Tente avec cette version, netatmo avait changé quelques appels. Cette vesion fonctionne (hromis les API not found) qui n'ont pas d'impact.
local n_client_id = "XXXX"
local n_client_secret = "XXXX"
local n_username = "XXXX"
local n_password = "XXXX"
local hc2_module_virtuel = 161 -- le module virtuel "Pluie"
local debug = true -- affiche ou non les message dans la console
local long_lat_adjust = 0.1 -- ajustement de la distance pour trouvé un pluviomètre
local version = 2.01
-- ------------------------------------------------------------------------
-- NE PAS TOUCHER
-- ------------------------------------------------------------------------
local force_use_rain_public = false
local loc = api.get("/settings/location")
local lat_ne = loc.latitude + long_lat_adjust
local lon_ne = loc.longitude + long_lat_adjust
local lat_sw = loc.latitude - long_lat_adjust
local lon_sw = loc.longitude - long_lat_adjust
local token = ""
local int_id = ""
local ext_id = ""
local ext_bat = 0
local rain_id = ""
local rain_bat = 0
local temperature_interieure = -1000
local temperature_exterieure = -1000
local co2 = -1000
local humidite_interne = -1000
local humidite_externe = -1000
local pression = -1000
local bruit = -1000
local rains = {hour = -1000, day = -1000, week = -1000, month = -1000}
-- ------------------------------------------------------------------------
-- Exécuté après chaque requète HTTP
-- ------------------------------------------------------------------------
function afterHttpRequest()
if (temperature_interieure > -1000) then end
if (temperature_exterieure > -1000) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblTemp.value", temperature_exterieure .. "°C")
end
if (co2 > -1000) then
fibaro:setGlobal("CO2", co2)
end
if (humidite_interne > -1000) then end
if (humidite_externe > -1000) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblHum.value", humidite_externe .. "%")
end
if (pression > -1000) then end
if (bruit > -1000) then end
if (rains["hour"] > -1000) then
if (rains["hour"] == -1) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblHeure.value", "n/a")
else
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblHeure.value", " "..rains["hour"])
end
end
if (rains["day"] > -1000) then
if (rains["day"] == -1) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblJour.value", "n/a")
else
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblJour.value", " "..rains["day"])
end
end
if (rains["week"] > -1000) then
if (rains["week"] == -1) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblSemaine.value", "n/a")
else
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblSemaine.value", " "..rains["week"])
end
end
if (rains["month"] > -1000) then
if (rains["month"] == -1) then
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblMois.value", "n/a")
else
fibaro:call(hc2_module_virtuel, "setProperty", "ui.lblMois.value", " "..rains["month"])
end
end
end
-- ------------------------------------------------------------------------
-- Affichage dans la console
-- ------------------------------------------------------------------------
function log(message, force)
force = force or false
if (debug or force) then
print(__convertToString(message))
end
end
-- ------------------------------------------------------------------------
-- Retourne le niveau de batterie en pourcent
-- ------------------------------------------------------------------------
function calcBat(bat, ext)
local max = 6000
local min = 4200
if (ext) then
max = 6000
min = 3600
end
if (bat > max) then bat = max end
return math.floor(bat * 100 / max)
end
-- ------------------------------------------------------------------------
-- Arrondi
-- ------------------------------------------------------------------------
local function roundToNthDecimal(num, n)
local mult = 10^(n or 0)
return math.floor(num * mult + 0.5) / mult
end
-- ------------------------------------------------------------------------
-- Interrogation de l'API
-- ------------------------------------------------------------------------
function getResponseData(url, body, func)
local http = net.HTTPClient()
http:request(url, {
options = {
method = 'POST',
headers = {
["Content-Type"] = "application/x-www-form-urlencoded;charset=UTF-8"
},
data = body
},
success = function(response)
func(json.decode(response.data))
afterHttpRequest()
end,
error = function(response) log(" ERROR !!! " .. url, true) end,
})
end
-- ------------------------------------------------------------------------
-- Mesures de l'unité interne
-- ------------------------------------------------------------------------
function getMesuresInt()
getResponseData("https://api.netatmo.net/api/getmeasure","access_token="..token.."&device_id="..int_id.."&scale=max&type=Temperature,CO2,Humidity,Pressure,Noise&date_end=last",
function(data)
log("----------========== Module intérieur ==========----------")
temperature_interieure = data.body[1].value[1][1]
co2 = data.body[1].value[1][2]
humidite_interne = data.body[1].value[1][3]
pression = data.body[1].value[1][4]
bruit = data.body[1].value[1][5]
log("temperature_interieure = " .. temperature_interieure)
log("co2 = " .. co2)
log("humidite_interne = " .. humidite_interne)
log("pression = " .. pression)
log("bruit = " .. bruit)
fibaro:startScene(41, {
{param1 = "https://maker.ifttt.com/trigger/temperature/with/key/bsq3BICI2o2mAWSK8-X51l"},
{param2 = "POST"},
{param3 = 'application/json'},
{param4 = json.encode({["value1"]=temperature_interieure, ["value2"]=humidite_interne, ["value3"]=co2})},
})
end
)
end
-- ------------------------------------------------------------------------
-- Mesure de l'unité externe
-- ------------------------------------------------------------------------
function getMesuresExt()
getResponseData("https://api.netatmo.net/api/getmeasure","access_token="..token.."&device_id="..int_id.."&module_id="..ext_id.."&scale=max&type=Temperature,Humidity&date_end=last",
function(data)
log("----------========== Module extérieur ==========----------")
temperature_exterieure = data.body[1].value[1][1]
humidite_externe = data.body[1].value[1][2]
log("temperature_exterieure = " .. temperature_exterieure)
log("humidite_externe = " .. humidite_externe)
end
)
end
-- ------------------------------------------------------------------------
-- Obtention des informations sur un pluviomètre proche
-- ------------------------------------------------------------------------
function getRainNear()
getResponseData("https://api.netatmo.net/api/getpublicdata","access_token="..token .. "&lat_ne="..lat_ne.."&lon_ne="..lon_ne.."&lat_sw="..lat_sw.."&lon_sw="..lon_sw,
function(data)
--log(data)
rains["week"] = -1
rains["month"] = -1
rains["hour"] = -1
rains["day"] = -1
log("----------========== D e v i c e s =========----------")
for _, v in pairs(data.body) do
for l, w in pairs(v.measures) do
if (type(w.rain_24h) ~= "nil") then
rains["day"] = w.rain_24h
rains["hour"] = w.rain_60min
end
end
end
if (rains["day"] == -1000) then
log("Impossible de trouver un pluviomètre à proximité, augmentez [long_lat_adjust]", true)
else
log("Pluie jour : " .. rains["day"])
log("Pluie heure : " .. rains["hour"])
end
end
)
end
-- ------------------------------------------------------------------------
-- Mesure du détecteur de pluie historique
-- ------------------------------------------------------------------------
function getMesuresRain(duree, variable)
local now = os.time();
getResponseData("https://api.netatmo.net/api/getmeasure","access_token="..token.."&device_id="..int_id.."&module_id="..rain_id.."&scale=1hour&type=sum_rain&real_time=true&date_begin="..os.date("!%c", (now - duree)),
function(data)
log("----------========== Pluie histo ==========----------")
local cumul = 0
for k, v in pairs(data.body) do
for l, w in pairs(v.value) do
cumul = cumul + w[1]
end
end
cumul = roundToNthDecimal(cumul, 2)
rains[variable] = cumul
log("rain["..variable.."] = " .. rains[variable])
end
)
end
-- ------------------------------------------------------------------------
-- Obtention des informations sur les devices
-- ------------------------------------------------------------------------
function getDevices()
getResponseData("https://api.netatmo.net/api/devicelist","access_token="..token,
function(data)
log("----------========== D e v i c e s =========----------")
for _, v in pairs(data.body.modules) do
--fibaro:debug(v.module_name)
if (v.data_type[1] == "Rain") then
rain_id = v._id
rain_bat = calcBat(v.battery_vp, true)
elseif (v.module_name == "Module extérieur") then
ext_id = v._id
ext_bat = calcBat(v.battery_vp, true)
end
end
int_id = data.body.devices[1]._id
getMesuresInt()
getMesuresExt()
log(rain_id)
if (rain_id ~= "" and not force_use_rain_public) then
getMesuresRain(60 * 60, "hour")
getMesuresRain(60 * 60 * 24, "day")
getMesuresRain(60 * 60 * 24 * 7, "week")
getMesuresRain(60 * 60 * 24 * 30, "month")
else
getRainNear()
end
end
)
end
-- ------------------------------------------------------------------------
-- Authentification
-- ------------------------------------------------------------------------
function auth(nextFunction)
local request_body = "grant_type=password&client_id=" .. n_client_id .. "&client_secret=" .. n_client_secret .. "&username=" .. n_username .. "&password=" .. n_password .. "&scope=read_station"
getResponseData("https://api.netatmo.net/oauth2/token", request_body,
function(data)
token = data.access_token
log(token)
nextFunction()
end
)
end
auth(getDevices)
log("Last request : " .. os.date("%x - %X"), true)
