import 'reflect-metadata';
import { type AuthProviderDetectionResult } from '@frontmcp/auth';
import { FrontMcpAuth, type AuthOptionsInput, type AuthProviderEntry, type AuthProviderRecord, type AuthProviderType, type EntryOwnerRef, type ScopeEntry } from '../common';
import type ProviderRegistry from '../provider/provider.registry';
import { RegistryAbstract, type RegistryBuildMapResult } from '../regsitry';
export declare class AuthRegistry extends RegistryAbstract<AuthProviderEntry, AuthProviderRecord, AuthProviderType[]> {
    private readonly primary?;
    private readonly parsedOptions;
    private readonly logger;
    private readonly owner;
    /**
     * Detection result for auth providers across the scope hierarchy
     */
    readonly detection: AuthProviderDetectionResult;
    /**
     * Whether this scope requires orchestrated mode
     */
    readonly requiresOrchestration: boolean;
    constructor(scope: ScopeEntry, providers: ProviderRegistry, metadata: AuthProviderType[], owner: EntryOwnerRef, primaryInput?: AuthOptionsInput);
    /**
     * Extract AppAuthInfo from scope metadata
     */
    private extractAppAuthInfo;
    /**
     * Get app metadata from AppType (handles both class and value types)
     */
    private getAppMetadata;
    /**
     * Log detection results for debugging
     */
    private logDetectionResults;
    /**
     * Validate configuration and throw if invalid
     */
    private validateConfiguration;
    /**
     * Create the appropriate primary auth provider based on parsed options
     */
    private createPrimaryAuth;
    protected buildMap(list: AuthProviderType[]): RegistryBuildMapResult<AuthProviderRecord>;
    protected buildGraph(): void;
    protected initialize(): Promise<void>;
    getPrimary(): FrontMcpAuth;
    getAuthProviders(): AuthProviderEntry[];
}
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