- The official website of Imba

  •        33

Official site for Imba. Work in progress.


css-loader : ^0.28.9
express : ^4.13.2
extract-text-webpack-plugin : ^3.0.2
highlight.js : ^8.8.0
imba : ^1.3.2
imba-router : ^0.1.1
less : ^2.5.1
less-loader : ^4.0.5
less-plugin-autoprefix : ^1.5.1
less-plugin-clean-css : ^1.5.1
marked : ^0.3.5
octonode : ^0.7.4
source-map : ^0.5.3
style-loader : ^0.20.1
uglifyjs-webpack-plugin : ^1.2.2
webpack : ^3.10.0
webpack-assets-manifest : ^1.0.0



Related Projects

imba - The new programming language for web apps

  •    Javascript

if ruby and react had an indentation-based child, what would it look like? Imba is a new programming language for the web that compiles to performant and readable JavaScript. It has language level support for defining, extending, subclassing, instantiating and rendering dom nodes. To get started with Imba, we recommend reading through the official guide. If you just want to get going, clone hello-world-imba and follow the readme.

imba - 🐤 The friendly full-stack language

  •    Javascript

Imba is a friendly full-stack programming language for the web that compiles to performant JavaScript. It has language-level support for defining, extending, subclassing, instantiating and rendering DOM nodes. To get started with Imba, we recommend reading through the official guide.

zio - unified io lib for pwning development written in python

  •    Python

zio is an easy-to-use io library for pwning development, supporting an unified interface for local process pwning and TCP socket io. The primary goal of zio is to provide unified io interface between process stdin/stdout and TCP socket io. So when you have done local pwning development, you only need to change the io target to pwn the remote server.

explorer - Data Explorer by Keen IO - point-and-click interface for analyzing and visualizing event data

  •    Javascript

Check out the demo here. The Keen IO Explorer is an open source point-and-click interface for querying and visualizing your event data. It's maintained by the team at Keen IO. If you haven’t done so already, login to Keen IO to create a project for your app. You'll need a Keen IO account to create a project. The Project ID and API Keys are available on the Project Overview page. You will need these for the next steps.

Unbuffered Overlapped IO .NET library

  •    DotNet

C# library for unbuffered overlapped disk IO operations, based on .NET IO Thread pool and Stream-alike interface.

raspi-io - An IO plugin for Johnny-Five that provides support for the Raspberry Pi

  •    Javascript

Raspi-io is a Firmata API compatible library for Raspbian running on the Raspberry Pi that can be used as an I/O plugin with Johnny-Five. The API docs for this module can be found on the Johnny-Five Wiki, except for the constructor which is documented below. Raspi IO supports all models of the Raspberry Pi, except for the Model A. If you have a bug report, feature request, or wish to contribute code, please be sure to check out the Contributing Guide.

cats-effect - The IO monad for Scala

  •    Scala

For when purity just isn't impure enough. In this way, IO is more similar to common Task implementations than it is to the classic scalaz.effect.IO or even Haskell's IO, both of which are purely synchronous in nature. As Haskell's runtime uses green threading, a synchronous IO (and the requisite thread blocking) makes a lot of sense. With Scala though, we're either on a runtime with native threads (the JVM) or only a single thread (JavaScript), meaning that asynchronous effects are every bit as important as synchronous ones.

async-io-demo - demo for rust asynchronous io: from mio to stackless coroutine

  •    Rust

2019 is approaching. The rust team keeps their promise about asynchronous IO: async is introduced as keywords, Pin, Future, Poll and await! is introduced into standard library. I have never used rust for asynchronous IO programming earlier, so I almost know nothing about it. However, I would use it for a project recently but couldn't find many documents that are remarkably helpful for newbie of rust asynchronous programming.

io - Dataset, streaming, and file system extensions maintained by TensorFlow SIG-IO

  •    C++

TensorFlow I/O is a collection of file systems and file formats that are not available in TensorFlow's built-in support. A full list of supported file systems and file formats by TensorFlow I/O can be found here. In the above MNIST example, the URL's to access the dataset files are passed directly to the tfio.IODataset.from_mnist API call. This is due to the inherent support that tensorflow-io provides for HTTP/HTTPS file system, thus eliminating the need for downloading and saving datasets on a local directory.

  •    Io is an open source tool that helps you analyze and optimize your website speed and performance, based on performance best practices rules.

EspruinoWebIDE - The Espruino Web IDE - A Chrome Web App for programming Espruino

  •    Javascript

A VT100 Serial Terminal as a Chrome Web App (with both syntax highlighted and graphical editors) - designed for writing code on microcontrollers that use the Espruino JavaScript interpreter. It can also run natively via Node.js and Electron, or a version with limited IO can be used as a website. It implements basic VT100 terminal features (up/down/left/right/etc) - enough for you to write code using the Espruino. You can also use the right-hand pane to write JavaScript code on the PC, and can then click the 'transfer' icon to send that code directly down the Serial Port.

keras-io - Keras documentation, hosted live at

  •    Jupyter

This repository hosts the code used to generate the website. It will take a while the first time because it's going to pull the image and the dependencies, but on the next times it'll be much faster.

io - Io programming language

  •    C

Io programming language

commons-io - Mirror of Apache Commons IO

  •    Java

The Apache Commons IO library contains utility classes, stream implementations, file filters, file comparators, endian transformation classes, and much more.

node-promise - Promise utilities for Node

  •    Javascript

MIT License. The node-promise project provides a complete promise implementation. Promises provide a clean separation of concerns between asynchronous behavior and the interface so asynchronous functions can be called without callbacks, and callback interaction can be done on the generic promise interface. The node-promise package provides just a promise implementation, however, is recommended for more complete promise-based IO functionality. The promised-io includes the promise implementation from node-promise, as well as wrappers around Node's filesystem and other system I/O APIs for consistent promise-based interaction.

libsourcey - C++14 evented IO libraries for high performance networking and media based applications

  •    C++

LibSourcey is a collection of cross platform C++14 modules and classes that provide developers with an arsenal for rapidly developing high performance network based p2p and media streaming applications. Think of it as the power and performance of libuv combined with the features of FFmpeg, OpenCV and WebRTC, all integrated with the ease and readability of the stl (C++ Standard Library). Event-based IO — Core modules are built on top of libuv (the underlying C library that powers nodejs) and use event-based asynchronous IO throughout to maximize performance and minimize concurrency reliance for building mission critical native and server side apps.

Apache Commons IO - Commons IO

  •    Java

Commons-IO contains utility classes, stream implementations, file filters, file comparators and endian classes.

promised-io - Promise-based IO for JavaScript.

  •    Javascript

Promise-based IO for JavaScript.

mraa - Linux Library for low speed IO Communication in C with bindings for C++, Python, Node

  •    C

Libmraa is a C/C++ library with bindings to Java, Python and JavaScript to interface with the IO on Galileo, Edison & other platforms, with a structured and sane API where port names/numbering matches the board that you are on. Use of libmraa does not tie you to specific hardware with board detection done at runtime you can create portable code that will work across the supported platforms. The intent is to make it easier for developers and sensor manufacturers to map their sensors & actuators on top of supported hardware and to allow control of low level communication protocol by high level languages & constructs.

We have large collection of open source products. Follow the tags from Tag Cloud >>

Open source products are scattered around the web. Please provide information about the open source projects you own / you use. Add Projects.