// swift-tools-version: 6.0
import PackageDescription

// NOTE: Run `cargo build -p kreuzberg-swift` and then rerun `alef generate`
// before `swift build`. Alef materializes the swift-bridge Swift/C outputs into
// Sources/RustBridge and Sources/RustBridgeC when the Cargo build output exists.
// See README.md for the full workflow.
let package = Package(
  name: "Kreuzberg",
  platforms: [
    .macOS(.v13),
    .iOS(.v16),
  ],
  products: [
    .library(name: "Kreuzberg", targets: ["Kreuzberg"])
  ],
  targets: [
    // RustBridgeC: pure C/headers target. Swift files in RustBridge import this
    // to access C types (RustStr, etc.) produced by swift-bridge.
    // publicHeadersPath: "." exposes RustBridgeC.h to dependents.
    .target(
      name: "RustBridgeC",
      path: "Sources/RustBridgeC",
      publicHeadersPath: "."
    ),
    // RustBridge: Swift wrapper around the Rust static library.
    // Depends on RustBridgeC so the generated Swift files can use the C types.
    // linkerSettings wire the Rust staticlib (libkreuzberg_swift.a) produced by
    // `cargo build -p kreuzberg-swift` so `swift build` / `swift test` can resolve
    // the `__swift_bridge__$*` C symbols. Both target/release and target/debug are
    // searched so either cargo profile works.
    .target(
      name: "RustBridge",
      dependencies: ["RustBridgeC"],
      path: "Sources/RustBridge",
      linkerSettings: [
        .unsafeFlags([
          "-L../../target/release",
          "-L../../target/debug",
        ]),
        .linkedLibrary("kreuzberg_swift"),
        .linkedFramework("Security", .when(platforms: [.macOS, .iOS])),
        .linkedFramework("CoreFoundation", .when(platforms: [.macOS, .iOS])),
        .linkedFramework("SystemConfiguration", .when(platforms: [.macOS])),
      ]
    ),
    .target(
      name: "Kreuzberg", dependencies: ["RustBridge"],
      path: "Sources/Kreuzberg"),
    .testTarget(
      name: "KreuzbergTests", dependencies: ["Kreuzberg"],
      path: "Tests/KreuzbergTests"),
  ]
)