linuxkidd

blueprint:
  name: "Z-Wave JS Scene Controller Zooz Zen37 800LR"
  description: Create automations for the Zooz Zen37 800LR 4 button scene controller using the Z-WAVE JS integration.
  domain: automation
  input:
    zen37lr:
      name: Zooz ZEN37 wall remote
      description: "List of available Zen37 800LR wall remotes."
      selector:
          device:

linuxkidd

#!/usr/bin/python                    

import socket, time, signal, sys

def signal_handler(signal, frame):
  print('\nCtrl-C received from keyboard - script exiting')
  sys.exit(0)

signal.signal(signal.SIGINT, signal_handler)

linuxkidd

#############################################################################
#############################################################################
## Safe this file as:
##    /etc/nginx/sites-enabled/nginx-speedify
##
## Assumptions:
##  - You have Speedify and Speedify GUI packages installed
##
## Notes:
##  1. You may wish to change the 'listen' ports to prevent conflicts with

linuxkidd

#!/usr/bin/env python
"""
Filename: update_rbd_directory.py
Written by: Michael J. Kidd aka linuxkidd
Version: 2.0
Last modified: 2022-03-16

Usage help:
  ./update_rbd_directory.py --help

linuxkidd

#!/bin/gawk
# call with the "pg of interest" as parameter, as in:
# gawk -v PGID=21.37a7 -f this-file < log

func logtm(tst)
{
  gsub(/[:.]/," ",tst); split(tst,x);
  return x[1]*3600 + x[2]*60 + x[3] + x[4]/1000.0
}

linuxkidd

#!/usr/bin/awk -f

/^[0-9].*dev[0-9]*-[0-9]*/{
	diskpos=2
	if ( $2 ~ /(A|P)M/ ) 
		diskpos=3
	dev[$diskpos]=1
	histo[$diskpos][int($NF)]++
}

linuxkidd

#!/usr/bin/awk -f

/^[0-9].*dev[0-9]*-[0-9]*/{
        diskpos=2
	awaitpos=8
        if ( $2 ~ /(A|P)M/ ) {
                diskpos=3
		awaitpos=9
	}
        dev[$diskpos]=1

linuxkidd

#!/usr/bin/awk -f

function mydtstamp(mydt) {
    split($1,tparts,":")
    switch($2){ 
        case "AM":
            if(tparts[1]==12)
                tparts[1]="00"
            break
        case "PM":

linuxkidd

#!/usr/bin/python3

import array,json,paho.mqtt.client as mqtt,re,sys,time
mqttc=mqtt.Client("cpimporter")
mqttc.connect("172.16.22.2", port=1883)

debugout=0
cleartopic=0
publishtopic=1

linuxkidd

I used 'gpsd' running on linux, along with node-red (with the node-red-contrib-gpsd node to make a GPS to MQTT bridge.

Node Flow: