Files
paseo/packages/client/src/index.ts
T
Mohamed BoudraandGitHub 7954babca6 Publish the TypeScript SDK and integration guides (#3141)
* feat(client): publish the TypeScript SDK surface

Make the high-level client API usable for external integrations and document complete agent, workspace, provider, event, and recipe flows.

* fix(client): correlate provider snapshots by daemon cwd

Return the daemon's canonical snapshot identity so waitForReady can match updates for relative, tilde, and otherwise non-canonical paths without duplicating filesystem rules in the SDK.

* test(server): make snapshot cwd assertion portable

* fix(client): gate canonical provider snapshot waits

Older daemons do not expose the canonical snapshot identity needed to correlate workspace updates safely. Require the advertised capability and fail with an update-host message instead of guessing across workspaces.
2026-08-10 13:22:20 +02:00

755 lines
26 KiB
TypeScript

import type {
AgentSnapshotPayload,
CreateAgentRequestMessage,
FetchWorkspacesRequestMessage,
FetchWorkspacesResponseMessage,
GetProvidersSnapshotResponseMessage,
ListAvailableProvidersResponse,
ListProviderFeaturesRequestMessage,
ListProviderFeaturesResponseMessage,
ListProviderModelsResponseMessage,
ListProviderModesResponseMessage,
MutableDaemonConfig,
MutableDaemonConfigPatch,
ProviderDiagnosticResponseMessage,
ProjectPlacementPayload,
RefreshProvidersSnapshotResponseMessage,
SendAgentMessageRequest,
SessionOutboundMessage,
WorkspaceDescriptorPayload,
WorkspaceCreateRequest,
} from "@getpaseo/protocol/messages";
import { DaemonClient } from "./daemon-client.js";
import type {
FetchAgentsEntry,
FetchAgentsOptions,
FetchAgentsPageInfo,
FetchAgentTimelineCursor,
FetchAgentTimelineDirection,
FetchAgentTimelinePayload,
FetchAgentTimelineProjection,
WaitForFinishResult,
} from "./daemon-client.js";
/**
* Coding turns routinely run for minutes, so the handle waits far longer than
* the transport's own conservative default.
*/
const DEFAULT_WAIT_FOR_FINISH_MS = 10 * 60_000;
export type ConnectionState =
| { status: "idle" }
| { status: "connecting"; attempt: number }
| { status: "connected" }
| { status: "disconnected"; reason?: string }
| { status: "disposed" };
export interface PaseoLogger {
debug(obj: object, msg?: string): void;
info(obj: object, msg?: string): void;
warn(obj: object, msg?: string): void;
error(obj: object, msg?: string): void;
}
export interface PaseoClientConfig {
url: string;
clientId?: string;
appVersion?: string;
runtimeGeneration?: number | null;
password?: string;
authHeader?: string;
suppressSendErrors?: boolean;
logger?: PaseoLogger;
connectTimeoutMs?: number;
e2ee?: {
enabled?: boolean;
daemonPublicKeyB64?: string;
};
reconnect?: {
enabled?: boolean;
baseDelayMs?: number;
maxDelayMs?: number;
};
runtimeMetricsIntervalMs?: number;
runtimeMetricsWindowMs?: number;
}
export type PaseoWorkspace = WorkspaceDescriptorPayload;
export type PaseoAgent = AgentSnapshotPayload;
export type PaseoAgentListOptions = FetchAgentsOptions;
export interface PaseoAgentListResult {
requestId: string;
subscriptionId?: string | null;
entries: FetchAgentsEntry[];
pageInfo: FetchAgentsPageInfo;
}
export type PaseoWorkspaceListOptions = Omit<
FetchWorkspacesRequestMessage,
"type" | "requestId"
> & {
requestId?: string;
};
export interface PaseoWorkspaceListResult {
requestId: string;
subscriptionId?: string | null;
entries: PaseoWorkspace[];
pageInfo: FetchWorkspacesResponseMessage["payload"]["pageInfo"];
}
export interface PaseoWorkspaceOpenOptions {
cwd: string;
requestId?: string;
}
export type PaseoWorkspaceCreateOptions = Omit<WorkspaceCreateRequest, "type" | "requestId"> & {
requestId?: string;
};
export interface PaseoWorkspaceArchiveResult {
requestId: string;
workspaceId: string;
archivedAt: string | null;
error: string | null;
}
export type PaseoWorkspaceUpdate = Extract<
SessionOutboundMessage,
{ type: "workspace_update" }
>["payload"];
export type PaseoWorkspaceUpdateHandler = (update: PaseoWorkspaceUpdate) => void;
export interface PaseoWorkspaceHandle {
readonly id: string;
readonly projectId: string | null;
readonly directory: string | null;
readonly name: string | null;
readonly status: PaseoWorkspace["status"] | null;
readonly agents: {
create(options: PaseoWorkspaceAgentCreateOptions): Promise<PaseoAgentHandle>;
};
current(): PaseoWorkspace | null;
refresh(options?: { requestId?: string }): Promise<PaseoWorkspace | null>;
archive(requestId?: string): Promise<PaseoWorkspaceArchiveResult>;
/**
* Subscribes to already-emitted daemon workspace_update events for this id.
* This returns a local unsubscribe function; it does not own app cache state or
* send a daemon unsubscribe RPC. Call `workspaces.list({ subscribe: {} })` when
* the daemon should start streaming workspace directory updates.
*/
subscribe(handler: (update: PaseoWorkspaceUpdate) => void): () => void;
}
export interface PaseoWorkspaceActions {
list(options?: PaseoWorkspaceListOptions): Promise<PaseoWorkspaceListResult>;
ref(workspace: string | PaseoWorkspace): PaseoWorkspaceHandle;
open(
input: string | PaseoWorkspaceOpenOptions,
requestId?: string,
): Promise<PaseoWorkspaceHandle>;
create(options: PaseoWorkspaceCreateOptions): Promise<PaseoWorkspaceHandle>;
archive(
workspace: string | PaseoWorkspaceHandle,
requestId?: string,
): Promise<PaseoWorkspaceArchiveResult>;
/**
* Local event subscription over the low-level driver's workspace_update stream.
* The returned function only removes this SDK listener.
*/
subscribe(handler: PaseoWorkspaceUpdateHandler): () => void;
}
type PaseoAgentSessionConfig = CreateAgentRequestMessage["config"];
export type PaseoAgentProvider = PaseoAgentSessionConfig["provider"];
export type PaseoProviderFeatureValues = Record<string, unknown>;
export interface PaseoAgentConfig {
/** Provider and model in `provider/model` format. */
provider: string;
modeId?: PaseoAgentSessionConfig["modeId"];
thinkingOptionId?: PaseoAgentSessionConfig["thinkingOptionId"];
featureValues?: PaseoProviderFeatureValues;
/** JSON-safe provider-native settings, validated by the selected provider. */
options?: PaseoAgentSessionConfig["providerOptions"];
systemPrompt?: PaseoAgentSessionConfig["systemPrompt"];
toolPolicy?: PaseoAgentSessionConfig["toolPolicy"];
mcpServers?: PaseoAgentSessionConfig["mcpServers"];
}
export interface PaseoAgentCreateOptions {
config: PaseoAgentConfig;
cwd: string;
parent?: string | PaseoAgentHandle;
title?: PaseoAgentSessionConfig["title"];
env?: CreateAgentRequestMessage["env"];
prompt?: string;
clientMessageId?: string;
outputSchema?: Record<string, unknown>;
images?: CreateAgentRequestMessage["images"];
attachments?: CreateAgentRequestMessage["attachments"];
git?: CreateAgentRequestMessage["git"];
worktree?: CreateAgentRequestMessage["worktree"];
autoArchive?: CreateAgentRequestMessage["autoArchive"];
requestId?: string;
labels?: Record<string, string>;
}
export type PaseoWorkspaceAgentCreateOptions = Omit<PaseoAgentCreateOptions, "cwd">;
export interface PaseoAgentRefetchResult {
agent: PaseoAgent;
project: ProjectPlacementPayload | null;
}
export interface PaseoAgentTimelineRefetchOptions {
direction?: FetchAgentTimelineDirection;
cursor?: FetchAgentTimelineCursor;
limit?: number;
projection?: FetchAgentTimelineProjection;
requestId?: string;
}
export interface PaseoAgentSendOptions {
messageId?: string;
images?: Array<{ data: string; mimeType: string }>;
attachments?: SendAgentMessageRequest["attachments"];
}
export interface PaseoAgentRunOptions extends PaseoAgentSendOptions {
timeoutMs?: number;
}
export type PaseoAgentRunResult = WaitForFinishResult;
export type PaseoAgentUpdate = Extract<SessionOutboundMessage, { type: "agent_update" }>["payload"];
export type PaseoAgentStream = Extract<SessionOutboundMessage, { type: "agent_stream" }>["payload"];
export type PaseoAgentUpdateHandler = (update: PaseoAgentUpdate) => void;
export interface PaseoAgentTimelineHandle {
/**
* Fetches a fresh timeline page through the existing daemon RPC. If the daemon
* includes an agent snapshot in the response, the parent handle is updated to
* that value.
*/
refetch(options?: PaseoAgentTimelineRefetchOptions): Promise<FetchAgentTimelinePayload>;
/**
* Local listener for agent_stream events matching this handle id. It does not
* retain timeline entries or own application cache state.
*/
subscribe(handler: (event: PaseoAgentStream) => void): () => void;
}
export interface PaseoAgentHandle {
readonly id: string;
readonly workspaceId: string | null;
readonly cwd: string | null;
readonly status: PaseoAgent["status"] | null;
readonly timeline: PaseoAgentTimelineHandle;
current(): PaseoAgent | null;
refresh(requestId?: string): Promise<PaseoAgentRefetchResult | null>;
send(text: string, options?: PaseoAgentSendOptions): Promise<void>;
/** Sends a prompt and resolves when that turn finishes or needs attention. */
run(text: string, options?: PaseoAgentRunOptions): Promise<PaseoAgentRunResult>;
/** Waits for the current turn, including one started with `prompt`. */
waitForFinish(timeoutMs?: number): Promise<PaseoAgentRunResult>;
archive(): Promise<{ archivedAt: string }>;
detach(): Promise<void>;
subscribe(handler: (update: PaseoAgentUpdate) => void): () => void;
}
export interface PaseoAgentActions {
list(options?: PaseoAgentListOptions): Promise<PaseoAgentListResult>;
ref(agent: string | PaseoAgent): PaseoAgentHandle;
create(options: PaseoAgentCreateOptions): Promise<PaseoAgentHandle>;
/**
* Local event subscription over the low-level driver's agent_update stream.
* The returned function only removes this SDK listener.
*/
subscribe(handler: PaseoAgentUpdateHandler): () => void;
}
export type PaseoProviderModelsResult = ListProviderModelsResponseMessage["payload"];
export type PaseoProviderModesResult = ListProviderModesResponseMessage["payload"];
type PaseoProviderFeaturesDraft = ListProviderFeaturesRequestMessage["draftConfig"];
export interface PaseoProviderFeaturesInput extends Omit<
PaseoProviderFeaturesDraft,
"provider" | "model"
> {
/** Provider and model in `provider/model` format. */
provider: string;
}
export type PaseoProviderFeaturesResult = ListProviderFeaturesResponseMessage["payload"];
export type PaseoProviderAvailabilityResult = ListAvailableProvidersResponse["payload"];
export type PaseoProviderSnapshotResult = GetProvidersSnapshotResponseMessage["payload"];
export type PaseoProviderSnapshotUpdate = Extract<
SessionOutboundMessage,
{ type: "providers_snapshot_update" }
>["payload"];
export type PaseoProviderRefreshResult = RefreshProvidersSnapshotResponseMessage["payload"];
export type PaseoProviderDiagnosticResult = ProviderDiagnosticResponseMessage["payload"];
export interface PaseoProviderListOptions {
cwd?: string;
requestId?: string;
}
export interface PaseoProviderRefreshOptions {
cwd?: string;
providers?: PaseoAgentProvider[];
requestId?: string;
}
export interface PaseoProviderWaitOptions extends PaseoProviderListOptions {
timeoutMs?: number;
}
export interface PaseoProviderActions {
listModels(
provider: PaseoAgentProvider,
options?: PaseoProviderListOptions,
): Promise<PaseoProviderModelsResult>;
listModes(
provider: PaseoAgentProvider,
options?: PaseoProviderListOptions,
): Promise<PaseoProviderModesResult>;
listFeatures(
draftConfig: PaseoProviderFeaturesInput,
options?: { requestId?: string },
): Promise<PaseoProviderFeaturesResult>;
listAvailable(options?: { requestId?: string }): Promise<PaseoProviderAvailabilityResult>;
snapshot(options?: PaseoProviderListOptions): Promise<PaseoProviderSnapshotResult>;
/** Resolves after the daemon's lazy provider discovery has finished. */
waitForReady(options?: PaseoProviderWaitOptions): Promise<PaseoProviderSnapshotResult>;
refresh(options?: PaseoProviderRefreshOptions): Promise<PaseoProviderRefreshResult>;
diagnostic(
provider: PaseoAgentProvider,
options?: { requestId?: string },
): Promise<PaseoProviderDiagnosticResult>;
subscribe(handler: (update: PaseoProviderSnapshotUpdate) => void): () => void;
}
export interface PaseoConfigActions {
/**
* Reads daemon config through the existing config RPC. Provider profiles,
* custom provider entries, keys/env, custom binaries, and provider enablement
* are currently config-file-shaped daemon state, so the SDK exposes this raw
* typed surface instead of pretending there are higher-level provider-settings
* RPCs.
*/
get(requestId?: string): Promise<{ requestId: string; config: MutableDaemonConfig }>;
/**
* Patches daemon config through the existing config RPC. The daemon validates
* and persists supported fields; unsupported provider/settings workflows remain
* daemon gaps until first-class RPCs exist.
*/
patch(
config: MutableDaemonConfigPatch,
requestId?: string,
): Promise<{ requestId: string; config: MutableDaemonConfig }>;
}
export interface PaseoClient {
readonly workspaces: PaseoWorkspaceActions;
readonly agents: PaseoAgentActions;
readonly providers: PaseoProviderActions;
readonly config: PaseoConfigActions;
connect(): Promise<void>;
close(): Promise<void>;
ensureConnected(): void;
getConnectionState(): ConnectionState;
}
export function createPaseoClient(config: PaseoClientConfig): PaseoClient {
const daemonClient = new DaemonClient({
...config,
clientId: config.clientId ?? createGeneratedClientId(),
clientType: "cli",
});
const createAgentHandle = createAgentHandleFactory(daemonClient);
const createAgent = async (
options: PaseoAgentCreateOptions,
placement?: { workspaceId: string; cwd: string },
) => {
const { config: agentConfig, cwd, parent, title, prompt, ...requestOptions } = options;
const { provider: providerModel, options: providerOptions, ...runtimeConfig } = agentConfig;
const { provider, model } = parseProviderModel(providerModel);
const effectiveCwd = placement?.cwd ?? cwd;
const agent = await daemonClient.createAgent({
...requestOptions,
config: {
...runtimeConfig,
provider,
model,
cwd: effectiveCwd,
...(title !== undefined ? { title } : {}),
...(providerOptions !== undefined ? { providerOptions } : {}),
},
...(placement ? { workspaceId: placement.workspaceId } : {}),
...(parent ? { callerAgentId: resolveAgentId(parent) } : {}),
...(prompt !== undefined ? { initialPrompt: prompt } : {}),
});
return createAgentHandle(agent);
};
const createWorkspaceHandle = createWorkspaceHandleFactory(daemonClient, createAgent);
return {
workspaces: {
list: (options) => daemonClient.fetchWorkspaces(options),
ref: (workspace) => createWorkspaceHandle(workspace),
open: (input, requestId) =>
openWorkspace(daemonClient, createWorkspaceHandle, input, requestId),
create: async ({ requestId, ...options }) => {
const result = await daemonClient.createWorkspace(options, requestId);
if (result.error || !result.workspace) {
throw new Error(result.error ?? "The daemon did not create a workspace");
}
return createWorkspaceHandle(result.workspace);
},
archive: (workspace, requestId) =>
daemonClient.archiveWorkspace(resolveWorkspaceId(workspace), requestId),
subscribe: (handler) =>
daemonClient.on("workspace_update", (message) => {
handler(message.payload);
}),
},
agents: {
list: (options) => daemonClient.fetchAgents(options),
ref: (agent) => createAgentHandle(agent),
create: (options) => createAgent(options),
subscribe: (handler) =>
daemonClient.on("agent_update", (message) => {
handler(message.payload);
}),
},
providers: {
listModels: (provider, options) => daemonClient.listProviderModels(provider, options),
listModes: (provider, options) => daemonClient.listProviderModes(provider, options),
listFeatures: ({ provider: providerModel, ...draftConfig }, options) => {
const { provider, model } = parseProviderModel(providerModel);
return daemonClient.listProviderFeatures({ ...draftConfig, provider, model }, options);
},
listAvailable: (options) => daemonClient.listAvailableProviders(options),
snapshot: (options) => daemonClient.getProvidersSnapshot(options),
waitForReady: (options) => waitForProvidersReady(daemonClient, options),
refresh: (options) => daemonClient.refreshProvidersSnapshot(options),
diagnostic: (provider, options) => daemonClient.getProviderDiagnostic(provider, options),
subscribe: (handler) =>
daemonClient.on("providers_snapshot_update", (message) => {
handler(message.payload);
}),
},
config: {
get: (requestId) => daemonClient.getDaemonConfig(requestId),
patch: (patch, requestId) => daemonClient.patchDaemonConfig(patch, requestId),
},
connect: () => daemonClient.connect(),
close: () => daemonClient.close(),
ensureConnected: () => daemonClient.ensureConnected(),
getConnectionState: () => daemonClient.getConnectionState(),
};
}
type WorkspaceHandleFactory = (workspace: string | PaseoWorkspace) => PaseoWorkspaceHandle;
type AgentHandleFactory = (agent: string | PaseoAgent) => PaseoAgentHandle;
type CreateAgent = (
options: PaseoAgentCreateOptions,
placement?: { workspaceId: string; cwd: string },
) => Promise<PaseoAgentHandle>;
function createWorkspaceHandleFactory(
daemonClient: DaemonClient,
createAgent: CreateAgent,
): WorkspaceHandleFactory {
return (workspace) => {
const id = typeof workspace === "string" ? workspace : workspace.id;
let current = typeof workspace === "string" ? null : workspace;
const refresh = async (options?: { requestId?: string }) => {
let cursor: string | undefined;
let requestId = options?.requestId;
do {
const result = await daemonClient.fetchWorkspaces({
requestId,
page: { limit: 200, ...(cursor ? { cursor } : {}) },
});
const match = result.entries.find((entry) => entry.id === id);
if (match) {
current = match;
return current;
}
cursor = result.pageInfo.nextCursor ?? undefined;
requestId = undefined;
} while (cursor);
current = null;
return current;
};
return {
id,
get projectId() {
return current?.projectId ?? null;
},
get directory() {
return current?.workspaceDirectory ?? null;
},
get name() {
return current?.name ?? null;
},
get status() {
return current?.status ?? null;
},
agents: {
create: async (options) => {
const snapshot = current ?? (await refresh());
if (!snapshot?.workspaceDirectory) {
throw new Error(`Workspace ${id} has no available directory`);
}
return createAgent(
{ ...options, cwd: snapshot.workspaceDirectory },
{ workspaceId: id, cwd: snapshot.workspaceDirectory },
);
},
},
current: () => current,
refresh,
archive: async (requestId) => {
const result = await daemonClient.archiveWorkspace(id, requestId);
if (current) {
current = { ...current, archivingAt: result.archivedAt };
}
return result;
},
subscribe: (handler) =>
daemonClient.on("workspace_update", (message) => {
const update = message.payload;
if (update.kind === "upsert" && update.workspace.id === id) {
current = update.workspace;
handler(update);
}
if (update.kind === "remove" && update.id === id) {
current = null;
handler(update);
}
}),
};
};
}
function createAgentHandleFactory(daemonClient: DaemonClient): AgentHandleFactory {
return (agent) => {
const id = typeof agent === "string" ? agent : agent.id;
let current = typeof agent === "string" ? null : agent;
const handle: PaseoAgentHandle = {
id,
timeline: {
refetch: async (options) => {
const result = await daemonClient.fetchAgentTimeline(id, options);
if (result.agent) {
current = result.agent;
}
return result;
},
subscribe: (handler) =>
daemonClient.on("agent_stream", (message) => {
if (message.payload.agentId === id) {
handler(message.payload);
}
}),
},
get workspaceId() {
return current?.workspaceId ?? null;
},
get cwd() {
return current?.cwd ?? null;
},
get status() {
return current?.status ?? null;
},
current: () => current,
refresh: async (requestId) => {
const result = await daemonClient.fetchAgent({ agentId: id, requestId });
current = result?.agent ?? null;
return result;
},
send: async (text, options) => {
await daemonClient.sendAgentMessage(id, text, options);
},
run: async (text, options) => {
const { timeoutMs, ...sendOptions } = options ?? {};
await daemonClient.sendAgentMessage(id, text, sendOptions);
const result = await daemonClient.waitForFinish(
id,
timeoutMs ?? DEFAULT_WAIT_FOR_FINISH_MS,
);
if (result.final) {
current = result.final;
}
return result;
},
waitForFinish: async (timeoutMs) => {
const result = await daemonClient.waitForFinish(
id,
timeoutMs ?? DEFAULT_WAIT_FOR_FINISH_MS,
);
if (result.final) {
current = result.final;
}
return result;
},
archive: async () => {
const result = await daemonClient.archiveAgent(id);
if (current) {
current = { ...current, archivedAt: result.archivedAt };
}
return result;
},
detach: async () => {
await daemonClient.detachAgent(id);
},
subscribe: (handler) =>
daemonClient.on("agent_update", (message) => {
const update = message.payload;
if (update.kind === "upsert" && update.agent.id === id) {
current = update.agent;
handler(update);
}
if (update.kind === "remove" && update.agentId === id) {
current = null;
handler(update);
}
}),
};
return handle;
};
}
async function openWorkspace(
daemonClient: DaemonClient,
createWorkspaceHandle: WorkspaceHandleFactory,
input: string | PaseoWorkspaceOpenOptions,
requestId?: string,
): Promise<PaseoWorkspaceHandle> {
const options = typeof input === "string" ? { cwd: input, requestId } : input;
const result = await daemonClient.openProject(options.cwd, options.requestId);
if (result.error || !result.workspace) {
throw new Error(result.error ?? `The daemon did not open a workspace for ${options.cwd}`);
}
return createWorkspaceHandle(result.workspace);
}
function resolveWorkspaceId(workspace: string | PaseoWorkspaceHandle): string {
return typeof workspace === "string" ? workspace : workspace.id;
}
function resolveAgentId(agent: string | PaseoAgentHandle): string {
return typeof agent === "string" ? agent : agent.id;
}
function parseProviderModel(selection: string): { provider: string; model: string } {
const separator = selection.indexOf("/");
if (separator <= 0 || separator === selection.length - 1) {
throw new Error('Expected config.provider in "provider/model" format');
}
return {
provider: selection.slice(0, separator),
model: selection.slice(separator + 1),
};
}
function waitForProvidersReady(
daemonClient: DaemonClient,
options: PaseoProviderWaitOptions = {},
): Promise<PaseoProviderSnapshotResult> {
// COMPAT(providersSnapshotCwd): added in v0.3.2, remove gate after 2027-02-10.
if (daemonClient.getLastServerInfoMessage()?.features?.providersSnapshotCwd !== true) {
return Promise.reject(new Error("Update the host to wait for provider discovery."));
}
const { timeoutMs = 60_000, ...snapshotOptions } = options;
return new Promise((resolve, reject) => {
let settled = false;
let requestId: string | null = null;
let snapshotCwd: string | undefined;
const pendingUpdates = new Map<string | undefined, PaseoProviderSnapshotUpdate>();
let latestEntries: PaseoProviderSnapshotResult["entries"] = [];
const cleanup = () => {
clearTimeout(timeout);
unsubscribe();
};
const finish = (snapshot: PaseoProviderSnapshotResult) => {
if (settled) return;
settled = true;
cleanup();
resolve(snapshot);
};
const fail = (error: unknown) => {
if (settled) return;
settled = true;
cleanup();
reject(error instanceof Error ? error : new Error(String(error)));
};
const updateMatches = (update: PaseoProviderSnapshotUpdate) => update.cwd === snapshotCwd;
const unsubscribe = daemonClient.on("providers_snapshot_update", (message) => {
const update = message.payload;
if (!requestId) {
pendingUpdates.set(update.cwd, update);
return;
}
if (!updateMatches(update)) return;
latestEntries = update.entries;
if (update.entries.some((entry) => entry.status === "loading")) return;
finish({ ...update, requestId });
});
const timeout = setTimeout(() => {
const loading = latestEntries
.filter((entry) => entry.status === "loading")
.map((entry) => entry.provider)
.join(", ");
fail(
new Error(
loading
? `Timed out waiting for providers: ${loading}`
: "Timed out waiting for provider discovery",
),
);
}, timeoutMs);
void daemonClient
.getProvidersSnapshot(snapshotOptions)
.then((snapshot) => {
requestId = snapshot.requestId;
snapshotCwd = snapshot.cwd;
latestEntries = snapshot.entries;
if (!snapshot.entries.some((entry) => entry.status === "loading")) {
finish(snapshot);
return;
}
const pendingUpdate = pendingUpdates.get(snapshotCwd);
if (pendingUpdate && !pendingUpdate.entries.some((entry) => entry.status === "loading")) {
finish({ ...pendingUpdate, requestId });
}
return undefined;
})
.catch(fail);
});
}
function createGeneratedClientId(): string {
const randomId =
typeof globalThis.crypto?.randomUUID === "function"
? globalThis.crypto.randomUUID()
: Math.random().toString(36).slice(2);
return `paseo-sdk-${randomId}`;
}