
Explore challenges and solutions in integrating SpiderMonkey with Servo, focusing on Rust's type system for enforcing safety rules and developing a custom compiler plugin for error verification.

Explore Game Boy emulator creation in Rust, covering hardware aspects, implementation techniques, and deployment across multiple platforms including web browsers and mobile devices.

Explore common pitfalls in Rust FFI, learn principles for writing safe and correct code, and discover effective strategies to avoid potential issues when working with foreign function interfaces.

Explore the development of Kestrel, a high-performance cross-platform web server for ASP.NET Core, and learn about optimization techniques for building fast web servers in .NET.

Explore the high-performance Kestrel web server for ASP.NET Core, its architecture, and optimization techniques for building fast web applications.

Explore NBench, a .NET performance testing framework for measuring throughput, memory allocation, and GC overhead. Learn its API, benefits, and how it addresses performance lifecycle management challenges.

Explore web service performance optimization through a detective story, uncovering issues in CPU, memory, and IIS using telemetry, profiling, and ASP.NET insights.

Methodically measure and improve .NET garbage collector performance. Learn to identify and fix GC issues, reduce memory traffic, and optimize heap-based designs for better application efficiency.

Learn advanced techniques for troubleshooting complex .NET issues like hangs, memory leaks, and crashes through hands-on demonstrations and expert insights.

Explore Linux-based debugging and profiling techniques for .NET Core apps, including perf, LTTNG, and core dump analysis, to tackle production issues and optimize performance.

Explore ETW's powerful diagnostic capabilities for Windows developers, covering CPU, memory, concurrency, and more. Learn to diagnose complex issues and build self-diagnosing applications using innovative performance tools.

Explore multi-level strategies for optimizing C++ applications, covering design issues, data structures, algorithms, memory allocation, and modern hardware considerations.

Explore Linux-specific tools for debugging and profiling .NET Core apps, including perf, LTTNG, and core dump analysis, to tackle production issues and optimize performance.

Explore C++ performance optimization techniques, covering design issues, data structures, memory allocation, modern CPUs, move semantics, and string handling, with practical examples and measurement strategies.

Explore techniques for building a memory profiler in C++, focusing on strategies to intercept memory allocations, capture call stacks, and analyze memory usage patterns for optimization and debugging.

Explore lessons from porting Doom 3 to Java, uncovering insights about game development, 3D graphics, and unexpected revelations about Java's strengths and limitations compared to C++.

Explore advanced memory management techniques in .NET, including custom allocators, stack allocation for reference types, and hacking the 'new' keyword. Dive into IL code and x86 machine code generation.

Explore techniques and code patterns for high-performance C#, from analysis to optimization. Learn to identify bottlenecks and apply optimization strategies used in database engine development.

Explore designing multi-language libraries with stable APIs, C-interfaces, and composition. Learn about memory management, error handling, and bridging primitive and sophisticated systems.

Explore modern C++ techniques for kernel driver development, covering memory management, synchronization, and data structures optimized for the Windows kernel environment.

Explore C++ smart pointers, focusing on shared_ptr and unique_ptr. Learn usage, performance implications, and advanced techniques for effective memory management in modern C++ programming.