def test_create_util(self):
global cli_util
cli_util = CLIUtil()
assert isinstance(cli_util, CLIUtil)
self._test_output_detailed()
self._test_status_all()
def main():
"""
Freifunk TestFramework Command Line Interface
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global verbose
verbose = args.verbose
global util
util = CLIUtil()
# Isn't necessary
# util.print_header()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
logging.warning("Failed to establish connection: " + str(e))
logging.info("Exiting")
sys.exit(1)
if verbose:
logging.info("Mode set to verbose")
if args.mode == "status":
"""
subparse: status
"""
if args.all:
# return status of all routers
routers = server_proxy.get_routers()
if not routers:
logging.warning("No routers in network")
else:
print_routers(routers)
elif args.router:
routers = server_proxy.get_routers()
print_router_info(routers, args.router[0])
else:
parser.print_help()
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = args.all
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all,
not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = args.all
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = args.all
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = args.all
toggle_wizard = args.wizard
server_proxy.setup_web_configuration(args.routers, config_all,
toggle_wizard)
elif args.mode == "update_info":
"""
subparse: update_info
"""
update_all = args.all
server_proxy.update_router_info(args.routers, update_all)
elif args.mode == "online":
"""
subparse: online
"""
online_all = args.all
server_proxy.router_online(args.routers, online_all)
elif args.mode == "power":
"""
subparse: power
"""
switch_all = args.all
on_or_off = True
if args.on:
on_or_off = True
elif args.off:
on_or_off = False
server_proxy.control_switch(args.routers, switch_all, on_or_off)
elif args.mode == "start":
"""
subparse: start
"""
if args.all:
router_id = -1
else:
router_id = args.routers[0]
set_name = args.set
if args.blocking:
wait = 5000 # seconds
else:
wait = -1 # don't wait
server_proxy.start_test_set(router_id, set_name, wait)
elif args.mode == "results":
"""
subparse: results
"""
if args.remove:
removed = server_proxy.delete_test_results()
print("Removed all " + str(removed) + " results.")
else:
if args.all:
router_id = -1
else:
router_id = args.routers[0]
util.print_test_results(server_proxy.get_test_results(router_id))
else:
logging.info("Check --help for help")
def main():
"""
Freifunk TestFramework Command Line Interface.
:exception ConnectionError: If connection to server failed
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global util
util = CLIUtil()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
logging.warning("Failed to establish connection: " + str(e))
sys.exit(1)
if args.mode == "status":
"""
subparse: status
"""
routers = server_proxy.get_routers()
# print single router
if args.router:
print_router_info(routers, args.router[0])
# print all routers
else:
if not routers:
logging.warning("No routers in network")
else:
print_routers(routers)
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = not args.routers
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all, not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = not args.routers
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = not args.routers
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = not args.routers
toggle_wizard = args.wizard
server_proxy.setup_web_configuration(args.routers, config_all, toggle_wizard)
elif args.mode == "update":
"""
subparse: update_info
"""
update_all = not args.routers
server_proxy.update_router_info(args.routers, update_all)
elif args.mode == "online":
"""
subparse: online
"""
online_all = not args.routers
server_proxy.router_online(args.routers, online_all)
elif args.mode == "power":
"""
subparse: power
"""
switch_all = not args.routers
on_or_off = True
if args.on:
on_or_off = True
elif args.off:
on_or_off = False
server_proxy.control_switch(args.routers, switch_all, on_or_off)
elif args.mode == "sets":
"""
subparse: test_sets
"""
if args.set:
util.print_test_set(server_proxy.get_test_sets(), args.set)
else:
routers = server_proxy.get_routers()
if not routers:
logging.warning("No routers in network")
else:
util.print_test_sets(server_proxy.get_test_sets())
elif args.mode == "start":
"""
subparse: start
"""
if args.routers:
router_id = args.routers[0]
else:
router_id = -1
set_name = args.set
if args.blocking:
wait = 5000 # seconds
else:
wait = -1 # don't wait
server_proxy.start_test_set(router_id, set_name, wait)
elif args.mode == "results":
"""
subparse: results
"""
if args.delete:
removed = server_proxy.delete_test_results()
print("Removed all " + str(removed) + " results.")
elif args.failures:
results = server_proxy.get_test_results(-1)
if len(results) <= args.failures[0]:
print("No Entry found in List")
else:
util.print_result_failures(results[args.failures[0]][2])
elif args.errors:
results = server_proxy.get_test_results(-1)
if len(results) <= args.errors[0]:
print("No Entry found in List")
else:
util.print_result_errors(results[args.errors[0]][2])
else:
if args.router:
router_id = args.router[0]
else:
router_id = -1
util.print_test_results(server_proxy.get_test_results(router_id))
elif args.mode == "register":
"""
subparse: register key
"""
register_all = not args.routers
server_proxy.register_key(args.routers, register_all)
elif args.mode == "jobs":
"""
subparse: show_jobs
"""
if args.router:
router = args.router[0]
else:
router = -1
util.print_jobs(server_proxy.get_task_queue_description(router))
else:
logging.info("Check --help for help")
def main():
"""
Freifunk TestFramework Command Line Interface.
:exception ConnectionError: If connection to server failed
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global util
util = CLIUtil()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
logging.warning("Failed to establish connection: " + str(e))
sys.exit(1)
if args.mode == "status":
"""
subparse: status
"""
routers = server_proxy.get_routers()
# print single router
if args.router:
print_router_info(routers, args.router[0])
# print all routers
else:
if not routers:
logging.warning("No routers in network")
else:
print_routers(routers)
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = not args.routers
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all,
not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = not args.routers
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = not args.routers
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = not args.routers
toggle_wizard = args.wizard
server_proxy.setup_web_configuration(args.routers, config_all,
toggle_wizard)
elif args.mode == "update":
"""
subparse: update_info
"""
update_all = not args.routers
server_proxy.update_router_info(args.routers, update_all)
elif args.mode == "online":
"""
subparse: online
"""
online_all = not args.routers
server_proxy.router_online(args.routers, online_all)
elif args.mode == "power":
"""
subparse: power
"""
switch_all = not args.routers
on_or_off = True
if args.on:
on_or_off = True
elif args.off:
on_or_off = False
server_proxy.control_switch(args.routers, switch_all, on_or_off)
elif args.mode == "sets":
"""
subparse: test_sets
"""
if args.set:
util.print_test_set(server_proxy.get_test_sets(), args.set)
else:
routers = server_proxy.get_routers()
if not routers:
logging.warning("No routers in network")
else:
util.print_test_sets(server_proxy.get_test_sets())
elif args.mode == "start":
"""
subparse: start
"""
if args.routers:
router_id = args.routers[0]
else:
router_id = -1
set_name = args.set
if args.blocking:
wait = 5000 # seconds
else:
wait = -1 # don't wait
server_proxy.start_test_set(router_id, set_name, wait)
elif args.mode == "results":
"""
subparse: results
"""
if args.delete:
removed = server_proxy.delete_test_results()
print("Removed all " + str(removed) + " results.")
elif args.failures:
results = server_proxy.get_test_results(-1)
if len(results) <= args.failures[0]:
print("No Entry found in List")
else:
util.print_result_failures(results[args.failures[0]][2])
elif args.errors:
results = server_proxy.get_test_results(-1)
if len(results) <= args.errors[0]:
print("No Entry found in List")
else:
util.print_result_errors(results[args.errors[0]][2])
else:
if args.router:
router_id = args.router[0]
else:
router_id = -1
util.print_test_results(server_proxy.get_test_results(router_id))
elif args.mode == "register":
"""
subparse: register key
"""
register_all = not args.routers
server_proxy.register_key(args.routers, register_all)
elif args.mode == "jobs":
"""
subparse: show_jobs
"""
if args.router:
router = args.router[0]
else:
router = -1
util.print_jobs(server_proxy.get_task_queue_description(router))
else:
logging.info("Check --help for help")
def main():
"""
Freifunk TestFramework Command Line Interface
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global verbose
verbose = args.verbose
global util
util = CLIUtil()
util.print_header()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
Logger().warning("Failed to establish connection: " + str(e))
Logger().info("Exiting")
sys.exit(1)
if verbose:
Logger().info("Mode set to verbose")
if args.mode == "status":
"""
subparse: status
"""
if args.all:
# return status of all routers
routers = server_proxy.get_routers()
if not routers:
Logger().warning("No routers in network")
else:
print_routers(routers)
elif args.router:
routers = server_proxy.get_routers()
print_router_info(routers, args.router[0])
else:
parser.print_help()
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = args.all
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all,
not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = args.all
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = args.all
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = args.all
server_proxy.setup_web_configuration(args.routers, config_all)
else:
Logger().info("Check --help for help")
def main():
"""
Freifunk TestFramework Command Line Interface
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global verbose
verbose = args.verbose
global util
util = CLIUtil()
util.print_header()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
Logger().warning("Failed to establish connection: " + str(e))
Logger().info("Exiting")
sys.exit(1)
if verbose:
Logger().info("Mode set to verbose")
if args.mode == "status":
"""
subparse: status
"""
if args.all:
# return status of all routers
routers = server_proxy.get_routers()
if not routers:
Logger().warning("No routers in network")
else:
print_routers(routers)
elif args.router:
routers = server_proxy.get_routers()
print_router_info(routers, args.router[0])
else:
parser.print_help()
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = args.all
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all, not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = args.all
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = args.all
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = args.all
server_proxy.setup_web_configuration(args.routers, config_all)
else:
Logger().info("Check --help for help")
def main():
"""
Freifunk TestFramework Command Line Interface
"""
# Parse Arguments
parser = create_parsers()
args = parser.parse_args()
global verbose
verbose = args.verbose
global util
util = CLIUtil()
# Isn't necessary
# util.print_header()
try:
server_proxy = connect_to_server()
except ConnectionError as e:
logging.warning("Failed to establish connection: " + str(e))
logging.info("Exiting")
sys.exit(1)
if verbose:
logging.info("Mode set to verbose")
if args.mode == "status":
"""
subparse: status
"""
if args.all:
# return status of all routers
routers = server_proxy.get_routers()
if not routers:
logging.warning("No routers in network")
else:
print_routers(routers)
elif args.router:
routers = server_proxy.get_routers()
print_router_info(routers, args.router[0])
else:
parser.print_help()
elif args.mode == "sysupgrade":
"""
subparse: sysupgrade
"""
upgrade_all = args.all
not_saving_config = args.n
server_proxy.sysupgrade_firmware(args.routers, upgrade_all, not_saving_config)
elif args.mode == "sysupdate":
"""
subparse: sysupdate
"""
update_all = args.all
server_proxy.sysupdate_firmware(args.routers, update_all)
elif args.mode == "reboot":
"""
subparse: reboot
"""
config_mode = args.config
reboot_all = args.all
server_proxy.reboot_router(args.routers, reboot_all, config_mode)
elif args.mode == "webconfig":
"""
subparse: webconfig
"""
config_all = args.all
toggle_wizard = args.wizard
server_proxy.setup_web_configuration(args.routers, config_all, toggle_wizard)
elif args.mode == "update_info":
"""
subparse: update_info
"""
update_all = args.all
server_proxy.update_router_info(args.routers, update_all)
elif args.mode == "online":
"""
subparse: online
"""
online_all = args.all
server_proxy.router_online(args.routers, online_all)
elif args.mode == "power":
"""
subparse: power
"""
switch_all = args.all
on_or_off = True
if args.on:
on_or_off = True
elif args.off:
on_or_off = False
server_proxy.control_switch(args.routers, switch_all, on_or_off)
elif args.mode == "start":
"""
subparse: start
"""
if args.all:
router_id = -1
else:
router_id = args.routers[0]
set_name = args.set
if args.blocking:
wait = 5000 # seconds
else:
wait = -1 # don't wait
server_proxy.start_test_set(router_id, set_name, wait)
elif args.mode == "results":
"""
subparse: results
"""
if args.remove:
removed = server_proxy.delete_test_results()
print("Removed all " + str(removed) + " results.")
else:
if args.all:
router_id = -1
else:
router_id = args.routers[0]
util.print_test_results(server_proxy.get_test_results(router_id))
else:
logging.info("Check --help for help")
