def getModelAndBiosUuid(self):
'''@types: -> HostDo
@raise Exception: WMI query failed
'''
convertToMicrosoftStandart = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('setBiosUuidToMicrosoftStandart', 'false')
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder('win32_ComputerSystemProduct')
queryBuilder.addWmiObjectProperties('uuid', 'name')
computerProductList = self._wmiProvider.getAgent().getWmiData(queryBuilder)
for computerProduct in computerProductList:
if computerProduct.uuid:
if (re.match(r"(0{8}-0{4}-0{4}-0{4}-0{12})", computerProduct.uuid) or
re.match(r"([fF]{8}-[fF]{4}-[fF]{4}-[fF]{4}-[fF]{12})", computerProduct.uuid)):
logger.debug('Invalid UUID was received. Skipping.')
continue
if convertToMicrosoftStandart.lower() == 'false':
#returned 00010203-0405-0607-0809-0a0b0c0d0e0f
#should be 03020100-0504-0706-0809-0a0b0c0d0e0f
byteStyle = re.match(r"(\w{2})(\w{2})(\w{2})(\w{2})\-(\w{2})(\w{2})-(\w{2})(\w{2})(.*)", computerProduct.uuid)
if byteStyle:
group1 = byteStyle.group(4) + byteStyle.group(3) + byteStyle.group(2) + byteStyle.group(1)
group2 = byteStyle.group(6) + byteStyle.group(5)
group3 = byteStyle.group(8) + byteStyle.group(7)
uuidFormated = group1 + '-' + group2 + '-' + group3 + byteStyle.group(9)
hostDo.biosUUID = uuidFormated
else:
logger.warn('UUID is not in proper format.')
else:
hostDo.biosUUID = computerProduct.uuid
logger.warn('BIOS UUID is reported according to Microsoft definitions since parameter setBiosUuidToMicrosoftStandart is set to True.')
hostDo.hostModel = computerProduct.name
return hostDo
def getHostOsDetailsFromCmd(self):
hostDo = HostDo()
hostOsName = None
ntVersion = None
strWindowsVersion = self.langBund.getString(
'windows_ver_str_version') + ' '
ver = self.shell.execCmd(
'ver', useCache=1) #@@CMD_PERMISION ntcmd protocol execution
if ver:
m = re.match("(.*)\s+\[.*\s+(.*)\]", ver)
if m:
ntVersion = m.group(2)
hostOsName = m.group(1).strip()
else:
startIndex = ver.find(strWindowsVersion)
if (startIndex > 0):
hostOsName = ver[:startIndex]
ntVersion = ver[startIndex:]
else:
hostOsName = ver
ntVersion = self.__standardizeVersion(ntVersion)
hostDo.hostOsName = hostOsName
hostDo.ntVersion = ntVersion
return hostDo
def getHostOsDetailsFromRegistry(self):
' -> HostDo'
hostDo = HostDo()
hostOsName = queryRegistry(self.shell,
HostDiscovererByShell.KEY_NAME_WIN_VERSION,
'ProductName')
currentVersion = queryRegistry(
self.shell, HostDiscovererByShell.KEY_NAME_WIN_VERSION,
'CurrentVersion')
buildNumber = queryRegistry(self.shell,
HostDiscovererByShell.KEY_NAME_WIN_VERSION,
'CurrentBuildNumber')
servicePack = queryRegistry(self.shell,
HostDiscovererByShell.KEY_NAME_WIN_VERSION,
'CSDVersion')
if hostOsName:
(vendor, name, install_type) = separateCaption(hostOsName)
hostDo.hostOsName = name
hostDo.installType = install_type
hostDo.vendor = vendor
if currentVersion and buildNumber:
hostDo.ntVersion = '%s.%s' % (currentVersion, buildNumber)
hostDo.buildNumber = buildNumber
hostDo.servicePack = __parseServicePack(servicePack)
return hostDo
def getHostOsDetailsFromProdspecFile(self):
#@raise Exception:
hostDo = HostDo()
resultBuffer = self.shell.safecat('%systemroot%\system32\prodspec.ini')
if resultBuffer:
matcher = re.search('\n\s*Product=(.+?)\n', resultBuffer)
if matcher:
prodspec = matcher.group(1).strip()
(vendor, name, install_type) = separateCaption(prodspec)
hostDo.installType = install_type or prodspec
hostDo.hostOsName = name
hostDo.vendor = vendor
else: #raise Exception ?
logger.warn('Failed to discover OS install type.')
return hostDo
def getHostOsDetailsFromProdspecFile(self):
#@raise Exception:
hostDo = HostDo()
resultBuffer = self.shell.safecat('%systemroot%\system32\prodspec.ini')
if resultBuffer:
matcher = re.search('\n\s*Product=(.+?)\n', resultBuffer)
if matcher:
prodspec = matcher.group(1).strip()
(vendor, name, install_type) = separateCaption(prodspec)
hostDo.installType = install_type or prodspec
hostDo.hostOsName = name
hostDo.vendor = vendor
else: #raise Exception ?
logger.warn('Failed to discover OS install type.')
return hostDo
def getModelAndBiosUuid(self):
'''@types: -> HostDo
@raise Exception: WMI query failed
'''
convertToMicrosoftStandart = GeneralSettingsConfigFile.getInstance(
).getPropertyStringValue('setBiosUuidToMicrosoftStandart', 'false')
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder(
'win32_ComputerSystemProduct')
queryBuilder.addWmiObjectProperties('uuid', 'name')
computerProductList = self._wmiProvider.getAgent().getWmiData(
queryBuilder)
for computerProduct in computerProductList:
if computerProduct.uuid:
if (re.match(r"(0{8}-0{4}-0{4}-0{4}-0{12})",
computerProduct.uuid) or re.match(
r"([fF]{8}-[fF]{4}-[fF]{4}-[fF]{4}-[fF]{12})",
computerProduct.uuid)):
logger.debug('Invalid UUID was received. Skipping.')
continue
if convertToMicrosoftStandart.lower() == 'false':
#returned 00010203-0405-0607-0809-0a0b0c0d0e0f
#should be 03020100-0504-0706-0809-0a0b0c0d0e0f
byteStyle = re.match(
r"(\w{2})(\w{2})(\w{2})(\w{2})\-(\w{2})(\w{2})-(\w{2})(\w{2})(.*)",
computerProduct.uuid)
if byteStyle:
group1 = byteStyle.group(4) + byteStyle.group(
3) + byteStyle.group(2) + byteStyle.group(1)
group2 = byteStyle.group(6) + byteStyle.group(5)
group3 = byteStyle.group(8) + byteStyle.group(7)
uuidFormated = group1 + '-' + group2 + '-' + group3 + byteStyle.group(
9)
hostDo.biosUUID = uuidFormated
else:
logger.warn('UUID is not in proper format.')
else:
hostDo.biosUUID = computerProduct.uuid
logger.warn(
'BIOS UUID is reported according to Microsoft definitions since parameter setBiosUuidToMicrosoftStandart is set to True.'
)
hostDo.hostModel = computerProduct.name
return hostDo
def getSystemInfo(self):
''' Get general system info (manufacturer, name, model and domain)
If host is not in domain, WORKGROUP name will be returned instead of
domain.
@note: Host name can be shorter than original due to AD restrictions,
only 15 symbols. Recommended to use discoverHostInfo method
@types: -> HostDo
@raise Exception: WMI query failed
'''
queryBuilder = self._wmiProvider.getBuilder('Win32_ComputerSystem')
queryBuilder.addWmiObjectProperties('Manufacturer', 'Name', 'Model',
'Domain', 'NumberOfProcessors')
items = self._wmiProvider.getAgent().getWmiData(queryBuilder)
if not items:
raise Exception("WMI query failed. No data returned")
host = HostDo()
system = items[0]
# make sure that host name will be in lower case to prevent
# from false history changes
host.hostName = system.Name.lower()
host.hostManufacturer = system.Manufacturer
host.hostModel = system.Model
if system.Domain:
host.osDomain = system.Domain
if system.NumberOfProcessors:
try:
cpuNumber = int(system.NumberOfProcessors.strip())
host.winProcessorsNumber = cpuNumber
except:
logger.warn('Number of processors value is not an integer'
' type: %s' % system.NumberOfProcessors)
return host
def getSystemInfo(self):
''' Get general system info (manufacturer, name, model and domain)
If host is not in domain, WORKGROUP name will be returned instead of
domain.
@note: Host name can be shorter than original due to AD restrictions,
only 15 symbols. Recommended to use discoverHostInfo method
@types: -> HostDo
@raise Exception: WMI query failed
'''
queryBuilder = self._wmiProvider.getBuilder('Win32_ComputerSystem')
queryBuilder.addWmiObjectProperties('Manufacturer', 'Name', 'Model',
'Domain', 'NumberOfProcessors')
items = self._wmiProvider.getAgent().getWmiData(queryBuilder)
if not items:
raise Exception("WMI query failed. No data returned")
host = HostDo()
system = items[0]
# make sure that host name will be in lower case to prevent
# from false history changes
host.hostName = system.Name.lower()
host.hostManufacturer = system.Manufacturer
host.hostModel = system.Model
if system.Domain:
host.osDomain = system.Domain
if system.NumberOfProcessors:
try:
cpuNumber = int(system.NumberOfProcessors.strip())
host.winProcessorsNumber = cpuNumber
except:
logger.warn('Number of processors value is not an integer'
' type: %s' % system.NumberOfProcessors)
return host
def getHostOsDetailsFromCmd(self):
hostDo = HostDo()
hostOsName = None
ntVersion = None
strWindowsVersion = self.langBund.getString('windows_ver_str_version') + ' '
ver = self.shell.execCmd('ver', useCache = 1)#@@CMD_PERMISION ntcmd protocol execution
if ver:
m = re.match("(.*)\s+\[.*\s+(.*)\]", ver)
if m:
ntVersion = m.group(2)
hostOsName = m.group(1).strip()
else:
startIndex = ver.find(strWindowsVersion)
if (startIndex > 0):
hostOsName = ver[:startIndex]
ntVersion = ver[startIndex:]
else:
hostOsName = ver
ntVersion = self.__standardizeVersion(ntVersion)
hostDo.hostOsName = hostOsName
hostDo.ntVersion = ntVersion
return hostDo
def getHostOsDetailsFromRegistry(self):
' -> HostDo'
hostDo = HostDo()
hostOsName = queryRegistry(self.shell, HostDiscovererByShell.KEY_NAME_WIN_VERSION, 'ProductName')
currentVersion = queryRegistry(self.shell, HostDiscovererByShell.KEY_NAME_WIN_VERSION, 'CurrentVersion')
buildNumber = queryRegistry(self.shell, HostDiscovererByShell.KEY_NAME_WIN_VERSION, 'CurrentBuildNumber')
servicePack = queryRegistry(self.shell, HostDiscovererByShell.KEY_NAME_WIN_VERSION, 'CSDVersion')
if hostOsName:
(vendor, name, install_type) = separateCaption(hostOsName)
hostDo.hostOsName = name
hostDo.installType = install_type
hostDo.vendor = vendor
if currentVersion and buildNumber:
hostDo.ntVersion = '%s.%s' % (currentVersion, buildNumber)
hostDo.buildNumber = buildNumber
hostDo.servicePack = __parseServicePack(servicePack)
return hostDo
def __init__(self, shell, langBund=None, Framework=None, hostDo=None):
self.shell = shell
self.langBund = langBund
self.framework = Framework
self.hostDo = hostDo or HostDo()
def getOperatingSystemInfo(self):
'''@types: -> HostDo
@raise Exception: if wmi query failed'''
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder('Win32_OperatingSystem')
queryBuilder.addWmiObjectProperties('Caption', 'otherTypeDescription',
'Version', 'BuildNumber', 'csdversion',
'lastBootUpTime', 'registeredUser',
'totalVisibleMemorySize', 'organization')
osDataList = self._wmiProvider.getAgent().getWmiData(queryBuilder)
for osData in osDataList:
if osData.Caption:
otherTypeDescription = osData.otherTypeDescription
if not otherTypeDescription:
otherTypeDescription = None
(vendor, name, installType) = separateCaption(self.__normalizeWindowsOSAndType(osData.Caption), self.__normalizeWindowsOSAndType(otherTypeDescription))
hostDo.hostOsName = name
hostDo.installType = installType
hostDo.vendor = vendor
hostDo.registeredOwner = osData.registeredUser
hostDo.physicalMemory = osData.totalVisibleMemorySize
hostDo.organization = osData.organization
else:
logger.warn("Caption field is empty. Host OS name, installation type and vendor will not be parsed out.")
if osData.Version:
hostDo.ntVersion = self.__normalizeWindowsOSAndType(osData.Version)
else:
logger.warn('Version field is empty. Skipping.')
if osData.csdversion:
hostDo.servicePack = __parseServicePack(self.__normalizeWindowsOSAndType(osData.csdversion))
else:
logger.warn('Service pack field is empty. Skipping.')
if osData.BuildNumber:
hostDo.buildNumber = osData.BuildNumber
else:
logger.warn('Build number filed is empty. Skipping')
try:
hostDo.lastBootDate = modeling.getDateFromUtcString(osData.lastBootUpTime)
except:
logger.warn("Failed to parse last boot date from value '%s'"
% osData.lastBootUpTime)
return hostDo
def getOperatingSystemInfo(self):
'''@types: -> HostDo
@raise Exception: if wmi query failed'''
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder('Win32_OperatingSystem')
queryBuilder.addWmiObjectProperties('Caption', 'otherTypeDescription',
'Version', 'BuildNumber',
'csdversion', 'lastBootUpTime',
'registeredUser',
'totalVisibleMemorySize',
'organization')
osDataList = self._wmiProvider.getAgent().getWmiData(queryBuilder)
for osData in osDataList:
if osData.Caption:
otherTypeDescription = osData.otherTypeDescription
if not otherTypeDescription:
otherTypeDescription = None
(vendor, name, installType) = separateCaption(
self.__normalizeWindowsOSAndType(osData.Caption),
self.__normalizeWindowsOSAndType(otherTypeDescription))
hostDo.hostOsName = name
hostDo.installType = installType
hostDo.vendor = vendor
hostDo.registeredOwner = osData.registeredUser
hostDo.physicalMemory = osData.totalVisibleMemorySize
hostDo.organization = osData.organization
else:
logger.warn(
"Caption field is empty. Host OS name, installation type and vendor will not be parsed out."
)
if osData.Version:
hostDo.ntVersion = self.__normalizeWindowsOSAndType(
osData.Version)
else:
logger.warn('Version field is empty. Skipping.')
if osData.csdversion:
hostDo.servicePack = __parseServicePack(
self.__normalizeWindowsOSAndType(osData.csdversion))
else:
logger.warn('Service pack field is empty. Skipping.')
if osData.BuildNumber:
hostDo.buildNumber = osData.BuildNumber
else:
logger.warn('Build number filed is empty. Skipping')
try:
hostDo.lastBootDate = modeling.getDateFromUtcString(
osData.lastBootUpTime)
except:
logger.warn("Failed to parse last boot date from value '%s'" %
osData.lastBootUpTime)
return hostDo
def discover(self):
hostDo = HostDo()
try:
hostDo = self.getOperatingSystemInfo()
except Exception, ex:
logger.warn('Failed getting OS details. %s' % ex.message)
