def info(self):
"""
Returns basic system information.
"""
uptime = Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
).communicate()[0].strip()
return {
'version':
self.version(),
'hostname':
socket.gethostname(),
'physmem':
sysctl.filter('hw.physmem')[0].value,
'model':
sysctl.filter('hw.model')[0].value,
'loadavg':
os.getloadavg(),
'uptime':
uptime,
'boottime':
datetime.fromtimestamp(
struct.unpack('l',
sysctl.filter('kern.boottime')[0].value[:8])[0]),
}
async def info(self):
"""
Returns basic system information.
"""
uptime = (await (await Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
)).communicate())[0].decode().strip()
serial = (await(await Popen(
['dmidecode', '-s', 'system-serial-number'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
return {
'version': self.version(),
'hostname': socket.gethostname(),
'physmem': sysctl.filter('hw.physmem')[0].value,
'model': sysctl.filter('hw.model')[0].value,
'loadavg': os.getloadavg(),
'uptime': uptime,
'system_serial': serial,
'boottime': datetime.fromtimestamp(
struct.unpack('l', sysctl.filter('kern.boottime')[0].value[:8])[0]
),
'datetime': datetime.now(),
}
def _system_info(request=None):
# OS, hostname, release
__, hostname, __ = os.uname()[0:3]
platform = sysctl.filter('hw.model')[0].value
physmem = '%dMB' % (sysctl.filter('hw.physmem')[0].value / 1048576, )
# All this for a timezone, because time.asctime() doesn't add it in.
date = time.strftime('%a %b %d %H:%M:%S %Z %Y') + '\n'
uptime = subprocess.check_output(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
shell=True)
loadavg = "%.2f, %.2f, %.2f" % os.getloadavg()
freenas_build = "Unrecognized build (%s missing?)" % VERSION_FILE
try:
with open(VERSION_FILE) as d:
freenas_build = d.read()
except:
pass
return {
'hostname': hostname,
'platform': platform,
'physmem': physmem,
'date': date,
'uptime': uptime,
'loadavg': loadavg,
'freenas_build': freenas_build,
}
async def info(self):
"""
Returns basic system information.
"""
uptime = (await (await Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
)).communicate())[0].decode().strip()
serial = (await(await Popen(
['dmidecode', '-s', 'system-serial-number'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
return {
'version': self.version(),
'hostname': socket.gethostname(),
'physmem': sysctl.filter('hw.physmem')[0].value,
'model': sysctl.filter('hw.model')[0].value,
'cores': sysctl.filter('hw.ncpu')[0].value,
'loadavg': os.getloadavg(),
'uptime': uptime,
'system_serial': serial,
'boottime': datetime.fromtimestamp(
struct.unpack('l', sysctl.filter('kern.boottime')[0].value[:8])[0]
),
'datetime': datetime.now(),
}
def _system_info(request=None):
# OS, hostname, release
__, hostname, __ = os.uname()[0:3]
platform = sysctl.filter('hw.model')[0].value
physmem = '%dMB' % (sysctl.filter('hw.physmem')[0].value / 1048576, )
# All this for a timezone, because time.asctime() doesn't add it in.
date = time.strftime('%a %b %d %H:%M:%S %Z %Y') + '\n'
uptime = subprocess.check_output(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
shell=True)
loadavg = "%.2f, %.2f, %.2f" % os.getloadavg()
try:
freenas_build = '%s %s' % (get_sw_name(), get_sw_login_version())
except:
freenas_build = "Unrecognized build"
try:
conf = Configuration.Configuration()
manifest = conf.SystemManifest()
builddate = datetime.utcfromtimestamp(int(manifest.Sequence()))
except:
builddate = None
return {
'hostname': hostname,
'platform': platform,
'physmem': physmem,
'date': date,
'uptime': uptime,
'loadavg': loadavg,
'freenas_build': freenas_build,
'builddate': builddate,
}
def _system_info(request=None):
# OS, hostname, release
__, hostname, __ = os.uname()[0:3]
platform = sysctl.filter('hw.model')[0].value
physmem = '%dMB' % (
sysctl.filter('hw.physmem')[0].value / 1048576,
)
# All this for a timezone, because time.asctime() doesn't add it in.
date = time.strftime('%a %b %d %H:%M:%S %Z %Y') + '\n'
uptime = subprocess.check_output(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
shell=True
)
loadavg = "%.2f, %.2f, %.2f" % os.getloadavg()
freenas_build = "Unrecognized build (%s missing?)" % VERSION_FILE
try:
with open(VERSION_FILE) as d:
freenas_build = d.read()
except:
pass
return {
'hostname': hostname,
'platform': platform,
'physmem': physmem,
'date': date,
'uptime': uptime,
'loadavg': loadavg,
'freenas_build': freenas_build,
}
def get_memory_info(self, arc_size):
if osc.IS_FREEBSD:
page_size = int(sysctl.filter("hw.pagesize")[0].value)
classes = {
k: v if isinstance(v, int) else struct.unpack("I", v)[0] * page_size
for k, v in [
(k, sysctl.filter(f"vm.stats.vm.v_{k}_count")[0].value)
for k in ["cache", "laundry", "inactive", "active", "wire", "free"]
]
}
classes["os_reserved"] = int(sysctl.filter("hw.physmem")[0].value) - sum(classes.values())
classes["wire"] -= arc_size
classes["arc"] = arc_size
extra = {}
sswap = psutil.swap_memory()
swap = {
"used": sswap.used,
"total": sswap.total,
}
else:
with open("/proc/meminfo") as f:
meminfo = {
s[0]: humanfriendly.parse_size(s[1], binary=True)
for s in [
line.split(":", 1)
for line in f.readlines()
]
}
classes = {}
classes["page_tables"] = meminfo["PageTables"]
classes["swap_cache"] = meminfo["SwapCached"]
classes["slab_cache"] = meminfo["Slab"]
classes["cache"] = meminfo["Cached"]
classes["buffers"] = meminfo["Buffers"]
classes["unused"] = meminfo["MemFree"]
classes["arc"] = arc_size
classes["apps"] = meminfo["MemTotal"] - sum(classes.values())
extra = {
"inactive": meminfo["Inactive"],
"committed": meminfo["Committed_AS"],
"active": meminfo["Active"],
"vmalloc_used": meminfo["VmallocUsed"],
"mapped": meminfo["Mapped"],
}
swap = {
"used": meminfo["SwapTotal"] - meminfo["SwapFree"],
"total": meminfo["SwapTotal"],
}
return {
"classes": classes,
"extra": extra,
"swap": swap,
}
async def info(self):
"""
Returns basic system information.
"""
uptime = (await (await Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
)).communicate())[0].decode().strip()
serial = (await (await Popen(
['dmidecode', '-s', 'system-serial-number'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
product = (await (await Popen(
['dmidecode', '-s', 'system-product-name'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
license = get_license()[0]
if license:
license = {
"contract_type":
ContractType(license.contract_type).name.upper(),
"contract_end": license.contract_end,
}
return {
'version':
self.version(),
'hostname':
socket.gethostname(),
'physmem':
sysctl.filter('hw.physmem')[0].value,
'model':
sysctl.filter('hw.model')[0].value,
'cores':
sysctl.filter('hw.ncpu')[0].value,
'loadavg':
os.getloadavg(),
'uptime':
uptime,
'system_serial':
serial,
'system_product':
product,
'license':
license,
'boottime':
datetime.fromtimestamp(
struct.unpack('l',
sysctl.filter('kern.boottime')[0].value[:8])[0]),
'datetime':
datetime.utcnow(),
'timezone':
(await self.middleware.call('datastore.config',
'system.settings'))['stg_timezone'],
}
def run(self):
cp_time_last = None
cp_times_last = None
last_interface_stats = None
while not self._cancel.is_set():
data = {}
# Virtual memory use
data['virtual_memory'] = psutil.virtual_memory()._asdict()
data['cpu'] = {}
# Get CPU usage %
# cp_times has values for all cores
cp_times = sysctl.filter('kern.cp_times')[0].value
# cp_time is the sum of all cores
cp_time = sysctl.filter('kern.cp_time')[0].value
if cp_times_last:
# Get the difference of times between the last check and the current one
# cp_time has a list with user, nice, system, interrupt and idle
cp_diff = list(map(lambda x: x[0] - x[1], zip(cp_times, cp_times_last)))
cp_nums = int(len(cp_times) / 5)
for i in range(cp_nums):
data['cpu'][i] = self.get_cpu_usages(cp_diff[i * 5:i * 5 + 5])
cp_diff = list(map(lambda x: x[0] - x[1], zip(cp_time, cp_time_last)))
data['cpu']['average'] = self.get_cpu_usages(cp_diff)
cp_time_last = cp_time
cp_times_last = cp_times
# CPU temperature
data['cpu']['temperature'] = {}
for i in itertools.count():
v = sysctl.filter(f'dev.cpu.{i}.temperature')
if not v:
break
data['cpu']['temperature'][i] = v[0].value
# Interface related statistics
data['interfaces'] = {}
retrieve_stat_keys = ['received_bytes', 'sent_bytes']
for iface in netif.list_interfaces().values():
for addr in filter(lambda addr: addr.af.name.lower() == 'link', iface.addresses):
addr_data = addr.__getstate__(stats=True)
data['interfaces'][iface.name] = {}
for k in retrieve_stat_keys:
data['interfaces'][iface.name].update({
k: addr_data['stats'][k],
f'{k}_last': addr_data['stats'][k] - (
0 if not last_interface_stats else last_interface_stats.get(iface.name, {}).get(k, 0)
)
})
last_interface_stats = data['interfaces'].copy()
self.send_event('ADDED', fields=data)
time.sleep(2)
async def info(self):
"""
Returns basic system information.
"""
uptime = (await (await Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
)).communicate())[0].decode().strip()
serial = await self._system_serial()
product = (await (await Popen(
['dmidecode', '-s', 'system-product-name'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
manufacturer = (await (await Popen(
['dmidecode', '-s', 'system-manufacturer'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
return {
'version':
self.version(),
'hostname':
socket.gethostname(),
'physmem':
sysctl.filter('hw.physmem')[0].value,
'model':
sysctl.filter('hw.model')[0].value,
'cores':
sysctl.filter('hw.ncpu')[0].value,
'loadavg':
os.getloadavg(),
'uptime':
uptime,
'uptime_seconds':
time.clock_gettime(5), # CLOCK_UPTIME = 5
'system_serial':
serial,
'system_product':
product,
'license':
await self.__get_license(),
'boottime':
datetime.fromtimestamp(
struct.unpack('l',
sysctl.filter('kern.boottime')[0].value[:8])[0]),
'datetime':
datetime.utcnow(),
'timezone':
(await self.middleware.call('datastore.config',
'system.settings'))['stg_timezone'],
'system_manufacturer':
manufacturer,
}
def set_ctl_ha_peer(middleware):
with contextlib.suppress(IndexError):
if middleware.call_sync("iscsi.global.alua_enabled"):
node = middleware.call_sync("failover.node")
if node == "A":
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = "listen 169.254.10.1"
if node == "B":
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = "connect 169.254.10.1"
else:
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = ""
def set_ctl_ha_peer(middleware):
with contextlib.suppress(IndexError):
if middleware.call_sync("iscsi.global.alua_enabled"):
node = middleware.call_sync("failover.node")
if node == "A":
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = "listen 169.254.10.1"
if node == "B":
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = "connect 169.254.10.1"
else:
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = ""
def flags(self):
data = {}
vmx = sysctl.filter('hw.vmm.vmx.initialized')
data['intel_vmx'] = True if vmx and vmx[0].value else False
ug = sysctl.filter('hw.vmm.vmx.cap.unrestricted_guest')
data['unrestricted_guest'] = True if ug and ug[0].value else False
return data
async def update_timeout_value(middleware, *args):
if not await middleware.call(
'tunable.query', [
['var', '=', 'kern.init_shutdown_timeout'],
['type', '=', 'SYSCTL'],
['enabled', '=', True]
]
):
# Default 120 seconds is being added to scripts timeout to ensure other
# system related scripts can execute safely within the default timeout
timeout_value = 120 + sum(
list(
map(
lambda i: i['timeout'],
await middleware.call(
'initshutdownscript.query', [
['enabled', '=', True],
['when', '=', 'SHUTDOWN']
]
)
)
)
)
await middleware.run_in_thread(
lambda: setattr(
sysctl.filter('kern.init_shutdown_timeout')[0], 'value', timeout_value
)
)
async def _event_devfs(middleware, event_type, args):
data = args['data']
if data.get('subsystem') != 'CDEV':
return
if data['type'] == 'CREATE':
disks = await middleware.threaded(lambda: sysctl.filter('kern.disks')[0].value.split())
# Device notified about is not a disk
if data['cdev'] not in disks:
return
# TODO: hack so every disk is not synced independently during boot
# This is a performance issue
if os.path.exists('/tmp/.sync_disk_done'):
await middleware.call('disk.sync', data['cdev'])
await middleware.call('disk.multipath_sync')
try:
with SmartAlert() as sa:
sa.device_delete(data['cdev'])
except Exception:
pass
elif data['type'] == 'DESTROY':
# Device notified about is not a disk
if not RE_ISDISK.match(data['cdev']):
return
# TODO: hack so every disk is not synced independently during boot
# This is a performance issue
if os.path.exists('/tmp/.sync_disk_done'):
await middleware.call('disk.sync_all')
await middleware.call('disk.multipath_sync')
try:
with SmartAlert() as sa:
sa.device_delete(data['cdev'])
except Exception:
pass
async def _event_devfs(middleware, event_type, args):
data = args['data']
if data.get('subsystem') != 'CDEV':
return
if data['type'] == 'CREATE':
disks = await middleware.threaded(
lambda: sysctl.filter('kern.disks')[0].value.split())
# Device notified about is not a disk
if data['cdev'] not in disks:
return
# TODO: hack so every disk is not synced independently during boot
# This is a performance issue
if os.path.exists('/tmp/.sync_disk_done'):
await middleware.call('disk.sync', data['cdev'])
await middleware.call('disk.multipath_sync')
try:
with SmartAlert() as sa:
sa.device_delete(data['cdev'])
except Exception:
pass
elif data['type'] == 'DESTROY':
# Device notified about is not a disk
if not RE_ISDISK.match(data['cdev']):
return
# TODO: hack so every disk is not synced independently during boot
# This is a performance issue
if os.path.exists('/tmp/.sync_disk_done'):
await middleware.call('disk.sync_all')
await middleware.call('disk.multipath_sync')
try:
with SmartAlert() as sa:
sa.device_delete(data['cdev'])
except Exception:
pass
def load_disks(self):
logger.debug('Loading disks')
self._disks.clear()
unsupported = []
remote_keys = set()
# TODO: blacklist disks used by dumpdev
for i in sysctl.filter('kern.disks')[0].value.split():
if not i.startswith(('da', 'nvd')):
continue
try:
disk = Disk(self, i)
remote_keys.update(disk.get_keys()[1])
except (OSError, RuntimeError):
unsupported.append(i)
continue
self._disks.add(disk)
if unsupported:
logger.debug('Disks without support for SCSI-3 PR: %s.',
' '.join(unsupported))
return remote_keys
def get_Kstat():
Kstats = [
"hw.pagesize",
"hw.physmem",
"kern.maxusers",
"vm.kmem_map_free",
"vm.kmem_map_size",
"vm.kmem_size",
"vm.kmem_size_max",
"vm.kmem_size_min",
"vm.kmem_size_scale",
"vm.stats",
"vm.swap_total",
"vm.swap_reserved",
"kstat.zfs",
"vfs.zfs"
]
Kstat = {}
for kstat in Kstats:
for s in sysctl.filter(kstat):
if isinstance(s.value, int):
Kstat[s.name] = Decimal(s.value)
elif isinstance(s.value, bytearray):
Kstat[s.name] = Decimal(int.from_bytes(s.value, "little"))
return Kstat
def generate_serial_loader_config(middleware):
advanced = middleware.call_sync("system.advanced.config")
if advanced["serialconsole"]:
if sysctl.filter("machdep.bootmethod")[0].value == "UEFI":
# The efi console driver can do both video and serial output.
# Don't enable it if it has a serial output, otherwise we may
# output twice to the same serial port in loader.
consoles = list_efi_consoles()
if any(path.find('Serial') != -1 for path in consoles):
# Firmware gave efi a serial port.
# Use only comconsole to avoid duplicating output.
console = "comconsole"
else:
console = "comconsole,efi"
else:
console = "comconsole,vidconsole"
return [
f'comconsole_port="{advanced["serialport"]}"',
f'comconsole_speed="{advanced["serialspeed"]}"',
'boot_multicons="YES"',
'boot_serial="YES"',
f'console="{console}"',
]
return []
async def update_timeout_value(middleware, *args):
if not await middleware.call(
'tunable.query', [
['var', '=', 'kern.init_shutdown_timeout'],
['type', '=', 'SYSCTL'],
['enabled', '=', True]
]
):
# Default 120 seconds is being added to scripts timeout to ensure other
# system related scripts can execute safely within the default timeout
timeout_value = 120 + sum(
list(
map(
lambda i: i['timeout'],
await middleware.call(
'initshutdownscript.query', [
['enabled', '=', True],
['when', '=', 'SHUTDOWN']
]
)
)
)
)
await middleware.run_in_thread(
lambda: setattr(
sysctl.filter('kern.init_shutdown_timeout')[0], 'value', timeout_value
)
)
def __init__(self, *args, **kwargs):
for oid in sysctl.filter('freenas'):
oid_save = oid
parts = oid.name.split('.')
fixed_parts = parts[1:len(parts)]
oid = '.'.join(fixed_parts)
base = type(self)
klass = base
parts = oid.split('.')
for i in range(0, len(parts)):
if i == 0 and not getattr(self, parts[i], False):
klass = type(parts[i], (base, ), {})
setattr(self, parts[i], klass)
elif i == 0 and getattr(self, parts[i], False):
klass = getattr(self, parts[i])
base = klass.__bases__[0]
elif i == len(parts) - 1:
setattr(klass, parts[i], oid_save.value)
elif getattr(klass, parts[i], False):
tmp = getattr(klass, parts[i])
base = klass
klass = tmp
else:
tmp = type(parts[i], (klass, ), {})
setattr(klass, parts[i], tmp)
base = klass
klass = tmp
def __init__(self, *args, **kwargs):
for oid in sysctl.filter('freenas'):
oid_save = oid
parts = oid.name.split('.')
fixed_parts = parts[1:len(parts)]
oid = '.'.join(fixed_parts)
base = type(self)
klass = base
parts = oid.split('.')
for i in range(0, len(parts)):
if i == 0 and not getattr(self, parts[i], False):
klass = type(parts[i], (base,), { })
setattr(self, parts[i], klass)
elif i == 0 and getattr(self, parts[i], False):
klass = getattr(self, parts[i])
base = klass.__bases__[0]
elif i == len(parts) - 1:
setattr(klass, parts[i], oid_save.value)
elif getattr(klass, parts[i], False):
tmp = getattr(klass, parts[i])
base = klass
klass = tmp
else:
tmp = type(parts[i], (klass,), { })
setattr(klass, parts[i], tmp)
base = klass
klass = tmp
def r50_nvme_enclosures(self):
system_product = self.middleware.call_sync(
"system.info")["system_product"]
if system_product != "TRUENAS-R50":
return []
nvme_to_nvd = self.middleware.call_sync('disk.nvme_to_nvd_map')
slot_to_nvd = {}
for nvme, nvd in nvme_to_nvd.items():
try:
location = sysctl.filter(f"dev.nvme.{nvme}.%location")[0].value
m = re.search(self.RE_HANDLE, location)
if not m:
continue
handle = m.group(1)
if handle not in self.HANDLES:
continue
slot = self.HANDLES[handle]
except IndexError:
continue
slot_to_nvd[slot] = f"nvd{nvd}"
return self.middleware.call_sync("enclosure.fake_nvme_enclosure",
"r50_nvme_enclosure",
"R50 NVMe enclosure",
"R50, Drawer #3", 3, slot_to_nvd)
async def __teardown_guest_vmemory(self, id):
guest_status = await self.middleware.call('vm.status', id)
vm = await self.middleware.call('datastore.query', 'vm.vm', [('id', '=', id)])
guest_memory = vm[0].get('memory', None) * 1024 * 1024
max_arc = sysctl.filter('vfs.zfs.arc_max')
resize_arc = max_arc[0].value + guest_memory
if guest_status.get('state') == "STOPPED":
if resize_arc <= ZFS_ARC_MAX:
sysctl.filter('vfs.zfs.arc_max')[0].value = max_arc[0].value + guest_memory
self.logger.debug("===> Give back guest memory to ARC.: {}".format(guest_memory))
elif resize_arc > ZFS_ARC_MAX and max_arc[0].value < ZFS_ARC_MAX:
sysctl.filter('vfs.zfs.arc_max')[0].value = ZFS_ARC_MAX
self.logger.debug("===> Enough guest memory to set ARC back to its original limit.")
return True
return False
async def __teardown_guest_vmemory(self, id):
guest_status = await self.middleware.call('vm.status', id)
vm = await self.middleware.call('datastore.query', 'vm.vm', [('id', '=', id)])
guest_memory = vm[0].get('memory', None) * 1024 * 1024
max_arc = sysctl.filter('vfs.zfs.arc_max')
resize_arc = max_arc[0].value + guest_memory
if guest_status.get('state') == 'STOPPED':
if resize_arc <= ZFS_ARC_MAX:
sysctl.filter('vfs.zfs.arc_max')[0].value = max_arc[0].value + guest_memory
self.logger.debug('===> Give back guest memory to ARC.: {}'.format(guest_memory))
elif resize_arc > ZFS_ARC_MAX and max_arc[0].value < ZFS_ARC_MAX:
sysctl.filter('vfs.zfs.arc_max')[0].value = ZFS_ARC_MAX
self.logger.debug('===> Enough guest memory to set ARC back to its original limit.')
return True
return False
def generate_serial_loader_config(middleware):
advanced = middleware.call_sync("system.advanced.config")
mseries = middleware.call_sync("failover.hardware") == "ECHOWARP"
if advanced["serialconsole"]:
if sysctl.filter("machdep.bootmethod")[0].value == "UEFI":
# The efi console driver can do both video and serial output.
# Don't enable it if it has a serial output, otherwise we may
# output twice to the same serial port in loader.
# However, enabling serial output on UEFI booted m-series devices
# causes the boot loader screen to not show on the iKVM/HTML5 IPMI
# website.
consoles = list_efi_consoles()
if any(path.find('Serial') != -1
for path in consoles) and not mseries:
# Firmware gave efi a serial port.
# Use only comconsole to avoid duplicating output.
console = "comconsole"
else:
console = "comconsole,efi"
else:
console = "comconsole,vidconsole"
return [
f'comconsole_port="{advanced["serialport"]}"',
f'comconsole_speed="{advanced["serialspeed"]}"',
'boot_multicons="YES"',
'boot_serial="YES"',
f'console="{console}"',
]
return []
def run(self):
alerts = []
mpr = defaultdict(dict)
for o in sysctl.filter('dev.mpr'):
mibs = o.name.split('.', 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split('.', 1)[0])
mpr[number][mib] = major
except:
continue
for number, mibs in mpr.items():
firmware = mibs.get('firmware_version')
driver = mibs.get('driver_version')
if firmware != driver:
alerts.append(
Alert(
Alert.WARN,
_('Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mpr%(mpr)s') % {
'fwversion': firmware,
'drversion': driver,
'mpr': number,
}))
return alerts
def run(self):
alerts = []
mps = defaultdict(dict)
for o in sysctl.filter('dev.mps'):
mibs = o.name.split('.', 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split('.', 1)[0])
mps[number][mib] = major
except:
continue
for number, mibs in mps.items():
firmware = mibs.get('firmware_version')
driver = mibs.get('driver_version')
if firmware != driver:
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %s does not match driver version %s '
'for /dev/mps%s'
) % (firmware, driver, number)
))
return alerts
def run(self):
alerts = []
mpr = defaultdict(dict)
for o in sysctl.filter('dev.mpr'):
mibs = o.name.split('.', 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split('.', 1)[0])
mpr[number][mib] = major
except:
continue
for number, mibs in mpr.items():
firmware = mibs.get('firmware_version')
driver = mibs.get('driver_version')
if firmware != driver:
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mpr%(mpr)s. Please '
'flash controller to P%(drversion)s IT firmware.'
) % {
'fwversion': firmware,
'drversion': driver,
'mpr': number,
}
))
return alerts
async def validate(self, data, schema_name, verrors, old=None):
if old is None:
old = {}
lunid = data['lunid']
old_lunid = old.get('lunid')
target = data['target']
old_target = old.get('target')
extent = data['extent']
lun_map_size = sysctl.filter('kern.cam.ctl.lun_map_size')[0].value
if lunid < 0 or lunid > lun_map_size - 1:
verrors.add(f'{schema_name}.lunid',
'LUN ID must be a positive integer and lower than'
f' {lun_map_size - 1}')
if lunid and target:
filters = [('lunid', '=', lunid), ('target', '=', target)]
result = await self.query(filters)
if old_lunid != lunid and result:
verrors.add(f'{schema_name}.lunid',
'LUN ID is already being used for this target.'
)
if target and extent:
filters = [('target', '=', target), ('extent', '=', extent)]
result = await self.query(filters)
if old_target != target and result:
verrors.add(f'{schema_name}.target',
'Extent is already in this target.')
def flags(self):
"""Returns a dictionary with CPU flags for bhyve."""
data = {}
vmx = sysctl.filter('hw.vmm.vmx.initialized')
data['intel_vmx'] = True if vmx and vmx[0].value else False
ug = sysctl.filter('hw.vmm.vmx.cap.unrestricted_guest')
data['unrestricted_guest'] = True if ug and ug[0].value else False
rvi = sysctl.filter('hw.vmm.svm.features')
data['amd_rvi'] = True if rvi and rvi[0].value != 0 else False
asids = sysctl.filter('hw.vmm.svm.num_asids')
data['amd_asids'] = True if asids and asids[0].value != 0 else False
return data
def sysctl(self, name):
"""
Tiny wrapper for sysctl module for compatibility
"""
sysc = sysctl.filter(str(name))
if sysc:
return sysc[0].value
raise ValueError(name)
def clean_iscsi_lunid(self):
lunid = self.cleaned_data.get('iscsi_lunid')
lun_map_size = sysctl.filter('kern.cam.ctl.lun_map_size')[0].value
if lunid < 0 or lunid > lun_map_size - 1:
raise forms.ValidationError(
_('LUN ID must be a positive integer and lower than %d') %
(lun_map_size - 1))
return lunid
def flags(self):
"""Returns a dictionary with CPU flags for bhyve."""
data = {}
vmx = sysctl.filter('hw.vmm.vmx.initialized')
data['intel_vmx'] = True if vmx and vmx[0].value else False
ug = sysctl.filter('hw.vmm.vmx.cap.unrestricted_guest')
data['unrestricted_guest'] = True if ug and ug[0].value else False
rvi = sysctl.filter('hw.vmm.svm.features')
data['amd_rvi'] = True if rvi and rvi[0].value != 0 else False
asids = sysctl.filter('hw.vmm.svm.num_asids')
data['amd_asids'] = True if asids and asids[0].value != 0 else False
return data
async def info(self):
"""
Returns basic system information.
"""
buildtime = sw_buildtime()
if buildtime:
buildtime = datetime.fromtimestamp(int(buildtime)),
uptime = (await (await Popen(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
stdout=subprocess.PIPE,
shell=True,
)).communicate())[0].decode().strip()
serial = await self._system_serial()
product = (await(await Popen(
['dmidecode', '-s', 'system-product-name'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
manufacturer = (await(await Popen(
['dmidecode', '-s', 'system-manufacturer'],
stdout=subprocess.PIPE,
)).communicate())[0].decode().strip() or None
return {
'version': self.version(),
'buildtime': buildtime,
'hostname': socket.gethostname(),
'physmem': sysctl.filter('hw.physmem')[0].value,
'model': sysctl.filter('hw.model')[0].value,
'cores': sysctl.filter('hw.ncpu')[0].value,
'loadavg': os.getloadavg(),
'uptime': uptime,
'uptime_seconds': time.clock_gettime(5), # CLOCK_UPTIME = 5
'system_serial': serial,
'system_product': product,
'license': await self.__get_license(),
'boottime': datetime.fromtimestamp(
struct.unpack('l', sysctl.filter('kern.boottime')[0].value[:8])[0]
),
'datetime': datetime.utcnow(),
'timezone': (await self.middleware.call('datastore.config', 'system.settings'))['stg_timezone'],
'system_manufacturer': manufacturer,
}
def sysctl(self, name):
"""
Tiny wrapper for sysctl module for compatibility
"""
sysc = sysctl.filter(str(name))
if sysc:
return sysc[0].value
raise ValueError(name)
def set_ctl_ha_peer(middleware):
with contextlib.suppress(IndexError):
if middleware.call_sync("iscsi.global.alua_enabled"):
node = middleware.call_sync("failover.node")
# 999 is the port used by ALUA on the heartbeat interface
# on TrueNAS HA systems. Because of this, we set
# net.inet.ip.portrange.lowfirst=998 to ensure local
# websocket connections do not have the opportunity
# to interfere.
sysctl.filter("net.inet.ip.portrange.lowfirst")[0].value = 998
if node == "A":
sysctl.filter(
"kern.cam.ctl.ha_peer")[0].value = "listen 169.254.10.1"
if node == "B":
sysctl.filter(
"kern.cam.ctl.ha_peer")[0].value = "connect 169.254.10.1"
else:
sysctl.filter("kern.cam.ctl.ha_peer")[0].value = ""
def check_sync(self):
alerts = []
i = 0
while True:
try:
critical_health = sysctl.filter(
f"dev.nvdimm.{i}.critical_health")[0].value
nvdimm_health = sysctl.filter(
f"dev.nvdimm.{i}.nvdimm_health")[0].value
es_health = sysctl.filter(f"dev.nvdimm.{i}.es_health")[0].value
except IndexError:
return alerts
else:
alerts.extend(
produce_nvdimm_alerts(i, critical_health, nvdimm_health,
es_health))
i += 1
def ensure_firewall_enabled(self) -> None:
requirements = self._required_sysctl_properties
requirement_keys = list(requirements.keys())
for item in sysctl.filter("net"):
if item.name in requirement_keys:
if item.value != requirements[item.name]:
state = ("en" if (item.value == 0) else "dis") + "abled"
raise iocage.lib.errors.FirewallDisabled(
hint=f"sysctl {item.name} is not {state}",
logger=self.logger)
def parse_cpu_stats():
cpu_stats={}
cpu_times = sysctl.filter('kern.cp_times')[0].value
cpu = 0
cpus = len(cpu_times)/5
while cpu < cpus:
cpu_stats[cpu] = (cpu_times[cpu*5:(cpu+1)*5])
cpu += 1
return cpu_stats
def configure_resilver_priority(self):
"""
Configure resilver priority based on user selected off-peak hours.
"""
resilver = self.middleware.call_sync('datastore.config',
'storage.resilver')
if not resilver['enabled'] or not resilver['weekday']:
return
higher_prio = False
weekdays = map(lambda x: int(x), resilver['weekday'].split(','))
now = datetime.now()
now_t = now.time()
# end overlaps the day
if resilver['begin'] > resilver['end']:
if now.isoweekday() in weekdays and now_t >= resilver['begin']:
higher_prio = True
else:
lastweekday = now.isoweekday() - 1
if lastweekday == 0:
lastweekday = 7
if lastweekday in weekdays and now_t < resilver['end']:
higher_prio = True
# end does not overlap the day
else:
if now.isoweekday() in weekdays and now_t >= resilver[
'begin'] and now_t < resilver['end']:
higher_prio = True
if higher_prio:
resilver_delay = 0
resilver_min_time_ms = 9000
scan_idle = 0
else:
resilver_delay = 2
resilver_min_time_ms = 3000
scan_idle = 50
sysctl.filter('vfs.zfs.resilver_delay')[0].value = resilver_delay
sysctl.filter(
'vfs.zfs.resilver_min_time_ms')[0].value = resilver_min_time_ms
sysctl.filter('vfs.zfs.scan_idle')[0].value = scan_idle
def m50_plx_enclosures(self):
system_product = self.middleware.call_sync(
"system.info")["system_product"]
if system_product is None or not ("TRUENAS-M50" in system_product
or "TRUENAS-M60" in system_product):
return []
nvme_to_nvd = self.middleware.call_sync('disk.nvme_to_nvd_map')
slot_to_nvd = {}
for nvme, nvd in nvme_to_nvd.items():
try:
pci = sysctl.filter(f"dev.nvme.{nvme}.%parent")[0].value
m = re.match(self.RE_PCI, pci)
if not m:
continue
pcib = sysctl.filter(f"dev.pci.{m.group(1)}.%parent")[0].value
m = re.match(self.RE_PCIB, pcib)
if not m:
continue
pnpinfo = sysctl.filter(
f"dev.pcib.{m.group(1)}.%pnpinfo")[0].value
if "vendor=0x10b5 device=0x8717" not in pnpinfo:
continue
location = sysctl.filter(
f"dev.pcib.{m.group(1)}.%location")[0].value
m = re.match(self.RE_SLOT, location)
if not m:
continue
slot = int(m.group(1))
except IndexError:
continue
slot_to_nvd[slot] = f"nvd{nvd}"
return self.middleware.call_sync("enclosure.fake_nvme_enclosure",
"m50_plx_enclosure",
"Rear NVME U.2 Hotswap Bays",
"M50/60 Series", 4, slot_to_nvd)
async def _start_nfs(self, **kwargs):
nfs = await self.middleware.call('datastore.config', 'services.nfs')
await self.middleware.call("etc.generate", "nfsd")
await self._service("rpcbind", "start", quiet=True, **kwargs)
await self._service("gssd", "start", quiet=True, **kwargs)
# Workaround to work with "onetime", since the rc scripts depend on rc flags.
if nfs['nfs_srv_v4']:
sysctl.filter('vfs.nfsd.server_max_nfsvers')[0].value = 4
if nfs['nfs_srv_v4_v3owner']:
# Per RFC7530, sending NFSv3 style UID/GIDs across the wire is now allowed
# You must have both of these sysctl's set to allow the desired functionality
sysctl.filter('vfs.nfsd.enable_stringtouid')[0].value = 1
sysctl.filter('vfs.nfs.enable_uidtostring')[0].value = 1
await self._service("nfsuserd", "stop", force=True, **kwargs)
else:
sysctl.filter('vfs.nfsd.enable_stringtouid')[0].value = 0
sysctl.filter('vfs.nfs.enable_uidtostring')[0].value = 0
await self._service("nfsuserd", "start", quiet=True, **kwargs)
else:
sysctl.filter('vfs.nfsd.server_max_nfsvers')[0].value = 3
if nfs['nfs_srv_16']:
await self._service("nfsuserd", "start", quiet=True, **kwargs)
await self._service("mountd", "start", quiet=True, **kwargs)
await self._service("nfsd", "start", quiet=True, **kwargs)
await self._service("statd", "start", quiet=True, **kwargs)
await self._service("lockd", "start", quiet=True, **kwargs)
def configure_resilver_priority(self):
"""
Configure resilver priority based on user selected off-peak hours.
"""
resilver = self.middleware.call_sync('datastore.config', 'storage.resilver')
if not resilver['enabled'] or not resilver['weekday']:
return
higher_prio = False
weekdays = map(lambda x: int(x), resilver['weekday'].split(','))
now = datetime.now()
now_t = now.time()
# end overlaps the day
if resilver['begin'] > resilver['end']:
if now.isoweekday() in weekdays and now_t >= resilver['begin']:
higher_prio = True
else:
lastweekday = now.isoweekday() - 1
if lastweekday == 0:
lastweekday = 7
if lastweekday in weekdays and now_t < resilver['end']:
higher_prio = True
# end does not overlap the day
else:
if now.isoweekday() in weekdays and now_t >= resilver['begin'] and now_t < resilver['end']:
higher_prio = True
if higher_prio:
resilver_delay = 0
resilver_min_time_ms = 9000
scan_idle = 0
else:
resilver_delay = 2
resilver_min_time_ms = 3000
scan_idle = 50
sysctl.filter('vfs.zfs.resilver_delay')[0].value = resilver_delay
sysctl.filter('vfs.zfs.resilver_min_time_ms')[0].value = resilver_min_time_ms
sysctl.filter('vfs.zfs.scan_idle')[0].value = scan_idle
def run(self):
alerts = []
mps = defaultdict(dict)
for o in sysctl.filter('dev.mps'):
mibs = o.name.split('.', 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split('.', 1)[0])
mps[number][mib] = major
except:
continue
for number, mibs in mps.items():
firmware = mibs.get('firmware_version')
driver = mibs.get('driver_version')
try:
# Broadcom added a new one for us, an allowed combo is p20 firmware and v21 driver
# https://bugs.freenas.org/issues/16649
if ((int(firmware) != int(driver)) and not (int(firmware) == 20 and int(driver) == 21)):
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mps%(mps)s. Please '
'flash controller to P%(drversion)s IT firmware.'
) % {
'fwversion': firmware,
'drversion': driver,
'mps': number,
}
))
except ValueError:
# cast returned Cthulhu
# This shouldn't ever happen but as a fallback try the old method
if ((firmware != driver) and not (firmware.startswith("20") and driver.startswith("21"))):
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mps%(mps)s'
) % {
'fwversion': firmware,
'drversion': driver,
'mps': number,
}
))
return alerts
def run(self):
cp_time_last = None
cp_times_last = None
while not self._cancel.is_set():
data = {}
# Virtual memory use
data['virtual_memory'] = psutil.virtual_memory()._asdict()
data['cpu'] = {}
# Get CPU usage %
# cp_times has values for all cores
cp_times = sysctl.filter('kern.cp_times')[0].value
# cp_time is the sum of all cores
cp_time = sysctl.filter('kern.cp_time')[0].value
if cp_times_last:
# Get the difference of times between the last check and the current one
# cp_time has a list with user, nice, system, interrupt and idle
cp_diff = list(map(lambda x: x[0] - x[1], zip(cp_times, cp_times_last)))
cp_nums = int(len(cp_times) / 5)
for i in range(cp_nums):
data['cpu'][i] = self.get_cpu_usages(cp_diff[i * 5:i * 5 + 5])
cp_diff = list(map(lambda x: x[0] - x[1], zip(cp_time, cp_time_last)))
data['cpu']['average'] = self.get_cpu_usages(cp_diff)
cp_time_last = cp_time
cp_times_last = cp_times
# CPU temperature
data['cpu']['temperature'] = {}
for i in itertools.count():
v = sysctl.filter(f'dev.cpu.{i}.temperature')
if not v:
break
data['cpu']['temperature'][i] = v[0].value
self.send_event('ADDED', fields=data)
time.sleep(2)
def __init__(self, interval):
super().__init__()
self.daemon = True
self.interval = interval
self.temperatures = []
self.numcpu = 0
try:
self.numcpu = int(sysctl.filter("hw.ncpu")[0].value)
except Exception as e:
print(f"Failed to get CPU count: {e!r}")
def run(self):
try:
if self.arg:
delay = int(self.arg)
else:
delay = 10
except ValueError:
return
# Delay too slow
if delay < 5:
return
cp_time = sysctl.filter('kern.cp_time')[0].value
cp_old = cp_time
while not self._cancel.is_set():
time.sleep(delay)
cp_time = sysctl.filter('kern.cp_time')[0].value
cp_diff = list(map(lambda x: x[0] - x[1], zip(cp_time, cp_old)))
cp_old = cp_time
cpu_percent = round((sum(cp_diff[:3]) / sum(cp_diff)) * 100, 2)
pools = self.middleware.call_sync(
'cache.get_or_put',
CACHE_POOLS_STATUSES,
1800,
self.pools_statuses,
)
self.send_event('ADDED', fields={
'cpu_percent': cpu_percent,
'memory': psutil.virtual_memory()._asdict(),
'pools': pools,
'update': self._check_update,
})
async def __set_guest_vmemory(self, memory):
usermem = sysctl.filter('hw.usermem')
max_arc = sysctl.filter('vfs.zfs.arc_max')
guest_mem_used = await self.get_vmemory_in_use()
memory = memory * 1024 * 1024
# Keep at least 35% of memory from initial arc_max.
throttled_arc_max = int(usermem[0].value * 1.35) - usermem[0].value
# Get the user memory and keep space for ARC.
throttled_user_mem = int(usermem[0].value - throttled_arc_max)
# Potential memory used by guests.
memory_used = guest_mem_used['RPRD'] + guest_mem_used['RNP']
vms_memory = memory_used + memory
if vms_memory <= throttled_user_mem:
if max_arc[0].value > throttled_arc_max:
if max(max_arc[0].value - memory, 0) != 0:
self.logger.info('===> Setting ARC FROM: {} TO: {}'.format(max_arc[0].value, max_arc[0].value - memory))
sysctl.filter('vfs.zfs.arc_max')[0].value = max_arc[0].value - memory
return True
else:
return False
def identify_hypervisor(self):
"""
Identify Hypervisors that might work nested with bhyve.
Returns:
bool: True if compatible otherwise False.
"""
compatible_hp = ('VMwareVMware', 'Microsoft Hv', 'KVMKVMKVM', 'bhyve bhyve')
identify_hp = sysctl.filter('hw.hv_vendor')[0].value.strip()
if identify_hp in compatible_hp:
return True
return False
async def __event_system_ready(middleware, event_type, args):
"""
Method called when system is ready, supposed to start VMs
flagged that way.
"""
if args['id'] != 'ready':
return
global ZFS_ARC_MAX
max_arc = sysctl.filter('vfs.zfs.arc_max')
ZFS_ARC_MAX = max_arc[0].value
for vm in await middleware.call('vm.query', [('autostart', '=', True)]):
await middleware.call('vm.start', vm['id'])
def _system_info(request=None):
# OS, hostname, release
__, hostname, __ = os.uname()[0:3]
platform = sysctl.filter('hw.model')[0].value
physmem = '%dMB' % (
sysctl.filter('hw.physmem')[0].value / 1048576,
)
# All this for a timezone, because time.asctime() doesn't add it in.
date = time.strftime('%a %b %d %H:%M:%S %Z %Y') + '\n'
uptime = subprocess.check_output(
"env -u TZ uptime | awk -F', load averages:' '{ print $1 }'",
shell=True
)
loadavg = "%.2f, %.2f, %.2f" % os.getloadavg()
try:
freenas_build = '%s %s' % (get_sw_name(), get_sw_login_version())
except:
freenas_build = "Unrecognized build"
try:
conf = Configuration.Configuration()
manifest = conf.SystemManifest()
builddate = datetime.utcfromtimestamp(int(manifest.Sequence()))
except:
builddate = None
return {
'hostname': hostname,
'platform': platform,
'physmem': physmem,
'date': date,
'uptime': uptime,
'loadavg': loadavg,
'freenas_build': freenas_build,
'builddate': builddate,
}
def run(self):
alerts = []
mps = defaultdict(dict)
for o in sysctl.filter('dev.mps'):
mibs = o.name.split('.', 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split('.', 1)[0])
mps[number][mib] = major
except:
continue
for number, mibs in mps.items():
firmware = mibs.get('firmware_version')
driver = mibs.get('driver_version')
try:
if int(firmware) != int(driver):
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mps%(mps)s'
) % {
'fwversion': firmware,
'drversion': driver,
'mps': number,
}
))
except ValueError:
# cast returned cthulu
# This shouldn't ever happen but as a fallback try the old method
if firmware != driver:
alerts.append(Alert(
Alert.WARN,
_(
'Firmware version %(fwversion)s does not match driver '
'version %(drversion)s for /dev/mps%(mps)s'
) % {
'fwversion': firmware,
'drversion': driver,
'mps': number,
}
))
return alerts
def run(self):
alerts = []
mps = defaultdict(dict)
for o in sysctl.filter("dev.mps"):
mibs = o.name.split(".", 3)
if len(mibs) < 4:
continue
number, mib = mibs[2:4]
try:
major = int(o.value.split(".", 1)[0])
mps[number][mib] = major
except:
continue
for number, mibs in mps.items():
firmware = mibs.get("firmware_version")
driver = mibs.get("driver_version")
try:
if int(firmware) != int(driver):
alerts.append(
Alert(
Alert.WARN,
_(
"Firmware version %(fwversion)s does not match driver "
"version %(drversion)s for /dev/mps%(mps)s. Please "
"flash controller to P%(drversion)s IT firmware."
)
% {"fwversion": firmware, "drversion": driver, "mps": number},
)
)
except ValueError:
# cast returned cthulu
# This shouldn't ever happen but as a fallback try the old method
if firmware != driver:
alerts.append(
Alert(
Alert.WARN,
_(
"Firmware version %(fwversion)s does not match driver "
"version %(drversion)s for /dev/mps%(mps)s"
)
% {"fwversion": firmware, "drversion": driver, "mps": number},
)
)
return alerts
def test_sysctl_writable(self):
libAll = sysctl.filter(writable=True)
cmdAll = self.command("/sbin/sysctl -WNa")
cmdNames = []
for line in cmdAll.split('\n'):
if not line:
continue
cmdNames.append(line)
notIn = []
for ctl in libAll:
if ctl.name not in cmdNames:
notIn.append(ctl.name)
print(notIn)
assert len(notIn) == 0
async def validate(self, data, schema_name, verrors, old=None):
if old is None:
old = {}
old_lunid = old.get('lunid')
target = data['target']
old_target = old.get('target')
extent = data['extent']
if 'lunid' not in data:
lunids = [
o['lunid'] for o in await self.query(
[('target', '=', target)], {'order_by': ['lunid']}
)
]
if not lunids:
lunid = 0
else:
diff = sorted(set(range(0, lunids[-1] + 1)).difference(lunids))
lunid = diff[0] if diff else max(lunids) + 1
data['lunid'] = lunid
else:
lunid = data['lunid']
lun_map_size = sysctl.filter('kern.cam.ctl.lun_map_size')[0].value
if lunid < 0 or lunid > lun_map_size - 1:
verrors.add(
f'{schema_name}.lunid',
f'LUN ID must be a positive integer and lower than {lun_map_size - 1}'
)
if old_lunid != lunid and await self.query([
('lunid', '=', lunid), ('target', '=', target)
]):
verrors.add(
f'{schema_name}.lunid',
'LUN ID is already being used for this target.'
)
if old_target != target and await self.query([
('target', '=', target), ('extent', '=', extent)]
):
verrors.add(
f'{schema_name}.target',
'Extent is already in this target.'
)
def run(self):
if not self.numcpu:
return 0
while True:
temperatures = []
try:
for i in range(self.numcpu):
raw_temperature = int(sysctl.filter(f"dev.cpu.{i}.temperature")[0].value)
temperatures.append((raw_temperature - 2732) * 100)
except Exception as e:
print(f"Failed to get CPU temperature: {e!r}")
temperatures = []
self.temperatures = temperatures
time.sleep(self.interval)
def generate_serial_loader_config(middleware):
advanced = middleware.call_sync("system.advanced.config")
if advanced["serialconsole"]:
if sysctl.filter("machdep.bootmethod")[0].value == "UEFI":
videoconsole = "efi"
else:
videoconsole = "vidconsole"
return [
f'comconsole_port="{advanced["serialport"]}"',
f'comconsole_speed="{advanced["serialspeed"]}"',
'boot_multicons="YES"',
'boot_serial="YES"',
f'console="comconsole,{videoconsole}"',
]
return []
def test_sysctl_setvalue(self):
dummy = sysctl.filter('kern.dummy')[0]
try:
self.command("/sbin/sysctl kern.dummy=0")
except:
if os.getuid() == 0:
raise
try:
dummy.value = 1
except TypeError:
if os.getuid() == 0:
raise
if os.getuid() == 0:
value = int(self.command("/sbin/sysctl -n kern.dummy"))
if value != 1:
raise ValueError("Failed to set kern.dummy")
def read(self):
disks = sysctl.filter('kern.disks')[0].value.split()
futures = {}
with concurrent.futures.ThreadPoolExecutor(max_workers=10) as executor:
for disk in disks:
if disk.startswith('cd'):
continue
futures[executor.submit(self.get_temperature, disk)] = disk
for fut in concurrent.futures.as_completed(futures.keys()):
disk = futures.get(fut)
if not disk:
continue
try:
temp = fut.result()
if temp is None:
continue
self.dispatch_value(disk, 'temperature', temp, data_type='temperature')
except Exception as e:
collectd.info(traceback.format_exc())