Backendless CodeRunner for Node.js
Run code!
A Brython-Coderunner IDE
React UI layer for `code-runner` — provides a `useRunner` hook, a `RunnerShell` component, per-language wrapper components, and a unified `CodeRunner` component for running JavaScript, Python, Go, Rust, and Java in the browser.
Repo for a multipurpose coderunner interface for multiple languages, used mainly for implementation into other projects
a fast way to write quick one-off snippets of code for demo purposes without having to manage/cleanup files
A simple Atlas theme for making editable processingjs sketches
Vue 2 code runner component
Vue 3 code runner component
React code runner component
A simple way to safely run user code written in Typescript.
vanilla javascript simple code edittor component
Isolated Runtime Core
Coding test component
 
React hooks and components for the EnclaveJS streaming runtime
No description provided.
Timing framework to measure algorithmic efficiency
Run Claude Code as an autonomous agent in Docker & Podman containers
Python IDE in Browser
vuepress 在线运行 Vue 单文件
A Javascript library for creating and working regular expressions. It offers API to transform regexes all the way into deterministic finite automata (DFA) and back. Is not supposed to be used to match strings, but rather to display how regexes work.
Run programs using jdoodle compiler
A Way to run Node.js apps on CloudMine's Logic Engine
CodeRunner is a framework for the automated running and analysis of simulations. It automatically generates any necessary input files, organises the output data and analyses it. Because it is a modular system, it can easily be customised to work with any system and any simulation code. One of its greatest strengths is that it is independent of any one simulation code; thus it can easily plot and compare the data from different codes.
This module allows Trinity, the Multiscale Gyrokinetic Turbulent Transport solver for Fusion Reactors, to harness the power of CodeRunner, a framework for the automated running and analysis of simulations.
GS2 is a gyrokinetic flux tube initial value turbulence code which can be used for fusion or astrophysical plasmas. CodeRunner is a framework for the automated running and analysis of large simulations. This module allows GS2 (and its sister code AstroGK) to harness the power of the CodeRunner framework.
This is a customised subclass of the CodeRunner::Run class which allows CodeRunner to run and analyse the gyrofluid GPU turbulent transport solver Gryfx.
A CodeRunner module for the Veritas Vlasov Solver
A framework which allows the optimisation of the performance of magnetically confined fusion devices.
A CodeRunner module to help you do your budget
A module for CodeRunner to allow arbitrary scripts to be run. Installed automatically with the coderunner gem.
A module which allows the GENE gyrokinetic code to be run using the CodeRunner framework.
A module to allow CodeRunner to run the integrated tokamak modelling suite Cronos. Requires matlab and matlab-ruby (Cronos also requires Matlab).
A gem to allow coderunner to run the trinity code directly.
A module to allow CodeRunner to run the Grad-Shafranov solver ECOM
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No description provided.
No description provided.