HappyOyster iOS SDK統合ガイド

OysterStream.register()
HappyOysterEngine.shared: initialize → updateToken → createTravel
OysterTravel:             videoView / events → start → sendInstruct / sendCommand → end

# HappyOysterSDK / AliVCSDK_ARTC are both published on the public CocoaPods source.
source 'https://cdn.cocoapods.org/'

platform :ios, '15.0'
use_frameworks!

target 'YourApp' do
  # Aggregate entry point (Core + World); `import HappyOysterSDK` and you're set.
  pod 'HappyOysterSDK'
  # Optional default UI components (video view, control HUD).
  pod 'HappyOysterSDK/UI'
  # Video stream + AliRTC engine adapter (already depends on Stream; no need to declare it separately).
  pod 'HappyOysterSDK/StreamAliRTC'

  # RTC vendor binary: weak-linked by the SDK, not redistributed with it — bring your own (public CocoaPods source).
  pod 'AliVCSDK_ARTC', '7.11.0'
end

import HappyOysterSDK
import HappyOysterStream

OysterStream.register()

let engine = HappyOysterEngine.shared
engine.initialize(config: OysterConfig(
    apiHost: "[workspace-id].[region].maas.aliyuncs.com",  // Model Studio gateway host
    model: "happyoyster-1.0-adventure"                     // Versioned model name enabled for your account, required
))
// Optional: override the log level / signalling callback timeout
// OysterConfig(apiHost: "…", model: "…", logLevel: .debug, callbackTimeoutMs: 30_000)

// Both apiHost and model are required with no default: Happy Oyster is split into
// per-mode sub-models. See the Happy Oyster model documentation for available names
// and versions; they must match the account and region of your token.

let token = await fetchTokenFromYourBackend()
engine.updateToken(token)

let travel = try engine.createTravel(ticket: ticket)

containerView.addSubview(travel.videoView)     // SwiftUI: OysterVideoView(travel:)

let eventTask = Task {
    for await event in travel.events {
        switch event {
        case .statusChanged(let status): render(status)   // running / paused / ended / failed…
        case .error(let error):          handle(error)    // error.code / error.kind — see the API Reference
        }
    }
}

let data = try await travel.start()
// data.encryptedTravelId —— identifier of this experience, used for diagnostics / server reconciliation
// data.encryptedWorldId  —— identifier of the world you entered
// data.mode              —— adventure / directing / acting, determines the interaction UI
// data.aspectRatio       —— "9:16" / "16:9"; set for acting only, use it to pick the player orientation

HappyOysterEngine.shared.initialize(config: OysterConfig(
    apiHost: "…", model: "happyoyster-1.0-acting"))   // the model for this world's mode

if data.mode == .adventure {
    // Adventure: direction/view/action control (fire-and-forget; never throws, failures come via events)
    travel.sendCommand(OysterAdventureCommand(translation: .front, interaction: .jump))
} else {
    // Directing and acting: text instructions
    _ = try await travel.sendInstruct(content: "Pan to the castle; the hero starts running")
}

_ = try await travel.pause()           // supported by directing and acting
_ = try await travel.resume()
_ = try await travel.rewind(toSec: 10) // directing only

_ = try? await travel.end()
eventTask.cancel()

import SwiftUI
import HappyOysterSDK
import HappyOysterStream

@main
struct MyApp: App {
    init() {
        OysterStream.register()                                     // Step 1
        HappyOysterEngine.shared.initialize(config: OysterConfig(   // Step 2
            apiHost: "[workspace-id].[region].maas.aliyuncs.com",
            model: "happyoyster-1.0-adventure"
        ))
    }
    var body: some Scene { WindowGroup { TravelScreen() } }
}

struct TravelScreen: View {
    @State private var travel: OysterTravel?
    @State private var eventTask: Task<Void, Never>?

    var body: some View {
        ZStack {
            if let travel {
                OysterVideoView(travel: travel)      // Step 5: SDK provides the view, host places it
                    .ignoresSafeArea()
            } else {
                Color.black.ignoresSafeArea()
            }
        }
        .task { await start() }
        .onDisappear { Task { await end() } }
    }

    @MainActor private func start() async {
        let engine = HappyOysterEngine.shared
        engine.updateToken(await fetchToken())                      // Step 3
        do {
            let ticket = await fetchTicket()                        // issued by your server
            let travel = try engine.createTravel(ticket: ticket)    // Step 4
            self.travel = travel

            eventTask = Task {                                      // Step 5
                for await event in travel.events {
                    switch event {
                    case .statusChanged(let status): print("status: \(status)")
                    case .error(let error):          print("error: \(error.code)")
                    }
                }
            }

            let data = try await travel.start()                     // Step 6
            if data.mode == .adventure {                            // Step 7
                travel.sendCommand(OysterAdventureCommand(translation: .front))
            } else {
                _ = try await travel.sendInstruct(content: "Suddenly it starts to pour")
            }
        } catch let error as OysterSDKError {
            // Handle start failure (see the error code table in the API Reference)
        } catch {}
    }

    @MainActor private func end() async {
        _ = try? await travel?.end()                                // Step 9
        eventTask?.cancel()
        travel = nil
    }
}