def getiChipsForTesting(self, assay):
"""Get ALL iChips that can be used for the selected assay
[[<iChipLotID>,[<iChip>,<iChip>,<iChip>]]]
"""
ichips_for_assay = []
brains = find(portal_type='iChipLot',
review_state='released',
sort_on='expires')
if not brains:
raise NoIchipLotsFound
ichiplots = []
for brain in brains:
ichiplot = brain.getObject()
if assay.title in ichiplot.intended_assay \
and int(ichiplot.frames) == int(assay.framecount):
# commercial needs, correct assay
# want to order the ichiplots in this list by exp date
ichiplots.append(ichiplot)
for ichiplot in ichiplots:
ichips = ichiplot.objectValues()
filtered = [ic for ic in ichips if get_state(ic) == 'released']
ichips_for_assay.append([ichiplot, filtered])
return ichips_for_assay
def handle_edit(self):
obj = get_working_copy(self.context)
# TODO: use the stagingbehavior API to get the best object, in all cases
print "WC: ", obj
print "Baseline: ", get_baseline(self.context)
if obj is None:
obj = self.context
state = get_state(obj)
if state == 'private':
url = '{0}/edit'.format(obj.absolute_url())
return self.request.response.redirect(url)
elif state == 'published':
# create copy, go to it
wc = self._checkout()
url = '{0}/edit'.format(wc.absolute_url())
return self.request.response.redirect(url)
elif state == 'pending':
# create copy, go to it
transition(obj, to_state='private')
url = '{0}/edit'.format(obj.absolute_url())
return self.request.response.redirect(url)
raise ValueError('unknown state')
def getiChipsForTesting(self, assay):
"""Get ALL iChips that can be used for the selected assay
[[<iChipLotID>,[<iChip>,<iChip>,<iChip>]]]
"""
ichips_for_assay = []
brains = find(portal_type='iChipLot',
review_state='released',
sort_on='expires')
if not brains:
raise NoIchipLotsFound
ichiplots = []
for brain in brains:
ichiplot = brain.getObject()
if assay.title in ichiplot.intended_assay \
and int(ichiplot.frames) == int(assay.framecount):
# commercial needs, correct assay
# want to order the ichiplots in this list by exp date
ichiplots.append(ichiplot)
for ichiplot in ichiplots:
ichips = ichiplot.objectValues()
filtered = [ic for ic in ichips if get_state(ic) == 'released']
ichips_for_assay.append([ichiplot, filtered])
return ichips_for_assay
def handle_edit(self):
policy = ICheckinCheckoutPolicy(self.context)
obj = policy.getWorkingCopy()
#baseline = policy.getBaseline()
if obj is None:
obj = self.context
state = get_state(obj)
if state in ['private', 'sent']:
url = '{0}/edit'.format(obj.absolute_url())
return self.request.response.redirect(url)
elif state == 'published':
# create copy, go to it
wc = self._checkout()
url = '{0}/edit'.format(wc.absolute_url())
return self.request.response.redirect(url)
elif state == 'pending':
# retract object, go to it
transition(obj, to_state='sent')
url = '{0}/edit'.format(obj.absolute_url())
return self.request.response.redirect(url)
raise ValueError ('unknown state')
def __call__(self):
site = portal.get()
sf = site.unrestrictedTraverse('marine/frontpage-slides')
self.images = [o for o in sf.contentValues()
if content.get_state(o) == 'published']
return self.index()
def get_baseline_state(self):
policy = ICheckinCheckoutPolicy(self.context)
baseline = policy.getBaseline()
if baseline is None:
baseline = self.context
return get_state(baseline)
def handle_edit(self):
obj = get_working_copy(self.context)
# TODO: use the stagingbehavior API to get the best object, in all cases
print "WC: ", obj
print "Baseline: ", get_baseline(self.context)
if obj is None:
obj = self.context
state = get_state(obj)
if state == "private":
url = "{0}/edit".format(obj.absolute_url())
return self.request.response.redirect(url)
elif state == "published":
# create copy, go to it
wc = self._checkout()
url = "{0}/edit".format(wc.absolute_url())
return self.request.response.redirect(url)
elif state == "pending":
# create copy, go to it
transition(obj, to_state="private")
url = "{0}/edit".format(obj.absolute_url())
return self.request.response.redirect(url)
raise ValueError("unknown state")
def add_comment(self):
form = self.request.form
question_id = form.get('q').lower()
thread_id = form.get('thread_id')
transition_id = 'open_for_{}'.format(thread_id)
text = form.get('text')
folder = self.context
if question_id in folder.contentIds():
q_folder = folder[question_id]
# Due to a bug, For 'EC' the wrong state was given (opened_for_tl)
# transition to the correct state if necessary
current_state = get_state(q_folder)
correct_state = 'opened_for_{}'.format(thread_id)
if current_state != 'closed' and current_state != correct_state:
transition(obj=q_folder, transition='close')
transition(obj=q_folder, transition=transition_id)
else: # initially create the question folder for comments
q_folder = create(folder,
'wise.msfd.commentsfolder',
id=question_id,
title='Comments for question ' + question_id)
transition(obj=q_folder, transition=transition_id)
comment = create(q_folder, 'wise.msfd.comment', text=text)
logger.info('Added comment %r in %r:, %r', q_folder, comment, text)
return self.template()
def get_baseline_state(self):
policy = ICheckinCheckoutPolicy(self.context)
baseline = policy.getBaseline()
if baseline is None:
baseline = self.context
return get_state(baseline)
def results(self):
portal = api.portal.get()
annot = IAnnotations(portal)['broken_links_data']
latest_dates = sorted(annot.keys())[-5:]
res = {}
broken_links = []
for date in latest_dates:
for info in annot[date]:
info = info.copy()
try:
obj = self.context.restrictedTraverse(info['object_url'])
except:
continue
state = get_state(obj)
if state not in ['private', 'archived']:
info['date'] = date.Date() if isinstance(
date, DateTime) else date
if (isinstance(date, str) and date == 'pre_nov7_data'):
continue
broken_links.append(info)
for link in broken_links:
res[link['url']] = link
return res
def queryClinicalSamples(self, assay):
"""Get all the samples that are review_state='received', and which
contain an "AssayRequest" who's title matches the assay_name, and who
have a review_state of (re_run or to_be_tested).
"""
sample_data = []
for testable_state in ['re_run', 'to_be_tested']:
# this does get Clinical Samples keep reading jp
brains = find(portal_type="AssayRequest",
Title=assay.title,
review_state=testable_state)
tmp = []
for brain in brains:
assay_request = brain.getObject()
sample = assay_request.aq_parent
tmp.append({
'uid': sample.UID(),
'draw_date': sample.collection_date,
'test_status': get_state(assay_request),
'sample': sample
})
tmp = sorted(tmp, key=itemgetter('draw_date'))
sample_data.extend(tmp)
max_nr_samples = self.maxNumberOfSamplesToRun(assay)
return sample_data[:max_nr_samples]
def guard_make_available(instance):
"""
"""
if IBulkAliquot.providedBy(instance):
return False
if get_state(instance.aq_parent) == 'in_review':
return False
return True
def guard_make_available(instance):
"""
"""
if IBulkAliquot.providedBy(instance):
return False
if get_state(instance.aq_parent) == 'in_review':
return False
return True
def get_wf_state_id(self, context):
state = get_state(context)
wftool = get_tool('portal_workflow')
wf = wftool.getWorkflowsFor(context)[0] # assumes one wf
wf_state = wf.states[state]
wf_state_id = wf_state.id or state
return wf_state_id
def render(self):
try:
state = get_state(self.context)
except:
return''
if state == 'cancelled':
# noinspection PyArgumentList
return self.index()
return ''
def render(self):
try:
state = get_state(self.context)
except:
return ''
if state == 'cancelled':
# noinspection PyArgumentList
return self.index()
return ''
def _transition_to_initial(self, obj):
if content.get_state(obj=obj) == 'initial':
return obj
elif obj.portal_type == self.program_name:
return self.create_test_program()
elif obj.portal_type == self.participant_name:
return self.create_test_participant()
else:
return
def _get_current_wf_state(self, context=None):
if context is None:
context = self.context
state = get_state(context)
wftool = get_tool('portal_workflow')
wf = wftool.getWorkflowsFor(context)[0] # assumes one wf
wf_state = wf.states[state]
return state, wf_state
def render(self):
try:
state = get_state(self.context)
except WorkflowException:
return ""
if state == "archived":
return self.index()
return ""
def _transition_to_state(self, obj=None, destination_state=None):
self.assertIsNotNone(obj)
self.assertIn(destination_state, STATES.keys())
setRoles(self.portal, TEST_USER_ID, ['Manager'])
self.assertTrue('Manager' in self._get_roles_in_context(obj))
transition_steps = self._get_transition_steps_to_state(
state=destination_state) # noqa : E501
obj = self._transition_to_initial(obj)
self._recursive_transition_to_state(obj, transition_steps)
self.assertEqual(content.get_state(obj=obj), destination_state)
return obj
def handle_ObjectStateModified(site, uid):
""" Handle when a CaseStudy is published / unpublished
If published:
* if this is a working copy, abort
* check if object already exists in ArcGIS
* if doesn't exist, add one
* if exists, update the existing one
If unpublished:
* if this is a working copy, abort
* check if object exists in ArcGIS
* if exists, remove it
"""
obj = _get_obj_by_measure_id(site, uid)
if IWorkingCopy.providedBy(obj):
logger.debug("Skipping CaseStudy status change processing")
return
state = get_state(obj)
token = get_auth_token()
fid = _get_obj_FID(obj=obj, token=token)
if (state != 'published') and fid:
# it's unpublished, we'll remove the object
logger.info("ArcGIS: Deleting CaseStudy with FID %s", fid)
res = apply_edits(fid, op='deletes', token=token)
assert res['deleteResults']
assert res['deleteResults'][0]['objectId'] == fid
return
if state == "published":
repr = obj._repr_for_arcgis()
# new case study, add it to ArcGIS
if fid is None:
logger.info("ArcGIS: Adding CaseStudy with measure id %s", uid)
entry = json.dumps([repr])
res = apply_edits(entry, op='adds', token=token)
assert len(res.get('addResults', [])) == 1
assert res['addResults'][0]['success'] == True
# existing case study, sync its info
else:
logger.info("ArcGIS: Updating CaseStudy with FID %s", fid)
repr['attributes']['FID'] = fid
entry = json.dumps([repr])
res = apply_edits(entry, op='updates', token=token)
assert res['updateResults']
assert res['updateResults'][0]['objectId'] == fid
def get_status_color(self, context=None):
if context is None:
context = self.context
state = get_state(context)
wftool = get_tool('portal_workflow')
wf = wftool.getWorkflowsFor(context)[0] # assumes one wf
wf_state = wf.states[state]
wf_state_id = wf_state.id or state
return self.status_colors.get(wf_state_id, "secondary")
def process_phase(self, context=None):
if context is None:
context = self.context
state = get_state(context)
wftool = get_tool('portal_workflow')
wf = wftool.getWorkflowsFor(context)[0] # assumes one wf
wf_state = wf.states[state]
title = wf_state.title.strip() or state
return state, title
def _verify_allowed_transition_by_role(
self,
obj=None,
initial_state=None,
role=None,
transition=None,
destination_state=None,
end_state=None,
):
self.assertIsNotNone(obj)
self.assertIn(initial_state, STATES.keys())
self.assertIn(role, ROLES)
self.assertIn(transition, TRANSITIONS)
self.assertIn(destination_state, STATES.keys())
self.assertIn(end_state, STATES.keys())
self.assertEqual(content.get_state(obj=obj), initial_state)
self._switch_role(obj, role)
content.transition(obj=obj, transition=transition)
self.assertEqual(content.get_state(obj=obj), destination_state)
# send it back to the end state
self._transition_to_state(obj, destination_state=end_state)
def _transition_and_or_roles_test(
self,
fast,
initial_state,
transition,
end_state,
authorized_roles,
):
if fast:
self.assertEqual(content.get_state(obj=self.test_obj),
initial_state)
content.transition(obj=self.test_obj, transition=transition)
self.assertEqual(content.get_state(obj=self.test_obj), end_state)
else:
self._verify_transition_by_all_roles(
obj=self.test_obj,
initial_state=initial_state,
authorized_roles=authorized_roles,
transition=transition,
destination_state=end_state,
end_state=initial_state,
)
def _verify_transition_by_all_roles(
self,
obj=None,
initial_state=None,
authorized_roles=None,
unauthorized_roles=None,
transition=None,
destination_state=None,
end_state=None,
):
self.assertIsNotNone(obj)
self.assertIn(initial_state, STATES.keys())
self.assertIn(transition, TRANSITIONS)
self.assertIn(destination_state, STATES.keys())
self.assertIn(end_state, STATES.keys())
self.assertIsSubset(authorized_roles, ROLES)
if unauthorized_roles is None:
unauthorized_roles = list(ROLES - set(authorized_roles))
self._verify_allowed_transition_by_roles(
obj=obj,
initial_state=initial_state,
roles=authorized_roles,
transition=transition,
destination_state=destination_state,
end_state=end_state,
)
# verify can view the item
# verify can view viewable fields
# verify can edit editable fields
self._verify_unauthorized_transition_by_roles(
obj=obj,
initial_state=initial_state,
roles=unauthorized_roles,
transition=transition,
end_state=end_state,
)
# verify cannot view item
# verify cannot view certain fields
# verify cannot edit certain fields
# check if we have to get to the destination_state
if content.get_state(obj=obj) != destination_state:
self._switch_role(obj, 'Manager')
self._transition_to_state(
obj,
transition=transition,
state=destination_state,
)
def can_checkin(self):
# user is Reviewer/Editor, state is submitted, context is wc
local_roles = get_roles(obj=self.context, inherit=True)
control = getMultiAdapter((self.context, self.request),
name="iterate_control")
if not hasattr(control, 'is_checkout'):
return False
is_wc = control.is_checkout()
is_ready = get_state(self.context) == 'ready_for_checkin'
can_checkin = bool(set(['Editor', 'Reviewer']).
intersection(set(local_roles)))
return is_wc and is_ready and can_checkin
def results(self):
annot = IAnnotations(self.context)
res = []
for info in annot.get('broken_links_data', []):
try:
obj = self.context.restrictedTraverse(info['object_url'])
except:
continue
try:
state = get_state(obj)
except Exception:
state = "N/A"
if state not in ['private', 'archived', 'N/A']:
res.append(info)
return res
def _attempt_invalid_transition(
self,
obj=None,
transition=None,
end_state=None,
):
self.assertIsNotNone(obj)
self.assertIn(transition, TRANSITIONS)
self.assertIn(end_state, STATES.keys())
error_str = ''
try:
content.transition(obj=obj, transition=transition)
except InvalidParameterError as e:
error_str = e.message
found_expected_error = 'Invalid transition' in error_str
self.assertTrue(found_expected_error)
self.assertEqual(content.get_state(obj=obj), end_state)
def get_run(self, path):
run_nr = self.get_run_nr(path)
# get the run nr so we can loop the plates
brains = find(object_provides=IVeracisRunBase.__identifier__,
run_number=run_nr)
if not brains:
msg = "No test run found with run_number=%s." % run_nr
raise RuntimeError(msg)
run = brains[0].getObject()
# verify that run is in correct state for import.
state = get_state(run)
if state != 'scanning':
if state == 'resulted':
return None
msg = "Test run %s is in state '%s'. Expected state: 'scanning'" \
% (run.title, state)
raise RunInIncorrectState(msg)
return run
def _verify_unauthorized_transition_by_role(
self,
obj=None,
initial_state=None,
role=None,
transition=None,
end_state=None,
):
self.assertIsNotNone(obj)
self.assertIn(initial_state, STATES.keys())
self.assertIn(role, ROLES)
self.assertIn(transition, TRANSITIONS)
self.assertIn(end_state, STATES.keys())
self.assertEqual(content.get_state(obj=obj), initial_state)
self._switch_role(obj, role)
self._attempt_invalid_transition(
obj,
transition=transition,
end_state=end_state,
)
def can_checkout(self):
# user is Contributer, state is published, context is baseline and
# doesn't have a checkout
# if self.context.portal_type == 'Document':
# import pdb; pdb.set_trace()
local_roles = get_roles(obj=self.context, inherit=True)
control = getMultiAdapter((self.context, self.request),
name="iterate_control")
# currently enable the viewlet only for mtr page
if 'mtr/countries' not in self.context.absolute_url_path():
return False
# this happens if the context is not registered for @@iterate_control
# for example, content types we don't care about
if not hasattr(control, 'is_checkout'):
return False
policy = ICheckinCheckoutPolicy(self.context, None)
if policy is None:
return False
wc = policy.getWorkingCopy()
is_baseline = not control.is_checkout()
is_published = get_state(self.context) == 'published'
# is_country_draft = get_state(self.context) == 'country_draft'
is_contributor = 'Contributor' in local_roles
has_wc = wc is not None
correct_state = is_published # or is_country_draft
return is_baseline \
and correct_state \
and is_contributor \
and (not has_wc)
def queryClinicalSamples(self, assay):
"""Get all the samples that are review_state='received', and which
contain an "AssayRequest" who's title matches the assay_name, and who
have a review_state of (re_run or to_be_tested).
"""
sample_data = []
for testable_state in ['re_run', 'to_be_tested']:
# this does get Clinical Samples keep reading jp
brains = find(portal_type="AssayRequest",
Title=assay.title,
review_state=testable_state)
tmp = []
for brain in brains:
assay_request = brain.getObject()
sample = assay_request.aq_parent
tmp.append({'uid': sample.UID(),
'draw_date': sample.collection_date,
'test_status': get_state(assay_request),
'sample': sample})
tmp = sorted(tmp, key=itemgetter('draw_date'))
sample_data.extend(tmp)
max_nr_samples = self.maxNumberOfSamplesToRun(assay)
return sample_data[:max_nr_samples]
def after_release(instance):
"""
"""
for ichip in instance.objectValues():
if get_state(ichip) == "quarantined":
transition(ichip, "release")
def process_results_xlsx(self, path):
"""Take values from path/Out/Results/SLEkey_Results.xlsx, and write
them to the database
"""
run = self.get_run(path)
# Get the first sheet
filename = join(path, 'Out', 'Results', 'SLEkey_Results.xlsx')
wb = openpyxl.load_workbook(filename)
ws = wb.get_sheet_by_name('Sheet1')
# header rows for blocks containg QC and Clinical aliquot/sample info
qc_head_row = self.findnextSerial_Numberrow(ws, 1)
clin_head_row = self.findnextSerial_Numberrow(ws, qc_head_row + 1)
# get column letters of all qc headers that start with "ichip*"
qc_ichip_cols = []
passfail_col = None
for col in all_cols:
coord = "%s%s" % (col, qc_head_row)
val = "%s" % ws[coord].value
if val:
if val.lower().startswith("fina"):
passfail_col = coord
if val.lower().startswith("ichip"):
qc_ichip_cols.append(col)
ichip_passfail_combos = []
if passfail_col:
for row in range(qc_head_row + 1, clin_head_row):
passfail = "%s" % ws["%s%s" % (passfail_col, row)].value
ichip_titles = []
for col in qc_ichip_cols:
ichip_titles.append(ws["%s%s" % (col, row)].value)
ichip_passfail_combos.append([ichip_titles, passfail])
# for each plate
for plate in run.plates:
plate_ichips = []
plate_ichiplot_titles = []
# get all unique ichip lot numbers in a list
for key, uid in plate.items():
if key.startswith('ichip-id'):
ichip = find(UID=uid)[0].getObject()
plate_ichips.append(ichip)
ichiplot_title = ichip.title.upper().split('-')[0]
if ichiplot_title not in plate_ichiplot_titles:
plate_ichiplot_titles.append(ichiplot_title)
for combo in ichip_passfail_combos:
if sorted(plate_ichiplot_titles) == sorted(combo[0]):
for ichip in plate_ichips:
transition(ichip, 'qc_' + combo[1].lower())
# 'consume' qc aliquots.
for uid in plate.values():
brains = find(object_provides=IQCAliquot.__identifier__,
UID=uid, review_state='in_process')
if brains:
transition(brains[0].getObject(), 'done')
# find the column at which the following headers are located:
cols = {'Sample_ID': '',
'SLE_key_Score': '',
'SLE_key_Classification': '',
'Assay_QC_Status': ''}
if not all(cols):
msg = "One of the column headers can't be located:" % pformat(cols)
raise SpreadsheetParseError(msg)
for col in all_cols:
coord = "%s%s" % (col, clin_head_row)
value = ws[coord].value
if value in cols:
cols[value] = col
# get values from each row and colum into aliquot_results. results is:
# {sample_id: [SLE_key_Score,
# SLE_key_Classification,
# Assay_QC_Status],}
aliquot_results = {}
first_empty = self.get_first_empty_row(ws, clin_head_row)
for row in range(clin_head_row + 1, first_empty):
sample_id = ws["%s%s" % (cols['Sample_ID'], row)].value
score = ws["%s%s" % (cols['SLE_key_Score'], row)].value
classif = ws["%s%s" % (cols['SLE_key_Classification'], row)].value
status = ws["%s%s" % (cols['Assay_QC_Status'], row)].value
aliquot_results[sample_id] = {
'SLE_key_Score': score,
'SLE_key_Classification': "%s" % classif,
'Assay_QC_Status': "%s" % status
}
log = []
_used_uids = []
for plate in run.plates:
for uid in plate.values():
if uid in _used_uids:
continue
_used_uids.append(uid)
brains = find(UID=uid)
if not brains:
continue
aliquot = brains[0].getObject()
if not IAliquot.providedBy(aliquot):
continue
sample = self.get_sample_from_aliquot(aliquot)
if IClinicalSample.providedBy(sample):
if sample.title not in aliquot_results:
msg = "Sample '%s' not in spreadsheet results: %s" % \
(sample.title, pformat(aliquot_results))
raise RuntimeError(msg)
result = aliquot_results[sample.title]
ar = self.get_ar_from_sample(sample, run.assay_name)
state = result['Assay_QC_Status'].lower()
ar.aliquot_evaluated = aliquot.title
ar.date_resulted = self.get_date(ws)
# assayrequest is associated with multiple aliquots,
# so we only transition if the AR's state is expected.
if get_state(ar) == 'in_process':
transition(ar, 'qc_' + state)
aliquot.numeric_result = result['SLE_key_Score']
aliquot.text_result = result['SLE_key_Classification']
ts = datetime.strftime(datetime.now(), "%Y-%m-%d %H:%M")
log.append("%s: Sample: %s, Aliquot: %s, Results: %s, %s" % (
ts,
sample.title,
aliquot.title,
result['SLE_key_Score'],
result['SLE_key_Classification'],
))
return log
def current_state(self):
return get_state(self.context)
def current_state(self):
return get_state(self.context)
def generate_source_dict_from_event(self, event):
"""generate_source_dict_from_event.
:param event:
"""
view = self.request.get('view')
ret = []
title = event.Title()
description = event.Description()
if event.text:
description = event.text.output
editable = api.user.has_permission('Modify portal content', obj=event)
deletable = api.user.has_permission('Delete objects', obj=event)
color = 'grey'
if event.tag:
for _view_type, group_color, categories in CATEGORIES:
for cat_id, _cat_title in categories:
if cat_id in event.tag:
color = group_color
break
else:
# for events imported from ICS
for _view_type, group_color, categories in CATEGORIES:
for cat_id, _cat_tile in categories:
for tag in event.subject:
if cat_id == tag.lower():
color = group_color
break
adapter = IRecurrenceSupport(event)
# get all occurrences of the current event (if not recurrent,
# the generator will only produce the event itself) and create a
# results entry for each one
for occurrence in adapter.occurrences(
range_start=DateTime(self.request.get('start')),
range_end=DateTime(self.request.get('end'))):
# The default source marks an event as all day if it is longer than
# one day. Marking an event as all day in contentpage will set
# the times to 00:00 and 23:59. If those times are on the same
# date they will not be recognised as all day because that's only a
# 0.999.. day. This check will mark those events as all day.
start = occurrence.start
end = occurrence.end
duration = occurrence.end - occurrence.start
if isinstance(duration, timedelta):
duration = duration.total_seconds() / 60. / 60. / 24.
# compute real all day for the tooltip information
real_allday = (event.whole_day or
duration > 0.99 or
start == end or
occurrence.start.date() != occurrence.end.date())
# For the main calendar_view we set all events to allday because we
# don't show start and end times anyway and we need the background
# color that only appears on full day events.
if view == 'calendar_view':
allday = True
end += timedelta(days=1)
else:
# on all other views we need the allday to be correct
allday = real_allday
iso = 'isoformat' if hasattr(start, 'isoformat') else 'ISO8601'
start = getattr(start, iso)()
end = getattr(end, iso)()
ret.append({
"id": "UID_%s" % (event.UID()),
"title": title,
"start": start,
"end": end,
"url": event.absolute_url(),
"can_edit": editable,
"can_delete": deletable,
"backgroundColor": color,
"allDay": allday,
"realAllDay": real_allday,
"className": "state-" + str(get_state(event)) +
(editable and " editable" or ""),
"description": description,
"location": event.location,
"realStartTime": occurrence.start.strftime('%H:%M'),
"realEndTime": occurrence.end.strftime('%H:%M'),
"realStartDate": occurrence.start.strftime('%B %d'),
"realEndDate": occurrence.end.strftime('%B %d'),
"oneday": occurrence.start.date() == occurrence.end.date()
})
return ret
def state(self):
"""return the current review_state of context
"""
return get_state(self.context)
def is_not_private(self):
return get_state(self.context) != 'private'
def render(self):
if get_state(self.context, 'cancelled'):
return ''
else:
# noinspection PyArgumentList
return self.index()
def get_status(self, city):
try:
return get_state(city)
except Exception, e:
return "Error: %s" % e
def guard_release(instance):
"""
"""
if get_state(instance.aq_parent) != "released":
return False
return True
def votable_update(votable_object, event):
votable = IVoting(votable_object)
if get_state(votable_object) == 'pending':
if votable.average_vote() > 0.5:
transition(votable_object, transition='publish')
def myState(self):
"""
"""
return content.get_state(self, "None")
