feat(qa): sonar triage loop (dry-run default) and multica agent hookup

Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
This commit is contained in:
mARTin-B78 2026-10-06 02:47:21 +02:00
parent bae588375f
commit 98a87077d9
8 changed files with 318 additions and 0 deletions

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@ -15,6 +15,7 @@ Follows [Keep a Changelog](https://keepachangelog.com/en/1.0.0/) · versioned wi
- Conversation Playground: the metrics charts render at the column width (re-rendered on resize) so axis, tick and legend text is 11px instead of ~8px; a single point is centred with a larger dot.
### Added
- QA: `scripts/sonar_triage.mjs` (`npm run sonar:triage`), a local SonarQube triage loop (dry-run default): classifies findings small/medium/large/skipped via allow/skip lists, files one GitHub issue per (rule, file) with a dedupe marker, hands them to the multica `sonar-fixer` agent, and can auto-fix small ones as a local commit. See `architecture/sonar-triage.md`.
- Conversation Playground: Metrics view (Conversation | Metrics tabs) with Pipecat-style TTFB line charts for STT, LLM first token and TTS, plus session Token Usage (prompt/completion/total, "n/a" when the backend reports none). The stream now requests `stream_options.include_usage` (dropped and retried on 400/422) and forwards `usage` in the final stats event; the TTS value is now the time to the first audio chunk instead of including the remaining LLM generation time.
- Conversation Playground: a Thinking on/off switch next to the Language Model (default off, setting `conversation_thinking`). Off sends `chat_template_kwargs.enable_thinking=false` (plus `think:false` for Ollama) with each reply request and never touches the system prompt; the empty-reply error now says to turn Thinking off.

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@ -94,6 +94,7 @@ which is the writable volume.
| `llm_url` / `llm_model` / `llm_api_key` | settings.json, OpenAI-compatible LLM |
QA: `npm run qa -- --fast` runs lint, unit, security, build checks (see `architecture/qa.md`); optional `--sonar` needs `SONAR_HOST_URL` + `SONAR_TOKEN` in the shell/CI secrets.
Sonar triage: `npm run sonar:triage` (dry-run; `architecture/sonar-triage.md`).
## Pending decisions

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# SonarQube triage loop
Local script `scripts/sonar_triage.mjs` (`npm run sonar:triage`). Dry-run by default; nothing is pushed, ever.
```
SonarQube /api/issues/search (GET, paged, OPEN/CONFIRMED/REOPENED)
|
classify --skip-list--> SKIPPED (reported only)
|
+----+-----------------------------+
SMALL MEDIUM / LARGE
| (--apply --fix-small) | (--apply)
task file -> `claude -p` group by (rule, file) -> `gh issue create`
-> ONE local commit (labels sonar, agent-fix; dedupe marker)
`fix(sonar): ...` |
`multica issue create --assignee sonar-fixer`
-> agent fixes, local commit only
```
## Classification
- SMALL: severity INFO/MINOR (or MAJOR with effort <= 5 min) AND rule in `scripts/sonar_triage.rules.json` AND file under `core/ routes/ static/js/ scripts/`.
- Never small: any VULNERABILITY; path or message mentioning auth/crypto/async/thread/lock/SQL/secret/token/password; files elsewhere (incl. tests).
- LARGE: severity BLOCKER/CRITICAL or effort > 60 min; otherwise MEDIUM.
- SKIPPED: matches an entry of `scripts/sonar_triage.skip.json` (rule, file regex, message regex; every given field must match). Entries: server.py 0.0.0.0 bind, tmp-dir dev script, Math.random ids, http:// LAN URLs, md5 cache key.
- Allowlist (each reason is in the JSON): python/javascript S1481 unused local, S1116 empty statement, javascript S1128 unused import, python/javascript S125 commented-out code.
## Flags
`--dry-run` (default) | `--apply` | `--since-new-code` (default) | `--all` | `--json <file>` | `--max-issues N` | `--cap N` (GitHub issues per run, default 10) | `--fix-small` (needs `--apply`) | `--list-rules`.
## GitHub issues
One per (rule, file); title `[sonar] <rule>: <short> in <file>`; body holds Sonar keys, lines, rule link, effort, approach, acceptance. Hidden marker `<!-- sonar-keys: k1,k2 -->`; an open `sonar` issue containing any of the keys suppresses a new one. Bodies contain paths/lines only, no code. If `gh auth status` fails the script reports and continues.
## multica hookup
After a GitHub issue is created the script runs `multica issue create --project <id> --assignee sonar-fixer --description-stdin` (the multica issue links the GitHub URL; assigning starts the agent run). Override with `MULTICA_AGENT`, `MULTICA_PROJECT`. Failure is reported, not fatal. Agent `sonar-fixer` instructions: see the end of this file.
## --fix-small
Refuses on a dirty tracked tree. Writes a task file to a temp dir (not committed), runs `claude -p` with only Read/Edit/Grep/Glob and Bash for check-frontend, `node --test`, git add/commit/status/diff, then verifies the new commit count and clean tree. Local commit only.
## Secrets
The token is read inside the script from `~/.config/sonar-token` (or `SONAR_TOKEN`) and sent as HTTP Basic auth (token as user, empty password). It is never printed, put in argv/URLs or written to files; a unit test asserts it is absent from output.
## Run
```
npm run sonar:triage # dry-run, new code
npm run sonar:triage -- --all --json /tmp/t.json
npm run sonar:triage -- --apply --cap 5 # create GitHub + multica issues
npm run sonar:triage -- --apply --fix-small
```
## Rollback
Local fix commits: `git reset --hard <sha before>` / `git revert`. Issues: close the GitHub issue and the multica issue. Nothing is pushed by the script.
## sonar-fixer agent instructions
Fix only the given Sonar issue. Read CLAUDE.md and PROJECT_MAP.md first. Run `node scripts/check-frontend.mjs` and Python `unittest` with an isolated HOME; tests mock the API and import from tests/_guard.js. One local Conventional Commit `fix(sonar): ...`; never push; never touch secrets; if a design decision is needed, stop and comment.

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@ -11,6 +11,7 @@
"minify": "node scripts/minify.mjs",
"check:frontend": "node scripts/check-frontend.mjs",
"qa": "node scripts/qa.mjs",
"sonar:triage": "node scripts/sonar_triage.mjs",
"test:unit": "node --test tests/*.test.mjs"
},
"devDependencies": {

180
scripts/sonar_triage.mjs Normal file
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#!/usr/bin/env node
// Local SonarQube triage loop. Dry-run by default. See architecture/sonar-triage.md.
import { readFileSync, writeFileSync, mkdtempSync, existsSync } from 'node:fs';
import { homedir, tmpdir } from 'node:os';
import { join, dirname } from 'node:path';
import { spawnSync } from 'node:child_process';
import { fileURLToPath } from 'node:url';
const ROOT = join(dirname(fileURLToPath(import.meta.url)), '..');
const HOST = process.env.SONAR_HOST_URL || 'https://sq.martin-bierschenk.de';
const PROJECT = process.env.SONAR_PROJECT_KEY || 'mARTin-B78_tts-voice-creator-clone-and-design-2_2b78a834-b2ae-4292-9363-d41c1254cb7a';
const MULTICA_AGENT = process.env.MULTICA_AGENT || 'sonar-fixer';
const MULTICA_PROJECT = process.env.MULTICA_PROJECT || 'fe4b0ad0-111c-4801-a8af-2301b37f3ee6';
const SMALL_DIRS = ['core/', 'routes/', 'static/js/', 'scripts/'];
const RISKY_PATH = /auth|crypt|async|thread|sql|secret|token|password/i;
const RISKY_MSG = /\b(await|async|thread|lock|sql|crypt\w*|hash\w*|password|token|secret)\b/i;
export function parseEffort(s) {
if (!s) return 0;
const m = /^(?:(\d+)d)?(?:(\d+)h)?(?:(\d+)min)?$/.exec(s);
return m ? (+m[1] || 0) * 480 + (+m[2] || 0) * 60 + (+m[3] || 0) : 0;
}
export const pathOf = (component) => component.slice(component.indexOf(':') + 1);
export function isSkipped(issue, path, skip) {
return skip.find((s) => (!s.rule || s.rule === issue.rule)
&& (!s.file || new RegExp(s.file).test(path))
&& (!s.message || new RegExp(s.message, 'i').test(issue.message || '')));
}
// -> {cls: small|medium|large|skipped, why}
export function classify(issue, { allow, skip }) {
const path = pathOf(issue.component);
const sk = isSkipped(issue, path, skip);
if (sk) return { cls: 'skipped', why: sk.reason || 'skip-list' };
const effort = parseEffort(issue.effort);
const big = effort > 60 || ['BLOCKER', 'CRITICAL'].includes(issue.severity);
const never = issue.type === 'VULNERABILITY' ? 'vulnerability'
: !SMALL_DIRS.some((d) => path.startsWith(d)) ? 'outside core/routes/static/js/scripts'
: RISKY_PATH.test(path) || RISKY_MSG.test(issue.message || '') ? 'touches auth/crypto/async/threading/SQL' : null;
const sevOk = ['INFO', 'MINOR'].includes(issue.severity) || (issue.severity === 'MAJOR' && effort <= 5);
if (!never && sevOk && allow.has(issue.rule)) return { cls: 'small', why: 'allowlisted mechanical rule' };
return { cls: big ? 'large' : 'medium', why: never || (allow.has(issue.rule) ? 'severity/effort above small' : 'rule not allowlisted') };
}
export function loadConfig(dir = __dirname_()) {
const rd = (f) => JSON.parse(readFileSync(join(dir, f), 'utf8'));
return { allow: new Set(Object.keys(rd('sonar_triage.rules.json').rules)), skip: rd('sonar_triage.skip.json').skip };
}
function __dirname_() { return dirname(fileURLToPath(import.meta.url)); }
export async function fetchIssues({ fetchFn = fetch, token, newCode = true, max = Infinity }) {
const auth = 'Basic ' + Buffer.from(`${token}:`).toString('base64'); // token as username, empty password
const out = [];
for (let p = 1; out.length < max; p++) {
const q = new URLSearchParams({ componentKeys: PROJECT, statuses: 'OPEN,CONFIRMED,REOPENED', types: 'BUG,VULNERABILITY,CODE_SMELL', ps: '500', p: String(p) });
if (newCode) q.set('inNewCodePeriod', 'true');
const r = await fetchFn(`${HOST}/api/issues/search?${q}`, { headers: { Authorization: auth }, signal: AbortSignal.timeout(30000) });
if (!r.ok) throw new Error(`SonarQube HTTP ${r.status}`);
const j = await r.json();
out.push(...j.issues);
if (p * 500 >= j.paging.total) break;
}
return out.slice(0, max);
}
export function triage(issues, cfg) {
const res = { small: [], medium: [], large: [], skipped: [] };
for (const i of issues) { const c = classify(i, cfg); res[c.cls].push({ ...i, path: pathOf(i.component), why: c.why }); }
return res;
}
const countBy = (xs, f) => xs.reduce((m, x) => (m[f(x)] = (m[f(x)] || 0) + 1, m), {});
export function groupIssues(items) {
const g = new Map();
for (const i of items) { const k = `${i.rule}\u0000${i.path}`; (g.get(k) || g.set(k, []).get(k)).push(i); }
return [...g.values()].map((is) => {
const keys = is.map((i) => i.key).sort();
return { rule: is[0].rule, path: is[0].path, issues: is, keys, effort: is.reduce((s, i) => s + parseEffort(i.effort), 0),
title: `[sonar] ${is[0].rule}: ${(is[0].message || '').slice(0, 60).replace(/\s+/g, ' ')} in ${is[0].path}`.slice(0, 200) };
});
}
export function issueBody(g) {
return [
`<!-- sonar-keys: ${g.keys.join(',')} -->`,
`Rule: [${g.rule}](${HOST}/coding_rules?open=${encodeURIComponent(g.rule)}&rule_key=${encodeURIComponent(g.rule)})`,
`File: \`${g.path}\` | Estimated effort: ${g.effort} min`,
'', '| Sonar key | Line | Message |', '|---|---|---|',
...g.issues.map((i) => `| ${i.key} | ${i.line ?? '-'} | ${(i.message || '').replace(/\|/g, '\\|')} |`),
'', '## Suggested approach',
'Read the rule description linked above, fix each listed line at the root cause, keep behaviour unchanged unless the rule demands otherwise.',
'', '## Acceptance',
'- A re-scan clears the listed Sonar keys.',
'- Follow CLAUDE.md and PROJECT_MAP.md; `node scripts/check-frontend.mjs` and the relevant unit tests pass (tests mock the API, import from tests/_guard.js).',
'- LOCAL commit only (`fix(sonar): ...`), never push; stop and comment if a design decision is needed.',
].join('\n');
}
export function hasMarker(existingBodies, keys) {
return existingBodies.some((b) => { const m = /<!-- sonar-keys: ([^>]*?) -->/.exec(b || ''); return m && keys.some((k) => m[1].split(',').includes(k)); });
}
const run = (cmd, args, input) => spawnSync(cmd, args, { input, encoding: 'utf8', cwd: ROOT, timeout: 600000 });
function ghIssues(groups, apply, cap, log) {
if (run('gh', ['auth', 'status']).status !== 0) { log('gh unauthenticated: skipping GitHub issues (run `gh auth login`).'); return []; }
const list = run('gh', ['issue', 'list', '--state', 'open', '--label', 'sonar', '--limit', '300', '--json', 'number,body']);
const bodies = list.status === 0 ? JSON.parse(list.stdout).map((x) => x.body) : [];
const todo = groups.filter((g) => !hasMarker(bodies, g.keys));
log(`GitHub: ${groups.length - todo.length} duplicate(s) skipped, ${Math.min(todo.length, cap)} of ${todo.length} to create (cap ${cap}).`);
const done = [];
if (apply) for (const l of ['sonar', 'agent-fix']) run('gh', ['label', 'create', l, '--color', '5319e7', '--description', 'SonarQube triage']);
for (const g of todo.slice(0, cap)) {
if (!apply) { log(` [dry-run] would create: ${g.title}`); continue; }
const r = run('gh', ['issue', 'create', '--title', g.title, '--label', 'sonar', '--label', 'agent-fix', '--body-file', '-'], issueBody(g));
if (r.status !== 0) { log(` gh create failed for ${g.title}`); continue; }
const url = r.stdout.trim().split('\n').pop();
log(` created ${url}`);
// Mechanism: a multica issue (assigned to the agent) that points at the GitHub issue.
const m = run('multica', ['issue', 'create', '--title', g.title, '--project', MULTICA_PROJECT, '--assignee', MULTICA_AGENT, '--description-stdin'], `GitHub issue: ${url}\n\n${issueBody(g)}`);
log(m.status === 0 ? ` multica issue assigned to ${MULTICA_AGENT}` : ` multica hookup failed (create it manually): ${(m.stderr || '').split('\n')[0]}`);
done.push(url);
}
return done;
}
function fixSmall(small, log) {
const dirty = () => run('git', ['status', '--porcelain', '--untracked-files=no']).stdout.trim();
if (dirty()) { log('fix-small: refusing, tracked working tree is dirty.'); return; }
const head = run('git', ['rev-parse', 'HEAD']).stdout.trim();
const dir = mkdtempSync(join(tmpdir(), 'sonar-small-'));
const task = join(dir, 'task.md');
const lines = groupIssues(small).flatMap((g) => g.issues.map((i) => `- ${i.rule} ${g.path}:${i.line ?? '?'} (${i.key}): ${i.message}`));
writeFileSync(task, `Fix ONLY these SonarQube issues, changing behaviour nowhere. Follow CLAUDE.md.\n${lines.join('\n')}\n\nThen run \`node scripts/check-frontend.mjs\` and \`node --test tests/*.test.mjs\`. If they pass, make exactly ONE local commit \`fix(sonar): <summary>\` ending with the line "Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>". Never push. Touch no other file; if an issue needs a design decision, skip it and say so.\n`);
const tools = ['Read', 'Edit', 'Grep', 'Glob', 'Bash(node scripts/check-frontend.mjs)', 'Bash(node --test:*)', 'Bash(git add:*)', 'Bash(git commit:*)', 'Bash(git status:*)', 'Bash(git diff:*)'];
const r = run('claude', ['-p', '--allowedTools', ...tools], `Read the task file ${task} and do exactly what it says.`);
if (r.status !== 0) { log(`fix-small: headless run failed; task file kept at ${task}. Manual: claude -p "do ${task}"`); return; }
const n = run('git', ['rev-list', '--count', `${head}..HEAD`]).stdout.trim();
log(`fix-small: ${n} new local commit(s); tree ${dirty() ? 'DIRTY (review!)' : 'clean'}. Not pushed.`);
}
export async function main(argv, deps = {}) {
const log = deps.log || console.log;
const a = { apply: false, newCode: true, max: Infinity, json: null, fixSmall: false, list: false, cap: 10 };
for (let i = 0; i < argv.length; i++) {
const f = argv[i];
if (f === '--apply') a.apply = true; else if (f === '--dry-run') a.apply = false;
else if (f === '--all') a.newCode = false; else if (f === '--since-new-code') a.newCode = true;
else if (f === '--fix-small') a.fixSmall = true; else if (f === '--list-rules') a.list = true;
else if (f === '--json') a.json = argv[++i]; else if (f === '--max-issues') a.max = +argv[++i];
else if (f === '--cap') a.cap = +argv[++i];
else throw new Error(`unknown flag ${f}`);
}
const cfg = deps.cfg || loadConfig();
if (a.list) { log('Allowlisted (small) rules:'); for (const r of cfg.allow) log(` ${r}`); log('Skip-list:'); for (const s of cfg.skip) log(` ${s.rule || '*'} ${s.file || ''} ${s.message || ''} -- ${s.reason}`); return; }
const tokFile = join(homedir(), '.config', 'sonar-token');
const token = deps.token || process.env.SONAR_TOKEN || (existsSync(tokFile) ? readFileSync(tokFile, 'utf8').trim() : '');
if (!token) throw new Error('no token: put it in ~/.config/sonar-token (or SONAR_TOKEN)');
const issues = await fetchIssues({ fetchFn: deps.fetchFn, token, newCode: a.newCode, max: a.max });
const res = triage(issues, cfg);
log(`Mode: ${a.apply ? 'APPLY' : 'dry-run'} | scope: ${a.newCode ? 'new code' : 'all'} | issues: ${issues.length}`);
for (const c of ['small', 'medium', 'large', 'skipped']) {
log(`\n${c.toUpperCase()} (${res[c].length})`);
for (const [r, n] of Object.entries(countBy(res[c], (i) => i.rule)).sort((x, y) => y[1] - x[1])) log(` ${String(n).padStart(4)} ${r}`);
}
if (a.json) writeFileSync(a.json, JSON.stringify(res, null, 2));
if (deps.noActions) return res;
const groups = groupIssues([...res.medium, ...res.large]);
log(`\nMedium+ groups (rule, file): ${groups.length}`);
ghIssues(groups, a.apply, a.cap, log);
if (a.fixSmall) { if (a.apply) fixSmall(res.small, log); else log('fix-small needs --apply (dry-run).'); }
return res;
}
if (process.argv[1] && fileURLToPath(import.meta.url) === process.argv[1]) {
main(process.argv.slice(2)).catch((e) => { console.error(`sonar_triage: ${e.message}`); process.exit(1); });
}

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{
"_doc": "Allowlist of Sonar rules whose fix is purely mechanical and cannot change behaviour. Only these may be auto-fixed (--fix-small). Everything else becomes a GitHub issue.",
"rules": {
"python:S1481": "Unused local variable: remove the binding but keep the right-hand expression if it has side effects.",
"javascript:S1481": "Unused local variable: remove the binding but keep any side-effecting right-hand expression.",
"python:S1116": "Empty statement (stray semicolon): deleting it is a no-op.",
"javascript:S1116": "Empty statement / extra semicolon: deleting it is a no-op.",
"javascript:S1128": "Unused import in an ES module: remove it (verify it is not imported for side effects).",
"python:S125": "Commented-out code: delete the comment lines; no runtime effect.",
"javascript:S125": "Commented-out code: delete the comment lines; no runtime effect."
}
}

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{
"_doc": "Findings the owner reviewed and accepted (false positives / deliberate). Each entry matches when ALL given fields match: rule (exact), file (regex on repo path), message (regex, case-insensitive).",
"skip": [
{"rule": "python:S104", "file": "^server\\.py$", "reason": "server.py binds 0.0.0.0 on purpose: Docker container reached over the LAN."},
{"file": "^server\\.py$", "message": "0\\.0\\.0\\.0|all network interfaces", "reason": "Same: deliberate container bind (rule key differs between analyzer versions)."},
{"rule": "python:S5443", "file": "^scripts/", "reason": "Dev-only script writes to the system tmp dir."},
{"rule": "javascript:S2245", "file": "^static/js/", "reason": "Math.random is used for non-security UI ids."},
{"rule": "python:S5332", "reason": "http:// URLs are LAN-internal services (no TLS inside the LAN)."},
{"rule": "javascript:S5332", "reason": "http:// URLs are LAN-internal services (no TLS inside the LAN)."},
{"rule": "python:S4790", "reason": "md5 is used as a cache key, not for security."}
]
}

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import { test } from 'node:test';
import assert from 'node:assert/strict';
import { classify, parseEffort, groupIssues, hasMarker, issueBody, fetchIssues, main, loadConfig } from '../scripts/sonar_triage.mjs';
const cfg = { allow: new Set(['python:S1481']), skip: [{ rule: 'javascript:S2245', file: '^static/js/', reason: 'ids' }] };
const mk = (o) => ({ key: 'K' + Math.random(), rule: 'python:S1481', severity: 'MINOR', type: 'CODE_SMELL', effort: '2min', component: 'p:core/x.py', line: 3, message: 'm', ...o });
test('effort parsing', () => { assert.equal(parseEffort('1h30min'), 90); assert.equal(parseEffort('5min'), 5); assert.equal(parseEffort(undefined), 0); });
test('small: allowlisted + minor in core', () => assert.equal(classify(mk(), cfg).cls, 'small'));
test('small: MAJOR only with effort <= 5min', () => {
assert.equal(classify(mk({ severity: 'MAJOR' }), cfg).cls, 'small');
assert.equal(classify(mk({ severity: 'MAJOR', effort: '10min' }), cfg).cls, 'medium');
});
test('not allowlisted -> medium; critical or >60min -> large', () => {
assert.equal(classify(mk({ rule: 'python:S9' }), cfg).cls, 'medium');
assert.equal(classify(mk({ rule: 'python:S9', severity: 'CRITICAL' }), cfg).cls, 'large');
assert.equal(classify(mk({ rule: 'python:S9', effort: '2h' }), cfg).cls, 'large');
});
test('never small: vulnerability, outside dirs, risky path/message', () => {
assert.notEqual(classify(mk({ type: 'VULNERABILITY' }), cfg).cls, 'small');
assert.notEqual(classify(mk({ component: 'p:tests/a.py' }), cfg).cls, 'small');
assert.notEqual(classify(mk({ component: 'p:core/auth.py' }), cfg).cls, 'small');
assert.notEqual(classify(mk({ message: 'unused var in await call' }), cfg).cls, 'small');
});
test('skip list wins', () => assert.equal(classify(mk({ rule: 'javascript:S2245', component: 'p:static/js/a.js' }), cfg).cls, 'skipped'));
test('shipped config loads and skips server.py bind', () => {
const c = loadConfig();
assert.equal(classify(mk({ rule: 'python:S104', component: 'p:server.py' }), c).cls, 'skipped');
});
test('grouping by rule+file and body marker', () => {
const g = groupIssues([mk({ key: 'b' }), mk({ key: 'a' }), mk({ key: 'c', component: 'p:core/y.py' })].map((i) => ({ ...i, path: i.component.slice(2) })));
assert.equal(g.length, 2);
const body = issueBody(g.find((x) => x.keys.length === 2));
assert.match(body, /<!-- sonar-keys: a,b -->/);
assert.ok(hasMarker([body], ['b']));
assert.ok(!hasMarker([body], ['zzz']));
});
const page = (issues) => ({ ok: true, json: async () => ({ issues, paging: { total: issues.length } }) });
test('fetch sends token as basic username, new-code filter', async () => {
let seen;
await fetchIssues({ token: 'SECRET', fetchFn: async (u, o) => { seen = { u, o }; return page([]); } });
assert.equal(seen.o.headers.Authorization, 'Basic ' + Buffer.from('SECRET:').toString('base64'));
assert.match(seen.u, /inNewCodePeriod=true/);
assert.doesNotMatch(seen.u, /SECRET/);
});
test('dry-run makes only GET requests and never prints the token', async () => {
const methods = []; const out = [];
await main(['--dry-run', '--all'], {
token: 'SECRET-TOKEN-123', cfg, noActions: true, log: (s) => out.push(s),
fetchFn: async (u, o) => { methods.push(o.method || 'GET'); return page([mk(), mk({ rule: 'python:S9' })]); },
});
assert.deepEqual([...new Set(methods)], ['GET']);
assert.ok(out.join('\n').includes('SMALL (1)'));
assert.ok(!out.join('\n').includes('SECRET-TOKEN-123'));
});