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Win32 System Programming, Second Edition focuses exclusively on non-GUI Windows system programming, helping experienced system programmers make the most of Win32 fast -- whether they're migrating UNIX applications, building new server-side software, or addressing other difficult technical challenges. This new edition is fully updated to reflect Windows 2000, with valuable new coverage of network programming, threading, synchronization, the forthcoming Win64 migration, and other issues critical to high-end enterprise development. Each chapter ends with a detailed example that shows how its techniques are used in real-world systems, as well as hands-on exercises. Expert system programmer Johnson Hart assumes developers are familiar with "generic concepts" by now, and focuses instead on the specific issues they will face in maximizing the performance and reliability of their high-end Win32 server and system applications. For all developers who need to develop reliable, high-performance Win32 applications fast -- especially those familiar with UNIX, VMS, MVS, or other high-end operating systems. Previous Edition 0-201-63465-1
This text investigates the technical requirements and methodologies for developing high-performance, non-GUI system applications within the Windows 2000 environment. Author Johnson M. Hart, an expert in system-level programming, provides a framework for experienced developers to optimize software reliability and performance. The book utilizes a combination of technical documentation, architectural analysis, and practical code examples to address the specific challenges of enterprise-level Windows development.
What You Will Find
Experts and developers frequently cite this work as a foundational resource for understanding the intricacies of the Windows system API. Readers often note the high density of technical information, which is best suited for experienced programmers rather than beginners.
Page Count:
507
Publication Date:
2000-09-22
Publisher:
Addison-Wesley Professional
ISBN-10:
0201703106
ISBN-13:
9780201703108
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