def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.power_supplies)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("POWER SUPPLY", code)
first_line = "Total power supplies #{}, Failed supplies: {}".format(
len(ok + warning + critical + unknown), [c[1] for c in critical])
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.power_supplies)
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.memory_modules)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("MEMORY MODULE", code)
first_line = "Total memory modules #{}, Failed modules: {}".format(
len(ok + warning + critical + unknown), [c[1] for c in critical])
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.memory_modules)
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.luns)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("LUN", code)
first_line = "Total LUNs #{}, Failed LUNs: {}".format(
len(ok + warning + critical + unknown), ', '.join(
[utils.get_by_id(c[1], self.luns).name for c in critical]))
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.luns)
return code
def check(self):
code = 0
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.ssds)
if len(self.ssds):
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("SSD", code)
first_line = "Total SSDs #{}, Failed SSDs: {}".format(
len(ok + warning + critical + unknown), [c[1] for c in critical])
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.ssds)
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.disks)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("DISK", code)
first_line = "Total Disks #{}, Failed Disks: {}, Hot spares: {}, " \
"Unbounded: {}".format(
len(ok + warning + critical + unknown),
[c[1] for c in critical], self.get_hot_spares(),
self.get_unbounded_disks())
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.disks)
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.sas_ports)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("SAS_PORT", code)
first_line = "Total SAS ports #{}, Failed ports(ID): {}".format(
len(ok + warning + critical + unknown), [c[1] for c in critical])
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.sas_ports)
# Performance detail
for port in self.sas_ports:
print("{}: Link status={}, Current Speed={}".format(
port.name, self.get_link_status(port),
utils.format_enum(port.current_speed)))
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.pools)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("POOL", code)
first_line = "Total POOLs #{}, Failed POOLs: {}".format(
len(ok + warning + critical + unknown), ', '.join(
[utils.get_by_id(c[1], self.pools).name for c in critical]))
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.pools)
# Performance detail
for p in self.pools:
print("{}: Total Cap={} GiB, "
"Available Cap={} GiB({:.2f}%) ".format(
p.name, utils.byte_to_GiB(p.size_total),
utils.byte_to_GiB(p.size_free),
(p.size_free / p.size_total) * 100))
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.dae)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("DAE", code)
first_line = "Total DAEs #{}, Failed DAE(ID): {}".format(
len(ok + warning + critical + unknown), [c[1] for c in critical])
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.dae)
# Performance detail
for d in self.dae:
print("{}: Power(curr/avg/max_if_not_empty)={}/{}/{} watts, "
"Temperature(curr/avg/max_if_not_empty)={}/{}/{} degrees , "
"Speed(curr/max)={}/{} GB".format(
d.name, d.current_power, d.avg_power, d.max_power,
d.current_temperature, d.avg_temperature,
d.max_temperature, utils.byte_to_GB(d.current_speed),
utils.byte_to_GB(d.max_speed)))
return code
def check(self):
all_status = ok, warning, critical, unknown = utils.get_all_status(
self.ethernet_ports)
code = utils.max_if_not_empty(ok + warning + critical + unknown,
key=lambda i: i[0])
code = code[0]
status_mark = utils.get_status_mark("ETHERNET_PORT", code)
first_line = "Total ethernet ports #{}, Failed ports(ID): {}".format(
len(ok + warning + critical + unknown), ', '.join([
utils.get_by_id(c[1], self.ethernet_ports).name
for c in critical
]))
# Status line
print(status_mark + first_line + " | ")
# Failed details
utils.print_if_failure(all_status[code], self.ethernet_ports)
# Performance detail
for port in self.ethernet_ports:
print("{}: Link status={}, Requested Speed={}, "
"Current Speed={}".format(
port.name, "UP" if port.is_link_up else "DOWN",
utils.format_enum(port.requested_speed),
utils.format_enum(port.speed)))
return code
def test_max_if_not_empty_empty(self):
r = utils.max_if_not_empty(None)
self.assertEqual(0, r[0])
def test_max_if_not_empty(self):
r = utils.max_if_not_empty([(1, mock.Mock()), (2, mock.Mock())],
key=lambda x: x[0])
self.assertEqual(2, r[0])
