Create and deploy your REST Web API in minutes, zero coding required? Since REST utilizes CRUD (Create, Retrieve, Update, and Delete), it is very easy to understand whether you are just starting out as a developer or have years of experience. It can be reused with different projects which saves time as well. It’s also very popular and according to Cloud Elements’ 2017 State of API Integration report, 83 percent of APIs now use REST. Here’s an article which goes into more depth but these are the highlights.
SOAP vs. REST: Primary Differences. REST operates through a solitary, consistent interface to access named resources. It’s most commonly used when you’re exposing a public API over the Internet. SOAP, on the other hand, exposes components of application logic as services rather than data. Additionally, it operates through different interfaces. To put it simply, REST accesses data while SOAP performs operations through a more standardized set of messaging patterns. Still, in most cases, either REST or SOAP could be used to achieve the same outcome (and both are infinitely scalable), with some differences in how you’d configure it. SOAP was originally created by Microsoft, and it’s been around a lot longer than REST. This gives it the advantage of being an established, legacy protocol. But REST has been around for a good time now, as well. Plus, it entered the scene as a way to access web services in a much simpler way than possible with SOAP by using HTTP.
Begin with the API User in Mind: Bestselling author and architect Sam Newman’s great book on microservices provides a powerful alternative to the database-driven approach for designing REST web services. It’s useful even if you don’t plan to use microservices. Newman suggests that you divide your application into bounded contexts (similar to business areas). Each bounded context should provide an explicit interface for those who wish to interact with it. Implementation details of the bounded context that don’t need to be exposed to the outside world are hidden behind the interface. You should use this explicit interface as the basis for your API design. Start by asking yourself what business capabilities do the API user needs, rather than what data that should be shared. In other words, ask yourself what does this bounded context do? and then ask yourself what data does it need to do that?
Code will be generated into the initial stub Visual Studio solution. At this point the solution can be build and is ready to use. The solution should contain 2 projects; one for the actual Web API and another one for Unit Tests. Using the Unit Test project you can test the quality of the Web API that was generated. The Web API project should contain a referrence to Swagger UI, that allows for clear documentation and testing of the newly created API. Build an instant database Web API now, no coding required. Generate your Web API in minutes to build applications faster. Using Entity Framework 6.2.0 and VS 2017 generate your Web API for any MS SQL database. NEW – Use Core EF to build Instant Web API! Using Core Entity Framework 2.2 and VS 2019 generate your Web API for any MS SQL database. Find extra details at Create ASP.Net Web API from MS SQL in Minutes With Instant Web API.