def handle(self, text):
# abort if the user hasn't identified yet
if self.msg.reporter is None:
self.must_register()
return True
# create a new person linked back to the reporter
# and their
person = PregnantPerson.objects.create()
report = PregnancyReport.objects.create(
person=person)
person.reporters.add(self.msg.reporter)
resp = "Thank you for reporting a pregnancy"
follow_resp = "Pregnancy reported by %s (%s)" %\
(self.msg.reporter, self.msg.reporter.connection.identity)
# explicitly link the reporter's location,
# in case they move during the pregnancy
loc = self.msg.reporter.location
if loc is not None:
person.locations.add(loc)
follow_resp += " at %s" % (loc)
# extract the last menses date, if possible
last_menses, text = extract_date(text)
if last_menses is not None:
person.last_menses = last_menses
person.save()
# save any tags extracted during
# parse phase by the tagging app
if hasattr(self.msg, "tags"):
if len(self.msg.tags) > 0:
for tag in self.msg.tags:
report.tags.add(tag)
suffix = " with indicators: %s" %\
(", ".join(map(unicode, self.msg.tags)))
resp += suffix
follow_resp += suffix
# assume that the remainder of the text is the
# woman's national id (rwanda-specific; sorry)
person.code = text.strip()
person.save()
self.respond("%s." % resp)
follower = self.msg.reporter.followers.all()
def handle(self, text):
# abort if the user hasn't identified yet
if self.msg.reporter is None:
self.must_register()
return True
resp = "Thank you for reporting a birth"
report = BirthReport()
# extract and record the birth weight
weight, text = extract_weight(text)
if weight is not None:
report.weight = weight
resp += " at %.1f kg" % (weight)
# extract and record the date of birth
date, text = extract_date(text)
if date is not None:
report.date = date
resp += " on %s" %\
format(date, "%d/%m/%Y")
# now that the weight and date have been
# removed, assume that the rest is the
# mother's unique code (todo: __search__)
try:
person = PregnantPerson.objects.get(
code=text.strip())
except PregnantPerson.DoesNotExist:
self.respond("You must register the pregnancy before reporting a birth.")
return True
report.person = person
report.save()
# save any tags extracted during
# parse phase by the tagging app
if hasattr(self.msg, "tags"):
if len(self.msg.tags) > 0:
for tag in self.msg.tags:
report.tags.add(tag)
resp += " with indicators: %s" %\
(", ".join(map(unicode, self.msg.tags)))
self.respond("%s." % resp)
def handle(self, text):
# abort if the user hasn't identified yet
if self.msg.reporter is None:
self.must_register()
return True
resp = self.respond("Thank you for reporting a birth.")
report = BirthReport()
# extract and record the birth weight
weight, text = extract_weight(text)
if weight is not None:
resp.append("Weight: %(weight)sKG", weight=("%.1f" % weight))
report.weight = weight
# extract and record the date of birth
date, text = extract_date(text)
if date is not None:
resp.append("Date: %(date)s", date=format(date, "%d/%m/%Y"))
report.date = date
# now that the weight and date have been
# removed, assume that the rest is the
# mother's unique code (todo: __search__)
#code = re.sub(r"[^0-9]", "", text.strip())
code = self._national_id()
person, created = PregnantPerson.objects.get_or_create(
code=code)
#if len(persons) == 0:
# self.respond("You must register the pregnancy before reporting a birth.")
# return True
#person = persons[0]
report.person = person
report.save()
# save any tags extracted during
# parse phase by the tagging app
if hasattr(self.msg, "tags"):
if len(self.msg.tags) > 0:
for tag in self.msg.tags:
report.tags.add(tag)