The Motoko base library

In this course, students will learn how to develop web applications on the IC and ultimately implement an open auction platform similar to eBay. Module 1 serves as an intro to this unit, providing a primer for web development by reviewing canister messaging, HTTP requests, cycles, and autonomous canisters. Module 2 introduces students to the ide…

An on-chain game server protocol weaving together ICP games into one universally accessible database, supercharged with modular game logic, composable data standards, and customizable access control for interactions across game worlds. With additional features for payments, minting, and burning.

Build a DAO on the Internet Computer in 7 days and learn Motoko.

Package manager for the Motoko programming language

A platform for discovering games, deploying game builds to smart contract canisters, creating NFT & Token collections, airdrops, payments, in-game minting & burning, configuring World smart contracts and more.

In this course, students will learn about the foundational elements of programming languages as well as the design principles behind Motoko and the Internet Computer, and will build their own simple stack machine using these ideas. Module 1 serves as an intro to this unit, providing historical context for programming language design and how this…

A Motoko template for deploying a custom World canister manually. A World canister is the "game server" of your game, regulating the logic and rules governing your game economy. Note: We recommend deploying a World from the Game Launcher website, this repo is only for devs wanting to manually write their World canister.

Serialization and Deserialization library for motoko

Generic Motoko library for sequential data

dstar II exchange

Encoding Package for Motoko

Testing Framework for Motoko

EVM transactions creation, encoding, and decoding library in pure Motoko

HTTP Request Parser for Motoko

Motoko fuzzing library

Example of monitoring a canister with Prometheus

A library with utility functions and data types for creating efficient iterators in Motoko.

Adaption of BNT-3 ICRC1 Compliant Payment Flow with web workers, Tailwind & more.