import re
import sys
import net_parse
import ssh
import telnet
import pexpect
if len(sys.argv) != 3:
print "usage python2 console.py <device name> <method cons|ssh>"
sys.exit()
dev = sys.argv[1]
method = sys.argv[2]
username = '******'
password = '******'
fdata = net_parse.DICT('device_info.cfg')
for i in fdata:
if dev == i['host_name']:
ip = i['mgmt_ip']
hostname = i['host_name']
if method == 'ssh':
handler = ssh.SSH(ip, username, password, hostname)
print "connected to device {}:{}".format(hostname, ip)
handler.interact()
elif method == 'cons':
terms = 0
handler = telnet.TELNET(ip, username, password, terms)
handler.interact()
print "connection closed for ip", ip, hostname
import os
import time
import net_parse
import multiprocessing
import commands
import vxlan_vlan_cfg
if len(sys.argv) !=3:
print "Usage !! python2 bulk_img_copy.py device_paramater_file ping_check=0 or 1 "
sys.exit()
input=sys.argv[1]
ping_check = int(sys.argv[2])
print input
param=net_parse.DICT(input)
#print param
jobs=[]
cfgs=[]
for i in param:
if i['host_name'][0:1] == '#' :
continue
elif len(i) > 1:
ip=i['mgmt_ip']
if ping_check == 1:
ping = 0
pingv = 'ping {} -c 5'.format(ip)
time.sleep(2)
pdata = commands.getoutput(pingv)
pingd = re.findall('(\d+)% packet loss',pdata)
ping = int(pingd[0])
host_temp = host.read()
host_data = re.split('\n', host_temp)
host.close()
return host_data
spine_ip = '172.29.165.18'
print 'Starting to Configure Spine'
process = multiprocessing.Process(target=intf.SPINE_CFG, args=(spine_ip, ))
process.start()
print 'Process Started'
process.join()
print 'Process Ended'
sys.exit()
param = net_parse.DICT('device.cfg')
ip_to_host = {}
leaf_devices = read_connect_dev()
for leaf in leaf_devices:
for dev in param:
if leaf == dev['host_name']:
ip_to_host[dev['mgmt_ip']] = dev['host_name']
jobs = []
cfgs = []
for ip, host in ip_to_host.items():
print ip, host
process = multiprocessing.Process(target=intf.LEAF_CFG, args=(ip, ))
print "Batched copy for{}: {} ".format(host, ip)
