Java Wrapper

Warning

You'll need Java Development Kit (JDK) 11 or higher to be able to use the wrapper.

Overview

The GlobalTags Java Wrapper provides an easy-to-use class for interacting with the GlobalTags API. This wrapper simplifies the integration of custom player tags in a Minecraft mod, enabling developers to fetch tag data including the player's tag, icon, and roles. It offers various methods to authenticate with the API, handle cache, and translate color codes for text display.

Features

• API interaction through a well-defined abstact class.
• Customizable color code translation for Minecraft text.
• Authentication support for different methods (e.g., token-based auth).
• Cache management to optimize performance.
• User agent customization for API identification.
• Multilingual support for API responses.

Dependency installation

To use this wrapper in your Java project, you can add it via Maven or Gradle. The package includes all necessary dependencies and models required to integrate the GlobalTags API into your mod.

Adding the Repository

Maven Gradle (Kotlin DSL) Gradle (Groovy)

<repository>
    <id>rappytv</id>
    <url>https://repo.rappytv.com/public</url>
</repository>

maven {
    name = "rappytv"
    url = uri("https://repo.rappytv.com/public")
}

maven {
    name "rappytv"
    url "https://repo.rappytv.com/public"
}

Adding the dependency

Warning

You need to replace VERSION with the version you want to use. This is the latest stable tag:

Maven Gradle (Kotlin DSL) Gradle (Groovy)

<dependencies>
  <dependency>
    <groupId>com.rappytv.globaltags</groupId>
    <artifactId>GlobalTagsJava</artifactId>
    <version>VERSION</version>
  </dependency>
</dependencies>

dependencies {
    compileOnly("com.rappytv.globaltags:GlobalTagsJava:VERSION")
}

dependencies {
    compileOnly "com.rappytv.globaltags:GlobalTagsJava:VERSION"
}

Usage

To implement the wrapper, create a class that extends the GlobalTagsAPI<T> class. This will give you access to a wide range of methods to interact with the GlobalTags API, such as fetching player information, translating color codes, handling authentication, and more.

Example Implementation

MyGlobalTagsAPI.java Main.java

public class MyGlobalTagsAPI implements GlobalTagsAPI<String> { // (1)

    @Override
    public Agent getAgent() {
        return new Agent("MyMod", "1.0.0", "1.21"); // (2)
    }

    @Override
    public String getLanguageCode() {
        return "en_us"; // (3)
    }

    @Override
    public String translateColorCodes(String input) {
        return input; // (4)
    }

    @Override
    public UUID getClientUUID() {
        return UUID.randomUUID(); // (5)
    }

    @Override
    public AuthProvider getAuthType() {
        return AuthProvider.YGGDRASIL; // (6)
    }

    @Override
    public String getAuthorization() {
        return "my-api-token"; // (7)
    }
}

1. The T generic in GlobalTagsAPI<T> represents the type used for colored text components. It allows flexibility in how you implement color formatting, whether as a simple String, a TextComponent, or another type. Please note that the ApiHandler<T> and the PlayerInfo<T> also need to use the same generic value as the GlobalTagsAPI<T>.
2. 1. Argument - Wrapper name
   2. Argument - Wrapper version
   3. Argument - Minecraft version
3. Send a language code to the api. If we have translations for this language, any api response will be localized. This method does not need to be overridden. Just remove it if you don't plan to implement localized responses.
4. Here you can implement your logic to convert a string to a colored instance of your T class. For simplicity, this example returns the input as is.
5. Return the current client's UUID. For simplicity, this example returns a random UUID.
6. Here you can choose an authentication method. For this example we'll assume you use minecraft session token based authentication.
7. Here you can return the current auth token of the client.

public class Main {

    private static GlobalTagsAPI<String> api;

    public static void main(String[] args) {
        // Create an instance of your implementation and save it in some kind of field or attribute
        api = new MyGlobalTagsAPI();

        // Fetch a player's tag data, cache it and print it out once resolved
        api.getCache().resolve(uuid, System.out::println);

        // Fetch the client's tag data, cache it and print it out once resolved (The client's uuid is the uuid specified in GlobalTagsAPI#getClientUUID)
        api.getCache().resolveSelf(System.out::println);

        // Fetch a player's tag data without caching it and print it out once resolved
        api.getApiHandler().getInfo(uuid, System.out::println);

        // Get a player's tag from the cache (or null if it's not in the cache)
        System.out.println(api.getCache().get(uuid).getTag());

        // Report a player and log the response message
        api.getApiHandler().reportPlayer(uuid, "Racism", (response) -> System.out.println(response.data()));

        // Get a player's ban reason (Note: This will only work on accounts with the GlobalTags admin permissions)
        PlayerInfo<String> info = api.getCache().get(uuid);
        System.out.println(info.isSuspended() ? info.getSuspension().getReason() : "The user is not banned."); // (1)

        // Clear the cache
        api.getCache().clear();

        // Renew the cache (2)
        api.getCache().renew();
    }
}

1. Suspension#getReason will not be null as long as Suspension#isActive is true
2. Renewing the cache means refetching the tag data for every cached player without removing them from the cache.

Also, everything is documented with javadocs so everything should be pretty self-explanatory. If you have any questions don't hesitate to create a new issue or create a ticket on the Discord Server.

Caching

The wrapper comes with a built-in caching mechanism to minimize redundant API calls. By default, cached data is refreshed every 5 minutes and completely cleared every 30 minutes.

Custom cache intervals

You can customize the cache renewal and clearing intervals by creating your own PlayerInfo.Cache<T> instance using the constructor with the options parameter. After that, simply override the GlobalTagsAPI#getCache method to return your custom cache instance.

Using the example from above it would look like this:

public class MyGlobalTagsAPI implements GlobalTagsAPI<String> {

    private final PlayerInfo.Cache<T> cache = new PlayerInfo.Cache<>(this, new PlayerInfo.Cache.Options() {
        @Override
        public long getCacheClearInterval() {
            // 10 minutes for example
            return 1000 * 60 * 10;
        }

        @Override
        public long getCacheRenewInterval() {
            // 2 minutes for example
            return 1000 * 60 * 2;
        }
    });

    @Override
    public Agent getAgent() {
        return new Agent("MyMod", "1.0.0", "1.21");
    }

    @Override
    public String getLanguageCode() {
        return "en_us";
    }

    @Override
    public String translateColorCodes(String input) {
        return input;
    }

    @Override
    public UUID getClientUUID() {
        return UUID.randomUUID();
    }

    // Override the cache getter here
    @Override
    public PlayerInfo.Cache<T> getCache() {
        return cache;
    }

    @Override
    public AuthProvider getAuthType() {
        return AuthProvider.YGGDRASIL;
    }

    @Override
    public String getAuthorization() {
        return "my-api-token";
    }
}

Authentication

To authenticate with the API, you need to provide an authorization token or other credentials depending on the authentication method (AuthProvider). To create an own auth mechanism for the API please read this page.

Examples

You can see production examples here:

• LabyMod Addon: [GitHub]