def reschedule_reminder(self, *args, **kwargs):
ndatetime = kwargs['response']
session_id = kwargs['session_id']
print 'in %s: user responsed with date: %s' % (self.__class__, kwargs['response'])
print 'args: %s kwargs: %s' % (args, kwargs)
print 'self.args: %s' % (self.args)
pdt = parsedatetime.Calendar()
(res, retval) = pdt.parse(ndatetime)
if retval == 0:
raise ValueError("Unable to parse date time: %s" % (ndatetime))
# get the first 6 values from teh stuct... the rest we do not care about
t = datetime(*res[0:7])
# support cens gui: app_date used to display appointment time only
# Tuesday, 5:30pm, November 03, 2010
appttime = t.strftime("%A %I:%M%p, %B %d, %Y")
# make sure we pass on the appointment date
self.args['appt_date'] = appttime
print 'self.args: %s' % (self.args)
# sched a reminder.
d1 = {'task': 'Appointment Reminder','user': self.user.identity,'args': self.args,'schedule_date': t,'session_id': session_id}
try:
taskscheduler.schedule(d1)
except Exception as e:
print '%s' % (e)
def schedule_reminders(self, *args, **kwargs):
# ndatetime = kwargs['response']
# FAISAL: we grab ndatetime from the args, which was populated in the check_valid_appt callback
ndatetime = self.args['pending_datetime']
# also clear pending_datetime from the args collection so that we don't give it to our child events
del self.args['pending_datetime']
session_id = kwargs['session_id']
print 'in %s: user responsed with date: %s' % (self.__class__, kwargs['response'])
print 'args: %s kwargs: %s' % (args, kwargs)
print 'self.args: %s' % (self.args)
pdt = parsedatetime.Calendar()
(res, retval) = pdt.parse(ndatetime)
if retval == 0:
raise ValueError("Unable to parse date time: %s" % (ndatetime))
# get the first 6 values from the stuct... the rest we do not care about
t = datetime(*res[0:7])
#t = datetime.strptime(ndatetime, "%m/%d/%Y %H:%M:%S")
s = timedelta(days=1)
i = timedelta(microseconds=1)
# support cens gui: appt_date used to display the appointment time only
# FAISAL: changed the date output format b/c parsedatetime doesn't read past the day of the week :\
appttime = t.strftime("%m/%d/%Y %I:%M%p")
# make sure we pass on the appointment date
self.args['appt_date'] = appttime
print 'self.args: %s' % (self.args)
testing = False
if testing:
# easier to track msgs
s = timedelta(seconds=120) # 5 minutes
a = t+s # first reminder 5 minutes after datetime reply
b = t+2*s # second is 10 minutes after
c = t+3*s # third is 15 after
f = t+4*s # follow sent 20 hour after
else:
# faisal: commented out the above; we're going to use parsedatetime instead for readability
a = datetime(*pdt.parse("2 days ago at 3:00pm", t)[0][0:7]) # two days before
b = datetime(*pdt.parse("1 day ago at 8:00pm", t)[0][0:7]) # one night before
c = datetime(*pdt.parse("2 hours ago", t)[0][0:7]) # two hours before appointment
f = datetime(*pdt.parse("in 6 hours", t)[0][0:7]) # followup, six hours after
# check if the followup is going to be after 10pm -- if so, move it to 10am the next day
if f.hour >= 22:
f += timedelta(days=1)
f = f.replace(hour=10)
# if 'schedule_date' is earlier than now, the scheduled event will be sent immediately
try:
# reminders (only schedule these if they're in the future)
if a > datetime.now():
d1 = {'task': 'Appointment Reminder','user': self.user.identity,'args': self.args,'schedule_date': a,'session_id': session_id}
taskscheduler.schedule(d1)
if b > datetime.now():
d2 = {'task': 'Appointment Reminder','user': self.user.identity,'args': self.args,'schedule_date': b,'session_id': session_id}
taskscheduler.schedule(d2)
if c > datetime.now():
d3 = {'task': 'Appointment Reminder','user': self.user.identity,'args': self.args,'schedule_date': c,'session_id': session_id}
taskscheduler.schedule(d3)
# followup
d4 = {'task': 'Appointment Followup','user': self.user.identity,'args': self.args,'schedule_date': f,'session_id': session_id}
taskscheduler.schedule(d4)
except Exception as e:
print '%s' % (e)
def schedule_reminders(self, *args, **kwargs):
ndatetime = kwargs["response"]
session_id = kwargs["session_id"]
print "in %s: user responsed with date: %s" % (self.__class__, kwargs["response"])
print "args: %s kwargs: %s" % (args, kwargs)
print "self.args: %s" % (self.args)
pdt = parsedatetime.Calendar()
(res, retval) = pdt.parse(ndatetime)
if retval == 0:
raise ValueError("Unable to parse date time: %s" % (ndatetime))
# get the first 6 values from the stuct... the rest we do not care about
t = datetime(*res[0:7])
# t = datetime.strptime(ndatetime, "%m/%d/%Y %H:%M:%S")
s = timedelta(days=1)
i = timedelta(microseconds=1)
# support cens gui: appt_date used to display the appointment time only
# Tuesday, 5:30pm, November 03, 2010
appttime = t.strftime("%A %I:%M%p, %B %d, %Y")
# make sure we pass on the appointment date
self.args["appt_date"] = appttime
print "self.args: %s" % (self.args)
testing = True
if testing:
# easier to track msgs
s = timedelta(seconds=900) # 15 minutes
a = t + s # first reminder 15 minutes after datetime reply
b = t + 2 * s # second is 30 minutes after
c = t + 3 * s # third is 45 after
f = t + 4 * s # follow sent 1 hour after
else:
# actually, -3, -2, -1 days for reminders; +1 day for followup
# NOTE: If we are one or two days before appointment, need to do the right thing here
# so they do not get too many reminders
a = t - 3 * s # two days before
b = t - 2 * s # one night before
c = t - s + i # morning of appointment
f = t + s + i # followup, one day after...
# if 'schedule_date' is earlier than now, the scheduled event will be sent immediately
# sched 3 reminders.
d1 = {
"task": "Appointment Reminder",
"user": self.user.identity,
"args": self.args,
"schedule_date": a,
"session_id": session_id,
}
d2 = {
"task": "Appointment Reminder",
"user": self.user.identity,
"args": self.args,
"schedule_date": b,
"session_id": session_id,
}
d3 = {
"task": "Appointment Reminder",
"user": self.user.identity,
"args": self.args,
"schedule_date": c,
"session_id": session_id,
}
# sched followup
d4 = {
"task": "Appointment Followup",
"user": self.user.identity,
"args": self.args,
"schedule_date": f,
"session_id": session_id,
}
try:
# reminders
taskscheduler.schedule(d1)
taskscheduler.schedule(d2)
taskscheduler.schedule(d3)
# followup
taskscheduler.schedule(d4)
except Exception as e:
print "%s" % (e)
