Multi Threading Model in Paradox Games - Past, Present and Future
Explore the evolution of multi-threading models in Paradox grand strategy games, from past implementations to current systems and future possibilities for improved performance and complexity.
A Journey to Performance - Using Rust in Mercurial
Explore Rust's impact on Mercurial's performance, focusing on 'hg status' optimization. Learn about interoperability, data structures, and version control internals for significant speed improvements.
Gprofng - The Next Generation GNU Profiling Tool
Explore gprofng, a next-gen Linux profiling tool for C, C++, Java, and Scala. Learn its features, architecture, and advantages over gprof through practical examples and future development plans.
Rethinking Web UI's with WebGL
Explore Makepad, an experimental livecoding environment using WebGL for UI rendering. Learn about its architecture, GPU-compiled JS, and innovative approaches to styling and data visualization.
Reinventing the Web Browser for Modern Computers
Explore the future of web browsing with Mozilla's Mark Mayo as he discusses performance optimization, memory management, and API innovations for a better browsing experience.
A Whirlwind Overview of C++11
Comprehensive overview of C++11 features, covering lambdas, uniform initialization, auto, rvalue references, multithreading, smart pointers, and new STL containers for improved code clarity and performance.
Scaling with C++11
Techniques for building hyperscalable software: design principles, multithreading patterns, memory management, and asynchronous I/O in C++11 for maximizing parallel execution and reducing inter-thread dependencies.
A System for Resource Deadlock Prevention Using Intrusive Dynamic Analysis
Explore a framework for preventing resource deadlocks in multithreaded programs using intrusive dynamic analysis. Learn implementation, integration, and potential future developments.
Threads and Shared Variables in C++0x
Explores C++0x's introduction of threads and shared variable semantics, focusing on the memory model, atomic operations, and challenges in designing meaningful multithreaded programs with sequential consistency.
Multiplatform C++
Learn techniques for writing portable C++ code across platforms, addressing common challenges in file systems, networking, and multithreading for Windows, Unix, and Mac OS.
Implementation of a Multithreaded Compile-Time ECS in C++14
Explore efficient game architecture using C++14 metaprogramming to create a compile-time, multithreaded entity-component system, focusing on reusability, parallelism, and intuitive syntax.
Multithreading is the Answer. What Was the Question? Part II
Explore challenges, solutions, and best practices for multithreaded C++ applications, covering architecture, design patterns, and C++11/17 features for improved readability and maintainability.
Multithreading is the Answer. What Was the Question? - Part I
Explore multithreading concepts, challenges, and solutions in C++ development. Learn when to use or avoid multithreaded code, and discover techniques for improved readability and maintainability.
Multithreading Using Lockless Lists and RCU
Explore lockless lists and RCU technology for efficient multithreading in C++. Learn implementation techniques, benefits, and real-world applications in high-performance network daemons.
Writing Python Bindings for C++ Libraries for Performance and Ease of Use
Learn to create Python bindings for C++ libraries, enhancing performance and usability. Explore memory management, data conversion, multi-threading, and API design for seamless integration.
Python Concurrency - From Beginner to Pro
Comprehensive guide to Python concurrency, covering processes, threads, modules, race conditions, and the GIL. Includes coding examples and activities to build a multithreaded and multiprocessing web server.
Practical Guide to Kill Optimization - Testing and Other SW Project Beasts
Practical guide for tackling software project challenges, focusing on optimization, testing, and best practices in Python development.
Using All These Cores - Transactional Memory in PyPy
Explore transactional memory in PyPy for safe multithreading without the Global Interpreter Lock. Learn about implementation, performance, and potential future impacts on Python programming.
The GIL is Dead - PyPy-STM
Explore PyPy's Software Transactional Memory, enabling GIL-free Python execution on multiple cores. Learn to identify and resolve STM conflicts for improved performance in large codebases.
Python Multithreading and Multiprocessing - Concurrency and Parallelism
Explore Python's threading and multiprocessing packages for concurrent and parallel programming. Learn best practices, overcome common issues, and master key concepts for efficient development.
Functional Python with Mochi
Explore functional programming in Python with Mochi, a language that compiles to Python bytecode. Learn about tail recursion, pattern matching, and other functional features to enhance your coding skills.