Although CAST AIP handles classic ASP (Active Server Pages) applications "out of the box" with the ASP analyzer, the HTML5 and JavaScript extension is also capable of analyzing classic ASP applications. Below is a comparison of the analysis of the same classic ASP application with results from the HTML5 and JavaScript extension on the left and results with the ASP analyzer embedded in CAST AIP on the right:

Some additional links are provided in certain situations:

But less information in other situations:

Introduction

ASP.NET MVC Razor is supported via the HTML5 and JavaScript extension, therefore you should ensure that a HTML5 and JavaScript Analysis Unit is configured to cover the relevant source code.

Features

• Creates objects specific to Razor corresponding to requests to the .NET server, as services, embedded in .cshtml files.
• Creates objects specific to ASP.NET corresponding to operations which are methods of controllers in the .NET server, embedded in .cs files. This part of the extension is launched by the .NET analyzer.
• Creates call links between these two kinds of objects through the Web Services Linker. These two kinds of objects are identified by a URL, in order to be compatible with the Web Services Linker.

Server part (without specific routing)

The following objects are created:

	ASP.NET Any Operation
	ASP.NET Get Operation HTML5 Razor Get service
	ASP.NET Put Operation
	ASP.NET Post Operation HTML5 Razor Post service
	ASP.NET Delete Operation

URL creation

URLs are created as follows:

"Course/Edit" for the Edit method of this CourseController class. This is an operation which may correspond to any type of request from the client, then a CAST_AspDotNet_AnyOperation is created:

public class CourseController : Controller
{ 
	public ActionResult Edit(int? id)
 	{
	}
}

"Course/Edit"  for the Edit method of this CourseController class, first Edit corresponds to a POST operation, then a CAST_AspDotNet_PostOperation is created.  The second Edit corresponds to any of the other operation types,and depending on this a CAST_AspDotNet_GetOperation object, CAST_AspDotNet_PutOperation object or CAST_AspDotNet_DeleteOperation are created:

public class CourseController : Controller
{ 
	[HttpPost]
	public ActionResult Edit(int? id)
 	{
	}

	public ActionResult Edit(other params)
 	{
	}
}

"Course/Edit"  for the Edit method of this CourseController class, this is a POST operation:

public class CourseController : Controller
{ 
	[HttpPost, ActionName("Edit")]
	public ActionResult EditPost(int? id)
 	{
	}
}

In this case, the url is "CourseEdit", and not "CourseEditPost" because of the attribute "ActionName" presence, which contains an alias (click to enlarge):

Server part (with specific routing)

This section is the same as the previous one (Server part (without specific routing)), except that URLs are modified depending on a specific config routing. Specific routings are present in the following files:

App_Start/RouteConfig.cs files:

using System;
using System.Collections.Generic;
using System.Linq;
using System.Web;
using System.Web.Mvc;
using System.Web.Routing;

namespace ContosoUniversity
{
    public class RouteConfig
    {
        public static void RegisterRoutes(RouteCollection routes)
        {
            routes.IgnoreRoute("{resource}.axd/{*pathInfo}");

            routes.MapRoute(
                name: "Default",
                url: "{controller}/{action}/{id}",
                defaults: new { controller = "Home", action = "Index", id = UrlParameter.Optional }
            );
        }
    }
}

using System.Web.Mvc;

namespace XL.XLI.ScoringWebAppTool.WebUI.Areas.DesignProfessional
{
    public class DesignProfessionalAreaRegistration : AreaRegistration 
    {
        public override string AreaName 
        {
            get { return "DesignProfessional"; }
        }
        
        /* Order is important, as the engine uses fall-through matching logic. */
        public override void RegisterArea(AreaRegistrationContext context) 
        {
            context.MapRoute
            (
                "DesignProfessional_Default2",
                "DesignProfessional/{controller}/{action}/{id}",
                new
                {
                    controller = "PreRenewal",
                    action     = "Index",
                    id         = UrlParameter.Optional
                }
            );
            context.MapRoute
            (
                "DesignProfessional_Default",
                "DesignProfessional/PreRenewal",
                new
                {
                    controller = "PreRenewal",
                    action     = "Index",
                    id         = UrlParameter.Optional
                }
            );
        }
    }
}

Creates object specific to Razor corresponding to requests to the NET server, as services, embedded in .cshtml files. The following objects are created:

	HTML5 Razor Get service
	HTML5 Razor Post service

Code examples

Html.ActionLink call

This code in a .cshtml file located in a directory named "Course" will create an object of type CAST_HTML5_Razor_GetService whose URL is "Course/Delete/{}". The presence of "{}" is due to the presence of a parameter of type "new {}" containing a word equals to "id" or ending with "id":

@Html.ActionLink("Delete", "Delete", new { id = item.CourseID })

Url.Action call

This code in a .cshtml file located in a directory named "Student" will create an object of type CAST_HTML5_Razor_GetService whose URL is "Student/Index":

@Html.PagedListPager(Model, page => Url.Action("Index",
	new { page, sortOrder = ViewBag.CurrentSort, currentFilter = ViewBag.CurrentFilter }))

Html.ActionLinkWithAccess call

This code in a .cshtml file located in a directory named "StaffIncreaseProfilePeriod" will create an object of type CAST_HTML5_Razor_GetService whose URL is "StaffIncreaseProfilePeriod/Create":

<li>@Html.ActionLinkWithAccess(__("Add increase profile"), "Create", null, new { @class = "btn popupLink", data_popupsize = "big" })</li>

Html.Action call

This code in a .cshtml file located in a directory named "Account" will create an object of type CAST_HTML5_Razor_GetService whose URL is "Account/ExternalLoginsList".

@Html.Action("ExternalLoginsList", new { ReturnUrl = ViewBag.ReturnUrl })

Ajax.ActionLink call

This code in a .cshtml file located in a directory named "NotificationMessenger" will create an object of type CAST_HTML5_Razor_PostService whose URL is "NotificationMessenger/Delete/{}".

@Ajax.ActionLink("x", "Delete", "NotificationMessenger", new { notific.Id }, new AjaxOptions() { HttpMethod = "POST", OnComplete = "DismissNotification" }, new { @class = "notification-close" })

Html.RenderAction call

This code in a .cshtml file located in a directory named "Holidays" will create an object of type CAST_HTML5_Razor_PostService whose url is "Holidays/ColorsLegend".

@{ Html.RenderAction("ColorsLegend"); }

Html.BeginForm call

This code in a .cshtml file will create an object of type CAST_HTML5_Razor_PostService whose url is "Student/Index".

   @using (Html.BeginForm("Index", "Student", FormMethod.Get))
{
    <p>
        Find by name: @Html.TextBox("SearchString", ViewBag.CurrentFilter as string)
        <input type="submit" value="Search" />
    </p>
}

Ajax.BeginForm call

This code in a .cshtml file will create an object of type CAST_HTML5_Razor_PostService whose url is "Missions/SynthesisAjaxHandler/{}".

@using (Ajax.BeginForm(
"SynthesisAjaxHandler", //actionName
"Missions", //controllerName
new { //routeValues
missionId = Model.Mission.Id,
dayId = Model.MissionDayId,
method="GET"
},
new AjaxOptions { //Ajax setup
UpdateTargetId = "synthesisLinesDiv",
HttpMethod = "GET",
InsertionMode = InsertionMode.Replace,
},
new { //htmlAttributes
Id = "form-selectSynthesis",
//method="get"
}
))

CAST AIP has provided support for analyzing JavaScript via its JEE and .NET analyzers (provided out of box in CAST AIP) for some time now. The HTML5/JavaScript extension also provides support for JavaScript but with a focus on web applications. CAST highly recommends that you use this extension if your Application contains JavaScript and more specifically if you want to analyze a web application, however you should take note of the following when using the extension with CAST AIP ≤ 8.2.x

• You should ensure that you configure the extension to NOT analyze the back end web client part of a .NET or JEE application.
• You should ensure that you configure the extension to ONLY analyze the front end web application built with the HTML5/JavaScript that communicates with the back end web client part of a .NET or JEE application.
• If the back end web client part of a .NET or JEE application is analyzed with the HTML5/JavaScript extension and with the native .NET/JEE analyzers, then your results will reflect this - there will be duplicate objects and links (i.e. from the analyzer and from the extension) therefore impacting results and creating erroneous Function Point data.

Support of JavaScript in this extension

• JavaScript (1 to 1.8.1):
  • Javascript call(), function(), bind(), prototype and prototype inheritance are supported
  • creates Functions, Classes and Constructors
  • local call links between function calls and functions inside each JavaScript file are created

CAST recommends using the HTML5 and JavaScript extension to analyze classic JSP applications (JSP versions 1.1 - 2.3) - this is because the JEE Analyzer is not capable of analyzing the JavaScript elements of the JSP application. Below is a screenshot of the analysis of a classic JSP application using the HTML5/JavaScript extension - click to enlarge: