That's the million dollar question. Do you/we/us have tests that cover everything which covers QA as well? If such a mythical beast exists, maybe from remnants of ye olde TDD past and hasn't been modified as such.. then maybe this would be possible to do as such.
I don't want to knock you down as most have already did. In-fact it's a useful exercise going forward in exploring how to work with AI. It's here, we're all going to use it one way or the other. Zero issues with that, in-fact kudos to going through the pain of it all.
Now, having gone through several such endeavors originally myself, albeit with internal tools and systems (as an exercise), I've noticed that while all my tests passed with flying colors the rewrite itself was broken even on basic functionality or missed a ton of details. It was in effect useless when I dived into it. Initial tests also showed massive gain in performance, and I know people who were involved aren't really dumb so something smelled funny. Turns out all those things left out and honestly... moments were the key ingredients.
What I did learn from those beginning explorations though was that one-shotting, grand architecture or source up-front, master plans up-front.. all these do not yield good results - YET. Who know what we'll see in few years though. What I did found that works (FOR ME, nota bene) is to keep the design and checklists for myself, written by myself and then do a small piece by piece.. as if you would if you were coding alone or if you would waterfalling a small team of talented juniors. Then, suddenly super happy results come out, but then it's mostly you driving all the way where llm writes code and offers advice (which for the most part you ignore). It's a happy place for myself at least. It's then truly unlocking yourself to the mythical 10x.
Rewriting a large proven system with decades of ultra expertise behind it, which I don't have, is guaranteed not to end up the same 1:1 replacement. If you found a recipe for that - please do share.
akshually, it's also more closer to 500-1,000x. You can't look at clock speed only. Processor architecture makes all the difference. Pipelining, SIMD, memory bandwidth, blablala, everything got way better. Better approximation would be to use something like a synthetic benchmark or just (theoretical) FLOPS of each.
while impressive as a standalone number, half of it is in US. It launched a year ahead of competition at a much lower price and was when XBOX Live came about. And even with that - it couldn't make a dent in the dominance of of Sony and Nintendo in Japan, where in some cases it was fully discontinued early on and it was s series of missteps that led to where we are today. Microsoft never knew what they were doing. When it seemed like there was a success at hand, it was serendipity rather than Microsoft. Microsoft and their fundamental lack of understanding of gaming is what led to all of that.
This reads like corporate death rattle. Microsoft never had any clue what it takes to make a console - a console. Now it seems they've also completely lost the plot on what makes a business - a business. They should've been Steam, instead they ran out of it.
After July 7th, it's going to be only usage model. It's not part of subscription tiers anymore. Somehow I'd rather they didn't put it back. The cost is now effectively 10-20x more than a 20x subscription price if you're going to ride it like before.
ignoring the fact one would need a bit of a different setup (chassis, PSU) to run it, I casually looked and there's nothing below $25-50k euros for such a board decked out, depending on the config. TBH even that doesn't sound bad, but I wouldn't even know where to start how to run it.
everything strix halo went 2-3x bananas, same ballpark figures as apple hardware now and lead times on all of those are in months. Ridiculous where we ended up at.
Telemach, 2Gbps symmetrical - 34,90 EUR, Croatia. Flat rate, also includes flat rate landline to in-country mobile and other phones, but haven't bothered to even install that.
i like their gear, I bought a whole bunch, but I couldn't and can't figure out how to give my wife access to their Protect app as well. It's absurd to the point where their MFA sent doesn't work when trying to authorize her - and judging by reddit posts etc I'm not the only one. Such mundane things are where UI falls apart, wrong details. Instead of giving elves resources to pack each individual rackmount screw, if they spent some more time on workflows and software, they'd be a truly great company.
that's exactly what I have. I have a hub in the attic with a small rack where all the wall runs end up at both rooms' fiber and CAT6A, there's a small 10G switch with PoE there for CAT6A (for APs and RJ45 outlets). There's also a fiber patch panel there where those rooms' ones connect to. Trunk starts there as well, in a fiber rack shelf which goes to the basement. In the attic I patch trunk to walls and the switch. In the basement trunk ends up in another patch panel (a cabinet on the wall) from which I run fibers to the rack with all the equipment. Thing is, that patch panel cabinet on the wall is also hosting another trunk which goes to the garage, where there's a third patch panel (in a cabinet on the wall) from which I'll soon connect to rack(s) there. Eventually, in the basement i'll just patch trunk to trunk so that way i'll just hoist all the network equipment to racks in the garage. By having three hubs like this though, I can do whatever.
In principle it sounds simple, but in practice I got lost in my own way too many times. Just glad that it's over, hahah.
I forgot to say this, but you said it. Fiber is cheaper than CAT6A, and labor is the expensive one. If you have conduits, you don't need much labor then. Ask an electrician or a buddy to help out for a hundred or two for an hour or two and you can do it yourself. It's not a big deal (IF YOU HAVE CONDUITS IN GOOD CONDITION / SHAPE).
You can check out FS (.com) it's quite cheap. For distribution from my attic (where all conduits converge to) to rooms I ran OS2 LC UPC duplex patch cables together with CAT6A. There I have a small rack with a patch panel and a PoE switch (to run APs) and from there I have a 48-strand trunk going to my basement where I have a bit of a larger rack with equipment. That way my APs are connected to main network via PoE switch which is connected via fiber and all the wall outlets with fibers are connected directly to main rack with equipment. Furthermore, I also ran another trunk from basement to garage where eventually I'll run everything from (with full height racks.. yeah, overkill) - with a wall patch panel I can just rewire trunk to trunk, close the panel and that's it.
If we're not accounting for switches, we're talking maybe few hundred euros at most including cables and outlets both for fiber and CAT6A, maybe 400-500 total or so where majority was CAT6A since I opted for the more _industrial one_, includes 150 I paid for help to run the cables through conduits. Fiber was all patch from distribution to walls, and trunk mainlines are _industrial_ fibers where in a single small diameter cable you have 48 strands of single mode. Actually in one I have 72 strands since guys didn't have 48 at the time and diameter is the same and price difference was small. This is for a three story house + basement and a run to the garage. I did the crimping myself, you do NOT "crimp" fiber yourself.. you get pre-made cables or for trunks you ask for pros with equipment to splice/fuse it for you.
Network equipment is a range of course. I opted for dream machine gateway for net and then the backbone is Switch pro XG Aggregation where most equipment is at with Switch Pro XG 10 PoE for APs (has dual 10GBit uplink), and a few smaller switches on the edges like Flex 2.5G for cameras etc. Yeah, I went full ubiquiti on that one and my mainline is basically 25Gb network, but it doesn't matter and that's the beauty of this setup - I could've easily gone full 1Gbit, 10, 25, 100, 400, even Nvidia/Mellanox 800Gbit OSFP with appropriate transcievers if one wants to go way overboard. Idea was to run this through to be future-proof cable-wise for another 10+ years (probably more), and for network setup to be for next 10 years (probably more) with 10/25G.
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