def __init__(self, **kwargs):
super(Registrant, self).__init__()
self.webinar = kwargs.get('webinar')
self.session = kwargs.get('session')
self.key = mget(kwargs, 'key', 'registrant_key', 'registrantKey')
self.email = nlower(mget(kwargs, 'email', 'attendeeEmail'))
self.first_name = mget(kwargs, 'first_name', 'firstName', 'first')
self.last_name = mget(kwargs, 'last_name', 'lastName', 'last')
if kwargs.get('name'): self.name = nstrip(kwargs.get('name'))
self.registered_at = ntime(
mget(kwargs, 'registered_at', 'registrationDate'))
self.join_url = mget(kwargs, 'join_url', 'joinUrl')
self.status = kwargs.get('status')
self.viewings = kwargs.get('viewings', [])
if not self.viewings and kwargs.get('attendance'):
self.viewings = sort([(time(d['joinTime']), time(d['leaveTime']))
for d in kwargs['attendance']])
if not self.viewings and (
kwargs.get('duration') or kwargs.get('attendanceTimeInSeconds')
) and self.session and self.session.key and self.session.started_at:
duration = kwargs.get(
'duration') or kwargs.get('attendanceTimeInSeconds') and delta(
s=kwargs['attendanceTimeInSeconds'])
self.viewings = [(self.session.started_at,
self.session.started_at + duration)]
def webinars(self):
webinars = {}
for ex in Exchange.async_exchange([self._future_ex, self._past_ex, self._sessioned_ex]):
for that in ex.result:
this = webinars.get(that.key)
if this: this.merge(that)
else: webinars[that.key] = that
return sort(webinars.values())
def merge(self, other):
self._merge_primitives(other, 'webinar', 'session', 'key', 'email', 'first_name', 'last_name', 'registered_at', 'join_url', 'status')
viewings = []
for v in sort(self.viewings + other.viewings):
if viewings:
last = viewings[-1]
if v[0]<=last[-1]:
viewings[-1] = (min(v[0],last[0]),max(v[-1],last[-1]))
continue
viewings.append(v)
self.viewings = viewings
return self
def _merge_cached_exchange_collection(self, other, attr, keys=None, session_match=False):
ex_attr = "_%s_ex" % attr
if is_cached(other, ex_attr):
setattr(self, ex_attr, getattr(other, ex_attr))
if not is_cached(other, attr):
return
if not is_cached(self, attr):
setattr(self, attr, getattr(other, attr))
return
if not isinstance(keys[0], tuple):
keys = [(k,) for k in keys]
this_list = getattr(self, attr)
that_list = getattr(other, attr)
this_set = set(this_list)
that_set = set(that_list)
that_dicts = {}
for k in keys:
that_dicts[k] = dict((mgetattr(item, k), item) for item in getattr(other, attr) if mgetattr(item, k, None))
for this_item in this_list:
that_item = None
for k in keys:
key_value = mgetattr(this_item, k, None)
if key_value and that_dicts[k].has_key(key_value):
that_item = that_dicts[k][key_value]
break
if that_item and that_item in that_set:
this_item.merge(that_item)
that_set.remove(that_item)
this_set.remove(this_item)
if session_match:
for that_item in list(that_set):
for this_item in list(this_set):
if this_item.overlaps(that_item):
this_item.merge(that_item)
that_set.remove(that_item)
this_set.remove(this_item)
break
if len(that_set) == 1 and len(this_set) == 1:
list(this_set)[0].merge(list(that_set)[0])
that_set.clear()
# else give up and just treat them all as different sessions
this_list.extend(that_set)
if session_match:
for that in that_set:
that.webinar = self
setattr(self, attr, sort(this_list))
return getattr(self, attr)
def merge(self, other):
self._merge_primitives(other, 'webinar', 'session', 'key', 'email',
'first_name', 'last_name', 'registered_at',
'join_url', 'status')
viewings = []
for v in sort(self.viewings + other.viewings):
if viewings:
last = viewings[-1]
if v[0] <= last[-1]:
viewings[-1] = (min(v[0], last[0]), max(v[-1], last[-1]))
continue
viewings.append(v)
self.viewings = viewings
return self
def _merge_cached_exchange_collection(self, other, attr, keys=None, session_match=False):
ex_attr = '_%s_ex'%attr
if is_cached(other, ex_attr): setattr(self, ex_attr, getattr(other, ex_attr))
if not is_cached(other, attr):
return
if not is_cached(self, attr):
setattr(self, attr, getattr(other, attr))
return
if not isinstance(keys[0], tuple): keys = [(k,) for k in keys]
this_list = getattr(self, attr)
that_list = getattr(other, attr)
this_set = set(this_list)
that_set = set(that_list)
that_dicts = {}
for k in keys:
that_dicts[k] = dict((mgetattr(item,k),item) for item in getattr(other, attr) if mgetattr(item,k,None))
for this_item in this_list:
that_item = None
for k in keys:
key_value = mgetattr(this_item, k, None)
if key_value and that_dicts[k].has_key(key_value):
that_item = that_dicts[k][key_value]
break
if that_item and that_item in that_set:
this_item.merge(that_item)
that_set.remove(that_item)
this_set.remove(this_item)
if session_match:
for that_item in list(that_set):
for this_item in list(this_set):
if this_item.overlaps(that_item):
this_item.merge(that_item)
that_set.remove(that_item)
this_set.remove(this_item)
break;
if len(that_set) == 1 and len(this_set) == 1:
list(this_set)[0].merge(list(that_set)[0])
that_set.clear()
#else give up and just treat them all as different sessions
this_list.extend(that_set)
if session_match:
for that in that_set: that.webinar = self
setattr(self,attr,sort(this_list))
return getattr(self,attr)
def __init__(self, **kwargs):
super(Registrant, self).__init__()
self.webinar = kwargs.get('webinar')
self.session = kwargs.get('session')
self.key = mget(kwargs, 'key', 'registrant_key', 'registrantKey')
self.email = nlower(mget(kwargs, 'email', 'attendeeEmail'))
self.first_name = mget(kwargs, 'first_name', 'firstName', 'first')
self.last_name = mget(kwargs, 'last_name', 'lastName', 'last')
if kwargs.get('name'): self.name = nstrip(kwargs.get('name'))
self.registered_at = ntime(mget(kwargs, 'registered_at', 'registrationDate'))
self.join_url = mget(kwargs, 'join_url', 'joinUrl')
self.status = kwargs.get('status')
self.viewings = kwargs.get('viewings',[])
if not self.viewings and kwargs.get('attendance'):
self.viewings = sort([(time(d['joinTime']),time(d['leaveTime'])) for d in kwargs['attendance']])
if not self.viewings and (kwargs.get('duration') or kwargs.get('attendanceTimeInSeconds')) and self.session and self.session.key and self.session.started_at:
duration = kwargs.get('duration') or kwargs.get('attendanceTimeInSeconds') and delta(s=kwargs['attendanceTimeInSeconds'])
self.viewings = [(self.session.started_at, self.session.started_at+duration)]
def process_data(self, data, response):
return sort([
Registrant(session=self.session,
webinar=self.session.webinar,
**kwargs) for kwargs in data
])
def process_data(self, data, response):
return sort([Registrant(session=self.session,webinar=self.session.webinar,**kwargs) for kwargs in data])
