25489037410

Committed 07 May 2026 09:59AM UTC coverage: 80.653% (+0.7%) from 79.987%

Build # 25489037410

Build Type

Pull #992

github

Committed by

grdsdev

Commit Message

style: apply swift-format to PR2 changed files

Pull Request Pull Request #992: feat(storage): add TUSUploadEngine and UploadMethod smart routing

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92.21

/Sources/Storage/StorageFileAPI.swift

import Foundation
import Helpers
import XCTestDynamicOverlay

#if canImport(FoundationNetworking)
  import FoundationNetworking
#endif

let defaultSearchOptions = SearchOptions(
  limit: 100,
  offset: 0,
  sortBy: SortBy(
    column: "name",
    order: .ascending
  )
)

let defaultFileOptions = FileOptions(
  cacheControl: "3600",
  contentType: "text/plain;charset=UTF-8",
  upsert: false
)

#if DEBUG
  import ConcurrencyExtras
  let testingBoundary = LockIsolated<String?>(nil)
#endif

/// File operations API for objects stored within a single Supabase Storage bucket.
///
/// Obtain an instance by calling ``StorageClient/from(_:)`` — do not create one directly.
///
/// `StorageFileAPI` covers the full lifecycle of objects in a bucket: uploading, updating,
/// downloading, listing, deleting, moving, copying, and generating signed or public URLs.
///
/// ## Basic usage
///
/// ```swift
/// let bucket = supabase.storage.from("avatars")
///
/// // Upload
/// let response = try await bucket.upload("user-123/photo.png", data: imageData)
///
/// // Download to disk
/// let url = try await bucket.download(path: "user-123/photo.png").value
/// // Or download into memory
/// let data = try await bucket.downloadData(path: "user-123/photo.png").value
///
/// // Public URL (public bucket)
/// let url = try bucket.getPublicURL(path: "user-123/photo.png")
///
/// // Signed URL (private bucket, valid for 60 seconds)
/// let signedURL = try await bucket.createSignedURL(path: "user-123/photo.png", expiresIn: 60)
/// ```
///
/// - Note: All stored properties are immutable, making `StorageFileAPI` safe to share across
///   concurrency boundaries.
public struct StorageFileAPI: Sendable {
  /// The bucket id to operate on.
  let bucketId: String
  let client: StorageClient

  /// JSONEncoder with default key strategy used when we want `camelCase` keys instead of the default
  /// `snake_case` used in Storage services.
  let originalEncoder: JSONEncoder = {
    let encoder = JSONEncoder()
    #if DEBUG
      if isTesting {
        encoder.outputFormatting = .sortedKeys
      }
    #endif
    return encoder
  }()

  init(bucketId: String, client: StorageClient) {
    self.bucketId = bucketId
    self.client = client
  }

  private struct MoveResponse: Decodable {
    let message: String
  }

  private struct SignedURLAPIResponse: Decodable {
    let signedURL: String
  }

  private struct SignedURLsAPIResponse: Decodable {
    let signedURL: String?
    let path: String
    let error: String?
  }

  private enum Header {
    static let cacheControl = "Cache-Control"
    static let contentType = "Content-Type"
    static let xUpsert = "x-upsert"
  }

  private struct SignedUploadResponse: Decodable {
    let Key: String
  }

  /// Uploads a `Data` value to an existing bucket.
  ///
  /// - Parameters:
  ///   - path: The destination path within the bucket, e.g. `"folder/image.png"`.
  ///     The bucket must already exist.
  ///   - data: The raw file bytes to store.
  ///   - options: Upload options such as content type, cache duration, and upsert behaviour.
  ///   - method: The upload protocol to use. Defaults to ``UploadMethod/auto``, which picks
  ///     multipart for files ≤ 6 MB and TUS resumable for larger files.
  ///     Pass ``UploadMethod/multipart`` or ``UploadMethod/resumable`` to override.
  /// - Returns: A ``StorageUploadTask`` that can be awaited for the result, observed for progress,
  ///   or paused/resumed/cancelled (TUS only).
  ///
  /// If the path already exists and ``FileOptions/upsert`` is `false` (the default), an error
  /// is returned. Set `upsert: true` to overwrite silently instead.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // Auto (default) — picks the right protocol based on size
  /// let response = try await storage.from("avatars").upload(
  ///   "user-123/photo.jpg",
  ///   data: imageData,
  ///   options: FileOptions(contentType: "image/jpeg")
  /// ).value
  ///
  /// // Force TUS for a large video with pause/resume support
  /// let task = storage.from("videos").upload("clip.mp4", data: videoData, method: .resumable)
  /// await task.pause()
  /// await task.resume()
  /// let response = try await task.value
  /// ```
  @discardableResult
  public func upload(
    _ path: String,
    data: Data,
    options: FileOptions = FileOptions(),
    method: UploadMethod = .auto
  ) -> StorageUploadTask {
    let useResumable: Bool
    switch method {
    case .auto: useResumable = data.count > client.configuration.tusChunkSize
    case .multipart: useResumable = false
    case .resumable: useResumable = true
    }
    if useResumable {
      return TUSUploadEngine.makeTask(
        bucketId: bucketId, path: path, source: .data(data), options: options, client: client)
    } else {
      return MultipartUploadEngine.makeTask(
        bucketId: bucketId, path: path, source: .data(data), options: options, client: client)
    }
  }

  /// Uploads a file from a local `URL` to an existing bucket.
  ///
  /// - Parameters:
  ///   - path: The destination path within the bucket, e.g. `"folder/image.png"`.
  ///     The bucket must already exist.
  ///   - fileURL: A local `file://` URL pointing to the file to upload.
  ///   - options: Upload options such as content type, cache duration, and upsert behaviour.
  ///     When `contentType` is `nil`, the MIME type is inferred from the file extension.
  ///   - method: The upload protocol to use. Defaults to ``UploadMethod/auto``, which picks
  ///     multipart for files ≤ 6 MB and TUS resumable for larger files. When the file size
  ///     cannot be determined, ``UploadMethod/auto`` falls back to TUS as a safe default.
  ///     Pass ``UploadMethod/multipart`` or ``UploadMethod/resumable`` to override.
  /// - Returns: A ``StorageUploadTask`` that can be awaited for the result, observed for progress,
  ///   or paused/resumed/cancelled (TUS only).
  ///
  /// ## Example
  ///
  /// ```swift
  /// let response = try await storage.from("documents").upload(
  ///   "reports/2024/annual.pdf",
  ///   fileURL: fileURL
  /// ).value
  ///
  /// // Explicit TUS for a large video
  /// let task = storage.from("videos").upload("tour.mov", fileURL: movURL, method: .resumable)
  /// let response = try await task.value
  /// ```
  @discardableResult
  public func upload(
    _ path: String,
    fileURL: URL,
    options: FileOptions = FileOptions(),
    method: UploadMethod = .auto
  ) -> StorageUploadTask {
    let useResumable: Bool
    switch method {
    case .auto:
      let size = (try? fileURL.resourceValues(forKeys: [.fileSizeKey]).fileSize) ?? Int.max
      useResumable = size > client.configuration.tusChunkSize
    case .multipart: useResumable = false
    case .resumable: useResumable = true
    }
    if useResumable {
      return TUSUploadEngine.makeTask(
        bucketId: bucketId, path: path, source: .fileURL(fileURL), options: options, client: client)
    } else {
      return MultipartUploadEngine.makeTask(
        bucketId: bucketId, path: path, source: .fileURL(fileURL), options: options, client: client)
    }
  }

  /// Replaces an existing file at the specified path with new `Data`.
  ///
  /// Always sets `upsert: true` to overwrite the existing object.
  ///
  /// - Parameters:
  ///   - path: The path of the file to replace, e.g. `"folder/image.png"`.
  ///   - data: The new raw file bytes.
  ///   - options: Upload options such as content type and cache duration.
  ///   - method: The upload protocol to use. Defaults to ``UploadMethod/auto``.
  ///     See ``upload(_:data:options:method:)`` for details.
  /// - Returns: A ``StorageUploadTask`` that can be awaited for the result, observed for progress,
  ///   or paused/resumed/cancelled (TUS only).
  ///
  /// ## Example
  ///
  /// ```swift
  /// let response = try await storage.from("avatars").update(
  ///   "user-123/photo.png",
  ///   data: newImageData,
  ///   options: FileOptions(contentType: "image/png")
  /// ).value
  /// ```
  @discardableResult
  public func update(
    _ path: String,
    data: Data,
    options: FileOptions = FileOptions(),
    method: UploadMethod = .auto
  ) -> StorageUploadTask {
    var upsertOptions = options
    upsertOptions.upsert = true
    return upload(path, data: data, options: upsertOptions, method: method)
  }

  /// Replaces an existing file at the specified path with the contents of a local `URL`.
  ///
  /// Always sets `upsert: true` to overwrite the existing object.
  ///
  /// - Parameters:
  ///   - path: The path of the file to replace, e.g. `"folder/image.png"`.
  ///   - fileURL: A local `file://` URL pointing to the replacement file.
  ///   - options: Upload options such as content type and cache duration.
  ///     When `contentType` is `nil`, the MIME type is inferred from the file extension.
  ///   - method: The upload protocol to use. Defaults to ``UploadMethod/auto``.
  ///     See ``upload(_:fileURL:options:method:)`` for details.
  /// - Returns: A ``StorageUploadTask`` that can be awaited for the result, observed for progress,
  ///   or paused/resumed/cancelled (TUS only).
  ///
  /// ## Example
  ///
  /// ```swift
  /// try await storage.from("documents").update(
  ///   "reports/2024/annual.pdf",
  ///   fileURL: newFileURL
  /// ).value
  /// ```
  @discardableResult
  public func update(
    _ path: String,
    fileURL: URL,
    options: FileOptions = FileOptions(),
    method: UploadMethod = .auto
  ) -> StorageUploadTask {
    var upsertOptions = options
    upsertOptions.upsert = true
    return upload(path, fileURL: fileURL, options: upsertOptions, method: method)
  }

  /// Moves an existing file to a new path within the same or a different bucket.
  ///
  /// The source file is removed after the move completes. To keep the original, use ``copy(from:to:options:)`` instead.
  ///
  /// - Parameters:
  ///   - source: The current file path, e.g. `"folder/image.png"`.
  ///   - destination: The new file path, e.g. `"archive/image.png"`.
  ///   - options: Optional destination overrides, such as moving the file into a different bucket.
  /// - Throws: ``StorageError`` if the source path does not exist or the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // Rename within the same bucket
  /// try await storage.from("avatars").move(from: "old-name.png", to: "new-name.png")
  ///
  /// // Move to a different bucket
  /// try await storage.from("avatars").move(
  ///   from: "user-123/photo.png",
  ///   to: "user-123/photo.png",
  ///   options: DestinationOptions(destinationBucket: "archive")
  /// )
  /// ```
  public func move(
    from source: String,
    to destination: String,
    options: DestinationOptions? = nil
  ) async throws {
    let body: [String: String?] = [
      "bucketId": bucketId,
      "sourceKey": source,
      "destinationKey": destination,
      "destinationBucket": options?.destinationBucket,
    ]

    try await client.fetchData(
      .post,
      "object/move",
      body: .data(client.encoder.encode(body))
    )
  }

  /// Copies an existing file to a new path, leaving the original in place.
  ///
  /// To move a file without keeping the original, use ``move(from:to:options:)`` instead.
  ///
  /// - Parameters:
  ///   - source: The current file path, e.g. `"folder/image.png"`.
  ///   - destination: The path for the copy, e.g. `"folder/image-copy.png"`.
  ///   - options: Optional destination overrides, such as copying the file into a different bucket.
  /// - Returns: The full storage key of the newly created copy.
  /// - Throws: ``StorageError`` if the source path does not exist or the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // Duplicate a file in the same bucket
  /// let key = try await storage.from("avatars").copy(
  ///   from: "user-123/photo.png",
  ///   to: "user-123/photo-backup.png"
  /// )
  /// print(key) // "avatars/user-123/photo-backup.png"
  /// ```
  @discardableResult
  public func copy(
    from source: String,
    to destination: String,
    options: DestinationOptions? = nil
  ) async throws -> String {
    struct UploadResponse: Decodable {
      let Key: String
    }

    let body: [String: String?] = [
      "bucketId": bucketId,
      "sourceKey": source,
      "destinationKey": destination,
      "destinationBucket": options?.destinationBucket,
    ]

    let response: UploadResponse = try await client.fetchDecoded(
      .post,
      "object/copy",
      body: .data(client.encoder.encode(body))
    )

    return response.Key
  }

  /// Creates a signed URL that grants time-limited access to a private file.
  ///
  /// Signed URLs can be shared with unauthenticated users. They expire after `expiresIn` and
  /// cannot be revoked once issued, so avoid long expiration windows for sensitive files.
  ///
  /// - Parameters:
  ///   - path: The file path within the bucket, e.g. `"folder/image.png"`.
  ///   - expiresIn: How long until the signed URL expires, e.g. `.seconds(3600)` for one hour.
  ///   - download: When non-`nil`, the browser treats the URL as a file download.
  ///   - transform: Optional on-the-fly image transformation applied before the file is served.
  ///   - cacheNonce: An opaque string appended as a `cacheNonce` query parameter.
  /// - Returns: A signed `URL` ready to be shared or embedded.
  /// - Throws: ``StorageError`` if the file does not exist or the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // Short-lived link for streaming a private video
  /// let url = try await storage.from("media")
  ///   .createSignedURL(path: "user-123/video.mp4", expiresIn: .seconds(3600))
  ///
  /// // Signed download link with a custom filename
  /// let downloadURL = try await storage.from("reports")
  ///   .createSignedURL(
  ///     path: "q4-2024.pdf",
  ///     expiresIn: .seconds(300),
  ///     download: .named("Q4-2024-Report.pdf")
  ///   )
  /// ```
  public func createSignedURL(
    path: String,
    expiresIn: Duration,
    download: DownloadBehavior? = nil,
    transform: TransformOptions? = nil,
    cacheNonce: String? = nil
  ) async throws -> URL {
    struct Body: Encodable {
      let expiresIn: Int
      let transform: TransformOptions?
    }

    let response: SignedURLAPIResponse = try await client.fetchDecoded(
      .post,
      "object/sign/\(bucketId)/\(path)",
      body: .data(
        originalEncoder.encode(
          Body(
            expiresIn: Int(expiresIn.components.seconds),
            transform: transform
          )
        )
      )
    )

    return try makeSignedURL(
      response.signedURL,
      download: download,
      cacheNonce: cacheNonce
    )
  }

  /// Creates signed URLs for multiple files in a single request.
  ///
  /// - Parameters:
  ///   - paths: The file paths within the bucket.
  ///   - expiresIn: How long until the signed URLs expire.
  ///   - download: When non-`nil`, the browser treats each URL as a file download.
  ///   - cacheNonce: An opaque string appended as a `cacheNonce` query parameter.
  /// - Returns: An array of ``SignedURLResult`` values, one per input path.
  /// - Throws: ``StorageError`` if the batch request itself fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let results = try await storage.from("media").createSignedURLs(
  ///   paths: ["photo1.jpg", "photo2.jpg", "missing.jpg"],
  ///   expiresIn: .seconds(3600)
  /// )
  ///
  /// for result in results {
  ///   switch result {
  ///   case .success(let path, let url):
  ///     print("\(path) → \(url)")
  ///   case .failure(let path, let error):
  ///     print("\(path) failed: \(error)")
  ///   }
  /// }
  /// ```
  public func createSignedURLs(
    paths: [String],
    expiresIn: Duration,
    download: DownloadBehavior? = nil,
    cacheNonce: String? = nil
  ) async throws -> [SignedURLResult] {
    struct Params: Encodable {
      let expiresIn: Int
      let paths: [String]
    }

    let response: [SignedURLsAPIResponse] = try await client.fetchDecoded(
      .post,
      "object/sign/\(bucketId)",
      body: .data(
        originalEncoder.encode(
          Params(expiresIn: Int(expiresIn.components.seconds), paths: paths)
        )
      )
    )

    return try response.map { item in
      if let signedURLString = item.signedURL {
        let url = try makeSignedURL(
          signedURLString,
          download: download,
          cacheNonce: cacheNonce
        )
        return .success(path: item.path, signedURL: url)
      } else {
        return .failure(path: item.path, error: item.error ?? "Unknown error")
      }
    }
  }

  private func makeSignedURL(
    _ signedURL: String,
    download: DownloadBehavior?,
    cacheNonce: String? = nil
  ) throws -> URL {
    guard let signedURLComponents = URLComponents(string: signedURL),
      var baseComponents = URLComponents(
        url: client.url,
        resolvingAgainstBaseURL: false
      )
    else {
      throw URLError(.badURL)
    }

    baseComponents.path +=
      signedURLComponents.path.hasPrefix("/")
      ? signedURLComponents.path : "/\(signedURLComponents.path)"
    baseComponents.queryItems = signedURLComponents.queryItems

    if let download {
      baseComponents.queryItems = baseComponents.queryItems ?? []
      let value: String
      switch download {
      case .withOriginalName: value = ""
      case .named(let name): value = name
      }
      baseComponents.queryItems!.append(
        URLQueryItem(name: "download", value: value)
      )
    }

    if let cacheNonce {
      baseComponents.queryItems = baseComponents.queryItems ?? []
      baseComponents.queryItems!.append(
        URLQueryItem(name: "cacheNonce", value: cacheNonce)
      )
    }

    guard let url = baseComponents.url else {
      throw URLError(.badURL)
    }
    return url
  }

  /// Deletes one or more files from the bucket.
  ///
  /// All listed paths are deleted in a single request. Non-existent paths are silently ignored.
  ///
  /// - Parameter paths: The paths of the files to delete, e.g. `["folder/image.png", "other.pdf"]`.
  /// - Returns: An array of ``FileObject`` values describing the deleted files.
  /// - Throws: ``StorageError`` if the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let deleted = try await storage.from("avatars").remove(paths: [
  ///   "user-123/photo.png",
  ///   "user-456/photo.png"
  /// ])
  /// print("Deleted \(deleted.count) file(s)")
  /// ```
  @discardableResult
  public func remove(paths: [String]) async throws -> [FileObject] {
    try await client.fetchDecoded(
      .delete,
      "object/\(bucketId)",
      body: .data(client.encoder.encode(["prefixes": paths]))
    )
  }

  /// Lists files and folders within the bucket, optionally scoped to a path prefix.
  ///
  /// Results include both files and virtual folder entries. Paginate large buckets using
  /// ``SearchOptions/limit`` and ``SearchOptions/offset``.
  ///
  /// - Parameters:
  ///   - path: An optional folder path to list. When `nil`, lists the bucket root.
  ///   - options: Filtering, sorting, and pagination options. Defaults to 100 items sorted
  ///     by name ascending when `nil`.
  /// - Returns: An array of ``FileObject`` values representing the matching files and folders.
  /// - Throws: ``StorageError`` if the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // List all files in the "user-123" folder
  /// let files = try await storage.from("avatars").list(path: "user-123")
  ///
  /// // Paginate with custom sort
  /// let page2 = try await storage.from("photos").list(
  ///   path: "gallery",
  ///   options: SearchOptions(limit: 20, offset: 20, sortBy: SortBy(column: "created_at", order: .descending))
  /// )
  /// ```
  public func list(
    path: String? = nil,
    options: SearchOptions? = nil
  ) async throws -> [FileObject] {
    var options = options ?? defaultSearchOptions
    options.prefix = path ?? ""

    return try await client.fetchDecoded(
      .post,
      "object/list/\(bucketId)",
      body: .data(originalEncoder.encode(options))
    )
  }

  /// Retrieves extended metadata for a file without downloading its contents.
  ///
  /// Returns a ``FileInfo`` that includes the file size, ETag, content type, and other
  /// server-side metadata. To check only whether a file exists, prefer ``exists(path:)``.
  ///
  /// - Parameter path: The path of the file within the bucket, e.g. `"folder/image.png"`.
  /// - Returns: A ``FileInfo`` containing the file's metadata.
  /// - Throws: ``StorageError`` if the file does not exist or the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let info = try await storage.from("avatars").info(path: "user-123/photo.png")
  /// print("Size: \(info.size ?? 0) bytes, type: \(info.contentType ?? "unknown")")
  /// ```
  public func info(path: String) async throws -> FileInfo {
    let _path = _getFinalPath(path)

    return try await client.fetchDecoded(.get, "object/info/\(_path)")
  }

  /// Checks whether a file exists in the bucket.
  ///
  /// Issues a `HEAD` request and returns `true` if the server responds with a success status,
  /// `false` if the server returns 400 or 404. Any other error is re-thrown.
  ///
  /// - Parameter path: The path of the file within the bucket, e.g. `"folder/image.png"`.
  /// - Returns: `true` if the file exists, `false` if it does not.
  /// - Throws: ``StorageError`` for server errors other than 400/404.
  ///
  /// ## Example
  ///
  /// ```swift
  /// if try await storage.from("avatars").exists(path: "user-123/photo.png") {
  ///   print("File found")
  /// } else {
  ///   print("File not found")
  /// }
  /// ```
  public func exists(path: String) async throws -> Bool {
    do {
      try await client.fetchData(.head, "object/\(bucketId)/\(path)")
      return true
    } catch let error as StorageError
      where error.isNotFound || error.statusCode == 400
    {
      // The Storage server returns 400 (instead of 404) for HEAD requests on non-existent objects.
      return false
    }
  }

  /// Returns the public URL for a file in a public bucket.
  ///
  /// The bucket must be configured as public; for private buckets use
  /// ``createSignedURL(path:expiresIn:download:transform:cacheNonce:)`` instead.
  ///
  /// - Parameters:
  ///   - path: The path of the file within the bucket, e.g. `"user-123/avatar.png"`.
  ///   - download: When non-`nil`, the browser treats the URL as a file download.
  ///   - options: Optional on-the-fly image transformation (resize, reformat, quality).
  ///   - cacheNonce: An opaque string appended as a `cacheNonce` query parameter.
  /// - Returns: The public `URL` for the file.
  /// - Throws: `URLError(.badURL)` if the resulting URL cannot be constructed.
  ///
  /// ## Example
  ///
  /// ```swift
  /// // Direct embed URL
  /// let url = try storage.from("avatars").getPublicURL(path: "user-123/photo.png")
  ///
  /// // 200×200 thumbnail in WebP
  /// let thumbURL = try storage.from("avatars").getPublicURL(
  ///   path: "user-123/photo.png",
  ///   options: TransformOptions(width: 200, height: 200, format: .webp)
  /// )
  /// ```
  public func getPublicURL(
    path: String,
    download: DownloadBehavior? = nil,
    options: TransformOptions? = nil,
    cacheNonce: String? = nil
  ) throws -> URL {
    var queryItems: [URLQueryItem] = []

    guard
      var components = URLComponents(
        url: client.url,
        resolvingAgainstBaseURL: true
      )
    else {
      throw URLError(.badURL)
    }

    if let download {
      let value: String
      switch download {
      case .withOriginalName: value = ""
      case .named(let name): value = name
      }
      queryItems.append(URLQueryItem(name: "download", value: value))
    }

    if let optionsQueryItems = options?.queryItems {
      queryItems.append(contentsOf: optionsQueryItems)
    }

    if let cacheNonce {
      queryItems.append(URLQueryItem(name: "cacheNonce", value: cacheNonce))
    }

    let renderPath =
      options.map { !$0.isEmpty } == true ? "render/image" : "object"
    components.path += "/\(renderPath)/public/\(bucketId)/\(path)"
    components.queryItems = !queryItems.isEmpty ? queryItems : nil

    guard let generatedUrl = components.url else {
      throw URLError(.badURL)
    }
    return generatedUrl
  }

  /// Creates a signed upload URL for uploading a file without further authentication.
  ///
  /// Signed upload URLs are valid for **2 hours** and allow anyone in possession of the URL to
  /// upload a file to the specified path. This is useful for client-side uploads where you do not
  /// want to expose Storage credentials.
  ///
  /// After calling this method, pass the returned ``SignedUploadURL/token`` to
  /// ``uploadToSignedURL(_:token:data:options:)`` or
  /// ``uploadToSignedURL(_:token:fileURL:options:)`` to perform the actual upload.
  ///
  /// - Parameters:
  ///   - path: The destination path within the bucket, e.g. `"user-123/upload.png"`.
  ///   - options: Optional overrides, such as enabling upsert behaviour.
  /// - Returns: A ``SignedUploadURL`` containing the signed URL, path, and extracted token.
  /// - Throws: ``StorageError`` if the request fails.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let signed = try await storage.from("uploads").createSignedUploadURL(path: "user-123/photo.png")
  ///
  /// // Later, upload the file using the signed token
  /// try await storage.from("uploads").uploadToSignedURL(
  ///   signed.path,
  ///   token: signed.token,
  ///   data: imageData,
  ///   options: FileOptions(contentType: "image/png")
  /// )
  /// ```
  public func createSignedUploadURL(
    path: String,
    options: CreateSignedUploadURLOptions? = nil
  ) async throws -> SignedUploadURL {
    struct Response: Decodable {
      let url: String
    }

    var headers = [String: String]()
    if let upsert = options?.upsert, upsert {
      headers[Header.xUpsert] = "true"
    }

    let response: Response = try await client.fetchDecoded(
      .post,
      "object/upload/sign/\(bucketId)/\(path)",
      headers: headers
    )

    let signedURL = try makeSignedURL(response.url, download: nil)

    guard
      let components = URLComponents(
        url: signedURL,
        resolvingAgainstBaseURL: false
      )
    else {
      throw URLError(.badURL)
    }

    guard
      let token = components.queryItems?.first(where: { $0.name == "token" })?
        .value
    else {
      throw StorageError.noTokenReturned
    }

    guard let url = components.url else {
      throw URLError(.badURL)
    }

    return SignedUploadURL(
      signedURL: url,
      path: path,
      token: token
    )
  }

  /// Uploads `Data` to a path using a token obtained from ``createSignedUploadURL(path:options:)``.
  ///
  /// The token must match the path and must not have expired (signed upload URLs are valid for
  /// 2 hours).
  ///
  /// - Parameters:
  ///   - path: The destination path within the bucket, matching the path used when the token
  ///     was created.
  ///   - token: The upload token from ``SignedUploadURL/token``.
  ///   - data: The raw file bytes to store.
  ///   - options: Upload options such as content type and cache duration.
  /// - Returns: A ``StorageTransferTask`` that can be awaited for the ``SignedURLUploadResponse``
  ///   result, or observed for progress.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let signed = try await storage.from("uploads").createSignedUploadURL(path: "file.pdf")
  /// let response = try await storage.from("uploads").uploadToSignedURL(
  ///   signed.path,
  ///   token: signed.token,
  ///   data: pdfData,
  ///   options: FileOptions(contentType: "application/pdf")
  /// ).value
  /// print(response.fullPath)
  /// ```
  @discardableResult
  public func uploadToSignedURL(
    _ path: String,
    token: String,
    data: Data,
    options: FileOptions = FileOptions()
  ) -> StorageTransferTask<SignedURLUploadResponse> {
    makeSignedURLUploadTask {
      try await self._uploadToSignedURL(
        path: path,
        token: token,
        file: .data(data),
        options: options
      )
    }
  }

  /// Uploads a file from a local `URL` to a path using a token obtained from
  /// ``createSignedUploadURL(path:options:)``.
  ///
  /// For files ≥ 10 MB the SDK automatically streams from a temporary file on disk to avoid
  /// loading the entire payload into memory.
  ///
  /// - Parameters:
  ///   - path: The destination path within the bucket, matching the path used when the token
  ///     was created.
  ///   - token: The upload token from ``SignedUploadURL/token``.
  ///   - fileURL: A local `file://` URL pointing to the file to upload.
  ///   - options: Upload options such as content type and cache duration.
  ///     When `contentType` is `nil`, the MIME type is inferred from the file extension.
  /// - Returns: A ``StorageTransferTask`` that can be awaited for the ``SignedURLUploadResponse``
  ///   result, or observed for progress.
  ///
  /// ## Example
  ///
  /// ```swift
  /// let fileURL = URL(fileURLWithPath: "/tmp/video.mp4")
  /// let signed = try await storage.from("uploads").createSignedUploadURL(path: "user-123/video.mp4")
  /// let response = try await storage.from("uploads").uploadToSignedURL(
  ///   signed.path,
  ///   token: signed.token,
  ///   fileURL: fileURL
  /// ).value
  /// ```
  @discardableResult
  public func uploadToSignedURL(
    _ path: String,
    token: String,
    fileURL: URL,
    options: FileOptions = FileOptions()
  ) -> StorageTransferTask<SignedURLUploadResponse> {
    makeSignedURLUploadTask {
      try await self._uploadToSignedURL(
        path: path,
        token: token,
        file: .fileURL(fileURL),
        options: options
      )
    }
  }

  private func makeSignedURLUploadTask(
    _ body: @Sendable @escaping () async throws -> SignedURLUploadResponse
  ) -> StorageTransferTask<SignedURLUploadResponse> {
    let (eventStream, eventsContinuation) =
      AsyncStream<TransferEvent<SignedURLUploadResponse>>.makeStream()
    let (resultStream, resultContinuation) =
      AsyncStream<Result<SignedURLUploadResponse, any Error>>.makeStream(
        bufferingPolicy: .bufferingNewest(1))

    let resultTask = Task<SignedURLUploadResponse, any Error> {
      for await r in resultStream { return try r.get() }
      throw StorageError.cancelled
    }

    let uploadTask = Task {
      do {
        let response = try await body()
        eventsContinuation.yield(.completed(response))
        eventsContinuation.finish()
        resultContinuation.yield(.success(response))
        resultContinuation.finish()
      } catch {
        let storageError = StorageError.from(error)
        eventsContinuation.yield(.failed(storageError))
        eventsContinuation.finish()
        resultContinuation.yield(.failure(storageError))
        resultContinuation.finish()
      }
    }

    return StorageTransferTask<SignedURLUploadResponse>(
      events: eventStream,
      resultTask: resultTask,
      pause: {},
      resume: {},
      cancel: { uploadTask.cancel() }
    )
  }

  private func _uploadToSignedURL(
    path: String,
    token: String,
    file: UploadSource,
    options: FileOptions
  ) async throws -> SignedURLUploadResponse {
    var headers = multipartHeaders(options: options)
    headers[Header.xUpsert] = "\(options.upsert)"

    let response: SignedUploadResponse = try await _performMultipartRequest(
      .put,
      url: storageURL(
        path: "object/upload/sign/\(bucketId)/\(path)",
        queryItems: [URLQueryItem(name: "token", value: token)]
      ),
      path: path,
      file: file,
      options: options,
      headers: headers
    )

    return SignedURLUploadResponse(path: path, fullPath: response.Key)
  }

  private func _performMultipartRequest<Response: Decodable>(
    _ method: HTTPMethod,
    url: URL,
    path: String,
    file: UploadSource,
    options: FileOptions,
    headers: [String: String]
  ) async throws -> Response {
    #if DEBUG
      let builder = MultipartBuilder(
        boundary: testingBoundary.value ?? "----sb-\(UUID().uuidString)"
      )
    #else
      let builder = MultipartBuilder()
    #endif

    let multipart = file.append(
      to: builder,
      withPath: path,
      options: options
    )

    var headers = headers
    headers[Header.contentType] = multipart.contentType

    let request = try await client.http.createRequest(
      method,
      url: url,
      headers: client.mergedHeaders(headers)
    )

    do {
      client.logRequest(method, url: url)
      let data: Data
      let response: URLResponse

      if file.usesTempFileUpload {
        let tempFile = try multipart.buildToTempFile()
        defer { try? FileManager.default.removeItem(at: tempFile) }

        (data, response) = try await client.http.session.upload(
          for: request,
          fromFile: tempFile
        )
      } else {
        (data, response) = try await client.http.session.upload(
          for: request,
          from: try multipart.buildInMemory()
        )
      }

      let httpResponse = try client.http.validateResponse(response, data: data)
      client.logResponse(httpResponse, data: data)
      return try client.decoder.decode(Response.self, from: data)
    } catch {
      client.logFailure(error)
      throw client.translateStorageError(error)
    }
  }

  private func multipartHeaders(options: FileOptions) -> [String: String] {
    var headers: [String: String] = [:]
    headers.setIfMissing(
      Header.cacheControl,
      value: "max-age=\(options.cacheControl)"
    )
    return headers
  }

  private func storageURL(path: String, queryItems: [URLQueryItem] = []) throws
    -> URL
  {
    var components = URLComponents(
      url: client.url.appendingPathComponent(path),
      resolvingAgainstBaseURL: false
    )
    components?.queryItems = queryItems.isEmpty ? nil : queryItems

    guard let url = components?.url else {
      throw URLError(.badURL)
    }

    return url
  }

  private func _getFinalPath(_ path: String) -> String {
    "\(bucketId)/\(path)"
  }
}

func _removeEmptyFolders(_ path: String) -> String {
  let trimmedPath = path.trimmingCharacters(in: CharacterSet(charactersIn: "/"))
  let cleanedPath = trimmedPath.replacingOccurrences(
    of: "/+",
    with: "/",
    options: .regularExpression
  )
  return cleanedPath
}

extension [String: String] {
  fileprivate mutating func setIfMissing(_ key: String, value: String) {
    guard
      keys.first(where: { $0.caseInsensitiveCompare(key) == .orderedSame })
        == nil
    else {
      return
    }

    self[key] = value
  }
}

supabase / supabase-swift / 25489037410

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