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exercises

Solutions to https://protohackers.com/ problems in Go.

Guided hands-on JavaScript basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: javascript, web, ecmascript, programming.

Guided hands-on PHP basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: php, web, backend, programming.

Guided hands-on C basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: c, systems, low-level, programming.

Guided hands-on HTML basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: html, web, markup, semantic-html.

Guided hands-on CSS basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: css, web, styling, layout, flexbox, grid.

Guided hands-on F# basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: fsharp, functional, dotnet, programming.

Guided hands-on C++ basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: cplusplus, cpp, systems, programming.

Guided hands-on C# basics course: a numbered sequence of self-contained lessons, each with a README, starter code (before/) and a worked solution (after/). Ideal for beginners. Keywords: csharp, dotnet, programming, oop.

Algorithms Exercises solved in C++17, running with CMake and Catch2 unittest framework. Developed with TDD.

Algorithms Exercises solved in C (GNU11), running with CMake and Catch2 (C++) unittest framework. Developed with TDD.

Ruby: Command-line utilities and scripts; Experiments, exercises, learning, etc.

Selected exercises found on the web or prompted by others

Exercice Python. Manipulation de données et logique simple.

Exercice d’algorithmique en Python. Implémentation de l’algorithme de Trinker. Objectif : comprendre la logique et la manipulation des listes.

A collection of exercises to practice the basics of Java. Includes basic programming tasks, sample solutions and theoretical questions.

Repository supporting the training: Functional programming for Java Developers

Java exercises from basic to advanced features for someone just staring to learn java and wants to gets his hands dirty by writing simple assignments.