def update_reviewing_roles(event, users, contributions, role, assign):
role_map = {
PaperReviewingRole.judge: attrgetter('paper_judges'),
PaperReviewingRole.content_reviewer: attrgetter('paper_content_reviewers'),
PaperReviewingRole.layout_reviewer: attrgetter('paper_layout_reviewers'),
}
for contrib in contributions:
role_group = role_map[role](contrib)
for user in users:
if assign:
role_group.add(user)
else:
role_group.discard(user)
contrib_ids = ['#{}'.format(c.friendly_id) for c in sorted(contributions, key=attrgetter('friendly_id'))]
log_data = {'Users': ', '.join(sorted(person.full_name for person in users)),
'Contributions': ', '.join(contrib_ids)}
roles_to_notify = paper_reviewing_settings.get(event, 'notify_on_assigned_contrib')
if role in roles_to_notify:
for user in users:
notify_paper_assignment(user, role, contributions, event, assign)
if assign:
event.log(EventLogRealm.reviewing, EventLogKind.positive, 'Papers',
'Papers assigned ({})'.format(orig_string(role.title)), session.user, data=log_data)
else:
event.log(EventLogRealm.reviewing, EventLogKind.negative, 'Papers',
'Papers unassigned ({})'.format(orig_string(role.title)), session.user, data=log_data)
db.session.flush()
logger.info('Paper reviewing roles in event %r updated by %r', event, session.user)
def log_registration_updated(registration, previous_state, **kwargs):
"""Log the registration status change to the event log."""
if not previous_state:
return
previous_state_title = orig_string(previous_state.title)
if (previous_state == RegistrationState.pending and registration.state
in (RegistrationState.complete, RegistrationState.unpaid)):
log_text = 'Registration for "{}" has been approved'
kind = EventLogKind.positive
elif previous_state == RegistrationState.pending and registration.state == RegistrationState.rejected:
log_text = 'Registration for "{}" has been rejected'
kind = EventLogKind.negative
elif previous_state == RegistrationState.unpaid and registration.state == RegistrationState.complete:
log_text = 'Registration for "{}" has been paid'
kind = EventLogKind.positive
elif previous_state == RegistrationState.complete and registration.state == RegistrationState.unpaid:
log_text = 'Registration for "{}" has been marked as not paid'
kind = EventLogKind.negative
elif registration.state == RegistrationState.withdrawn:
log_text = 'Registration for "{}" has been withdrawn'
kind = EventLogKind.negative
else:
state_title = orig_string(registration.state.title).lower()
log_text = 'Registration for "{{}}" has been changed from {} to {}'.format(
previous_state_title.lower(), state_title)
kind = EventLogKind.change
registration.log(EventLogRealm.participants,
kind,
'Registration',
log_text.format(registration.full_name),
session.user,
data={'Previous state': previous_state_title})
def update_reviewing_roles(event, users, contributions, role, assign):
role_map = {
PaperReviewingRole.judge: attrgetter('paper_judges'),
PaperReviewingRole.content_reviewer: attrgetter('paper_content_reviewers'),
PaperReviewingRole.layout_reviewer: attrgetter('paper_layout_reviewers'),
}
for contrib in contributions:
role_group = role_map[role](contrib)
for user in users:
if assign:
role_group.add(user)
else:
role_group.discard(user)
contrib_ids = ['#{}'.format(c.friendly_id) for c in sorted(contributions, key=attrgetter('friendly_id'))]
log_data = {'Users': ', '.join(sorted(person.full_name for person in users)),
'Contributions': ', '.join(contrib_ids)}
roles_to_notify = paper_reviewing_settings.get(event, 'notify_on_assigned_contrib')
if role in roles_to_notify:
for user in users:
notify_paper_assignment(user, role, contributions, event, assign)
if assign:
event.log(EventLogRealm.management, EventLogKind.positive, 'Papers',
'Papers assigned ({})'.format(orig_string(role.title)), session.user, data=log_data)
else:
event.log(EventLogRealm.management, EventLogKind.negative, 'Papers',
'Papers unassigned ({})'.format(orig_string(role.title)), session.user, data=log_data)
db.session.flush()
logger.info('Paper reviewing roles in event %r updated by %r', event, session.user)
def create_review(paper, review_type, user, review_data, questions_data):
review = PaperReview(revision=paper.last_revision,
type=review_type.instance,
user=user)
review.populate_from_dict(review_data)
log_data = {}
for question in paper.event.cfp.get_questions_for_review_type(
review_type.instance):
value = questions_data[f'question_{question.id}']
review.ratings.append(PaperReviewRating(question=question,
value=value))
log_data[question.title] = question.field.get_friendly_value(value)
db.session.flush()
notify_paper_review_submission(review)
logger.info("Paper %r received a review of type %s by %r", paper,
review_type.instance.name, user)
log_data.update({
'Type': orig_string(review_type.title),
'Action': orig_string(review.proposed_action.title),
'Comment': review.comment
})
paper.event.log(
EventLogRealm.reviewing,
EventLogKind.positive,
'Papers',
f'Paper for contribution {paper.contribution.verbose_title} reviewed',
user,
data=log_data)
return review
def unassign_editor(editable):
editor = editable.editor
editable.editor = None
logger.info('Editor %r has been unassigned from %r', editor, editable)
log_data = {
'Editor': editor.full_name,
'Editable type': orig_string(editable.type.title),
'Editable': editable.contribution.title
}
log_msg = '"{}" ({}) unassigned from {}'.format(editable.contribution.title,
orig_string(editable.type.title),
editor.full_name)
editable.log(EventLogRealm.management, EventLogKind.negative, 'Editing', log_msg, session.user, data=log_data)
db.session.flush()
def assign_editor(editable, editor):
old_editor = editable.editor
editable.editor = editor
logger.info('Editable %r assigned to editor %r', editable, editor)
log_data = {
'Editor': editor.full_name,
'Editable type': orig_string(editable.type.title),
'Editable': editable.contribution.title
}
if old_editor:
log_data['Previous editor'] = old_editor.full_name
log_msg = '"{}" ({}) assigned to {}'.format(editable.contribution.title,
orig_string(editable.type.title),
editor.full_name)
editable.log(EventLogRealm.management, EventLogKind.positive, 'Editing', log_msg, session.user, data=log_data)
db.session.flush()
def set_reviewing_state(event, reviewing_type, enable):
event.cfp.set_reviewing_state(reviewing_type, enable)
action = 'enabled' if enable else 'disabled'
logger.info("Reviewing type '%s' for event %r %s by %r", reviewing_type.name, event, action, session.user)
event.log(EventLogRealm.reviewing, EventLogKind.positive if enable else EventLogKind.negative, 'Papers',
"{} {} reviewing".format("Enabled" if enable else "Disabled", orig_string(reviewing_type.title.lower())),
session.user)
def _format_roles(roles):
roles = set(roles)
return ', '.join(
sorted(
orig_string(role.friendly_name)
for role in available_roles.itervalues()
if role.name in roles))
def set_reviewing_state(event, reviewing_type, enable):
event.cfp.set_reviewing_state(reviewing_type, enable)
action = 'enabled' if enable else 'disabled'
logger.info("Reviewing type '%s' for event %r %s by %r", reviewing_type.name, event, action, session.user)
event.log(EventLogRealm.reviewing, EventLogKind.positive if enable else EventLogKind.negative, 'Papers',
"{} {} reviewing".format("Enabled" if enable else "Disabled", orig_string(reviewing_type.title.lower())),
session.user)
def clone_into_event(source_event, target_event, cloners):
"""Clone data into an existing event.
Runs all required cloners.
:param source_event: The `Event` to clone data from;
:param target_event: The `Event` to clone data into;
:param cloners: A set containing the names of all enabled cloners.
"""
# Run the modular cloning system
g.importing_event = True
EventCloner.run_cloners(source_event,
target_event,
cloners,
event_exists=True)
del g.importing_event
signals.event.imported.send(target_event, source_event=source_event)
cloner_classes = {c.name: c for c in get_event_cloners().values()}
target_event.log(EventLogRealm.event,
LogKind.change,
'Event',
'Data imported',
session.user,
data={
'Modules':
', '.join(
orig_string(cloner_classes[c].friendly_name)
for c in cloners
if not cloner_classes[c].is_internal)
})
return target_event
def FIELD_DATA(cls):
title_item = {'price': 0,
'is_billable': False,
'places_limit': 0,
'is_enabled': True}
return [
(cls.first_name, {
'title': cls.first_name.get_title(),
'input_type': 'text'
}),
(cls.last_name, {
'title': cls.last_name.get_title(),
'input_type': 'text'
}),
(cls.email, {
'title': cls.email.get_title(),
'input_type': 'email'
}),
(cls.affiliation, {
'title': cls.affiliation.get_title(),
'input_type': 'text'
}),
# Fields disabled by default start in position 1000 to avoid problems reordering
(cls.address, {
'title': cls.address.get_title(),
'input_type': 'textarea',
'is_enabled': False,
'position': 1000
}),
(cls.country, {
'title': cls.country.get_title(),
'input_type': 'country',
'is_enabled': False,
'position': 1001
}),
(cls.phone, {
'title': cls.phone.get_title(),
'input_type': 'phone',
'is_enabled': False,
'position': 1002
}),
(cls.position, {
'title': cls.position.get_title(),
'input_type': 'text',
'is_enabled': False,
'position': 1003
}),
(cls.title, {
'title': cls.title.get_title(),
'input_type': 'single_choice',
'is_enabled': False,
'position': 1004,
'data': {
'item_type': 'dropdown',
'with_extra_slots': False,
'choices': [dict(title_item, id=str(uuid4()), caption=orig_string(t.title))
for t in UserTitle if t]
}
}),
]
def create_abstract_review(abstract, track, user, review_data, questions_data):
review = AbstractReview(abstract=abstract, track=track, user=user)
review.populate_from_dict(review_data)
log_data = {}
for question in abstract.event.abstract_review_questions:
value = questions_data['question_{}'.format(question.id)]
review.ratings.append(AbstractReviewRating(question=question, value=value))
log_data[question.title] = question.field.get_friendly_value(value)
db.session.flush()
logger.info("Abstract %s received a review by %s for track %s", abstract, user, track)
log_data.update({
'Track': track.title,
'Action': orig_string(review.proposed_action.title),
'Comment': review.comment
})
if review.proposed_action == AbstractAction.accept:
log_data['Contribution type'] = (review.proposed_contribution_type.name if review.proposed_contribution_type
else None)
elif review.proposed_action == AbstractAction.change_tracks:
log_data['Other tracks'] = sorted(t.title for t in review.proposed_tracks)
elif review.proposed_action in {AbstractAction.mark_as_duplicate, AbstractAction.merge}:
log_data['Other abstract'] = review.proposed_related_abstract.verbose_title
abstract.event.log(EventLogRealm.reviewing, EventLogKind.positive, 'Abstracts',
'Abstract {} reviewed'.format(abstract.verbose_title), user, data=log_data)
return review
def _format_permissions(permissions):
permissions = set(permissions)
return ', '.join(
sorted(
orig_string(p.friendly_name)
for p in available_permissions.values()
if p.name in permissions))
def create_abstract_review(abstract, track, user, review_data, questions_data):
review = AbstractReview(abstract=abstract, track=track, user=user)
review.populate_from_dict(review_data)
log_data = {}
for question in abstract.event.abstract_review_questions:
value = int(questions_data['question_{}'.format(question.id)])
review.ratings.append(AbstractReviewRating(question=question, value=value))
log_data[question.text] = value
db.session.flush()
logger.info("Abstract %s received a review by %s for track %s", abstract, user, track)
log_data.update({
'Track': track.title,
'Action': orig_string(review.proposed_action.title),
'Comment': review.comment
})
if review.proposed_action == AbstractAction.accept:
log_data['Contribution type'] = (review.proposed_contribution_type.name if review.proposed_contribution_type
else None)
elif review.proposed_action == AbstractAction.change_tracks:
log_data['Other tracks'] = sorted(t.title for t in review.proposed_tracks)
elif review.proposed_action in {AbstractAction.mark_as_duplicate, AbstractAction.merge}:
log_data['Other abstract'] = review.proposed_related_abstract.verbose_title
abstract.event.log(EventLogRealm.management, EventLogKind.positive, 'Abstracts',
'Abstract {} reviewed'.format(abstract.verbose_title), user, data=log_data)
return review
def judge_abstract(abstract, abstract_data, judgment, judge, contrib_session=None, merge_persons=False,
send_notifications=False):
from indico.modules.events.tracks.models.tracks import Track
abstract.judge = judge
abstract.judgment_dt = now_utc()
abstract.judgment_comment = abstract_data['judgment_comment']
log_data = {'Judgment': orig_string(judgment.title)}
if judgment == AbstractAction.accept:
abstract.state = AbstractState.accepted
abstract.accepted_track = abstract_data.get('accepted_track')
if abstract_data.get('override_contrib_type') or abstract_data.get('accepted_contrib_type'):
abstract.accepted_contrib_type = abstract_data.get('accepted_contrib_type')
else:
abstract.accepted_contrib_type = abstract.submitted_contrib_type
if not abstract.contribution:
abstract.contribution = create_contribution_from_abstract(abstract, contrib_session)
if abstract.accepted_track:
log_data['Track'] = abstract.accepted_track.title
if abstract.accepted_contrib_type:
log_data['Type'] = abstract.accepted_contrib_type.name
from indico.modules.events.contributions.models.limits import ContributionLimit
from sqlalchemy import func
if not abstract.accepted_contrib_type:
raise Exception("The contribution type is missing.")
limit_obj = ContributionLimit.query.filter_by(event_id=abstract.event.id,
track_id=(None if not abstract.accepted_track else abstract.accepted_track.id),
type_id=abstract.accepted_contrib_type.id).first()
limit = None if not limit_obj else limit_obj.value
val = Abstract.query.filter_by(event_id=abstract.event.id,
accepted_track_id=(None if not abstract.accepted_track else abstract.accepted_track.id),
accepted_contrib_type_id=abstract.accepted_contrib_type.id).count()
if limit and val >= limit+1:
raise Exception("Abstract admission limit of <b>%s</b> has been reached for type <i>'%s'</i> on track <i>'%s'</i>."
" Please either reset a previous judgement or report this." % (limit, abstract.accepted_contrib_type.name,
'No track' if not abstract.accepted_track else abstract.accepted_track.title))
elif judgment == AbstractAction.reject:
abstract.state = AbstractState.rejected
elif judgment == AbstractAction.mark_as_duplicate:
abstract.state = AbstractState.duplicate
abstract.duplicate_of = abstract_data['duplicate_of']
log_data['Duplicate of'] = abstract.duplicate_of.verbose_title
elif judgment == AbstractAction.merge:
abstract.state = AbstractState.merged
abstract.merged_into = abstract_data['merged_into']
log_data['Merged into'] = abstract.merged_into.verbose_title
log_data['Merge authors'] = merge_persons
if merge_persons:
_merge_person_links(abstract.merged_into, abstract)
db.session.flush()
if send_notifications:
log_data['Notifications sent'] = send_abstract_notifications(abstract)
logger.info('Abstract %s judged by %s', abstract, judge)
abstract.event.log(EventLogRealm.management, EventLogKind.change, 'Abstracts',
'Abstract {} judged'.format(abstract.verbose_title), judge, data=log_data)
def make_diff_log(changes, fields):
"""Create a value for log data containing change information.
:param changes: a dict mapping attributes to ``(old, new)`` tuples
:param fields: a dict mapping attributes to field metadata. for
simple cases this may be a string with the human-friendly
title, for more advanced fields it should be a dict
containing ``title``, a ``type`` string and a ``convert``
callback which will be invoked with a tuple containing the
old and new value
"""
data = {'_diff': True}
for key, field_data in fields.iteritems():
try:
change = changes[key]
except KeyError:
continue
if isinstance(field_data, basestring):
field_data = {'title': field_data}
title = field_data['title']
convert = field_data.get('convert')
attr = field_data.get('attr')
default = field_data.get('default')
type_ = field_data.get('type')
not_none_change = [x for x in change if x is not None]
if attr:
change = [
getattr(x, attr) if x is not None else '' for x in change
]
if convert:
change = convert(change)
if type_ is not None:
# when we have an explicit type specified don't do any
# guessing/conversions
pass
elif not_none_change and all(
isinstance(x, Enum) for x in not_none_change):
type_ = 'enum'
change = [
orig_string(getattr(x, 'title', x.name))
if x is not None else default for x in change
]
elif all(isinstance(x, (int, long, float)) for x in change):
type_ = 'number'
elif all(isinstance(x, (list, tuple)) for x in change):
type_ = 'list'
elif all(isinstance(x, set) for x in change):
type_ = 'list'
change = map(sorted, change)
elif all(isinstance(x, bool) for x in change):
type_ = 'bool'
elif all(isinstance(x, datetime) for x in change):
type_ = 'datetime'
change = [x.isoformat() for x in change]
else:
type_ = 'text'
change = map(unicode, map(orig_string, change))
data[title] = list(change) + [type_]
return data
def judge_paper(paper, judgment, comment, judge):
if judgment == PaperAction.accept:
paper.state = PaperRevisionState.accepted
elif judgment == PaperAction.reject:
paper.state = PaperRevisionState.rejected
elif judgment == PaperAction.to_be_corrected:
paper.state = PaperRevisionState.to_be_corrected
paper.last_revision.judgment_comment = comment
paper.last_revision.judge = judge
paper.last_revision.judgment_dt = now_utc()
db.session.flush()
log_data = {'New state': orig_string(judgment.title)}
notify_paper_judgment(paper)
logger.info('Paper %r was judged by %r to %s', paper, judge, orig_string(judgment.title))
paper.event.log(EventLogRealm.reviewing, EventLogKind.change, 'Papers',
'Paper "{}" was judged'.format(orig_string(paper.verbose_title)), judge,
data=log_data)
def _process_PUT(self):
self.event.log(
EventLogRealm.management, EventLogKind.positive, 'Editing',
'Opened {} editing'.format(orig_string(self.editable_type.title)),
session.user)
editable_type_settings[self.editable_type].set(self.event,
'editing_enabled', True)
return '', 204
def judge_paper(paper, judgment, comment, judge):
if judgment == PaperAction.accept:
paper.state = PaperRevisionState.accepted
elif judgment == PaperAction.reject:
paper.state = PaperRevisionState.rejected
elif judgment == PaperAction.to_be_corrected:
paper.state = PaperRevisionState.to_be_corrected
paper.last_revision.judgment_comment = comment
paper.last_revision.judge = judge
paper.last_revision.judgment_dt = now_utc()
db.session.flush()
log_data = {'New state': orig_string(judgment.title)}
notify_paper_judgment(paper)
logger.info('Paper %r was judged by %r to %s', paper, judge, orig_string(judgment.title))
paper.event.log(EventLogRealm.reviewing, EventLogKind.change, 'Papers',
f'Paper "{orig_string(paper.verbose_title)}" was judged', judge,
data=log_data)
def FIELD_DATA(cls):
title_item = {'price': 0,
'is_billable': False,
'places_limit': 0,
'is_enabled': True}
return [
(cls.title, {
'title': cls.title.get_title(),
'input_type': 'single_choice',
'data': {
'item_type': 'dropdown',
'with_extra_slots': False,
'choices': [dict(title_item, id=unicode(uuid4()), caption=orig_string(t.title))
for t in UserTitle if t]
}
}),
(cls.first_name, {
'title': cls.first_name.get_title(),
'input_type': 'text'
}),
(cls.last_name, {
'title': cls.last_name.get_title(),
'input_type': 'text'
}),
(cls.email, {
'title': cls.email.get_title(),
'input_type': 'email'
}),
(cls.affiliation, {
'title': cls.affiliation.get_title(),
'input_type': 'text'
}),
# Fields disabled by default start in position 1000 to avoid problems reordering
(cls.address, {
'title': cls.address.get_title(),
'input_type': 'textarea',
'is_enabled': False,
'position': 1000
}),
(cls.country, {
'title': cls.country.get_title(),
'input_type': 'country',
'is_enabled': False,
'position': 1001
}),
(cls.phone, {
'title': cls.phone.get_title(),
'input_type': 'phone',
'is_enabled': False,
'position': 1002
}),
(cls.position, {
'title': cls.position.get_title(),
'input_type': 'text',
'is_enabled': False,
'position': 1003
}),
]
def _process_DELETE(self):
self.event.log(
EventLogRealm.management, EventLogKind.negative, 'Editing',
'Closed {} editing'.format(orig_string(self.editable_type.title)),
session.user)
editable_type_settings[self.editable_type].set(self.event,
'editing_enabled',
False)
return '', 204
def create_review(paper, review_type, user, review_data, questions_data):
review = PaperReview(revision=paper.last_revision, type=review_type.instance, user=user)
review.populate_from_dict(review_data)
log_data = {}
for question in paper.event.cfp.get_questions_for_review_type(review_type.instance):
value = questions_data['question_{}'.format(question.id)]
review.ratings.append(PaperReviewRating(question=question, value=value))
log_data[question.title] = question.field.get_friendly_value(value)
db.session.flush()
notify_paper_review_submission(review)
logger.info("Paper %r received a review of type %s by %r", paper, review_type.instance.name, user)
log_data.update({
'Type': orig_string(review_type.title),
'Action': orig_string(review.proposed_action.title),
'Comment': review.comment
})
paper.event.log(EventLogRealm.reviewing, EventLogKind.positive, 'Papers',
'Paper for contribution {} reviewed'.format(paper.contribution.verbose_title),
user, data=log_data)
return review
def build_field_metadata(cls, field):
if field.short_name == 'name_format':
return {
'title': orig_string(field.label.text),
'default': orig_string(field.none)
}
elif field.short_name == 'theme':
choices = {
k if k else None: orig_string(v)
for k, v in field.choices
}
return {
'title': orig_string(field.label.text),
'type': 'string',
'convert': lambda changes: [choices[x] for x in changes]
}
elif field.short_name == 'timetable_theme':
choices = {k if k else None: v for k, v in field.choices}
return {
'title': orig_string(field.label.text),
'type': 'string',
'convert': lambda changes: [choices[x] for x in changes]
}
else:
return orig_string(field.label.text)
def update_session_coordinator_privs(event, data):
changes = {}
for priv, enabled in data.iteritems():
setting = COORDINATOR_PRIV_SETTINGS[priv]
if session_settings.get(event, setting) == enabled:
continue
session_settings.set(event, setting, enabled)
changes[priv] = (not enabled, enabled)
db.session.flush()
logger.info('Session coordinator privs of event %r updated with %r by %r', event, data, session.user)
if changes:
log_fields = {priv: orig_string(title) for priv, title in COORDINATOR_PRIV_TITLES.iteritems()}
event.log(EventLogRealm.management, EventLogKind.change, 'Sessions', 'Coordinator privileges updated',
session.user, data={'Changes': make_diff_log(changes, log_fields)})
def _get_reviewer_data(self, revision):
if not revision.is_last_revision:
return None
data = dict(revision.get_reviewer_render_data(self.context.get('user')))
review_type_schema = PaperReviewTypeSchema()
for name in ('groups', 'missing_groups', 'reviewed_groups'):
data[name] = [review_type_schema.dump(item.instance) for item in data[name]]
reviews = {}
for key, value in data['reviews'].items():
reviews[orig_string(key.instance.title)] = paper_review_schema.dump(value)
data['reviews'] = reviews
return data
def update_session_coordinator_privs(event, data):
changes = {}
for priv, enabled in data.iteritems():
setting = COORDINATOR_PRIV_SETTINGS[priv]
if session_settings.get(event, setting) == enabled:
continue
session_settings.set(event, setting, enabled)
changes[priv] = (not enabled, enabled)
db.session.flush()
logger.info('Session coordinator privs of event %r updated with %r by %r', event, data, session.user)
if changes:
log_fields = {priv: orig_string(title) for priv, title in COORDINATOR_PRIV_TITLES.iteritems()}
event.log(EventLogRealm.management, EventLogKind.change, 'Sessions', 'Coordinator privileges updated',
session.user, data={'Changes': make_diff_log(changes, log_fields)})
def judge_abstract(abstract,
abstract_data,
judgment,
judge,
contrib_session=None,
merge_persons=False,
send_notifications=False):
abstract.judge = judge
abstract.judgment_dt = now_utc()
abstract.judgment_comment = abstract_data['judgment_comment']
log_data = {'Judgment': orig_string(judgment.title)}
if judgment == AbstractAction.accept:
abstract.state = AbstractState.accepted
abstract.accepted_track = abstract_data.get('accepted_track')
if abstract_data.get('override_contrib_type') or abstract_data.get(
'accepted_contrib_type'):
abstract.accepted_contrib_type = abstract_data.get(
'accepted_contrib_type')
else:
abstract.accepted_contrib_type = abstract.submitted_contrib_type
if not abstract.contribution:
abstract.contribution = create_contribution_from_abstract(
abstract, contrib_session)
if abstract.accepted_track:
log_data['Track'] = abstract.accepted_track.title
if abstract.accepted_contrib_type:
log_data['Type'] = abstract.accepted_contrib_type.name
elif judgment == AbstractAction.reject:
abstract.state = AbstractState.rejected
elif judgment == AbstractAction.mark_as_duplicate:
abstract.state = AbstractState.duplicate
abstract.duplicate_of = abstract_data['duplicate_of']
log_data['Duplicate of'] = abstract.duplicate_of.verbose_title
elif judgment == AbstractAction.merge:
abstract.state = AbstractState.merged
abstract.merged_into = abstract_data['merged_into']
log_data['Merged into'] = abstract.merged_into.verbose_title
log_data['Merge authors'] = merge_persons
if merge_persons:
_merge_person_links(abstract.merged_into, abstract)
db.session.flush()
if send_notifications:
log_data['Notifications sent'] = send_abstract_notifications(abstract)
logger.info('Abstract %s judged by %s', abstract, judge)
abstract.event.log(EventLogRealm.reviewing,
EventLogKind.change,
'Abstracts',
'Abstract {} judged'.format(abstract.verbose_title),
judge,
data=log_data)
def make_diff_log(changes, fields):
"""Create a value for log data containing change information.
:param changes: a dict mapping attributes to ``(old, new)`` tuples
:param fields: a dict mapping attributes to field metadata. for
simple cases this may be a string with the human-friendly
title, for more advanced fields it should be a dict
containing ``title``, a ``type`` string and a ``convert``
callback which will be invoked with a tuple containing the
old and new value
"""
data = {'_diff': True}
for key, field_data in fields.iteritems():
try:
change = changes[key]
except KeyError:
continue
if isinstance(field_data, basestring):
field_data = {'title': field_data}
title = field_data['title']
convert = field_data.get('convert')
type_ = field_data.get('type')
if convert:
change = convert(change)
if type_ is not None:
# when we have an explicit type specified don't do any
# guessing/conversions
pass
elif all(isinstance(x, Enum) for x in change):
type_ = 'enum'
change = [orig_string(getattr(x, 'title', x.name)) for x in change]
elif all(isinstance(x, (int, long, float)) for x in change):
type_ = 'number'
elif all(isinstance(x, (list, tuple)) for x in change):
type_ = 'list'
elif all(isinstance(x, set) for x in change):
type_ = 'list'
change = map(sorted, change)
elif all(isinstance(x, bool) for x in change):
type_ = 'bool'
elif all(isinstance(x, datetime) for x in change):
type_ = 'datetime'
change = [x.isoformat() for x in change]
else:
type_ = 'text'
change = map(unicode, map(orig_string, change))
data[title] = list(change) + [type_]
return data
def make_diff_log(changes, fields):
"""Create a value for log data containing change information.
:param: a dict mapping attributes to ``(old, new)`` tuples
:param: a dict mapping attributes to field metadata. for simple
cases this may be a string with the human-friendly title,
for more advanced fields it should be a dict containing
``title``, a ``type`` string and a ``convert`` callback
which will be invoked with a tuple containing the old and
new value
:param: a dict overriding type information for attributes. can be
a string or a function that takes a tuple with the old/new
value and returns a ``(type, changes)`` tuple
"""
data = {"_diff": True}
for key, field_data in fields.iteritems():
try:
change = changes[key]
except KeyError:
continue
if isinstance(field_data, basestring):
field_data = {"title": field_data}
title = field_data["title"]
convert = field_data.get("convert")
type_ = field_data.get("type")
if convert:
change = convert(change)
if type_ is not None:
# when we have an explicit type specified don't do any
# guessing/conversions
pass
elif all(isinstance(x, Enum) for x in change):
type_ = "enum"
change = [orig_string(getattr(x, "title", x.name)) for x in change]
elif all(isinstance(x, (int, long, float)) for x in change):
type_ = "number"
elif all(isinstance(x, (list, tuple)) for x in change):
type_ = "list"
elif all(isinstance(x, set) for x in change):
type_ = "list"
change = map(sorted, change)
elif all(isinstance(x, bool) for x in change):
type_ = "bool"
else:
type_ = "text"
change = map(unicode, map(orig_string, change))
data[title] = list(change) + [type_]
return data
def _get_person_link(self, data, extra_data=None):
extra_data = extra_data or {}
person = get_event_person(
self.event,
data,
create_untrusted_persons=self.create_untrusted_persons,
allow_external=True)
person_data = {
'title':
next((x.value for x in UserTitle
if data.get('title') == orig_string(x.title)),
UserTitle.none),
'first_name':
data.get('firstName', ''),
'last_name':
data['familyName'],
'affiliation':
data.get('affiliation', ''),
'address':
data.get('address', ''),
'phone':
data.get('phone', ''),
'display_order':
data['displayOrder']
}
person_data.update(extra_data)
person_link = None
if self.object and inspect(person).persistent:
person_link = self.person_link_cls.find_first(person=person,
object=self.object)
if not person_link:
person_link = self.person_link_cls(person=person)
person_link.populate_from_dict(person_data)
email = data.get('email', '').lower()
if email != person_link.email:
if not self.event or not self.event.persons.filter_by(
email=email).first():
person_link.person.email = email
person_link.person.user = get_user_by_email(email)
if inspect(person).persistent:
signals.event.person_updated.send(person_link.person)
else:
raise UserValueError(
_('There is already a person with the email {}').format(
email))
return person_link
def judge_abstract(abstract, abstract_data, judgment, judge, contrib_session=None, merge_persons=False,
send_notifications=False):
abstract.judge = judge
abstract.judgment_dt = now_utc()
abstract.judgment_comment = abstract_data['judgment_comment']
log_data = {'Judgment': orig_string(judgment.title)}
if judgment == AbstractAction.accept:
abstract.state = AbstractState.accepted
abstract.accepted_track = abstract_data.get('accepted_track')
if abstract_data.get('override_contrib_type') or abstract_data.get('accepted_contrib_type'):
abstract.accepted_contrib_type = abstract_data.get('accepted_contrib_type')
else:
abstract.accepted_contrib_type = abstract.submitted_contrib_type
if not abstract.contribution:
abstract.contribution = create_contribution_from_abstract(abstract, contrib_session)
if abstract.accepted_track:
log_data['Track'] = abstract.accepted_track.title
if abstract.accepted_contrib_type:
log_data['Type'] = abstract.accepted_contrib_type.name
elif judgment == AbstractAction.reject:
abstract.state = AbstractState.rejected
elif judgment == AbstractAction.mark_as_duplicate:
abstract.state = AbstractState.duplicate
abstract.duplicate_of = abstract_data['duplicate_of']
log_data['Duplicate of'] = abstract.duplicate_of.verbose_title
elif judgment == AbstractAction.merge:
abstract.state = AbstractState.merged
abstract.merged_into = abstract_data['merged_into']
log_data['Merged into'] = abstract.merged_into.verbose_title
log_data['Merge authors'] = merge_persons
if merge_persons:
_merge_person_links(abstract.merged_into, abstract)
db.session.flush()
if send_notifications:
log_data['Notifications sent'] = send_abstract_notifications(abstract)
logger.info('Abstract %s judged by %s', abstract, judge)
abstract.event.log(EventLogRealm.reviewing, EventLogKind.change, 'Abstracts',
'Abstract {} judged'.format(abstract.verbose_title), judge, data=log_data)
def create_event(category,
event_type,
data,
add_creator_as_manager=True,
features=None,
cloning=False):
"""Create a new event.
:param category: The category in which to create the event
:param event_type: An `EventType` value
:param data: A dict containing data used to populate the event
:param add_creator_as_manager: Whether the creator (current user)
should be added as a manager
:param features: A list of features that will be enabled for the
event. If set, only those features will be used
and the default feature set for the event type
will be ignored.
:param cloning: Whether the event is created via cloning or not
"""
from indico.modules.rb.operations.bookings import create_booking_for_event
event = Event(category=category, type_=event_type)
data.setdefault('creator', session.user)
theme = data.pop('theme', None)
create_booking = data.pop('create_booking', False)
person_link_data = data.pop('person_link_data', {})
event.populate_from_dict(data)
db.session.flush()
event.person_link_data = person_link_data
if theme is not None:
layout_settings.set(event, 'timetable_theme', theme)
if add_creator_as_manager:
with event.logging_disabled:
event.update_principal(event.creator, full_access=True)
if features is not None:
features_event_settings.set(event, 'enabled', features)
db.session.flush()
signals.event.created.send(event, cloning=cloning)
logger.info('Event %r created in %r by %r ', event, category, session.user)
sep = ' \N{RIGHT-POINTING DOUBLE ANGLE QUOTATION MARK} '
event.log(EventLogRealm.event,
LogKind.positive,
'Event',
'Event created',
session.user,
data={
'Category':
sep.join(category.chain_titles) if category else None
})
if category:
category.log(CategoryLogRealm.events,
LogKind.positive,
'Content',
f'Event created: "{event.title}"',
session.user,
data={
'ID': event.id,
'Type': orig_string(event.type_.title)
})
db.session.flush()
if create_booking:
room_id = data['location_data'].pop('room_id', None)
if room_id:
booking = create_booking_for_event(room_id, event)
if booking:
logger.info('Booking %r created for event %r', booking, event)
log_data = {
'Room':
booking.room.full_name,
'Date':
booking.start_dt.strftime('%d/%m/%Y'),
'Times':
'{} - {}'.format(booking.start_dt.strftime('%H:%M'),
booking.end_dt.strftime('%H:%M'))
}
event.log(EventLogRealm.event,
LogKind.positive,
'Event',
'Room booked for the event',
session.user,
data=log_data)
db.session.flush()
return event
def _get_person_link(self, data, extra_data=None):
extra_data = extra_data or {}
person = get_event_person(self.event, data, create_untrusted_persons=self.create_untrusted_persons,
allow_external=True)
person_data = {'title': next((x.value for x in UserTitle if data.get('title') == orig_string(x.title)),
UserTitle.none),
'first_name': data.get('firstName', ''), 'last_name': data['familyName'],
'affiliation': data.get('affiliation', ''), 'address': data.get('address', ''),
'phone': data.get('phone', ''), 'display_order': data['displayOrder']}
person_data.update(extra_data)
person_link = None
if self.object and inspect(person).persistent:
person_link = self.person_link_cls.find_first(person=person, object=self.object)
if not person_link:
person_link = self.person_link_cls(person=person)
person_link.populate_from_dict(person_data)
email = data.get('email', '').lower()
if email != person_link.email:
if not self.event or not self.event.persons.filter_by(email=email).first():
person_link.person.email = email
person_link.person.user = get_user_by_email(email)
if inspect(person).persistent:
signals.event.person_updated.send(person_link.person)
else:
raise UserValueError(_('There is already a person with the email {}').format(email))
return person_link
def render(cls, abstract):
return orig_string(abstract.submitter.title)
def _format_permissions(permissions):
permissions = set(permissions)
return ', '.join(sorted(orig_string(p.friendly_name) for p in available_permissions.itervalues()
if p.name in permissions))
def _format_roles(roles):
roles = set(roles)
return ', '.join(sorted(orig_string(role.friendly_name) for role in available_roles.itervalues()
if role.name in roles))
def render(cls, abstract):
return orig_string(abstract.submitter.title)
