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[submodule "ext/nodemcu-uploader"]
path = ext/nodemcu-uploader
url = https://github.com/kmpm/nodemcu-uploader.git
......@@ -18,8 +18,9 @@ ccs811.lua has been tested with Lua 5.1 on NodeMCU firmware 3.0.1 (Release
Most practical applications (such as the example in init.lua) also need the
following modules.
* hdc1080
* gpio
* hdc1080
* http
* mqtt
* node
* tmr
......@@ -88,6 +89,42 @@ influx_attr = "..."
Readings will be published as `ccs811[influx_attr] eco2_ppm=%d,tvoc_ppb=%d,status=%d,error=%d`.
Unless `influx_attr = ''`, it must start with a comma, e.g. `influx_attr = ',device=' .. device_id`.
## Flashing
This repository contains a NodeMCU build that provides the required modules.
You can flash it using e.g. esptool:
```bash
esptool write_flash 0x00000 firmware/nodemcu-release-12-modules-2024-01-18-19-25-08-float.bin
```
This is required just once; changes to Lua files generally do not mandate
flashing a new NodeMCU image.
After flashing, the firmware will need a few seconds to initialize the
filesystem. You can then upload the Python code, e.g. using nodemcu-uploader:
```bash
ext/nodemcu-uploader/nodemcu-uploader.py upload *.lua
```
Afterwards, you can check whether everything works using the serial connection,
e.g.
```bash
pyserial-miniterm --dtr 0 --rts 0 /dev/ttyUSB0 115200
```
You may need to adjust the `/dev/tty` device name.
## Images
![](https://finalrewind.org/projects/esp8266-nodemcu-ccs811/media/hass.png)
## Resources
Mirrors of the esp8266-nodemcu-ccs811 repository are maintained at the following locations:
* [Chaosdorf](https://chaosdorf.de/git/derf/esp8266-nodemcu-ccs811)
* [git.finalrewind.org](https://git.finalrewind.org/esp8266-nodemcu-ccs811/)
* [GitHub](https://github.com/derf/esp8266-nodemcu-ccs811)
Subproject commit 6178f40fff2deadd56b5bc474f9b4475ef444b37