updated readme

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bernhard.trinnes 2020-08-19 21:54:36 +02:00
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@ -39,6 +39,7 @@ This integration plugin allows to integrate one-wire devices like temperature se
## Usage ## Usage
### OWFS Interface
First step is to setup the "One wire interface". During the device setup it is required to enter the OWFS init arguments. Default arguments are "--i2c=ALL:ALL", means OWFS is about to scan for one-wire bus masters on all I2C interfaces. First step is to setup the "One wire interface". During the device setup it is required to enter the OWFS init arguments. Default arguments are "--i2c=ALL:ALL", means OWFS is about to scan for one-wire bus masters on all I2C interfaces.
You can simulate one-wire device with following init argument: "--fake=10,22,28,05" You can simulate one-wire device with following init argument: "--fake=10,22,28,05"
@ -49,6 +50,10 @@ The "One wire interface" thing has the toggle button to "Auto add one wire devic
NOTE: As long as the "Auto add one wire devices" feature is activated you won't be able to manually discover devices. NOTE: As long as the "Auto add one wire devices" feature is activated you won't be able to manually discover devices.
### W1 Kernel Driver
Install the kernel driver w1. Raspberry Pi users can use rasp-config to enable 'one wire' which enables W1. There are not further steps necessary, temperature sensors will be discovered if the driver has been loaded successfully.
## Requirements ## Requirements
* The package “nymea-plugin-onewire” must be installed. * The package “nymea-plugin-onewire” must be installed.