toJson

Owned by Admin Adminovich (Deactivated)
Last updated: Oct 22, 2021 by Jonathan Muse

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Availability

This routine is available starting with SIL Engine™ 4.1.0

Syntax

toJson(<any struct, array or primitive type> [, convertEmptyFields, writeNull])

Description

Converts any given struct, array or primitive parameter to a JSON string.

By default, the JSON resulted from the conversion also contains the empty fields (in the case of structures for example) with null values. If you want these to be excepted from the conversion, you will have to set the convertEmptyFields flag to false.

Parameters

Parameter

Type

Required

Description

<any struct, array or primitive type>

variable: primitive type, array or struct

Yes

The variable to be converted to JSON

convertEmptyFieldsbooleanNoFlag that indicates if empty fields should be converted (if missing or true) or excepted
writeNullbooleanNo

If true: an empty field will have a null value, for example: "emptyField": null

If false: an empty field will have empty string value, for example: "emptyField": ""

Note: the behavior described above applies only for the convertEmptyFields flag set to true.

Return type

string

Example

You can look at this routine as the preparatory one for the integration with other systems. You build your data structure first and then convert your struct to json to be sent to an external system. 

Colors JSON Example Code

This script demonstrates the process of using structs and/or arrays to create JSON output.

//Step 1 - define the structs/arrays
struct code {
    number [] rgba;
    string hex;
}

struct color {
    string color;
    string category;
    string type;
    code code;
}

struct colors {
    color [] colors;
}

//Step 2 - add data to the structs
color red;
red.color = "red";
red.category = "hue";
red.type = "primary";
red.code.rgba = {255, 0, 0, 1};
red.code.hex = "#FF0";

color yellow;
yellow.color = "yellow";
yellow.category = "hue";
yellow.type = "primary";
yellow.code.rgba = {255, 255, 0, 1};
yellow.code.hex = "#FF0";

color blue;
blue.color = "blue";
blue.category = "hue";
blue.type = "primary";
blue.code.rgba = {0, 0, 255, 1};
blue.code.hex = "#00F";

color green;
green.color = "green";
green.category = "hue";
green.type = "primary";
green.code.rgba = {0, 255, 0, 1};
green.code.hex = "#0F0";

colors colors;

colors.colors += red;
colors.colors += yellow;
colors.colors += green;
colors.colors += blue;

//Step 3 - create the JSON
return toJson(colors);

JSON Output

Resulting JSON
{
   "colors":[
      {
         "color":"red",
         "category":"hue",
         "type":"primary",
         "code":{
            "rgba":[255,0,0,1],
            "hex":"#FF0"
         }
      },
      {
         "color":"yellow",
         "category":"hue",
         "type":"primary",
         "code":{
            "rgba":[255,255,0,1],
            "hex":"#FF0"
         }
      },
      {
         "color":"green",
         "category":"hue",
         "type":"primary",
         "code":{
            "rgba":[0,255,0,1],
            "hex":"#0F0"
         }
      },
      {
         "color":"blue",
         "category":"hue",
         "type":"primary",
         "code":{
            "rgba":[0,0,255,1],
            "hex":"#00F"
         }
      }
   ]
}

See also