def __init__(self, priority_size=100, priority_init=None, replace=True):
# Experience_ID to Priority_ID (the node number in Heap) mapping
self.e2p = {}
# Priority_ID (the node number in Heap) to Experience_ID mapping
self.p2e = {}
# If the node should be replaced when inserting
self.replace = replace
if priority_init is None:
self.priority_queue = {}
self.size = 0
self.max_size = priority_size
else:
# not yet tested
self.priority_queue = priority_init
self.size = len(self.priority_queue)
self.max_size = None or self.size
# map(func, list) returns a list after applying the function to all the elements
# The following is a list of (priority_IDs, experience_IDs)
experience_list = list(
map(lambda x: self.priority_queue[x], self.priority_queue))
# Create the node_number --> Experience_ID and Experience_ID --> node_number mapping
self.p2e = utility.list_to_dict(experience_list)
self.e2p = utility.exchange_key_value(self.p2e)
for i in range(int(self.size / 2), -1, -1):
self.down_heap(i)
def reload(self):
# not yet test
self.priority_queue = priority_init
self.size = len(self.priority_queue)
self.max_size = None or self.size
experience_list = list(
map(lambda x: self.priority_queue[x], self.priority_queue))
self.p2e = utility.list_to_dict(experience_list)
self.e2p = utility.exchange_key_value(self.p2e)
for i in range(int(self.size / 2), -1, -1):
self.down_heap(i)
def _set_mc_objs(self):
'''Download all the necessary Mailchimp Object lists.'''
def _call(clss, url_fnc):
return mc_objs_api_call(clss,
url_fnc(self.data_center, self.list_id),
self.api_key)
self.member_list = _call(Member, get_members_url)
self.merge_field_dict = list_to_dict(
_call(MergeField, get_merge_fields_url), 'tag')
self.interest_category_list = _call(InterestCategory,
get_interest_categories_url)
self.interest_dict = {}
for category in self.interest_category_list:
self.interest_dict[category['id']] = mc_objs_api_call(
Interest,
get_interests_url(self.data_center, self.list_id,
category['id']), self.api_key)
def __init__(self, priority_size=100, priority_init=None, replace=True):
self.e2p = {}
self.p2e = {}
self.replace = replace
if priority_init is None:
self.priority_queue = {}
self.size = 0
self.max_size = priority_size
else:
# not yet test
self.priority_queue = priority_init
self.size = len(self.priority_queue)
self.max_size = None or self.size
experience_list = list(map(lambda x: self.priority_queue[x], self.priority_queue))
self.p2e = utility.list_to_dict(experience_list)
self.e2p = utility.exchange_key_value(self.p2e)
for i in range(int(self.size / 2), -1, -1):
self.down_heap(i)
def __init__(self, priority_size=100, priority_init=None, replace=True):
self.e2p = {}
self.p2e = {}
self.replace = replace
if priority_init is None:
self.priority_queue = {}
self.size = 0
self.max_size = priority_size
else:
# not yet test
self.priority_queue = priority_init
self.size = len(self.priority_queue)
self.max_size = None or self.size
experience_list = list(map(lambda x: self.priority_queue[x], self.priority_queue))
self.p2e = utility.list_to_dict(experience_list)
self.e2p = utility.exchange_key_value(self.p2e)
for i in range(int(self.size / 2), -1, -1):
self.down_heap(i)
def get_table_dict(self):
'''
Return the table as a list of dicts, where "fields" is a dict of
fields and each field is represented as a string.
'''
self.interest_dict_dict = {}
for k, dict_ in self.interest_dict.items():
self.interest_dict_dict[k] = list_to_dict(dict_, 'id')
table = []
for member in self.member_list:
fields = {}
for field in ['email_address', 'status']:
fields[field] = member[field]
for category in self.interest_category_list:
interest_dict = self.interest_dict_dict[category['id']]
interest_strings = []
for id_, member_has_interest in member['interests'].items():
if member_has_interest:
interest = interest_dict.get(id_)
if interest is not None:
interest_strings.append(interest['name'])
fields[category['title']] = (', ').join(interest_strings)
for tag, merge_field in self.merge_field_dict.items():
merge_field_type = merge_field['type']
field_value = member['merge_field_dict'][tag]
fields[tag] = get_display_repr(field_value, merge_field_type,
self.country_dict)
table.append({
'fields': fields,
'profile_link': self._make_edit_link(member['web_id']),
'id': member['id']
})
return table
