The Lost tags of HTML
I’ll be in my bunk.
I’ll be in my bunk.
Håkon wrote his doctoral thesis on CSS …which is kinda like Einstein writing a thesis on relativity. There’s some fascinating historical insight into the creation of the standards we use today.
I don’t really have much of an opinion on his central point that browser makers should work more closely with framework makers. I’m not so sure I agree with the central premise that frameworks are going to be around for the long haul. I think good frameworks—like jQuery—should aim to make themselves redundant.
But anyway, along the way, Tom makes this observation:
Google has an institutional tendency to go it alone.
I don’t really mind these inventions. We’re not forced to adopt them, and generally, we don’t. Tom again:
See, that’s a really, really good point. It’s so much easier to get people to adjust their behaviour than to change it completely.
Sass is a really good example of this. You can take any
.css file, save it as a
.scss file, and now you’re using Sass. Then you can start using features (or not) as needed. Very smart.
Incidentally, I’m very curious to know how many people use the scss syntax (which is the same as CSS) compared to how many people use the sass indented syntax (the one with significant whitespace). In his brilliant Sass for Web Designers book, I don’t think Dan even mentioned the indented syntax.
Or compare the adoption of Sass to the adoption of HAML. Now, admittedly, the disparity there might be because Sass adds new features, whereas HAML is a purely stylistic choice. But I think the more fundamental difference is that Sass—with its scss syntax—only requires you to slightly adjust your behaviour, whereas something like HAML requires you to go all in right from the start.
This is something that has been on my mind a lately while I’ve been preparing my new talk on evaluating technology (the talk went down very well at An Event Apart San Francisco, by the way—that’s a relief). In the talk, I made a reference to one of Grace Hopper’s famous quotes:
Humans are allergic to change.
Now, Grace Hopper subsequently says:
I try to fight that.
I contrast that with the approach that Tim Berners-Lee and Robert Cailliau took with their World Wide Web project. The individual pieces were built on what people were already familiar with. URLs use slashes so they’d be feel similar to UNIX file paths. And the first fledging version of HTML took its vocabulary almost wholesale from a version of SGML already in use at CERN. In fact, you could pretty much take an existing CERN SGML file and open it as an HTML file in a web browser.
Oh, and that browser would ignore any tags it didn’t understand—behaviour that, in my opinion, would prove crucial to the growth and success of HTML. Because of its familiarity, its simplicity, and its forgiving error handling, HTML turned to be more successful than Tim Berners-Lee expected, as he wrote in his book Weaving The Web:
I expected HTML to be the basic waft and weft of the Web but documents of all types: video, computer aided design, sound, animation and executable programs to be the colored threads that would contain much of the content. It would turn out that HTML would become amazingly popular for the content as well.
Humans are allergic to change. And that’s okay.
Written in 2001, this history of the web takes in CERN, hypertext, the ARPANET, SGML, and lots more.
This is a wonderful, wonderful look back at the state of hypertext in the run-up to the creation of the World Wide Web.
My jaw may have dropped when I saw the GML markup.
Now I’m going to read part two.
A fascinating look at the early history of HTML, tracing its roots from the dialect of SGML used at CERN.
A fascinating snapshot from 1995, arguing for the growing power of HTML instead of the siren song of proprietary formats.
I’m very happy that this is still available to read online 18 years later.