private IEnumerator FetchHighScore()
{
string url = "https://rinkeby.infura.io/v3/fbc0597d7f784931a68acca3eb26f65b";
string contractAddress = "0x1931d2436288c4489a7849a7eebda6dfb47d63d7";
for (int leaderboardIndex = 0; leaderboardIndex < 10; leaderboardIndex++)
{
// fetch leaderboard from eth smart contract
var queryRequest = new QueryUnityRequest <LeaderboardFunctionBase, LeaderboardOutputDTOBase>(url, contractAddress);
// keep trying until there's a result
while (queryRequest.Result == null)
{
yield return(queryRequest.Query(new LeaderboardFunctionBase()
{
ReturnValue1 = leaderboardIndex
}, contractAddress));
}
// display on screen
nameText.text = queryRequest.Result.User.ToString();
scoreText.text = queryRequest.Result.Score.ToString();
Transform entryTransform = Instantiate(highScoreRow, highScoreContainer);
RectTransform entryRectTransform = entryTransform.GetComponent <RectTransform>();
entryRectTransform.anchoredPosition = new Vector2(0, -25 * leaderboardIndex);
}
highScoreRow.gameObject.SetActive(false);
}
private IEnumerator FetchOwnerOf()
{
string url = "https://rinkeby.infura.io/v3/fbc0597d7f784931a68acca3eb26f65b";
string contractAddress = "0xcB04BF3E72C5448f1368084Bb312b2F0B2f6529f";
string userAddress = GetWalletAddress(); // "0xbC8C6d48aC0D36DE5D4d543b73e49E1Ec512A196";
// loop through user tokens
var tokenIndex = 0;
var tokenId = 1;
while (tokenId != 0)
{
var queryRequest = new QueryUnityRequest <TokenOfOwnerByIndexFunction, TokenOfOwnerByIndexOutputDTO>(url, contractAddress);
yield return(queryRequest.Query(new TokenOfOwnerByIndexFunction()
{
Owner = userAddress, Index = tokenIndex
}, contractAddress));
tokenId = (int)queryRequest.Result.ReturnValue1;
if (tokenId != 0)
{
Instantiate(NFTItems[tokenId], NFTLocations[tokenId].position, NFTLocations[tokenId].rotation);
}
tokenIndex++;
}
}
private IEnumerator CheckHighScore()
{
int leaderboardIndex = 4;
var queryRequest = new QueryUnityRequest <LeaderboardFunction, LeaderboardOutputDTOBase>(url, contractAddress);
yield return(queryRequest.Query(new LeaderboardFunction()
{
ReturnValue1 = leaderboardIndex
}, contractAddress));
if (scoreValue != null)
{
if (Int64.Parse(scoreValue.GetComponent <Text>().text) > queryRequest.Result.Score)
{
highScorePanel.SetActive(true);
Cursor.visible = true;
playerNameInput.Select();
playerNameInput.onEndEdit.AddListener(delegate { StartCoroutine(SignAndSendTransaction()); });
}
else if (Int64.Parse(scoreValue.GetComponent <Text>().text) < queryRequest.Result.Score)
{
gamePanel.SetActive(false);
blurPanel.SetActive(true);
gameOverPanel.SetActive(true);
Cursor.visible = true;
}
}
}
public IEnumerator getSubmissionCount()
{
var request = new QueryUnityRequest <GetSubmissionCountFunction, EthereumTypes.Uint256>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(request.Query(new GetSubmissionCountFunction(), address));
yield return(request.Result);
}
public IEnumerator getRoundInfo(BigInteger roundIndex)
{
var request = new QueryUnityRequest <GetRoundInfoFunction, MatryxRound.RoundInfo>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(request.Query(new GetRoundInfoFunction()
{
RoundIndex = roundIndex
}, address));
}
public IEnumerator getInfo()
{
var request = new QueryUnityRequest <GetInfoFunction, TournamentInfo>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(request.Query(new GetInfoFunction(), address));
owner = request.Result.owner.ToLower();
yield return(request.Result);
}
public static IEnumerator getOwner(Async thread)
{
var queryRequest = new QueryUnityRequest <GetOwnerFunction, EthereumTypes.Address>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetOwnerFunction()
{
}, MatryxToken.address));
//Debug.Log("getOwner result: " + queryRequest.Result);
}
public static IEnumerator getAvailableRewardForUser(string commitHash, string user)
{
var queryRequest = new QueryUnityRequest <GetAvailableRewardForUserFunction, EthereumTypes.Uint256>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetAvailableRewardForUserFunction()
{
CommitHash = commitHash, User = user
}, MatryxCommit.address));
}
public static IEnumerator getCommitByContent(string content, Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetCommitByContentFunction, CommitOutputDTO>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetCommitByContentFunction()
{
Content = content
}, MatryxCommit.address));
yield return(queryRequest.Result);
}
public IEnumerator isEntrant(string user)
{
var isEntrantRequest = new QueryUnityRequest <IsEntrantFunction, EthereumTypes.Bool>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(isEntrantRequest.Query(new IsEntrantFunction()
{
User = user
}, address));
yield return(isEntrantRequest.Result);
}
public IEnumerator getEntryFeePaid(string user)
{
var request = new QueryUnityRequest <GetEntryFeePaidFunction, EthereumTypes.Address>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(request.Query(new GetEntryFeePaidFunction()
{
User = user
}, address));
yield return(request.Result);
}
public IEnumerator getRoundState(BigInteger roundIndex)
{
var request = new QueryUnityRequest <GetRoundStateFunction, EthereumTypes.Uint256>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(request.Query(new GetRoundStateFunction()
{
RoundIndex = roundIndex
}, address));
yield return(request.Result);
}
public static IEnumerator balanceOf(string owner, Async thread = null)
{
var queryRequest = new QueryUnityRequest <BalanceOfFunction, EthereumTypes.Uint256>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new BalanceOfFunction()
{
Owner = owner
}, MatryxToken.address));
yield return(queryRequest.Result.Value);
}
public static IEnumerator getCommit(string commitHash, Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetCommitFunction, CommitOutputDTO>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetCommitFunction()
{
CommitHash = Utils.HexStringToByteArray(commitHash)
}, MatryxCommit.address));
yield return(queryRequest.Result.outCommit);
}
public IEnumerator GetElapsedRateCR()
{
Debug.Log("Creating Elapsed Rate");
var queryRequest = new QueryUnityRequest <ParticipantRetryTimeFunction, ParticipantRetryTimeOutputDTO>(networkUrl, contractAddress);
Debug.Log("Executing Elapsed Rate Query");
yield return(queryRequest.Query(new ParticipantRetryTimeFunction(), contractAddress));
Debug.Log($"Invoking Elapsed Rate Query Callback With Value: {queryRequest.Result.ReturnValue1}");
OnGetElapsedRate?.Invoke(queryRequest.Result.ReturnValue1);
}
public static IEnumerator getSubmissionsForCommit(string commitHash, Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetSubmissionsForCommitFunction, EthereumTypes.Bytes32Array>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetSubmissionsForCommitFunction()
{
CommitHash = commitHash
}, MatryxCommit.address));
yield return(queryRequest.Result);
}
public static IEnumerator getInitialCommits(Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetInitialCommitsFunction, EthereumTypes.Bytes32Array>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetInitialCommitsFunction()
{
}, MatryxCommit.address));
yield return(queryRequest.Result);
Debug.Log("Hello! Initial Commits are " + queryRequest.Result);
}
public IEnumerator Query(QueryContext context)
{
var request = new QueryUnityRequest <
GetSiteCountFunction,
GetSiteCountOutputDTO>(
context.url,
context.account);
yield return(request.Query(context.contractAddress));
count = (int)request.Result.Count;
}
// TODO:
// This logic was ripped from the Faucet class. We need to refactor so we can elegantly reuse the Faucet
// in order to retain a single source of logic and reduce failure point complexity. Fortunately these are simply
// read-only calls to the network, but it should be fixed sooner than later.
private IEnumerator CheckCooldownCR(string userWalletAddress)
{
BigInteger elapsedRate;
BigInteger elapsedTime;
{
Debug.Log("Creating Elapsed Rate");
var queryRequest = new QueryUnityRequest <ParticipantRetryTimeFunction, ParticipantRetryTimeOutputDTO>(faucet.NetworkUrl, faucet.ContractAddress);
Debug.Log("Executing Elapsed Rate Query");
yield return(queryRequest.Query(new ParticipantRetryTimeFunction(), faucet.ContractAddress));
Debug.Log($"Invoking Elapsed Rate Query Callback With Value: {queryRequest.Result.ReturnValue1}");
elapsedRate = queryRequest.Result.ReturnValue1;
}
{
Debug.Log("Creating ElapsedTimeQuery");
var queryRequest = new QueryUnityRequest <GetElapsedTimeFunction, GetElapsedTimeOutputDTO>(faucet.NetworkUrl, faucet.ContractAddress);
Debug.Log("Executing ElapsedTimeQuery");
yield return(queryRequest.Query(new GetElapsedTimeFunction()
{
FromAddress = userWalletAddress, Participant = userWalletAddress
}, faucet.ContractAddress));
Debug.Log($"Invoking ElapsedTimeQuery Callback with value: {queryRequest.Result.ReturnValue1}");
elapsedTime = queryRequest.Result.ReturnValue1;
}
if (elapsedTime < elapsedRate)
{
var timeRemaining = elapsedRate - elapsedTime;
TerminateCoroutineExecution(new WalletValidationCoordinator.ValidationOutcome(
WalletValidationCoordinator.ValidationOutcome.Code.TooSoon,
timeRemaining
));
}
else
{
// TODO:
// Check if there is enough ERC20 balance in the contract.
// Other players could be playing at the same time, we need to ensure everyone gets the correct payout,
// e.g. payout transaction is not reverted due to lack of funds.
// Solution:
// Scan the mempool for pending relevant transactions using https://www.blocknative.com/.
// This way, we can calculate if there are enough funds for a game session based on
// [contract amount] - [collective transaction total from all pending payouts].
// Bonus:
// We can prevent an request spam attack where the same user plays multiple rounds in the same block.
}
}
/// <summary>
/// Coroutine which queries some data from an ethereum smart contract.
/// </summary>
/// <typeparam name="TFunc"> The <see cref="ContractFunction"/> of the smart contract to execute which will return us some data. </typeparam>
/// <typeparam name="TOut"> The <see cref="IFunctionOutputDTO"/> which represents the data which was returned from the <see cref="ContractFunction"/>. </typeparam>
/// <param name="promise"> Promise of eventually returning the data from the contract query. </param>
/// <param name="contractAddress"> The contract address to execute the <see cref="ContractFunction"/> on. </param>
/// <param name="senderAddress"> The address of the sender requesting this data. </param>
/// <param name="functionInput"> The input parameters of the <see cref="ContractFunction"/>. </param>
private static IEnumerator _QueryContractCoroutine <TFunc, TOut>(
EthCallPromise <TOut> promise,
string contractAddress,
string senderAddress,
params object[] functionInput) where TFunc : ContractFunction where TOut : IFunctionOutputDTO, new()
{
var queryRequest = new QueryUnityRequest <TFunc, TOut>(EthereumNetworkManager.CurrentNetwork.NetworkUrl, senderAddress);
yield return(queryRequest.Query(ContractFunction.CreateFunction <TFunc>(functionInput), contractAddress));
promise.Build(queryRequest, () => queryRequest.Result);
}
public static IEnumerator getTournaments(Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetTournamentsFunction, EthereumTypes.AddressArray>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetTournamentsFunction(), address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("getTournaments", queryRequest.Result);
}
}
public static IEnumerator getTotalBalance(Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetTotalBalanceFunction, EthereumTypes.Uint256>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetTotalBalanceFunction(), address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("isSubmission", queryRequest.Result);
}
}
//function getInfo() external view returns(MatryxPlatform.Info);
public static IEnumerator getInfo(Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetInfoFunction, MatryxPlatformInfoDTO>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetInfoFunction(), address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("getInfo", queryRequest.Result);
}
}
public IEnumerator GetElapsedTimeCR()
{
Debug.Log("Creating ElapsedTimeQuery");
var queryRequest = new QueryUnityRequest <GetElapsedTimeFunction, GetElapsedTimeOutputDTO>(networkUrl, contractAddress);
Debug.Log("Executing ElapsedTimeQuery");
yield return(queryRequest.Query(new GetElapsedTimeFunction()
{
FromAddress = gasWalletAddress, Participant = inputWalletAddress.text
}, contractAddress));
Debug.Log($"Invoking ElapsedTimeQuery Callback with value: {queryRequest.Result.ReturnValue1}");
OnGetElapsedTime?.Invoke(queryRequest.Result.ReturnValue1);
}
/// <summary>
/// Coroutine which queries some data from an ethereum smart contract.
/// </summary>
/// <typeparam name="TFunc"> The <see cref="FunctionMessage"/> of the smart contract to execute which will return us some data. </typeparam>
/// <typeparam name="TOut"> The <see cref="IFunctionOutputDTO"/> which represents the data which was returned from the <see cref="ContractFunction"/>. </typeparam>
/// <param name="function"> The contract function to query data from. </param>
/// <param name="promise"> Promise of eventually returning the data from the contract query. </param>
/// <param name="contractAddress"> The contract address to execute the <see cref="FunctionMessage"/> on. </param>
/// <param name="senderAddress"> The address of the sender requesting this data. </param>
private static IEnumerator _QueryContractCoroutine <TFunc, TOut>(
TFunc function,
EthCallPromise <TOut> promise,
string contractAddress,
string senderAddress) where TFunc : FunctionMessage, new() where TOut : IFunctionOutputDTO, new()
{
function.SetDefaultFromAddressIfNotSet(senderAddress);
var queryRequest = new QueryUnityRequest <TFunc, TOut>(NetworkProvider.GetNetworkChainUrl(), senderAddress);
yield return(queryRequest.Query(function, contractAddress));
promise.Build(queryRequest, () => queryRequest.Result);
}
public static IEnumerator isTournament(string tournamentAddress, Async thread = null)
{
var queryRequest = new QueryUnityRequest <IsTournamentFunction, EthereumTypes.Bool>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new IsTournamentFunction()
{
TournamentAddress = tournamentAddress
}, address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("isTournament", queryRequest.Result);
}
}
public IEnumerator FetchCoinInformation()
{
// Create the queryRequest to the BalanceOfFunction of the 1155 coin
var queryRequest = new QueryUnityRequest <BalanceOfFunction, BalanceOfOutputDTO>(infuriaUrl, userWallet);
// BigInteger Rari ID of the coin we are looking for (Aqua Mars)
var rarID = new BigInteger(rariIdOfCoin);
//Send the account and Rari ID to the BalanceOfFunction, also send along the contract address of the Aqua Mars Coin
yield return(queryRequest.Query(new BalanceOfFunction()
{
Account = userWallet, Id = rariIdOfCoin
}, contractOfCoin));
numberOfCoinsUserHas = queryRequest.Result.ReturnValue1;
}
public static IEnumerator getSubmission(string submissionHash, Async thread = null)
{
var queryRequest = new QueryUnityRequest <GetSubmissionFunction, MatryxSubmission.SubmissionOutputDTO>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new GetSubmissionFunction()
{
SubmissionHash = Utils.HexStringToByteArray(submissionHash)
}, address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("getSubmission", queryRequest.Result);
}
}
public static IEnumerator isSubmission(string submissionHash, Async thread = null)
{
var queryRequest = new QueryUnityRequest <IsSubmissionFunction, EthereumTypes.Bool>(NetworkSettings.infuraProvider, NetworkSettings.currentAddress);
yield return(queryRequest.Query(new IsSubmissionFunction()
{
SubmissionHash = Utils.HexStringToByteArray(submissionHash)
}, address));
yield return(queryRequest.Result);
if (thread != null)
{
thread.pushEvent("isSubmission", queryRequest.Result);
}
}
public IEnumerator Query(QueryContext context, int siteIndex)
{
var request = new QueryUnityRequest <
GetSiteNameFunction,
GetSiteNameOutputDTO>(
context.url,
context.account);
yield return(request.Query(
new GetSiteNameFunction {
Index = siteIndex
},
context.contractAddress));
name = request.Result.Name;
}