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Learning to write and reuse software components yields enormous gains in programmer productivity and application performance and reliability. Plugging in tested code for proven components saves time across all phases of development and testing. Sharing components provides consistent behavior across applications, and fixing a bug in component code repairs all applications that use it.Steal This Code! is an ultra-functional handbook of C and C++/MFC techniques for creating reusable code components providing Windows 95 and Windows NT programmers with the tools they need to develop efficient, reusable code modules and libraries. This book walks readers through the steps involved in creating Win32, MFC, and OLE control components, then applies these techniques through numerous practical examples.The included disk contains a library of components developed by the author that use the techniques demonstrated in the book - a library that readers can plunder at will when creating individual drop-in code modules.
This book investigates the methodology and practical implementation of creating reusable software components to enhance programmer productivity and application reliability within the Windows 95 and Windows NT environments. Al Williams, an experienced software developer, provides a technical framework for transitioning from monolithic coding to modular, component-based architecture. By leveraging C, C++, and MFC, the author argues that standardized, tested code modules significantly reduce development time and simplify long-term maintenance across complex software projects.
What You Will Find
Experts and developers frequently cite this work as a practical, hands-on resource for programmers transitioning to component-based development in the mid-1990s Windows ecosystem. Readers often note the technical density of the C++ and MFC examples, which serve as a foundational guide for building modular software architectures.
Page Count:
357
Publication Date:
1995-12-15
Publisher:
Addison-Wesley
ISBN-10:
0201409984
ISBN-13:
9780201409987
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