Variable to change label on thingsboard - thingsboard

I would like to see if they can help me with the creation of a variable, where I can change the labels of the MQTT message that is sent from my IoT devices, in order to make it easier and to select the correct parameters when creating a dashboard. .
Example:
This is the message received to my server.
[{"n": "model", "d": "iot-zigbee1783"}, {"n": "Relay", "ap": true}, {"t": "gateway", "ma": "0035DDf45VAIoT215"}]
What I want is to change the label "d" for "deviceIoT" and "ap" for "door sensor" also if it is possible to change the true or false of the door sensor for open and closed.

You can do this with the help of Thingsboards rule-chain.
There is also an official tutorial for this:
https://thingsboard.io/docs/user-guide/rule-engine-2-0/tutorials/transform-incoming-telemetry/
They use the transformation-rule-node called script to convert temperatures from [°F] to [°C].
While this is not your use case, it shows you how to handle incoming telemetry before it is saved to the database.
You could do a mapping of value-keys like this:
var theCustomizedMessage = {};
theCustomizedMessage['customizedKey'] = msg['originalIncomingKey'];
return {msg: theCustomizedMessage, metadata: metadata, msgType: msgType};
Keep in mind that this might be contra-productive since you have to update the rule-node scripts, when something changes.
As an alternative option you can rename the key labels in the widget configuration. This will not help your dashboard developers. But a documentation document will do :)
I strongly recommend against the replacement of boolean values with strings ('closed', 'opened'). This is a job for the widgets (e.g. their value format functions).

Related

Read html select value into jenkins Active Choice Reactive Reference Parameter

`I am using Active Choice Reactive Reference Parameter to get the option loaded based on the previous Active choice parameter(VMConfiguration). However I am able to get a dropdownlist getting just "Ver1", "Ver2", "Ver3".
ad_studio_install = [
"AD Studio Install":
["Ver1", "Ver2", "Ver3"]
]
adstudio_list = ad_studio_install[VMConfiguration]
html_to_be_rendered = """<select name="value">"""
adstudio_list.each { json_file ->
html_to_be_rendered = """
${html_to_be_rendered}
<option value="${json_file}">${json_file}</option>
"""
}
```
I have faced the exact same problem a while back. As I could not get it to work with the Active Choice Parameter Plugin I wrote a plugin dedicated to this purpose. Having a sort of decision tree based choice in drop down boxes.
The only thing you need to do is install the "Multiselect Parameter" plugin and configure it to be used as a parameter in your build, like for example this way:
H,Software product,Selected version
V,SELECTED_SOFTWARE,SELECTED_VERSION
C,AD Studio,Ver1
C,AD Studio,Ver2
C,AD Studio,Ver3
In your build you get the selected values in the given environment variables SELECTED_SOFTWARE and SELECTED_VERSION.
You can even select human readable names for your versions and have a technical value in a variable.
All of this is explained in the documentation and in the help texts.

Is it possible to apply [Rule Chain] after [Data Converter]?

I am currently working on a POC by using ThingsBoard PE.
Our raw data contains [Asset] [Attributes].
Data flow:
[IoT cloud] --https webhook carry raw data--> [ThingsBoard PE HTTP INTEGRATION] --uplink--> [ThingsBoard PE Data Converter]
My question is: is it possible to apply [Rule Chain] after [ThingsBoard PE Data Converter]? Therefore, the device can auto create relationship with [Asset] by the [Attribute], instead of [AssetName].
Example data after data converter process:
{
"deviceName": "ABC",
"deviceType": "temperature",
"attributes": {
"asset_id": 6 // <-- the id is used in asset attribute
},
"telemetry": {
"temperature": 39.43
}
}
Answering your two, separate questions:
is it possible to apply [Rule Chain] after [ThingsBoard PE Data Converter]?
Yes it is possible. Once your data is successfully integrated and you are receiving it, you can access it using the [Input] Rule Node (the default green one that is always there when you create a Rule) and route it to any other node you need.
Therefore, the device can auto create relationship with [Asset] by the [Attribute], instead of [AssetName].
So, you want the relationship to take your custom attribute and use that as the pattern that identifies the Asset you want to create the relationship from.
The PE edition already has the Create Relation Node. However, seems that as it is one is not able to do what you seek (has no option to specify custom Asset id).
However, two options you got are:
Create a Custom Rule Node that does what you want. For that try checking the Rule Node Development page from Thingsboard. You can use the Create Relation Node as base and work from there. This can be a longer solution than doing...
Enrich your incoming message's metadata, adding your desired attribute. The Create Relation Node allows you to use variables on your message's metadata in your Name and Type patterns, as seen from this screenshot I took from that node:
This allows us a workaround to what you want to do: Add a Script Transformation Node that adds attributes.asset_id to the metadata, for example as metadata.asset_id, so you can then use it as ${asset_id} on your Name and Type patterns.
For example, your Transform() method of such Script Transformation Node should look something like this:
function Transform(msg, metadata, msgType){
//assumming your desired id is msg.attributes.asset_id, add it to the metadata
metadata.asset_id = msg.attributes.asset_id;
//return the message, in your case to the Create Relation Node
return {msg: msg, metadata:metadata, msgType:msgType};
}
Finally, your Rule should be connected like this:
[Input] -> [Script Node] -> [Create Relation Node] -> [...whatever else you like]

How to dynamically set binding type's "formatOptions" and "constraints" in XML with binding?

I have a list of elements (OData set) and use a binding to show this list.
One field is for a quantity value and this value could sometimes need some decimal places.
The requirement is: only show that amount of decimal numbers that is also available in the OData service.
Annotation techniques can't be used.
I 'hacked' something that is misusing a formatter to update the type of a binding. But this is 'a hack' and it is not possible to convert it to XML views. (The reason is a different handling of the scope the formatter will be called).
So I am searching for a working solution for XML views.
The following code would not work but shows the issue:
new sap.m.Input({ // looking for an XML solution with bindings
value: {
path: "Quantity",
type: new sap.ui.model.type.Float({
// formatOptions
maxFractionDigits: "{QuantityDecimals}",
// ...
}, {
// constraints
minimum: 0
}),
// ...
}
});
The maxFractionDigits : "{QuantityDecimals}" should be "dynamic" and not a constant value.
Setting formatOptions and constraints dynamically in XML (via bindings or a declared function) is unfortunately not (yet) supported. But IMHO this is a valid enhancement request that app developers would greatly benefit from, since it encourages declarative programming.
I already asked for the same feature some years ago but in a comment at https://github.com/SAP/openui5/issues/2449#issuecomment-474304965 (See my answer to Frank's question "If XMLViews would allow a way to specify the dynamic constraints as well (e.g. enhanced syntax), would that fix the problem?").
Please create a new issue via https://github.com/SAP/openui5/issues/new with a clear description of what kind of problems the feature would resolve and possibly other use cases (You can add a link to my comment). I'll add my 👍 to your GitHub issue, and hopefully others too.
I'll update this answer as soon as the feature is available.
Get your dynamic number from your model and store it in a JS variable.
var nQuantityDecimals = this.getModel().getProperty("/QuantityDecimals");
new sap.m.Input({
value : {
path : "Quantity",
type : new sap.ui.model.type.Float({
maxFractionDigits : nQuantityDecimals,
source : {
groupingSeparator: ",",
decimalSeparator: ".",
groupingEnabled: false
}
}, {
minimum:0
})
}
}),

Adobe DTM - Analytics/Omniture query string missing parameters

I've searched for days looking into this issue but have yet to come up with something. We are migrating our analytics code over to DTM. We are using our own Library hosted at DTM. Everything works great except for some missing data collection parameters in the query string only when using the Adobe Analytics tool to assign variables.
Let me explain. When I use custom code in DTM in a rule to call analytics I get exactly the same query string parameters in the request that we were getting before.
var str = 'string';
s.linkTrackVars = 'prop61,eVar61';
s.linkTrackEvents = 'none';
s.prop61 = str;
s.eVar61 = str;
s.tl(this, 'o', str);
This works fine.
If I try to set eVar61 and prop61 with the Adobe Analytics tool inside a rule, five parameters are no longer in the query string. Specifically 'pev1', 'pid', 'pidt', 'oid' and 'ot'. Is there a way to get DTM to set those parameters or am I just to use custom code for all our rules?
Thanks
Those are clickmap query string parameters. Click on the gear icon to edit the global Analytics tool, and under Link Tracking, make sure 'Enable Clickmap' is checked. Alternatively, you can set s.trackInlineStats=true in your code, which effectively achieves the same effect.
If you ever see missing query string parameters in the future, you can determine what variables to define using the Data Collection Query Parameters in the Marketing Cloud documentation.

Best way of storing an "array of records" at design-time

I have a set of data that I need to store at design-time to construct the contents of a group of components at run-time.
Something like this:
type
TVulnerabilityData = record
Vulnerability: TVulnerability;
Name: string;
Description: string;
ErrorMessage: string;
end;
What's the best way of storing this data at design-time for later retrieval at run-time? I'll have about 20 records for which I know all the contents of each "record" but I'm stuck on what's the best way of storing the data.
The only semi-elegant idea I've come up with is "construct" each record on the unit's initialization like this:
var
VulnerabilityData: array[Low(TVulnerability)..High(TVulnerability)] of TVulnerabilityData;
....
initialization
VulnerabilityData[0].Vulnerability := vVulnerability1;
VulnerabilityData[0].Name := 'Name of Vulnerability1';
VulnerabilityData[0].Description := 'Description of Vulnerability1';
VulnerabilityData[0].ErrorMessage := 'Error Message of Vulnerability1';
VulnerabilityData[1]......
.....
VulnerabilityData[20]......
Is there a better and/or more elegant solution than this?
Thanks for reading and for any insights you might provide.
You can also declare your array as consts and initialize it...
const
VulnerabilityData: array[Low(TVulnerability)..High(TVulnerability)] of TVulnerabilityData =
(
(Vulnerability : vVulnerability1; Name : Name1; Description : Description1; ErrorMessage : ErrorMessage1),
(Vulnerability : vVulnerability2; Name : Name2; Description : Description2; ErrorMessage : ErrorMessage2),
[...]
(Vulnerability : vVulnerabilityX; Name : NameX; Description : DescriptionX; ErrorMessage : ErrorMessageX)
)
);
I don't have an IDE on this computer to double check the syntax... might be a comma or two missing. But this is how you should do it I think.
not an answer but may be a clue: design-time controls can have images and other binary data associated with it, why not write your data to a resource file and read from there? iterating of course, to make it simpler, extensible and more elegant
The typical way would be a file, either properties style (a=b\n on each line) cdf, xml, yaml (preferred if you have a parser for it) or a database.
If you must specify it in code as in your example, you should start by putting it in something you can parse into a simple format then iterate over it. For instance, in Java I'd instantiate an array:
String[] vals=new String[]{
"Name of Vulnerability1", "Description of Vulnerability1", "Error Message of Vulnerability1",
"Name of Vulnerability2", ...
}
This puts all your data into one place and the loop that reads it can easily be changed to read it from a file.
I use this pattern all the time to create menus and for other string-intensive initialization.
Don't forget that you can throw some logic in there too! For instance, with menus I will sometimes create them using data like this:
"^File", "Open", "Close", "^Edit", "Copy", "Paste"
As I'm reading this in I scan for the ^ which tells the code to make this entry a top level item. I also use "+Item" to create a sub-group and "-Item" to go back up to the previous group.
Since you are completely specifying the format you can add power later. For instance, if you coded menus using the above system, you might decide at first that you could use the first letter of each item as an accelerator key. Later you find out that File/Close conflicts with another "C" item, you can just change the protocol to allow "Close*e" to specify that E should be the accelerator. You could even include ctrl-x with a different character. (If you do shorthand data entry tricks like this, document it with comments!)
Don't be afraid to write little tools like this, in the long run they will help you immensely, and I can turn out a parser like this and copy/paste the values into my code faster than you can mold a text file to fit your example.

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