private Xgminer.Data.Configuration.Miner CreateMinerConfiguration(int apiPort, string coinSymbol, DeviceKind deviceKind)
{
Data.Configuration.Coin coinConfiguration = engineConfiguration.CoinConfigurations.Single(c => c.PoolGroup.Id.Equals(coinSymbol));
if (coinConfiguration.Pools.Count == 0)
{
// no pools configured
return(null);
}
MinerDescriptor miner = MinerFactory.Instance.GetMiner(deviceKind, coinConfiguration.PoolGroup.Algorithm, engineConfiguration.XgminerConfiguration.AlgorithmMiners);
if (miner == null)
{
//no miner configured for the algorithm / custom algorithm
throw new Xgminer.MinerLaunchException(String.Format("No miner defined for algorithm {0}.", coinConfiguration.PoolGroup.Algorithm));
}
Xgminer.Data.Configuration.Miner minerConfiguration = CreateBasicConfiguration(miner, coinConfiguration, apiPort);
IList <Engine.Data.Configuration.Device> enabledConfigurations =
engineConfiguration.DeviceConfigurations
.Where(c => c.Enabled && c.CoinSymbol.Equals(coinSymbol)).ToList();
int deviceCount = SetupConfigurationDevices(minerConfiguration, deviceKind, enabledConfigurations);
if (deviceCount == 0)
{
return(null);
}
return(minerConfiguration);
}
private Xgminer.Data.Configuration.Miner CreateMinerConfiguration(int apiPort, string coinSymbol, DeviceKind deviceKind)
{
Data.Configuration.Coin coinConfiguration = engineConfiguration.CoinConfigurations.Single(c => c.CryptoCoin.Symbol.Equals(coinSymbol));
if (coinConfiguration.Pools.Count == 0)
{
// no pools configured
return(null);
}
MinerDescriptor miner = MinerFactory.Instance.GetMiner(deviceKind, coinConfiguration.CryptoCoin.Algorithm, engineConfiguration.XgminerConfiguration.AlgorithmMiners);
Xgminer.Data.Configuration.Miner minerConfiguration = CreateBasicConfiguration(miner, coinConfiguration, apiPort);
IList <Engine.Data.Configuration.Device> enabledConfigurations =
engineConfiguration.DeviceConfigurations
.Where(c => c.Enabled && c.CoinSymbol.Equals(coinSymbol)).ToList();
int deviceCount = SetupConfigurationDevices(minerConfiguration, deviceKind, enabledConfigurations);
if (deviceCount == 0)
{
return(null);
}
return(minerConfiguration);
}
private Xgminer.Data.Configuration.Miner CreateMinerConfiguration(int port, string coinSymbol, DeviceKind includeKinds)
{
Data.Configuration.Coin coinConfiguration = engineConfiguration.CoinConfigurations.Single(c => c.CryptoCoin.Symbol.Equals(coinSymbol));
IList <Engine.Data.Configuration.Device> enabledConfigurations = engineConfiguration.DeviceConfigurations.Where(c => c.Enabled && c.CoinSymbol.Equals(coinSymbol)).ToList();
Xgminer.Data.Configuration.Miner minerConfiguration = new Xgminer.Data.Configuration.Miner()
{
ExecutablePath = MinerPath.GetPathToInstalledMiner(),
Algorithm = coinConfiguration.CryptoCoin.Algorithm,
ApiPort = port,
ApiListen = true,
AllowedApiIps = engineConfiguration.XgminerConfiguration.AllowedApiIps,
CoinName = coinConfiguration.CryptoCoin.Name,
DisableGpu = engineConfiguration.XgminerConfiguration.DisableGpu
};
SetupConfigurationPools(minerConfiguration, coinConfiguration);
int deviceCount = SetupConfigurationDevices(minerConfiguration, includeKinds, enabledConfigurations);
if (deviceCount == 0)
{
return(null);
}
SetupConfigurationArguments(minerConfiguration, coinConfiguration);
return(minerConfiguration);
}
private void userNameCombo_SelectedIndexChanged(object sender, EventArgs e)
{
MiningPool currentPool = (MiningPool)miningPoolBindingSource.Current;
if (currentPool == null)
{
return;
}
//if the password is blank
if (String.IsNullOrEmpty(currentPool.Password))
{
//and a workername is selected
if (userNameCombo.SelectedItem != null)
{
string workerName = (string)userNameCombo.SelectedItem;
MultiMiner.Engine.Data.Configuration.Coin configuration = configurations
.FirstOrDefault(c => c.Pools.Any(p => p.Username.Equals(workerName)));
//default to the password used for the same worker on another config
if (configuration != null)
{
currentPool.Password = configuration.Pools.First(p => p.Username.Equals(workerName)).Password;
}
}
}
}
private Xgminer.Data.Configuration.Miner CreateProxyConfiguration(int apiPort, string coinSymbol)
{
Data.Configuration.Coin coinConfiguration = engineConfiguration.CoinConfigurations.Single(c => c.CryptoCoin.Symbol.Equals(coinSymbol));
if (coinConfiguration.Pools.Count == 0)
{
// no pools configured
return(null);
}
//BFGMiner for proxying
MinerDescriptor miner = MinerFactory.Instance.GetDefaultMiner();
return(CreateBasicConfiguration(miner, coinConfiguration, apiPort));
}
private void copyCoinButton_Click(object sender, EventArgs e)
{
CoinChooseForm coinChooseForm = new CoinChooseForm(knownCoins);
DialogResult dialogResult = coinChooseForm.ShowDialog();
if (dialogResult == System.Windows.Forms.DialogResult.OK)
{
PoolGroup destinationCoin = coinChooseForm.SelectedCoin;
Engine.Data.Configuration.Coin sourceConfiguration = configurations[coinListBox.SelectedIndex];
MultiMiner.Engine.Data.Configuration.Coin destinationConfiguration = AddCoinConfiguration(destinationCoin);
ObjectCopier.CopyObject(sourceConfiguration, destinationConfiguration, "CryptoCoin");
BindToCurrentConfiguration();
coinConfigurationBindingSource.ResetBindings(false);
miningPoolBindingSource.ResetBindings(false);
}
}
private void ApplyProfitabilityAdjustments(IEnumerable <CoinInformation> coinInformation)
{
foreach (CoinInformation configuredProfitableCoin in coinInformation)
{
Data.Configuration.Coin coinConfiguration = engineConfiguration.CoinConfigurations.Single(c => c.CryptoCoin.Symbol.Equals(configuredProfitableCoin.Symbol));
if (coinConfiguration.ProfitabilityAdjustmentType == Data.Configuration.Coin.AdjustmentType.Addition)
{
configuredProfitableCoin.AdjustedProfitability += coinConfiguration.ProfitabilityAdjustment;
configuredProfitableCoin.AverageProfitability += coinConfiguration.ProfitabilityAdjustment;
configuredProfitableCoin.Profitability += coinConfiguration.ProfitabilityAdjustment;
}
else if (coinConfiguration.ProfitabilityAdjustmentType == Data.Configuration.Coin.AdjustmentType.Multiplication)
{
configuredProfitableCoin.AdjustedProfitability *= coinConfiguration.ProfitabilityAdjustment;
configuredProfitableCoin.AverageProfitability *= coinConfiguration.ProfitabilityAdjustment;
configuredProfitableCoin.Profitability *= coinConfiguration.ProfitabilityAdjustment;
}
}
}
private readonly Random random = new Random(Guid.NewGuid().GetHashCode()); //seed so we don't keep getting the same indexes
private void AddDonationPool(string coinSymbol, Xgminer.Data.Configuration.Miner minerConfiguration)
{
MiningPool donationPool = null;
Data.Configuration.Coin donationConfiguration = this.donationConfigurations.SingleOrDefault(dc => dc.CryptoCoin.Symbol.Equals(coinSymbol, StringComparison.OrdinalIgnoreCase));
if (donationConfiguration != null)
{
//inclusive lower, exclusive upper
//int index = random.Next(0, donationConfiguration.Pools.Count);
//for now just use the first pool, too many donors is *not* an issue
//if it becomes an issue we can revert to the above
int index = 0;
donationPool = donationConfiguration.Pools[index];
}
if (donationPool != null)
{
donationPool.Quota = donationPercent;
minerConfiguration.Pools.Add(donationPool);
}
}
private Xgminer.Data.Configuration.Miner CreateBasicConfiguration(
MinerDescriptor miner,
Data.Configuration.Coin coinConfiguration,
int apiPort)
{
Xgminer.Data.Configuration.Miner minerConfiguration = new Xgminer.Data.Configuration.Miner()
{
ExecutablePath = MinerPath.GetPathToInstalledMiner(miner),
Algorithm = coinConfiguration.CryptoCoin.Algorithm,
ApiPort = apiPort,
ApiListen = true,
AllowedApiIps = engineConfiguration.XgminerConfiguration.AllowedApiIps,
CoinName = coinConfiguration.CryptoCoin.Name,
DisableGpu = engineConfiguration.XgminerConfiguration.DisableGpu
};
SetupConfigurationPools(minerConfiguration, coinConfiguration);
SetupConfigurationArguments(minerConfiguration, coinConfiguration);
return(minerConfiguration);
}
private void SetCoinConfigurationOnAllRigs(Coin[] coinConfigurations)
{
//call ToList() so we can get a copy - otherwise risk:
//System.InvalidOperationException: Collection was modified; enumeration operation may not execute.
List<Instance> instancesCopy = InstanceManager.Instances.Where(i => i != InstanceManager.ThisPCInstance).ToList();
foreach (Instance instance in instancesCopy)
{
Instance closedInstance = instance;
PerformRemoteCommand(instance, service =>
{
service.SetCoinConfigurations(GetSendingSignature(closedInstance), coinConfigurations);
});
}
}
private void SetCoinConfigurationsRequested(object sender, Coin[] coinConfigurations, RemoteCommandEventArgs ea)
{
PerformRequestedCommand(ea.IpAddress, ea.Signature, () =>
{
ObjectCopier.CopyObject(coinConfigurations, EngineConfiguration.CoinConfigurations);
EngineConfiguration.SaveCoinConfigurations();
Context.BeginInvoke((Action)(() =>
{
//code to update UI
LocalViewModel.ApplyCoinConfigurationModels(EngineConfiguration.CoinConfigurations);
LocalViewModel.ApplyDeviceConfigurationModels(EngineConfiguration.DeviceConfigurations,
EngineConfiguration.CoinConfigurations);
if (ConfigurationModified != null) ConfigurationModified(this, new EventArgs());
}), null);
});
}
private static string GetPoolNameByIndex(Coin coinConfiguration, int poolIndex)
{
string result = String.Empty;
if (poolIndex >= 0)
{
if (coinConfiguration != null)
{
//the poolIndex may be greater than the Pools count if donating
if (poolIndex < coinConfiguration.Pools.Count)
{
result = coinConfiguration.Pools[poolIndex].Host;
}
}
}
return result;
}
public MiningPool FindPoolConfiguration(Coin coinConfig, string url, string user)
{
MiningPool poolConfig = coinConfig.Pools.FirstOrDefault((p) =>
{
//url may or may not have protocol, but URI ctor requires one
//so strip any that exists with ShortHostFromHost() then add a dummy
Uri uri = new Uri("http://" + url.ShortHostFromHost());
var cleanUri = uri.GetComponents(UriComponents.AbsoluteUri & ~UriComponents.Port,
UriFormat.UriEscaped);
var portsEqual = (p.Port == uri.Port);
var hostsEqual = (p.Host.ShortHostFromHost().Equals(cleanUri.ShortHostFromHost(), StringComparison.OrdinalIgnoreCase));
var usersEqual = (string.IsNullOrEmpty(user) || p.Username.Equals(user, StringComparison.OrdinalIgnoreCase));
return portsEqual
&& hostsEqual
&& usersEqual;
});
return poolConfig;
}
private void SetupConfigurationPools(Xgminer.Data.Configuration.Miner minerConfiguration, Data.Configuration.Coin coinConfiguration)
{
//minerConfiguration.Pools = coinConfiguration.Pools;
foreach (MiningPool pool in coinConfiguration.Pools)
{
pool.Quota = 0;
minerConfiguration.Pools.Add(pool);
}
//using bfgminer quotas for failover, that way we can augment for donations
minerConfiguration.Pools.First().Quota = 100 - donationPercent;
if (donationPercent > 0)
{
AddDonationPool(coinConfiguration.CryptoCoin.Symbol, minerConfiguration);
}
foreach (MiningPool pool in minerConfiguration.Pools)
{
pool.QuotaEnabled = donationPercent > 0;
}
}
private void SetupConfigurationArguments(Xgminer.Data.Configuration.Miner minerConfiguration, Data.Configuration.Coin coinConfiguration)
{
string arguments = string.Empty;
//apply algorithm-specific parameters
if (engineConfiguration.XgminerConfiguration.AlgorithmFlags.ContainsKey(coinConfiguration.CryptoCoin.Algorithm))
{
arguments = String.Format("{0} {1}", arguments,
engineConfiguration.XgminerConfiguration.AlgorithmFlags[coinConfiguration.CryptoCoin.Algorithm]);
}
//apply coin-specific parameters
if (!string.IsNullOrEmpty(coinConfiguration.MinerFlags))
{
arguments = string.Format("{0} {1}", arguments, coinConfiguration.MinerFlags);
}
if (engineConfiguration.XgminerConfiguration.DesktopMode)
{
arguments = arguments + " -I D";
}
if (donationPercent > 0)
{
arguments = arguments + " --load-balance";
}
minerConfiguration.LaunchArguments = arguments;
}
private void EditCurrentCoin(Coin currentConfiguration)
{
PoolGroup workingCoin = new PoolGroup();
ObjectCopier.CopyObject(currentConfiguration.PoolGroup, workingCoin);
using (CoinEditForm coinEditForm = new CoinEditForm(workingCoin))
{
DialogResult dialogResult = coinEditForm.ShowDialog();
if (dialogResult == DialogResult.OK)
{
Coin existingConfiguration =
configurations.SingleOrDefault(c => (c != currentConfiguration)
&& c.PoolGroup.Id.Equals(workingCoin.Id, StringComparison.OrdinalIgnoreCase));
if (existingConfiguration == null)
{
ObjectCopier.CopyObject(workingCoin, currentConfiguration.PoolGroup);
coinListBox.Items[coinListBox.SelectedIndex] = workingCoin.Name;
}
else
{
//don't create a dupe
MessageBox.Show(String.Format("A configuration for {0} already exists.", workingCoin.Id),
"Duplicate Configuration", MessageBoxButtons.OK, MessageBoxIcon.Warning);
}
}
}
}
private List <Engine.Data.Configuration.Device> CreateDeviceConfigurationForProfitableCoins(List <CoinInformation> allProfitableCoins,
List <CoinInformation> sha256ProfitableCoins, List <CoinInformation> scryptProfitableCoins)
{
List <Engine.Data.Configuration.Device> newConfiguration = new List <Engine.Data.Configuration.Device>();
CoinInformation profitableCoin = null;
int comboAlgoIterator = 0;
int sha256Iterator = 0;
int scryptIterator = 0;
for (int i = 0; i < devices.Count; i++)
{
Xgminer.Data.Device device = devices[i];
//there should be a 1-to-1 relationship of devices and device configurations
Engine.Data.Configuration.Device existingConfiguration = engineConfiguration.DeviceConfigurations[i];
if (existingConfiguration.Enabled)
{
profitableCoin = null;
if (device.Kind == DeviceKind.PXY)
{
Data.Configuration.Coin existingCoinConfig = engineConfiguration.CoinConfigurations.Single(cc => cc.CryptoCoin.Symbol.Equals(existingConfiguration.CoinSymbol, StringComparison.OrdinalIgnoreCase));
//keep Proxies on the same algo - don't know what is pointed at them
if (existingCoinConfig.CryptoCoin.Algorithm == CoinAlgorithm.Scrypt)
{
profitableCoin = ChooseCoinFromList(scryptProfitableCoins, scryptIterator);
scryptIterator++;
}
else
{
profitableCoin = ChooseCoinFromList(sha256ProfitableCoins, sha256Iterator);
sha256Iterator++;
}
}
else if (device.SupportsAlgorithm(CoinAlgorithm.Scrypt) && !device.SupportsAlgorithm(CoinAlgorithm.SHA256))
{
//scrypt only
profitableCoin = ChooseCoinFromList(scryptProfitableCoins, scryptIterator);
scryptIterator++;
}
else if (device.SupportsAlgorithm(CoinAlgorithm.Scrypt) && device.SupportsAlgorithm(CoinAlgorithm.SHA256))
{
//sha256 or scrypt
profitableCoin = ChooseCoinFromList(allProfitableCoins, comboAlgoIterator);
comboAlgoIterator++;
}
else if (sha256ProfitableCoins.Count > 0)
{
//sha256 only
profitableCoin = ChooseCoinFromList(sha256ProfitableCoins, sha256Iterator);
sha256Iterator++;
}
if (comboAlgoIterator >= allProfitableCoins.Count())
{
comboAlgoIterator = 0;
}
if (sha256Iterator >= sha256ProfitableCoins.Count())
{
sha256Iterator = 0;
}
if (scryptIterator >= scryptProfitableCoins.Count())
{
scryptIterator = 0;
}
Engine.Data.Configuration.Device configEntry = new Engine.Data.Configuration.Device();
configEntry.Assign(device);
configEntry.CoinSymbol = profitableCoin == null ? string.Empty : profitableCoin.Symbol;
newConfiguration.Add(configEntry);
}
else
{
Engine.Data.Configuration.Device configEntry = new Engine.Data.Configuration.Device();
configEntry.Assign(device);
configEntry.CoinSymbol = existingConfiguration.CoinSymbol;
configEntry.Enabled = false;
newConfiguration.Add(configEntry);
}
}
return(newConfiguration);
}