* base envs
* CI: speed up release process (since we still want some .bin files)
* fixup! CI: speed up release process (since we still want some .bin files)
* release dry run
* fixup! release dry run
* adjust
* fix .bin name
* it works
* minor cleanup for current git
* use pio suggestion about ldscript, reduce build_flags impact
* fix linker
* parse ${vars} instead of ignoring them
* add filtering and override file (sneak peak into tasmota's pio config)
* don't generate secure client (for now)
* formatting
* codacy
* correct Gosund WP3 led color documentation; provide reasonable default actions for button and the two LEDs
* reverse red/blue led roles, as requested, to be consistent with other existing products
Co-authored-by: ziggurat29 <xxx@yyy.zzz>
* Fixes and updates for thermostat and display:
- Switch to original esp8266-oled-ssd1306 library
- Fixes and updates for thermostat and display
- Add display switching off after interval
- If THERMOSTAT_DISPLAY_SUPPORT enabled, then one click enable display, long click switch relay. This functionality also depend on fix for long click. See pull request https://github.com/xoseperez/espurna/pull/2172
* Move buttons definitions for display to dependencies.h
* Pin ThingPulse/esp8266-oled-ssd1306#3398c97
- continue #2140 , use the correct implementation for http requests not confuse code readers with our parsing
- fix data sender data duplication, run build test
- add note that this is actually really RAM heavy, some connection failures are not easily distinguishable from any code errors and are simply OOM.
also
- fix arduinoota prototype error when building without it (... ino2cpp, again)
- add comment about 160mhz into the platformio.ini
* Permit thingspeak urn edit
* Update thinkspeak.ino
* Update index.html
* Replace Host, Port, and URL with Address in Thingspeak
* Create AsyncThingspeak object
Create AsyncThingspeak object to contain the url of the component.
* replace pointer by class member
Thingspeak class improvement to answer Max's question:
why use a pointer when it can be a class member?
So now address parameter isn't a pointer anymore.
* Update Thingspeak address on post
* ntp: try using sntp app from lwip, drop ntpclientlib
* fix display
* thermostat: fix day and month getters
* test build sizes with scheduler
* use system timers for once-a-minute scheduling, no polling
* tick
* avoid timestamps, use tm
* drop utc rpn operator, add utc_hour and utc_dow
* try to build with old implementation too
* dep
* notify ws
* progmem
* cleanup types
* offset tm values by 1 to match existing schedules
* avoid using ntpclientlib with rpn
* test. show debug strings in sch
* fix secureclient
* consts, fix unsyncing when changing tz (and not triggering sntp after reinit for some reason)
* startup time in seconds
* same delay as lwip
* header
* assume build timestamp is unixtime
* cache server value
* fmt
* typo
* handle dhcp request
* rename
* web
* TZ.h
* add notice about what alias means
* fix disabling NTP_SUPPORT
* scheduled ticker
* same behaviour as old module
* rollback rpn dependency check, utc_ prefixes
* ...
* comments, refactor naming
- add ltDimmerGPIO<index> & ltDimmerInv<index> to override / add to hardware configuration. Add pin defaults, mapped as GPIO_NONE. pwm_init() receives resulting GPIO mapping based on settings loader.
- remove bogus _light_channels variable, use this name for channel array instead (...which is vector and has size(). functions always use that value anyway)
* Sensors: refactor configuration
- move sensor implementaion to the .ino,
remove dependency undef / define from sensor files
- update test/build/sensor.h from SENSOR_SUPPORT
- allow to change sensor config variables externally
- `#include <...>` for global headers and libraries,
fix relative path for math library
* add missing sns <-> i2c dependency
* ledrelay should return relay_none as default
* rollback to original test header
* include debug header when requested (relative)
- use similar to relay & wifi, configuration through helper methods that
use indexed defines
- clock cycles for led delay polling
- button mode defaults
* PIO: remove -ota envs, handle OTA condition in extra script
* Tweak ESPURNA_BOARD variable
* Support git and latest in ota script
* Handle ESPURNA_FLAGS too
* Try to handle env and projenv in pylint
* Add deprecation comment about -ota envs
* regen arduino.h
* debug: store boot log
* order
* roll single header
* hide when not implemented
* fix capacity check
* dependencies
* refactor names, can just use malloc
* settings formatting
* dbgBuf prefix
* show size
* release memory after buffer is displayed
* fix uptime unused warning, combine printer
* comments
* use arg flag instead of static to handle boot
* ci test fix
* Hide whole info() without debug
* typo
* cleanup setDebugOutput condition
* Add support for Kogan Smarter Home Plug With Energy Meter
Type: Power Plug
Board: Kogan Smarter Home Plug with Energy Meter
Build flag: KOGAN_SMARTER_HOME_PLUG_W_POW
Description: Power Plug with integrated Energy Meter
Baseboard: Tuya TYWE3S
Baseboard Data sheet: https://docs.tuya.com/docDetail?code=K8uhkbb1ihp8u
* Include Kogan Smarter Home plug with energy meter (KOGAN_SMARTER_HOME_PLUG_W_POW) into arduino.h
* Update platformio.ini to support Kogan Smarter Home plug with energy meter (KOGAN_SMARTER_HOME_PLUG_W_POW)
* Add Kogan Smarter Home plug with energy meter product image
* fix platformio.ini that was missing a '-ota' for the environment
* comment out device definition
* Make device name consistent with #define and platformio.ini
This LED strip is sold by ACTION in Germany and comes with a Tuya (TYWE3L) chip. It can be "freed" by using tuya-convert. It has (yet another) IR remote control that uses another set of codes. Which is added, too. The color codes are copies from SET 1 and 2.
I kind of think that they don't match my remote control but since i'm using my smart home system for controlling, i don't care enough to figure out the correct color codes.
The circuit board supports also a CW channel on PIN 5 (which is not used on by version), nevertheless I've added a comment in case anybody has a similar device with CW
We have created a few dozens of devices, released as open-source hardware and
published the schematics to GitHub. We're planning to organize some small
(10-15 people) workshops on how to assemble, flash and configure these board.
https://github.com/eHomeDIY
Max Prokhorov
ziggurat29
DmitryBlinov
julianwb
Sammy BAUER
Anders Blockmar
foxman69
orrpan
Wil Wilsman
Marcus Winkler
Aurélien Requiem
sehraf
Vencislav Atanasov
mpcusack