Network utilities for Node.js
General utilities for plugins to use
Utility functions for working with TypeScript's API. Successor to the wonderful tsutils. 🛠️️
nothin but nets. http client that works in node and browsers
webpack Validation Utils
Type utilities for working with TypeScript + ESLint together
Utilities for ESLint plugins.
General purpose level set extraction
Utilities for working with TypeScript + ESLint together
Utilities for collecting TSConfigs for linting scenarios.
Shared Vitest utility functions
utility functions for archiver
No description provided.
A set of utility functions for expect and related packages
AST utility module for statically analyzing JSX
merge() utility function
Utilities for SQL instrumentations
Redis utilities for redis instrumentations
Captures and cleans stack traces
Utilities for ESLint plugins.
Utilities for Floating UI
Reactive utilities for Embla Carousel
A set of utilities to assist developers of tools that build N-API native add-ons
The official runtime utils for Standard Schema
A small wrapper to Net::LDAP to provide some extended functionality and utility.
This class removes repetitive code
Neural Net Backgammon utility library - just a bit of messing about - nothing serious.
Lucene.Net is a source code, class-per-class, API-per-API and algorithmatic port of the Java Lucene search engine to the C# and .NET platform utilizing Microsoft .NET Framework. Lucene.Net sticks to the APIs and classes used in the original Java implementation of Lucene. The API names as well as class names are preserved with the intention of giving Lucene.Net the look and feel of the C# language and the .NET Framework. For example, the method Hits.length() in the Java implementation now reads Hits.Length() in the C# port. In addition to the APIs and classes port to C#, the algorithm of Java Lucene is ported to C# Lucene. This means an index created with Java Lucene is back-and-forth compatible with the C# Lucene; both at reading, writing and updating. In fact a Lucene index can be concurrently searched and updated using Java Lucene and C# Lucene processes.
Utility functions for authenticating users via Harvard's OpenID provider, CS50 ID (https://id.cs50.net/)
RubyNEAT -- Neural Evolution of Augmenting Topologies for Ruby. By way of an enhanced form of Genetic Algorithms -- the NEAT algorithm, populations of neural nets are evolved to handle pre-defined goals. RubyNEAT is the first implementation of the NEAT algorithm for Ruby, and it leverages Ruby's power to implement the NEAT algorithm in a way that would be difficult to do in other languages. The 'activation function' is largely standalone. Basically, activation is achieved by functional programming. Meaning, once your network is evolved, you can extract it as source code you can then utilize without the RubyNEAT engine. RubyNEAT can be used for nearly any Machine Learning task you can dream of, because it's also extensible and modular. See http://rubyneat.com for the details.