A lot of codes are written to prepare sophisticated applications, which ensure that task of application development process becomes adept and stress-free when it comes to test, debug, preserve, and lengthen the application. This is especially true in Windows Forms applications developed utilizing .Net 2.0, where standard design configurations have evolved over years.
But surprisingly all these configurations are in the same way applicable and beneficial within ASP Dot Net applications. It has now become quite convenient to write real codes in .Net languages comprising of Visual Basic .Net and C# – rather than the inflexible combination of script and COM elements upon which classic ASP once relied. Let’s have a look at various design configurations, how they are documented, and the applicability of applications using MS Dot Net Development.
You may come across sites that comprise of more than 250 configurations which are highly beneficial in ASP.Net applications. But in general it is observed that a lot of material available out there on design configurations and their utilization in implementation and Windows Forms applications – also is relevant and reliable on the usage of standard design configurations inside ASP.Net.
Various ASP.Net design configurations that need to be taken into consideration by ASP Dot Net developer to become a better developer:
Informal Design Configurations
It includes utilization of standard code constructs, best practice, well-structured code, common sense, the putative tactic, and development over time.
Formal Design Configurations
It includes documentation with segments encompassing context, problem, solution and a UML diagram.
Model-View-Controller and Model-View-Presenter Configurations
Model-View-Controller (MVC) and Model-View-Presenter (MVP) configurations enhance reusability of commercial lucidity. It does this by splitting the three components necessary to create and manage a precise user interface. The model consists of the data – View i.e., web page will exhibit to influence the user. The MVP configuration enhances testability, as all the logic and processing transpires with the presenter, but it does integrate some intricacy to the execution as the updates must pass from the Presenter to the View.
Provider and Adapter Configurations
Agrees or disagrees to work as unison by altering the interface of one class into an interface projected by the other. These configurations allow separation between components that enable behavioral changes to happen without aforementioned information or requirements.
Service Agent, Proxy, and Broker Configurations
Objective of all these configurations is to enable remote connection to, and utilization of, a service without the client having to identify how the service works. The client reveals a contract that outlines its interface encompassing the Web Service Description Language (WSDL) document for a Web Service. A client-side proxy or gateway interface utilizes the contract to generate an appropriately configured appeal, and clears it on to the service interface. The service directs the configured retort back through its gateway interface to the client proxy, which reveals it to the client. This in effect leads the client to call the service methodologies on the client proxy, which gives results just as if the service itself was a native constituent.
To Conclude, the Process:
- ASP.Net code conveniently allows regular execution of the MVP configuration.
- The code-behind file (the Presenter) consists of all the logic and processing code, and inhabits the page (the View).
- Event handlers within the code-behind file manage events raised by controls, or by the page itself, to execute actions when a postback to the server happens.
- To finish this configuration, the code-behind file can utilize a distinct data access layer or component (the Model) to read from, write to, and bare the source data – typically retrieved through built-in providers that are part of the .Net framework.