def detect_megacli(hw_lst):
'Detect LSI MegaRAID controller configuration.'
ctrl_num = megacli.adp_count()
disk_count = 0
global_pdisk_size = 0
if ctrl_num > 0:
for ctrl in range(ctrl_num):
ctrl_info = megacli.adp_all_info(ctrl)
for entry in ctrl_info.keys():
hw_lst.append(('megaraid', 'Controller_%d' % (ctrl),
'%s' % entry, '%s' % ctrl_info[entry]))
for enc in megacli.enc_info(ctrl):
if "Enclosure" in enc.keys():
for key in enc.keys():
if "ExitCode" in key or "Enclosure" in key:
continue
hw_lst.append(
('megaraid', 'Controller_%d/Enclosure_%s' %
(ctrl, enc["Enclosure"]), '%s' % key,
'%s' % enc[key]))
for slot_num in range(enc['NumberOfSlots']):
disk = 'disk%d' % slot_num
info = megacli.pdinfo(ctrl, enc['DeviceId'], slot_num)
# If no PdType, it means that's not a disk
if 'PdType' not in info.keys():
continue
disk_count += 1
hw_lst.append(('pdisk', disk, 'ctrl', str(ctrl_num)))
hw_lst.append(('pdisk', disk, 'type', info['PdType']))
hw_lst.append(
('pdisk', disk, 'id',
'%s:%d' % (info['EnclosureDeviceId'], slot_num)))
disk_size = size_in_gb("%s %s" %
(info['CoercedSize'].split()[0],
info['CoercedSize'].split()[1]))
global_pdisk_size = global_pdisk_size + float(disk_size)
hw_lst.append(('pdisk', disk, 'size', disk_size))
for key in info.keys():
ignore_list = [
'PdType', 'EnclosureDeviceId', 'CoercedSize',
'ExitCode'
]
if key not in ignore_list:
if "DriveTemperature" in key:
if "C" in str(info[key].split()[0]):
pdisk = info[key].split()[0].split("C")[0]
hw_lst.append(('pdisk', disk, key,
str(pdisk).strip()))
hw_lst.append(
('pdisk', disk, "%s_units" % key,
"Celsius"))
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
elif "InquiryData" in key:
count = 0
for mystring in info[key].split():
hw_lst.append(('pdisk', disk,
"%s[%d]" % (key, count),
str(mystring.strip())))
count = count + 1
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
if global_pdisk_size > 0:
hw_lst.append(
('pdisk', 'all', 'size', "%.2f" % global_pdisk_size))
for ld_num in range(megacli.ld_get_num(ctrl)):
disk = 'disk%d' % ld_num
info = megacli.ld_get_info(ctrl, ld_num)
ignore_list = ['Size']
for item in info.keys():
if item not in ignore_list:
hw_lst.append(
('ldisk', disk, item, str(info[item])))
if 'Size' in info:
hw_lst.append(
('ldisk', disk, 'Size', size_in_gb(info['Size'])))
hw_lst.append(('disk', 'megaraid', 'count', str(disk_count)))
return True
else:
return False
def detect_megacli(hw_lst):
'Detect LSI MegaRAID controller configuration.'
ctrl_num = megacli.adp_count()
disk_count = 0
global_pdisk_size = 0
if ctrl_num > 0:
for ctrl in range(ctrl_num):
ctrl_info = megacli.adp_all_info(ctrl)
for entry in ctrl_info.keys():
hw_lst.append(('megaraid', 'Controller_%d' % (ctrl),
'%s' % entry, '%s' % ctrl_info[entry]))
for enc in megacli.enc_info(ctrl):
if "Enclosure" in enc.keys():
for key in enc.keys():
if "ExitCode" in key or "Enclosure" in key:
continue
hw_lst.append(('megaraid',
'Controller_%d/Enclosure_%s' %
(ctrl, enc["Enclosure"]),
'%s' % key, '%s' % enc[key]))
for slot_num in range(enc['NumberOfSlots']):
disk = 'disk%d' % slot_num
info = megacli.pdinfo(ctrl,
enc['DeviceId'],
slot_num)
# If no PdType, it means that's not a disk
if 'PdType' not in info.keys():
continue
disk_count += 1
hw_lst.append(('pdisk',
disk,
'ctrl',
str(ctrl_num)))
hw_lst.append(('pdisk',
disk,
'type',
info['PdType']))
hw_lst.append(('pdisk',
disk,
'id',
'%s:%d' % (info['EnclosureDeviceId'],
slot_num)))
disk_size = size_in_gb("%s %s" %
(info['CoercedSize'].split()[0],
info['CoercedSize'].split()[1]))
global_pdisk_size = global_pdisk_size + float(disk_size)
hw_lst.append(('pdisk',
disk,
'size',
disk_size))
for key in info.keys():
ignore_list = ['PdType', 'EnclosureDeviceId',
'CoercedSize', 'ExitCode']
if key not in ignore_list:
if "DriveTemperature" in key:
if "C" in str(info[key].split()[0]):
pdisk = info[key].split()[0].split("C")[0]
hw_lst.append(('pdisk', disk, key,
str(pdisk).strip()))
hw_lst.append(('pdisk', disk,
"%s_units" % key,
"Celsius"))
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
elif "InquiryData" in key:
count = 0
for mystring in info[key].split():
hw_lst.append(('pdisk', disk,
"%s[%d]" % (key, count),
str(mystring.strip())))
count = count + 1
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
if global_pdisk_size > 0:
hw_lst.append(('pdisk',
'all',
'size',
"%.2f" % global_pdisk_size))
for ld_num in range(megacli.ld_get_num(ctrl)):
disk = 'disk%d' % ld_num
info = megacli.ld_get_info(ctrl, ld_num)
hw_lst.append(('ldisk',
disk,
'current_access_policy',
info['CurrentAccessPolicy']))
hw_lst.append(('ldisk',
disk,
'current_cache_policy',
info['CurrentCachePolicy']))
hw_lst.append(('ldisk',
disk,
'disk_cache_policy',
info['DiskCachePolicy']))
hw_lst.append(('ldisk',
disk,
'name',
info['Name']))
try:
hw_lst.append(('ldisk',
disk,
'number_of_drives',
str(info['NumberOfDrives'])))
except KeyError:
pass
try:
hw_lst.append(('ldisk',
disk,
'number_of_drives_per_span',
str(info['NumberOfDrivesPerSpan'])))
except KeyError:
pass
hw_lst.append(('ldisk',
disk,
'raid_level',
info['RaidLevel']))
hw_lst.append(('ldisk',
disk,
'sector_size',
str(info['SectorSize'])))
hw_lst.append(('ldisk',
disk,
'state',
info['State']))
hw_lst.append(('ldisk',
disk,
'Size',
size_in_gb(info['Size'])))
hw_lst.append(('ldisk',
disk,
'strip_size',
info['StripSize']))
hw_lst.append(('disk', 'megaraid', 'count', str(disk_count)))
return True
else:
return False
def test_adp_count(self):
self.output = sample('megacli_adpcount')
self.assertEqual(megacli.adp_count(), 1)
def detect_megacli(hw_lst):
'Detect LSI MegaRAID controller configuration.'
ctrl_num = megacli.adp_count()
disk_count = 0
global_pdisk_size = 0
if ctrl_num > 0:
for ctrl in range(ctrl_num):
ctrl_info = megacli.adp_all_info(ctrl)
for entry in ctrl_info.keys():
hw_lst.append(('megaraid', 'Controller_%d' % (ctrl),
'%s' % entry, '%s' % ctrl_info[entry]))
for enc in megacli.enc_info(ctrl):
if "Enclosure" in enc.keys():
for key in enc.keys():
if "ExitCode" in key or "Enclosure" in key:
continue
hw_lst.append(
('megaraid', 'Controller_%d/Enclosure_%s' %
(ctrl, enc["Enclosure"]), '%s' % key,
'%s' % enc[key]))
for slot_num in range(enc['NumberOfSlots']):
disk_count += 1
disk = 'disk%d' % slot_num
info = megacli.pdinfo(ctrl, enc['DeviceId'], slot_num)
# If no PdType, it means that's not a disk
if 'PdType' not in info.keys():
continue
hw_lst.append(('pdisk', disk, 'ctrl', str(ctrl_num)))
hw_lst.append(('pdisk', disk, 'type', info['PdType']))
hw_lst.append(
('pdisk', disk, 'id',
'%s:%d' % (info['EnclosureDeviceId'], slot_num)))
disk_size = size_in_gb("%s %s" %
(info['CoercedSize'].split()[0],
info['CoercedSize'].split()[1]))
global_pdisk_size = global_pdisk_size + float(disk_size)
hw_lst.append(('pdisk', disk, 'size', disk_size))
for key in info.keys():
ignore_list = [
'PdType', 'EnclosureDeviceId', 'CoercedSize',
'ExitCode'
]
if key not in ignore_list:
if "DriveTemperature" in key:
if "C" in str(info[key].split()[0]):
a = str(info[key].split()[0].split("C")[0])
hw_lst.append(
('pdisk', disk, key, a.strip()))
hw_lst.append(
('pdisk', disk, "%s_units" % key,
"Celsius"))
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
elif "InquiryData" in key:
count = 0
for mystring in info[key].split():
hw_lst.append(('pdisk', disk,
"%s[%d]" % (key, count),
str(mystring.strip())))
count = count + 1
else:
hw_lst.append(('pdisk', disk, key,
str(info[key]).strip()))
if global_pdisk_size > 0:
hw_lst.append(
('pdisk', 'all', 'size', "%.2f" % global_pdisk_size))
for ld_num in range(megacli.ld_get_num(ctrl)):
disk = 'disk%d' % ld_num
info = megacli.ld_get_info(ctrl, ld_num)
hw_lst.append(('ldisk', disk, 'current_access_policy',
info['CurrentAccessPolicy']))
hw_lst.append(('ldisk', disk, 'current_cache_policy',
info['CurrentCachePolicy']))
hw_lst.append(('ldisk', disk, 'disk_cache_policy',
info['DiskCachePolicy']))
hw_lst.append(('ldisk', disk, 'name', info['Name']))
try:
hw_lst.append(('ldisk', disk, 'number_of_drives',
str(info['NumberOfDrives'])))
except KeyError:
pass
try:
hw_lst.append(
('ldisk', disk, 'number_of_drives_per_span',
str(info['NumberOfDrivesPerSpan'])))
except KeyError:
pass
hw_lst.append(
('ldisk', disk, 'raid_level', info['RaidLevel']))
hw_lst.append(('ldisk', disk, 'sector_size',
str(info['SectorSize'])))
hw_lst.append(('ldisk', disk, 'state', info['State']))
hw_lst.append(
('ldisk', disk, 'Size', size_in_gb(info['Size'])))
hw_lst.append(
('ldisk', disk, 'strip_size', info['StripSize']))
hw_lst.append(('disk', 'megaraid', 'count', str(disk_count)))
return True
else:
return False
def test_adp_count(self):
self.output = sample('megacli_adpcount')
self.assertEqual(megacli.adp_count(), 1)
def detect_megacli(hw_lst):
"Detect LSI MegaRAID controller configuration."
ctrl_num = megacli.adp_count()
disk_count = 0
global_pdisk_size = 0
if ctrl_num > 0:
for ctrl in range(ctrl_num):
ctrl_info = megacli.adp_all_info(ctrl)
for entry in ctrl_info.keys():
hw_lst.append(("megaraid", "Controller_%d" % (ctrl), "%s" % entry, "%s" % ctrl_info[entry]))
for enc in megacli.enc_info(ctrl):
if "Enclosure" in enc.keys():
for key in enc.keys():
if "ExitCode" in key or "Enclosure" in key:
continue
hw_lst.append(
(
"megaraid",
"Controller_%d/Enclosure_%s" % (ctrl, enc["Enclosure"]),
"%s" % key,
"%s" % enc[key],
)
)
for slot_num in range(enc["NumberOfSlots"]):
disk = "disk%d" % slot_num
info = megacli.pdinfo(ctrl, enc["DeviceId"], slot_num)
# If no PdType, it means that's not a disk
if "PdType" not in info.keys():
continue
disk_count += 1
hw_lst.append(("pdisk", disk, "ctrl", str(ctrl_num)))
hw_lst.append(("pdisk", disk, "type", info["PdType"]))
hw_lst.append(("pdisk", disk, "id", "%s:%d" % (info["EnclosureDeviceId"], slot_num)))
disk_size = size_in_gb("%s %s" % (info["CoercedSize"].split()[0], info["CoercedSize"].split()[1]))
global_pdisk_size = global_pdisk_size + float(disk_size)
hw_lst.append(("pdisk", disk, "size", disk_size))
for key in info.keys():
ignore_list = ["PdType", "EnclosureDeviceId", "CoercedSize", "ExitCode"]
if key not in ignore_list:
if "DriveTemperature" in key:
if "C" in str(info[key].split()[0]):
pdisk = info[key].split()[0].split("C")[0]
hw_lst.append(("pdisk", disk, key, str(pdisk).strip()))
hw_lst.append(("pdisk", disk, "%s_units" % key, "Celsius"))
else:
hw_lst.append(("pdisk", disk, key, str(info[key]).strip()))
elif "InquiryData" in key:
count = 0
for mystring in info[key].split():
hw_lst.append(("pdisk", disk, "%s[%d]" % (key, count), str(mystring.strip())))
count = count + 1
else:
hw_lst.append(("pdisk", disk, key, str(info[key]).strip()))
if global_pdisk_size > 0:
hw_lst.append(("pdisk", "all", "size", "%.2f" % global_pdisk_size))
for ld_num in range(megacli.ld_get_num(ctrl)):
disk = "disk%d" % ld_num
info = megacli.ld_get_info(ctrl, ld_num)
hw_lst.append(("ldisk", disk, "current_access_policy", info["CurrentAccessPolicy"]))
hw_lst.append(("ldisk", disk, "current_cache_policy", info["CurrentCachePolicy"]))
hw_lst.append(("ldisk", disk, "disk_cache_policy", info["DiskCachePolicy"]))
hw_lst.append(("ldisk", disk, "name", info["Name"]))
try:
hw_lst.append(("ldisk", disk, "number_of_drives", str(info["NumberOfDrives"])))
except KeyError:
pass
try:
hw_lst.append(("ldisk", disk, "number_of_drives_per_span", str(info["NumberOfDrivesPerSpan"])))
except KeyError:
pass
hw_lst.append(("ldisk", disk, "raid_level", info["RaidLevel"]))
hw_lst.append(("ldisk", disk, "sector_size", str(info["SectorSize"])))
hw_lst.append(("ldisk", disk, "state", info["State"]))
hw_lst.append(("ldisk", disk, "Size", size_in_gb(info["Size"])))
hw_lst.append(("ldisk", disk, "strip_size", info["StripSize"]))
hw_lst.append(("disk", "megaraid", "count", str(disk_count)))
return True
else:
return False
