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Advanced Windows Programming

Modern Systems Development for Windows 11

This book is 100% completeLast updated on 2026-07-13
Steve T. Publications

Go beyond the surface of Windows development and explore the platform from the inside out. Covering everything from kernel internals and Win32 APIs to the Windows App SDK, cloud integration, virtualization, and AI, this comprehensive reference equips experienced developers with the knowledge to build high-performance, secure, and modern Windows applications with confidence.

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About

About the Book

The modern Windows platform is a layered, evolving ecosystem where understanding both legacy APIs and contemporary frameworks is essential for building robust, performant, and secure applications. This book provides experienced software engineers and system programmers with comprehensive mastery of the Windows development stack: from kernel-mode internals and Win32/Native APIs through COM, WinRT, and the Windows App SDK, to modern deployment, virtualization, AI integration, and cloud connectivity. Every chapter is grounded in production-quality code examples written in modern C++ (with C# where idiomatic), detailed architectural analysis, real-world design patterns, and practical guidance drawn from current Microsoft documentation and industry best practices. This is not a tutorial; it is a definitive reference for developers who need to understand how Windows works at every layer and how to leverage that understanding in their own systems.

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Operating System DevelopmentC and C++Computers and Programming

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About the Author

Steve T. Publications

Steve T. is a technology professional with over 20 years of experience spanning software development, server infrastructure operations, cybersecurity, vulnerability research and reverse engineering. Throughout his career, he has built extensive expertise in designing, securing, analyzing and testing complex systems with a strong focus on identifying and understanding software and infrastructure vulnerabilities.

He currently serves in the advanced research organization of a leading cybersecurity company where he conducts advanced cybersecurity and vulnerability research alongside a team of highly skilled researchers and engineers. His work focuses on discovering and analyzing security vulnerabilities, reverse engineering software and malware, evaluating emerging threats and developing innovative techniques to strengthen the security and resilience of modern computing environments.

Outside of his professional responsibilities, Steve is passionate about sharing knowledge with the global technology community. In his free time, he collaborates with fellow researchers, industry experts and technology professionals to write practical, in-depth technical books covering a broad range of IT disciplines, including software development, cybersecurity, cloud computing, networking, DevOps, artificial intelligence and enterprise technologies.

His publications are designed to make complex technical concepts accessible through clear explanations, real-world examples, and hands-on guidance. Drawing on more than two decades of industry experience, Steve is committed to helping IT professionals, students, educators and technology enthusiasts develop practical skills and stay current with the rapidly evolving technology landscape.

Contents

Table of Contents

Modern Systems Development for Windows 11

  1. From Kernel to Cloud: Mastering the Windows Platform Internals, APIs, and Architecture

Introduction: The Windows Platform at a Crossroads

  1. What This Book Covers
  2. Who Should Read This Book
  3. How to Use This Book
  4. The Windows Versions Covered
  5. A Note on Native vs Win32 APIs

Chapter 1: The Windows Architecture – A Modern Perspective

  1. The Layered Kernel Architecture
  2. User Mode versus Kernel Mode
  3. Executive Services and the Object Manager
  4. Hardware Abstraction and Driver Stack
  5. The Modern Windows Boot Process
  6. Platform Evolution: From NT to Windows 11

Chapter 2: Win32 API Fundamentals and Native APIs

  1. The Win32 Subsystem Architecture
  2. NTDLL and the Native API Surface
  3. Modern C++ Wrappers: WRL and Windows SDK Helpers
  4. Error Handling Patterns and HRESULT Semantics
  5. When to Use Win32 Versus Native APIs
  6. Legacy Compatibility and Deprecation Tracking

Chapter 3: Processes, Threads, and Execution Management

  1. Process Creation and Lifecycle Management
  2. Thread Internals and Scheduling
  3. Fibers and Lightweight Concurrency
  4. Job Objects and Resource Isolation
  5. Modern C++ Concurrency on Windows
  6. Performance Counters and Thread Profiling

Chapter 4: Memory Management and Virtual Address Spaces

  1. Virtual Memory Architecture
  2. Heap Implementation and Custom Allocators
  3. Large Pages and Memory-Mapped Files
  4. Commit Charge and Working Set Management
  5. Modern Memory APIs: VirtualAlloc2 and Beyond
  6. Memory Diagnostics and Leak Detection

Chapter 5: Synchronization, Locking, and Atomic Operations

  1. Critical Sections and Mutex Objects
  2. Semaphores, Events, and Wait Mechanisms
  3. Reader/Writer Locks and Slim Reader/Writer (SRW)
  4. Hardware Atomic Operations and Memory Barriers
  5. Condition Variables and Modern C++ Synchronization
  6. Deadlock Detection and Concurrency Debugging

Chapter 6: File Systems, Registry, and Storage Subsystems

  1. NTFS Architecture and Advanced Features
  2. ReFS and Modern Storage Requirements
  3. File System Filter Drivers and Minifilters
  4. Registry Internals and Configuration Management
  5. Volume Shadow Copy and Backup APIs
  6. Cloud Files and OneDrive Integration
  7. ACLs, SACLs, and Access Check Mechanism
  8. Mandatory Integrity Control and UAC
  9. File System and Registry Virtualization
  10. Modern Authentication: OAuth, Kerberos, and Windows Hello
  11. Secure Boot, TPM, and Hardware Root of Trust
  12. Modern Service Patterns with C++ and C#
  13. Driver Development Model and WDF
  14. IRP Processing and I/O Stack
  15. Plug and Play and Power Management
  16. Device Installation and Driver Signing
  17. WinHTTP and HTTP/2 Implementation
  18. TLS, SSL, and Certificate Management
  19. Network Isolation and Container Networking
  20. Cloud Integration Patterns and Azure SDK

Chapter 10: COM, WinRT, and Component Architecture

  1. COM Fundamentals and Object Lifetime
  2. Apartment Threading Model and Marshaling
  3. COM Registration and Activation
  4. WinRT: The Modern Component Platform
  5. Projections: C++, C#, and WinRT Interop
  6. ABI Contracts and Cross-Language Design

Chapter 11: Graphics, Multimedia, and UI Frameworks

  1. The Graphics Stack: From GDI to D3D12
  2. Direct3D 12 Architecture and Programming Model
  3. Direct2D, DirectWrite, and Text Rendering
  4. Multimedia: Media Foundation and Audio APIs
  5. WinUI 3 and the Windows App SDK
  6. XAML Architecture and Modern UI Patterns

Chapter 12: Shell Integration, IPC, and System Services

  1. Shell Extension Architecture
  2. Context Menus and File Handler Integration
  3. Named Pipes and Mailslot Communication
  4. Shared Memory and Memory-Mapped IPC
  5. Clipboard, Drag-and-Drop, and Data Exchange
  6. Modern IPC Patterns and Message Queues

WinDbg Preview commands (commonly used)

Debuggee machine (kernel debugger settings)

Debugger machine

  1. Memory Analysis and Crash Dump Diagnostics
  2. Performance Profiling with VTune and PerfView
  3. Production Diagnostics and Telemetry
  4. Application Verifier and Concurrency Violation Detection

Chapter 14: Modern Deployment, Virtualization, and Future Directions

  1. MSIX Packaging and Modern Deployment
  2. Windows Containers and Kubernetes Integration
  3. WSL Architecture and Interop Patterns
  4. Virtualization-Based Security and HVCI
  5. DirectML, ONNX Runtime, and AI on Windows
  6. Platform Evolution and Future Directions

Conclusion: Mastery Through Understanding

  1. Key Takeaways
  2. The Evolving Landscape

References

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