6 Apps One Code with Angular
Learn to build cross-platform applications efficiently using Angular, exploring techniques for code reuse and optimizing development across web, mobile, and desktop platforms.
Design Command-Line Tools People Love
Design command-line tools that developers love: structure for reusability, leverage Go libraries, improve testability, and create user-friendly interfaces with natural commands and helpful outputs.
Building Isomorphic Apps
Explore isomorphic JavaScript apps: sharing code between browser and server for improved performance, maintainability, and SEO. Learn techniques, tools, and frameworks for building modern web applications.
The C++ Type System is Your Friend
Explore how C++'s type system and templates can create efficient, safe, and reusable code through lightweight abstractions, type-rich APIs, and zero-overhead template techniques.
Ionic, ngrx and Angular - Building Web and Mobile Apps with One Code Base
Learn to build web and mobile apps using Angular, Ionic, and ngrx. Maximize code reuse, understand Redux pattern, and avoid common pitfalls in cross-platform development.
Ionic, ngrx and Angular - Building Web and Mobile Apps with One Code Base
Learn to build Angular web and Ionic mobile apps with maximum code reuse using ngrx and custom npm packages. Discover tips and tricks to save time and avoid common pitfalls in cross-platform development.
Adapting ASP.NET Core MVC to Your Needs
Explore ASP.NET Core MVC's flexibility and extensibility, learning to customize the framework for improved reusability and tailored solutions in web development.
Design Pattern for Test Automation
Amplify code reusability and enhance test automation planning with best practices for designing maintainable and efficient frameworks.
What Scala Taught Me About Software Engineering
Explore how Scala's principles and features influence software engineering practices, enhancing your approach to coding across languages.
Rails Engines: What They Are and How to Use Them
Explore Rails Engines: their nature, implementation, and use cases. Gain insights into this powerful yet underutilized feature of Ruby on Rails.
Having Fun with Generics and Abstract Classes in C#
Explore advanced C# concepts with Don Wibier: abstract classes, generics, and their practical applications for optimizing code and building flexible, reusable foundations in application development.
Chasing the Holy Grail - Reusable Web Components and Design Tokens
Explore building design systems with reusable web components and design tokens for efficient, framework-agnostic frontend development across multiple projects.
Building Blocks and How to Use Them: A MongooseIM Case Study - Code BEAM America 2022
Explore MongooseIM's evolution, Erlang design patterns, and reusable libraries extracted from this open-source messaging server. Learn about scalable architecture and community-driven development.
Inheritance in C# OOP - Part 5
Explore inheritance in C# OOP through practical examples. Learn implementation techniques, benefits, and code organization for enhanced reusability in programming.
Design Patterns Usage in Java - CodeCamp
Explore essential Java design patterns, their importance, and industry applications. Dive deep into 3 common patterns for improved coding practices.
Generics in Java - Generic Methods and Classes
Explore Java generics, focusing on generic methods and classes. Learn advantages and practical applications through examples.
Reintroduction to Generic Programming for C++ Engineers - C++Now 2024
Explore generic programming in C++20 with concepts, simplifying complex ideas for all engineers to create robust, maintainable software. Fresh perspective on fundamental principles.
Writing Clean Scientific Software
Learn strategies for writing readable, reusable, and maintainable scientific code. Master techniques for creating concise functions, restructuring complex code, and effective commenting.
Learning Libraries of Programmatic Policies
Discover how artificial agents can learn and maintain libraries of reusable behaviors for solving sequential decision-making problems through programming and neural network approaches.