Wartung am 15.11. – Forum ab 22:00 Uhr nicht erreichbar

[joBr99]

Wenn FlashNextion geht, sollte das Berry Skript passen, wenn über MQTT trotzdem nichts kommt, ist es in der regel etwas mit den tasmota mqtt settings

[Andreas_Z]

Grundsätzlich scheint etwas über MQTT anzukommen, das Schalten von POWER1 manuell über das Objekt SmartHome/NSPanel_1/cmnd/POWER funktioniert.
Wenn ich CustomSend time~12:00 in der Konsole absende, wird aber nichts auf dem Display angezeigt.
autexec.be:

# Sonoff NSPanel Tasmota Lovelace UI Berry Driver | code by joBr99
# based on;
# Sonoff NSPanel Tasmota (Nextion with Flashing) driver | code by peepshow-21
# based on;
# Sonoff NSPanel Tasmota driver v0.47 | code by blakadder and s-hadinger

# Example Flash
# FlashNextion http://ip-address-of-your-homeassistant:8123/local/nspanel.tft
# FlashNextion http://nspanel.pky.eu/lui.tft

class Nextion : Driver

    static header = bytes('55BB')

    static flash_block_size = 4096

    var flash_mode
	var flash_start_millis
    var flash_size
    var flash_written
    var flash_buff
    var flash_offset
    var awaiting_offset
    var tcp
    var ser
    var last_per
	var url

    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] == 0xBB           
          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

    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 custom protocol 55 BB [payload length] [payload length] [payload] [crc] [crc]
    def encode(payload)
      var b = bytes()
      b += self.header
      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 encodenx(payload)
        var b = bytes().fromstring(payload)
        b += bytes('FFFFFF')
        return b
    end

    def sendnx(payload)
        import string
        var payload_bin = self.encodenx(payload)
        self.ser.write(payload_bin)
        log(string.format("NXP: Nextion command sent = %s",str(payload_bin)), 3)       
    end

    def send(payload)
        var payload_bin = self.encode(payload)
        if self.flash_mode==1
            log("NXP: skipped command becuase still flashing", 3)
        else 
            self.ser.write(payload_bin)
            log("NXP: payload sent = " + str(payload_bin), 3)
        end
    end

    def write_to_nextion(b)
        self.ser.write(b)
    end

    def screeninit()
        log("NXP: Screen Initialized")
		self.sendnx("recmod=1")		
    end

    def write_block()
        
        import string
        log("FLH: Read block",3)
        while size(self.flash_buff)<self.flash_block_size && self.tcp.connected()
            if self.tcp.available()>0
                self.flash_buff += self.tcp.readbytes()
            else
                tasmota.delay(50)
                log("FLH: Wait for available...",3)
            end
        end
        log("FLH: Buff size "+str(size(self.flash_buff)),3)
        var to_write
        if size(self.flash_buff)>self.flash_block_size
            to_write = self.flash_buff[0..self.flash_block_size-1]
            self.flash_buff = self.flash_buff[self.flash_block_size..]
        else
            to_write = self.flash_buff
            self.flash_buff = bytes()
        end
        log("FLH: Writing "+str(size(to_write)),3)
        var per = (self.flash_written*100)/self.flash_size
        if (self.last_per!=per) 
            self.last_per = per
            tasmota.publish_result(string.format("{\"Flashing\":{\"complete\": %d, \"time_elapsed\": %d}}",per , (tasmota.millis()-self.flash_start_millis)/1000), "RESULT") 
        end
        if size(to_write)>0
            self.flash_written += size(to_write)
            self.ser.write(to_write)
        end
        log("FLH: Total "+str(self.flash_written),3)
        if (self.flash_written==self.flash_size)
            log("FLH: Flashing complete - Time elapsed: %d", (tasmota.millis()-self.flash_start_millis)/1000)
            self.flash_mode = 0
			self.ser = nil
			tasmota.gc()
			self.ser = serial(17, 16, 115200, serial.SERIAL_8N1)
        end

    end

    def every_100ms()
        import string
        if self.ser.available() > 0
            var msg = self.ser.read()
            if size(msg) > 0
                log(string.format("NXP: Received Raw = %s",str(msg)), 3)
                if (self.flash_mode==1)
                    var strv = msg[0..-4].asstring()
                    if string.find(strv,"comok 2")>=0
                        log("FLH: Send (High Speed) flash start")
						self.flash_start_millis = tasmota.millis()
                        #self.sendnx(string.format("whmi-wris %d,115200,res0",self.flash_size))
                        self.sendnx(string.format("whmi-wris %d,921600,res0",self.flash_size))
						self.ser = serial(17, 16, 921600, serial.SERIAL_8N1)
                    elif size(msg)==1 && msg[0]==0x08
                        log("FLH: Waiting offset...",3)
                        self.awaiting_offset = 1
                    elif size(msg)==4 && self.awaiting_offset==1
                        self.awaiting_offset = 0
                        self.flash_offset = msg.get(0,4)
                        log("FLH: Flash offset marker "+str(self.flash_offset),3)
						if self.flash_offset != 0
							self.open_url_at(self.url, self.flash_offset)
							self.flash_written = self.flash_offset
						end
                        self.write_block()
                    elif size(msg)==1 && msg[0]==0x05
                        self.write_block()
                    else
                        log("FLH: Something has gone wrong flashing display firmware ["+str(msg)+"]",2)
                    end
                else
                    var msg_list = self.split_55(msg)
                    for i:0..size(msg_list)-1
                        msg = msg_list[i]
                        if size(msg) > 0
                            if msg == bytes('000000FFFFFF88FFFFFF')
                                self.screeninit()
                            elif size(msg)>=2 && msg[0]==0x55 && msg[1]==0xBB
                                var jm = string.format("{\"CustomRecv\":\"%s\"}",msg[4..-3].asstring())
                                tasmota.publish_result(jm, "RESULT")        
                            elif msg[0]==0x07 && size(msg)==1 # BELL/Buzzer
                                tasmota.cmd("buzzer 1,1")
                            else
                                var jm = string.format("{\"nextion\":\"%s\"}",str(msg[0..-4]))
                                tasmota.publish_result(jm, "RESULT")        
                            end
                        end       
                    end
                end
            end
        end
    end      

    def begin_nextion_flash()
        self.flash_written = 0
        self.awaiting_offset = 0
        self.flash_offset = 0
        self.sendnx('DRAKJHSUYDGBNCJHGJKSHBDN')
        self.sendnx('recmod=0')
        self.sendnx('recmod=0')
        self.flash_mode = 1
        self.sendnx("connect")        
    end
    
    def open_url_at(url, pos)
		self.url = url
        import string
        var host
        var port
        var s1 = string.split(url,7)[1]
        var i = string.find(s1,":")
        var sa
        if i<0
            port = 80
            i = string.find(s1,"/")
            sa = string.split(s1,i)
            host = sa[0]
        else
            sa = string.split(s1,i)
            host = sa[0]
            s1 = string.split(sa[1],1)[1]
            i = string.find(s1,"/")
            sa = string.split(s1,i)
            port = int(sa[0])
        end
        var get = sa[1]
        log(string.format("FLH: host: %s, port: %s, get: %s",host,port,get))
        self.tcp = tcpclient()
        self.tcp.connect(host,port)
        log("FLH: Connected:"+str(self.tcp.connected()),3)
        var get_req = "GET "+get+" HTTP/1.0\r\n"
		get_req += string.format("Range: bytes=%d-\r\n", pos)
		get_req += string.format("HOST: %s:%s\r\n\r\n",host,port)
        self.tcp.write(get_req)
        var a = self.tcp.available()
        i = 1
        while a==0 && i<5
          tasmota.delay(100*i)
          tasmota.yield() 
          i += 1
          log("FLH: Retry "+str(i),3)
          a = self.tcp.available()
        end
        if a==0
            log("FLH: Nothing available to read!",3)
            return
        end
        var b = self.tcp.readbytes()
        i = 0
        var end_headers = false;
        var headers
        while i<size(b) && headers==nil
            if b[i..(i+3)]==bytes().fromstring("\r\n\r\n") 
                headers = b[0..(i+3)].asstring()
                self.flash_buff = b[(i+4)..]
            else
                i += 1
            end
        end
        #print(headers)
		# check http respose for code 200/206
        if string.find(headers,"200 OK")>0 || string.find(headers,"206 Partial Content")>0
            log("FLH: HTTP Respose is 200 OK or 206 Partial Content",3)
		else
            log("FLH: HTTP Respose is not 200 OK or 206 Partial Content",3)
			print(headers)
			return -1
        end
		# only set flash size if pos is zero
		if pos == 0
			# check http respose for content-length
			var tag = "Content-Length: "
			i = string.find(headers,tag)
			if (i>0) 
				var i2 = string.find(headers,"\r\n",i)
				var s = headers[i+size(tag)..i2-1]
				self.flash_size=int(s)
			end
			log("FLH: Flash file size: "+str(self.flash_size),3)
		end

    end

    def flash_nextion(url)
        self.flash_size = 0
        var res = self.open_url_at(url, 0)
		if res != -1
			self.begin_nextion_flash()
		end
    end

    def init()
        log("NXP: Initializing Driver")
        self.ser = serial(17, 16, 115200, serial.SERIAL_8N1)
        self.flash_mode = 0
    end

end

var nextion = Nextion()

tasmota.add_driver(nextion)

def get_current_version(cmd, idx, payload, payload_json)
	import string
	var version_of_this_script = 4
	var jm = string.format("{\"nlui_driver_version\":\"%s\"}", version_of_this_script)
	tasmota.publish_result(jm, "RESULT")
end

tasmota.add_cmd('GetDriverVersion', get_current_version)

def update_berry_driver(cmd, idx, payload, payload_json)
	def task()
		import string
		var cl = webclient()
		cl.begin(payload)
		var r = cl.GET()
		if r == 200
			print("Sucessfully downloaded nspanel-lovelace-ui berry driver")
		else
			print("Error while downloading nspanel-lovelace-ui berry driver")
		end
		r = cl.write_file("autoexec.be")
		if r < 0
			print("Error while writeing nspanel-lovelace-ui berry driver")
		else
			print("Sucessfully written nspanel-lovelace-ui berry driver")
			var s = load('autoexec.be')
			if s == true
				var jm = string.format("{\"nlui_driver_update\":\"%s\"}", "succeeded")
				tasmota.publish_result(jm, "RESULT")
			else 
				var jm = string.format("{\"nlui_driver_update\":\"%s\"}", "failed")
				tasmota.publish_result(jm, "RESULT")
			end
			
		end
	end
	tasmota.set_timer(0,task)
	tasmota.resp_cmnd_done()
end

tasmota.add_cmd('UpdateDriverVersion', update_berry_driver)

def flash_nextion(cmd, idx, payload, payload_json)
    def task()
        nextion.flash_nextion(payload)
    end
    tasmota.set_timer(0,task)
    tasmota.resp_cmnd_done()
end

def send_cmd(cmd, idx, payload, payload_json)
    nextion.sendnx(payload)
    tasmota.resp_cmnd_done()
end

def send_cmd2(cmd, idx, payload, payload_json)
    nextion.send(payload)
    tasmota.resp_cmnd_done()
end

tasmota.add_cmd('Nextion', send_cmd)
tasmota.add_cmd('CustomSend', send_cmd2)
tasmota.add_cmd('FlashNextion', flash_nextion)

MQTT-Settings:

Sonstige Einstellungen/Vorlage

{"NAME":"NSPanel","GPIO":[0,0,0,0,3872,0,0,0,0,0,32,0,0,0,0,225,0,480,224,1,0,0,0,33,0,0,0,0,0,0,0,0,0,0,4736,0],"FLAG":0,"BASE":1}

[Armilar]

@andreas_z sagte in SONOFF NSPanel mit Lovelace UI:

Grundsätzlich scheint etwas über MQTT anzukommen, das Schalten von POWER1 manuell über das Objekt SmartHome/NSPanel_1/cmnd/POWER funktioniert.
Wenn ich CustomSend time~12:00 in der Konsole absende, wird aber nichts auf dem Display angezeigt.
autexec.be:

# Sonoff NSPanel Tasmota Lovelace UI Berry Driver | code by joBr99
# based on;
# Sonoff NSPanel Tasmota (Nextion with Flashing) driver | code by peepshow-21
# based on;
# Sonoff NSPanel Tasmota driver v0.47 | code by blakadder and s-hadinger

# Example Flash
# FlashNextion http://ip-address-of-your-homeassistant:8123/local/nspanel.tft
# FlashNextion http://nspanel.pky.eu/lui.tft

class Nextion : Driver

    static header = bytes('55BB')

    static flash_block_size = 4096

    var flash_mode
	var flash_start_millis
    var flash_size
    var flash_written
    var flash_buff
    var flash_offset
    var awaiting_offset
    var tcp
    var ser
    var last_per
	var url

    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] == 0xBB           
          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

    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 custom protocol 55 BB [payload length] [payload length] [payload] [crc] [crc]
    def encode(payload)
      var b = bytes()
      b += self.header
      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 encodenx(payload)
        var b = bytes().fromstring(payload)
        b += bytes('FFFFFF')
        return b
    end

    def sendnx(payload)
        import string
        var payload_bin = self.encodenx(payload)
        self.ser.write(payload_bin)
        log(string.format("NXP: Nextion command sent = %s",str(payload_bin)), 3)       
    end

    def send(payload)
        var payload_bin = self.encode(payload)
        if self.flash_mode==1
            log("NXP: skipped command becuase still flashing", 3)
        else 
            self.ser.write(payload_bin)
            log("NXP: payload sent = " + str(payload_bin), 3)
        end
    end

    def write_to_nextion(b)
        self.ser.write(b)
    end

    def screeninit()
        log("NXP: Screen Initialized")
		self.sendnx("recmod=1")		
    end

    def write_block()
        
        import string
        log("FLH: Read block",3)
        while size(self.flash_buff)<self.flash_block_size && self.tcp.connected()
            if self.tcp.available()>0
                self.flash_buff += self.tcp.readbytes()
            else
                tasmota.delay(50)
                log("FLH: Wait for available...",3)
            end
        end
        log("FLH: Buff size "+str(size(self.flash_buff)),3)
        var to_write
        if size(self.flash_buff)>self.flash_block_size
            to_write = self.flash_buff[0..self.flash_block_size-1]
            self.flash_buff = self.flash_buff[self.flash_block_size..]
        else
            to_write = self.flash_buff
            self.flash_buff = bytes()
        end
        log("FLH: Writing "+str(size(to_write)),3)
        var per = (self.flash_written*100)/self.flash_size
        if (self.last_per!=per) 
            self.last_per = per
            tasmota.publish_result(string.format("{\"Flashing\":{\"complete\": %d, \"time_elapsed\": %d}}",per , (tasmota.millis()-self.flash_start_millis)/1000), "RESULT") 
        end
        if size(to_write)>0
            self.flash_written += size(to_write)
            self.ser.write(to_write)
        end
        log("FLH: Total "+str(self.flash_written),3)
        if (self.flash_written==self.flash_size)
            log("FLH: Flashing complete - Time elapsed: %d", (tasmota.millis()-self.flash_start_millis)/1000)
            self.flash_mode = 0
			self.ser = nil
			tasmota.gc()
			self.ser = serial(17, 16, 115200, serial.SERIAL_8N1)
        end

    end

    def every_100ms()
        import string
        if self.ser.available() > 0
            var msg = self.ser.read()
            if size(msg) > 0
                log(string.format("NXP: Received Raw = %s",str(msg)), 3)
                if (self.flash_mode==1)
                    var strv = msg[0..-4].asstring()
                    if string.find(strv,"comok 2")>=0
                        log("FLH: Send (High Speed) flash start")
						self.flash_start_millis = tasmota.millis()
                        #self.sendnx(string.format("whmi-wris %d,115200,res0",self.flash_size))
                        self.sendnx(string.format("whmi-wris %d,921600,res0",self.flash_size))
						self.ser = serial(17, 16, 921600, serial.SERIAL_8N1)
                    elif size(msg)==1 && msg[0]==0x08
                        log("FLH: Waiting offset...",3)
                        self.awaiting_offset = 1
                    elif size(msg)==4 && self.awaiting_offset==1
                        self.awaiting_offset = 0
                        self.flash_offset = msg.get(0,4)
                        log("FLH: Flash offset marker "+str(self.flash_offset),3)
						if self.flash_offset != 0
							self.open_url_at(self.url, self.flash_offset)
							self.flash_written = self.flash_offset
						end
                        self.write_block()
                    elif size(msg)==1 && msg[0]==0x05
                        self.write_block()
                    else
                        log("FLH: Something has gone wrong flashing display firmware ["+str(msg)+"]",2)
                    end
                else
                    var msg_list = self.split_55(msg)
                    for i:0..size(msg_list)-1
                        msg = msg_list[i]
                        if size(msg) > 0
                            if msg == bytes('000000FFFFFF88FFFFFF')
                                self.screeninit()
                            elif size(msg)>=2 && msg[0]==0x55 && msg[1]==0xBB
                                var jm = string.format("{\"CustomRecv\":\"%s\"}",msg[4..-3].asstring())
                                tasmota.publish_result(jm, "RESULT")        
                            elif msg[0]==0x07 && size(msg)==1 # BELL/Buzzer
                                tasmota.cmd("buzzer 1,1")
                            else
                                var jm = string.format("{\"nextion\":\"%s\"}",str(msg[0..-4]))
                                tasmota.publish_result(jm, "RESULT")        
                            end
                        end       
                    end
                end
            end
        end
    end      

    def begin_nextion_flash()
        self.flash_written = 0
        self.awaiting_offset = 0
        self.flash_offset = 0
        self.sendnx('DRAKJHSUYDGBNCJHGJKSHBDN')
        self.sendnx('recmod=0')
        self.sendnx('recmod=0')
        self.flash_mode = 1
        self.sendnx("connect")        
    end
    
    def open_url_at(url, pos)
		self.url = url
        import string
        var host
        var port
        var s1 = string.split(url,7)[1]
        var i = string.find(s1,":")
        var sa
        if i<0
            port = 80
            i = string.find(s1,"/")
            sa = string.split(s1,i)
            host = sa[0]
        else
            sa = string.split(s1,i)
            host = sa[0]
            s1 = string.split(sa[1],1)[1]
            i = string.find(s1,"/")
            sa = string.split(s1,i)
            port = int(sa[0])
        end
        var get = sa[1]
        log(string.format("FLH: host: %s, port: %s, get: %s",host,port,get))
        self.tcp = tcpclient()
        self.tcp.connect(host,port)
        log("FLH: Connected:"+str(self.tcp.connected()),3)
        var get_req = "GET "+get+" HTTP/1.0\r\n"
		get_req += string.format("Range: bytes=%d-\r\n", pos)
		get_req += string.format("HOST: %s:%s\r\n\r\n",host,port)
        self.tcp.write(get_req)
        var a = self.tcp.available()
        i = 1
        while a==0 && i<5
          tasmota.delay(100*i)
          tasmota.yield() 
          i += 1
          log("FLH: Retry "+str(i),3)
          a = self.tcp.available()
        end
        if a==0
            log("FLH: Nothing available to read!",3)
            return
        end
        var b = self.tcp.readbytes()
        i = 0
        var end_headers = false;
        var headers
        while i<size(b) && headers==nil
            if b[i..(i+3)]==bytes().fromstring("\r\n\r\n") 
                headers = b[0..(i+3)].asstring()
                self.flash_buff = b[(i+4)..]
            else
                i += 1
            end
        end
        #print(headers)
		# check http respose for code 200/206
        if string.find(headers,"200 OK")>0 || string.find(headers,"206 Partial Content")>0
            log("FLH: HTTP Respose is 200 OK or 206 Partial Content",3)
		else
            log("FLH: HTTP Respose is not 200 OK or 206 Partial Content",3)
			print(headers)
			return -1
        end
		# only set flash size if pos is zero
		if pos == 0
			# check http respose for content-length
			var tag = "Content-Length: "
			i = string.find(headers,tag)
			if (i>0) 
				var i2 = string.find(headers,"\r\n",i)
				var s = headers[i+size(tag)..i2-1]
				self.flash_size=int(s)
			end
			log("FLH: Flash file size: "+str(self.flash_size),3)
		end

    end

    def flash_nextion(url)
        self.flash_size = 0
        var res = self.open_url_at(url, 0)
		if res != -1
			self.begin_nextion_flash()
		end
    end

    def init()
        log("NXP: Initializing Driver")
        self.ser = serial(17, 16, 115200, serial.SERIAL_8N1)
        self.flash_mode = 0
    end

end

var nextion = Nextion()

tasmota.add_driver(nextion)

def get_current_version(cmd, idx, payload, payload_json)
	import string
	var version_of_this_script = 4
	var jm = string.format("{\"nlui_driver_version\":\"%s\"}", version_of_this_script)
	tasmota.publish_result(jm, "RESULT")
end

tasmota.add_cmd('GetDriverVersion', get_current_version)

def update_berry_driver(cmd, idx, payload, payload_json)
	def task()
		import string
		var cl = webclient()
		cl.begin(payload)
		var r = cl.GET()
		if r == 200
			print("Sucessfully downloaded nspanel-lovelace-ui berry driver")
		else
			print("Error while downloading nspanel-lovelace-ui berry driver")
		end
		r = cl.write_file("autoexec.be")
		if r < 0
			print("Error while writeing nspanel-lovelace-ui berry driver")
		else
			print("Sucessfully written nspanel-lovelace-ui berry driver")
			var s = load('autoexec.be')
			if s == true
				var jm = string.format("{\"nlui_driver_update\":\"%s\"}", "succeeded")
				tasmota.publish_result(jm, "RESULT")
			else 
				var jm = string.format("{\"nlui_driver_update\":\"%s\"}", "failed")
				tasmota.publish_result(jm, "RESULT")
			end
			
		end
	end
	tasmota.set_timer(0,task)
	tasmota.resp_cmnd_done()
end

tasmota.add_cmd('UpdateDriverVersion', update_berry_driver)

def flash_nextion(cmd, idx, payload, payload_json)
    def task()
        nextion.flash_nextion(payload)
    end
    tasmota.set_timer(0,task)
    tasmota.resp_cmnd_done()
end

def send_cmd(cmd, idx, payload, payload_json)
    nextion.sendnx(payload)
    tasmota.resp_cmnd_done()
end

def send_cmd2(cmd, idx, payload, payload_json)
    nextion.send(payload)
    tasmota.resp_cmnd_done()
end

tasmota.add_cmd('Nextion', send_cmd)
tasmota.add_cmd('CustomSend', send_cmd2)
tasmota.add_cmd('FlashNextion', flash_nextion)

MQTT-Settings:

Sonstige Einstellungen/Vorlage

{"NAME":"NSPanel","GPIO":[0,0,0,0,3872,0,0,0,0,0,32,0,0,0,0,225,0,480,224,1,0,0,0,33,0,0,0,0,0,0,0,0,0,0,4736,0],"FLAG":0,"BASE":1}

Das mqtt.1. muss in beide Richtungen kommunizieren. RESULT funktioniert. Teste es doch bitte so wie beschrieben. Deinen Mosquitto kannst du anschließend immer noch bemühen.

[Andreas_Z]

@armilar
Habe ich, MQTT.2 ist als Server (mit anderem Port) konfiguriert und identischem Resultat, es wird nichts auf dem Display angezeigt:

mqtt.2	2022-09-23 19:32:17.692	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.691	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.689	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.492	info	Client [NSPanel_1] subscribes on "cmnd/NSPanel_1_fb/#" with regex /^mqtt\.2\.cmnd\.NSPanel_1_fb(\..*)?/
mqtt.2	2022-09-23 19:32:17.492	info	Client [NSPanel_1] subscribes on "cmnd/NSPanel_1_fb/#" with regex /^cmnd\.NSPanel_1_fb(\..*)?/
mqtt.2	2022-09-23 19:32:17.491	info	Client [NSPanel_1] subscribes on "SmartHome/tasmotas/cmnd/#" with regex /^mqtt\.2\.SmartHome\.tasmotas\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.490	info	Client [NSPanel_1] subscribes on "SmartHome/tasmotas/cmnd/#" with regex /^SmartHome\.tasmotas\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.489	info	Client [NSPanel_1] subscribes on "SmartHome/NSPanel_1/cmnd/#" with regex /^mqtt\.2\.SmartHome\.NSPanel_1\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.489	info	Client [NSPanel_1] subscribes on "SmartHome/NSPanel_1/cmnd/#" with regex /^SmartHome\.NSPanel_1\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.454	info	Client [NSPanel_1] connected with secret 1663954337450_1441
mqtt.2	2022-09-23 19:32:07.977	info	Client [NSPanel_1] connection closed: closed
javascript.0	2022-09-23 19:30:27.658	info	script.js.common.NSPanel_1: registered 12 subscriptions, 6 schedules, 0 messages, 0 logs and 0 file subscriptions
javascript.0	2022-09-23 19:30:27.636	info	script.js.common.NSPanel_1: TypeScript compilation successful
javascript.0	2022-09-23 19:30:25.964	info	script.js.common.NSPanel_1: compiling TypeScript source...
javascript.0	2022-09-23 19:30:25.924	debug	File /home/Javascript/common/NSPanel_1.ts change
javascript.0	2022-09-23 19:30:25.924	info	Stop script script.js.common.NSPanel_1
javascript.0	2022-09-23 19:30:25.917	debug	Update /home/Javascript/common/NSPanel_1.ts on disk

Werte im Script habe ich auf MQTT.2 geändert gehabt.

[Armilar]

@andreas_z sagte in SONOFF NSPanel mit Lovelace UI:

@armilar
Habe ich, MQTT.2 ist als Server (mit anderem Port) konfiguriert und identischem Resultat, es wird nichts auf dem Display angezeigt:

mqtt.2	2022-09-23 19:32:17.692	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.691	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.689	info	Client [NSPanel_1] publishOnSubscribe send all known states
mqtt.2	2022-09-23 19:32:17.492	info	Client [NSPanel_1] subscribes on "cmnd/NSPanel_1_fb/#" with regex /^mqtt\.2\.cmnd\.NSPanel_1_fb(\..*)?/
mqtt.2	2022-09-23 19:32:17.492	info	Client [NSPanel_1] subscribes on "cmnd/NSPanel_1_fb/#" with regex /^cmnd\.NSPanel_1_fb(\..*)?/
mqtt.2	2022-09-23 19:32:17.491	info	Client [NSPanel_1] subscribes on "SmartHome/tasmotas/cmnd/#" with regex /^mqtt\.2\.SmartHome\.tasmotas\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.490	info	Client [NSPanel_1] subscribes on "SmartHome/tasmotas/cmnd/#" with regex /^SmartHome\.tasmotas\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.489	info	Client [NSPanel_1] subscribes on "SmartHome/NSPanel_1/cmnd/#" with regex /^mqtt\.2\.SmartHome\.NSPanel_1\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.489	info	Client [NSPanel_1] subscribes on "SmartHome/NSPanel_1/cmnd/#" with regex /^SmartHome\.NSPanel_1\.cmnd(\..*)?/
mqtt.2	2022-09-23 19:32:17.454	info	Client [NSPanel_1] connected with secret 1663954337450_1441
mqtt.2	2022-09-23 19:32:07.977	info	Client [NSPanel_1] connection closed: closed
javascript.0	2022-09-23 19:30:27.658	info	script.js.common.NSPanel_1: registered 12 subscriptions, 6 schedules, 0 messages, 0 logs and 0 file subscriptions
javascript.0	2022-09-23 19:30:27.636	info	script.js.common.NSPanel_1: TypeScript compilation successful
javascript.0	2022-09-23 19:30:25.964	info	script.js.common.NSPanel_1: compiling TypeScript source...
javascript.0	2022-09-23 19:30:25.924	debug	File /home/Javascript/common/NSPanel_1.ts change
javascript.0	2022-09-23 19:30:25.924	info	Stop script script.js.common.NSPanel_1
javascript.0	2022-09-23 19:30:25.917	debug	Update /home/Javascript/common/NSPanel_1.ts on disk

Werte im Script habe ich auf MQTT.2 geändert gehabt.

So und jetzt bitte mal die mqtt-Einstellungen aus dem mqtt.2. und aus Tasmota posten. Ich denke wir finden den Fehler noch

[Andreas_Z]

@armilar

By the way, Respekt und dank für deine Geduld

[Armilar]

@andreas_z sagte in SONOFF NSPanel mit Lovelace UI:

@armilar

By the way, Respekt und dank für deine Geduld

Denke ich habe was ... Bitte nach und nach..

Haken "unbedingt" raus... und raus lassen

Haken rein...

Setze mal höher

Wärst so ziemlich der erste bei dem es nicht funktioniert. Können wir irgendwie nicht auf uns sitzen lassen...

und zum Schluss noch die beiden Zeilen aktualisieren, falls noch nicht geschehen...

    panelRecvTopic: 'mqtt.2.SmartHome.NSPanel_1.tele.RESULT',       // anpassen
    panelSendTopic: 'mqtt.2.SmartHome.NSPanel_1.cmnd.CustomSend',   // anpassen

[Andreas_Z]

@armilar Alles Umgesetzt, ohne Erfolg, was aber bisher immer passiert (Mit Mosqitto und über Iobroker Intern MQTT), wenn ich das Script neu gestartet oder geändert habe, das "This is taking longer ....." verschwindet für einen Moment und erscheint danach wieder, also scheint es ja doch eine Gewisse Kommunikation zu geben

[Armilar]

@andreas_z sagte in SONOFF NSPanel mit Lovelace UI:

@armilar Alles Umgesetzt, ohne Erfolg, was aber bisher immer passiert (Mit Mosqitto und über Iobroker Intern MQTT), wenn ich das Script neu gestartet oder geändert habe, das "This is taking longer ....." verschwindet für einen Moment und erscheint danach wieder, also scheint es ja doch eine Gewisse Kommunikation zu geben

Okay ich gebe auf. Kannst noch mal versuchen die IP im Broker auf den Server zusetzten und beide Kisten iobroker und Panel durchstarten. Mehr geht eigentlich nicht...

[Armilar]

@kuckuckmann (nur für deine Tests)

[Kuckuckmann]

@andreas_z
Hi Andreas,

was ich bei dem ganzen vermisse, ist die Bestätigung, dass CustomSend funktioniert.
Da ich gerade selbst damit zu kämpfen hatte, stell bitte sicher, dass der entweder aus der Tasmota Konsole oder dem Mosquitto Explorer so wie in der Anleitung im Wiki auch passiert. Ich könnte mir vorstellen, dass dies die Lösung ist.

LG

[Andreas_Z]

@kuckuckmann

Er funktioniert leider nicht mal aus der Konsole raus
20:23:10.191 CMD: CustomSend time~12:00
20:23:10.216 MQT: SmartHome/tasmota_E7EFAC/stat/RESULT = {"CustomSend":"Done"}
20:23:13.604 MQT: SmartHome/tasmota_E7EFAC/tele/RESULT = {"CustomRecv":"event,startup,42,eu"}

Es wird nichts auf dem Display angezeigt. Zwischenzeitlich habe ich noch einmal bei 0 Angefangen und komplett neu geflasht und konfiguriert, leider mit dem selben Ergebnis.

[Kuckuckmann]

@andreas_z
Hast Du es via Mosquitto probiert?

[Andreas_Z]

@kuckuckmann
Aus der Konsole, über Iobroker, mit MQTT-Explorer, das blö.... Display hat keine Lust etwas anzuzeigen, außer "Waiting for content"

[Kuckuckmann]

@andreas_z
CMD: CustomSend time~12:00 <--- hat das einen aktuellen Zeitstempel?

[Kuckuckmann]

@skatbert
Gibt es bei Dir schon was neues?
Ich habe noch eine Idee: Kannst Du mal die Seiten leer machen, so das keine PageItems drauf sind und dann mal das Blättern testen?

[Andreas_Z]

@kuckuckmann @Armilar
OK warum auch immer, aus irgend einem nicht Erklärbaren Grund funktioniert auf einmal das Display und zeigt alles an, letzte Aktion war das erneute kopieren des Skripts aus Notepad++

Vielen vielen Dank für eure Geduld

[Armilar]

@andreas_z sagte in SONOFF NSPanel mit Lovelace UI:

@kuckuckmann @Armilar
OK warum auch immer, aus irgend einem nicht Erklärbaren Grund funktioniert auf einmal das Display und zeigt alles an, letzte Aktion war das erneute kopieren des Skripts aus Notepad++

Vielen vielen Dank für eure Geduld

okay - ab jetzt ist es nur noch Fleißarbeit

[Kuckuckmann]

@andreas_z
KONFETTI

Super gut, viel Spass damit

[Skatbert]

@kuckuckmann ja kann ich nochmal probieren. Bin ab morgen erstmal für eine Woche im Urlaub. Teste es dann und melde mich.