class Account(Contextual):
def __init__(self, username, password, host=None):
self.username = username
self.password = password
self.inbox = Inbox(self, host)
def close(self):
self.inbox.close()
def handle(self, *args, **options):
def on_message(to, sender, subject, body):
# fn = "mymsg_{}.txt".format(get_random_string(5))
# with open(fn, "wb") as f:
# f.write(body)
# print "written {} bytes to {}.".format(len(body), fn)
text, html, images = parse_message(body)
msg = add_email(sender, to, subject, text, html, images)
# TODO: send confirmation email
# TODO: send email to managers
inbox = Inbox(on_message, settings.TURTLES_SMTP_PORT,
settings.TURTLES_SMTP_HOST)
inbox.serve()
def __init__(self):
self.syncDB = DatabaseConnection(env.DB_HOST, env.DB_UNAME,
env.DB_PASSWORD, env.DB_NAME)
# self.statusDB = DatabaseConnection(
# env.DB_HOST, env.DB_UNAME, env.DB_PASSWORD, env.DB_NAME)
self.limitRow = env.LIMIT_PROC_ROW
self.outbox = Outbox(self.syncDB)
self.systemlog = SystemLog()
self.inbox = Inbox(self.syncDB)
self.outbox = Outbox(self.syncDB)
self.clientIdStartFrom = 10
self.updateToZeroHistory = set([])
self.PKFileName = 'pk'
self.nextPriToProcess = dict()
self.PRIFileName = 'pri'
def main():
inbox = Inbox()
parser = Parser()
telegram = TelegramAPI()
# Async callback when email is received
@inbox.collate
def handle(to, sender, body):
try:
str_body = quopri.decodestring(body)
str_body = str_body.decode("ascii", "ignore")
except Exception as e:
log.plog(e)
return
# Caltex Singapore's receipt email body for CaltexGO
if ("Thank You - Successful Payment (" not in str_body):
# Ignore emails if conditions not met
# e.g. using a very specific toaddr like [email protected]
print(str_body)
return
try:
# Parses the fixed-format email to extract date, refill, cost per litre
ddmmyy, refilled, costperlitre = parser.extract_info(str_body)
except ParsingException as e:
log.plog("{} (sender: {})".format(e, sender))
return
try:
# Uses Gspread to get previous mileage
sheets_api = SheetsAPI()
prev_mileage = sheets_api.get_prev_mileage()
# Uses Telegram bot to prompt user for current mileage
mileage = telegram.prompt_for_mileage(prev_mileage)
except ParsingException as e:
print(e)
return
# Uses Gspread to access Google Sheets API to update cells
sheets_api = SheetsAPI()
sheets_api.update_row(ddmmyy, mileage, refilled, costperlitre)
log.plog("update_row: {} {} {} {}".format(ddmmyy, mileage, refilled,
costperlitre))
inbox.serve(address='0.0.0.0', port=4467)
def __init__(self, dbhost, dbusername, dbpass, dbname, sinkaddr, skey,
ivkey):
self.key = skey
self.iv = ivkey
self.context = zmq.Context()
self.receiver = self.context.socket(zmq.PULL)
self.receiver.bind(sinkaddr)
self.syslog = SystemLog()
self.db = DatabaseConnection(dbhost, dbusername, dbpass, dbname)
self.inbox = Inbox(self.db)
self.outbox = Outbox(self.db)
from inbox import Inbox
from smtplib import SMTP
inbox = Inbox()
SMTP_HOST = 'smtp.mydomain.com'
SMTP_INBOX = '*****@*****.**'
STOP_AT_COUNT = 1
@inbox.collate
def handle(to, sender, subject, body):
print 'Forwarding Mail'
STOP_AT_COUNT += 1
conn = SMTP(SMTP_HOST, 25, 'localhost')
conn.ehlo_or_helo_if_needed()
conn.sendmail(sender, SMTP_INBOX, body)
conn.quit()
if STOP_AT_COUNT == 100:
print 'Enough is enough. Closing now.'
exit()
print 'starting server'
inbox.serve(address='0.0.0.0', port=25)
self.create_socket(socket.AF_INET, socket.SOCK_STREAM)
self.set_reuse_addr()
self.bind((host, port))
self.listen(5)
self.storage = storage
def handle_accept(self):
pair = self.accept()
if pair is None:
pass
else:
sock, addr = pair
handler = HttpHandler( sock, self.storage )
inbox = Inbox()
storage = StorageHandler()
@inbox.collate
def handle( to, sender, body ):
parser = email.parser.Parser()
mail = parser.parsestr( body )
message = {}
message['to'] = to
message['sender'] = unicode(sender)
message['subject'] = mail['subject']
message['received'] = time.strftime( "%Y-%m-%d %H:%M:%S" )
message['content'] = ""
message['attachments'] = []
for part in mail.walk():
from inbox import Inbox
from smtplib import SMTP
inbox = Inbox()
SMTP_HOST = 'localhost:1025'
SMTP_USERNAME = '******'
SMTP_PASSWORD = '******'
body = 'hi'
@inbox.collate
def handle(to, sender, body):
"""
Forward a message via an authenticated SMTP connection with
starttls.
"""
conn = SMTP(SMTP_HOST, 25, 'localhost')
conn.starttls()
conn.ehlo_or_helo_if_needed()
conn.login(SMTP_USERNAME, SMTP_PASSWORD)
conn.sendmail(sender, to, body)
conn.quit()
inbox.serve(address='localhost', port=1025)
#!/usr/bin/env python
"""
Need to install Logbook and inbox to get the smtpsink to work
"""
from inbox import Inbox
PORT = 4467
ADDR = '0.0.0.0'
inbox = Inbox()
@inbox.collate
def handle(*args, **kwargs):
outfile = open('email_log', 'a')
for arg in args:
outfile.write(arg + "\n")
for key, arg in kwargs.items():
outfile.write("{0}: {1}".format(key, arg))
outfile.write('*' * 30)
# Bind directly.
inbox.serve(address=ADDR, port=PORT)
print "serving on {0}:{1}".format(ADDR, PORT)
if metric_name == prototype_class:
continue
else:
self.zabbix.add(
'smtp.trap.subject.match[{},{},{}]'.format(
prototype_class, prototype_name, metric_name),
metric_value)
self.zabbix.add(
'smtp.trap.subject.match.subject[{},{}]'.format(
prototype_class, prototype_name), subject)
self.zabbix.add(
'smtp.trap.subject.match.body[{},{}]'.format(
prototype_class, prototype_name), body)
inbox = Inbox()
@inbox.collate
def handle(to,
sender,
subject,
body,
zabbix_server=config.zabbix_address,
zabbix_port=config.zabbix_port,
decode_html=config.server_decode_html):
for recipient in to:
host = recipient.partition('@')[0]
logger.info('host is %s' % host)
myzabbix = MyZabbix(zabbix_server, zabbix_port, host)
def __init__(self, username, password, host=None):
self.username = username
self.password = password
self.inbox = Inbox(self, host)
import MySQLdb as mdb
from smtplib import SMTP
import requests
from backports import configparser as ConfigParser
import os
#import ConfigParser, os
import re
import datetime
import sys
import hashlib
from sender import Mail, Message
import time
import tempfile
import uuid
inbox = Inbox()
def checkChain(rule, to, sender, subject):
check = True #Status of this Rule
#Check if Sender Match
if rule[2] != None and re.match(rule[2], sender) is None:
check = False
#Check if To Match
oneToFails = False #If it get True, min on to header don`t match
oneToMatch = False #If it get True, min on to header match
for mail in to:
if rule[3] != None and re.match(rule[3], mail) is None:
oneToFails = True
elif rule[3] != None and re.match(rule[3], mail) is not None:
oneToMatch = True
# inbox.py instantiates a standalone mail server based in python and calls the handle function
# when it receives a new message. We then "handle" the message by saving it's text to a .txt file
# and a .json blob file.
#
# Todo:
# Handle encoding better
# Figure out how to handle attachments
# Stability and watchdogs
from inbox import Inbox
from config import *
import time,json
import os
# Create the inbox.py object
inbox = Inbox()
@inbox.collate
timenow = time.time()
# Our message handling function
def handle(rawdata, to, sender, subject, mailhtml, mailplain, attachments):
# Write new mails to index.html
if not os.path.exists("/home/ubuntu/newspoc/index.html"):
open("/home/ubuntu/newspoc/index.html", "w").close()
with open("/home/ubuntu/newspoc/index.html", "a") as index:
file.write("<a href='"+sender+"-"+subject+"-"+str(int(timenow))+"'>"+sender+"-"+subject+"-"+str(int(timenow))+"</a>\n")
print "Added "+sender+"-"+subject+"-"+str(int(timenow))+" to index.html"
# Write the components to the .html file separated by newlines (ok but a little more readable)
with open("/home/ubuntu/newspoc/"+sender+"-"+subject+"-"+str(int(timenow))+".html","w") as file:
file.write("TO:\n"+str(to)+"\n")
#!/usr/bin/env python
"""
Need to install Logbook and inbox to get the smtpsink to work
"""
from inbox import Inbox
PORT = 4467
ADDR = '0.0.0.0'
inbox = Inbox()
@inbox.collate
def handle(*args, **kwargs):
outfile = open('email_log', 'a')
for arg in args:
outfile.write(arg + "\n")
for key, arg in kwargs.items():
outfile.write("{0}: {1}".format(key, arg))
outfile.write('*' * 30)
# Bind directly.
inbox.serve(address=ADDR, port=PORT)
print "serving on {0}:{1}".format(ADDR, PORT)
class Sync:
def __init__(self):
self.syncDB = DatabaseConnection(env.DB_HOST, env.DB_UNAME,
env.DB_PASSWORD, env.DB_NAME)
# self.statusDB = DatabaseConnection(
# env.DB_HOST, env.DB_UNAME, env.DB_PASSWORD, env.DB_NAME)
self.limitRow = env.LIMIT_PROC_ROW
self.outbox = Outbox(self.syncDB)
self.systemlog = SystemLog()
self.inbox = Inbox(self.syncDB)
self.outbox = Outbox(self.syncDB)
self.clientIdStartFrom = 10
self.updateToZeroHistory = set([])
self.PKFileName = 'pk'
self.nextPriToProcess = dict()
self.PRIFileName = 'pri'
def getClient(self):
sql = "select * from tb_sync_client"
return self.syncDB.executeFetchAll(sql)
def _getPrimaryKeyColumn(self, table):
db_name = env.DB_NAME
sql = """
select COLUMN_NAME from information_schema.COLUMNS
where TABLE_SCHEMA='{}' and TABLE_NAME='{}'
and COLUMN_KEY='PRI'
""".format(db_name, table)
res = self.syncDB.executeFetchOne(sql)
return res['data']['COLUMN_NAME']
def setPriority(self, id, table, priority):
db_name = env.DB_NAME
sql = """
select COLUMN_NAME from information_schema.COLUMNS
where TABLE_SCHEMA='{}' and TABLE_NAME='{}'
and COLUMN_KEY='PRI'
""".format(db_name, table)
res = self.syncDB.executeFetchOne(sql)
if (res['execute_status']):
primary_key = res['data']['COLUMN_NAME']
# update primary key
sql = "update {} set priority={} where {}={}"
update = self.syncDB.executeCommit(
sql.format(table, priority, primary_key, id))
if (update):
# update PK success
print("Updated Priority")
else:
self.systemlog.insert(
"Sync.setPriority",
json.dumps(self.syncDB.getLastCommitError()))
def processInsert(self, data):
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
# mengirim bahwa pesan sedang di proses
# self.sendStatusUpdate(data, 'PROC')
insert = self.syncDB.executeCommit(data['query'])
rowId = self.syncDB.lastRowId
if (insert):
# hanya master yang mengirim NEEDPK ke slave
# if(env.MASTER_MODE):
# self.sendStatusUpdate(data, 'NEEDPK')
print("Status: OK")
# set result primary key to table inbox
insert = self.inbox.update(
data={
'result_primary_key': rowId,
},
where_clause={'inbox_id': data['inbox_id']})
# if the msg is sent from master
# update primary key right away
if (data['master_status'] == 1):
# insert to inbox jadi akan dikerjakan di proses selanjutnya
inbox = {
'row_id': rowId,
'table_name': data['table_name'],
'msg_type': 'PRI',
'msg_id': 0,
'query': data['row_id'],
'client_unique_id': data['client_unique_id'],
'master_status': 0,
'priority': 1
}
if (not self.inbox.insert(inbox)):
print(self.syncDB.getLastCommitError())
elif (env.MASTER_MODE):
# master akan mengirim PK hasil insert ke
# slave pengirim pesan insert
msg = {
'row_id': data['row_id'], # local row id
'table_name': data['table_name'],
'msg_type': 'PRI',
'query': rowId, # receiver outbox_id
'client_unique_id': data['client_unique_id'],
'msg_id': 0,
'priority': 1
}
tes = self.outbox.insert(msg)
# print(tes)
if (not tes):
print(self.syncDB.getLastCommitError())
self.setAsProcessed(data['inbox_id'])
else:
# set priority menjadi 3
self.setPriority(data['inbox_id'], 'tb_sync_inbox', 3)
print('error, downgrade priority')
return True
def getZeroPKHistory(self):
file = open(self.PKFileName, 'r')
file_value = file.read()
if (file_value):
self.updateToZeroHistory = set(literal_eval(file_value))
file.close()
def getPriToProcess(self):
file = open(self.PRIFileName, 'r')
file_value = file.read()
if (file_value):
self.nextPriToProcess = literal_eval(file_value)
file.close()
def updateZeroPKHistory(self):
file = open(self.PKFileName, 'w')
file.write(str(list(self.updateToZeroHistory)))
file.close()
def updatePriToProcess(self):
file = open(self.PRIFileName, 'w')
file.write(str(self.nextPriToProcess))
file.close()
def processPrimaryKey(self, data):
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
if (data['row_id'] == int(data['query'])):
self.setAsProcessed(data['inbox_id'])
print("Status: OK Same PK")
return True
self.getPriToProcess()
print(self.nextPriToProcess)
if (data['table_name'] in self.nextPriToProcess):
if (int(data['query']) !=
self.nextPriToProcess[data['table_name']]):
print(
f"Status: {data['query']}/{self.nextPriToProcess[data['table_name']]}"
)
return True
self.getZeroPKHistory()
# check apakah pri ini ada di history update 0
row_id = data['row_id']
if (len(self.updateToZeroHistory) > 0):
# mencari apakah ada history\
code = f"{data['table_name']}{data['row_id']}"
zeroExecMode = False
if (code in self.updateToZeroHistory):
print("Mode: 0 Exec")
data['row_id'] = 0
res = self.doUpdatePK(data)
if (res):
self.updateToZeroHistory.remove(code)
else:
# skip
res = self.doUpdatePK(data)
else:
# langsung eksekusi update
res = self.doUpdatePK(data)
print("Status: ", end="")
print("OK") if res else print("ERROR")
self.updateZeroPKHistory()
# mencari nama kolom primary key
# print(db_name)
def doUpdatePK(self, data):
db_name = env.DB_NAME
sql = """
select COLUMN_NAME from information_schema.COLUMNS
where TABLE_SCHEMA='{}' and TABLE_NAME='{}'
and COLUMN_KEY='PRI'
""".format(db_name, data['table_name'])
res = self.syncDB.executeFetchOne(sql)
if (res['execute_status']):
primary_key = res['data']['COLUMN_NAME']
update_from = data['row_id']
update_to = data['query']
print(f"From: {update_from} To: {update_to}")
sql = "update {} set {}={} where {}={}"
update = self.syncDB.executeCommit(
sql.format(data['table_name'], primary_key, update_to,
primary_key, update_from))
if (update):
# set status outbox menjadi done
if (update_from == 0):
self.nextPriToProcess.pop(data['table_name'])
else:
self.nextPriToProcess[data['table_name']] = update_from
self.updatePriToProcess()
if (data['msg_id'] == 0):
# pesan PRI di generate oleh slave
# mengambil pesan INS
insMsg = self.syncDB.executeFetchOne(
f"select * from tb_sync_inbox where row_id={data['query']} and msg_type='INS' and table_name='{data['table_name']}'"
)
self.sendStatusUpdate(insMsg['data'], 'DONE')
else:
# pesan PRI yang diterima dari master
updateQ = f"update tb_sync_outbox set status='done' where table_name='{data['table_name']}' and msg_type='INS' and row_id = {data['row_id']}"
self.syncDB.executeCommit(updateQ)
# update PK success
# cek pesan lain yang menggunakan PK lama
# update ke PK baru
if (not env.MASTER_MODE):
check = "select * from tb_sync_outbox where (status = 'waiting' or status='canceled') and (msg_type = 'DEL' or msg_type='UPD') and row_id = {}"
res = self.syncDB.executeFetchAll(
check.format(data['row_id']))
if (res['execute_status']):
# update ke PK yang benar
for msg in res['data']:
query = "update tb_sync_outbox set row_id={}, status='waiting' where outbox_id={}"
updated = self.syncDB.executeCommit(
query.format(data['query'], msg['outbox_id']))
if (not updated):
print(self.syncDB.getLastCommitError()['msg'])
else:
print("CHECK PESAN LAIN ERROR: {}".format(
res['error_data']['msg']))
self.setAsProcessed(data['inbox_id'])
return True
else:
# update to zero history
self.setPriority(data['inbox_id'], 'tb_sync_inbox', 3)
allowToAdd = True
for item in self.updateToZeroHistory:
if (data['table_name'] in item):
allowToAdd = False
break
if (allowToAdd):
self.nextPriToProcess[data['table_name']] = update_from
self.updatePriToProcess()
code = f"{data['table_name']}{data['row_id']}"
self.updateToZeroHistory.add(code)
update = self.syncDB.executeCommit(
sql.format(data['table_name'], primary_key, 0,
primary_key, update_from))
return False
# ubah primary key goal menjadi 0
def processUpdate(self, data):
# self.sendStatusUpdate(data, "PROC")
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
# cek apakah pesan ini lebih baru dibantingkan data sekarnag
primary_key = self._getPrimaryKeyColumn(data['table_name'])
row_data = self.syncDB.executeFetchOne(
f"select * from {data['table_name']} where {primary_key}={data['row_id']}"
)
print(
f"{row_data['data']['last_action_at']} : {data['first_time_occur_at']}"
)
if (row_data['data']['last_action_at'] < data['first_time_occur_at']):
# data yang di proses adalah data baru
execute = self.syncDB.executeCommit(data['query'])
if (not execute):
print("Status: ERROR")
else:
self.setAsProcessed(data['inbox_id'])
self.sendStatusUpdate(data, "DONE")
print("Status: OK")
else:
# data yang di proses adlaah data lama
self.setAsProcessed(data['inbox_id'])
self.sendStatusUpdate(data, "DONE")
print("Status: OLD DATA")
def processDelete(self, data):
# self.sendStatusUpdate(data, "PROC")
# cek apakah ada inbox yang bertipe PRI
# berdasarkan primari key yang masuk
# jika ada mata update inbox tersebut jadi terproses
# jika tidak ada lakukan delete seperti biasa
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
checkQuery = """
select count(inbox_id) as total from tb_sync_inbox where msg_type = 'PRI'
and status = 'waiting'
and table_name = '{}'
and query = '{}'
"""
result = self.syncDB.executeFetchOne(
checkQuery.format(data['table_name'], data['query']))
if (result['execute_status']):
if (result['data']['total'] > 0):
print('Skip, total PRI: {}'.format(result['data']['total']))
else:
dltQuery = "delete from {} where {}={}"
pkColumnName = self._getPrimaryKeyColumn(data['table_name'])
delete = self.syncDB.executeCommit(
dltQuery.format(data['table_name'], pkColumnName,
data['row_id']))
if (delete):
self.sendStatusUpdate(data, "DONE")
self.setAsProcessed(data['inbox_id'])
print("Status: OK")
else:
self.setPriority(data['inbox_id'], 'tb_sync_inbox', 3)
print("Status: ERROR")
def processAck(self, data):
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
obox = self.syncDB.executeFetchOne(
f"select * from tb_sync_outbox where outbox_id = {data['query']}")
ack = True
if (obox['data']):
if (obox['data']['msg_type'] == 'INS'):
status = 'need_pk_update'
else:
status = 'arrived'
ack = self.outbox.update(data={'status': status},
where_clause={'outbox_id': data['query']})
# ack = self.syncDB.executeCommit(
# f"update tb_sync_outbox set status='{status}' where outbox_id={data['query']}")
# ackQuery = "update tb_sync_outbox set is_arrived=1, status='arrived' where outbox_id = {}".format(
# data['query'])
# ack = self.syncDB.executeCommit(ackQuery)
if (not ack):
self.outbox.update(data={'status': 'error'},
where_clause={'outbox_id': data['msg_id']})
print("Status: ERROR")
# errorQuery = 'update tb_sync_outbox set is_error=1 where outbox_id = {}'.format(
# data['msg_id'])
# self.syncDB.executeCommit(errorQuery)
# self.systemlog.insert("processACK", "Gagal update ACK ID#{} ERROR: {}".format(
# data['inbox_id'], self.statusDB.getLastCommitError()['msg']))
else:
self.setAsProcessed(data['inbox_id'])
print("Status: OK")
def processReg(self, data):
print(f"Inbox ID: {data['inbox_id']}")
print(f"Type: {data['msg_type']}")
if (env.MASTER_MODE):
time.sleep(0.2)
regData = data['query'].split('#')
reg = {}
for item in regData:
attributes = item.split(':')
reg[attributes[0]] = attributes[1]
# cek apakah ip address sudah terdaftar
checkQuery = f"select count(*) as total from tb_sync_client where client_ip = '{reg['ip_address']}'"
check = self.syncDB.executeFetchOne(checkQuery)
if (check['data']['total'] > 0):
outbox = {
'row_id': 0,
'table_name': '',
'msg_type': 'REG',
'msg_id': 0,
'query':
f"status:ERROR#reason:IP Address sudah digunakan#for:{data['msg_id']}",
'client_unique_id': 0,
'client_ip': reg['ip_address'],
'client_port': reg['port'],
'client_key': reg['secret_key'],
'client_iv': reg['iv_key']
}
self.outbox.insert(outbox)
self.setAsProcessed(data['inbox_id'])
else:
client_id_check_q = "select ifnull(max(client_unique_id), 0) as id from tb_sync_client"
client_id = self.syncDB.executeFetchOne(client_id_check_q)
if (client_id['data']['id'] == 0):
client_id = self.clientIdStartFrom
else:
client_id = client_id['data']['id'] + 1
sql = f"insert into tb_sync_client(client_unique_id, client_key, client_iv, client_port, client_ip) values({client_id}, '{reg['secret_key']}', '{reg['iv_key']}', {reg['port']}, '{reg['ip_address']}')"
inserted = self.syncDB.executeCommit(sql)
if (not inserted):
self.setPriority(data['inbox_id'], 'tb_sync_inbox', 3)
else:
outbox = {
'row_id': 0,
'table_name': '',
'msg_type': 'REG',
'msg_id': 0,
'query':
f"status:OK#id:{client_id}#for:{data['msg_id']}",
'client_unique_id': client_id
}
self.outbox.insert(outbox)
self.setAsProcessed(data['inbox_id'])
print("Status: OK")
else:
outbox = {
'row_id': 0,
'table_name': '',
'msg_type': 'REG',
'msg_id': 0,
'query':
f"status:ERROR#reason:Host bukan master#for:{data['msg_id']}",
'client_unique_id': 0,
'client_ip': reg['ip_address'],
'client_port': reg['port'],
'client_key': reg['secret_key'],
'client_iv': reg['iv_key']
}
self.outbox.insert(outbox)
self.setAsProcessed(data['inbox_id'])
print(f'Status: ERROR')
def getData(self):
self.syncDB.connect()
sql = "(select * from tb_sync_inbox where status = 'waiting' and msg_type <> 'PRI' order by priority asc, inbox_id asc, occur_at asc)"
if (self.limitRow > 0):
sql += f' limit {self.limitRow}'
self.getPriToProcess()
additionalQuery = ""
excludeTables = ""
# tambah query untuk mendapatkan pri yang harus diproses
if (len(self.nextPriToProcess) > 0):
for item in self.nextPriToProcess:
additionalQuery += f" union (select * from tb_sync_inbox where status = 'waiting' and msg_type = 'PRI' and table_name = '{item}' and query = '{self.nextPriToProcess[item]}' order by first_time_occur_at asc, priority asc)"
if (excludeTables != ''):
excludeTables += f" or table_name <> '{item}'"
else:
excludeTables += f"table_name <> '{item}'"
# buat query untuk mengambil PRI masing2 tabel kecuali excluded table
if (excludeTables == ''):
# mengambil pesan PK masing2 1 pada setiap tabel
# additionalQuery = ''
additionalQuery += f" union (SELECT * FROM tb_sync_inbox WHERE msg_type = 'PRI' AND STATUS='waiting' GROUP BY table_name ORDER BY first_time_occur_at ASC, priority ASC)"
else:
additionalQuery += f" union (select * from tb_sync_inbox where status = 'waiting' and msg_type = 'PRI' and ({excludeTables}) group by table_name order by first_time_occur_at asc, priority asc)"
# print(sql + additionalQuery)
data = self.syncDB.executeFetchAll(sql + additionalQuery, False)
self.syncDB.close()
return data
def getStatusInbox(self):
sql = "select * from tb_sync_inbox where status = 'waiting' and (msg_type = 'ACK' or msg_type = 'DONE') order by priority asc, inbox_id asc, occur_at asc"
if (self.limitRow > 0):
sql += f' {self.limitRow}'
data = self.syncDB.executeFetchAll(sql)
return data
def getSyncInbox(self):
sql = "select * from tb_sync_inbox where status = 'waiting' and (msg_type = 'INS' or msg_type = 'UPD' or msg_type = 'DEL' or msg_type = 'REG' or msg_type = 'PRI') order by priority asc, inbox_id asc, occur_at asc"
if (self.limitRow > 0):
sql += f' {self.limitRow}'
data = self.syncDB.executeFetchAll(sql)
return data
def setAsProcessed(self, id, status='done'):
set = self.inbox.update(data={'status': status},
where_clause={'inbox_id': id})
# query = 'update tb_sync_inbox set is_process=1 where inbox_id = {}'.format(
# id)
# print(set)
def sendStatusUpdate(self, data, status):
return self.outbox.insert({
'row_id': data['row_id'], # local row id
'table_name': data['table_name'],
'msg_type': status,
'query': data['msg_id'], # receiver outbox_id
'client_unique_id': data['client_unique_id'],
'msg_id': 0,
'priority': 1
})
def updateOutboxStatus(self, id, status, inbox_id):
upd = self.syncDB.executeCommit(
f"update tb_sync_outbox set status='{status}' where outbox_id={id}"
)
if (upd):
self.setAsProcessed(inbox_id)
else:
self.setPriority(inbox_id, 'tb_sync_inbox', 3)
def canProcessMsg(self, data):
watchedMsgType = ['INS', 'UPD', 'DEL']
if (data['msg_type'] not in watchedMsgType):
return True
# cek apakah ada pesan watchedMsgType yang blm selesai
# sebelum inbox_id ini
# jika slave, harus memastika semua outbox nya selesai di proses di master
# lalu eksekusi inbox
if (not env.MASTER_MODE):
previousMsgs = self.syncDB.executeFetchOne(
"select count(*) as total from tb_sync_outbox where (msg_type = 'INS' or msg_type='UPD' or msg_type='DEL') and status <> 'done'"
)
if (previousMsgs['data']['total'] > 0):
return False
else:
return True
print(previousMsgs)
def process(self, inbox):
if (inbox):
for item in inbox:
# proses pesan selain INS, UPD dan DEL terlebih dahulu
# jgn proses pesan utama jika masih ada pesan INS UPD DEL yang belum selesai
# jika proses adalah INS UPD DEL, lakukan pengecekan pesan tertunda
delayMsgInboxQ = "select count(*) from tb_sync_inbox where status "
print("[{}] -> #{}".format(
datetime.datetime.now().strftime("%d-%m-%Y %H:%M:%S"),
item['msg_id']),
end=" ")
msgType = item['msg_type']
if (msgType == 'INS'):
self.processInsert(item)
elif (msgType == 'UPD'):
self.processUpdate(item)
elif (msgType == 'DEL'):
self.processDelete(item)
elif (msgType == 'ACK'):
self.processAck(item)
elif (msgType == "PRI"):
self.processPrimaryKey(item)
elif (msgType == 'REG'):
self.processReg(item)
elif (msgType == 'PROC'):
print(
self.updateOutboxStatus(item['query'], "processing",
item['inbox_id']))
elif (msgType == 'NEEDPK'):
print(
self.updateOutboxStatus(item['query'],
"need_pk_update",
item['inbox_id']))
elif (msgType == 'DONE'):
done = self.statusDB.executeCommit(
f"update tb_sync_outbox set status = 'done' where outbox_id = {item['query']}"
)
if (done):
print(
self.statusDB.executeCommit(
f"update tb_sync_inbox set status='done' where inbox_id={item['inbox_id']}"
))
else:
print("False")
# print(self.updateOutboxStatus(
# item['query'], "done", item['inbox_id']))
else:
self.syncDB.insError("Msg type not found for id=" +
str(item['inbox_id']))
# print(f"finish at: {time.time()}")
file = open("proctime.text", 'a')
file.write(f"{time.time()}\n")
file.close()
else:
time.sleep(0.3)
import MySQLdb as mdb
from smtplib import SMTP
import requests
from backports import configparser as ConfigParser
import os
#import ConfigParser, os
import re
import datetime
import sys
import hashlib
from sender import Mail, Message
import time
import tempfile
import uuid
inbox = Inbox()
def checkChain(rule, to, sender, subject):
check = True #Status of this Rule
#Check if Sender Match
if rule[2] != None and re.match(rule[2], sender) is None:
check = False
#Check if To Match
oneToFails = False #If it get True, min on to header don`t match
oneToMatch = False #If it get True, min on to header match
for mail in to:
if rule[3] != None and re.match(rule[3], mail) is None:
oneToFails = True
elif rule[3] != None and re.match(rule[3], mail) is not None:
oneToMatch = True
if rule[4] == True and oneToFails == True: #Rules says all to header must match but they dont do
#pip install inbox
#dasinbox.py 0.0.0.0 4467
from inbox import Inbox
inbox = Inbox()
@inbox.collate
def handle(to, sender, subject, body):
...
# Bind directly.
inbox.serve(address='0.0.0.0', port=4467)
if __name__ == '__main__':
inbox.dispatch()
#
# Basic idea:
# inbox.py instantiates a standalone mail server based in python and calls the handle function
# when it receives a new message. We then "handle" the message by saving it's text to a .txt file
# and a .json blob file.
#
# Todo:
# Handle encoding better
# Figure out how to handle attachments
# Stability and watchdogs
from inbox import Inbox
import time,json
#Create the inbox.py object
inbox = Inbox()
@inbox.collate
#Our message handling function
def handle(to, sender, subject, body):
#Write the components to the .txt file separated by newlines (ok but a little more readable)
with open("/home/ubuntu/newspoc/"+sender+"-"+subject+"-"+str(int(time.time()))+".txt","w") as file:
file.write(str(to)+"\n")
file.write(str(sender)+"\n")
file.write(str(subject)+"\n")
file.write(body+"\n")
#Write the components to the .json file, better for processing later but doesn't solve encoding
with open("/home/ubuntu/newspoc/"+sender+"-"+subject+"-"+str(int(time.time()))+".json","w") as jsonfile:
jsonfile.write(json.dumps({"to":to,"sender":sender,"subject":subject,"body":body}))
#Start the inbox.py server on our local ip address
# import smtpd
# import asyncore
# class CustomSMTPServer(smtpd.SMTPServer):
# def process_message(self, peer, mailfrom, rcpttos, data):
# print 'Receiving message from:', peer
# print 'Message addressed from:', mailfrom
# print 'Message addressed to :', rcpttos
# print 'Message length :', len(data)
# return
# server = CustomSMTPServer(('127.0.0.1', 1025), None)
# asyncore.loop()
from inbox import Inbox
inbox = Inbox()
@inbox.collate
def handle(to, sender, subject, body):
print sender
print to
print subject
print body
# Bind directly.
inbox.serve(address='0.0.0.0', port=465)
#pip install inbox
#dasinbox.py 0.0.0.0 4467
from inbox import Inbox
inbox = Inbox()
@inbox.collate
def handle(to, sender, subject, body):
...
# Bind directly.
inbox.serve(address='0.0.0.0', port=4467)
if __name__ == '__main__':
inbox.dispatch()
from re import match
from inbox import Inbox
from crm.settings import ATTACHMENTS_DIR, STATIC_URL_PATH, SENDGRID_API_KEY, SUPPORT_EMAIL
from crm.mailer import sendemail, parse_email_body
from crm.db import RootModel, db
from crm import app
from crm.apps.user.models import User
from crm.apps.contact.models import Contact
from crm.apps.message.models import Message, MessageState
from crm.apps.link.models import Link
import click
PATTERN_TO_ROOTOBJ = r'(?P<objid>\w{5})_(?P<rootobjtype>\w+)@(?P<domain>.+)'
PATTERN_SUPPORT_EMAIL = r'support@(?P<domain>.+)'
inbox = Inbox()
@inbox.collate
def handle_mail(to, sender, subject, body):
"""
Fired on every new email received
@param to [str]: receivers list. [should be in format $uid_roottypeobj@$domain].
@param sender str: sender email. [should be in CRM database users/contacts emails]
@param subject str: subject
@param body email.Message: email message object.
If sender is not in recognized senders (contacts/users emails) an email will be sent back to him to contact support.
If sender is in recognized senders: we get the correct object receiving the message and attach the email text body to its messages.
If receiever is SUPPORT_EMAIL: an email will be sent to it using sendgrid.
import json
parser = argparse.ArgumentParser(description='Posts first image attachment of emails to a slack channel')
parser.add_argument('-c', metavar='<config file path>', dest='config', help='The location of your config file',
required=True)
args = parser.parse_args()
# Load up the config from our JSON file...
config = {}
with open(args.config, 'r') as f:
config = json.load(f)
slack = Slacker(config['slack_key'])
inbox = Inbox()
@inbox.collate
def handle(to, sender, subject, body):
msg = email.message_from_string(body)
msg_parts = collect_sub_messages(msg, [])
image_contents = ""
msg_txt = ""
for part in msg_parts:
partType = part.get_content_type()
if partType == "text/plain":
encoding = part.get_all("content-transfer-encoding")
if encoding is not None and 'base64' in encoding:
msg_txt = base64.b64decode(part.get_payload())
