#XML XSD.EXE .DLL#
dll and saves them as schema0.xsd in the current directory. The following command generates an XML schema for all types in assembly myAssembly. The following command generates a DataSet that corresponds to the specified architecture in C #, and saves it as XSDSchemaFile. XML and saves it to the specified directory. The following command generates an xml schema from myFile. xdr and saves it to the current directory. The following command generates an XML schema from myFile.
#XML XSD.EXE CODE#
The following XML code generates code for an element named "IDItems" in the output directory named "MyOutputDirectory".First, find the Visual Studio 2005 command prompt in the Start Menu.Įnter the directory where the file is located, for example,-> D: These options can be used with any of the child elements (, or ). There are attributes that you can set on the top level element. The namespace must conform to CLR standards (for example, no spaces or backslash characters). Specifies the namespace for the generated code. You can also specify a fully qualified name for a class that implements CodeDomProvider.
Choose from CS (C#, the default), VB (Visual Basic), JS (JScript), or VJS (Visual J#). Specifies the programming language to use. Specifies that the generated DataSet can be queried against using LINQ to DataSet. The following table shows the attributes that can be used with the element. The generated DataSet structures will support LINQ queries. The following XML specifies that the generated code uses DataSet structures (such as the DataTable class) to create Visual Basic code for a specified element. You can also control how DataSet code is generated by using the element. One of the following values: none, properties (generates properties instead of public fields), order, or enableDataBinding (see the /order and/enableDataBinding switches in the preceding XSD File Options section.
The following table shows the attributes that can also be used with the element. Options you can set for the element include the following. Note that two attributes are also shown that allow you to set the programming language and namespace of the generated file. The following example generates a code file. To generate a code file, use the element.
You must specify only one of the following options for the element. Type the following at a command prompt (presuming the XML file is named GenerateSchemaFromType.xml): On the other hand, if you are generating a schema for a single type found in the assembly, you can use the following XML:īut to use preceding code, you must also supply the name of the assembly at the command prompt. If the preceding XML is contained in a file named GenerateSchemas.xml, then use the /parameters switch by typing the following at a command prompt and pressing ENTER:
#XML XSD.EXE HOW TO#
The following XML shows how to use the element with a specified executable: For example, you can set the element to the name of an executable (.exe) or type library (.dll) file when generating a schema, but not when generating a code file. Choices include generating schemas, generating code files, or generating code files that include DataSet features. The options you can set depend on how you are using the XSD.exe tool. By using the /parameters switch, you can specify a single XML file that sets various options.
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