An unusual Web UI Framework for Haskell
See the code
A brand new client side Web UI framework for Haskell that explores an entirely new paradigm. It does not follow FRP (think Reflex or Reactive Banana), or Elm architecture, but aims to combine the best parts of both.
Work in progress tutorials are published in the Concur Documentation site
It has three backends -
React based, called concur-react. You can use the Concur-React Quickstart Template to quickly get started.
An example of using Native React Widgets is here - Drag Drop Sortable List Widget (React) - Demo - Demonstrates Concur binding to React-Sortable-Tree.
Virtual-Dom based, called concur-vdom. (Bitrotten). You can use the Concur-Vdom Quickstart Template to quickly get started.
Replica (i.e. remote virtual-dom) based, called concur-replica. Created and maintained by pkamenarsky. Head to its project page for more information.
Access some performance benchmarks here - https://ajnsit.github.io/concur-benchmarks/
Concur's model translates well to other platforms.
JavaScript
89.4%
Haskell
10.6%
An unusual Web UI Framework for Haskell
See the code
A brand new client side Web UI framework for Haskell that explores an entirely new paradigm. It does not follow FRP (think Reflex or Reactive Banana), or Elm architecture, but aims to combine the best parts of both.
Work in progress tutorials are published in the Concur Documentation site
It has three backends -
React based, called concur-react. You can use the Concur-React Quickstart Template to quickly get started.
An example of using Native React Widgets is here - Drag Drop Sortable List Widget (React) - Demo - Demonstrates Concur binding to React-Sortable-Tree.
Virtual-Dom based, called concur-vdom. (Bitrotten). You can use the Concur-Vdom Quickstart Template to quickly get started.
Replica (i.e. remote virtual-dom) based, called concur-replica. Created and maintained by pkamenarsky. Head to its project page for more information.
Access some performance benchmarks here - https://ajnsit.github.io/concur-benchmarks/
Concur's model translates well to other platforms.
JavaScript
89.4%
Haskell
10.6%