how to install ipv4 via a cmd windows xp - windows-xp

I need to script a way to install IPV4 on windows xp the reason is i have many pc with a corrupt win sock registry so the fix Microsoft has is to delete the reg keys hklm/system/currentcontolset/services/winsock and winsock2 and then to run a netsch ip reset which creates the winsock2 part of the registry then the part i need to script is go to network adapter properties goto tcpip and install a new protocol and select tcp/ip and install it which uses the file c:\windows\inf\nettcpip.inf and then this creates the winsock part is there a way to script this part?? i have looked and cant find anything

Could not find a way so did it with registry keys

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VSCode: how to ssh remote connect to remote WSL2

Is it possible in VSCode to edit files within WSL2 of a remote PC. (This is like a combination of Remote-WSL and Remote-SSH.) I can connect to that remote PC via ssh and RDP.
The path \\wsl$\ does not seem to be available in my remote-ssh connection.
PCA - me, local, VSCode
^
|
ssh and/or RDP
|
V
PCB - remote, WSL2
(I currently have Windows OpenSSH set up on the remote PC, with the default CMD shell. I tried setting the shell to Bash but then the remote extension wouldn't install.)
Update Setting PC-B's ssh server shell to bash.exe does solve all my problems. I'm not sure why it didn't work before. See my answer below for more details.
Answering my own question I was certain I'd tried this before and it had not worked, but now that I try it again it works. Perhaps I just needed a reboot of Windows and WSL2.
Enable Windows SSH server on PC-B and set the shell to be bash.exe
# Powershell as Administrator
Add-WindowsCapability -Online -Name OpenSSH.Server~~~~0.0.1.0
Set-Service -Name sshd -StartupType 'Automatic'
New-ItemProperty -Path "HKLM:\SOFTWARE\OpenSSH" -Name DefaultShell -Value "C:\WINDOWS\System32\bash.exe" -PropertyType String -Force
If you want authorized_keys-based login to this PC and your account is an Administrator account, you will need to follow the special instructions here: https://learn.microsoft.com/en-us/windows-server/administration/openssh/openssh_keymanagement (I have heard of having to manually fix the administrator_authorized_keys file permission at some point too. https://stackoverflow.com/a/64868357/600360 )
Using Remote-SSH connect VSCode from PC-A to PC-B (using Windows credentials) and tell VSCode that it is a linux server (because you're connecting to bash.exe within WSL2).
If you're behind a proxy server, add the proxy to your ~/.wgetrc.
Voila.
These steps taken from THE EASY WAY how to SSH into Bash and WSL2 on Windows 10 from an external machine where you can find more details.
If you want to connect to remote WSL, you probably should set it up to run own sshd instead of relying on hosting Windows to do the tunneling.
If I have got your problem statement right, the flow seems to be outlined in one of VS Code blog posts. Here I'll mention steps I think you will need to get to your target state.
Firstly, disable sshd on remote Windows so it does not occupy port 22. then, install and start sshd inside PCB:
# from PCB command prompt
# something like that, depending on your choice of distro
sudo apt remove openssh-server && sudo apt install openssh-server
# this would again depend on your chosen distro
sudo /etc/init.d/ssh start # after i do this - windows pops up a firewall prompt to allow me create a rule. you might need to add it manually
then you'd need to either enable password logins via ssh or (preferably) generate a key pair and put your public key into /home/your_name/.ssh/authorized_keys on PCB.
Assuming you have OpenSSH for Windows installed (this seems to be the client Remote SSH relies on), on your PCA follow something like so:
# something along these lines on your PCA
PS C:\WINDOWS\system32>ssh-keygen
# note location of .pub file and copy its contents into remote ./ssh/authorized_keys
# add generated private key to ssh-agent service
PS C:\WINDOWS\system32> Start-Service ssh-agent # if this fails - ensure service is installed and enabled
PS C:\WINDOWS\system32> ssh-add path\to\your\private_key # ensure you have dropped all permission except your own user
Watch out for permissions:
ssh keys are considered secret, so neither client nor server would start unless you drop all permissions from your key material. On linux do chmod 600 .ssh/authorized_keys, and for windows ssh-agent follow instructions from this SE answer.
The above may seem a bit daunting but is in fact very standard SSH setup procedure
easy steps
just update your vscode to the latest version
install Remote Development extension pack
allow WSL2 connection in the settings
if my answer helped you upvoted :D
I know it's been a while since the post, but here is a useful answer that uses Remote -- Tunnels extension.
https://stackoverflow.com/a/75389647
It appears that, for now, you need to manually install the CLI in WSL in order for it to work. The downloads can be found here. Since you are on Windows, I would recommend the x64 CLI download. When you extract the tar.gz file, you will get a file named code. I would recommend moving it to your home directory for ease. To open the tunnel, run ./code tunnel (from wherever you put the code file) to force the new CLI. If you use code tunnel it will still use the Windows version.
Source: https://github.com/microsoft/vscode/issues/171196

Debugging Windows Kernel from Linux

I used to debug the Windows Kernel using VirtualKD, WinDBG and a single Virtual Machine.
Recently I got a Linux machine, and now I wonder- What's the easiest way to debug the Windows Kernel when your host is unable to run VirtualKD/WinDBG*?
I assume the solution will require two Virtual Machines, but I rather have two instances hosted on my actual machine rather than having an instance residing inside another virtual instance...
Is there anyway to make that work?
Thanks in advance!
*Wine is the last resort for stability reasons...
Solved! Basically, I ended up using two (VirtualBox) VMs emulating a Serial connection (null-modem cable) over a Unix domain socket (on the host). For more info, read below:
Hardware setup*:
Debuggee:
Ensure the machine is turned off and edit Serial Ports settings.
Enable Port 1, and assign values as follows: Port Number: COM1, Port Mode: Host Pipe, Create Pipe: Unchecked (client), Port/File Path: /tmp/win_link.
Debugger:
Same as above (using the same path), only this time Create Pipe should be Checked (server).
Debugger setup:
Run WinDBG and press Ctrl+K to invoke Kernel Debugging.
in COM, enter: Baudrate: 115200, Port: COM1, Resets: 0 and verify that Pipe and Reconnect are unchecked (important).
You'll be presented with the following output: Opened \\\\.\com1 Waiting to reconnect...
Debuggee setup:
Run bootcfg /debug on /port com1 /baud 115200 /id 1. To verify, run bootcfg.**
Reboot.
Quite early during the booting stage, WinDBG on the other machine should detect the debuggee is running.
*Assuming VirtualBox is used. VMWare/KVM users will probably be able to achieve the same results following similar steps. Also, for more info refer to the VirtualBox docs.
**Assuming guests are Windows XP. Later versions include bcdedit, which may be used as described here.
For QEMU\KVM follow those instructions:
http://www.linux-kvm.org/page/WindowsGuestDrivers/GuestDebugging
Very helpful but applies to Windows XP machines. You can refer to the following link if you need to configure 2 Windows7-based virtual machines on a Linux host: http://www.aldeid.com/wiki/Category:Digital-Forensics/Computer-Forensics/Debugger/Kernel
Another option nowadays is to enable local kernel debugging. This comes with some limitations, however it will enable you to access kernel data while just using one VM.
This approach only works on Windows 8.0 and Windows Server 2012 and later.
Follow these steps:
Open a Command Prompt window as Administrator.
Enter bcdedit /debug on
If the computer is not already configured as the target of a debug transport, enter bcdedit /dbgsettings local
Reboot the computer.
Once the system is rebooted, you can execute WinDBG as Administrator, press ctrl+k or go to File -> Attach to kernel -> Local and press OK.
At that point, you will be able to execute kernel-only commands and access kernel structures:
Tested under Windows 10 and with the new WinDBG version (preview).
Reference: Setting Up Local Kernel Debugging of a Single Computer Manually

Windbg serial debugging not working over Virtual Serial Port

I have the following configuration:
Host OS: Windows 7 SP1
Guest OS: Windows XP SP3 Pro
Guest OS is running inside VMWare Workstation version 7
I have configured a virtual serial port on the VM of type "output named pipe" and the following name:
\\.\pipe\whatever
I have also added the appropriate options to the boot.ini file on Win XP SP3 Pro image to allow for debugging (/debugport=com1 baudrate=115200)
in windbg, I configure the Kernel Debug option by going to:
File->Kernel Debug
and selecting the COM tab and configuring as follows:
Giving port name as:
\\.\pipe\whatever
and checking the Pipe box.
I boot up the Windows XP SP3 VM and select the second entry which has debug mode enabled. Right after I do this, I click on Ok inside the Windbg to start the kernel debugging session.
But even then it remains stuck at the following message:
Opened \.\pipe\whatever
Waiting to reconnect...
It says "Debuggee not connected" and stays at that message even after Virtual Machine boots up completely. The status of the Virtual Serial port in the VmWare also shows as Connected.
I have checked the network connections.
The VM has the Network Adapter in the Bridged Mode and I am able to ping the Guest OS and Host OS from each other successfully.
Your problem is likely to be that WinDbg isn't breaking on connect, so it's connected but it doesn't say so, and you think it's not working.
I had better luck running WinDbg from the command line with a -b, though I notice this option might have been removed in the later builds. I've tested with 6.12.0002.633 x86.
windbg -b -k com:pipe,port=\\.\pipe\com_1
(From here.)
I have had the same problem, and after changing the port at your windows guest (the one at the vmware) you should be connect. In my case the port at the boot.ini file was com1 and i have changed it to com2.
Did you also enable /debug in the boot.ini?
It could also be your VMWare serial port configuration. Config should be:
Use named pipe: \.\pipe\whatever
This end is the server.
The other end is an application.
Yield CPU on poll should be checked.
More info here:
http://www.vmware.com/support/ws5/doc/ws_devices_serial_advanced_example_debugging.html

Problems using teamcity command line to perform ssh remote login

I was wondering if anyone has tried using teamcity's command line builder to perform ssh remote login.
Right now, I would like to automate some testing on a QNX neutrino OS which is currently unsupported by teamcity. As a work around, I setup a ssh server on the target qnx machine so i could ssh and sftp the executables in.
Firstly, the source are compiled on Windows XP using qnx's compiler (based on g++). Followed by sftp-ing the executables into qnx neutrino.
Next, using ssh, script the login to remotely start the test apps and send the results back to the remote agent for publishing.
The batch script I created works well standalone, however, after hooking it up on the remote agent, it fails to login ssh and hangs indefinitely at the following command:
ssh -l "./.sh"
Notes:
I have added the remote agent's RSA public key in the QNX .ssh/authorized keys file, automatic login is working.
Is there a need to add the teamcity server's RSA public key in too?
Anyone has any idea on this problem?
I had a few weird problems with key-based SSH logins on QNX related to file permissions for the keys in .ssh. and permissions of parent folders (/home/username and /root).
Add
LogLevel DEBUG3
to /etc/openssh/sshd_config, make sure syslog is configured and is logging sshd output, restart sshd and try again - it will most likely complain about something.
Also, ssh -l "./.sh" makes no sense - -l is used to specify the user name, something is off there.

Running a GTK+ application on a Linux machine, from Windows

I have Installed GTK on a Linux machine.
I am connecting To Linux Machine from a Telnet Session to compile the GTK programs
From A Windows Machine. I am using Cygwin on Windows Machine. but i am not able to see
GUI output of my GTK program on my Windows Machine.
When i run program from my terminal i get this error:
(helloworld:22576): Gtk-WARNING **: cannot open display:
I tried solutions from every answer posted, but no use now i am getting following error:
$ ./helloworld
Invalid MIT-MAGIC-COOKIE-1 key
(helloworld:22710): Gtk-WARNING **: cannot open display: 172.25.0.161:0
and i am getting following error on my Cygwin console:
client 6 rejected from IP 172.25.0.91 Auth name: MIT-MAGIC-COOKIE-1 ID: -1
You must set the DISPLAY variable in your telnet session to the IP address or DNS name of your Windows machine and append ":0"
export DISPLAY=windows.your.domain:0
And you must start an X server on the Windows machine (comes with Cygwin but you must start it).
You need to run the X window system (install with Cygwin) on your Windows-box and enable remote connections (probably with xhost). Set the DISPLAY-variable on your Linux-box to the address of your Windows-box and :0, as such:
export DISPLAY=192.168.1.123:0
I can recommend using ssh rather than telnet, for security reasons. In this case you do not need to enable remote connections with xhost, and you do not need to set the DISPLAY-variable. You only need to enable X forwarding.
You should install X-server on your windows machine and make sure you have DISPLAY set to yourmachine:0 or something like that. Or better yet use ssh instead of telnet (e.g. putty) and tunnel your X connection. You'll have to do a bit on your own research, though, because the complete answer would be a lengthy one.
Install an small X server on Windows XMing32, then run it, use putty as a console client, and check "X11 Forwarding" in Connection->SSH->X11.
Unfortunately, X11 Forwarding is not available through Telnet, you must run a SSH server on the target Linux and connect through SSH. (See if /etc/ssh/sshd_conf requires enabling X11 Forwarding too).