Add read-only orca linear CLI with trusted launch-prompt pointer (V1) (#5126)

Co-authored-by: Orca <help@stably.ai>
This commit is contained in:
Brennan Benson
2026-06-10 20:20:50 -07:00
committed by GitHub
co-authored by Orca
parent 519cc5d1c3
commit cdc0ca5e53
68 changed files with 4379 additions and 283 deletions
@@ -0,0 +1,345 @@
import { beforeEach, describe, expect, it, vi } from 'vitest'
import type { LinearClientForWorkspace } from './client'
const getClients = vi.fn()
const getStatus = vi.fn()
const isAuthError = vi.fn()
const clearToken = vi.fn()
vi.mock('./client', () => ({
acquire: vi.fn().mockResolvedValue(undefined),
release: vi.fn(),
getClients: (...args: unknown[]) => getClients(...args),
getStatus: (...args: unknown[]) => getStatus(...args),
isAuthError: (...args: unknown[]) => isAuthError(...args),
clearToken: (...args: unknown[]) => clearToken(...args)
}))
function makeEntry(options: {
workspaceId: string
organizationName: string
rawRequest: ReturnType<typeof vi.fn>
}): LinearClientForWorkspace {
return {
workspace: {
id: options.workspaceId,
organizationId: options.workspaceId,
organizationName: options.organizationName,
displayName: 'Brennan',
email: 'brennan@example.com'
},
client: {
client: { rawRequest: options.rawRequest }
}
} as unknown as LinearClientForWorkspace
}
function rawIssue(identifier: string) {
return {
id: `${identifier}-id`,
identifier,
title: `Title ${identifier}`,
url: `https://linear.app/acme/issue/${identifier}`,
labels: { nodes: [] }
}
}
describe('Linear agent issue context client', () => {
beforeEach(() => {
vi.clearAllMocks()
getStatus.mockReturnValue({ workspaces: [] })
isAuthError.mockReturnValue(false)
vi.spyOn(console, 'warn').mockImplementation(() => {})
})
it('keeps implicit multi-workspace issue reads working when an unrelated workspace fails', async () => {
const failingRequest = vi.fn().mockRejectedValue(new Error('fetch failed'))
const workingRequest = vi.fn().mockResolvedValue({ data: { issue: rawIssue('ENG-123') } })
getClients.mockReturnValue([
makeEntry({
workspaceId: 'workspace-stale',
organizationName: 'Stale',
rawRequest: failingRequest
}),
makeEntry({
workspaceId: 'workspace-good',
organizationName: 'Good',
rawRequest: workingRequest
})
])
const { resolveIssue } = await import('./issue-context-client')
await expect(resolveIssue('ENG-123', {})).resolves.toMatchObject({
issue: { identifier: 'ENG-123' },
workspace: { id: 'workspace-good' }
})
expect(console.warn).toHaveBeenCalledWith(
'[linear] agent issue read failed:',
expect.any(Error)
)
})
it('keeps implicit multi-workspace search working when an unrelated workspace fails', async () => {
const failingRequest = vi.fn().mockRejectedValue(new Error('fetch failed'))
const workingRequest = vi.fn().mockResolvedValue({
data: { searchIssues: { nodes: [rawIssue('ENG-123')] } }
})
getClients.mockReturnValue([
makeEntry({
workspaceId: 'workspace-stale',
organizationName: 'Stale',
rawRequest: failingRequest
}),
makeEntry({
workspaceId: 'workspace-good',
organizationName: 'Good',
rawRequest: workingRequest
})
])
const { searchLinearIssuesForAgents } = await import('./issue-context-client')
await expect(
searchLinearIssuesForAgents({ query: 'auth', workspaceId: 'all' })
).resolves.toMatchObject({
issues: [{ identifier: 'ENG-123', workspace: { id: 'workspace-good' } }],
meta: {
returned: 1,
partial: true,
workspaceErrors: [
{
workspace: { id: 'workspace-stale', name: 'Stale' },
code: 'linear_network_error'
}
]
}
})
})
it('keeps all-workspace search working when one saved credential cannot load', async () => {
const workingRequest = vi.fn().mockResolvedValue({
data: { searchIssues: { nodes: [rawIssue('ENG-123')] } }
})
getStatus.mockReturnValue({
workspaces: [
{
id: 'workspace-stale',
organizationId: 'workspace-stale',
organizationName: 'Stale',
displayName: 'Brennan',
email: 'brennan@example.com'
},
{
id: 'workspace-good',
organizationId: 'workspace-good',
organizationName: 'Good',
displayName: 'Brennan',
email: 'brennan@example.com'
}
]
})
getClients.mockImplementation((workspaceId: string) => {
if (workspaceId === 'workspace-stale') {
throw new Error('Could not decrypt Linear credential')
}
return [
makeEntry({
workspaceId: 'workspace-good',
organizationName: 'Good',
rawRequest: workingRequest
})
]
})
const { searchLinearIssuesForAgents } = await import('./issue-context-client')
await expect(
searchLinearIssuesForAgents({ query: 'auth', workspaceId: 'all' })
).resolves.toMatchObject({
issues: [{ identifier: 'ENG-123', workspace: { id: 'workspace-good' } }],
meta: {
returned: 1,
partial: true,
workspaceErrors: [
{
workspace: { id: 'workspace-stale', name: 'Stale' },
message: 'Could not decrypt Linear credential'
}
]
}
})
})
it('does not report not-found when every successful workspace missed but another failed', async () => {
const failingRequest = vi.fn().mockRejectedValue(new Error('fetch failed'))
const missingRequest = vi.fn().mockResolvedValue({ data: { issue: null } })
getClients.mockReturnValue([
makeEntry({
workspaceId: 'workspace-stale',
organizationName: 'Stale',
rawRequest: failingRequest
}),
makeEntry({
workspaceId: 'workspace-empty',
organizationName: 'Empty',
rawRequest: missingRequest
})
])
const { resolveIssue } = await import('./issue-context-client')
await expect(resolveIssue('ENG-123', {})).rejects.toMatchObject({
code: 'linear_network_error'
})
})
it('preserves hard errors for explicitly selected workspaces', async () => {
const failingRequest = vi.fn().mockRejectedValue(new Error('fetch failed'))
getStatus.mockReturnValue({
workspaces: [
{
id: 'workspace-selected',
organizationId: 'workspace-selected',
organizationName: 'Selected',
displayName: 'Brennan',
email: 'brennan@example.com'
}
]
})
getClients.mockReturnValue([
makeEntry({
workspaceId: 'workspace-selected',
organizationName: 'Selected',
rawRequest: failingRequest
})
])
const { resolveIssue } = await import('./issue-context-client')
await expect(
resolveIssue('ENG-123', { workspaceId: 'workspace-selected' })
).rejects.toMatchObject({ code: 'linear_network_error' })
})
it('normalizes explicit issue workspace credential-load failures', async () => {
getStatus.mockReturnValue({
workspaces: [
{
id: 'workspace-selected',
organizationId: 'workspace-selected',
organizationName: 'Selected',
displayName: 'Brennan',
email: 'brennan@example.com'
}
]
})
getClients.mockImplementation((workspaceId: string) => {
if (workspaceId === 'workspace-selected') {
throw new Error('Could not decrypt Linear credential')
}
return []
})
const { resolveIssue } = await import('./issue-context-client')
await expect(
resolveIssue('ENG-123', { workspaceId: 'workspace-selected' })
).rejects.toMatchObject({
code: 'linear_network_error',
message: 'Could not decrypt Linear credential'
})
})
it('normalizes explicit search workspace credential-load failures', async () => {
getStatus.mockReturnValue({
workspaces: [
{
id: 'workspace-selected',
organizationId: 'workspace-selected',
organizationName: 'Selected',
displayName: 'Brennan',
email: 'brennan@example.com'
}
]
})
getClients.mockImplementation((workspaceId: string) => {
if (workspaceId === 'workspace-selected') {
throw new Error('Could not decrypt Linear credential')
}
return []
})
const { searchLinearIssuesForAgents } = await import('./issue-context-client')
await expect(
searchLinearIssuesForAgents({ query: 'auth', workspaceId: 'workspace-selected' })
).rejects.toMatchObject({
code: 'linear_network_error',
message: 'Could not decrypt Linear credential'
})
})
it('reports an invalid workspace for explicit search workspace typos', async () => {
getStatus.mockReturnValue({
workspaces: [
{
id: 'workspace-selected',
organizationId: 'workspace-selected',
organizationName: 'Selected',
displayName: 'Brennan',
email: 'brennan@example.com'
}
]
})
const { searchLinearIssuesForAgents } = await import('./issue-context-client')
await expect(
searchLinearIssuesForAgents({ query: 'auth', workspaceId: 'workspace-typo' })
).rejects.toMatchObject({
code: 'linear_invalid_workspace'
})
expect(getClients).not.toHaveBeenCalled()
})
it('reports invalid explicit search workspace typos when clients still exist', async () => {
const workingRequest = vi.fn()
getStatus.mockReturnValue({ connected: false, workspaces: [] })
getClients.mockImplementation((workspaceId: string) => {
if (workspaceId === 'all') {
return [
makeEntry({
workspaceId: 'workspace-good',
organizationName: 'Good',
rawRequest: workingRequest
})
]
}
return []
})
const { searchLinearIssuesForAgents } = await import('./issue-context-client')
await expect(
searchLinearIssuesForAgents({ query: 'auth', workspaceId: 'workspace-typo' })
).rejects.toMatchObject({
code: 'linear_invalid_workspace'
})
expect(workingRequest).not.toHaveBeenCalled()
})
it('does not fan out explicit issue workspace typos when clients still exist', async () => {
const workingRequest = vi.fn().mockResolvedValue({ data: { issue: rawIssue('ENG-123') } })
getStatus.mockReturnValue({ connected: false, workspaces: [] })
getClients.mockImplementation((workspaceId: string) => {
if (workspaceId === 'all') {
return [
makeEntry({
workspaceId: 'workspace-good',
organizationName: 'Good',
rawRequest: workingRequest
})
]
}
return []
})
const { resolveIssue } = await import('./issue-context-client')
await expect(resolveIssue('ENG-123', { workspaceId: 'workspace-typo' })).rejects.toMatchObject({
code: 'linear_invalid_workspace'
})
expect(workingRequest).not.toHaveBeenCalled()
})
})
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import type { LinearSearchIssueSummary, LinearSearchResult } from '../../shared/linear-agent-access'
import { clampLinearSearchLimit } from '../../shared/linear-agent-access'
import type { LinearWorkspace } from '../../shared/types'
import {
acquire,
clearToken,
getClients,
getStatus,
isAuthError,
release,
type LinearClientForWorkspace
} from './client'
import {
ISSUE_QUERY,
SEARCH_QUERY,
mapIssue,
pickSearchIssue,
type RawIssueResponse
} from './issue-context-raw'
import {
LinearAgentAccessError,
classifyLinearError,
linearError,
linearMessage
} from './issue-context-errors'
import {
getFanoutClientEntries,
workspaceFailure,
type WorkspaceReadFailure
} from './issue-context-fanout'
import {
ambiguousWorkspace,
resolveWorkspaceSelector,
unknownWorkspace
} from './issue-context-workspaces'
export type ResolvedIssue = {
issue: ReturnType<typeof mapIssue>
workspace: LinearWorkspace
}
export async function searchLinearIssuesForAgents(args: {
query: string
limit?: number
workspaceId?: string | 'all'
}): Promise<LinearSearchResult> {
const limit = clampLinearSearchLimit(args.limit)
const workspaceId = resolveSearchWorkspaceId(args.workspaceId)
const { entries, failures: entryFailures } =
workspaceId === 'all' ? getFanoutClientEntries() : getExplicitClientEntries(workspaceId)
if (entries.length === 0) {
throwIfExplicitWorkspaceHasConnectedAlternatives(workspaceId)
if (entryFailures[0]) {
throw entryFailures[0].error
}
throw linearError('linear_not_connected', 'Linear is not connected.', {
nextSteps: ['Connect Linear from Orca settings, then retry the search.']
})
}
const perWorkspace = await readSearchWorkspaces(
entries,
args.query,
limit + 1,
workspaceId,
entryFailures
)
const merged = perWorkspace.results
.flat()
.sort((left, right) => Date.parse(right.updatedAt ?? '') - Date.parse(left.updatedAt ?? ''))
const limited = merged.slice(0, limit)
return {
issues: limited,
meta: {
query: args.query,
workspaceId,
limit,
returned: limited.length,
limitReached: merged.length > limit,
partial: perWorkspace.failures.length > 0,
workspaceErrors: perWorkspace.failures.map(({ workspace, code, message }) => ({
workspace,
code,
message
}))
}
}
}
export async function resolveIssue(
identifier: string,
selectors: { workspaceId?: string | null; organizationUrlKey?: string | null }
): Promise<ResolvedIssue> {
const workspace = resolveWorkspaceSelector(selectors, getConnectedWorkspaces())
const selection = workspace?.id ?? selectors.workspaceId ?? 'all'
const { entries, failures: entryFailures } =
selection === 'all' ? getFanoutClientEntries() : getExplicitClientEntries(selection)
if (entries.length === 0) {
throwIfExplicitWorkspaceHasConnectedAlternatives(selection)
if (entryFailures[0]) {
throw entryFailures[0].error
}
throw linearError('linear_not_connected', 'Linear is not connected.', {
nextSteps: ['Connect Linear from Orca settings, then retry the issue read.']
})
}
const results = await readIssueWorkspaces(entries, identifier, selection, entryFailures)
if (results.length === 0) {
throw linearError('linear_issue_not_found', `Linear issue ${identifier} was not found.`)
}
if (results.length > 1) {
throw ambiguousWorkspace(
results.map((result) => result.workspace),
identifier
)
}
return results[0]
}
export const getConnectedWorkspaces = (): LinearWorkspace[] => getStatus().workspaces ?? []
export function getRequiredEntry(workspaceId: string): LinearClientForWorkspace {
const entry = getClients(workspaceId)[0]
if (!entry) {
throw linearError('linear_not_connected', 'Linear is not connected.')
}
return entry
}
function getExplicitClientEntries(workspaceId?: string): {
entries: LinearClientForWorkspace[]
failures: WorkspaceReadFailure[]
} {
try {
return { entries: getClients(workspaceId), failures: [] }
} catch (error) {
if (error instanceof LinearAgentAccessError) {
throw error
}
throw linearError(classifyLinearError(error), linearMessage(error))
}
}
function resolveSearchWorkspaceId(workspaceId?: string | 'all'): string | 'all' | undefined {
if (!workspaceId || workspaceId === 'all') {
return workspaceId
}
return resolveWorkspaceSelector({ workspaceId }, getConnectedWorkspaces())?.id ?? workspaceId
}
function throwIfExplicitWorkspaceHasConnectedAlternatives(workspaceId?: string | 'all'): void {
if (!workspaceId || workspaceId === 'all') {
return
}
try {
if (getClients('all').length > 0) {
throw unknownWorkspace(workspaceId)
}
} catch (error) {
if (error instanceof LinearAgentAccessError && error.code === 'linear_invalid_workspace') {
throw error
}
}
}
export async function withLinearRead<T>(
entry: LinearClientForWorkspace,
read: () => Promise<T>,
selection?: string | 'all'
): Promise<T> {
void selection
await acquire()
try {
return await read()
} catch (error) {
if (isAuthError(error)) {
clearToken(entry.workspace.id)
throw linearError('linear_auth_expired', 'Linear authentication expired.', {
nextSteps: ['Reconnect Linear from Orca settings.']
})
}
throw linearError(classifyLinearError(error), linearMessage(error))
} finally {
release()
}
}
async function readIssueWorkspace(
entry: LinearClientForWorkspace,
identifier: string
): Promise<ResolvedIssue | null> {
const response = await withLinearRead(entry, async () => {
const raw = await entry.client.client.rawRequest<RawIssueResponse, Record<string, unknown>>(
ISSUE_QUERY,
{ id: identifier }
)
return raw.data?.issue ?? null
})
return response ? { issue: mapIssue(response), workspace: entry.workspace } : null
}
async function readIssueWorkspaces(
entries: LinearClientForWorkspace[],
identifier: string,
selection: string | 'all',
initialFailures: WorkspaceReadFailure[] = []
): Promise<ResolvedIssue[]> {
if (selection !== 'all') {
const selected = await readIssueWorkspace(entries[0], identifier)
return selected ? [selected] : []
}
const settled = await Promise.allSettled(
entries.map((entry) => readIssueWorkspace(entry, identifier))
)
const results: ResolvedIssue[] = []
const failures: LinearAgentAccessError[] = initialFailures.map((failure) => failure.error)
for (const result of settled) {
if (result.status === 'fulfilled') {
if (result.value) {
results.push(result.value)
}
continue
}
if (result.reason instanceof LinearAgentAccessError) {
failures.push(result.reason)
}
console.warn('[linear] agent issue read failed:', result.reason)
}
if (results.length === 0 && failures[0]) {
throw failures[0]
}
return results
}
async function readSearchWorkspace(
entry: LinearClientForWorkspace,
query: string,
limit: number,
workspaceId?: string | 'all'
): Promise<LinearSearchIssueSummary[]> {
const response = await withLinearRead(
entry,
async () => {
const raw = await entry.client.client.rawRequest<RawIssueResponse, Record<string, unknown>>(
SEARCH_QUERY,
{ term: query, first: limit }
)
return raw.data?.searchIssues?.nodes ?? []
},
workspaceId
)
return response.map((issue) => ({
...pickSearchIssue(mapIssue(issue)),
workspace: {
id: entry.workspace.id,
name: entry.workspace.organizationName
}
}))
}
async function readSearchWorkspaces(
entries: LinearClientForWorkspace[],
query: string,
limit: number,
workspaceId?: string | 'all',
initialFailures: WorkspaceReadFailure[] = []
): Promise<{ results: LinearSearchIssueSummary[][]; failures: WorkspaceReadFailure[] }> {
if (workspaceId && workspaceId !== 'all') {
return {
results: [await readSearchWorkspace(entries[0], query, limit, workspaceId)],
failures: []
}
}
const settled = await Promise.allSettled(
entries.map(async (entry) => readSearchWorkspace(entry, query, limit, workspaceId))
)
const attemptedWorkspaceCount = entries.length + initialFailures.length
const results: LinearSearchIssueSummary[][] = []
const failures: WorkspaceReadFailure[] = [...initialFailures]
for (let index = 0; index < settled.length; index += 1) {
const result = settled[index]
if (result.status === 'fulfilled') {
results.push(result.value)
continue
}
if (result.reason instanceof LinearAgentAccessError) {
failures.push(workspaceFailure(entries[index].workspace, result.reason))
}
console.warn('[linear] agent search failed:', result.reason)
}
if (results.length === 0 && failures.length === attemptedWorkspaceCount && failures[0]) {
throw failures[0].error
}
return { results, failures }
}
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import { parseLinearIssueInput } from '../../shared/linear-links'
import { getConnectedWorkspaces } from './issue-context-client'
import { linearError } from './issue-context-errors'
export type CurrentIssueLink = {
identifier: string
workspaceId?: string | null
organizationUrlKey?: string | null
worktreeId?: string
worktreePath?: string
backfill?: {
workspaceId?: string | null
organizationUrlKey?: string | null
}
}
export function getLinearCurrentIssueFromWorktree(worktree: {
id: string
path: string
linkedLinearIssue?: string | null
linkedLinearIssueWorkspaceId?: string | null
linkedLinearIssueOrganizationUrlKey?: string | null
}): CurrentIssueLink {
const linked = worktree.linkedLinearIssue?.trim()
if (!linked) {
throw linearError('linear_no_linked_issue', 'The current worktree is not linked to Linear.', {
nextSteps: ['Open a Linear-linked worktree or pass an explicit issue id.']
})
}
const parsed = parseLinearIssueInput(linked)
return {
identifier: parsed?.identifier ?? linked.toUpperCase(),
workspaceId: worktree.linkedLinearIssueWorkspaceId,
organizationUrlKey:
worktree.linkedLinearIssueOrganizationUrlKey ?? parsed?.organizationUrlKey ?? null,
worktreeId: worktree.id,
worktreePath: worktree.path
}
}
export function resolveLegacyLinearLinkWorkspace(identifier: string): CurrentIssueLink['backfill'] {
const parsed = parseLinearIssueInput(identifier)
const organizationUrlKey = parsed?.organizationUrlKey
if (!organizationUrlKey) {
return undefined
}
const matches = getConnectedWorkspaces().filter(
(workspace) => workspace.organizationUrlKey === organizationUrlKey
)
return matches.length === 1
? { workspaceId: matches[0].id, organizationUrlKey }
: { organizationUrlKey }
}
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import type { LinearErrorCode, LinearIncludeErrorCode } from '../../shared/linear-agent-access'
export class LinearAgentAccessError extends Error {
readonly code: LinearErrorCode
readonly data?: unknown
constructor(code: LinearErrorCode, message: string, data?: unknown) {
super(message)
this.name = 'LinearAgentAccessError'
this.code = code
this.data = data
}
}
export function linearError(
code: LinearErrorCode,
message: string,
data?: unknown
): LinearAgentAccessError {
return new LinearAgentAccessError(code, message, data)
}
export function includeErrorCode(error: unknown): LinearIncludeErrorCode {
if (error instanceof LinearAgentAccessError) {
if (
error.code === 'linear_timeout' ||
error.code === 'linear_rate_limited' ||
error.code === 'linear_permission_denied' ||
error.code === 'linear_auth_expired' ||
error.code === 'linear_network_error'
) {
return error.code
}
}
return 'linear_include_failed'
}
export function classifyLinearError(error: unknown): LinearErrorCode {
const message = linearMessage(error).toLowerCase()
if (message.includes('rate limit') || message.includes('429')) {
return 'linear_rate_limited'
}
if (message.includes('timeout') || message.includes('timed out')) {
return 'linear_timeout'
}
if (message.includes('permission') || message.includes('forbidden') || message.includes('403')) {
return 'linear_permission_denied'
}
if (
message.includes('network') ||
message.includes('econnreset') ||
message.includes('enotfound') ||
message.includes('fetch failed')
) {
return 'linear_network_error'
}
return 'linear_network_error'
}
export function linearMessage(error: unknown): string {
return error instanceof Error ? error.message : String(error)
}
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import type { LinearErrorCode, LinearWorkspaceCandidate } from '../../shared/linear-agent-access'
import type { LinearWorkspace } from '../../shared/types'
import { getClients, getStatus, type LinearClientForWorkspace } from './client'
import {
LinearAgentAccessError,
classifyLinearError,
linearError,
linearMessage
} from './issue-context-errors'
export type WorkspaceReadFailure = {
workspace: LinearWorkspaceCandidate
code: LinearErrorCode
message: string
error: LinearAgentAccessError
}
export function getFanoutClientEntries(): {
entries: LinearClientForWorkspace[]
failures: WorkspaceReadFailure[]
} {
const workspaces = getStatus().workspaces ?? []
if (workspaces.length === 0) {
return { entries: getClients('all'), failures: [] }
}
const entries: LinearClientForWorkspace[] = []
const failures: WorkspaceReadFailure[] = []
for (const workspace of workspaces) {
try {
const entry = getClients(workspace.id)[0]
if (entry) {
entries.push(entry)
}
} catch (error) {
const failure = workspaceFailure(workspace, toLinearAccessError(error))
failures.push(failure)
console.warn('[linear] agent workspace credential read failed:', error)
}
}
return { entries, failures }
}
export function workspaceFailure(
workspace: LinearWorkspace,
error: LinearAgentAccessError
): WorkspaceReadFailure {
return {
workspace: {
id: workspace.id,
name: workspace.organizationName
},
code: error.code,
message: error.message,
error
}
}
function toLinearAccessError(error: unknown): LinearAgentAccessError {
if (error instanceof LinearAgentAccessError) {
return error
}
return linearError(classifyLinearError(error), linearMessage(error))
}
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import { beforeEach, describe, expect, it, vi } from 'vitest'
import type { LinearIssueContextResult, LinearIssueRequest } from '../../shared/linear-agent-access'
import type { ResolvedIssue } from './issue-context-client'
import {
ATTACHMENTS_QUERY,
CHILDREN_QUERY,
COMMENTS_QUERY,
RELATIONS_QUERY
} from './issue-context-raw'
const rawRequest = vi.fn()
vi.mock('./issue-context-client', () => ({
getRequiredEntry: () => ({
workspace: {
id: 'workspace-1',
organizationId: 'workspace-1',
organizationName: 'Acme',
displayName: 'Brennan',
email: 'brennan@example.com'
},
client: { client: { rawRequest } }
}),
withLinearRead: async (_entry: unknown, read: () => Promise<unknown>) => read()
}))
function rawChild(index: number) {
return {
id: `child-${index}`,
identifier: `ENG-${index}`,
title: `Child ${index}`,
url: `https://linear.app/acme/issue/ENG-${index}`,
labels: { nodes: [] }
}
}
function rawComment(index: number) {
return {
id: `comment-${index}`,
body: `Comment ${index}`
}
}
function resolvedIssue(): ResolvedIssue {
return {
issue: {
id: 'parent',
identifier: 'ENG-1',
title: 'Parent',
url: 'https://linear.app/acme/issue/ENG-1',
labels: []
},
workspace: {
id: 'workspace-1',
organizationId: 'workspace-1',
organizationName: 'Acme',
displayName: 'Brennan',
email: 'brennan@example.com'
}
}
}
function request(): LinearIssueRequest {
return {
include: { comments: false, children: true, attachments: false, relations: false },
depth: 2
}
}
function requestWithDepth(depth: number): LinearIssueRequest {
return {
...request(),
depth
}
}
function requestWithComments(): LinearIssueRequest {
return {
include: { comments: true, children: false, attachments: false, relations: false },
depth: 2
}
}
function result(): LinearIssueContextResult {
return {
issue: resolvedIssue().issue,
meta: {
requested: {
current: false,
include: { comments: false, children: true, attachments: false, relations: false },
depth: 2
},
resolved: {
id: 'parent',
identifier: 'ENG-1',
workspaceId: 'workspace-1',
workspaceName: 'Acme'
},
partial: false,
includeErrors: [],
sections: {}
}
}
}
describe('Linear issue context includes', () => {
beforeEach(() => {
vi.clearAllMocks()
})
it('declares cursor variables on every paged include query', () => {
for (const query of [COMMENTS_QUERY, CHILDREN_QUERY, ATTACHMENTS_QUERY, RELATIONS_QUERY]) {
expect(query).toContain('$after: String')
expect(query).toContain('after: $after')
}
})
it('does not probe grandchildren when the first child page exhausts the node cap', async () => {
for (let page = 0; page < 4; page += 1) {
rawRequest.mockResolvedValueOnce({
data: {
issue: {
children: {
nodes: Array.from({ length: 50 }, (_, index) => rawChild(page * 50 + index + 1)),
pageInfo: {
hasNextPage: page < 3,
endCursor: page < 3 ? `cursor-${page}` : null
}
}
}
}
})
}
const { readOptionalIncludes } = await import('./issue-context-includes')
const output = result()
await readOptionalIncludes(resolvedIssue(), request(), output, [], output.meta.sections)
expect(output.children).toHaveLength(200)
expect(output.meta.sections.children).toMatchObject({
returned: 200,
cap: 200,
capReached: true,
mayHaveMore: true
})
expect(rawRequest).toHaveBeenCalledTimes(4)
expect(rawRequest.mock.calls[0]?.[1]).toEqual({ id: 'parent', first: 50 })
expect(rawRequest.mock.calls[1]?.[1]).toEqual({
id: 'parent',
first: 50,
after: 'cursor-0'
})
})
it('paginates comments up to the advertised include cap', async () => {
for (let page = 0; page < 3; page += 1) {
rawRequest.mockResolvedValueOnce({
data: {
issue: {
comments: {
nodes: Array.from({ length: 50 }, (_, index) => rawComment(page * 50 + index + 1)),
pageInfo: {
hasNextPage: page < 2,
endCursor: page < 2 ? `comment-cursor-${page}` : null
}
}
}
}
})
}
const { readOptionalIncludes } = await import('./issue-context-includes')
const output = result()
await readOptionalIncludes(
resolvedIssue(),
requestWithComments(),
output,
[],
output.meta.sections
)
expect(output.comments).toHaveLength(150)
expect(output.meta.sections.comments).toMatchObject({
returned: 150,
cap: 500,
capReached: false
})
expect(rawRequest).toHaveBeenCalledTimes(3)
expect(rawRequest.mock.calls[2]?.[1]).toEqual({
id: 'parent',
first: 50,
after: 'comment-cursor-1'
})
})
it('marks section metadata when children are truncated by requested depth', async () => {
rawRequest.mockResolvedValueOnce({
data: {
issue: {
children: {
nodes: [rawChild(1)],
pageInfo: { hasNextPage: false }
}
}
}
})
const { readOptionalIncludes } = await import('./issue-context-includes')
const output = result()
await readOptionalIncludes(
resolvedIssue(),
requestWithDepth(1),
output,
[],
output.meta.sections
)
expect(output.children).toHaveLength(1)
expect(output.children?.[0]?.mayHaveMore).toBe(true)
expect(output.meta.sections.children).toMatchObject({
returned: 1,
capReached: false,
mayHaveMore: true
})
expect(rawRequest).toHaveBeenCalledTimes(1)
})
})
+273
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import type {
LinearCollectionMeta,
LinearIssueAttachment,
LinearIssueChildNode,
LinearIssueCommentNode,
LinearIssueContextResult,
LinearIssueInclude,
LinearIssueRelation,
LinearIssueRequest
} from '../../shared/linear-agent-access'
import {
LINEAR_ATTACHMENTS_CAP,
LINEAR_CHILDREN_NODE_CAP,
LINEAR_COMMENTS_CAP,
LINEAR_COMMENT_BODY_CAP,
LINEAR_RELATIONS_CAP,
clampLinearIssueDepth
} from '../../shared/linear-agent-access'
import type { ResolvedIssue } from './issue-context-client'
import { getRequiredEntry, withLinearRead } from './issue-context-client'
import { includeErrorCode } from './issue-context-errors'
import { readConnectionPages } from './issue-context-pagination'
import {
ATTACHMENTS_QUERY,
CHILDREN_QUERY,
COMMENTS_QUERY,
RELATIONS_QUERY,
collectionMeta,
mapIssue,
type RawAttachmentsResponse,
type RawChildrenResponse,
type RawCommentsResponse,
type RawRelationsResponse
} from './issue-context-raw'
export async function readOptionalIncludes(
resolved: ResolvedIssue,
request: LinearIssueRequest,
result: LinearIssueContextResult,
includeErrors: LinearIssueContextResult['meta']['includeErrors'],
sections: LinearIssueContextResult['meta']['sections']
): Promise<void> {
const includeTasks: [LinearIssueInclude, () => Promise<void>][] = []
if (request.include.comments) {
includeTasks.push(['comments', async () => assignComments(resolved, result, sections)])
}
if (request.include.children) {
includeTasks.push([
'children',
async () => assignChildren(resolved, request.depth, result, sections)
])
}
if (request.include.attachments) {
includeTasks.push(['attachments', async () => assignAttachments(resolved, result, sections)])
}
if (request.include.relations) {
includeTasks.push(['relations', async () => assignRelations(resolved, result, sections)])
}
for (const [include, task] of includeTasks) {
try {
await task()
} catch (error) {
includeErrors.push({
include,
code: includeErrorCode(error),
message: error instanceof Error ? error.message : String(error)
})
}
}
}
async function assignComments(
resolved: ResolvedIssue,
result: LinearIssueContextResult,
sections: LinearIssueContextResult['meta']['sections']
): Promise<void> {
const read = await readComments(resolved)
result.comments = read.items
sections.comments = read.meta
}
async function assignChildren(
resolved: ResolvedIssue,
depth: number,
result: LinearIssueContextResult,
sections: LinearIssueContextResult['meta']['sections']
): Promise<void> {
const read = await readChildren(resolved, clampLinearIssueDepth(depth))
result.children = read.items
sections.children = read.meta
}
async function assignAttachments(
resolved: ResolvedIssue,
result: LinearIssueContextResult,
sections: LinearIssueContextResult['meta']['sections']
): Promise<void> {
const read = await readAttachments(resolved)
result.attachments = read.items
sections.attachments = read.meta
}
async function assignRelations(
resolved: ResolvedIssue,
result: LinearIssueContextResult,
sections: LinearIssueContextResult['meta']['sections']
): Promise<void> {
const read = await readRelations(resolved)
result.relations = read.items
sections.relations = read.meta
}
async function readComments(resolved: ResolvedIssue): Promise<{
items: LinearIssueCommentNode[]
meta: LinearCollectionMeta
}> {
const entry = getRequiredEntry(resolved.workspace.id)
const response = await readConnectionPages(LINEAR_COMMENTS_CAP, async (page) => {
return await withLinearRead(entry, async () => {
const raw = await entry.client.client.rawRequest<
RawCommentsResponse,
Record<string, unknown>
>(COMMENTS_QUERY, { id: resolved.issue.id, ...page })
return raw.data?.issue?.comments ?? null
})
})
const nodes = response.nodes
const items = nodes.slice(0, LINEAR_COMMENTS_CAP).map((comment) => {
const body = comment.body ?? ''
return {
id: comment.id,
body: body.slice(0, LINEAR_COMMENT_BODY_CAP),
bodyTruncated: body.length > LINEAR_COMMENT_BODY_CAP,
createdAt: comment.createdAt,
updatedAt: comment.updatedAt,
parentId: comment.parent?.id ?? null,
user: comment.user ?? null
}
})
return {
items,
meta: collectionMeta(items.length, LINEAR_COMMENTS_CAP, response.hasMore)
}
}
async function readChildren(
resolved: ResolvedIssue,
depth: number
): Promise<{ items: LinearIssueChildNode[]; meta: LinearCollectionMeta }> {
if (depth <= 0) {
return { items: [], meta: collectionMeta(0, LINEAR_CHILDREN_NODE_CAP, false) }
}
const entry = getRequiredEntry(resolved.workspace.id)
let returned = 0
let capReached = false
let depthReached = false
const readLevel = async (issueId: string, level: number): Promise<LinearIssueChildNode[]> => {
if (level > depth || returned >= LINEAR_CHILDREN_NODE_CAP) {
depthReached = true
return []
}
const remaining = LINEAR_CHILDREN_NODE_CAP - returned
const response = await readConnectionPages(remaining, async (page) => {
return await withLinearRead(entry, async () => {
const raw = await entry.client.client.rawRequest<
RawChildrenResponse,
Record<string, unknown>
>(CHILDREN_QUERY, { id: issueId, ...page })
return raw.data?.issue?.children ?? null
})
})
const nodes = response.nodes
if (response.hasMore || nodes.length > remaining) {
capReached = true
}
const children = nodes.slice(0, remaining).map((node) => {
returned += 1
return { raw: node, child: mapIssue(node) as LinearIssueChildNode }
})
if (returned >= LINEAR_CHILDREN_NODE_CAP) {
capReached = true
}
// Why: when the current level already exhausts the output cap, fetching
// grandchildren would add latency without returning any additional nodes.
const canReadNested = level < depth && returned < LINEAR_CHILDREN_NODE_CAP
if (!canReadNested && level >= depth && children.length > 0) {
depthReached = true
}
const mappedChildren: LinearIssueChildNode[] = []
for (const { raw, child } of children) {
const nested = canReadNested ? await readLevel(raw.id, level + 1) : []
if (nested.length > 0) {
child.children = nested
}
child.mayHaveMore = level >= depth || returned >= LINEAR_CHILDREN_NODE_CAP || response.hasMore
mappedChildren.push(child)
}
return mappedChildren
}
const items = await readLevel(resolved.issue.id, 1)
return {
items,
meta: {
returned,
cap: LINEAR_CHILDREN_NODE_CAP,
capReached,
mayHaveMore: capReached || depthReached
}
}
}
async function readAttachments(
resolved: ResolvedIssue
): Promise<{ items: LinearIssueAttachment[]; meta: LinearCollectionMeta }> {
const entry = getRequiredEntry(resolved.workspace.id)
const response = await readConnectionPages(LINEAR_ATTACHMENTS_CAP, async (page) => {
return await withLinearRead(entry, async () => {
const raw = await entry.client.client.rawRequest<
RawAttachmentsResponse,
Record<string, unknown>
>(ATTACHMENTS_QUERY, { id: resolved.issue.id, ...page })
return raw.data?.issue?.attachments ?? null
})
})
const items = response.nodes.slice(0, LINEAR_ATTACHMENTS_CAP).map((node) => ({
id: node.id,
title: node.title,
url: node.url,
source: node.source,
subtitle: node.subtitle,
createdAt: node.createdAt,
metadataOnly: true as const
}))
return {
items,
meta: collectionMeta(items.length, LINEAR_ATTACHMENTS_CAP, response.hasMore)
}
}
async function readRelations(
resolved: ResolvedIssue
): Promise<{ items: LinearIssueRelation[]; meta: LinearCollectionMeta }> {
const entry = getRequiredEntry(resolved.workspace.id)
const response = await readConnectionPages(LINEAR_RELATIONS_CAP, async (page) => {
return await withLinearRead(entry, async () => {
const raw = await entry.client.client.rawRequest<
RawRelationsResponse,
Record<string, unknown>
>(RELATIONS_QUERY, { id: resolved.issue.id, ...page })
return raw.data?.issue?.relations ?? null
})
})
const items = response.nodes.slice(0, LINEAR_RELATIONS_CAP).map((node) => ({
id: node.id,
type: node.type,
relatedIssue: node.relatedIssue
? {
id: node.relatedIssue.id,
identifier: node.relatedIssue.identifier,
title: node.relatedIssue.title,
url: node.relatedIssue.url
}
: null
}))
return {
items,
meta: collectionMeta(items.length, LINEAR_RELATIONS_CAP, response.hasMore)
}
}
@@ -0,0 +1,38 @@
import { LINEAR_ISSUE_API_PAGE_SIZE_MAX } from '../../shared/linear-issue-read-limits'
export type LinearPageVariables = { first: number; after?: string }
export type LinearConnection<T> = {
nodes?: T[]
pageInfo?: {
hasNextPage?: boolean
endCursor?: string | null
}
} | null
export async function readConnectionPages<T>(
limit: number,
loadConnection: (page: LinearPageVariables) => Promise<LinearConnection<T>>
): Promise<{ nodes: T[]; hasMore: boolean }> {
const nodes: T[] = []
let after: string | undefined
let hasMore = false
while (nodes.length < limit) {
// Why: Linear caps connection page sizes, so the CLI's larger context caps
// must be reached by cursor walking rather than one oversized request.
const first = Math.min(LINEAR_ISSUE_API_PAGE_SIZE_MAX, limit - nodes.length)
const connection = await loadConnection(after ? { first, after } : { first })
const pageNodes = connection?.nodes ?? []
nodes.push(...pageNodes.slice(0, limit - nodes.length))
hasMore = Boolean(connection?.pageInfo?.hasNextPage)
const nextCursor = connection?.pageInfo?.endCursor ?? undefined
if (!hasMore || !nextCursor || nextCursor === after || pageNodes.length === 0) {
break
}
after = nextCursor
}
return { nodes, hasMore }
}
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import type {
LinearCollectionMeta,
LinearIssueSummary,
LinearSearchIssueSummary
} from '../../shared/linear-agent-access'
export type RawIssueResponse = {
issue?: RawIssue | null
searchIssues?: { nodes?: RawIssue[] }
}
export type RawIssue = {
id: string
identifier: string
title: string
url: string
description?: string | null
priority?: number | null
estimate?: number | null
branchName?: string | null
createdAt?: string | null
updatedAt?: string | null
state?: RawNamedEntity | null
team?: (RawNamedEntity & { key?: string | null }) | null
project?: RawNamedEntity | null
cycle?: RawNamedEntity | null
assignee?: RawUser | null
labels?: { nodes?: RawNamedEntity[]; pageInfo?: RawPageInfo } | null
}
export type RawNamedEntity = {
id?: string | null
name?: string | null
color?: string | null
type?: string | null
}
export type RawUser = {
id?: string | null
displayName?: string | null
avatarUrl?: string | null
}
export type RawPageInfo = {
hasNextPage?: boolean
endCursor?: string | null
}
export type RawCommentsResponse = {
issue?: {
comments?: {
nodes?: {
id: string
body?: string | null
createdAt?: string | null
updatedAt?: string | null
parent?: { id?: string | null } | null
user?: RawUser | null
}[]
pageInfo?: RawPageInfo
} | null
} | null
}
export type RawChildrenResponse = {
issue?: {
children?: {
nodes?: RawIssue[]
pageInfo?: RawPageInfo
} | null
} | null
}
export type RawAttachmentsResponse = {
issue?: {
attachments?: {
nodes?: {
id: string
title?: string | null
url?: string | null
source?: string | null
subtitle?: string | null
createdAt?: string | null
}[]
pageInfo?: RawPageInfo
} | null
} | null
}
export type RawRelationsResponse = {
issue?: {
relations?: {
nodes?: {
id: string
type?: string | null
relatedIssue?: RawIssue | null
}[]
pageInfo?: RawPageInfo
} | null
} | null
}
export const ISSUE_FIELDS = `
id
identifier
title
url
description
priority
estimate
branchName
createdAt
updatedAt
state { id name type color }
team { id name key color }
project { id name color }
cycle { id name }
assignee { id displayName avatarUrl }
labels(first: 50) { nodes { id name color } pageInfo { hasNextPage } }
`
export const ISSUE_QUERY = `
query OrcaAgentLinearIssue($id: String!) {
issue(id: $id) {
${ISSUE_FIELDS}
}
}
`
export const SEARCH_QUERY = `
query OrcaAgentLinearSearch($term: String!, $first: Int) {
searchIssues(term: $term, first: $first) {
nodes {
${ISSUE_FIELDS}
}
}
}
`
export const COMMENTS_QUERY = `
query OrcaAgentLinearIssueComments($id: String!, $first: Int, $after: String) {
issue(id: $id) {
comments(first: $first, after: $after) {
nodes {
id
body
createdAt
updatedAt
parent { id }
user { id displayName avatarUrl }
}
pageInfo { hasNextPage endCursor }
}
}
}
`
export const CHILDREN_QUERY = `
query OrcaAgentLinearIssueChildren($id: String!, $first: Int, $after: String) {
issue(id: $id) {
children(first: $first, after: $after) {
nodes {
${ISSUE_FIELDS}
}
pageInfo { hasNextPage endCursor }
}
}
}
`
export const ATTACHMENTS_QUERY = `
query OrcaAgentLinearIssueAttachments($id: String!, $first: Int, $after: String) {
issue(id: $id) {
attachments(first: $first, after: $after) {
nodes { id title url source subtitle createdAt }
pageInfo { hasNextPage endCursor }
}
}
}
`
export const RELATIONS_QUERY = `
query OrcaAgentLinearIssueRelations($id: String!, $first: Int, $after: String) {
issue(id: $id) {
relations(first: $first, after: $after) {
nodes {
id
type
relatedIssue { id identifier title url }
}
pageInfo { hasNextPage endCursor }
}
}
}
`
export function mapIssue(issue: RawIssue): LinearIssueSummary {
return {
id: issue.id,
identifier: issue.identifier,
title: issue.title,
url: issue.url,
description: issue.description,
state: issue.state ?? null,
team: issue.team ?? null,
project: issue.project ?? null,
cycle: issue.cycle ?? null,
assignee: issue.assignee ?? null,
labels: issue.labels?.nodes ?? [],
priority: issue.priority,
estimate: issue.estimate,
branchName: issue.branchName,
createdAt: issue.createdAt,
updatedAt: issue.updatedAt
}
}
export function pickSearchIssue(
issue: LinearIssueSummary
): Omit<LinearSearchIssueSummary, 'workspace'> {
return {
id: issue.id,
identifier: issue.identifier,
title: issue.title,
url: issue.url,
state: issue.state,
team: issue.team,
project: issue.project,
assignee: issue.assignee,
updatedAt: issue.updatedAt
}
}
export function collectionMeta(
returned: number,
cap: number,
hasMore?: boolean
): LinearCollectionMeta {
return {
returned,
cap,
capReached: returned >= cap || hasMore === true,
...(hasMore !== undefined ? { hasMore } : {})
}
}
@@ -0,0 +1,68 @@
import type { LinearWorkspaceCandidate } from '../../shared/linear-agent-access'
import type { LinearWorkspace } from '../../shared/types'
import { linearError } from './issue-context-errors'
export function resolveWorkspaceSelector(
selectors: {
workspaceId?: string | null
organizationUrlKey?: string | null
},
workspaces: LinearWorkspace[]
): LinearWorkspace | null {
if (workspaces.length === 0) {
return null
}
const byId = selectors.workspaceId
? workspaces.find((workspace) => workspace.id === selectors.workspaceId)
: null
const byOrg = selectors.organizationUrlKey
? workspaces.find((workspace) => workspace.organizationUrlKey === selectors.organizationUrlKey)
: null
if (selectors.workspaceId && !byId) {
throw unknownWorkspace(selectors.workspaceId)
}
if (selectors.organizationUrlKey && !byOrg) {
throw linearError(
'linear_invalid_workspace',
`Linear organization ${selectors.organizationUrlKey} is not connected.`,
{
nextSteps: ['Connect that Linear workspace or pass --workspace for a connected workspace.']
}
)
}
if (byId && byOrg && byId.id !== byOrg.id) {
throw linearError('linear_invalid_workspace', 'The issue URL and --workspace do not match.', {
nextSteps: [
`Retry with --workspace ${byOrg.id} or use an issue URL from ${byId.organizationName}.`
]
})
}
return byId ?? byOrg ?? null
}
export function unknownWorkspace(workspaceId: string): ReturnType<typeof linearError> {
return linearError('linear_invalid_workspace', `Unknown Linear workspace ${workspaceId}.`, {
nextSteps: ['Run `orca linear search <query> --workspace all --json` to inspect workspace ids.']
})
}
export function ambiguousWorkspace(
workspaces: LinearWorkspace[],
identifier: string
): ReturnType<typeof linearError> {
const candidates: LinearWorkspaceCandidate[] = workspaces.map((workspace) => ({
id: workspace.id,
name: workspace.organizationName
}))
return linearError(
'linear_workspace_ambiguous',
`Linear issue ${identifier} exists in more than one workspace.`,
{
candidates,
nextSteps: candidates.map(
(candidate) => `Retry with --workspace ${candidate.id} for ${candidate.name}.`
)
}
)
}
+101
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import type {
LinearCurrentIssueContextHints,
LinearIssueContextResult,
LinearIssueRequest
} from '../../shared/linear-agent-access'
import { parseLinearIssueInput } from '../../shared/linear-links'
import {
resolveIssue,
searchLinearIssuesForAgents,
type ResolvedIssue
} from './issue-context-client'
import {
getLinearCurrentIssueFromWorktree,
resolveLegacyLinearLinkWorkspace,
type CurrentIssueLink
} from './issue-context-current'
import { LinearAgentAccessError, linearError } from './issue-context-errors'
import { readOptionalIncludes } from './issue-context-includes'
export {
LinearAgentAccessError,
getLinearCurrentIssueFromWorktree,
resolveLegacyLinearLinkWorkspace,
searchLinearIssuesForAgents
}
export async function readLinearIssueContext(
request: LinearIssueRequest,
resolveCurrent: (context?: LinearCurrentIssueContextHints) => Promise<CurrentIssueLink>
): Promise<LinearIssueContextResult> {
if (request.workspaceId === 'all') {
throw linearError('linear_invalid_workspace', '--workspace all is not valid for issue reads.', {
nextSteps: ['Pass a concrete Linear workspace id or omit --workspace.']
})
}
const parsed = request.input ? parseLinearIssueInput(request.input) : null
if (request.input && !parsed) {
throw linearError('linear_issue_required', 'Pass a Linear issue identifier or issue URL.', {
nextSteps: ['Use a Linear identifier like ENG-123 or a https://linear.app/... issue URL.']
})
}
const currentLink = parsed
? null
: request.current
? await resolveCurrent(request.context)
: await missingIssueInput()
const identifier = parsed?.identifier ?? currentLink?.identifier
if (!identifier) {
throw linearError('linear_issue_required', 'Pass an issue id or use --current.')
}
const resolved = await resolveIssue(identifier, {
workspaceId: request.workspaceId ?? currentLink?.workspaceId ?? undefined,
organizationUrlKey: parsed?.organizationUrlKey ?? currentLink?.organizationUrlKey
})
return buildIssueContextResult(resolved, request, currentLink)
}
async function missingIssueInput(): Promise<CurrentIssueLink> {
throw linearError('linear_issue_required', 'Pass an issue id or use --current.', {
nextSteps: ['Run `orca linear issue ENG-123` or retry from a linked worktree with --current.']
})
}
async function buildIssueContextResult(
resolved: ResolvedIssue,
request: LinearIssueRequest,
currentLink: CurrentIssueLink | null
): Promise<LinearIssueContextResult> {
const includeErrors: LinearIssueContextResult['meta']['includeErrors'] = []
const sections: LinearIssueContextResult['meta']['sections'] = {}
const result: LinearIssueContextResult = {
issue: resolved.issue,
meta: {
requested: {
id: request.input,
current: request.current === true,
workspaceId: request.workspaceId,
include: request.include,
depth: request.depth
},
resolved: {
id: resolved.issue.id,
identifier: resolved.issue.identifier,
workspaceId: resolved.workspace.id,
workspaceName: resolved.workspace.organizationName,
...(currentLink?.worktreeId ? { worktreeId: currentLink.worktreeId } : {}),
...(currentLink?.worktreePath ? { worktreePath: currentLink.worktreePath } : {})
},
partial: false,
includeErrors,
sections
}
}
await readOptionalIncludes(resolved, request, result, includeErrors, sections)
result.meta.partial = includeErrors.length > 0
return result
}