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 program_layer_save_layer_text(self, visiting_group_id='', booking_day_id='', bucket_time='', layer_text_id='', text='', title=''):
is_new = (layer_text_id=='')
if is_new:
id = genUID(type='program_layer_text')
#...if slot_id is none, we need to figure out slot_id of bucket_time OR we simply save bucket_time
layer_text = dict(type='program_layer_text', subtype='layer_text', state=0, booking_day_id=booking_day_id, bucket_time=bucket_time )
#...populate sheets and computed sheets?
layer_text['text'] = text
layer_text['title'] = title
layer_text['visiting_group_id'] = visiting_group_id
holly_couch[id] = layer_text
else:
layer_text = common_couch.getLayerText(holly_couch, layer_text_id)
layer_text['text'] = text
layer_text['title'] = title
holly_couch[layer_text['_id']] = layer_text
# TODO call it bucket text or layer text ?
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
layer_text['layer_title']=visiting_group['name']
layer_text['layer_colour'] = "#fff"
return dict(layer_text=layer_text)
def edit_group_data(self, visiting_group_id='', subtype='', **kwargs):
# visiting_group_x = holly_couch[visiting_group_id]
tmpl_context.form = create_edit_vodb_group_form
is_new = ((None == visiting_group_id) or ('' == visiting_group_id))
if is_new:
properties_template = dict()
if subtype == 'program':
properties_template = program_visiting_group_properties_template
if subtype == 'staff':
properties_template = staff_visiting_group_properties_template
if subtype =='course':
properties_template = course_visiting_group_properties_template
visiting_group = DataContainer(name='', id=None, _id=None, info='', visiting_group_properties=properties_template, subtype=subtype, contact_person='', contact_person_email='', contact_person_phone='', boknr='')
else:
visiting_group_c = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
for k in ['vodb_contact_name', 'vodb_contact_email', 'vodb_contact_phone', 'vodb_contact_address']:
if not visiting_group_c.has_key(k):
visiting_group_c[k] = ''
if not visiting_group_c.has_key('subtype'):
visiting_group_c['subtype'] = 'program'
visiting_group = makeVODBGroupObjectOfVGDictionary(visiting_group_c)
# #...add data if it doesent exist
# if not visiting_group_x.has_key('vodb_status'):
# visiting_group_x['vodb_status'] = 0
return dict(vodb_group=visiting_group, reFormatDate=reFormatDate, bokn_status_map=workflow_map, is_new=is_new)
def edit_layers(self, visiting_group_id):
vgroup = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
vgroup_layers = vgroup.get('layers', list())
#...make map of layers from list of layers, keyed on id
vgroup_layers_map = dict()
for tmp_vgroup_layer in vgroup_layers:
vgroup_layers_map[tmp_vgroup_layer['layer_id']] = tmp_vgroup_layer
#...get all visiting group that possibly could be mapped
vgroups_in_daterange = getVisitingGroupsInDatePeriod(holly_couch, vgroup['from_date'], vgroup['to_date'])
#...build data struct for dojo spreadsheet / grid
grid_items= list()
for tmp_vgroup_row in vgroups_in_daterange:
tmp_vgroup = tmp_vgroup_row.doc
if tmp_vgroup['_id'] != vgroup['_id']:
if tmp_vgroup['_id'] in vgroup_layers_map.keys():
grid_items.append(dict(layer_id=tmp_vgroup['_id'], name=tmp_vgroup['name'], connect=True, colour=vgroup_layers_map[tmp_vgroup['_id']]['colour'] )) # change colours
else:
grid_items.append(dict(layer_id=tmp_vgroup['_id'], name=tmp_vgroup['name'], connect=False, colour="#fff" ))
grid_data = dict(identifier='layer_id', items=grid_items)
layer_data = json.dumps(grid_data)
return dict(visiting_group=vgroup, layer_data=layer_data, reFormatDate=reFormatDate)
def edit_visiting_group(self, visiting_group_id=None, subtype='', **kw):
tmpl_context.form = create_edit_visiting_group_form
is_new = ((None == visiting_group_id) or ('' == visiting_group_id))
if is_new:
log.info('edit new visiting group')
properties_template = dict()
if subtype == 'program':
properties_template = program_visiting_group_properties_template
if subtype == 'staff':
properties_template = staff_visiting_group_properties_template
if subtype =='course':
properties_template = course_visiting_group_properties_template
visiting_group = dict(name='', id=None, _id=None, info='', visiting_group_properties=properties_template, subtype=subtype, contact_person='', contact_person_email='', contact_person_phone='', boknr='')
else:
log.info('looking up existing visiting group %s' % str(visiting_group_id))
visiting_group_c = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
if not visiting_group_c.has_key('subtype'):
visiting_group_c['subtype'] = 'program'
visiting_group = makeVisitingGroupObjectOfVGDictionary(visiting_group_c)
return dict(visiting_group=visiting_group, is_new=is_new) # bokn_status_map=bokn_status_options, is_new=is_new
def program_layer_get_layer_text(self, layer_text_id=''):
layer_text = common_couch.getLayerText(holly_couch, layer_text_id)
visiting_group = common_couch.getVisitingGroup(holly_couch, layer_text['visiting_group_id'])
layer_text['layer_title']=visiting_group['name']
layer_text['layer_colour'] = "#fff"
layer_text['layer_text_id'] = layer_text['_id']
return dict(layer_text=layer_text)
def delete_tag(self, id, tag):
vgroup = common_couch.getVisitingGroup(holly_couch, id)
old_tags = vgroup.get('tags',[])
new_tags = [t for t in old_tags if t.strip() != tag.strip()]
vgroup['tags'] = new_tags
holly_couch[id] = vgroup
remember_tag_change(holly_couch, old_tags=old_tags, new_tags=new_tags, visiting_group_id=id, visiting_group_name=vgroup['name'], changed_by=getLoggedInUserId(request))
return dict(tags=new_tags)
def copy_vodb_contact_info(self, visiting_group_id=None):
visiting_group_o = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
if visiting_group_o.get('contact_person', '') == '':
visiting_group_o['contact_person'] = visiting_group_o.get('vodb_contact_name', '')
if visiting_group_o.get('contact_person_email', '') == '':
visiting_group_o['contact_person_email'] = visiting_group_o.get('vodb_contact_email', '')
if visiting_group_o.get('contact_person_phone', '') == '':
visiting_group_o['contact_person_phone'] = visiting_group_o.get('vodb_contact_phone', '')
holly_couch[visiting_group_id] = visiting_group_o
raise redirect(request.referrer)
def add_tags(self, id, tags):
vgroup = common_couch.getVisitingGroup(holly_couch, id)
old_tags = vgroup.get('tags',[])
remember_old_tags = [t for t in old_tags]
new_tags = [t.strip() for t in tags.split(',')]
for t in new_tags:
if t not in old_tags:
old_tags.append(t)
vgroup['tags'] = old_tags
holly_couch[id] = vgroup
remember_tag_change(holly_couch, old_tags=remember_old_tags, new_tags=old_tags, visiting_group_id=id, visiting_group_name=vgroup['name'], changed_by=getLoggedInUserId(request))
return dict(tags=old_tags)
def update_visiting_group_program_layers(self, visiting_group_id, save_button=None, layer_data=''):
vgroup = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
vgroup_layers = vgroup.get('layers', list())
layer_json = json.loads(layer_data)
layer_to_save = list()
for tmp_layer_data in layer_json['items']:
if tmp_layer_data['connect']:
layer_to_save.append(dict(layer_id=tmp_layer_data['layer_id'], colour=tmp_layer_data['colour'], name=tmp_layer_data['name']))
vgroup['layers'] = layer_to_save
holly_couch[vgroup['_id']] = vgroup
raise redirect(request.referer)
def show_visiting_group_data(self, id=None, **kw):
properties=[]
if None == id:
visiting_group = DataContainer(name='', id=None, info='')
elif id=='':
visiting_group = DataContainer(name='', id=None, info='')
else:
visiting_group = common_couch.getVisitingGroup(holly_couch, id)
properties=[p for p in visiting_group['visiting_group_properties'].values()]
return dict(visiting_group=visiting_group, properties=properties)
def show_visiting_group(self, visiting_group_id=None, **kw):
if None == visiting_group_id:
visiting_group = DataContainer(name='', id=None, info='')
bookings=[]
notes=[]
elif visiting_group_id=='':
visiting_group = DataContainer(name='', id=None, info='')
bookings=[]
notes=[]
else:
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
# TODO: there is no composite view any more showing both bookings and visiting group data
bookings = []
notes = [n.doc for n in getNotesForTarget(holly_couch, visiting_group_id)]
return dict(visiting_group=visiting_group, bookings=bookings, workflow_map=workflow_map, getRenderContent=getRenderContent, program_state_map=bokn_status_map, vodb_state_map=bokn_status_map, reFormatDate=reFormatDate, notes=notes)
def show_visiting_group_data(self, id=None, **kw):
log.debug('show_visiting_group_data with id "%s"' % str(id))
properties=[]
if None == id:
log.info('show_visiting_group_data: id is None')
visiting_group = dict(name='', id=None, info='')
elif '' == id:
log.info('show_visiting_group_data: id is empty string')
visiting_group = dict(name='', id=None, info='')
else:
visiting_group = common_couch.getVisitingGroup(holly_couch, id)
properties=[p for p in visiting_group['visiting_group_properties'].values()]
return dict(visiting_group=visiting_group, properties=properties)
def program_layer_get_bookings(self, visiting_group_id, layer_title='', layer_colour='#fff' ):
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
bookings = self.get_program_layer_bookings(visiting_group, layer_title, layer_colour)
processed_bookings = list()
for b in bookings:
hide_cache_content_in_booking(b)
processed_bookings.append(b)
bucket_texts = []
for tmp in getAllProgramLayerBucketTexts(holly_couch, visiting_group_id):
tmp_doc = tmp.doc
tmp_doc['layer_title']=visiting_group['name']
tmp_doc['layer_colour'] = '#fff'# layer_colour
# TODO: check if we want to hide comments. Really. Probably more dependent on who is logged in. Like program staff or visiting group
#self.hide_cache_content_in_booking(tmp_doc)
bucket_texts.append(tmp_doc)
return dict(bookings=processed_bookings, bucket_texts=bucket_texts)
def layers(self, visiting_group_id):
vgroup = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
notes = [n.doc for n in getNotesForTarget(holly_couch, visiting_group_id)]
return dict(visiting_group=vgroup, notes=notes, tags=[], reFormatDate=reFormatDate, program_state_map=bokn_status_map)
def edit_vodb_data(self, id):
vgroup = common_couch.getVisitingGroup(holly_couch, id)
return dict(visiting_group=vgroup)
def update_visiting_group_program_request(self, program_request_info='', contact_person='', contact_person_email='', contact_person_phone='', vgroup_id='', program_request_input='', have_skippers=False, miniscout=False, ready_to_process=False, age_group_input='', saveButton='', submitButton=''):
# TODO: once property data has changed, we somehow need to propagate that property data to all places where the properties are used BUT I dont think we really waht to propagate it unless we do some state-change,
# we probably want to check the data before it is allowed to progress into other parts of the system.
# TODO: We lost a lot of work, but our aim is to introduce the validation_error_messages list to contain all problems we have encountered.
# what about making a subclassed list which can add speciealy formatted messages?
# also, we should hav a comprehensive from-date-to-date checker
#
# dont forget to check for empty fm/em/evening
# also common_couch code should be added
#
# make a validation_error_contect object that can be passed around and a date range checker and similar.
# essentially we want to store section(1,2,3) property name and message. How to fix it.
#
#
#
log.info("update_visiting_group_program_request()")
ensurePostRequest(request, __name__)
validation_error_messages = ValidationErrorMessages()
visiting_group_id = str(vgroup_id)
visiting_group_o = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
may_change_request_data = (0 == visiting_group_o['boknstatus'])
visiting_group_o['contact_person'] = contact_person
visiting_group_o['contact_person_email'] = contact_person_email
visiting_group_o['contact_person_phone'] = contact_person_phone
if may_change_request_data:
visiting_group_o['program_request_info'] = program_request_info
visiting_group_o['program_request_miniscout'] = miniscout
visiting_group_o['program_request_have_skippers'] = have_skippers
visiting_group_o['program_request_age_group'] = age_group_input
visiting_group_o['program_request'] = program_request_input
#...iterate through age_group_data, items is a list of dicts...
age_group_data = json.loads(age_group_input)
age_group_data_items = age_group_data['items']
#...We should process the properties of the submitted form, not the other way around
for tmp_age_group in age_group_data_items:
process_property = tmp_age_group['property']
log.debug('processing property:' + process_property )
tmp_vgroup_property = None
property_found = False
property_id = None
for tmp_vgroup_property_id, tmp_vgroup_property in visiting_group_o['visiting_group_properties'].items():
if tmp_vgroup_property['property'] == process_property:
property_found = True
property_id = tmp_vgroup_property
log.debug('*** property %ss match found, property_id=%s' % (process_property, property_id))
break
if property_found:
log.debug('old: ' + str(process_property) + '=' + str(tmp_vgroup_property['value']))
# TODO: maybe sanitize so value must be an int?
tmp_vgroup_property['value'] = tmp_age_group['value']
#...check that dates are within valid ranges
ok_1, tmp_vgroup_property['from_date'] = sanitizeDate(tmp_age_group['from_date'], default_date=tmp_vgroup_property['from_date'] )
if not ok_1:
validation_error_messages.report('properties', u'Från-datum som tillhör åldersgrupp %s har fel format.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['from_date'], explanation_key='date_format' )
ok_2, tmp_vgroup_property['to_date'] = sanitizeDate(tmp_age_group['to_date'], default_date=tmp_vgroup_property['to_date'] )
if not ok_2:
validation_error_messages.report('properties', u'Till-datum som tillhör åldersgrupp %s har fel format.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['to_date'], explanation_key='date_format' )
ok_3 = (tmp_vgroup_property['to_date'] >= tmp_vgroup_property['from_date'] )
if not ok_3:
validation_error_messages.report('properties', u'Till-datum kan inte inträffa före från-datum, se datumen i åldersgruppen %s.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['from_date'] + ' - ' + tmp_age_group['from_date'], explanation_key='date_order' )
ok_4 = tmp_vgroup_property['from_date'] >= visiting_group_o['from_date']
if not ok_4:
validation_error_messages.report('properties', u'Från-datum %s som tillhör åldersgrupp %s kan inte inträffa före från-datum %s för din grupp.' % (tmp_vgroup_property['from_date'], tmp_vgroup_property['property'], visiting_group_o['from_date']), problematic_value=tmp_vgroup_property['from_date'], explanation_key='date_range')
ok_5 = tmp_vgroup_property['to_date'] <= visiting_group_o['to_date']
if not ok_5:
validation_error_messages.report('properties', u'Till-datum %s som tillhör åldersgrupp %s kan inte inträffa efter från-datum %s för din grupp.' % (tmp_vgroup_property['to_date'], tmp_vgroup_property['property'], visiting_group_o['to_date']), problematic_value=tmp_vgroup_property['to_date'], explanation_key='date_range')
log.debug('new: ' + process_property + '=' + str(tmp_age_group['value']))
#visiting_group_o['visiting_group_properties'][property_id] = tmp_vgroup_property
else: # property not found, new property
log.debug('property not found, what do we do?')
if 0 == tmp_age_group['value']:
log.debug('never mind, value is zero')
else:
#...we need to add an entry in the dict, first we need to know the lowest key number
lowest_key_number = 0
for tmp_key in visiting_group_o['visiting_group_properties'].keys():
if tmp_key > lowest_key_number:
lowest_key_number = int(tmp_key)
lowest_key_number +=1
# TODO: Date sanitation here too
ok_6, new_from_date = sanitizeDate(tmp_age_group['from_date'], default_date=visiting_group_o['from_date'] )
if not ok_6:
validation_error_messages.report('properties', u'Från-datum som tillhör åldersgrupp %s har fel format.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['from_date'], explanation_key='date_format' )
ok_7, new_to_date = sanitizeDate(tmp_age_group['to_date'], default_date=visiting_group_o['to_date'] )
if not ok_7:
validation_error_messages.report('properties', u'Till-datum som tillhör åldersgrupp %s har fel format.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['to_date'], explanation_key='date_format' )
ok_8 = (new_from_date <= new_to_date)
if not ok_8:
validation_error_messages.report('properties', u'Till-datum kan inte inträffa före från-datum, se datumen i åldersgruppen %s.' % tmp_vgroup_property['property'], problematic_value=tmp_age_group['from_date'] + ' - ' + tmp_age_group['from_date'], explanation_key='date_order' )
ok_9 = tmp_age_group['from_date'] >= visiting_group_o['from_date']
if not ok_9:
validation_error_messages.report('properties', u'Från-datum %s som tillhör åldersgrupp %s kan inte inträffa före från-datum %s för din grupp.' % (tmp_vgroup_property['from_date'], tmp_vgroup_property['property'], visiting_group_o['from_date']), problematic_value=tmp_vgroup_property['from_date'], explanation_key='date_range')
ok_10 = tmp_age_group['to_date'] <= visiting_group_o['to_date']
if not ok_10:
validation_error_messages.report('properties', u'Till-datum %s som tillhör åldersgrupp %s kan inte inträffa efter från-datum %s för din grupp.' % (tmp_vgroup_property['to_date'], tmp_vgroup_property['property'], visiting_group_o['to_date']), problematic_value=tmp_vgroup_property['to_date'], explanation_key='date_range')
new_property_row = {u'description': tmp_age_group['age_group'], u'value': tmp_age_group['value'], u'from_date': new_from_date, u'to_date': new_to_date, u'property': tmp_age_group['property'], u'unit': tmp_age_group['unit']}
x = visiting_group_o['visiting_group_properties']
x[str(lowest_key_number)] = new_property_row
visiting_group_o['visiting_group_properties'] = x
visiting_group_o['validation_error_messages'] = validation_error_messages
visiting_group_o['validation_error_explanations'] = validation_error_messages.explanations
holly_couch[visiting_group_o['_id']] = visiting_group_o
# TODO: We should have a two step process: first construct all bookings (make a list) and if it all is successfull and no validation errors, thats when we actually write them to the db.
# for the program request , iterate through it
if may_change_request_data and not validation_error_messages.hasErrors():
if 'True' == ready_to_process:
program_request_list = json.loads(program_request_input)
for tmp_request in program_request_list['items']:
log.debug('found request...' + str(tmp_request))
request_for_age_groups = [x[4:] for x in ['age_sma','age_spar','age_uppt','age_aven','age_utm','age_rov','age_led'] if tmp_request[x]]
if len(request_for_age_groups) > 0:
#...TODO: sanitize requested_date and make sure it is in range
ok_r1, requested_date = sanitizeDate(tmp_request['requested_date'][:10], default_date='')
if not ok_r1:
validation_error_messages.report('booking request', u'Det angivna önskade datumet %s har fel format.' % tmp_request['requested_date'], problematic_value=tmp_request['requested_date'], explanation_key='date_format')
if not ((requested_date >= visiting_group_o['from_date']) and (requested_date <= visiting_group_o['to_date'])):
validation_error_messages.report('booking request', u'Det efterfrågade datumet %s är inte mellan din grupps från- och till- datum.' % tmp_request['requested_date'], problematic_value=tmp_request['requested_date'], explanation_key='date_range')
# TODO: reuse the parsing of the date
requested_date_o = time.strptime(requested_date, "%Y-%m-%d" )
requested_time = tmp_request['requested_time']
requested_activity_id = tmp_request['requested_activity']
no_activity_selected = ('' == requested_activity_id)
# TODO: what if there is no requested activity?
# TODO: how do users choose not to which anything after they have made a request? I think we actually will need a NULL request and this is where we among other things check the null request.
booking_day_o = getBookingDayOfDate(holly_couch, requested_date)
log.debug(booking_day_o)
day_schema_id = booking_day_o['day_schema_id']
#...TODO day shema will probably always be the same so just query once per schema
schema_o = common_couch.getDaySchema(holly_couch, day_schema_id)
#...given fm/em/evening, look up the matching slot_id. Probably the schema will be needed (and maybe index 0,1,2,3...)
tmp_activity_row = schema_o['schema'][requested_activity_id]
#...look through the list, lets say we have a time and we need the slot id matching that time
# then the reasonable way is too look through all list entries being dicts and return slot id when time match found
activity_selection_map = dict()
activity_selection_map['activity.30'] = u'Storbåt'
time_selection_lookup = dict(FM='10:00:00', EM='15:00:00', EVENING='20:00:00')
#...EVENING should be called Kväll
# It should be possible to book just 'any' water program
# these maps with id-text transaltion should maybe be available in the templating engine
# dont forget to give the date formatter to the templating engine
time_selection_translator = dict(EVENING=u'kväll')
if validation_error_messages.hasErrors():
holly_couch[visiting_group_o['_id']] = visiting_group_o
raise redirect(request.referrer)
for tmp_slot_info in tmp_activity_row[1:]:
if (tmp_slot_info['time_from'] < time_selection_lookup[requested_time]) and (tmp_slot_info['time_to'] > time_selection_lookup[requested_time]):
match_slot_id = tmp_slot_info['slot_id']
log.debug('match for slot_id: ' + match_slot_id)
# lets create a booking!
# TODO: refactor the creation of a new booking
new_booking = dict(type='booking', valid_from='', valid_to='', requested_date=requested_date, slot_id=match_slot_id, booking_day_id=booking_day_o['_id'], subtype='program')
new_booking['visiting_group_id'] = str(vgroup_id)
new_booking['valid_from'] = visiting_group_o['from_date']
new_booking['valid_to'] = visiting_group_o['to_date']
new_booking['reuested_date'] = requested_date
new_booking['visiting_group_name'] = visiting_group_o['name']
new_booking['last_changed_by_id'] = getLoggedInUserId(request)
activity_o = common_couch.getActivity(holly_couch, requested_activity_id)
# TODO: the line below gts the properties wrong
content = u'%s (önskar %s %d/%d %s) %s' % ( ' '.join(['$$%s'%a for a in request_for_age_groups ]) ,activity_selection_map.get(requested_activity_id, activity_o['title']), int(time.strftime("%d", requested_date_o)), int(time.strftime("%m", requested_date_o)), time_selection_translator.get(requested_time, requested_time), tmp_request['note'] )
new_booking['content'] = content
new_booking['cache_content'] = computeCacheContent(holly_couch[visiting_group_id], content)
new_booking['activity_id'] = requested_activity_id
new_booking['booking_state'] = activity_o['default_booking_state']
slot_map = getSchemaSlotActivityMap(holly_couch, booking_day_o, subtype='program')
slot = slot_map[match_slot_id]
new_uid = genUID(type='booking')
#...here we create the booking
holly_couch[new_uid] = new_booking
#...remember the created booking
remember_new_booking_request(holly_couch, booking=new_booking, changed_by=getLoggedInUserId(request))
break
visiting_group_o['boknstatus'] = 5 # TODO: use constant
holly_couch[visiting_group_o['_id']] = visiting_group_o
raise redirect(request.referrer)
def program_layer_get_days_helper(self, visiting_group_id ):
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
####date_range = dateRange(visiting_group['from_date'], visiting_group['to_date'])
#...create temporary mapping title-> id, in the future, this should be based on time rather on the title (which can be dangerous)
time_id_mapping = self.getTimeIdMapping()
booking_days = [bd.doc for bd in getBookingDays(holly_couch, visiting_group['from_date'], visiting_group['to_date'])]
schema_id_map = dict()
for b in booking_days:
schema_id_map[b['day_schema_id']] = b
#...now, if we have too many day schema ids, we have a problem...
# TODO dangerous below, we can have diffreent schemas for different days
first_booking_day=booking_days[0]
schema_id = first_booking_day['day_schema_id']
schema_doc = holly_couch[schema_id]
schema = schema_doc['schema']
#...if we assume the same layout for every slot row, we can get first row in schema and use it as template
any_slot_row_in_schema = schema[schema.keys()[0]][1:] # skip first part, now we have four time-slots that can be used
#...it would be best if we now could clean out the slot_id from the mapping
generalized_slot_row = []
layer_times = []
#...will change its parameters
self.fillInGeneralizedSlotRow(time_id_mapping, any_slot_row_in_schema, generalized_slot_row, layer_times)
####datetime_map = []
#...iterate through schema and find FM EM etc
# iterate through schema and find the slot_id maping.
layer_days = []
for d in booking_days:
tmp_item = dict(booking_day_id=d['_id'], date=d['date'])
layer_days.append(tmp_item)
#...
program_layers = visiting_group.get('layers', [])
#...I need to build this mapping from booking_day_id:slot_id:layer_id to datetime bucket
# so iterate through all schema rows and look at time,
slot_id_time_map = {}
for tmp_schema_id in schema_id_map.keys():
tmp_schema_doc = holly_couch[tmp_schema_id]
tmp_schema = tmp_schema_doc['schema']
for tmp_activity_id, tmp_activity_row in tmp_schema.items():
for tmp_slot in tmp_activity_row[1:]:
tmp_time = tmp_slot['title']
slot_id_time_map[tmp_slot['slot_id']] = time_id_mapping[tmp_time]
# TODO return activity title map
activity_title_map = getActivityTitleMap(holly_couch)
return dict(layer_time=layer_times, layer_days=layer_days, slot_id_time_map=slot_id_time_map, visiting_group_id=visiting_group_id, activity_title_map=activity_title_map, program_layers=program_layers)
def get_tags(self, id):
vgroup = common_couch.getVisitingGroup(holly_couch, id)
tags = vgroup.get('tags',[])
return dict(tags=tags)
def view_bookings_of_visiting_group_id(self, visiting_group_id=None, render_time='', hide_comment=0, show_group=0):
bookings = [b.doc for b in getBookingsOfVisitingGroup(holly_couch, '<- MATCHES NO GROUP ->', visiting_group_id)]
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
return self.view_bookings_of_visiting_group(visiting_group, visiting_group_id, visiting_group['name'], bookings, hide_comment=hide_comment, show_group=show_group, render_time=render_time)
def program_layer_new_layer_text(self, visiting_group_id='', booking_day_id='', bucket_time=''):
layer_text = dict(type='program_layer_text', subtype='layer_text', status=0, booking_day_id=booking_day_id, bucket_time=bucket_time, text='', title='' , visiting_group_id=visiting_group_id)
visiting_group = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
layer_text['layer_title']=visiting_group['name']
layer_text['layer_colour'] = "#fff"
return dict(layer_text=layer_text)
def set_vodb_state(self, visiting_group_id=None, state=0):
log.info("set_vodb_state()")
ensurePostRequest(request, __name__)
visiting_group_o = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
self.do_set_vodb_state(holly_couch, visiting_group_id, visiting_group_o, int(state))
raise redirect(request.referrer)
def set_vodb_state(self, visiting_group_id=None, state=0):
visiting_group_o = common_couch.getVisitingGroup(holly_couch, visiting_group_id)
self.do_set_vodb_state(holly_couch, visiting_group_id, visiting_group_o, int(state))
raise redirect(request.referrer)