- Microsoft debug diagnostic tool tutorial how to#
- Microsoft debug diagnostic tool tutorial windows 10#
- Microsoft debug diagnostic tool tutorial software#
- Microsoft debug diagnostic tool tutorial free#
The default location is %TEMP%\Silent Process Exit.
Microsoft debug diagnostic tool tutorial free#
Therefore you should choose a drive with enough free space for the memory dump. The created dumps will be stored at this location. Ignore self exits: We enable this option as we do not want to get notified if the process terminates itself.Enable notification: We select this option to receive a desktop notification for each detected silent process exit.Enable dump collection: As we want to get a dump for each process exit, we select this option.Enable silent process exit monitoring: Select this option to avoid unnecessary notifications for irrelevant process exits.In our example we use disp+work.exe.Īfter you have typed the executable name and pressed the TAB key, GFlags checks if there is already a configuration for this application and automatically loads this configuration. The name of the executable of the application that you want to monitor (including the file extension, but not the filepath). The following example shows the recommended configuration for disp+work.exe: In the GFlags main window, switch to the tab “Silent Process Exit”.Ī detailed description for all the available configuration options can be found here: Configure Monitoring for a Silent Process Exit If this suffix is missing, it is a 64-bit application. If your application is compiled for a 32-bit processor, the task manager will add the suffix “(32 bit)” to the application name. You can identify the architecture (32-bit or 64-bit) of your application on a 64-bit operating system using the Windows task manager: As disp+work.exe is a 64-bit application on Windows Server 2019 we start the “Global Flags (圆4)” executable. In our example, we configure silent process exit monitoring for the application disp+work.exe on a system running Windows Server 2019. If you want to monitor an application compiled for 圆4 processors (64-bit), start the “Global Flags (圆4)” executable.If you want to monitor an application compiled for x86 processors (32-bit), start the “Global Flags (x86)” executable, also on an 圆4 operating system.To start GFlags, use the executable for the correct processor architecture (x86, 圆4, or maybe also ARM or ARM64).
Microsoft debug diagnostic tool tutorial how to#
For more information, see SAP Note 1708040 – How to download and install the Windows-Debugging-Tools. For GFlags you must copy the files gflags.exe and gflagsui.dll.
Microsoft debug diagnostic tool tutorial software#
Instead of installing the software on the target computer, you can also install the debugging tools on a different computer (your workstation, for example) and just copy the installed executables to the target machine where you want to run GFlags. This tool is part of the debugging tools for Windows, so you should get the latest available version for your Windows operating system version from Microsoft: To monitor a silent process exit using GFlags you first must download and install GFlags. Possible reasons for this can be the installed antivirus software or other security-related applications that break this operating system mechanism.
Microsoft debug diagnostic tool tutorial windows 10#
For example, we had several hosts running Windows 10 that were not able to detect silent process exits. One word of caution: For some reason we found that the silent process exit was not detected on all systems. This feature is available on Windows Server 2008 R2 and later. In this blog, we will focus on only one feature available with GFlags: The configuration of the monitoring of silent process exits. These features can easily be configured using the Global Flags Editor (GFlags) offered by Microsoft:
Do you observe arbitrary terminations of one of your applications or windows services without any error messages? And are you unable to identify the reason for this until now? If so, then this blog will show you one possible way of identifying the reason for the arbitrary process terminations using the built-in debugging, diagnostic, and troubleshooting features of your Windows operating system.
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