def _create_object_in_session( obj ):
session = object_session( obj ) if object_session is not None else None
if session is not None:
object_session( obj ).add( obj )
object_session( obj ).flush()
else:
raise Exception( NO_SESSION_ERROR_MESSAGE )
def test_invalid_token_during_connect(db, patch_access_token_getter,
account_with_single_auth_creds):
account_id = account_with_single_auth_creds.id
patch_access_token_getter.revoke_refresh_token(
account_with_single_auth_creds.auth_credentials[0].refresh_token)
account_with_single_auth_creds.verify_all_credentials()
assert len(account_with_single_auth_creds.valid_auth_credentials) == 0
g_token_manager.clear_cache(account_with_single_auth_creds)
# connect_account() takes an /expunged/ account object
# that has the necessary relationships eager-loaded
object_session(account_with_single_auth_creds).expunge(
account_with_single_auth_creds)
assert not object_session(account_with_single_auth_creds)
account = db.session.query(GmailAccount).options(
joinedload(GmailAccount.auth_credentials)).get(
account_id)
db.session.expunge(account)
assert not object_session(account)
g = GmailAuthHandler('gmail')
with pytest.raises(OAuthError):
g.connect_account(account)
invalid_account = db.session.query(GmailAccount).get(account_id)
for auth_creds in invalid_account.auth_credentials:
assert not auth_creds.is_valid
def last_modified(self):
""" Returns last change of the elections. """
changes = [self.last_change, self.last_result_change]
session = object_session(self)
election_ids = [election.id for election in self.elections]
# Get the last election change
result = object_session(self).query(Election.last_change)
result = result.order_by(desc(Election.last_change))
result = result.filter(Election.id.in_(election_ids))
changes.append(result.first()[0] if result.first() else None)
# Get the last candidate change
result = object_session(self).query(Candidate.last_change)
result = result.order_by(desc(Candidate.last_change))
result = result.filter(Candidate.election_id.in_(election_ids))
changes.append(result.first()[0] if result.first() else None)
# Get the last list connection change
result = session.query(ListConnection.last_change)
result = result.order_by(desc(ListConnection.last_change))
result = result.filter(ListConnection.election_id.in_(election_ids))
changes.append(result.first()[0] if result.first() else None)
# Get the last list change
result = session.query(List.last_change)
result = result.order_by(desc(List.last_change))
result = result.filter(List.election_id == self.id)
changes.append(result.first()[0] if result.first() else None)
changes = [change for change in changes if change]
return max(changes) if changes else None
def test_explicit_expunge_deleted(self):
users, User = self.tables.users, self.classes.User
mapper(User, users)
sess = Session()
sess.add(User(name='x'))
sess.commit()
u1 = sess.query(User).first()
sess.delete(u1)
sess.flush()
assert was_deleted(u1)
assert u1 not in sess
assert object_session(u1) is sess
sess.expunge(u1)
assert was_deleted(u1)
assert u1 not in sess
assert object_session(u1) is None
sess.rollback()
assert was_deleted(u1)
assert u1 not in sess
assert object_session(u1) is None
def answer_mode(survey_node: AnswerableSurveyNode):
"""Get the mode of the answers."""
type_constraint = survey_node.the_type_constraint
allowable_types = {
'text', 'integer', 'decimal', 'date', 'time', 'timestamp', 'location',
'facility', 'multiple_choice'
}
if type_constraint not in allowable_types:
raise InvalidTypeForOperation((type_constraint, 'mode'))
answer_cls = ANSWER_TYPES[survey_node.the_type_constraint]
result = (
object_session(survey_node)
.execute(
sa.text(
'SELECT MODE() WITHIN GROUP (ORDER BY main_answer)'
' FROM {table} JOIN {answer_table} ON'
' {table}.id = {answer_table}.id'
' WHERE {answer_table}.survey_node_id = :sn_id'.format(
table=answer_cls.__table__,
answer_table=Answer.__table__,
)
),
{'sn_id': survey_node.id}
)
.scalar()
)
if type_constraint == 'multiple_choice' and result:
result = object_session(survey_node).query(Choice).get(str(result))
return result
def __init__(self, namespace_id=None, subject=None, thread_public_id=None,
started_before=None, started_after=None,
last_message_before=None, last_message_after=None,
any_email=None, to_addr=None, from_addr=None, cc_addr=None,
bcc_addr=None, filename=None, tag=None, detached=True):
self.namespace_id = namespace_id
self.subject = subject
self.thread_public_id = thread_public_id
self.started_before = started_before
self.started_after = started_after
self.last_message_before = last_message_before
self.last_message_after = last_message_after
self.any_email = any_email
self.to_addr = to_addr
self.from_addr = from_addr
self.cc_addr = cc_addr
self.bcc_addr = bcc_addr
self.filename = filename
self.tag = tag
if detached and object_session(self) is not None:
s = object_session(self)
s.expunge(self)
# Note, you can later add this object to a session by doing
# session.merge(detached_objecdt)
# For transaction filters
self.filters = []
self.setup_filters()
def on_after_update(mapper, connection, target):
request = getattr(target, '_request', None)
from .documents import BaseDocument
# Reindex old one-to-one related object
committed_state = attributes.instance_state(target).committed_state
columns = set()
for field, value in committed_state.items():
if isinstance(value, BaseDocument):
obj_session = object_session(value)
# Make sure object is not updated yet
if not obj_session.is_modified(value):
obj_session.expire(value)
index_object(value, with_refs=False,
request=request)
else:
id_pos = field.rfind('_id')
if id_pos >= 0:
rel_name = field[:id_pos]
rel = mapper.relationships.get(rel_name, False)
if rel and any(c.name == field for c in rel.local_columns):
columns.add(rel_name)
# Reload `target` to get access to processed fields values
columns = columns.union([c.name for c in class_mapper(target.__class__).columns])
object_session(target).expire(target, attribute_names=columns)
index_object(target, request=request, with_refs=False, nested_only=True)
# Reindex the item's parents. This must be done after the child has been processes
for parent, children_field in target.get_parent_documents(nested_only=True):
columns = [c.name for c in class_mapper(parent.__class__).columns]
object_session(parent).expire(parent, attribute_names=columns)
ES(parent.__class__.__name__).index_nested_document(parent, children_field, target)
def __getattr__( self, name ):
if name in self.spec:
if name in self.parent._metadata:
return self.spec[name].wrap( self.parent._metadata[name], object_session( self.parent ) )
return self.spec[name].wrap( self.spec[name].default, object_session( self.parent ) )
if name in self.parent._metadata:
return self.parent._metadata[name]
def test_i18n( self ):
from camelot.model.i18n import Translation, ExportAsPO
session = Session()
session.execute( Translation.__table__.delete() )
self.assertEqual( Translation.translate( 'bucket', 'nl_BE' ), None )
# run twice to check all branches in the code
Translation.translate_or_register( 'bucket', 'nl_BE' )
Translation.translate_or_register( 'bucket', 'nl_BE' )
self.assertEqual( Translation.translate( 'bucket', 'nl_BE' ), 'bucket' )
self.assertEqual( Translation.translate( '', 'nl_BE' ), '' )
self.assertEqual( Translation.translate_or_register( '', 'nl_BE' ), '' )
# clear the cache
Translation._cache.clear()
# fill the cache again
translation = Translation( language = 'nl_BE', source = 'bucket',
value = 'emmer', uid=1 )
orm.object_session( translation ).flush()
self.assertEqual( Translation.translate( 'bucket', 'nl_BE' ), 'emmer' )
export_action = ExportAsPO()
model_context = MockModelContext()
model_context.obj = translation
try:
generator = export_action.model_run( model_context )
file_step = generator.next()
generator.send( ['/tmp/test.po'] )
except StopIteration:
pass
def longslit_calibrate_to_database(self, gmos_long_slit_arc_calibration=None, destination_dir='.', force=False):
session = object_session(self)
if self.wave_cal is not None:
if not force:
raise GMOSDatabaseDuplicate('This arc already has a wavelength calibration {0}. '
'Use force=True to override'.format(self.wave_cal))
else:
session.delete(self.wave_cal)
session.commit()
arctab, linesall, shift, fake = self.longslit_calibrate(gmos_long_slit_arc_calibration=gmos_long_slit_arc_calibration)
wavecal_store_fname = 'arccal-{}.h5'.format(self.raw.fits.fname.replace('.fits',''))
wavecal_store_full_path = os.path.join(destination_dir, wavecal_store_fname)
arctab.write(wavecal_store_full_path, path='arc', overwrite=True, format='hdf5')
#linesall.write(wavecal_store_full_path, path='lines', append=True, format='hdf5')
session = object_session(self)
gmos_long_slit_wavecal = GMOSLongSlitArcWavelengthSolution(id = self.id, fname=wavecal_store_fname,
path=os.path.abspath(destination_dir))
session.add(gmos_long_slit_wavecal)
session.commit()
return gmos_long_slit_wavecal
def set_session_profile(survey, survey_session, profile):
"""Set up the survey session using a given profile.
:param survey: the survey to use
:type survey: :py:class:`euphorie.content.survey.Survey`
:param survey_session: survey session to update
:type survey_session: :py:class:`euphorie.client.model.SurveySession`
:param dict profile: desired profile
:rtype: :py:class:`euphorie.client.model.SurveySession`
:return: the update session (this might be a new session)
This will rebuild the survey session tree if the profile has changed.
"""
if not survey_session.hasTree():
BuildSurveyTree(survey, profile, survey_session)
return survey_session
current_profile = extractProfile(survey, survey_session)
if current_profile == profile and not treeChanges(survey_session, survey):
survey_session.touch()
return survey_session
new_session = create_survey_session(
survey_session.title, survey, survey_session.account)
BuildSurveyTree(survey, profile, new_session, survey_session)
new_session.copySessionData(survey_session)
object_session(survey_session).delete(survey_session)
return new_session
def __exit__( self, exc_type, exc_val, exc_tb ):
if exc_type != None:
self.add_exception_to_message( exc_type, exc_val, exc_tb )
self.status = 'errors'
elif self.status == 'running':
self.status = 'success'
orm.object_session( self ).commit()
return True
def should_suppress_transaction_creation(self):
if (self in object_session(self).new or
self in object_session(self).deleted):
return False
obj_state = inspect(self)
return not (obj_state.attrs.name.history.has_changes() or
obj_state.attrs.description.history.has_changes() or
obj_state.attrs.read_only.history.has_changes())
def fix(self, geolocation):
if self.latitude == 0 or self.longitude == 0:
position = geolocation.get_position_by_name(self.address)
self.latitude = position[0]
self.longitude = position[1]
object_session(self).commit()
object_session(self).flush()
def make_copy( self, value, target_context, source_context ):
value = self.wrap( value, object_session( target_context.parent ) )
if value:
new_value = galaxy.model.MetadataFile( dataset = target_context.parent, name = self.spec.name )
object_session( target_context.parent ).add( new_value )
object_session( target_context.parent ).flush()
shutil.copy( value.file_name, new_value.file_name )
return self.unwrap( new_value )
return None
def log_activity(self, sender, actor, verb, object, target=None):
assert self.running
entry = ActivityEntry(actor=actor, verb=verb, object=object, target=target)
entry.object_type = object.entity_type
if target is not None:
entry.target_type = target.entity_type
object_session(object).add(entry)
def _record(self, mapper, model, operation):
pk = tuple(mapper.primary_key_from_instance(model))
# FIXME: Some hack just to prevent from crashing when trying to look
# for _model_changes attribute. Happens when loading fixutres with
# the fixture library.
if not hasattr(orm.object_session(model), '_model_changes'):
orm.object_session(model)._model_changes = dict()
orm.object_session(model)._model_changes[pk] = (model, operation)
return EXT_CONTINUE
def get_object_state(self):
if object_session(self) is None and not has_identity(self):
return 'transient'
elif object_session(self) is not None and not has_identity(self):
return 'pending'
elif object_session(self) is None and has_identity(self):
return 'detached'
elif object_session(self) is not None and has_identity(self):
return 'persistent'
raise Exception
def test_current_authentication(self):
from camelot.model.authentication import get_current_authentication
authentication = get_current_authentication()
# current authentication cache should survive
# a session expire + expunge
orm.object_session(authentication).expire_all()
orm.object_session(authentication).expunge_all()
authentication = get_current_authentication()
self.assertTrue(authentication.username)
def is_canceled( self ):
"""Verifies if this Batch Job is canceled. Returns :keyword:`True` if
it is. This method is thus suiteable to call inside a running batch job
to verifiy if another user has canceled the running job. Create a
batch job object through the :meth:`create` method to make sure
requesting the status does not interfer with the normal session.
:return: :keyword:`True` or :keyword:`False`
"""
orm.object_session( self ).expire( self, ['status'] )
return self.current_status == 'canceled'
def new_file( self, dataset = None, **kwds ):
if object_session( dataset ):
mf = galaxy.model.MetadataFile( name = self.spec.name, dataset = dataset, **kwds )
object_session( dataset ).add( mf )
object_session( dataset ).flush() #flush to assign id
return mf
else:
#we need to make a tmp file that is accessable to the head node,
#we will be copying its contents into the MetadataFile objects filename after restoring from JSON
#we do not include 'dataset' in the kwds passed, as from_JSON_value() will handle this for us
return MetadataTempFile( **kwds )
def also_set_tag(self, key, folderitem, is_remove):
# Also add or remove the associated tag whenever a folder is added or
# removed.
with object_session(self).no_autoflush:
folder = folderitem.folder
tag = folder.get_associated_tag(object_session(self))
if is_remove:
self.remove_tag(tag)
else:
self.apply_tag(tag)
return folderitem
def refresh_total_usage(self):
accepted_status_list = (
201, 301, 311, 511, 601, 521, 621, 701, 321, 231, 241)
if object_session(self):
value = object_session(self).query(Deal)\
.filter(Deal.coupon == self)\
.filter(Deal.deal_status_id.in_(accepted_status_list))\
.count()
else:
value = 0
self.used_total = value
def _create_versions(self):
# be careful! makes flush!
if not self._front_item:
object_session(self).flush()
# XXX it is better to do this automatically on before_insert or
# after_insert
self._create_front_object()
# the item is created, we set PRIVATE state as default
# XXX hasattr looks hacky
if hasattr(self, 'state') and (
self.state is None or self.state == self.ABSENT):
self.state = self.PRIVATE
def print_state(obj):
from sqlalchemy.orm import object_session
from sqlalchemy.orm.util import has_identity
obj = obj
if object_session(obj) is None and not has_identity(obj):
print "transient:"
if object_session(obj) is not None and not has_identity(obj):
print "pending: "
if object_session(obj) is None and has_identity(obj):
print "# detached: "
if object_session(obj) is not None and has_identity(obj):
print "# persistent: "
print type(obj)
def test_getitem_removed_session(self):
# Corner case: admin removed survey, but survey session still exists
import mock
from sqlalchemy.orm import object_session
from euphorie.client.tests.utils import addAccount
from euphorie.client.model import SurveySession
account = addAccount()
survey_session = SurveySession(title=u'Dummy',
zodb_path='does/not/exist', account=account)
object_session(account).add(survey_session)
sessions = self.Sessions('sessions', None, account)
with mock.patch('euphorie.client.api.sessions.get_survey') \
as mock_get:
mock_get.return_value = None
self.assertRaises(KeyError, sessions.__getitem__, '1')
def __getitem__(self, version):
session = orm.object_session(self)
canonical_version = packaging.utils.canonicalize_version(version)
try:
return (
session.query(Release)
.filter(
(Release.project == self)
& (Release.canonical_version == canonical_version)
)
.one()
)
except MultipleResultsFound:
# There are multiple releases of this project which have the same
# canonical version that were uploaded before we checked for
# canonical version equivalence, so return the exact match instead
try:
return (
session.query(Release)
.filter((Release.project == self) & (Release.version == version))
.one()
)
except NoResultFound:
# There are multiple releases of this project which have the
# same canonical version, but none that have the exact version
# specified, so just 404
raise KeyError from None
except NoResultFound:
raise KeyError from None
def from_fits_object(cls, fits_object):
session = object_session(fits_object)
mask_name = fits_object.header['DATALAB'].lower().strip()
mask_program = session.query(gemini_alchemy.Program).filter_by(name=fits_object.header['GEMPRGID'].lower().strip()).one()
mask_object = cls(mask_name, mask_program.id)
mask_object.fits_id = fits_object.id
return mask_object
def _get_loan_details(self):
where = [tables.loans.c.movie_id==self.movie_id]
if self.collection_id is not None:
where.append(tables.loans.c.collection_id==self.collection_id)
if self.volume_id is not None:
where.append(tables.loans.c.volume_id==self.volume_id)
return object_session(self).query(Loan).filter(and_(tables.loans.c.return_date==None, or_(*where))).first()
def start_taxonomy_check():
"""run the batch taxonomy check (BTC)
"""
view = GenericEditorView(
os.path.join(paths.lib_dir(), "plugins", "plants", "taxonomy_check.glade"),
parent=None,
root_widget_name="dialog1",
)
model = type("BTCStatus", (object,), {})()
model.page = 1
model.selection = view.get_selection()
model.tick_off = None
model.report = None
model.file_path = ""
if model.selection is None:
return
from sqlalchemy.orm import object_session
presenter = BatchTaxonomicCheckPresenter(model, view, refresh_view=True, session=object_session(model.selection[0]))
error_state = presenter.start()
if error_state:
presenter.session.rollback()
else:
presenter.commit_changes()
from bauble import gui
view = gui.get_view()
if hasattr(view, "update"):
view.update()
presenter.cleanup()
return error_state
def contents(self):
# type: () -> List[str]
from ..astro_object import AstronomicalObject
# Get a valid database session:
#
# I'm not sure if the object_session is required, but it guarantees
# that we are working with the session that this archive belongs to.
# In theory, fidia.mappingdb_session should be the only session present.
session = object_session(self)
if session is None:
session = fidia.mappingdb_session
query = session.query(AstronomicalObject._identifier)
query_results = query.filter_by(
_db_archive_id=self._db_archive_id).all()
# Results will contain a list of tuples, so we must get the first column out so we have a simple list.
contents = [i[0] for i in query_results] # type: List[str]
return contents
def test_do_GET_use_vocabulary_token(self):
from sqlalchemy.orm import object_session
from zope.publisher.browser import TestRequest
from euphorie.client.model import Risk
self.loginAsPortalOwner()
(account, survey, survey_session) = _setup_session(self.portal)
risk = survey['1']['2']
risk.title = u'Everything is under control.'
risk.problem_description = u'Not everything under control.'
risk.description = None
risk.evaluation_method = 'calculated'
request = TestRequest()
request.survey = survey
risk = object_session(survey_session).query(Risk).first()
risk.probability = 3
risk.frequency = 7
view = self.View(risk, request)
response = view.do_GET()
self.assertEqual(response['probability'], 'medium')
self.assertEqual(response['frequency'], 'constant')
self.assertEqual(response['effect'], None)
def mds_hw_listen(instance, args, kwargs):
print(args, kwargs)
session.add(instance)
def got_id(session, flush_context):
printD(instance)
try:
for mds in instance.type.metadatasources: #FIXME test to see if we can get stuff from args/kwargs
session.add(instance.id, mds.id, mds.hardware_id)
session.flush()
except:
printD(
'it would seem your exp doesnt have a type or the type has not mdses, what kind of experiment is this!?'
)
#raise
finally:
pass
#rem_got_id() #FIXME why does this... fail on Project...?
hld.store(got_id)
event.listen(object_session(instance), 'after_flush', got_id, instance)
def __acl__(self):
session = orm.object_session(self)
acls = [
(Allow, "group:admins", "admin"),
(Allow, "group:moderators", "moderator"),
]
# Get all of the users for this project.
query = session.query(Role).filter(Role.project == self)
query = query.options(orm.lazyload("project"))
query = query.options(orm.joinedload("user").lazyload("emails"))
query = query.join(User).order_by(User.id.asc())
for role in sorted(
query.all(),
key=lambda x: ["Owner", "Maintainer"].index(x.role_name)):
if role.role_name == "Owner":
acls.append(
(Allow, str(role.user.id), ["manage:project", "upload"]))
else:
acls.append((Allow, str(role.user.id), ["upload"]))
return acls
def set_inherit_security(self, obj, inherit_security):
"""
"""
assert isinstance(obj, InheritSecurity)
assert isinstance(obj, Entity)
obj.inherit_security = inherit_security
session = object_session(obj) if obj is not None else db.session
session.add(obj)
manager = self._current_user_manager(session=session)
op = (SecurityAudit.SET_INHERIT
if inherit_security else SecurityAudit.UNSET_INHERIT)
audit = SecurityAudit(manager=manager,
op=op,
object=obj,
object_id=obj.id,
object_type=obj.entity_type,
object_name=obj.name)
session.add(audit)
self._needs_flush()
def first_publication_number(self):
""" Returns the first publication number of this issue based on the
last issue of the same year. """
from onegov.gazette.models.notice import GazetteNotice # circular
session = object_session(self)
issues = session.query(Issue.name)
issues = issues.filter(extract('year', Issue.date) == self.date.year)
issues = issues.filter(Issue.date < self.date)
issues = [issue[0] for issue in issues]
if not issues:
return 1
numbers = []
for issue in issues:
query = session.query(GazetteNotice._issues[issue])
query = query.filter(GazetteNotice._issues.has_key(issue)) # noqa
numbers.extend([int(x[0]) for x in query if x[0]])
return max(numbers) + 1 if numbers else 1
def date_observer(self, date_):
""" Changes the issue date of the notices when updating the date
of the issue.
At this moment, the transaction is not yet commited: Querying the
current issue returns the old date.
"""
issues = object_session(self).query(Issue.name, Issue.date)
issues = dict(issues.order_by(Issue.date))
issues[self.name] = date_
issues = {
key: standardize_date(as_datetime(value), 'UTC')
for key, value in issues.items()
}
for notice in self.notices():
dates = [issues.get(issue, None) for issue in notice._issues]
dates = [date for date in dates if date]
notice.first_issue = min(dates)
def composition(self):
composition = CompositionType()
session = object_session(self)
for fragment_composition_relation in self._fragment_composition:
symbol = fragment_composition_relation.brick_string
isotope, element = re.search(r"(?P<isotope>\d*)?(?P<element>\S+)", symbol).groups()
count = fragment_composition_relation.count
if count is not None:
count = int(count)
else:
count = 1
if isotope != "":
name = _make_isotope_string(element, isotope)
else:
name = element
is_brick = session.query(Brick).filter(Brick.brick == name).first()
if is_brick is None:
composition[str(name)] += count
else:
composition += is_brick.composition * count
return composition
def merged_sections(self):
"""
Returns a list of all the sections that share an active, merged
gradebook with this section. Merged sections DO NOT have to have the
same course_code.
"""
merged_sections = []
query = (
object_session(self).query(GradebookTeacherSection).filter(
self.school_year == GradebookTeacherSection.school_year
).filter(self.school_code == GradebookTeacherSection.school_code).
filter(self.gb_course_id == GradebookTeacherSection.course_id).
filter(GradebookTeacherSection.active == True).filter(
or_(
self.course_section !=
GradebookTeacherSection.course_section, self.course_code !=
GradebookTeacherSection.course_code)) # filter out ourself
)
for gb_teacher_section in query:
merged_sections.append(gb_teacher_section.section)
return merged_sections
def test_get(self):
import datetime
import json
from sqlalchemy.orm import object_session
from euphorie.client.model import Risk
from euphorie.client.model import ActionPlan
from euphorie.client.api.authentication import generate_token
from euphorie.client.api.tests.test_risk import _setup_session
self.loginAsPortalOwner()
(account, survey, survey_session) = _setup_session(self.portal)
risk = object_session(survey_session).query(Risk).one()
risk.action_plans.append(
ActionPlan(action_plan=u'This is the plan',
planning_start=datetime.date(2012, 6, 3)))
browser = Browser()
browser.addHeader('X-Euphorie-Token', generate_token(account))
browser.open('http://nohost/plone/client/api/users/1/'
'sessions/1/1/1/actionplans/1')
self.assertEqual(browser.headers['Content-Type'], 'application/json')
response = json.loads(browser.contents)
self.assertEqual(response['plan'], u'This is the plan')
def add_strings_to_message( self, strings, color = None ):
"""Add strings to the message of this batch job.
This method executes within it's own transaction, to make sure the state
of the session is rolled back on failure.
:param strings: a list or generator of strings
:param color: the html color to be used for the strings (`'red'`,
`'green'`, ...), None if the color needs no change.
"""
if color:
strings = [u'<font color="%s">'%color] + strings + [u'</font>']
session = orm.object_session( self )
with session.begin():
# message might be changed in the orm
session.flush()
batch_table = self.__table__
update = batch_table.update().where( batch_table.c.id == self.id )
update = update.values( message = sql.func.coalesce( batch_table.c.message, '' ) + sql.bindparam('line') )
for line in strings:
session.execute( update, params = {'line':line + '<br/>'} )
def from_fits_object(cls, fits_object):
session = object_session(fits_object)
category_keyword_value = fits_object.header[
cls.category_keyword].lower().strip()
if session.query(cls).filter_by(
name=category_keyword_value).count() == 0:
logger.info('%s %s mentioned in %s not found in database - adding',
cls.__name__, category_keyword_value,
fits_object.fname)
new_category_object = cls(category_keyword_value)
session.add(new_category_object)
session.commit()
return new_category_object
else:
category_object = session.query(cls).filter_by(
name=category_keyword_value).one()
logger.debug(
'%s %s mentioned in %s found in database - returning existing object %s',
cls.__name__, category_keyword_value, fits_object.fname,
category_object)
return category_object
def get_role_assignements(self, object):
session = object_session(object) if object is not None else db.session
if not session:
session = db.session()
q = session.query(RoleAssignment)
q = q.filter(RoleAssignment.object == object)\
.options(subqueryload('user.groups'))
role_assignments = q.all()
results = []
for ra in role_assignments:
principal = None
if ra.anonymous:
principal = AnonymousRole
elif ra.user:
principal = ra.user
else:
principal = ra.group
results.append((principal, ra.role))
return results
def make_aliquot_label(aliquot):
db_session = orm.object_session(aliquot)
specimen = aliquot.specimen
study = specimen.cycle.study
cycle = specimen.cycle
patient = specimen.patient
pid = patient.pid
collect_date_label = aliquot.collect_date.strftime('%m/%d/%Y')
collect_time_label = aliquot.collect_time.strftime('%H:%M')
study_label = study.short_title
cycle_label = cycle.week or cycle.title
type_label = aliquot.aliquot_type.name
# A major blunder of LIMS is to not store the enrollment info the
# sample was collected for, so we take a best guess by finding
# a disinct enrollment based on the sample
enrollment_query = (db_session.query(studies.Enrollment).filter_by(
patient=patient,
study=study).filter(studies.Enrollment.reference_number != sa.null()))
try:
enrollment = enrollment_query.one()
except (orm.exc.NoResultFound, orm.exc.MultipleResultsFound):
enrollment_number = u''
else:
enrollment_number = enrollment.reference_number
if aliquot.amount:
units = aliquot.aliquot_type.units or ''
type_label += ' {}{}'.format(aliquot.amount, units)
barcode = 0
lines = [
u'{}'.format(aliquot.id),
u'{} {} {}'.format(aliquot.id, pid, enrollment_number),
u'{} {}'.format(collect_date_label, collect_time_label),
u'{} - {} - {}'.format(study_label, cycle_label, type_label)
]
return barcode, lines
def get_as_of(self, revision=None):
'''Get this domain object at the specified revision.
If no revision is specified revision will be looked up on the global
session object. If that not found return head.
get_as_of does most of the crucial work in supporting the
versioning.
'''
sess = object_session(self)
if revision: # set revision on the session so dom traversal works
# TODO: should we test for overwriting current session?
# if rev != revision:
# msg = 'The revision on the session does not match the one you' + \
# 'requesting.'
# raise Exception(msg)
logger.debug('get_as_of: setting revision and not_as_HEAD: %s',
revision)
SQLAlchemySession.set_revision(sess, revision)
SQLAlchemySession.set_not_at_HEAD(sess)
else:
revision = SQLAlchemySession.get_revision(sess)
if SQLAlchemySession.at_HEAD(sess):
return self
else:
revision_class = self.__revision_class__
# TODO: when dealing with multi-col pks will need to update this
# (or just use continuity)
out = sess.query(revision_class).join('revision').\
filter(
Revision.timestamp <= revision.timestamp
).\
filter(
revision_class.id == self.id
).\
order_by(
Revision.timestamp.desc()
)
return out.first()
def remove_tag(self, tag, execute_action=False):
"""Remove the given Tag instance from this thread. Does nothing if the
tag isn't present. Contains extra logic for validating input and
triggering dependent changes. Callers should use this method instead of
directly calling Thread.tags.discard(tag).
Parameters
----------
tag: Tag instance
execute_action: bool
True if removing the tag should trigger a syncback action.
"""
if tag not in self.tags:
return
self.tags.remove(tag)
if execute_action:
schedule_action_for_tag(tag.public_id,
self,
object_session(self),
tag_added=False)
# Add or remove dependent tags.
inbox_tag = self.namespace.tags['inbox']
archive_tag = self.namespace.tags['archive']
unread_tag = self.namespace.tags['unread']
unseen_tag = self.namespace.tags['unseen']
spam_tag = self.namespace.tags['spam']
trash_tag = self.namespace.tags['trash']
if tag == unread_tag:
# Remove the 'unseen' tag when the unread tag is removed.
self.tags.discard(unseen_tag)
if tag == inbox_tag:
self.tags.add(archive_tag)
elif tag == archive_tag:
self.tags.add(inbox_tag)
elif tag == trash_tag:
self.tags.add(inbox_tag)
elif tag == spam_tag:
self.tags.add(inbox_tag)
def get_associations(self, kind=None, include_parents=False):
"""Get associated files, optionally limiting by association kind.
Parameters
----------
kind : str
The kind of association to return (e.g., "Child").
By default, all associations are returned.
include_parents : bool
If True, files related through inheritance
are included in the returned list. If False, only directly
associated files are returned. For example, a file's JSON
sidecar will always be returned, but other JSON files from
which the sidecar inherits will only be returned if
include_parents=True.
Returns
-------
list
A list of BIDSFile instances.
"""
if kind is None:
return self._associations
session = object_session(self)
q = (session.query(BIDSFile).join(
FileAssociation,
BIDSFile.path == FileAssociation.dst).filter_by(kind=kind,
src=self.path))
associations = q.all()
if not include_parents:
return associations
def collect_associations(results, bidsfile):
results.append(bidsfile)
for p in bidsfile.get_associations('Child'):
results = collect_associations(results, p)
return results
return chain(*[collect_associations([], bf) for bf in associations])
def create_datasource(self, path: str, type, datatype, commit=False, **args):
"""
"""
#
if self.datasource is not None:
raise MetadataMissingError('Datasource already exists. You can edit that one.')
# get a session
session = object_session(self)
# load the datasource type
if isinstance(type, int):
ds_type = api.find_datasource_type(session=session, id=type, return_iterator=True).one()
elif isinstance(type, str):
ds_type = api.find_datasource_type(session=session, name=type, return_iterator=True).first()
else:
raise AttributeError('type has to be of type int or str')
# TODO need the API for DataTypes here!!
dtype = session.query(models.DataType).filter(models.DataType.name==datatype).one()
# build the datasource object
ds = models.DataSource(type=ds_type, datatype=dtype, path=path)
# add the args
ds.save_args_from_dict(args)
# append to self
self.datasource = ds
if commit:
try:
session.add(self)
session.commit()
except Exception as e:
session.rollback()
raise e
# return
return ds
def apply_tag(self, tag, execute_action=False):
"""Add the given Tag instance to this thread. Does nothing if the tag
is already applied. Contains extra logic for validating input and
triggering dependent changes. Callers should use this method instead of
directly calling Thread.tags.add(tag).
Parameters
----------
tag: Tag instance
execute_action: bool
True if adding the tag should trigger a syncback action.
"""
if tag in self.tags:
return
self.tags.add(tag)
if execute_action:
schedule_action_for_tag(tag.public_id,
self,
object_session(self),
tag_added=True)
# Add or remove dependent tags.
# TODO(emfree) this should eventually live in its own utility function.
inbox_tag = self.namespace.tags['inbox']
archive_tag = self.namespace.tags['archive']
sent_tag = self.namespace.tags['sent']
drafts_tag = self.namespace.tags['drafts']
spam_tag = self.namespace.tags['spam']
trash_tag = self.namespace.tags['trash']
if tag == inbox_tag:
self.tags.discard(archive_tag)
elif tag == archive_tag:
self.tags.discard(inbox_tag)
elif tag == sent_tag:
self.tags.discard(drafts_tag)
elif tag == spam_tag:
self.tags.discard(inbox_tag)
elif tag == trash_tag:
self.tags.discard(inbox_tag)
def update_config(self, key, value):
""" Creates or updates db config of the VarDictGroup. Requires bound to db tree. """
dataset = self._top._config.dataset
session = object_session(self._top._config)
logger.debug(
'Updating VarDictGroup config. dataset: {}, type: {}, key: {}, value: {}'
.format(dataset, self._top._type, key, value))
if not self._parent._config:
self._parent.update_config()
# create or update group config
self._config, created = get_or_create(session,
Config,
d_vid=dataset.vid,
type=self._top._type,
parent=self._parent._config,
group=self._key,
key=self._key,
dataset=dataset)
self._top._add_valid(self._config)
# create or update value config
config, created = get_or_create(session,
Config,
parent=self._config,
d_vid=dataset.vid,
type=self._top._type,
key=key,
dataset=dataset)
if config.value != value:
# sync db value with term value.
config.value = value
session.merge(config)
session.commit()
logger.debug(
'Config bound to the VarDictGroup key updated. config: {}'.
format(config))
self._top._add_valid(config)
def dependent_foreign_keys(model_class):
"""
Returns dependent foreign keys as dicts for given model class.
** Experimental function **
"""
session = object_session(model_class)
engine = session.bind
inspector = reflection.Inspector.from_engine(engine)
table_names = inspector.get_table_names()
dependent_foreign_keys = {}
for table_name in table_names:
fks = inspector.get_foreign_keys(table_name)
if fks:
dependent_foreign_keys[table_name] = []
for fk in fks:
if fk['referred_table'] == model_class.__tablename__:
dependent_foreign_keys[table_name].append(fk)
return dependent_foreign_keys
def __getitem__(self, version):
session = orm.object_session(self)
canonical_version = packaging.utils.canonicalize_version(version)
try:
return (session.query(Release).filter((Release.project == self) & (
Release.canonical_version == canonical_version)).one())
except MultipleResultsFound:
# There are multiple releases of this project which have the same
# canonical version that were uploaded before we checked for
# canonical version equivalence, so return the exact match instead
try:
return (session.query(
Release).filter((Release.project == self)
& (Release.version == version)).one())
except NoResultFound:
# There are multiple releases of this project which have the
# same canonical version, but none that have the exact version
# specified, so just 404
raise KeyError from None
except NoResultFound:
raise KeyError from None
def __enter__(self):
self.session = s = object_session(node)
if s.new or s.dirty:
raise Exception(
"Refusing to create a new tagged node version. Session must be clean!"
)
uow = versioning_manager.unit_of_work(s)
tx = uow.create_transaction(s)
if user is not None:
tx.user = user
if tag:
if node.get_tagged_version(tag):
raise ValueError("tag already exists")
tx.meta[u"tag"] = tag
elif publish:
if node.get_published_version():
raise ValueError("publish version already exists")
tx.meta[u"publish"] = publish
else:
NodeVersion = version_class(node.__class__)
# in case you were wondering: order_by(None) resets the default order_by
last_tagged_version = node.tagged_versions.order_by(
None).order_by(
NodeVersion.transaction_id.desc()).first()
if last_tagged_version is not None:
next_version = int(last_tagged_version.tag) + 1
else:
node.versions[-1].tag = u"1"
next_version = 2
tx.meta[u"tag"] = unicode(next_version)
if comment:
tx.meta[u"comment"] = comment
return tx
def get_roles_stats(self, date_start=None) -> dict:
"""
Returns stats for all roles for the player
:param date_start: DateTime to start the stats at
:return: [role]['games', 'wins',]
"""
session = object_session(self)
query = session.query(
GameParticipant.role,
func.count().label('games'),
type_coerce(func.sum(GameParticipant.team == Game.winner), Integer).label('wins')) \
.select_from(Game) \
.join(GameParticipant) \
.filter(GameParticipant.player_id == self.discord_id) \
.group_by(GameParticipant.role)
if date_start:
query = query.filter(Game.date > date_start)
return {row.role: row for row in query}
def scoreboard_packet(self):
packet = smpacket.SMPacketServerNSCGON(nb_players=0, ids=[])
session = object_session(self)
options = ("score", "grade", "difficulty", "miss", "bad", "good",
"great", "perfect", "flawless", "held", "max_combo",
"options")
for option in options:
packet[option] = []
for songstat in (session.query(song_stat.SongStat).filter_by(
game_id=self.id).order_by(desc(song_stat.SongStat.score))):
packet["nb_players"] += 1
packet["ids"].append(
user.User.user_index(songstat.user.id, self.room_id, session))
for option in options:
packet[option].append(getattr(songstat, option, None))
return packet
def returned_on(self, date=None):
"""
Marks the loan as returned and clears loaned flag in related movies.
"""
if date is None:
date = func.current_date()
# note that SQLAlchemy will convert YYYYMMDD strings to datetime, no need to touch it
if self.return_date: # already returned, just update the date
self.return_date = date
return True
session = object_session(self)
if self.collection_id:
self.collection.loaned = False # will update the loaned flag in all associated movies as well
if self.volume_id:
self.volume.loaned = False # will update the loaned flag in all associated movies as well
if self.movie_id:
self.movie.loaned = False
self.return_date = date
def getResultsForStudent(self, student):
session = object_session(self)
pointsQuery = self.exercise_points
pointsQuery = pointsQuery.filter(
ExerciseStudent.student_id == student.id)
results = {}
for points in pointsQuery.all():
results[points.exercise_id] = {
'points': points.points,
'exercise': points.exercise
}
nonNullPoints = [
x for x in [r['points'] for r in results.values()] if x
]
if nonNullPoints:
results['sum'] = sum(nonNullPoints)
else:
results['sum'] = None
for e in self.exercises:
if e.id not in results:
results[e.id] = {'points': None, 'exercise': e}
return results
def _generate_properties_cache(self):
live_calcs = live_calculation.parser.parse_property_names("dbid()",*self.with_calculations)
session = object_session(self.base_halo)
all_halo_ids = self._link_cache.keys()
if self.base_halo.id not in all_halo_ids:
all_halo_ids=list(all_halo_ids)+[self.base_halo.id]
with temporary_halolist.temporary_halolist_table(session,
all_halo_ids) as temptable:
query = temporary_halolist.halo_query(temptable)
query = live_calcs.supplement_halo_query(query)
sql_query_results = query.all()
calculation_results = live_calcs.values(sql_query_results)
self._properties_cache = {}
for result in calculation_results.T:
properties_this = {}
for name, value in zip(self.with_calculations, result[1:]):
properties_this[name]=value
halo_id = result[0]
self._properties_cache[halo_id] = properties_this
def _expire_relationship(target, relationship_prop):
"""Expire relationship backrefs
used when an object with relationships is deleted
"""
session = object_session(target)
# get peer objects to be expired
peers = getattr(target, relationship_prop.key)
if peers is None:
# no peer to clear
return
# many-to-many and one-to-many have a list of peers
# many-to-one has only one
if (
relationship_prop.direction is interfaces.MANYTOONE
or not relationship_prop.uselist
):
peers = [peers]
for obj in peers:
if inspect(obj).persistent:
session.expire(obj, [relationship_prop.back_populates])
def get_last_5_quests(self):
session = object_session(self)
completed_quests = session.query(Quest).filter_by(
user=self.user).filter_by(
confirmed=True).filter(Quest.id != self.id).order_by(
desc(Quest.completed_date)).limit(5).all()
# gets last 5 quests that were not completed and have expired
current_time = datetime.datetime.now()
expired_quests = session.query(Quest).filter_by(
user=self.user).filter_by(confirmed=False).filter(
Quest.expiry_date < current_time).order_by(
desc(Quest.expiry_date)).limit(5).all()
quests = completed_quests
for q in expired_quests:
q.completed_date = q.expiry_date
q.actual_reward = 0
quests.append(q)
quests.sort(key=lambda x: x.completed_date, reverse=True)
return quests[:5]