The Complete Unity Multiplayer Bootcamp with C#

Create a new Unity project, switch to Android, and import a Unity package to integrate the STK and PlayerIO plugins for accessing the player and enabling communication.

Create a global, singleton NetworkClient script to manage server communication and route responses. Place it in its own namespace and ensure a single instance remains accessible throughout the game.

Implement an event-driven leaving flow by broadcasting a leave message to all connected players, subscribing to and unsubscribing from leave events, and deactivating the leaving player's game object.

Implement and test the disconnect functionality for multiplayer game rooms in Unity, managing connection objects and lists to handle joining, disconnecting, and event subscriptions.

Spawn cards in the Unity multiplayer scene by routing cards from devices through the player manager and event managers, enabling server communication and card relays.

Spawn three cards for each local player by instantiating card prefabs, positioning them clearly, and notifying the local player manager to distribute cards while coordinating with the server identities.

Create a dedicated player class to replace the base class and implement a tunnel based system, adding custom properties to manage each player's gameplay state.

Implement the RoundOver method to determine the round winner and broadcast a time is over message to all connected players, preparing the next round with a controlled delay.

Create pack action in the Unity multiplayer bootcamp with C#. Learn to implement pack action in a networked Unity project using C# scripting.

Create the show action to process the show button, compare two players' card values, and broadcast the winner using the essential event and game room logic.

Get hands-on with deploying Unity multiplayer builds by uploading code from your development server, configuring network endpoints, and publishing your game to players on any device.