An implementation of the Fibonacci heap data structure
benchmark tooling that loves you ❤️
Small library to simplify working with Generators and Iterators in Javascript / Typescript
Curated collection of data structures for the JavaScript/TypeScript.
Unabashedly-barebones memoization library with an aim toward speed
vitest plugin for CodSpeed
Utilities for running tasks on worker threads
Memoization decorator that caches function results based on arguments. Returns cached results for subsequent calls with the same arguments.
MetaMask example snap demonstrating the use of WebAssembly and the `endowment:webassembly` permission
A pino 'transport' for writing to a tcp, udp, or unix socket
Benchmark.js compatibility layer for CodSpeed
Reuse objects and functions with style
tinybench compatibility layer for CodSpeed
WebSocket browser client with reconnect back-off feature.
Functional memoization Utility
Calculate fibonacci numbers for endless iterations.
A CLI to use OpenAI Codex to create xegos, small composable files that spark projects.
⚠️ EXPERIMENTAL - DO NOT USE - VES styling language (unstable, buggy, not for production or development)
like touch(1) in node
This is a library to easily handle and create web-workers, if you are a web developer and never tried this... do not wait any longer! Workers are an amazing option to improve user experience and make your webpages even greater
Downloade counter for the swc project
like `chown -R`
Node.js's util module for all engines
Minimal Fibonacci sequence component
Applies retry behavior to arbitrary code blocks with different policies like fibonacci, exponential backoff, FixedInterval, etc. This basically is the 'retry' construct on steroids.
A simple ruby gem to generate different types of math series like Odd, Even, Fibonacci series
This is a fibonacci-heap priority-queue implementation. That means insert: O(1) decrease_priority: Amortized O(1) delete_min: Amortized O(log n) This project is different from K. Kodamas PQueue in that it allows a decrease key operation. That makes PriorityQueue usable for algorithms like dijkstras shortest path algorithm, while PQueue is more suitable for Heapsort and the like.
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