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most people think of websites as pretty static. but web applications are nothing of the sort. behind the scenes, you'll typically see the http request and response objects change over time. there's always something happening behind the scenes between the client and the server, and there are chances for the server to perform actions during this time. in such cases, it's important to ensure that your servers still responds in the same way to old and new requests. for applications that use http to communicate with the server, this is a great use case for using cache-control headers.


these http caching headers let the server tell the client about the possible expiration times of the response. when the server does make changes, it first sends headers describing the new state of the response.


the client makes a request for the response, and if the request would be valid for all the current caching headers, then the server sends the response. if the response would be valid for a different cache expiration time, then the server sends the response with a new cache-control header, and the client will be prompted to accept the new response.


so, basically, we need to be sure that we only send a new response if the server actually made a change to the response. and to do so, we need to check the status code of the response. when it's http/1.1 304, that's what we'll be looking for.


the basics of midi are quite simple, and consist of a series of notes. a note, however, is a collection of frequencies, so you can play more than one note at the same time. as the name suggests, midi messages (called channel messages) are sent one at a time to the controller connected to the synthesizer. 84d34552a1