Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
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Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
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Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#2Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#3Ralph loops are also stupid because they don't make use of kv cache properly.
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https://github.com/steveyegge/gastown/issues/503
Problem:
Every gt command runs bd version to verify the minimum beads version requirement. Under high concurrency (17+ agent sessions), this check times out and blocks gt commands from running.
Impact:
With 17+ concurrent sessions each running gt commands:
- Each gt command spawns bd version
- Each bd version spawns 5-7 git processes
- This creates 85-120+ git processes competing for resources
- The 2-second timeout in gt is exceeded
- gt commands fail with "bd version check timed out"
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#4[flagged]
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#5So true! Not to mention the garbled text and inconsistent visuals across the diagrams———an insult to the reader's intelligence. How do people tolerate this visual embodiment of slurred speech?
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#6Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#7I don't get it. Even with a very good understanding of what type of work I am doing and a prebuilt knowledge of the code, even for very well specced problem. Claude code etc. just plain fail or use sloppy code. How do these industry figures claim they see no part of a 225K+ line of code and promise that it works?
It feels like we're getting into an era where oceans of code which nobody understands is going to be produced, which we hope AGI swoops in and cleans?
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#8>Yegge is leaning into the true definition of vibecoding with this project: “It is 100% vibecoded. I’ve never seen the code, and I never care to.” I don't get it. Even with a very good understanding of what type of work I am doing and a prebuilt knowledge of the code, even for very well specced problem. Claude code etc. just plain fail or use sloppy code. How do these industry figures claim they see no part of a 225K…
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#9>Yegge is leaning into the true definition of vibecoding with this project: “It is 100% vibecoded. I’ve never seen the code, and I never care to.” I don't get it. Even with a very good understanding of what type of work I am doing and a prebuilt knowledge of the code, even for very well specced problem. Claude code etc. just plain fail or use sloppy code. How do these industry figures claim they see no part of a 225K…
I'm sympathetic to this view, but I also wonder if this is the same thing that assembly language programmers said about compilers. What do you mean that you never look at the machine code? What if the compiler does something inefficient?
But as a programmer writing C code, you're still building out the software by hand. You're having to read and write a slightly higher level encoding of the software.
With vibe coding, you don't even deal with encodings. You just prompt and move on.
Re: Gas Town's agent patterns, design bottlenecks, and vibecoding at scale
#10>Yegge is leaning into the true definition of vibecoding with this project: “It is 100% vibecoded. I’ve never seen the code, and I never care to.” I don't get it. Even with a very good understanding of what type of work I am doing and a prebuilt knowledge of the code, even for very well specced problem. Claude code etc. just plain fail or use sloppy code. How do these industry figures claim they see no part of a 225K…