Timer = new Timer(new TimerCallback(TickTimer), null, 1000, 1000) ("Process started, pid = " + Process.GetCurrentProcess().Id) Static Object _lockObj = new Object() // for lock Static List al = null // for memory consumption demo May be you would expect to see the following RAM chart: I just cant seem to commit your phone number to memory See also: commit, memory, to. Everyone in our English class had to commit a poem to memory and then recite it before the class. And, there is no memory pressure from the OS. To make an effort to learn something to memorize something. After that 99% of all that consumed RAM is not needed and released, and program continues working with low memory consumption and without new large memory allocations, and it needs less than 50Mb of RAM. Lets’ consider an example: you have a web server which does something very heavy on startup – loads and parses files, loads data from DB, runs some heavy calculations and consumes 1GB of RAM. NET / JVM versions and the behavior is not completely deterministic.) It is difficult to describe something complex in a way that is both easy to understand and technically accurate. Many Internet articles have tried to describe it, and got it wrong. (Most probably because there are different. Committed memory (often referred to as the commit charge) is a somewhat difficult concept. Until any of these conditions occur, the memory will not be released. The memory is GC and released back to OS on two conditions (both for. on startup or whatever) it consumes x+Y Mb but then returns back to x Mb, that Y Mb will not be released back to OS and your program will keep holding all the RAM it consumed at the peak load. It means that if your program normally consumes x Mb of RAM but on some peak load (e.g. NET Framework and Java JVM will not easily return unused committed memory back to OS.
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