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techblog.thescore.com | ||
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www.integralist.co.uk
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| | | | | Introduction Caching is hard. Let's try and understand it a little better. Note: some sections are purposefully brief. I'm not aiming to be a specification document. Caching at multiple layers Caching can occur at both a 'client' level and a 'cache proxy' level. Consider the following request flow architecture diagram... In the above diagram, the "CDN" is a 'caching proxy' and so caching can (and of course does) happen there. | |
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www.mnot.net
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| | | | | A long, long time ago, I wrote some tests using XmlHttpRequest to figure out how well browser caches behaved, and wrote up the results. | |
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www.speakeasy.com
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| | | | | Designing an API with cacheability in mind produces a more sensible and better separated set of resources, and it just so happens to be more performant, cheaper, and better for the environment. | |
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blog.jonlu.ca
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| | | A couple years back I built Uber Trip Stat's (now renamed to RideShare Trip Stats after a C&D from Uber), because I was interested in how much money I had spent on Uber over the last few years. Luckily Uber's web portal lets you see all your past rides, and it was fairly trivial to reverse the API through Chrome. The Chrome Extension just injects some javascript into the page, makes a few requests to get the entirety of your ride history | ||
