# Set a device name, it will be the name of the device and the name of its 
# Sensor, switch & Hotspot (only lowercase letters & numbers). For example:
# Device name: usp_3  Then the switch will show up as: usp_3 USB-OUT
# and the input voltage sensor will be: usp_3 Input Voltage
# and the Fallback Hotspot: usp_3 Fallback Hotspot
# it is by default set to: kuhnsmart_usp, do not hesistate to change it ;-)
substitutions:
  device_name: kuhnsmart_usp 

esphome:
  name: ${device_name}  # <--- your device_name will be inserted here.
  platform: ESP8266     # <--- Type of device and board. Already set for the USP
  board: esp01_1m       # <-----------------------------------------------------


wifi:
  # Insert your WIFI credentials here:
  ssid: "WIFI"  # <--- The SSID (your WIFI's name)
  password: "PASSWORD"  # <--- The coresponding password


  # Enable fallback hotspot (captive portal) in case wifi connection fails
  # Please insert a Password for the Fallback hotspot.
  ap:
    ssid: "${device_name} Fallback Hotspot"
    password: "Hotspot password"  # <--- Insert Hotspot password here              


# Enables you to control/check its LOGS from: "http://device_name.local/"
web_server:
  port: 80


# Enables the fallback hotspot in case it cant find the WIFI for 1 minute.
captive_portal:


# Enable logging
logger:


# Please insert an API password, it will be required -
# when connecting to the Usp via the Home Assistant API.
api:
  password: "APIpassword" 


# Please insert an OTA password, it will be required -
# when uploading new software files via OTA.
ota:
  password: "OTApassword"      


# This switch function is responsible for switching the onboard mosfet of the USP.
# the mosfet is active when high and connected to gpio14 
switch:                           
  - platform: gpio
    pin: GPIO14
    name: "${device_name} USB-OUT" # <--- if you want a different name 
                                   #      for the switch change it here.


# The sensors readout is a Measurement of the USPs input voltage.
# the voltage devider is connected to the ESPs internal ADC (pin A0 / ADC0)
# its Updated every 10 seconds. Do not change the multiplier, or your
# values will be wrong. 
sensor:                           
  - platform: adc
    pin: A0
    name: "${device_name} Input Voltage"  # <--- if you want a different name 
    update_interval: 10s                  #      for the sensor change it here.
    filters:
      multiply: 21                        # Multiplier, needed to get from the
                                          # ADCs raw measurement to usable Value
                                          # DO NOT CHANGE