Loxone vs Boneio 32ch

General
1

Cześć, próbuje wgrac od Tomasza Nowaka nastepujący yaml.
po próbie instalowania go na Boneio (instalacja trwa dosłownie niecałą sekunde) dostaje wzrotke że oparacja zakonczona sukcesem. aczkolwiek po wgraniu Boneio sie nie uruchamia, a w logach mm nastepujacy błąd:

Bez tytułu
Bez tytułu1152×759 140 KB

substitutions:
name: boneio-32-sw-07
friendly_name: ‘BoneIO ESP 32x10 for Loxone’
serial_prefix: ‘esp’ #Don’t change it.

Configuration:
boneio_ip_address: “192.168.1.51”
miniserver_ip_address: “192.168.1.52”
miniserver_udp_port: “9999”

esphome:
name: ‘${name}’
friendly_name: ‘${friendly_name}’
name_add_mac_suffix: true
project:
name: boneio.32x10-switches
version: ‘0.7’

esp32:
board: nodemcu-32s

ethernet:
id: eth
type: LAN8720
mdc_pin: GPIO23
mdio_pin: GPIO18
clk_mode: GPIO0_IN
phy_addr: 1
power_pin: GPIO16
use_address: ${boneio_ip_address}

dashboard_import:
package_import_url: github://boneIO-eu/esphome/boneio-32x10_switches_v0_7.yaml@latest
import_full_config: true

packages:
internals_packages:
url: GitHub - boneIO-eu/esphome: BoneIO ESP Esphome configuration and custom components repo
ref: v1.6.0
files: [
‘devices/buzzer.yaml’,
‘devices/serial_no.yaml’,
‘devices_v0_7/display.yaml’,
‘devices_v0_7/i2c.yaml’,
‘devices_v0_7-v0_9/ina219.yaml’,
‘devices_v0_7-v0_9/lm75b.yaml’,
‘devices_v0_7-v0_9/pcf.yaml’,
‘boards/output/out01_02.yaml’,
‘boards/output/out03_04.yaml’,
‘boards/output/out05_06.yaml’,
‘boards/output/out07_08.yaml’,
‘boards/output/out09_10.yaml’,
‘boards/output/out11_12.yaml’,
‘boards/output/out13_14.yaml’,
‘boards/output/out15_16.yaml’,
‘boards/output/out17_18.yaml’,
‘boards/output/out19_20.yaml’,
‘boards/output/out21_22.yaml’,
‘boards/output/out23_24.yaml’,
‘boards/output/out25_26.yaml’,
‘boards/output/out27_28.yaml’,
‘boards/output/out29_30.yaml’,
‘boards/output/out31_32.yaml’,
# ‘devices_v0_7-v0_9/one_wire.yaml’,
]

external_components:

  • source: github://chudini93/esphome-loxone-readonly@v2.0.0
    components: [ loxone ]

logger:
api:
reboot_timeout: 0s
ota:

  • platform: esphome

web_server:
port: 80
local: true

time:

  • platform: homeassistant
    timezone: Europe/Warsaw

switch:

  • platform: output
    name: ‘Switch 01’
    output: out_01
    id: switch_01
  • platform: output
    name: ‘Switch 02’
    output: out_02
    id: switch_02
  • platform: output
    name: ‘Switch 03’
    output: out_03
    id: switch_03
  • platform: output
    name: ‘Switch 04’
    output: out_04
    id: switch_04
  • platform: output
    name: ‘Switch 05’
    output: out_05
    id: switch_05
  • platform: output
    name: ‘Switch 06’
    output: out_06
    id: switch_06
  • platform: output
    name: ‘Switch 07’
    output: out_07
    id: switch_07
  • platform: output
    name: ‘Switch 08’
    output: out_08
    id: switch_08
  • platform: output
    name: ‘Switch 09’
    output: out_09
    id: switch_09
  • platform: output
    name: ‘Switch 10’
    output: out_10
    id: switch_10
  • platform: output
    name: ‘Switch 11’
    output: out_11
    id: switch_11
  • platform: output
    name: ‘Switch 12’
    output: out_12
    id: switch_12
  • platform: output
    name: ‘Switch 13’
    output: out_13
    id: switch_13
  • platform: output
    name: ‘Switch 14’
    output: out_14
    id: switch_14
  • platform: output
    name: ‘Switch 15’
    output: out_15
    id: switch_15
  • platform: output
    name: ‘Switch 16’
    output: out_16
    id: switch_16
  • platform: output
    name: ‘Switch 17’
    output: out_17
    id: switch_17
  • platform: output
    name: ‘Switch 18’
    output: out_18
    id: switch_18
  • platform: output
    name: ‘Switch 19’
    output: out_19
    id: switch_19
  • platform: output
    name: ‘Switch 20’
    output: out_20
    id: switch_20
  • platform: output
    name: ‘Switch 21’
    output: out_21
    id: switch_21
  • platform: output
    name: ‘Switch 22’
    output: out_22
    id: switch_22
  • platform: output
    name: ‘Switch 23’
    output: out_23
    id: switch_23
  • platform: output
    name: ‘Switch 24’
    output: out_24
    id: switch_24
  • platform: output
    name: ‘Switch 25’
    output: out_25
    id: switch_25
  • platform: output
    name: ‘Switch 26’
    output: out_26
    id: switch_26
  • platform: output
    name: ‘Switch 27’
    output: out_27
    id: switch_27
  • platform: output
    name: ‘Switch 28’
    output: out_28
    id: switch_28
  • platform: output
    name: ‘Switch 29’
    output: out_29
    id: switch_29
  • platform: output
    name: ‘Switch 30’
    output: out_30
    id: switch_30
  • platform: output
    name: ‘Switch 31’
    output: out_31
    id: switch_31
  • platform: output
    name: ‘Switch 32’
    output: out_32
    id: switch_32

binary_sensor:

  • platform: gpio
    name: ‘IN_01’
    id: in_01
    pin:
    pcf8574: pcf_inputs_1to14
    number: 0
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI1=” + to_string(int(id(in_01).state)));

  • platform: gpio
    name: ‘IN_02’
    id: in_02
    pin:
    pcf8574: pcf_inputs_1to14
    number: 1
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI2=” + to_string(int(id(in_02).state)));

  • platform: gpio
    name: ‘IN_03’
    id: in_03
    pin:
    pcf8574: pcf_inputs_1to14
    number: 2
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI3=” + to_string(int(id(in_03).state)));

  • platform: gpio
    name: ‘IN_04’
    id: in_04
    pin:
    pcf8574: pcf_inputs_1to14
    number: 3
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI4=” + to_string(int(id(in_04).state)));

  • platform: gpio
    name: ‘IN_05’
    id: in_05
    pin:
    pcf8574: pcf_inputs_1to14
    number: 4
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI5=” + to_string(int(id(in_05).state)));

  • platform: gpio
    name: ‘IN_06’
    id: in_06
    pin:
    pcf8574: pcf_inputs_1to14
    number: 5
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI6=” + to_string(int(id(in_06).state)));

  • platform: gpio
    name: ‘IN_07’
    id: in_07
    pin:
    pcf8574: pcf_inputs_1to14
    number: 6
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI7=” + to_string(int(id(in_07).state)));

  • platform: gpio
    name: ‘IN_08’
    id: in_08
    pin:
    pcf8574: pcf_inputs_1to14
    number: 8
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI8=” + to_string(int(id(in_08).state)));

  • platform: gpio
    name: ‘IN_09’
    id: in_09
    pin:
    pcf8574: pcf_inputs_1to14
    number: 9
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI9=” + to_string(int(id(in_09).state)));

  • platform: gpio
    name: ‘IN_10’
    id: in_10
    pin:
    pcf8574: pcf_inputs_1to14
    number: 10
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI10=” + to_string(int(id(in_10).state)));

  • platform: gpio
    name: ‘IN_11’
    id: in_11
    pin:
    pcf8574: pcf_inputs_1to14
    number: 11
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI11=” + to_string(int(id(in_11).state)));

  • platform: gpio
    name: ‘IN_12’
    id: in_12
    pin:
    pcf8574: pcf_inputs_1to14
    number: 12
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI12=” + to_string(int(id(in_12).state)));

  • platform: gpio
    name: ‘IN_13’
    id: in_13
    pin:
    pcf8574: pcf_inputs_1to14
    number: 13
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI13=” + to_string(int(id(in_13).state)));

  • platform: gpio
    name: ‘IN_14’
    id: in_14
    pin:
    pcf8574: pcf_inputs_1to14
    number: 14
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI14=” + to_string(int(id(in_14).state)));

  • platform: gpio
    name: ‘IN_15’
    id: in_15
    pin:
    pcf8574: pcf_inputs_15to28
    number: 6
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI15=” + to_string(int(id(in_15).state)));

  • platform: gpio
    name: ‘IN_16’
    id: in_16
    pin:
    pcf8574: pcf_inputs_15to28
    number: 5
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI16=” + to_string(int(id(in_16).state)));

  • platform: gpio
    name: ‘IN_17’
    id: in_17
    pin:
    pcf8574: pcf_inputs_15to28
    number: 4
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI17=” + to_string(int(id(in_17).state)));

  • platform: gpio
    name: ‘IN_18’
    id: in_18
    pin:
    pcf8574: pcf_inputs_15to28
    number: 3
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI18=” + to_string(int(id(in_18).state)));

  • platform: gpio
    name: ‘IN_19’
    id: in_19
    pin:
    pcf8574: pcf_inputs_15to28
    number: 2
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI19=” + to_string(int(id(in_19).state)));

  • platform: gpio
    name: ‘IN_20’
    id: in_20
    pin:
    pcf8574: pcf_inputs_15to28
    number: 1
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI20=” + to_string(int(id(in_20).state)));

  • platform: gpio
    name: ‘IN_21’
    id: in_21
    pin:
    pcf8574: pcf_inputs_15to28
    number: 0
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI21=” + to_string(int(id(in_21).state)));

  • platform: gpio
    name: ‘IN_22’
    id: in_22
    pin:
    pcf8574: pcf_inputs_15to28
    number: 8
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI22=” + to_string(int(id(in_22).state)));

  • platform: gpio
    name: ‘IN_23’
    id: in_23
    pin:
    pcf8574: pcf_inputs_15to28
    number: 9
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI23=” + to_string(int(id(in_23).state)));

  • platform: gpio
    name: ‘IN_24’
    id: in_24
    pin:
    pcf8574: pcf_inputs_15to28
    number: 10
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI24=” + to_string(int(id(in_24).state)));

  • platform: gpio
    name: ‘IN_25’
    id: in_25
    pin:
    pcf8574: pcf_inputs_15to28
    number: 11
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI25=” + to_string(int(id(in_25).state)));

  • platform: gpio
    name: ‘IN_26’
    id: in_26
    pin:
    pcf8574: pcf_inputs_15to28
    number: 12
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI26=” + to_string(int(id(in_26).state)));

  • platform: gpio
    name: ‘IN_27’
    id: in_27
    pin:
    pcf8574: pcf_inputs_15to28
    number: 13
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI27=” + to_string(int(id(in_27).state)));

  • platform: gpio
    name: ‘IN_28’
    id: in_28
    pin:
    pcf8574: pcf_inputs_15to28
    number: 14
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI28=” + to_string(int(id(in_28).state)));

  • platform: gpio
    name: ‘IN_29’
    id: in_29
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 0
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI29=” + to_string(int(id(in_29).state)));

  • platform: gpio
    name: ‘IN_30’
    id: in_30
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 1
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI30=” + to_string(int(id(in_30).state)));

  • platform: gpio
    name: ‘IN_31’
    id: in_31
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 2
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI31=” + to_string(int(id(in_31).state)));

  • platform: gpio
    name: ‘IN_32’
    id: in_32
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 3
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI32=” + to_string(int(id(in_32).state)));

  • platform: gpio
    name: ‘IN_33’
    id: in_33
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 4
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI33=” + to_string(int(id(in_33).state)));

  • platform: gpio
    name: ‘IN_34’
    id: in_34
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 5
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI34=” + to_string(int(id(in_34).state)));

  • platform: gpio
    name: ‘IN_35’
    id: in_35
    pin:
    pcf8574: pcf_inputs_28to35_menu
    number: 6
    mode:
    input: true
    inverted: true
    publish_initial_state: true
    on_state:

    • lambda: !lambda |-
      id(loxone1).send_string_data(“DI35=” + to_string(int(id(in_35).state)));

loxone:
id: loxone1
loxone_ip: ${miniserver_ip_address}
loxone_port: ${miniserver_udp_port}
listen_port: 8888

on_string_data:
- lambda: !lambda |-
if (data == “DO1=1”) {
id(switch_01).turn_on();
} else if (data == “DO1=0”) {
id(switch_01).turn_off();
} else if (data == “DO2=1”) {
id(switch_02).turn_on();
} else if (data == “DO2=0”) {
id(switch_02).turn_off();
} else if (data == “DO3=1”) {
id(switch_03).turn_on();
} else if (data == “DO3=0”) {
id(switch_03).turn_off();
} else if (data == “DO4=1”) {
id(switch_04).turn_on();
} else if (data == “DO4=0”) {
id(switch_04).turn_off();
} else if (data == “DO5=1”) {
id(switch_05).turn_on();
} else if (data == “DO5=0”) {
id(switch_05).turn_off();
} else if (data == “DO6=1”) {
id(switch_06).turn_on();
} else if (data == “DO6=0”) {
id(switch_06).turn_off();
} else if (data == “DO7=1”) {
id(switch_07).turn_on();
} else if (data == “DO7=0”) {
id(switch_07).turn_off();
} else if (data == “DO8=1”) {
id(switch_08).turn_on();
} else if (data == “DO8=0”) {
id(switch_08).turn_off();
} else if (data == “DO9=1”) {
id(switch_09).turn_on();
} else if (data == “DO9=0”) {
id(switch_09).turn_off();
} else if (data == “DO10=1”) {
id(switch_10).turn_on();
} else if (data == “DO10=0”) {
id(switch_10).turn_off();
} else if (data == “DO11=1”) {
id(switch_11).turn_on();
} else if (data == “DO11=0”) {
id(switch_11).turn_off();
} else if (data == “DO12=1”) {
id(switch_12).turn_on();
} else if (data == “DO12=0”) {
id(switch_12).turn_off();
} else if (data == “DO13=1”) {
id(switch_13).turn_on();
} else if (data == “DO13=0”) {
id(switch_13).turn_off();
} else if (data == “DO14=1”) {
id(switch_14).turn_on();
} else if (data == “DO14=0”) {
id(switch_14).turn_off();
} else if (data == “DO15=1”) {
id(switch_15).turn_on();
} else if (data == “DO15=0”) {
id(switch_15).turn_off();
} else if (data == “DO16=1”) {
id(switch_16).turn_on();
} else if (data == “DO16=0”) {
id(switch_16).turn_off();
} else if (data == “DO17=1”) {
id(switch_17).turn_on();
} else if (data == “DO17=0”) {
id(switch_17).turn_off();
} else if (data == “DO18=1”) {
id(switch_18).turn_on();
} else if (data == “DO18=0”) {
id(switch_18).turn_off();
} else if (data == “DO19=1”) {
id(switch_19).turn_on();
} else if (data == “DO19=0”) {
id(switch_19).turn_off();
} else if (data == “DO20=1”) {
id(switch_20).turn_on();
} else if (data == “DO20=0”) {
id(switch_20).turn_off();
} else if (data == “DO21=1”) {
id(switch_21).turn_on();
} else if (data == “DO21=0”) {
id(switch_21).turn_off();
} else if (data == “DO22=1”) {
id(switch_22).turn_on();
} else if (data == “DO22=0”) {
id(switch_22).turn_off();
} else if (data == “DO23=1”) {
id(switch_23).turn_on();
} else if (data == “DO23=0”) {
id(switch_23).turn_off();
} else if (data == “DO24=1”) {
id(switch_24).turn_on();
} else if (data == “DO24=0”) {
id(switch_24).turn_off();
} else if (data == “DO25=1”) {
id(switch_25).turn_on();
} else if (data == “DO25=0”) {
id(switch_25).turn_off();
} else if (data == “DO26=1”) {
id(switch_26).turn_on();
} else if (data == “DO26=0”) {
id(switch_26).turn_off();
} else if (data == “DO27=1”) {
id(switch_27).turn_on();
} else if (data == “DO27=0”) {
id(switch_27).turn_off();
} else if (data == “DO28=1”) {
id(switch_28).turn_on();
} else if (data == “DO28=0”) {
id(switch_28).turn_off();
} else if (data == “DO29=1”) {
id(switch_29).turn_on();
} else if (data == “DO29=0”) {
id(switch_29).turn_off();
} else if (data == “DO30=1”) {
id(switch_30).turn_on();
} else if (data == “DO30=0”) {
id(switch_30).turn_off();
} else if (data == “DO31=1”) {
id(switch_31).turn_on();
} else if (data == “DO31=0”) {
id(switch_31).turn_off();
} else if (data == “DO32=1”) {
id(switch_32).turn_on();
} else if (data == “DO32=0”) {
id(switch_32).turn_off();
}

2

cześć, wszystko wskazuje na:

  • uszkodzony kabel usb
  • Twój komputer nie daje dość prądu na port usb-c by zasilić esp32.
3

Ale gdy instaluje Yaml pod Home Asistanta bezpośrednio z strony Boneio to instalacja przebiega pomyślnie i sterownik bez problemu wstaje.

4

spróbuj zainstalować naszego yaml poprzez dodatek esphome.

5

faktycznie wgrywam waszego yamla przez https://web.esphome.io/
i też mam ten sam problem, gdy wgrywam przez wasza strone wasz kod to nie ma tego problemu. z tym że Yamla pod loxona nie da sie wgrac bezposrednio z waszej strony, jak sobie z tym poradzić ?

6

przez stronę web.esphome.io wgrywasz gotowy bin, a nie yaml.

This page is a lite variant of ESPHome. If you want to create and edit ESPHome projects, install ESPHome on your computer or inside Home Assistant (it's free!).
7

No to się problem wyjaśnił dziekuje bardzo :slight_smile:
a jak wgrać Yaml ? zawsze wygrywałem przez esp w Ha. ale dzisiaj nie mam takiej możliwosci..

8

Jeżeli nie masz dostępu do HA - skorzystaj z naszego poradnika https://boneio.eu/pl/docs/esp/products/esp_32_10/software_setup/how-to-connect#esphome-device-builder-na-twoim-pc Znajdziesz tam opis jak przygotować PC i jak skompilować plik bin, oparty o Twój YAML.