def deferred_default_hashtag_text(node, kw):
""" If this is a reply to something else, the default value will
contain the userid of the original poster + any hashtags used.
"""
context = kw["context"]
request = kw["request"]
output = u""
request_tag = request.GET.get("tag", None)
if request_tag:
if not HASHTAG_PATTERN.match(request_tag):
request_tag = None # Blank it, since it's invalid!
if IAgendaItem.providedBy(context):
# This is a first post - don't add any hashtags or similar,
# unless they're part of query string
if request_tag:
output += u"#%s" % request_tag
return output
# get creator of answered object
creators = context.get_field_value("creators")
if creators:
output += u"@%s: " % creators[0]
# get tags and make a string of them
tags = list(context.get_tags([]))
if request_tag and request_tag not in tags:
tags.append(request_tag)
for tag in tags:
output += u" #%s" % tag
return output
def get_ai_results(self):
for obj in self.context.values():
if IAgendaItem.providedBy(obj):
preprocess_tags = IPreprocessUserTags(obj)
results = preprocess_tags.get_results()
if results:
yield obj, results
def _update_if_ai_parent(catalog, obj):
""" Since AIs keep track of count of Poll, Proposal and Discussion objects.
Only needed for add and remove.
"""
parent = getattr(obj, '__parent__', None)
if IAgendaItem.providedBy(parent):
reindex_object(catalog, parent)
def main():
parser = argparse.ArgumentParser()
parser.add_argument("config_uri", help="Paster ini file to load settings from")
parser.add_argument("path", help="from which path to clear likes (meeting or agenda item)")
args = parser.parse_args()
env = bootstrap(args.config_uri)
root = env['root']
request = env['request']
context = traverse(root, args.path).get('context')
if IMeeting.providedBy(context) or IAgendaItem.providedBy(context):
print('Clearing likes on {}'.format(context.title))
path_query = query.Eq('path', args.path)
cleared = False
for type_name in ('Proposal', 'DiscussionPost'):
count, docids = root.catalog.query(path_query & query.Eq('type_name', type_name))
response = input('Found {} {} on {}. Do you want to clear likes on these? (y/N) '.format(
count, type_name, context.title).encode('utf8'))
if response.lower() in ('y', 'yes', 'j', 'ja'):
cleared = True
for obj in request.resolve_docids(docids, perm=None):
like = request.registry.getAdapter(obj, IUserTags, name='like')
like.storage.clear()
like._notify()
if cleared:
transaction.commit()
env['closer']()
else:
print('Path does not match a meeting or agenda item')
def _update_if_ai_parent(catalog, obj):
""" Since AIs keep track of count of Poll, Proposal and Discussion objects.
Only needed for add and remove.
"""
parent = getattr(obj, '__parent__', None)
if IAgendaItem.providedBy(parent):
reindex_object(catalog, parent)
def all_agenda_items_keys(node, kw):
context = kw['context']
values = []
for (name, obj) in context.items():
if IAgendaItem.providedBy(obj):
values.append(name)
return values
def deferred_default_hashtag_text(node, kw):
""" If this is a reply to something else, the default value will
contain the userid of the original poster + any hashtags used.
"""
context = kw['context']
request = kw['request']
output = u""
request_tag = request.GET.get('tag', None)
if request_tag:
if not HASHTAG_PATTERN.match(request_tag):
request_tag = None #Blank it, since it's invalid!
if IAgendaItem.providedBy(context):
#This is a first post - don't add any hashtags or similar,
#unless they're part of query string
if request_tag:
output += u"#%s" % request_tag
return output
# get creator of answered object
creators = context.get_field_value('creators')
if creators:
output += u"@%s: " % creators[0]
# get tags and make a string of them
tags = list(context.get_tags([]))
if request_tag and request_tag not in tags:
tags.append(request_tag)
for tag in tags:
output += u" #%s" % tag
return output
def selectable_agenda_items_widget(node, kw):
context = kw['context']
values = []
for (name, obj) in context.items():
if not IAgendaItem.providedBy(obj):
continue
values.append((name, obj.title))
return deform.widget.CheckboxChoiceWidget(values=values)
def speaker_list_controls_moderator(api, slists, context):
assert IAgendaItem.providedBy(context)
response = {}
response['api'] = api
response['context'] = context
response['active_list'] = slists.get(slists.active_list_name)
response['context_lists'] = slists.get_contextual_lists(context)
return render("templates/speaker_list_controls_moderator.pt", response, request = api.request)
def render(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
query = "type_name == 'Poll' and path == '%s'" % resource_path(context)
query += " and workflow_state in any(['ongoing', 'upcoming', 'closed'])"
if request.is_moderator or view.catalog_query(query):
url = request.resource_url(context, self.view_name)
response = {'portlet': self.portlet, 'view': view, 'load_url': url}
return render(self.template, response, request=request)
def get_docids_to_show(request, context, type_name, tags=(), limit=5, start_after=None,
end_before=None):
""" Helper method to fetch docids that would be a resonable batch to show.
This is mostly to allow agenda views to load fast.
- Fetch batch from the first unread docid so there will be no items
skipped in case they were read from a tag view.
- If batch contains less items than limit, insert items from previous.
- start_after - remove everything before this docid and the value specified.
- end_before - remove this value and everything after it.
Result example:
{'batch': [4, 5, 6], 'previous': [1, 2, 3], 'over_limit': [7, 8, 9], 'unread': [4, 5, 6, 7, 8, 9]}
"""
assert IAgendaItem.providedBy(context)
query = Eq('path', resource_path(context))
query &= Eq('type_name', type_name)
if tags:
query &= Any('tags', list(tags))
read_names = request.get_read_names(context)
unread_query = query & NotAny('__name__', set(read_names.get(request.authenticated_userid, [])))
unread_docids = list(request.root.catalog.query(unread_query, sort_index='created')[1])
docids_pool = list(request.root.catalog.query(query, sort_index='created')[1])
if start_after and start_after in docids_pool:
i = docids_pool.index(start_after)
for docid in docids_pool[:i + 1]:
if docid in unread_docids:
unread_docids.remove(docid)
docids_pool[0:i + 1] = []
if end_before and end_before in docids_pool:
i = docids_pool.index(end_before)
for docid in docids_pool[i:]:
if docid in unread_docids:
unread_docids.remove(docid)
docids_pool[i:] = []
if limit:
if unread_docids:
first_pos = docids_pool.index(unread_docids[0])
batch = docids_pool[first_pos:first_pos + limit]
over_limit = docids_pool[first_pos + limit:]
previous = docids_pool[:first_pos]
# Fill batch from last item of previous if batch is too small
while previous and len(batch) < limit:
batch.insert(0, previous.pop(-1))
else:
batch = docids_pool[-limit:]
previous = docids_pool[:-limit]
over_limit = []
return {'batch': batch,
'previous': previous,
'over_limit': over_limit,
'unread': unread_docids}
# no limit
return {'batch': docids_pool,
'previous': [],
'over_limit': [],
'unread': unread_docids}
def render(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
query = {}
tags = request.GET.getall('tag')
if tags:
query['tag'] = [x.lower() for x in tags]
url = request.resource_url(context, self.view_name, query=query)
response = {'portlet': self.portlet, 'view': view, 'load_url': url}
return render(self.template, response, request=request)
def evolve(root):
""" Remove old redis attrs
"""
for meeting in [x for x in root.values() if IMeeting.providedBy(x)]:
if hasattr(meeting, '_read_names_counter'):
delattr(meeting, '_read_names_counter')
for ai in [x for x in meeting.values() if IAgendaItem.providedBy(x)]:
if hasattr(ai, '_read_names'):
delattr(ai, '_read_names')
def render(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
query = {}
tags = request.GET.getall('tag')
if tags:
query['tag'] = [x.lower() for x in tags]
url = request.resource_url(context, self.view_name, query=query)
response = {'portlet': self.portlet, 'view': view, 'load_url': url}
return render(self.template, response, request=request)
def visible(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
if request.is_moderator:
return True
diff_text = IDiffText(context)
paragraphs = diff_text.get_paragraphs()
if paragraphs:
return True
return False
def add(self, key, value, parent = None):
if not ISpeakerList.providedBy(value):
raise TypeError("Only objects implementing ISpeakerList allowed")
if parent is None:
request = get_current_request()
parent = request.context
assert IAgendaItem.providedBy(parent)
value.__parent__ = parent #To hack in traversal
self.speaker_lists[key] = value
return key
def projector_menu_link(context, request, va, **kw):
""" Visible in the moderator menu, but doesn't work for the meeting root """
if IAgendaItem.providedBy(context):
url = request.resource_url(request.meeting, '__projector__', anchor=context.__name__)
else:
url = request.resource_url(request.meeting, '__projector__')
return """<li><a href="{url}" title="{title}">{title}</a></li>""".format(
title=request.localizer.translate(va.title),
url=url,
)
def find_ais(root, found):
for m in root.values():
if not IMeeting.providedBy(m):
continue
print "Processing: /%s" % m.__name__
for ai in m.values():
if not IAgendaItem.providedBy(ai) or ai.uid not in found:
continue
mark_read(ai, found.pop(ai.uid))
if not found:
return
def find_ais(root, found):
for m in root.values():
if not IMeeting.providedBy(m):
continue
print "Processing: /%s" % m.__name__
for ai in m.values():
if not IAgendaItem.providedBy(ai) or ai.uid not in found:
continue
mark_read(ai, found.pop(ai.uid))
if not found:
return
def render(self, context, request, view, **kwargs):
if request.meeting:
ai_name = IAgendaItem.providedBy(
context) and context.__name__ or ''
response = {
'title': self.title,
'portlet': self.portlet,
'view': view,
'load_url': self.load_url(request, ai_name)
}
return render(self.tpl, response, request=request)
def minutes(self):
""" Show an overview of the meeting activities. Should work as a template for minutes. """
if self.request.meeting.get_workflow_state() != 'closed':
msg = _(u"meeting_not_closed_minutes_incomplete_notice",
default = u"This meeting hasn't closed yet so these minutes won't be complete")
self.flash_messages.add(msg)
#Add agenda item objects to response
results = []
for obj in self.context.values():
if IAgendaItem.providedBy(obj) and self.request.has_permission(security.VIEW, obj):
results.append(obj)
return {'agenda_items': results}
def set_initial_order(obj, event):
""" Sets the initial order of the agenda item """
meeting = find_interface(obj, IMeeting)
assert meeting
order = 0
for ai in meeting.values():
if IAgendaItem.providedBy(ai):
if ai.get_field_value('order') >= order:
order = ai.get_field_value('order')+1
obj.set_field_appstruct({'order': order})
def render(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
pns = IParticipantNumbers(request.meeting, None)
pn = None
if pns:
pn = pns.userid_to_number.get(request.authenticated_userid, None)
update_interv = request.speaker_lists.settings.get('user_update_interval', 5)
return render(self.tpl,
{'portlet': self.portlet,
'view': view,
'user_update_interval': update_interv,
'pn': pn},
request=request)
def save_success(self, appstruct):
from_meeting = self.request.root[appstruct['meeting_name']]
reset_wf = appstruct['all_props_published']
only_copy_prop_states = appstruct['only_copy_prop_states']
copy_types = appstruct['copy_types']
assert IMeeting.providedBy(from_meeting)
counter = 0
for ai in from_meeting.values():
if not IAgendaItem.providedBy(ai):
continue
counter += copy_ai(self.context, ai, reset_wf=reset_wf, only_copy_prop_states=only_copy_prop_states, copy_types=copy_types)
self.flash_messages.add(_("Copied ${num} objects", mapping={'num': counter}))
return HTTPFound(location=self.request.resource_url(self.context))
def render(self, context, request, view, **kwargs):
if IAgendaItem.providedBy(context):
query = "type_name == 'Poll' and path == '%s'" % resource_path(
context)
query += " and workflow_state in any(['ongoing', 'upcoming', 'closed'])"
if request.is_moderator or view.catalog_query(query):
url = request.resource_url(context, self.view_name)
response = {
'portlet': self.portlet,
'view': view,
'load_url': url
}
return render(self.template, response, request=request)
def evolve(root):
""" Migrate all old unread markers that were stored in the catalog.
"""
if '__name__' not in root.catalog:
raise KeyError("__name__ index must be in catalog before this migration."
"Run catalog update first.")
#We only need to care about meetings
for m in root.values():
if not IMeeting.providedBy(m):
continue
users = set(root.local_roles) | set(m.local_roles)
for ai in m.values():
if not IAgendaItem.providedBy(ai):
continue
convert_ai(ai, users)
print "Processed '%s' for %s users" % (m.__name__, len(users))
def system_users_in_add_schema(schema, event):
""" Inject a choice so add a proposal as another user if:
- The current user is a moderator
- System users are set on the meeting
"""
#The context check here is essentially a guess if this is an add-view.
if IAgendaItem.providedBy(
event.context) and event.request.has_permission(MODERATE_MEETING):
system_userids = _get_other_system_userids(event.request)
if system_userids:
schema.add(
colander.SchemaNode(colander.Set(),
name='creator',
title=_("Add as"),
widget=add_as_system_user_widget,
validator=current_user_or_system_users,
preparer=to_tuple,
default=current_userid_as_tuple,
missing=current_userid_as_tuple))
def _get_sibbling_ai(self, pos):
meeting = self.request.meeting
m_order = tuple(meeting.order)
ai_count = len(m_order)
try:
this_pos = meeting.order.index(self.context.__name__)
except ValueError:
return
#only try a few times - we don't want to iterate through the whole meeting
# if there's lots of hidden Agenda items.
for obj_pos in range(this_pos+pos, this_pos+(pos*5), pos):
if obj_pos < 0 or obj_pos > ai_count:
return
try:
obj = meeting[m_order[obj_pos]]
except (KeyError, IndexError):
return
if not IAgendaItem.providedBy(obj):
continue
if self.request.has_permission(VIEW, obj):
return obj
def _reorder_ais(meeting):
order_priority = {}
#Order will be blank so we must fetch the keys from data
curr_keys = set(meeting.data.keys())
if curr_keys != set(meeting.keys()):
meeting.order = meeting.data.keys()
for k in curr_keys:
order_priority[k] = len(curr_keys)
for ai in meeting.values():
if not IAgendaItem.providedBy(ai):
continue
if 'order' in ai.field_storage:
order_priority[ai.__name__] = ai.field_storage.pop('order')
def _sorter(key):
return order_priority[key]
order = sorted(curr_keys, key=_sorter)
meeting.order = order
for obj in find_all_db_objects(meeting):
cataloger = ICataloger(obj, None)
if cataloger:
cataloger.index_object()
def main():
parser = argparse.ArgumentParser()
parser.add_argument("config_uri",
help="Paster ini file to load settings from")
parser.add_argument(
"path", help="from which path to clear likes (meeting or agenda item)")
args = parser.parse_args()
env = bootstrap(args.config_uri)
root = env['root']
request = env['request']
context = traverse(root, args.path).get('context')
if IMeeting.providedBy(context) or IAgendaItem.providedBy(context):
print('Clearing likes on {}'.format(context.title))
path_query = query.Eq('path', args.path)
cleared = False
for type_name in ('Proposal', 'DiscussionPost'):
count, docids = root.catalog.query(
path_query & query.Eq('type_name', type_name))
response = input(
'Found {} {} on {}. Do you want to clear likes on these? (y/N) '
.format(count, type_name, context.title).encode('utf8'))
if response.lower() in ('y', 'yes', 'j', 'ja'):
cleared = True
for obj in request.resolve_docids(docids, perm=None):
like = request.registry.getAdapter(obj,
IUserTags,
name='like')
like.storage.clear()
like._notify()
if cleared:
transaction.commit()
env['closer']()
else:
print('Path does not match a meeting or agenda item')
def _reorder_ais(meeting):
order_priority = {}
#Order will be blank so we must fetch the keys from data
curr_keys = set(meeting.data.keys())
if curr_keys != set(meeting.keys()):
meeting.order = meeting.data.keys()
for k in curr_keys:
order_priority[k] = len(curr_keys)
for ai in meeting.values():
if not IAgendaItem.providedBy(ai):
continue
if 'order' in ai.field_storage:
order_priority[ai.__name__] = ai.field_storage.pop('order')
def _sorter(key):
return order_priority[key]
order = sorted(curr_keys, key=_sorter)
meeting.order = order
for obj in find_all_db_objects(meeting):
cataloger = ICataloger(obj, None)
if cataloger:
cataloger.index_object()
def evolve(root):
""" Migrate unread to redis
"""
try:
from fakeredis import FakeStrictRedis
maybe_fr = True
except ImportError:
maybe_fr = False
request = get_current_request()
if maybe_fr:
if isinstance(request.redis_conn, FakeStrictRedis):
raise Exception(
"Your redis connection is a FakeRedis instance. "
"All migrated data would be thrown away! "
"Please set voteit.redis_url in your paster.ini file.")
for meeting in [x for x in root.values() if IMeeting.providedBy(x)]:
if hasattr(meeting, '_read_names_counter'):
delattr(meeting, '_read_names_counter')
for ai in [x for x in meeting.values() if IAgendaItem.providedBy(x)]:
if not hasattr(ai, '_read_names'):
continue
read_names = request.get_read_names(ai)
for (userid, names) in ai._read_names.items():
read_names.mark_read(names, userid)
def visible(self, context, request, view, **kwargs):
# These will all be visible regardless
return IAgendaItem.providedBy(context)
class ManageAgendaItemsView(BaseView):
def __call__(self):
post = self.request.POST
if 'cancel' in self.request.POST:
url = self.request.resource_url(self.context)
return HTTPFound(location=url)
if 'change' in post:
state_id = self.request.POST['state_id']
block_proposals = self.request.POST.get('block_proposals', None)
block_proposals = _BLOCK_VALS.get(block_proposals, None)
block_discussion = self.request.POST.get('block_discussion', None)
block_discussion = _BLOCK_VALS.get(block_discussion, None)
controls = self.request.POST.items()
agenda_items = []
for (k, v) in controls:
if k == 'ais':
agenda_items.append(self.context[v])
output_msg = ""
translate = self.request.localizer.translate
#WF state change
if state_id:
states_changed = 0
for ai in agenda_items:
try:
ai.set_workflow_state(self.request, state_id)
states_changed += 1
except WorkflowError, e:
self.flash_messages.add(_(
'Unable to change state on ${title}: ${error}',
mapping={
'title': ai.title,
'error': e
}),
type='danger')
if states_changed:
output_msg += translate(
_("${num} changed state",
mapping={'num': states_changed}))
output_msg += "<br/>"
#Block states
if block_proposals != None or block_discussion != None:
blocked = 0
for ai in agenda_items:
blocked += 1
if block_proposals != None:
ai.set_field_value('proposal_block', block_proposals)
if block_discussion != None:
ai.set_field_value('discussion_block',
block_discussion)
if blocked:
output_msg += translate(
_("Changing block state for ${num} agenda items.",
mapping={'num': blocked}))
if output_msg:
self.flash_messages.add(output_msg, type='success')
else:
self.flash_messages.add(_('Nothing updated'), type='warning')
return HTTPFound(location=self.request.resource_url(
self.context, 'manage_agenda'))
state_info = _dummy_agenda_item.workflow.state_info(None, self.request)
tstring = _
def _translated_state_title(state):
for info in state_info:
if info['name'] == state:
return tstring(info['title'])
return state
response = {}
response['translated_state_title'] = _translated_state_title
response['find_resource'] = find_resource
response['states'] = states = ('ongoing', 'upcoming', 'closed',
'private')
response['ais'] = ais = {}
for state in states:
ais[state] = []
for obj in self.context.values():
if IAgendaItem.providedBy(obj):
ais[obj.get_workflow_state()].append(obj)
return response
def get_ai(self):
if self.ai_name in self.context:
ai = self.context[self.ai_name]
if IAgendaItem.providedBy(ai):
return ai
def get_docids_to_show(request,
context,
type_name,
tags=(),
limit=5,
start_after=None,
end_before=None):
""" Helper method to fetch docids that would be a resonable batch to show.
This is mostly to allow agenda views to load fast.
- Fetch batch from the first unread docid so there will be no items
skipped in case they were read from a tag view.
- If batch contains less items than limit, insert items from previous.
- start_after - remove everything before this docid and the value specified.
- end_before - remove this value and everything after it.
Result example:
{'batch': [4, 5, 6], 'previous': [1, 2, 3], 'over_limit': [7, 8, 9], 'unread': [4, 5, 6, 7, 8, 9]}
"""
assert IAgendaItem.providedBy(context)
query = Eq('path', resource_path(context))
query &= Eq('type_name', type_name)
if tags:
query &= Any('tags', list(tags))
read_names = request.get_read_names(context)
unread_query = query & NotAny(
'__name__', set(read_names.get(request.authenticated_userid, [])))
unread_docids = list(
request.root.catalog.query(unread_query, sort_index='created')[1])
docids_pool = list(
request.root.catalog.query(query, sort_index='created')[1])
if start_after and start_after in docids_pool:
i = docids_pool.index(start_after)
for docid in docids_pool[:i + 1]:
if docid in unread_docids:
unread_docids.remove(docid)
docids_pool[0:i + 1] = []
if end_before and end_before in docids_pool:
i = docids_pool.index(end_before)
for docid in docids_pool[i:]:
if docid in unread_docids:
unread_docids.remove(docid)
docids_pool[i:] = []
if limit:
if unread_docids:
first_pos = docids_pool.index(unread_docids[0])
batch = docids_pool[first_pos:first_pos + limit]
over_limit = docids_pool[first_pos + limit:]
previous = docids_pool[:first_pos]
# Fill batch from last item of previous if batch is too small
while previous and len(batch) < limit:
batch.insert(0, previous.pop(-1))
else:
batch = docids_pool[-limit:]
previous = docids_pool[:-limit]
over_limit = []
return {
'batch': batch,
'previous': previous,
'over_limit': over_limit,
'unread': unread_docids
}
# no limit
return {
'batch': docids_pool,
'previous': [],
'over_limit': [],
'unread': unread_docids
}
def get_read_names(request, context):
assert IAgendaItem.providedBy(context)
return request.registry.queryMultiAdapter([context, request], IReadNames)
def moderator_context_delete(context, request, va, **kw):
""" This is already a part of the Arches context menu, so it shouldn't be shown in meetings or agenda items.
"""
if IAgendaItem.providedBy(context) or IMeeting.providedBy(context):
return
return moderator_context_action(context, request, va, **kw)
def get_read_names(request, context):
assert IAgendaItem.providedBy(context)
return request.registry.queryMultiAdapter([context, request], IReadNames)