def container():
c = Config()
database, websites = c.get_configuration()
i = Initialize()
browsers, dns_types = i.get_initialization()
operation_system = platform.system()
if operation_system == "Windows":
system = Windows()
elif operation_system == "Linux":
system = Linux()
resolver, recursive = system.get_dns_metadata()
return database, websites, browsers, dns_types, resolver, recursive, system
def uploadFile(num):
try:
updateSvn(local_path)
logs = ansSvnLog(local_path,svn_path,num)
for server in servers:
host = Linux(server['ip'],server['port'], server['username'], server['password'])
host.connect()
for i in logs:
server_path = i.replace(local_path,server['path']).replace('\\','/')
# 文件存在，则进行上传/更新
if os.path.exists(i):
if os.path.isdir(i):
host.exec_commands('mkdir -p '+server_path)
print i +'...OK'
if os.path.isfile(i):
host.exec_commands('mkdir -p '+os.path.dirname(server_path))
host.upload(i,server_path)
print i +'...OK'
# 文件不存在，则代表svn的删除操作，直接删除服务端代码文件
else:
host.exec_commands('rm -rf '+server_path)
print i +'...OK'
host.close()
print '------------------------------------------------------------------'
except Exception, e:
print e
def sysdescrparser(sysdescr):
"""SNMP sysDescr parsing.
Args:
:sysdescr(str): SNMP sysDescr raw string.
Returns:
:SysDescr sub-class instance: SysDescr is abstract super class.
Each vendor class extends Sysdescr class and following attributes.
:vendor(str): Vendor name.
:model(str): Product Model name.
:os(str): OS name.
:version(str): OS version name.
Example:
.. code-block:: python
>>> from sysdescrparser import sysdescrparser
>>> sysdescr = sysdescrparser('Juniper Networks, Inc. ...')
>>> sysdescr.vendor
'JUNIPER'
>>> sysdescr.model
'ex2200-48t-4g'
>>> sysdescr.os
'JUNOS'
>>> sysdescr.version
'10.2R1.8'
Support:
Currently supported Vendor and OS.
https://github.com/mtoshi/sysdescrparser/blob/master/samples/sample_data.json
See also:
https://github.com/mtoshi/sysdescrparser/blob/master/README.rst
"""
#
# cisco nxos
#
obj = CiscoNXOS(sysdescr)
if obj.parse():
return obj
#
# cisco iosxr
#
obj = CiscoIOSXR(sysdescr)
if obj.parse():
return obj
#
# cisco ios
#
obj = CiscoIOS(sysdescr)
if obj.parse():
return obj
#
# juniper junos
#
obj = JuniperJunos(sysdescr)
if obj.parse():
return obj
#
# juniper screenos
#
obj = JuniperScreenOS(sysdescr)
if obj.parse():
return obj
#
# brocade ironware
#
obj = BrocadeIronWare(sysdescr)
if obj.parse():
return obj
#
# brocade serveriron
#
obj = BrocadeServerIron(sysdescr)
if obj.parse():
return obj
#
# brocade networkos
#
obj = BrocadeNetworkOS(sysdescr)
if obj.parse():
return obj
#
# foundry ironware
#
obj = FoundryIronWare(sysdescr)
if obj.parse():
return obj
#
# arista eos
#
obj = AristaEOS(sysdescr)
if obj.parse():
return obj
#
# extreme xos
#
obj = ExtremeXOS(sysdescr)
if obj.parse():
return obj
#
# hp procurve
#
obj = HPProCurve(sysdescr)
if obj.parse():
return obj
#
# paloalto panos
#
obj = PaloAltoPANOS(sysdescr)
if obj.parse():
return obj
#
# a10 acos
#
obj = A10ACOS(sysdescr)
if obj.parse():
return obj
#
# citrix netscaler
#
obj = CitrixNetscaler(sysdescr)
if obj.parse():
return obj
#
# linux
#
obj = Linux(sysdescr)
if obj.parse():
return obj
#
# sun sunos
#
obj = SunSUNOS(sysdescr)
if obj.parse():
return obj
#
# freebsd
#
obj = FreeBSD(sysdescr)
if obj.parse():
return obj
#
# iij seil
#
obj = IIJSeil(sysdescr)
if obj.parse():
return obj
#
# yamaha rtx
#
obj = YamahaRTX(sysdescr)
if obj.parse():
return obj
#
# Unknown
#
obj = Unknown(sysdescr)
if obj.parse():
return obj
import traceback
elf = Elf("../progs_to_test/bin/hello_cpp")
mem = Memory()
# Load program segments into the memory
for ph in elf.program_header.entries:
data = ph.data_to_load_to_memory
print("writing a segment: %d bytes at pos 0x%x" % (len(data), ph.p_vaddr))
mem.write(ph.p_vaddr, data)
cpu = Cpu(mem, elf.elf_header.e_entry, 0x123456789ABCDEF)
linux = Linux(cpu, mem)
cpu.linux = linux
# set gs and fs to non-zero values
# TODO: initialize to meaningful values
cpu.gs = 0xeeeeeeeeeeee
cpu.fs = 0xf0f0f0f0f0f0
try:
while not cpu.stopped:
print("=====")
print("pos = 0x%x" % cpu.mem_stream.pos)
cpu.exectute_next_instruction()
except Exception:
for i in range(16):
def __init__(self):
self.__conn=libvirtHypervisor()
self.__hostPtr=Linux()
class vmHost:
def __init__(self):
self.__conn=libvirtHypervisor()
self.__hostPtr=Linux()
def getHostSpecsList(self):
return self.__hostPtr.getList()
def getHypervisorSpecsList(self):
return self.__conn.getList()
def isConnected(self):
return self.__conn.isConnected()
def getHostVirtType(self):
return self.__conn.getVirtType()
def getHostVirtVersion(self):
return self.__conn.getVirtVersion()
def getHostVirtLibVersion(self):
return self.__conn.getVirtLibVersion()
def getHostVirtURI(self):
return self.__conn.getVirtURI()
def connisEncrypted(self):
return self.__conn.connisEncrypted()
def connisSecure(self):
return self.__conn.connisSecure()
def getNumofActiveVms(self):
return self.__conn.getNumofActiveVms()
def getNumofInactiveVms(self):
return self.__conn.getNumofInactiveVms()
def getNumofAllVms(self):
return self.__conn.getNumofAllVms()
def getActiveVmNames(self):
return self.__conn.getActiveVmNames()
def getInactiveVmNames(self):
return self.__conn.getInactiveVmNames()
def getAllVmNames(self):
return self.__conn.getAllVmNames()
def getGuest(self,guest_id=None,guest_uuid=None,guest_name=None):
if (guest_id is not None) and (guest_uuid is None) and (guest_name is None):
return self.__conn.lookUpGuestById(guest_id)
elif (guest_uuid is not None) and (guest_id is None) and (guest_name is None):
return self.__conn.lookUpGuestByUUID(guest_uuid)
elif (guest_name is not None) and (guest_id is None) and (guest_uuid is None):
return self.__conn.lookUpGuestByName(guest_name)
def getVmDevicesList(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getDevicesList()
def getVmSpecsList(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getSpecsList()
def launchVm(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).launch()
def shutdownVm(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).shutdown()
def poweroffVm(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).poweroff()
def rebootVm(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).reboot()
def VmIsRunning(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).isRunning()
def VmIsPersistent(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).isPersistent()
def getVmVirtType(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getVirtType()
def getVmId(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getId()
def getVmName(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getName()
def getVmUuid(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getUuid()
def getVmMaxMemory(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getMaxMemory()
def getVmCurrentMemory(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getCurrentMemory()
def getVmMaxVcpu(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getMaxVcpu()
def getVmCurrentVcpu(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getCurrentVcpu()
def getVmArch(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getArch()
def getGuestType(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getGuestType()
def getVmBootDevice(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getBootDevice()
def isVmAcpiEnabled(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).isAcpiEnabled()
def isVmApicEnabled(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).isApicEnabled()
def isVmPaeEnabled(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).isPaeEnabled()
def getVmCpuModel(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getCpuModel()
def getVmClockOffset(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getClockOffset()
def getVmActions(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getActions()
def getVmDeviceEmulator(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getDeviceEmulator()
def getVmDisks(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getDisks()
def getVmControllers(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getControllers()
def getVmInterfaces(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getInterfaces()
def getVmSerialConnectors(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getSerialConnectors()
def getVmConsoleTypes(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getConsoleTypes()
def getVmInputs(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getInputs()
def getVmMonitors(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getMonitors()
def getVmSoundCards(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getSoundCards()
def getVmVideoCards(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getVideoCards()
def getVmMemBalloons(self,guest_id=None,guest_uuid=None,guest_name=None):
return self.getGuest(guest_id, guest_uuid, guest_name).getMemBalloons()
def isVirtServiceRunning(self):
return self.__hostPtr.isVirtServiceRunning()
def startVirtService(self):
return self.__hostPtr.startVirtService()
def stopVirtService(self):
return self.__hostPtr.stopVirtService()
def restartVirtService(self):
return self.__hostPtr.restartVirtService()
def killVirtService(self):
return self.__hostPtr.killVirtService()
def getCpuUsage(self):
return self.__hostPtr.getCpuUsage()
def getAgentPid(self):
return self.__hostPtr.getAgentPid()
def getLinuxDistroCode(self):
return self.__hostPtr.getLinuxDistroCode()
def getLinuxDistroName(self):
return self.__hostPtr.getLinuxDistroName()
def getLinuxDistroVersion(self):
return self.__hostPtr.getLinuxDistroVersion()
def getFreePhysicalMemory(self):
return self.__hostPtr.getFreePhysicalMemory()
def getFreeVirtualMemory(self):
return self.__hostPtr.getFreeVirtualMemory()
def getLinuxKernelVersion(self):
return self.__hostPtr.getLinuxKernelVersion()
def getArchType(self):
return self.__hostPtr.getArchType()
def getNetworkName(self):
return self.__hostPtr.getNetworkName()
def getProcessCpuUsage(self):
return self.__hostPtr.getProcessCpuUsage()
def getProcessMemoryUsage(self):
return self.__hostPtr.getProcessMemoryUsage()
def getProcessorSpecs(self):
return self.__hostPtr.getProcessorSpecs()
def getAgentUptime(self):
return self.__hostPtr.getAgentUptime()
def getPythonVersion(self):
return self.__hostPtr.getPythonVersion()
def getTotalVirtualMemory(self):
return self.__hostPtr.getTotalVirtualMemory()
def getUsedPhysicalMemory(self):
return self.__hostPtr.getUsedPhysicalMemory()
def getVirtProcessCpuUsage(self):
return self.__hostPtr.getVirtProcessCpuUsage()
def getVirtProcessMemUsage(self):
return self.__hostPtr.getVirtProcessMemUsage()
def getVirtProcessName(self):
return self.__hostPtr.getVirtProcessName()
def getVirtProcessId(self):
return self.__hostPtr.getVirtProcessId()
