teqo-backup/scripts/worktree.mjs
Francisco Solla 1c3e43a169 feat(worktree): flags de modelo --cheap/--pro/--zen/--go/--alibaba com --variant max (OPS93)
Mapa fixo commitado em scripts/lib/worktree.mjs (cheap=cheapestinference/deepseek-v4-flash, pro=opencode-go/qwen3.7-max, zen=opencode-go/ox-alpha-free, go=opencode-go/mimo-v2.5, alibaba=alibaba-token-plan/qwen3.7-max) com WORKTREE_VARIANT=max sempre; resolveWorktreeModel fail-high em múltiplas flags; opencodeLaunchDirective passa a emitir --model <map|preset> --variant max --auto; scripts/worktree.mjs valida at-most-one antes do claim e repassa modelo nos 3 propósitos (next/plan/new) com help/docblock atualizados; .agents/shell/worktree.sh, .opencode/commands/worktree.md, .agents/skills/worktree-next-issue/SKILL.md e local-database skill com contrato remapeado (--go deixa de ser no-op); tests/unit/worktree.unit.spec.ts pina as 5 flags, variant e guardrail.

Closes #859
2026-08-24 16:51:05 -03:00

872 lines
38 KiB
JavaScript

/**
* `pnpm worktree` — worktree management determinístico em torno da fila de
* claim do projeto (mesma fila de `agent:claim` / agent pool).
*
* pnpm worktree next [--issue N] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]
* claima a próxima Issue claimável ANTES de criar
* o worktree a partir de origin/main (mesma fila
* e lock otimista de `pnpm agent:claim`; claim
* falhou → motivo e saída SEM worktree órfão);
* branch `<code>-<slug>`.
* `--issue N` claima a Issue direcionada (`ready`)
* ou REABRE uma já claimada (`in-progress` — sem
* re-claim; worktree reutilizado/criado e launch
* na hora). O texto de saída avisa "já claimada —
* não rodar `pnpm agent:claim`".
* Por padrão imprime `cd <dir>` no fim — node
* não muda o cwd do shell pai; o shell chamador
* aplica (opencode/CDP usa o opencode command;
* terminal interativo: função `worktree()` em
* `.agents/shell/worktree.sh`, sourced no profile).
* `--stay` suprime a linha `cd` (o claim ainda
* acontece); `--cheap/--pro/--zen/--go/--alibaba`
* escolhe o modelo por invocação no mapa fixo
* `WORKTREE_MODEL_MAP` (cheap=cheapestinference/
* deepseek-v4-flash, pro=opencode-go/qwen3.7-max,
* zen=opencode-go/ox-alpha-free, go=opencode-go/
* mimo-v2.5, alibaba=alibaba-token-plan/qwen3.7-max)
* com `--variant max` sempre (OPS93; sem flag o
* preset `deepseek/deepseek-v4-flash` permanece).
* Chamado do terminal interativo (com
* `TEQO_WORKTREE_TERMINAL=1`, que só a função shell
* seta), imprime também a diretiva `launch
* opencode <dir> --model <preset|map> --variant max
* --auto --prompt "/work-issue --issue <N>"` ANTES
* do `cd` — a função shell executa o cd e então a
* linha, e o TUI do opencode abre no worktree com
* `/work-issue --issue <N>` já enviado (OPS26 +
* OPS33: o launch entrega a Issue claimada ao
* agente; a skill lê o resto do GitHub) em effort
* max. Presets e mapa em scripts/lib/worktree.mjs.
* Sem o marcador (comando `/worktree` do opencode),
* a diretiva não é impressa — nunca abre TUI aninhado.
* Também PROVISIONA o ambiente isolado do worktree:
* porta do dev server + bancos próprios derivados
* deterministicamente do branch (ver
* scripts/lib/worktree-env.mjs), para agentes em
* paralelo não disputarem porta 3000 nem o
* `teqo_test` compartilhado. Migrations E seed
* mínimo (`db:seed:minimal`, OPS28) são aplicados
* aos dois bancos — paridade com a CI, que roda
* `migrate → seed:minimal` antes do e2e.
* Também copia do worktree principal os secretos
* gitignored de `.opencode/secrets/` (ex.
* `penpot-token` do MCP Penpot) — git não leva
* ignored files para o worktree e o opencode se
* recusa a abrir com `{file:…}` pendurado.
* `--no-migrate` pula migrations E o seed (que
* depende do catálogo migrado).
* pnpm worktree plan [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]
* cria um worktree de PLANEJAMENTO novo para rodar
* a skill /plan-issue sem ocupar o main — cada
* invocação cria UM DIFERENTE, para sessões de
* planejamento paralelas: com `bag`, branch
* `plans/plan-issue-<bag>` (e `-2`, `-3`, … se o
* nome já estiver vivo); sem `bag`, o próximo
* sequencial `plans/plan-issue-<n>` livre. Nenhum
* deles (branch nem slot) colide com um `next`
* posterior (prefixo minúsculo `plans/…`).
* Mesmo provisionamento isolado do `next`; no
* terminal, mesma diretiva `launch` — com
* `--prompt /plan-issue` já enviado (OPS31: o TUI
* abre no fluxo de planejamento, sem digitação) e
* `--model <map> --variant max` quando a flag de
* modelo está presente.
* pnpm worktree new [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]
* cria um worktree NEUTRO novo — sem função
* pré-definida (explorar ideia, conversar, ou
* planejar sem registrar nada): cada invocação
* cria UM DIFERENTE; com `bag`, branch
* `work/<bag>` (e `-2`, `-3`, … se o nome já
* estiver vivo); sem `bag`, o próximo sequencial
* `work/<n>` livre. Prefixo minúsculo `work/…` —
* nunca colide com `<code>-<slug>` de `next` nem
* com `plans/plan-issue-…` de `plan`.
* Mesmo provisionamento isolado do `next`/`plan`;
* no terminal, mesma diretiva `launch` — SEM
* `--prompt` (apenas conversar, nenhuma skill) e
* `--model <map> --variant max` quando a flag de
* modelo está presente.
* `--stay` suprime a linha `cd` e a diretiva;
* `--cheap/--pro/--zen/--go/--alibaba` escolhe o
* modelo por invocação (sem flag o preset permanece).
* Migrations E seed mínimo nos dois bancos, como
* o `next`/`plan` (OPS28).
* pnpm worktree kill [--force] destrói o worktree em que o shell atual está
* (recusa worktree sujo sem `--force`) e remove os
* bancos gerados do worktree (best-effort); por
* padrão termina imprimindo `cd <main>` para o
* shell voltar ao worktree principal — o cwd nunca
* fica num diretório destruído (não aceita
* `--stay`; `--go` é no-op)
*
* Read-only no GitHub? NÃO — desde o OPS33 `next` CLAIMA: claim determinístico
* antes do worktree (mesma fila/ordem e lock otimista do `pnpm agent:claim`;
* `--issue N` claim direcionado ou reabre sessão já claimada). `plan`/`new`/
* `kill` não tocam Issues. O claim do pool (supervisor coordenado) é intacto.
* Dir raiz: `~/.cursor/worktrees/teqo/` (mesma casa dos worktrees do Cursor).
*/
import { execFileSync } from 'node:child_process'
import { randomBytes } from 'node:crypto'
import {
copyFileSync,
existsSync,
mkdirSync,
readdirSync,
readFileSync,
statSync,
writeFileSync,
} from 'node:fs'
import { homedir } from 'node:os'
import { join, resolve } from 'node:path'
import { parse as parseEnv } from 'dotenv'
import pg from 'pg'
import {
claimBriefLines,
claimIssue,
claimQueueEntry,
claimTargetVerdict,
dieAgent,
issuesById,
nextClaimableIssue,
parseArgs,
} from './lib/agent-forgejo.mjs'
import { startSharedPostgres } from './lib/db-start.mjs'
import { githubApi as api } from './lib/github-api.mjs'
import {
DEV_PORT_BASE,
GENERATED_ENV_MARKER,
isGeneratedDatabaseName,
s3EnvCopiedLines,
worktreeEnvFileContents,
worktreeEnvironment,
} from './lib/worktree-env.mjs'
import {
branchNameForIssue,
OPENCODE_PRESET_MODEL,
opencodeLaunchDirective,
planBranchName,
resolveWorktreeModel,
workBranchName,
WORKTREE_TERMINAL_ENV,
WORKTREE_VARIANT,
} from './lib/worktree.mjs'
const die = dieAgent('worktree')
const WORKTREES_ROOT = process.env.WORKTREES_ROOT ?? join(homedir(), '.cursor', 'worktrees', 'teqo')
/**
* True when the interactive terminal shell function (`.agents/shell/worktree.sh`)
* calls us: it sets `TEQO_WORKTREE_TERMINAL=1` and executes the `launch`
* directive we print. Without the marker (the `/worktree` opencode command,
* automation) the launch line is never printed — no nested TUI.
*/
const terminalShell = process.env[WORKTREE_TERMINAL_ENV] === '1'
/** Resolve the per-invocation model from the parsed flags (at-most-one, fail-high). */
const resolveLaunchModel = (flags) => {
try {
return resolveWorktreeModel(flags)
} catch (error) {
die(error.message)
}
}
/** Print the `launch` directive (only exists from the terminal shell); the `cd` line stays last. */
const printLaunchDirective = ({ dir, purpose, issueNumber, flags = {} }) => {
const model = resolveLaunchModel(flags)
const line = opencodeLaunchDirective({
dir,
purpose,
terminal: terminalShell,
issueNumber,
model,
})
if (line) console.log(line)
}
/** Maintenance database on the shared local container — only ever localhost. */
const MAINTENANCE_DATABASE_URL = 'postgresql://teqo:teqo@localhost:5432/postgres'
/** `git` wrapper; `okIfFails` swallows the failure and returns null instead. */
const git = (args, { okIfFails = false } = {}) => {
try {
return execFileSync('git', args, { encoding: 'utf8', maxBuffer: 16 * 1024 * 1024 }).trim()
} catch (error) {
if (okIfFails) return null
const stderr = (error.stderr?.toString() ?? '').trim()
die(stderr || error.message || `git ${args.join(' ')} falhou`)
}
return null
}
/** Parse `git worktree list --porcelain` into [{ path, branch }]. */
const parseWorktreeList = (porcelain) => {
const entries = []
let current = null
for (const raw of porcelain.split('\n')) {
const line = raw.trimEnd()
if (line.startsWith('worktree ')) {
current = { path: line.slice('worktree '.length), branch: null }
entries.push(current)
} else if (line.startsWith('branch refs/heads/')) {
if (current) current.branch = line.slice('branch refs/heads/'.length)
} else if (line === '') {
current = null
}
}
return entries
}
/**
* Slots already claimed by OTHER live worktrees, read from their generated
* `.env.local` (only files carrying the marker count — manual envs claim
* nothing and are never overwritten).
*/
const readLiveSlots = (entries, excludedDir) => {
const slots = new Set()
for (const entry of entries) {
if (resolve(entry.path) === resolve(excludedDir)) continue
try {
const text = readFileSync(join(entry.path, '.env.local'), 'utf8')
if (!text.includes(GENERATED_ENV_MARKER)) continue
const match = /^PORT=([0-9]+)/m.exec(text)
const slot = match ? Number(match[1]) - DEV_PORT_BASE : null
if (slot !== null && Number.isInteger(slot) && slot >= 0) slots.add(slot)
} catch {
// worktree dir without a generated env file — nothing claimed
}
}
return slots
}
/** Merge the main repo's `.env` then `.env.local` (local wins) — secret source. */
const readMainEnv = (mainRoot) => {
const merged = {}
for (const name of ['.env', '.env.local']) {
try {
Object.assign(merged, parseEnv(readFileSync(join(mainRoot, name), 'utf8')))
} catch {
// file missing — fine
}
}
return merged
}
const envFileIsGenerated = (dir, name) => {
try {
return readFileSync(join(dir, name), 'utf8').includes(GENERATED_ENV_MARKER)
} catch {
return false
}
}
/**
* Copies the main repo's gitignored `.opencode/secrets/*` into the worktree —
* e.g. `penpot-token`, referenced by the root `opencode.json` MCP config via
* `{file:…}`. Git worktrees don't carry ignored files, and opencode refuses to
* start with a dangling `{file:…}` reference ("bad file reference"), so the
* TUI launch directive would fail inside a fresh worktree. Never overwrites an
* existing worktree file (a manual copy wins).
*/
const copyOpendevSecrets = (mainRoot, dir) => {
const sourceDir = join(mainRoot, '.opencode', 'secrets')
if (!existsSync(sourceDir)) return
const targetDir = join(dir, '.opencode', 'secrets')
mkdirSync(targetDir, { recursive: true })
for (const name of readdirSync(sourceDir)) {
const source = join(sourceDir, name)
const target = join(targetDir, name)
if (!statSync(source).isFile() || existsSync(target)) continue
copyFileSync(source, target)
console.log(`[worktree] .opencode/secrets/${name} copiado do worktree principal.`)
}
}
/** `CREATE DATABASE` for each missing generated name on the shared container. */
const ensureDatabases = async (names) => {
const client = new pg.Client({
connectionString: MAINTENANCE_DATABASE_URL,
connectionTimeoutMillis: 5000,
})
await client.connect()
try {
for (const name of names) {
if (!isGeneratedDatabaseName(name)) die(`Nome de banco gerado inválido: ${name}`)
const { rows } = await client.query('SELECT 1 AS ok FROM pg_database WHERE datname = $1', [
name,
])
if (rows.length > 0) {
console.log(`[worktree] banco ${name} já existe.`)
continue
}
await client.query(`CREATE DATABASE ${name}`)
console.log(`[worktree] banco criado: ${name}`)
}
} finally {
await client.end().catch(() => {})
}
}
const ensureWorktreeDeps = (dir) => {
if (existsSync(join(dir, 'node_modules', '.bin', 'payload'))) return
console.log('[worktree] ▶ node_modules ausente — pnpm install --frozen-lockfile …')
execFileSync('pnpm', ['install', '--frozen-lockfile'], { cwd: dir, stdio: 'inherit' })
}
const runMigrate = (dir, databaseUrl, payloadSecret) => {
console.log(`[worktree] ▶ migrations em ${databaseUrl} (uma vez por worktree)…`)
execFileSync('pnpm', ['migrate'], {
cwd: dir,
env: { ...process.env, DATABASE_URL: databaseUrl, PAYLOAD_SECRET: payloadSecret },
stdio: 'inherit',
})
}
/**
* Runs the minimal synthetic seed on a provisioned database — the same
* `pnpm db:seed:minimal` CI runs after `pnpm migrate`, so a worktree's dev and
* test databases carry the same content CI's e2e asserts on (OPS28: worktrees
* were migrate-only and the e2e diverged). Idempotent (upsert by stable key)
* and guarded by the seed's own `assertLocalDatabase` — it never touches a
* non-local database. Skipped alongside migrations by `--no-migrate`, since the
* seed requires the migrated municipality catalog.
*/
const runSeedMinimal = (dir, databaseUrl, payloadSecret) => {
console.log(`[worktree] ▶ seed mínimo em ${databaseUrl} (paridade com a CI)…`)
execFileSync('pnpm', ['db:seed:minimal'], {
cwd: dir,
env: { ...process.env, DATABASE_URL: databaseUrl, PAYLOAD_SECRET: payloadSecret },
stdio: 'inherit',
})
}
/** Cursor Cloud / no-Docker fallback: shared teqo + teqo_test, no port override. */
const writeFallbackEnv = (dir, branch) => {
const devEnv = [
GENERATED_ENV_MARKER,
'# fallback sem Docker (Cursor Cloud?): banco compartilhado, sem porta própria.',
`# branch ${branch}`,
'DATABASE_URL=postgresql://teqo:teqo@localhost:5432/teqo',
'',
].join('\n')
const testEnv = [
GENERATED_ENV_MARKER,
'# fallback sem Docker (Cursor Cloud?): banco de teste compartilhado.',
`# branch ${branch}`,
'DATABASE_URL=postgresql://teqo:teqo@localhost:5432/teqo_test',
'',
].join('\n')
writeFileSync(join(dir, '.env.local'), devEnv)
writeFileSync(join(dir, '.env.test.local'), testEnv)
}
/**
* Deterministic per-worktree environment: shared container + own databases +
* own dev-server port + env files + migrations + minimal seed. Skips everything
* when a manual `.env.local`/`.env.test.local` (no marker) exists — never
* clobbers. `purpose` labels the env comment (`next` | `plan` | `new`); `issue`
* is optional and fills the `issue #N` part of the comment only when present.
*/
const provision = async ({ dir, branch, issue, env, skipMigrate, mainRoot, purpose = 'next' }) => {
// Secreto gitignored que o opencode.json do worktree referencia (`{file:…}`)
// — sem ele o opencode se recusa a abrir; a cópia vale para todos os caminhos.
copyOpendevSecrets(mainRoot, dir)
const manual =
(existsSync(join(dir, '.env.local')) && !envFileIsGenerated(dir, '.env.local')) ||
(existsSync(join(dir, '.env.test.local')) && !envFileIsGenerated(dir, '.env.test.local'))
if (manual) {
console.warn(
'[worktree] .env.local/.env.test.local manuais presentes — sem provisionar nem sobrescrever.',
)
console.warn(
'[worktree] Remova os arquivos manuais e rode `pnpm worktree next` de novo para o ambiente isolado.',
)
return
}
const mainEnv = readMainEnv(mainRoot)
const payloadSecret = mainEnv.PAYLOAD_SECRET ?? randomBytes(24).toString('hex')
try {
// Start (or reuse) the ONE shared Postgres container from any worktree dir.
await startSharedPostgres({ cwd: dir })
} catch (error) {
console.warn('[worktree] Docker indisponível — usando o banco compartilhado (teqo/teqo_test).')
console.warn(`[worktree] (${error.message.split('\n')[0]})`)
writeFallbackEnv(dir, branch)
// OPS28 — parity with CI even on the degraded shared databases: migrate +
// seed the shared teqo/teqo_test so a Cloud worktree's e2e runs against the
// same content CI asserts on. Both are idempotent and local-only, though
// two CONCURRENT fallback provisionings can race the migrate/upserts — the
// loser dies loudly and a re-run converges (degraded mode; not lock-guarded).
if (!skipMigrate) {
console.warn(
'[worktree] atenção: o seed re-pina campaignGoals e 5 municípios no teqo/teqo_test ' +
'compartilhados (valores ajustados manualmente no banco compartilhado serão sobrescritos).',
)
ensureWorktreeDeps(dir)
runMigrate(dir, 'postgresql://teqo:teqo@localhost:5432/teqo', payloadSecret)
runSeedMinimal(dir, 'postgresql://teqo:teqo@localhost:5432/teqo', payloadSecret)
runMigrate(dir, 'postgresql://teqo:teqo@localhost:5432/teqo_test', payloadSecret)
runSeedMinimal(dir, 'postgresql://teqo:teqo@localhost:5432/teqo_test', payloadSecret)
} else {
console.log('[worktree] --no-migrate: migrations e seed mínimo ficam para depois.')
}
return
}
const devDatabase = env.devDatabase
const testDatabase = env.testDatabase
await ensureDatabases([devDatabase, testDatabase])
const devUrl = `postgresql://teqo:teqo@localhost:5432/${devDatabase}`
const testUrl = `postgresql://teqo:teqo@localhost:5432/${testDatabase}`
const copy = (key) => (mainEnv[key] ? [`${key}=${mainEnv[key]}`] : [])
const issueLabel = issue ? ` · issue #${issue.number}` : ''
const generatedBy = `gerado por pnpm worktree ${purpose}`
const { dev: devLines, test: testLines } = worktreeEnvFileContents({
branch,
issueLabel,
generatedBy,
env,
payloadSecret,
copiedLines: [
// Media storage (OPS52): all-or-nothing (see s3EnvCopiedLines).
...s3EnvCopiedLines(mainEnv),
...copy('NEXT_PUBLIC_VAPID_PUBLIC_KEY'),
...copy('VAPID_PUBLIC_KEY'),
...copy('VAPID_PRIVATE_KEY'),
...copy('VAPID_SUBJECT'),
...copy('RESEND_API_KEY'),
...copy('CAMPAIGN_EMAIL_FROM'),
...copy('CAMPAIGN_EMAIL_FROM_NAME'),
],
})
writeFileSync(join(dir, '.env.local'), devLines.join('\n'))
console.log(`[worktree] .env.local escrito (porta ${env.devPort}).`)
writeFileSync(join(dir, '.env.test.local'), testLines.join('\n'))
console.log('[worktree] .env.test.local escrito.')
if (skipMigrate) {
console.log('[worktree] --no-migrate: migrations e seed mínimo ficam para depois.')
return
}
ensureWorktreeDeps(dir)
runMigrate(dir, devUrl, payloadSecret)
runSeedMinimal(dir, devUrl, payloadSecret)
runMigrate(dir, testUrl, payloadSecret)
runSeedMinimal(dir, testUrl, payloadSecret)
}
/**
* Pick determinístico do `next` — READ-ONLY no GitHub: `--issue <N>` escolhe a
* Issue direcionada (via `claimTargetVerdict`: `ready` → claim, `in-progress` →
* reopen sem re-claim), sem a flag escolhe a próxima da fila (mesmo pick/ordem
* do `pnpm agent:claim`). O claim em si acontece só em `cmdNext`, DEPOIS da
* derivação/validação do branch — uma Issue sem frontmatter id (ou branch
* inválido) morre antes do flip de labels, nunca deixando claim órfão.
*/
const pickNextIssue = async ({ requestedIssueNumber, die }) => {
if (requestedIssueNumber !== null) {
const raw = String(requestedIssueNumber)
const number = Number(raw)
if (!Number.isInteger(number) || number <= 0) {
die(`--issue inválido: ${raw}`)
}
const target = await api.getIssue(number)
const verdict = claimTargetVerdict(target)
if (verdict.kind === 'error') die(verdict.message)
const entry = claimQueueEntry(target, await issuesById())
if (verdict.kind === 'reopen') {
// Sessão já claimada — reabrir não re-claima (reopen é sobre a sessão,
// nunca sobre a fila: deps atuais não importam).
return { entry, reopened: true, directed: true }
}
if (entry.blockedBy.length > 0) {
die(`Issue #${number} não é claimável (bloqueada por ${entry.blockedBy.join(', ')}).`)
}
return { entry, reopened: false, directed: true }
}
const pick = await nextClaimableIssue()
if (!pick) {
die('Fila vazia — nada `ready` desbloqueado. Rode `pnpm agent:status` para ver a fila.')
}
return { entry: pick, reopened: false, directed: false }
}
const cmdNext = async (stay, skipMigrate, requestedIssueNumber, flags = {}) => {
// Fail-high on conflicting model flags before touching GitHub (no orphan claim).
resolveLaunchModel(flags)
const { entry, reopened, directed } = await pickNextIssue({ requestedIssueNumber, die })
const issue = entry.issue
const branch = branchNameForIssue({ ...issue, meta: entry.meta })
if (git(['check-ref-format', '--allow-onelevel', branch], { okIfFails: true }) === null) {
die(`Branch derivado inválido para refname: ${branch}`)
}
const dir = join(WORKTREES_ROOT, branch)
// O claim flips labels — só depois da derivação do branch provar que a Issue
// tem tudo para virar worktree.
if (!reopened) await claimIssue(entry, die)
const claimedIssueNumber = reopened ? null : issue.number
const headline = reopened
? 'Sessão já claimada — reabrindo (sem re-claim)'
: directed
? 'Claimado (direcionado — `--issue`)'
: 'Claimado da fila'
console.log(`\n${headline}: #${issue.number} ${issue.title}`)
for (const line of claimBriefLines(entry)) console.log(line)
try {
git(['fetch', 'origin'])
const entries = parseWorktreeList(git(['worktree', 'list', '--porcelain']))
if (entries.some((entry) => resolve(entry.path) === resolve(dir))) {
console.log(`Worktree já existe em ${dir} — reutilizando, sem duplicar.`)
} else {
const branchExists =
git(['show-ref', '--verify', '--quiet', `refs/heads/${branch}`], {
okIfFails: true,
}) !== null
if (branchExists) {
// Reopen com worktree removido à mão: `-B` resetaria commits de sessão.
const ahead = git(['log', '--oneline', `origin/main..${branch}`], { okIfFails: true })
if (ahead) {
die(
`Branch ${branch} tem commits fora de origin/main e o worktree não existe — reabrir com -B descartaria esses commits. Rode \`git branch -D ${branch}\` (sessão encerrada) ou resolva antes.`,
)
}
}
const flag = branchExists ? '-B' : '-b'
git(['worktree', 'add', flag, branch, dir, 'origin/main'])
console.log('Worktree criado:')
console.log(` branch: ${branch}`)
console.log(` path: ${dir}`)
console.log(' origem: origin/main')
}
console.log(
reopened
? 'Issue já claimada (sessão reaberta) — NÃO rodar `pnpm agent:claim` (o claim é parte do `worktree next`).'
: 'Issue claimada por este comando — NÃO rodar `pnpm agent:claim` (o claim é parte do `worktree next`).',
)
const mainRoot = entries[0]?.path
const env = worktreeEnvironment({
branch,
code: entry.meta.id,
takenSlots: readLiveSlots(entries, dir),
})
await provision({ dir, branch, issue, env, skipMigrate, mainRoot })
console.log(`\nAmbiente isolado do worktree (slot ${env.slot}):`)
console.log(` dev server: http://localhost:${env.devPort} (pnpm dev)`)
console.log(` banco dev: postgresql://teqo:teqo@localhost:5432/${env.devDatabase}`)
console.log(` banco test: postgresql://teqo:teqo@localhost:5432/${env.testDatabase}`)
} catch (error) {
if (claimedIssueNumber !== null) {
console.error(
`\n[worktree] Issue #${claimedIssueNumber} ficou claimada (o worktree não foi concluído) — ` +
`reabra quando quiser: \`pnpm worktree next --issue ${claimedIssueNumber}\`.\n`,
)
}
throw error
}
if (!stay) {
printLaunchDirective({ dir, purpose: 'next', issueNumber: issue.number, flags })
console.log(`cd ${dir}`)
}
}
/** Branch short-names already alive — local refs plus origin (shortened). */
const buildTakenBranchNames = () => {
const taken = new Set()
for (const scope of [
(
git(['for-each-ref', '--format=%(refname:short)', 'refs/heads'], {
okIfFails: true,
}) ?? ''
).split('\n'),
(
git(['for-each-ref', '--format=%(refname:short)', 'refs/remotes/origin'], {
okIfFails: true,
}) ?? ''
)
.split('\n')
.map((name) => name.replace(/^origin\//, '')),
]) {
for (const name of scope) if (name) taken.add(name)
}
return taken
}
/**
* Shared runner for namespace worktrees NOT tied to the claim queue (`plan`
* and `new`): fetches origin, picks a FRESH branch in the namespace (via
* `branchName`), provisions the same isolated env as `next` (with `purpose`)
* and prints the `cd <dir>` line by default (`--stay` suppresses). Every
* invocation creates a DIFFERENT worktree — parallel sessions never share one.
*/
const cmdNamespaceBranch = async ({
stay,
skipMigrate,
purpose,
noun,
sessionLabel,
branchName,
flags = {},
}) => {
// Fail-high on conflicting model flags before touching git.
resolveLaunchModel(flags)
git(['fetch', 'origin'])
const entries = parseWorktreeList(git(['worktree', 'list', '--porcelain']))
const taken = buildTakenBranchNames()
const branch = branchName(taken)
if (git(['check-ref-format', '--allow-onelevel', branch], { okIfFails: true }) === null) {
die(`Branch ${purpose} inválido para refname: ${branch}`)
}
const dir = join(WORKTREES_ROOT, branch)
if (entries.some((entry) => resolve(entry.path) === resolve(dir))) {
die(
`Já existe um worktree ${noun} em ${dir} (branch ${branch} não detectado nos refs). Rode \`pnpm worktree kill\` de dentro dele.`,
)
}
git(['worktree', 'add', '-b', branch, dir, 'origin/main'])
console.log(`Worktree ${noun} criado:`)
console.log(` sessão: ${sessionLabel}`)
console.log(` branch: ${branch}`)
console.log(` path: ${dir}`)
console.log(' origem: origin/main')
const mainRoot = entries[0]?.path
const env = worktreeEnvironment({
branch,
code: null,
takenSlots: readLiveSlots(entries, dir),
})
await provision({ dir, branch, env, skipMigrate, mainRoot, purpose })
console.log(`\nAmbiente isolado do worktree ${noun} (slot ${env.slot}):`)
console.log(` dev server: http://localhost:${env.devPort} (pnpm dev)`)
console.log(` banco dev: postgresql://teqo:teqo@localhost:5432/${env.devDatabase}`)
console.log(` banco test: postgresql://teqo:teqo@localhost:5432/${env.testDatabase}`)
if (!stay) {
printLaunchDirective({ dir, purpose, flags })
console.log(`cd ${dir}`)
}
}
/**
* `plan` — a `/plan-issue` planning worktree. Deliberately NOT tied to the
* claim queue and NOT named after any Issue: the branch is derived either from
* an optional `bag` slug (`plans/plan-issue-<bag>`, suffixed `-2`, `-3`, … on
* collision) or from the next free sequential `plans/plan-issue-<n>`, so a
* later `pnpm worktree next` for the next claimable Issue never collides with
* it (branch name nor slot — each plan env registers its hashed slot via the
* marker and `next` bumps around it). Same isolated env provisioning as
* `next`.
*/
const cmdPlan = async (stay, skipMigrate, bag, flags = {}) =>
cmdNamespaceBranch({
stay,
skipMigrate,
purpose: 'plan',
noun: 'de planejamento',
sessionLabel: bag && bag.trim() ? `lote "${bag}"` : 'sequencial',
branchName: (taken) => planBranchName({ bag, taken }),
flags,
})
/**
* `new` — a NEUTRAL worktree with no pre-defined function (explore an idea,
* chat, or plan without registering anything). Deliberately NOT tied to the
* claim queue nor to `/plan-issue`: with `bag`, branch `work/<bag>` (suffixed
* `-2`, `-3`, … on collision); without, the next free sequential `work/<n>`.
* The lowercase `work/…` prefix can never collide with a `next` branch
* (uppercase-led `<code>-<slug>`) nor with a `plan` branch (`plans/…`), in
* branch name or slot space. Same isolated env provisioning as `plan`.
*/
const cmdNew = async (stay, skipMigrate, bag, flags = {}) =>
cmdNamespaceBranch({
stay,
skipMigrate,
purpose: 'new',
noun: 'neutro',
sessionLabel: bag && bag.trim() ? `bag "${bag}"` : 'sequencial',
branchName: (taken) => workBranchName({ bag, taken }),
flags,
})
/** Generated database names referenced by a worktree's own env files. */
const worktreeDatabaseNamesOf = (dir) => {
const names = []
for (const file of ['.env.local', '.env.test.local']) {
try {
const text = readFileSync(join(dir, file), 'utf8')
if (!text.includes(GENERATED_ENV_MARKER)) continue
for (const line of text.split('\n')) {
const match = /^DATABASE_URL=postgresql:\/\/[^/]+\/([a-z0-9_]+)$/.exec(line.trim())
if (match && isGeneratedDatabaseName(match[1])) names.push(match[1])
}
} catch {
// no env file — nothing to clean
}
}
return [...new Set(names)]
}
/** Best-effort DROP DATABASE (WITH FORCE) of the destroyed worktree's DBs. */
const dropWorktreeDatabases = async (names) => {
if (names.length === 0) return
try {
const client = new pg.Client({
connectionString: MAINTENANCE_DATABASE_URL,
connectionTimeoutMillis: 5000,
})
await client.connect()
try {
for (const name of names) {
await client.query(`DROP DATABASE IF EXISTS ${name} WITH (FORCE)`)
console.log(`[worktree] banco removido: ${name}`)
}
} finally {
await client.end().catch(() => {})
}
} catch (error) {
console.warn(`[worktree] não consegui remover os bancos ${names.join(', ')}: ${error.message}`)
console.warn('[worktree] remova manualmente: docker exec teqo-postgres-1 dropdb -U teqo <nome>')
}
}
const cmdKill = async (force) => {
const entries = parseWorktreeList(git(['worktree', 'list', '--porcelain']))
const mainRoot = entries[0]?.path
if (!mainRoot) die('Não consegui ler os worktrees deste repo.')
const top = git(['rev-parse', '--show-toplevel'])
if (resolve(top) === resolve(mainRoot)) {
die(
'Você está no worktree principal (main) — não dá para destruí-lo. Rode `git worktree list`.',
)
}
const entry = entries.find((candidate) => resolve(candidate.path) === resolve(top))
const branch = entry?.branch ?? null
const dirty = git(['-C', top, 'status', '--porcelain'])
if (dirty && !force) {
const sample = dirty
.split('\n')
.slice(0, 10)
.map((line) => ` ${line}`)
.join('\n')
die(
`Worktree ${top} está sujo. Commite/stacke ou confirme com \`pnpm worktree kill --force\`.\n${sample}`,
)
}
// Read the generated DB names BEFORE the directory is removed.
const databaseNames = worktreeDatabaseNamesOf(top)
git(['-C', mainRoot, 'worktree', 'remove', '--force', top])
if (branch) git(['-C', mainRoot, 'branch', '-D', branch])
console.log(`Worktree destruído: ${top}`)
console.log(` branch removido: ${branch ?? '(detached — nada a remover)'}`)
await dropWorktreeDatabases(databaseNames)
console.log(`cd ${mainRoot}`)
}
const { flags, positional } = parseArgs(process.argv.slice(2), new Set(['issue']))
const subcommand = positional[0]
if (!subcommand) {
console.log(
'Uso: pnpm worktree next [--issue N] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba] | plan [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba] | new [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba] | kill [--force]',
)
console.log(' next [--issue N] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]')
console.log(' CLAIMA a próxima Issue claimável (mesma fila/ordem e lock otimista do')
console.log(' `pnpm agent:claim`) e cria o worktree dela (branch <code>-<slug>),')
console.log(' provisionando o ambiente isolado: porta de dev + bancos próprios;')
console.log(' claim falhou → motivo e saída sem worktree. `--issue N` claima a Issue')
console.log(' direcionada (`ready`) ou REABRE uma já claimada (`in-progress`, sem')
console.log(' re-claim). Por padrão imprime `cd <dir>` no fim (quem aplica o cd:')
console.log(' opencode command, ou a função `worktree()` de .agents/shell/worktree.sh);')
console.log(' no terminal (TEQO_WORKTREE_TERMINAL=1) imprime também a diretiva')
console.log(
' `launch opencode <dir> --model <preset|map> --variant max --auto --prompt "/work-issue --issue <N>"` (OPS26+OPS33+OPS93:',
)
console.log(
` abre o TUI com ${OPENCODE_PRESET_MODEL} (sem flag) ou com o mapa --cheap=cheapestinference/deepseek-v4-flash --pro=opencode-go/qwen3.7-max --zen=opencode-go/ox-alpha-free --go=opencode-go/mimo-v2.5 --alibaba=alibaba-token-plan/qwen3.7-max (todos --variant ${WORKTREE_VARIANT}) + auto + a Issue claimada já`,
)
console.log(
' informada); --stay suprime cd e launch (o claim ainda acontece); --no-migrate pula migrations e o',
)
console.log(
' seed mínimo (db:seed:minimal) nos bancos novos (OPS28: paridade com a CI); at-most-one de --cheap/--pro/--zen/--go/--alibaba (múltiplas → erro)',
)
console.log(`\n plan [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]`)
console.log(
' cria um worktree de planejamento DIFERENTE a cada invocação (sessões /plan-issue',
)
console.log(' paralelas): com bag, branch plans/plan-issue-<bag> (sufixo -2/-3 se o nome já')
console.log(' existir); sem bag, o próximo plans/plan-issue-<n> sequencial livre; o prefixo')
console.log(
' minúsculo plans/… nunca colide com o branch <code>-<slug> de `next`; no terminal,',
)
console.log(
' mesma diretiva `launch` com --prompt /plan-issue enviado (abre no fluxo de planejamento, sem digitação) e --model <map> --variant max quando a flag está presente',
)
console.log(`\n new [bag] [--stay] [--no-migrate] [--cheap|--pro|--zen|--go|--alibaba]`)
console.log(' cria um worktree NEUTRO (sem função pré-definida) DIFERENTE a cada invocação:')
console.log(' com bag, branch work/<bag> (sufixo -2/-3 se o nome já existir); sem bag, o')
console.log(' próximo work/<n> sequencial livre; o prefixo minúsculo work/… nunca colide com')
console.log(' o branch <code>-<slug> de `next` nem com plans/plan-issue-… de `plan`; no')
console.log(
' terminal, mesma diretiva `launch` porém sem --prompt (apenas conversar) e --model <map> --variant max quando a flag está presente',
)
console.log(' kill [--force] destrói o worktree em que você está (recusa sujo sem --force),')
console.log(' remove os bancos gerados do worktree (best-effort) e imprime')
console.log(' `cd <main>` no fim — o shell sempre volta ao worktree principal')
process.exit(1)
}
try {
if (subcommand === 'next') {
if ('issue' in flags && flags.issue === undefined) {
die('`--issue` requer um número (ex.: `--issue 595`).')
}
if (positional.length > 1) {
die('`next` não aceita argumento posicional — use `--issue <N>` para direcionar a Issue.')
}
await cmdNext(Boolean(flags.stay), Boolean(flags['no-migrate']), flags.issue ?? null, flags)
} else if (subcommand === 'plan')
await cmdPlan(Boolean(flags.stay), Boolean(flags['no-migrate']), positional[1], flags)
else if (subcommand === 'new')
await cmdNew(Boolean(flags.stay), Boolean(flags['no-migrate']), positional[1], flags)
else if (subcommand === 'kill') {
if (flags.stay) die('`--stay` não se aplica a `kill` — ele sempre volta ao main.')
await cmdKill(Boolean(flags.force))
} else die(`subcomando desconhecido: ${subcommand} (esperado: next | plan | new | kill)`)
} catch (error) {
if (error?.stderr) die(error.stderr.toString().trim())
die(error?.message ?? String(error))
}