Client for the Uber API
Pure-Javascript version of the H3 library, a hexagon-based geographic grid system
Stats object for reporting performance statistics
JavaScript environment detection for browser and Node
JavaScript debug logging for browser and Node
Data visualization library based on React and d3.
JavaScript console instrumentation for browser and Node
The Uber Direct JS SDK is an npm package that allows developers to easily interact with the Uber Direct API.
Makes it possible to use DOMPurify on server and client in the same way.
TypeScript declaration files for deck.gl
TypeScript definitions for viewport-mercator-project
GeoJSON editing modes for nebula.gl
Node.js Phabricator Conduit API client
DOMPurify is a DOM-only, super-fast, uber-tolerant XSS sanitizer for HTML, MathML and SVG. It's written in JavaScript and works in all modern browsers (Safari, Opera (15+), Internet Explorer (10+), Firefox and Chrome - as well as almost anything else usin
A suite of 3D-enabled data editing layers, suitable for deck.gl
IO library for reading and writing XVIZ messages
TypeScript definitions for react-vis
JavaScript browser-based testing utilities
OpenTelemetry Exporter Jaeger allows user to send collected traces to Jaeger
Open the map app of the user's choice with a specific location.
A suite of 3D-enabled data editing overlays, suitable for deck.gl
Conversion utilities between H3 indexes and GeoJSON
The base eslint config for web JavaScript at Uber
JavaScript benchmarking utility
Ruby client for the Uber API. Supports all endpoints, but please read the oauth_example on Github for how to generate bearer tokens
Provides easy way to interact with the Uber API in any kind of application
Drop Zone is a solution to the problem of restricted sales in censored markets. The proposal is for the design of a protocol and reference client that encodes the location and a brief description of a good onto The Blockchain. Those wishing to purchase the good can search for items within a user-requested radius. Sellers list a good as available within a geographic region, subject to some degree of precision, for the purpose of obfuscating their precise location. Goods are announced next to an expiration, a hashtag, and if space permits, a description. Once a buyer finds a good in a defined relative proximity, a secure communication channel is opened between the parties on the Bitcoin test network ("testnet"). Once negotiations are complete, the buyer sends payment to the seller via the address listed on the Bitcoin mainnet. This spend action establishes reputation for the buyer, and potentially for the seller. Once paid, the seller is to furnish the exact GPS coordinates of the good to the buyer (alongside a small note such as "Check in the crevice of the tree"). When the buyer successfully picks up the item at the specified location, the buyer then issues a receipt with a note by spending flake to the address of the original post. In this way, sellers receive a reputation score. The solution is akin to that of Craigslist.org or Uber, but is distributed and as such provides nearly risk-free terms to contraband sellers, and drastically reduced risk to contraband buyers.
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