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www.debugbear.com | ||
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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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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.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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mathieu.fenniak.net
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| | | Cross-site request forgery (CSRF) is a type of security exploit where a user's web browser is tricked by a third-party site into performing actions on websites that the user is logged into. It is often a difficult attack to pull off, as it requires a number of factors to line up at once. Protecting against it requires good discipline and good design practices, especially when it comes to protecting Web APIs. Here's a brief example of a fictitious CSRF attack against a bank: | ||
