def schedulePeriodic(request, resource, template, aged):
print "Schedule Day"
errors = {}
if type(request.from_date) is not datetime:
times = convertDatetime(request, template, resource)
startime = times[0]
endtime = times[1]
period = times[2]
expirationtime = times[3]
else:
startime = request.from_date
endtime = request.to_date
period = timedelta(days=template.period * 7)
expirationtime = resource.to_date
if expirationtime == None:
expirationtime = endtime
valid_interval = endtime - startime
if valid_interval > period:
endtime = startime + period
if template.nmsgmin != template.nmsgmax:
nmsg = rnd.randrange(template.nmsgmin, template.nmsgmax + 1)
else:
nmsg = template.nmsgmax
miniplan = [Message(count, aged.aged_id, intervention_session_id=1) for count in xrange(nmsg)]
channels = getChannelsAvailable(template, aged)
with open('csv/prova_import_messages.csv') as csvmessages:
messages = csv.DictReader(csvmessages)
msgs_tosend = getListMessages(messages, nmsg, resource, channels)
er = checkForErrors(errors, endtime, expirationtime, startime, miniplan, nmsg, len(msgs_tosend))
errors = er[0]
miniplan = er[1]
if er[2]:
endtime = er[3]
else:
return errors, miniplan
day_of_event = mapDay(resource.on_day)
if day_of_event == None:
errors['ErrorNoDay'] = 'Error no day specified for periodic messages'
miniplan = []
return errors, miniplan
# length of the loop depending on the msgs found
if len(msgs_tosend) < nmsg:
lenloop = len(msgs_tosend)
else:
lenloop = nmsg
c = 0
i = 0
current_date = startime.date()
while current_date < endtime.date():
if current_date.weekday() == day_of_event - 1:
if c % int(resource.every) == 0:
if i > lenloop:
break
miniplan[i].date = current_date
miniplan[i].time = scheduleHour(aged, None)
miniplan[i].attached_audio = msgs_tosend[i]['Audio']
miniplan[i].attached_media = msgs_tosend[i]['Media']
miniplan[i].URL = msgs_tosend[i]['URL']
miniplan[i].channel = msgs_tosend[i]['Channel']
miniplan[i].message_text = generate_message_text(aged, msgs_tosend[i]['Text'],
msgs_tosend[i]['URL'])
i += 1
c += 1
current_date += timedelta(days=1)
miniplan = checkMsgsOneDay(miniplan, endtime)
return errors, miniplan
def scheduleEquallyDividedPeriod(request, resource, template, aged):
'''
Returns the miniplan with the temporal interval between the msgs divided equally
:param request: a request class
:param template: a template class
:param aged: a user class
:return: a miniplan that is a list of messages class with all the fields completed
'''
print "Schedule Day"
errors = {}
if type(request.from_date) is not datetime:
times = convertDatetime(request, template, resource)
startime = times[0]
endtime = times[1]
period = times[2]
else:
startime = request.from_date
endtime = request.to_date
period = timedelta(days=template.period * 7)
valid_interval = endtime - startime
if valid_interval > period:
valid_interval = period
if template.nmsgmin != template.nmsgmax:
nmsg = rnd.randrange(template.nmsgmin, template.nmsgmax + 1)
else:
nmsg = template.nmsgmax
step_send_msg = valid_interval / nmsg
# creates miniplan that is a list of messages
miniplan = [Message(count, aged.aged_id, intervention_session_id=1) for count in xrange(nmsg)]
channels = getChannelsAvailable(template, aged)
with open('csv/prova_import_messages.csv') as csvmessages:
messages = csv.DictReader(csvmessages)
msgs_tosend = getListMessages(messages, nmsg, resource, channels)
er = checkForErrors(errors, endtime, None, startime, miniplan, nmsg, len(msgs_tosend))
errors = er[0]
miniplan = er[1]
if er[2]:
endtime = er[3]
else:
return errors, miniplan
# length of the loop depending on the msgs found
if len(msgs_tosend) < nmsg:
lenloop = len(msgs_tosend)
else:
lenloop = nmsg
# for nmsg fill the miniplan msgs
date = startime
for i in range(0, lenloop):
miniplan[i].date = date.date()
miniplan[i].time = scheduleHour(aged, None)
miniplan[i].message_text = generate_message_text(aged, msgs_tosend[i]['Text'], msgs_tosend[i]['URL'])
miniplan[i].attached_audio = msgs_tosend[i]['Audio']
miniplan[i].attached_media = msgs_tosend[i]['Media']
miniplan[i].URL = msgs_tosend[i]['URL']
miniplan[i].channel = msgs_tosend[i]['Channel']
date += step_send_msg
miniplan = checkMsgsOneDay(miniplan, endtime)
return errors, miniplan
def scheduleLogarithmic(request, resource, template, aged):
'''
Returns the miniplan scheduled with more frequency at the end of the interval
It divides the interval for every msg with logaritmic growth:1 1/2 1/3 1/4
Check on period(valid weeks): if request interval is larger that period then user period as interval
Last message always sent the day before the event
:param request: a request class
:param template: a template class
:param aged: a user class
:return: a miniplan that is a list of messages class with all the fields completed
'''
print "Schedule Day"
errors = {}
if type(request.from_date) is not datetime:
times = convertDatetime(request, template, resource)
startime = times[0]
endtime = times[1]
period = times[2]
expirationtime = times[3]
else:
startime = request.from_date
endtime = request.to_date
period = timedelta(days=template.period * 7)
expirationtime = resource.to_date
if expirationtime == None:
expirationtime = endtime
if template.nmsgmin != template.nmsgmax:
nmsg = rnd.randrange(template.nmsgmin, template.nmsgmax + 1)
else:
nmsg = template.nmsgmax
miniplan = [Message(count, aged.aged_id, intervention_session_id=1) for count in xrange(nmsg)]
valid_interval = endtime - startime
if valid_interval > period:
valid_interval = period
channels = getChannelsAvailable(template, aged)
with open('csv/prova_import_messages.csv') as csvmessages:
messages = csv.DictReader(csvmessages)
msgs_tosend = getListMessages(messages, nmsg, resource, channels)
er = checkForErrors(errors, endtime, expirationtime, startime, miniplan, nmsg, len(msgs_tosend))
errors = er[0]
miniplan = er[1]
if er[2]:
endtime = er[3]
else:
return errors, miniplan
# length of the loop depending on the msgs found
if len(msgs_tosend) < nmsg:
lenloop = len(msgs_tosend)
else:
lenloop = nmsg
valid_interval = timedelta(seconds=valid_interval.total_seconds())
for i in range(0, lenloop):
date = endtime - valid_interval
miniplan[i].date = date.date()
miniplan[i].time = scheduleHourFromDate(aged, date).time()
miniplan[i].message_text = generate_message_text(aged, msgs_tosend[i]['Text'], msgs_tosend[i]['URL'])
miniplan[i].attached_audio = msgs_tosend[i]['Audio']
miniplan[i].attached_media = msgs_tosend[i]['Media']
miniplan[i].URL = msgs_tosend[i]['URL']
miniplan[i].channel = msgs_tosend[i]['Channel']
valid_interval = timedelta(seconds=valid_interval.total_seconds() / (i + 2))
miniplan = checkMsgsOneDay(miniplan, endtime)
return errors, miniplan
def schedulePPendulum(request, resource, template, aged):
errors = {}
u = generateXMLDoc(aged)
r = generateXMLDoc(resource)
c = None # per ora non usato
template.message_structure
templateInfo = {}
templateInfo['tags'] = template.message_structure
#todo il tone e' da aggiungere come parametro alla classe template--> template.tone
#templateInfo['tone'] = template.tone
templateInfo['tone'] = "Neutral"
if type(request.from_date) is not Pendulum:
times = convertPendulum(request, template, resource)
startime = times[0]
endtime = times[1]
period = times[2]
expirationtime = times[3]
else:
startime = request.from_date
endtime = request.to_date
period = pendulum.Period(startime, startime.add(weeks=template.period))
expirationtime = resource.to_date
if expirationtime == None:
expirationtime = endtime
valid_interval = endtime - startime
if valid_interval > period:
valid_interval = period
if template.nmsgmin != template.nmsgmax:
nmsg = rnd.randrange(template.nmsgmin, template.nmsgmax + 1)
else:
nmsg = template.nmsgmax
miniplan = [Message(count, aged.aged_id, intervention_session_id=1) for count in xrange(nmsg)]
miniplanID = uuid.uuid4()
channels = getChannelsAvailable(template, aged)
with open('csv/prova_import_messages.csv') as csvmessages:
messages = csv.DictReader(csvmessages)
msgs_tosend = getListMessages(messages, nmsg, resource, channels)
er = checkForErrors(errors, endtime, expirationtime, startime, miniplan, nmsg, len(msgs_tosend))
errors = er[0]
miniplan = er[1]
if er[2]:
endtime = er[3]
else:
return errors, miniplan
day_of_event = mapDay(resource.on_day)
if day_of_event == None:
errors['ErrorNoDay'] = 'Error no day specified for periodic messages'
miniplan = []
return errors, miniplan
# length of the loop depending on the msgs found
if len(msgs_tosend) < nmsg:
lenloop = len(msgs_tosend)
else:
lenloop = nmsg
c = 0
i = 0
for dt in valid_interval.range("days"):
if dt.day_of_week == day_of_event:
if c % int(resource.every) == 0:
if i > lenloop:
break
miniplan[i].miniplan_id = miniplanID
miniplan[i].date = dt.date()
miniplan[i].time_1 = dt.date()
miniplan[i].time_2 = dt.subtract(days=1).date()
miniplan[i].time = scheduleHour(aged, None)
miniplan[i].attached_audio = msgs_tosend[i]['Audio']
miniplan[i].attached_media = msgs_tosend[i]['Media']
miniplan[i].URL = msgs_tosend[i]['URL']
miniplan[i].channel = msgs_tosend[i]['Channel']
#miniplan[i].message_text = generate_message_text(aged, msgs_tosend[i]['Text'],msgs_tosend[i]['URL'])
message_body = msgs_tosend[i]['Text']
m = createMessageJson(message_body, templateInfo)
miniplan[i].message_text = composeMessage(u, r, c, m)
miniplan[i].intervention_session_id = request.intervention_session_id
miniplan[i].pilot_id = request.pilot_id
i += 1
c += 1
miniplan = checkMsgsOneDay(miniplan, endtime)
return errors, miniplan