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ForgeDoc

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Developer’s Description

By Balazs Tihanyi
ForgeDoc is a fast, powerful and easy-to-use documentation generator for your everyday development needs. Just drag and drop your assemblies in the project editor and build your desired API reference documentation within moments. ForgeDoc completely supports .NET Framework 4 with the latest C#, Visual Basic and C++ syntax. You can create your documentation in HTML format or a single CHM Help file. You can also generate localized output in multiple presentation styles, including past and current MSDN look.

What is ForgeDoc?

ForgeDoc is a class library documentation generator for .NET assemblies. It can create MSDN-style API reference documentations in HTML and CHM output formats. It completely supports the latest .NET Framework with proper syntax generation for C#, VB.NET and C++ languages.

documentation for forge

A prototype of the OpenGL interop library that can be used with ArrayFire. The goal of Forge is to provide high performance OpenGL visualizations for C/C++ applications that use CUDA/OpenCL.

This package provides the documentation.

 

Forge.Network is a set of APIs that are designed to solve many common problems with networking. It provides a Chat system, a Lobby system (with map downloads), and a Game system, that while generic, is designed to integrate cleanly with Forge.Entities.

We think that you’ll love this library. It’s built on top of the fantastic Lidgren.Network library, so it has awesome performance and awesome cross-platform support.

Implementation Structure

Feel free to dive into the code, but here’s a rough outline of what’s what.

  • Core: Core networking primitives that abstract Lidgren.Network. All other networking components build on top of Core.
  • Chat: The chat subsystem.
  • Lobby: The lobby subsystem (joining games, download maps, etc).
  • Pausing: Supports pausing and unpausing a game.
  • AutomaticTurnGame: The subsystem designed to support a running game.

If you?ve spent any time developing Java EE-based projects (or any nontrivial application, for that matter!), you?ve likely invested a good amount of energy in creating the project layout, defining dependencies, and informing the build system of the relevant class paths to be used in compilation and execution. Although Maven enables us to reduce that load as compared with undertaking project setup manually, there?s typically quite a bit of boilerplate involved in the pom.xml defining your requirements.

JBoss Forge offers an incremental project enhancement for Java EE. Implemented as a command shell and integration with some IDE, Forge gives us the ability to alter project files and folders. Some concrete tasks we might use Forge to handle are:

  • Adding Java Persistence API (JPA) entities and describing their model
  • Configuring Maven dependencies
  • Setting up project scaffolding
  • Generating a view layer, reverse-engineered from a domain model
  • Deploying to an application server

Because Forge is built atop a modular, plug-in-based architecture, it?s extensible to additional tasks that may be specific to your application. Overall, the goal of Forge is to ease project setup at all stages of development, so we?ll be employing it in this guide to speed along the construction of our examples.

Data-Forge

The JavaScript data transformation and analysis toolkit inspired by Pandas and LINQ.

Implemented in TypeScript.
Used in JavaScript ES5+ or TypeScript.

To learn more about Data-Forge visit the home page.

Read about Data-Forge for data science in the book JavaScript for Data Science.

As of v1.6.9 the dependencies Sugar, Lodash and Moment have been factored out (or replaced with smaller dependencies). This more than halves the bundle size. Hopefully this won’t cause any problems – but please log an issue if something changes that you weren’t expecting.

As of v1.3.0 file system support has been removed from the Data-Forge core API. This is after repeated issues from users trying to get Data-Forge working in the browser, especially under AngularJS 6.

Functions for reading and writing files have been moved to the separate code library Data-Forge FS.

If you are using the file read and write functions prior to 1.3.0 then your code will no longer work when you upgrade to 1.3.0. The fix is simple though, where usually you would just require in Data-Forge as follows:

Welcome to Forge’s documentation!


Creating and maintaining these files by hand using an XML editor or an Excel sheet is error-prone and requires detailed knowledge of the Profile resource. Forge is the user-friendly editor for creating and editing profiles that enables modelers to create and manage profiles using a graphical user-interface.
Conformance Resources (“Profiles”) are an important aspect of the FHIR standard. They allow you to tailor FHIR to your needs and define how exchanging partners use the FHIR specification. Profiles have an international, a national, regional or local scope, or are designed for specific use cases.

Forge is the user-friendly editor for creating and editing profiles that enables modellers to create and manage profiles using a graphical user-interface.

With Forge you can:

  • Open a Profile folder
  • Create new Profiles
  • Edit Profiles
  • Define Constraints
  • Define Extensions
  • Define Slices
  • Create Derived Profiles
  • Create Logical Models
  • Set Forge Options

When you want to start working in Forge, you will first need to open a profile folder (i.e. the working directory containing your profiles). When you select an item from your recent documents, Forge will automatically open its associated profile folder. In any other case click Open Profile Folder... and select your working directory.

Note that although Forge allows you to select any folder, it would be a very bad idea to select a general folder like “C:/Documents” as your profile folder. If you don’t have a specific folder for your project, please create one. For example, let’s open my profile folder called MyForgeProject. By default subdirectories are not included. Select this option to include all subdirectories of the selected folder. This may be convenient if you want to organize your profiles in separate folders, but still want to be able to edit them in the same project. On the other hand, if you have a subdirectory containing old versions of your profiles, it would be better to ignore the subdirectory.

When there’s a lot of content in your folder, you may want to use one of the available filters to filter on structure type (e.g. StructureDefinition), category (e.g. profile or extension) or resource type (e.g. Patient ).

You can also switch views. By default the List view is shown, showing all content in the folder and all its subdirectories (when these are included). The Folders view allows you to browse the subdirectories one by one as if you’re using your file explorer.

Select one of the structure definitions from the content list and choose Open to open it in Forge. Choose New to add new structure definitions to your project. Note that they will not be saved automatically. To add a newly created structure definition to your project, select Save and save it to your profile folder. Use the Refresh button to update the content list.

In the Session Explorer, you can choose Open to open another profile folder. Note that this will not automatically close your current profile folder. To close a profile folder, select the folder in the Session Explorer and select Close. Or select a single item in your project to close.

Edit Profiles

Within Forge you can differentiate between the five tabs which are shown in the screenshot below. This section describes these tabs in more detail.

Properties and Narrative

In Forge you can edit the properties of a Profile as well as the elements of the Profile. Properties of the Profile are, for example, the profile URL, name, and publishing date. These values can be edited under the ‘Properties’ tab. A profile’s narrative can be adjusted under the ‘Narrative’ tab. The narrative is a XHMTL fragment which is intended to contain a summary of the resource and is used to represent the content of the resource to a human. On default this is a Generated Narrative of the profile, meaning the content is entirely generated from the structured data in the profile.

Element Tree and Element Grid

Elements of the FHIR base Resource and extension can be edited to make your own profile. In Forge you can view and edit these elements in the Element Tree or in the Element Grid.

Define Constraints

An important option for the editing of Element Properties is the option to add constraints. In Forge you can add one or more constraints to an element. This section shows how to place cardinality constraints, edit element types and valueset bindings. In addition, with Forge it is also possible to specify the Constraint Key, Requirements, Severity, Description, and XPath expression.

Cardinality

Adjusting the cardinality of an element might be the backbone in profiling FHIR. Forge offers the five most used cardinality options as a shortcut but it is also possible to enter the desired cadinality values in de ‘Element Properties’ as shown in the screenshot below. Note that profiles may only further restrict the base resource. For example, it is not allowed to make the maximum cardianlity greater than the base Resource’s maximum cardinality. Forge shows a warning message when this happens.

Element Type

Some elements in the FHIR specification contain multiple data types. For example, the element ‘value[x]’ in the Observation resource. In your profile, it is possible to constrain this to the desired data type(s). Forge allows you to place these constraints in the Element Properties by checking only the wanted datatypes. The screenshot below shows the unconstraint Type situation of the ‘value[x]’ element in the Observation resource. It is also possible to provide a custom datatype by entering the URI of the datatype profile after the checked Type. A Type can also be a reference to another Resource profile. Forge automatically gives the profile as a Type option if the profile is opened in the session explorer and the profile’s base Resource fits the element.

Valueset binding

Some elements can be constrained with a valueset. A valueset can be added or edited under ‘Valueset binding’ in the ‘Element Properties’. Here you can provide the valueset binding strength, description and the reference to the valueset. Note that you cannot relax the base Resource binding strength. The value must be equal to or strichter than the base value.

Inline constraints

FHIR allows you to constrain an element type by specifying a custom (external) datatype or resource profile. Forge has always allowed you to specify a profile url on an element type. But now, when you open a profile, Forge also tries to resolve the external type profile and merge it into your own profile.

Note: Forge does not (yet) dynamically resolve external profiles while you are editing an element type. For now, you have to manually (save and) reload the profile to enable to see and constrain (!) the expanded external type profiles.

This behavior also applies to Extension Definitions, as technically they are also external type profiles. Suppose you author a profile with an extension element. The profile extension element is mapped to a common Extension definition. Now when you open the profile in Forge 14.7, the application will try to resolve the target extension definition and merge it into your profile. Now you can define inline constraints on child elements of the extension in your profile to override constraints in the underlying extension definition.

Forgotten details?

Forgedoc is a fast, powerful and easy-to-use document generator for your daily development needs. Just drag and drop your assemblies into the project editor and build your desired API reference document within moments. Forgedoc fully supports Network Framework 4 with the latest C #, Visual Basic and C ++ Syntax. You can create your documentation in HTML format or in a CHM help file. You can also create local output in multiple presentation styles, including past and present MSDN look.

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