somdoron

blueprint:
  name: KNX - Light Actuator
  description: Controll Home Assistant Light entities from KNX switches.
  domain: automation
  input:
    target_light:
      name: Light
      description: The light that shall be controled.
      selector:
        target:

somdoron

def lock(idempotencyKey: String) = {
  // Producing 64bit key which is required for postgres advisory lock
  val key1 = MurmurHash3.productHash(idempotencyKey))
  val key2 = MurmurHash3.productHash(idempotencyKey, seed)
  sql"""SELECT pg_advisory_xact_lock($key1, $key2)""".query[Unit].unique
}

def fetch[T](idempotencyKey: String) =
  readonlyTransaction {
    (sql"""SELECT result 

somdoron

{
    "~'" = ("insertText:", "ʹ");
}

somdoron

#!/usr/bin/bash
# choose pulseaudio sink via rofi or dmenu
# changes default sink and moves all streams to that sink

sink=$(ponymix -t sink list|awk '/^sink/ {s=$1" "$2;getline;gsub(/^ +/,"",$0);print s" "$0}'|dmenu -p 'pulseaudio sink:'|grep -Po '[0-9]+(?=:)') &&

ponymix set-default -d $sink &&
for input in $(ponymix list -t sink-input|grep -Po '[0-9]+(?=:)');do
	echo "$input -> $sink"
	ponymix -t sink-input -d $input move $sink

somdoron

#include "../include/zmq.h"
#include <stdio.h>
#include <stdlib.h>

int main (int argc, char *argv[])
{
    const char *bind_to;
    int roundtrip_count;
    size_t message_size;

somdoron

void main() {
    char* first =
        match(char *, 1) {
            when(1):
                return "Drake";
            when(2):
                return "Charles";
            otherwise:
                return "";
            end

somdoron

module ZData = Zen.Types.Data
module Cost = Zen.Cost.Realized

Zen.Dictionary.add "returnAddress"B (ZData.Lock (ZFStar.fsToFstLock returnAddress)) Zen.Dictionary.empty
|> Cost.__force
|> ZData.DataDict
|> ZData.Dict

somdoron

// as part of arrange windows
case C_VIEW:
    {
      int x = container.x;
      int y = container.y;
      
      update_gap_geometry(&x,&y,&width,&height);
      
      container->width = width;
      container->height = height;

somdoron

open Zen.Types
open Zen.Vector
open Zen.Base
open Zen.Cost
open Zen.Asset

module E = Zen.Error
module ET = Zen.ErrorT
module Tx = Zen.TxSkeleton

somdoron

open Zen.Types
open Zen.Vector
open Zen.Base
open Zen.Cost
open Zen.Asset

module ET = Zen.ErrorT
module OT = Zen.OptionT
module Tx = Zen.TxSkeleton