Elwell

- alias: 'Cheerlights to GlowOrb'
  trigger:
    platform: mqtt
    topic: cheerlightsRGB
  action:
    service_template: light.turn_on
    data_template:
      brightness_pct: 50
      rgb_color:
        - "{{ trigger.payload[1:3] | int(0,16) }}"

Elwell

LoadPlugin table
<Plugin table>
   <Table "/proc/sys/lnet/stats">
      Plugin "lustre"
      Instance "lnet"
      Separator " "
      <Result>
         InstancePrefix "msgs_alloc"
         Type gauge
         ValuesFrom 0

Elwell

 - alias: Gloworb on for ISS pass
   trigger:
     platform: state
     entity_id: binary_sensor.iss
     to: 'on'
   action:
     service: light.turn_on
     data:
       brightness: 100
       rgb_color: [0, 0, 255]

Elwell

#!/usr/bin/python3

from influxdb import InfluxDBClient
from ruuvitag_sensor.ruuvi import RuuviTagSensor

tags = {'F6:B4:FB:E9:7C:A8':'incubator'}


client = InfluxDBClient(host="localhost", port=8086, database="sensors")

Elwell

/* Arduino control for (ex) server PSU 
 * Andrew Elwell <Andrew.Elwell@gmail.com> August 2016
 * Released under BSD licence
 */

 /* Controls / Pins based on data sheet available at 
  *  https://belfuse.com/resources/PowerSolutions/SFP1050/bcd20031_ab_sfp1050-12bg.pdf
  *  
  *  A6/B4/C4/D4         +3.3 standby (power to arduino)
  *  A3/B1/B3/C1/C3/D3   Return 

Elwell

aelwell@a042:/scratch/pawsey0001/aelwell/dnet/a042$ ./dnetc -bench

distributed.net client for Linux Copyright 1997-2016, distributed.net
Please visit http://www.distributed.net/ for up-to-date contest information.
Start the client with '-help' for a list of valid command line options.


dnetc v2.9112-521-CFR-16020313 for Linux (Linux 4.4.59-92.24-default).
Please provide the *entire* version descriptor when submitting bug reports.
The distributed.net bug report pages are at http://bugs.distributed.net/

Elwell

/* Artifactory Doorbot - Arduino code to connect to reader
   and relays.

   Andrew Elwell <Amdrew.Elwell@gmail.com>
   Nov 2016
*/


/* Hardware Config - Via IRC with Lt_Lemming
 *  "I've not done the diagram yet, been too busy building it

Elwell

andrew@mythic:~$ mosquitto_sub -t 'sensors/+/json' -v
sensors/garage/json { "temp": 32.40, "humidity": 35.90 }
sensors/ESP-10264644/json { "temp": 24.1, "humidity": 56.8 }
sensors/garage/json { "temp": 32.50, "humidity": 36.00 }
sensors/ESP-10264644/json { "temp": 24.1, "humidity": 56.7 }
sensors/garage/json { "temp": 32.40, "humidity": 36.00 }
sensors/ESP-10264644/json { "temp": 24.1, "humidity": 56.5 }
sensors/garage/json { "temp": 32.40, "humidity": 36.10 }
sensors/ESP-10264644/json { "temp": 24.1, "humidity": 56.4 }
^C

Elwell

if wifi.sta.status() ~= 5 then tmr.alarm(6, 10000,0, function(d) dofile('init.lua') end) return end
if wifi.sta.status() == 5 then dofile('pub.lua') return end

Elwell

Current "standard" 
* 5500 or equivalent az/el rotator controller
* serial -> yaesu interface
* loadsa cables / boxes

New plan
* Keep the toggle switches from 5500 (nice n clunky) - even though a pair of centre off sprung would be more logical
* keep the analogue meters? 50mm height needed so >1u - UPDATE - No. Aim for 1U. Have a 2nd LCD display for Az/El current position
* Add in either LVB tracker or the arduino one http://ava.upuaut.net/?p=372
* Back panel - out with screw contacts and use something like http://www.altronics.com.au/connectors/pluggable-headers/?pins_3=6-pin