See this issue.
Docker best practise to Control and configure Docker with systemd.
-
Create
daemon.json
file in/etc/docker
:{"hosts": ["tcp://0.0.0.0:2375", "unix:///var/run/docker.sock"]}
/////////////////////////////////////////////////////////////////////////////////////// | |
// This program uses the ESP8266 Wifi module to access a webpage. It's an adaptation of | |
// the program discussed at http://hackaday.io/project/3072/instructions | |
// and shown here http://dunarbin.com/esp8266/retroBrowser.ino . | |
// | |
// This program was ported to the ZPUino 2.0, a softcore processor that runs on an FPGA | |
// and emulates an Arduino. | |
// | |
// This program works with version 00160901 of the ESP8266 firmware. | |
/////////////////////////////////////////////////////////////////////////////////////// |
Use this as an example on how to start the virtual console without the need of Java Web Start or accessing it from the web interface. | |
You can use the user and password that you use for the web interface. | |
You need an old JRE... I used 1.7.0_80 from the Server JRE package, also I have tested successfully 1.7.0_79 with MacOS. | |
You don't need to install it, just extract it or copy the files in "jre" folder. | |
Open the viewer.jnlp file that you get by launching the virtual console from the web interface with a text editor. | |
Note the urls to the jar files. Download the main jar file avctKVM.jar and the libs for your operating system and architecture. | |
Extract the dlls (.so Linux, .jnilib MacOS) from the jar libs. |
See this issue.
Docker best practise to Control and configure Docker with systemd.
Create daemon.json
file in /etc/docker
:
{"hosts": ["tcp://0.0.0.0:2375", "unix:///var/run/docker.sock"]}
key.ign
qemu-kvm
Run this command to get the a qemu-kvm virtual machine for Red Hat CoreOS instance running:
#ThermoZztat | |
# These are example segments meant to be copied into the 3 main files. | |
############### Examples for Configuration.yaml ############### | |
switch: | |
- platform: mqtt | |
name: "Upstairs Fan" | |
command_topic: "cmnd/ThermoZztat/POWER1" | |
state_topic: "stat/ThermoZztat/POWER1" | |
qos: 1 |
This is a simple guide on how to automate UK lights with a Shelly 1 by installing the shelly 1 relay into the ceiling pendant which has both permanent live, neutral and a switched live back from the wall switch.
These steps are from my own experience making my lighting "smart" but also user friendly (it works via a wall switch!). This simple guide will go through replacing an a normal ceiling pendant with one with room for a Shelly 1. If you have a ceiling light with a bigger base it's even easier.
Warning Electrical regulations must be followed by law. If you are not a competent person under the regulations do not attempt electrical work. https://www.diydoctor.org.uk/projects/electrical_safety.htm
This diagram has been taken from here and modified to include the Shelly 1.