def tutorial_cfg_cmd():
""" Configure some command templates.
"""
master = Master()
cmd = Command()
cmd.abs_cmd = 'hwinfo'
cmd.act_cmd = 'lscpu'
master.cfg_cmd('10.65.7.131', cmd)
cmd.abs_cmd = 'hwinfo'
cmd.act_cmd = 'lscpu'
master.cfg_cmd('10.137.59.22', cmd)
cmd.abs_cmd = 'networkinfo'
cmd.act_cmd = 'ifconfig'
master.cfg_cmd('10.65.7.131', cmd)
cmd.abs_cmd = 'networkinfo'
cmd.act_cmd = 'ifconfig'
master.cfg_cmd('10.137.59.22', cmd)
def tutorial_exec_cmd():
""" Configure one command and execute it to show network interface information on device(here we use linux server
instead of real device)
"""
master = Master()
cmd = Command()
cmd.abs_cmd = 'networkinfo'
cmd.act_cmd = 'ifconfig'
master.cfg_cmd('10.137.59.22', cmd)
para_list = []
identity1 = Identity()
identity1.ip = '10.137.59.22'
identity1.dev_id = 'tianyi.dty'
identity1.dev_pw = 'Mtfbwy626488'
telnetPro = ('telnet_server_control', 'TelnetServerControl')
para_list.append(('cmd', 'networkinfo', identity1, telnetPro))
result = master.execute(para_list)
print 'result:'
print result
def tutorial_exec_script():
""" Configure two types of comamands, then execute a script to show hardware and network information on device
(here we use linux server instead of real device)
"""
master = Master()
cmd = Command()
cmd.abs_cmd = 'hwinfo'
cmd.act_cmd = 'lscpu'
master.cfg_cmd('10.65.7.131', cmd)
cmd.abs_cmd = 'hwinfo'
cmd.act_cmd = 'lscpu'
master.cfg_cmd('10.137.59.22', cmd)
cmd.abs_cmd = 'networkinfo'
cmd.act_cmd = 'ifconfig'
master.cfg_cmd('10.65.7.131', cmd)
para_list = [('script', 'script-linux.py')]
result = master.execute(para_list)
print 'result:'
print result
def tutorial_exec_script2():
""" Configure two commands which have the same abstract command on different devices. Then execute a script which
contains both these commands to show network interface information on device(here we use linux server instead
of real device)
"""
master = Master()
cmd = Command()
cmd.abs_cmd = 'show'
cmd.act_cmd = 'show -hw'
master.cfg_cmd('1.1.1.1', cmd)
cmd.abs_cmd = 'ps'
cmd.act_cmd = 'ps -hw'
master.cfg_cmd('1.1.1.1', cmd)
cmd.abs_cmd = 'show'
cmd.act_cmd = 'show -cisco'
master.cfg_cmd('192.168.0.1', cmd)
para_list = [('script', 'script-diffdev.py')]
result = master.execute(para_list)
print 'result:'
print result
def main():
storage = BasicFileSystemStorage(STORAGE_PARENT, use_datetime=True)
with UdpConnection.create(SERVER_PORT, CLIENT_PORT, timeout=SERVER_TIMEOUT) as connection:
master = Master(connection, storage)
# Let's familiarize ourselves with all the clients:
print('Registering clients')
master.discover_clients()
# Run several times (how many times we want to take pictures).
for i in range(RUN_EXPERIMENT_TIMES):
print('Taking picture', i)
# Notify all clients to take a picture.
# The id we will use to identify the image is from i
connection.broadcast(CommandType.TAKE_PICTURE, TakePictureParams(i))
# Wait until next time to take a picture
time.sleep(WAIT_BETWEEN_PICS_SEC)
# Collect results:
print('Collecting results')
master.collect_pictures()
print('Done')
import json
from master.master import Master
config = ""
with open('./configuration.json', 'r') as f:
config = json.load(f)
master = Master(config)
master.start()
def ready(self):
Master() # Initialize the singleton
def server(self):
return Master()
