def rows(self):
appointments_sent = self.unique('case_data')
appointments_confirmed = self.unique('case_data', check_response_state=True)
reminders_sent = self.unique('session_data')
reminders_confirmed = self.unique('session_data', check_response_state=True)
return [[
appointments_sent,
div(appointments_confirmed, appointments_sent, percent=True),
div(reminders_confirmed, reminders_sent, percent=True),
div(reminders_sent, appointments_sent),
div(reminders_confirmed, appointments_sent),
]]
def rows(self):
appointments_sent = self.unique('case_data')
appointments_confirmed = self.unique('case_data',
check_response_state=True)
reminders_sent = self.unique('session_data')
reminders_confirmed = self.unique('session_data',
check_response_state=True)
return [[
appointments_sent,
div(appointments_confirmed, appointments_sent, percent=True),
div(reminders_confirmed, reminders_sent, percent=True),
div(reminders_sent, appointments_sent),
div(reminders_confirmed, appointments_sent),
]]
def percent_over_time(self, field_name):
values = []
start, end = self.datespan.startdate_utc, self.datespan.enddate_utc
while start <= end:
base_query = self.gen_base_query(start)
num = self.unique(field_name, True, base_query=base_query)
denom = self.unique(field_name, base_query=base_query)
values.append({
"x": int(unix_time_millis(start)),
"y": float(div(num, denom)) * 100,
})
start += timedelta(days=1)
return values
def percent_over_time(self, field_name):
values = []
start, end = self.datespan.startdate_utc, self.datespan.enddate_utc
while start <= end:
base_query = self.gen_base_query(start)
num = self.unique(field_name, True, base_query=base_query)
denom = self.unique(field_name, base_query=base_query)
values.append({
"x": int(unix_time_millis(start)),
"y": float(div(num, denom)) * 100,
})
start += timedelta(days=1)
return values
def rows(self):
def row(header, mw_val, case_val):
return [_(header), mw_val, case_val, mw_val + case_val]
def verified_numbered_users(owner_type, ids=None, check_filters=False):
if not ids and not check_filters:
data = get_db().view('sms/verified_number_by_domain',
reduce=True,
startkey=[self.domain, owner_type],
endkey=[self.domain, owner_type, {}],
).one()
return data["value"] if data else 0
else:
owners = get_db().view('sms/verified_number_by_domain',
reduce=False,
startkey=[self.domain, owner_type],
endkey=[self.domain, owner_type, {}],
).all()
return len(filter(lambda oid: oid in ids, [o["key"][2] for o in owners]))
owner_ids = self.combined_user_ids if self.users_by_group else []
case_ids = self.cases_by_case_group if self.cases_by_case_group else []
check_filters = True if owner_ids or case_ids else False
number = row("Number", verified_numbered_users("CommCareUser", owner_ids, check_filters=check_filters),
verified_numbered_users("CommCareCase", case_ids, check_filters=check_filters))
def get_actives(recipient_type):
return len(self.active_query(recipient_type)['facets']['couch_recipient']['terms'])
active = row(_("Number Active"), get_actives("commcareuser"), get_actives("commcarecase"))
perc_active = [_("% Active"),
div(active[1], number[1], True), div(active[2], number[2], True), div(active[3], number[3], True)]
facets = self.messages_query()['facets']
to_users, to_cases = 0, 0
for term in facets['couch_recipient_doc_type']['terms']:
if term['term'] == 'commcarecase':
to_cases = term['count']
elif term['term'] == 'commcareuser':
to_users = term['count']
messages = row(_("Number of SMS Messages, incoming and outgoing"), to_users, to_cases)
avg_per_user = [_("Avg SMS Messages per User"),
div(messages[1], number[1]), div(messages[2], number[2]), div(messages[3], number[3])]
avg_per_act_user = [_("Avg SMS Messages per Active User"),
div(messages[1], active[1]), div(messages[2], active[2]), div(messages[3], active[3])]
return [number, active, perc_active, messages, avg_per_user, avg_per_act_user]
def rows(self):
def row(header, mw_val, case_val):
return [_(header), mw_val, case_val, mw_val + case_val]
def verified_numbered_users(owner_type, ids=None, check_filters=False):
if not ids and not check_filters:
data = get_db().view(
'sms/verified_number_by_domain',
reduce=True,
startkey=[self.domain, owner_type],
endkey=[self.domain, owner_type, {}],
).one()
return data["value"] if data else 0
else:
owners = get_db().view(
'sms/verified_number_by_domain',
reduce=False,
startkey=[self.domain, owner_type],
endkey=[self.domain, owner_type, {}],
).all()
return len(
filter(lambda oid: oid in ids,
[o["key"][2] for o in owners]))
owner_ids = self.combined_user_ids if self.users_by_group else []
case_ids = self.cases_by_case_group if self.cases_by_case_group else []
check_filters = True if owner_ids or case_ids else False
number = row(
"Number",
verified_numbered_users("CommCareUser",
owner_ids,
check_filters=check_filters),
verified_numbered_users("CommCareCase",
case_ids,
check_filters=check_filters))
def get_actives(recipient_type):
return len(
self.active_query(recipient_type)['facets']['couch_recipient']
['terms'])
active = row(_("Number Active"), get_actives("commcareuser"),
get_actives("commcarecase"))
perc_active = [
_("% Active"),
div(active[1], number[1], True),
div(active[2], number[2], True),
div(active[3], number[3], True)
]
facets = self.messages_query()['facets']
to_users, to_cases = 0, 0
for term in facets['couch_recipient_doc_type']['terms']:
if term['term'] == 'commcarecase':
to_cases = term['count']
elif term['term'] == 'commcareuser':
to_users = term['count']
messages = row(_("Number of SMS Messages, incoming and outgoing"),
to_users, to_cases)
avg_per_user = [
_("Avg SMS Messages per User"),
div(messages[1], number[1]),
div(messages[2], number[2]),
div(messages[3], number[3])
]
avg_per_act_user = [
_("Avg SMS Messages per Active User"),
div(messages[1], active[1]),
div(messages[2], active[2]),
div(messages[3], active[3])
]
return [
number, active, perc_active, messages, avg_per_user,
avg_per_act_user
]
