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In designing large-scale C++ applications, you are entering a dimension barely skimmed by most C++ books, particularly considering experience with small programming projects does not scale up to larger projects. This book unites high-level design concepts with specific C++ programming details to reveal practical methods for planning and implementing high-quality large C++ systems. You will learn the importance of physical design in large systems, how to structure your software as an acyclic hierarchy of components, and techniques for reducing link-time and compile-time dependencies. Then the book turns to logical design issues--architecting a component, designing a function, and implementing an object--all in the context of a large-project environment.
Beck wants to encourage readers to re-examine their preconceptions of how software development ought to occur. He does just that in this overview of Extreme Programming, a controversial approach to software development which challenges the notion that the cost of changing a piece of software must rise dramatically over the course of time.
At first glance, building and deploying applications seem simple enough. But in fact, difficult releases without any confidence or processes backing them are very common. Integration and management of a new deployment can be laborious and fraught with risk. So as team size and volume of projects grow, management becomes more difficult and risk more pronounced. This book is a guide to the implementation of good processes in a .NET environment. Author Marc Holmes focuses on actual implementation, and details patterns and anti-patterns to watch out for. He also provides a practical and in-depth look at NAnt and CruiseControl.NET, and solutions to common problem scenarios. For additional insights, visit the author’s blog, Marc: My Words.
The GNU Autotools make it easy for developers to create software that is portable across many UNIX-like operating systems. Thousands of open source software packages use the Autotools, but the learning curve is unfortunately steep, and it can be difficult for a beginner to find anything more than basic reference material on using the powerful software suite. InAutotools, author John Calcote begins with an overview of high-level concepts; then tackles more advanced topics, like using the M4 macro processor with Autoconf, extending the Automake framework, and building Java and C# sources. You'll learn how to: Master the Autotools build system to maximize your software's portability Generate Autoconf configuration scripts to simplify the compilation process Produce portable makefiles with Automake Build cross-platform software libraries with Libtool Write your own Autoconf macros Autotoolsalso includes a variety of complete projects that you're encouraged to work through to gain a real-world sense of how to become an Autotools practitioner. For example, you'll turn the FLAIM and Jupiter projects' hand-coded, makefile-based build systems into a powerful Autotools-based build system.