Feat/integrate lint preview (#285)

* feat: 适配 zed acp 协议

* docs: 完善 acp 文档

* feat: integrate feature branches + daemon/job 命令层级化 + 跨平台后台引擎

Cherry-picked from origin/lint/preview (637c908), excluding lint-only changes.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

* fix: correct detectMimeFromBase64 to decode raw bytes from base64

Cherry-picked from origin/lint/preview (ee36954).

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

* fix: daemon 子进程 spawn 跨平台修复 + CliLaunchSpec 集中化重构

Cherry-picked from origin/lint/preview (c5f52cd), excluding lint-only formatting changes.

- 新建 src/utils/cliLaunch.ts: 集中化 CLI 子进程启动层
- 修复 --daemon-worker=kind 等号格式解析
- 修复 daemon/bg fast path 缺少 setShellIfWindows()
- 修复 checkPathExists 用 existsSync 替代 execSync('dir')
- 7 个 spawn 站点迁移到 CliLaunchSpec

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

* fix: merge tsconfig.base.json into tsconfig.json with full compiler options

The cherry-pick from 637c908 dropped jsx/strict/etc settings when removing
tsconfig.base.json. This commit restores them in a single tsconfig.json.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

* fix: merge tsconfig.base.json into tsconfig.json with full compiler options

The cherry-pick from 637c908 dropped jsx/strict/etc settings when removing
tsconfig.base.json. This commit restores them in a single tsconfig.json.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

---------

Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
This commit is contained in:
claude-code-best
2026-04-16 20:59:29 +08:00
committed by GitHub
parent a02dc0bded
commit c8d08d235b
137 changed files with 13267 additions and 837 deletions

797
src/utils/autonomyRuns.ts Normal file
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import { randomUUID } from 'crypto'
import { mkdir, writeFile } from 'fs/promises'
import { dirname, join, resolve } from 'path'
import { getProjectRoot } from '../bootstrap/state.js'
import type { MessageOrigin } from '../types/message.js'
import type { QueuedCommand } from '../types/textInputTypes.js'
import {
AUTONOMY_DIR,
buildAutonomyTurnPrompt,
commitPreparedAutonomyTurn,
prepareAutonomyTurnPrompt,
type AutonomyTriggerKind,
type HeartbeatAuthorityTask,
} from './autonomyAuthority.js'
import { getCwd } from './cwd.js'
import {
DEFAULT_AUTONOMY_OWNER_KEY,
getAutonomyFlowById,
markManagedAutonomyFlowStepCancelled,
markManagedAutonomyFlowStepCompleted,
markManagedAutonomyFlowStepFailed,
markManagedAutonomyFlowStepRunning,
queueManagedAutonomyFlowStepRun,
resumeManagedAutonomyFlow,
startManagedAutonomyFlow,
type AutonomyFlowRecord,
type AutonomyFlowSyncMode,
type ManagedAutonomyFlowStepDefinition,
} from './autonomyFlows.js'
import { withAutonomyPersistenceLock } from './autonomyPersistence.js'
import { getFsImplementation } from './fsOperations.js'
const AUTONOMY_RUNS_MAX = 200
const AUTONOMY_RUNS_RELATIVE_PATH = join(AUTONOMY_DIR, 'runs.json')
export type AutonomyRunStatus =
| 'queued'
| 'running'
| 'completed'
| 'failed'
| 'cancelled'
export type AutonomyRunRuntime = 'automatic' | 'flow_step'
export type AutonomyRunRecord = {
runId: string
runtime: AutonomyRunRuntime
trigger: AutonomyTriggerKind
status: AutonomyRunStatus
rootDir: string
currentDir: string
ownerKey: string
sourceId?: string
sourceLabel?: string
parentFlowId?: string
parentFlowKey?: string
parentFlowSyncMode?: AutonomyFlowSyncMode
flowStepId?: string
flowStepName?: string
promptPreview: string
createdAt: number
startedAt?: number
endedAt?: number
error?: string
}
type AutonomyRunsFile = {
runs: AutonomyRunRecord[]
}
type AutonomyRunFlowRef = {
flowId: string
flowKey: string
syncMode: AutonomyFlowSyncMode
ownerKey: string
stepId: string
stepName: string
}
function truncatePromptPreview(prompt: string): string {
const singleLine = prompt.replace(/\s+/g, ' ').trim()
return singleLine.length <= 240
? singleLine
: `${singleLine.slice(0, 237)}...`
}
/** A persisted record may lack fields that were added after the initial schema. */
type PersistedAutonomyRunRecord = Omit<
AutonomyRunRecord,
'runtime' | 'currentDir' | 'ownerKey'
> &
Partial<Pick<AutonomyRunRecord, 'runtime' | 'currentDir' | 'ownerKey'>>
function cloneRunRecord(run: AutonomyRunRecord): AutonomyRunRecord {
return { ...run }
}
function normalizePersistedRunRecord(
run: PersistedAutonomyRunRecord,
): AutonomyRunRecord {
return {
...run,
runtime: run.runtime === 'flow_step' ? 'flow_step' : 'automatic',
currentDir: run.currentDir ?? run.rootDir,
ownerKey: run.ownerKey ?? DEFAULT_AUTONOMY_OWNER_KEY,
}
}
export function resolveAutonomyRunsPath(
rootDir: string = getProjectRoot(),
): string {
return join(resolve(rootDir), AUTONOMY_RUNS_RELATIVE_PATH)
}
export async function listAutonomyRuns(
rootDir: string = getProjectRoot(),
): Promise<AutonomyRunRecord[]> {
try {
const raw = (await getFsImplementation().readFile(
resolveAutonomyRunsPath(rootDir),
{
encoding: 'utf-8',
},
)) as string
const parsed = JSON.parse(raw) as { runs?: unknown[] }
if (!Array.isArray(parsed.runs)) {
return []
}
return (parsed.runs as Record<string, unknown>[])
.filter(
(run): run is PersistedAutonomyRunRecord & Record<string, unknown> => {
return Boolean(
run &&
typeof run.runId === 'string' &&
typeof run.trigger === 'string' &&
typeof run.status === 'string' &&
typeof run.rootDir === 'string' &&
typeof run.promptPreview === 'string' &&
typeof run.createdAt === 'number',
)
},
)
.map(normalizePersistedRunRecord)
.sort((left, right) => right.createdAt - left.createdAt)
} catch {
return []
}
}
async function writeAutonomyRuns(
runs: AutonomyRunRecord[],
rootDir: string = getProjectRoot(),
): Promise<void> {
const path = resolveAutonomyRunsPath(rootDir)
await mkdir(dirname(path), { recursive: true })
await writeFile(
path,
`${JSON.stringify(
{
runs: runs
.slice()
.map(cloneRunRecord)
.sort((left, right) => right.createdAt - left.createdAt)
.slice(0, AUTONOMY_RUNS_MAX),
} satisfies AutonomyRunsFile,
null,
2,
)}\n`,
'utf-8',
)
}
async function updateAutonomyRun(
runId: string,
updater: (current: AutonomyRunRecord) => AutonomyRunRecord,
rootDir: string = getProjectRoot(),
): Promise<AutonomyRunRecord | null> {
return withAutonomyPersistenceLock(rootDir, async () => {
const runs = await listAutonomyRuns(rootDir)
const index = runs.findIndex(run => run.runId === runId)
if (index === -1) {
return null
}
const updated = cloneRunRecord(updater(cloneRunRecord(runs[index]!)))
runs[index] = updated
await writeAutonomyRuns(runs, rootDir)
return updated
})
}
export async function getAutonomyRunById(
runId: string,
rootDir: string = getProjectRoot(),
): Promise<AutonomyRunRecord | null> {
const runs = await listAutonomyRuns(rootDir)
return runs.find(run => run.runId === runId) ?? null
}
export async function createAutonomyRun(params: {
trigger: AutonomyTriggerKind
prompt: string
rootDir?: string
currentDir?: string
sourceId?: string
sourceLabel?: string
runtime?: AutonomyRunRuntime
ownerKey?: string
flow?: AutonomyRunFlowRef
nowMs?: number
}): Promise<AutonomyRunRecord> {
const rootDir = resolve(params.rootDir ?? getProjectRoot())
const currentDir = resolve(params.currentDir ?? rootDir)
const record: AutonomyRunRecord = {
runId: randomUUID(),
runtime: params.runtime ?? (params.flow ? 'flow_step' : 'automatic'),
trigger: params.trigger,
status: 'queued',
rootDir,
currentDir,
ownerKey:
params.flow?.ownerKey ?? params.ownerKey ?? DEFAULT_AUTONOMY_OWNER_KEY,
...(params.sourceId ? { sourceId: params.sourceId } : {}),
...(params.sourceLabel ? { sourceLabel: params.sourceLabel } : {}),
...(params.flow
? {
parentFlowId: params.flow.flowId,
parentFlowKey: params.flow.flowKey,
parentFlowSyncMode: params.flow.syncMode,
flowStepId: params.flow.stepId,
flowStepName: params.flow.stepName,
}
: {}),
promptPreview: truncatePromptPreview(params.prompt),
createdAt: params.nowMs ?? Date.now(),
}
await withAutonomyPersistenceLock(rootDir, async () => {
const runs = await listAutonomyRuns(rootDir)
runs.unshift(record)
await writeAutonomyRuns(runs, rootDir)
})
if (
record.parentFlowId &&
record.flowStepId &&
record.parentFlowSyncMode === 'managed'
) {
const stepIndex =
(
await getAutonomyFlowById(record.parentFlowId, rootDir)
)?.stateJson?.steps.findIndex(
step => step.stepId === record.flowStepId,
) ?? 0
await queueManagedAutonomyFlowStepRun({
flowId: record.parentFlowId,
stepId: record.flowStepId,
stepIndex: stepIndex >= 0 ? stepIndex : 0,
runId: record.runId,
rootDir,
nowMs: record.createdAt,
})
}
return record
}
function buildManagedFlowStepPrompt(
flow: AutonomyFlowRecord,
stepIndex: number,
): string {
const state = flow.stateJson
const step = state?.steps[stepIndex]
if (!state || !step) {
return flow.goal
}
const completed = state.steps
.slice(0, stepIndex)
.filter(candidate => candidate.status === 'completed')
.map(candidate => `- ${candidate.name}`)
const remaining = state.steps
.slice(stepIndex + 1)
.map(candidate => `- ${candidate.name}`)
return [
`This is step ${stepIndex + 1}/${state.steps.length} of the managed autonomy flow "${flow.goal}".`,
'<autonomy_flow>',
`Flow ID: ${flow.flowId}`,
`Flow source: ${flow.sourceLabel ?? flow.sourceId ?? 'automatic'}`,
`Current step: ${step.name}`,
completed.length > 0
? ['Completed steps:', ...completed].join('\n')
: 'Completed steps: none',
remaining.length > 0
? ['Remaining steps after this one:', ...remaining].join('\n')
: 'Remaining steps after this one: none',
'</autonomy_flow>',
step.prompt,
].join('\n\n')
}
async function createOrRecoverManagedFlowStepCommand(params: {
flowId: string
rootDir?: string
currentDir?: string
priority?: 'now' | 'next' | 'later'
workload?: string
}): Promise<QueuedCommand | null> {
const rootDir = resolve(params.rootDir ?? getProjectRoot())
const flow = await getAutonomyFlowById(params.flowId, rootDir)
if (!flow || flow.status !== 'queued' || !flow.stateJson) {
return null
}
const stepIndex = flow.stateJson.currentStepIndex
const step = flow.stateJson.steps[stepIndex]
if (!step) {
return null
}
if (step.status === 'queued' && step.runId) {
const run = await getAutonomyRunById(step.runId, rootDir)
if (run && run.status === 'queued' && !run.startedAt && !run.endedAt) {
const value = await buildAutonomyTurnPrompt({
basePrompt: buildManagedFlowStepPrompt(flow, stepIndex),
trigger: 'managed-flow-step',
rootDir,
currentDir: params.currentDir ?? flow.currentDir,
})
const origin = {
kind: 'autonomy',
trigger: 'managed-flow-step',
runId: run.runId,
...(run.sourceId ? { sourceId: run.sourceId } : {}),
} as unknown as MessageOrigin
return {
value,
mode: 'prompt',
priority: params.priority ?? 'later',
isMeta: true,
origin,
workload: params.workload,
autonomy: {
runId: run.runId,
trigger: 'managed-flow-step',
sourceId: run.sourceId,
sourceLabel: run.sourceLabel,
...(run.parentFlowId ? { flowId: run.parentFlowId } : {}),
...(run.flowStepId ? { flowStepId: run.flowStepId } : {}),
...(run.flowStepName ? { flowStepName: run.flowStepName } : {}),
},
}
}
return null
}
if (step.status !== 'pending' || step.runId) {
return null
}
return createAutonomyQueuedPrompt({
basePrompt: buildManagedFlowStepPrompt(flow, stepIndex),
trigger: 'managed-flow-step',
rootDir,
currentDir: params.currentDir ?? flow.currentDir,
sourceId: flow.sourceId ?? flow.flowId,
sourceLabel: flow.sourceLabel ?? flow.goal,
workload: params.workload,
priority: params.priority,
flow: {
flowId: flow.flowId,
flowKey: flow.flowKey,
syncMode: 'managed',
ownerKey: flow.ownerKey,
stepId: step.stepId,
stepName: step.name,
},
})
}
async function queueCurrentManagedFlowStepCommand(params: {
flowId: string
rootDir?: string
currentDir?: string
priority?: 'now' | 'next' | 'later'
workload?: string
}): Promise<QueuedCommand | null> {
return createOrRecoverManagedFlowStepCommand(params)
}
export async function startManagedAutonomyFlowFromHeartbeatTask(params: {
task: HeartbeatAuthorityTask
rootDir?: string
currentDir?: string
ownerKey?: string
priority?: 'now' | 'next' | 'later'
workload?: string
}): Promise<QueuedCommand | null> {
if (params.task.steps.length === 0) {
return null
}
const rootDir = resolve(params.rootDir ?? getProjectRoot())
const currentDir = resolve(params.currentDir ?? getCwd())
const started = await startManagedAutonomyFlow({
trigger: 'proactive-tick',
goal: params.task.prompt,
steps: params.task.steps.map<ManagedAutonomyFlowStepDefinition>(step => ({
name: step.name,
prompt: step.prompt,
...(step.waitFor ? { waitFor: step.waitFor } : {}),
})),
rootDir,
currentDir,
ownerKey: params.ownerKey,
sourceId: `heartbeat:${params.task.name}`,
sourceLabel: params.task.name,
})
if (!started) {
return null
}
return createOrRecoverManagedFlowStepCommand({
flowId: started.flow.flowId,
rootDir,
currentDir,
priority: params.priority,
workload: params.workload,
})
}
export async function markAutonomyRunRunning(
runId: string,
rootDir?: string,
nowMs?: number,
): Promise<AutonomyRunRecord | null> {
const updated = await updateAutonomyRun(
runId,
current => ({
...current,
status: 'running',
startedAt: nowMs ?? Date.now(),
}),
rootDir,
)
if (updated?.parentFlowId && updated.parentFlowSyncMode === 'managed') {
await markManagedAutonomyFlowStepRunning({
flowId: updated.parentFlowId,
runId: updated.runId,
rootDir,
nowMs: updated.startedAt,
})
}
return updated
}
export async function markAutonomyRunCompleted(
runId: string,
rootDir?: string,
nowMs?: number,
): Promise<AutonomyRunRecord | null> {
const updated = await updateAutonomyRun(
runId,
current => ({
...current,
status: 'completed',
endedAt: nowMs ?? Date.now(),
error: undefined,
}),
rootDir,
)
if (updated?.parentFlowId && updated.parentFlowSyncMode === 'managed') {
await markManagedAutonomyFlowStepCompleted({
flowId: updated.parentFlowId,
runId: updated.runId,
rootDir,
nowMs: updated.endedAt,
})
}
return updated
}
export async function markAutonomyRunFailed(
runId: string,
error: string,
rootDir?: string,
nowMs?: number,
): Promise<AutonomyRunRecord | null> {
const updated = await updateAutonomyRun(
runId,
current => ({
...current,
status: 'failed',
endedAt: nowMs ?? Date.now(),
error,
}),
rootDir,
)
if (updated?.parentFlowId && updated.parentFlowSyncMode === 'managed') {
await markManagedAutonomyFlowStepFailed({
flowId: updated.parentFlowId,
runId: updated.runId,
error,
rootDir,
nowMs: updated.endedAt,
})
}
return updated
}
export async function markAutonomyRunCancelled(
runId: string,
rootDir?: string,
nowMs?: number,
): Promise<AutonomyRunRecord | null> {
const updated = await updateAutonomyRun(
runId,
current => ({
...current,
status: 'cancelled',
endedAt: nowMs ?? Date.now(),
error: undefined,
}),
rootDir,
)
if (updated?.parentFlowId && updated.parentFlowSyncMode === 'managed') {
await markManagedAutonomyFlowStepCancelled({
flowId: updated.parentFlowId,
runId: updated.runId,
rootDir,
nowMs: updated.endedAt,
})
}
return updated
}
export async function finalizeAutonomyRunCompleted(params: {
runId: string
rootDir?: string
currentDir?: string
priority?: 'now' | 'next' | 'later'
workload?: string
nowMs?: number
}): Promise<QueuedCommand[]> {
const updated = await markAutonomyRunCompleted(
params.runId,
params.rootDir,
params.nowMs,
)
if (!updated?.parentFlowId || updated.parentFlowSyncMode !== 'managed') {
return []
}
const next = await queueCurrentManagedFlowStepCommand({
flowId: updated.parentFlowId,
rootDir: params.rootDir,
currentDir: params.currentDir ?? updated.currentDir,
priority: params.priority,
workload: params.workload,
})
return next ? [next] : []
}
export async function finalizeAutonomyRunFailed(params: {
runId: string
error: string
rootDir?: string
nowMs?: number
}): Promise<void> {
await markAutonomyRunFailed(
params.runId,
params.error,
params.rootDir,
params.nowMs,
)
}
export async function recoverManagedAutonomyFlowPrompt(params: {
flowId: string
rootDir?: string
currentDir?: string
priority?: 'now' | 'next' | 'later'
workload?: string
}): Promise<QueuedCommand | null> {
return createOrRecoverManagedFlowStepCommand(params)
}
export async function resumeManagedAutonomyFlowPrompt(params: {
flowId: string
rootDir?: string
currentDir?: string
priority?: 'now' | 'next' | 'later'
workload?: string
nowMs?: number
}): Promise<QueuedCommand | null> {
const resumed = await resumeManagedAutonomyFlow({
flowId: params.flowId,
rootDir: params.rootDir,
nowMs: params.nowMs,
})
if (!resumed) {
return recoverManagedAutonomyFlowPrompt({
flowId: params.flowId,
rootDir: params.rootDir,
currentDir: params.currentDir,
priority: params.priority,
workload: params.workload,
})
}
return createOrRecoverManagedFlowStepCommand({
flowId: resumed.flow.flowId,
rootDir: params.rootDir,
currentDir: params.currentDir ?? resumed.flow.currentDir,
priority: params.priority,
workload: params.workload,
})
}
export async function createAutonomyQueuedPrompt(params: {
trigger: AutonomyTriggerKind
basePrompt: string
rootDir?: string
currentDir?: string
sourceId?: string
sourceLabel?: string
workload?: string
priority?: 'now' | 'next' | 'later'
shouldCreate?: () => boolean
flow?: AutonomyRunFlowRef
}): Promise<QueuedCommand | null> {
const rootDir = resolve(params.rootDir ?? getProjectRoot())
const currentDir = resolve(params.currentDir ?? getCwd())
const prepared = await prepareAutonomyTurnPrompt({
basePrompt: params.basePrompt,
trigger: params.trigger,
rootDir,
currentDir,
})
if (params.shouldCreate && !params.shouldCreate()) {
return null
}
return commitAutonomyQueuedPrompt({
prepared,
rootDir,
currentDir,
sourceId: params.sourceId,
sourceLabel: params.sourceLabel,
workload: params.workload,
priority: params.priority,
flow: params.flow,
})
}
export async function commitAutonomyQueuedPrompt(params: {
prepared: Awaited<ReturnType<typeof prepareAutonomyTurnPrompt>>
rootDir?: string
currentDir?: string
sourceId?: string
sourceLabel?: string
workload?: string
priority?: 'now' | 'next' | 'later'
flow?: AutonomyRunFlowRef
}): Promise<QueuedCommand> {
const rootDir = resolve(
params.rootDir ?? params.prepared.rootDir ?? getProjectRoot(),
)
const currentDir = resolve(
params.currentDir ?? params.prepared.currentDir ?? getCwd(),
)
commitPreparedAutonomyTurn(params.prepared)
const value = params.prepared.prompt
const run = await createAutonomyRun({
trigger: params.prepared.trigger,
prompt: value,
rootDir,
currentDir,
sourceId: params.sourceId,
sourceLabel: params.sourceLabel,
flow: params.flow,
})
const origin = {
kind: 'autonomy',
trigger: params.prepared.trigger,
runId: run.runId,
...(params.sourceId ? { sourceId: params.sourceId } : {}),
} as unknown as MessageOrigin
return {
value,
mode: 'prompt',
priority: params.priority ?? 'later',
isMeta: true,
origin,
workload: params.workload,
autonomy: {
runId: run.runId,
trigger: params.prepared.trigger,
sourceId: params.sourceId,
sourceLabel: params.sourceLabel,
...(run.parentFlowId ? { flowId: run.parentFlowId } : {}),
...(run.flowStepId ? { flowStepId: run.flowStepId } : {}),
...(run.flowStepName ? { flowStepName: run.flowStepName } : {}),
},
}
}
export async function createProactiveAutonomyCommands(params: {
basePrompt: string
rootDir?: string
currentDir?: string
workload?: string
priority?: 'now' | 'next' | 'later'
shouldCreate?: () => boolean
}): Promise<QueuedCommand[]> {
const rootDir = resolve(params.rootDir ?? getProjectRoot())
const currentDir = resolve(params.currentDir ?? getCwd())
const prepared = await prepareAutonomyTurnPrompt({
basePrompt: params.basePrompt,
trigger: 'proactive-tick',
rootDir,
currentDir,
})
if (params.shouldCreate && !params.shouldCreate()) {
return []
}
const commands: QueuedCommand[] = [
await commitAutonomyQueuedPrompt({
prepared,
rootDir,
currentDir,
workload: params.workload,
priority: params.priority,
}),
]
for (const task of prepared.dueHeartbeatTasks) {
if (task.steps.length === 0) {
continue
}
if (params.shouldCreate && !params.shouldCreate()) {
break
}
const flowCommand = await startManagedAutonomyFlowFromHeartbeatTask({
task,
rootDir,
currentDir,
priority: params.priority,
workload: params.workload,
})
if (flowCommand) {
commands.push(flowCommand)
}
}
return commands
}
export function formatAutonomyRunsStatus(runs: AutonomyRunRecord[]): string {
const counts = {
queued: 0,
running: 0,
completed: 0,
failed: 0,
cancelled: 0,
}
for (const run of runs) {
counts[run.status] += 1
}
const latest = runs[0]
const latestLine = latest
? `Latest: ${latest.trigger} ${latest.status} (${new Date(latest.createdAt).toLocaleString()})`
: 'Latest: none'
return [
`Autonomy runs: ${runs.length}`,
`Queued: ${counts.queued}`,
`Running: ${counts.running}`,
`Completed: ${counts.completed}`,
`Failed: ${counts.failed}`,
`Cancelled: ${counts.cancelled}`,
latestLine,
].join('\n')
}
export function formatAutonomyRunsList(
runs: AutonomyRunRecord[],
limit = 10,
): string {
const slice = runs.slice(0, limit)
if (slice.length === 0) {
return 'No autonomy runs recorded.'
}
return slice
.map(run => {
const source = run.sourceLabel ?? run.sourceId ?? 'auto'
const flow =
run.parentFlowId && run.flowStepName
? ` | flow=${run.parentFlowId} step=${run.flowStepName}`
: ''
const ended =
run.endedAt != null
? ` -> ${new Date(run.endedAt).toLocaleTimeString()}`
: ''
const error = run.error ? ` | ${run.error}` : ''
return `${run.runId} | ${run.runtime} | ${run.trigger} | ${run.status} | ${source}${flow} | ${new Date(run.createdAt).toLocaleTimeString()}${ended}\n ${run.promptPreview}${error}`
})
.join('\n')
}