The first screen shot shows the new Visual Studio 2010 Help style as produced by the Visual Studio 2010 template in a Help 3 context. It visually integrates into the MSDN library documentation and includes features like the tabbed syntax sections, multi-language syntax output and automatic linking within the project and into the library documentation.

The middle screen shot shows the same content styled for Visual Studio 2008 integration displayed in the Help 2 browser. This style includes expandable sections and automatic anchors for the See Also section and "Top" links. Help users can collapse and expand all collapsable sections by clicking the Collapse All/Expand All link in the header, the collapsed states are stored across sessions.

The last screen shot uses the Visual Studio 2005 template, again using the same source.

The screen shots show help generated with the Embarcadero RAD Studio XE template, displayed in the Help 2 browser and as a stand alone web page. This style visually integrates into the RAD Studio Help system and Doc-O-Matic ships with link databases to link directly into various versions of the Delphi help.

Additionally, Doc-O-Matic also comes with a template to produce CodeGear Delphi 2007 look-alike help and it still supports the legacy WinHelp format. That means that it enables you to generate documentation for Help formats spanning more than 15 years with one setup.

The index page comes with a dynamic search box that displays search results dynamically. Browsing features include links to previous and next and up topics, topic paths to the current topic, links to symbol reference, welcome topic, index and TOC.

Doc-O-Matic automatically adds member and symbol overviews, indicator images, description text and a legend. Member overviews are automatically created for member overview pages and folders. Display overviews in the Visual Studio three columns style, in paragraphs, in tables and in tables without headers. Automatically add indicators or add them manually by using flags as indicators. Sort members by visibility and type. List base class in separate tables or together with other class members. Add sections as description text and limit the printed words project-wide.

This shows a class topic in the default style in Doc-O-Matic. Linked graphics of local class hierarchies. Use project databases to display and link to ancestor classes in other projects. Graphics are highly customizable. Apply different layouts (top down), font styles, colors, gradients and shadows.

This shows a class topic of a typical Doc-O-Matic PDF. In addition to full formatting flexibility the generated PDF is feature rich and includes header and footer configuration, bookmarks, chapter tabs, link setup, title and TOC options and much more. Of course PDF output also works with Japanese, Korean, Chinese and Russian content.

//  Description:
//      Use the find function to locate a string S in the string list.
//      Only use this function if the string list is sorted, to locate
//      a string in a non-sorted string list use IndexOf.
//  See Also:
//      IndexOf, Sort, Sorted
//  Arguments:
//      S -     The string to be located.
//      Index - The index of S is returned through this parameter if it
//              was found. It is not guaranteed that Index is not
//              modified, even if the string isn't found.
//  Return Value:
//      TRUE if the string could be found in the string list,
//      FALSE otherwise.
//  Summary:
//      Locates a string in the string list.

bool Stringlist::Find(const char *S, int &Index)
{
   [...]
}

//  <remarks>
//      Use the find function to locate a string S in the string list.
//      Only use this function if the string list is sorted, to locate
//      a string in a non-sorted string list use IndexOf.
//  </remarks>
//  <seealso cref="IndexOf"/><seealso cref="Sort"/>
//  <seealso cref="Sorted"/>
//  <param name="S">The string to be located.</param>
//  <param name="Index">The index of S is returned through this
//              parameter if it was found. 
//              It is not guaranteed that Index is not modified, 
//              even if the string isn't found.</param>
//  <retval name="TRUE">if the string could be found in the
//             string list.</retval>
//  <retval name="FALSE">otherwise.</retval>
//  <summary>Locates a string in the string list.</summary>

bool Stringlist::Find(const char *S, int &Index)
{
   [...]
}

// Locates a string in the string list. Use the find
// function to locate a string S in the string list.
// Only use this function if the string list is 
// sorted, to locate a string in a non-sorted string 
// list use IndexOf.                
// @param S        The string to be located.
// @param Index    The index of S is returned through 
//                 parameter if it was found. It is not 
//                 guaranteed that Index is not modified, 
//                 even if the string isn't found.
// @retval TRUE    if the string could be found in the 
//                 string list,
// @retval FALSE   otherwise.
// @see            IndexOf
// @see            Sort
// @see            Sorted

bool Stringlist::Find(const char *S, int &Index)
{
   [...]
}