blob: 0dad9b647d23730da741af3b2a6a4dec2cd55160 [file] [log] [blame]
#! /usr/bin/python
# Copyright 2013 Linaro Limited
# Author Matt Hart <matthew.hart@linaro.org>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
# MA 02110-1301, USA.
import logging
from driver import PDUDriver
class apc7952(PDUDriver):
def _pdu_logout(self):
self._back_to_main()
logging.debug("Logging out")
self.connection.send("4\r")
def _back_to_main(self):
logging.debug("Returning to main menu")
self.connection.expect('>')
for i in range(1, 20):
#print("Sending escape character")
self.connection.send("\x1B")
self.connection.send("\r")
res = self.connection.expect(["4- Logout", "> "])
if res == 0:
logging.debug("Back at main menu")
break
#self.connection.send("\r")
#self.connection.expect("4- Logout")
#self.connection.expect("> ")
def _enter_outlet(self, outlet, enter_needed=True):
outlet = "%s" % outlet
logging.debug("Attempting to enter outlet %s", outlet)
if (enter_needed):
self.connection.expect("Press <ENTER> to continue...")
logging.debug("Sending enter")
self.connection.send("\r")
self.connection.expect("> ")
logging.debug("Sending outlet number")
self.connection.send(outlet)
self.connection.send("\r")
logging.debug("Finished entering outlet")
def _port_interaction(self, command, port_number):
print("Attempting command: %s port: %i" % (command, port_number))
### make sure in main menu here
self._back_to_main()
self.connection.send("\r")
self.connection.expect("1- Device Manager")
self.connection.expect("> ")
logging.debug("Entering Device Manager")
self.connection.send("1\r")
res = self.connection.expect(["3- Outlet Control/Configuration", "2- Outlet Control", "2- Outlet Management", "------- Device Manager"])
logging.debug("Matched pattern %s", res)
if res == 0:
self.connection.send("3\r")
self._enter_outlet(port_number)
elif res == 1:
self.connection.send("2\r")
self._enter_outlet(port_number)
elif res == 2:
self.connection.send("2\r")
elif res == 3:
logging.debug("Matched ------- Device Manager")
self._enter_outlet(port_number, False)
res = self.connection.expect(["1- Control Outlet", "1- Outlet Control/Configuration"])
self.connection.expect("> ")
self.connection.send("1\r")
res = self.connection.expect(["> ", "Press <ENTER> to continue..."])
if res == 1:
logging.debug("Stupid paging thingmy detected, pressing enter")
self.connection.send("\r")
self.connection.send("\r")
res = self.connection.expect(["Control Outlet %s" % port_number, "Control Outlet"])
if res == 0:
logging.debug("Already at the right port")
else:
self.connection.send("%s\r" % port_number)
self.connection.send("1\r")
self.connection.expect("3- Immediate Reboot")
self.connection.expect("> ")
if command == "reboot":
self.connection.send("3\r")
self.connection.expect("Immediate Reboot")
self._do_it()
elif command == "delayed":
self.connection.send("6\r")
self.connection.expect("Delayed Reboot")
self._do_it()
elif command == "on":
self.connection.send("1\r")
self.connection.expect("Immediate On")
self._do_it()
elif command == "off":
self.connection.send("2\r")
self.connection.expect("Immediate Off")
self._do_it()
else:
logging.debug("Unknown command!")
def _do_it(self):
self.connection.expect("Enter 'YES' to continue or <ENTER> to cancel :")
self.connection.send("YES\r")
self.connection.expect("Press <ENTER> to continue...")
self.connection.send("\r")
def port_delayed(self, port_number):
self._port_interaction("delayed", port_number)
def port_on(self, port_number):
self._port_interaction("on", port_number)
def port_off(self, port_number):
self._port_interaction("off", port_number)
def port_reboot(self, port_number):
self._port_interaction("reboot", port_number)
class apc8959(PDUDriver):
connection = None
pdu_commands = {"off": "olOff", "on": "olOn", "reboot": "olReboot", "delayed": "olDlyReboot"}
def _pdu_logout(self):
logging.debug("logging out")
self.connection.send("\r")
self.connection.send("exit")
self.connection.send("\r")
logging.debug("done")
def _pdu_get_to_prompt(self):
self.connection.send("\r")
self.connection.expect('apc>')
def _port_interaction(self, command, port_number):
logging.debug("Attempting %s on port %i" % (command, port_number))
self._pdu_get_to_prompt()
self.connection.sendline(self.pdu_commands[command] + (" %i" % port_number))
self.connection.expect("E000: Success")
logging.debug("done")
def port_delayed(self, port_number):
self._port_interaction("delayed", port_number)
def port_on(self, port_number):
self._port_interaction("on", port_number)
def port_off(self, port_number):
self._port_interaction("off", port_number)
def port_reboot(self, port_number):
self._port_interaction("reboot", port_number)