/// <summary>
/// Encrypt math calculation with the current mining method
/// </summary>
/// <param name="calculation"></param>
/// <returns></returns>
private static string MakeEncryptedShare(string calculation, int idThread)
{
try
{
string encryptedShare = ClassUtility.StringToHexString(calculation + ClassMiningStats.CurrentBlockTimestampCreate);
// Static XOR Encryption -> Key updated from the current mining method.
encryptedShare = ClassUtility.EncryptXorShare(encryptedShare, ClassMiningStats.CurrentRoundXorKey.ToString());
// Dynamic AES Encryption -> Size and Key's from the current mining method and the current block key encryption.
for (int i = 0; i < ClassMiningStats.CurrentRoundAesRound; i++)
{
encryptedShare = ClassUtility.EncryptAesShare(encryptedShare, ClassMiningStats.CurrentAesKeyBytes, ClassMiningStats.CurrentAesIvBytes, ClassMiningStats.CurrentRoundAesSize);
}
// Static XOR Encryption -> Key from the current mining method
encryptedShare = ClassUtility.EncryptXorShare(encryptedShare, ClassMiningStats.CurrentRoundXorKey.ToString());
// Static AES Encryption -> Size and Key's from the current mining method.
encryptedShare = ClassUtility.EncryptAesShare(encryptedShare, ClassMiningStats.CurrentAesKeyBytes, ClassMiningStats.CurrentAesIvBytes, ClassMiningStats.CurrentRoundAesSize);
// Generate SHA512 HASH for the share.
encryptedShare = ClassUtility.GenerateSHA512(encryptedShare);
DictionaryMiningThread[idThread]++; // Calculated only from real activity.
return(encryptedShare);
}
catch
{
return(ClassAlgoErrorEnumeration.AlgoError);
}
}
/// <summary>
/// Start thread mining.
/// </summary>
private static async Task StartThreadMiningAsync(int idThread)
{
decimal minRange = Math.Round((ClassMiningStats.CurrentBlockDifficulty / ClassMiningConfig.MiningConfigThread) * (idThread - 1), 0);
if (minRange <= 1)
{
minRange = 2;
}
decimal maxRange = Math.Round(((ClassMiningStats.CurrentBlockDifficulty / ClassMiningConfig.MiningConfigThread) * idThread), 0);
ClassConsole.ConsoleWriteLine("Start mining thread id: " + idThread + " on mining job: " + ClassMiningStats.CurrentMiningDifficulty + " with range: " + minRange + "|" + maxRange, ClassConsoleEnumeration.IndexPoolConsoleBlueLog);
var currentMiningJobIndication = ClassMiningStats.CurrentJobIndication;
int currentBlockDifficultyLength = ClassMiningStats.CurrentMiningDifficulty.ToString().Length;
while (ClassMiningNetwork.IsLogged && ThreadMiningRunning)
{
if (currentMiningJobIndication != ClassMiningStats.CurrentJobIndication)
{
minRange = Math.Round((ClassMiningStats.CurrentBlockDifficulty / ClassMiningConfig.MiningConfigThread) * (idThread - 1), 0);
if (minRange <= 1)
{
minRange = 2;
}
maxRange = (Math.Round(((ClassMiningStats.CurrentBlockDifficulty / ClassMiningConfig.MiningConfigThread) * idThread), 0));
maxRange = Math.Round(maxRange, 0);
currentMiningJobIndication = ClassMiningStats.CurrentJobIndication;
ClassConsole.ConsoleWriteLine("Start mining thread id: " + idThread + " on mining job difficulty: " + ClassMiningStats.CurrentMiningDifficulty + " with range: " + minRange + "|" + maxRange, ClassConsoleEnumeration.IndexPoolConsoleBlueLog);
currentBlockDifficultyLength = ClassMiningStats.CurrentMiningDifficulty.ToString().Length;
}
string firstNumber = string.Empty;
string secondNumber = string.Empty;
if (ClassUtils.GetRandomBetween(0, 100) >= ClassUtils.GetRandomBetween(0, 100))
{
firstNumber = ClassUtility.GenerateNumberMathCalculation(minRange, maxRange, currentBlockDifficultyLength);
}
else
{
firstNumber = ClassUtility.GetRandomBetweenJob(minRange, maxRange).ToString();
}
if (ClassUtils.GetRandomBetween(0, 100) >= ClassUtils.GetRandomBetween(0, 100))
{
secondNumber = ClassUtility.GenerateNumberMathCalculation(minRange, maxRange, currentBlockDifficultyLength);
}
else
{
secondNumber = ClassUtility.GetRandomBetweenJob(minRange, maxRange).ToString();
}
for (int i = 0; i < ClassUtility.RandomOperatorCalculation.Length; i++)
{
if (i < ClassUtility.RandomOperatorCalculation.Length)
{
#region Test unreverted calculation
string calculation = firstNumber + " " + ClassUtility.RandomOperatorCalculation[i] + " " + secondNumber;
decimal calculationResult = ClassUtility.ComputeCalculation(firstNumber, ClassUtility.RandomOperatorCalculation[i], secondNumber);
if (calculationResult >= ClassMiningStats.CurrentMinRangeJob && calculationResult <= ClassMiningStats.CurrentBlockDifficulty)
{
if (calculationResult - Math.Round(calculationResult, 0) == 0) // Check if the result contain decimal places, if yes ignore it.
{
string encryptedShare = MakeEncryptedShare(calculation, (idThread - 1));
if (encryptedShare != ClassAlgoErrorEnumeration.AlgoError)
{
// Generate SHA512 hash for block hash indication.
string hashEncryptedShare = ClassUtility.GenerateSHA512(encryptedShare);
string hashEncryptedShareForPool = ClassUtility.EncryptXorShare(hashEncryptedShare, ClassMiningStats.CurrentJobKeyEncryption);
hashEncryptedShareForPool = ClassUtility.HashJobToHexString(hashEncryptedShareForPool);
if (ClassMiningStats.CurrentJobIndication.ContainsKey(hashEncryptedShareForPool) || hashEncryptedShare == ClassMiningStats.CurrentBlockIndication)
{
if (!DictionaryShareSubmittedCache.ContainsKey(hashEncryptedShareForPool))
{
try
{
DictionaryShareSubmittedCache.Add(hashEncryptedShareForPool, calculation);
}
catch
{
}
JObject share = new JObject
{
{ "type", ClassMiningRequest.TypeSubmit },
{ ClassMiningRequest.SubmitResult, calculationResult.ToString("F0") },
{ ClassMiningRequest.SubmitFirstNumber, firstNumber },
{ ClassMiningRequest.SubmitSecondNumber, secondNumber },
{ ClassMiningRequest.SubmitOperator, ClassUtility.RandomOperatorCalculation[i] },
{ ClassMiningRequest.SubmitShare, encryptedShare },
{ ClassMiningRequest.SubmitHash, hashEncryptedShareForPool }
};
await ClassMiningNetwork.SendPacketToPoolAsync(share.ToString(Formatting.None)).ConfigureAwait(false);
}
}
}
}
else // Test reverted
{
#region Test reverted calculation
calculation = secondNumber + " " + ClassUtility.RandomOperatorCalculation[i] + " " + firstNumber;
calculationResult = ClassUtility.ComputeCalculation(secondNumber, ClassUtility.RandomOperatorCalculation[i], firstNumber);
if (calculationResult >= ClassMiningStats.CurrentMinRangeJob && calculationResult <= ClassMiningStats.CurrentBlockDifficulty)
{
if (calculationResult - Math.Round(calculationResult, 0) == 0) // Check if the result contain decimal places, if yes ignore it.
{
string encryptedShare = MakeEncryptedShare(calculation, (idThread - 1));
if (encryptedShare != ClassAlgoErrorEnumeration.AlgoError)
{
// Generate SHA512 hash for block hash indication.
string hashEncryptedShare = ClassUtility.GenerateSHA512(encryptedShare);
string hashEncryptedShareForPool = ClassUtility.EncryptXorShare(hashEncryptedShare, ClassMiningStats.CurrentJobKeyEncryption);
hashEncryptedShareForPool = ClassUtility.HashJobToHexString(hashEncryptedShareForPool);
if (ClassMiningStats.CurrentJobIndication.ContainsKey(hashEncryptedShareForPool) || hashEncryptedShare == ClassMiningStats.CurrentBlockIndication)
{
if (!DictionaryShareSubmittedCache.ContainsKey(hashEncryptedShareForPool))
{
try
{
DictionaryShareSubmittedCache.Add(hashEncryptedShareForPool, calculation);
}
catch
{
}
JObject share = new JObject
{
{ "type", ClassMiningRequest.TypeSubmit },
{ ClassMiningRequest.SubmitResult, calculationResult.ToString("F0") },
{ ClassMiningRequest.SubmitFirstNumber, secondNumber },
{ ClassMiningRequest.SubmitSecondNumber, firstNumber },
{ ClassMiningRequest.SubmitOperator, ClassUtility.RandomOperatorCalculation[i] },
{ ClassMiningRequest.SubmitShare, encryptedShare },
{ ClassMiningRequest.SubmitHash, hashEncryptedShareForPool }
};
await ClassMiningNetwork.SendPacketToPoolAsync(share.ToString(Formatting.None)).ConfigureAwait(false);
}
}
}
}
}
#endregion
}
}
else // Test reverted
{
#region Test reverted calculation
calculation = secondNumber + " " + ClassUtility.RandomOperatorCalculation[i] + " " + firstNumber;
calculationResult = ClassUtility.ComputeCalculation(secondNumber, ClassUtility.RandomOperatorCalculation[i], firstNumber);
if (calculationResult >= ClassMiningStats.CurrentMinRangeJob && calculationResult <= ClassMiningStats.CurrentBlockDifficulty)
{
if (calculationResult - Math.Round(calculationResult, 0) == 0) // Check if the result contain decimal places, if yes ignore it.
{
string encryptedShare = MakeEncryptedShare(calculation, (idThread - 1));
if (encryptedShare != ClassAlgoErrorEnumeration.AlgoError)
{
// Generate SHA512 hash for block hash indication.
string hashEncryptedShare = ClassUtility.GenerateSHA512(encryptedShare);
string hashEncryptedShareForPool = ClassUtility.EncryptXorShare(hashEncryptedShare, ClassMiningStats.CurrentJobKeyEncryption);
hashEncryptedShareForPool = ClassUtility.HashJobToHexString(hashEncryptedShareForPool);
if (ClassMiningStats.CurrentJobIndication.ContainsKey(hashEncryptedShareForPool) || hashEncryptedShare == ClassMiningStats.CurrentBlockIndication)
{
if (!DictionaryShareSubmittedCache.ContainsKey(hashEncryptedShareForPool))
{
try
{
DictionaryShareSubmittedCache.Add(hashEncryptedShareForPool, calculation);
}
catch
{
}
JObject share = new JObject
{
{ "type", ClassMiningRequest.TypeSubmit },
{ ClassMiningRequest.SubmitResult, calculationResult.ToString("F0") },
{ ClassMiningRequest.SubmitFirstNumber, secondNumber },
{ ClassMiningRequest.SubmitSecondNumber, firstNumber },
{ ClassMiningRequest.SubmitOperator, ClassUtility.RandomOperatorCalculation[i] },
{ ClassMiningRequest.SubmitShare, encryptedShare },
{ ClassMiningRequest.SubmitHash, hashEncryptedShareForPool }
};
await ClassMiningNetwork.SendPacketToPoolAsync(share.ToString(Formatting.None)).ConfigureAwait(false);
}
}
}
}
}
#endregion
}
#endregion
}
}
}
ThreadMiningRunning = false;
}
/// <summary>
/// Handle packets received from pool.
/// </summary>
/// <param name="packet"></param>
private static void HandleMiningPoolPacket(JObject jsonPacket)
{
try
{
switch (jsonPacket["type"].ToString().ToLower())
{
case ClassMiningRequest.TypeLogin:
if (jsonPacket.ContainsKey(ClassMiningRequest.TypeLoginWrong))
{
ClassConsole.ConsoleWriteLine("Wrong login/wallet address, please check your setting. Disconnect now.", ClassConsoleEnumeration.IndexPoolConsoleRedLog);
DisconnectMiner();
}
else
{
if (jsonPacket.ContainsKey(ClassMiningRequest.TypeLoginOk))
{
ClassConsole.ConsoleWriteLine("Login/Wallet Address accepted by the pool. Waiting job.", ClassConsoleEnumeration.IndexPoolConsoleGreenLog);
}
}
break;
case ClassMiningRequest.TypeKeepAlive:
LastPacketReceived = DateTimeOffset.Now.ToUnixTimeSeconds();
break;
case ClassMiningRequest.TypeJob:
LastPacketReceived = DateTimeOffset.Now.ToUnixTimeSeconds();
IsLogged = true;
ClassMiningStats.CurrentBlockId = int.Parse(jsonPacket[ClassMiningRequest.TypeBlock].ToString());
ClassMiningStats.CurrentBlockTimestampCreate = jsonPacket[ClassMiningRequest.TypeBlockTimestampCreate].ToString();
ClassMiningStats.CurrentBlockKey = jsonPacket[ClassMiningRequest.TypeBlockKey].ToString();
ClassMiningStats.CurrentBlockIndication = jsonPacket[ClassMiningRequest.TypeBlockIndication].ToString();
ClassMiningStats.CurrentBlockDifficulty = decimal.Parse(jsonPacket[ClassMiningRequest.TypeBlockDifficulty].ToString());
var currentJobIndicationSplit = jsonPacket[ClassMiningRequest.TypeJobIndication].ToString().Split(new[] { ";" }, StringSplitOptions.None);
var dictionaryJobIndication = new Dictionary <string, int>();
string currentJobIndication = string.Empty;
int counterJob = 0;
foreach (var jobIndication in currentJobIndicationSplit)
{
if (jobIndication != null)
{
if (!string.IsNullOrEmpty(jobIndication))
{
if (jobIndication.Length > 1)
{
counterJob++;
dictionaryJobIndication.Add(jobIndication, counterJob);
currentJobIndication += jobIndication;
}
}
}
}
ClassMiningStats.CurrentJobIndicationMinimized = ClassUtility.GenerateSHA512(currentJobIndication);
ClassMiningStats.CurrentJobIndication = dictionaryJobIndication;
ClassMiningStats.CurrentMinRangeJob = decimal.Parse(jsonPacket[ClassMiningRequest.TypeMinRange].ToString());
ClassMiningStats.CurrentMaxRangeJob = decimal.Parse(jsonPacket[ClassMiningRequest.TypeMaxRange].ToString());
ClassMiningStats.CurrentMethodName = jsonPacket[ClassMiningRequest.TypeJobMiningMethodName].ToString();
ClassMiningStats.CurrentRoundAesRound = int.Parse(jsonPacket[ClassMiningRequest.TypeJobMiningMethodAesRound].ToString());
ClassMiningStats.CurrentRoundAesSize = int.Parse(jsonPacket[ClassMiningRequest.TypeJobMiningMethodAesSize].ToString());
ClassMiningStats.CurrentRoundAesKey = jsonPacket[ClassMiningRequest.TypeJobMiningMethodAesKey].ToString();
ClassMiningStats.CurrentRoundXorKey = int.Parse(jsonPacket[ClassMiningRequest.TypeJobMiningMethodXorKey].ToString());
ClassMiningStats.CurrentJobKeyEncryption = jsonPacket[ClassMiningRequest.TypeJobKeyEncryption].ToString();
int totalShareToFound = ClassMiningStats.CurrentJobIndication.Count;
if (jsonPacket.ContainsKey(ClassMiningRequest.TypeJobDifficulty))
{
ClassMiningStats.CurrentMiningDifficulty = decimal.Parse(jsonPacket[ClassMiningRequest.TypeJobDifficulty].ToString());
}
using (var pdb = new PasswordDeriveBytes(ClassMiningStats.CurrentBlockKey, Encoding.UTF8.GetBytes(ClassMiningStats.CurrentRoundAesKey)))
{
ClassMiningStats.CurrentAesKeyBytes = pdb.GetBytes(ClassMiningStats.CurrentRoundAesSize / 8);
ClassMiningStats.CurrentAesIvBytes = pdb.GetBytes(ClassMiningStats.CurrentRoundAesSize / 8);
}
ClassMining.ProceedMining();
ClassConsole.ConsoleWriteLine("New Mining Job: " + ClassMiningStats.CurrentJobIndicationMinimized + " | Job Difficulty: " + ClassMiningStats.CurrentMiningDifficulty + " | Block ID: " + ClassMiningStats.CurrentBlockId + " | Block Difficulty: " + ClassMiningStats.CurrentBlockDifficulty + " | Block Hash Indication: " + ClassMiningStats.CurrentBlockIndication, ClassConsoleEnumeration.IndexPoolConsoleMagentaLog);
ClassConsole.ConsoleWriteLine("Mining Job range received: " + ClassMiningStats.CurrentMinRangeJob + "|" + ClassMiningStats.CurrentMaxRangeJob, ClassConsoleEnumeration.IndexPoolConsoleMagentaLog);
ClassConsole.ConsoleWriteLine("Total Share(s) to Found: " + totalShareToFound, ClassConsoleEnumeration.IndexPoolConsoleMagentaLog);
break;
case ClassMiningRequest.TypeShare:
LastPacketReceived = DateTimeOffset.Now.ToUnixTimeSeconds();
switch (jsonPacket[ClassMiningRequest.TypeResult].ToString().ToLower())
{
case ClassMiningRequest.TypeResultShareOk:
ClassMiningStats.TotalGoodShare++;
ClassConsole.ConsoleWriteLine("Good Share ! [Total = " + ClassMiningStats.TotalGoodShare + "]", ClassConsoleEnumeration.IndexPoolConsoleGreenLog);
ClassMiningStats.TotalInvalidShare = 0;
break;
case ClassMiningRequest.TypeResultShareInvalid:
ClassMiningStats.TotalInvalidShare++;
if (ClassMiningStats.TotalInvalidShare >= ClassMiningConfig.MiningConfigMaxInvalidShare)
{
DisconnectMiner();
ClassMiningStats.TotalInvalidShare = 0;
}
ClassConsole.ConsoleWriteLine("Invalid Share ! [Total = " + ClassMiningStats.TotalInvalidShare + "]", ClassConsoleEnumeration.IndexPoolConsoleRedLog);
break;
case ClassMiningRequest.TypeResultShareDuplicate:
ClassMiningStats.TotalDuplicateShare++;
ClassConsole.ConsoleWriteLine("Duplicate Share ! [Total = " + ClassMiningStats.TotalDuplicateShare + "]", ClassConsoleEnumeration.IndexPoolConsoleYellowLog);
break;
case ClassMiningRequest.TypeResultShareLowDifficulty:
ClassMiningStats.TotalLowDifficultyShare++;
ClassConsole.ConsoleWriteLine("Low Difficulty Share ! [Total = " + ClassMiningStats.TotalLowDifficultyShare + "]", ClassConsoleEnumeration.IndexPoolConsoleRedLog);
break;
}
break;
}
}
catch
{
}
}
