import sys,os

import traceback

VboxBinDir = os.environ.get("VBOX_PROGRAM_PATH", None)

VboxSdkDir = os.environ.get("VBOX_SDK_PATH", None)

if VboxBinDir is None:

# Will be set by the installer

VboxBinDir = "%VBOX_INSTALL_PATH%"

if VboxSdkDir is None:

# Will be set by the installer

VboxSdkDir = "%VBOX_SDK_PATH%"

os.environ["VBOX_PROGRAM_PATH"] = VboxBinDir

os.environ["VBOX_SDK_PATH"] = VboxSdkDir

sys.path.append(VboxBinDir)

from VirtualBox_constants import VirtualBoxReflectionInfo

class PerfCollector:

""" This class provides a wrapper over IPerformanceCollector in order to

def __init__(self, mgr, vbox):

""" Initializes the instance.

self.mgr = mgr

self.isMscom = (mgr.type == 'MSCOM')

self.collector = vbox.performanceCollector

def setup(self, names, objects, period, nsamples):

""" Discards all previously collected values for the specified

self.collector.setupMetrics(names, objects, period, nsamples)

def enable(self, names, objects):

""" Resumes metric collection for the specified metrics.

self.collector.enableMetrics(names, objects)

def disable(self, names, objects):

""" Suspends metric collection for the specified metrics.

self.collector.disableMetrics(names, objects)

def query(self, names, objects):

""" Retrieves collected metric values as well as some auxiliary

# Get around the problem with input arrays returned in output

# parameters (see #3953) for MSCOM.

if self.isMscom:

(values, names, objects, names_out, objects_out, units, scales, sequence_numbers,

indices, lengths) = self.collector.queryMetricsData(names, objects)

else:

(values, names_out, objects_out, units, scales, sequence_numbers,

indices, lengths) = self.collector.queryMetricsData(names, objects)

out = []

for i in xrange(0, len(names_out)):

scale = int(scales[i])

if scale != 1:

fmt = '%.2f%s'

else:

fmt = '%d %s'

out.append({

'name':str(names_out[i]),

'object':str(objects_out[i]),

'unit':str(units[i]),

'scale':scale,

'values':[int(values[j]) for j in xrange(int(indices[i]), int(indices[i])+int(lengths[i]))],

'values_as_string':'['+', '.join([fmt % (int(values[j])/scale, units[i]) for j in xrange(int(indices[i]), int(indices[i])+int(lengths[i]))])+']'

})

return out

def ComifyName(name):

return name[0].capitalize()+name[1:]

_COMForward = { 'getattr' : None,

'setattr' : None}

def CustomGetAttr(self, attr):

# fastpath

if self.__class__.__dict__.get(attr) != None:

return self.__class__.__dict__.get(attr)

# try case-insensitivity workaround for class attributes (COM methods)

for k in self.__class__.__dict__.keys():

if k.lower() == attr.lower():

self.__class__.__dict__[attr] = self.__class__.__dict__[k]

return getattr(self, k)

try:

return _COMForward['getattr'](self,ComifyName(attr))

except AttributeError:

return _COMForward['getattr'](self,attr)

def CustomSetAttr(self, attr, value):

try:

return _COMForward['setattr'](self, ComifyName(attr), value)

except AttributeError:

return _COMForward['setattr'](self, attr, value)

class PlatformMSCOM:

# Class to fake access to constants in style of foo.bar.boo

class ConstantFake:

def __init__(self, parent, name):

self.__dict__['_parent'] = parent

self.__dict__['_name'] = name

self.__dict__['_consts'] = {}

try:

self.__dict__['_depth']=parent.__dict__['_depth']+1

except:

self.__dict__['_depth']=0

if self.__dict__['_depth'] > 4:

raise AttributeError

def __getattr__(self, attr):

import win32com

from win32com.client import constants

if attr.startswith("__"):

raise AttributeError

consts = self.__dict__['_consts']

fake = consts.get(attr, None)

if fake != None:

return fake

try:

name = self.__dict__['_name']

parent = self.__dict__['_parent']

while parent != None:

if parent._name is not None:

name = parent._name+'_'+name

parent = parent._parent

if name is not None:

name += "_" + attr

else:

name = attr

return win32com.client.constants.__getattr__(name)

except AttributeError,e:

fake = PlatformMSCOM.ConstantFake(self, attr)

consts[attr] = fake

return fake

class InterfacesWrapper:

def __init__(self):

self.__dict__['_rootFake'] = PlatformMSCOM.ConstantFake(None, None)

def __getattr__(self, a):

import win32com

from win32com.client import constants

if a.startswith("__"):

raise AttributeError

try:

return win32com.client.constants.__getattr__(a)

except AttributeError,e:

return self.__dict__['_rootFake'].__getattr__(a)

VBOX_TLB_GUID = '{46137EEC-703B-4FE5-AFD4-7C9BBBBA0259}'

VBOX_TLB_LCID = 0

VBOX_TLB_MAJOR = 1

VBOX_TLB_MINOR = 0

def __init__(self, params):

from win32com import universal

from win32com.client import gencache, DispatchBaseClass

from win32com.client import constants, getevents

import win32com

import pythoncom

import win32api

from win32con import DUPLICATE_SAME_ACCESS

from win32api import GetCurrentThread,GetCurrentThreadId,DuplicateHandle,GetCurrentProcess

pid = GetCurrentProcess()

self.tid = GetCurrentThreadId()

handle = DuplicateHandle(pid, GetCurrentThread(), pid, 0, 0, DUPLICATE_SAME_ACCESS)

self.handles = []

self.handles.append(handle)

_COMForward['getattr'] = DispatchBaseClass.__dict__['__getattr__']

DispatchBaseClass.__dict__['__getattr__'] = CustomGetAttr

_COMForward['setattr'] = DispatchBaseClass.__dict__['__setattr__']

DispatchBaseClass.__dict__['__setattr__'] = CustomSetAttr

win32com.client.gencache.EnsureDispatch('VirtualBox.Session')

win32com.client.gencache.EnsureDispatch('VirtualBox.VirtualBox')

def getSessionObject(self, vbox):

import win32com

from win32com.client import Dispatch

return win32com.client.Dispatch("VirtualBox.Session")

def getVirtualBox(self):

import win32com

from win32com.client import Dispatch

return win32com.client.Dispatch("VirtualBox.VirtualBox")

def getType(self):

return 'MSCOM'

def getRemote(self):

return False

def getArray(self, obj, field):

return obj.__getattr__(field)

def initPerThread(self):

import pythoncom

pythoncom.CoInitializeEx(0)

def deinitPerThread(self):

import pythoncom

pythoncom.CoUninitialize()

def createListener(self, impl, arg):

d = {}

d['BaseClass'] = impl

d['arg'] = arg

d['tlb_guid'] = PlatformMSCOM.VBOX_TLB_GUID

str = ""

str += "import win32com.server.util\n"

str += "import pythoncom\n"

str += "class ListenerImpl(BaseClass):\n"

str += " _com_interfaces_ = ['IEventListener']\n"

str += " _typelib_guid_ = tlb_guid\n"

str += " _typelib_version_ = 1, 0\n"

str += " _reg_clsctx_ = pythoncom.CLSCTX_INPROC_SERVER\n"

# Maybe we'd better implement Dynamic invoke policy, to be more flexible here

str += " _reg_policy_spec_ = 'win32com.server.policy.EventHandlerPolicy'\n"

# capitalized version of listener method

str += " HandleEvent=BaseClass.handleEvent\n"

str += " def __init__(self): BaseClass.__init__(self, arg)\n"

str += "result = win32com.server.util.wrap(ListenerImpl())\n"

exec (str,d,d)

return d['result']

def waitForEvents(self, timeout):

from win32api import GetCurrentThreadId

from win32event import MsgWaitForMultipleObjects, \

QS_ALLINPUT, WAIT_TIMEOUT, WAIT_OBJECT_0

from pythoncom import PumpWaitingMessages

if (self.tid != GetCurrentThreadId()):

raise Exception("wait for events from the same thread you inited!")

rc = MsgWaitForMultipleObjects(self.handles, 0, timeout, QS_ALLINPUT)

if rc >= WAIT_OBJECT_0 and rc < WAIT_OBJECT_0+len(self.handles):

# is it possible?

pass

elif rc==WAIT_OBJECT_0 + len(self.handles):

# Waiting messages

PumpWaitingMessages()

else:

# Timeout

pass

def interruptWaitEvents(self):

from win32api import PostThreadMessage

from win32con import WM_USER

PostThreadMessage(self.tid, WM_USER, None, None)

def deinit(self):

import pythoncom

from win32file import CloseHandle

for h in self.handles:

if h is not None:

CloseHandle(h)

self.handles = None

pythoncom.CoUninitialize()

pass

def queryInterface(self, obj, klazzName):

from win32com.client import CastTo

return CastTo(obj, klazzName)

class PlatformXPCOM:

def __init__(self, params):

sys.path.append(VboxSdkDir+'/bindings/xpcom/python/')

import xpcom.vboxxpcom

import xpcom

import xpcom.components

def getSessionObject(self, vbox):

import xpcom.components

return xpcom.components.classes["@virtualbox.org/Session;1"].createInstance()

def getVirtualBox(self):

import xpcom.components

return xpcom.components.classes["@virtualbox.org/VirtualBox;1"].createInstance()

def getType(self):

return 'XPCOM'

def getRemote(self):

return False

def getArray(self, obj, field):

return obj.__getattr__('get'+ComifyName(field))()

def initPerThread(self):

import xpcom

xpcom._xpcom.AttachThread()

def deinitPerThread(self):

import xpcom

xpcom._xpcom.DetachThread()

def createListener(self, impl, arg):

d = {}

d['BaseClass'] = impl

d['arg'] = arg

str = ""

str += "import xpcom.components\n"

str += "class ListenerImpl(BaseClass):\n"

str += " _com_interfaces_ = xpcom.components.interfaces.IEventListener\n"

str += " def __init__(self): BaseClass.__init__(self, arg)\n"

str += "result = ListenerImpl()\n"

exec (str,d,d)

return d['result']

def waitForEvents(self, timeout):

import xpcom

xpcom._xpcom.WaitForEvents(timeout)

def interruptWaitEvents(self):

import xpcom

xpcom._xpcom.InterruptWait()

def deinit(self):

import xpcom

xpcom._xpcom.DeinitCOM()

def queryInterface(self, obj, klazzName):

import xpcom.components

return obj.queryInterface(getattr(xpcom.components.interfaces, klazzName))

class PlatformWEBSERVICE:

def __init__(self, params):

sys.path.append(os.path.join(VboxSdkDir,'bindings', 'webservice', 'python', 'lib'))

# not really needed, but just fail early if misconfigured

import VirtualBox_services

import VirtualBox_wrappers

from VirtualBox_wrappers import IWebsessionManager2

if params is not None:

self.user = params.get("user", "")

self.password = params.get("password", "")

self.url = params.get("url", "")

else:

self.user = ""

self.password = ""

self.url = None

self.vbox = None

def getSessionObject(self, vbox):

return self.wsmgr.getSessionObject(vbox)

def getVirtualBox(self):

return self.connect(self.url, self.user, self.password)

def connect(self, url, user, passwd):

if self.vbox is not None:

self.disconnect()

from VirtualBox_wrappers import IWebsessionManager2

if url is None:

url = ""

self.url = url

if user is None:

user = ""

self.user = user

if passwd is None:

passwd = ""

self.password = passwd

self.wsmgr = IWebsessionManager2(self.url)

self.vbox = self.wsmgr.logon(self.user, self.password)

if not self.vbox.handle:

raise Exception("cannot connect to '"+self.url+"' as '"+self.user+"'")

return self.vbox

def disconnect(self):

if self.vbox is not None and self.wsmgr is not None:

self.wsmgr.logoff(self.vbox)

self.vbox = None

self.wsmgr = None

def getType(self):

return 'WEBSERVICE'

def getRemote(self):

return True

def getArray(self, obj, field):

return obj.__getattr__(field)

def initPerThread(self):

pass

def deinitPerThread(self):

pass

def createListener(self, impl, arg):

raise Exception("no active listeners for webservices")

def waitForEvents(self, timeout):

# Webservices cannot do that yet

pass

def interruptWaitEvents(self, timeout):

# Webservices cannot do that yet

pass

def deinit(self):

try:

disconnect()

except:

pass

def queryInterface(self, obj, klazzName):

d = {}

d['obj'] = obj

str = ""

str += "from VirtualBox_wrappers import "+klazzName+"\n"

str += "result = "+klazzName+"(obj.mgr,obj.handle)\n"

# wrong, need to test if class indeed implements this interface

exec (str,d,d)

return d['result']

class SessionManager:

def __init__(self, mgr):

self.mgr = mgr

def getSessionObject(self, vbox):

return self.mgr.platform.getSessionObject(vbox)

class VirtualBoxManager:

def __init__(self, style, platparams):

if style is None:

if sys.platform == 'win32':

style = "MSCOM"

else:

style = "XPCOM"

exec "self.platform = Platform"+style+"(platparams)"

# for webservices, enums are symbolic

self.constants = VirtualBoxReflectionInfo(style == "WEBSERVICE")

self.type = self.platform.getType()

self.remote = self.platform.getRemote()

self.style = style

self.mgr = SessionManager(self)

try:

self.vbox = self.platform.getVirtualBox()

except NameError,ne:

print "Installation problem: check that appropriate libs in place"

traceback.print_exc()

raise ne

except Exception,e:

print "init exception: ",e

traceback.print_exc()

if self.remote:

self.vbox = None

else:

raise e

def getArray(self, obj, field):

return self.platform.getArray(obj, field)

def getVirtualBox(self):

return self.platform.getVirtualBox()

def __del__(self):

self.deinit()

def deinit(self):

if hasattr(self, "vbox"):

del self.vbox

self.vbox = None

if hasattr(self, "platform"):

self.platform.deinit()

self.platform = None

def initPerThread(self):

self.platform.initPerThread()

def openMachineSession(self, mach, permitSharing = True):

session = self.mgr.getSessionObject(self.vbox)

if permitSharing:

type = self.constants.LockType_Shared

else:

type = self.constants.LockType_Write

mach.lockMachine(session, type)

return session

def closeMachineSession(self, session):

if session is not None:

session.close()

def deinitPerThread(self):

self.platform.deinitPerThread()

def createListener(self, impl, arg = None):

return self.platform.createListener(impl, arg)

def waitForEvents(self, timeout):

return self.platform.waitForEvents(timeout)

def interruptWaitEvents(self):

return self.platform.interruptWaitEvents()

def getPerfCollector(self, vbox):

return PerfCollector(self, vbox)

def getBinDir(self):

global VboxBinDir

return VboxBinDir

def getSdkDir(self):

global VboxSdkDir

return VboxSdkDir

def queryInterface(self, obj, klazzName):

return self.platform.queryInterface(obj, klazzName)