* Worked on ESP32 dimmer with Zero cross
Until now the ESP32 does not support zero-cross dimmer. I take a sneak how they did in in ESPhome and adapted the approach to TASMOTA. At the end it works that smooth that likely i will change ESP8266 either so we have a common code. Currently ESP8266 is not touched.
There is a minor issue with savedata == default. When changing the dimmer value the interrupts get stopped during write of the config data to flash.
* ESP8266 Dimmer added
Worked all so well and the code is much smaller. There is no need for reconfiguration on existing users. But there are settings not needed anymore. Will work on the documentation. Anyhow existing installations can upgrade without hickup
* Optimized endpoints at dimmer 0 and 100
* Removed debug stuff
* Fix Issue at dimmer = 0
* Small bugfix
* Final checked Version
* Update xsns_01_counter.ino
* Add missing func
* Update xsns_01_counter.ino
* Moved out of the house of counter and build my own one
* New ZeroCross Driver
* Update xdrv_91_zerocrossDimmer.ino
* evolving
* Delete xdrv_91_zerocrossDimmer.ino
* Add files via upload
* Changed drv number from 1 to 68
* Commit to merge
Setoption147 (MQTT) Disable publish SSerialReceived MQTT messages. If disabled, you must use event trigger rules instead.
If it is activated, tasmota will not publish a MQTT message every time a SSerialReceived event fires. Use rules to control "what, how and when" publish these messages.
Add SetOption147 (MQTT) Enable publish SSerialReceived MQTT messages. If disabled, use event rules instead.
If it is disabled, tasmota will not publish an MQTT message every time a SSerialReceived event fires. Use rules to control how and when publish these messages.
Theo Arends
Fulvio Spelta
Jason2866
Christian Baars
stefanbode
Stephan Hadinger
ortegafernando
Adrian Scillato