def printUsers(site):
global br
r = br.get(site + actions['users'] + '?json=yes', headers=mkHeader(site))
findError(r.json(), site)
h = "{:<12} | {:<15} | {:<15} \t".format("user", "Bandwidth", "Disk Usage")
print(h)
print('=' * 60)
for mess in range(int(r.json()["info"]["rows"])):
if r.json()[str(mess)]["username"]["is_user"] == "yes":
quota = float(r.json()[str(
mess)]["quota"]["usage"]) if "unlimited" in r.json()[str(
mess)]["quota"]["limit"] else 100 * float(
r.json()[str(mess)]["quota"]["usage"]) / float(
r.json()[str(mess)]["quota"]["limit"])
banwidth = float(r.json()[str(mess)]["bandwidth"]["usage"]) if "unlimited" in \
r.json()[str(mess)]["bandwidth"][
"limit"] else 100 * float(
r.json()[str(mess)]["bandwidth"]["usage"]) / float(r.json()[str(mess)]["bandwidth"]["limit"])
row = "{:<12} | {:<22} | {:<22} \t".format(
r.json()[str(mess)]["username"]["value"],
paint("{:.4f}/Unli".format(banwidth), 'f_green') if
banwidth > 100 else warn(banwidth, "{:.4f}%".format(banwidth)),
paint("{:.4f}/Unli".format(quota), 'f_green')
if quota > 100 else warn(quota, "{:.4f}%".format(quota)))
print(row)
print('-' * 60)
def get_partition_from_job(self, job):
if job.uuid in self.partition_cache:
return self.partition_cache[job.uuid]
try:
client = zerorpc.Client()
client.connect(job.address)
obj_str = client.take(job.uuid)
if obj_str is None:
raise Exception("get_partition_from_job: Can't be None.")
except zerorpc.RemoteError as e:
if e.name == JobTaken.__name__:
print warn('Remote job is taken. Skip.')
elif e.name == JobFinished.__name__:
print warn('Remote job is finished. Skip.')
else:
print error('Remote error at getting partition. Skip.')
return None
except zerorpc.LostRemote:
print error('Lost remote at getting partition. Skip.')
return None
else:
logger.info('take job:' + job.address)
partition = load(obj_str)
self.partition_cache[job.uuid] = partition
return partition
def printService(site):
global br
r = br.get(site + actions['services'] + '?json=yes',
headers=mkHeader(site))
head = "{:15} | {:7} | {:6} | {} \t".format("Name", "Memory", "Status",
"Pids")
print(head)
findError(r.json(), site)
for service in list(r.json()["memory"].keys()):
pids = ''
percentage = "{:17}".format(paint('0.00', 'f_blue'))
if not r.json()["memory"][service] == "":
percentage = warn(
float(r.json()["memory"][service]) / 15.01,
r.json()["memory"][service])
if service in r.json()["pids"].keys():
pids = ", ".join(r.json()["pids"][service])
row = "{:15} | {:8} | {:6} | {} \t".format(
service, percentage,
r.json()["status"][service], pids)
print(row)
def printStats(site):
r = br.get(site + actions['stats'] + '?json=yes', headers=mkHeader(site))
head = "{:25} | {:14} | {:12} | {:5} | {} \t".format(
"Filesystem", "Used", "Available", "Capacity", "Mounted on")
print(head)
findError(r.json(), site)
for mess in range(int(r.json()["disk"]["info"]["rows"])):
if "root" in r.json()["disk"][str(
mess)]["Filesystem"] or "/dev" in r.json()["disk"][str(
mess)]["Filesystem"]:
a = paint("Unlimited", 'f_green') if r.json()["disk"][str(
mess)]["Available"] == "unlimited" else float(
r.json()["disk"][str(mess)]["Available"]) / 1048576
row = "{:25} | {:10.4f} GB | {:10.4f} GB | {:18} | {} \t".format(
r.json()["disk"][str(mess)]["Filesystem"],
float(r.json()["disk"][str(mess)]["Used"]) / 1048576, a,
warn(r.json()["disk"][str(mess)]["Capacity"]),
r.json()["disk"][str(mess)]["Mounted on"])
if int(r.json()["disk"][str(mess)]["Capacity"].replace('%',
'')) > 80:
row += "\t Limit Warning"
print(row)
def getInfo(temp, hum, wind):
global warn_temp, warn_humid, warn_wind
global time_warntemp, time_warnhumid, time_warnwind
if time.time() - time_warntemp > 300: # 5 minutos
warn_temp = False
if time.time() - time_warnhumid > 300:
warn_humid = False
if time.time() - time_warnwind > 300:
warn_humid = False
if warn_temp is False:
warn_temp = True
time_warntemp = time.time()
if temp > 35:
print(
colors.fail(
"Temperatura extremamente alta. Por favor, leve roupa fresca, hidrate-se e abrigue-se do sol."
))
elif temp > 27:
print(
colors.warn(
"Temperatura elevada. Recomanda-se uma t-shirt e colocar protetor solar."
))
elif temp > 22:
print(
colors.okblue(
"Temperatura algo elevada. Leve roupa mais fresca."))
elif temp > 16:
print(
colors.okgreen(
"Temperatura amena! Leve roupa de acordo com a sua sensação da temperatura."
))
elif temp > 2:
print(
colors.warning(
"Temperatura baixa. Por favor, leve roupa mais quente."))
else:
print(
colors.fail(
"Temperatura extremamente baixa. Use gorro e bastantes peças de roupa."
))
if warn_humid is False:
if hum >= 80:
warn_humid = True
time_warnhumid = time.time()
print(
colors.warning(
"Probabilidade elevada de aguaceiros (humidade). Não se esqueça do guarda-chuva."
))
if warn_wind is False:
warn_wind = True
time_warnwind = time.time()
if wind >= 70:
print(
colors.fail(
"Vento muito forte. Considere abrigar-se das rajadas. Se sair, leve casasco."
))
elif wind >= 25:
print(
colors.warning(
"Vento forte. Considere vestir um casaco antes de sair de casa."
))
elif wind >= 10:
print(
"Brisa aveirense. Leve uma camisola ou um casaco, apenas se não estiver calor."
)
else:
print(colors.okgreen("Vento dentro do normal!"))
while True:
print info('Fetching job...')
# 1. connect to job's source, lock it up to prevent other workers to take it
next_job = job_discover.take_next_job() # block here
print info('Got job.')
# 2. get the dumped_partition, unload it
partition = job_discover.get_partition_from_job(next_job)
if partition is None:
continue
logger.debug('got partition')
# 3. check partition in partition_server
if partition_server.exists(partition.uuid):
print warn('Finished job. Skip')
continue
# 3. setup all partitions result, if they exists in partition_discover
def set_partition_result(target_partition):
partition_result = partition_discover.get_partition(target_partition.uuid)
if partition_result is not None:
target_partition.get = lambda: partition_result
target_partition.evaluated = True
for parent in target_partition.parent_list:
set_partition_result(parent)
set_partition_result(partition)
logger.debug('set partitions results')
# 3. run the target_partition
try: