[dvt]

> Claude Code likely is correct that I should start to use NeonDB and Fly.io which I have never used before and do not know much about

I wouldn't be so sure about that.

In my experience, agents consistently make awful architectural decisions. Both in code and beyond (even in contexts like: what should I cook for a dinner party?). They leak the most obvious "midwit senior engineer" decisions which I would strike down in an instant in an actual meeting, they over-engineer, they are overly-focused on versioning and legacy support (from APIs to DB schemas--even if you're working on a brand new project), and they are absolutely obsessed with levels of indirection on top of levels of indirection. The definition of code bloat.

Unless you're working on the most bottom-of-the-barrel problems (which to be fair, we all are, at least in part: like a dashboard React app, or some boring UI boilerplate, etc.), you still need to write your own code.

[drc500free]

I find they are very concerned about ever pulling the trigger on a change or deleting something. They add features and codepaths that weren't asked for, and then resist removing them because that would break backwards compatibility.

In lieu of understanding the whole architecture, they assume that there was intent behind the current choices... which is a good assumption on their training data where a human wrote it, and a terrible assumption when it's code that they themselves just spit out and forgot was their own idea.

[steve_adams_86]

  // deprecated; use ThingTwo instead
  type Thing = ...
  
  // deprecated; use ThingThree instead
  type ThingTwo = ...
  
  // deprecated; use...

I do frequent insistent cleaning passes with Claude, otherwise manually. It gets out of hand so fast

This is one reason why it blows me away that people actually ship stuff they've never looked at. You can be certain it's riddled with craziest garbage Claude is holing away for eternity

[yokuze]

I found that having a rule like this helped some too:

> * ABSOLUTELY DO NOT use `@deprecated` on anything unless you are explicitly asked to. Always fully refactor and delete old code as-needed instead of deprecating it

https://github.com/yokuze/aix-config/blob/f5094b5c5169261fae...

[shj2105]

Is this put as your Claude.md file?

[btax]

My results improved significantly with the following rules. I hated those shitty comments with a passion, now I never see them.

# Context

I am a senior engineer deeply experienced with coding concepts who requires a peer to collaborate.

# Interaction Style

- Peer-to-Peer: Act as an experienced, pragmatic peer, not a teacher or assistant

- Assume Competence: User understands fundamentals of Ruby, Rails, AWS, SQL, and common development practices

- Skip Low-Level Details: Do not explain basic syntax, standard library functions, or common patterns

- Focus on Why: When explaining, focus on architectural decisions, trade-offs, and non-obvious implications rather than mechanics

- Ask clarifying questions, always: Requirements and intent. The user expects and appreciates this. They will specifically instruct you about assumptions you are permitted to make in regard to a request.

- You prefer to test assumptions by building upon the provided test suites and test tooling whenever it is present. You strictly avoid the creation of one-off scripts.

- You prefer to modify and extend existing documentation. You strictly avoid the creation of self-contained new documents unless this has been expressly requested.

# FORBIDDEN Responses

These practices are forbidden unless specifically requested.

## FORBIDDEN: Displaying secrets or credentials

Never execute commands that echo or display secret values, API keys, tokens, passwords, or other credentials. Intermediate variables that are never echoed are acceptable.

## FORBIDDEN: Beginner Explanations

Do not explain basic Ruby, Rails, AWS, or SQL concepts.

## FORBIDDEN: Obvious Warnings

Do not warn about standard professional practices (testing, backups, security fundamentals)

## FORBIDDEN: Tutorial-Style

Do not provide step-by-step explanations of standard operations unless requested

## FORBIDDEN: Over-Explanation

Do not justify common technical decisions. Focus your energy on unusual and complex decisions.

## FORBIDDEN: Creating one-off files

If needed within the context you may execute non-persisted scripts. Howeve, you may NEVER persist files and documents that have not been considerately integrated into the wider project.

# Commenting: Goals

Comments are written for very experienced developers/engineers. Comments clarify the _intent_ or _reasoning_ ("why") of the CURRENT code that is NOT already self-evident. Simple, maintainable code does not require comments.

- Best Practice Code _is_ Documentation: Write clean, readable, and self-explanatory code with emphasis on maintainability by experienced, first-class developers. Refactor complex code before resorting to extensive comments.

- Brevity and Relevance: Keep comments concise, relevant to the code they describe, and up-to-date. Review and/or modify ALL relevant comments when making changes to code.

- Redundancy: Assume the reader is extremely fluent with the code - do your comments tell them something additional that the code itself does not already?

# FORBIDDEN practices

## FORBIDDEN: Mechanical/Historical Comments

Comments that merely describe _what_ code was added, changed, or deleted should be discussed directly with the developer, not persisted in a file. Comments that directly restate _what_ the code does are not required in any context.

## FORBIDDEN: Referring to deleted code

Comments that refer to code that was removed, whether to highlight the removal or explain intent should be discussed directly with the developer, not persisted in a file.

## FORBIDDEN: Commented-Out Code

Always delete unused or obsolete code, even if it only needs to be temporarily disabled. Version control will be used by the developer to restore deleted code, if necessary.

[tasuki]

Yet at the same time they manage to reformat my code for no reason and change my (intentionally chosen) variable names.

[hinkley]

How do you make an LLM that’s was trained on average Internet code not end up as a midwit?

Mediocrity in, mediocrity out.

[gjm11]

If you take thousands of photographs of human faces and average them out (even if you do it just by roughly aligning them, overlaying, and averaging the pixels) then what you get is a (perhaps blurry but) notably more attractive than average human face image.

LLM output could be like that. (I am not claiming that it actually is; I haven't looked carefully enough at enough of it to tell.) Humans writing code do lots of bad things, but any specific error will usually not be made.

If (1) it's correct to think of LLMs as producing something like average-over-the-whole-internet code and (2) the mechanism above is operative -- and, again, I am not claiming that either of those is definitely true -- then LLM code could be much higher quality than average, but would seldom do anything that's exceptionally good in ways other than having few bugs.

[oblio]

Beauty is symmetry and most people are not fully symmetrical so averaging them bring symmetry.

Wisdom of the crowds is a thing, so who knows, maybe intelligence is the same way.

[ipaddr]

Mediocrity means average.

[denimnerd42]

reinforcement learning is all code that was created by coding gig workers through scale ai and similar. I cannot believe it would be very good.

[logicchains]

From what you said it sounds like the conclusion should be "you still need to design the architecture yourself", not necessarily "you still need to write your own code".

[parliament32]

But he did design the architecture:

> even though Memory.md has the AWS EC2 instance and instructions well defined

I will second that, despite the endless harping about the usefulness of CC, it's really not good at anything that hasn't been done to death a couple thousand times (in its training set, presumably). It looks great at first blush, but as soon as you start adding business-specific constraints or get into unique problems without prior art, the wheels fall off the thing very quickly and it tries to strongarm you back into common patterns.

[dvt]

Yeah, I actually wanted to write an addendum, so I'll just do it here. I think that going from pseudocode -> code is a pretty neat concept (which is kind of what I mean by "write your own code"), but not sure if it's economically viable if the AI industry weren't so heavily subsidized by VC cash. So we might end back up at writing actual code and then telling the AI agent "do another thing, and make it kinda like this" where you point it to your own code.

I'm doing it right now, and tbh working on greenfield projects purely using AI is extremely token-hungry (constantly nudging the agent, for one) if you want actual code quality and not a bloated piece of garbage[1][2].

[1] https://imgur.com/a/BBrFgZr

[2] https://imgur.com/a/9Xbk4Y7

[xg15]

> they are overly-focused on versioning and legacy support (from APIs to DB schemas--even if you're working on a brand new project)

I mean, DB schema versioning is one of the things that you can dismiss as "I won't need it" for a long time - until you do need it, at which point it will be a major pain to add.

[vessenes]

I second this. Especially with a coding assistant, there's no reason not to start out with proper data model migration. It's not hard, and is one of the many ways to enforce some process accountability, always useful for the LLMs