import type { MessageProcessingResult, MessageProcessingResultStatus } from '../types/MessageQueueTypes.ts';
/**
 * Symbol that can be used in place of a message type value in `waitForMessage` or `checkForMessage`
 * to match messages regardless of their type. Useful when using custom message type resolvers
 * where the type may not be available in the message payload itself.
 *
 * @example
 * // Match any message with a specific ID, regardless of type
 * await spy.waitForMessage({ id: '123', type: ANY_MESSAGE_TYPE })
 */
export declare const ANY_MESSAGE_TYPE: unique symbol;
/**
 * Symbol used to indicate that the message type could not be resolved.
 * Typically used when message parsing failed before type resolution could occur.
 *
 * @example
 * // For failed message parsing
 * spy.addProcessedMessage({ message: null, processingResult }, messageId, TYPE_NOT_RESOLVED)
 */
export declare const TYPE_NOT_RESOLVED: unique symbol;
export type HandlerSpyParams = {
    bufferSize?: number;
    messageIdField?: string;
};
export type SpyResultCounts = {
    consumed: number;
    published: number;
    retryLater: number;
    error: number;
};
export type SpyResultInput<MessagePayloadSchemas extends object> = {
    message: MessagePayloadSchemas | null;
    processingResult: MessageProcessingResult;
};
export type SpyResultOutput<MessagePayloadSchemas extends object> = {
    message: MessagePayloadSchemas;
    processingResult: MessageProcessingResult;
};
export declare function isHandlerSpy<T extends object>(value: unknown): value is HandlerSpy<T>;
export type PublicHandlerSpy<MessagePayloadSchemas extends object> = Omit<HandlerSpy<MessagePayloadSchemas>, 'addProcessedMessage'>;
type DeepPartial<T> = T extends Function ? T : T extends object ? {
    [P in keyof T]?: T[P] extends Array<infer U> ? Array<DeepPartial<U>> : T[P] extends ReadonlyArray<infer U> ? ReadonlyArray<DeepPartial<U>> : DeepPartial<T[P]>;
} : T;
export declare class HandlerSpy<MessagePayloadSchemas extends object> {
    name: string;
    private readonly messageBuffer;
    private readonly messageIdField;
    private readonly spyPromises;
    private _counts;
    constructor(params?: HandlerSpyParams);
    private messageMatchesFilter;
    waitForMessageWithId<T extends MessagePayloadSchemas>(id: string, status?: MessageProcessingResultStatus): Promise<SpyResultOutput<T>>;
    checkForMessage<T extends MessagePayloadSchemas>(expectedFields: DeepPartial<T>, status?: MessageProcessingResultStatus): SpyResultOutput<T> | undefined;
    waitForMessage<T extends MessagePayloadSchemas>(expectedFields: DeepPartial<T>, status?: MessageProcessingResultStatus): Promise<SpyResultOutput<T>>;
    get counts(): SpyResultCounts;
    clear(): void;
    getAllReceivedMessages(): SpyResultOutput<MessagePayloadSchemas>[];
    /**
     * Add a processed message to the spy buffer.
     * @param processingResult - The processing result containing the message and status
     * @param messageId - Optional message ID override (used if message parsing failed)
     * @param messageType - The resolved message type, or TYPE_NOT_RESOLVED symbol if type couldn't be determined
     */
    addProcessedMessage(processingResult: SpyResultInput<MessagePayloadSchemas>, messageId: string | undefined, messageType: string | typeof TYPE_NOT_RESOLVED): void;
}
export declare function resolveHandlerSpy<T extends object>(queueOptions: {
    handlerSpy?: HandlerSpy<object> | HandlerSpyParams | boolean;
}): HandlerSpy<T> | undefined;
export {};