It pauses the hyper-v and creates a virtual shadow. The virtual machine will be started while the backup is running. This results in a minimum downtime. Useful for small production or test environments.

backup.bat

diskshadow -s shadowcreate.txt

shadowcreate.txt

#DiskShadow script file
delete shadows all
list providers
set context persistent
set metadata D:\MetaData.cab
set verbose on

#Create network share
EXEC vmnetwork.cmd

#Write save state files to harddisk before start backup
EXEC vmsavestate.cmd

begin backup

add volume d: alias DataVolumeShadow

#verify the "Microsoft Hyper-V VSS Writer" writer will be included in the snapshot
#writer verify {66841cd4-6ded-4f4b-8f17-fd23f8ddc3de}
create

expose %DataVolumeShadow% q:

#Start Virtual Machine
EXEC vmstart.cmd

#copy all files to d:\backup
EXEC vmcopy.cmd

unexpose q:
end backup
delete shadows all

#End of script

vmcopy.vbs

'Usage: cscript //NoLogo vmcopy.vbs D:\Backup\
'todo: mailfunctie
'todo: meer logging

Dim ArgObj, backuppath, count
Set ArgObj = WScript.Arguments
backuppath = ArgObj(0)

On Error Resume Next

Set objFS = CreateObject("Scripting.FileSystemObject")

Dim iSpc
Set objWMIService = GetObject("winmgmts:")
Set objLogicalDisk = objWMIService.Get("Win32_LogicalDisk.DeviceID='X:'")
iSpc = objLogicalDisk.FreeSpace/1024/1024
iSpc = FormatNumber(iSpc,0)
Wscript.Echo "Free space on Harddisk: " & iSpc & "GB"

Dim Directory
Set Directory = objFS.GetFolder("Q:\Hyper-V")
Dim Dsize
Dsize = Directory.Size/1024/1024
Dsize = FormatNumber(Dsize,0)
Wscript.Echo "Folder size to back-up: " & Dsize & "GB"

Dim BackupLocation
Set BackupLocation = objFS.GetFolder(backuppath)
Dim Tel
Dim Minimum
Minimum = Dsize + 30*1024
Minimum = FormatNumber(Minimum,0)
Wscript.Echo "Folder size needed: " & Minimum & "GB"

Wscript.Echo "Amount of Backup* directories found is: " & ArgObj(1)
count = ArgObj(1)

Wscript.Echo "Looking for " & backuppath
If objFS.FolderExists(backuppath) then
Wscript.Echo "No need to create " & backuppath
Else
objFS.CreateFolder(backuppath)
Wscript.Echo "Path not found.... Creating: " & backuppath
End If
WScript.Sleep 200

If objFS.FolderExists(backuppath & "Backup0" & count) then
Wscript.Echo "Delete folder: " & backuppath & "Backup0" & count
objFS.DeleteFolder(backuppath & "Backup0" & count)
WScript.Sleep 200
Else
Wscript.Echo "Folder not found.... " & backuppath & "Backup0" & count
WScript.Sleep 200
End If

Do While count > 1

If objFS.FolderExists(backuppath & "Backup0" & count - 1) then
Wscript.Echo "Rename folder: " & backuppath & "Backup0" & count - 1 & " to Backup0" & count
objFS.MoveFolder backuppath & "Backup0" & count - 1 , backuppath & "Backup0" & count
WScript.Sleep 200
Else
Wscript.Echo "Path not found.... " & backuppath & "Backup0" & count -1
WScript.Sleep 200
End If

count = count - 1

Loop

Wscript.Echo "Create folder: " & backuppath & "Backup0" & count
objFS.CreateFolder(backuppath & "Backup0" & count)
WScript.Sleep 200

Wscript.Echo "Copying files to destination folder"
objFS.CopyFolder "Q:\Hyper-V", backuppath & "Backup01\"
Wscript.Echo "Move MetaData.cab to destination folder"
objFS.MoveFile "D:\MetaData.cab", backuppath & "Backup01\"

Wscript.Echo "Back-up done!"

vmsavestate.vbs

Option Explicit
Dim WMIService
Dim VMList
Dim VMName
Dim ArgObj
Set ArgObj = WScript.Arguments

'Specify the name of the virtual machine that I want to start
VMName = ArgObj(0)

'Get instance of 'virtualization' WMI service on the local computer
Set WMIService = GetObject("winmgmts:\\.\root\virtualization")

'Get all the MSVM_ComputerSystem object
Set VMList = WMIService.ExecQuery("SELECT * FROM Msvm_ComputerSystem WHERE ElementName='" & VMName & "'")

WScript.Echo "============================================="
WScript.Echo "VM Name: " & VMList.ItemIndex(0).ElementName
WScript.Echo "VM GUID: " & VMList.ItemIndex(0).Name
WScript.Echo "VM State: " & VMList.ItemIndex(0).EnabledState
WScript.Echo "============================================="

If VMList.ItemIndex(0).EnabledState = 3 Then
WScript.Echo "Virtual Machine is turned off, no need for saving"
Else

'Request a state change on the first VM that is returned
'2 = start, 3 = stop and 32769 = save state
VMList.ItemIndex(0).RequestStateChange(32769)

'Wait till save state is done
while not VMList.ItemIndex(0).EnabledState = 32769
Set VMList = WMIService.ExecQuery("SELECT * FROM Msvm_ComputerSystem WHERE ElementName='" & VMName & "'")
WScript.Echo "VM State: " & VMList.ItemIndex(0).EnabledState
WScript.Sleep 1500
wend
WScript.Echo "============================================="
Wscript.Echo "Save State-Succeeded!"
WScript.Echo "============================================="

End If

vmstart.vbs

Option Explicit
Dim WMIService
Dim VMList
Dim VMName
Dim ArgObj
Set ArgObj = WScript.Arguments

'Specify the name of the virtual machine that I want to start
VMName = ArgObj(0)

'Get instance of 'virtualization' WMI service on the local computer
Set WMIService = GetObject("winmgmts:\\.\root\virtualization")

'Get all the MSVM_ComputerSystem object
Set VMList = WMIService.ExecQuery("SELECT * FROM Msvm_ComputerSystem WHERE ElementName='" & VMName & "'")

WScript.Echo "============================================="
WScript.Echo "VM Name: " & VMList.ItemIndex(0).ElementName
WScript.Echo "VM GUID: " & VMList.ItemIndex(0).Name
WScript.Echo "VM State: " & VMList.ItemIndex(0).EnabledState
WScript.Echo "============================================="

If VMList.ItemIndex(0).EnabledState = 3 Then
WScript.Echo "Virtual Machine is turned off, no need to start it"
Else

'Request a state change on the first VM that is returned
'2 = start, 3 = stop and 32769 = save state
VMList.ItemIndex(0).RequestStateChange(2)

'Wait till save state is done
while not VMList.ItemIndex(0).EnabledState = 2
Set VMList = WMIService.ExecQuery("SELECT * FROM Msvm_ComputerSystem WHERE ElementName='" & VMName & "'")
WScript.Echo "VM State: " & VMList.ItemIndex(0).EnabledState
WScript.Sleep 1500
wend
WScript.Echo "============================================="
Wscript.Echo "Start-Succeeded!"
WScript.Echo "============================================="

End If

Config file syntax

The XSD scheme of the config file can be found here: File:Config.xsd.

The root tag of the config file must be named config. It must contain program, devices, rules or startuprules tags.

program section

This tag must have device, host and port attributes (all are mandatory).

device

path to the device: e.g. /dev/ttyACM0

host and port

host name and port to bind the socket: e.g. host=”" port=”12345″

devices section

Devices are defined using device tag. This tag have the following attributes:

id (mandatory)

Z-Wave node ID

name (mandatory)

internal name used in config (must be valid as object name in Python)

description (mandatory)

human readable description of the device

association (optional)

semicolon (;) separated list of comma (,) separated list of node names the device is associated to: e.g. Node1,Node2;Node3,Node4;Node5 means that the group 1 is associated with Node1 and Node2, group 2 with Node3 and Node4, group 3 with Node5.

association_type (optional)

can be auto (meaning that the device associations can be configured automatically) or manual for devices requiring manual association

The association would be useful to restore the network from the scratch if you reset your primary controller or some of devices.

device tag can have a child tag config which contains a semicolon (;) separated list of Python commands to be done to make additional configuration. These can be used to inclide devices in All On/Off group of configuring sensors sensitivity, etc. @node@ string would be substituted with node id before execution (this is to facilitate copy&paste in config file).

rules section

This section contains set of rule tags. Each rule tag must contain the following tags:

description

human readable description of the rule

condition

valid Python expression

action

semicolon (;) separated valid Python commands

startuprules section

This section contains set of startuprule tags. Each startuprule tag must contain the following tags:

description

human readable description of the rule

action

semicolon (;) separated valid Python commands

Of course you can put all your start up commands in once action tag using semicolon, but we suggest to split start up commands on logical groups with adequate description.

Program execution

At start up

At start up each action is executed before handling events.

Events

Each Z-Wave Application Command Handler class Basic, Switch All, Alarm and Battery and Application Slave Command Handler class Basic and Switch Multilevel events are used to check each rule’s condition. For each condition evaluated to be True the corresponding action is executed. To stop rules execution after a particular rule include breakRules() in it’s action. Rules are tested and executed in the same order as they appear in the config file.

Condition

The condition must be a valid Python expression. Some special variables are defined:

OnOff, DimBeginUp, DimBeginDown, DimEnd, Timer, AllOnOff, BatteryLevel

One of OnOff, DimBeginUp, DimBeginDown, DimEnd, Timer, AllOnOff, BatteryLevel variable is set to True to mark the current event type.

sNode

is set to the Node ID of the devices sending the event

sNode

is set to the Node ID of the devices receiving the event (this is the ID of the PC controller it self or it’s virtual slave nodes)

val

array containing arguments passed with the event

zw

this class contains all objects defined in config file (see description of the zw class)

STimer

this class define timers (see description of the STimer class)

ZWApi

this class contains all Z-Wave relevant functions. Be careful with it! (see description of the ZWApi class)

Action

The action must be a valid Python command. You can use semicolon (;) to execute more than one command in one action. Don’t use new line since Python is sensitive to indents. In addition to the standard Python function you can use all the variables and classes allowed in the condition tag (described above). Execution of breakRules() function will stop subsequent rules execution.

Example of the config.xml

See below for detailed description of this example.

<config>
       <program device="/dev/ttyACM0" host="" port="12345"/>
       <devices>
               <device id="1" name="PC" description="PC Controller" />
               <device id="2" name="HallButtonEntrance" description="Button in the hall near the entrance (duwi wall controller)" association="Virtual1" association_type="manual"/>
               <device id="3" name="HallButtonRoom" description="Button in the hall near the Room (duwi wall controller)" association="Virtual1" association_type="manual"/>
               <device id="4" name="HallSwitch" description="Hall light switch (ceil mounted relay)">
                       <config>
                               ZWApi.zwSwitchAllSet(@node@, True)
                       </config>
               </device>
               <device id="5" name="BathroomButton" description="Button in the bathroom (ACT ZTH230)" association="Virtual1,Virtual2,Virtual3" association_type="auto" />
               <device id="6" name="BathroomDimmer" description="Bathroom dimmer (ceil mounted)">
                       <config>
                               ZWApi.zwSwitchAllSet(@node@, True)
                       </config>
               </device>
               <device id="7" name="BathroomMirrorDimmer" description="Bathroom dimmer on the mirror (ceil mounted)">
                       <config>
                               ZWApi.zwSwitchAllSet(@node@, True)
                       </config>
               </device>
               <device id="8" name="Virtual1" description="Virtual node 1" />
               <device id="9" name="Virtual2" description="Virtual node 2" />
               <device id="10" name="Virtual3" description="Virtual node 3" />
       </devices>
      <rules>
               <rule>
                       <description>
                               1. Switch the hall light off by timer
                       </description>
                       <condition>
                               sNode == zw.HallSwitch.id and Timer
                       </condition>
                       <action>
                               zw.HallSwitch.BasicSet(0); zw.BathroomButton.VirtualValue[zw.Virtual2.id] = 0x00
                       </action>
               </rule>
               <rule>
                       <description>
                               2. Switch the hall light on with timer (using buttons in the hall or second paddle in the bathroom)
                       </description>
                       <condition>
                               ((sNode == zw.BathroomButton.id and dNode == zw.Virtual2.id) or sNode in (zw.HallButtonEntrance.id, zw.HallButtonRoom.id)) and (DimBeginUp or (OnOff and val[0] == 0xFF))
                       </condition>
                       <action>
                               zw.HallSwitch.BasicSet(0xFF); zw.HallSwitch.addTimer("delay off", 300); zw.BathroomButton.VirtualValue[zw.Virtual2.id] = 0xFF
                       </action>
               </rule>
               <rule>
                       <description>
                               3. Switch the hall light on pushing on the off-paddle of the button at the entrance
                       </description>
                       <condition>
                               sNode == zw.HallButtonEntrance.id and (DimBeginDown or (OnOff and val[0] == 0x00)) and zw.HallSwitch.ValueEq(0x00, False)
                       </condition>
                       <action>
                               zw.HallSwitch.BasicSet(0xFF); zw.HallSwitch.addTimer("delay off", 300); zw.BathroomButton.VirtualValue[zw.Virtual2.id] = 0xFF; breakRules()
                       </action>
               </rule>
               <rule>
                       <description>
                               4. Switch the hall light off with timer (using buttons in the hall or second paddle in the bathroom)
                       </description>
                       <condition>
                               ((sNode == zw.BathroomButton.id and dNode == zw.Virtual2.id) or sNode in (zw.HallButtonEntrance.id, zw.HallButtonRoom.id)) and (DimBeginDown or (OnOff and val[0] == 0x00))
                       </condition>
                       <action>
                               zw.HallSwitch.BasicSet(0x00); zw.HallSwitch.removeTimer("delay off"); zw.BathroomButton.VirtualValue[zw.Virtual2.id] = 0x00
                       </action>
               </rule>
               <rule>
                       <description>
                               5. Turn the light off in the bathroom
                       </description>
                       <condition>
                               OnOff and sNode == zw.BathroomButton.id and dNode == zw.Virtual1.id and val[0] == 0x00
                       </condition>
                       <action>
                               zw.BathroomMirrorDimmer.BasicSet(0x00); zw.BathroomMirrorDimmer.BasicSet(0x00); zw.BathroomButton.mode = 1;
                       </action>
               </rule>
               <rule>
                       <description>
                               6. Turn the light on in the bathroom: Scene 1/2
                       </description>
                       <condition>
                               OnOff and sNode == zw.BathroomButton.id and val[0] == 0xFF and dNode == zw.Virtual1.id and (zw.BathroomButton.isDefined("mode") == False or zw.BathroomButton.mode == 1)
                       </condition>
                       <action>
                               zw.BathroomDimmer.BasicSet(0x63); zw.BathroomMirrorDimmer.BasicSet(0x30); zw.BathroomButton.mode = 2; breakRules()
                       </action>
               </rule>
               <rule>
                       <description>
                               7. Turn the light on in the bathroom: Scene 2/2
                       </description>
                       <condition>
                               OnOff and sNode == zw.BathroomButton.id and val[0] == 0xFF and dNode == zw.Virtual1.id and zw.BathroomButton.mode == 2
                       </condition>
                       <action>
                               zw.BathroomDimmer.BasicSet(0x30); zw.BathroomMirrorDimmer.BasicSet(0x63); zw.BathroomButton.mode = 1; breakRules()
                       </action>
               </rule>
               <rule>
                       <description>
                               8. Dimming in the bathroom (dim start)
                       </description>
                       <condition>
                               (DimBeginUp or DimBeginDown) and sNode == zw.BathroomButton.id and dNode == zw.Virtual1.id
                       </condition>
                       <action>
                               zw.BathroomDimmer.DimBegin(1 if DimBeginUp else 0)
                       </action>
               </rule>
               <rule>
                       <description>
                               9. Dimming in the bathroom (dim end)
                       </description>
                       <condition>
                               DimEnd and sNode == zw.BathroomButton.id and dNode == zw.Virtual1.id
                       </condition>
                       <action>
                               zw.BathRoomDimmer.DimEnd()
                       </action>
               </rule>
      </rules>
       <startuprules>
               <startuprule>
                       <description>
                               Turn the bathroom dimmer off at startup
                       </description>
                       <action>
                               zw.BathroomDimmer.BasicSet(0)
                       </action>
               </startuprule>
       </startuprules>
</config>

Note that you don’t have to number rules as it is show (in description field). Here we use these numbers to facilitate the explanation.

Example description

In section program of this example we ask AZW to use USB device /dev/ttyACM0 and to bind socket 0.0.0.0:12345 for command reception.

In section devices of this example there are 10 definitions of devices:

1. PC controller. It has no properties.
2. HallButtonEntrance have Node ID = 2. It have a manualy made association with node Virtual1.
3. Same as for 2.
4. HallSwitch is defined with one configuration (inclusion in AllOnOff group). This configuration is made via reconfiguration process.
5. BathroomButton is defined to be automatically associated with nodes Virtual1, Virtual2 and Virtual3.
6. Same as for 4.
7. Same as for 4.
8. Definition of Virtual Slave Node
9. Same as 8.
10. Same as 8.

In section rules there are 9 rules:

1. On timer event HallSwitch

   switch the hall light off and set return value for BathroomButton right paddle LED light to off

2. On HallButtonEntrance or HallButtonRoom buttons press up or right paddle BathroomButton press up

   switch the hall light on, set the timer on HallSwitch to 300 seconds and set return value for BathroomButton right paddle LED light to off. The up press can be short or long (like dim up). The return value is used when ACT button (or other device) request value of the associated device (here Virtual2). On ACT ZxM230 LED light can show if the associated device is on or off

3. When HallSwitch is switched off, on HallButtonEntrance long or short press down

   switch the hall light on, set the timer for 300 seconds and set return value for BathroomButton right paddle LED light to on. Stop further rules execution (no to execute rule #4)

4. On HallButtonEntrance or HallButtonRoom buttons or right paddle BathroomButton press down (short or long)

   switch the hall light off, delete the timer on HallSwitch (if exists) and set return value for BathroomButton right paddle LED light to off

5. On BathroomButton short press down of left paddle

   turn both light off in the bathroom and set mode variable of BathroomButton to 1

6. When mode= 1 or undefined, on BathroomButton short press up of left paddle

   turn the light on scene 1 (BathroomDimmer to 100% and BathroomMirrorDimmer to ~50%), set mode to 2 and stop further rules execution (no to execute rule #7)

7. When mode= 2, on BathroomButton short press up of left paddle

   turn the light on scene 1 (BathroomDimmer to ~50% and BathroomMirrorDimmer to ~100%), set mode to 1 and stop further rules execution (not needed here, but keep it for future rules edit: you might once add scene 3)

8. On BathroomButton left paddle long press start (up or down)

   start BathroomDimmer dimming

9. On BathroomButton left paddle long press end

   stop BathroomDimmer dimming

In section startuprules there are only one rule:

1. Turn the bathroom dimmer off at startup

AZW

AZW is a multi-threaded program written on Python and running under Linux. It acts as a central bridge of your Z-Wave network. It allows you to make intelligent home automation giving your PC the possibility to handle Z-Wave events in real-time. This is more a proof of concept than an end user program. For now it has no graphical interface at all. So use it on your own risk! AZW is licensed under GNU GPL. This code was originally based on Linux MCE Z-Wave source code by Harald Klein, but we message handling motor was rewritten from scratch.

Note that AZW is discontinued being a proof of concept. Have a look on Z-Way software what implemeted same flexibility as AZW. It was written from scratch, it is modular and have a very beautiful GUI.

AZW Peculiarity

The main difference between AZW and other Z-Wave software is that with AZW the PC controller gets all events (such as button press or presence detection) instantaneously and is able to treat these events in an intelligent way. This gives you the possibility to make scenes, make time-managment (timers, schedules) and so on. You can also do all features that Z-Wave can’t do for you out of the box. Such configuration have star topology — all events pass through the central hub — the PC controller.

Of course this feature makes the system vulnerable: a failure of the PC controller would break the light in your house. To work around this problem we suggest to take direct associations between some buttons and switches/dimmers. In such case two events would be sent from the button:

1. to the controlled device (e.g. dimmer) used as backup association
2. to the PC controller, which can send another command to the same controlled device overriding the first backup action

Download: http://www.strengholt-online.nl/wp-content/uploads/2012/AZW.tgz

Installation Guide

1. Prepare you PC Controller: if you need the full functionality from AZW, upgrade the firmware to Bridge one. I suggest Seluxit ViaSENS 100 controller (the firmware upgrade utility is also provided on this page). I use Bridge with FLiRS firmware. If you don’t have FLiRS devices, you can use Bridge with SUC firmware.
2. Choose your installation strategy: choose your Primary and SUC/SIS (if you will have them).
3. Extract AZW.tgz to some directory on your PC
4. Update program section in your config.xml
   • Change value of the device tag to the device name of your controller (run dmesg command or look in /dev/ directory. e.g. /dev/ttyACM0)
   • Edit devices and rules sections if you already have devices included and associated (otherwise skip this)
   • Edit Startup Rules. You can include SUC/SIS activation by adding. e.g. for SIS use ZWApi.EnableSUC(1, 1); ZWApi.zwSetSUCNodeId(ZWS.ournodeid, 1, 1).
5. Run ./AZW.sh. You can also run ./rules.py to have all logs on the terminal (good for debugging your config; Ctrl+C to exit the program).
6. Run tail -f /var/log/AZW.log to see what happens. If yo are not root, execute in terminal sudo touch /var/log/AZW.log; sudo chown `id -u` /var/log/AZW.log
7. To execute command such as device inclusion, association, etc use telnet localhost <port defined in config.xml>
   • ZWApi.zwAddNodeToNetwork(1, 1) to start and ZWApi.zwAddNodeToNetwork(0, 0) to abort inclusion
   • ZWApi.zwAssociationSet(Source, Group, Target) to make associations
   • ZWApi.zwConfigurationSet(Node, Parameter, Value) to configure device
   • ZWApi.zwAddSlaveNodeToNetwork() to add virtual slave device (if you are using Bridge firmware). The maximum number of virtual devices you will need equals to the maximum number of controlled groups on your remote controllers (Duwi and Innovus have the maximum number: 8 buttons).
   • to see all available commands use dir(ZWApi) command or look the ZWApi class description
8. Once you have added/removed/configured your Z-Wave devices edit once again devices and rules sections in your config.xml
9. Then doing configuration or association (direct or to the PC or to virtual devices), write these into config tag and into ‘association attribute correspondingly (in device tag) to be able to restore them in future. This will help you to restore you configuration after controller reset or device replacement. Instead of configuring your devices and association manually by running commands as described above you can write all configurations to config.xml and run ConfigureDevices().
10. When done (and after each edit of config.xml), restart AZW
11. Have a lot of fun!

More info; https://sites.google.com/a/thewhytehouse.org/mythtv/modification/zseriesz-wavecontrollerappliancemodule

svn co http://svn.domotiga.nl/domotiga/trunk/ domotiga
cd domotiga/wrappers/domozwave
sudo apt-get install libxmlrpc-core-c3-dev
ln -s ~/open-zwave ./open-zwave
make
sudo make install

cd ~/domogtiga
sudo apt-get install gambas2 mysql-client-5.1 mysql-server

(enter new mysql root password)

mysql -u root -p

CREATE DATABASE domogtiga;
exit

mysql -u root -p -D domotiga

nano domotiga.conf

change the settings and start the server:

./DomotiGaServer.gambas

Compile open-zwave library

svn checkout http://open-zwave.googlecode.com/svn/trunk/ open-zwave
cd open-zwave/cpp/build/linux/
sudo apt-get install libudev-dev
make
cd ~

Compile libmicrohttpd, needed by openzwave-control-panel

wget ftp://ftp.gnu.org/gnu/libmicrohttpd/libmicrohttpd-0.9.19.tar.gz
tar zxvf libmicrohttpd-0.9.19.tar.gz
mv libmicrohttpd-0.9.19 libmicrohttpd
cd libmicrohttpd
./configure
make
sudo make install
cd ~

Compile openzwave-control-panel

svn checkout http://openzwave-control-panel.googlecode.com/svn/trunk/ openzwave-control-panel
cd openzwave-control-panel
nano Makefile

Change the following lines to:

# for Linux uncomment out next two lines
LIBZWAVE := $(wildcard $(OPENZWAVE)/cpp/lib/linux/*.a)
LIBUSB := -ludev

Compile:

make

To start the openzwave-control-panel, type;
./ozwcp -d -p 1234

Point your browser to http://openzwave-machinename:1234/

Setup was unable to create a system partition or locate an existing partition.

Tip is om even de USB stick waarop de Windows installatie bestanden staan los te halen. Een refresh te doen van de beschikbare schijven. USB stick weer verbinden en de installatie zou weer verder moeten gaan!

First get all the essential packages:

sudo apt-get build-dep linux

Install some more build essentials:

sudo apt-get install libncurses5 libncurses5-dev
sudo apt-get install kernel-package

Next step is to download the latest kernel packages from: http://kernel.ubuntu.com/~kernel-ppa/mainline/v2.6.32/

Install them with the following commands:

sudo dpkg -i linux-headers-2.6.32-020632_2.6.32-020632_all.deb
sudo dpkg -i linux-image-2.6.32-020632-generic_2.6.32-020632_i386.deb
sudo dpkg -i linux-headers-2.6.32-020632-generic_2.6.32-020632_i386.deb
sudo dpkg -i linux-source-2.6.32_2.6.32-020632_all.deb

Update grub and reboot:

sudo update-grub
sudo reboot

Verify that you using the new kernel:

uname -a
Linux ubuntu 2.6.32-020632-generic #020632 SMP Thu Dec 3 10:58:45 UTC 2009 i686 GNU/Linux

Go the /usr/src/ and unzip the kernel source:

tar -jxf linux-source-2.6.32.tar.bz2
cd linux-source-2.6.32

Copy your current (old) kernel configuration file to the kernel source directory:

sudo cp -vi /boot/config-`uname -r` .config

Run the make menuconfig wizard

sudo make menuconfig

Enable the staging drivers

And include the hyper-v enabled drivers

Press ESC, ESC to return to the main menu’s and save the new configuration file!

Make clean and start building:

sudo make-kpkg clean
sudo fakeroot make-kpkg --initrd --append-to-version=-hyper-v kernel-image kernel-headers

You’ll find your kernel under /usr/src/

Install your kernel with: sudo dpkg -i *.deb
Update grub with: sudo update-grub

Reboot

After you’ve rebooted the system your modules are listed under: /lib/modules/2.6.32-hyper-v/kernel/drivers/staging/hv , to load them type:

sudo modprobe hv_vmbus
sudo modprobe hv_blkvsc
sudo modprobe hv_netvsc
sudo modprobe hv_storvsc

You could verify if the modules are loaded by using lsmod. Also check dmesg and /var/log/messages for any errors.

$ lsmod
Module Size Used by
hv_storvsc 21798 0
hv_netvsc 29396 0
hv_blkvsc 25207 0
hv_vmbus 43234 3 hv_storvsc,hv_netvsc,hv_blkvsc
lp 6868 0
psmouse 52658 0
iptable_filter 2199 0
serio_raw 3812 0
parport 31970 1 lp
i2c_piix4 8052 0
ip_tables 9157 1 iptable_filter
x_tables 13875 1 ip_tables
floppy 49858 0
tulip 43835 0

The following lines should be present in the /var/log/messages:

VMBUS_DRV: Vmbus initializing.... current log level 0x1f1f0006 (1f1f,6)
VMBUS: +++++++ Build Date=Dec 15 2009 06:23:59 +++++++
VMBUS: +++++++ Build Description=Version 2.0 +++++++
VMBUS: +++++++ Vmbus supported version = 13 +++++++
VMBUS: +++++++ Vmbus using SINT 2 +++++++
VMBUS: Windows hypervisor detected! Retrieving more info...
VMBUS: Vendor ID: Microsoft Hv
VMBUS: Interface ID: Hv#1
VMBUS: OS Build:6001-6.0-18-0.18016
VMBUS: Hypercall page VA=e1002000, PA=0x1f9e8000
VMBUS_DRV: irq 0x5 vector 0x35
VMBUS: SynIC version: 1
VMBUS: Vmbus connected!!
VMBUS_DRV: generating uevent - VMBUS_DEVICE_CLASS_GUID={c5295816-f63a-4d5f-8d1a4daf999ca185}
VMBUS: Channel offer notification - child relid 1 monitor id 0 allocated 1, type {32412632-86cb-44a2-9b5c50d1417354f5} instance {00000000-0000-8899-0000000000000000}
VMBUS: Channel offer notification - child relid 2 monitor id 1 allocated 1, type {32412632-86cb-44a2-9b5c50d1417354f5} instance {00000001-0000-8899-0000000000000000}
VMBUS_DRV: generating uevent - VMBUS_DEVICE_CLASS_GUID={32412632-86cb-44a2-9b5c50d1417354f5}

Precompiled kernels are here:

http://www.strengholt-online.nl/hyperv/linux-image-2.6.32-020632-hyper-v_i386.deb
http://www.strengholt-online.nl/hyperv/linux-headers-2.6.32-020632-hyper-v_i386.deb

Remark: The synthetic nic loaded by the hv_netvsc module is called seth0

[Y] Microsoft Hyper-V client drivers (CONFIG_HYPERV)
[Y] Microsoft Hyper-V virtual storage driver (CONFIG_HYPERV_STORAGE)
[Y] Microsoft Hyper-V virtual block driver (CONFIG_HYPERV_BLOCK)
[Y] Microsoft Hyper-V virtual network driver (CONFIG_HYPERV_NET)

while true;
do
PROCESS=`ps -A | grep xbmc.bin`
if [ "$PROCESS" = "" ]
then
echo "xbmc no longer running"
break
fi
done

Open het rsync default bestand:
pico /etc/default/rsync

Pas de volgende waarde aan naar true
RSYNC_ENABLE=true

Maak een password file aan met de volgende permissies:
chmod 600 /etc/rsyncd.scrt

Maak een rsync config bestand aan met de volgende inhoud:
/etc/rsyncd.conf

max connections = 2
log file = /var/log/rsync.log
timeout = 300
motd file = /etc/rsyncd.motd

[Music]
path = /home/xbmc/Music
comment = Music
uid = xbmc
gid = xbmc
read only = yes
auth users = xbmc
secrets file = /etc/rsyncd.scrt

Maak een welkom bestand aan:
/etc/rsyncd.motd
Welcome to my rsync server!

Vul het rsync bestand met een password:
/etc/rsyncd.scrt
xbmc:xbmc

Start rsync:
/etc/init.d/rsync start

Vanaf een andere machine content kopieren met:
rsync -aPv rsync://xbmc@192.168.0.104/Music /home/xbmc/Music

--exclude 'public_html/database.txt'

nano /home/backup/exclude.txt

sources
public_html/database.*
downloads/test/*

--exclude-from '/home/backup/exclude.txt'

Meer info:

http://articles.slicehost.com/2007/10/10/rsync-exclude-files-and-folders

/etc/init.d/squid stop

rm -rf /var/lib/squid/cache/*

squid -z

/etc/init.d/squid start

regsvr32 WMM2AE.dll
regsvr32 WMM2CLIP.dll
regsvr32 WMM2EXT.dll
regsvr32 WMM2FILT.dll

Let wel dat je als Administrator cmd moet hebben opgestart. Als je nu MOVIEMK.exe start zul je zien dat alles werkt! Zo kan je dus gebruik maken van twee verschillende movie maker versies onder Windows 7

http://technet.microsoft.com/en-us/sysinternals/ee656415.aspx