Base #

Read more about the Base system in Hiro here.

In-App Purchases #

You can use the pre-packaged UnityPurchasingSystem to manage in-app purchases.

Initialize the UnityPurchasingSystem #

The UnityPurchasingSystem relies on the Economy System and an ILogger, both must be passed in as dependencies via the constructor.

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var purchasingSystem = new UnityPurchasingSystem(logger, economySystem);
systems.Add(purchasingSystem);

Adding products #

You can manually add products which are not defined in the Economy system. These product definitions could come from the Unity IAP definitions.

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var productDefinitions = new List<ProductDefinition>
{
    new ProductDefinition("<productId>", ProductType.Consumable)
};

await purchasingSystem.AddProductsAsync(productDefinitions);

Purchasing a store item #

You can purchase a store item defined in the Economy system.

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// Get a store item
var storeItem = economySystem.StoreItems.First();

var purchaseEventArgs = await purchasingSystem.BuyProductAsync(storeItem);
Debug.Log($"Receipt: {purchaseEventArgs.purchasedProduct.receipt}");

You can also purchase an item by product ID.

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var purchaseEventArgs = await purchasingSystem.BuyProductByIdAsync("<productId>");

Processing a purchase #

You can process a purchase.

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var processingResult = purchasingSystem.ProcessPurchase(purchaseEventArgs);
Debug.Log($"Processing result: {processingResult}");

Restoring purchases #

You can restore purchases.

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await purchasingSystem.RestorePurchasesAsync();

Getting localized product price #

You can get the localized product price.

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var price = purchasingSystem.GetLocalizedProductPrice(storeItem);
Debug.Log($"{storeItem.Name} price: {price}");

You can also get a localized product price by product ID.

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var price = await purchasingSystem.GetLocalizedProductPriceById("<productId>");

App rating #

You can let the user rate your application using the NakamaSystem’s RateAppAsync function which will trigger a feedback email to whichever email address is configured on the server.

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var score = 5;
var message = "I love this game!";
await nakamaSystem.RateAppAsync(score, message);

Push notifications #

Initialize the UnityMobileNotificationsSystem #

The UnityMobileNotificationsSystem takes an ILogger that must be passed in as a dependency via the constructor..

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var mobileNotificationsSystem = new UnityMobileNotificationsSystem(logger);
systems.Add(mobileNotificationsSystem);

Observing systems #

Some Hiro systems can be observed by the UnityMobileNotificationsSystem to automatically schedule relevant notifications.

You can customise the notification titles and messages if you would like, as seen below:

Achievements System #

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var achievementsSystem = this.GetSystem<AchievementsSystem>();
var unityMobileNotificationsSystem = this.GetSystem<UnityMobileNotificationsSystem>();
var messages = new AchievementsNotificationMessages
{
    RepeatAvailableFunc = achievement => new NotificationMessage
    {
        Title = "Repeat achievement available!",
        Body = $"The repeat achievement '{achievement.Name}' is available."
    }
};
unityMobileNotificationsSystem.ObserveSystem(achievementsSystem, messages);

Unlockables System #

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var unlockablesSystem = this.GetSystem<UnlockablesSystem>();
var unityMobileNotificationsSystem = this.GetSystem<UnityMobileNotificationsSystem>();
var messages = new UnlockablesNotificationMessages
{
    ClaimAvailableFunc = unlockable => new NotificationMessage
    {
        Title = "Unlockable reward available!",
        Body = $"The reward for the unlockable '{unlockable.Name}' is available to claim."
    }
};
unityMobileNotificationsSystem.ObserveSystem(unlockablesSystem, messages);

Energies System #

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var energiesSystem = this.GetSystem<EnergiesSystem>();
var unityMobileNotificationsSystem = this.GetSystem<UnityMobileNotificationsSystem>();
var messages = new EnergiesNotificationMessages
{
    EnergyAccumulatedFunc = energy => new NotificationMessage
    {
        Title = "Energy available!",
        Body = $"You have new '{energy.Id}' available!"
    },
    EnergyMaxFunc = energy => new NotificationMessage
    {
        Title = "Energy is full!",
        Body = $"'{energy.Id}' is full, spend it now!"
    },
    EnergyRewardAccumulatedFunc = energy => new NotificationMessage
    {
        Title = "Reward Energy available!",
        Body = $"You have new '{energy.Id}' available!"
    },
    EnergyRewardMaxFunc = energy => new NotificationMessage
    {
        Title = "Reward Energy is full!",
        Body = $"'{energy.Id}' is full, claim your reward!"
    }
};
unityMobileNotificationsSystem.ObserveSystem(energiesSystem, messages);

Manual scheduling #

To manually schedule a notification with custom properties, you can use ScheduleAdhocNotification.

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var title = "Notification Title";
var body = "The description of the notification";
var scheduledDateTime = DateTime.Today.AddHours(1);

var identifier = unityMobileNotificationsSystem.ScheduleAdhocNotification(title, body, scheduledDateTime);

To cancel a scheduled notification you can use CancelNotification, passing in the notification’s identifier.

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unityMobileNotificationsSystem.CancelAdhocNotification("<identifier>");