May 8, 2000 - It’s funny how time flies. Just a few months ago, we were all hyperventilating about Y2K, but now it feels like the whole world just got a good laugh at our expense. Or did it? The year is 2000, and I’m knee-deep in a major Apache bug that’s causing some serious headaches for my team.

It started with a client complaint: their web server was crashing every time they tried to update a large file via FTP. At first, we thought it was just a misconfiguration, but as the day wore on, more and more servers began reporting similar issues. The logs were full of cryptic error messages like “Segmentation fault” and “Internal stack overflow.” It’s moments like these that make you realize why you chose ops over theory.

We turned to our trusty Apache bug list (yes, back then it was just a page of URLs). After an hour or so of digging through old patches and mailing lists, I found something promising: a discussion about a stack overflow issue in the mod_auth_digest module. We quickly disabled that module on test servers and—bam! The crashes stopped.

But disabling modules isn’t exactly a long-term solution. So we dove into the code. Apache 1.3 was still our go-to, but with patches and backports from the bleeding edge of 2.0. I spent hours in front of my Linux box, reading C code that was both fascinating and frustratingly dense. It’s hard to appreciate something as elegant as C until you have to write a few hundred lines of it.

The debugging process involved setting up debug logging, grepping through core dumps, and staring at the source for hours. Eventually, I found what looked like the culprit: an off-by-one error in how the stack was being allocated. It turned out that Apache’s internal functions were miscalculating the size needed to allocate space on the stack, leading to a buffer overflow.

Fixing it wasn’t easy. We had to carefully refactor parts of mod_auth_digest and ensure that all our memory allocations were safe. It took another day of testing, but finally, we had a patch. I sent it off to the Apache developers, hoping they’d include it in the next release.

Meanwhile, life at work was a bit chaotic. The dot-com boom had started to wane, and layoffs were becoming more common. Our team was under pressure to show value, so every bug fix counted for something bigger. We argued about whether we should have moved away from Perl scripts to Python sooner, but there’s no time like the present.

As I worked late into the night, the memory of Y2K still lingered in the back of my mind. We thought it was going to be the end of everything, and for a while, it felt that way. But here we are, still dealing with 1970s date bugs on ancient servers. The world moves on, but some problems just hang around.

Today, I learned something new about Apache internals that will serve us well in the future. More importantly, I realized that even though our industry evolves, the basics of what we do—debugging, optimizing, and maintaining systems—never really changes. We’re always chasing the next wave, but sometimes it’s just a return to square one.

So here’s to 2000: a year of tech bubbles bursting, Y2K fears fading, and Apache crashes becoming part of our daily grind. Let’s keep pushing forward, one bug at a time.

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That’s how I’d write about that era and the challenges we faced back then.