Files
labtimesheet/scripts/verify-fix-branch-workflow.cjs
T

109 lines
5.6 KiB
JavaScript

const assert = require('node:assert/strict');
const fs = require('node:fs');
const path = require('node:path');
const repositoryRoot = path.resolve(__dirname, '..');
const validForm = '`work/fix/<feature>/<what-fix>`';
const invalidForm = '`work/<feature>/fix/<what-fix>`';
const requiredWorkflow = 'Every targeted repair starts from the taskmaster-verified latest `main`, uses TDD RED → GREEN, adds Javadoc during implementation, records companion evidence, undergoes independent review, and uses a normal, non-force merge only when separately authorized.';
const workflowElements = [
'taskmaster-verified latest `main`',
'TDD RED → GREEN',
'Javadoc during implementation',
'companion evidence',
'independent review',
'normal, non-force merge'
];
const documents = [
{
file: 'AGENTS.md',
approved: '- A targeted repair uses a clean, isolated `work/fix/<feature>/<what-fix>` branch and worktree from the taskmaster-verified current `main`. Do not use `work/<feature>/fix/<what-fix>`: the persistent `work/<feature>` ref already occupies that Git ref prefix.'
},
{
file: 'README.md',
approved: 'For a targeted repair, create a clean isolated branch and worktree from the\ntaskmaster-verified current `main` named\n`work/fix/<feature>/<what-fix>`. Do not nest it as\n`work/<feature>/fix/<what-fix>`: the persistent `work/<feature>` ref already\nuses that Git ref prefix.'
},
{
file: 'DEVELOPMENT.md',
approved: 'For a targeted repair, start a clean worktree from the taskmaster-verified\ncurrent `main` on `work/fix/<feature>/<what-fix>`. Keep it separate from the\nfive persistent `work/<feature>` branches. Do not use\n`work/<feature>/fix/<what-fix>` because the persistent `work/<feature>` ref\nalready occupies that Git ref prefix.'
},
{
file: 'TESTING.md',
approved: 'Run that check from the clean targeted-fix branch named\n`work/fix/<feature>/<what-fix>` when repairing one feature. Do not use\n`work/<feature>/fix/<what-fix>`: a persistent `work/<feature>` ref already\noccupies that Git ref prefix. Record the expected RED and the matching GREEN\nshell output in the evidence record.'
},
{
file: 'docs/superpowers/specs/2026-08-15-access-navigation-icon-intern-picker-design.md',
approved: 'Use `work/fix/<feature>/<what-fix>` for each targeted repair. Create its clean,\nisolated worktree from the taskmaster-verified current `main`. The `<feature>`\nsegment identifies the owning persistent area; it does not nest below that\npersistent branch.\n\nThe forbidden form is `work/<feature>/fix/<what-fix>`. A repair owner preserves\nother worktrees, records RED and GREEN evidence, commits locally, and does not\npush or merge without separate authority.'
},
{
file: 'docs/superpowers/plans/2026-08-15-access-navigation-icon-intern-picker.md',
approved: '2. Add one branch rule to contributor guides, design records, plans, and tracked\n coordination authority: `work/fix/<feature>/<what-fix>` from verified\n `main`.\n3. State why `work/<feature>/fix/<what-fix>` is invalid while its persistent\n `work/<feature>` ref exists.'
}
];
/** Validates that every tracked guide contains only its approved branch wording. */
function validate(contents) {
const failures = [];
for (const {file, approved} of documents) {
const content = contents.get(file);
if (count(content, validForm) !== 1) failures.push(`${file} must contain ${validForm} exactly once`);
if (!content.includes(approved)) failures.push(`${file} is missing its approved branch workflow statement`);
if (count(content, requiredWorkflow) !== 1) {
failures.push(`${file} must contain the complete required targeted-repair workflow exactly once`);
}
const outsideApprovedStatement = content.replace(approved, '');
if (outsideApprovedStatement.includes(validForm) || outsideApprovedStatement.includes(invalidForm)) {
failures.push(`${file} contains an unapproved branch-form reference`);
}
}
if (failures.length) throw new Error(failures.join('\n'));
}
function count(content, value) {
return content.split(value).length - 1;
}
function readContents() {
return new Map(documents.map(({file}) => [file, fs.readFileSync(path.join(repositoryRoot, file), 'utf8')]));
}
const contents = readContents();
validate(contents);
let workflowElementRejections = 0;
if (process.argv.includes('--self-test')) {
for (const {file} of documents) {
for (const workflowElement of workflowElements) {
const missingWorkflowElement = new Map(contents);
missingWorkflowElement.set(
file,
contents.get(file).replace(requiredWorkflow, requiredWorkflow.replace(workflowElement, ''))
);
assert.throws(
() => validate(missingWorkflowElement),
(error) => error instanceof Error
&& error.message.includes(`${file} must contain the complete required targeted-repair workflow exactly once`)
);
workflowElementRejections += 1;
}
const positiveRecommendation = new Map(contents);
positiveRecommendation.set(file, `${contents.get(file)}\nUse ${invalidForm} for a targeted repair.\n`);
assert.throws(
() => validate(positiveRecommendation),
(error) => error instanceof Error
&& error.message.includes(`${file} contains an unapproved branch-form reference`)
);
}
}
console.log(`Fix-branch workflow documentation: ${documents.length} approved statements validated`);
if (process.argv.includes('--self-test')) {
console.log(`Targeted-repair workflow element removals: ${workflowElementRejections}/${workflowElements.length * documents.length} rejected`);
console.log(`Positive nested branch recommendations: ${documents.length}/${documents.length} rejected`);
}