![]() Highlight the process and press the Restart button to restart Windows Explorer.ĩ. Open Task Manager and locate Windows Explorer in the list. Robocopy "C:\TempQA" %appdata%\microsoft\windows\recent\automaticdestinations *.automaticDestinations-msĨ. ![]() To restore Quick Access, open an elevated command prompt window and enter the following command. Otherwise, leave it where it is on the original computer.ħ. If the goal is to move all of your Quick Access settings to a new computer, copy the TempQA folder to the C:\ drive of the new computer. ![]() Inside the previously created TempQA folder, all of Quick Access has now been successfully backed up into this folder.Ħ. Robocopy %appdata%\microsoft\windows\recent\automaticdestinations "C:\TempQA"ĥ. Next, open an elevated command prompt window and enter the following command. On the root of your C:\ drive, create a new folder called TempQA.Ĥ. This file path is hidden in Windows, even if Windows Explorer is enabled to show hidden files and folders.ģ. Doing so will immediately reset Windows Quick Access, restoring it back to default and causing you to lose all current Quick Access settings.ī. It is important that you do NOT edit or add files to this file location. %appdata%\microsoft\windows\recent\automaticdestinationsĪ. Enter the following path into the prompt and click OK. On the primary computer with the Quick Access to be backed up, press the Windows Key + R to open Run.Ģ. Steps 1 and 2 are purely informational, they are not required to backup and restore Quick Access.ġ. This guide is written for Windows 10 1809. Luckily, a few steps can copy over all of these settings to your brand-new computer. If you are an avid user of Quick Access, you’ll know that moving to a new computer can be tough as there isn’t a friendly Windows-official way to export these settings. These are folders and files that Windows Explorer recognizes that you use often or recently. Next, you have your Frequent folders and Recent files. You can pin folders to this area so they are readily available whenever you open Windows Explorer. In the picture above, you will notice that in the left-hand pane is your typical “quick access”. Every time you open a Windows Explorer window, you’ll find Quick Access in three places. It therefore affects other processes.Introduced in Windows 7, the Windows Explorer Quick Access is an option that allows users to pin folders as well as see recent history in Windows Explorer.Ĭhances are you’ve been using Quick Access without even knowing it. That is, in layman terms, "virtual size" is pretty much your own problem, and only limited by the size of your address space, whereas "commit size" is everybody's problem since it consumes a global limited resource (RAM plus swap). Virtual size comprises the size of all pages that the process has reserved.Ĭommit size only comprises pages that have been committed. Lastly, every process has pages that are not in RAM at all (either on swap or they don't exist yet). When these are accessed, the OS may simply move them into the working set again. They may be on what's called the "standby list" or part of the buffer cache, or something different. ![]() This is the process' working set.įurther, every running process has pages that are factually in RAM, but do not officially exist in RAM any more. The page is moved into the working set of the process (but will not necessarily remain in there forever).Įvery running process has a number of pages which are factually and logically in RAM, that is these pages exist, and they exist "officially", too. Either a zero page is supplied to the process, or data is read into a page from a mapping. When memory is accessed for the first time, the pages that formally exist are created so they truly exist. That is, it creates pages and pretends that they exist (when in reality they don't exist yet). In other words, it counts toward its hard limit of total available pages on the system, and it formally creates pages. When memory is committed, the operating system guarantees that the corresponding pages could in principle exist either in physical RAM or on the page file. When memory is reserved, a portion of address space is set aside, nothing else happens. Memory can be reserved, committed, first accessed, and be part of the working set. ![]()
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