Use Core EF to create Instant Web API? The biggest advantage of a Restful API is that you don’t have to install anything on the client side (i.e. Your app for example). No SDKs or frameworks are needed nor required. All you have to do is to make a simple HTTP request to the target API service, let the server do the precessing for you and get the result back. Suppose for example, you wanna build a Snapchat clone app. You need for that an image/video processing library, an augmented reality toolkit and an SDK for facial feature extraction. As you may notice, this is time consuming and require a lot of work integrating all the complex libraries into you program.
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.
Hide Internal Codes: Needless to say, this is an implementation detail that gives away that we are using a relational database, and experienced Oracle users would instantly spot that it’s Oracle’s sample HR schema. This leaking makes it harder to switch to a document-oriented database, like MongoDB, where there is no concept of foreign keys. But even if the chance of switching to MongoDB is zero, it still makes the response harder to read. So a better approach is to let the REST API translate the internal code to the human-readable value that the code represents (i.e. “Shipping Clerk”) and then also remove the Id part of the field name. This version is definitely more readable, but a fair concern is if the service will be slower now that it needs to lookup the value? I used to be an avid reader of Tom Kyte, the Oracle DB expert, and still remember that you should always optimize from measurements. I mean there’s a good chance that the HTTP cache will help us out and make it less of a bottleneck than it appears at first glance. As a rule of thumb, if performance means everything to you (or you have a lot of lookup fields) then you might consider leaking the internal codes. Otherwise, you should provide a more readable API by hiding them.
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. Discover more details on Instant database Web API.