ClojureDart

A Clojure dialect targeting Dart and Flutter

[Baptiste Dupuch @BaptisteDupuch]

This made my day! You too can build awesome product & company using @ClojureDart !

[Christophe Grand @cgrand]

Having too much fun with ClojureDart and Flutter!

[Baptiste Dupuch @BaptisteDupuch]

Nice @ClojureDart shout out in @jeayewilkerson new blog post about jank-lang https://t.co/imgUhqY7tK

[Baptiste Dupuch @BaptisteDupuch]

Looks like it’s here to stay and power @ClojureDart

[Christophe Grand @cgrand]

Working on the ClojureDart long form documentation https://t.co/9Yb4Zk6qvK

[Christophe Grand @cgrand]

Developing a consumer app is humbling. We made a budget app. 9 out of 10 users stop at “what’s your budget?”

[Baptiste Dupuch @BaptisteDupuch]

If you doubt how much reach you can get with the Dart programming language (and @ClojureDart )

[Christophe Grand @cgrand]

ClojureDart stack traces are now sourcemapped and highlight the failing expression.

[Baptiste Dupuch @BaptisteDupuch]

Attending @Flutter_Connect today representing @ClojureDart ! Come say hello 👋 - and big thanks to @mhadaily for the invite

[Christophe Grand @cgrand]

ClojureDart has a new join-with function which has accelerated datastructure support. What is it useful for? Some examples 👇🧵

[Christophe Grand @cgrand]

ClojureDart has now an accelerated merge on maps.
https://t.co/8sLlyLBiG7

[Christophe Grand @cgrand]

ClojureDart repl coming for real!

[Baptiste Dupuch @BaptisteDupuch]

An other awesome app written in @ClojureDart and @FlutterDev https://t.co/t954OKRMi3

[Baptiste Dupuch @BaptisteDupuch]

When working on the first few drafts of @ClojureDart we had a diary. We wrote down reasoning behind the design/features. Unfortunately it was not blog posts

[Christophe Grand @cgrand]

New article: beyond swap! The transactor pattern https://t.co/6nGMQziXLV #clojure

[Peter Strömberg aka PEZ @pappapez]

Yay! Clojure crunching fibonacci numbers faster than C! Over at Clojurians Slack, @valerauko came up with a way to trick the #Clojure compiler and JVM JIT to generate code that runs at 200ms for “fib 40” on my machine. Significantly faster than the C version currently used by the Languages project, which runs at 250ms. We're not completely sure why this happens. The same trick can be applied to the Java implementation, which then runs at C speed. (So there are two mysteries here.)

The code needs to be compiled with direct linking, so if you try this: Compile the code using the binding in the Rich comment form before running the benchmark, which will run on the compiled class as long as you don't save the file after compiling. Also:
- To compile you need to have a `classes` subdirectory at the project root.
- To run the compiled class, `"classes"` needs to be on your classpath.

For anyone wondering why we don't go for iterative or tail recursion. It's not the point with this benchmark, which is using naïve fibonacci to see how recursion and function call overhead is handled by a given language.

[Baptiste Dupuch @BaptisteDupuch]

We've been asked many times how to configure a CI for building iOS/macOs/Android apps with ClojureDart. Here is a repo using Github Actions with a full working configuration. https://t.co/jom8fMvuVk

[ClojureDart @ClojureDart]

Large team plan: 500€/month https://t.co/SbNjfAJF2P

[ClojureDart @ClojureDart]

Announcing ClojureDart Open-Source support plans (basically sponsorship but in an accountant friendly package) https://t.co/zDSEM5VKZo

[ClojureDart @ClojureDart]

Small team plan: 100€/month https://t.co/2iD9KqUDYW