Microsoft.VisualStudio.TextTemplating

Microsoft.VisualStudio.TextTemplating Namespace

 

The Microsoft.VisualStudio.TextTemplating namespace provides classes for the text template transformation functionality. The text template transformation engine is integrated into Visual Studio, and transforms text template files into generated text output files.

ClassDescription
System_CAPS_pubclassAssemblyCacheMonitor

Monitors the state of the assembly cache.

System_CAPS_pubclassDirectiveProcessor

The abstract base class for a concrete directive processor.

System_CAPS_pubclassDirectiveProcessorException

The exception that is thrown by the text template transformation engine, if an error occurs while processing directives.

System_CAPS_pubclassEncodingHelper

A utility class that gets the encoding of a file from its byte order mark.

System_CAPS_pubclassEngine

The text template transformation engine.

System_CAPS_pubclassParameterDirectiveProcessor

Directive processor to route simple serializable parameters from callers or the host to the template.

System_CAPS_pubclassRequiresProvidesDirectiveProcessor

The abstract base class for a directive processor that defines and implements a design pattern called requires/provides.

System_CAPS_pubclassShadowCopyMonitor

Monitors the state of shadow-copied assemblies for use by hosts.

System_CAPS_pubclassTextTemplatingSession

Trivial implementation of text transformation session interface

System_CAPS_pubclassTextTransformation

The abstract base class for all generated transformation classes. This class also provides utility methods and properties for use in text template code.

System_CAPS_pubclassToStringHelper

A utility class that is used to produce a culture-specific representation of an Object as a String.

InterfaceDescription
System_CAPS_pubinterfaceIRecognizeHostSpecific

Directive Processors implement this method to obtain the state of the HostSpecific flag in a text template.

The text template transformation process takes a text template file as the input, performs the transformation on the input, and generates a new text file as the output. The engine component controls the process, and interacts with a text template transformation host and one or more text template directive processors to complete the process. For more information, see Code Generation and T4 Text Templates.

The text template transformation process has two steps. In the first step, the text template transformation engine creates a class that is referred to as the generated transformation class. In the second step, the engine compiles and executes the generated transformation class, to produce the generated text output. The generated transformation class is comprised of the code of the text template, that is, the statements, expressions, class features, and boilerplate text in the text template, and the results of calling directive processors. For more information, see Writing a T4 Text Template.

Advanced users might want to implement their own text template transformation engine host or directive processors. For more information, see:

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