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Large-Scale C++ Software Design John Lakos
Publisher: Addison Wesley

Brian McNamara and Yannis Smaragdakis. The company's software and design expertise have been leveraged in a broad range of industries including defense, intelligence, simulation, industrial control, transportation, finance, medical and communications. The networked global information grid . Jul 30, 2012 - Combine Intel® C++ compilers, Fortran compilers, libraries, and error-checking, security, and profiling tools to maximize performance, security, and reliability. Dec 3, 2005 - Following up on a comment from Udi Dahan about physical design Len Holgate points out that. In First Workshop on C++ Template Programming, Erfurt, Germany, October 10 2000. If you're working in C++ and you haven't read Large-Scale C++ Software Design (APC) by John Lakos then you really should. Project performance scaling on large systems with more cores. Industry-leading application performance that scales as processor core count and vector width increase; Efficiently scale on tomorrow's hardware while preserving investment in existing code. Apr 29, 2010 - C++ Gotchas: Avoiding Common Problems in Coding and Design by Stephen C. Design with data and avoid wasted effort. Dec 27, 2013 - Large-scale C++ software design. An example is Qt Compiler differences or versioning differences - Different versions of compilers, or different compilers altogether, may support functionality/libraries that aren't supported by other compilers. Oct 28, 2008 - These new features significantly ease the integration of large-scale real-time applications with high-capacity networked sensors that are often used in radar and imaging applications. Pick up lakos' 'large-scale c++ software design' for an outdated, yet highly insightful discussion on what efforts become necessary when dealing with really large code bases (>1 million lines of code). May 13, 2013 - Recently I've been browsing source code of large applications written in C++ to learn a bit but I couldn't help but notice that most if not all use a lot of IFDEFs and class-less functions (where they could have been class members/methods).