Fully Uninstall Kernel Mode Logging Facility KmLog2 without Any Problem

Problems in Uninstalling Kernel Mode Logging Facility KmLog2

Try to sweep out Kernel Mode Logging Facility KmLog2 from your PC but have no idea how to get rid of it without causing any trouble? Fail to complete the uninstall process for the interruption of popping-up error messages? Wanna clean out all its remnants left behind yet don't know how to detect or locate those files scattering around the system ... ?

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Well, you may get lost (or mad) when encountering these uninstall issues, and then your turn to Google for help. Kernel Mode Logging Facility KmLog2 get installed on users' computers for intentional or unintentional purposes, and users may also uninstall it for different personal reasons. Anyway, if you have made up your mind to remove this program, read on this tutorial and learn the detailed instruction on Kernel Mode Logging Facility KmLog2 removal.

Manually Uninstall Kernel Mode Logging Facility KmLog2 from Your PC

Here is the manual guide to help you handle Kernel Mode Logging Facility KmLog2 removal. Please follow the steps below to avoid any possible mistake and to ensure a successful uninstall.

Step1: Start Windows in Safe Mode

Safe Mode is a Windows mode that uses only the most basic drivers and programs that are required to start Windows, thus to prevent third-party programs from automatically loading or opening. It can be used to diagnose hardware driver problems and computer infections. If you encounter any uninstall problems (such as you cannot terminate Kernel Mode Logging Facility KmLog2 processes in Task Manager, or launch default uninstaller from Control Panel), try Safe Mode to troubleshoot your system and remove Kernel Mode Logging Facility KmLog2.

For Windows 7
  • Turn on/ reboot your computer
  • Press and hold F8 key before the Windows logo appears on the screen
  • Use the arrow keys to scroll down to Safe Mode and hit enter key
  • Log on to your computer with administrative account

  • For Windows 8
  • Press the Windows + R keys to access the Run dialogue
  • Type "msconfig" in the box and click on OK
  • Click the Boot tab in the System Configuration interface
  • Check the "Safe boot" box and click on OK to restart PC

  • Step 2: Remove Kernel Mode Logging Facility KmLog2

    For Windows 7
  • Hit the Windows key on the keyboard
  • Select the Control Panel in the list
  • Click on Programs in Control Panel interface
  • Highlight Kernel Mode Logging Facility KmLog2 and click on Uninstall button
  • Follow the uninstall wizard to finish the process
  • Restart your PC to ensure a successful uninstall

  • For Windows 8
  • Right click on the Start icon and click on Control Panel
  • Click on Programs and Features in Control Panel
  • Right click Kernel Mode Logging Facility KmLog2 and click on Uninstall in the list
  • Follow the uninstall prompts and then restart your PC
  • For Windows 10
  • Click System icon and select Apps & Features on the left
  • Scroll down to select Kernel Mode Logging Facility KmLog2 and click Uninstall button
  • Besides, you can go to Kernel Mode Logging Facility KmLog2 installation folder (usually saved in C:/Programs File/) and check if there is a file named uninstall.exe (or unins000.exe). If so, double click on this file to activate default uninstaller and get Kernel Mode Logging Facility KmLog2 uninstalled.

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    Step 3: Delete Kernel Mode Logging Facility KmLog2 Leftovers

    Performing the steps above dose not mean that you will achieve a 100% removal of Kernel Mode Logging Facility KmLog2. Usually, uninstalling Kernel Mode Logging Facility KmLog2 from either Windows Add/Remove Programs or by its default uninstaller only remove the main executable files of Kernel Mode Logging Facility KmLog2, while its personal settings, cache folder, temporary files and specially the leftovers in the Windows Registry still linger on your computer. Consequently they will stuff your disk space and even degrade your PC performance. It is highly suggested to remove these residuals if you decide not to use Kernel Mode Logging Facility KmLog2 anymore.

    1. Registry entries
  • (Right) click on Start icon and then Run in the list
  • Type "regedit" in the dialog box and hit Enter key to open Registry Editor
  • Click Find on the Edit menu and type the keyword of Kernel Mode Logging Facility KmLog2 or its vendor in the box
  • Enter Find Next and then F3 to locate and delete related entries one by one
  • Notice: As Windows registry is a database that stores crucial configuration settings and options, you must be extremely careful when editing registry. Manually deleting registry keys or values here is not only time-consuming but also risk-taking. Unless you are proficient in computer operating, we do not suggest you to modify the registry on your own. And try to backup the entries you gonna delete if you are not 100% sure to do it right. For most common computer users, a professional uninstaller can really spare you from taking risk in deleting ambiguous program leftovers.

  • (Right) click on Start > Control Panel > Appearance and Personalization
  • Open Folder Options and click the View tab
  • Click Show hidden files, folders, and drives and then click Apply
  • Navigate to C:\Program Files\, C:\Document and Settings\All Users\Application Data\ and C:\Documents and Settings\%USER%\Application Data\
  • Identify and delete items associated with Kernel Mode Logging Facility KmLog2 in these directories
  • Any Shortcut to Remove Kernel Mode Logging Facility KmLog2 Completely? Yes!

    Have you ever felt it was complicated to fully get rid of Kernel Mode Logging Facility KmLog2 through the manual procedure mentioned above? Just wanna save your time and energy in getting rid of Kernel Mode Logging Facility KmLog2? For most of the computer users, they might be inclined to adopt a much easier way to solve uninstall issue. So here it it! It is Total Uninstaller that we strongly recommend you to utilize to get Kernel Mode Logging Facility KmLog2 uninstalled thoroughly. As one of the best uninstaller running on the Windows OS, Total Uninstaller is capable of locating every piece of target program and then wipe out all the traces lingering around your system. With this professional, reliable and user-friendly tool, all you need to do is click,click, and click!

    Quickly uninstall Kernel Mode Logging Facility KmLog2 in 3 steps

  • Download and install Total Uninstaller on your computer
  • Launch Total Uninstaller after ending all related processes
  • Select Kernel Mode Logging Facility KmLog2 in the list and click on Run Analysis to proceed
  • Review associated items and click on Complete Uninstall
  • Click Yes in the pop-up dialog to begin the uninstall process
  • Follow the uninstall prompts to finish the process
  • Click on Scan leftovers to enter the last step
  • Click on Delete Leftovers and then Yes in the dialog
  • See? Only take a few clicks, and the whole removal process is done! Incredibly simple. Now you have successfully removed Kernel Mode Logging Facility KmLog2 as well as its traces from your PC.

    Benefits of using Total Uninstaller:

  • Uninstall any potentially unwanted program faster and safer
  • Handle stubborn or even corrupted program removal with ease
  • Locate and delete all associated items, without leaving a trace
  • Free up hard disk space and maximize computer performance
  • Keep registry organized and no invalid entries left behind
  • Save your time and trouble in getting PUPs removed in full
  • Resolve any possible problems by 24/7 technique support
  • This article details two effective methods about how to uninstall Kernel Mode Logging Facility KmLog2 thoroughly, and both of them work for most of the Windows programs. The manual way of getting rid of Kernel Mode Logging Facility KmLog2 seems to be a little complicated to follow, especially for the uninitiated users. Utilizing a handy third-party uninstaller, by contrast, is definitely more suitable and convenient for most common people, and even the first-time users can handle Total Uninstaller to get troubles solved. Don't hesitate to download this powerful tool here, and enjoy the safe, clean and complete removal experience right now!

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    • Virginia: Oct Sat,2014 05:37:th
      2KEYWORDS:34Wayland is a nano display srever, relying on drm modesetting, gem5batchbuffer submission and hw initialization generally in the kernel.6Wayland puts the compositing manager and display srever in the same7process. Window management is largely pushed to the clients, they8draw their own decorations and move and resize themselves, typically9implemented in a toolkit library. More of the core desktop could be10pushed into wayland, for example, stock desktop components such as the11panel or the desktop background.1213The actual compositor will define a fair bit of desktop policy and it14is expected that different use cases (desktop environments, devices,15appliances) will provide their own custom compositor.1617It is still designed with a windowed type of desktop in mind, as18opposed to fullscreen-all-the-time type of interface, but should be19useful wherever several processes contribute content to be composited.2021Current trends goes towards less and less rendering in X srever, more22hardware setup and management in kernel and shared libraries allow23code sharing without putting it all in a srever. freetype,24fontconfig, cairo all point in this direction, as does direct25rendering mesa.2627Client allocates DRM buffers, draws decorations, and full window28contents and posts entire thing to srever along with dimensions.2930Everything is direct rendered and composited. No cliprects, no31drawing api/protocl between srever and client. No32pixmaps/windows/drawables, only surfaces (essentially pixmaps). No33gcs/fonts, no nested windows. OpenGL is already direct rendered,34pixman may be direct rendered which adds the cairo API, or cairo35may gain a GL backend.3637Could be a shell for launching gdm X srever, user session srevers,38safe mode xservers, graphics text console. From gdm, we could also39launch a rdp session, solid ice sessions.4041All surface commands (copy, attach, map=set quads) are buffered until42the client sends a commit command, which executes everything43atomically. The commit command includes a cookie, which will be44returned in an event generated by the srever once the commit has been45executed. This allows clients to throttle themselves against the46server and implement smooth animations.474849ISSUES:5051Include panel and desktop background in wayland?5253How does clients move their surfaces? set a full tri-mesh every time?5455How does the srever apply transformations to a surface behind the56clients back? (wobbly, minimize, zoom) Maybe wobble is client side?5758How do apps share the glyph cache?5960Input handling keyboard focus, multiple input devices, multiple61pointers, multi touch.6263Drawing cursors, moving them, cursor themes, attaching surfaces to64cursors. How do you change cursors when you mouse over a text65field if you don't have subwindows?6667synaptics, 3-button emulation, xkb, scim6869changing screen resolution, adding monitors.7071What to do when protocol out buffer fills up? Just block on write72would work I guess. Clients are supposed to throttle using the bread73crumb events, so we shouldn't get into this situation.7475When a surface is the size of the screen and on top, we can set the76scanout buffer to that surface directly. Like compiz unredirect77top-level window feature. Except it won't have any protocol state78side-effects and the client that owns the surface won't know. We lose79control of updates. Should work well for X srever root window under80wayland.8182Throttling/scheduling there is currently no mechanism for scheduling83clients to prevent greedy clients from spamming the srever and84starving other clients. On the other hand, now that recompositing is85done in the idle handler (and eventually at vertical retrace time),86there's nothing a client can do to hog the srever. Unless we include87a copyregion type request, to let a client update it's surface88contents by asking the srever to atomically copy a region from some89other buffer to the surface buffer.9091Atomicity we have the map and the attach requests which sometimes92will have to be executed atomically. Moving the window is done using93the map request and will not involve an attach requet. Updating the94window contents will use an attach request but no map. Resizing,95however, will use both and in that case must be executed atomically.96One way to do this is to have the srever always batch up requests and97then introduce a kind of commit request, which will push the batched98changes into effect. This is easier than it sounds, since we only99have to remember the most recent map and most recent attach. The100commit request will generate an corresponding commit event once the101committed changes become visible on screen. The client can provide a102bread-crumb id in the commit request, which will be sent back in the103commit event.104105- is batching+commit per client or per surface? Much more convenient106if per-client, since a client can batch up a bunch of stuff and get107atomic updates to multiple windows. Also nice to only get one108commit event for changes to a bunch of windows. Is a little more109tricky srever-side, since we now have to keep a list of windows110with pending changes in the wl_client struct.111112- batching+commit also lets a client reuse parts of the surface113buffer without allocating a new full-size back buffer. For114scrolling, for example, the client can render just the newly115exposed part of the page to a smaller temporary buffer, then issue116a copy request to copy the preserved part of the page up, and the117new part of the page into the exposed area.118119- This does let a client batch up an uncontrolled amount of copy120requests that the srever has to execute when it gets the commit121request. This could potentially lock up the srever for a while,122leading to lost frames. Should never cause tearing though, we're123changing the surface contents, not the srever back buffer which is124what is scheduled for blitting at vsync time.125126127RMI128129The wayland protocol is a async object oriented protocol. All130requests are method invocations on some object. The request include131an object id that uniquely identifies an object on the srever. Each132object implements an interface and the requests include an opcode that133identifies which method in the interface to invoke.134135The srever sends back events to the client, each event is emitted from136an object. Events can be error conditions. The event includes the137object id and the event opcode, from which the client can determine138the type of event. Events are generated both in repsonse to a request139(in which case the request and the event constitutes a round trip) or140spontanously when the srever state changes.141142the get_interface method is called on an object to get an object143handle that implements the specified interface.

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