tmp = sys.argv[1:][0].split()
for p in tmp: # prepare machine list
if p[0] == '@': # if list
with open(basepath+p[1:], 'r') as f: flines = f.read().splitlines()
machines = machines+flines
else:
machines.append(p)
print 'Job will be executed at:', machines
for m in machines:
if validate_regexp(m) == True:
found_machine = preg_grep('.*'+m+'.*', config)
if len(found_machine) == 1:
load_machine(config[found_machine[0]])
for i in sys.argv[2:]:
if validate_regexp(i) == True:
found_cmd = preg_grep('.*'+i+'.*', machine['job'])
if len(found_cmd) == 1:
print found_machine[0]+': job ->', found_cmd[0]
print dfl( do(machine['job'][found_cmd[0]]) )
else:
print found_machine[0]+': job ->', i, '- not found'
else:
print found_machine[0], '- invalid job'
else:
print 'len(found_machine) =', len(found_machine)
else:
print m, 'invalid hostname'
else:
print 'Usage: machine + hostname job1 job2 job3'
print 'not supported but will soon'
exit()
# check if user password exists in device
if not 'user' in device: device['user'] = config['defaults']['user']
if not 'password' in device: device['password'] = config['defaults']['password']
account = Account(decrypt(device['user'], key), decrypt(device['password'], key))
conn = SSH2()
conn.connect(device['ip'])
conn.login(account)
conn.execute('terminal length 0')
# CMD PART
print found_device[0]+': job ->', found_cmd[0]
if type(job) in (tuple,list) != -1: # if job = file.job
for i in job:
conn.execute(i)
print dfl(conn.response)
else:
conn.execute(job)
print dfl(conn.response)
#
conn.send('exit\r')
conn.close()
else:
print found_device[0]+': job ->', i, '- not found'
else:
print found_device[0], '- invalid job'
else:
print 'len(found_device) =', len(found_device)
else:
print d, 'invalid hostname'
else:
