I’ve been working as part of the team working on the new application framework called the Endpoint Encabulator and wanted to share with you what I think makes our project so
exciting: I promise it’ll make for two minutes of your time you won’t seen forget!
Naturally, this project wouldn’t have been possible without the pioneering work that preceded it by John Hellins Quick, Bud Haggart, and others. Nothing’s invented in a vacuum. However,
my fellow developers and I think that our work is the first viable encabulator implementation to provide inverse reactive data binding suitable for deployment in front of a
blockchain-driven backend cache. I’m not saying that all digital content will one day be delivered through Endpoint Encabulator, but… well; maybe it will.
If the technical aspects go over your head, pass it on to a geeky friend who might be able to make use of my work. Sharing is caring!
I was chatting with a fellow web developer recently and made a joke about the HTML <blink> and
<marquee> tags, only to discover that he had no idea what I was talking about. They’re a part of web history that’s fallen off the radar and younger developers are
unlikely to have ever come across them. But for a little while, back in the 90s, they were a big deal.
Invention of the <blink> element is often credited to Lou Montulli, who wrote pioneering web browser Lynx before being joining Netscape in 1994. He insists that he didn’t write any
of the code that eventually became the first implementation of <blink>. Instead, he claims: while out at a bar (on the evening he’d first meet his wife!), he
pointed out that many of the fancy new stylistic elements the other Netscape engineers were proposing wouldn’t work in Lynx, which is a text-only browser. The fanciest conceivable
effect that would work across both browsers would be making the text flash on and off, he joked. Then another engineer – who he doesn’t identify – pulled a late night hack session and
added it.
And so it was that when Netscape Navigator 2.0 was released in 1995 it added support for
the <blink> tag. Also animated GIFs and the first inklings of JavaScript, which collectively
would go on to define the “personal website” experience for years to come. Here’s how you’d use it:
<BLINK>This is my blinking text!</BLINK>
With no attributes, it was clear from the outset that this tag was supposed to be a joke. By the time HTML4 was
published as a a recommendation two years later, it was documented as being a joke. But the Web of the late 1990s
saw it used a lot. If you wanted somebody to notice the “latest updates” section on your personal home page, you’d wrap a <blink> tag around the title (or,
if you were a sadist, the entire block).
In the same year as Netscape Navigator 2.0 was released, Microsoft released Internet Explorer
2.0. At this point, Internet Explorer was still very-much playing catch-up with the features the Netscape team had implemented, but clearly some senior Microsoft engineer took a
look at the <blink> tag, refused to play along with the joke, but had an innovation of their own: the <marquee> tag! It had a whole suite of attributes to control the scroll direction, speed, and whether it looped or bounced backwards and forwards. While
<blink> encouraged disgusting and inaccessible design as a joke, <marquee> did it on purpose.
<MARQUEE>Oh my god this still works in most modern browsers!</MARQUEE>
But here’s the interesting bit: for a while in the late 1990s, it became a somewhat common practice to wrap content that you wanted to emphasise with animation in both a
<blink> and a <marquee> tag. That way, the Netscape users would see it flash, the IE users
would see it scroll or bounce. Like this:
<MARQUEE><BLINK>This is my really important message!</BLINK></MARQUEE>
The web has always been built on Postel’s Law: a web browser should assume that it won’t understand everything it reads,
but it should provide a best-effort rendering for the benefit of its user anyway. Ever wondered why the modern <video> element is a block rather than a self-closing
tag? It’s so you can embed within it code that an earlier browser – one that doesn’t understand <video> – can read (a browser’s default state when seeing a
new element it doesn’t understand is to ignore it and carry on). So embedding a <blink> in a <marquee> gave you the best of both worlds, right?
(welll…)
Better yet, you were safe in the knowledge that anybody using a browser that didn’t understand either of these tags could still read your content. Used properly, the
web is about progressive enhancement. Implement for everybody, enhance for those who support the shiny features. JavaScript and CSS can be applied with the same rules, and doing so pays dividends in maintainability and accessibility (though, sadly, that doesn’t stop people writing
sites that needlessly require these technologies).
I remember, though, the first time I tried Netscape 7, in 2002. Netscape 7 and its close descendent are, as far as I can tell, the only web browsers to support both<blink> and <marquee>. Even then, it was picky about the order in which they were presented and the elements wrapped-within them. But support was
good enough that some people’s personal web pages suddenly began to exhibit the most ugly effect imaginable: the combination of both scrolling and flashing text.
The <blink> tag is very-definitely dead (hurrah!), but you can bring it back with pure CSS if you must.
<marquee>, amazingly, still survives, not only in polyfills but natively, as you might be able to see above. However, if you’re in any doubt as to whether or not
you should use it: you shouldn’t. If you’re looking for digital nostalgia, there’s a whole
rabbit hole to dive down, but you don’t need to inflict <marquee> on the rest of us.
Watched the pilot of Webbed Briefs by @heydonworks (of Every Layout fame). It’s a sarcastic independent vlog
about web technologies, so I immediately fell in love and subscribed to the feed…
VPNs have long been essential online tools that provide security, freedom, and most importantly, privacy. Each day, hundreds of millions of internet users connect to a VPN to
prevent their online activities from being tracked and monitored so that they can privately access web resources. In other words, the very purpose of a VPN is to prevent the
type of surveillance that Google engages in on a massive and unprecedented scale.
Google knows this, and in their whitepaper discussing VPN by Google One, Google acknowledges that VPN usage is becoming mainstream and that “up to 25% of all internet users accessed a VPN
within the last month of 2019.” Increasing VPN usage unfortunately poses a significant problem for Google, by making it more difficult to track users across the internet, mine their
data, and target them with advertisements. In short, VPNs undermine Google’s power.
…
So yeah, it turns out that Google are launching a VPN service. I just checked,
and it’s not available to me anyway because it’s US-only (apparently nobody explained to Google the irony of having a VPN service that’s geofenced), but that’s pretty academic because I wasn’t going to touch it with a barge pole in the first place.
Google already collect data on your browsing habits if you use their products. And I’m not just talking about Chrome, which of course continues to track you using your Google Account even after you log out and clear your cookies, and Google’s ubiquitous Web
tools, but also the tracking pixels hidden on every other website thanks to Google Analytics, AdWords, reCAPTCHA, Google Fonts, and the like. Sure, you can use e.g. uMatrix to stop all of these (although I’m in need of a
replacement), but that’s not a solution for, y’know, normal people. Container tabs help and you should
absolutely use them, but they don’t quite go far enough. It’s a challenge.
Switch to their VPN, though, and they’re suddenly able to track all of your browsing activity, in any browser on your
device. And probably many of the desktop applications you run, too, as most of them “phone home” for updates or functionality. And because it’s a paid-for VPN service, this data can be instantly linked to your real-world identity. By a company that’s demonstrated its willingness to misuse that data for their own benefit (or for the benefit of overreaching law enforcement agencies). Yeah: no deal,
Google.
Perhaps the only company I’d trust less to provide a VPN service would be Facebook, because you just know they’d be
doing so exclusively to undermine individual privacy. Oh wait;
that’s exactly what they did. Sigh.
On our first day‘s walking along the
Thames Path, Robin and I had trouble finding any evidence of water for some time. On our second day, we did not have this problem.
After weeks of sustained rain, the fields we walked over as we left Cricklade behind were extremely soggy. On our way out of town we passed Cricklade Millennium Wood, I took a
picture for the purpose of mocking it for being very small but later discovered it’s too small to appear on Google Maps and became oddly defensive of it – it’s trying, damn it, we
should at least acknowledge its existence.
…
Ruth and her brother Robin (of Challenge Robin/Challenge Robin II fame on this blog, among manyothercrazyadventures) have taken it upon themselves to walk the entirety of the Thames Path from the source of the river (or rather, one of
the many symbolic sources) to the sea, over the course of a series of separate one-day walks. I’ve mostly been acting as backup-driver so far, but I might join them for a leg or two
later on.
In any case, Ruth’s used it as a welcome excuse to dust off her blog and write about the experience, and it’s fun and delightful and you should follow along and give her a digital
cheer. The first part is here; the second part landed
yesterday.
Checked up following a recent DNF. Cache had been re-hidden in a slightly different spot but is otherwise okay. Returned to the correct
location. Good to go!
Checked up on this cache as it’s been a long time without a find. All stages and the final cache are intact and well! Final stage easier to reach than during the summer, but long
trousers still pretty essential! Log book still 50% “me”.
Like the previous logger, I find evidence of the cache (see photo) but no cache. Unlike the previous logger, I’m not going to claim that as a “find”. Which it clearly isn’t, and
claiming that it is makes it harder for volunteer community moderators to identify problem caches.
For the sake of our own sanity, if nothing else, we wanted to take a minute to dig into the most wonderfully dumb song on the entire album—although technically it’s two songs, since
tracks 13 and 14, “Fredhammer” and “Limp Wicket,” both share a single unifying sound: Limp Bizkit’s ode to heartbreak, “Nookie”.
…
Together, these two tracks cover so much of what makes Cicierega so great, from the unexpected sample choices, to the step-stuttering repetition of lyrics, to the moment when you
realize he’s snuck the Seinfeld baseline into the middle of the song. There’s also the fact that the whole thing works irritatingly well, from Durst rapping over the
“Sledgehammer” horns, to the undeniably triumphant feel of the “Yub nubs” kicking in.
…
I confess to a genuine and unironic love of Mouth Moods (and, to a lesser extent, Neil Cicierega’s other Mouth* work). I
don’t know if I enjoy Mouth Dreams even more, but it’s certainly a close thing.
William Hughes succinctly describes what makes Mouth Dreams so good. I promise you that if you start down this rabbit hole you’ll soon be lost (what does it all mean? what
are the secret messages hidden in the spectrogram output? why, just why?), but in the most wonderful way. You can listen to the
entire album on Soundcloud.