Installing

yay -S ownlang

Key features

Higher-order functions

operations= {"+":def(a,b)= a+b,"-":def(a,b)= a-b,"*":def(a,b)= a*b,"/":::division}defdivision(v1, v2) {if (v2==0)return"error: division by zero"return v1/ v2}for name,operation : operations {  println"2"+ name+" 3 ="+ operation(2,3)}

Pattern Matching

deffactorial(n)=match n {case0:1case nif n<0:0case_: n* factorial(n-1)}deffizzbuzz(limit=100) {for i=1, i<= limit, i++ {    printlnmatch [i%3==0, i%5==0] {case (true,false):"Fizz"case (false,true):"Buzz"case (true,true):"FizzBuzz"case_: i    }  }}// runfizzbuzz()

Functional data operations

use std, functionalnums= [1,2,3,4,5,6,7,8,9,10]nums= filter(nums,def(x)= x%2==0)// Squares of even numberssquares= map(nums,def(x)= x* x)foreach(squares,::echo)// Sum of squaressum= reduce(squares,0,def(x, y)= x+ y)println"Sum:"+ sum// Same using streamprintln"Sum:"+ stream(range(1,11))  .filter(def(x)= x%2==0)  .map(def(x)= x* x)  .reduce(0,def(x, y)= x+ y)

Operator overloading

use std, types, mathdef`..`(a, b)= range(a, b)def`**`(a, b)= int(pow(a, b))fory :1 ..10 {  println sprintf("2 ^ %d = %d", y,2** y)}

Network module

use std, http, functional, json// GET requesthttp("https://api.github.com/events",def(r) {  events= jsondecode(r)  println events[0]})// POST requesthttp("http://jsonplaceholder.typicode.com/users","POST", {"name":"OwnLang","versionCode":10},::echo)// PATCH requesthttp("http://jsonplaceholder.typicode.com/users/2","PATCH", {"name":"Patched Name"},::patch_callback)defpatch_callback(v) {  println v}

Language specification

Build

Run

License