7 Best-Selling COM, DCOM and ATL Books Millions Love

The methods Richard Grimes developed while navigating the complexities of distributed component object model programming shine through in this detailed guide. You explore practical techniques for mastering DCOM's architecture and programming nuances, including critical insights into communication protocols and object lifecycle management. This book suits developers aiming to deepen their expertise in Windows-based component programming and those tackling enterprise-level software integration challenges. Though dense, its thoroughness offers a solid foundation for building reliable, scalable distributed applications within the COM and DCOM frameworks.

After years of mastering advanced C++ and distributed computing, Thuan L. Thai crafted this guide to demystify DCOM for programmers ready to build secure, scalable components. You'll gain a clear understanding of how remote procedure calls underpin DCOM, how to manage object lifecycles, and navigate threading and security complexities. The book walks you through Microsoft’s tools and wizards but never leaves you guessing about what happens behind the scenes, including deep dives into MIDL, marshaling, and COM+ features. If you want to write maintainable distributed applications on Windows platforms and grasp the nuts and bolts of DCOM communication, this book suits your needs perfectly.

This tailored book explores proven COM methods for building scalable, maintainable applications, crafted to match your background and specific goals. It carefully examines core COM concepts, architectural principles, and advanced programming techniques that enable robust software development. By focusing on your interests, the book provides a clear pathway through interface design, object lifecycle management, threading models, and integration with ATL and ActiveX, ensuring you gain practical knowledge suited to your projects. This personalized approach distills insights millions of developers have found valuable, combining established practices with a custom focus that accelerates your mastery of COM programming.

After years immersed in software development, Dale Rogerson crafted this book to demystify Microsoft's Component Object Model (COM) for programmers ready to deepen their understanding beyond basics. You learn how to build elegant, robust COM components with detailed code examples, gaining insights into COM's design principles and its practical applications in ActiveX and OLE. The book targets intermediate to advanced C++ developers and those working with distributed computing frameworks who want a solid grasp of COM's role across various platforms including UNIX and MVS. Rogerson's clear explanations strip away complexity, making COM accessible without oversimplifying its intricacies.

David S. Platt’s background in programming shines through in this second edition, where he breaks down complex COM and ActiveX concepts into manageable lessons. You’ll explore practical topics like OLE automation, distributed COM, and Active Template Library, supported by 16 MB of sample code that helps bridge theory and practice. The book suits programmers eager to deepen their understanding of Windows component object model technologies, especially those dealing with ActiveX controls and DCOM for networked applications. While the material is dense, the workbook style guides you through intricate subjects such as structured storage, smart pointers, and thread management, making it a solid resource for developers working with Microsoft’s COM architecture.

Dale Rogerson approaches Microsoft's Component Object Model with a detailed, hands-on perspective that reveals the intricacies behind COM's architecture and application. This book dives into the technical mechanics, offering you clarity on topics like interface design, memory management, and COM threading models. You'll find specific explanations of COM's role in software interoperability, which is essential if you work with legacy systems or Windows-based component software. While it’s technical, the book suits developers who want a solid grounding in COM fundamentals and practical insights for building or maintaining component-based applications.

This tailored book explores the development of DCOM components with a focus on rapid progress and secure design. It combines established principles of distributed computing with a personalized approach that matches your background and learning goals. You’ll engage with clear, step-by-step guidance that covers essential DCOM architecture, security practices, and component integration, allowing you to build distributed systems effectively and confidently. By focusing on your interests and skill level, this book reveals practical insights into component threading, interface design, and communication protocols. It provides a tailored roadmap that helps you master complex concepts without wading through unnecessary material, making your learning efficient and deeply relevant.

The unique appeal that made this book so popular lies in its thorough approach to Microsoft Foundation Classes (MFC), especially tailored for Windows applications. Clayton Walnum and Paul Robichaux guide you through advanced database programming and the nuances of Windows 95 controls, helping you customize MFC programs to fit specific needs. You learn to build your own classes, which deepens your grasp of MFC beyond surface-level usage. This book suits developers aiming to master Windows programming with MFC, particularly those integrating complex controls and database operations into their applications.

What started as a need to simplify bewildering ActiveX/OLE programming documentation became Donis Marshall's practical guide for Windows developers moving into COM and OLE. You get a methodical walkthrough of building stable components using Microsoft Foundation Classes, with a focus on inter-application linking via object embedding and containment. Marshall’s clear explanations help you grasp core COM concepts and apply them, whether or not you stick with MFC. This book suits programmers with moderate C++ skills eager to master ActiveX/OLE without getting lost in fragmented references, but if you’re a complete beginner in C++ or MFC, some prior knowledge is essential to fully benefit.