def lsof_processor(self):
#dbr.ok(lsof_netcon, {"command" : "text", "pid" : "text", "user" : "text", "datagram" : "text", "name" : "text"})
file = open("bash/output/lsof-network.output")
lines = [line.split(" ") for line in file.readlines()]
file.close()
for int in range(0, len(lines)):
lines[int] = [item for item in lines[int] if item != ""]
lines[int] = [lines[int][0], lines[int][1], lines[int][2], lines[int][7], lines[int][8]]
organized_data = {}
organized_data["command"] = lines[int][0]
organized_data["pid"] = lines[int][1]
organized_data["user"] = lines[int][2]
organized_data["datagram"] = lines[int][3]
organized_data["name"] = lines[int][4]
#print "Logged {}".format(organized_data["name"])
dbr().ok("lsof_netcon")
dbr().fill("lsof_netcon", organized_data)
log("dbd", "res", "lsof network connection processor")
import subprocess
from config import config
import time
from dbr import *
from logger import logger
log = logger().log
dbr = dbr()
class list_connections():
def lsof():
subprocess.call(config().bash().netcon()) # calls config for location of bash script that reveals network connections
log("exc", ".sh", config().bash().netcon(), "list connections")
class connection_output_processor():
def lsof_processor(self):
#dbr.ok(lsof_netcon, {"command" : "text", "pid" : "text", "user" : "text", "datagram" : "text", "name" : "text"})
file = open("bash/output/lsof-network.output")
lines = [line.split(" ") for line in file.readlines()]
file.close()
for int in range(0, len(lines)):
lines[int] = [item for item in lines[int] if item != ""]
lines[int] = [lines[int][0], lines[int][1], lines[int][2], lines[int][7], lines[int][8]]
organized_data = {}
organized_data["command"] = lines[int][0]
organized_data["pid"] = lines[int][1]
organized_data["user"] = lines[int][2]
organized_data["datagram"] = lines[int][3]
organized_data["name"] = lines[int][4]
#print "Logged {}".format(organized_data["name"])
dbr().ok("lsof_netcon")
