/// <summary>
/// Checks if login was successful
/// </summary>
/// <returns>true/false based on success</returns>
public bool IsLoginSuccessful()
{
EnjinEditor.CurrentUser = Enjin.StartPlatform(LoginInfo.apiurl, LoginInfo.username, LoginInfo.password);
if (EnjinEditor.CurrentUser == null)
{
_loginState = Enjin.LoginState;
return(false);
}
return(true);
}
// Upon project start, execute the battery of Enjin SDK runtime function tests.
void Start()
{
Debug.Log("=== Executing Enjin SDK runtime tests. ===");
Enjin.IsDebugLogActive = DEBUG;
Debug.Log("(1/8) Initializing the platform for use as game server ... ");
Enjin.StartPlatform(PLATFORM_URL, SERVER_EMAIL, SERVER_PASSWORD, APP_ID);
DEVELOPER_TOKEN = Enjin.AccessToken;
Debug.Log(" ... PASSED.");
Debug.Log("(2/8) Creating a new testing account ... ");
long timestamp = DateTime.Now.Ticks / TimeSpan.TicksPerMillisecond;
string testName = "test" + timestamp;
string testEmail = testName + "@mail.com";
string testPassword = "******";
User testUser = new User
{
name = testName,
email = testEmail,
password = testPassword
};
Enjin.CreateUser(testUser.name, testUser.email, testUser.password, "Platform Owner");
if (Enjin.ServerResponse == ResponseCodes.SUCCESS)
{
Debug.Log(" ... PASSED.");
Debug.Log("(3/8) Verifying login credentials for the testing account ... ");
loginUser = Enjin.VerifyLogin(testEmail, testPassword);
LoginState loginState = Enjin.LoginState;
if (loginState == LoginState.VALID)
{
Debug.Log(" ... PASSED.");
TESTER_TOKEN = loginUser.access_token;
foreach (Identity identity in loginUser.identities)
{
if (identity.app_id == APP_ID)
{
Debug.Log("****** " + identity.app_id + " / " + APP_ID + ": " + identity.linking_code);
testingIdentityID = identity.id;
}
}
testingIdentity = Enjin.GetIdentity(testingIdentityID);
string linkingCode = testingIdentity.linking_code;
Debug.Log("(4/8) Establishing wallet link for the testing account. Please link with code " + linkingCode + " ... ");
Enjin.ListenForLink(testingIdentityID, linkingData =>
{
USER_ADDRESS = linkingData.data.ethereum_address;
Debug.Log(" ... PASSED.");
sequenceOne = true;
});
}
else
{
Debug.LogError(" ... FAILED.");
}
}
else
{
Debug.LogError(" ... FAILED.");
}
}
// Initialize the game state on start.
private void Start()
{
pendingActions = new List <System.Action>();
score = 0;
linkingCode = "";
identityId = -1;
userAddress = "";
user = null;
count = 0;
pending = 0;
tokenName = "";
// Initialize references to scene objects.
status = GameObject.Find("Status").GetComponent <Text>();
tutorial = GameObject.Find("Tutorial").GetComponent <Text>();
authenticationPanel = GameObject.Find("Authentication Panel");
registrationPanel = GameObject.Find("Registration Panel");
registrationEmail = registrationPanel.transform.Find("Email").GetComponent <InputField>();
proceedToLoginPanel = GameObject.Find("Proceed to Login Panel");
loginPanel = GameObject.Find("Login Panel");
loginEmail = loginPanel.transform.Find("Email").GetComponent <InputField>();
loginPassword = loginPanel.transform.Find("Password").GetComponent <InputField>();
gamePanel = GameObject.Find("Game Panel");
inventory = gamePanel.transform.Find("Inventory").GetComponent <Text>();
rewardTokenImage = gamePanel.transform.Find("Reward Image").GetComponent <Image>();
rewardMask = gamePanel.transform.Find("Reward Mask").gameObject;
rewardMaskImage = rewardMask.GetComponent <Image>();
panelList = new List <GameObject>
{
authenticationPanel,
registrationPanel,
proceedToLoginPanel,
loginPanel,
gamePanel
};
// Prepare the first scene.
ShowPanel(authenticationPanel);
tutorial.text = Resources.Load <TextAsset>("auth-method-tutorial").text;
// Start the Enjin SDK.
Enjin.StartPlatform(PLATFORM_URL, DEVELOPER_USERNAME, DEVELOPER_PASSWORD, APP_ID);
Debug.Log("<color=aqua>[Simple Game]</color> Using app with ID " + Enjin.AppID);
// Retrieve the specified reward token's metadata.
CryptoItem rewardToken = Enjin.GetCryptoItem(REWARD_TOKEN_ID);
StartCoroutine(rewardToken.GetMetadata((metadataInfo) =>
{
// Handle any potential errors in metadata retrieval.
MetadataInfo.MetadataRequestState requestState = metadataInfo.state;
switch (requestState)
{
case MetadataInfo.MetadataRequestState.PARSE_FAILED:
SetStatus("Unable to parse the reward item's metadata.");
break;
case MetadataInfo.MetadataRequestState.RETRIEVAL_FAILED:
SetStatus("Unable to retrieve the reward item's metadata.");
break;
case MetadataInfo.MetadataRequestState.SUCCESS:
{
tokenName = metadataInfo.metadata.name;
StartCoroutine(rewardToken.GetImage((imageInfo) =>
{
// Handle any potential errors with retrieving the item image.
ImageInfo.ImageRequestState imageRequestState = imageInfo.state;
switch (imageRequestState)
{
case ImageInfo.ImageRequestState.BAD_METADATA:
SetStatus("Unable to handle item metadata for the image.");
break;
case ImageInfo.ImageRequestState.RETRIEVAL_FAILED:
SetStatus("Unable to retrieve the reward item's image.");
break;
case ImageInfo.ImageRequestState.SUCCESS:
rewardTokenImage.sprite = imageInfo.image;
break;
}
}));
break;
}
}
}));
}