SocketWeaver

apiVersion: v1
kind: ServiceAccount
metadata:
  name: socketweaverSA
  namespace: kube-system
---
apiVersion: rbac.authorization.k8s.io/v1beta1
kind: ClusterRoleBinding
metadata:
  name: socketweaverSA

SocketWeaver

pipelines:
  branches:
    master:
      - step:
          name: Build for staging
          script:
            - docker login -u $DOCKER_ID -p $DOCKER_PW
            - docker build -t <your_dockerid>/<image_name>:latest -t <your_dockerid>/<image_name>:$BITBUCKET_COMMIT .
            - docker push <your_dockerid>/<image_name>:latest
            - docker push <your_dockerid>/<image_name>:$BITBUCKET_COMMIT

SocketWeaver

tags:
    release-*:
      - step:
          name: Test for production
          script:
            - echo "run test"
      - step:
          name: Build for production
          script:
            - docker login -u $DOCKER_ID -p $DOCKER_PW

SocketWeaver

using UnityEngine;
using SWNetwork;
using UnityEngine.SceneManagement;

public class Lobby : MonoBehaviour
{
    void Start()
    {
        NetworkClient.Lobby.OnRoomReadyEvent += Lobby_OnRoomReadyEvent;
        NetworkClient.Lobby.OnFailedToStartRoomEvent += Lobby_OnFailedToStartRoomEvent;

SocketWeaver

# list all secrets
kubectl --kubeconfig="kubeconfig.yaml" -n kube-system get secret

# find the secret for the service account we created before and output its CA certificate
# In our case, its name should start with socketweaverSA-token-*
# Add the output of the follow command as the STAGING_LOBBY_CLUSTER_CA pipeline variable
kubectl -kubeconfig="kubeconfig.yaml" -n kube-system get secret socketweaverSA-token-xxxxx -o jsonpath="{['data']['ca\.crt']}"

# Add the output of the follow command as the STAGING_CLUSTER_SA_TOKEN pipeline variable
kubectl --kubeconfig="kubeconfig.yaml" -n kube-system get secret socketweaverSA-token-xxxxx -o jsonpath="{['data']['token']}" | base64 --decode

SocketWeaver

NetworkID networkId;
 
private void Start()
{
    Rigidbody rb = GetComponent<Rigidbody>();
    rb.centerOfMass = centerOfMass.localPosition;
    gameSceneManager = FindObjectOfType<GameSceneManager>();
    // initialize networkId
    networkId = GetComponent<NetworkID>();
 

SocketWeaver

// expose wheel rotate for the generic tracker
public Quaternion frontWheelRot;
public Quaternion rearWheelRot;
void UpdateWheelTransforms()
{
    if (networkId.IsMine)
    {
        Quaternion rotation;
        Vector3 position;

SocketWeaver

  public void OnSpawnerReady(bool finishedSceneSetup)
  {
      // scene has not been set up. spawn a car for the local player.
      if (!finishedSceneSetup)
      {
          // assign different spawn point for the host player and the other players in the room
          // This is okay for this tutorial as we only have 2 players in a room and we are not handling host migration.
          // To properly assign spawn points, you should use GameDataManger or custom room data.
          if (NetworkClient.Instance.IsHost)
          {

SocketWeaver

RemotePropertyAgent remotePropertyAgent;
const string PLAYER_PRESSED_ENTER = "PlayersPressedEnter";
    
private void Start()
{
    guiManager.SetLapRecord(lap_, lapsToWin);
    // get a reference of the gameDataManager component
    remotePropertyAgent = GetComponent<RemotePropertyAgent>();
}

SocketWeaver

void OnTriggerEnter(Collider other)
{
    GameObject go = other.gameObject;
    NetworkID networkID = go.GetComponent<NetworkID>();

    // check if the player is the local player
    if (networkID.IsMine)
    {
        lap_ = lap_ + 1;
        guiManager.SetLapRecord(lap_, lapsToWin);