import { FileSpecification, Task, CancelReason } from '@vitest/runner';
import { EvaluatedModules } from 'vite/module-runner';
import { S as SerializedConfig } from './config.d.CzIjkicf.js';
import { E as Environment } from './environment.d.CrsxCzP1.js';
import { R as RuntimeRPC, a as RunnerRPC } from './rpc.d.RH3apGEf.js';
//#region src/messages.d.ts
declare const TYPE_REQUEST: "q";
interface RpcRequest {
/**
* Type
*/
t: typeof TYPE_REQUEST;
/**
* ID
*/
i?: string;
/**
* Method
*/
m: string;
/**
* Arguments
*/
a: any[];
/**
* Optional
*/
o?: boolean;
}
//#endregion
//#region src/utils.d.ts
type ArgumentsType<T> = T extends ((...args: infer A) => any) ? A : never;
type ReturnType<T> = T extends ((...args: any) => infer R) ? R : never;
type Thenable<T> = T | PromiseLike<T>;
//#endregion
//#region src/main.d.ts
type PromisifyFn<T> = ReturnType<T> extends Promise<any> ? T : (...args: ArgumentsType<T>) => Promise<Awaited<ReturnType<T>>>;
type BirpcResolver<This> = (this: This, name: string, resolved: (...args: unknown[]) => unknown) => Thenable<((...args: any[]) => any) | undefined>;
interface ChannelOptions {
/**
* Function to post raw message
*/
post: (data: any, ...extras: any[]) => Thenable<any>;
/**
* Listener to receive raw message
*/
on: (fn: (data: any, ...extras: any[]) => void) => Thenable<any>;
/**
* Clear the listener when `$close` is called
*/
off?: (fn: (data: any, ...extras: any[]) => void) => Thenable<any>;
/**
* Custom function to serialize data
*
* by default it passes the data as-is
*/
serialize?: (data: any) => any;
/**
* Custom function to deserialize data
*
* by default it passes the data as-is
*/
deserialize?: (data: any) => any;
/**
* Call the methods with the RPC context or the original functions object
*/
bind?: 'rpc' | 'functions';
/**
* Custom meta data to attached to the RPC instance's `$meta` property
*/
meta?: any;
}
interface EventOptions<RemoteFunctions extends object = Record<string, unknown>, LocalFunctions extends object = Record<string, unknown>, Proxify extends boolean = true> {
/**
* Names of remote functions that do not need response.
*/
eventNames?: (keyof RemoteFunctions)[];
/**
* Maximum timeout for waiting for response, in milliseconds.
*
* @default 60_000
*/
timeout?: number;
/**
* Whether to proxy the remote functions.
*
* When `proxify` is false, calling the remote function
* with `rpc.$call('method', ...args)` instead of `rpc.method(...args)`
* explicitly is required.
*
* @default true
*/
proxify?: Proxify;
/**
* Custom resolver to resolve function to be called
*
* For advanced use cases only
*/
resolver?: BirpcResolver<BirpcReturn<RemoteFunctions, LocalFunctions, Proxify>>;
/**
* Hook triggered before an event is sent to the remote
*
* @param req - Request parameters
* @param next - Function to continue the request
* @param resolve - Function to resolve the response directly
*/
onRequest?: (this: BirpcReturn<RemoteFunctions, LocalFunctions, Proxify>, req: RpcRequest, next: (req?: RpcRequest) => Promise<any>, resolve: (res: any) => void) => void | Promise<void>;
/**
* Custom error handler for errors occurred in local functions being called
*
* @returns `true` to prevent the error from being thrown
*/
onFunctionError?: (this: BirpcReturn<RemoteFunctions, LocalFunctions, Proxify>, error: Error, functionName: string, args: any[]) => boolean | void;
/**
* Custom error handler for errors occurred during serialization or messsaging
*
* @returns `true` to prevent the error from being thrown
*/
onGeneralError?: (this: BirpcReturn<RemoteFunctions, LocalFunctions, Proxify>, error: Error, functionName?: string, args?: any[]) => boolean | void;
/**
* Custom error handler for timeouts
*
* @returns `true` to prevent the error from being thrown
*/
onTimeoutError?: (this: BirpcReturn<RemoteFunctions, LocalFunctions, Proxify>, functionName: string, args: any[]) => boolean | void;
}
type BirpcOptions<RemoteFunctions extends object = Record<string, unknown>, LocalFunctions extends object = Record<string, unknown>, Proxify extends boolean = true> = EventOptions<RemoteFunctions, LocalFunctions, Proxify> & ChannelOptions;
type BirpcFn<T> = PromisifyFn<T> & {
/**
* Send event without asking for response
*/
asEvent: (...args: ArgumentsType<T>) => Promise<void>;
};
interface BirpcReturnBuiltin<RemoteFunctions, LocalFunctions = Record<string, unknown>> {
/**
* Raw functions object
*/
$functions: LocalFunctions;
/**
* Whether the RPC is closed
*/
readonly $closed: boolean;
/**
* Custom meta data attached to the RPC instance
*/
readonly $meta: any;
/**
* Close the RPC connection
*/
$close: (error?: Error) => void;
/**
* Reject pending calls
*/
$rejectPendingCalls: (handler?: PendingCallHandler) => Promise<void>[];
/**
* Call the remote function and wait for the result.
* An alternative to directly calling the function
*/
$call: <K$1 extends keyof RemoteFunctions>(method: K$1, ...args: ArgumentsType<RemoteFunctions[K$1]>) => Promise<Awaited<ReturnType<RemoteFunctions[K$1]>>>;
/**
* Same as `$call`, but returns `undefined` if the function is not defined on the remote side.
*/
$callOptional: <K$1 extends keyof RemoteFunctions>(method: K$1, ...args: ArgumentsType<RemoteFunctions[K$1]>) => Promise<Awaited<ReturnType<RemoteFunctions[K$1]> | undefined>>;
/**
* Send event without asking for response
*/
$callEvent: <K$1 extends keyof RemoteFunctions>(method: K$1, ...args: ArgumentsType<RemoteFunctions[K$1]>) => Promise<void>;
/**
* Call the remote function with the raw options.
*/
$callRaw: (options: {
method: string;
args: unknown[];
event?: boolean;
optional?: boolean;
}) => Promise<Awaited<ReturnType<any>>[]>;
}
type ProxifiedRemoteFunctions<RemoteFunctions extends object = Record<string, unknown>> = { [K in keyof RemoteFunctions]: BirpcFn<RemoteFunctions[K]> };
type BirpcReturn<RemoteFunctions extends object = Record<string, unknown>, LocalFunctions extends object = Record<string, unknown>, Proxify extends boolean = true> = Proxify extends true ? ProxifiedRemoteFunctions<RemoteFunctions> & BirpcReturnBuiltin<RemoteFunctions, LocalFunctions> : BirpcReturnBuiltin<RemoteFunctions, LocalFunctions>;
type PendingCallHandler = (options: Pick<PromiseEntry, 'method' | 'reject'>) => void | Promise<void>;
interface PromiseEntry {
resolve: (arg: any) => void;
reject: (error: any) => void;
method: string;
timeoutId?: ReturnType<typeof setTimeout>;
}
declare const setTimeout: typeof globalThis.setTimeout;
type WorkerRPC = BirpcReturn<RuntimeRPC, RunnerRPC>;
interface ContextTestEnvironment {
name: string;
options: Record<string, any> | null;
}
interface WorkerTestEnvironment {
name: string;
options: Record<string, any> | null;
}
type TestExecutionMethod = "run" | "collect";
interface WorkerExecuteContext {
files: FileSpecification[];
providedContext: Record<string, any>;
invalidates?: string[];
/** Exposed to test runner as `VITEST_WORKER_ID`. Value is unique per each isolated worker. */
workerId: number;
}
interface ContextRPC {
pool: string;
config: SerializedConfig;
projectName: string;
environment: WorkerTestEnvironment;
rpc: WorkerRPC;
files: FileSpecification[];
providedContext: Record<string, any>;
invalidates?: string[];
/** Exposed to test runner as `VITEST_WORKER_ID`. Value is unique per each isolated worker. */
workerId: number;
}
interface WorkerSetupContext {
environment: WorkerTestEnvironment;
pool: string;
config: SerializedConfig;
projectName: string;
rpc: WorkerRPC;
}
interface WorkerGlobalState {
ctx: ContextRPC;
config: SerializedConfig;
rpc: WorkerRPC;
current?: Task;
filepath?: string;
metaEnv: {
[key: string]: any;
BASE_URL: string;
MODE: string;
DEV: boolean;
PROD: boolean;
SSR: boolean;
};
environment: Environment;
evaluatedModules: EvaluatedModules;
resolvingModules: Set<string>;
moduleExecutionInfo: Map<string, any>;
onCancel: (listener: (reason: CancelReason) => unknown) => void;
onCleanup: (listener: () => unknown) => void;
providedContext: Record<string, any>;
durations: {
environment: number;
prepare: number;
};
onFilterStackTrace?: (trace: string) => string;
}
export type { BirpcOptions as B, ContextRPC as C, TestExecutionMethod as T, WorkerGlobalState as W, WorkerSetupContext as a, BirpcReturn as b, ContextTestEnvironment as c, WorkerExecuteContext as d, WorkerTestEnvironment as e };
