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In practice. There are sensible reasons for using PUT and DELETE more, but the existence proof of the web isn't one of them.The key elements that are supported by the existence of the web are the strong separation between safe (eg GET) and non-safe operations, together with using status codes to help communicate the kinds of errors you run into.Level 3 - Hypermedia ControlsThe final level introduces something that you often hear referred to under the ugly acronym of HATEOAS (Hypertext As The Engine Of Application State). It addresses the question of how to get from a list open slots to knowing what to do to book an appointment.Figure 5: Level 3 adds hypermedia controlsWe begin with the same initial GET that we sent in level 2GET /doctors/mjones/slots?date=20100104&status=open HTTP/1.1Host: royalhope.nhs.ukBut the response has a new elementHTTP/1.1 200 OK[various headers] Each slot now has a link element which contains a URI to tell us how to book an appointment.The point of hypermedia controls is that they tell us what we can do next, and the URI of the resource we need to manipulate to do it. Rather than us having to know where to post our appointment request, the hypermedia controls in the response tell us how to do it.The POST would again copy that of level 2POST /slots/1234 HTTP/1.1[various other headers] And the reply contains a number of hypermedia controls for different things to do next.HTTP/1.1 201 CreatedLocation: headers] One obvious benefit of hypermedia controls is that it allows the server to change its URI scheme without breaking clients. As long as clients look up the “addTest” link URI then the server team can juggle all URIs other than the initial entry points.A further benefit is that it helps client developers explore the protocol. The links give client developers a