def _process_pin(self, message):
language = get_language_code(message.persistant_connection)
incoming_pin = message.text.strip()
reporter = IaviReporter.objects.get(pk=message.reporter.pk)
if self.pending_pins[reporter.pk]:
# this means it has already been set once
# check if they are equal and if so save
pending_pin = self.pending_pins.pop(reporter.pk)
if incoming_pin == pending_pin:
# success!
reporter.pin = pending_pin
reporter.save()
message.respond(_(strings["pin_set"], language))
else:
# oops they didn't match. send a failure string
message.respond(
_(strings["pin_mismatch"], language) %
{"alias": reporter.study_id})
# put an empty value back in the list of pins
self.pending_pins[reporter.pk] = None
else:
# this is their first try. make sure
# it's 4 numeric digits and if so ask for confirmation
if re.match(r"^(\d{4})$", incoming_pin):
self.pending_pins[reporter.pk] = incoming_pin
message.respond(_(strings["pin_request_again"], language))
else:
# bad format. send a failure string and prompt again
message.respond(
_(strings["bad_pin_format"], language) %
{"alias": reporter.study_id})
return True
def _process_pin(self, message):
language = get_language_code(message.persistant_connection)
incoming_pin = message.text.strip()
reporter = IaviReporter.objects.get(pk=message.reporter.pk)
if self.pending_pins[reporter.pk]:
# this means it has already been set once
# check if they are equal and if so save
pending_pin = self.pending_pins.pop(reporter.pk)
if incoming_pin == pending_pin:
# success!
reporter.pin = pending_pin
reporter.save()
message.respond(_(strings["pin_set"], language))
else:
# oops they didn't match. send a failure string
message.respond(_(strings["pin_mismatch"], language) % {"alias": reporter.study_id})
# put an empty value back in the list of pins
self.pending_pins[reporter.pk] = None
else:
# this is their first try. make sure
# it's 4 numeric digits and if so ask for confirmation
if re.match(r"^(\d{4})$", incoming_pin):
self.pending_pins[reporter.pk] = incoming_pin
message.respond(_(strings["pin_request_again"], language))
else:
# bad format. send a failure string and prompt again
message.respond(_(strings["bad_pin_format"], language) % {"alias": reporter.study_id})
return True
def _allowed_to_participate(self, message):
if message.reporter:
iavi_reporter = IaviReporter.objects.get(pk=message.reporter.pk)
if iavi_reporter.pin:
return True
else:
message.respond(_(strings["rejection_no_pin"], get_language_code(message.persistant_connection)))
else:
message.respond(_(strings["rejection_unknown_user"], get_language_code(message.persistant_connection)))
return False
def _allowed_to_participate(self, message):
if message.reporter:
iavi_reporter = IaviReporter.objects.get(pk=message.reporter.pk)
if iavi_reporter.pin:
return True
else:
message.respond(
_(strings["rejection_no_pin"],
get_language_code(message.persistant_connection)))
else:
message.respond(
_(strings["rejection_unknown_user"],
get_language_code(message.persistant_connection)))
return False
def actions(self, *args, **kwargs):
message = args[0]
form_entry = args[1]
# we'll be using the language in all our responses so
# keep it handy
language = get_language_code(message.persistant_connection)
if form_entry.form.code.abbreviation == "register":
# todo: registration
alias = form_entry.reg_data["alias"]
language = form_entry.reg_data["language"]
location = form_entry.reg_data["location"]
real_time = form_entry.reg_data["time"]
study_id = form_entry.reg_data["study_id"]
# create the reporter object for this person
reporter = IaviReporter(alias=alias, language=language, location=location, registered=message.date)
reporter.save()
# create the study participant for this too. Assume they're starting
# tomorrow and don't set a stop date.
start_date = (datetime.today() + timedelta(days=1)).date()
participant = StudyParticipant.objects.create(reporter=reporter,
start_date = start_date,
notification_time = real_time)
# also attach the reporter to the connection
message.persistant_connection.reporter=reporter
message.persistant_connection.save()
message.respond(_(strings["registration_complete"], language) % {"alias": study_id })
# also send the PIN request and add this user to the
# pending pins
self.app.pending_pins[reporter.pk] = None
message.respond(_(strings["pin_request"], language))
elif form_entry.form.code.abbreviation == "test":
# initiate the tree sequence for the user we set
# during validation
user = form_entry.test_data["reporter"]
errors = self.app._initiate_tree_sequence(user, message.persistant_connection)
if errors:
message.respond(errors)
else:
message.respond(_(strings["test_initiated"], language) % {"alias" : form_entry.test_data["study_id"]})
def _initiate_tree_sequence(self, user, initiator=None):
user_conn = user.connection()
if user_conn:
db_backend = user_conn.backend
# we need to get the real backend from the router
# to properly send it
real_backend = self.router.get_backend(db_backend.slug)
if real_backend:
connection = Connection(real_backend, user_conn.identity)
text = self._get_tree_sequence(user)
if not text:
return _(strings["unknown_survey_location"], get_language_code(user.connection)) % ({"location":user.location, "alias":user.study_id})
else:
# first ask the tree app to end any sessions it has open
if self.tree_app:
self.tree_app.end_sessions(user_conn)
if initiator:
# if this was initiated by someone else
# create an entry for this so they can be
# notified upon completion, and also so
# we can ignore the data
TestSession.objects.create(initiator=initiator, tester=user,
status="A")
start_msg = Message(connection, text)
self.router.incoming(start_msg)
return
else:
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
return error
else:
error = "Can't find connection %s. Messages will not be sent" % user_conn
self.error(error)
return error
def _initiate_tree_sequence(self, user, initiator=None):
user_conn = user.connection()
if user_conn:
tree = self._get_tree(user)
if not tree:
return _(strings["unknown_survey_location"],
get_language_code(
user.connection)) % ({
"location": user.location,
"alias": user.study_id
})
if initiator:
# if this was initiated by someone else
# create an entry for this so they can be
# notified upon completion, and also so
# we can ignore the data
TestSession.objects.create(initiator=initiator,
tester=user,
status="A")
if self.tree_app:
self.tree_app.start_tree(tree, user_conn)
else:
error = "Can't find connection %s. Messages will not be sent" % user_conn
self.error(error)
return error
def _send_question(self, session, msg=None):
'''Sends the next question in the session, if there is one'''
state = session.state
if state and state.question:
response = _(state.question.text, get_language_code(session.connection))
self.info("Sending: %s" % response)
if msg:
msg.respond(response)
else:
# we need to get the real backend from the router
# to properly send it
real_backend = self.router.get_backend(session.connection.backend.slug)
if real_backend:
connection = Connection(real_backend, session.connection.identity)
outgoing_msg = Message(connection, response)
self.router.outgoing(outgoing_msg)
else:
# todo: do we want to fail more loudly than this?
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
def _initiate_tree_sequence(self, user, initiator=None):
user_conn = user.connection()
if user_conn:
tree= self._get_tree(user)
if not tree:
return _(strings["unknown_survey_location"], get_language_code(user.connection)) % ({"location":user.location, "alias":user.study_id})
if initiator:
# if this was initiated by someone else
# create an entry for this so they can be
# notified upon completion, and also so
# we can ignore the data
TestSession.objects.create(initiator=initiator, tester=user,
status="A")
if self.tree_app:
self.tree_app.start_tree(tree, user_conn)
else:
error = "Can't find connection %s. Messages will not be sent" % user_conn
self.error(error)
return error
def _initiate_tree_sequence(self, user, initiator=None):
user_conn = user.connection()
if user_conn:
db_backend = user_conn.backend
# we need to get the real backend from the router
# to properly send it
real_backend = self.router.get_backend(db_backend.slug)
if real_backend:
connection = Connection(real_backend, user_conn.identity)
text = self._get_tree_sequence(user)
if not text:
return _(strings["unknown_survey_location"],
get_language_code(
user.connection)) % ({
"location": user.location,
"alias": user.study_id
})
else:
# first ask the tree app to end any sessions it has open
if self.tree_app:
self.tree_app.end_sessions(user_conn)
if initiator:
# if this was initiated by someone else
# create an entry for this so they can be
# notified upon completion, and also so
# we can ignore the data
TestSession.objects.create(initiator=initiator,
tester=user,
status="A")
start_msg = Message(connection, text)
self.router.incoming(start_msg)
return
else:
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
return error
else:
error = "Can't find connection %s. Messages will not be sent" % user_conn
self.error(error)
return error
def _send_question(self, session, msg=None):
'''Sends the next question in the session, if there is one'''
state = session.state
if state and state.question:
response = _(state.question.text,
get_language_code(session.connection))
self.info("Sending: %s" % response)
if msg:
msg.respond(response)
else:
# we need to get the real backend from the router
# to properly send it
real_backend = self.router.get_backend(
session.connection.backend.slug)
if real_backend:
connection = Connection(real_backend,
session.connection.identity)
outgoing_msg = Message(connection, response)
self.router.outgoing(outgoing_msg)
else:
# todo: do we want to fail more loudly than this?
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
def handle(self, msg):
# if this caller doesn't have a session attribute,
# they're not currently answering a question tree, so
# just search for triggers and return
sessions = Session.objects.all().filter(state__isnull=False)\
.filter(connection=msg.persistant_connection)
if not sessions:
try:
tree = Tree.objects.get(trigger=msg.text)
# start a new session for this person and save it
self.start_tree(tree, msg.persistant_connection, msg)
return True
# no trigger found? no big deal. the
# message is probably for another app
except Tree.DoesNotExist:
return False
# the caller is part-way though a question
# tree, so check their answer and respond
else:
session = sessions[0]
state = session.state
self.debug(state)
# loop through all transitions starting with
# this state and try each one depending on the type
# this will be a greedy algorithm and NOT safe if
# multiple transitions can match the same answer
transitions = Transition.objects.filter(current_state=state)
found_transition = None
for transition in transitions:
if self.matches(transition.answer, msg):
found_transition = transition
break
# the number of tries they have to get out of this state
# if empty there is no limit. When the num_retries is hit
# a user's session will be terminated.
# not a valid answer, so remind
# the user of the valid options.
if not found_transition:
transitions = Transition.objects.filter(current_state=state)
# there are no defined answers. therefore there are no more questions to ask
if len(transitions) == 0:
# send back some precanned response
msg.respond(self.last_message)
# end the connection so the caller can start a new session
self._end_session(session)
return
else:
# send them some hints about how to respond
if state.question.error_response:
response = (_(state.question.error_response,
get_language_code(session.connection)))
if "%(answer)s" in response:
response = response % ({"answer": msg.text})
else:
flat_answers = " or ".join([
trans.answer.helper_text() for trans in transitions
])
# Make translation happen all at the end. This is currently more practical
#translated_answers = _(flat_answers, get_language_code(session.connection))
#response = _('"%(answer)s" is not a valid answer. You must enter %(hint)s',
# get_language_code(session.connection))% ({"answer" : msg.text, "hint": translated_answers})
untranslated_response = '"%(answer)s" is not a valid answer. You must enter ' + flat_answers
response = _(untranslated_response,
get_language_code(session.connection)) % (
{
"answer": msg.text
})
msg.respond(response)
# update the number of times the user has tried
# to answer this. If they have reached the
# maximum allowed then end their session and
# send them an error message.
session.num_tries = session.num_tries + 1
if state.num_retries and session.num_tries >= state.num_retries:
session.state = None
msg.respond(
_(
"Sorry, invalid answer %(retries)s times. Your session will now end. Please try again later.",
get_language_code(session.connection)) %
{"retries": session.num_tries})
session.save()
return True
# create an entry for this response
# first have to know what sequence number to insert
ids = Entry.objects.all().filter(
session=session).order_by('sequence_id').values_list(
'sequence_id', flat=True)
if ids:
# not sure why pop() isn't allowed...
sequence = ids[len(ids) - 1] + 1
else:
sequence = 1
entry = Entry(session=session,
sequence_id=sequence,
transition=found_transition,
text=msg.text)
entry.save()
self.debug("entry %s saved" % entry)
# advance to the next question, or remove
# this caller's state if there are no more
# this might be "None" but that's ok, it will be the
# equivalent of ending the session
session.state = found_transition.next_state
session.num_tries = 0
session.save()
# if this was the last message, end the session,
# and also check if the tree has a defined
# completion text and if so send it
if not session.state:
self._end_session(session)
if session.tree.completion_text:
msg.respond(
_(session.tree.completion_text,
get_language_code(session.connection)))
# if there is a next question ready to ask
# send it along
self._send_question(session, msg)
# if we haven't returned long before now, we're
# long committed to dealing with this message
return True
def handle(self, msg):
# if this caller doesn't have a session attribute,
# they're not currently answering a question tree, so
# just search for triggers and return
sessions = Session.objects.all().filter(state__isnull=False)\
.filter(connection=msg.persistant_connection)
if not sessions:
try:
tree = Tree.objects.get(trigger=msg.text)
# start a new session for this person and save it
session = Session(connection=msg.persistant_connection,
tree=tree, state=tree.root_state, num_tries=0)
session.save()
self.debug("session %s saved" % session)
# also notify any session listeners of this
# so they can do their thing
if self.session_listeners.has_key(tree.trigger):
for func in self.session_listeners[tree.trigger]:
func(session, False)
# no trigger found? no big deal. the
# message is probably for another app
except Tree.DoesNotExist:
return False
# the caller is part-way though a question
# tree, so check their answer and respond
else:
session = sessions[0]
state = session.state
self.debug(state)
# loop through all transitions starting with
# this state and try each one depending on the type
# this will be a greedy algorithm and NOT safe if
# multiple transitions can match the same answer
transitions = Transition.objects.filter(current_state=state)
found_transition = None
for transition in transitions:
if self.matches(transition.answer, msg):
found_transition = transition
break
# the number of tries they have to get out of this state
# if empty there is no limit. When the num_retries is hit
# a user's session will be terminated.
# not a valid answer, so remind
# the user of the valid options.
if not found_transition:
transitions = Transition.objects.filter(current_state=state)
# there are no defined answers. therefore there are no more questions to ask
if len(transitions) == 0:
# send back some precanned response
msg.respond(self.last_message)
# end the connection so the caller can start a new session
self._end_session(session)
return
else:
# send them some hints about how to respond
if state.question.error_response:
response = (_(state.question.error_response, get_language_code(session.connection)))
if "%(answer)s" in response:
response = response % ({"answer" : msg.text})
else:
flat_answers = " or ".join([trans.answer.helper_text() for trans in transitions])
translated_answers = _(flat_answers, get_language_code(session.connection))
response = _('"%(answer)s" is not a valid answer. You must enter %(hint)s',
get_language_code(session.connection))% ({"answer" : msg.text, "hint": translated_answers})
msg.respond(response)
# update the number of times the user has tried
# to answer this. If they have reached the
# maximum allowed then end their session and
# send them an error message.
session.num_tries = session.num_tries + 1
if state.num_retries and session.num_tries >= state.num_retries:
session.state = None
msg.respond(_("Sorry, invalid answer %(retries)s times. Your session will now end. Please try again later.",
get_language_code(session.connection)) % {"retries": session.num_tries })
session.save()
return True
# create an entry for this response
# first have to know what sequence number to insert
ids = Entry.objects.all().filter(session=session).order_by('sequence_id').values_list('sequence_id', flat=True)
if ids:
# not sure why pop() isn't allowed...
sequence = ids[len(ids) -1] + 1
else:
sequence = 1
entry = Entry(session=session,sequence_id=sequence,transition=found_transition,text=msg.text)
entry.save()
self.debug("entry %s saved" % entry)
# advance to the next question, or remove
# this caller's state if there are no more
# this might be "None" but that's ok, it will be the
# equivalent of ending the session
session.state = found_transition.next_state
session.num_tries = 0
session.save()
# if this was the last message, end the session,
# and also check if the tree has a defined
# completion text and if so send it
if not session.state:
self._end_session(session)
if session.tree.completion_text:
msg.respond(_(session.tree.completion_text, get_language_code(session.connection)))
# if there is a next question ready to ask
# (and this includes THE FIRST), send it along
sessions = Session.objects.all().filter(state__isnull=False).filter(connection=msg.persistant_connection)
if sessions:
state = sessions[0].state
if state.question:
msg.respond(_(state.question.text, get_language_code(sessions[0].connection)))
self.info(_(state.question.text, get_language_code(sessions[0].connection)))
# if we haven't returned long before now, we're
# long committed to dealing with this message
return True
def handle(self, message):
# there are three things this app deals with primarily:
# registration, pin setup, and testing
# but we'll also use it to circumvent some logic in the tree
# app with a few custom codes.
if message.text.lower() == "iavi uganda" or message.text.lower(
) == "iavi kenya":
# if they are allowed to participate, return false so
# that the message propagates to the tree app. If they
# aren't this will come back as handled and the tree app
# will never see it.
# ASSUMES ORDERING OF APPS AND THAT THIS IS BEFORE TREE
return not self._allowed_to_participate(message)
# we'll be using the language in all our responses so
# keep it handy
language = get_language_code(message.persistant_connection)
# check pin conditions and process if they match
if message.reporter and message.reporter.pk in self.pending_pins:
return self._process_pin(message)
# registration block
# first make sure the string starts and ends with the *# - #* combination
match = re.match(r"^\*\#(.*?)\#\*$", message.text)
if match:
self.info("Message matches! %s", message)
body_groups = match.groups()[0].split("#")
if len(body_groups) == 3 and body_groups[0] == "8377":
# this is the testing format
# this is the (extremely ugly) format of testing
# *#8377#<Site Number>#<Last 4 Digits of Participant ID>#*
# TODO: implement testing
code, site, id = body_groups
alias = IaviReporter.get_alias(site, id)
try:
# lookup the user in question and initiate the tree
# sequence for them. If there are errors, respond
# with them
user = IaviReporter.objects.get(alias=alias)
errors = self._initiate_tree_sequence(
user, message.persistant_connection)
if errors:
message.respond(errors)
except IaviReporter.DoesNotExist:
message.respond(
_(strings["unknown_user"], language) % {"alias": id})
return True
else:
# assume this is the registration format
# this is the (extremely ugly) format of registration
# time is optional
# *#<Country/Language Group>#<Site Number>#<Last 3 Digits of Participant ID>#<time?>#*
if len(body_groups) == 3:
language, site, id = body_groups
study_time = "1600"
elif len(body_groups) == 4:
language, site, id, study_time = body_groups
else:
message.respond(
_(strings["unknown_format"],
get_language_code(message.persistant_connection)))
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
message.respond(
_(strings["id_format"],
get_language_code(message.persistant_connection)) %
{"alias": id})
return True
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
message.respond(
_(strings["unknown_location"],
get_language_code(message.persistant_connection)) % {
"alias": id,
"location": site
})
return True
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
message.respond(
_(strings["time_format"],
get_language_code(message.persistant_connection))
% {
"alias": id,
"time": study_time
})
return
real_time = dtt(hour, minute)
else:
message.respond(
_(strings["time_format"],
get_language_code(message.persistant_connection)) % {
"alias": id,
"time": study_time
})
return
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
message.respond(
_(strings["already_registered"], language) % {
"alias": id,
"location": location.code
})
return True
# create the reporter object for this person
reporter = IaviReporter(alias=alias,
language=language,
location=location,
registered=message.date)
reporter.save()
# create the study participant for this too. Assume they're starting
# tomorrow and don't set a stop date.
start_date = (datetime.today() + timedelta(days=1)).date()
participant = StudyParticipant.objects.create(
reporter=reporter,
start_date=start_date,
notification_time=real_time)
# also attach the reporter to the connection
message.persistant_connection.reporter = reporter
message.persistant_connection.save()
message.respond(
_(strings["registration_complete"], language) %
{"alias": id})
# also send the PIN request and add this user to the
# pending pins
self.pending_pins[reporter.pk] = None
message.respond(_(strings["pin_request"], language))
else:
self.info("Message doesn't match. %s", message)
def _handle_session(self, session, is_ending, klass):
self.debug("%s session: %s" % (klass, session))
# get the reporter object
reporter = session.connection.reporter
iavi_reporter = IaviReporter.objects.get(pk=reporter.pk)
if not is_ending:
# check if the reporter has an active test session
# and if so, link it. Otherwise treat it normally
try:
test_session = TestSession.objects.get(tester=iavi_reporter,
status="A")
test_session.tree_session = session
test_session.save()
except TestSession.DoesNotExist:
# not an error, just means this wasn't a test
# create a new report for this
klass.objects.create(reporter=iavi_reporter,
started=session.start_date,
session=session, status="A")
else:
# if we have a test session mark the status and save
try:
test_session = TestSession.objects.get(tree_session=session)
if session.canceled:
test_session.status = "F"
response = _(strings["test_fail"], get_language_code(test_session.initiator)) % ({"alias": iavi_reporter.study_id})
else:
test_session.status = "P"
response = _(strings["test_pass"], get_language_code(test_session.initiator)) % ({"alias": iavi_reporter.study_id})
test_session.save()
# also have to initiate a callback to the
# original person who initiated the test
db_backend = test_session.initiator.backend
real_backend = self.router.get_backend(db_backend.slug)
if real_backend:
real_connection = Connection(real_backend, test_session.initiator.identity)
response_msg = Message(real_connection, response)
self.router.outgoing(response_msg)
else:
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
except TestSession.DoesNotExist:
# not a big deal. it wasn't a test.
# if we have a report
# update the data and save
try:
report = klass.objects.get(session=session)
for entry in session.entry_set.all():
answer = entry.transition.answer
column = self._get_column(entry.transition.current_state)
if column:
clean_answer = self._get_clean_answer(answer, entry.text)
setattr(report, column, clean_answer)
report.completed = datetime.now()
if session.canceled:
report.status = "C"
else:
report.status = "F"
report.save()
except klass.DoesNotExist:
# oops, not sure how this could happen, but we don't
# want to puke
self.error("No report found for session %s" % session)
def _handle_session(self, session, is_ending, klass):
self.debug("%s session: %s" % (klass, session))
# get the reporter object
reporter = session.connection.reporter
iavi_reporter = IaviReporter.objects.get(pk=reporter.pk)
if not is_ending:
# check if the reporter has an active test session
# and if so, link it. Otherwise treat it normally
try:
test_session = TestSession.objects.get(tester=iavi_reporter,
status="A")
test_session.tree_session = session
test_session.save()
except TestSession.DoesNotExist:
# not an error, just means this wasn't a test
# create a new report for this
klass.objects.create(reporter=iavi_reporter,
started=session.start_date,
session=session,
status="A")
else:
# if we have a test session mark the status and save
try:
test_session = TestSession.objects.get(tree_session=session)
if session.canceled:
test_session.status = "F"
response = _(strings["test_fail"],
get_language_code(test_session.initiator)) % (
{
"alias": iavi_reporter.study_id
})
else:
test_session.status = "P"
response = _(strings["test_pass"],
get_language_code(test_session.initiator)) % (
{
"alias": iavi_reporter.study_id
})
test_session.save()
# also have to initiate a callback to the
# original person who initiated the test
db_backend = test_session.initiator.backend
real_backend = self.router.get_backend(db_backend.slug)
if real_backend:
real_connection = Connection(
real_backend, test_session.initiator.identity)
response_msg = Message(real_connection, response)
self.router.outgoing(response_msg)
else:
error = "Can't find backend %s. Messages will not be sent" % connection.backend.slug
self.error(error)
except TestSession.DoesNotExist:
# not a big deal. it wasn't a test.
# if we have a report
# update the data and save
try:
report = klass.objects.get(session=session)
for entry in session.entry_set.all():
answer = entry.transition.answer
column = self._get_column(
entry.transition.current_state)
if column:
clean_answer = self._get_clean_answer(
answer, entry.text)
setattr(report, column, clean_answer)
report.completed = datetime.now()
if session.canceled:
report.status = "C"
else:
report.status = "F"
report.save()
except klass.DoesNotExist:
# oops, not sure how this could happen, but we don't
# want to puke
self.error("No report found for session %s" % session)
def handle (self, message):
# there are three things this app deals with primarily:
# registration, pin setup, and testing
# but we'll also use it to circumvent some logic in the tree
# app with a few custom codes.
if message.text.lower() == "iavi uganda" or message.text.lower() == "iavi kenya":
# if they are allowed to participate, return false so
# that the message propagates to the tree app. If they
# aren't this will come back as handled and the tree app
# will never see it.
# ASSUMES ORDERING OF APPS AND THAT THIS IS BEFORE TREE
return not self._allowed_to_participate(message)
# we'll be using the language in all our responses so
# keep it handy
language = get_language_code(message.persistant_connection)
# check pin conditions and process if they match
if message.reporter and message.reporter.pk in self.pending_pins:
return self._process_pin(message)
# registration block
# first make sure the string starts and ends with the *# - #* combination
match = re.match(r"^\*\#(.*?)\#\*$", message.text)
if match:
self.info("Message matches! %s", message)
body_groups = match.groups()[0].split("#")
if len(body_groups)== 3 and body_groups[0] == "8377":
# this is the testing format
# this is the (extremely ugly) format of testing
# *#8377#<Site Number>#<Last 4 Digits of Participant ID>#*
# TODO: implement testing
code, site, id = body_groups
alias = IaviReporter.get_alias(site, id)
try:
# lookup the user in question and initiate the tree
# sequence for them. If there are errors, respond
# with them
user = IaviReporter.objects.get(alias=alias)
errors = self._initiate_tree_sequence(user, message.persistant_connection)
if errors:
message.respond(errors)
except IaviReporter.DoesNotExist:
message.respond(_(strings["unknown_user"], language) % {"alias":id})
return True
else:
# assume this is the registration format
# this is the (extremely ugly) format of registration
# time is optional
# *#<Country/Language Group>#<Site Number>#<Last 3 Digits of Participant ID>#<time?>#*
if len(body_groups) == 3:
language, site, id = body_groups
study_time = "1600"
elif len(body_groups) == 4:
language, site, id, study_time = body_groups
else:
message.respond(_(strings["unknown_format"], get_language_code(message.persistant_connection)))
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
message.respond(_(strings["id_format"], get_language_code(message.persistant_connection)) % {"alias" : id})
return True
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
message.respond(_(strings["unknown_location"], get_language_code(message.persistant_connection)) % {"alias" : id, "location" : site})
return True
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
message.respond(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})
return
real_time = dtt(hour, minute)
else:
message.respond(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})
return
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
message.respond(_(strings["already_registered"], language) % {"alias": id, "location":location.code})
return True
# create the reporter object for this person
reporter = IaviReporter(alias=alias, language=language, location=location, registered=message.date)
reporter.save()
# create the study participant for this too. Assume they're starting
# tomorrow and don't set a stop date.
start_date = (datetime.today() + timedelta(days=1)).date()
participant = StudyParticipant.objects.create(reporter=reporter,
start_date = start_date,
notification_time = real_time)
# also attach the reporter to the connection
message.persistant_connection.reporter=reporter
message.persistant_connection.save()
message.respond(_(strings["registration_complete"], language) % {"alias": id })
# also send the PIN request and add this user to the
# pending pins
self.pending_pins[reporter.pk] = None
message.respond(_(strings["pin_request"], language))
else:
self.info("Message doesn't match. %s", message)
def validate(self, *args, **kwargs):
message = args[0]
form_entry = args[1]
data = form_entry.to_dict()
if form_entry.form.code.abbreviation == "register":
language = data["language"]
site = data["location"]
id = data["study_id"]
# time is optional
study_time = data["time"]
if not study_time:
study_time = "1600"
# validate the format of the id, existence of location
if not re.match(r"^\d{3}$", id):
return [(_(strings["id_format"], get_language_code(message.persistant_connection)) % {"alias" : id})]
try:
location = Location.objects.get(code=site)
except Location.DoesNotExist:
return[(_(strings["unknown_location"], get_language_code(message.persistant_connection)) % {"alias" : id, "location" : site})]
# TODO: validate the language
# validate and get the time object
if re.match(r"^\d{4}$", study_time):
hour = int(study_time[0:2])
minute = int(study_time[2:4])
if hour < 0 or hour >= 24 or minute < 0 or minute >= 60:
return [(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})]
real_time = dtt(hour, minute)
else:
return [(_(strings["time_format"], get_language_code(message.persistant_connection)) % {"alias" : id, "time" : study_time})]
# user ids are unique per-location so use location-id
# as the alias
alias = IaviReporter.get_alias(location.code, id)
# make sure this isn't a duplicate alias
if len(IaviReporter.objects.filter(alias=alias)) > 0:
return [(_(strings["already_registered"], language) % {"alias": id, "location":location.code})]
return True
data["alias"] = alias
data["location"] = location
data["time"] = real_time
# all fields were present and correct, so copy them into the
# form_entry, for "actions" to pick up again without re-fetching
form_entry.reg_data = data
return []
elif form_entry.form.code.abbreviation == "test":
print "test!"
print data
site = data["location"]
id = data["study_id"]
alias = IaviReporter.get_alias(site, id)
try:
# make sure the user in question exists. If not,
# respond with an error
user = IaviReporter.objects.get(alias=alias)
# set some data in the form_entry so we have easy
# access to it from within actions
data["reporter"] = user
data["alias"] = alias
form_entry.test_data = data
except IaviReporter.DoesNotExist:
return [(_(strings["unknown_user"], language) % {"alias":id})]