def member_of_names_list(self):
"""Returns a list having names of each member (GSystemType, i.e Page,
File, etc.), built from 'member_of' field (list of ObjectIds)
"""
from gsystem_type import GSystemType
return [GSystemType.get_gst_name_id(gst_id)[0] for gst_id in self.member_of]
def query_list(group_id, member_of_name, user_id=None, if_gstaff=False, **kwargs):
from group import Group
from gsystem_type import GSystemType
group_name, group_id = Group.get_group_name_id(group_id)
gst_name, gst_id = GSystemType.get_gst_name_id(member_of_name)
if if_gstaff:
query = {
'_type': 'GSystem',
'status': 'PUBLISHED',
'group_set': {'$in': [group_id]},
'member_of': {'$in': [gst_id]},
'access_policy': {'$in': [u'Public', u'PUBLIC', u'PRIVATE']}
}
else:
query = {
'_type': 'GSystem',
'status': 'PUBLISHED',
'group_set': {'$in': [group_id]},
'member_of': {'$in': [gst_id]},
'$or':[
{'access_policy': {'$in': [u'Public', u'PUBLIC']}},
{'$and': [
{'access_policy': u"PRIVATE"},
{'created_by': user_id}
]
},
{'created_by': user_id}
]
}
for each in kwargs:
query.update({each : kwargs[each]})
return node_collection.find(query).sort('last_update', -1)
def member_of_names_list(self):
"""Returns a list having names of each member (GSystemType, i.e Page,
File, etc.), built from 'member_of' field (list of ObjectIds)
"""
from gsystem_type import GSystemType
return [GSystemType.get_gst_name_id(gst_id)[0] for gst_id in self.member_of]
def query_list(group_id,
member_of_name,
user_id=None,
if_gstaff=False,
**kwargs):
from group import Group
from gsystem_type import GSystemType
group_name, group_id = Group.get_group_name_id(group_id)
gst_name, gst_id = GSystemType.get_gst_name_id(member_of_name)
if if_gstaff:
query = {
'_type': 'GSystem',
'status': 'PUBLISHED',
'group_set': {
'$in': [group_id]
},
'member_of': {
'$in': [gst_id]
},
'access_policy': {
'$in': [u'Public', u'PUBLIC', u'PRIVATE']
}
}
else:
query = {
'_type':
'GSystem',
'status':
'PUBLISHED',
'group_set': {
'$in': [group_id]
},
'member_of': {
'$in': [gst_id]
},
'$or': [{
'access_policy': {
'$in': [u'Public', u'PUBLIC']
}
}, {
'$and': [{
'access_policy': u"PRIVATE"
}, {
'created_by': user_id
}]
}, {
'created_by': user_id
}]
}
for each in kwargs:
query.update({each: kwargs[each]})
return node_collection.find(query).sort('last_update', -1)
def fill_node_values(self, request=HttpRequest(), **kwargs):
user_id = kwargs.get('created_by', None)
# dict to sum both dicts, kwargs and request.POST
print "inside fill_node_values of node.py"
values_dict = {}
if request:
if request.POST:
values_dict.update(request.POST.dict())
if (not user_id) and request.user:
user_id = request.user.id
# adding kwargs dict later to give more priority to values passed via kwargs.
values_dict.update(kwargs)
# handling storing user id values.
if user_id:
if not self['created_by'] and ('created_by' not in values_dict):
# if `created_by` field is blank i.e: it's new node and add/fill user_id in it.
# otherwise escape it (for subsequent update/node-modification).
values_dict.update({'created_by': user_id})
if 'modified_by' not in values_dict:
values_dict.update({'modified_by': user_id})
if 'contributors' not in values_dict:
values_dict.update(
{'contributors': add_to_list(self.contributors, user_id)})
if 'member_of' in values_dict and not isinstance(
values_dict['member_of'], ObjectId):
from gsystem_type import GSystemType
gst_node = GSystemType.get_gst_name_id(values_dict['member_of'])
if gst_node:
values_dict.update({'member_of': ObjectId(gst_node[1])})
# filter keys from values dict there in node structure.
node_str = Node.structure
node_str_keys_set = set(node_str.keys())
values_dict_keys_set = set(values_dict.keys())
for each_key in values_dict_keys_set.intersection(node_str_keys_set):
temp_prev_val = self[each_key]
# checking for proper casting for each field
if isinstance(node_str[each_key], type):
node_str_data_type = node_str[each_key].__name__
else:
node_str_data_type = node_str[each_key]
casted_new_val = cast_to_data_type(values_dict[each_key],
node_str_data_type)
# check for uniqueness and addition of prev values for dict, list datatype values
self[each_key] = casted_new_val
return self
def fill_node_values(self, request=HttpRequest(), **kwargs):
user_id = kwargs.get('created_by', None)
# dict to sum both dicts, kwargs and request.POST
values_dict = {}
if request:
if request.POST:
values_dict.update(request.POST.dict())
if (not user_id) and request.user:
user_id = request.user.id
# adding kwargs dict later to give more priority to values passed via kwargs.
values_dict.update(kwargs)
# handling storing user id values.
if user_id:
if not self['created_by'] and ('created_by' not in values_dict):
# if `created_by` field is blank i.e: it's new node and add/fill user_id in it.
# otherwise escape it (for subsequent update/node-modification).
values_dict.update({'created_by': user_id})
if 'modified_by' not in values_dict:
values_dict.update({'modified_by': user_id})
if 'contributors' not in values_dict:
values_dict.update({'contributors': add_to_list(self.contributors, user_id)})
if 'member_of' in values_dict and not isinstance(values_dict['member_of'],ObjectId):
from gsystem_type import GSystemType
gst_node = GSystemType.get_gst_name_id(values_dict['member_of'])
if gst_node:
values_dict.update({'member_of': ObjectId(gst_node[1])})
# filter keys from values dict there in node structure.
node_str = Node.structure
node_str_keys_set = set(node_str.keys())
values_dict_keys_set = set(values_dict.keys())
for each_key in values_dict_keys_set.intersection(node_str_keys_set):
temp_prev_val = self[each_key]
# checking for proper casting for each field
if isinstance(node_str[each_key], type):
node_str_data_type = node_str[each_key].__name__
else:
node_str_data_type = node_str[each_key]
casted_new_val = cast_to_data_type(values_dict[each_key], node_str_data_type)
# check for uniqueness and addition of prev values for dict, list datatype values
self[each_key] = casted_new_val
return self