Large-Scale C++ Software Design by John Lakos

Large-Scale C++ Software Design John Lakos ebook
ISBN: 0201633620,
Publisher: Addison Wesley
Page: 870
Format: djvu

Releases duetto, a compiler designed to develop integrated (backend and frontend) web applications in C++. Nov 23, 2007 - As a member of the IC Division at Mentor Graphics Corporation, I am fortunate to have worked with many bright, talented software engineers, developing very large systems. Taken from: Large Scale C++ Software Design by John Lakos, 1996. C++ "Large-Scale C++ Software Design" by John Lakos, page 2, Anddison Wesley Longman Inc. Don't use “using namespace” directive in header files. Jun 29, 2011 - The object-oriented paradigm is notorious for demanding more design effort and savy than its procedural counterpart. It forfeit the purpose of having namespaces. Jan 4, 2014 - Large Scale C++ Software Design (John Lakos) Lakos explains techniques to manage very big C++ software projects. If you are looking to optimize build time, look at the book Large Scale C++ Software Design by John Lakos. With us you will be designing and implementing a high scale production system in COSMOS (Map/Reduce) that analyze terabytes of signals, run complex machine learning algorithms and model user states, items relationships and many more. Dec 22, 2012 - I read it from cover to end only to find out later that it was going to be the course book for the AI module I took in Kingston University. May 11, 2014 - The Xbox Recommendation team is looking for an extremely technical, smart and highly motivated software developer with passion and experience in building large scale data systems using MAP/REDUCE technologies. In a book i'm reading about C++ software programming called : Large-Scale C++ Software Design The author does not utilize namespaces at all specially. Certainly a good read, if it only was up to date. Dec 9, 2012 - If #include dsp.h, but don't use anything from file2.h for example, does the compiler know? Oct 31, 2013 - Today Leaning Technologies Ltd. Apr 4, 2013 - Currently it can only compete in terms of performance (it seems to be the most efficient C++ math library for many operations) and in terms of software architecture and design.