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Atomic Memory Model 2.3

The Atomic Memory Model is a powerful methodology which handles memory in a consistent, elegant, simple and highly effective way, greatly increasing the quality of code and speed of development. By abstracting the memory and representing it as an encapsulated entity, one can eliminate all of the issues arising around using memory in a digital computer system and make them intrinsically impossible.

The download includes the thesis of the model, the complete source code of example implementation "Two" (version 2.3) for C++, and a Reference Manual. It also includes a set of useful helper classes and the source code for implementation "One" (version 1.2), and a simple example program demonstrating the use of the code.

This software is a commercial software. You will be able to download and test Atomic Memory Model during a certain period of time, then, if it does what you need, you will have to acquire the full version. For additional information and support request, please contact directly Atomic Memory Model publisher.
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Atomic Memory Model 2.3 was released by MBBSoftware on Tuesday 16 October 2012. Its known requirements are : C++ compiler, OO Compiler.

Atomic Memory Model will run on AS/400, MS-DOS, Linux Open Source, Linux GPL, Linux Gnome, Linux Console, Windows Mobile 2005, Windows Mobile 2003, Windows Vista Enterprise x64, Windows Vista Business x64, Windows Vista Home Premium x64, Windows Vista Home Basic x64, Windows Vista Enterprise, Windows Vista Business, Windows Vista Home Premium, Windows Vista Home Basic, Windows Vista Starter, Windows Media Center Edition 2005, Windows Tablet PC Edition 2005, Win 3.1x, Java, Linux, Unix, Win95, WinNT 4.x, WinNT 3.x, WinME, Win98 and Not Applic.

Downloads (409)

2.3Tuesday 16 October 2012
Added HandleMemory, SecureMemory, SecureString and other memory atom classes. Added numerous methods with various capabilities, such as functions for data finding and resource manipulation. Numerous improvements have been made, including improved exception handling.