import type { Experimental_SandboxSession as AiSdkSandbox } from "ai";
import type { SandboxDeleteOptions } from "#shared/sandbox-provider.js";
import type { SandboxNetworkPolicy } from "#shared/sandbox-network-policy.js";
/**
 * Options for running one command in a sandbox. Shape mirrors the AI
 * SDK {@link AiSdkSandbox} `run` argument so authored code that targets
 * either surface uses the same call shape.
 */
export type SandboxRunOptions = Parameters<AiSdkSandbox["run"]>[0];
/**
 * Serializable result returned after running one sandbox command.
 */
export type SandboxCommandResult = Awaited<ReturnType<AiSdkSandbox["run"]>>;
/**
 * Options for spawning one long-running process in a sandbox. Shape
 * mirrors the AI SDK {@link AiSdkSandbox} `spawn` argument.
 */
export type SandboxSpawnOptions = Parameters<AiSdkSandbox["spawn"]>[0];
/**
 * Handle to a long-running process spawned via {@link SandboxSession.spawn}.
 * Mirrors the AI SDK `Experimental_SandboxProcess` type.
 */
export type SandboxProcess = Awaited<ReturnType<AiSdkSandbox["spawn"]>>;
/**
 * Options for reading one file as a stream of bytes.
 */
export type SandboxReadFileOptions = Parameters<AiSdkSandbox["readFile"]>[0];
/**
 * Options for reading one file as raw bytes.
 */
export type SandboxReadBinaryFileOptions = Parameters<AiSdkSandbox["readBinaryFile"]>[0];
/**
 * Options for reading one text file from a sandbox.
 *
 * `encoding`, `startLine`, and `endLine` are passed through to the
 * public-surface decoder. `"utf-8"` decodes with `TextDecoder` in fatal
 * mode; other encodings fall back to Node's `Buffer.toString(encoding)`.
 * Line ranges are 1-based and inclusive; `endLine` past the file's line
 * count returns through EOF without error.
 */
export type SandboxReadTextFileOptions = Parameters<AiSdkSandbox["readTextFile"]>[0];
/**
 * Options for writing one file from a stream of bytes.
 */
export type SandboxWriteFileOptions = Parameters<AiSdkSandbox["writeFile"]>[0];
/**
 * Options for writing one file from raw bytes.
 */
export type SandboxWriteBinaryFileOptions = Parameters<AiSdkSandbox["writeBinaryFile"]>[0];
/**
 * Options for writing one text file to a sandbox.
 */
export type SandboxWriteTextFileOptions = Parameters<AiSdkSandbox["writeTextFile"]>[0];
/**
 * Options for removing a path from a sandbox.
 *
 * Relative paths resolve from `/workspace`; absolute paths pass through.
 * `force` ignores missing paths. `recursive` permits removing non-empty
 * directories.
 */
export interface SandboxRemovePathOptions {
    readonly abortSignal?: AbortSignal;
    readonly force?: boolean;
    readonly path: string;
    readonly recursive?: boolean;
}
/**
 * Public eve-owned sandbox session exposed to authored lifecycle hooks.
 *
 * The eight I/O methods (`run`, `spawn`, `readFile`, `readBinaryFile`,
 * `readTextFile`, `writeFile`, `writeBinaryFile`, `writeTextFile`) are
 * pulled directly from the AI SDK {@link AiSdkSandbox} type, so authored
 * code that targets either surface uses identical signatures. `resolvePath`
 * is an eve-specific extension for `/workspace` path anchoring.
 *
 * Relative paths resolve from `/workspace`, the live working directory
 * for every provider. Absolute paths pass through unchanged.
 *
 */
export interface SandboxSession extends Pick<AiSdkSandbox, "run" | "spawn" | "readFile" | "readBinaryFile" | "readTextFile" | "writeFile" | "writeBinaryFile" | "writeTextFile"> {
    /**
     * Anchors a sandbox-relative path to `/workspace` and returns the
     * resulting absolute path.
     *
     * Relative paths resolve from `/workspace`; absolute paths pass through.
     * The read and write methods already apply this internally.
     */
    resolvePath(path: string): string;
    /** Applies a firewall policy when the selected provider supports mutable networking. */
    setNetworkPolicy?(policy: SandboxNetworkPolicy): Promise<void>;
    /**
     * Removes one file or directory from the sandbox filesystem.
     *
     * Relative paths resolve from `/workspace`; absolute paths pass through.
     */
    removePath(options: SandboxRemovePathOptions): Promise<void>;
}
/**
 * Sandbox session exposed to authored runtime callbacks through
 * `ctx.getSandbox()`.
 *
 * Unlike the I/O-only session used during sandbox initialization, this handle
 * exposes provider-backed lifecycle operations.
 */
export interface MutableNetworkSandboxSession extends SandboxSession {
    /** Applies a firewall policy to the live sandbox. */
    setNetworkPolicy(policy: SandboxNetworkPolicy): Promise<void>;
}
export type FixedNetworkSandboxSession = Omit<SandboxSession, "setNetworkPolicy">;
export interface RuntimeSandboxSession extends SandboxSession {
    /** Permanently deletes this sandbox and its disposable provider state. */
    delete(options?: SandboxDeleteOptions): Promise<void>;
    /**
     * Stops the backing sandbox compute while preserving the durable session.
     * A later runtime callback reopens the session through its configured
     * provider. Providers may also support resuming the same handle.
     */
    stop(): Promise<void>;
}
export type RuntimeSandboxSessionFor<Session extends SandboxSession> = Session & Pick<RuntimeSandboxSession, "delete" | "stop">;
/**
 * Internal sandbox session, used to construct the public {@link SandboxSession}.
 *
 * Provider implementations only need to provide byte-oriented file I/O and
 * a `spawn` primitive; the public surface (binary and text variants,
 * line-range slicing, encoding handling, the `run` wrapper) is built on
 * top of these primitives by `buildSandboxSession`.
 *
 * Each method's signature mirrors its public counterpart (and the AI
 * SDK {@link AiSdkSandbox} surface) so providers look symmetric with
 * what authored code sees. The `path` field on `readFile`/`writeFile`
 * here is the **already-resolved** path: the public-surface builder
 * calls `resolvePath` before delegating.
 */
export interface InternalSandboxSession extends Pick<AiSdkSandbox, "spawn" | "readFile" | "writeFile"> {
    /** Removes an already-resolved path from the provider filesystem. */
    removePath(options: SandboxRemovePathOptions): Promise<void>;
    /** Translates a user-facing path to the provider's native path. */
    resolvePath(path: string): string;
}