public MineContext(
string minerName,
ICoin mainCoin,
IPool mainCoinPool,
IKernel kernel,
IKernelInput kernelInput,
IKernelOutput kernelOutput,
ICoinKernel coinKernel,
string mainCoinWallet,
string commandLine,
Dictionary <string, string> parameters,
Dictionary <Guid, string> fragments,
Dictionary <Guid, string> fileWriters,
int[] useDevices)
{
this.Fragments = fragments;
this.FileWriters = fileWriters;
this.Id = Guid.NewGuid();
this.MinerName = minerName;
this.MainCoin = mainCoin;
this.MainCoinPool = mainCoinPool;
this.Kernel = kernel;
this.CoinKernel = coinKernel;
this.MainCoinWallet = mainCoinWallet;
this.AutoRestartKernelCount = 0;
this.KernelSelfRestartCount = 0;
this.CommandLine = commandLine ?? string.Empty;
this.MineStartedOn = DateTime.MinValue;
this.Parameters = parameters;
this.UseDevices = useDevices;
this.KernelInput = kernelInput;
this.KernelOutput = kernelOutput;
this.NewLogFileName();
}
public bool TryGetKernelInput(Guid id, out IKernelInput kernelInput)
{
InitOnece();
var result = _dicById.TryGetValue(id, out KernelInputData data);
kernelInput = data;
return(result);
}
public KernelInputViewModel(IKernelInput data) : this(data.GetId())
{
_name = data.Name;
_args = data.Args;
_isSupportDualMine = data.IsSupportDualMine;
_dualFullArgs = data.DualFullArgs;
_dualCoinGroupId = data.DualCoinGroupId;
_dualWeightMin = data.DualWeightMin;
_dualWeightMax = data.DualWeightMax;
_isAutoDualWeight = data.IsAutoDualWeight;
_dualWeightArg = data.DualWeightArg;
}
public MineContext(
bool isRestart,
string minerName,
ICoin mainCoin,
IPool mainCoinPool,
IKernel kernel,
IKernelInput kernelInput,
IKernelOutput kernelOutput,
ICoinKernel coinKernel,
string mainCoinWallet,
string commandLine,
Dictionary <string, string> parameters,
Dictionary <Guid, string> fragments,
Dictionary <Guid, string> fileWriters,
int[] useDevices)
{
this.Fragments = fragments;
this.FileWriters = fileWriters;
this.Id = Guid.NewGuid();
this.IsRestart = isRestart;
this.MinerName = minerName;
this.MainCoin = mainCoin;
this.MainCoinPool = mainCoinPool;
this.Kernel = kernel;
this.CoinKernel = coinKernel;
this.MainCoinWallet = mainCoinWallet;
this.AutoRestartKernelCount = 0;
this.KernelSelfRestartCount = 0;
this.CommandLine = commandLine ?? string.Empty;
this.CreatedOn = DateTime.Now;
this.Parameters = parameters;
this.UseDevices = useDevices;
this.KernelInput = kernelInput;
this.KernelOutput = kernelOutput;
string logFileName;
if (this.CommandLine.Contains(NTKeyword.LogFileParameterName))
{
this.KernelProcessType = KernelProcessType.Logfile;
logFileName = $"{this.Kernel.Code}_{DateTime.Now.ToString("yyyy-MM-dd_HH-mm-ss_fff")}.log";
}
else
{
this.KernelProcessType = KernelProcessType.Pip;
logFileName = $"{kernel.Code}_pip_{DateTime.Now.Ticks.ToString()}.log";
}
this.LogFileFullName = Path.Combine(SpecialPath.LogsDirFullName, logFileName);
}
private static string GetDevicesArgs(IKernelInput kernelInput)
{
INTMinerContext ntminerContext = NTMinerContext.Instance;
var gpuSet = ntminerContext.GpuSet;
string devicesArgs = string.Empty;
if (!string.IsNullOrWhiteSpace(kernelInput.DevicesArg))
{
int[] useDevices = gpuSet.GetUseDevices();
if ((useDevices.Length != 0 && useDevices.Length != gpuSet.Count) || kernelInput.IsDeviceAllNotEqualsNone)
{
string separator = kernelInput.DevicesSeparator;
// 因为空格在界面上不易被人读取所以以关键字代替空格
if (kernelInput.DevicesSeparator == NTKeyword.SpaceKeyword)
{
separator = " ";
}
List <string> gpuIndexes = new List <string>();
foreach (var index in useDevices)
{
int i = index;
if (kernelInput.DeviceBaseIndex != 0)
{
i = index + kernelInput.DeviceBaseIndex;
}
string nText = NTKeyword.GetIndexChar(i, separator);
gpuIndexes.Add(nText);
}
switch (gpuSet.GpuType)
{
case GpuType.Empty:
break;
case GpuType.NVIDIA:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, gpuIndexes.Select(a => $"{kernelInput.NDevicePrefix}{a}{kernelInput.NDevicePostfix}"))}";
break;
case GpuType.AMD:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, gpuIndexes.Select(a => $"{kernelInput.ADevicePrefix}{a}{kernelInput.ADevicePostfix}"))}";
break;
default:
break;
}
}
}
return(devicesArgs);
}
public KernelInputViewModel(IKernelInput data) : this(data.GetId())
{
_name = data.Name;
_args = data.Args;
_isSupportDualMine = data.IsSupportDualMine;
_dualWeightMin = data.DualWeightMin;
_dualWeightMax = data.DualWeightMax;
_isAutoDualWeight = data.IsAutoDualWeight;
_dualWeightArg = data.DualWeightArg;
_deviceBaseIndex = data.DeviceBaseIndex;
_isDeviceAllNotEqualsNone = data.IsDeviceAllNotEqualsNone;
_devicesArg = data.DevicesArg;
_devicesSeparator = data.DevicesSeparator;
_nDevicePrefix = data.NDevicePrefix;
_nDevicePostfix = data.NDevicePostfix;
_aDevicePrefix = data.ADevicePrefix;
_aDevicePostfix = data.ADevicePostfix;
}
private string GetDevicesArgs(IKernelInput kernelInput)
{
string devicesArgs = string.Empty;
if (!string.IsNullOrWhiteSpace(kernelInput.DevicesArg))
{
List <int> useDevices = this.GpuSet.GetUseDevices();
if ((useDevices.Count != 0 && useDevices.Count != GpuSet.Count) || kernelInput.IsDeviceAllNotEqualsNone)
{
string separator = kernelInput.DevicesSeparator;
// 因为空格在界面上不易被人读取所以以关键字代替空格
if (kernelInput.DevicesSeparator == Consts.SpaceKeyword)
{
separator = " ";
}
if (string.IsNullOrEmpty(separator))
{
List <string> gpuIndexes = new List <string>();
foreach (var index in useDevices)
{
int i = index;
if (kernelInput.DeviceBaseIndex != 0)
{
i = index + kernelInput.DeviceBaseIndex;
}
string nText = i.ToString();
if (i > 9)
{
nText = gpuIndexChars[i - 10];
}
gpuIndexes.Add(nText);
}
switch (GpuSet.GpuType)
{
case GpuType.Empty:
break;
case GpuType.NVIDIA:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, gpuIndexes.Select(a => $"{kernelInput.NDevicePrefix}{a}{kernelInput.NDevicePostfix}"))}";
break;
case GpuType.AMD:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, gpuIndexes.Select(a => $"{kernelInput.ADevicePrefix}{a}{kernelInput.ADevicePostfix}"))}";
break;
default:
break;
}
}
else
{
switch (GpuSet.GpuType)
{
case GpuType.Empty:
break;
case GpuType.NVIDIA:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, useDevices.Select(a => $"{kernelInput.NDevicePrefix}{a}{kernelInput.NDevicePostfix}"))}";
break;
case GpuType.AMD:
devicesArgs = $"{kernelInput.DevicesArg} {string.Join(separator, useDevices.Select(a => $"{kernelInput.ADevicePrefix}{a}{kernelInput.ADevicePostfix}"))}";
break;
default:
break;
}
}
}
}
return(devicesArgs);
}
