The Atomic Memory Model is a powerful technology which handles memory in a consistent, elegant, simple and highly effective way greatly increasing the quality of code and speed of development. The Atomic Memory Model makes concepts such as garbage collection redundant, since it combines intrinsic safety with increased performance and a more efficient use of memory. Languages featuring templates and inheritance are naturally better suited for using the Atomic Memory Model than others without these features: however the minimum prerequisite a language must possess in order to be able to implement the Atomic Memory model, is the capacity to define entities (user types) and to make implicit destructor calls regarding those entities.

• Atomic Memory Model 2.2
  The Atomic Memory Model is a powerful technology which handles memory in a consistent, elegant, simple and highly effective way greatly increasing the quality of code and speed of...

• The Atomic Memory Model 2.2
  The Atomic Memory Model is a powerful technology which handles memory in a consistent, elegant, simple and highly effective way greatly increasing the quality of code and speed of development

• Titanium: Atom 1.0 Reader Object Model 1.4
  Titanium provides the application programmer with a Atom 1.0 Object Model. The object model can be referenced in any .Net 3.5 Solution by adding a reference to the Atom Reader.dll. The object model can be instantiated by creating an instance of...

• Huagati DBML/EDMX Tools 2.11
  Huagati DBML/EDMX Tools is an add-in for Visual Studio 2008 and 2010, that adds functionality to the Linq2SQL and Entity Framework designers, adding options for comparing and synchronizing Linq-to-SQL designer diagrams with the database, for updating classes and properties generated using the Linq to SQL designer or Entity Framework designer to use