def make_delete(msgDict, session):
"""
Responses to a delete messsage from the meter.
"""
originMsg = None
messageBody = None
# locate the job from the job id
job = session.query(Job).get(msgDict["jobid"])
if job:
circuit = job.circuit
interface = circuit.meter.communication_interface
originMsg = find_job_message(job, session)
update_job(job, session)
update_circuit(msgDict, circuit, session)
if isinstance(job, AddCredit):
messageBody = respond_to_add_credit(job, circuit, session)
elif job._type == "turnon" or job._type == "turnoff":
messageBody = make_message_body("toggle.txt",
lang=circuit.account.lang,
account=circuit.pin,
status=circuit.get_rich_status(),
credit=circuit.credit)
else:
pass
# double to check we have a message to send
if messageBody and originMsg:
interface.sendMessage(
originMsg.number,
messageBody,
incoming=originMsg.uuid)
session.merge(job)
else:
pass
def make_emax(message, circuit, session):
interface = circuit.meter.communication_interface
interface.sendMessage(
circuit.account.phone,
make_message_body("energy-max-alert.txt",
lang=circuit.account.lang,
account=circuit.pin),
incoming=message['meta'].uuid)
def make_delete(msgDict, session):
"""
Responses to a delete messsage from the meter.
"""
session.add(SystemLog("%s" % msgDict))
job = session.query(Job).get(msgDict["jobid"])
if job:
if len(job.job_message) is not 0:
incoming_uuid = job.job_message[0]
elif len(job.kannel_job_message) is not 0:
incoming_uuid = job.kannel_job_message[0].incoming
originMsg = session.query(IncomingMessage).\
filter_by(uuid=incoming_uuid).first()
circuit = job.circuit
interface = circuit.meter.communication_interface
job.state = False
messageBody = None
# update circuit
circuit.status = int(msgDict.get("status", circuit.status))
circuit.credit = float(msgDict.get("cr", circuit.credit))
session.merge(circuit)
session.flush()
if job._type == "addcredit":
messageBody = make_message_body("credit.txt",
lang=circuit.account.lang,
account=circuit.pin,
status=circuit.get_rich_status(),
credit=circuit.credit)
elif job._type == "turnon" or job._type == "turnoff":
messageBody = make_message_body("toggle.txt",
lang=circuit.account.lang,
account=circuit.pin,
status=circuit.get_rich_status(),
credit=circuit.credit)
# double to check we have a message to send
if messageBody and originMsg:
interface.sendMessage(
originMsg.number,
messageBody,
incoming=originMsg.uuid)
session.merge(job)
else:
pass
def make_emax(message, circuit, session):
interface = circuit.meter.communication_interface
msg = interface.sendMessage(
circuit.account.phone,
make_message_body("energy-max-alert.txt",
lang=circuit.account.lang,
account=circuit.pin),
incoming=message['meta'].uuid)
alert = EnergyMax(datetime.now(), circuit.meter, circuit, message['meta'], msg)
session.add(alert)
session.flush()
def get_balance(message):
"""Allows users to check blance"""
circuit = get_circuit(message)
langauge = message.langauge
if circuit:
interface = circuit.meter.communication_interface
interface.sendMessage(
message.number,
make_message_body("bal.txt", lang=langauge, account=circuit.pin, credit=circuit.credit),
incoming=message.uuid,
)
def make_nocw(message, circuit, session):
interface = circuit.meter.communication_interface
interface.sendMessage(
circuit.account.phone,
make_message_body("nocw-alert.txt",
lang=circuit.account.lang,
account=circuit.pin),
incoming=message['meta'].uuid)
session.flush()
log = SystemLog(
"Low credit alert for circuit %s sent to %s" % (circuit.pin,
circuit.account.phone))
session.add(log)
def make_nocw(message, circuit, session):
"""
Sends a no credit alert to the consumer
"""
interface = circuit.meter.communication_interface
msg = interface.sendMessage(
circuit.account.phone,
make_message_body("nocw-alert.txt",
lang=circuit.account.lang,
account=circuit.pin))
alert = NoCredit(datetime.now(), circuit.meter, circuit, message['meta'], msg)
session.add(alert)
session.flush()
def get_token(message):
"""Tries to match message to token."""
session = DBSession()
tokenNumber = message.text.split(delimiter)[2]
token = session.query(Token).filter_by(state="new").filter_by(token=tokenNumber).first()
if token:
return token
else:
interface = message.communication_interface
interface.sendMessage(
message.number, make_message_body("no-token.txt", lang=message.langauge), incoming=message.uuid
)
return False
def get_circuit(message):
"""Queris the database to find circuit
Returns the circuit or false
"""
session = DBSession()
pin = message.text.split(delimiter)[1].lower()
circuit = session.query(Circuit).filter_by(pin=pin).first()
if circuit:
return circuit
else:
interface = message.communication_interface
interface.sendMessage(
message.number,
make_message_body("no-circuit.txt", lang=interface.lang, pin=pin),
incoming=message.uuid)
def respond_to_add_credit(job, circuit, session):
"""
Function to excute the actions need after the gateways gets a job
delete about a add credit job.
"""
if hasattr(job, 'token'):
token = job.token
token.state = 'used'
session.merge(token)
session.flush()
return make_message_body("credit.txt",
lang=circuit.account.lang,
account=circuit.pin,
status=circuit.get_rich_status(),
credit=circuit.credit)
def set_primary_contact(message):
"""Allows users to set their primary contact number"""
session = DBSession()
circuit = get_circuit(message)
if circuit:
interface = circuit.meter.communication_interface
new_number = message.text.split(delimiter)[2]
old_number = circuit.account.phone
messageBody = make_message_body("tel.txt", lang=message.langauge, old_number=old_number, new_number=new_number)
interface.sendMessage(message.number, messageBody, incoming=message.uuid)
if new_number != message.number:
interface.sendMessage(new_number, messageBody, incoming=message.uuid)
account = circuit.account
account.phone = new_number
session.merge(account)
def get_balance(message):
"""Allows users to check blance"""
circuit = get_circuit(message)
if circuit is not None:
last_log = circuit.getLastLog()
if last_log is not None:
last_time = last_log.date
language = circuit.account.lang
interface = circuit.meter.communication_interface
interface.sendMessage(
message.number,
make_message_body("bal.txt",
lang=language,
account=circuit.pin,
last_time=last_time,
credit=circuit.credit),
incoming=message.uuid)
def use_history(message, **kwargs):
"""
Calculates use based on last 30 days of account activity
account-number
avg watt hours pre day : (total watthours for time/number of days)
max watt hours : max(watthours)
min watt hours : min(watthours)
"""
circuit = get_circuit(message)
if circuit:
now = datetime.now()
last_month = now - timedelta(days=30)
interface = circuit.meter.communication_interface
message_response = make_message_body('use.txt',
lang=circuit.account.lang,
account=circuit.pin,
amount=circuit.calculateCreditConsumed(dateStart=last_month, dateEnd=now))
interface.sendMessage(message.number, message_response)
