v2.4.3
Small bug fixes to the gui of the mini monitor.

v2.4.2
Cleaning of the File Cache is now disabled by default. There are times where cleaning it helps improve performance and sometimes it doesn't depending what the system is doing at the time. So best to let the user decide to have it enabled.
Added a new menu option to the mini monitor to manually clean the file cache. This new option is part of the free and pro versions :-)
CleanMem and all of its exe's are now terminal services aware.

New Pro features:
Advanced Monitor Rules: (The user can set these rules for any process they like (Not on protected processes of course)).
Clean the memory on a specific process when it hits a user set memory level. (Example: Firefox hits 150MB) The mini monitor cleans the memory instead of calling CleanMem. One less program to run :-)
Kill a program if it hits a certain amount of memory.
Auto set process priority on a process.

Auto clean the system file cache when it reaches a set size.
Set how often the advanced monitor rules will run.
Auto run CleanMem when system hits a user specified % of memory used.
Great details on running processes.
Allow users to choose a picture (jpg, bmp, gif) for the mini monitor bar.
Allow user to choose what text shows on the mini monitor Example: Total memory, used memory, free memory, page file commit, file cache size, system uptime and more.
Show current file cache info.
Show extended memory usage stats.

CleanMem doesn’t work like other memory cleaners that do nothing but force windows to free up memory by using up all the available memory. This old trick then causes your system to lag big time!

Cleanmem works in a matter of about 5 sec. It uses a windows API call that is in Windows 2000, XP, 2003, Vista & 2008 that tells windows to cleanup the workspace of a processes thus freeing up any memory the process no longer needs. Other memory cleaners end up forcing the memory into the page file slowing down your system. This tool does not. The API call frees up unused memory from programs, when a program needs the memory again it can simply take it back instead of forcing the memory out of ram and into the page file.

A good example is my laptop. As you can see at the image below, Firefox is taking up 200MB, JDownloader 50MB, svchost.exe 32MB and so on. After running CleanMem, every process memory usage has been reduced tremendously (Firefox only takes up 8MB, JDownloader at 4MB) and wont grow again until it actually is used. The same goes for all processes.

So now lets start with how Cleanmem works. Cleanmem is very small as it doesn't need to do much. First off Cleanmem doesn't clean the memory from the processes itself! It asks Windows to do that. When the program starts up it grabs a list of running processes. It then grabs the ID of each process and calls the Windows API EmptyWorkingSet for each processes, Cleanmem of course checks the ignore list and skips those processes. Then Windows cleans the process, and once all the processes have been cleaned Cleanmem closes itself.

Well that's the part that seems to freak some people out, if the memory is being cleaned then the process itself will suffer! the memory will be pushed to the hard drive! the world will end! And guess what they are wrong. So let me explain why. The API call only removes memory no longer being used by the process. It doesn't touch memory in use. Here is an example from a visual basic programming stand point.

Dim I as long

I = 20000

Done. Now 'I' has been set as a long number, it has now taken a spot in memory. It then loads the 20000 into memory. At the end of the call the memory is no longer used but still being taken up by the program because I didn't clean it up! A lot of programs do this, they take memory but don't always cleanup after themselves. Well the API is like a little house cleaning. It removes all safe unused memory. When the process runs the function again the memory is then taken again without any difference in performance to the program because it would do it anyways, it wont reuse the old memory, this is why you see program climb and climb in memory usage as you use them. So why let all the unused memory just sit there?

Before and After running CleanMem

If a processes needs more memory it gets it back in a second. CleanMem have it set to run every 30 min in the windows task scheduler. You won’t notice any performance hit of any kind even when pushing your system to the max playing a heavy 3D game (Shane, author of CleanMem tested playing Age Of Conan).

So basically set it and forget it, memory leaks from programs will be a thing of the past with this tool. If there a process that you don’t want CleanMem to optimize the memory, you can simply put the process name on CleanMem Ignore List (cleanmem_ignore_list.txt)

trus jalankan CleanMem (clean Memory Now)..
ne hasilnya gan