 |  |
Transport Level Security
|
Message Level Security
| |
Scenarios when we should be using one of them
|
When there are no intermediate systems in between this is the best methodology.
If it’s an intranet type of solution this is most recommended methodology.
|
When there are intermediate systems like one more WCF service through which message is routed then message security is the way to go.
|
Advantages
|
Does not need any extra coding as protocol inherent security is used.
Performance is better as we can use hardware accelerators to enhance performance.
There is lot of interoperability support and communicating clients do not need to understand WS security as it’s built in the protocol itself.
|
Does not need any extra coding as protocol inherent security is used.
Performance is better as we can use hardware accelerators to enhance performance.
There is lot of interoperability support and communicating clients do not need to understand WS security as it’s built in the protocol itself.
|
Disadvantages
|
As it’s a protocol implemented security so it works only point to point.
As security is dependent on protocol it has limited security support and is bounded to the protocol security limitations.
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Needs application refactoring to implement security.
As every message is encrypted and signed there are performance issues.
Does not support interoperability with old ASMX webservices/
|
<input> and <img> tags. You also can use HTML Helpers to render more complex content such as a tab strip or an HTML table of database data.
@(Html.Telerik().Window() // Add Telerik.web.mvc.dll in references
.Name("DetailWindow")
.Title("PopUp View")
.Draggable(true)
.Modal(true)
.Width(1190)
.Scrollable(false)
.Visible(false)
)
| Stage | Details |
|---|---|
| Receive first request for the application | In the Global.asax file, Route objects are added to the RouteTable object. |
| Perform routing | The UrlRoutingModule module uses the first matching Route object in the RouteTable collection to create the RouteData object, which it then uses to create a RequestContext object. |
| Create MVC request handler | The MvcRouteHandler object creates an instance of the MvcHandler class and passes the RequestContext instance to the handler. |
| Create controller | The MvcHandler object uses the RequestContext instance to identify the IControllerFactory object (typically an instance of the DefaultControllerFactory class) to create the controller instance with. |
| Execute controller | The MvcHandler instance calls the controller's Execute method. |
| Invoke action | For controllers that inherit from the ControllerBase class, the ControllerActionInvoker object that is associated with the controller determines which action method of the controller class to call, and then calls that method. |
| Execute result | The action method receives user input, prepares the appropriate response data, and then executes the result by returning a result type. The built-in result types that can be executed include the following: ViewResult (which renders a view and is the most-often used result type), RedirectToRouteResult, RedirectResult, ContentResult, JsonResult, FileResult, and EmptyResult. |
