to response payload. If supplied, given form
object instance will be used instead of view's
default ObjectForm.
Args:
_form (:py:attr:`~zengine.forms.json_form.JsonForm`):
Form object to override `self.object_form`
""" |
_form = _form or self.object_form
self.output['forms'] = _form.serialize()
self._add_meta_props(_form)
self.output['forms']['grouping'] = _form.Meta.grouping
self.output['forms']['constraints'] = _form.Meta.constraints
self._patch_form(self.output['forms'])
self.set_client_cmd('form') |
<SYSTEM_TASK:>
Prepare a helper dictionary for the domain to temporarily hold some information.
<END_TASK>
<USER_TASK:>
Description:
def _prepare_domain(mapping):
"""Prepare a helper dictionary for the domain to temporarily hold some information.""" |
# Parse the domain-directory mapping
try:
domain, dir = mapping.split(':')
except ValueError:
print("Please provide the sources in the form of '<domain>:<directory>'")
sys.exit(1)
try:
default_language = settings.TRANSLATION_DOMAINS[domain]
except KeyError:
print("Unknown domain {domain}, check the settings file to make sure"
" this domain is set in TRANSLATION_DOMAINS".format(domain=domain))
sys.exit(1)
# Create a temporary file to hold the `.pot` file for this domain
handle, path = tempfile.mkstemp(prefix='zengine_i18n_', suffix='.pot')
return (domain, {
'default': default_language,
'pot': path,
'source': dir,
}) |
<SYSTEM_TASK:>
Check that all domains specified in the settings was provided in the options.
<END_TASK>
<USER_TASK:>
Description:
def _validate_domains(domains):
"""Check that all domains specified in the settings was provided in the options.""" |
missing = set(settings.TRANSLATION_DOMAINS.keys()) - set(domains.keys())
if missing:
print('The following domains have been set in the configuration, '
'but their sources were not provided, use the `--source` '
'option to specify their sources: {domains}'.format(domains=', '.join(missing)))
sys.exit(1) |
<SYSTEM_TASK:>
Extract the translations into `.pot` files
<END_TASK>
<USER_TASK:>
Description:
def _extract_translations(self, domains):
"""Extract the translations into `.pot` files""" |
for domain, options in domains.items():
# Create the extractor
extractor = babel_frontend.extract_messages()
extractor.initialize_options()
# The temporary location to write the `.pot` file
extractor.output_file = options['pot']
# Add the comments marked with 'tn:' to the translation file for translators to read. Strip the marker.
extractor.add_comments = ['tn:']
extractor.strip_comments = True
# The directory where the sources for this domain are located
extractor.input_paths = [options['source']]
# Pass the metadata to the translator
extractor.msgid_bugs_address = self.manager.args.contact
extractor.copyright_holder = self.manager.args.copyright
extractor.version = self.manager.args.version
extractor.project = self.manager.args.project
extractor.finalize_options()
# Add keywords for lazy translation functions, based on their non-lazy variants
extractor.keywords.update({
'gettext_lazy': extractor.keywords['gettext'],
'ngettext_lazy': extractor.keywords['ngettext'],
'__': extractor.keywords['gettext'], # double underscore for lazy
})
# Do the extraction
_run_babel_command(extractor) |
<SYSTEM_TASK:>
Update or initialize the `.po` translation files
<END_TASK>
<USER_TASK:>
Description:
def _init_update_po_files(self, domains):
"""Update or initialize the `.po` translation files""" |
for language in settings.TRANSLATIONS:
for domain, options in domains.items():
if language == options['default']: continue # Default language of the domain doesn't need translations
if os.path.isfile(_po_path(language, domain)):
# If the translation already exists, update it, keeping the parts already translated
self._update_po_file(language, domain, options['pot'])
else:
# The translation doesn't exist, create a new translation file
self._init_po_file(language, domain, options['pot']) |
<SYSTEM_TASK:>
Remove the temporary '.pot' files that were created for the domains.
<END_TASK>
<USER_TASK:>
Description:
def _cleanup(self, domains):
"""Remove the temporary '.pot' files that were created for the domains.""" |
for option in domains.values():
try:
os.remove(option['pot'])
except (IOError, OSError):
# It is not a problem if we can't actually remove the temporary file
pass |
<SYSTEM_TASK:>
read workflows, checks if it's updated,
<END_TASK>
<USER_TASK:>
Description:
def run(self):
"""
read workflows, checks if it's updated,
tries to update if there aren't any running instances of that wf
""" |
from zengine.lib.cache import WFSpecNames
if self.manager.args.clear:
self._clear_models()
return
if self.manager.args.wf_path:
paths = self.get_wf_from_path(self.manager.args.wf_path)
else:
paths = self.get_workflows()
self.count = 0
self.do_with_submit(self.load_diagram, paths, threads=self.manager.args.threads)
WFSpecNames().refresh()
print("%s BPMN file loaded" % self.count) |
<SYSTEM_TASK:>
Scans and loads all wf found under WORKFLOW_PACKAGES_PATHS
<END_TASK>
<USER_TASK:>
Description:
def get_workflows(self):
"""
Scans and loads all wf found under WORKFLOW_PACKAGES_PATHS
Yields: XML content of diagram file
""" |
for pth in settings.WORKFLOW_PACKAGES_PATHS:
for f in glob.glob("%s/*.bpmn" % pth):
with open(f) as fp:
yield os.path.basename(os.path.splitext(f)[0]), fp.read() |
<SYSTEM_TASK:>
The model or models are checked for migrations that need to be done.
<END_TASK>
<USER_TASK:>
Description:
def check_migration_and_solr(self):
"""
The model or models are checked for migrations that need to be done.
Solr is also checked.
""" |
from pyoko.db.schema_update import SchemaUpdater
from socket import error as socket_error
from pyoko.conf import settings
from importlib import import_module
import_module(settings.MODELS_MODULE)
registry = import_module('pyoko.model').model_registry
models = [model for model in registry.get_base_models()]
try:
print(__(u"Checking migration and solr ..."))
updater = SchemaUpdater(models, 1, False)
updater.run(check_only=True)
except socket_error as e:
print(__(u"{0}Error not connected, open redis and rabbitmq{1}").format(CheckList.FAIL,
CheckList.ENDC)) |
<SYSTEM_TASK:>
Redis checks the connection
<END_TASK>
<USER_TASK:>
Description:
def check_redis():
"""
Redis checks the connection
It displays on the screen whether or not you have a connection.
""" |
from pyoko.db.connection import cache
from redis.exceptions import ConnectionError
try:
cache.ping()
print(CheckList.OKGREEN + "{0}Redis is working{1}" + CheckList.ENDC)
except ConnectionError as e:
print(__(u"{0}Redis is not working{1} ").format(CheckList.FAIL,
CheckList.ENDC), e.message) |
<SYSTEM_TASK:>
Riak checks the connection
<END_TASK>
<USER_TASK:>
Description:
def check_riak():
"""
Riak checks the connection
It displays on the screen whether or not you have a connection.
""" |
from pyoko.db.connection import client
from socket import error as socket_error
try:
if client.ping():
print(__(u"{0}Riak is working{1}").format(CheckList.OKGREEN, CheckList.ENDC))
else:
print(__(u"{0}Riak is not working{1}").format(CheckList.FAIL, CheckList.ENDC))
except socket_error as e:
print(__(u"{0}Riak is not working{1}").format(CheckList.FAIL,
CheckList.ENDC), e.message) |
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