Notices for the structure and curiosities in the Args field of Viem
When working with API VIEM, it is often necessary to transfer data structures such as topics of functions. However, some bees, including VIEMs, require to indicate the structure of the input parameters using specific syntax. In this article, we will examine how to transmit structures and messages to the Args field of Vieme.
Understanding of the API of Vieme
Before immersing yourself in detail, let’s quickly look at some bases on the fipas Vie:
- Vieme is an open source media management system that provides a variety of bees to interact with its services.
- The Encodefucedata function expects that a specific syntax conveys its topics. In this article we will focus on this syntax.
- To transmit structures or humiliations as a topic, it is necessary to use the Args field.
EncodefunctanData syntax
Encodefunctiandata syntax is used to transfer data structures as topics of functions. The main structure of the subject is:
`Json
{
“Type”:
“Meaning”:
}
`
Where:
indicates the type of value (Eg Structure, Tupu).
indicates that the value can be of any kind.
transmits the structures toencodefuntatata ‘
To transmit the structure as a topic, it is necessary to create an object with two characteristics: type and value. Here is an example of a simple structure:
`Json
{
“Type”: structure,
“Value”: {{{
“Name”: MyTTTCT,
“Fields”: [
{“Name”: “field”, “type”: “string”},
{“Name”: “field2”, “type”: “healthy number”}
“
}
}
`
In this example, the EncodefunctanData function expects an object with a field called "meaning". This field should have another object with two properties: type and meaning.
By transferring points toencodefuntadata ‘
If you want to convey a topic, you can create many objects in which each object has the necessary fields:
`Json
{
“Type”: tuple,
“Value”: [
{
Name: Field1,
“Type”: “string”
},
{
“Name”: Field2,
“Type”: “healthy number”
}
“
}
`
To put everything together
To use the EncodefunctanData function with a structure or a tupy, it is necessary to create an object that corresponds to its structure. Here is an example:
Json
Const Stuct = {
Type: structure,
Value: {{{
Name: MyTTTCT,
Fields: [
{Name: Field1, Type: String},
{Name: Field2, Type: “healthy number”}
“
}
};
Const Args = {
Type: tuple,
Value: [
{
Name: Field1,
Type: “string”
},
{
Name: Field2,
Type: “healthy number”
}
“
};
Viem.ecodefunctiadiata (Args, Function (Data) {
// treats the structure or eyes here
});
``
In this example, we create two objects: structure and argom. The “Strucks” object has a field called “meaning”, that is, a set of objects with two fields. So we use Vieme.Codefunctanta to transfer these objects as topics to our function.
Conclusion
Exaggerating the structures or messages to the utility of encodefunctive, the usefulness of the codefunctiadata requires the creation of objects that correspond to its structure. As part of the syntax and examples as examples in this article, you should be able to correctly call the features that accept structured data as input parameters.
