def getflashinfo(self):
flag = 0
(tmpret,output) = saferun('lspci 2>/dev/null')
for line in output:
if line.find('Mass storage') >=0 and line.find('Altera') >= 0:
flag = 2
elif line.find('Mass storage') >=0 and line.find('Xilinx') >= 0:
flag = 3
(ret, output) = saferun('lsmod | grep ssd_adv')
if ret == 0 and output != '' :
self.exist = 1
self.flashinfo['manu'] = 'HuaWei'
self.flashinfo['model'] = 'NULL'
self.flashinfo['mediatype'] = 'NULL'
self.flashinfo['size'] = 'NULL'
self.flashinfo['devicename'] = 'NULL'
self.flashinfo['generation'] = 'NULL'
self.flashinfo['version'] = 'NULL'
if flag == 2:
(ret, output) = saferun('%s -a'% gparas.ssdtool)
if ret != 0:
configinfo_log.logtofile('get_config_info:ssd_label error!')
return
self.flashinfo['generation'] = '2g'
elif flag == 3:
(ret, output) = saferun('%s -a'% gparas.ssdtool_3g)
if ret != 0:
configinfo_log.logtofile('get_config_info:ssd_label_3g error!')
return
self.flashinfo['generation'] = '3g'
if ret == 0 and output != '':
for line in output :
if line.find('Name') >= 0:
#self.flashinfo['model'] = line.split(':')[1].strip()
self.flashinfo['model'] = safe_split(line,':',1).strip()
elif line.find('Size') >= 0:
#self.flashinfo['size'] = line.split(':')[1].strip()
self.flashinfo['size'] = safe_split(line,':',1).strip()
elif line.find('Type') >= 0:
#self.flashinfo['mediatype'] = line.split(':')[1].strip()
self.flashinfo['mediatype'] = safe_split(line,':',1).strip()
elif line.find('Devices') >= 0:
#self.flashinfo['devicename'] = '_'.join(line.split(':')[1].split())
self.flashinfo['devicename'] = '_'.join(safe_split(line,':',1).split())
elif line.find('Controller FPGA VER')>=0 or line.find('Controller VER')>=0:
tmp_str = safe_split(line,':',1).strip()
if isinstance(tmp_str,str):
tmp_int = int(tmp_str)
if flag == 2:
if tmp_int >30:
self.flashinfo['version'] = '34NM'
else:
self.flashinfo['version'] = '50NM'
elif flag == 3:
if tmp_int >100:
self.flashinfo['version'] = '25NM'
else:
self.flashinfo['version'] = '34NM'
def getconf(self):
index = 0 # start with cpu1 cpu2 ....
(tmpret, output) = saferun('%s -t processor'%gparas.dmidecode)
for line in output:
line = line.strip()
if not line :
continue
if line.find('DMI type') > 0:
index += 1
self.conf[index] = {}
self.conf[index]['Temp'] = 0
self.conf[index]['Manu'] = 'NULL'
self.conf[index]['Mode'] = 'NULL'
self.conf[index]['Frequency'] = 'NULL'
self.conf[index]['Corepercpu'] = 'NULL'
elif line.startswith('Manufacturer') :
#self.conf[index]['Manu'] = line.split(':')[1].strip()
self.conf[index]['Manu'] = safe_split(line,':',1).strip()
elif line.startswith('Version') :
#self.conf[index]['Mode'] = '_'.join( line.split(':')[1].split() )
self.conf[index]['Mode'] = '_'.join( safe_split(line, ":", 1).split() )
elif line.startswith('Current Speed') :
#self.conf[index]['Frequency'] = line.split(':')[1].strip()
self.conf[index]['Frequency'] = safe_split(line, ":", 1).strip()
elif line.startswith('Core Count') :
#self.conf[index]['Corepercpu'] = line.split(':')[1].strip()
self.conf[index]['Corepercpu'] = safe_split(line, ":", 1).strip()
else:
pass
## add for temperature read
(tmpret, output) = saferun('%s 2> /dev/null'%gparas.readtemperature)
if tmpret == 0:
for line in output:
if not line: continue
try:
cpunum, temp = line.split(':')
cpunum = cpunum.strip()
temp = temp.strip()
index = int(cpunum) + 1
except ValueError:
log.logtofile("Read temperature error!")
if index <= self.num:
try:
temperature = int(temp)
except ValueError:
temperature = 0
if temperature >= 0:
self.conf[index]['Temp'] = temperature
else:
self.conf[index]['Temp'] = 0
else:
log.logtofile("The information of dmidecode and readtemperature is not consistency!")
else:
for line in output:
line = line.strip()
log.logtofile(line)
def _change_mcelogconf(self):
# Change Mcelog configure file to the correct path
lines = open( gparas.mcelogconf, 'r' ).readlines()
fix = 0
for ind in range( len(lines) ):
if lines[ind].startswith('logfile'):
#if gparas.mcelogfall != lines[ind].split('=')[1].strip():
if gparas.mcelogfall != safe_split(lines[ind], '=', 1).strip():
fix = 1
lines[ind] = 'logfile = %s'%gparas.mcelogfall
elif lines[ind].startswith('directory'):
#if gparas.mcelogtrig != lines[ind].split('=')[1].strip():
if gparas.mcelogtrig != safe_split(lines[ind], '=', 1).strip():
fix = 1
lines[ind] = 'directory = %s' %gparas.mcelogtrig
if fix == 1:
open( gparas.mcelogconf,'w').writelines(lines)
def getpdinfo(self):
Kversion = 0
# In 2.6.9,there may be some wrong
# ???
(tmpret, kernel) = saferun('uname -r')
for line in kernel:
if line.find('2.6.32') >= 0:
Kversion = 1
break
(ret, output) = saferun('ls /dev/sd[a-z] | sort -u')
if output != '':
for line in output:
line = line.strip()
if not line : continue
if line.startswith('/dev'):
self.pdnum += 1
self.pdinfo[self.pdnum] = {}
self.pdinfo[self.pdnum]['name'] = line
self.pdinfo[self.pdnum]['model'] = 'NULL'
self.pdinfo[self.pdnum]['sn'] = 'NULL'
self.pdinfo[self.pdnum]['size'] = 'NULL'
self.pdinfo[self.pdnum]['temperature'] = -1
if Kversion == 1:
(tmpret, smart) = saferun('%s -i %s'%(gparas.smarttool,line))
if tmpret != 0:
configinfo_log.logtofile('get_config_info:smartctrl tool error!')
self.hbanum = 0
self.pdnum = 0
return
for inline in smart:
inline = inline.strip()
if inline.startswith('Device Model:'):
#self.pdinfo[self.pdnum]['model'] = inline.split(':')[1].strip()
self.pdinfo[self.pdnum]['model'] = safe_split(inline,':',1).strip()
elif inline.startswith('Serial Number:'):
#self.pdinfo[self.pdnum]['sn'] = inline.split(':')[1].strip()
self.pdinfo[self.pdnum]['sn'] = safe_split(inline,':',1).strip()
elif inline.startswith('User Capacity:'):
#self.pdinfo[self.pdnum]['size'] = inline.split(':')[1].strip()
self.pdinfo[self.pdnum]['size'] = safe_split(inline,':',1).strip()
"""
def get_info(self):
# Decide on the machine list support,just decide vm on this
(ret, hout) = saferun('%s -t system' % gparas.dmidecode)
if ret != 0:
return ('NULL', 'vm')
else:
for line in hout:
line = line.strip()
if line.startswith('Manufacturer'):
#self.machinfo['Vendor'] = line.split(": ")[1]
self.machinfo['Vendor'] = safe_split(line, ": ", 1)
elif line.startswith('Product Name'):
#self.machinfo['Model'] = '_'.join( line.split(': ')[1].split() )
self.machinfo['Model'] = '_'.join(
safe_split(line, ": ", 1).split())
elif line.startswith('Serial Number'):
#self.machinfo['Sn'] = line.split(': ')[1]
self.machinfo['Sn'] = safe_split(line, ": ", 1)
return (self.machinfo['Vendor'].lower(),
self.machinfo['Model'].lower())
def getcardinfo(self):
if os.path.exists('/proc/mpt/summary'):
(ret, output) = saferun('cat /proc/mpt/summary')
else:
(ret, output) = saferun('lspci 2>/dev/null| grep -i scsi')
if output != '':
for line in output:
line = line.strip()
if not line :
continue
if line.startswith('ioc') or line.find('LSI') >= 0 :
self.hbanum += 1
self.hbainfo[self.hbanum] = {}
if line.find('LSI') > 0:
self.hbainfo[self.hbanum]['Manu'] = 'lsi'
#self.hbainfo[self.hbanum]['Model'] = line.split(':')[1].split(',')[0]
tmp_str = safe_split(line,':',1)
self.hbainfo[self.hbanum]['Model'] = safe_split(tmp_str,',',0)
else:
self.hbainfo['Manu'] = 'NULL'
self.hbainfo['Mode'] = 'NULL'
def get_status(self):
reboot_flag,update_flag = gparas.run_cur_time('cpu')
for i in range( self.cpuinfo['CpuNumber'] ):
self.cpuinfo[i+1]['CacheErr'] = 'OK'
if os.path.isfile(gparas.cmstatus):
f = file(gparas.cmstatus)
# meminfo = cPickle.load(f)
# cpuinfo = cPickle.load(f)
# logfileline = cPickle.load(f)
# f.close()
# for i in range( self.meminfo['DimmNumber'] ):
# self.meminfo[i+1]['UE'] = meminfo[i+1]['UE']
# self.meminfo[i+1]['CE'] = meminfo[i+1]['CE']
# for i in range( self.cpuinfo['CpuNumber'] ):
# self.cpuinfo[i+1]['CacheErr'] = cpuinfo[i+1]['CacheErr']
# self.logfileline = logfileline#caorui
# else:
# for i in range( self.cpuinfo['CpuNumber'] ):
# self.cpuinfo[i+1]['CacheErr'] = 'OK'
try:
ceinfo = cPickle.load(f)
cacheinfo = cPickle.load(f)
logfileline = cPickle.load(f)
f.close()
cesn = []
for item in ceinfo.keys():
if ceinfo[item][0] != 0:
cesn.append(ceinfo[item][1])
snvalid = 1
for i in range(self.meminfo['DimmNumber']-1):
if self.meminfo[i+1]['UE'] != 'OK':
continue
for j in range(i+1, self.meminfo['DimmNumber']):
if self.meminfo[j+1]['UE'] != 'OK':
continue
if self.meminfo[i+1]['SN'] == self.meminfo[j+1]['SN']:
snvalid = 0
#if self.platform == ('hp','dl380'):
if snvalid == 0:
if reboot_flag != 1 and update_flag != 1:
for i in range(self.meminfo['DimmNumber']):
for item in ceinfo.keys():
if ceinfo[item][0] != 0 and self.meminfo[i+1]['locator'] == item:
self.meminfo[i+1]['CE'] = ceinfo[item][0]
else:
for i in range(self.meminfo['DimmNumber']):
for item in ceinfo.keys():
if ceinfo[item][0] != 0 and self.meminfo[i+1]['SN'] == ceinfo[item][1]:
self.meminfo[i+1]['CE'] = ceinfo[item][0]
if reboot_flag != 1 and update_flag != 1:
for i in range( self.cpuinfo['CpuNumber'] ):
self.cpuinfo[i+1]['CacheErr'] = cacheinfo[i]
except:
cpumemlog.logtofile('Read cmstatus error.', 1, 'CPU')
"""
Parse the latest log to get the current status
"""
#if not os.path.isfile(gparas.mcelogfile):
#return True
if self.platform not in [('ibm','x3650m5'), ('dell','r730'), ('sg','i630'),('sm','2u5')]:
#(tmpret,tmp_file) = saferun("cat " + gparas.mcelogfall + " | wc -l ", 2 ,cpumemlog)#caorui
#lineno = tmp_file[0]
tmpfile = open(gparas.mcelogfall, 'r').readlines()
lineno = len(tmpfile)
#lineno = tmp_file.read().rstrip()#caorui
try:
parallax = lineno - int(self.logfileline)#caorui
except:
parallax = 0
saferun("tail -"+ str(parallax) + " " + gparas.mcelogfall + " > " + gparas.mcelogfile)#caorui
self.logfileline = lineno#caorui
log_file = open( gparas.mcelogfile )
while True:
line = log_file.readline()
if not line: break
if "Trigger: " in line:
if "CPU" in line:
# tmp_line0 = line.split("CPU")
# tmp_line1 = tmp_line0[1].split(" ")
# cpu_number = tmp_line1[1]
# tmp_line1 = safe_split(line, "CPU", 1)
tmp_line1 = safe_split(line, "socket", 1)
cpu_number = safe_split(tmp_line1, " ", 1)
status = "Too Much Cache Err Exceed Threshold"
try:
self.cpuinfo[int(cpu_number)+1]['CacheErr'] = status
except:
return
else:
if "Uncorrected" in line or "uncorrected" in line:
# tmp_line0 = line.split(" ")
# count = tmp_line0[-3]
count = safe_split(line, " ", -3)
line = log_file.readline()
if "?" in line:
continue
if "Location" in line:
# tmp_line1 = line.split("SOCKET:")
# tmp_socket = tmp_line1[1].split(" ")
# socket = tmp_socket[0]
tmp_socket = safe_split(line, "SOCKET:", 1)
socket = safe_split(tmp_socket, " ", 0)
# tmp_line2 = line.split("CHANNEL:")
# tmp_channel = tmp_line2[1].split(" ")
# channel = tmp_channel[0]
tmp_channel = safe_split(line, "CHANNEL:", 1)
channel = safe_split(tmp_channel, " ", 0)
# tmp_line3 = line.split("DIMM:")
# tmp_dimm = tmp_line3[1].split(" ")
# dimm = tmp_dimm[0]
tmp_dimm = safe_split(line, "DIMM:", 1)
dimm = safe_split(tmp_dimm, " ", 0)
location = socket + "/" + channel + "/" + dimm
item = self._lookup_relation(location,self.platform)
if item == "NULL":
#print "the physical dimm %s (UE: %s) is not existed." %(location, count)
cpumemlog.logtofile('the physical dimm %s (UE: %s) is not existed.' %(location, count), 1, 'CPU')
else:
#self.meminfo[item]['UE'] = count + " UEs"
self.meminfo[item]['UE'] = 'This dimm has uce error'
else:
tmp_line0 = line.split(" ")
try:
count = int(tmp_line0[-3])
except:
count = 0
if count >= 500:
line = log_file.readline()
if "?" in line:
continue
if "Location" in line:
# tmp_line1 = line.split("SOCKET:")
# tmp_socket = tmp_line1[1].split(" ")
# socket = tmp_socket[0]
tmp_socket = safe_split(line, "SOCKET:", 1)
socket = safe_split(tmp_socket, " ", 0)
# tmp_line2 = line.split("CHANNEL:")
# tmp_channel = tmp_line2[1].split(" ")
# channel = tmp_channel[0]
tmp_channel = safe_split(line, "CHANNEL:", 1)
channel = safe_split(tmp_channel, " ", 0)
# tmp_line3 = line.split("DIMM:")
# tmp_dimm = tmp_line3[1].split(" ")
# dimm = tmp_dimm[0]
tmp_dimm = safe_split(line, "DIMM:", 1)
dimm = safe_split(tmp_dimm, " ", 0)
location = socket + "/" + channel + "/" + dimm
item = self._lookup_relation(location,self.platform)
if item == "NULL":
#print "the physical dimm %s (CE: %d) is not existed." %(location, count)
cpumemlog.logtofile('the physical dimm %s (CE: %d) is not existed.' %(location, count), 1, 'CPU')
else:
self.meminfo[item]['CE'] = count
#os.system("cat %s >> %s" %(gparas.mcelogfile,gparas.mcelogfall) )
#os.remove( gparas.mcelogfile )
log_file.close()
def getmeminfo(self, monitorflag):
#Get the DIMM info by dmidecode(SMBIOS)
(ret, hout) = saferun('%s -t memory' % gparas.dmidecode)
# dimflag: DMI type is 17 or not; dimnum: the number of dimm; mem_valid: the information of dimm is valid or not
dimflag = 0
dimnum = 0
mem_valid = 0
for line in hout:
if not line: continue
line = line.strip()
if line.find('DMI type 17') >= 0:
dimflag = 1
dimnum += 1
# Append the last dimm info to meminfo
if mem_valid == 1:
self.goodmeminfo.append(dimm_info)
elif mem_valid == 2:
dimm_info['UE'] = 'uce err'
dimm_info['CE'] = 0
self.badmeminfo_dmi.append(dimm_info)
# Init the dimm info for better output in abnomal situation
dimm_info = {
'locator': 'NULL',
'Speed': 'NULL',
'Cap': 'NULL',
'Type': 'NULL',
'SN': 'NULL',
'Model': 'NULL',
'l_loc': 'NULL',
'UE': 'OK',
'CE': 0
}
mem_valid = 0
continue
# Analyze the dimm information only when the section is type 17
if dimflag == 1:
# Break the analysis when the "Data width" or "Size" is invalid
if line.startswith('Data Width'):
try:
size = int(line.split()[2])
except ValueError:
dimflag = 0
dimnum -= 1
continue
if size < 32:
dimflag = 0
dimnum -= 1
elif line.startswith('Size'):
try:
size = int(line.split()[1])
except ValueError:
dimflag = 0
dimnum -= 1
continue
mem_valid = 1
dimm_info['Cap'] = size / 1024
elif line.startswith('Locator'):
dimmlocator = safe_split(line, ": ", 1)
dimmkeys = dimmlocator.split(" ")
if len(dimmkeys) >= 1:
dimmlocator = dimmkeys[0].strip()
for i in range(1, len(dimmkeys)):
dimmlocator = dimmlocator + '_' + dimmkeys[
i].strip()
dimm_info['locator'] = dimmlocator
#print dimmlocator
#dimm_info['locator'] = line.split(": ")[1]
elif line.startswith('Speed'):
try:
size = int(line.split()[1])
except ValueError:
if mem_valid == 0:
dimflag = 0
dimnum -= 1
continue
dimm_info['Speed'] = size
if mem_valid == 0:
mem_valid = 2
elif line.startswith('Manufacturer'):
try:
dimm_info['Type'] = line.split()[1]
except IndexError:
continue
elif line.startswith('Serial Number'):
try:
dimm_info['SN'] = line.split()[2]
except IndexError:
continue
elif line.startswith('Part'):
try:
dimm_info['Model'] = line.split()[2]
except IndexError:
dimflag = 0
dimflag = 0
# Append the last dimm info to meminfo
if mem_valid == 1:
self.goodmeminfo.append(dimm_info)
elif mem_valid == 2:
dimm_info['UE'] = 'uce err'
dimm_info['CE'] = 0
self.badmeminfo_dmi.append(dimm_info)
(ret, hout) = saferun('free')
for line in hout:
if not line: continue
line = line.strip()
if line.startswith('Mem'):
try:
os_cap = int(line.split()[1])
except ValueError:
os_cap = 0
self.meminfo['Os_Cap'] = (os_cap / 1024 / 1024 / 4 + 1) * 4
(ret, hout) = saferun('%s -t processor' % gparas.dmidecode)
cpu_num = 0
for line in hout:
if not line: continue
line = line.strip()
if line.startswith('Manufacturer'):
#self.cpuinfo['Vendor'] = '_'.join( line.split(':')[1].split() )
self.cpuinfo['Vendor'] = '_'.join(
safe_split(line, ":", 1).split())
elif line.startswith('Version'):
#self.cpuinfo['Model'] = '_'.join( line.split(':')[1].split() )
self.cpuinfo['Model'] = '_'.join(
safe_split(line, ":", 1).split())
elif line.startswith('Core Count'):
#self.cpuinfo['Corepercpu'] = line.split(':')[1].strip()
self.cpuinfo['Corepercpu'] = safe_split(line, ":", 1).strip()
cpu_num += 1
self.cpuinfo['CpuNumber'] = cpu_num
for i in range(cpu_num):
self.cpuinfo[i + 1] = {}
#Finish the dmidecode(SMBIOS) infomation Parse
#DimmNumber is the Good memory number detected by dmidecode
#Append the Bad Memory info to the Good ones
#BadDimmNumber is the Bad memory number detected by dmidecode
if monitorflag == 'false' or self.platvalid == 'false' or len(
self.goodmeminfo) < 1:
self.meminfo['Cap'] = 0
self.meminfo['DimmNumber'] = len(self.goodmeminfo)
for i in range(self.meminfo['DimmNumber']):
self.meminfo[i + 1] = self.goodmeminfo[i]
self.meminfo['Cap'] += self.goodmeminfo[i]['Cap']
for i in range(len(self.goodmeminfo)):
self.meminfo[i + 1] = self.goodmeminfo[i]
return self.cpuinfo, self.meminfo
#Could not get DIMM and CPU status if the machine is not supported
# if self.platform[0] == 'unknow' or self.platform[1] == 'unknow':
# #Fill the meminfo structure
# self.meminfo['Cap'] = 0
# self.meminfo['DimmNumber'] = len(self.goodmeminfo)
# for i in range( self.meminfo['DimmNumber'] ):
# self.meminfo[i+1] = self.goodmeminfo[i]
# self.meminfo[i+1]['Status'] = 'NULL'
# self.meminfo['Cap'] += self.goodmeminfo[i]['Cap']
# for i in range( self.cpuinfo['CpuNumber'] ):
# self.cpuinfo[i+1]['Status'] = 'NULL'
# return self.cpuinfo, self.meminfo
self.dimm_check()
#Fill the Good Dimm Info
self.meminfo['Cap'] = 0
self.meminfo['DimmNumber'] = len(self.goodmeminfo)
for i in range(self.meminfo['DimmNumber']):
self.meminfo[i + 1] = self.goodmeminfo[i]
self.meminfo[i + 1]['UE'] = 'OK'
self.meminfo[i + 1]['CE'] = 0
self.meminfo['Cap'] += self.goodmeminfo[i]['Cap']
#Append Bad Dimm Info to Good Dimm Info
# self.badmeminfo = []
# if self.goodmeminfo_b:
# self.meminfo['BadDimmNumber'] += len(self.goodmeminfo_b)
# for meminfo in self.goodmeminfo_b:
# meminfo['UE'] = 'has uce error'
# self.badmeminfo.append(meminfo)
if self.dimm_bad_diff:
self.meminfo['BadDimmNumber'] += len(self.dimm_bad_diff)
for l_loc in self.dimm_bad_diff:
badmeminfo = {
'locator': 'NULL',
'Speed': 'NULL',
'Cap': 'NULL',
'Type': 'NULL',
'SN': 'NULL',
'Model': 'NULL',
'l_loc': 'NULL',
'UE': 'OK',
'CE': 0
}
badmeminfo['locator'] = machine_map[self.platform][l_loc]
badmeminfo['UE'] = 'uce err'
badmeminfo['CE'] = 0
self.badmeminfo.append(badmeminfo)
if self.badmeminfo_dmi:
for i in self.badmeminfo_dmi:
flag = 0
for loc in self.badmeminfo:
#if i['locator'] == loc['locator']:
if i['locator'].find(
loc['locator']) >= 0 or loc['locator'].find(
i['locator']) >= 0:
flag = 1
break
if flag == 0:
self.meminfo['BadDimmNumber'] += 1
self.badmeminfo.append(i)
if self.badmeminfo:
ind = self.meminfo['DimmNumber']
for i in range(len(self.badmeminfo)):
self.meminfo[ind + i + 1] = self.badmeminfo[i]
return self.cpuinfo, self.meminfo
def __init__(self):
self.meminfo = {}
self.badmeminfo = []
self.badmeminfo_dmi = []
self.goodmeminfo = []
self.cpuinfo = {}
self.dimm_diff = []
self.logfileline = 0
self.machinfo = machinfo()
self.platform = self.machinfo.get_platform()
self.platvalid = self.machinfo.check_platform_support('cpu')
self.meminfo['BadDimmNumber'] = 0
savememinfo = []
if not os.path.isfile(gparas.allmemfile) or os.path.getsize(
gparas.allmemfile) == 0:
# Save manu and model of the memory
(ret, hout) = saferun('%s -t memory' % gparas.dmidecode)
# dimflag: DMI type is 17 or not; dimnum: the number of dimm; mem_valid: the information of dimm is valid or not
dimflag = 0
dimnum = 0
mem_valid = 0
for line in hout:
if not line: continue
line = line.strip()
if line.find('DMI type 17') >= 0:
dimflag = 1
dimnum += 1
# Append the last dimm info to meminfo
if mem_valid == 1:
savememinfo.append(dimm_info)
# Init the dimm info for better output in abnomal situation
dimm_info = {
'locator': 'NULL',
'Type': 'NULL',
'Model': 'NULL'
}
mem_valid = 0
continue
# Analyze the dimm information only when the section is type 17
if dimflag == 1:
# Break the analysis when the "Data width" or "Size" is invalid
if line.startswith('Locator'):
#dimmlocator = line.split(": ")[1]
dimmlocator = safe_split(line, ": ", 1)
dimmkeys = dimmlocator.split(" ")
if len(dimmkeys) >= 1:
dimmlocator = dimmkeys[0].strip()
for i in range(1, len(dimmkeys)):
dimmlocator = dimmlocator + '_' + dimmkeys[
i].strip()
dimm_info['locator'] = dimmlocator
#print dimmlocator
#dimm_info['locator'] = line.split(": ")[1]
mem_valid = 1
elif line.startswith('Manufacturer'):
try:
dimm_info['Type'] = line.split()[1]
except IndexError:
continue
elif line.startswith('Part'):
try:
dimm_info['Model'] = line.split()[2]
except IndexError:
dimflag = 0
dimflag = 0
# Append the last dimm info to meminfo
if mem_valid == 1:
savememinfo.append(dimm_info)
f = file(gparas.allmemfile, 'w')
cPickle.dump(savememinfo, f)
f.close()
def getpdinfo(self):
#For every Physical disk, we get information about:
#Slot,model,sn,interface,size
if self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'pmc':
index = 0
count = 0 #this is for self.ldinfo[index]['pdnum']
(ret, output) = saferun('%s ctrl slot=%s pd all show detail 2>/dev/null' % (gparas.pmctool,self.raidinfo['slot']))
if ret != 0:
configinfo_log.logtofile('get_config_info:hpacucli tool error!')
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
for line in output:
line = line.strip()
if line.startswith('physicaldrive'):
index += 1
self.pdinfo[index] = {}
#self.pdinfo[index]['slot'] = line.split()[1].strip()
self.pdinfo[index]['slot'] = safe_split(line,'',1).strip()
#count = int(self.pdinfo[index]['slot'].split(':')[1]) # This is the every ld's pd port id
count = int(safe_split(self.pdinfo[index]['slot'],':',1))
self.ldinfo[count]['pdnum'] += 1
#self.pdinfo[index]['slot'] = self.pdinfo[index]['slot'].split(':')[2].strip() # revalue it
self.pdinfo[index]['slot'] = safe_split(self.pdinfo[index]['slot'],':',2).strip()
# manu:HP is correct or not ?
self.pdinfo[index]['manuinfo'] = 'HP'
self.pdinfo[index]['model'] = 'NULL'
self.pdinfo[index]['media'] = 'NULL'
self.pdinfo[index]['interface'] = 'NULL'
self.pdinfo[index]['size'] = 'NULL'
self.pdinfo[index]['sn'] = 'NULL'
self.pdinfo[index]['temperature'] = -1
elif line.startswith('Model'):
#self.pdinfo[index]['model'] = '_'.join(line.split(':')[1].split())
#self.pdinfo[index]['model'] = '_'.join(safe_split(line,':',1).split())
try:
self.pdinfo[index]['model'] = safe_split(line,': ',1)[8:].strip()
except:
self.pdinfo[index]['model'] = '_'.join(safe_split(line,':',1).split())
elif line.startswith('Interface Type'):
#self.pdinfo[index]['interface'] = line.split(':')[1].strip()
self.pdinfo[index]['interface'] = safe_split(line,':',1).strip()
elif line.startswith('Size'):
#self.pdinfo[index]['size'] = line.split(':')[1].strip()
self.pdinfo[index]['size'] = safe_split(line,':',1).strip()
elif line.startswith('Serial Number'):
self.pdinfo[index]['sn'] = line.split(':')[1].strip()
elif line.startswith('Current Drive Temperature') or line.startswith('Current Temperature'):
try :
#temp = int(line.split(':')[1].split()[0].strip())
tmp_str = safe_split(line,':',1)
temp = int(safe_split(tmp_str,'',0).strip())
except:
temp = -1
self.pdinfo[index]['temperature'] = temp
elif self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'lsi':
index = 0
(ret,output) = saferun('%s -pdlist -aall -NoLog 2>/dev/null' %gparas.lsitool)
if ret != 0:
configinfo_log.logtofile('get_config_info:megacli tool error!')
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
return
for line in output:
line = line.strip()
if line.startswith('Enclosure Device ID'):
index += 1
self.pdinfo[index] = {}
self.pdinfo[index]['manuinfo'] = 'NULL'
self.pdinfo[index]['model'] = 'NULL'
self.pdinfo[index]['media'] = 'NULL'
self.pdinfo[index]['interface'] = 'NULL'
self.pdinfo[index]['size'] = 'NULL'
self.pdinfo[index]['sn'] = 'NULL'
self.pdinfo[index]['temperature'] = -1
elif line.startswith('Slot Number'):
#self.pdinfo[index]['slot'] = line.split(':')[1].strip()
self.pdinfo[index]['slot'] = safe_split(line,':',1).strip()
elif line.startswith('PD Type'):
#self.pdinfo[index]['interface'] = line.split(':')[1].strip()
self.pdinfo[index]['interface'] = safe_split(line,':',1).strip()
elif line.startswith('Media Type'):
#self.pdinfo[index]['media'] = '_'.join(line.split(':')[1].split())
tmp_str = safe_split(line,':',1)
self.pdinfo[index]['media'] = '_'.join(tmp_str.split())
if self.pdinfo[index]['media'] == "Solid_State_Device":
if inquary.find("INTEL") >= 0:
self.pdinfo[index]['manuinfo'] = "Intel"
else:
self.pdinfo[index]['manuinfo'] = "NULL"
elif line.startswith('Raw Size'):
#self.pdinfo[index]['size'] = line.split(':')[1].split()[0] + line.split(':')[1].split()[1]
tmp_str = safe_split(line,':',1)
self.pdinfo[index]['size'] = safe_split(tmp_str,'',0) + safe_split(tmp_str,'',1)
elif line.startswith('Inquiry Data'):
#inquary = line.split(': ')[1]
inquary = safe_split(line,': ',1)
if self.pdinfo[index]['interface'] == "SATA":
try:
self.pdinfo[index]['model'] = inquary[20:60:1].strip()
self.pdinfo[index]['sn'] = inquary[0:20:1].strip()
except:
self.pdinfo[index]['model'] = "NULL"
self.pdinfo[index]['sn'] = "NULL"
elif self.pdinfo[index]['interface'] == "SAS":
try :
self.pdinfo[index]['manuinfo'] = inquary[0:8:1].strip()
self.pdinfo[index]['model'] = inquary[8:24:1].strip()
#sn only get 8 bytes
#in fact sn is 12 bytes ????
self.pdinfo[index]['sn'] = inquary[28:36:1].strip()
except:
self.pdinfo[index]['manuinfo'] = "NULL"
self.pdinfo[index]['model'] = "NULL"
self.pdinfo[index]['sn'] = "NULL"
elif line.startswith('Drive Temperature'):
try:
#temp = int(line.split(':')[1].split('C')[0].strip())
tmp_str = safe_split(line,':',1)
temp = int(safe_split(tmp_str,'C',0).strip())
except:
temp = -1
self.pdinfo[index]['temperature'] = temp
def getldinfo(self):
# For every vitual disk, we get information about:
# Size, raidlevel,mountpoint(not supported by Megacli)
if self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'pmc':
index = 0
(ret, output) = saferun('%s ctrl slot=%s ld all show detail 2>/dev/null' % (gparas.pmctool,self.raidinfo['slot']))
if ret != 0:
configinfo_log.logtofile('get_config_info:hpacucli tool error!')
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
return
for line in output:
line = line.strip()
if line.startswith('Logical Drive:'):
index += 1
self.ldinfo[index] = {}
self.ldinfo[index]['size'] = 'NULL'
self.ldinfo[index]['level'] = 'NULL'
self.ldinfo[index]['diskname'] = 'NULL'
self.ldinfo[index]['pdnum'] = 0 # This is count in next function
if line.startswith('Size:'):
#self.ldinfo[index]['size'] = line.split(':')[1].strip()
self.ldinfo[index]['size'] = safe_split(line,':',1).strip()
elif line.startswith('Fault Tolerance:'):
#self.ldinfo[index]['level'] = line.split(':')[1].strip()
self.ldinfo[index]['level'] = safe_split(line,':',1).strip()
elif line.startswith('Disk Name'):
#self.ldinfo[index]['diskname'] = line.split(':')[1].strip()
self.ldinfo[index]['diskname'] = safe_split(line,':',1).strip()
elif line.startswith('Mount Points:'):
#self.ldinfo[index]['mnt'] = line.split(':')[1].strip()
self.ldinfo[index]['mnt'] = safe_split(line,':',1).strip()
elif self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'lsi':
index = 0
(ret, output) = saferun('%s -LDInfo -lall -aAll 2>/dev/null'%gparas.lsitool)
if ret != 0:
configinfo_log.logtofile('get_config_info:megacli tool error!')
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
return
for line in output:
line =line.strip()
if line.startswith('Virtual Drive') or line.startswith('Virtual Disk'):
index += 1
self.ldinfo[index] = {}
#self.ldinfo[index]['num'] = int(line.split(':')[1].split()[0].strip())
tmp_str = safe_split(line,':',1).strip()
self.ldinfo[index]['num'] = int(safe_split(tmp_str,'',0).strip())
self.ldinfo[index]['size'] = 'NULL'
self.ldinfo[index]['level'] = 'NULL'
self.ldinfo[index]['mnt'] = 'NULL'
elif line.startswith('RAID Level'):
#self.ldinfo[index]['level'] = line.split(':')[1].strip()
self.ldinfo[index]['level'] = safe_split(line,':',1).strip()
elif line.startswith('Size'):
#self.ldinfo[index]['size'] = line.split(':')[1].strip()
self.ldinfo[index]['size'] = safe_split(line,':',1).strip()
for i in range(1,index):
(ret, output) = saferun('%s -LdPdInfo -a%d | grep "Enclosure Device ID" | wc -l'%(gparas.lsitool,self.ldinfo[i]['num']))
if ret != 0:
configinfo_log.logtofile('get_config_info:megacli tool error!')
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
return
self.ldinfo[i]['pdnum'] = int(output[0])
def getraidinfo(self):
self.raidinfo['sn'] = 'NULL'
self.raidinfo['slot'] = 'NULL'
self.raidinfo['ldnum'] = 0
self.raidinfo['pdnum'] = 0
if self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'pmc':
(ret, output) = saferun('%s ctrl all show detail 2>/dev/null' %gparas.pmctool)
if ret != 0:
configinfo_log.logtofile('get_config_info:hpacucli tool error!')
return
for line in output:
line = line.strip()
if line.startswith('Slot'):
#self.raidinfo['slot'] = line.split(':')[1].strip()
self.raidinfo['slot'] = safe_split(line,':',1).strip()
elif line.startswith('Serial Number:'):
#self.raidinfo['sn'] = line.split(':')[1].strip()
self.raidinfo['sn'] = safe_split(line,':',1).strip()
(ret, output) = saferun('%s ctrl slot=%s ld all show detail | grep -i "logical drive label" | wc -l ' % (gparas.pmctool,self.raidinfo['slot']))
if ret != 0:
configinfo_log.logtofile('get_config_info:hpacucli tool error!')
return
if output:
try :
number = int(output[0])
except :
number = 0
self.raidinfo['ldnum'] = number
(ret, output) = saferun('%s ctrl slot=%s pd all show detail | grep -i "physicaldrive" | wc -l ' % (gparas.pmctool,self.raidinfo['slot']))
if ret != 0:
configinfo_log.logtofile('get_config_info:hpacucli tool error!')
return
if output:
try :
number = int(output[0])
except :
number = 0
self.raidinfo['pdnum'] = number
elif self.raidinfo['manu'] != 'hba' and self.raidinfo['manu'] == 'lsi':
(ret, output) = saferun('%s -LDGetNum -aAll 2>/dev/null | grep -iv "exit code"'%gparas.lsitool)
if ret != 0:
configinfo_log.logtofile('get_config_info:megacli tool error!')
return
for line in output:
line = line.strip()
if not line :
continue
else:
try :
#num = int(line.split(':')[1].strip())
num = int(safe_split(line,':',1).strip())
except :
num = 0
if num :
self.raidinfo['ldnum'] += num
(ret, output) = saferun('%s -PDGetNum -aAll | grep -iv "exit code"'%gparas.lsitool)
if ret != 0:
configinfo_log.logtofile('get_config_info:megacli tool error!')
return
for line in output:
line = line.strip()
if not line :
continue
else:
try :
#num = int(line.split(':')[1].strip())
num = int(safe_split(line,':',1).strip())
except:
num = 0
if num :
self.raidinfo['pdnum'] += int(num)