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Document the decisions code cannot explain

How to document a vibe-coded codebase for real operators

Generated comments can describe syntax while leaving the consequential system invisible. Useful documentation helps a new operator answer what the product promises, where authority lives and how to change it safely.

Format
Operational documentation map
For
Teams handing a fast-built product to maintainers or clients
Reading time
11 minutes

Published by VibeFootprint EditorialPublished · Last reviewed

Documentation map

Write seven documents with different jobs

Avoid one giant generated README. Give each reader a short path to a specific decision and link claims to executable or authoritative evidence.

01

Product contract

Define users, critical journeys, rules and non-goals.

Reader
Product and engineering
Evidence
Accepted behavior and policy
Stale when
A core rule or audience changes
02

System map

Show components, trust boundaries and external dependencies.

Reader
Engineering and security
Evidence
Deployed services and data flows
Stale when
Authority or communication path changes
03

Data dictionary

Explain entities, ownership, retention and invariants.

Reader
Engineering, analytics and operations
Evidence
Schema, policy and lifecycle
Stale when
Meaning changes without migration
04

Local and build guide

Create a clean, reproducible path from checkout to tests.

Reader
New maintainer
Evidence
Pinned dependencies and commands
Stale when
Only the original machine can build
05

Deployment and rollback

Explain release authority, configuration and recovery.

Reader
Operator and release owner
Evidence
Pipeline, environments and runbook
Stale when
Dashboard clicks replace the documented path
06

Operational runbooks

Connect alerts and common failures to bounded actions.

Reader
On-call and support
Evidence
Signals, queries and verified procedure
Stale when
Alerts have no current owner
07

Decision records

Preserve why consequential alternatives were accepted or rejected.

Reader
Future reviewers
Evidence
Context, decision, trade-offs and date
Stale when
Old decision is treated as permanent truth

Operating principle

Link prose to evidence and ownership

Documentation decays when it restates code without explaining purpose or when no workflow notices it has become false. Keep executable details in scripts and configuration; use prose for meaning, boundaries and operational judgment.

Assign an owner and update trigger to each document. During incidents, onboarding and releases, note where the documentation failed to answer a real question and repair that path.

  • Prefer short linked documents
  • Verify setup from a clean checkout
  • Name owners and update triggers
  • Archive superseded decisions visibly

Applied example

Documentation example: 900-line generated README

A repository README lists every component and environment variable but does not state which service owns user identity or how production is deployed.

  • Volume created an appearance of completeness
  • Critical operator decisions remained missing
  • Syntax descriptions duplicated code
  • No update owner or verification path existed

Plain answers

Questions to resolve before shipping

Should documentation be generated automatically?

Automation is useful for facts such as APIs or schemas, but human-owned product meaning, trade-offs and procedures still need review.

Where should documentation live?

Keep change-coupled technical material near the repository and link to controlled operational systems where access, audit or secrets require separation.

How do we prevent stale docs?

Give each document an owner, update trigger and practical use in onboarding, review, release or incident workflows.

Source notes

References used for this guide

We prefer first-party standards, primary documentation and a visible interpretation boundary. Links are provided for verification and deeper implementation work.

NIST Secure Software Development Framework

A risk-based framework for preparing, protecting, producing and responding throughout software development.

The C4 model

Primary documentation for a lightweight hierarchy of software architecture diagrams and abstractions.

The Twelve-Factor App

A methodology for portable configuration, dependencies, processes, logs and deployment behavior.

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