11/12/2023 0 Comments Process explorer from sysinternalsIf it’s worth the time to use one of these tools then it’s probably worth the time to use both, and you will commonly find yourself doing this. In daily use I often start with Process Explorer to find processes which are consuming a lot of system resources and then move to process monitor to dig deeper into these processes. The unique capabilities of Process Explorer make it useful for tracking down DLL-version problems or handle leaks, and provide insight into the way Windows and applications work. Using it you can find out what files, DLLs, and registry keys particular processes have open and the CPU and memory usage of each. Process Explorer is considered to be a more advanced form of the Windows Task Manager. You can think of this as a combination of the old FileMon and RegMon tools with some basic diagnostic features. This tool will display information regarding the file system, registry, and the processes running on the system as they are occurring. Process Monitor is a real-time troubleshooting tool. I’ve written tips on both of these and frequently see people confuse them or even ask about the differences between the two. This is the most widely used Sysinternals tool and it helps visualise details about every processor and active DLL session in your system, kill and suspends processes set process priority, and gives graphical statistics about CPU, memory and I/O usage, a tree view to show processes and their dependencies. Updates the displayed snapshot of running processes.Process Monitor and Process Explorer both have a lot in common as they are both Microsoft Sysinternals tools designed to help you troubleshoot and debug processes on a Windows host. This mode is turned off as soon as you click any mouse button or press any key. In this mode, a tooltip appear over each window with the PID and CLR version, and the process is highlighted in the Process Explorer tree. Native modules are shown in grey and cannot be added to the Assembly Explorer.Īfter clicking this button, you can hover the mouse pointer over windows of your desktop and identify the related processes. If this mode is on, both managed assemblies and native modules are shown in the tree. Native processes are shown in grey and cannot be added to the Assembly Explorer.Ĭontrols whether the Process Explorer shows native modules.īy default the Process Explorer only shows managed assemblies. If this mode is on, both managed and native processes are shown. This mode is available on Windows Vista or later and requires administrative privileges to work on the full scale.Ĭontrols whether the Process Explorer shows native Windows processes.īy default the Process Explorer only shows managed processes. Process Explorer v15.2:/B This major update to Process Explorer, a Task Manager replacement, merges Autoruns functionality by adding a new Autostart Location. If this mode is on, managed assemblies of each process are grouped by their CLR versions and application domains, and native modules (if the Show Native Modules mode is on) are shown under a separate Native Modules node. If this mode is off, managed and native modules are shown in a flat list under their parent process nodes. If this mode is on, child processes are shown inside their parent processes under the Child processes node.Ĭontrols whether the process tree reflects CLR hierarchies. If this mode is off, all processes are displayed in a flat list. NET assemblies loaded from disk files are added, dynamic assemblies and native modules are ignored.Ĭontrols whether the process tree reflects the parent-child relationship between processes. If you select a process, all assemblies that belong to the process will be added to the Assembly Explorer. Adds the assemblies selected in the Process Explorer tree to the Assembly Explorer window.
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