Remote Debugger |WORK|

As mentioned by @jakeforaker in one of the comment. The warning went away by simply opening the remote debugger in a separate window instead of a tab in your existing window of your browser (you have to reload your simulator though).

Since this commit in March 2017, you can enable the Maintain Priority checkbox. When enabled, it silently plays a base64-encoded .wav file to prevent the debugger's browser tab from entering low-power mode, which can affect websocket performance. This will effectively prevent the warning you describe.

Remote Debugger

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The (very annoying) error message is handled by debuggerWorker.js, which sadly doesn't include any configuration options to turn off the message. So for the time being there are no ways you can configure your application to disable the message.

You can run the remote debugger by copying msvsmon.exe to the remote computer, rather than installing the remote tools. However, the Remote Debugger Configuration Wizard (rdbgwiz.exe) is available only when you install the remote tools. You may need to use the wizard for configuration if you want to run the remote debugger as a service. For more information, see (Optional) Configure the remote debugger as a service.

The remote computer and the Visual Studio computer must be connected over a network, workgroup, or homegroup, or else connected directly through an Ethernet cable. Debugging between two computers connected through a proxy isn't supported. Debugging over a high latency or low bandwidth connection, such as dialup Internet, or over the Internet across countries/regions isn't recommended and may fail or be unacceptably slow.

You can find the remote debugger (msvsmon.exe) on a computer with Visual Studio Community, Professional, or Enterprise already installed. For some scenarios, the easiest way to set up remote debugging is to run the remote debugger (msvsmon.exe) from a file share. For usage limitations, see the remote debugger's Help page (Help > Usage in the remote debugger).

For command line installation and command line reference, see the Help page for msvsmon.exe by typing msvsmon.exe /? in the command line on the computer with Visual Studio installed (or go to Help > Usage in the remote debugger).

If you don't have administrative permissions on the remote computer, right-click the Remote Debugger app and select Run as administrator. Otherwise, just start it normally.

If you are planning to attach to a process which is running as an administrator, or is running under a different user account (such as IIS), right-click the Remote Debugger app and select Run as administrator. For more information, see Run the remote debugger as an administrator.

Select at least one network type you want to use the remote tools on. If the computers are connected through a domain, you must choose the first item. If the computers are connected through a workgroup or homegroup, choose the second or third item as appropriate.

You can run the remote debugger under a user account that differs from the user account you are using on the Visual Studio computer, but you must add the different user account to the remote debugger's permissions.

You can choose to run the remote tools in No Authentication mode, but this mode is strongly discouraged. There is no network security when you run in this mode. Choose the No Authentication mode only if you are sure that the network is not at risk from malicious or hostile traffic.

Find the Remote Debugger Configuration Wizard (rdbgwiz.exe). (This is a separate application from the Remote Debugger.) It is available only when you install the remote tools. It is not installed with Visual Studio.

Select the type of network that you want the remote tools to communicate with. At least one network type must be selected. If the computers are connected through a domain, you should choose the first item. If the computers are connected through a workgroup or homegroup, you should choose the second or third items. Click Next.

You should be able to debug your code with the symbols you generate on the Visual Studio computer. The performance of the remote debugger is much better when you use local symbols. If you must use remote symbols, you need to tell the remote debugging monitor to look for symbols on the remote machine.

For more information, please see the remote debugging help (press F1 in the remote debugger window, or click Help > Usage). You can find more information at .NET Remote Symbol Loading Changes in Visual Studio 2012 and 2013

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.

To debug a Visual Studio application that has been deployed on a different computer, install and run the remote tools on the computer where you deployed your app, configure your project to connect to the remote computer from Visual Studio, and then run your app.

The debugger cannot deploy Visual C# or Visual Basic desktop applications to a remote machine, but you can still debug them remotely as follows. The following procedure assumes that you want to debug it on a computer named MJO-DL, as shown in the illustration below.

For C# projects targeting .NET Core or .NET 5+, starting in Visual Studio 2022, choose the Debug launch profiles UI from the Debug tab to configure settings for remote debugging.

Choose Use remote machine, and type yourmachinename:port in the text box. (The port number is shown in the remote debugger window. The port number increments 2 in each version of Visual Studio).

Make sure the remote debugger is running on the target machine (If it's not, search for Remote Debugger in the Start menu). The remote debugger window looks like this.

Publish the app to the remote device as an unpackaged app using the steps described in Use the CLI to publish unpackaged .NET MAUI apps for Windows, and then follow the steps in this article to remote debug. (Skip the steps to copy the app.)

Command line arguments for remote JVM: the VM options that the host application needs to be started with. We will use them in the other run/debug configuration. You can copy them now or get back to this field later.

Each remote Chrome tab gets its own section in chrome://inspect/#devices. You can interact with that tab from this section. If there are any apps using WebView, you see a section for each of those apps, too. In this example, there's only one tab open.

Do not assume that an attribute that is available for one debugger automatically works for other debuggers too. If you see red squiggles in your launch configuration, hover over them to learn what the problem is and try to fix them before launching a debug session.

If you come from a browser Developer Tools background, you might not be used to "launching from your tool," since your browser instance is already open. When you open DevTools, you are simply attaching DevTools to your open browser tab. On the other hand, if you come from a server or desktop background, it's quite normal to have your editor launch your process for you, and your editor automatically attaches its debugger to the newly launched process. ff782bc1db