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  5. [GELÖST] Objekt (type: channel/device) erzeugen?

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[GELÖST] Objekt (type: channel/device) erzeugen?

Scheduled Pinned Locked Moved Blockly
blocklyjavascript
26 Posts 4 Posters 2.1k Views 5 Watching
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  • NewpicselN Newpicsel

    @paul53

    if(existsObject(id) === false) {

    setObject(id, obj);

}

 const obj = {
           type: type,
           common: {
               name: name,
               write: write,
               read: read
           },
           native: {}
       }

    Wäre das ok? Kann ich obj wieder mit variablen füllen?

    paul53P Offline
    paul53P Offline
    paul53
    wrote on last edited by paul53
    #10

    @newpicsel sagte in Datenpunkt (type: channel/device) erzeugen?:

    Wäre das ok? Kann ich obj wieder mit variablen füllen?

    const obj = {

    muss vor

    setObject(id, obj);

    erfolgen.
    Sämtliche Variablen / Konstanten müssen vorher deklariert werden und Werte erhalten.

    const id = '0_userdata.0.meinGeraet.meinKanal';
const type = 'channel';
const Name = 'mein Kanalname';
const obj = {
   type: type,
   common: {
      name: Name
   },
   native: {}
}

if(existsObject(id) === false) setObject(id, obj);

    Bitte verzichtet auf Chat-Nachrichten, denn die Handhabung ist grauenhaft !
    Produktiv: RPi 2 mit S.USV, HM-MOD-RPI und SLC-USB-Stick mit root fs

    NewpicselN 1 Reply Last reply
    1
    • NewpicselN Newpicsel

      @newpicsel

      Würde dann im block so aussehen...
      Datenpunkt-5.jpg

      paul53P Offline
      paul53P Offline
      paul53
      wrote on last edited by paul53
      #11

      @newpicsel sagte: Würde dann im block so aussehen...

      Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
      Funktion createObject(id, type, name):

      if(!existsObject(id)) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

      Für Datenpunkte verwende createState().

      Bitte verzichtet auf Chat-Nachrichten, denn die Handhabung ist grauenhaft !
      Produktiv: RPi 2 mit S.USV, HM-MOD-RPI und SLC-USB-Stick mit root fs

      NewpicselN dslraserD 3 Replies Last reply
      1
      • paul53P paul53

        @newpicsel sagte in Datenpunkt (type: channel/device) erzeugen?:

        Wäre das ok? Kann ich obj wieder mit variablen füllen?

        const obj = {

        muss vor

        setObject(id, obj);

        erfolgen.
        Sämtliche Variablen / Konstanten müssen vorher deklariert werden und Werte erhalten.

        const id = '0_userdata.0.meinGeraet.meinKanal';
const type = 'channel';
const Name = 'mein Kanalname';
const obj = {
   type: type,
   common: {
      name: Name
   },
   native: {}
}

if(existsObject(id) === false) setObject(id, obj);
        NewpicselN Offline
        NewpicselN Offline
        Newpicsel
        wrote on last edited by
        #12

        @paul53

        Klar logisch! :man-facepalming:

        Mein Fehler, bis auf die Konstante obj, werden alle Variablen am Anfang des Blocks definiert, obj muss natürlich auch direkt im Anschluss definiert werden und dann die Funktion ausgeführt werden :+1:

        1 Reply Last reply
        0
        • paul53P paul53

          @newpicsel sagte: Würde dann im block so aussehen...

          Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
          Funktion createObject(id, type, name):

          if(!existsObject(id)) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

          Für Datenpunkte verwende createState().

          NewpicselN Offline
          NewpicselN Offline
          Newpicsel
          wrote on last edited by
          #13

          @paul53

          Ok das mit den write/read Angaben wusste ich nicht, hab ich nur in den objektdaten bestehender Objekte von Adaptern gesehen, macht aber auch wenig Sinn wenn ich drüber nachdenke…

          Ich bin dir unendlich dankbar, werde ich gleich testen! :hugging_face:

          1 Reply Last reply
          0
          • paul53P paul53

            @newpicsel sagte: Würde dann im block so aussehen...

            Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
            Funktion createObject(id, type, name):

            if(!existsObject(id)) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

            Für Datenpunkte verwende createState().

            NewpicselN Offline
            NewpicselN Offline
            Newpicsel
            wrote on last edited by
            #14

            @paul53

            Funktioniert fast astrein, lediglich der Name wird nicht übernommen, hier steht immer der Pfad des Objekts… :thinking_face:

            paul53P 1 Reply Last reply
            0
            • NewpicselN Newpicsel

              @paul53

              Funktioniert fast astrein, lediglich der Name wird nicht übernommen, hier steht immer der Pfad des Objekts… :thinking_face:

              paul53P Offline
              paul53P Offline
              paul53
              wrote on last edited by paul53
              #15

              @newpicsel sagte: der Name wird nicht übernommen, hier steht immer der Pfad des Objekts…

              name ist eine im Javascript-Adapter vordefinierte Variable und enthält den Namen des Skripts. Wie sieht das Skript aus, das den falschen Namen übergibt? Als globale Variable / Konstante sollte name nicht verwendet werden (ausnahmsweise besser Name).

              Bitte verzichtet auf Chat-Nachrichten, denn die Handhabung ist grauenhaft !
              Produktiv: RPi 2 mit S.USV, HM-MOD-RPI und SLC-USB-Stick mit root fs

              NewpicselN 1 Reply Last reply
              1
              • paul53P paul53

                @newpicsel sagte: der Name wird nicht übernommen, hier steht immer der Pfad des Objekts…

                name ist eine im Javascript-Adapter vordefinierte Variable und enthält den Namen des Skripts. Wie sieht das Skript aus, das den falschen Namen übergibt? Als globale Variable / Konstante sollte name nicht verwendet werden (ausnahmsweise besser Name).

                NewpicselN Offline
                NewpicselN Offline
                Newpicsel
                wrote on last edited by
                #16

                @paul53

                Ja das war’s :rolling_on_the_floor_laughing:

                :hugging_face: :hugging_face: :hugging_face:

                dslraserD 1 Reply Last reply
                0
                • NewpicselN Newpicsel

                  @paul53

                  Ja das war’s :rolling_on_the_floor_laughing:

                  :hugging_face: :hugging_face: :hugging_face:

                  dslraserD Offline
                  dslraserD Offline
                  dslraser
                  Forum Testing Most Active
                  wrote on last edited by
                  #17

                  @newpicsel
                  wie sieht denn jetzt die fertige Funktion bzw. das Blockly mit der Funktion aus. (interessiert mich auch)
                  Bitte mal als Export hier zur Verfügung stellen.

                  NewpicselN 1 Reply Last reply
                  0
                  • paul53P paul53

                    @newpicsel sagte: Würde dann im block so aussehen...

                    Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
                    Funktion createObject(id, type, name):

                    if(!existsObject(id)) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

                    Für Datenpunkte verwende createState().

                    dslraserD Offline
                    dslraserD Offline
                    dslraser
                    Forum Testing Most Active
                    wrote on last edited by
                    #18

                    @paul53 sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                    @newpicsel sagte: Würde dann im block so aussehen...

                    Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
                    Funktion createObject(id, type, name):

                    if(!existsObject(id) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

                    Für Datenpunkte verwende createState().

                    Danke, bei mir funktioniert es jetzt auch. Hier fehlte nur eine schließende Klammer hinter id. (deshalb hatte ich eine Fehlermeldung)

                    if(!existsObject(id)) {
                    paul53P 1 Reply Last reply
                    1
                    • dslraserD dslraser

                      @paul53 sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                      @newpicsel sagte: Würde dann im block so aussehen...

                      Du möchtest es als Javascript-Funktion in Blockly? Dann bitte ohne write und read, denn die gibt es nur in Datenpunkten.
                      Funktion createObject(id, type, name):

                      if(!existsObject(id) {
   const obj = {
      type: type,
      common: {name: name},
      native: {}
   };
   setObject(id, obj);
}

                      Für Datenpunkte verwende createState().

                      Danke, bei mir funktioniert es jetzt auch. Hier fehlte nur eine schließende Klammer hinter id. (deshalb hatte ich eine Fehlermeldung)

                      if(!existsObject(id)) {
                      paul53P Offline
                      paul53P Offline
                      paul53
                      wrote on last edited by
                      #19

                      @dslraser sagte:

                      if(!existsObject(id)) {

                      Danke, habe korrigiert.

                      Bitte verzichtet auf Chat-Nachrichten, denn die Handhabung ist grauenhaft !
                      Produktiv: RPi 2 mit S.USV, HM-MOD-RPI und SLC-USB-Stick mit root fs

                      1 Reply Last reply
                      1
                      • dslraserD dslraser

                        @newpicsel
                        wie sieht denn jetzt die fertige Funktion bzw. das Blockly mit der Funktion aus. (interessiert mich auch)
                        Bitte mal als Export hier zur Verfügung stellen.

                        NewpicselN Offline
                        NewpicselN Offline
                        Newpicsel
                        wrote on last edited by
                        #20

                        @dslraser

                        Ich habe hier eine übersicht mit Beispiel und dem export:

                        <xml xmlns="https://developers.google.com/blockly/xml">
 <variables>
   <variable id="LfiUSz-w5]D.G6Ak/y2e">id</variable>
   <variable id="$mcGKjxdKw)k_50}qNIe">Name</variable>
   <variable id="(k_r{s{0[,uYi4T_X$#L">type</variable>
   <variable id="UUvU!puSSzK/c])G!9kP">init</variable>
   <variable id="lY8-+lZ_0InQ@{{HF9Z0">common</variable>
 </variables>
 <block type="comment" id="v_tv;-V],:3dC|KK,+0H" x="62" y="-112">
   <field name="COMMENT">Beispiel: erstelle Struktur!</field>
 </block>
 <block type="procedures_defcustomnoreturn" id="JR|$]lz%;.#aZJ4SpaLs" x="63" y="-62">
   <mutation statements="false">
     <arg name="id" varid="LfiUSz-w5]D.G6Ak/y2e"></arg>
     <arg name="Name" varid="$mcGKjxdKw)k_50}qNIe"></arg>
     <arg name="type" varid="(k_r{s{0[,uYi4T_X$#L"></arg>
   </mutation>
   <field name="NAME">createObject</field>
   <field name="SCRIPT">aWYoZXhpc3RzT2JqZWN0KGlkKSA9PT0gZmFsc2UpIHsNCiAgIGNvbnN0IG9iaiA9IHsNCiAgICAgIHR5cGU6IHR5cGUsDQogICAgICBjb21tb246IHtuYW1lOiBOYW1lfSwNCiAgICAgIG5hdGl2ZToge30NCiAgIH07DQogICBzZXRPYmplY3QoaWQsIG9iaik7DQp9</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="vAB{{mVjCQJ!8#??9=Yv" x="62" y="13">
   <mutation name="createObject">
     <arg name="id"></arg>
     <arg name="Name"></arg>
     <arg name="type"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="1}xLocpB~=/T8UF0rOtV">
       <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="text" id="x0Z`IhO^?O^Xjugfg)^r">
       <field name="TEXT">Hier solten eigene Objekte angelegt werden</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="];A~I~Iu_Bvo3zU@TvFs">
       <field name="TEXT">folder</field>
     </block>
   </value>
   <next>
     <block type="procedures_callcustomnoreturn" id="a,xCOypc+jYj*/m+`pHH">
       <mutation name="createObject">
         <arg name="id"></arg>
         <arg name="Name"></arg>
         <arg name="type"></arg>
       </mutation>
       <value name="ARG0">
         <block type="text" id="KQse/m:qnU{L3=]o$~Oh">
           <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen</field>
         </block>
       </value>
       <value name="ARG1">
         <block type="text" id="a80aUMb-3Si1avx1}wn4">
           <field name="TEXT">Übersicht aller Lampen</field>
         </block>
       </value>
       <value name="ARG2">
         <block type="text" id="q_^90iUY[Qof+Hg,/vG=">
           <field name="TEXT">device</field>
         </block>
       </value>
       <next>
         <block type="procedures_callcustomnoreturn" id="?hgrd_seNBhCDwj`R?iV">
           <mutation name="createObject">
             <arg name="id"></arg>
             <arg name="Name"></arg>
             <arg name="type"></arg>
           </mutation>
           <value name="ARG0">
             <block type="text" id="UZ!.oytWIG@$p,U}Ytz[">
               <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen.küchenLampe</field>
             </block>
           </value>
           <value name="ARG1">
             <block type="text" id="R%[^-_c6G+{Q019ywz/Q">
               <field name="TEXT">Übersicht Küchenlampe</field>
             </block>
           </value>
           <value name="ARG2">
             <block type="text" id="eO|JkOJ~iw4Thw2!Nl5_">
               <field name="TEXT">channel</field>
             </block>
           </value>
         </block>
       </next>
     </block>
   </next>
 </block>
 <block type="comment" id="ip#vELLdxEZ71[I(hkg1" x="62" y="412">
   <field name="COMMENT">Beispiel: erstelle Datenpunkt in dieser Struktur!</field>
 </block>
 <block type="procedures_defcustomnoreturn" id="gJ[9+,egE[AS4K(1@x$b" x="63" y="463">
   <mutation statements="false">
     <arg name="id" varid="LfiUSz-w5]D.G6Ak/y2e"></arg>
     <arg name="init" varid="UUvU!puSSzK/c])G!9kP"></arg>
     <arg name="common" varid="lY8-+lZ_0InQ@{{HF9Z0"></arg>
   </mutation>
   <field name="NAME">createDatapoint</field>
   <field name="SCRIPT">aWYoZXhpc3RzU3RhdGUoaWQpID09PSBmYWxzZSkgew0KDQogICAgY3JlYXRlU3RhdGUoaWQsIGluaXQsIEpTT04ucGFyc2UoY29tbW9uKSk7DQoNCn0=</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="WM|LTm`,;Ej;Y:i3idy5" x="63" y="538">
   <mutation name="createDatapoint">
     <arg name="id"></arg>
     <arg name="init"></arg>
     <arg name="common"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="YwbD/A;~U)U0G[mOh_|!">
       <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen.küchenLampe.lichtAN</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="logic_boolean" id="9q)o,H^0D*?gz#W(uYGi">
       <field name="BOOL">FALSE</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="xzF$PY~-Jvp.ZN@Hwvmj">
       <field name="TEXT">{"type":"boolean","role":"indicator","write":false,"read": true,"name": "Status Licht"}</field>
     </block>
   </value>
 </block>
</xml>

                        Objekt_Datenpunkt_erzeugen-1.jpg

                        Objekt_Datenpunkt_erzeugen-2.jpg

                        Ich hoffe das hilft eventuell jemanden weiter :blush:

                        dslraserD 1 Reply Last reply
                        1
                        • NewpicselN Newpicsel

                          @dslraser

                          Ich habe hier eine übersicht mit Beispiel und dem export:

                          <xml xmlns="https://developers.google.com/blockly/xml">
 <variables>
   <variable id="LfiUSz-w5]D.G6Ak/y2e">id</variable>
   <variable id="$mcGKjxdKw)k_50}qNIe">Name</variable>
   <variable id="(k_r{s{0[,uYi4T_X$#L">type</variable>
   <variable id="UUvU!puSSzK/c])G!9kP">init</variable>
   <variable id="lY8-+lZ_0InQ@{{HF9Z0">common</variable>
 </variables>
 <block type="comment" id="v_tv;-V],:3dC|KK,+0H" x="62" y="-112">
   <field name="COMMENT">Beispiel: erstelle Struktur!</field>
 </block>
 <block type="procedures_defcustomnoreturn" id="JR|$]lz%;.#aZJ4SpaLs" x="63" y="-62">
   <mutation statements="false">
     <arg name="id" varid="LfiUSz-w5]D.G6Ak/y2e"></arg>
     <arg name="Name" varid="$mcGKjxdKw)k_50}qNIe"></arg>
     <arg name="type" varid="(k_r{s{0[,uYi4T_X$#L"></arg>
   </mutation>
   <field name="NAME">createObject</field>
   <field name="SCRIPT">aWYoZXhpc3RzT2JqZWN0KGlkKSA9PT0gZmFsc2UpIHsNCiAgIGNvbnN0IG9iaiA9IHsNCiAgICAgIHR5cGU6IHR5cGUsDQogICAgICBjb21tb246IHtuYW1lOiBOYW1lfSwNCiAgICAgIG5hdGl2ZToge30NCiAgIH07DQogICBzZXRPYmplY3QoaWQsIG9iaik7DQp9</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="vAB{{mVjCQJ!8#??9=Yv" x="62" y="13">
   <mutation name="createObject">
     <arg name="id"></arg>
     <arg name="Name"></arg>
     <arg name="type"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="1}xLocpB~=/T8UF0rOtV">
       <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="text" id="x0Z`IhO^?O^Xjugfg)^r">
       <field name="TEXT">Hier solten eigene Objekte angelegt werden</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="];A~I~Iu_Bvo3zU@TvFs">
       <field name="TEXT">folder</field>
     </block>
   </value>
   <next>
     <block type="procedures_callcustomnoreturn" id="a,xCOypc+jYj*/m+`pHH">
       <mutation name="createObject">
         <arg name="id"></arg>
         <arg name="Name"></arg>
         <arg name="type"></arg>
       </mutation>
       <value name="ARG0">
         <block type="text" id="KQse/m:qnU{L3=]o$~Oh">
           <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen</field>
         </block>
       </value>
       <value name="ARG1">
         <block type="text" id="a80aUMb-3Si1avx1}wn4">
           <field name="TEXT">Übersicht aller Lampen</field>
         </block>
       </value>
       <value name="ARG2">
         <block type="text" id="q_^90iUY[Qof+Hg,/vG=">
           <field name="TEXT">device</field>
         </block>
       </value>
       <next>
         <block type="procedures_callcustomnoreturn" id="?hgrd_seNBhCDwj`R?iV">
           <mutation name="createObject">
             <arg name="id"></arg>
             <arg name="Name"></arg>
             <arg name="type"></arg>
           </mutation>
           <value name="ARG0">
             <block type="text" id="UZ!.oytWIG@$p,U}Ytz[">
               <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen.küchenLampe</field>
             </block>
           </value>
           <value name="ARG1">
             <block type="text" id="R%[^-_c6G+{Q019ywz/Q">
               <field name="TEXT">Übersicht Küchenlampe</field>
             </block>
           </value>
           <value name="ARG2">
             <block type="text" id="eO|JkOJ~iw4Thw2!Nl5_">
               <field name="TEXT">channel</field>
             </block>
           </value>
         </block>
       </next>
     </block>
   </next>
 </block>
 <block type="comment" id="ip#vELLdxEZ71[I(hkg1" x="62" y="412">
   <field name="COMMENT">Beispiel: erstelle Datenpunkt in dieser Struktur!</field>
 </block>
 <block type="procedures_defcustomnoreturn" id="gJ[9+,egE[AS4K(1@x$b" x="63" y="463">
   <mutation statements="false">
     <arg name="id" varid="LfiUSz-w5]D.G6Ak/y2e"></arg>
     <arg name="init" varid="UUvU!puSSzK/c])G!9kP"></arg>
     <arg name="common" varid="lY8-+lZ_0InQ@{{HF9Z0"></arg>
   </mutation>
   <field name="NAME">createDatapoint</field>
   <field name="SCRIPT">aWYoZXhpc3RzU3RhdGUoaWQpID09PSBmYWxzZSkgew0KDQogICAgY3JlYXRlU3RhdGUoaWQsIGluaXQsIEpTT04ucGFyc2UoY29tbW9uKSk7DQoNCn0=</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="WM|LTm`,;Ej;Y:i3idy5" x="63" y="538">
   <mutation name="createDatapoint">
     <arg name="id"></arg>
     <arg name="init"></arg>
     <arg name="common"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="YwbD/A;~U)U0G[mOh_|!">
       <field name="TEXT">0_userdata.0.Eigene_Objekte_TEST.lampen.küchenLampe.lichtAN</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="logic_boolean" id="9q)o,H^0D*?gz#W(uYGi">
       <field name="BOOL">FALSE</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="xzF$PY~-Jvp.ZN@Hwvmj">
       <field name="TEXT">{"type":"boolean","role":"indicator","write":false,"read": true,"name": "Status Licht"}</field>
     </block>
   </value>
 </block>
</xml>

                          Objekt_Datenpunkt_erzeugen-1.jpg

                          Objekt_Datenpunkt_erzeugen-2.jpg

                          Ich hoffe das hilft eventuell jemanden weiter :blush:

                          dslraserD Offline
                          dslraserD Offline
                          dslraser
                          Forum Testing Most Active
                          wrote on last edited by
                          #21

                          @newpicsel
                          ein icon ist auch ganz nett (als Base64 eingefügt)

                          Bildschirmfoto 2021-09-20 um 12.05.36.png

                          Bildschirmfoto 2021-09-20 um 12.05.20.png

                          B 1 Reply Last reply
                          1
                          • dslraserD dslraser

                            @newpicsel
                            ein icon ist auch ganz nett (als Base64 eingefügt)

                            Bildschirmfoto 2021-09-20 um 12.05.36.png

                            Bildschirmfoto 2021-09-20 um 12.05.20.png

                            B Offline
                            B Offline
                            Burg_Io
                            wrote on last edited by
                            #22

                            @dslraser
                            Hallo. gibt es für die Icon´s eine Datenbank oder sind sie selbst eerstellt? Und hast du dazu noch etwas in der Funktion angepasst?

                            MfG Raik

                            dslraserD 1 Reply Last reply
                            0
                            • B Burg_Io

                              @dslraser
                              Hallo. gibt es für die Icon´s eine Datenbank oder sind sie selbst eerstellt? Und hast du dazu noch etwas in der Funktion angepasst?

                              MfG Raik

                              dslraserD Offline
                              dslraserD Offline
                              dslraser
                              Forum Testing Most Active
                              wrote on last edited by dslraser
                              #23

                              @burg_io sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                              @dslraser
                              Hallo. gibt es für die Icon´s eine Datenbank oder sind sie selbst eerstellt? Und hast du dazu noch etwas in der Funktion angepasst?

                              MfG Raik

                              Bildschirmfoto 2021-09-20 um 12.47.29.png

                              Bildschirmfoto 2021-09-20 um 12.17.49.png

                              <xml xmlns="https://developers.google.com/blockly/xml">
 <variables>
   <variable id="2MW(Q?v%W{m8D-,Y1%.{">id</variable>
   <variable id="x;Xg_g1MI?r_DvEA)5dO">type</variable>
   <variable id="C_Au,eH#7[o/l-8kD(aK">Name</variable>
   <variable id="=ul{KV_W`j,+^^P1(V9:">icon</variable>
 </variables>
 <block type="procedures_defcustomnoreturn" id="_KXFhTJGmLuPeL6Ox|Xq" x="13" y="13">
   <mutation statements="false">
     <arg name="id" varid="2MW(Q?v%W{m8D-,Y1%.{"></arg>
     <arg name="type" varid="x;Xg_g1MI?r_DvEA)5dO"></arg>
     <arg name="Name" varid="C_Au,eH#7[o/l-8kD(aK"></arg>
     <arg name="icon" varid="=ul{KV_W`j,+^^P1(V9:"></arg>
   </mutation>
   <field name="NAME">createObject</field>
   <field name="SCRIPT">aWYoIWV4aXN0c09iamVjdChpZCkpIHsKICAgY29uc3Qgb2JqID0gewogICAgICB0eXBlOiB0eXBlLAogICAgICBjb21tb246IHtuYW1lOiBOYW1lLCBpY29uOiBpY29ufSwKICAgICAgbmF0aXZlOiB7fQogICB9OwogICBzZXRPYmplY3QoaWQsIG9iaik7Cn0=</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="0E#Mut[XP*-FpsAV+@W|" x="13" y="63">
   <mutation name="createObject">
     <arg name="id"></arg>
     <arg name="type"></arg>
     <arg name="Name"></arg>
     <arg name="icon"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="wm2qyCgIZRfYw0.*3-s)">
       <field name="TEXT">0_userdata.0.Test_Device</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="text" id="qQ}xfO|zY_K.HJIDA}GS">
       <field name="TEXT">device</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="=_DNLLM{5ubAcfRYaLcz">
       <field name="TEXT">Test</field>
     </block>
   </value>
   <value name="ARG3">
     <block type="text" id="/1z-wJA.I]r;Src0uBUX">
       <field 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</field>
     </block>
   </value>
 </block>
</xml>

                              Base64 erstelle ich hier
                              https://www.base64-image.de/

                              Beispiel (auf </> show code klicken)

                              Bildschirmfoto 2021-09-20 um 12.22.05.png

                              paul53P B 2 Replies Last reply
                              0
                              • dslraserD dslraser

                                @burg_io sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                                @dslraser
                                Hallo. gibt es für die Icon´s eine Datenbank oder sind sie selbst eerstellt? Und hast du dazu noch etwas in der Funktion angepasst?

                                MfG Raik

                                Bildschirmfoto 2021-09-20 um 12.47.29.png

                                Bildschirmfoto 2021-09-20 um 12.17.49.png

                                <xml xmlns="https://developers.google.com/blockly/xml">
 <variables>
   <variable id="2MW(Q?v%W{m8D-,Y1%.{">id</variable>
   <variable id="x;Xg_g1MI?r_DvEA)5dO">type</variable>
   <variable id="C_Au,eH#7[o/l-8kD(aK">Name</variable>
   <variable id="=ul{KV_W`j,+^^P1(V9:">icon</variable>
 </variables>
 <block type="procedures_defcustomnoreturn" id="_KXFhTJGmLuPeL6Ox|Xq" x="13" y="13">
   <mutation statements="false">
     <arg name="id" varid="2MW(Q?v%W{m8D-,Y1%.{"></arg>
     <arg name="type" varid="x;Xg_g1MI?r_DvEA)5dO"></arg>
     <arg name="Name" varid="C_Au,eH#7[o/l-8kD(aK"></arg>
     <arg name="icon" varid="=ul{KV_W`j,+^^P1(V9:"></arg>
   </mutation>
   <field name="NAME">createObject</field>
   <field name="SCRIPT">aWYoIWV4aXN0c09iamVjdChpZCkpIHsKICAgY29uc3Qgb2JqID0gewogICAgICB0eXBlOiB0eXBlLAogICAgICBjb21tb246IHtuYW1lOiBOYW1lLCBpY29uOiBpY29ufSwKICAgICAgbmF0aXZlOiB7fQogICB9OwogICBzZXRPYmplY3QoaWQsIG9iaik7Cn0=</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
 </block>
 <block type="procedures_callcustomnoreturn" id="0E#Mut[XP*-FpsAV+@W|" x="13" y="63">
   <mutation name="createObject">
     <arg name="id"></arg>
     <arg name="type"></arg>
     <arg name="Name"></arg>
     <arg name="icon"></arg>
   </mutation>
   <value name="ARG0">
     <block type="text" id="wm2qyCgIZRfYw0.*3-s)">
       <field name="TEXT">0_userdata.0.Test_Device</field>
     </block>
   </value>
   <value name="ARG1">
     <block type="text" id="qQ}xfO|zY_K.HJIDA}GS">
       <field name="TEXT">device</field>
     </block>
   </value>
   <value name="ARG2">
     <block type="text" id="=_DNLLM{5ubAcfRYaLcz">
       <field name="TEXT">Test</field>
     </block>
   </value>
   <value name="ARG3">
     <block type="text" id="/1z-wJA.I]r;Src0uBUX">
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</field>
     </block>
   </value>
 </block>
</xml>

                                Base64 erstelle ich hier
                                https://www.base64-image.de/

                                Beispiel (auf </> show code klicken)

                                Bildschirmfoto 2021-09-20 um 12.22.05.png

                                paul53P Offline
                                paul53P Offline
                                paul53
                                wrote on last edited by
                                #24

                                @dslraser
                                Das funktioniert zwar, korrekt aber so:

                                Bild_2021-09-20_124458.png

                                Bitte verzichtet auf Chat-Nachrichten, denn die Handhabung ist grauenhaft !
                                Produktiv: RPi 2 mit S.USV, HM-MOD-RPI und SLC-USB-Stick mit root fs

                                dslraserD 1 Reply Last reply
                                1
                                • paul53P paul53

                                  @dslraser
                                  Das funktioniert zwar, korrekt aber so:

                                  Bild_2021-09-20_124458.png

                                  dslraserD Offline
                                  dslraserD Offline
                                  dslraser
                                  Forum Testing Most Active
                                  wrote on last edited by
                                  #25

                                  @paul53 sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                                  Das funktioniert zwar, korrekt aber so:

                                  Danke. Ich habe es berichtigt und ausgetauscht.

                                  1 Reply Last reply
                                  0
                                  • dslraserD dslraser

                                    @burg_io sagte in [GELÖST] Objekt (type: channel/device) erzeugen?:

                                    @dslraser
                                    Hallo. gibt es für die Icon´s eine Datenbank oder sind sie selbst eerstellt? Und hast du dazu noch etwas in der Funktion angepasst?

                                    MfG Raik

                                    Bildschirmfoto 2021-09-20 um 12.47.29.png

                                    Bildschirmfoto 2021-09-20 um 12.17.49.png

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   <variable id="C_Au,eH#7[o/l-8kD(aK">Name</variable>
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   <field name="NAME">createObject</field>
   <field name="SCRIPT">aWYoIWV4aXN0c09iamVjdChpZCkpIHsKICAgY29uc3Qgb2JqID0gewogICAgICB0eXBlOiB0eXBlLAogICAgICBjb21tb246IHtuYW1lOiBOYW1lLCBpY29uOiBpY29ufSwKICAgICAgbmF0aXZlOiB7fQogICB9OwogICBzZXRPYmplY3QoaWQsIG9iaik7Cn0=</field>
   <comment pinned="false" h="80" w="160">Beschreibe diese Funktion …</comment>
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</field>
     </block>
   </value>
 </block>
</xml>

                                    Base64 erstelle ich hier
                                    https://www.base64-image.de/

                                    Beispiel (auf </> show code klicken)

                                    Bildschirmfoto 2021-09-20 um 12.22.05.png

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                                    Burg_Io
                                    wrote on last edited by
                                    #26

                                    @dslraser

                                    Super und danke

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