class EmailScheduleServer:
def __init__(self, user, pw, admin, shopper=[]):
self.id = "Mail Robot"
self.admin = admin
self.shopper = shopper
self.datapath = sys.argv[0].rsplit("/", 1)[0]
print "Datapath set to:", self.datapath
self.memory = memory.Memory(self.datapath, "email_server")
self.eh = EmailHelper()
self.eh.setLoginData(user, pw)
self.cart_send = False
def saveMail(self, sender, body, date, sender_name):
self.memory.insertData(date, [sender, body, sender_name])
def checkForNewJobs(self):
msgs = self.eh.fetchEmails(True)
for msg in msgs: # [from,subject,message body,date,attachmentname,sender_name]
try:
if msg[1] == "**newrobotjob":
if not self.memory.hasKey(msg[3]):
content = self.extractDataFromBody(msg[2])
if not self.eh.isAddressValid(content["receiver"]):
failmsg = ["FAIL: Job not added", "Invalid recepient address provided. Job skipped"]
self.sendFail(msg[0], *failmsg)
if content["message"] == "":
failmsg = ["FAIL: Job not added", "Message body seems to be empty"]
self.sendFail(msg[0], *failmsg)
else: # everything seems fine
content["attachment"] = msg[4]
self.saveMail(msg[0], content, msg[3], msg[5])
self.sendConfirmation(msg[3])
elif msg[1] == "**shopping":
self.updateShoppingCart(msg[0], msg[2])
elif msg[1] == "**mask":
self.sendMask(msg[0])
else: # check for keywords in current jobs and send response
key = self.validKeywordFound(msg)
if not key is None:
data = self.memory.getData(key)
self.eh.sendMail(msg[5], data[0], data[1]["subject"], msg[2])
self.memory.removeData(key)
else:
print "unknown email received"
print "transfering to admin"
self.transferMessageToAdmin(msg)
print "msg", msg
self.eh.deleteMailByDate(msg[3])
except Exception, e:
print "evaluating new email job failed!"
print e
