Nimrod Programming Language
http://force7.de/nimrod/

This page is about the Nimrod programming language, which combines Lisp's power with Python's readability and C's performance.

Nimrod Programming Language - efficient, expressive, elegant, statically typed, imperative, procedural, object-oriented, functional and generic

Nimrod is a new statically typed, imperative programming language, that supports procedural, object oriented, functional and generic programming styles while remaining simple and efficient. A special feature that Nimrod inherited from Lisp is that Nimrod's abstract syntax tree (AST) is part of the specification - this allows a powerful macro system which allows domain specific languages. Nimrod is a compiled, garbage-collected systems programming language which has an excellent productivity/performance ratio. Nimrod's design focuses on the 3E: efficiency, expressiveness, elegance (in the order of priority)...

Nimrod is a new statically typed, imperative programming language, that supports procedural, object oriented, functional and generic programming styles while remaining simple and efficient. A special feature that Nimrod inherited from Lisp is that Nimrod's abstract syntax tree (AST) is part of the specification - this allows a powerful macro system which allows domain specific languages.

re-Colu

@sulaimansaif in reality, the native americans did own land: http://www.salon.com/books/review/2009/08/06/cahokia/index.html [from http://twitter.com/ZainabA/statuses/3161344492]

Timothy Pauketat's "Cahokia: Ancient America's Great City on the Mississippi" MCPL has on order Aug09

physical

Useful, in-depth discussion of how memory is handled on Windows and Linux with respect to Java Virtual Machines. How to diagnose memory problems; dealing with Java heap as well as native memory exhaustion issues. Source code / demo

Processors are described as being a certain number of bits. This normally refers to the size of the registers, although there are exceptions — such as 390 31-bit — where it refers to the physical address size. For desktop and server platforms, this number is 31, 32, or 64; for embedded devices and microprocessors, it can be as low as 4. The physical address size can be the same as the register width but could be larger or smaller. Most 64-bit processors can run 32-bit programs when running a suitable OS.