Open Source Software Library

Drupal distribution built around WET-BOEW for accessible multilingual government websites.

This project was designed to integrate with Statistic Canada’s The Zone platform. In The Zone, users can create individual workspaces with Kubeflow Notebooks. To persist their work, users can attach volumes to their notebooks. These volumes are not automatically deleted when a notebook is deleted. Users are free to move them or to reuse them. As a result, over time, users tend to amass several unused volumes. These volumes sit on the cloud and result in unnecessary costs. The purpose of this project is to design an automatic system that detects these unused volumes and safely removes them, reducing unnecessary expenditure. Despite being primarily designed for Statistics Canada, this project strongly values open-source practices. The codebase is available for public use and the entire development process is documented on the issues page. The volume cleaner was designed to have as little coupling as possible so it can easily integrate into projects outside Statistics Canada. Using open-source and being open-source was an important development philosophy.

Web components and packages for building Ontario government digital services.

Ready-to-use integration kit for Ontario Design System applications.

Open Data is structured data (data with a pattern that makes it easy to search and use) that is machine-readable, freely shared, used and built on without restrictions.

This Directive outlines requirements for ministries and provincial agencies on listing all data inventories, publishing open data, and preparing information systems to support ongoing open data requirements. The open data initiative supports government efficiency, effectiveness and innovation. Faster and easier access to government data through a one-window data portal facilitates evidence-based policy, informs service delivery and promotes greater transparency and accountability. The open data initiative also supports public engagement and participation by allowing Ontarians to develop their own analysis, insights, and digital products. To support this implementation of the directive, an Open Data Guidebook is available as a tool and resource to Ontario ministries and provincial agencies. The Open Data Directive is a Management Board of Cabinet Directive, issued under the Management Board of Cabinet Act.

BC Sans (2.0) is an open-source "living" typeface developed for government to improve the readability and delivery of digital services. It was designed to support special characters and syllabics found in Indigenous Languages in B.C.

The B.C. Design System gives design and software development teams the building blocks to deliver intuitive, accessible digital services.

The Digital Marketplace is a web application that administers British Columbia's Code With Us and Sprint With Us procurement programs. It enables (1) public sector employees to create and publish procurement opportunities, and (2) vendors to submit proposals to these opportunities.

Aries Verifiable Credentials Registry (VCR), part of the Hyperledger Aries family of Digital Trust technologies, provides a searchable public directory based on Verifiable Credentials (VCs). It was historically known as both OrgBook (which is actually a deployment of Aries VCR) and Indy Catalyst. Aries VCR is actively developed by the British Columbia Government’s Digital Trust Team in Canada, and the most well-known live example is OrgBook BC. In an instance of Aries VCR, credentials can be issued from a variety of authorities about subjects in the instance. A core set of credentials are issued by an authority responsible for “creating” the subject. Other credentials can then be issued against the subject of these core credentials. All credentials are stored in a secure digital wallet and accessed via its website or the public API. This means an instance of Aries VCR can be an authoritative public registry of any referenceable information.

Database schema documentation tooling used in B.C. government projects.

Shared form service for hosted public-sector forms.

Common single sign-on service components for B.C. government.

Registry tooling for platform services and product teams.

Developer experience resources and tooling for B.C. government teams.

OpenShift helper tooling used by B.C. natural resource applications.

CI/CD pipeline patterns for B.C. climate action systems.

PostgreSQL deployment tooling for OpenShift workloads.

An Open511 validator and converter

Users interact with D‑Wave quantum computers through a web user interface (UI), and through open-source tools that communicate with the Solver API (SAPI). The SAPI components are responsible for user interaction, user authentication, and work scheduling. In turn, SAPI connects to back-end servers that send problems to and return results from QPUs and additional solvers, which are located in different geographical regions (for example, North America or Europe).[1]

Shared API for binary quadratic models and samplers in D-Wave Ocean.

dwave-system is an API for easily incorporating D-Wave quantum computers as a sampler in the Ocean software stack, directly or through the Leap service’s cloud-based hybrid solvers. It includes DWaveSampler, a dimod sampler that accepts and passes system parameters such as system identification and authentication down the stack, StrideHybridSolver, for Leap’s Stride™ hybrid solver, and others. It also includes several useful composites—layers of pre- and post-processing—that can be used with DWaveSampler to handle minor-embedding, optimize chain strength, etc.

minorminer is a heuristic tool for minor embedding: given a minor and target graph, it tries to find a mapping that embeds the minor into the target.

Client library for accessing D-Wave cloud solvers.

Hybrid asynchronous decomposition framework for quantum-classical workflows.

NetworkX algorithms and generators for D-Wave optimization examples.

Constraint satisfaction tooling for converting CSPs to binary quadratic models.

Penalty model generation tools for binary quadratic optimization.

Template language created by Shopify and used in Shopify themes.

Static analysis and linting tool for Shopify themes.

Command-line tooling for building Shopify apps and themes.

React framework for building custom Shopify storefronts.

Design system and React components for Shopify admin experiences.

Proxy for simulating network and system conditions in tests.

Ruby payment abstraction library used by ecommerce applications.

Ruby boot-time optimizer and cache library.

Blob-level caching solution for ActiveRecord models.

ActiveJob extension for interruptible and resumable background jobs.

DSL RBI generator for Sorbet-typed Ruby applications.

Language server for Ruby editor features.

High-performance React Native list component.

React Native renderer for the Skia graphics engine.

Monorepo of JavaScript utilities and libraries from Shopify.

Drag-and-drop JavaScript library.

Go client library for Apache Kafka.

Laravel-based open-source content management system with Canadian company roots.

ApostropheCMS is a full-stack content management system built with Node.js and MongoDB. Content creators can edit directly on live pages without switching between admin interfaces, while developers can build with modern JavaScript or use it headlessly with any frontend framework.

Jupyter Book is an open-source tool for building publication-quality books and documents from computational material. Jupyter Book allows users to write their content in Markdown files or Jupyter notebooks, include computational elements (e.g., code cells) in either type, include rich syntax such as citations, cross-references, and numbered equations, and using a simple command, run the embedded code cells, cache the outputs and convert this content into: a web-based interactive book and a publication-quality PDF.

The Littlest JupyterHub (TLJH) distribution helps you provide Jupyter Notebooks to 1-100 users on a single server. The primary audience are people who do not consider themselves 'system administrators' but would like to provide hosted Jupyter Notebooks for their students or users. All users are provided with the same environment, and administrators can easily install libraries into this environment without any specialized knowledge.

Orekit is a low level space dynamics library written in Java. Orekit is designed to be easily used in very different contexts, from quick studies up to critical operations. As a library, Orekit provides basic elements (orbits, dates, attitude, frames, ...) and various algorithms to handle them (conversions, propagations, pointing, events detection, orbit determination ...).