def BmcSetUp():
try:
from serial_rc import serial_rc
b = serial_rc()
b.do_bmc_setup()
except KeyboardInterrupt:
b.thread.kill()
def BmcSetUp(): try: from serial_rc import serial_rc b = serial_rc() b.do_bmc_setup() except KeyboardInterrupt: b.thread.kill()
def bootUSC():
from maser_rc import serial_rc
b = serial_rc()
while True:
result = b.Boot_To_USC(1)
if result:
print 'USC screen successfully opened'
break
sys.exit(1)
def pressEsc():
import sys
from serial_rc import serial_rc
b = serial_rc()
import pdb
pdb.set_trace()
print "executing command....."
b.update(chr(27))
sys.exit(1)
def bootUSC(): from maser_rc import serial_rc b = serial_rc() while True: result = b.Boot_To_USC(1) if result: print 'USC screen successfully opened' break sys.exit(1)
def pressEsc(): import sys from serial_rc import serial_rc b = serial_rc() import pdb pdb.set_trace() print "executing command....." b.update(chr(27)) sys.exit(1)
def bootDiag():
try:
from serial_rc import serial_rc
b = serial_rc()
b.reboot()
device_num = 1
while True:
val = b.change_boot_order(device_num)
device_num += 1
if val == '1':
print "Diags successfully run on all Boot Devices"
except KeyboardInterrupt:
b.thread.kill()
def bootDiag(): try: from serial_rc import serial_rc b = serial_rc() b.reboot() device_num = 1 while True: val = b.change_boot_order(device_num) device_num += 1 if val == '1': print "Diags successfully run on all Boot Devices" except KeyboardInterrupt: b.thread.kill()
