dsh-ops-cron/lib/host.js
oliver 2e13432b0a Show cron state/labels in sidebar and push archive history.
Surface lifecycle badges and editable monitor fields in the UI, and POST terminal runs to persist_history archive endpoints on settle/tick.

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-09-10 15:29:04 +08:00

1934 lines
70 KiB
JavaScript

/**
* Host service used by apply() and by tests.
* Owns the durable store, the single timer, CRUD, and the fire path.
*/
import { randomUUID } from 'node:crypto'
import { mkdir } from 'node:fs/promises'
import { homedir } from 'node:os'
import { basename, dirname, join } from 'node:path'
import { claimOccurrence, executeClaimedRun, extractAssistantText, interruptActiveRuns, publicJob, settleRun, TITLE_PREFIX } from './fire.js'
import { assertDeliveryAllowedForIdentity, deliverRunToIm, mergeDeliveryMention, mirrorRunToSession, normalizeDelivery, normalizeOrigin } from './delivery.js'
import { apiError, resolveLocale } from './i18n.js'
import { workspaceVisibleIds } from './isolation.js'
import {
formatWatchReport,
labelsMatch,
normalizeLabels,
readProgressSnapshot,
selectJobsByWatch,
} from './monitor.js'
import {
markRunsArchived,
pruneArchivedRuns,
pushArchiveBatch,
runsNeedingArchive,
} from './archive.js'
import { decideDispatch, nextFire, validateSchedule } from './scheduler.js'
import {
createJobRecord,
createStore,
DEFAULT_SETTINGS,
getJob,
listHistory,
listHistoryPage,
listJobs,
normalizeSettings,
removeJob,
storePath,
upsertJob,
} from './store.js'
import {
assertCanAccessJob,
canViewAllJobs,
claimUnassignedForViewer,
filterJobsForIdentity,
filterRunsForJobs,
isElevatedCronRole,
isMultiUserIdentity,
localIdentity,
migrateJobOwners,
normalizeOwnerEmpNo,
UNASSIGNED_OWNER,
viewerPayload,
} from './ownership.js'
export const PLUGIN_NAME = 'dsh-ops-cron'
export const API_PREFIX = '/dsh-ops-cron'
export function dshHome() {
return process.env.DSH_HOME || join(homedir(), '.dsh')
}
export function defaultCwd() {
return join(dshHome(), 'ops-cron', 'workspace')
}
function json(res, status, body) {
if (res.headersSent || res.writableEnded) return
res.writeHead(status, {
'content-type': 'application/json; charset=utf-8',
'cache-control': 'no-store',
})
res.end(JSON.stringify(body))
}
function parseUrl(req) {
try {
return new URL(req.url || '/', 'http://dsh.local')
} catch {
return new URL('http://dsh.local/')
}
}
function parseCookieHeader(header, name) {
if (!header || typeof header !== 'string') return null
for (const part of header.split(';')) {
const idx = part.indexOf('=')
if (idx < 0) continue
if (part.slice(0, idx).trim() !== name) continue
try {
return decodeURIComponent(part.slice(idx + 1).trim())
} catch {
return part.slice(idx + 1).trim()
}
}
return null
}
function empNoFromUserWorkspacePath(cwd) {
const norm = String(cwd || '').replace(/\\/g, '/')
const match = norm.match(/\/user-workspaces\/([^/]+)(?:\/|$)/)
return match ? decodeURIComponent(match[1]) : null
}
function inferIdentityFromJobInput(input, getUdsAuth) {
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
if (!uds) return null
const origin = input?.origin
const sessionId = origin?.kind === 'web' && typeof origin.sessionId === 'string'
? origin.sessionId.trim()
: ''
if (sessionId && typeof uds.getSessionOwner === 'function') {
const empNo = uds.getSessionOwner(sessionId)
if (empNo) {
if (typeof uds.resolveIdentityForEmpNo === 'function') {
const resolved = uds.resolveIdentityForEmpNo(empNo)
if (resolved?.empNo) return resolved
}
return {
empNo: String(empNo),
displayName: String(empNo),
permissions: {},
}
}
}
const fromCwd = empNoFromUserWorkspacePath(input?.cwd)
if (fromCwd) {
if (typeof uds.resolveIdentityForEmpNo === 'function') {
const resolved = uds.resolveIdentityForEmpNo(fromCwd)
if (resolved?.empNo) return resolved
}
return {
empNo: fromCwd,
displayName: fromCwd,
permissions: {},
}
}
return null
}
function browserEmpNo(request) {
const cookie = request?.headers?.cookie || ''
return parseCookieHeader(cookie, 'PORTALSSOUser')
|| parseCookieHeader(cookie, 'ZTEDPGSSOUser')
|| parseCookieHeader(cookie, 'UDS_FALLBACK_USER')
|| parseCookieHeader(cookie, 'UDS_FALLBACK_UI')
}
/**
* Resolve browser identity via uds-auth. Returns null when missing/unavailable.
* @param {object} request
* @param {() => object|undefined} getUdsAuth
*/
async function resolveBrowserIdentity(request, getUdsAuth) {
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
if (!uds || typeof uds.resolveRequestIdentity !== 'function') return null
try {
const identity = await uds.resolveRequestIdentity(request)
if (!identity?.empNo) return null
const workspacePath = typeof uds.getProvisionedWorkspacePath === 'function'
? uds.getProvisionedWorkspacePath(identity.empNo)
: null
return { ...identity, workspacePath: workspacePath || identity.workspacePath || null }
} catch {
return null
}
}
/**
* @returns {Promise<object|null>} identity or null after writing error response
*/
async function requireIdentity(request, write, getUdsAuth) {
const locale = resolveLocale(request)
if (!isTrustedApiRequest(request)) {
write(403, apiError('forbidden', locale))
return null
}
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
// Soft dep: without uds-auth, run in standalone single-tenant mode.
if (!uds || typeof uds.resolveRequestIdentity !== 'function') {
return localIdentity()
}
const identity = await resolveBrowserIdentity(request, getUdsAuth)
if (!identity?.empNo) {
write(401, apiError('login_required', locale))
return null
}
return { ...identity, mode: 'multi', lang: identity.lang || locale }
}
/**
* Whether this identity / job owner may keep an explicit cwd outside the
* provisioned tree. Re-resolves via uds-auth so stale tool identities (role
* missing permissions, or Host with an older caller path) still work.
*/
function allowsForeignJobCwd(identity, getUdsAuth, ownerEmpNo) {
if (canViewAllJobs(identity)) return true
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
const empNo = String(ownerEmpNo || identity?.empNo || '').trim()
if (!empNo || empNo.startsWith('__') || !uds) return false
if (typeof uds.resolveIdentityForEmpNo === 'function') {
const live = uds.resolveIdentityForEmpNo(empNo)
if (live && canViewAllJobs(live)) return true
}
if (typeof uds.getRole === 'function' && isElevatedCronRole(uds.getRole(empNo))) return true
// Match dsh-acl: local fallback cookie user is always elevated.
if (empNo === 'administrator') return true
return false
}
/** Merge live role/permissions onto a caller identity when uds-auth can look them up. */
function enrichIdentity(identity, getUdsAuth) {
if (!isMultiUserIdentity(identity)) return identity
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
if (typeof uds?.resolveIdentityForEmpNo === 'function') {
const live = uds.resolveIdentityForEmpNo(identity.empNo)
if (live?.empNo) {
const canView = !!(
live.permissions?.canViewAllSessions
|| identity.permissions?.canViewAllSessions
|| isElevatedCronRole(live.role)
|| isElevatedCronRole(identity.role)
|| identity.empNo === 'administrator'
)
return {
...identity,
role: live.role || identity.role,
displayName: live.displayName || identity.displayName || identity.empNo,
permissions: {
...(identity.permissions || {}),
...(live.permissions || {}),
canViewAllSessions: canView,
canCreateWorkspace: !!(
live.permissions?.canCreateWorkspace
|| identity.permissions?.canCreateWorkspace
|| canView
),
},
workspacePath: live.workspacePath || identity.workspacePath || null,
}
}
}
if (isElevatedCronRole(identity.role) || identity.empNo === 'administrator') {
return {
...identity,
permissions: {
...(identity.permissions || {}),
canViewAllSessions: true,
canCreateWorkspace: true,
},
}
}
return identity
}
export function normalizeFsPath(value) {
return String(value || '').trim().replace(/\\/g, '/').replace(/\/+$/, '')
}
export function isPathInside(candidate, root) {
const cand = normalizeFsPath(candidate).toLowerCase()
const base = normalizeFsPath(root).toLowerCase()
if (!cand || !base) return false
return cand === base || cand.startsWith(`${base}/`)
}
/**
* Decide the durable cwd for a job.
* - Elevated owners: any explicit cwd
* - Owner tree (isUserPath): keep
* - Inside provision forest but not owner tree: clamp to ownerPath
* - Outside forest (shared trees like D:\\code\\gpt): keep when allowExternalCwd
*/
function resolveSanitizedCwd(cwd, identity, getUdsAuth, { forOwnerEmpNo, allowExternalCwd = true } = {}) {
const raw = typeof cwd === 'string' ? cwd.trim() : ''
const uds = typeof getUdsAuth === 'function' ? getUdsAuth() : null
const owner = forOwnerEmpNo || identity?.empNo
const ownerPath = owner && uds?.getProvisionedWorkspacePath
? uds.getProvisionedWorkspacePath(owner)
: null
if (!raw) return ownerPath || ''
if (allowsForeignJobCwd(identity, getUdsAuth, owner)) return raw
if (!uds) return raw
if (owner && uds?.isUserPath?.(owner, raw)) return raw
if (ownerPath) {
const forest = dirname(ownerPath)
if (forest && isPathInside(raw, forest)) return ownerPath
if (allowExternalCwd !== false) return raw
return ownerPath
}
return allowExternalCwd !== false ? raw : ''
}
function sanitizeJobCwd(cwd, identity, getUdsAuth, opts = {}) {
const raw = typeof cwd === 'string' ? cwd.trim() : ''
const effective = resolveSanitizedCwd(cwd, identity, getUdsAuth, opts)
if (
raw
&& normalizeFsPath(raw).toLowerCase() !== normalizeFsPath(effective).toLowerCase()
&& opts.rejectClamp
) {
const error = new Error(
`cwd "${raw}" is not allowed for this user (effective "${effective || '(empty)'}"). `
+ 'Use a path under your provisioned workspace, a shared tree outside workspaceRoot '
+ '(when allowExternalCwd is on), or a super_admin / fallback_admin account.',
)
error.code = 'CWD_FORBIDDEN'
error.requestedCwd = raw
error.effectiveCwd = effective
throw error
}
return effective
}
function isTrustedApiRequest(request) {
const host = request.headers.host ?? ''
if (!host) return false
const hostname = host.split(':')[0].replace(/^\[|\]$/g, '')
if ((request.headers['sec-fetch-site'] ?? '') === 'cross-site') return false
// Allow same-origin LAN / non-loopback Host (login still required separately).
const site = request.headers['sec-fetch-site'] ?? ''
if (site === 'same-origin' || site === 'same-site') return true
const origin = request.headers.origin
if (origin !== undefined && origin !== 'null') {
try {
if (new URL(origin).host !== host) return false
} catch {
return false
}
}
return hostname === '127.0.0.1' || hostname === 'localhost' || hostname === '::1' || hostname === '0.0.0.0'
}
async function readJsonBody(req) {
const chunks = []
let size = 0
const max = 256 * 1024
for await (const chunk of req) {
size += chunk.length
if (size > max) {
const error = new Error('payload too large')
error.code = 'PAYLOAD_TOO_LARGE'
throw error
}
chunks.push(chunk)
}
const text = Buffer.concat(chunks).toString('utf8')
if (!text) return {}
return JSON.parse(text)
}
function jobView(job, runs = null) {
return publicJob(job, runs)
}
function runView(run) {
if (!run) return null
return {
id: run.id,
run_id: run.id,
jobId: run.jobId,
scheduledAt: run.scheduledAt,
actualAt: run.actualAt,
status: run.status,
state: run.status === 'queued' ? 'pending'
: run.status === 'skipped' ? 'failed'
: run.status,
stateEnteredAt: run.stateEnteredAt ?? run.actualAt ?? run.scheduledAt ?? null,
exitedAt: run.exitedAt ?? null,
trigger: run.trigger,
sessionId: run.sessionId,
error: run.error,
summary: run.summary,
reason: run.reason,
output_ref: run.outputRef || (run.sessionId ? `session:${run.sessionId}` : null),
...run.archivedAt ? { archivedAt: run.archivedAt } : {},
}
}
/**
* @param {object} options
* @param {() => number} [options.now]
* @param {string} [options.filePath]
* @param {object} [options.sessionPort] { createAndPrompt, archiveSession, waitForTurn }
* @param {() => object|undefined} [options.getDshIm] soft-injected proactive IM API
* @param {() => object|undefined} [options.getAgents] soft-injected agents service for session mirror
* @param {{ warn?: Function, info?: Function }} [options.logger]
* @param {number} [options.tickIntervalMs]
*/
export function createHostService(options = {}) {
const now = options.now || (() => Date.now())
const filePath = options.filePath || storePath(dshHome())
const store = options.store || createStore({ filePath })
const sessionPort = options.sessionPort || null
const getDshIm = typeof options.getDshIm === 'function' ? options.getDshIm : () => undefined
const getAgents = typeof options.getAgents === 'function' ? options.getAgents : () => undefined
const getUdsAuth = typeof options.getUdsAuth === 'function' ? options.getUdsAuth : () => undefined
const logger = options.logger || console
const tickIntervalMs = Number(options.tickIntervalMs) > 0 ? Number(options.tickIntervalMs) : 15_000
let timer = null
let ticking = false
async function withState(fn) {
return store.mutate(fn)
}
async function snapshot() {
return store.read()
}
async function maybeDeliverIm(job, run) {
if (!job || job.delivery?.kind !== 'im') return
try {
await deliverRunToIm(job, run?.summary, { dshIm: getDshIm() })
logger.info?.(`[dsh-ops-cron] im delivery sent for job ${job.id} → ${job.delivery.targetId}`)
} catch (error) {
logger.warn?.(`[dsh-ops-cron] im delivery failed for job ${job.id}: ${error instanceof Error ? error.message : error}`)
}
}
async function maybeMirrorResult(job, run) {
if (!job || !run || run.status === 'skipped') return
if (job.mirrorToSession !== true) return
try {
const result = await mirrorRunToSession(job, run.summary || run.error || '', {
dshIm: getDshIm(),
getAgents,
pluginName: PLUGIN_NAME,
newId: () => randomUUID(),
})
if (result?.mirrored) {
logger.info?.(`[dsh-ops-cron] mirrored run ${run.id} → session ${result.sessionId} via ${result.via} (${result.method}${result.resumed ? ', resumed' : ''})`)
} else if (result?.reason && result.reason !== 'no_target') {
logger.warn?.(`[dsh-ops-cron] mirror skipped for run ${run.id}: ${result.reason}${result.sessionId ? ` session=${result.sessionId}` : ''}${result.error ? ` (${result.error})` : ''}`)
} else if (!result?.skipped) {
logger.warn?.(`[dsh-ops-cron] mirror incomplete for run ${run.id}: ${result?.reason || 'unknown'}`)
}
} catch (error) {
logger.warn?.(`[dsh-ops-cron] mirror failed for job ${job.id}: ${error instanceof Error ? error.message : error}`)
}
}
/**
* Notify watcher jobs that watch this completed job (report.mode=on_complete).
*/
async function maybeNotifyWatchers(targetJob, targetRun) {
if (!targetJob || !targetRun) return
if (targetRun.status === 'queued' || targetRun.status === 'running') return
const state = await snapshot()
const watchers = listJobs(state).filter((job) => {
if (!job?.watch || !job.report) return false
if (job.report.mode !== 'on_complete') return false
if (job.report.delivery === 'none') return false
if (job.watch.taskId && job.watch.taskId === targetJob.id) return true
if (job.watch.labels && Object.keys(job.watch.labels).length) {
return labelsMatch(targetJob.labels, job.watch.labels, job.watch.match || 'all')
}
return false
})
for (const watcher of watchers) {
try {
const text = formatWatchReport(watcher, [{
id: targetJob.id,
name: targetJob.name,
state: targetRun.status === 'succeeded' ? 'succeeded' : 'failed',
stuck: false,
}])
if (watcher.report.delivery === 'im' || watcher.delivery?.kind === 'im') {
const deliveryJob = watcher.report.delivery === 'im' || watcher.delivery?.kind === 'im'
? { ...watcher, delivery: watcher.delivery?.kind === 'im' ? watcher.delivery : watcher.delivery }
: watcher
if (deliveryJob.delivery?.kind === 'im') {
await deliverRunToIm(deliveryJob, text, { dshIm: getDshIm() })
}
}
} catch (error) {
logger.warn?.(`[dsh-ops-cron] watcher report failed for ${watcher.id}: ${error instanceof Error ? error.message : error}`)
}
}
}
async function settleAndNotify(jobId, runId, claimedDecision) {
const state = await snapshot()
const run = (state.runs || []).find((row) => row.id === runId)
const job = getJob(state, jobId)
await maybeDeliverIm(job, run)
await maybeMirrorResult(job, run)
await maybeNotifyWatchers(job, run)
if (job?.persistHistory?.kind === 'archive' && job.persistHistory.endpoint) {
try {
await archiveJobRuns(jobId, { identity: null })
} catch (error) {
logger.warn?.(`[dsh-ops-cron] archive push failed for ${jobId}: ${error instanceof Error ? error.message : error}`)
}
}
return { job: jobView(job, (await snapshot()).runs), run: runView(run), decision: claimedDecision }
}
/**
* Push unarchived terminal runs for archive-policy jobs to their endpoint.
* @param {string|null} [jobId] limit to one job; null = all archive jobs
* @param {{ identity?: object|null, fetchImpl?: typeof fetch, limit?: number }} [opts]
*/
async function archiveJobRuns(jobId = null, opts = {}) {
const identity = opts.identity || null
const limit = Number.isInteger(opts.limit) && opts.limit > 0 ? Math.min(200, opts.limit) : 50
const state = await snapshot()
let jobs = listJobs(state).filter((job) => (
job?.persistHistory?.kind === 'archive' && job.persistHistory.endpoint
))
if (jobId) jobs = jobs.filter((job) => job.id === jobId)
if (identity) {
for (const job of jobs) assertCanAccessJob(job, identity)
jobs = filterJobsForIdentity(jobs, identity)
}
const results = []
for (const job of jobs) {
const live = await snapshot()
const batch = runsNeedingArchive(live.runs, job.id)
.sort((a, b) => (a.actualAt || a.scheduledAt || 0) - (b.actualAt || b.scheduledAt || 0))
.slice(0, limit)
if (!batch.length) {
results.push({ jobId: job.id, archived: 0, skipped: true })
continue
}
await pushArchiveBatch(job.persistHistory.endpoint, {
job: jobView(job, live.runs),
runs: batch.map(runView),
}, { fetchImpl: opts.fetchImpl || options.fetchImpl, now })
const mark = now()
const ids = batch.map((run) => run.id)
await withState((current) => pruneArchivedRuns(markRunsArchived(current, ids, mark), 50))
results.push({ jobId: job.id, archived: batch.length, endpoint: job.persistHistory.endpoint })
}
return {
ok: true,
archived: results.reduce((sum, row) => sum + (row.archived || 0), 0),
results,
}
}
async function createJob(input, identity = null, opts = {}) {
const t = now()
// Ignore client-supplied ids on create — otherwise POST/tools can overwrite.
const { id: _ignoredId, ownerEmpNo: _ignoreOwner, ...safeInput } = input && typeof input === 'object' ? input : {}
const fromImPeer = opts.fromImPeer === true
let origin = normalizeOrigin(safeInput.origin)
// HTTP/web must not forge IM peer origin to bypass empNo ownership.
if (!fromImPeer && origin?.kind === 'im') {
origin = origin.sessionId
? normalizeOrigin({ kind: 'web', sessionId: origin.sessionId })
: null
if (origin) safeInput.origin = origin
else delete safeInput.origin
} else if (origin) {
safeInput.origin = origin
}
if (fromImPeer) {
const cwd = String(safeInput.cwd || '').trim()
if (!cwd) {
const error = new Error('IM scheduled jobs require a non-empty session working directory')
error.code = 'INVALID_CWD'
throw error
}
safeInput.cwd = cwd
safeInput.ownerEmpNo = UNASSIGNED_OWNER
safeInput.ownerDisplayName = ''
// Keep cwd as the bot workspace path; do not sanitize via empNo.
} else {
const ownerIdentity = enrichIdentity(
isMultiUserIdentity(identity)
? identity
: inferIdentityFromJobInput(safeInput, getUdsAuth),
getUdsAuth,
)
if (isMultiUserIdentity(ownerIdentity)) {
const delivery = normalizeDelivery(safeInput.delivery || { kind: 'dsh' })
assertDeliveryAllowedForIdentity(delivery, ownerIdentity)
safeInput.delivery = delivery
safeInput.ownerEmpNo = ownerIdentity.empNo
safeInput.ownerDisplayName = ownerIdentity.displayName || ownerIdentity.empNo
const snap = await snapshot()
const allowExternalCwd = snap?.settings?.allowExternalCwd !== false
const requestedCwd = String(safeInput.cwd || '').trim()
safeInput.cwd = sanitizeJobCwd(safeInput.cwd, ownerIdentity, getUdsAuth, {
forOwnerEmpNo: ownerIdentity.empNo,
allowExternalCwd,
rejectClamp: !!requestedCwd,
})
} else if (safeInput.ownerEmpNo) {
safeInput.ownerEmpNo = normalizeOwnerEmpNo(safeInput.ownerEmpNo)
} else {
// Standalone / no inferred owner: leave unassigned (visible to everyone in local mode).
safeInput.ownerEmpNo = UNASSIGNED_OWNER
}
}
let created
await withState((current) => {
created = createJobRecord(safeInput, current, t)
return upsertJob(current, created)
})
return jobView(created, [])
}
async function updateJob(jobId, patch, identity = null) {
const t = now()
const state = await withState((current) => {
const job = getJob(current, jobId)
if (!job) {
const error = new Error('job not found')
error.code = 'NOT_FOUND'
throw error
}
if (identity) patch = { ...patch, _identity: identity }
const nextInput = {
id: job.id,
name: patch.name !== undefined ? patch.name : job.name,
prompt: patch.prompt !== undefined ? patch.prompt : job.prompt,
enabled: patch.enabled !== undefined ? patch.enabled : job.enabled,
schedule: patch.schedule !== undefined ? patch.schedule : job.schedule,
cwd: patch.cwd !== undefined ? patch.cwd : job.cwd,
timeoutMinutes: patch.timeoutMinutes !== undefined ? patch.timeoutMinutes : job.timeoutMinutes,
provider: patch.provider !== undefined ? patch.provider : job.provider,
model: patch.model !== undefined ? patch.model : job.model,
reasoningEffort: patch.reasoningEffort !== undefined ? patch.reasoningEffort : job.reasoningEffort,
agentPreset: patch.agentPreset !== undefined ? patch.agentPreset : job.agentPreset,
delivery: patch.delivery !== undefined
? mergeDeliveryMention(job.delivery, patch.delivery)
: job.delivery,
origin: patch.origin !== undefined
? (normalizeOrigin(patch.origin) || undefined)
: job.origin,
mirrorToSession: patch.mirrorToSession !== undefined
? patch.mirrorToSession === true
: (patch.mirror_to_session !== undefined
? patch.mirror_to_session === true
: job.mirrorToSession === true),
labels: patch.labels !== undefined ? patch.labels : job.labels,
watch: patch.watch !== undefined ? patch.watch : job.watch,
progress: patch.progress !== undefined ? patch.progress : job.progress,
report: patch.report !== undefined ? patch.report : job.report,
persistHistory: patch.persistHistory !== undefined
? patch.persistHistory
: (patch.persist_history !== undefined ? patch.persist_history : job.persistHistory),
ownerEmpNo: job.ownerEmpNo || UNASSIGNED_OWNER,
ownerDisplayName: job.ownerDisplayName || '',
}
if (patch._identity) {
const enriched = enrichIdentity(patch._identity, getUdsAuth)
if (patch.delivery !== undefined) {
nextInput.delivery = mergeDeliveryMention(job.delivery, patch.delivery)
assertDeliveryAllowedForIdentity(nextInput.delivery, enriched)
}
const allowExternalCwd = current.settings?.allowExternalCwd !== false
const requestedCwd = patch.cwd !== undefined ? String(patch.cwd || '').trim() : ''
nextInput.cwd = sanitizeJobCwd(
nextInput.cwd,
enriched,
getUdsAuth,
{
forOwnerEmpNo: nextInput.ownerEmpNo,
allowExternalCwd,
rejectClamp: !!requestedCwd,
},
)
}
if (patch.ownerEmpNo !== undefined && canViewAllJobs(enrichIdentity(patch._identity, getUdsAuth))) {
nextInput.ownerEmpNo = normalizeOwnerEmpNo(patch.ownerEmpNo)
if (patch.ownerDisplayName !== undefined) {
nextInput.ownerDisplayName = String(patch.ownerDisplayName || '').trim().slice(0, 80)
} else if (nextInput.ownerEmpNo !== job.ownerEmpNo) {
nextInput.ownerDisplayName = nextInput.ownerEmpNo === UNASSIGNED_OWNER
? ''
: (patch.ownerDisplayName || nextInput.ownerEmpNo)
}
}
const record = createJobRecord(nextInput, current, t)
record.createdAt = job.createdAt
record.lastRunAt = job.lastRunAt
record.lastStatus = job.lastStatus
if (patch.origin === undefined && job.origin) record.origin = job.origin
if (patch.schedule === undefined && patch.enabled === undefined) {
record.nextRunAt = job.nextRunAt
}
// Clear optional monitor fields when explicitly set to null.
if (patch.watch === null) delete record.watch
if (patch.progress === null) delete record.progress
if (patch.report === null) delete record.report
return upsertJob(current, record)
})
return jobView(getJob(state, jobId), state.runs)
}
async function pauseJob(jobId, enabled, identity = null) {
return updateJob(jobId, { enabled }, identity)
}
async function deleteJob(jobId) {
await withState((current) => {
if (!getJob(current, jobId)) {
const error = new Error('job not found')
error.code = 'NOT_FOUND'
throw error
}
return removeJob(current, jobId)
})
return { ok: true, id: jobId }
}
async function updateSettings(patch) {
const state = await withState((current) => ({
...current,
settings: normalizeSettings({ ...current.settings, ...patch }, current.settings),
}))
return state.settings
}
async function dispatchRun(jobId, trigger) {
let claimed
const t = now()
await withState((current) => {
claimed = claimOccurrence(current, jobId, t, trigger, current.settings)
if (claimed.decision.action === 'wait') return current
return claimed.state
})
if (!claimed.run) return { job: claimed.job, run: null, decision: claimed.decision }
if (claimed.run.status === 'skipped') {
return { job: claimed.job, run: runView(claimed.run), decision: claimed.decision }
}
const executed = await store.mutate(async (current) => {
const result = await executeClaimedRun(current, claimed.run.id, {
now,
createAndPrompt: sessionPort?.createAndPrompt,
archiveSession: sessionPort?.archiveSession,
})
return result.state
})
let run = (executed.runs || []).find((row) => row.id === claimed.run.id)
if (run?.status === 'running' && typeof sessionPort?.waitForTurn === 'function') {
let terminal
try {
terminal = await sessionPort.waitForTurn(run.sessionId)
} catch (error) {
const message = error instanceof Error ? error.message : String(error)
terminal = { status: 'failed', error: message, summary: message }
}
const settled = await store.mutate((current) => settleRun(current, run.id, terminal, now()))
run = (settled.runs || []).find((row) => row.id === claimed.run.id)
return settleAndNotify(jobId, run.id, claimed.decision)
}
return settleAndNotify(jobId, claimed.run.id, claimed.decision)
}
async function tick() {
if (ticking) return []
ticking = true
const fired = []
try {
const state = await snapshot()
if (state.settings?.enabled === false) return fired
const t = now()
for (const job of listJobs(state)) {
if (job.enabled === false) continue
const runs = (state.runs || []).filter((run) => run.jobId === job.id)
const decision = decideDispatch({
job,
runs,
now: t,
overlapPolicy: state.settings.overlapPolicy,
misfirePolicy: state.settings.misfirePolicy,
})
if (decision.action === 'wait') continue
const result = await dispatchRun(job.id, 'schedule')
if (result.run) fired.push(result)
}
await tickWatcherReports()
try {
await archiveJobRuns(null, { limit: 20 })
} catch (error) {
logger.warn?.(`[dsh-ops-cron] archive tick failed: ${error instanceof Error ? error.message : error}`)
}
return fired
} finally {
ticking = false
}
}
function startTimer() {
if (timer) return
timer = setInterval(() => {
tick().catch(() => {})
}, tickIntervalMs)
if (typeof timer.unref === 'function') timer.unref()
}
function stopTimer() {
if (!timer) return
clearInterval(timer)
timer = null
}
async function concealKnownSessions() {
if (typeof sessionPort?.archiveSession !== 'function') return 0
const state = await snapshot()
const ids = new Set()
for (const id of state.hiddenSessionIds || []) if (id) ids.add(id)
for (const run of state.runs || []) if (run?.sessionId) ids.add(run.sessionId)
let hidden = 0
for (const id of ids) {
try {
await sessionPort.archiveSession(id)
hidden += 1
} catch {
// Session may already be gone.
}
}
return hidden
}
async function migrateOwnersIfNeeded() {
const uds = getUdsAuth()
await withState((current) => {
const { state, changed } = migrateJobOwners(current, {
getSessionOwner: (sessionId) => uds?.getSessionOwner?.(sessionId) || null,
})
return changed ? state : current
})
}
async function recover() {
await mkdir(join(dshHome(), 'ops-cron'), { recursive: true })
await migrateOwnersIfNeeded()
const t = now()
await withState((current) => {
let next = interruptActiveRuns(current, t)
next = {
...next,
jobs: (next.jobs || []).map((job) => {
try {
if (job.nextRunAt === null) return job
if (Number.isFinite(job.nextRunAt) && job.nextRunAt > t) return job
const nextRunAt = nextFire(job.schedule, t, job.schedule?.timezone || next.settings.timezone)
return { ...job, nextRunAt }
} catch {
return job
}
}),
}
return next
})
await concealKnownSessions()
}
async function handleRequest(req, res) {
const url = parseUrl(req)
const path = url.pathname.replace(/\/+$/, '') || '/'
const method = (req.method || 'GET').toUpperCase()
const write = (status, body) => json(res, status, body)
try {
if (path === `${API_PREFIX}/health` && method === 'GET') {
const state = await snapshot()
write(200, {
ok: true,
plugin: PLUGIN_NAME,
enabled: state.settings.enabled !== false,
jobCount: (state.jobs || []).length,
})
return
}
if (path === `${API_PREFIX}/settings` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const state = await snapshot()
write(200, { ok: true, settings: state.settings })
return
}
if (path === `${API_PREFIX}/settings` && method === 'PUT') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const body = await readJsonBody(req)
const settings = await updateSettings(body)
write(200, { ok: true, settings })
return
}
if (path === `${API_PREFIX}/models` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const catalog = typeof sessionPort?.listModels === 'function'
? await sessionPort.listModels()
: { groups: [], current: null }
write(200, { ok: true, ...catalog })
return
}
if (path === `${API_PREFIX}/presets` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const catalog = typeof sessionPort?.listPresets === 'function'
? await sessionPort.listPresets()
: { items: [], current: null }
write(200, { ok: true, ...catalog })
return
}
if (path === `${API_PREFIX}/workspaces` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
let workspaces = typeof sessionPort?.listWorkspaces === 'function'
? await sessionPort.listWorkspaces()
: []
if (!Array.isArray(workspaces)) workspaces = []
const uds = getUdsAuth()
if (!canViewAllJobs(identity) && uds?.isUserPath) {
workspaces = workspaces.filter((row) => uds.isUserPath(identity.empNo, row?.path))
}
if (!canViewAllJobs(identity) && workspaces.length === 0) {
const pathOnly = identity.workspacePath || uds?.getProvisionedWorkspacePath?.(identity.empNo)
if (pathOnly) workspaces = [{ id: null, path: pathOnly, name: identity.displayName || identity.empNo }]
}
write(200, { ok: true, workspaces, viewer: viewerPayload(identity) })
return
}
if (path === `${API_PREFIX}/im-catalog` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
if (!canViewAllJobs(identity)) {
write(200, {
ok: true,
available: true,
options: [],
hint: 'IM delivery from the web sidebar is super_admin-only; create channel jobs from the WhatsApp/IM chat',
})
return
}
const dshIm = getDshIm()
if (!dshIm || typeof dshIm.listDeliveryCatalog !== 'function') {
write(200, {
ok: true,
available: false,
options: [],
hint: 'dsh-im-ops missing or outdated — install ≥ops.24 for delivery picker',
})
return
}
try {
const options = await dshIm.listDeliveryCatalog()
write(200, {
ok: true,
available: true,
options: Array.isArray(options) ? options : [],
})
} catch (error) {
write(200, {
ok: true,
available: false,
options: [],
hint: error instanceof Error ? error.message : String(error),
})
}
return
}
if (path === `${API_PREFIX}/jobs` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const uds = getUdsAuth()
const state = await withState((current) => {
const { state: next, changed } = claimUnassignedForViewer(current, identity, {
getSessionOwner: typeof uds?.getSessionOwner === 'function'
? (sessionId) => uds.getSessionOwner(sessionId)
: undefined,
})
return changed ? next : current
})
const jobs = filterJobsForIdentity(listJobs(state), identity)
.map((job) => jobView(job, state.runs))
write(200, {
ok: true,
jobs,
viewer: viewerPayload(identity),
})
return
}
if (path === `${API_PREFIX}/jobs` && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const body = await readJsonBody(req)
const job = await createJob(body, identity)
write(200, { ok: true, job })
return
}
const jobMatch = path.match(new RegExp(`^${API_PREFIX}/jobs/([^/]+)(/run|/pause|/resume)?$`))
if (jobMatch) {
const jobId = decodeURIComponent(jobMatch[1])
const rest = jobMatch[2] || ''
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const state = await snapshot()
const existing = getJob(state, jobId)
assertCanAccessJob(existing, identity)
if (method === 'GET' && !rest) {
write(200, { ok: true, job: jobView(existing, state.runs) })
return
}
if (method === 'PATCH' && !rest) {
const body = await readJsonBody(req)
const job = await updateJob(jobId, body, identity)
write(200, { ok: true, job })
return
}
if (method === 'DELETE' && !rest) {
await deleteJob(jobId)
write(200, { ok: true, id: jobId })
return
}
if (method === 'POST' && rest === '/run') {
const result = await dispatchRun(jobId, 'run-now')
write(200, { ok: true, ...result })
return
}
if (method === 'POST' && rest === '/pause') {
const job = await pauseJob(jobId, false, identity)
write(200, { ok: true, job })
return
}
if (method === 'POST' && rest === '/resume') {
const job = await pauseJob(jobId, true, identity)
write(200, { ok: true, job })
return
}
}
const openMatch = path.match(new RegExp(`^${API_PREFIX}/runs/([^/]+)/open$`))
if (openMatch && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const runId = decodeURIComponent(openMatch[1])
const state = await snapshot()
const run = (state.runs || []).find((row) => row.id === runId)
if (!run?.sessionId) return write(404, apiError('run_not_found', resolveLocale(req, identity)))
assertCanAccessJob(getJob(state, run.jobId), identity)
let unarchived = false
if (typeof sessionPort?.revealSession === 'function') {
unarchived = await sessionPort.revealSession(run.sessionId)
}
write(200, { ok: true, sessionId: run.sessionId, runId: run.id, unarchived: unarchived !== false })
return
}
const adoptMatch = path.match(new RegExp(`^${API_PREFIX}/sessions/([^/]+)/adopt$`))
if (adoptMatch && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const sessionId = decodeURIComponent(adoptMatch[1])
if (!sessionId) return write(400, apiError('session_id_required', resolveLocale(req, identity)))
if (typeof sessionPort?.adoptSession !== 'function') {
return write(200, { ok: false, attached: false, sessionId })
}
const result = await sessionPort.adoptSession(sessionId)
write(200, { ok: true, sessionId, ...result })
return
}
if (path === `${API_PREFIX}/conceal` && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const hidden = await concealKnownSessions()
write(200, { ok: true, hidden })
return
}
if (path === `${API_PREFIX}/history` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const state = await snapshot()
const jobId = url.searchParams.get('jobId') || undefined
if (jobId) {
assertCanAccessJob(getJob(state, jobId), identity)
}
const visibleJobs = filterJobsForIdentity(listJobs(state), identity)
const runs = filterRunsForJobs(listHistory(state, jobId), visibleJobs).map(runView)
write(200, { ok: true, runs, viewer: viewerPayload(identity) })
return
}
if (path === `${API_PREFIX}/query` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const taskId = url.searchParams.get('taskId') || url.searchParams.get('task_id') || ''
const stateFilter = url.searchParams.get('state') || ''
const match = url.searchParams.get('match') === 'any' ? 'any' : 'all'
const includeRuns = url.searchParams.get('include_runs') === '1'
|| url.searchParams.get('include_runs') === 'true'
const decodeProgress = url.searchParams.get('decode_progress') === '1'
|| url.searchParams.get('decode_progress') === 'true'
const labels = {}
for (const [key, value] of url.searchParams.entries()) {
if (key.startsWith('label.')) labels[key.slice(6)] = value
}
const result = await queryJobs({
taskId: taskId || undefined,
labels: Object.keys(labels).length ? labels : undefined,
match,
state: stateFilter || undefined,
includeRuns,
decodeProgress,
}, identity)
write(200, { ok: true, ...result, viewer: viewerPayload(identity) })
return
}
if (path === `${API_PREFIX}/progress` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const taskId = url.searchParams.get('taskId') || url.searchParams.get('task_id') || ''
const labels = {}
for (const [key, value] of url.searchParams.entries()) {
if (key.startsWith('label.')) labels[key.slice(6)] = value
}
const match = url.searchParams.get('match') === 'any' ? 'any' : 'all'
const result = await getProgress({
taskId: taskId || undefined,
labels: Object.keys(labels).length ? labels : undefined,
match,
}, identity)
write(200, { ok: true, ...result, viewer: viewerPayload(identity) })
return
}
if (path === `${API_PREFIX}/archive` && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const body = await readJsonBody(req).catch(() => ({}))
const jobId = typeof body.jobId === 'string' ? body.jobId.trim()
: (typeof body.task_id === 'string' ? body.task_id.trim() : '')
const result = await archiveJobRuns(jobId || null, {
identity,
limit: Number(body.limit) > 0 ? Number(body.limit) : 50,
})
write(200, { ok: true, ...result })
return
}
if (path === `${API_PREFIX}/preview` && method === 'POST') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const body = await readJsonBody(req)
const settings = (await snapshot()).settings
const schedule = validateSchedule(body.schedule || body, body.timezone || settings.timezone)
const nextRunAt = nextFire(schedule, now(), schedule.timezone)
write(200, { ok: true, nextRunAt, schedule })
return
}
if (path === `${API_PREFIX}/workspace-visible` && method === 'GET') {
const identity = await requireIdentity(req, write, getUdsAuth)
if (!identity) return
const state = await snapshot()
const listed = url.searchParams.getAll('id')
write(200, {
ok: true,
hiddenSessionIds: state.hiddenSessionIds || [],
visible: workspaceVisibleIds(listed, state.hiddenSessionIds),
})
return
}
write(404, apiError('not_found', resolveLocale(req)))
} catch (error) {
const locale = resolveLocale(req)
const code = error && error.code
if (code === 'NOT_FOUND') return write(404, { ...apiError('not_found', locale), error: error.message || 'not_found' })
if (code === 'INVALID_CRON' || code === 'INVALID_AT' || code === 'INVALID_SCHEDULE' || code === 'INVALID_JOB' || code === 'INVALID_TIMEZONE' || code === 'INVALID_CWD' || code === 'INVALID_DELIVERY' || code === 'IM_DELIVERY_FORBIDDEN' || code === 'IM_TARGET_FORBIDDEN' || code === 'IM_JOB_MISSING_CWD' || code === 'INVALID_WATCH' || code === 'INVALID_PROGRESS' || code === 'INVALID_REPORT' || code === 'INVALID_PERSIST_HISTORY' || code === 'INVALID_PROGRESS_PATH' || code === 'INVALID_ARCHIVE' || code === 'ARCHIVE_FAILED' || code === 'ARCHIVE_UNAVAILABLE') {
return write(400, { ok: false, error: error.message, code, message: error.message })
}
if (code === 'PAYLOAD_TOO_LARGE') return write(413, apiError('payload_too_large', locale))
write(500, {
...apiError('internal', locale),
error: error instanceof Error ? error.message : 'internal',
})
}
}
function filterJobsByQuery(jobs, query = {}) {
let out = [...jobs]
const labels = normalizeLabels(query.labels)
if (Object.keys(labels).length) {
const match = query.match === 'any' ? 'any' : 'all'
out = out.filter((job) => labelsMatch(job.labels, labels, match))
}
if (query.taskId) {
out = out.filter((job) => job.id === query.taskId)
}
return out
}
async function queryJobs(query = {}, identity = null) {
const state = await snapshot()
let jobs = listJobs(state)
if (identity) jobs = filterJobsForIdentity(jobs, identity)
const by = {}
if (query.taskId) by.taskId = String(query.taskId).trim()
if (query.labels) by.labels = normalizeLabels(query.labels)
if (query.match) by.match = query.match === 'any' ? 'any' : 'all'
if (by.taskId || (by.labels && Object.keys(by.labels).length)) {
jobs = selectJobsByWatch(jobs, by)
} else {
jobs = filterJobsByQuery(jobs, query)
}
const stateFilter = typeof query.state === 'string' ? query.state.trim() : ''
const views = jobs.map((job) => jobView(job, state.runs))
const filtered = stateFilter
? views.filter((job) => job.state === stateFilter)
: views
const includeRuns = query.includeRuns === true || query.include_runs === true
const decodeProgress = query.decodeProgress === true || query.decode_progress === true
const items = []
for (const job of filtered) {
const item = { job }
if (includeRuns) {
item.runs = listHistory(state, job.id).map(runView)
}
if (decodeProgress) {
const raw = getJob(state, job.id)
item.progress = await readProgressSnapshot(raw)
}
items.push(item)
}
return { jobs: filtered, items, count: filtered.length }
}
async function listRuns(taskId, opts = {}, identity = null) {
const id = String(taskId || '').trim()
if (!id) {
const error = new Error('task_id is required')
error.code = 'INVALID_JOB'
throw error
}
const state = await snapshot()
const job = getJob(state, id)
if (identity) assertCanAccessJob(job, identity)
else if (!job) {
const error = new Error('job not found')
error.code = 'NOT_FOUND'
throw error
}
const page = listHistoryPage(state, id, opts)
return {
task_id: id,
runs: page.runs.map(runView),
next_cursor: page.nextCursor,
total: page.total,
}
}
async function getProgress(query = {}, identity = null) {
const state = await snapshot()
let jobs = listJobs(state)
if (identity) jobs = filterJobsForIdentity(jobs, identity)
const by = {}
if (query.taskId) by.taskId = String(query.taskId).trim()
if (query.labels) by.labels = normalizeLabels(query.labels)
if (query.match) by.match = query.match === 'any' ? 'any' : 'all'
if (query.by_watch && typeof query.by_watch === 'object') {
if (query.by_watch.taskId) by.taskId = String(query.by_watch.taskId).trim()
if (query.by_watch.labels) by.labels = normalizeLabels(query.by_watch.labels)
if (query.by_watch.match) by.match = query.by_watch.match === 'any' ? 'any' : 'all'
}
const selected = (by.taskId || (by.labels && Object.keys(by.labels).length))
? selectJobsByWatch(jobs, by)
: filterJobsByQuery(jobs, query)
const snapshots = []
for (const job of selected) {
snapshots.push({
job: jobView(job, state.runs),
progress: await readProgressSnapshot(job),
})
}
return { snapshots, count: snapshots.length }
}
/**
* Periodic / on_change report tick for watcher jobs.
*/
async function tickWatcherReports() {
const state = await snapshot()
const t = now()
for (const watcher of listJobs(state)) {
if (!watcher?.watch || !watcher.report) continue
if (watcher.report.delivery === 'none') continue
if (watcher.report.mode !== 'periodic' && watcher.report.mode !== 'on_change') continue
if (watcher.report.mode === 'periodic') {
const intervalMs = Math.max(1, Number(watcher.report.intervalMin) || 15) * 60_000
if (watcher.lastReportAt && (t - watcher.lastReportAt) < intervalMs) continue
}
const targets = selectJobsByWatch(listJobs(state), watcher.watch)
.filter((job) => job.id !== watcher.id)
.map((job) => jobView(job, state.runs))
if (!targets.length) continue
const progressById = {}
let changed = false
for (const target of targets) {
const raw = getJob(state, target.id)
const snap = await readProgressSnapshot(raw)
progressById[target.id] = snap
const hash = JSON.stringify(snap?.metrics || {})
if (watcher.report.mode === 'on_change') {
const prev = watcher.lastProgressHash?.[target.id]
if (prev !== hash) changed = true
}
}
if (watcher.report.mode === 'on_change' && !changed) continue
const text = formatWatchReport(watcher, targets, progressById)
try {
if ((watcher.report.delivery === 'im' || watcher.delivery?.kind === 'im')
&& watcher.delivery?.kind === 'im') {
await deliverRunToIm(watcher, text, { dshIm: getDshIm() })
}
const hashes = { ...(watcher.lastProgressHash || {}) }
for (const [id, snap] of Object.entries(progressById)) {
hashes[id] = JSON.stringify(snap?.metrics || {})
}
await withState((current) => {
const job = getJob(current, watcher.id)
if (!job) return current
return upsertJob(current, {
...job,
lastReportAt: t,
lastProgressHash: hashes,
updatedAt: job.updatedAt,
})
})
} catch (error) {
logger.warn?.(`[dsh-ops-cron] periodic report failed for ${watcher.id}: ${error instanceof Error ? error.message : error}`)
}
}
}
return {
store,
now,
createJob,
updateJob,
pauseJob,
deleteJob,
updateSettings,
dispatchRun,
tick,
tickWatcherReports,
recover,
startTimer,
stopTimer,
handleRequest,
snapshot,
getUdsAuth,
queryJobs,
listRuns,
getProgress,
archiveJobRuns,
async listJobs(identity = null, query = null) {
const state = await snapshot()
let jobs = listJobs(state)
if (identity) jobs = filterJobsForIdentity(jobs, identity)
if (query) {
jobs = filterJobsByQuery(jobs, query)
const views = jobs.map((job) => jobView(job, state.runs))
if (query.state) return views.filter((job) => job.state === query.state)
return views
}
return jobs.map((job) => jobView(job, state.runs))
},
async getJob(jobId, identity = null) {
const state = await snapshot()
const job = getJob(state, jobId)
if (!job) return null
if (identity) assertCanAccessJob(job, identity)
return jobView(job, state.runs)
},
async listHistory(jobId, identity = null) {
const state = await snapshot()
if (jobId && identity) assertCanAccessJob(getJob(state, jobId), identity)
const runs = listHistory(state, jobId)
if (!identity) return runs.map(runView)
const visible = filterJobsForIdentity(listJobs(state), identity)
return filterRunsForJobs(runs, visible).map(runView)
},
workspaceVisibleIds(allIds) {
const hidden = store.snapshot().hiddenSessionIds
return workspaceVisibleIds(allIds, hidden)
},
}
}
function sleep(ms) {
return new Promise((resolve) => setTimeout(resolve, ms))
}
async function withTimeout(promise, ms, message) {
let timer
try {
return await Promise.race([
promise,
new Promise((_, reject) => {
timer = setTimeout(() => {
const error = new Error(message)
error.code = 'RUN_TIMEOUT'
reject(error)
}, ms)
}),
])
} finally {
clearTimeout(timer)
}
}
/**
* Wait until a live agent finishes the turn started by followup.
* `whenIdle` alone can resolve before the driver wakes; poll for `running` first.
*/
export async function waitForAgentTurn(agent, options = {}) {
if (!agent) {
return { status: 'failed', error: 'agent missing', summary: 'Agent disappeared after dispatch' }
}
const startTimeoutMs = Number.isFinite(options.startTimeoutMs) ? options.startTimeoutMs : 30_000
const turnTimeoutMs = Number.isFinite(options.turnTimeoutMs) ? options.turnTimeoutMs : 10 * 60 * 1000
const started = Date.now()
let sawRunning = agent.status === 'running'
while (!sawRunning && Date.now() - started < startTimeoutMs) {
if (agent.status === 'running') {
sawRunning = true
break
}
await sleep(20)
}
if (agent.status === 'running') sawRunning = true
if (sawRunning && typeof agent.whenIdle === 'function') {
await withTimeout(agent.whenIdle(), turnTimeoutMs, 'run timed out')
return { status: 'succeeded', summary: 'Turn finished' }
}
return {
status: 'failed',
error: 'agent_never_started',
summary: 'Scheduled prompt was queued but the agent never started a turn',
}
}
function workspacePathOf(workspace) {
return String(workspace?.path || workspace?.record?.path || '').trim()
}
function listWorkspaces(ctx) {
const registry = tryGet(ctx, 'workspaceRegistry')
const list = typeof registry?.list === 'function' ? registry.list() : []
return Array.isArray(list) ? list : []
}
export function listWorkspaceChoices(ctx) {
return listWorkspaces(ctx).map((workspace) => {
const path = workspacePathOf(workspace)
const title = String(workspace?.title || workspace?.record?.title || '').trim() || (path ? basename(path) : '')
return {
id: String(workspace?.id || path),
title: title || path,
path,
}
}).filter((row) => row.path)
}
function sessionCwdOf(ctx, sessionId) {
const live = tryGet(ctx, 'sessions')?.get?.(sessionId)
const agent = tryGet(ctx, 'agents')?.get?.(sessionId)
return String(live?.header?.cwd || live?.cwd || agent?.session?.header?.cwd || agent?.session?.cwd || '').trim()
}
/**
* True when the job owner may keep an explicit cwd outside their provisioned tree
* (super_admin / fallback_admin via canViewAllSessions, canCreateWorkspace, or role).
*/
export function ownerAllowsForeignCwd(ownerEmpNo, uds) {
const empNo = String(ownerEmpNo || '').trim()
if (!empNo || empNo.startsWith('__') || !uds) return false
if (typeof uds.resolveIdentityForEmpNo === 'function') {
const identity = uds.resolveIdentityForEmpNo(empNo)
if (canViewAllJobs(identity)) return true
return !!(
identity?.permissions?.canViewAllSessions
|| identity?.permissions?.canCreateWorkspace
|| isElevatedCronRole(identity?.role)
)
}
return false
}
/**
* Placement order:
* 1. Explicit job.cwd (kept for elevated owners; shared trees outside forest kept when allowExternalCwd;
* clamped to owner tree only when inside provision forest but not the owner's path)
* 2. Owner provisioned path (multi-user)
* 3. Recent registry workspace — only standalone / non-IM unassigned
* 4. Shared ops-cron fallback
* IM-origin jobs never fall back to workspaces[0]; missing cwd → missingCwd.
* Official attachSession requires header.cwd === workspace.path.
*/
export function resolveSessionPlacement(ctx, job = {}, deps = {}) {
const workspaces = listWorkspaces(ctx)
const match = (path) => (path && workspaces.find((row) => workspacePathOf(row) === path)) || null
const uds = deps.udsAuth || (typeof deps.getUdsAuth === 'function' ? deps.getUdsAuth() : tryGet(ctx, 'udsAuth'))
const ownerEmpNo = String(job?.ownerEmpNo || '').trim()
const ownerPath = ownerEmpNo && !ownerEmpNo.startsWith('__') && uds?.getProvisionedWorkspacePath
? uds.getProvisionedWorkspacePath(ownerEmpNo)
: null
const imOrigin = normalizeOrigin(job?.origin)?.kind === 'im'
const allowExternalCwd = deps.allowExternalCwd !== false
let requested = String(job?.cwd || '').trim()
if (requested && ownerEmpNo && !ownerEmpNo.startsWith('__') && uds?.isUserPath) {
const allowForeign = ownerAllowsForeignCwd(ownerEmpNo, uds)
if (!uds.isUserPath(ownerEmpNo, requested) && !allowForeign && ownerPath) {
const forest = dirname(ownerPath)
if (forest && isPathInside(requested, forest)) {
requested = ownerPath
} else if (allowExternalCwd === false) {
requested = ownerPath
}
// else: outside forest → keep requested (shared business cwd)
}
}
if (requested) return { cwd: requested, workspace: match(requested), missingCwd: false }
if (imOrigin) {
return { cwd: '', workspace: null, missingCwd: true }
}
if (ownerPath) return { cwd: ownerPath, workspace: match(ownerPath), missingCwd: false }
// Do not use workspaces[0] for owned multi-user jobs (ownerPath already handled).
// Standalone / unassigned (non-IM) may still use the most recent registry workspace.
const recent = workspaces[0]
const recentPath = workspacePathOf(recent)
if (recentPath) return { cwd: recentPath, workspace: recent, missingCwd: false }
const isolated = defaultCwd()
return { cwd: isolated, workspace: match(isolated), missingCwd: false }
}
export async function attachLiveSessionToWorkspace(workspace, sessionId) {
if (!sessionId || !workspace || typeof workspace.attachSession !== 'function') return false
try {
await workspace.attachSession(sessionId)
return true
} catch {
return false
}
}
/**
* Put a forked (or still-loose) session into the workspace whose path matches
* its cwd. Does not create a new workspace: a cwd mismatch cannot join a
* different project.
*/
export async function adoptSessionIntoWorkspace(ctx, sessionId) {
if (!sessionId) return { ok: false, attached: false }
const cwd = sessionCwdOf(ctx, sessionId)
const workspaces = listWorkspaces(ctx)
const workspace = (cwd && workspaces.find((row) => workspacePathOf(row) === cwd)) || null
const attached = await attachLiveSessionToWorkspace(workspace, sessionId)
if (attached) {
try { await unarchiveSession(ctx, sessionId) } catch { /* listing membership is enough */ }
}
return {
ok: attached,
attached,
sessionId,
cwd: cwd || null,
workspaceId: workspace?.id || null,
}
}
export async function archiveLiveSession(ctx, sessionId) {
if (!sessionId) return false
const registry = tryGet(ctx, 'workspaceRegistry')
if (!registry || typeof registry.archiveSession !== 'function') return false
try {
await registry.archiveSession(sessionId)
return true
} catch {
return false
}
}
export async function unarchiveSession(ctx, sessionId) {
if (!sessionId) return false
let registry = tryGet(ctx, 'workspaceRegistry')
if (!registry) {
const started = Date.now()
while (!registry && Date.now() - started < 1500) {
await sleep(50)
registry = tryGet(ctx, 'workspaceRegistry')
}
}
if (!registry) return false
if (typeof registry.enqueueOperation === 'function' && typeof registry.requireState === 'function' && typeof registry.setState === 'function') {
await registry.enqueueOperation(async () => {
const state = registry.requireState()
const archived = state.archivedSessionIds || []
if (!archived.includes(sessionId)) return
await registry.setState({
...state,
archivedSessionIds: archived.filter((id) => id !== sessionId),
})
})
return true
}
const ids = typeof registry.archivedSessionIds === 'function'
? registry.archivedSessionIds()
: registry.archivedSessionIds
if (Array.isArray(ids) && typeof registry.setState === 'function') {
if (!ids.includes(sessionId)) return true
const state = typeof registry.requireState === 'function' ? registry.requireState() : { archivedSessionIds: ids }
await registry.setState({
...state,
archivedSessionIds: ids.filter((id) => id !== sessionId),
})
return true
}
return false
}
/**
* Snapshot the same default model a New Session uses.
* Persona templates interpolate `{{model}}`; an empty value fails assembly.
*/
export function currentDefaultModel(ctx) {
try {
const selection = tryGet(ctx, 'agentDefaultModel')?.currentSelection?.()
const provider = typeof selection?.provider === 'string' ? selection.provider.trim() : ''
const model = typeof selection?.model === 'string' ? selection.model.trim() : ''
if (!provider || !model) return null
return {
provider,
model,
...selection.reasoningEffort === undefined ? {} : { reasoningEffort: selection.reasoningEffort },
}
} catch {
return null
}
}
export async function listModelChoices(ctx) {
const llm = tryGet(ctx, 'llm')
const providers = typeof llm?.listProviders === 'function' ? llm.listProviders() : []
const list = Array.isArray(providers) ? providers : []
const groups = []
for (const row of list) {
const provider = String(row?.id || row?.provider || '').trim()
if (!provider) continue
let models = []
try {
models = typeof llm.listModels === 'function' ? await llm.listModels(provider) : []
} catch {
models = []
}
groups.push({
provider,
displayName: String(row?.name || row?.displayName || provider),
models: (Array.isArray(models) ? models : []).map((entry) => ({
id: String(entry?.id || entry?.model || '').trim(),
name: String(entry?.name || entry?.displayName || entry?.id || '').trim(),
})).filter((entry) => entry.id),
})
}
return { groups, current: currentDefaultModel(ctx) }
}
export async function listPresetChoices(ctx) {
const presets = tryGet(ctx, 'agentPresets')
if (!presets || typeof presets.list !== 'function') {
return { items: [], current: null }
}
let items = []
try {
const listed = await presets.list()
const rows = Array.isArray(listed) ? listed : (Array.isArray(listed?.items) ? listed.items : [])
items = rows.map((row) => ({
id: String(row?.id || '').trim(),
name: String(row?.name || row?.displayName || row?.id || '').trim(),
})).filter((row) => row.id)
} catch {
items = []
}
let current = null
if (typeof presets.resolve === 'function') {
try {
const resolved = await presets.resolve()
const id = typeof resolved?.id === 'string' ? resolved.id.trim() : ''
if (id) current = { id, name: String(resolved?.name || id) }
} catch {
current = null
}
}
return { items, current }
}
export async function resolveJobModel(ctx, job) {
const provider = typeof job?.provider === 'string' ? job.provider.trim() : ''
const model = typeof job?.model === 'string' ? job.model.trim() : ''
if (provider && model) {
return {
provider,
model,
...job.reasoningEffort ? { reasoningEffort: job.reasoningEffort } : {},
}
}
return resolveDefaultModel(ctx)
}
export async function resolveDefaultModel(ctx, options = {}) {
const waitMs = Number.isFinite(options.waitMs) ? Math.max(0, options.waitMs) : 1500
let service = tryGet(ctx, 'agentDefaultModel')
if (!service?.currentSelection && waitMs > 0) {
const started = Date.now()
while (!service?.currentSelection && Date.now() - started < waitMs) {
await sleep(50)
service = tryGet(ctx, 'agentDefaultModel')
}
}
const selection = service?.currentSelection?.()
const provider = typeof selection?.provider === 'string' ? selection.provider.trim() : ''
const model = typeof selection?.model === 'string' ? selection.model.trim() : ''
if (!provider || !model) {
throw new Error('no default model is configured; pick a model in Models before running scheduled tasks')
}
return {
provider,
model,
...selection.reasoningEffort === undefined ? {} : { reasoningEffort: selection.reasoningEffort },
}
}
/**
* Fill `{{provider}}` / `{{model}}` and route LLM requests, without importing
* `@deepseek-ai/dsh-agent`. Same contract as official installModelSelection.
*/
export function bindModelSelection(agentCtx, selection) {
if (!agentCtx || typeof agentCtx.on !== 'function' || !selection) return
const snapshot = {
provider: selection.provider,
model: selection.model,
...selection.reasoningEffort === undefined ? {} : { reasoningEffort: selection.reasoningEffort },
}
agentCtx.on('system-prompt/assemble', async (...args) => {
const next = args.find((arg) => typeof arg === 'function')
const assembled = next ? await next() : (args[0] || {})
return {
...assembled,
variables: {
...assembled.variables,
provider: snapshot.provider,
model: snapshot.model,
},
}
})
agentCtx.on('agent/request', async (...args) => {
const next = args.find((arg) => typeof arg === 'function')
const resolved = next ? await next() : (args[0] || {})
const { reasoningEffort: _inherited, ...rest } = resolved || {}
return {
...rest,
provider: snapshot.provider,
model: snapshot.model,
...snapshot.reasoningEffort === undefined ? {} : { reasoningEffort: snapshot.reasoningEffort },
}
})
}
async function composeCronAgent(ctx, selection, job) {
const presets = tryGet(ctx, 'agentPresets')
if (!presets || typeof presets.resolve !== 'function' || typeof presets.mount !== 'function') {
return {
setup: (agentCtx) => {
bindModelSelection(agentCtx, selection)
},
}
}
const wanted = typeof job?.agentPreset === 'string' ? job.agentPreset.trim() : ''
const resolved = wanted
? await presets.resolve(wanted)
: await presets.resolve()
const presetId = resolved?.id
return {
agentPreset: presetId,
setup: async (agentCtx) => {
bindModelSelection(agentCtx, selection)
if (presetId) await presets.mount(agentCtx, presetId)
},
}
}
export function makeLiveSessionPort(ctx) {
const handles = new Map()
return {
async createAndPrompt({ job, run, text, source }) {
const agents = tryGet(ctx, 'agents')
if (!agents || typeof agents.create !== 'function') {
throw new Error('ctx.agents.create is unavailable')
}
const sessionId = randomUUID()
const udsAuth = tryGet(ctx, 'udsAuth')
const placement = resolveSessionPlacement(ctx, job, { udsAuth, allowExternalCwd: true })
if (placement.missingCwd) {
const error = new Error('IM scheduled job has no cwd; recreate it from the channel chat')
error.code = 'IM_JOB_MISSING_CWD'
throw error
}
const cwd = placement.cwd || defaultCwd()
await mkdir(cwd, { recursive: true })
const selection = await resolveJobModel(ctx, job)
const composition = await composeCronAgent(ctx, selection, job)
const handle = await agents.create({
sessionId,
agentOptions: {
provider: selection.provider,
model: selection.model,
...selection.reasoningEffort === undefined ? {} : { reasoningEffort: selection.reasoningEffort },
},
meta: {
cwd,
...composition.agentPreset ? { agentPreset: composition.agentPreset } : {},
},
setup: composition.setup,
})
const agent = handle?.agent
if (!agent || typeof agent.followup !== 'function') {
throw new Error('created agent has no followup')
}
const message = {
id: randomUUID(),
role: 'user',
content: [{ type: 'text', text }],
source: source || { kind: 'plugin', plugin: PLUGIN_NAME },
}
agent.followup(message)
const timeoutMs = Math.max(60_000, (Number(job?.timeoutMinutes) || 10) * 60_000)
handles.set(sessionId, { handle, timeoutMs, agent })
try {
await attachLiveSessionToWorkspace(placement.workspace, sessionId)
} catch {
// Forks of unattached runs stay loose; listing hide is separate.
}
try {
const owner = String(job?.ownerEmpNo || '').trim()
if (owner && !owner.startsWith('__')) {
udsAuth?.stampSessionOwner?.(sessionId, owner)
}
} catch {
// Ownership stamp is best-effort.
}
try {
if (typeof agent.session?.append === 'function') {
agent.session.append('session/title', {
title: `${TITLE_PREFIX}${job.name}`,
source: 'plugin',
})
}
} catch {
// Title is best-effort.
}
return {
sessionId,
handle,
status: 'running',
summary: `Started session for ${job.name}`,
}
},
async archiveSession(sessionId) {
return archiveLiveSession(ctx, sessionId)
},
async revealSession(sessionId) {
return unarchiveSession(ctx, sessionId)
},
async adoptSession(sessionId) {
return adoptSessionIntoWorkspace(ctx, sessionId)
},
async listWorkspaces() {
return listWorkspaceChoices(ctx)
},
async listModels() {
return listModelChoices(ctx)
},
async listPresets() {
return listPresetChoices(ctx)
},
async waitForTurn(sessionId) {
const entry = handles.get(sessionId)
const agents = tryGet(ctx, 'agents')
const agent = entry?.agent || entry?.handle?.agent || agents?.get?.(sessionId)
try {
const finished = await waitForAgentTurn(agent, {
turnTimeoutMs: entry?.timeoutMs,
})
const summary = extractAssistantText(agent?.session?.deriveMessages?.() || [])
return {
...finished,
summary: summary || finished.summary,
}
} catch (error) {
if (error && error.code === 'RUN_TIMEOUT' && agent && typeof agent.cancel === 'function') {
try { agent.cancel({ kind: 'timeout' }) } catch { /* ignore */ }
}
throw error
} finally {
handles.delete(sessionId)
}
},
}
}
function tryGet(ctx, name) {
try {
return ctx.get(name)
} catch {
return undefined
}
}
export { DEFAULT_SETTINGS }