@marc-berg
mit esp 8266 hab ich schon vieles gemacht aber noch nie mit tasmota ich werde mir das mal durchlesen hab heute morgen gegoogelt und nix gefunden

@armilar moentan funktioniert es noch nicht werde mich damit in ruhe befassen erstmal muss ich die SD card von meinem Home Assistand reparieren die ist kaputt deswegen startet der auch nicht oder installiert nix

@armilar moentan funktioniert es noch nicht werde mich damit in ruhe befassen erstmal muss ich die SD card von meinem Home Assistand reparieren die ist kaputt deswegen startet der auch nicht oder installiert nix

@armilar Hab das nach der Anleitung versucht aber klappt nicht hab die die Verzeichnissstruktur
( /addon_configs/a0d7b954_appdaemon/appdeamon.yaml) so auch nicht. sondersn so (/homeassistant/appdaemon/apps/apps.yaml ) die apps.yaml hatte ich auch nicht hab ich angelegt
aber irgendwie klappt nix davon

@TT-Tom welche ist die einfachste form des ganzen. Scheint ja sehr komplex zu sein aber steuern möchte ich eigentlich alles zentral mit dem home-assistant

Hab gestern Abend nochmal eine Anleitung befolgt nu macht das display sowas. Dazu meine frage komme ich da wieder zur original Firmware zurück wenn ja wie und wo bekomme ich die her.

Hab schon 2. NS Panel bestellt

@armilar mein System auf dem nspanel ist tasmota
und ich habe 2 raspberry pi im einsatz einer ist der home assitant der andere mein io broker das funktioniert auch alles moechte nur auf dem nspanel statt der vergegebenen Temperaturen die von meiner MQTT Wetterstation einbinden

@marc-berg
mit esp 8266 hab ich schon vieles gemacht aber noch nie mit tasmota ich werde mir das mal durchlesen hab heute morgen gegoogelt und nix gefunden

@marc-berg
wo finde ich das denn ich hab die autoexec.be und die nspanel.be und eine _persist.json an Dateien bin absuluter neuling mit dem sonoff nspanel hab auch in der hinsicht noch nix eingestellt hab das erst heute morgen mit Tasmota geflasht

# Sonoff NSPanel Tasmota driver v0.47 | code by blakadder and s-hadinger
var mode = "NSPanel"
import persist
var devicename = tasmota.cmd("DeviceName")["DeviceName"]
persist.tempunit = tasmota.get_option(8) == 1 ? "F" : "C"
if persist.has("dim")  else   persist.dim = "1"  end
var loc = persist.has("loc") ? persist.loc : "North Pole"
var weather_interval = persist.has("weather_interval") ? persist.weather_interval : "60"
persist.save() # save persist file until serial bug fixed

  var widget = {
# 1 = toggle switch horizontal
# 2 = toggle switch double horizontal
# 3 = toggle switch triple horizontal
# 4 = toggle switch quad horizontal
# 6 = toggle switch vertical
# 7 = toggle switch double vertical
# 8 = toggle switch triple vertical
# 9 = toggle switch quad vertical
# 33 = RGB light strip
# 52 = CCT bulb
# 69 = RGB+CCT bulb
# leave empty brackets if you don't want a widget there
# ctype scene doesn't have an uiid
# index "name   ", "ctype", uiid | name max 8 characters, rest will be truncated)
  1: ["Index 1", "group", 1],
  2: ["Index 2", "group", 2],
  3: ["Index 3", "group", 3],
  4: ["Index 4", "group", 4],
  5: ["Index 5", "group", 33],
  6: ["Index 6", "device", 52],
  7: ["Index 7", "device", 69],
  8: ["Index 8", "scene"],
}

class NSPanel : Driver
  # set thermostat options
  static atc = { 
    "id":     "thermostat",
    "outlet": "0",  # outlet to use for trigger
    "etype":  "hot", # hot or cold
    "mirror":  false, # if true Tasmota will resend triggers as commands to keep the state on screen
  }

  static types = {
    '"switches":[{"outlet":':     0x87,
    "relation":   0x86,
    "ATC":      0x84,
    "index":    0x86,
    "params":     0x86,
    "wifiState":  0x85,
    "HMI_resources":0x86,
    "temp":     0x83,
    "year":     0x82,
    "weather":    0x81,
    "queryInfo":  0x80,
    "HMI_dimOpen":  0x87,
    "HMI_wallpaper":0x87,
  }
  static header = bytes('55AA') 

  var ser  # create serial port object
       
  # intialize the serial port, if unspecified Tx/Rx are GPIO 16/17
  def init(tx, rx)
    if !tx   tx = 16 end
    if !rx   rx = 17 end
    self.ser = serial(rx, tx, 115200, serial.SERIAL_8N1)
    tasmota.add_driver(self)
  end

  # determine type of message
  def findtype(value)
    import string
    for k:self.types.keys()
      if string.find(value, k) >= 0
        return self.types[k]
      end
    end
    return 0
  end

  def crc16(data, poly)
    if !poly  poly = 0xA001 end
    # CRC-16 MODBUS HASHING ALGORITHM
    var crc = 0xFFFF
    for i:0..size(data)-1
      crc = crc ^ data[i]
      for j:0..7
        if crc & 1
          crc = (crc >> 1) ^ poly
        else
          crc = crc >> 1
        end
      end
    end
    return crc
  end

  # encode using NSPanel protocol
  # input: payload:json string
  def encode(payload)
    var b = bytes()
    var nsp_type = self.findtype(payload)
    b += self.header
    b.add(nsp_type)       # add a single byte
    b.add(size(payload), 2)   # add size as 2 bytes, little endian
    b += bytes().fromstring(payload)
    var msg_crc = self.crc16(b)
    b.add(msg_crc, 2)       # crc 2 bytes, little endian
    return b
  end

  def split_55(b)
    var ret = []
    var s = size(b)   
    var i = s-2   # start from last-1
    while i > 0
      if b[i] == 0x55 && b[i+1] == 0xAA           
        ret.push(b[i..s-1]) # push last msg to list
        b = b[(0..i-1)]   # write the rest back to b
      end
      i -= 1
    end
    ret.push(b)
    return ret
  end

  # send a string payload (needs to be a valid json string)
  def send(payload)
    print("NSP: Sent =", payload)
    var payload_bin = self.encode(payload)
    self.ser.write(payload_bin)
    # print("NSP: Sent =", payload)
    log("NSP: NSPanel payload sent = " + str(payload_bin), 3)
  end

  # send a nextion payload
  def encodenx(payload)
    var b = bytes().fromstring(payload)
    b += bytes('FFFFFF')
    return b
  end

  def sendnx(payload)
    var payload_bin = self.encodenx(payload)
    self.ser.write(payload_bin)
    # print("NSP: Sent =", payload_bin)
    log("NSP: Nextion command sent = " + str(payload_bin), 3)
  end

  # sets time and date according to Tasmota local time
  def set_clock()
    var now = tasmota.rtc()
    var time_raw = now['local']
    var nsp_time = tasmota.time_dump(time_raw)
    var time_payload = '{"year":' + str(nsp_time['year']) + ',"mon":' + str(nsp_time['month']) + ',"day":' + str(nsp_time['day']) + ',"hour":' + str(nsp_time['hour']) + ',"min":' + str(nsp_time['min']) + ',"week":' + str(nsp_time['weekday']) + '}'
    log('NSP: Time and date synced with ' + time_payload, 3)
    self.send(time_payload)
  end

  # sync main screen power bars with tasmota POWER status
  def set_power()
    var ps = tasmota.get_power()
    for i:0..1
      if ps[i] == true
        ps[i] = "on"
      else 
        ps[i] = "off"
      end
    end
    var json_payload = '{\"switches\":[{\"outlet\":0,\"switch\":\"' + ps[0] + '\"},{\"outlet\":1,\"switch\":\"' + ps[1] +  '\"}]}'
    log('NSP: Switch state updated with ' + json_payload)
    self.send(json_payload)
  end  

  # draw widgets
  def draw()
    var i = 1
    while i < 9
      if size(widget[i]) > 1
        var wdgt = ""
        if widget[i][1] == "scene"
          wdgt = '{"HMI_resources":[{"index":' + str(i) + ',"ctype":"' + widget[i][1] + '","id":"' + str(i) + '"}]}'
        else
          wdgt = '{"HMI_resources":[{"index":' + str(i) + ',"ctype":"' + widget[i][1] + '","id":"' + str(i) + '","uiid":' + str(widget[i][2]) + '}]}'
        end
        var name = '{"relation":[{"ctype":"' + widget[i][1] + '","id":"' + str(i) + '","name":"' + widget[i][0][0..7] + '"}]}'
        self.send(wdgt)
        self.send(name)
      else
      self.send('{"index":' + str(i) + ',"type":"delete"}')
      end
      i += 1
    end
  end

# update weather forecast, since the provider doesn't support range I winged it with FeelsLike temperature
  def set_weather()
    import json
      var weather_icon = {
        "": 30,      # Unknown             
        "113": 1,    # Sunny      
        "116": 2,    # PartlyCloudy   
        "119": 2,    # Cloudy             
        "122": 7,    # VeryCloudy           
        "143": 11,   # Fog                 
        "176": 40,   # LightShowers     
        "179": 24,   # LightSleetShowers 
        "182": 24,   # LightSleet        
        "185": 24,   # LightSleet        
        "200": 42,   # ThunderyShowers  
        "227": 20,   # LightSnow  
        "230": 22,   # HeavySnow        
        "248": 11,   # Fog                 
        "260": 11,   # Fog                 
        "263": 40,   # LightShowers     
        "266": 40,   # LightRain      
        "281": 24,   # LightSleet        
        "284": 24,   # LightSleet        
        "293": 40,   # LightRain      
        "296": 40,   # LightRain      
        "299": 18,   # HeavyShowers      
        "302": 18,   # HeavyRain        
        "305": 18,   # HeavyShowers      
        "308": 18,   # HeavyRain        
        "311": 24,   # LightSleet        
        "314": 24,   # LightSleet        
        "317": 24,   # LightSleet        
        "320": 20,   # LightSnow  
        "323": 22,   # LightSnowShowers 
        "326": 22,   # LightSnowShowers 
        "329": 22,   # HeavySnow        
        "332": 22,   # HeavySnow        
        "335": 29,   # HeavySnowShowers   
        "338": 22,   # HeavySnow        
        "350": 24,   # LightSleet        
        "353": 24,   # LightSleet        
        "356": 18,   # HeavyShowers      
        "359": 18,   # HeavyRain        
        "362": 24,   # LightSleetShowers 
        "365": 24,   # LightSleetShowers 
        "368": 22,   # LightSnowShowers 
        "371": 29,   # HeavySnowShowers   
        "374": 24,   # LightSleetShowers 
        "377": 24,   # LightSleet        
        "386": 42,   # ThunderyShowers  
        "389": 42,   # ThunderyHeavyRain  
        "392": 42,   # ThunderySnowShowers
        "395": 29,   # HeavySnowShowers   
      }   
    var temp
    var tmin
    var tmax
    var cl = webclient()
    var url = "http://wttr.in/" + loc + '?format=j2'
    cl.set_useragent("curl/7.72.0")
    cl.set_follow_redirects(true)
    cl.begin(url)
    if cl.GET() == "200" || cl.GET() == 200
      var b = json.load(cl.get_string())

      if persist.tempunit == "F"
        temp = b['current_condition'][0]['temp_F']
        tmin = b['weather'][0]['mintempF']
        tmax = b['weather'][0]['maxtempF']
      else
        temp = b['current_condition'][0]['temp_C']
        tmin = b['weather'][0]['mintempC']
        tmax = b['weather'][0]['maxtempC']
      end

      var wttr = '{"HMI_weather":' + str(weather_icon[b['current_condition'][0]['weatherCode']]) + ',"HMI_outdoorTemp":{"current":' + temp + ',"range":" ' + tmin + ', ' + tmax + '"}}'
      self.send(wttr)
      log('NSP: Weather update for location: ' + b['nearest_area'][0]['areaName'][0]['value'] + ", "+ b['nearest_area'][0]['country'][0]['value'])
    else
      log('NSP: Weather update failed!', 3)
    end
  end

  # commands to populate an empty screen, should be executed when screen initializes
  def screeninit()
    # self.send('{"queryInfo":"version"}')
    self.send('{"HMI_ATCDevice":{"ctype":"device","id":"' + self.atc['id'] + '","outlet":' + self.atc['outlet'] + ',"etype":"' + self.atc['etype'] + '"}')
    self.send('{"relation":[{"ctype":"device","id":"panel","name":"' + devicename + '","online":true}]}')
    self.send('{"HMI_dimOpen":' + persist.dim + '}')
    self.set_clock()
    self.set_power()
    self.set_weather()
    self.draw()
    tasmota.cmd("State")
    tasmota.cmd("TelePeriod")
  end

  # read serial port and decode messages according to protocol used
  def every_100ms()
    if self.ser.available() > 0
    var msg = self.ser.read()   # read bytes from serial as bytes
    import string
      if size(msg) > 0
        print("NSP: Received Raw =", msg)
        if msg[0..1] == self.header
          mode = "NSPanel"
          var lst = self.split_55(msg)
          for i:0..size(lst)-1
            msg = lst[i]
              if self.atc['mirror'] == true
                if msg[2] == 0x84 self.ser.write(msg)   # resend messages with type 0x84 for thermostat page
                end
              end
            var j = size(msg) - 1
            while msg[j] != 0x7D
              msg = msg[0..-1]
              j -= 1
            end        
            msg = msg[5..j]
              if size(msg) > 2
                if msg == bytes('7B226572726F72223A307D') # don't publish {"error":0}
                else 
                var jm = string.format("{\"NSPanel\":%s}",msg.asstring())
                tasmota.publish_result(jm, "RESULT")
                end
              end
          end
        elif msg == bytes('000000FFFFFF88FFFFFF')
          log("NSP: Screen Initialized")   # print the message as string
          self.screeninit()
        else
          var jm = string.format("{\"NSPanel\":{\"Nextion\":\"%s\"}}",str(msg[0..-4]))
          tasmota.publish_result(jm, "RESULT")        end       
      end
    end
  end
end      

nsp=NSPanel()

tasmota.add_rule("power1#state", /-> nsp.set_power())
tasmota.add_rule("power2#state", /-> nsp.set_power())

# add NSPSend command to Tasmota
def nspsend(cmd, idx, payload, payload_json)
  # NSPSend2 sends Nextion commands
  if idx == 2
  var command = nsp.sendnx(payload)
  tasmota.resp_cmnd_done()
  # NSPSend sends NSPanel commands, requires valid payload
  else
  import json
  var command = nsp.send(json.dump(payload_json))
  tasmota.resp_cmnd_done()
  end
end

tasmota.add_cmd('NSPSend', nspsend)

# add NSPMode command to Tasmota
def modeselect(NSPMode, idx, payload)
  if payload == "1"
    nsp.sendnx('DRAKJHSUYDGBNCJHGJKSHBDN')
    tasmota.resp_cmnd_done()
    mode = "Nextion"
  elif payload == "0"
    nsp.sendnx('recmod=1')
    nsp.sendnx('recmod=1')
    mode = "NSPanel"
    tasmota.resp_cmnd_done()
  else
  tasmota.resp_cmnd_str('{"Mode":"' + mode + '"}')
  end
end

tasmota.add_cmd('NSPMode', modeselect)

# add NSPDim command to Tasmota
def dimopen(NSPDim, idx, payload)
  if payload == "0" || payload == "1"
    persist.dim = payload
    nsp.send('{"HMI_dimOpen":' + payload + '}')
    tasmota.resp_cmnd_done()
  else
    payload = str(persist.dim)
  end
  import string
  var jm = string.format("{\"NSPanel\":{\"Energy-saving\":%s}}",payload)
  tasmota.publish_result(jm, "RESULT")
end

tasmota.add_cmd('NSPDim', dimopen)

# add NSPLocation command to Tasmota
def setloc(NSPLocation, idx, payload)
  if size(payload) > 1
    persist.loc = payload
    tasmota.resp_cmnd_done()
    persist.save()
    loc = persist.loc
    nsp.set_weather()
  else
    payload = loc
  end
  import string
  var jm = string.format("{\"NSPanel\":{\"Location\":\"%s\"}}",payload)
  tasmota.publish_result(jm, "RESULT")
end

tasmota.add_cmd('NSPLocation', setloc)

# add NSPWInterval command to Tasmota
def setWInterval(NSPLocation, idx, p)
  var payload = int(p)
  if payload > 0
    persist.weather_interval = payload
    tasmota.resp_cmnd_done()
    persist.save()
    weather_interval = persist.weather_interval
    nsp.set_weather()
  else
    payload = weather_interval
  end
  import string
  var jm = string.format("{\"NSPanel\":{\"Weather Interval\":\"%d\"}}",payload)
  tasmota.publish_result(jm, "RESULT")
end

tasmota.add_cmd('NSPWInterval', setWInterval)

# set displayed indoor temperature to value:int
def set_temp(value)
  var temp_payload = '{"temperature":' + str(value) + ',"tempUnit":"' + persist.tempunit + '"}'
  log('NSP: Indoor temperature set with ' + temp_payload, 3)
  nsp.send(temp_payload)
end

tasmota.add_rule("Tele#ANALOG#Temperature1", set_temp) # rule to run set_temp on teleperiod

# set wifi icon status

def set_wifi(value)
  var rssi = (value-1)/20
  rssi = '{"wifiState":"connected","rssiLevel":' + str(rssi) + '}'
  log('NSP: Wi-Fi icon set with ' + rssi, 3)
  nsp.send(rssi)
end

def set_disconnect()
  nsp.send('{"wifiState":"nonetwork","rssiLevel":0}')
end

def sync_weather() # set weather every 60 minutes
  var interval = persist.has("weather_interval") ? int(persist.weather_interval) : 60
  nsp.set_weather()
  print("Weather forecast synced")
  tasmota.set_timer(interval*60*1000, sync_weather)
end

tasmota.cmd("Rule3 1") # needed until Berry bug fixed
tasmota.cmd("State")
tasmota.add_rule("Time#Minute", /-> nsp.set_clock()) # set rule to update clock every minute
tasmota.add_rule("Tele#Wifi#RSSI", set_wifi) # set rule to update wifi icon
tasmota.add_rule("wifi#disconnected", set_disconnect) # set rule to change wifi icon on disconnect
tasmota.add_rule("mqtt#disconnected", set_disconnect) # set rule to change wifi icon on disconnect
tasmota.add_rule("system#boot", /-> nsp.screeninit()) 
tasmota.add_rule("time#initialized", sync_weather)

tasmota.cmd("TelePeriod")

Das steht in der nspanel.be drinne

Hallo zusammen,

Ich habe ein Sonoff NSPanel was ich erfolgreich mit tasmota am laufen habe.
Der Interne Temperatursensor liefert zu hohe Temperaturen (draußen 20 Grad und Display zeigt 26 an und wird höher wenn Display warm wird) genau so wie die Außentemperatur nicht 100% stimmt. Da ich aber eine Wetterstation mit einem esp98266 betreibe (eine für außen und eine für innen) und die Temperatur, Luftdruck und Luftfeuchte mit MQTT an einen io Broker sende damit ich das im Home Assitant sehen kann.

Ware es möglich die Temperatur -Daten auch per MQTT an das Sonoff NSPanel zu senden und statt der voreingestellten Temperatur die von der Wetterstation anzeigen zu lassen wenn ja wie stelle ich das ein oder wie muss ich es machen bin Neuling auf dem Tasmota Gebiet

Fuer Hilde bedanke ich mich schonmal
Gruss Thorsten