$ cat post/yaml-indent-wrong-/-i-watched-the-memory-climb-slow-/-packet-loss-remains.md
yaml indent wrong / I watched the memory climb slow / packet loss remains
Title: Late 2000: The Last Days of Dot-Com Glory
It’s October 23, 2000, and I’m sitting in the office trying to figure out what the hell just happened. The dot-com bubble has popped, and the impact is everywhere—my company is reeling from a massive restructuring, and everyone seems to be looking for scapegoats.
Last year was like a fever dream of success—people were making deals on the fly, offices filled with young and brash techies, and everyone believed that their idea would change the world. Now, it’s all too quiet. The silence is deafening.
Y2K Aftermath
Y2K may have been over, but the hangover was still lingering. In retrospect, I can see now how naive we were about the real challenges of maintaining legacy systems. We thought we had solved the problem with a couple of quick patches and some automated tests. Ha! Reality showed up, and boy did it show.
One day, our financial reporting system goes down in a big way. Suddenly, millions of dollars in transactions are missing from our database. It turns out that one of the legacy modules wasn’t properly handling date conversions for January 1, 2000, which was still considered “before” for some parts of the code.
Fixing it was painful. We had to dig into old C++ and Perl scripts, track down every place where dates were involved, and make sure they all handled the transition correctly. The solution wasn’t just a quick fix but a rewrite of significant portions of our codebase. That week felt like months.
Apache vs. IIS
In another project, we’re migrating a busy e-commerce site from Microsoft’s IIS to Apache. At first glance, it seemed simple: switch the web server and call it a day. But no, there was so much more to it than that. We had custom modules written in Perl for generating dynamic content on both servers.
Migrating wasn’t just about swapping out binaries; we needed to figure out how to rewrite all the Perl scripts for Apache. This took weeks of painstaking work. We ended up writing a small library to abstract away some of the differences between IIS and Apache, but it was still a messy process.
Early VMware
Meanwhile, our operations team is getting excited about early VMware. They want to virtualize some of our servers to save on hardware costs. It’s a bit of a gamble at this point because the technology isn’t as stable or well-supported as we might like. We set up a small lab and started experimenting.
One night, I find myself debugging a VM that won’t boot properly. The logs are cryptic, and every solution we try just results in another error message. It’s frustrating, but also eye-opening—this new technology is still raw, and there’s no one to turn to for answers when you hit a snag.
Napster
Outside of work, the tech world was buzzing about something called “Napster.” I remember spending my evenings downloading music and getting mad at friends who were already using it. It felt like another bubble—music distribution was going to be revolutionized overnight by some college kid’s idea. But despite its appeal, Napster faced significant legal challenges, and the entire P2P landscape would be forever changed.
Lessons Learned
Looking back now, I realize how much the tech world has grown since then. Back then, everything seemed so exciting—new tools, new protocols, new ideas. Today, we have a more nuanced understanding of what makes for a successful product or service. We know that the real challenge is in maintaining and scaling systems, not just coming up with clever ideas.
The last days of dot-com glory were a wild ride, but they taught us valuable lessons about resilience, adaptability, and the importance of robust infrastructure. I hope we can carry those lessons forward into whatever comes next.