def _wait_for_reload(self, device):
"""
Wait for system to come up with max timeout as 10 Minutes
"""
status = device.reconnect()
# Connection to device failed
if not status :
return status
# Connection to device is stablished , now look for all nodes to xr run state
timeout = 450
poll_time = 30
time_waited = 0
xr_run = "IOS XR RUN"
success = False
cmd = "admin show platform"
print "Waiting all nodes to come up"
time.sleep(100)
while 1:
# Wait till all nodes are in XR run state
time_waited += poll_time
if time_waited >= timeout:
break
time.sleep(poll_time)
success, output = device.execute_command(cmd)
if success and xr_run in output:
inventory = pkgutils.parse_xr_show_platform(output)
if pkgutils.validate_xr_node_state(inventory, device):
return True
# Some nodes did not come to run state
return False
def _wait_for_reload(self, device):
"""
Wait for system to come up with max timeout as 25 Minutes
"""
status = device.reconnect()
# Connection to device failed
if not status :
return status
# Connection to device is stablished , now look for all nodes to xr run state
timeout = 1500
poll_time = 30
time_waited = 0
xr_run = "IOS XR RUN"
success = False
cmd = "admin show platform"
print "Waiting all nodes to come up"
time.sleep(100)
while 1:
# Wait till all nodes are in XR run state
time_waited += poll_time
if time_waited >= timeout:
break
time.sleep(poll_time)
success, output = device.execute_command(cmd)
if success and xr_run in output:
inventory = pkgutils.parse_xr_show_platform(output)
if pkgutils.validate_xr_node_state(inventory, device):
return True
# Some nodes did not come to run state
return False
def start(self, device, *args, **kwargs):
"""
Start the plugin
"""
no_valid_redundancy = 'Node \w+/\w+/\w+ has no valid partner'
valid_redundancy = 'Node Redundancy Partner \(\w+/\w+/\w+\) is in .+ role'
failed_oper = r'Install operation (\d+) failed'
name = "{}.log".format(self.NAME.lower())
fname = os.path.join(device.output_store_dir, name.replace(":", "_"))
try:
fd_fname = open(fname, 'w')
except:
self.error("Failed to open %s file to write " % (fname))
cmd = "admin show platform"
success, output = device.execute_command(cmd)
if success:
inventory = pkgutils.parse_xr_show_platform(output)
if not pkgutils.validate_xr_node_state(inventory, device):
fd_fname.close()
self.error("All nodes are not in right state:\n %s" % (output))
# Save what was verified
fd_fname.write(cmd)
fd_fname.write(output)
# Verify show redundancy
cmd = "admin show redundancy"
success, output = device.execute_command(cmd)
if re.search(valid_redundancy, output) or re.search(no_valid_redundancy, output):
fd_fname.write(cmd)
fd_fname.write(output)
else:
fd_fname.close()
self.error("Redundancy check failed :\n%s" % (output))
# Commit the installed software now
#cmd = "admin install commit"
#success, output = device.execute_command(cmd)
#if not success or re.search(failed_oper, output):
# fd_fname.close()
# self.error("Instal commit failed:\n%s" % (output))
# Store the state of packages after install
cmd = "admin show install active"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
cmd = "admin show install inactive"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
cmd = "admin show install commit"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
# Show configuration failed startup
cmd = "show configuration failed startup"
success, output = device.execute_command(cmd)
if success and len(output.split("\n")) > 4:
fd_fname.close()
self.warning("Fialed configs check {} {}".format(cmd, output))
return False
# TBD
# 1. Clear config inconsistency
# 2. install verify package / install verify package repair
# 3. Cfs check
# 4. mirror location 0/RSP0/CPU0 disk0:disk1:
return True
def start(self, device, *args, **kwargs):
"""
Start the plugin
"""
no_valid_redundancy = 'Node \w+/\w+/\w+ has no valid partner'
valid_redundancy = 'Node Redundancy Partner \(\w+/\w+/\w+\) is in .+ role'
failed_oper = r'Install operation (\d+) failed'
name = "{}.log".format(self.NAME.lower())
fname = os.path.join(device.output_store_dir, name.replace(":", "_"))
try:
fd_fname = open(fname, 'w')
except:
self.error("Failed to open %s file to write " % (fname))
cmd = "admin show platform"
success, output = device.execute_command(cmd)
if success:
inventory = pkgutils.parse_xr_show_platform(output)
if not pkgutils.validate_xr_node_state(inventory, device):
fd_fname.close()
self.error("All nodes are not in right state:\n %s" % (output))
# Save what was verified
fd_fname.write(cmd)
fd_fname.write(output)
# Verify show redundancy
cmd = "admin show redundancy"
success, output = device.execute_command(cmd)
if re.search(valid_redundancy, output) or re.search(
no_valid_redundancy, output):
fd_fname.write(cmd)
fd_fname.write(output)
else:
fd_fname.close()
self.error("Redundancy check failed :\n%s" % (output))
# Commit the installed software now
#cmd = "admin install commit"
#success, output = device.execute_command(cmd)
#if not success or re.search(failed_oper, output):
# fd_fname.close()
# self.error("Instal commit failed:\n%s" % (output))
# Store the state of packages after install
cmd = "admin show install active"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
cmd = "admin show install inactive"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
cmd = "admin show install commit"
success, output = device.execute_command(cmd)
if success:
fd_fname.write(cmd)
fd_fname.write(output)
# Show configuration failed startup
cmd = "show configuration failed startup"
success, output = device.execute_command(cmd)
if success and len(output.split("\n")) > 4:
fd_fname.close()
self.warning("Fialed configs check {} {}".format(cmd, output))
return False
# TBD
# 1. Clear config inconsistency
# 2. install verify package / install verify package repair
# 3. Cfs check
# 4. mirror location 0/RSP0/CPU0 disk0:disk1:
return True
