export declare const uploadObject: <E>(
  args: UploadObjectCommandInput<E>,
  options?: UploadObjectOptions
) => Effect.Effect<CompleteMultipartUploadCommandOutput, any, MultipartUpload>

export declare const baseLayer: (evaluate: (defaultConfig: S3ClientConfig) => S3Client) => Layer.Layer<MultipartUpload>

export declare const defaultLayer: Layer.Layer<MultipartUpload, never, never>

export declare const layer: (config: S3Service.Config) => Layer.Layer<MultipartUpload>

export declare const layerWithoutS3Service: Layer.Layer<MultipartUpload, never, S3Service>

export interface MultipartUpload {
  /**
   * Upload an object to S3 using multipart upload.
   */
  readonly uploadObject: <E>(
    args: UploadObjectCommandInput<E>,
    options?: UploadObjectOptions
  ) => Effect.Effect<
    CompleteMultipartUploadCommandOutput,
    internal.S3ServiceErrors | PlatformError.BadArgument | Cause.NoSuchElementException
  >
}

export interface UploadObjectCommandInput<E = never> extends Omit<PutObjectCommandInput, "Body"> {
  Body: PutObjectCommandInput["Body"] | Stream.Stream<Uint8Array, E>
}

export interface UploadObjectOptions {
  /**
   * The size of the concurrent queue manager to upload parts in parallel. Set to 1 for synchronous uploading of parts. Note that the uploader will buffer at most queueSize * partSize bytes into memory at any given time.
   * default: 4
   */
  readonly queueSize?: number

  /**
   * Default: 5 mb
   * The size in bytes for each individual part to be uploaded. Adjust the part size to ensure the number of parts does not exceed maxTotalParts. See 5mb is the minimum allowed part size.
   */
  readonly partSize?: FileSystem.Size
}

export declare const MultipartUpload: Context.Tag<MultipartUpload, MultipartUpload>