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  4. JSON payload in MQTTController entities actions (+ reverse color mapping to RGB)
Error: Command timeout
G
at _ClientAPI._commandTimeout (http://192.168.1.100:8111/client/ClientAPI.js:807:179 Seeing this randomly when returning to open browser tab after being away awhile. Once, maybe twice a day. "What did you do to trigger it?" Literally nothing, just walked away and returned and there it was. Actions taken in reasonably close proximity to this particular instance of it popping up: I'd restarted the MSR container in Portainer. I'll try to grab some logs here shortly.
Multi-System Reactor
Reactor (Multi-System/Multi-Hub) Announcements
toggledbitsT
Build 21228 has been released. Docker images available from DockerHub as usual, and bare-metal packages here. Home Assistant up to version 2021.8.6 supported; the online version of the manual will now state the current supported versions; Fix an error in OWMWeatherController that could cause it to stop updating; Unify the approach to entity filtering on all hub interface classes (controllers); this works for device entities only; it may be extended to other entities later; Improve error detail in messages for EzloController during auth phase; Add isRuleSet() and isRuleEnabled() functions to expressions extensions; Implement set action for lock and passage capabilities (makes them more easily scriptable in some cases); Fix a place in the UI where 24-hour time was not being displayed.
Multi-System Reactor
[Solved] Local expression in Rule does not evaluate as they used to do
CrilleC
Topic thumbnail image
Multi-System Reactor
Home Assistant 2025.11.2 and latest-25315
CrilleC
Topic thumbnail image
Multi-System Reactor
Notice to Docker + ARM Users (RPi 3/4/5 and others)
toggledbitsT
This post does not apply to users of Intel/AMD-based systems. If you are using a Reactor image tagged latest-amd64 or stable-amd64, then this post does not apply to you. It also does not apply to bare-metal installs; it's for users of docker images on ARM-based systems only (principally Raspberry Pi hosts, but could be others). After January 15, 2026, I will no longer produce the aarch64-tagged docker image for Reactor. The ARM images will be arm64 for 64-bit operating systems, and armv7l for 32-bit operating systems. For those of you running a container from the aarch64 image today, this will be a relatively simple change: you just need to switch the image used for your docker container to a differently-tagged image. If you are using docker-compose, then this is a relatively simple matter of changing the image line in your docker-compose.yaml file and then stopping (docker-compose down) and restarting (docker-compose up -d) your Reactor daemon. But there's a catch... not all of you can safely just switch from the aarch64 image to the arm64 image. And, you can't just trust the output of uname -m, for example, because this exposes the CPU architecture, but not the word size of the OS running on that CPU. For Raspberry Pi systems, the transition to 64-bit operating systems was long (starting in 2016) and not always obvious — although there was a first "official" 64-bit OS for RPis in 2020, it did not become a default recommendation in the Raspberry Pi Imager until 2021, and then that was only the default for Pi 3/4 systems with >4GB RAM; it was 2022 before it was universally recommended for all 64-bit CPUs regardless of RAM size. Depending on when you first imaged your RPi system and what default you may have been offered/chosen, you could today easily have a 64-bit CPU Raspberry Pi running a 32-bit version of the operating system. Upgrades along the way would not change this; changing it to fully 64-bit requires a full reimage of the system. To establish if your OS is 64- or 32-bit, log in to your Pi and run: sudo dpkg-architecture -q DEB_HOST_ARCH. If the response is arm64 or aarch64, then you are running a 64-bit OS and you should use the arm64-tagged image. If it's anything else, you are running a 32-bit OS, and you should use the armv7l-tagged image. pi@rpi4-1:~ $ sudo dpkg-architecture -q DEB_HOST_ARCH armhf pi@rpi4-1:~ $ uname -m aarch64 pi@rpi4-1:~ $ In the example above, the uname command reports that the CPU is 64-bit architecture (aarch64), which is true for the host on which I ran these commands, but the DEB_HOST_ARCH value is armhf, indicating a 32-bit operating system. This system has to use the armv7l-tagged image. Other systems will have their own ways of determining the word size of the running OS. Since the majority of Reactor users running ARM systems are on Raspberry Pis, I am able to supply the above instructions, but if you happen to have a different ARM system, you'll need to do some web searching to figure out how to expose that information. Or, you can just try the arm64 image, and if it doesn't start up, try the armv7l image. Remember to always back up your system before making any changes. For everyone, please make this change as soon as possible, and if you have any trouble finding a working image, please (1) go back to the current aarch64 image; and (2) let me know in this thread along with as much detail about your host system as you can offer (including the output of the dpkg-architecture command mentioned above).
Multi-System Reactor
Requesting a proper ARM64/aarch64 Docker image (Pi 5 support)
M
Hi, I'm in the process of migrating from a Raspberry Pi 4 (ARMv7) to a Raspberry Pi 5 (ARMv8/aarch64), but I’ve run into an issue: there is no proper ARMv8/aarch64 image available. None of the existing images run on the Pi 5 - they all exit immediately with code 139 (segmentation fault), which typically indicates that the binaries inside the image are not compatible with the ARM64/aarch64 architecture used by the Pi 5. Would it be possible to publish a correct ARMv8/aarch64 (linux/arm64) image? Building one should be relatively straightforward using docker buildx with multi-arch support. For example, my own Node.js images are built this way: docker buildx build --push \ -t <localrepo>/<project>:<tag> \ --platform=linux/arm64,linux/amd64 \ --file ./apps/<project>/Dockerfile . This produces both the AMD64 and ARM64/v8 variants automatically. Also, as a side note, it may be best to avoid using Alpine as the base image for the ARM64 build, since musl-based builds often cause compatibility issues and unnecessary headaches. A glibc-based base image (e.g., Debian or Ubuntu) tends to work far more reliably on ARM64, especially for Node.js applications. @toggledbits - tagging you in case you missed this. Thanks, mgvra
Multi-System Reactor
Script action and custom timers
therealdbT
Sorry to write here without trying, but I’m flying today. Am I correct if i say that script action with alarm() makes it possible to execute a reaction in a given interval, lets say 15 seconds or 3.5 minutes? That sounds amazing, since I’ve used weird tricks, including a custom controller, just to do this.
Multi-System Reactor
Help resolve change in behaviour post update
CatmanV2C
Topic thumbnail image
Multi-System Reactor
Reactor w/HA 2025.11 error on set_datetime service call setting only time
CrilleC
@toggledbits Do you know if this is related to that PR or is it a change they made in 2025.11.1? [latest-25310]2025-11-11T13:16:24.319Z <HassController:INFO> HassController#hass perform x_hass_input_datetime.set_datetime on Entity#hass>input_datetime_vvb_dag with { "time": "10:45" } [latest-25310]2025-11-11T13:16:24.320Z <HassController:INFO> HassController#hass: sending payload for x_hass_input_datetime.set_datetime on Entity#hass>input_datetime_vvb_dag action: { "type": "call_service", "service_data": { "date": (null), "time": "10:45", "datetime": (null), "timestamp": (null) }, "domain": "input_datetime", "service": "set_datetime", "target": { "entity_id": "input_datetime.vvb_dag" } } [latest-25310]2025-11-11T13:16:24.321Z <HassController:ERR> HassController#hass request 1762866984320<2025-11-11 14:16:24> (call_service) failed: [Error] Not a parseable type for dictionary value @ data['date'] [-] [latest-25310]2025-11-11T13:16:24.321Z <HassController:WARN> HassController#hass action x_hass_input_datetime.set_datetime({ "time": "10:45" }) on Entity#hass>input_datetime_vvb_dag failed! [latest-25310]2025-11-11T13:16:24.321Z <HassController:INFO> Service call payload: {"type":"call_service","service_data":{"date":null,"time":"10:45","datetime":null,"timestamp":null},"domain":"input_datetime","service":"set_datetime","target":{"entity_id":"input_datetime.vvb_dag"},"id":1762866984320} [latest-25310]2025-11-11T13:16:24.322Z <HassController:INFO> Service data: {"fields":{"date":{"example":"\"2019-04-20\"","selector":{"text":{"multiline":false,"multiple":false}}},"time":{"example":"\"05:04:20\"","selector":{"time":{}}},"datetime":{"example":"\"2019-04-20 05:04:20\"","selector":{"text":{"multiline":false,"multiple":false}}},"timestamp":{"selector":{"number":{"min":0,"max":9223372036854776000,"mode":"box","step":1}}}},"target":{"entity":[{"domain":["input_datetime"]}]}} [latest-25310]2025-11-11T13:16:24.322Z <Engine:ERR> Engine#1 reaction rule-mgb8pfhs:S step 0 perform x_hass_input_datetime.set_datetime failed: [Error] Not a parseable type for dictionary value @ data['date'] [-] [latest-25310]2025-11-11T13:16:24.322Z <Engine:INFO> Engine#1 action args: { "time": "10:45" } [latest-25310]2025-11-11T13:16:24.322Z <Engine:INFO> Resuming reaction Sätt Schema VVB i Home Assistant<AKTIV> (rule-mgb8pfhs:S) from step 1 [latest-25310]2025-11-11T13:16:24.323Z <HassController:INFO> HassController#hass perform x_hass_input_datetime.set_datetime on Entity#hass>input_datetime_vvb_natt with { "time": "03:00", "timestamp": 0 } [latest-25310]2025-11-11T13:16:24.323Z <HassController:INFO> HassController#hass: sending payload for x_hass_input_datetime.set_datetime on Entity#hass>input_datetime_vvb_natt action: { "type": "call_service", "service_data": { "date": (null), "time": "03:00", "datetime": (null), "timestamp": 0 }, "domain": "input_datetime", "service": "set_datetime", "target": { "entity_id": "input_datetime.vvb_natt" } } [latest-25310]2025-11-11T13:16:24.324Z <HassController:ERR> HassController#hass request 1762866984323<2025-11-11 14:16:24> (call_service) failed: [Error] Not a parseable type for dictionary value @ data['date'] [-] [latest-25310]2025-11-11T13:16:24.324Z <HassController:WARN> HassController#hass action x_hass_input_datetime.set_datetime({ "time": "03:00", "timestamp": 0 }) on Entity#hass>input_datetime_vvb_natt failed! [latest-25310]2025-11-11T13:16:24.324Z <HassController:INFO> Service call payload: {"type":"call_service","service_data":{"date":null,"time":"03:00","datetime":null,"timestamp":0},"domain":"input_datetime","service":"set_datetime","target":{"entity_id":"input_datetime.vvb_natt"},"id":1762866984323} [latest-25310]2025-11-11T13:16:24.324Z <HassController:INFO> Service data: {"fields":{"date":{"example":"\"2019-04-20\"","selector":{"text":{"multiline":false,"multiple":false}}},"time":{"example":"\"05:04:20\"","selector":{"time":{}}},"datetime":{"example":"\"2019-04-20 05:04:20\"","selector":{"text":{"multiline":false,"multiple":false}}},"timestamp":{"selector":{"number":{"min":0,"max":9223372036854776000,"mode":"box","step":1}}}},"target":{"entity":[{"domain":["input_datetime"]}]}} [latest-25310]2025-11-11T13:16:24.324Z <Engine:ERR> Engine#1 reaction rule-mgb8pfhs:S step 1 perform x_hass_input_datetime.set_datetime failed: [Error] Not a parseable type for dictionary value @ data['date'] [-] [latest-25310]2025-11-11T13:16:24.324Z <Engine:INFO> Engine#1 action args: { "time": "03:00", "timestamp": 0 } [latest-25310]2025-11-11T13:16:24.325Z <Engine:INFO> Resuming reaction Sätt Schema VVB i Home Assistant<AKTIV> (rule-mgb8pfhs:S) from step 2 [latest-25310]2025-11-11T13:16:24.325Z <Engine:INFO> Sätt Schema VVB i Home Assistant<AKTIV> all actions completed.
Multi-System Reactor
Reactor Version 25310 : Office Light control via rule in reactor no longer working since last update.
P
Hello, I currently have an office light (connected via a Leviton Zwave Dimmer switch) controlled from a Gen5 Aeotech Zwave switch installed on my Synology 720+ NAS. I run HA(2025.11.10) in a virtual machine from my NAS and Reactor on the container manager of the same NAS. Prior to updating to 25304 the rule I had set to turn the light on to a specific dimming value worked correctly. Now the rule appears to follow the decision tree, however the reaction does not trigger setting the dimming or turning on the office light? Strangely I can still turn the light on and off as well as dim it directly from HASS..? I have tried using the ''try this action'' button in the rules reaction setting and it will not control the light and does not throw an error flagÉ Please help, P.S Reactor has been rock steady for me over the last few years and I'm a big fan of this solution.
Multi-System Reactor
[Solved] alarm() in global expression throws error in log.
CrilleC
Topic thumbnail image
Multi-System Reactor
[Solved] Define function issue in latest-25304
CrilleC
Topic thumbnail image
Multi-System Reactor
No Upgrade Notification for Build 25308?
CatmanV2C
FWIW I'm no longer getting a notification from MSR that there's an update. Just thought I'd mention it C
Multi-System Reactor
Strange behavior in MSR latest-25304 with disabled groups in Reaction
therealdbT
Topic thumbnail image
Multi-System Reactor
[Reactor] Variables not updating correctly in latest-25201-2aa18550
therealdbT
Topic thumbnail image
Multi-System Reactor
The reaction stopped working (Google Nest max playing a video)
F
Topic thumbnail image
Multi-System Reactor
Handling Dead Entities and Renamed Entities
PablaP
Hello all.. been a minute! I recently rebuilt my Z wave network and migrated to a new z wave stick. In order to prevent any downtime I kept my original z wave network up and ran a docker version of Z Wave JS UI with my new controller. This way I could add device by device without having any devices down. I finally moved all the devices over to my new stick today. The final step was to migrate everything from my Docker instance of Z Wave JS UI to the HA add-on of Z Wave JS UI. However during this migration some of the names didn't populate correctly which I later managed to import back into Z Wave JS UI. The issue was in Reactor it is stuck on the default names and the entities are not updating. I removed the controller from Reactor, restarted, hard refreshed, and added the controller back however the new entity names have not updated. Also it seems like the old entities from my previous instance of Z Wave JS UI are lingering and not being marked as dead (I believe a certain amount of time needs to lapse before they're marked as dead in Reactor). My goal is to basically purge all the entities for the 'ZWaveJS' controller in Reactor so it can pull all the updated entity names and only the entities that exist in Z Wave JS UI. I cannot find a quick way to do this, I know entities can be deleted one by one, but with over 100 entities this would take long I am guessing that if I added the controller with a new name in in the Reactor config it would pull the updated entities and names but I think that would break my rules since the entity IDs would change (I made sure to name all the entities the exact same as they were previously to prevent this issue).
Multi-System Reactor
Strange behavior for MQTT templates using payload and attributes
therealdbT
Topic thumbnail image
Multi-System Reactor
[MSR] reactor-mqtt-contrib package for additional MQTT templates
therealdbT
I'm slowly migrating all my stuff to MQTT under MSR, so I have a central place to integrate everything (and, in a not-so-distant future, to remove virtual devices from my Vera and leave it running zwave only). Anyway, here's my reactor-mqtt-contrib package: https://github.com/dbochicchio/reactor-mqtt-contrib Simply download yaml files (everything or just the ones you need) and you're good to go. I have mapped my most useful devices, but I'll add others soon. Feel free to ask for specific templates, since I've worked a lot in the last weeks to understand and operate them. The templates are supporting both init and query, so you have always up-to-date devices at startup, and the ability to poll them. Online status is supported as well, so you can get disconnected devices with a simple expression. Many-many thanks to @toggledbits for its dedication, support, and patience with me and my requests
Multi-System Reactor
HA 2025.9.4 Supported Yet?
CatmanV2C
Tangentially did I miss 2025.9.4 getting blessed in MSR? I've been holding off Cheers C
Multi-System Reactor

JSON payload in MQTTController entities actions (+ reverse color mapping to RGB)

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  • M Offline
    M Offline
    mgvra
    wrote on last edited by
    #1

    Some background
    I'm trying to integrate a Zigbee device into the MSR using zigbee2mqtt bridge and MQTTController. The device in question is a cheap mood light that has following properties that I'd like to control:

    • switch (on/off)
    • brightness
    • color

    I'v already managed to get the switch part working and can toggle the light on/off. Also the brightness value is mapped back to MSR. In zigbee2mqtt it has a value range from 0 to 254, so this the reason for the expression:

    expr: 'payload.brightness / 254'
    

    Here's the entity definition (don't know whether the type should be something else than the Switch)

    zigbee-lidl-mood-light:
      name: 'Lidl Mood Light'
      friendly_name: 'Mood Light'
      type: Switch
      uses_template: lidl-moodlight      
    

    And the corresponding template (NOTE: rgb_color has not been defined in this example):

    lidl-moodlight:
      init: "zigbee2mqtt/%friendly_name%/get/state"
      query: "zigbee2mqtt/%friendly_name%/get/state"
      capabilities:
        - power_switch
        - toggle
        - dimming
      primary_attribute: power_switch.state
      events:
        "zigbee2mqtt/%friendly_name%":
          "power_switch.state":
            json_payload: true
            expr: 'upper(payload.state) == "ON"'
          "dimming.level":
            json_payload: true
            expr: 'payload.brightness / 254'          
      actions:
        power_switch:
          "on":
            topic: "zigbee2mqtt/%friendly_name%/set/state"
            payload: 'ON'
          "off":
            topic: "zigbee2mqtt/%friendly_name%/set/state"
            payload: 'OFF'
          set:
            topic: "zigbee2mqtt/%friendly_name%/set/state"
            payload: 
              expr: "parameters.state ? 'ON' : 'OFF'"
              type: raw
          toggle:
            topic: "zigbee2mqtt/%friendly_name%/set/state"
            payload: 'TOGGLE'
    

    The problem
    In order to control the brightness or the RGB color values, I would have send a JSON payload in corresponding actions. But I have no idea how to define it in the template. The reason why the switch part is working is that the zigbee2mqtt accepts also plain ON / OFF / TOGGLE string payloads in that case.

    But the brightness should be controlled with the following payload:

    {"brightness": 196}
    

    And the RGB color like:

    {"color":{"rgb":"46,102,150"}}
    

    Here's the link for the documentation (the Exposes part defines the messages).

    So how should I define the JSON payload for example for the dimming action? It definitely should be some sort of expressions since I have to map the MSR real value (0...1) to (0...254) for the zigbee2mqtt.

    actions:
        dimming:
          set:
            topic: "zigbee2mqtt/%friendly_name%/set"
            payload: 
              expr: ?????
              type: json
    

    Another problem is the RGB value. I could use the rgb_color capability for the setting but the problem is that the zigbee2mqtt only reports the current color in hue/saturation or xy coordinates.

    Here's an example of published message after setting the color:

    Topic: zigbee2mqtt/Mood Light QoS: 0
    {
       "brightness":254,
       "color":{
          "hue":240,
          "saturation":100,
          "x":0.1355,
          "y":0.0399
       },
       "color_mode":"xy",
       "color_temp":574,
       "linkquality":96,
       "state":"ON"
    }
    

    I would have to map those values back to RGB, but is it even possible with existing constructs in MQTTController's templates?

    Help would be appreciated @toggledbits
    br,
    mgvra

    toggledbitsT 1 Reply Last reply
    0
    • M mgvra

      Some background
      I'm trying to integrate a Zigbee device into the MSR using zigbee2mqtt bridge and MQTTController. The device in question is a cheap mood light that has following properties that I'd like to control:

      • switch (on/off)
      • brightness
      • color

      I'v already managed to get the switch part working and can toggle the light on/off. Also the brightness value is mapped back to MSR. In zigbee2mqtt it has a value range from 0 to 254, so this the reason for the expression:

      expr: 'payload.brightness / 254'
      

      Here's the entity definition (don't know whether the type should be something else than the Switch)

      zigbee-lidl-mood-light:
        name: 'Lidl Mood Light'
        friendly_name: 'Mood Light'
        type: Switch
        uses_template: lidl-moodlight      
      

      And the corresponding template (NOTE: rgb_color has not been defined in this example):

      lidl-moodlight:
        init: "zigbee2mqtt/%friendly_name%/get/state"
        query: "zigbee2mqtt/%friendly_name%/get/state"
        capabilities:
          - power_switch
          - toggle
          - dimming
        primary_attribute: power_switch.state
        events:
          "zigbee2mqtt/%friendly_name%":
            "power_switch.state":
              json_payload: true
              expr: 'upper(payload.state) == "ON"'
            "dimming.level":
              json_payload: true
              expr: 'payload.brightness / 254'          
        actions:
          power_switch:
            "on":
              topic: "zigbee2mqtt/%friendly_name%/set/state"
              payload: 'ON'
            "off":
              topic: "zigbee2mqtt/%friendly_name%/set/state"
              payload: 'OFF'
            set:
              topic: "zigbee2mqtt/%friendly_name%/set/state"
              payload: 
                expr: "parameters.state ? 'ON' : 'OFF'"
                type: raw
            toggle:
              topic: "zigbee2mqtt/%friendly_name%/set/state"
              payload: 'TOGGLE'
      

      The problem
      In order to control the brightness or the RGB color values, I would have send a JSON payload in corresponding actions. But I have no idea how to define it in the template. The reason why the switch part is working is that the zigbee2mqtt accepts also plain ON / OFF / TOGGLE string payloads in that case.

      But the brightness should be controlled with the following payload:

      {"brightness": 196}
      

      And the RGB color like:

      {"color":{"rgb":"46,102,150"}}
      

      Here's the link for the documentation (the Exposes part defines the messages).

      So how should I define the JSON payload for example for the dimming action? It definitely should be some sort of expressions since I have to map the MSR real value (0...1) to (0...254) for the zigbee2mqtt.

      actions:
          dimming:
            set:
              topic: "zigbee2mqtt/%friendly_name%/set"
              payload: 
                expr: ?????
                type: json
      

      Another problem is the RGB value. I could use the rgb_color capability for the setting but the problem is that the zigbee2mqtt only reports the current color in hue/saturation or xy coordinates.

      Here's an example of published message after setting the color:

      Topic: zigbee2mqtt/Mood Light QoS: 0
      {
         "brightness":254,
         "color":{
            "hue":240,
            "saturation":100,
            "x":0.1355,
            "y":0.0399
         },
         "color_mode":"xy",
         "color_temp":574,
         "linkquality":96,
         "state":"ON"
      }
      

      I would have to map those values back to RGB, but is it even possible with existing constructs in MQTTController's templates?

      Help would be appreciated @toggledbits
      br,
      mgvra

      toggledbitsT Offline
      toggledbitsT Offline
      toggledbits
      wrote on last edited by
      #2

      @mgvra You're on the right track. For an action like dimming.set, where a JSON payload is to be sent, you set the json type as you've done, and then you just need to make sure that the payload value is an object.

      actions:
          dimming:
            set:
              topic: "zigbee2mqtt/%friendly_name%/set"
              payload: 
                type: json
                expr: >
                  { "brightness": parameters.level * 255 }
      

      That last line evaluates to an expression language object data type containing a single key brightness whose value is the result of the subexpression, which in this case is the parameter value level given to the action scaled up to the device's units (I guessed; do what works here).

      The important thing to realize here is that the expression is producing an object, not a string that looks like JSON. The type: json flag will cause MQTTController to convert the object to its JSON representation, whatever that requires.

      Don't forget you can set MQTTController's log level to 5 while doing this work to troubleshoot what you are doing and see more clearly what is ultimately being sent.

      I do have functions for converting between HS(L), RGB, and XY. Currently they are only available to HubitatController, but I can easily extend them to MQTTController as well. The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

      Author of Multi-system Reactor and Reactor, DelayLight, Switchboard, and about a dozen other plugins that run on Vera and openLuup.

      M 1 Reply Last reply
      0
      • toggledbitsT toggledbits

        @mgvra You're on the right track. For an action like dimming.set, where a JSON payload is to be sent, you set the json type as you've done, and then you just need to make sure that the payload value is an object.

        actions:
            dimming:
              set:
                topic: "zigbee2mqtt/%friendly_name%/set"
                payload: 
                  type: json
                  expr: >
                    { "brightness": parameters.level * 255 }
        

        That last line evaluates to an expression language object data type containing a single key brightness whose value is the result of the subexpression, which in this case is the parameter value level given to the action scaled up to the device's units (I guessed; do what works here).

        The important thing to realize here is that the expression is producing an object, not a string that looks like JSON. The type: json flag will cause MQTTController to convert the object to its JSON representation, whatever that requires.

        Don't forget you can set MQTTController's log level to 5 while doing this work to troubleshoot what you are doing and see more clearly what is ultimately being sent.

        I do have functions for converting between HS(L), RGB, and XY. Currently they are only available to HubitatController, but I can easily extend them to MQTTController as well. The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

        M Offline
        M Offline
        mgvra
        wrote on last edited by
        #3

        Thanks for yet another quick reply! I'll start playing with the expressions and JSON payloads now that I know the proper syntax.

                  expr: >
                    { "brightness": parameters.level * 255 }
        

        So it is this implicit parameters object that contains the value (level) to be set.
        In the case of step dimming, is this the notation?

                  expr: >
                    { "brightness": parameters.step * 255 }
        

        Don't forget you can set MQTTController's log level to 5 while doing this work to troubleshoot what you are doing and see more clearly what is ultimately being sent.

        Good point!

        I do have functions for converting between HS(L), RGB, and XY. Currently they are only available to HubitatController, but I can easily extend them to MQTTController as well. The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

        Well that would be really nice if it doesn't require too much effort. A new release of the MSR or just the MQTTController?

        The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

        Well I think those functions should exist even if they don't work with all possible devices. It's sure better than nothing and chances are that they work just fine.

        br,
        mgvra

        toggledbitsT 1 Reply Last reply
        0
        • M mgvra

          Thanks for yet another quick reply! I'll start playing with the expressions and JSON payloads now that I know the proper syntax.

                    expr: >
                      { "brightness": parameters.level * 255 }
          

          So it is this implicit parameters object that contains the value (level) to be set.
          In the case of step dimming, is this the notation?

                    expr: >
                      { "brightness": parameters.step * 255 }
          

          Don't forget you can set MQTTController's log level to 5 while doing this work to troubleshoot what you are doing and see more clearly what is ultimately being sent.

          Good point!

          I do have functions for converting between HS(L), RGB, and XY. Currently they are only available to HubitatController, but I can easily extend them to MQTTController as well. The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

          Well that would be really nice if it doesn't require too much effort. A new release of the MSR or just the MQTTController?

          The trick there, however, is that your device's implementation is the same (e.g. for HSL 0° is red, 120° is green, 240° is blue, etc.). There's a de facto standard, but some devices have their own way.

          Well I think those functions should exist even if they don't work with all possible devices. It's sure better than nothing and chances are that they work just fine.

          br,
          mgvra

          toggledbitsT Offline
          toggledbitsT Offline
          toggledbits
          wrote on last edited by toggledbits
          #4

          @mgvra said in JSON payload in MQTTController entities actions (+ reverse color mapping to RGB):

          So it is this implicit parameters object that contains the value (level) to be set.

          Yes, parameters will contain the values of any parameters the action requires/defines.

          @mgvra said in JSON payload in MQTTController entities actions (+ reverse color mapping to RGB):

          In the case of step dimming, is this the notation?
          expr: > { "brightness": parameters.step * 255 }

          Well, from the look of it, no. I think your device is going to set the brightness to whatever value is in step, not increment or decrement the brightness by that amount. If your device offers another topic to increment or decrement, you will need to use that instead.

          If your device doesn't have up/down brightness topics, you need to emulate them by using what we already know about the device. The entity has the current brightness level on it, so emulating step dimming is a matter of doing the math. Here's an example with fixed 10% up/down. The entity object is loaded with the action's subject entity, so we can access the current dimming level using its attribute:

          actions:
            dimming:
              up:
                topic: "zigbee2mqtt/%friendly_name%/set"
                payload: 
                  type: json
                  expr: >
                    { "brightness": min(1, entity.attributes.dimming.level + 0.1) * 255 }
              down:
                topic: "zigbee2mqtt/%friendly_name%/set"
                payload: 
                  type: json
                  expr: >
                    { "brightness": max(0, entity.attributes.dimming.level - 0.1) * 255 }
          

          Note that the dimming capability does not have any parameters for the up and down actions.

          Author of Multi-system Reactor and Reactor, DelayLight, Switchboard, and about a dozen other plugins that run on Vera and openLuup.

          1 Reply Last reply
          1
          • toggledbitsT Offline
            toggledbitsT Offline
            toggledbits
            wrote on last edited by
            #5

            MQTTController 23116 is now available for download; it has hsltorgb(hue,sat,lev) and rgbtohsl(r,g,b) functions available in expressions.

            Author of Multi-system Reactor and Reactor, DelayLight, Switchboard, and about a dozen other plugins that run on Vera and openLuup.

            tunnusT 1 Reply Last reply
            1
            • toggledbitsT toggledbits

              MQTTController 23116 is now available for download; it has hsltorgb(hue,sat,lev) and rgbtohsl(r,g,b) functions available in expressions.

              tunnusT Offline
              tunnusT Offline
              tunnus
              wrote on last edited by
              #6

              @toggledbits related to this topic, I'm trying to set color with exactly the same lamp using the following configuration (MSR build is latest-24152-3455578a, MQTT version is 24142):

              reactor.yaml

               "zigbee2mqtt_smartmood":
                        name: 'Smart Mood Light'
                        friendly_name: 'Lidl smart mood'
                        include: ["lidl_moodlight", "lidl_moodlight_rgb"]
              

              local_mqtt_devices.yaml
              ("lidl_moodlight" part is omitted as it's not relevant here)

              lidl_moodlight_rgb:
                  capabilities: ["rgb_color"]
                  actions:  
                    rgb_color:
                      set: false
                      set_rgb:
                        topic: "zigbee2mqtt/%friendly_name%/set"
                        payload:
                          type: json
                          expr: '{"color": {"r": parameters.red, "g": parameters.green, "b": parameters.blue} }'
              

              The problem is that MQTT message is sent with null values, example below.

              {
                "color": {
                  "r": null,
                  "g": null,
                  "b": null
                }
              }
              

              which is kinda expected, as MSR UI does not "ask" for these values when you select "rgb_color.set_rgb" action

              Screenshot 2024-06-10 at 16.25.24.png

              Any hints what could be changed in the configuration?

              Using MSR on Docker (Synology NAS), having InfluxDB, Grafana & Home Assistant, Hubitat C-8, Zigbee2MQTT

              1 Reply Last reply
              0
              • toggledbitsT Offline
                toggledbitsT Offline
                toggledbits
                wrote on last edited by
                #7

                OK. First of all, great post. That gave me all the information right out of the gate to replicate enough of your configuration to duplicate the problem.

                Found and fixed. Try MQTTController build 24162.

                Author of Multi-system Reactor and Reactor, DelayLight, Switchboard, and about a dozen other plugins that run on Vera and openLuup.

                tunnusT 1 Reply Last reply
                👍
                0
                • toggledbitsT toggledbits

                  OK. First of all, great post. That gave me all the information right out of the gate to replicate enough of your configuration to duplicate the problem.

                  Found and fixed. Try MQTTController build 24162.

                  tunnusT Offline
                  tunnusT Offline
                  tunnus
                  wrote on last edited by
                  #8

                  @toggledbits thanks! First it seemed that this fix isn't working, but worked as expected after I deleted the old entity...

                  Using MSR on Docker (Synology NAS), having InfluxDB, Grafana & Home Assistant, Hubitat C-8, Zigbee2MQTT

                  1 Reply Last reply
                  1
                  • CrilleC Offline
                    CrilleC Offline
                    Crille
                    wrote on last edited by Crille
                    #9

                    It's the same for dimming.set and power_switch.set all .set, an entity rebuild solves those too with 24162.

                    (@toggledbits Mantis ID 372)

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