janosroden's Stars
ManimCommunity/manim
A community-maintained Python framework for creating mathematical animations.
deviantony/docker-elk
The Elastic stack (ELK) powered by Docker and Compose.
bytecodealliance/wasmtime
A fast and secure runtime for WebAssembly
borisdayma/dalle-mini
DALL·E Mini - Generate images from a text prompt
mame/quine-relay
An uroboros program with 100+ programming languages
dagster-io/dagster
An orchestration platform for the development, production, and observation of data assets.
open-policy-agent/opa
Open Policy Agent (OPA) is an open source, general-purpose policy engine.
fission/fission
Fast and Simple Serverless Functions for Kubernetes
3b1b/videos
Code for the manim-generated scenes used in 3blue1brown videos
dhall-lang/dhall-lang
Maintainable configuration files
cweijan/vscode-database-client
Database Client For Visual Studio Code
dfinity/ic
Internet Computer blockchain source: the client/replica software run by nodes
chubin/rate.sx
:moneybag: curl cryptocurrencies exchange rates
WebAssembly/proposals
Tracking WebAssembly proposals
rrousselGit/functional_widget
A code generator to write widgets as function without loosing the benefits of classes.
sudograph/sudograph
GraphQL database for the Internet Computer
dougdellolio/coinbasepro-csharp
The unofficial .NET/C# client library for the Coinbase Pro/GDAX API
kentonv/lanparty
Netboot a fleet of machines from a single master image
Abion47/darq
A port of .NET's LINQ IEnumerable functions to Dart.
dfinity/quill
Governance & ledger toolkit for cold wallets
tOgg1/graphene-django-cud
Easy and painless CUD-mutations for graphene-django.
stopak/ICPunks
dfinity/keysmith
Hierarchical Deterministic Key Derivation for the Internet Computer
DFINITY-Education/data-structures
In this course, students will learn about the foundational elements of data structures as well as how they work on the Internet Computer. Module 1 serves as an intro to this unit, providing context for data structure design and the tradeoffs to consider when weighing which to use in certain projects. Module 2 and 3 explore the distinction between Motoko's differing styles for writing data structures: object-oriented (collection of functions that mutate state), and pure (no methods, no mutations). Module 4 builds on the data structures explored so far. Students will get hands-on experience via the IC's `BigMap` library, learning to scale their data structures beyond a single canister in the process.
fnx-io/i69n
Alternative i18n tool for Dart and Flutter.
enzoh/superheroes
A simple example that demonstrates how to build a CRUD application on the Internet Computer using Motoko and React.
dive/ios-simulator-scenarios-to-gpx
iOS simulator routes converted to GPX (converter included)
hey24sheep/vsts-flutter-tasks
Moved to a new project azure-flutter-tasks
sidinaz/routex
Identify your logic with URI, apply any number of composable asynchronous or synchronous handlers using intuitive syntax and return anything as a result, all that with powerful and flexible error handling and testing.
cdeler/dbutils_typehint
Python3 typehints for https://docs.databricks.com/dev-tools/databricks-utils.html