| ├── plant_soc // APIs running on the SoC layer | ├── tuya_device.c // Entry file of application layer | ├── app_plant.c // The application layer | └── plant_control.c // Control logic of each functional component | ├── include // Header file directory | ├── plant_driver | | └── plant_pwm.h | ├── plant_soc | ├── tuya_device.h | ├── app_plant.h | └── plant_control.h | └── output // Production The PWM API on the SoC layer is called and re-encapsulated. The structure of the application code is as follows: ├── src | ├── plant_driver | | └── plant_pwm.c // PWM driver. The apps folder contains application code. You can download the demo routine and find the sample code. The embedded code is based on the BK7231 chipset and developed with Tuya’s general Wi-Fi SDK.

It is ready to proceed with embedded system development. You have finished creating a product on the Tuya IoT Platform. It is recommended to select the Debug Panel to suit your debugging needs. (Recommended) App demo for Android on GitHubĦ.When you complete function definition, click Device Panel to select a favorite app control panel. XH 2.54 mm 5-pin male to male reversed connector wire XH 2.54 mm 3-pin male to male reversed connector wire The pump delivers water from your container to plants.

Warm white and multi-color (RGBW) PWM grow light boardĭim the RGBW grow light with an app to provide the spectrum needed for plant growth. Provide 12V DC power supply, control the water pump and PWM grow light board, and read analog values from the soil moisture sensor. Tuya Sandwich Wi-Fi SoC master control board (WB3S)Ī development board helps you easily prototype IoT hardware.

Indoor garden system download free