I have installed Visual Studio 2019 and am attempting to set up a development environment that allows me to cross-compile for ARM11 on WSL, deploy it to my device, and attach Visual Studio's debugger to a custom gdb server that runs on the device. Most of the mentions of remotely debugging with GDB using Visual Studio mentions use of SSHing into the machine first. The device I am attempting to debug remotely on is not POSIX and does not have a shell to SSH into, just a built in GDB server on port 4000.
I know it works, because using WSL, the following works:
$ gdb-multiarch application.elf
GNU gdb (Ubuntu 8.1-0ubuntu3.2) 8.1.0.20180409-git
<GNU Licensing crap>
Reading symbols from application.elf...done.
(gdb) target remote 192.168.43.121:4000
Remote debugging using 192.168.43.121:4000
warning: Target description specified unknown osabi "3DS"
svcWaitSynchronization () at /home/fincs/pacman-packages/libctru/src/libctru-2.0.0/libctru/source/svc.s:263
263 /home/fincs/pacman-packages/libctru/src/libctru-2.0.0/libctru/source/svc.s: No such file or directory.
(gdb) cont
Continuing.
Start calloc test... micros elapsed: 1.592000 <-- from device's stderr
Knowing that this works perfectly fine, I wanted to try to work this intro Visual Studio because I really like the IDE's debugging capabilities. Based on their description of VS's capability to interface with GDB, I figured it should be possible to hook into the debug server on my 2DS. However, all I have been able to figure out and try is to add a no-auth connection in Visual Studio's connection manager and maybe I can work it into the debug task from there, but this is what happens when I try:
So I stop here. I'm not sure what else to try. I also don't imagine that this is the final barrier, because two other things don't really match up with the gdb-multiarch process that I get working through WSL, namely that:
I don't see any way to specify to Visual Studio what symbol file to use like I do for GDB (application.elf). I suppose perhaps it will have those anyway due to being an IDE.
Since I am debugging from an x86 machine, I am not sure if Visual Studio will be able to make sense of the ARM11 gdb server. This is why I use gdb-multiarch when doing it through WSL. Using the defuault gdb doesn't yield results.
How can I move forward to allow Visual Studio to play nicely with this no-auth ARM11 gdb server?
Related
I would like to debug a process which is running on development machine (as a remote machine) from my laptop using MinGW debugserver.exe. But I'm running in to an issue "Error creating process "D:\remotedbg\XXX.exe", (error 50): The request is not supported". I have built the XXX.exe using Visual Studio 2013 and trying to remote debug using MinGW gdbserver.
I just follow the guidelines at the link here and I just executed the following command on the remote machine to start a gdbserver C:\MinGW\bin>gdbserver.exe :2345 D:\remotedbg\XXX.exe but ended up with getting aforementioned error.
If this is not feasible could you recommend me any way to do remote debug on windows. I actually want to attach a process which is running on remote machine from my host, and apply break points from my host gdb and control the outcome of the process.
If this isn't a Windows Firewall issue, then it is probably a mismatch between 32-bit gdbserver.exe and 64-bit XXX.exe (or vice-versa). The program I wished to debug on Windows was 64-bit, and I had a very similar problem to yours until I rebuilt gdbserver.exe to target "x86_64-w64-mingw32" instead of my original "i586-mingw32msvc" version.
But: were you not aware that Visual Studio 2013 supports remote debugging?
I've written a Windows driver sample (WDM) with Visual Studio but I'm encountering issues when trying to debug it. The target is running in a Virtual Machine (VMware)
I've followed the documentation (http://msdn.microsoft.com/en-us/library/windows/hardware/hh698272(v=vs.85).aspx) to configure everything.
It's compiling fine but there are problems when debugging.
I have tried various configurations and have different problems on each.
Visual Studio 2013 Preview on Win7 (host) / Win8.1 Preview (target) - VMware
It seems the debugger isn't working properly. Indeed it's like if nothing was loaded, the Modules Window is empty, when I click on "Break all" nothing is happening. As you can see in the logs, the debugger session isn't created.
Screenshot:
Logs: http://pastebin.com/DfVzGR4Z
Visual Studio 2012 on Win7 (host) / Win8 (target) - VMware
It's working correctly at the first try but if I stop the debugger to modify the driver, it'll freeze the VM. I'll then have to restart the VM, Visual Studio and kill the process ntkd.exe because otherwise I have these errors:
Failure to create process instance prevents debugging
Unable to start (null), Error 80004005. (Unspecified error)
Followed by a crash of VS (Event Name: CLR20r3)
I've tried with other samples downloaded from the MSDN but it's the same problem.
I've been stuck on these issues for weeks and I'm starting to desperate, so any help would be appreciate. I haven't tried WinDDK but since VS has everything needed, I don't see why I couldn't use it normally.
I recommend to forget using Visual Studio for driver development/debugging because, on my opinion, is not solid enough.
But targetting the debugging process, it is better to install VisualDDK and then launch vmmon/vmmon64.
In the installed application you will find a folder named "target" with an application named DDKLaunchMonitor.exe, install it in the virtual machine (it will create a boot menu option to activate kernel debugging)
When you want to debug your driver, launch vmmon, activate the option to launch windbg at vm startup, start your vm and when windows boots it will load windbg and attach to the vm.
The install your driver as desired and learn windbg.
I know this answer does not solve you problem with VS but using windbg directly is faster and better.
I was having a similar problem with: Visual Studio 2015 Community Edition, Windows 10 host, Windows 10 target, VirtualBox with host only network.
Provisioning and remote driver deployment worked, but the debugger would not connect.
Edit: In the last step of provisioning in VS2015 the Host IP can be selected. The manual method below is an alternative.
The manual setup guide for kernel mode debugging says to run the following:
bcdedit /debug on
bcdedit /dbgsettings net hostip:w.x.y.z port:n
Visual Studio automatically runs these during the provisioning process. Notice the hostip parameter - this has to be the address of the connecting machine (the one with the debugger) on the interface it uses to connect to the target. Visual Studio may set this incorrectly if you have multiple network interfaces. In my case the VirtualBox host only network created the extra network interface.
Provision the target machine in VS, if you haven't already. Then run the two bcdedit commands above and reboot the target machine. After this, the debugger should connect properly.
I came across the same problem. The windbg connection is hang. I found there is something wrong in my configuration for Kernel mode debugger settings( Visual studio 2012 Driver->test->Configuration). I set the port simply com1. Actually, it should be \.\pipe\com_1.Then it works
In your case, there maybe other configuration problems. You can check through the points on webpage http://www.codeproject.com/Tips/545835/Kernel-Mode-Debugging-in-a-VM-using-Visual-Studio.
To build my driver i used VisualDDK in visual studio 2008. In the beginning i start debugging using my computer and virtualBox machine but when i launch the debugging process in visual studio, my virtual machine did not show me the external ip address(normally should show me 192.168.1.102 and 10.0.1.15 in DDKLauncherMonitor but it show me only 10.0.1.15 ).
I stopped using virtual machine and i decide to use real computer. In the second computer i launched DDKLauncherMonitor. And i start debugging from my first computer. I received Udp package in my second machine and also the driver.sys. But when i tried to load the driver from visual studio(First computer) nothing work. Plus this, in the second machine tell me "Windows required digitally signed driver".
There is same one meet this kind of problem and he/she can help.
Can you go into more details when you say "nothing works"? It's possible that your debugger is not set up properly.
This is kind of a pseudo-answer since I'm not overly aware of VisualDDK, but have you considered trying the standard Microsoft debugging tools like WinDbg? If you can acquire Visual Studio 2012 or 2013 Preview, all of the build and debug tools are integrated into the IDE and you will get full support from Microsoft with any problems you may encounter.
As for your second issue, it sounds like you're building a driver and not signing it. Is your target PC 64-bit? What operating system is it? The 64-bit Windows platform requires signed drivers for installation, but this can be disabled.
You can disable the driver signing requirement using the F8 menu when booting your PC; this should fix your "digitally signed driver required" problem, but needs to be done for each reboot.
Another option would be to add a post-build step or some sort of scripted execution of the Microsoft signing tools (Inf2cat, SignTool) to sign your driver with your company's certificate.
I am trying to run my visual studio (2010) C++ project on an old Windows XP machine that is running VS2010. However, when I run it, I get the error listed in the title of this question. Why is this, and how can I fix it?
Same error was throwing for me when I had Silverlight debugger enabled. To resolve this issue
Open project properties
Under web tab look for Debuggers
Remove the tick mark on "Silverlight"
In general, a debugger should be the same bitness as the debuggee (or at least it must be able to understand the architecture of the target). In any common siutation, an x86-based debugger will not be able to debug an x64 application.
The Visual Studio documentation says:
To debug a 64-bit application that is running on a remote computer,
you need to install the 64-bit remote debugger on the remote computer.
The 64-bit remote debugger is available on the last disc of your
Visual Studio installation set.
Is it possible to install the x86 Remote Debugger as a Service on a 64bit machine? I need to attach a debugger to managed code in a Session 0 process. The process runs 32bit but the debugger service that gets installed is 64bit and wont attach to the 32bit process.
I tried creating the Service using the SC command, and was able to get the service to start, and verified that it was running in Task manager processes. However, when I tried to connect to it with visual studio, it said that the remote debugger monitor wasn't enabled. When I stopped the x86 service, and started the x64 service and it was able to find the monitor, but still got an error.
Here is the error when I try to use the remote debugger:
Unable to attach to the process. The 64-bit version of the Visual Studio Remote Debugging Monitor (MSVSMON.EXE) cannot debug 32-bit processes or 32-bit dumps. Please use the 32-bit version instead.
Here is the error when I try to attach locally:
Attaching to a process in a different terminal server session is not supported on this computer. Try remote debugging to the machine and running the Microsoft Visual Studio Remote Debugging Monitor in the process's session.
If I try to run the 32bit remote debugger as an application, it wont work attach b/c the Remote Debugger is running in my session and not in session 0.
This works on my machine(TM) after installing rdbgsetup_x64.exe and going through the configuration wizard:
sc stop msvsmon90
sc config msvsmon90 binPath= "C:\Program Files\Microsoft Visual Studio 9.0\Common7\IDE\Remote Debugger\x86\msvsmon.exe /service msvsmon90"
sc start msvsmon90
We had the same problem when trying to remote debug a website that is running as 32 bit inside 64 bit IIS.
You can also do this:
Stop the default debugging service
(which will be x64 as the installer
will have been clever and configured
that one to run).
Navigate to the Remote Debugger start
menu folder and run the x86 debugging
service. Ignore the warning about
32bit/64bit.
Open the Tools->Options window of the
remote debugger app window and make
note of the value in the 'Server
Name' text box.
Now you can attach your visual studio
to it by copying the 'Server Name'
value into the 'Qualifier' text/combo
box on the Attach To Process dialog
of Visual Studio.
On a related note, there is also a low-level bug with Kerberos authentication if you are attaching from Windows 2008/7/Vista to a 2003 machine, reported to MS (and then closed as 'external') via Connect here: https://connect.microsoft.com/VisualStudio/feedback/ViewFeedback.aspx?FeedbackID=508455
I haven't tried this, but here's a suggestion anyway:
Try installing the x86 remote debugger service manually.
sc create "Remote Debugger" binpath= "C:\use\short\filename\in\the\path\x86\msvsmon.exe /service msvsmon90"
Two notes:
You'll need to use short filenames
in the path to msvsmon.exe to
prevent having to quote the path
(since the whole command needs to be
quoted)
there must be a space after the
"binpath=" (and no space before the
'=' character). Whoever wrote the
command line parser for the sc
command should be cursed.
Then you can use the services.msc control panel applet to get it running with the right credentials.
You'll probably have to stop or maybe even delete the existing x64 remote debugger service.
I can confirm that what you want to do will indeed work. I often connect my 32 bit xp worstation to a x64 win2003 server with VS2008 remote debugger.
1) Install the x64 version. This also installs the x86 debugger but does not create a shortcut.
2) You can find the executable for x86 process debugging here... C:\Program Files\Microsoft Visual Studio 14.0\Common7\IDE\Remote Debugger\x86\msvsmon.exe
3) If you want to, pin it to the task bar.
Worked for me without installing additional software. I just copied the C:\Program Files (x86)\Microsoft Visual Studio 10.0\Common7\IDE\Remote Debugger folder on the VM and started the msvsmon.exe from the x86 folder. Both my guest and host are x64.
Sometimes this error occurred, I just close visual studio and open it again, everything is OK!
Very strange behavior from vs
I ran into this issue today (64 bit OS and VS 2019). I changed Configuration to use x64 for the project, IISExpress to use 64 bit and Platform target to be x64. It still used the 32 bit debugger and complained. Finally, when I enabled Script Debugging it started using the 64 bit debugger. So I would say the combination of all did the trick.