import { type Plugin } from '@moxxy/sdk';
import type { VaultStore } from '@moxxy/plugin-vault';
export { SlackChannel, type SlackChannelOptions, type SlackStartOpts, type PairCandidate, } from './channel.js';
export { buildSlackPermissionResolver } from './permission.js';
export { SlackClient } from './channel/slack-client.js';
export { verifySlackSignature, SLACK_REPLAY_WINDOW_SEC } from './server/verify.js';
export { slackEnvelopeSchema, eventCallbackSchema, urlVerificationSchema } from './server/schema.js';
export { DeliveryDedupeCache } from './server/dedupe.js';
export { IngestServer, SLACK_EVENTS_PATH } from './server/ingest-server.js';
export { SLACK_BOT_TOKEN_KEY, SLACK_SIGNING_SECRET_KEY, SLACK_AUTHORIZED_KEY, SLACK_BOT_TOKEN_ENV, SLACK_SIGNING_SECRET_ENV, resolveBotToken, resolveSigningSecret, parseAuthorization, authorizationMatches, type SlackAuthorization, } from './keys.js';
export interface BuildSlackPluginOptions {
    /** Host-injected encrypted secret store (available immediately). */
    readonly vault: VaultStore;
}
/**
 * Build the Slack channel plugin. The CLI passes the concrete vault (mirroring
 * the Telegram plugin's vault injection). The channel exposes its own ingest
 * server publicly via the self-hosted `proxyTunnel` (imported directly, like
 * the webhooks tunnel).
 */
export declare function buildSlackPlugin(opts: BuildSlackPluginOptions): Plugin;
/**
 * Discovery-loadable default export: resolves the vault from the inter-plugin
 * service registry in `onInit` (the vault plugin publishes `'vault'`). Requires
 * `@moxxy/plugin-vault` to load first (declared in `package.json`
 * `moxxy.requirements`). The channel + subcommands read the vault via
 * `getVault()`, so resolution is deferred to call time — after `onInit` wired it.
 */
export declare const slackPlugin: Plugin;
export default slackPlugin;
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