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zigbee.yaml
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zigbee.yaml
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# Format for this file is not stable, and can change at any time.
general:
# Defines how much time a loop will sleep after each iteration.
# Note: This does not necesseraly mean that each 2 minutes
# sensor values will be updated. Currently all sensors are polled
# synchronously, which means that if there are 3 sensors defined
# and each needs 5 seconds to obtain the result then it will take
# (3 * 5)s + runevery, which in this case will be 1m15s.
runevery: 1m
# Board name, as defined in Zephyr.
board: nrf52840dongle_nrf52840
# This paths are necessary to build the generated firmware.
# If nRF Connect setup was done with VS Code extension -
# most probably this can be left empty, but if version changes -
# new path would need to be set here.
# Paths specified here can start with `~/`, and contain
# environmental variables, which will be resolved.
# This values have sane defaults and point to ~/ncs/...
# Env variables NCS_TOOLCHAIN_BASE & ZEPHYR_BASE have
# priority over this fields.
#ncs_toolchain_base: ~/toolchains/7795df4459/
#zephyr_base: ~/ncs/zephyr
# zigbee_channels will provide optional list of channels to use.
# Note: if not defined device will use all available channels,
# so it is not needed to define this if not specifically necessary.
zigbee_channels: [11,13,15,16,17]
# Flasher tells which flashing method to use.
# Currently `nrfutil`, `mcuboot` and `west`
# are defined(but not equally tested). Nrfutil works though.
flasher: nrfutil
# Flasheroptions are flasher-specific options.
flasheroptions:
port: /dev/ttyACM1
# This section is for defining peripherals
# on the board. I.e. uart, spi, i2c, etc.
# NOTE: Only changes should be defined here.
# See https://github.com/zephyrproject-rtos/zephyr/tree/main/boards/<arch>/<board_name>/<board_name>.dts
# for existing definitions for the board.
# For example nRF52840 Dongle would have board devicetree at
# https://github.com/zephyrproject-rtos/zephyr/tree/main/boards/arm/nrf52840dongle_nrf52840/nrf52840dongle_nrf52840.dts
board:
# Specifically define bootloader for the board.
# This field is optional, and in most cases this might not be needed.
# But it is possible that board can be flashed
# with some non-default bootloader, or that the generated firmware is not
# placed correctly in memory. This setting can help in above situations.
# Also this option can be used to try and support boards that
# are not labeled as officialy supported.
#
# Note: if this field is present - this will force bootloader
# to be selected one, even if the value is empty string.
#bootloader: nrf52_legacy
# This option will add UART loging functionality.
# User can choose which console to use(usb or uart).
# UART has to be defined either in default device tree,
# or in `board.uart` section.
# Quite limited for now, but can be easily extended
debug:
# Enable logging and possibly LEDs
# for debugging.
enabled: false
# Console is where logs will be spit out.
# Choices are:
# * usb - no need to define any other configuration for `usb`.
# * uart1, uart2, ... - this either should be already defined for used board,
# or be defined in `uart` section.
console: uart0
# LEDs will use LED to show some board state(i.e. power, connection, etc).
# Leds used here MUST be always defined in `leds`, even if they already
# present in board definition.
leds:
# If false - leds will not be enabled to signal state.
enabled: true
# Define led which will be used to show that the board is powered.
power: led_green
# Change device type from sleepy end device to router.
# This allows for device to always be available from coordinator
# and other devices.
# By default device will be configured as sleepy end device.
# Note: Enabling router will increase the size of the firmware.
is_router: false
# I2C is optional, only to provide different pins for i2c instance(s)
i2c:
# ID of instance is the same as defined in the SoC definition.
# Generally they are in form of `i2c[0-9]`.
# Number of i2c instances is also limited, and this allows only to
# re-define pins for specified i2c instance.
- id: i2c0
sda: 0.29
scl:
port: 0
pin: 31
uart:
- id: uart0
# Pins are optional, if this is existing uart interface.
tx: 1.03
rx: 1.10
leds:
- id: led_green
# The pin definition is optional, if led is already present in board definition.
port: 0
pin: 6
inverted: true
sensors:
# - type: bme680
# i2c:
# id: i2c0
# addr: '0x76'
# - type: scd4x
# i2c:
# id: i2c0
# - type: device_temperature
# on_off is a sensor that will respond to on/off state of the pin.
# For now verifyied to be controlled by the client only,
# so not by actually changing the state of the pin manually.
# - type: on_off
# pin:
# # This is Green LED(LD1) on nrf52840 Dongle
# port: 0
# pin: 6
# inverted: true
# Add a dht sensor from aosong manufacturer
# If DHT22 or AM2302 is used, variant must be set to "dht22". DHT11 does not need variant.
# - type: dht
# variant: "dht22"
# pin:
# port: 1
# pin: 13
#
# power_config uses ADC to measure positive voltage
# on pin 0.04 and report it as a battery voltage.
# ZCL 4.9 will be implemented to do general
# electricity measurements through ADC.
# Capacitive mositure sensors would be added
# with ZCL 4.7.
# - type: power_config
# adc_pin: 0.04
# battery_rated_voltage: 3000
# battery_voltage_min_threshold: 2500
#
# This example is crude example of using soil_moisture_adc
# sensor to get water moisture percentage.
#
# Note: min & max mv values may differ for your sensor,
# so please test it and adjust them accordingly!
# - type: soil_moisture_adc
# adc_pin:
# pin: 0.04
# oversampling: 4
# min_moisture_mv: 730
# max_moisture_mv: 430