CodeRower Software Private Limited

Introduction I'm currently a developing a UI centric application, for that I am working on the front-end architecture that supports the growing functionalities and pretty maintainable for the its next generations. Right now I have a basic idea of the platform and only an idea of the applications which is both complex and often require an architecture that is scalable and highly-reusable. The complex logic is implemented in JavaScript that communicates with server asynchronously.

I am getting the following error when i publish my first webapplication developed in MVC on IIS. Description:  An unhandled exception occurred during the execution of the current web request. Please review the stack trace for more information about the error and where it originated in the code.

Interoperability with Applications Built on Other Technologies WCF is designed to interoperate well with the non-WCF world i.e. with WCF supports both cross platform communication and with the Microsoft technologies that preceded WCF.

So why do we need WCF? After all we have so many options available as described above. WCF is a framework for service-oriented communication designed for diverse but realistic scenario where different applications can interact and communicate with each other. WCF is becoming the default technology for Windows applications that expose and access services.

   ASMX , also called ASP.NET Web Services, would be an option for cross platform communication like with the Java EE-based application others across the Internet. Given that Web services are widely supported today, this would likely be the most direct way to achieve cross-vendor interoperability.

Communication between different applications and processes is a necessity for sharing resources, Business logics and data. Networking solutions enabled PCs to be able to communicate with each other and share resources such as printers and disks, applications needed to be able to send and receive data and coordinate their actions with other applications running at the same time on other computers. Many common inter-process communications mechanisms were available, such as named pipes and sockets. These mechanisms were very low-level and using them required a good understanding of how networks work. But for rapid development we have to rely on the available frameworks that have stable, scalable and secured design and already tested under various scenarios.