import type { ChannelKind, ConnectionInput, ConnectionProtocol } from "#setup/scaffold/index.js";
import { type ProjectResolution } from "./project-resolution.js";
export { CURRENT_DIRECTORY_PROJECT_NAME } from "#setup/scaffold/index.js";
export type { ChannelKind };
/** Where the user wants to chat with the agent after scaffolding finishes. */
export type ChatPreference = "web" | "slack" | "repl" | "api" | "skip";
export type AiGatewayEnvFile = ".env.local" | ".env";
export type ResolvedAiGatewayCredentials = {
    kind: "unresolved";
} | {
    kind: "api-key";
    envFile: AiGatewayEnvFile;
};
/**
 * The scaffold directory. `inPlace` is the directory decision (scaffold into
 * the target directory itself vs a `./<agentName>` child). The target step
 * resolves the path before the scaffold step writes it.
 */
export type ResolvedProjectPath = {
    kind: "unresolved";
    inPlace: boolean;
} | {
    kind: "resolved";
    inPlace: boolean;
    path: string;
};
/**
 * The `--headless` Vercel project flags. Read ONLY on the headless path (see
 * {@link ProvisioningMode}): an interactive run prompts for these decisions
 * instead, so the args never reach the prompt code.
 *
 * Provisioning a Vercel project is the default; `skipVercel` is the explicit
 * opt-out, and `team`/`project` parameterize it.
 */
export interface ArgsHeadlessProject {
    /** Do not create, link, deploy, or inherit credentials from a Vercel project. */
    skipVercel?: boolean;
    /** Vercel team slug (scope). Undefined = the current vercel scope. */
    team?: string;
    /** Existing project name or ID to link. Undefined = create a project named after the agent. */
    project?: string;
}
/**
 * The `--headless` AI Gateway flags, read only on the headless path alongside
 * {@link ArgsHeadlessProject}.
 */
export interface ArgsHeadlessAiGateway {
    /** AI Gateway API key. Undefined = inherit the linked project's gateway (OIDC). */
    apiKey?: string;
}
/**
 * Provisioning mode for the resolve-provisioning and preflight boxes. The
 * headless args live ONLY on the `headless: true` variant, so the interactive
 * path cannot read them: the type makes it unrepresentable. An interactive run
 * resolves every provisioning decision by prompting.
 */
export type ProvisioningMode = {
    headless: true;
    project: ArgsHeadlessProject;
    aiGateway: ArgsHeadlessAiGateway;
} | {
    headless: false;
};
/** Stable identity of an existing Vercel project selected for linking. */
export interface VercelProjectIdentity {
    projectId: string;
    projectName: string;
}
/**
 * Resolved project decision, fully concrete. The variant determines whether
 * the flow creates a project, links an existing one, or avoids Vercel project
 * mutation entirely. Decided once, up front, by the resolve-provisioning box.
 */
export type ResolvedVercelProject = {
    kind: "none";
} | {
    kind: "new";
    project: string;
    team: string;
} | {
    kind: "existing";
    project: VercelProjectIdentity;
    team: string;
};
/** A concrete project to ensure exists and link. */
export type ResolvedVercelProjectSpec = Extract<ResolvedVercelProject, {
    kind: "new" | "existing";
}>;
/**
 * Resolved gateway-credential decision, independent of the project plan.
 * `inherit` uses the linked project's OIDC gateway; `byok` writes an AI
 * Gateway key; `byop` leaves provider credentials outside the AI Gateway path.
 */
export type ResolvedAiGateway = {
    kind: "inherit";
} | {
    kind: "byok";
    apiGatewayKey: string;
} | {
    kind: "byop";
};
/**
 * How the scaffolded agent reaches a model. `"gateway"` routes through the
 * Vercel AI Gateway (OIDC, or a pasted gateway key). `"self"` scaffolds an
 * inline provider `byok` block reading `process.env`, derived from the model
 * picked earlier in the interview. Decided by the resolve-provisioning box.
 */
export type WiringMode = "gateway" | "self";
/**
 * How much of the onboarding flow runs. `"complete"` is the full interview and
 * provisioning sequence; `"one-shot"` scaffolds the base template with the
 * default model and skips everything after the scaffold (provisioning, model,
 * channels, linking, credentials, connections, deploy, chat). Decided by the
 * select-setup-mode box right after the target is resolved.
 */
export type SetupMode = "complete" | "one-shot";
/**
 * One fully-specified connection to scaffold. The select-connections box
 * resolves everything a prompt could decide (slug, protocol, the entry
 * definition, and how the connector gets provisioned) during the interview,
 * so the add-connections box runs effects without prompting.
 */
export interface ConnectionPlan {
    slug: string;
    protocol: ConnectionProtocol;
    entry: ConnectionInput;
    provision: {
        kind: "connect";
        service: string;
    } | {
        kind: "connect-manual";
    } | {
        kind: "command-hint";
        service: string;
    } | {
        kind: "none";
    };
}
/**
 * The in-memory state threaded through every setup box. Greenfield onboarding
 * populates every field, while in-project setup starts from the detected
 * on-disk facts and leaves the onboarding-only plans at their defaults.
 */
export interface SetupState {
    agentName: string;
    /** Decided by the select-setup-mode box; gates every post-scaffold box. */
    setupMode: SetupMode;
    modelId: string;
    modelWiring: WiringMode;
    /** Channels chosen in the interview phase; scaffolded later by the channels box. */
    channelSelection: ChannelKind[];
    /** Connections planned in the interview phase; scaffolded later by the connections box. */
    connectionSelection: ConnectionPlan[];
    /** Decided once by the resolve-provisioning box; executed later by the link box. */
    vercelProject: ResolvedVercelProject;
    /** Decided once by the resolve-provisioning box; executed by the AI Gateway credential box. */
    aiGateway: ResolvedAiGateway;
    projectPath: ResolvedProjectPath;
    aiGatewayCredentials: ResolvedAiGatewayCredentials;
    chat: ChatPreference | null;
    /** Channels scaffolded so far in this run. */
    channels: ChannelKind[];
    webScaffolded: boolean;
    slackScaffolded: boolean;
    deploymentDependenciesInstalled: boolean;
    /** The linked Vercel project facts, from the link box or the on-disk `.vercel` link. */
    project: ProjectResolution;
    deploymentPending: boolean;
    slackbotCreated: boolean;
    slackbotAttached: boolean;
    slackConnectorUid: string | undefined;
    /** Deep link that opens a DM compose with the bot ("chat with your agent"). */
    slackChatUrl: string | undefined;
    slackWorkspaceName: string | undefined;
}
export declare function createDefaultSetupState(): SetupState;
/**
 * Whether this run has a Vercel project available, planned or already linked.
 * During onboarding the resolve-provisioning box records the plan at the end
 * of the interview (after channels and connections), so the first disjunct
 * drives the post-scaffold deploy gating. During in-project setup there is no
 * plan, but the detected on-disk link resolves `state.project`, so the second
 * disjunct fires instead. In the create flow `state.project` stays unresolved
 * until the link box runs, so the second disjunct only fires when a real link
 * exists.
 */
export declare function hasVercelProject(state: Pick<SetupState, "vercelProject" | "project">): boolean;
export declare function requireProjectPath(state: Pick<SetupState, "projectPath">): string;
/**
 * Deep-frozen copy of {@link SetupState} for a box's gather and perform faces.
 * The contract types those faces as `Readonly<SetupState>`; this freeze makes
 * the guarantee hold at runtime for the nested plan objects too, so the only
 * state transition is `apply` on the live state.
 */
export declare function snapshotSetupState(state: SetupState): SetupState;