def _handle_status_request(self, details):
"""Get overall system status/details including hardware assets;
environment state & play details
"""
assets = IStateManager.get_system_status(flatten=False)
graph_ref = GraphReference()
with graph_ref.get_session() as session:
stage_layout = GraphReference.get_stage_layout(session)
# send system topology and assets' power-interconnections
self._write_data(
details["client"],
ServerToClientRequests.sys_layout,
{"assets": assets, "stageLayout": stage_layout},
)
self._write_data(
details["client"],
ServerToClientRequests.ambient_upd,
{"ambient": ISystemEnvironment.get_ambient(), "rising": False},
)
self._write_data(
details["client"],
ServerToClientRequests.play_list,
{"plays": list(itertools.chain(*IStateManager.plays()))},
)
self._write_data(
details["client"],
ServerToClientRequests.mains_upd,
{"mains": ISystemEnvironment.mains_status()},
)
def _handle_rand_act(self, details):
"""Handle perform random actions request"""
rand_session_specs = details["payload"]
assets = IStateManager.get_system_status(flatten=True)
nap = None
# filter out assets if range is provided
if rand_session_specs["asset_keys"]:
assets = list(
filter(lambda x: x in rand_session_specs["asset_keys"], assets)
)
if not assets and not 0 in rand_session_specs["asset_keys"]:
logger.warning("No assets selected for random actions")
return
state_managers = list(map(IStateManager.get_state_manager_by_key, assets))
if (
not rand_session_specs["asset_keys"]
or 0 in rand_session_specs["asset_keys"]
):
state_managers.append(ISystemEnvironment())
if rand_session_specs["nap_time"]:
def nap_calc():
nap_time = lambda: rand_session_specs["nap_time"]
if rand_session_specs["min_nap"]:
nap_time = lambda: random.randrange(
rand_session_specs["min_nap"], rand_session_specs["nap_time"]
)
time.sleep(nap_time())
nap = nap_calc
rand_t = threading.Thread(
target=Randomizer.randact,
args=(state_managers,),
kwargs={
"num_iter": rand_session_specs["count"],
"seconds": rand_session_specs["seconds"],
"nap": nap,
},
name="[#] Randomizer",
)
rand_t.daemon = True
rand_t.start()
def get_status(**kwargs):
"""Retrieve power states of the assets
Args:
**kwargs: Command line options
"""
#### one asset ####
if kwargs["asset_key"] and kwargs["load"]:
state_manager = IStateManager.get_state_manager_by_key(kwargs["asset_key"])
if kwargs["value_only"]:
print(state_manager.load)
else:
print(
"{}-{} : {}".format(
state_manager.key, state_manager.asset_type, state_manager.load
)
)
return
elif kwargs["asset_key"] and kwargs["agent"]:
state_manager = IStateManager.get_state_manager_by_key(kwargs["asset_key"])
agent_info = state_manager.agent
if agent_info:
msg = "running" if agent_info[1] else "not running"
if kwargs["value_only"]:
print(int(agent_info[1]))
else:
print(
"{}-{} : pid[{}] is {}".format(
state_manager.key, state_manager.asset_type, agent_info[0], msg
)
)
else:
print(
"{}-{} is not running any agents!".format(
state_manager.key, state_manager.asset_type
)
)
return
elif kwargs["asset_key"]:
state_manager = IStateManager.get_state_manager_by_key(kwargs["asset_key"])
if kwargs["value_only"]:
print(state_manager.status)
else:
print(
"{}-{} : {}".format(
state_manager.key, state_manager.asset_type, state_manager.status
)
)
return
elif kwargs["mains"]:
mains_status = ISystemEnvironment.mains_status()
if kwargs["value_only"]:
print(mains_status)
else:
print("Wallpower status:", mains_status)
return
##### list states #####
assets = IStateManager.get_system_status()
# json format
if kwargs["json"]:
print(json.dumps(assets, indent=4))
# monitor state with curses
elif kwargs["monitor"]:
stdscr = curses.initscr()
curses.noecho()
curses.cbreak()
try:
curses.start_color()
curses.use_default_colors()
for i in range(0, curses.COLORS):
curses.init_pair(i, i, -1)
while True:
status_table_format(assets, stdscr)
time.sleep(kwargs["watch_rate"])
assets = IStateManager.get_system_status()
except KeyboardInterrupt:
pass
finally:
curses.echo()
curses.nocbreak()
curses.endwin()
# human-readable table
else:
status_table_format(assets)
