@Hellis81,
No problem, thank you for your time !
You could probably do this with node red.
It has JavaScript in the function nodes. That is probably a good way to parse the data.
Just use an inject node to start the sequence timed and have it populate a input text with the value.
My brother will try to help me tomorrow evening (french time).
If no sucess, If somebody have time to help me, I can organize a teamviewer session 
Sorry won’t have time for that.
I have two kids that need my attention.
But a node red sequence is not very hard to set up.
Take inject node, http node and debug node to start with.
Connect the three and set debug to output complete message.
Add the URL of the json in the http node and press the inject node and see what the debug console shows.
If that gives you the json(-ish) then it’s fairly simple to do the rest
1 Like
Thanks to your message I have installed node-red and build your test => Really simple to use
Thanks to this test, I can confirmed that JSON doesn’t work due to zero value
Great.
Now between the http node and debug node insert a function node.
In the function node add the following: (keep the line that is there and add this above)
var pattern1 = new RegExp("\"conso_hc\"\s+:\s+(\d+)");
msg.conso_hc = patt.test(msg.payload);
var pattern2 = new RegExp("\"conso_hp\"\s+:\s+(\d+)");
msg.conso_hp= patt.test(msg.payload);
Now click on the inject again after you deployed it.
This should mean the message should include the two values as separate values.
You will see that as msg.payload and the arrow you clicked to expand it (don’t do that this time), but below this there should be a msg.conso_hp and msg.conso_hc.
If I didn’t screw up…
Sorry I was unclear.
The return msg should be the last line
My bad again…
var pattern1 = new RegExp("\"conso_hc\"\s+:\s+(\d+)");
msg.conso_hc = pattern1.match(msg.payload);
var pattern2 = new RegExp("\"conso_hp\"\s+:\s+(\d+)");
msg.conso_hp= pattern2.match(msg.payload);
return msg;
Many thanks for your time ! I really appreciate.
I think we are no far from the result but unfortunately your last proposal is not working too.
Below the link of my ecocompteur JSON data, it could help you to try directly on your HA?
http://92.90.224.84:8010/data.json
=> Now desactivated
Thanks in advance
That helped
pattern1 = /"conso_hc"\s+:\s+(\d+)/;
msg.conso_hc = msg.payload.match(pattern1);
pattern2 = /"conso_hp"\s+:\s+(\d+)/;
msg.conso_hp = msg.payload.match(pattern2);
return msg;
Now add a text helper with the name conso_hc and add a call service node.
{"value":"{{conso_hc.1}}"}
Dear all,
Thanks to all of you and my friends, I found the a solution
My configuration.yaml file :
- platform: rest
name: "EcoCompteur_conso_hp"
resource: http://192.168.1.92/data.json
value_template: '{{ (((value|regex_replace("([ :])0+(\\d+),", "\g<1>\g<2>,")|from_json).conso_hp) | float * 1 / 1000) | round(1) }}'
device_class: energy
unit_of_measurement: "kWh"
- platform: rest
name: "EcoCompteur_conso_hc"
resource: http://192.168.1.92/data.json
value_template: '{{ (((value|regex_replace("([ :])0+(\\d+),", "\g<1>\g<2>,")|from_json).conso_hc) | float * 1 / 1000) | round(1) }}'
device_class: energy
unit_of_measurement: "kWh"
The result :
Usefull links
-
For finding the right regular expressions :
-
How to use regex_replace :
-
https://community.home-assistant.io/t/template-sensor-with-regex-findall-index-not-working/158849
1 Like
Just keep in mind that your pattern requires at least one zero before the value.
So it will break if there is no zero before the number.
Good job!
1 Like
It’s true, thanks to highlitgh this point, so finally it’s a temporary solution…
I will continue to work on it with you if you agree.
My target is to find a robust solution.
I have checked with my friend and I think that our solution is finally the final one because it should have no issue if there is no left zero in the future.
Indeed, the target of our code is just to remove left zero values in the original http response in order to use normal JSON decoding . If there is no zero value on the left, this means that the original http answer is already in a correct JSON format. In this case, it’s normal that our code is not doing something.
Explanation :
'{{ (((value|regex_replace("([ :])0+(\\d+),", "\g<1>\g<2>,")|from_json).conso_hp) | float * 1 / 1000) | round(1) }}'
-
’{{ (((value => This is the raw string got from http
-
"([ :])0+(\d+)," => Select the data in two group => If there is zero left value, it select in Group1 is the left zero value and Group2 the decimal values without the left zero value. If there is no left zero values, this code will have no impact on the raw string from http and finally correspond to a normal Json.
-
"\g<1>\g<2>," => Replace Group1 by Group2 => The consequence is that the http response is corrected into a Json format. If they not exist, this code will have no impact on the raw string from http and finally correspond to a normal Json
-
from_json).conso_hp => Extract the value from JSON
I spent a long time to have something working for this device so I can share the package I use. Maybe it can help you…
#---
############################################################
## ##
## PACKAGE LEGRAND ECO-COMPTEUR ##
## ##
############################################################
homeassistant:
############################################################
## ##
## CUSTOMIZE ##
## ##
############################################################
customize:
################################################
## Node Anchors
################################################
package.node_anchors:
customize: &customize
package: 'package_legrand'
################################################
## Equipements
################################################
sensor.legrand_ecocompteur_conso_hc:
<<: *customize
friendly_name: "Consommation HC"
sensor.legrand_ecocompteur_conso_hp:
<<: *customize
friendly_name: "Consommation HP"
sensor.legrand_ecocompteur_intensite_souscrite:
<<: *customize
friendly_name: "Intensité Maximale"
icon: mdi:alpha-w-circle-outline
sensor.legrand_ecocompteur_puissance_inst_prises:
<<: *customize
friendly_name: "Prises"
icon: mdi:alpha-w-circle-outline
sensor.legrand_ecocompteur_puissance_inst_refroidissement:
<<: *customize
friendly_name: "Pompe à Chaleur"
icon: mdi:alpha-w-circle-outline
sensor.legrand_ecocompteur_puissance_inst_totale:
<<: *customize
friendly_name: "Puissance Totale"
icon: mdi:alpha-w-circle-outline
sensor.legrand_ecocompteur_puissance_inst_eau_chaude:
<<: *customize
friendly_name: "Cumulus"
icon: mdi:alpha-w-circle-outline
sensor.legrand_ecocompteur_consommation_totale_eau:
<<: *customize
friendly_name: "Eau"
icon: mdi:counter
sensor.legrand_hchp:
<<: *customize
friendly_name: "Période Tarifaire"
icon: mdi:av-timer
sensor.legrand_consommation_heures_pleines:
<<: *customize
friendly_name: "Conso Heures Pleines"
icon: mdi:counter
sensor.legrand_consommation_heures_creuses:
<<: *customize
friendly_name: "Conso Heures Creuses"
icon: mdi:counter
#####################################
## ##
## SENSORS ##
## ##
#####################################
sensor:
# Commande JSON Récupération Valeur Puissances Instantanées Climatisation
- platform: rest
resource: http://192.168.X.X/inst.json
name: Legrand Ecocompteur Puissance Inst. Climatisation
value_template: '{{ value_json.data2| round(0) }}'
device_class: power
unit_of_measurement: W
- platform: rest
resource: http://192.168.X.X/inst.json
name: Legrand Ecocompteur Puissance Inst. Eau Chaude
value_template: '{{ value_json.data3| round(0) }}'
device_class: power
unit_of_measurement: W
- platform: rest
resource: http://192.168.X.X/inst.json
name: Legrand Ecocompteur Puissance Inst. Prises
value_template: '{{ value_json.data4| round(0) }}'
device_class: power
unit_of_measurement: W
###############
# EAU #
###############
- platform: rest
resource: http://192.168.X.X/inst.json
name: Legrand Ecocompteur Consommation Totale Eau m3
value_template: '{{ value_json.data6m3 }}'
unit_of_measurement: m3
##############################
# Tranche Tarifaire Brute
# Commande JSON Récupération Valeur Tarif Courant (HCHP)
- platform: command_line
name: Legrand tarif courant
command: curl -s 'http://192.168.X.X/data.json' | jq '.tarif_courant'
scan_interval: 10
# Template convertisseur Tarif Courant issu de la commande JSON > vers valeurs "Heures Creuses" / "Heures Pleines"
- platform: template
sensors:
legrand_hchp:
friendly_name: Legrand Heure Tarifaire
entity_id: sensor.legrand_tarif_courant
value_template: >
{% if is_state('sensor.legrand_tarif_courant', '2') %}
Pleine
{% else %}
Creuse
{% endif %}
##############################
- platform: command_line
name: Legrand Intensité Souscrite
command: curl -s 'http://192.168.X.X/data.json' | jq '.isousc'
scan_interval: 60
unit_of_measurement: A
- platform: command_line
name: Legrand Consommation Heures Creuses
command: curl -s 'http://192.168.X.X/data.json' | jq '.conso_hc /1000 | floor'
scan_interval: 10
unit_of_measurement: kWh
- platform: command_line
name: Legrand Consommation Heures Pleines
command: curl -s 'http://192.168.X.X/data.json' | jq '.conso_hp /1000 | floor'
scan_interval: 10
unit_of_measurement: kWh
# Calcul Consommation Totale (HP + HC)
- platform: template
sensors:
legrand_conso_totale_hphc:
friendly_name: "Legrand Consommation Totale"
unit_of_measurement: "kWh"
value_template: >-
{{ float(states.sensor.legrand_consommation_heures_pleines.state) + float(states.sensor.legrand_consommation_heures_creuses.state) | round(2) }}
# Puissance Souscrite Compteur
- platform: template
sensors:
legrand_puissance_souscrite:
friendly_name: "Legrand Puissance Souscrite"
value_template: >-
{% set i = states('sensor.legrand_intensite_souscrite') | float %}
{{ ( i / 5 ) | round(2) }}
unit_of_measurement: 'kWA'
icon_template: mdi:gauge
## TEMPLATES SENSORS COÛTS FACTURATION ELECTRICITE
# Template Sensor Input Text Abonnement
- platform: template
sensors:
energy_electricite_price_abo:
friendly_name: "Legrand Prix Abo"
unit_of_measurement: "€"
value_template: >
{{ states('input_text.energy_elec_price_abo_input') | round(2) }}
icon_template: mdi:currency-eur
# Template Sensor Input Text Prix kwh Heures Pleines
- platform: template
sensors:
energy_electricite_price_hp:
friendly_name: "Legrand Prix kWh HP"
unit_of_measurement: "€"
value_template: >
{{ states('input_text.energy_elec_price_kwh_hp_input') | round(2) }}
icon_template: mdi:currency-eur
# Template Sensor Input Text Prix Kwh Heures Creuses
- platform: template
sensors:
energy_electricite_price_hc:
friendly_name: "Legrand Prix kWh HC"
unit_of_measurement: "€"
value_template: >
{{ states('input_text.energy_elec_price_kwh_hc_input') | round(2) }}
icon_template: mdi:currency-eur
###########################################
## CALCULS CONSOMMATIONS TOTALES ##
###########################################
#########################
## ELECTRICITE ##
#########################
## TEMPLATES CALCULS FACTURATION ELECTRICITE
# Template Calcul Coût Quotidien
- platform: template
sensors:
energy_daily_cost:
friendly_name: Electricité Coût Quotdien
value_template: >-
{% set p = states('sensor.legrand_daily_energy_peak') | float %}
{% set o = states('sensor.legrand_daily_energy_offpeak') | float %}
{% set a = states('sensor.energy_electricite_price_abo') | float %}
{% set h = states('sensor.energy_electricite_price_hp') | float %}
{% set c = states('sensor.energy_electricite_price_hc') | float %}
{{ ((a * 12 / 365 ) + (p * h) + (c * o)) | round(2) }}
unit_of_measurement: '€'
icon_template: mdi:currency-eur
# Template Calcul Coût Hebdomadaire
energy_weekly_cost:
friendly_name: Electricité Coût Hebdo
value_template: >-
{% set p = states('sensor.legrand_weekly_energy_peak') | float %}
{% set o = states('sensor.legrand_weekly_energy_offpeak') | float %}
{% set a = states('sensor.energy_daily_cost') | float %}
{% set h = states('sensor.energy_electricite_price_hp') | float %}
{% set c = states('sensor.energy_electricite_price_hc') | float %}
{{ ((a * 7 ) + (p * h) + (c * o)) | round(2) }}
unit_of_measurement: '€'
icon_template: mdi:currency-eur
# Template Calcul Coût Mensuel
energy_monthly_cost:
friendly_name: Electricité Coût Mensuel
value_template: >-
{% set p = states('sensor.legrand_monthly_energy_peak') | float %}
{% set o = states('sensor.legrand_monthly_energy_offpeak') | float %}
{% set a = states('sensor.energy_electricite_price_abo') | float %}
{% set h = states('sensor.energy_electricite_price_hp') | float %}
{% set c = states('sensor.energy_electricite_price_hc') | float %}
{{ (a + (p * h) + (c * o)) | round(2) }}
unit_of_measurement: '€'
icon_template: mdi:currency-eur
# Template Calcul Coût Annuel
energy_yearly_cost:
friendly_name: Electricité Coût Annuel
value_template: >-
{% set p = states('sensor.legrand_yearly_energy_peak') | float %}
{% set o = states('sensor.legrand_yearly_energy_offpeak') | float %}
{% set a = states('sensor.energy_electricite_price_abo') | float %}
{% set h = states('sensor.energy_electricite_price_hp') | float %}
{% set c = states('sensor.energy_electricite_price_hc') | float %}
{{ ((a * 12) + (p * h) + (c * o)) | round(2) }}
unit_of_measurement: '€'
icon_template: mdi:currency-eur
# Template Calcul Consommation Totale Quotidienne ELECTRICITE
- platform: template
sensors:
energy_daily_total:
friendly_name: Consommation Quotidienne Totale
value_template: >-
{% set p = states('sensor.legrand_daily_energy_peak') | float %}
{% set o = states('sensor.legrand_daily_energy_offpeak') | float %}
{{ (o + p) | round(2) }}
unit_of_measurement: 'kWh'
icon_template: mdi:counter
# Template Calcul Consommation Totale Hebdo ELECTRICITE
- platform: template
sensors:
energy_weekly_total:
friendly_name: Consommation Hebdo Totale
value_template: >-
{% set p = states('sensor.legrand_weekly_energy_peak') | float %}
{% set o = states('sensor.legrand_weekly_energy_offpeak') | float %}
{{ (o + p) | round(2) }}
unit_of_measurement: 'kWh'
icon_template: mdi:counter
# Template Calcul Consommation Totale Mensuelle ELECTRICITE
- platform: template
sensors:
energy_monthly_total:
friendly_name: Consommation Mensuelle Totale
value_template: >-
{% set p = states('sensor.legrand_monthly_energy_peak') | float %}
{% set o = states('sensor.legrand_monthly_energy_offpeak') | float %}
{{ (o + p) | round(2) }}
unit_of_measurement: 'kWh'
icon_template: mdi:counter
# Template Calcul Consommation Totale Annuelle ELECTRICITE
- platform: template
sensors:
energy_yearly_total:
friendly_name: Consommation Annuelle Totale
value_template: >-
{% set p = states('sensor.legrand_yearly_energy_peak') | float %}
{% set o = states('sensor.legrand_yearly_energy_offpeak') | float %}
{{ (o + p) | round(2) }}
unit_of_measurement: 'kWh'
icon_template: mdi:counter
#########################
## EAU ##
#########################
# Template Calcul Consommation Totale Quotidienne EAU (LITRES)
- platform: template
sensors:
water_daily_total:
friendly_name: Consommation Quotidienne Totale Eau
value_template: >-
{% set p = states('sensor.legrand_daily_water_peak') | float %}
{% set o = states('sensor.legrand_daily_water_offpeak') | float %}
{{ (o + p) * 1000 | round(2) }}
unit_of_measurement: 'l'
icon_template: mdi:water
# Template Calcul Consommation Totale Hebdomadaire EAU (LITRES)
- platform: template
sensors:
water_weekly_total:
friendly_name: Consommation Hebdo Totale Eau
value_template: >-
{% set p = states('sensor.legrand_weekly_water_peak') | float | round(2) %}
{% set o = states('sensor.legrand_weekly_water_offpeak') | float | round(1) %}
{{ (o + p) * 1000 }}
unit_of_measurement: 'l'
icon_template: mdi:water
# Template Calcul Consommation Totale Mensuelle EAU (LITRES)
- platform: template
sensors:
water_monthly_total:
friendly_name: Consommation Mensuelle Totale Eau
value_template: >-
{% set p = states('sensor.legrand_monthly_water_peak') | float %}
{% set o = states('sensor.legrand_monthly_water_offpeak') | float %}
{{ (o + p) * 1000 | round(2) }}
unit_of_measurement: 'l'
icon_template: mdi:water
# Template Calcul Consommation Totale Annuelle EAU (LITRES)
- platform: template
sensors:
water_yearly_total:
friendly_name: Consommation Annuelle Totale Eau
value_template: >-
{% set p = states('sensor.legrand_yearly_water_peak') | float %}
{% set o = states('sensor.legrand_yearly_water_offpeak') | float %}
{{ (o + p) * 1000 | round(2) }}
unit_of_measurement: 'l'
icon_template: mdi:water
#####################################
## ##
## UTILITY METER ##
## ##
#####################################
utility_meter:
#########################
## ELECTRICITE ##
#########################
legrand_daily_energy:
source: sensor.legrand_conso_totale_hphc
cycle: daily
tariffs:
- peak
- offpeak
legrand_weekly_energy:
source: sensor.legrand_conso_totale_hphc
cycle: weekly
tariffs:
- peak
- offpeak
legrand_monthly_energy:
source: sensor.legrand_conso_totale_hphc
cycle: monthly
tariffs:
- peak
- offpeak
legrand_yearly_energy:
source: sensor.legrand_conso_totale_hphc
cycle: yearly
tariffs:
- peak
- offpeak
#########################
## EAU ##
#########################
legrand_daily_water:
source: sensor.legrand_ecocompteur_consommation_totale_eau_m3
cycle: daily
tariffs:
- peak
- offpeak
legrand_weekly_water:
source: sensor.legrand_ecocompteur_consommation_totale_eau_m3
cycle: weekly
tariffs:
- peak
- offpeak
legrand_monthly_water:
source: sensor.legrand_ecocompteur_consommation_totale_eau_m3
cycle: monthly
tariffs:
- peak
- offpeak
legrand_yearly_water:
source: sensor.legrand_ecocompteur_consommation_totale_eau_m3
cycle: yearly
tariffs:
- peak
- offpeak
############################################################
## ##
## INPUT TEXT ENERGY PRICES ##
## ##
############################################################
input_text:
###############################
## ELECTRICITE ##
###############################
energy_elec_price_abo_input:
name: Prix Abo Mensuel Electricité
energy_elec_price_kwh_hc_input:
name: Prix Electricité kWh HC
energy_elec_price_kwh_hp_input:
name: Prix Electricité kWh HP
############################################################
## ##
## AUTOMATION ##
## ##
############################################################
automation:
#########################
## ELECTRICITE ##
#########################
- alias: '[POWER] Passage Heures Pleines'
initial_state: 'on'
trigger:
- platform: state
entity_id: sensor.legrand_tarif_courant
# Valeur 2 = Heures Pleines
to: '2'
action:
- service: utility_meter.select_tariff
data:
entity_id:
- utility_meter.legrand_daily_energy
- utility_meter.legrand_weekly_energy
- utility_meter.legrand_monthly_energy
- utility_meter.legrand_yearly_energy
tariff: peak
- alias: '[POWER] Passage Heures Creuses'
initial_state: 'on'
trigger:
- platform: state
entity_id: sensor.legrand_tarif_courant
# Valeur 1 = Heures Creuses
to: '1'
action:
- service: utility_meter.select_tariff
data:
entity_id:
- utility_meter.legrand_daily_energy
- utility_meter.legrand_weekly_energy
- utility_meter.legrand_monthly_energy
- utility_meter.legrand_yearly_energy
tariff: offpeak
#########################
## EAU ##
#########################
- alias: '[POWER] Passage Heures Pleines Eau'
initial_state: 'on'
trigger:
- platform: state
entity_id: sensor.legrand_tarif_courant
# Valeur 2 = Heures Pleines
to: '2'
action:
- service: utility_meter.select_tariff
data:
entity_id:
- utility_meter.legrand_daily_water
- utility_meter.legrand_weekly_water
- utility_meter.legrand_monthly_water
- utility_meter.legrand_yearly_water
tariff: peak
- alias: '[POWER] Passage Heures Creuses Eau'
initial_state: 'on'
trigger:
- platform: state
entity_id: sensor.legrand_tarif_courant
# Valeur 1 = Heures Creuses
to: '1'
action:
- service: utility_meter.select_tariff
data:
entity_id:
- utility_meter.legrand_daily_water
- utility_meter.legrand_weekly_water
- utility_meter.legrand_monthly_water
- utility_meter.legrand_yearly_water
tariff: offpeak
1 Like
Thanks for your sharing @maxtone66, it should help many people who are using HA.
I will share your code on the dedicated EcoCompteur topic.