def dispatch(cls, router, msg):
# spawn an instance of this handler, and stash
# the low(er)-level router and message object
inst = cls(router, msg)
### GET REPORTER
try:
cls.reporter = Reporter.objects.get(
telephone_moh=msg.connection.identity, deactivated=False)
except Exception, e:
msg.respond(
get_appropriate_response(DEFAULT_LANGUAGE_ISO='rw',
message_type='sender_not_registered',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
def dispatch(cls, router, msg):
# spawn an instance of this handler, and stash
# the low(er)-level router and message object
inst = cls(router, msg)
### GET REPORTER
try:
cls.reporter = Reporter.objects.get(telephone_moh=msg.connection.identity, deactivated=False)
except Exception, e:
msg.respond(
get_appropriate_response(
DEFAULT_LANGUAGE_ISO="rw",
message_type="sender_not_registered",
destination=None,
sms_report=None,
sms_report_field=None,
)[1]
)
return True
destination=None,
sms_report=None,
sms_report_field=None,
)[1]
)
return True
match = keyword.match(msg.text)
if match is None:
msg.respond(
"%s, %s"
% (
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type="empty_sms_report",
destination=None,
sms_report=None,
sms_report_field=None,
)[1],
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type="help",
destination=None,
sms_report=cls.sms_report,
sms_report_field=None,
)[1],
)
)
return True
# if any non-whitespace content was send after the keyword, send
class SMSReportKeywordHandler(BaseHandler):
@classmethod
def _keyword(cls):
if hasattr(cls, "keyword"):
prefix = r"^\s*(?:%s)(?:[\s,;:]+(.+))?$" % (cls.keyword)
return re.compile(prefix, re.IGNORECASE)
@classmethod
def dispatch(cls, router, msg):
# spawn an instance of this handler, and stash
# the low(er)-level router and message object
inst = cls(router, msg)
### GET REPORTER
try:
cls.reporter = Reporter.objects.get(
telephone_moh=msg.connection.identity, deactivated=False)
except Exception, e:
msg.respond(
get_appropriate_response(DEFAULT_LANGUAGE_ISO='rw',
message_type='sender_not_registered',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
if cls.reporter is None:
msg.respond(
get_appropriate_response(DEFAULT_LANGUAGE_ISO="rw",
message_type='sender_not_registered',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
keyword = cls._keyword()
if keyword is None:
msg.respond(
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type='unknown_keyword',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
try:
cls.sms_report = SMSReport.objects.filter(
keyword=msg.text.split()[0].upper())[0]
cls.sms_report_keyword = cls.sms_report.keyword
except Exception, e:
#print e
msg.respond(
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type='unknown_keyword',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
#print e
msg.respond(
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type='unknown_keyword',
destination=None,
sms_report=None,
sms_report_field=None)[1])
return True
match = keyword.match(msg.text)
if match is None:
msg.respond('%s, %s' %
(get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type='empty_sms_report',
destination=None,
sms_report=None,
sms_report_field=None)[1],
get_appropriate_response(
DEFAULT_LANGUAGE_ISO=cls.reporter.language,
message_type='help',
destination=None,
sms_report=cls.sms_report,
sms_report_field=None)[1]))
return True
# if any non-whitespace content was send after the keyword, send
# it along to the handle method. the instance can always find
# the original text via self.msg if it really needs it.
text = match.group(1) or " "
