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If you are using a Raspberry Pi, the best approach is just to follow the guide over at the Tuya-Convert git and then skip down to Configuring Tasmota for the Brilliant Plug. This approach has been tried and tested and just keeps getting simpler. Over on YouTube digiblurDIY has a great guide following from the Tuya-Convert procedure which is great for beginners.
When combining the definitions of the bridge and things in one file, the system did behave quite strange. Things were not updated or I had to rename the broker. Accordingly I moved the definition of the bridge in a separate file.
At the moment i switch from Mqtt 1.x to Mqtt2.x binding and wonder why it get so complicated (to get fancy ui integration) and dont forward the clean&easy way.
The new MQTT architecture has been realized in an easy extensible, modular way. The different bundles are fully test covered to live up to the high coding standards of openHAB.
This reference provides the following API documentation for send and receiver applications.
LIRC is a package that allows you to decode and send infra-red signals of many (but not all) commonly used remote controls.
Recent linux kernels makes it possible to use some IR remote controls as regular input devices. Sometimes this makes LIRC redundant. However, LIRC offers more flexibility and functionality and is still the right tool in a lot of scenarios.
The most important part of LIRC is the lircd daemon which decodes IR signals received by the device drivers and provides the information on a socket. It also accepts commands for IR signals to be sent if the hardware supports this.
The user space applications allows you to control your computer with your remote control. You can send X11 events to applications, start programs and much more on just one button press. The possible applications are obvious: Infra-red mouse, remote control for your TV tuner card or CD-ROM, shutdown by remote, program your VCR and/or satellite tuner with your computer, etc. Using lirc on Raspberry Pie is quite popular these days.
Recent linux kernels makes it possible to use some IR remote controls as regular input devices. Sometimes this makes LIRC redundant. However, LIRC offers more flexibility and functionality and is still the right tool in a lot of scenarios.
The most important part of LIRC is the lircd daemon which decodes IR signals received by the device drivers and provides the information on a socket. It also accepts commands for IR signals to be sent if the hardware supports this.
The user space applications allows you to control your computer with your remote control. You can send X11 events to applications, start programs and much more on just one button press. The possible applications are obvious: Infra-red mouse, remote control for your TV tuner card or CD-ROM, shutdown by remote, program your VCR and/or satellite tuner with your computer, etc. Using lirc on Raspberry Pie is quite popular these days.
The information resource for all wireless device applications filed with the FCC.
MQTT Explorer is a comprehensive MQTT client that provides a structured overview of your MQTT topics and makes working with devices/services on your broker dead-simple.
The "open Home Automation Bus" (openHAB) is an open source, technology agnostic home automation platform which runs as the center of your smart home. Besides 200 other add-ons for all kinds of technologies, openHAB provides an MQTT add-on ("binding") to interface with systems like Tasmota.
By following the guide below you'll be able to observe, control and manage your Tasmotamodules from your openHAB system. If you are new to openHAB, please learn about the basic concepts and the initial setup. The below article will not cover any basics which are out of scope to the Tasmota integration.
By following the guide below you'll be able to observe, control and manage your Tasmotamodules from your openHAB system. If you are new to openHAB, please learn about the basic concepts and the initial setup. The below article will not cover any basics which are out of scope to the Tasmota integration.
Overviews of protocols involved in Internet of Things devices and applications. Help clarify with IoT layer technology stack graphics and head-to-head comparisons.