def command(self, opts, template_name, target, agent, *params):
"""Adds a check based on a template
Arguments:
template_name -- the name of the template file
check_name -- the name for the check
target -- the target of the check (can be a hostname)
agent -- the agent to run the check from
params -- other parameters (see below)
Other parameters are specified as "param_name=value" and will
be substituted in the template. Use {param_name} in the template.
Some predefined parameters:
{agent} -- the agent provided on the command line
{target} -- the target provided on the command line
{targetip} -- the ip of the target resolved in dns
(may be same as target if target was provided
as an IP)
"""
template = util.Template(template_name, "check")
targetip = util.resolve_target(target)
template_params = {
'agent': agent,
'target': target,
'targetip': targetip}
template_params.update(template.parse_nv_params(params))
substituted = template.sub(template_params)
# Add required parameters
substituted['agent_id'] = util.get_agent(self.api, agent)
substituted['target'] = targetip
# Allow matching metrics by regex, find available metrics, and test
# them against each regex in the metrics_regex key in the template to
# see if they match.
if 'metric_regex' in substituted:
log.msg("Fetching available metrics for regex match")
try:
substituted['test_mode'] = 1
rv = self.api.add_check_bundle(**substituted)
del substituted['test_mode']
except circonusapi.CirconusAPIError, e:
log.error("Failed to fetch available metrics: %s" % e.error)
sys.exit(1)
available_metrics = rv['metrics']
for metric_type in available_metrics:
for m in available_metrics[metric_type]:
for regex in substituted['metric_regex']:
if re.match(regex, m):
substituted['metric_name'].append(m)
break
log.msg("Metrics to include in the check:")
for m in sorted(substituted['metric_name']):
print " %s" % m
def command(self, opts, template_type, template_name, *params):
"""Prints out a template with parameters substituted
Arguments:
template_type -- the type of the template
template_name -- the name of the template file
params -- parameters (see below)
Other parameters are specified as "param_name=value" and will
be substituted in the template. Use {param_name} in the template.
If a 'target' parameter is given, then a 'targetip' parameter will
be automatically provided and will resolve to the IP address pointed
to by the target hostname (if it is a hostname).
"""
template = util.Template(template_name, template_type)
params = template.parse_nv_params(params)
if 'target' in params:
params['targetip'] = util.resolve_target(params['target'])
substituted = template.sub(params)
print json.dumps(substituted, indent=4)
def command(self, opts, target, agent, community, friendly_name,
pattern=None):
"""Adds snmp checks for a switch
This command queries the switch using snmpwalk to discover what ports
to add checks for. This requires that the snmpwalk command be
available and that the switch be accessible over snmp from the machine
that this command is run from.
Arguments:
target -- The address of the switch
agent -- The name of the agent you wish circonus to use
for the checks
community -- SNMP community for the switch
friendly_name -- what to call the switch in the check name. This
is usually the (short) hostname of the switch.
pattern -- An optional regex to limit which ports to add.
"""
# TODO - abstract this away and prompt the user for a list of
# available agents
rv = self.api.list_agents()
agents = dict([(i['name'], i['agent_id']) for i in rv])
try:
self.agent = agents[agent]
except KeyError:
log.error("Invalid/Unknown Agent: %s" % agent)
sys.exit(1)
self.target = util.resolve_target(target)
self.community = community
self.friendly_name = friendly_name
self.ports = self.get_ports(target, community, pattern)
log.msg("About to add checks for the following ports:")
for port in sorted(self.ports):
log.msg(port)
if util.confirm():
self.add_checks()
def pretty(self, context: list[Team]) -> str:
"""Get a human-readable representation of this transaction."""
import util
try:
if self.name == "DamageTransaction":
target = util.resolve_target(context, Target(**self.args["Target"]))
status = StatusCondition(self.args["StatusEffect"])
text = f"{target.pokemon.name_and_type} took **{self.args['Damage']} damage**."
if status != 0:
return text[:-1] + f" from being {status.past_tense}."
else:
return text
elif self.name == "FriendshipTransaction":
pkmn = util.resolve_target(context, Target(**self.args["Target"])).pokemon
if self.args['Amount'] > 0:
return f"{pkmn.name_and_type} friendship increased by {self.args['Amount']}."
else:
return f"{pkmn.name_and_type} friendship decreased by {abs(self.args['Amount'])}."
elif self.name == "EVTransaction":
pkmn = util.resolve_target(context, Target(**self.args["Target"])).pokemon
stat = Stat(self.args['Stat'])
return f"{pkmn.name_and_type} gained {self.args['Amount']} {stat} EVs."
elif self.name == "HealTransaction":
pkmn = util.resolve_target(context, Target(**self.args["Target"])).pokemon
return f"{pkmn.name_and_type} restored {self.args['Amount']} HP."
elif self.name == "InflictStatusTransaction":
pkmn = util.resolve_target(context, Target(**self.args["Target"])).pokemon
status = StatusCondition(self.args["StatusEffect"])
return f"{pkmn.name_and_type} was **{status.past_tense}**."
elif self.name == "FaintTransaction":
target = util.resolve_target(context, Target(**self.args["Target"]))
return f"{target.pokemon.name_and_type} **fainted**."
elif self.name == "EndBattleTransaction":
return f"The battle has ended."
elif self.name == "MoveFailTransaction":
user = util.resolve_target(context, Target(**self.args["User"])).pokemon
reason = MoveFailReason(self.args["Reason"])
if reason == MoveFailReason.miss:
msg = "**missed**"
elif reason == MoveFailReason.dodge:
msg = "was **dodged**"
else:
msg = "**failed**"
return f"{user.name_and_type} {msg}."
elif self.name == "ModifyStatTransaction":
pkmn = util.resolve_target(context, Target(**self.args["Target"])).pokemon
stat = Stat(self.args['Stat'])
stages = self.args['Stages']
if stages > 0:
direc = "increased"
else:
direc = "decreased"
return f"{pkmn.name_and_type}'s {stat} {direc} by {abs(stages)}."
elif self.name == "PPTransaction":
move = Move(**self.args["Move"])
if self.args["Amount"] > 0:
return f"{move.name_and_type} restored {self.args['Amount']} PP."
else:
return f"{move.name_and_type} lost {abs(self.args['Amount'])} PP."
elif self.name == "UseMoveTransaction":
tuser = util.resolve_target(context, Target(**self.args["User"]))
target = util.resolve_target(context, Target(**self.args["Target"]))
move = Move(**self.args["Move"])
return f"{tuser.pokemon.name_and_type} used {move.name_and_type} on {target.pokemon.name_and_type}!"
elif self.name == "SendOutTransaction":
target = util.resolve_target(context, Target(**self.args["Target"]))
return f"{target.pokemon.name_and_type} was sent out."
elif self.name == "ImmobilizeTransaction":
target = util.resolve_target(context, Target(**self.args["Target"]))
status = StatusCondition(self.args["StatusEffect"])
return f"{target.pokemon.name_and_type} is **{status.past_tense}**!"
elif self.name == "CureStatusTransaction":
target = util.resolve_target(context, Target(**self.args["Target"]))
status = StatusCondition(self.args["StatusEffect"])
return f"{target.pokemon.name_and_type} is no longer **{status.past_tense}**!"
elif self.name == "WeatherTransaction":
weather = BattleWeather(self.args["Weather"])
if weather == BattleWeather.ClearSkies:
return "The weather is now **clear**."
elif weather == BattleWeather.HarshSunlight:
return "The **sunlight turned harsh**."
elif weather == BattleWeather.Rain:
return "It started to **rain**."
elif weather == BattleWeather.Sandstorm:
return "A **sandstorm** brewed."
elif weather == BattleWeather.Hail:
return "It started to **hail**."
elif weather == BattleWeather.Fog:
return "The **fog** is deep..."
else:
return f"The weather changed to **{weather}**."
else:
return f"TODO: {self.name}<{self.type}> {self.args}"
except Exception as e:
log.error(f"Failed to pretty print transaction: {type(e)} {e}")
return f"Failed: {self.name}<{self.type}> {self.args}"
