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πŸ”„ Convert Available Inventory to Kilograms (KG) in X++ – D365 F&O

When working with raw materials in Dynamics 365 Finance & Operations (D365 F&O), it’s common to encounter situations where the inventory is stored in one unit (like Liters or Packs), but needs to be viewed or calculated in Kilograms (KG) for costing, reporting, or analysis. In this blog, we’ll walk through a practical X++ code snippet that demonstrates how to convert available inventory (AvailPhysical) into KG using D365’s standard Unit of Measure (UOM) conversion. πŸ“Œ Business Scenario Suppose you have a chemical item stored in Liters , but the production or costing team needs to see its available inventory in KG . You’ll need to: Fetch the item’s AvailPhysical from the InventSum table. Get the current unit of measure (UOM) for the item. Convert that quantity into KG , based on predefined unit conversion. πŸ’» X++ Code – Inventory Conversion to KG Here’s the code block that does exactly that: //******************** Avail Physical as per KG Unit conversion *...

Integrate API using X++ in D365FO

 Process of making a POST request in X++ using the WinHttp class step by step.

1. Setup

Before making an HTTP request, ensure you have the necessary URL, headers, and payload data you want to send.

2. Create the HttpWebRequest Object

You will first need to create an instance of HttpWebRequest by specifying the URL you want to send the POST request to.

3. Configure the Request

Set the HTTP method to POST and configure any necessary headers and content type. Prepare the request body as a byte array.

4. Send the Request and Handle the Response

Write the request body to the request stream, send the request, and read the response.

Example Code

Here’s a detailed step-by-step example in X++:


static void PostRequestExample(Args _args)

{

    System.Net.HttpWebRequest request;

    System.Net.HttpWebResponse response;

    System.IO.Stream requestStream, responseStream;

    System.IO.StreamReader reader;

    System.Text.Encoding utf8;

    System.Exception sysEx;

    str url = "https://api.example.com/endpoint"; // Replace with your URL

    str jsonPayload = "{\"key1\":\"value1\",\"key2\":\"value2\"}"; // Replace with your JSON payload


    // Step 1: Create the HttpWebRequest object

    request = System.Net.WebRequest::Create(url) as System.Net.HttpWebRequest;

    request.Method = 'POST'; // Specify the HTTP method

    request.ContentType = 'application/json'; // Specify the content type


    // Step 2: Set request headers

    System.Net.WebHeaderCollection headerCollection = request.Headers;

    headerCollection.Set('Authorization', 'Bearer your_access_token'); // Example of setting an authorization header


    // Step 3: Convert JSON payload to byte array

    utf8 = System.Text.Encoding::get_UTF8();

    var byteArrayPayload = utf8.GetBytes(jsonPayload);


    try

    {

        // Write the payload to the request stream

        requestStream = request.GetRequestStream();

        requestStream.Write(byteArrayPayload, 0, byteArrayPayload.Length);

        requestStream.Close();


        // Send the request and get the response

        response = request.GetResponse() as System.Net.HttpWebResponse;

        responseStream = response.GetResponseStream();

        

        // Read the response

        reader = new System.IO.StreamReader(responseStream);

        str responseBody = reader.ReadToEnd();

        

        // Output the response body

        info(strFmt("Response: %1", responseBody));

        

        // Close streams

        reader.Close();

        responseStream.Close();

        response.Close();

    }

    catch (sysEx)

    {

        // Handle exceptions

        error(strFmt("Exception: %1", sysEx.message()));

    }

}


This example demonstrates a basic POST request in X++ using HttpWebRequest. Make sure to replace the URL, payload, and headers with your actual values.


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