ASP.NET 4.0 Hosting & ASP.NET 4.5 Hosting BLOG

BLOG about ASP.NET 4.5 Hosting, ASP.NET 4.0 Hosting and .NET 4.5 Framework and its Capabilities

Silverlight WCF Hosting :: Cross-Origin Resource Sharing (CORS) and WCF

clock July 5, 2011 08:45 by author Administrator

Yesterday I encountered the following question in the MSDN forums about calling a cross-domain WCF RESTful service from Chrome.

The problem with doing the above is because there is a cross-domain call to a WCF service. When you are using Chrome, the browser tries to find out if it can do the call by sending a cross-origin resource sharing (CORS) request, as explained in this article. In IE, you will most likely get a cross-domain exception.

After searching the web a bit, I found that the immediate solution is to change the supported HTTP method of the operation to “*”, and to add the special cross-origin headers to the outputted response, like so:

WebOperationContext.Current.OutgoingResponse.Headers.Add(
  "Access-Control-Allow-Origin", "*"); WebOperationContext.Current.OutgoingResponse.Headers.Add(   "Access-Control-Allow-Methods", "POST"); WebOperationContext.Current.OutgoingResponse.Headers.Add(
  "Access-Control-Allow-Headers", "Content-Type, Accept");

There are two problems with this solution:

You need to repeat these lines in each of your service methods.
The service method is called twice, once for the “preflight” request (the request with the OPTIONS HTTP verb), and a second time for the invocation itself.

So I took the time and written a special endpoint behavior that can be attached to any webHttpBinding based endpoint.

The code does the following:

1. Every response message gets the “Access-Control-Allow-Origin” header with the value of “*”, to tell the client that the service allowed the request from the client.

2. If the client sends a request to the service with the verb OPTIONS (this is referred to as a “preflight” request), the service will automatically return a 200 (ok) response with the required headers: “Access-Control-Allow-Headers” and “Access-Control-Allow-Methods” (in addition to the allow-origin header). Clients that look for the “allow” headers in the response will then send the original required request to the service.

The benefits of using this behavior is:

The code that returns the message with the headers is located in the behavior itself – no need to place it in each service method.

The behavior catches the OPTIONS request, and does not require running the service method twice.

You do not need to change any part of your service contract or service implementation. The behavior is only needed to be applied using configuration.

To implement this behavior I used a message inspector that checks the request and changes the response, and an operation invoker that wraps the unhandled operation invoker. The custom operation invoker handles the OPTIONS message requests, which otherwise would have caused the service to return an error message (because no method is set to handle “Options” requests).

The endpoint behavior can be attached to the endpoint through configuration, like so:

<behaviors>
  <endpointBehaviors>
    <behavior name="webSupport">
      <webHttp />
      <CorsSupport />
    </behavior>
  </endpointBehaviors>
</behaviors>

<extensions>
  <behaviorExtensions>
    <add name="CorsSupport" type="WebHttpCors.CorsSupportBehaviorElement, WebHttpCors, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" />
  </behaviorExtensions>
</extensions>
<services>
  <service name="Service.JSonService">
    <endpoint address="http://localhost:8080" behaviorConfiguration="webSupport” binding="webHttpBinding" contract="Service.IJSonService" />
  </service>
</services>

Or, if you are using IIS to host your services, I also created a service host factory that creates a WebServiceHost and adds the behavior to every webHttpBinding based endpoint created by the host. To use it in your .svc file, just write something like this:

<%@ ServiceHost Language="C#" Debug="true" Service="Service.JSonService, Service" Factory="WebHttpCors.CorsWebServiceHostFactory, WebHttpCors" %>

To test the two hosts, open the webform1.aspx and change the target URL to access the IIS/self-hosted service.

Enjoy!



IIS 7.5 Hosting :: Security Model for ASP.NET

clock May 3, 2011 08:00 by author Administrator

 

IIS has its own security configuration and even for any request reaching the ASP.NET runtime, IIS verifies the request with it's own security configuration. So the first gatekeeper in the ASP.NET security pipeline is actually IIS. So let us understand those security mechanisms which IIS implements:

1. Authentication: IIS support following authentication mechanism

- Basic authentication
- Digest authentication
- Passport authentication
- Window authentication
- Certificate authentication

Point to remember:

- Any authentication which IIS performs results into an authenticated window user, so this means that IIS supports authenticating window users only.
- If ASP.NET is configured to support form or window authentication, then configure IIS to support basic or digest authentication.
- If ASP.NET is configured to support form or custom authentication, then configure IIS to support anonymous access.
- With XP, it comes with IIS 5.x
- With Server 2003, it is IIS 6.0

How to configure IIS for authentication
:

Point to member here:

1. When the Anonymous User option is checked then everyone is given access to a web page and it overrides all authentication settings.

2. If IIS is configured to anonymous authentication, we can still use ASP.NET-based security to authenticate users either with ASP.NET-integrated mechanisms such as forms authentication or a custom type of authentication.



3. Windows authentication configures IIS to validate the credentials of the user against a Windows account configured either on the local machine or within the domain. A Credential submitted by a user is verified against the Windows account.

4. When Basic Authentication is checked it defines an additional HTTP header for transmitting user names and password across the wire but nothing is encrypted here. It is transmitted in the form of a base64 encoding.



5. Digest authentication is similar to basic authentication with the difference that instead of sending credentials in the form of Base64 encoding, user password and username are hashed.

 



WebMatrix Hosting with ASPHostCentral.com

clock February 11, 2011 08:15 by author Administrator

ASPHostCentral.com offers the latest WebMatrix based hosting service to all our new and existing customers. This application is pre-installed on the server and it allows you to install several world-class favorites application, such as DotNetNuke, nopCommerce, etc.   

You can always start with our Standard Plan (from @$4.49/month) to have WebMatrix based applications installed on your site. Should your requirement changes in the future, you can always request for an upgrade without causing any downtime. Remember, everything is just one-click away from your mouse! So, why wait longer? Please register your interest here.

What is WebMatrix?
WebMatrix is a bundle of software running on the developer's machine, with the aim of simplifying the process of web application development using Windows. The bundle includes the IIS Express web server, the SQL Server Compact database engine and the ASP.NET Web Pages framework. The ASP.NET Web Pages framework contains the 'Razor' syntax for inline coding of C# and VB within HTML. WebMatrix also integrates the Web Application Gallery and Web Application Installer from Microsoft, enabling developers who use PHP, MySQL or other web development components to download, install and configure these components directly from WebMatrix   

Create, Customise and Publish websites with WebMatrix
WebMatrix is a brand new web development tool from Microsoft that includes everything you need for website development. Start from open source web applications, built-in web templates or just start writing code yourself. It’s all-inclusive, simple and best of all free. Developing websites has never been easier.   

Create your website
To get started creating websites, just download and install WebMatrix using the Microsoft Web Platform Installer. You’ll be up and running less than 5 minutes! Once WebMatrix is installed, we make it simple to get and install the latest version of your favorite free web applications such as WordPress, Joomla!, DotNetNuke and Orchard.   

Customise your website
Once you’re up and running, you will find that WebMatrix provides all the tools features you’ll need in a single unified interface. Say good-bye to switching between multiple applications just to perform common web development tasks. With WebMatrix, you’re always just a click away from easily editing your files, managing your database and modifying your server settings.   

Publish your website
When you’re ready, WebMatrix provides a no-hassle way to show the world your website. Just access our hosting gallery from WebMatrix and you’ll find a hosting provider that is guaranteed to run your site smoothly while also allowing you to publish directly from WebMatrix



ASP.NET MVC 3 Hosting :: Working with ASP.Net MVC 3 Razor View Engine and Syntax Highlighting

clock January 26, 2011 05:39 by author Administrator

Today, we found a good answer on syntax highlighting for Razor. In the Visual Studio Gallery located at http://visualstudiogallery.msdn.microsoft.com/en-us/8dc77b9c-7c83-4392-9c46-fd15f3927a2e, a new Visual Studio extension has been recently added for a “Razor Syntax Highlighter”.

To leverage this new extension, we had to remove the editor mapping for .cshtml files in the Visual Studio Text Editor/File Extensions window and install the highlighter extension. As you see in the figure below, it worked great. This new extension uses the Razor Parser libraries to appropriately highlight the Razor code.

 


Figure 1 - Syntax Highlighting Visual studio 2010 Add-on

Unfortunately, this feature is offered as a Visual Studio Extension and hence is only available for paid-for Visual Studio 2010 editions.

Looking at the Razor Syntax, one can summarize it as a means to short-hand the <%= %> used in ASPX pages to designate code sections. For Razor, only a simple @ sign is used in-place of that bulky aforementioned code markup . Additionally, the Razor parser introduces helpful intelligence that makes the syntax even more user-friendly. For instance the following is a code block you would see in an ASPX page:

<%=if(true){%>
       <input type="hidden" value="istrue"/>
<%}%>  

The corresponding Razor block for this snippet would be:

@if(true){
       <input type="hidden" value="istrue"/>
}

The Razor syntax has simply “inferred” that the code will have a closing curly bracket without us having to apply any special markup tags to it. This further reduces the markup needed to accomplish the same task.

An important difference between Razor and ASPX View Engines is the absence of master pages for the earlier. Razor simply provides a _ViewStart.cshtml to bootstrap our application layout.

@{
    Layout = "~/Views/Shared/_Layout.cshtml";
}

Latest Razor Beta does however support Partial rendering (RenderPartial) to explicitly render a Partial View as well as calling @RenderBody() which loads the actual view content to be served.

Next, we will be talking about creating an MVC project with dual support for ASPX/Razor View Engines as well as further explore the Razor syntax.




ASP.NET MVC 3 Hosting :: Working with ASP.Net MVC 3 Razor View Engine and Syntax Highlighting

clock January 26, 2011 05:39 by author Administrator

Today, we found a good answer on syntax highlighting for Razor. In the Visual Studio Gallery located at http://visualstudiogallery.msdn.microsoft.com/en-us/8dc77b9c-7c83-4392-9c46-fd15f3927a2e, a new Visual Studio extension has been recently added for a “Razor Syntax Highlighter”.



To leverage this new extension, we had to remove the editor mapping for .cshtml files in the Visual Studio Text Editor/File Extensions window and install the highlighter extension. As you see in the figure below, it worked great. This new extension uses the Razor Parser libraries to appropriately highlight the Razor code.

 


Figure 1 - Syntax Highlighting Visual studio 2010 Add-on

Unfortunately, this feature is offered as a Visual Studio Extension and hence is only available for paid-for Visual Studio 2010 editions.

Looking at the Razor Syntax, one can summarize it as a means to short-hand the <%= %> used in ASPX pages to designate code sections. For Razor, only a simple @ sign is used in-place of that bulky aforementioned code markup . Additionally, the Razor parser introduces helpful intelligence that makes the syntax even more user-friendly. For instance the following is a code block you would see in an ASPX page:

<%=if(true){%>
       <input type="hidden" value="istrue"/>
<%}%>  

The corresponding Razor block for this snippet would be:

@if(true){
       <input type="hidden" value="istrue"/>
}

The Razor syntax has simply “inferred” that the code will have a closing curly bracket without us having to apply any special markup tags to it. This further reduces the markup needed to accomplish the same task.

An important difference between Razor and ASPX View Engines is the absence of master pages for the earlier. Razor simply provides a _ViewStart.cshtml to bootstrap our application layout.

@{
    Layout = "~/Views/Shared/_Layout.cshtml";
}

Latest Razor Beta does however support Partial rendering (RenderPartial) to explicitly render a Partial View as well as calling @RenderBody() which loads the actual view content to be served.

Next, we will be talking about creating an MVC project with dual support for ASPX/Razor View Engines as well as further explore the Razor syntax.





Visual Studio 2010 Hosting :: Working with Visual Studio 2010 Parallels Stacks

clock September 30, 2010 04:35 by author Administrator

Parallel Stacks is one of the debugging enhancements in VS 2010 IDE that helps in debugging parallel programming. When you press F5 for debugging Parallel Stacks and Parallel Tasks windows get enabled in debug mode only. As you know, when a break point is set Program will stop at the Break Point

Debug Menu Item->Windows->Parallel Stacks



Parallel Stacks

The Parallel Stacks window demonstrates call stack information for all threads and Tasks



There is a dropdown list in the upper left-hand corner to select either Thread View or Task view



The below figure indicates parallel stacks in Tasks View



The below described are the other options

Show Only Flagged

There is Flagged Icon in the toolbar to show only call stacks for flagged threads. Flagging of the threads can be done from parallel tasks window

Toggle Method View

This help to toggle between Stack View and Method View

AutoScroll to current Stack Frame

As the name suggests this feature helps to auto-scroll the diagram to the current stack frame

Toggle Zoom Control

This feature is to show/hide the zoom control

Right click on the current thread in call stack window and you can see the options as shown below



We can Go to Source Code directly from here using Go to SourceCode Option. The other options are Go to Disassembly, Show External Code, Hexadecimal Display, Symbol Load Information, and Symbol Settings. The two new items that we get in addition to these are “Switch to Frame” and “Go to Task

“Switch to Frame” - switches to the frame that gets called in Call Stack window, but in a parallel application, there are cases that multiple frames may correspond to one method context. In that case there will be sub-menu items for each stack frame

“Go to Task”- switches to the Task view. We can also navigate the same using the dropdown list in the toolbar. But it keeps the stack frame that has clicked as highlighted



ASP.NET 4.0 Hosting :: ASP.NET GridView UI Tips and Tricks by using jQuery

clock September 27, 2010 14:52 by author Administrator

This article demonstrates how to create simple UI effects in an ASP.NET GridView control using jQuery. These tips have been tested in IE 7 and Firefox 3.

Set up an ASP.NET GridView as you usually do, binding it to a datasource. For demonstration purposes, here’s some sample markup where we are using the Northwind database and a GridView bound to the SQLDataSource to pull data from the database.

<form id="form1" runat="server">

<div>

    <asp:SqlDataSource ID="SqlDataSource1" runat="server" ConnectionString="<%$ ConnectionStrings:NorthwindConnectionString %>"

        SelectCommand="SELECT [CustomerID], [CompanyName], [ContactName], [Address], [City] FROM [Customers]">

    </asp:SqlDataSource>   

    <br />          

    <asp:GridView ID="GridView1" runat="server" AutoGenerateColumns="False" DataKeyNames="CustomerID"

        DataSourceID="SqlDataSource1" AllowPaging="False" AllowSorting="True" >

        <Columns>                          

            <asp:BoundField DataField="CustomerID" HeaderText="CustomerID" ReadOnly="True" SortExpression="CustomerID" />

            <asp:BoundField DataField="CompanyName" HeaderText="CompanyName" SortExpression="CompanyName" />

            <asp:BoundField DataField="ContactName" HeaderText="ContactName" SortExpression="ContactName" />

            <asp:BoundField DataField="Address" HeaderText="Address" SortExpression="Address" />

            <asp:BoundField DataField="City" HeaderText="City" SortExpression="City" />

        </Columns>

    </asp:GridView>

</div>

</form>

The <connectionStrings> element in the web.config will look similar to the following:

      <connectionStrings>

            <add name="NorthwindConnectionString" connectionString="Data Source=(local);Initial Catalog=Northwind;Integrated Security=True" providerName="System.Data.SqlClient"/>

      </connectionStrings>

Note: In most of the tips shown here, we are using a complex jQuery row ‘filter’ suggested by Karl Swedberg to a user in a jQuery forum. This filter is required due to the fact that a GridView does not render (accessibility tags) a <thead> and a <tfoot> by default. For the header, the GridView generates <th>’s inside <tr>. Similarly for the footer, the GridView generates a <table> inside a <tr> and so on. Hence it is required to use additional filters to exclude header and footer rows while adding UI effects on the GridView. These tips have been tried out on a GridView where paging is not enabled. When the paging is enabled, the pager however gets highlighted. We are still working on a solution to prevent the UI effects from being applied on the pager. We will update this article, once we find a solution. If you have a solution that works cross browser, please share it with us.

The link to download the code for all these samples can be found at the end of this article. Let’s see some tips.


1. Highlight an ASP.NET GridView row by clicking on it     

This tip lets you highlight a row when you click anywhere on the row. Clicking back on a highlighted row, removes the highlight.

<head id="Head1" runat="server">

<title>Highlight Row on Click</title>

<script src="Scripts/jquery-1.3.min.js" type="text/javascript"></script>

<script type="text/javascript">

    $(document).ready(function() {

        $("tr").filter(function() {

            return $('td', this).length && !$('table', this).length

        }).click(function() {

            $(this).toggleClass('currRow');

        });

    });

</script>

<style type="text/css">

    .currRow

    {

        background-color:Gray;

        cursor:pointer;

    }   

</style>

</head>

After applying the filter on the rows (to prevent the user from highlighting the Header and Footer row), we use the toggleClass to highlight/remove highlight on the row.

Output:

2. Remove/Hide the Highlighted rows of an ASP.NET GridView

If you want to remove/hide the highlighted rows from the GridView, then here’s how to do so. We have added a HTML button control (Button1) to the form

<input id="Button1" type="button" value="Remove Rows" />

The jQuery is as shown below:

<head id="Head1" runat="server">

    <title>Hide Highlighted Rows>/title>

    <script src="Scripts/jquery-1.3.min.js" type="text/javascript"></script>

    <script type="text/javascript">

        $(document).ready(function() {

            $("tr").filter(function() {

                return $('td', this).length && !$('table', this).length

            }).click(function() {

                $(this).toggleClass('currRow');

            });

            $("#Button1").click(function() {               

                var hideRows = $("tr").hasClass("currRow");

                if (hideRows == true) {                   

                    $("tr.currRow").remove();

                }

            });

        });

    </script>

    <style type="text/css">

        .currRow

        {

            background-color:Gray;

            cursor:pointer;

        }   

    </style>

</head>

Here the user first highlights the rows and then clicks on the ‘Remove Rows’ button to remove the highlighted rows

3. Remove/Hide ASP.NET GridView Rows on Mouse Click     

In our previous sample, we were following a two step process of first highlighting multiple rows and then removing them. Let’s say if we want to remove the rows as the user clicks on them, then follow this approach:

    <script type="text/javascript">

        $(document).ready(function() {

                $("tr").filter(function() {

                    return $('td', this).length && !$('table', this).length

                }).click(function() {

                    $(this).remove();

                });

        });       

    </script>

4. Highlight an ASP.NET GridView row on Mouse Hover     

In case you do not want to define a separate style for the row and want to highlight a row on mouse over (instead of the click), follow this tip:

<head id="Head1" runat="server">

    <title>Highlight Row on Hover</title>

    <script src="Scripts/jquery-1.3.min.js" type="text/javascript"></script>

    <script type="text/javascript">

        $(document).ready(function() {

            $("tr").filter(function() {

                return $('td', this).length && !$('table', this).length

            }).css({ background: "ffffff" }).hover(

                function() { $(this).css({ background: "#C1DAD7" }); },

                function() { $(this).css({ background: "#ffffff" }); }

                );

        });

    </script>

</head>

Output:

5. Drag and Drop Rows of an ASP.NET GridView

 

 

 

 

This tip comes very handy when you are presenting a set of data in a GridView and want to rearrange rows at runtime. We are using the Table Drag and Drop Plugin for this example and it’s as simple as calling tableDnD() on the table. This plugin enables drag/drop on a table.

<head runat="server">

    <title>Drag Drop Rows</title>

    <script src="Scripts/jquery-1.3.min.js" type="text/javascript"></script>

    <script src="Scripts/jquery.tablednd_0_5.js" type="text/javascript"></script>

    <script type="text/javascript">

        $(document).ready(function() {

            $("#GridView1").tableDnD();

        });

</script>

</head>

Output:

Before Drag

After Drop - dragging row with Customer ID ‘ANATR’ below ‘BLONP’

That’s it for now. We saw some UI tips that can be applied to an ASP.NET GridView using jQuery. Stay tuned to see some more in the forthcoming articles. We are also planning to write an article to store these UI changes when the user paginates through the Grid or a postback occurs

 

 

 

 



ASP.NET MVC Hosting :: ASP.NET MVC Model Binder for Repositories

clock September 21, 2010 08:11 by author Administrator

How do you take the values posted by an HTML form and turn them into a populated domain entity? One popular technique is to bind the POST values to a view-model and then map the view-model values to an entity. Since your action method’s argument is the view-model, it allows you to decide in the controller code if the view-model is a new entity or an existing one that should be retrieved from the database. If the view-model represents a new entity you can directly create the entity from the view-model values and then call your repository in order to save it.  In the update case, you can directly call your repository to get a specific entity and then update the entity from the values in the view-model

However, this method is somewhat tedious for simple cases. Is a view-model always necessary? Wouldn’t it be simpler to have a model binder that simply created the entity for you directly? Here’s our attempt at such a binder:

public class EntityModelBinder : DefaultModelBinder, IAcceptsAttribute
{   
readonly IRepositoryResolver repositoryResolver;
    EntityBindAttribute declaringAttribute;

    public EntityModelBinder(IRepositoryResolver repositoryResolver)
    {
        this.repositoryResolver = repositoryResolver;
    }

    protected override object CreateModel(
        ControllerContext controllerContext,
        ModelBindingContext bindingContext,
        Type modelType)
    {
        if (modelType.IsEntity() && FetchFromRepository)
        {
            var id = GetIdFromValueProvider(bindingContext.ValueProvider, modelType);
            if (id != 0)
            {
                var repository = repositoryResolver.GetRepository(modelType);
                object entity;
                try
                {
                    entity = repository.GetById(id);
                }
                finally
                {
                    repositoryResolver.Release(repository);
                }
                return entity;
            }
        }

        // Fall back to default model creation if the target is not an existing entity
        return base.CreateModel(controllerContext, bindingContext,
odelType);
    }

    private static int GetIdFromValueProvider(IValueProvider valueProvider, Type modelType)
    {
        var result = valueProvider.GetValue(modelType.GetPrimaryKey().Name);
        return (result == null) ? 0 : (int)result.ConvertTo(typeof(Int32));
    }

    public override object BindModel(ControllerContext controllerContext, ModelBindingContext bindingContext)
    {
        var model = base.BindModel(controllerContext, bindingContext);
        ValidateEntity(bindingContext, controllerContext, model);
        return model;
    }

    protected virtual void ValidateEntity(
        ModelBindingContext bindingContext,
        ControllerContext controllerContext,
        object entity)
    {
        // override to provide additional validation.
    }

    private bool FetchFromRepository
    {
        get
        {
            // by default we always fetch any model that implements IEntity
            return declaringAttribute == null ? true :
declaringAttribute.Fetch;
        }
    }

    public virtual void Accept(Attribute attribute)
    {
        declaringAttribute = (EntityBindAttribute)attribute;   
    }

    // For unit tests

    public void SetModelBinderDictionary(ModelBinderDictionary modelBinderDictionary)
    {
        Binders = modelBinderDictionary;
    }
}


We have simply inherited ASP.NET MVC’s DefaultModelBinder and overriden the CreateModel method. This allows us to check if the type being bound is one of our entities and then grabs its repository and gets it from the database if it is.

Now, We are most definitely not doing correct Domain Driven Development here despite our use of terms like ‘entity’ and ‘repository’. It’s generally frowned on to have table-row like settable properties and generic repositories. If you want to do DDD, you are much better off only binding view-models to your views

 



Team Foundation Server (TFS) 2010 Hosting with ASPHostCentral.com

clock April 29, 2010 10:48 by author Administrator

Team Foundation Server

Visual Studio Team System (VSTS) uses Team Foundation Server (TFS) as the data storage and collaboration backend. TFS provides a source control repository, work item tracking and reporting services. TFS works on "work items", which are a single unit of work which needs to be completed. Items themselves can be of several different types, such as a Bug, a Task, a Quality of Service Requirement, a Scenario, and so forth. The framework chosen for any given project in a TFS defines what types of work items are available and what attributes each type of work item contains.

ASPHostCentral.com, as the leading ASP.NET and Windows Hosting Provider, proudly announces the availability of Team Foundation Server 2010 service on all our hosting plans. You can always start from as low as $4.99/month to get this service.

TFS source control system stores all code, as well as a record of all changes and current check-outs in a SQL Server database. It supports features such as multiple simultaneous check-outs, conflict resolution, branching and merging, and the ability to set security levels on any level of a source tree. TFS uses SQL Server Reporting Service to create reports including the rate of code change over time, lists of bugs that don't have test cases, regressions on previously passing tests, and so on. The reports can be in various formats including XML and PDF.

TFS also includes a build server which can be used by developers to do a complete build of the most recent bits contained in source control. All build events are tracked by TFS as well. Visual Studio's Code Analysis, Test Tools and Code Coverage can be enabled to validate a build before it is deemed to be "good".

VSTS integrates with TFS using the TFS Client API, to expose the capabilities of TFS from within the Integrated Development Environment (IDE). It includes the Team Explorer to browse and manage the items in a team project. The version control capabilities, including browsing individual revisions, labeling revisions, check in/out and shelving in/out are available from the main IDE itself, via the Source Control Explorer. VSTS can use the TFS Team Build system, instead of the integrated build system. The VSTS IDE can also be used to view and create analysis reports in TFS as well. The Source Control Explorer can also be used to create and merge branches of the software. It also includes a diff engine for viewing the differences between different files and revisions.


Team Test Load Agent

In addition to Team Foundation Server, Microsoft also offers a server component called Team Test Load Agent. This tool, which is licensed separately from Team Foundation Server and Visual Studio, is intended for use by testers to perform automated load testing on a web or Windows application. Microsoft advertises that a "typical PC" can support simulating 1,000 simultaneous users. The results of load tests are stored in the Team Foundation Server warehouse, and can be linked to specific builds so that performance testing can be tracked over the lifetime of a project


Visual Studio Integration

The client-side applications are specialized versions of Microsoft Visual Studio 2005; collectively they are called the Visual Studio Team Editions. When Visual Studio 2005 was launched in November 2005, this consisted of editions for three distinct roles in application development: Developers, Architects, and Testers. A fourth edition, targeted at Database Developers, was subsequently developed and released towards the end of 2006. A "Team Suite" edition of Visual Studio 2005 is also available, which combines the tools in each of these four roles.

Team Explorer is a component included with Team Foundation Server that provides the client-side tools and integration. More specifically, this adds Team Foundation Server as a source control provider, and adds a "Team Explorer" window alongside the standard "Solution Explorer" window. Team Explorer includes a license for Visual Studio 2005 Premier Partner Edition for those without Visual Studio 2005 for the exclusive use of Team Explorer's functionality

 



ASP.NET 4.0 & ASP.NET 4.5 Hosting

 

ASPHostCentral is a premier web hosting company where you will find low cost and reliable web hosting. We have supported the latest ASP.NET 4.5 hosting and ASP.NET MVC 4 hosting. We have supported the latest SQL Server 2012 Hosting and Windows Server 2012 Hosting too!

 

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