Provided by: monodoc-base_6.8.0.105+dfsg-3.6ubuntu2_all 
NAME
mdoc - Mono Documentation XML Format
DESCRIPTION
The assorted Mono documentation programs generate or manipulate XML files following the mono
documentation schema:
mdoc update
Creates or updates mono documentation XML for a set of assemblies.
mdoc validate
Validates the mono documentation XML against the mono documentation XML schema.
mdoc assemble
Converts the mono documentation XML within a directory structure into a set of files for use with
monodoc(1).
mdoc export-html
Converts the mono documentation XML within a directory structure into a set of HTML files that can
be viewed with a web browser.
All of these tools (and more) use the common XML schema described in this man page.
FILE/DIRECTORY STRUCTURE
There are three sets of Mono documentation XML files:
* index.xml: contains a list of all assemblies within the containing directory, and all types and
namespaces within those assemblies.
* ns-*.xml: There is one ns-*.xml file for each namespace within the assembly; these files are
siblings to index.xml .
Examples of ns-*.xml files include: ns-System.xml, ns-System.Collections.xml, and ns-.xml (for the
root namespace, though it is recommended to NOT place types into the root namespace, as monodoc(1)
doesn't display them).
The ns-*.xml files contain per-namespace documentation.
* NamespaceName/TypeName.xml: These files are within a dotted NamespaceName directory, and TypeName
is the name of the type.
Examples include: RootType.xml (if the type has no namespace), System/String.xml,
System.Collections/IEnumerable.xml, and System.Collections.Generic/List`1+Enumerator.xml (the `1
is the number of generic type parameters the type accepts, and everything after the + is a nested
type).
Thus, typical directory contents would resemble:
index.xml
ns-System.xml
ns-System.Collections.Generic.xml
System/String.xml
System.Collections.Generic/List`1.xml
DOCUMENTATION FORMAT
index.xml File Format
The index.xml file contains a list of the assemblies nested under the directory containing index.xml and
all namespaces and types within those assemblies. It looks something like this:
<Overview>
<Assemblies>
<Assembly Name="mscorlib" Version="2.0.0.0" />
<!-- other <Assembly/> elements... -->
</Assemblies>
<Remarks>To be added.</Remarks>
<Copyright>To be added.</Copyright>
<Types>
<Namespace Name="System">
<Type Name="String" />
<!-- Other <Type/> elements -->
</Namespace>
<Namespace Name="System.Collections.Generic">
<Type Name="List`1" DisplayName="List<T>" />
<!-- Other <Type/> elements -->
</Namespace>
<!-- other <Namespace/> elements -->
</Types>
<Title>DocTest</Title>
</Overview>
Most of this is maintained automatically, in particular the /Overview/Assemblies and /Overview/Types
elements.
The //Namespace/@Name attribute corresponds to a directory which contains files named //Type/@Name.xml,
while the //Type/@DisplayName attribute contains a C# type name (if //Type/@DisplayName isn't found, then
//Type/@Name is used as the display name). There should also be a ns-[//Namespace/@Name].xml file.
There are three elements of interest to authors: /Overview/Remarks, /Overview/Copyright, and
/Overview/Title, which contain assembly-level documentation. These elements can contain any of the
following XML elements (documented in the Documentation XML Elements section): block, code, example,
list, para, paramref, typeparamref, see, and ul.
ns-*.xml File Format
The ns-*.xml files contain namespace documentation:
<Namespace Name="System">
<Docs>
<summary>To be added.</summary>
<remarks>To be added.</remarks>
</Docs>
</Namespace>
The /Namespace/Docs/summary and /Namespace/Docs/remarks elements should contain namespace documentation.
The remarks and summary elements are documented in the Documentation XML Elements section.
NamespaceName/TypeName.xml File Format
The mono documentation format is similar to the Ecma documentation format, as described in ECMA-335 3rd
Edition, Partition IV, Chapter 7. The principal difference from the ECMA format is that each type gets
its own file, within a directory identical to the namespace of the type. There is a lot of information
that is maintained automatically by mdoc(1); Most of the information within the documentation should not
be edited. This includes the type name (/Type/@FullName), implemented interfaces (/Type/Interfaces),
member information (/Type/Members/Member/@MemberName, /Type/Members/Member/MemberSignature,
/Type/Members/Member/MemberType, /Type/Members/Member/Parameters, etc.).
<Type Name="DocAttribute" FullName="Mono.DocTest.DocAttribute">
<TypeSignature Language="C#" Value="public class DocAttribute : Attribute" />
<AssemblyInfo>
<AssemblyName>DocTest</AssemblyName>
<AssemblyVersion>0.0.0.0</AssemblyVersion>
</AssemblyInfo>
<Base>
<BaseTypeName>System.Attribute</BaseTypeName>
</Base>
<Interfaces />
<Attributes>
<Attribute>
<AttributeName>System.AttributeUsage(System.AttributeTargets.All)</AttributeName>
</Attribute>
</Attributes>
<Docs>
<summary>To be added.</summary>
<remarks>To be added.</remarks>
</Docs>
<Members>
<Member MemberName=".ctor">
<MemberSignature Language="C#" Value="public DocAttribute (string docs);" />
<MemberType>Constructor</MemberType>
<AssemblyInfo>
<AssemblyVersion>0.0.0.0</AssemblyVersion>
</AssemblyInfo>
<Parameters>
<Parameter Name="docs" Type="System.String" />
</Parameters>
<Docs>
<param name="docs">To be added.</param>
<summary>To be added.</summary>
<remarks>To be added.</remarks>
</Docs>
</Member>
</Members>
</Type>
The only elements that normally need to be edited are children of the //Docs elements, which usually
contain the text To be added. The /Type/Docs element contains type-level documentation, while the
/Type/Members/Member/Docs element contains per-member documentation.
The //Docs elements can contain the following elements: altcompliant, altmember, example, exception,
param, permission, remarks, returns, since, summary, threadsafe, typeparam, and value.
Nested types are not members; they are types, and are documented in their own file. Consequently, the
NamespaceName/TypeName.xml files are not recursive; you do not store a <Type/> element within a <Type/>
element.
Documentation XML Elements
The contents of the Docs element is identical in semantics and structure to the inline C# documentation
format, consisting of these elements (listed in ECMA-334 3rd Edition, Annex E, Section 2). The following
are used within the element descriptions:
CREF Refers to a class (or member) reference, and is a string in the format described below in the CREF
FORMAT section.
TEXT Non-XML text, and XML should not be nested.
XML Only XML elements should be nested (which indirectly may contain text), but non-whitespace text
should not be an immediate child node.
XML_TEXT
Free-form text and XML, so that other XML elements may be nested.
The following elements are used in documentation:
<altmember cref="CREF" />
<altmember/> is a top-level element, and should be nested directly under the <Docs/> element.
Allows an entry to be generated for the See Also section. Use <see/> to specify a link from
within text.
<altmember cref="P:System.Exception.Message" />
<block subset="SUBSET" type="TYPE">XML_TEXT</block>
Create a block of text, similar in concept to a paragraph, but is used to create divisions within
the text. To some extent, a <block/> is equivalent to the HTML <h2/> tag.
SUBSET should always be the value "none".
TYPE specifies the heading and formatting to use. Recognized types are:
behaviors Creates a section with the heading Operation.
note Creates a section with the heading Note:.
overrides Creates a section with the heading Note to Inheritors.
usage Creates a section with the heading Usage.
The block element can contain the following elements: block, c, code, list, para, paramref, see,
subscript, sup, and typeparamref.
<c>XML_TEXT</c>
Set text in a code-like font (similar to the HTML <tt/> element).
The c element can contain the following elements: code, para, paramref, see, and typeparamref.
<code lang="LANGUAGE" src="SOURCE">TEXT</code>
Display multiple lines of text in a code-like font (similar to the HTML <pre/> element).
LANGUAGE is the language this code block is for. For example, if LANGUAGE is C#, then TEXT will
get syntax highlighting for the C# language within the Mono Documentation Browser.
SOURCE is only interpreted by mdoc-update(1). If the src attribute is present when mdoc-update(1)
is run, then SOURCE is a file (relative to mdoc-update(1)'s --out directory) that should be
inserted as the value for TEXT. The contents of TEXT will be ignored by mdoc-update(1) and
replaced on every invocation. SOURCE can also contain an "anchor", e.g.
src="path/to/file.cs#RegionMarker". If an anchor is present, and LANGUAGE is C#, then #region
RegionMarker will be searched for, and the contents between the #region and the following
#endregion will be inserted as the value for TEXT element.
<example>XML_TEXT</example>
Indicates an example that should be displayed specially. For example:
<example>
<para>An introductory paragraph.</para>
<code lang="C#">
class Example {
public static void Main ()
{
System.Console.WriteLine ("Hello, World!");
}
}
</code>
</example>
The example element can contain the following elements: c, code, list, para, and see.
<exception cref="CREF">XML_TEXT</exception>
Identifies an exception that can be thrown by the documented member.
<exception/> is a top-level element, and should be nested directly under the <Docs/> element.
CREF is the exception type that is thrown, while XML_TEXT contains the circumstances that would
cause CREF to be thrown.
<exception cref="T:System.ArgumentNullException">
<paramref name="foo" /> was <see langword="null" />.
</exception>
The exception element can contain the following elements: block, para, paramref, see, and
typeparamref.
<format type="TYPE">XML_TEXT</format>
The <format/> element is an "escape hatch," for including (possibly XML) content that is not valid
mdoc(5) content. It's the moral equivalent of perlpod(1) =begin format blocks.
TYPE is the mime type of XML_TEXT. mdoc(5) processors may skip format/> blocks of they use a type
that isn't supported.
For example:
<format type="text/html">
<table width="100%">
<tr><td style="color:red">Hello, world!</td></tr>
</table>
</format>
would cause the embedded HTML <table/> element to be inserted inline into the resulting HTML
document when mdoc-export-html(1) processes the file. (Likewise, it may be skipped if processed
by another program.)
format/> is intended to simplify importing documentation from existing documentation sources. It
should not be relied upon, if at all possible.
<list>XML</list>
Create a list or table of items. <list/> makes use of nested <item>XML</item>,
<listheader>XML</listheader>, <term>XML_TEXT</term>, and <description>XML_TEXT</description>
elements.
Lists have the syntax:
<list type="bullet"> <!-- or type="number" -->
<item><term>Bullet 1</term></item>
<item><term>Bullet 2</term></item>
<item><term>Bullet 3</term></item>
</list>
Tables have the syntax:
<list type="table">
<listheader> <!-- listheader bolds this row -->
<term>Column 1</term>
<description>Column 2</description>
<description>Column 3</description>
</listheader>
<item>
<term>Item 1-A</term>
<description>Item 1-B</description>
<description>Item 1-C</description>
</item>
<item>
<term>Item 2-A</term>
<description>Item 2-B</description>
<description>Item 2-C</description>
</item>
</list>
The item and description elements can each contain text and the following elements: block, c,
para, paramref, see, sup, and typeparamref.
<para>XML_TEXT</para>
Insert a paragraph of XML_TEXT. For example,
<para>
This is a paragraph of text.
</para>
The para element can contain the following elements: block, c, example, link, list, onequarter,
paramref, see, sub, sup, typeparamref, and ul.
<param name="NAME">XML_TEXT</param>
<param/> is a top-level element, and should be nested directly under the <Docs/> element.
Describes the parameter NAME of the current constructor, method, or property:
<param name="count">
A <see cref="T:System.Int32" /> containing the number
of widgets to process.
</param>
The param element can contain the following elements: block, c, example, para, paramref, see, and
typeparamref.
<paramref name="NAME" />
Indicates that NAME is a parameter.
This usually renders NAME as italic text, so it is frequently (ab)used as an equivalent to the
HTML <i/> element. See the <exception/> documentation (above) for an example.
<permission cref="CREF">XML_TEXT</permission>
Documents the security accessibility requirements of the current member.
<permission/> is a top-level element, and should be nested directly under the <Docs/> element.
CREF is a type reference to the security permission required, while XML_TEXT is a description of
why the permission is required.
<permission cref="T:System.Security.Permissions.FileIOPermission">
Requires permission for reading and writing files. See
<see cref="F:System.Security.Permissions.FileIOPermissionAccess.Read" />,
<see cref="F:System.Security.Permissions.FileIOPermissionAccess.Write" />.
</permission>
The permission element can contain the following elements: block, para, paramref, see, and
typeparamref.
<remarks>XML_TEXT</remarks>
Contains detailed information about a member.
<remarks/> is a top-level element, and should be nested directly under the <Docs/> element.
<remarks>
Insert detailed information here.
</remarks>
The remarks element can contain the following elements: block, c, code, example, list, para,
paramref, see, and typeparamref.
<returns>XML_TEXT</returns>
<returns/> is a top-level element, and should be nested directly under the <Docs/> element.
Describes the return value of a method:
<returns>
A <see cref="T:System.Boolean" /> specifying whether
or not the process can access
<see cref="P:Mono.Unix.UnixFileSystemInfo.FullName" />.
</returns>
The returns element can contain the following elements: c, format, list, para, paramref, see, and
typeparamref.
<see cref="CREF" />, <see langword="LANGWORD" />
Creates a link to the specified member within the current text:
<see cref="M:Some.Namespace.With.Type.Method" />
or specifies that LANGWORD is a language keyword:
<see langword="null" />
<seealso cref="CREF" />
Do not use seealso, use altmember.
<since version="VERSION" />
<since/> is a top-level element, and should be nested directly under the <Docs/> element.
Permits specification of which version introduced the specified type or member.
<since version="Gtk# 2.4" />
This generally isn't required, as the //AssemblyInfo/AssemblyVersion elements track which assembly
versions contain type or member.
<summary>XML_TEXT</summary>
<summary/> is a top-level element, and should be nested directly under the <Docs/> element.
Provides a (brief!) overview about a type or type member.
This is usually displayed as part of a class declaration, and should be a reasonably short
description of the type/member. Use <remarks/> for more detailed information.
The summary element can contain the following elements: block, list, para, paramref, see, and
typeparamref.
<typeparam name="NAME">XML_TEXT</typeparam>
<typeparam/> is a top-level element, and should be nested directly under the <Docs/> element.
This is used to document a type parameter for a generic type or generic method.
NAME is the name of the type parameter, while XML_TEXT contains a description of the parameter
(what it's used for, what restrictions it must meet, etc.).
<typeparam name="T">
The type of the underlying collection
</typeparam>
The typeparam element can contain the following elements: block, c, para, paramref, see, and
typeparamref.
<typeparamref name="NAME">
Used to indicate that NAME is a type parameter.
<value>XML_TEXT</value>
<value/> is a top-level element, and should be nested directly under the <Docs/> element.
Allows a property to be described.
<value>
A <see cref="T:System.String" /> containing a widget name.
</value>
The value element can contain the following elements: block, c, example, list, para, paramref,
see, and typeparamref.
CREF FORMAT
String IDs (CREFs) are used to refer to a type or member of a type. String IDs are documented in
ECMA-334 3rd Edition, Annex E.3.1. They consist of a member type prefix, the full type name (namespace +
name, separated by .), possibly followed by the member name and other information.
Member type prefixes:
C: The CREF refers to a constructor. The (optional) parameter list is enclosed in parenthesis and
follows the type name: C:System.String(System.Char,System.Int32).
E: The CREF refers to an event. The event name follows the type name:
E:System.AppDomain.AssemblyLoad.
F: The CREF refers to a field. The field name follows the type name:
F:System.Runtime.InteropServices.DllImportAttribute.SetLastError.
M: Refers to a constructor or method. Constructors may append .ctor to the type name (instead of
using the above C: constructor format), while methods append the method name and an (optional)
count of the number of generic parameters. Both constructors and methods may append the method
parameter list enclosed in parenthesis.
Examples: M:System.Object..ctor, M:System.String..ctor(System.Char[]),
M:System.String.Concat(System.Object), M:System.Array.Sort``1(``0[]),
M:System.Collections.Generic.List`1..ctor, M:System.Collections.Generic.List`1.Add(`0).
N: Refers to a namespace, e.g. N:System.
P: Refers to a property. If the property is an indexer or takes parameters, the parameter types are
appended to the property name and enclosed with parenthesis: P:System.String.Length,
P:System.String.Chars(System.Int32).
T: The CREF refers to a type, with the number of generic types appended: T:System.String,
T:System.Collections.Generic.List`1, T:System.Collections.Generic.List`1.Enumerator.
To make matters more interesting, generic types & members have two representations: the "unbound"
representation (shown in examples above), in which class names have the count of generic parameters
appended to their name. There is also a "bound" representation, in which the binding of generic
parameters is listed within '{' and '}' or '<' and '>'. (Use of '<' and '>' is less common, as within an
XML document their escaped character entities must instead be used, leading to '<' and '>'.)
Unbound:
* T:System.Collections.Generic.List`1
* T:System.Collections.Generic.Dictionary`2
Bound:
* T:System.Collections.Generic.List{System.Int32}
* T:System.Collections.Generic.List<System.Int32>
* T:System.Collections.Generic.List<System.Int32>
* T:System.Predicate{System.Action{System.String}}
As you can see, bound variants can be arbitrarily complex (just like generics).
Furthermore, if a generic parameter is bound to the generic parameter of a type or method, the "index" of
the type/method's generic parameter is used as the binding, so given
class FooType {
public static void Foo<T> (System.Predicate<T> predicate)
{
}
}
The CREF for this method is M:FooType.Foo``1(System.Predicate{``0}), ``0 is the 0th generic parameter
index which is bound to System.Predicate<T>.
SEE ALSO
mdoc(1), monodocer(1)
MAILING LISTS
Visit http://lists.ximian.com/mailman/listinfo/mono-docs-list for details.
WEB SITE
Visit http://www.mono-project.com for details
mdoc(5)