Code generation from the Wolfram Language involves converting programs written in the Wolfram Language into other languages and then supporting them so that they can be executed. The Wolfram System compiler provides a system for code generation into the C language.
In MATLAB®, you can extend your C and C++ code with a MEX function and call it like any MATLAB built-in function. That means you can use existing C and C++ code without rewriting your algorithms in MATLAB. MEX functions enable C and C++ code to create and modify MATLAB arrays in the MATLAB workspace.
If you are working on .NET 4.5 project in VS 2012 (or newer), you can just Special Paste your XML file as classes.
EDIT > Paste Special > Paste XML As Classes
Yes, by using xsd.exe
D:\temp>xsd test.xml
Microsoft (R) Xml Schemas/DataTypes support utility
[Microsoft (R) .NET Framework, Version 4.0.30319.1]
Copyright (C) Microsoft Corporation. All rights reserved.
Writing file 'D:\temp\test.xsd'.
D:\temp>xsd test.xsd /classes
Microsoft (R) Xml Schemas/DataTypes support utility
[Microsoft (R) .NET Framework, Version 4.0.30319.1]
Copyright (C) Microsoft Corporation. All rights reserved.
Writing file 'D:\temp\test.cs'.
Notes
Answer how to change directory in Developer Command Prompt to d:\temp may be useful.
If you generate classes for multi-dimensional array, there is a bug in XSD.exe generator, but there are workarounds.
At first I thought the Paste Special was the holy grail! But then I tried it and my hair turned white just like the Indiana Jones movie.
But now I use http://xmltocsharp.azurewebsites.net/ and now I'm as young as ever.
Here's a segment of what it generated:
namespace Xml2CSharp
{
[XmlRoot(ElementName="entry")]
public class Entry {
[XmlElement(ElementName="hybrisEntryID")]
public string HybrisEntryID { get; set; }
[XmlElement(ElementName="mapicsLineSequenceNumber")]
public string MapicsLineSequenceNumber { get; set; }
I realise that this is a rather old post and you have probably moved on.
But I had the same problem as you so I decided to write my own program.
The problem with the "xml -> xsd -> classes" route for me was that it just generated a lump of code that was completely unmaintainable and I ended up turfing it.
It is in no way elegant but it did the job for me.
You can get it here: Please make suggestions if you like it.
SimpleXmlToCode
You should consider svcutil (svcutil question)
Both xsd.exe and svcutil operate on the XML schema file (.xsd). Your XML must conform to a schema file to be used by either of these two tools.
Note that various 3rd party tools also exist for this.
You can use xsd as suggested by Darin.
In addition to that it is recommended to edit the test.xsd-file to create a more reasonable schema.
type="xs:string"
can be changed to type="xs:int"
for integer valuesminOccurs="0"
can be changed to minOccurs="1"
where the field is requiredmaxOccurs="unbounded"
can be changed to maxOccurs="1"
where only one item is allowed
You can create more advanced xsd-s if you want to validate your data further, but this will at least give you reasonable data types in the generated c#.
Use below syntax to create schema class from XSD file.
C:\xsd C:\Test\test-Schema.xsd /classes /language:cs /out:C:\Test\
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