def create_living_schema(self):
log.info("create_living_schema()")
ensurePostRequest(request, __name__)
ew_id = genUID(type='living_schema')
schema = dict(type='day_schema', subtype='room', title='room schema 2013', activity_group_ids=["activity_groups_ids", "roomgroup.fyrbyn", "roomgroup.vaderstracken", "roomgroup.vindarnashus","roomgroup.tunet",
"roomgroup.skrakvik","roomgroup.tc","roomgroup.alphyddorna","roomgroup.gokboet","roomgroup.kojan"])
all_activities = getAllActivities(holly_couch)
#...create some living, map to all activities in ag groups house
i=0
z=0
tmp_schema = dict()
for tmp_act in list(all_activities):
if tmp_act.has_key('activity_group_id') or True:
if tmp_act.doc['activity_group_id'][:9] == 'roomgroup':
z += 1
tmp_id = dict(zorder=z, id=tmp_act['id'])
tmp_fm = dict(time_from='00:00:00', time_to='12:00:00', duration='12:00:00', title='FM', slot_id='live_slot.' + str(i) )
i +=1
tmp_em = dict(time_from='12:00:00', time_to='23:59:00', duration='12:00:00', title='EM', slot_id='live_slot.' + str( i) )
#...create fm and em but nothing more
i+=1
tmp_schema[tmp_act['id']] = [tmp_id, tmp_fm, tmp_em]
schema['schema'] = tmp_schema
holly_couch[ew_id] = schema
raise redirect(request.referer)
def view_vodb_group(self, visiting_group_id=''):
visiting_group_o = holly_couch[visiting_group_id]
#...construct the age group list. It's going to be a json document. Hard coded.
#... if we are to partially load from database and check that we can process it, we do need to go from python to json. (and back)
#...construct a program request template. It's going to be a json document. Hard coded.
notes = [n.doc for n in getNotesForTarget(holly_couch, visiting_group_id)]
visiting_group_o.show_vodb_live_sheet = json.dumps(dict(identifier='rid', items=visiting_group_o.get('vodb_live_computed', list())))
visiting_group_o.show_vodb_eat_sheet = json.dumps(dict(identifier='rid', items=visiting_group_o.get('vodb_eat_computed', list())))
visiting_group_o.show_vodb_tag_sheet = json.dumps(dict(identifier='rid', items=visiting_group_o.get('vodb_tag_computed', list())))
#...find room_bookings
activities = dict()
for x in getAllActivities(holly_couch):
activities[x.key[1]] = x.doc
room_bookings = list()
for b in getRoomBookingsOfVODBGroup(holly_couch, visiting_group_id):
#...lookup slot map
live_schema_id = 'room_schema.2013' # TODO: Read dynamically from booking day
tmp_slot_row_data = list(holly_couch.view('day_schema/slot_map', keys=[[b['slot_id'], live_schema_id], [b['booking_end_slot_id'], live_schema_id]]))
start_time = tmp_slot_row_data[0].value[1]['time_from']
end_time = tmp_slot_row_data[1].value[1]['time_to']
b2 = DataContainer(booking_state=b['booking_state'], cache_content=b['cache_content'], content=b['content'] , activity=activities[b['activity_id']], id=b['_id'], booking_date=b.get('booking_date', 'Unknown'), booking_end_date=b.get('booking_end_date', 'Unknown'), booking_day_id=b.get('booking_day_id', ''), valid_from=b.get('valid_from',''), valid_to=b.get('valid_to',''), requested_date=b.get('requested_date',''), start_time=start_time, end_time=end_time)
room_bookings.append(b2)
tag_layout_tags = json.dumps(visiting_group_o['tags'])
return dict(visiting_group=visiting_group_o, reFormatDate=reFormatDate, vodb_state_map=bokn_status_map, program_state_map=bokn_status_map, notes=notes, tag_layout_tags=tag_layout_tags, room_bookings=room_bookings, getRenderContent=getRenderContent)
def layers_printable(self, visiting_group_id, hide_comment=1):
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
date_range = dateRange(visiting_group['from_date'], visiting_group['to_date'])
number_of_days = len(date_range)
width_ratio = (100.0 / (number_of_days+1))
#...TODO organize bookings per layer bucket
result = self.program_layer_get_days_helper(visiting_group_id)
result['notes'] = []
result['tags'] = []
result['reFormatDate'] = reFormatDate
result['visiting_group'] = visiting_group
slot_id_time_id_map = result['slot_id_time_map']
bookings = dict()
layers = visiting_group.get('layers', list())
layers.append(dict(title=visiting_group['name'], colour='#ffe', layer_id=visiting_group_id))
unscheduled_bookings = []
#...code repeat for making used_activities
activities = dict()
used_activities_keys = dict()
for x in getAllActivities(holly_couch):
activities[x.key[1]] = x.doc
for tmp_layer in layers:
tmp_visiting_group = common_couch.getVisitingGroup(holly_couch, tmp_layer['layer_id'])
bookings_list = self.get_program_layer_bookings(tmp_visiting_group, tmp_visiting_group['name'], tmp_layer['colour'])
for tmp_booking in bookings_list:
tmp_booking['layer_colour'] = tmp_layer['colour']
if '' != tmp_booking['slot_id']:
tmp_time_id = slot_id_time_id_map[tmp_booking['slot_id']]
#if hide_comment==1:
hide_cache_content_in_booking(tmp_booking)
tmp_id = tmp_booking['booking_day_id'] + ':' +tmp_time_id
if not bookings.has_key(tmp_id):
bookings[tmp_id] = list()
bookings[tmp_id].append(tmp_booking)
else:
hide_cache_content_in_booking(tmp_booking)
unscheduled_bookings.append(tmp_booking)
#...fix used activities
used_activities_keys[tmp_booking['activity_id']] = 1
used_activities_keys[activities[tmp_booking['activity_id']]['activity_group_id']] = 1
result['bookings'] = bookings
result['width_ratio'] = width_ratio
result['unscheduled_bookings'] = unscheduled_bookings
result['booking_info_notes'] = [n.doc for n in getBookingInfoNotesOfUsedActivities(holly_couch, used_activities_keys.keys())]
return result
def create_living_schema(self):
ew_id = genUID(type="living_schema")
schema = dict(
type="day_schema",
subtype="room",
title="room schema 2013",
activity_group_ids=[
"activity_groups_ids",
"roomgroup.fyrbyn",
"roomgroup.vaderstracken",
"roomgroup.vindarnashus",
"roomgroup.tunet",
"roomgroup.skrakvik",
"roomgroup.tc",
"roomgroup.alphyddorna",
"roomgroup.gokboet",
"roomgroup.kojan",
],
)
all_activities = getAllActivities(holly_couch)
# ...create some living, map to all activities in ag groups house
i = 0
z = 0
tmp_schema = dict()
for tmp_act in list(all_activities):
if tmp_act.has_key("activity_group_id") or True:
if tmp_act.doc["activity_group_id"][:9] == "roomgroup":
z += 1
tmp_id = dict(zorder=z, id=tmp_act["id"])
tmp_fm = dict(
time_from="00:00:00",
time_to="12:00:00",
duration="12:00:00",
title="FM",
slot_id="live_slot." + str(i),
)
i += 1
tmp_em = dict(
time_from="12:00:00",
time_to="23:59:00",
duration="12:00:00",
title="EM",
slot_id="live_slot." + str(i),
)
# ...create fm and em but nothing more
i += 1
tmp_schema[tmp_act["id"]] = [tmp_id, tmp_fm, tmp_em]
schema["schema"] = tmp_schema
holly_couch[ew_id] = schema
raise redirect(request.referer)
def view_bookings_of_visiting_group(self, visiting_group, visiting_group_id, name, bookings, hide_comment=0, show_group=0, render_time=''):
#...now group all bookings in a dict mapping activity_id:content
clustered_bookings = {}
booking_day_map = dict()
booking_day_slot_map = dict()
for bd in getBookingDays(holly_couch):
booking_day_map[bd.doc['_id']] = bd.doc
#...this is very time consuming, better list all slot map and build a map
#booking_day_slot_map[bd.doc['_id']] = getSchemaSlotActivityMap(holly_couch, bd.doc, subtype='program')
activities = dict()
used_activities_keys = dict()
for x in getAllActivities(holly_couch):
activities[x.key[1]] = x.doc
for b in bookings: # TODO: There will be quite a few multiples if we search on both id and name!
if hide_comment==1:
hide_cache_content_in_booking(b)
#tmp = b['cache_content']
#i = tmp.find('//')
#if i > 0:
# b['cache_content'] = b['cache_content'][:i]
key = str(b['activity_id'])+':'+b['content']
if None == b.get('booking_day_id', None):
key = 'N'+key
#...we need to do this transfer because we need to add booking_day.date and slot time.
#...HERE WE MUST NOW ONCE AGAIN GET SLOT FROM BOOKING DAY ID AND SLOT ID...
booking_day_id = None
slot_id = ''
slot_o = None
tmp_booking_day = None
used_activities_keys[b['activity_id']] = 1
used_activities_keys[activities[b['activity_id']]['activity_group_id']] = 1
if b.has_key('booking_day_id'):
booking_day_id = b['booking_day_id']
if '' != booking_day_id:
tmp_booking_day = booking_day_map[booking_day_id]
slot_id = b['slot_id']
tmp_slot_map = self.getSlotMapOfBookingDay(booking_day_slot_map, tmp_booking_day)
slot_o = tmp_slot_map[slot_id]
b2 = DataContainer(booking_state=b['booking_state'], cache_content=b['cache_content'], content=b['content'] , activity=activities[b['activity_id']], id=b['_id'], booking_day=tmp_booking_day , slot_id=slot_id , slot=slot_o, booking_day_id=booking_day_id, valid_from=b.get('valid_from',''), valid_to=b.get('valid_to',''), requested_date=b.get('requested_date',''))
if clustered_bookings.has_key(key):
bl = clustered_bookings[key]
bl.append(b2)
else:
bl = list()
bl.append(b2)
clustered_bookings[key] = bl
clustered_bookings_list = clustered_bookings.values()
clustered_bookings_list.sort(self.fn_cmp_booking_date_list)
for bl in clustered_bookings_list:
bl.sort(self.fn_cmp_booking_timestamps)
if True: #show_group==1:
booking_info_notes = [n.doc for n in getBookingInfoNotesOfUsedActivities(holly_couch, used_activities_keys.keys())]
else:
booking_info_notes = []
return dict(clustered_bookings=clustered_bookings_list, name=name, workflow_map=workflow_map, visiting_group_id=visiting_group_id, getRenderContent=getRenderContent, formatDate=reFormatDate, booking_info_notes=booking_info_notes, render_time=render_time, visiting_group=visiting_group, bokn_status_map=bokn_status_map, notes = [n.doc for n in getNotesForTarget(holly_couch, visiting_group_id)], show_group=show_group)