// On each update, check the current game state and handle logic appropriately.
void Update()
{
// Handle any events posted here from an asynchronous Enjin task.
for (int i = 0; i < pendingActions.Count; i++)
{
System.Action action = pendingActions[i];
action();
}
pendingActions.Clear();
// Reward the users with a token every time they get 15 clicks.
if (score >= SCORE_THRESHOLD)
{
score = 0;
SetStatus("Linked successfully.\nYour score is: " + score, false);
rewardMask.transform.localScale = new Vector3(1, 1, 1);
// Mint a new token directly from the developer wallet.
CryptoItem item = Enjin.GetCryptoItem(REWARD_TOKEN_ID);
string reserveCount = item.reserve;
int developerBalance = Enjin.GetCryptoItemBalance(DEVELOPER_IDENTITY_ID, REWARD_TOKEN_ID);
if (!reserveCount.Equals("0"))
{
pending += 1;
Enjin.MintFungibleItem(DEVELOPER_IDENTITY_ID, new string[] { userAddress }, REWARD_TOKEN_ID, 1,
(requestEvent) =>
{
if (requestEvent.event_type.Equals("tx_executed"))
{
pending -= 1;
count += 1;
pendingActions.Add(() =>
{
inventory.text = (tokenName + "\nYou have: " + count + "\nCurrently pending: " + pending);
});
}
});
inventory.text = (tokenName + "\nYou have: " + count + "\nCurrently pending: " + pending);
}
// If the developer wallet is unable to mint reward tokens from the reserve, try to send it from the developer wallet.
else if (developerBalance > 0)
{
pending += 1;
Enjin.SendCryptoItemRequest(DEVELOPER_IDENTITY_ID, REWARD_TOKEN_ID, identityId, 1,
(requestEvent) =>
{
if (requestEvent.event_type.Equals("tx_executed"))
{
pending -= 1;
count += 1;
pendingActions.Add(() =>
{
inventory.text = (tokenName + "\nYou have: " + count + "\nCurrently pending: " + pending);
});
}
});
inventory.text = (tokenName + "\nYou have: " + count + "\nCurrently pending: " + pending);
}
// Otherwise there really is nothing of this token left for the developer to give out.
else
{
SetStatus("Uh oh! The game developer is out of reward items!", true);
}
}
}
private void Update()
{
// Sequence lock to wait for a successful callback on linking a wallet.
if (sequenceOne)
{
sequenceOne = false;
Debug.Log("(5/8) Sending an item from the developer account to the testing account ... ");
Enjin.AccessToken = DEVELOPER_TOKEN;
// Mint a new token directly from the developer wallet.
CryptoItem item = Enjin.GetCryptoItem(TESTING_ITEM_ID);
string reserveCount = item.reserve;
int developerBalance = Enjin.GetCryptoItemBalance(DEVELOPER_IDENTITY_ID, TESTING_ITEM_ID);
if (!reserveCount.Equals("0"))
{
Enjin.MintFungibleItem(DEVELOPER_IDENTITY_ID, new string[] { USER_ADDRESS }, TESTING_ITEM_ID, 1,
(requestEvent) =>
{
if (requestEvent.event_type.Equals("tx_executed"))
{
Debug.Log(" ... PASSED: MINTED.");
sequenceTwo = true;
}
});
}
// If the developer wallet is unable to mint reward tokens from the reserve, try to send it from the developer wallet.
else if (developerBalance > 0)
{
Enjin.SendCryptoItemRequest(DEVELOPER_IDENTITY_ID, TESTING_ITEM_ID, testingIdentityID, 1, sendData =>
{
if (sendData.event_type.Equals("tx_executed"))
{
Debug.Log(" ... PASSED: SENT.");
sequenceTwo = true;
}
});
}
// Otherwise there really is nothing of this token left for the developer to give out.
else
{
Debug.Log(" ... FAILED: NO RESERVE TO MINT OR BALANCE TO SEND.");
}
}
// Sequence lock to wait for a successful callback on sending an item.
if (sequenceTwo)
{
sequenceTwo = false;
Debug.Log("(6/8) Trading an item from the testing account to the developer account ... ");
Enjin.AccessToken = TESTER_TOKEN;
CryptoItem tradeToItem = new CryptoItem
{
token_id = TESTING_ITEM_ID,
nonFungible = false
};
CryptoItem tradeFromItem = new CryptoItem
{
token_id = TESTING_ITEM_ID,
nonFungible = false
};
testingIdentity = Enjin.GetIdentity(testingIdentityID);
Identity developerIdentity = Enjin.GetIdentity(DEVELOPER_IDENTITY_ID);
Enjin.CreateTradeRequest(testingIdentityID, new CryptoItem[] { tradeToItem }, new int[] { 1 },
DEVELOPER_IDENTITY_ID, new CryptoItem[] { tradeFromItem }, new int[] { 1 }, tradeData =>
{
tradeId = tradeData.request_id;
Debug.Log(" ... PASSED.");
sequenceThree = true;
});
}
// Sequence lock to wait for successful trade creation before completion.
if (sequenceThree)
{
sequenceThree = false;
Debug.Log("(7/8) Completing trade from the testing account to the developer account ... ");
Enjin.AccessToken = DEVELOPER_TOKEN;
Enjin.CompleteTradeRequest(DEVELOPER_IDENTITY_ID, "" + tradeId, tradeData =>
{
Debug.Log(" ... PASSED.");
sequenceFour = true;
});
}
// Sequence lock to wait for successful trade of item before melting.
if (sequenceFour)
{
sequenceFour = false;
Debug.Log("(8/8) Melting an item on the testing account ... ");
Enjin.AccessToken = TESTER_TOKEN;
Enjin.MeltTokens(testingIdentityID, TESTING_ITEM_ID, 1, meltData =>
{
Debug.Log(" ... PASSED.");
sequenceFive = true;
});
}
// Sequence lock to wait for successful completion of all tests before running static suite.
if (sequenceFive)
{
sequenceFive = false;
// Execute additional tests for non-runtime SDK calls.
TestStaticEndpoints();
Debug.Log("=== All tests executed successfully. ===");
}
}
internal Request ProcessCryptoItem(ProcessTasks task, CryptoItem cryptoItem, Dictionary <string, object> properties)
{
Request request = new Request();
string editMetaDataURI = "";
switch (task)
{
case ProcessTasks.CREATE:
string minValue = GraphQLClient.GraphQuery.GetEndPointData(Enjin.MeltValueURL + cryptoItem.reserve);
if (properties.ContainsKey("MeltValue"))
{
decimal actual = (decimal)((float)properties["MeltValue"] * Mathf.Pow(10, 18));
if (actual < System.Convert.ToInt64(minValue))
{
cryptoItem.meltValue = minValue;
}
else
{
cryptoItem.meltValue = actual.ToString("0");
}
}
else
{
cryptoItem.meltValue = minValue;
}
if (properties.ContainsKey("MetaDataURI"))
{
request = Enjin.CreateCryptoItem(cryptoItem, EnjinEditor.CurrentUserIdentity.id, ItemCreated => { HandleChainedRequestAction(request, ItemCreated, ProcessTasks.SETURI, cryptoItem, properties); });
}
else
{
request = Enjin.CreateCryptoItem(cryptoItem, EnjinEditor.CurrentUserIdentity.id, ItemCreated => { HandleRequestAction(request); });
}
return(request);
case ProcessTasks.DELETE:
break;
case ProcessTasks.EDIT:
if (cryptoItem.isCreator)
{
// handle name changes
if (properties.ContainsKey("ItemName"))
{
string editItemName = (string)properties["ItemName"];
if (editItemName != cryptoItem.name)
{
Debug.Log("running name change");
string temp = cryptoItem.name;
cryptoItem.name = editItemName;
request = Enjin.UpdateCryptoItem(EnjinEditor.CurrentUserIdentity.id, cryptoItem, CryptoItemFieldType.NAME, ItemUpdated => { HandleRequestAction(request); });
cryptoItem.name = temp;
}
}
// handle metadata URI changes
if (properties.ContainsKey("MetaDataURI"))
{
editMetaDataURI = (string)properties["MetaDataURI"];
if (editMetaDataURI != cryptoItem.itemURI)
{
Debug.Log("running meta data URI update");
request = Enjin.SetCryptoItemURI(EnjinEditor.CurrentUserIdentity.id, cryptoItem, editMetaDataURI, URISet => { HandleRequestAction(request); });
}
}
return(request);
}
return(null);
case ProcessTasks.MELT:
int numToMelt = 1;
if (properties.ContainsKey("NumToMelt"))
{
numToMelt = (int)properties["NumToMelt"];
}
if (cryptoItem.nonFungible)
{
Debug.Log("running melt request for non-fungible CI");
request = Enjin.MeltTokens(EnjinEditor.CurrentUserIdentity.id, cryptoItem.token_id, cryptoItem.index, numToMelt, MeltItem => { HandleRequestAction(request); });
}
else
{
Debug.Log("running melt request for fungible CI");
request = Enjin.MeltTokens(EnjinEditor.CurrentUserIdentity.id, cryptoItem.token_id, numToMelt, MeltItem => { HandleRequestAction(request); });
}
return(request);
case ProcessTasks.MINT:
string[] addresses = new string[] { };
if (properties.ContainsKey("RecieverAddress"))
{
addresses = (string[])properties["RecieverAddress"];
}
if (!cryptoItem.nonFungible)
{
int numToMint = 0;
if (properties.ContainsKey("NumToMint"))
{
numToMint = (int)properties["NumToMint"];
}
// Request should be pushed to event system to register the request by id, then the action callback should push to a method that fires off the seturi method once executed.
request = Enjin.MintFungibleItem(EnjinEditor.CurrentUserIdentity.id, addresses, cryptoItem.token_id, numToMint, ItemMinted => { HandleRequestAction(request); });
}
else
{
// Request should be pushed to event system to register the request by id, then the action callback should push to a method that fires off the seturi method once executed.
request = Enjin.MintNonFungibleItem(EnjinEditor.CurrentUserIdentity.id, addresses, cryptoItem.token_id, ItemMinted => { HandleRequestAction(request); });
}
return(request);
case ProcessTasks.SETURI:
// handle metadata URI changes
if (properties.ContainsKey("MetaDataURI"))
{
editMetaDataURI = (string)properties["MetaDataURI"];
if (editMetaDataURI != cryptoItem.itemURI)
{
Debug.Log("running meta data URI update");
request = Enjin.SetCryptoItemURI(EnjinEditor.CurrentUserIdentity.id, cryptoItem, editMetaDataURI, URISet => { HandleRequestAction(request); });
}
}
return(request);
default:
break;
}
return(null);
}