The History of the URL is a brilliant compilation of ideas and resources, explaining how we got to the URLs we use and love (or hate) today. In fact, the article comes in two parts:
- Domain, protocol, and port
- Path, fragment, query, and auth
Read them in whatever order you prefer. But I guarantee that you’ll have a number of different responses through out, from “Wow! I never knew that” and “I would have never thought of that!” to “No way! I don’t believe it“.
And here is one of the bits that made me smile:
In 1996 Keith Shafer, and several others proposed a solution to the problem of broken URLs. The link to this solution is now broken. Roy Fielding posted an implementation suggestion in July of 1995. The link is now broken.
tus.io, in their own words:
People share more and more photos and videos every day. Mobile networks remain fragile however. Platform APIs are a mess and every project builds its own file uploader. There are a thousand one week projects that barely work, when all we need is one real project. One project done right.
We are going to do this right. We aim to solve the problem of unreliable file uploads once and for all. tus is a new open protocol for resumable uploads built on HTTP. It offers simple, cheap and reusable stacks for clients and servers. It supports any language, any platform and any network.
Yet another creative 404 page design …
HTTP Status Dogs – Hypertext Transfer Protocol response status codes. And dogs. If you are even a tiny bit familiar with HTTP or dogs, this will put a smile on your face. I’m thinking to use these as default error pages from now on.
httpdiff – perform the same request against two HTTP servers and diff the results
RequestBin gives you a URL that will collect requests made to it and let you inspect them in a human-friendly way. Use RequestBin to see what your HTTP client is sending or to inspect and debug webhook requests.
Chromium blog reports that by the early next year, Chromium (and Chrome) will phase out the support for SPDY and NPN in favor of HTTP/2 and ALPN.
HTTP is the fundamental networking protocol that powers the web. The majority of sites use version 1.1 of HTTP, which was defined in 1999 with RFC2616. A lot has changed on the web since then, and a new version of the protocol named HTTP/2 is well on the road to standardization. We plan to gradually roll out support for HTTP/2 in Chrome 40 in the upcoming weeks.
HTTP/2’s primary changes from HTTP/1.1 focus on improved performance. Some key features such as multiplexing, header compression, prioritization and protocol negotiation evolved from work done in an earlier open, but non-standard protocol named SPDY. Chrome has supported SPDY since Chrome 6, but since most of the benefits are present in HTTP/2, it’s time to say goodbye. We plan to remove support for SPDY in early 2016, and to also remove support for the TLS extension named NPN in favor of ALPN in Chrome at the same time. Server developers are strongly encouraged to move to HTTP/2 and ALPN.
Hyperfox – a security tool for proxying and recording HTTP and HTTPs