7 Best-Selling Component Object Model Books Millions Trust

When Thuan L. Thai set out to write this book, his deep expertise in advanced C++ and distributed computing shaped a clear and methodical guide for mastering DCOM. You learn how to build secure, maintainable distributed components using C++ and Microsoft tools, with detailed explanations of underlying remote procedure calls, threading models, security, and the DCOM wire protocol. Chapters cover essential topics such as COM interfaces, error handling, ATL wizards, and integrating components with Visual Basic, equipping you with both theoretical foundations and practical insights. This book suits Windows programmers aiming to understand and leverage DCOM for scalable, flexible application development.

When Adam Denning and Roger Heinen set out to write this guide, their goal was to demystify OLE custom controls for Windows developers. You get an in-depth look at how these reusable components operate under the hood, alongside practical insights on creating your own. Specific chapters break down the architecture and implementation details, providing you with a toolkit to build more modular and maintainable applications. This book suits programmers aiming to deepen their understanding of Windows componentware, especially those working closely with OLE and the Component Object Model.

This tailored book explores advanced Component Object Model programming techniques with a focus on your unique interests and goals. It examines the architecture, interface design, and memory management practices that underpin effective COM development, while providing tailored insights that match your background. The book reveals how to harness deeper control over COM components, from mastering threading models to integrating ActiveX controls and leveraging COM+ services, all personalized to enhance your learning experience. By concentrating on the aspects most relevant to your projects and skill level, this book guides you through sophisticated concepts and practical challenges in COM programming, making complex ideas accessible and applicable in your development work.

Unlike most Component Object Model books that focus solely on technical specifications, David Chappell explores the strategic significance of OLE and ActiveX in software development. He carefully traces the evolution from component software to OLE and then to COM, unpacking complex concepts like structured storage and monikers in accessible terms. You’ll gain a practical understanding of how these technologies interrelate and why they matter for developers and managers alike, especially in chapters that detail Uniform Data Transfer and OLE Automation. This book suits professionals seeking to grasp underlying frameworks rather than just coding details, offering clarity on often-overlooked architectural aspects.

What started as a deep dive into Microsoft's Component Object Model (COM) led Dale Rogerson, a seasoned software developer, to craft a guide that demystifies this foundational technology. You’ll learn how to build refined COM components with a hands-on approach tailored for programmers comfortable with C++. The book walks you through COM design principles, with concrete code examples that clarify complex concepts like OLE and ActiveX integration. If you're working with distributed computing in Windows environments or preparing for COM's adaptation to UNIX and other platforms, this book grounds you in the essential skills needed to navigate and harness COM effectively.

Dale Rogerson's experience with Microsoft's Component Object Model (COM) clearly shapes this detailed exploration of COM's architecture and programming interfaces. The book guides you through the foundational concepts and practical implementations, including COM+, DCOM, and ATL, helping you understand how these technologies enable software component reuse and interoperability. With 404 pages of focused content, it suits developers aiming to deepen their grasp of COM's design and application in Windows environments. If you're building or maintaining COM-based systems, this book provides the technical depth needed to navigate complex component interactions effectively.

This tailored book explores practical application and coding of the Component Object Model (COM) through a rapid learning plan designed specifically for your background and goals. It combines foundational concepts with targeted coding exercises, focusing on the core principles of COM interfaces, object lifetimes, and component interaction. By matching your interests and skill level, this tailored guide reveals how to build robust COM components and master essential programming patterns efficiently. It covers step-by-step actions that help you grasp complex COM architecture, integrate ActiveX controls, and apply COM in real-world scenarios with clarity and confidence.

Unlike most Component Object Model books that focus on surface-level tool usage, Thuan L Thai’s Learning DCOM delves into the underlying architecture of distributed objects with a clear, no-nonsense approach. You learn how DCOM’s communication works beneath the hood, including remote procedure calls, class-object relationships, and security essentials, which equips you to write robust, maintainable C++ programs. The book doesn’t just show you how to click through Visual C++ wizards; it explains what happens behind the scenes, such as the wire protocol and threading models, so you can debug and optimize effectively. If you're a Windows programmer looking to master component-based software beyond the basics, this book gives you the foundational insights and practical tools to do so.

John E. Swanke draws on decades of experience with COM and C++ to guide you through building client/server applications using MFC, ActiveX, ATL, ADO, and COM+. You’ll gain hands-on insights into integrating these technologies, with clear examples that illuminate complex concepts like COM+ architecture and networked application design. The book suits developers who want a practical, example-driven path to mastering COM applications, especially those working with Visual C++ and MFC environments. Chapters on ActiveX controls and ADO demonstrate real implementation scenarios, making this an accessible resource for improving your COM programming skills.