
Discover tools and techniques to diagnose and optimize LiveView performance, enhancing your Elixir web applications for improved speed and responsiveness.

Explore IntelliJ Elixir's capabilities for resolving and completing code in broken files, understanding macro-heavy code, and finding definitions in DSLs for Phoenix and Ecto.

Explore runtime type-checking in Elixir with TypeCheck library. Learn its benefits, implementation, and advanced features for improved code clarity and resilience.

Explore RabbitMQ performance factors and learn to use PerfTest for simulating workloads across different topologies. Gain practical insights into optimizing RabbitMQ throughput.

Explore set-theoretic types and their potential for Elixir programming, including bug detection and code quality feedback. Learn about a type system tailored for Elixir's unique features.

Explore formal verification techniques for mission-critical software, using a financial application example to demonstrate mathematical proofs beyond standard unit testing.

Discover effective Test Driven Development techniques for Erlang systems, leveraging language-specific tools to enhance code quality and system reliability in both simple and complex projects.

Explore the impact of user context on app testing and defect response. Learn empathetic testing strategies to enhance software quality and user experience across various applications.

Discover how to prevent production downtime caused by unsafe database migrations using the excellent_migrations library, a static analysis tool for Elixir that detects potentially dangerous operations.

Explore RabbitMQ streams' design journey, internals, and new filtering feature. Gain insights into best practices, limitations, and future developments for efficient message streaming and partitioning.

Explore set-theoretic types for Elixir, their benefits in bug detection and code quality, and the concept of gradual typing. Gain insights into potential new syntax and challenges in introducing a type system.

Explore Erlfuzz, an open-source tool for generating random Erlang programs to test compilers and tools. Learn its workings, bug detection techniques, and applications in the Erlang ecosystem.

Explore optimization techniques for fast instruction dispatching in interpreters. Analyze performance, benchmarks, and assembly code to enhance compiler output and boost overall efficiency.

Explore the evolving C++ ecosystem, from compilers and debuggers to build systems and code analyzers. Gain insights into standard tools for efficient C++ development and project management.

Explore false sharing and hardware destructive interference to optimize multithreaded performance. Learn strategies to mitigate cache-related bottlenecks and improve efficiency in C++ applications.

Explore compiler outputs, static analysis, and cross-platform best practices to enhance C++ development. Build intuition for interpreting and leveraging advanced tooling features effectively.

Learn effective TDD techniques for microcontroller projects, including dual-target approach and open loop tests. Discover how to apply TDD to hardware-dependent code and improve embedded development workflows.

Explore the importance of static analysis in dependency tools for enhanced security and efficiency in software development.

Explore quantum-inspired annealing's current state, comparing quantum and classical approaches, and examining benchmarks for various optimization problems.

Learn to implement web accessibility testing using Playwright.js and axe-core, covering WCAG principles, common issues, and automated testing techniques.

Discover strategies for improving code quality at scale, focusing on eliminating lint failures through automated processes, incentives, and team-based approaches.