static void LoadInventory(Fougerite.Player player)
{
JsonAPI json = JsonAPI.GetInstance;
User user = Data.Globals.usersOnline.Find(x => x.Name == player.Name);
if (user != null)
{
List <UserInventoryItem> playerItems = json.DeSerializeJsonToObject <List <UserInventoryItem> >(user.InternalInventory);
foreach (UserInventoryItem item in playerItems)
{
if (item != null && item.Name != "" && item.Quantity != -1)
{
player.Inventory.AddItemTo(item.Name, item.Slot, item.Quantity);
Inventory inventory = player.PlayerClient.controllable.GetComponent <Inventory>();
PlayerItem playerItem = new PlayerItem(ref inventory, item.Slot);
IInventoryItem dataItem = playerItem.RInventoryItem as IInventoryItem;
dataItem.SetCondition(item.Condition);
if (playerItem != null)
{
if (playerItem.isWeapon)
{
dataItem.SetUses(item.WeaponBullets);
playerItem.heldItem.SetTotalModSlotCount(item.WeaponSlots);
if (item.WeaponSlot1 != null)
{
playerItem.addWeaponMod(item.WeaponSlot1);
}
if (item.WeaponSlot2 != null && item.WeaponSlot2 != "null")
{
playerItem.addWeaponMod(item.WeaponSlot2);
}
if (item.WeaponSlot3 != null && item.WeaponSlot3 != "null")
{
playerItem.addWeaponMod(item.WeaponSlot3);
}
if (item.WeaponSlot4 != null && item.WeaponSlot4 != "null")
{
playerItem.addWeaponMod(item.WeaponSlot4);
}
if (item.WeaponSlot5 != null && item.WeaponSlot5 != "null")
{
playerItem.addWeaponMod(item.WeaponSlot5);
}
}
}
else
{
Logger.LogError("LoadInventory - playerItem is Null");
}
}
}
}
}
public static async Task <Boolean> CheckValidAPIAsync(String apiKey)
{
if (!CheckAPI(apiKey))
{
return(false);
}
DerpiImage search = await JsonAPI.GetDerpiImageAsync(null, 1, apiKey, false).ConfigureAwait(true);
return(search != null && search.total > 0);
}
private void PopulateCommonApiData(ref JsonAPI api, ref double divisor)
{
try
{
var networkInterface = m_miners.Select(m => m.NetworkInterface).FirstOrDefault(m => m != null);
var totalHashRate = 0ul;
var hashRateUnit = string.Empty;
foreach (var miner in m_miners)
{
totalHashRate += miner.GetTotalHashrate();
}
if (totalHashRate > 0)
{
GetHashRateUnit(totalHashRate, ref divisor, ref hashRateUnit);
}
else
{
GetHashRateUnit((networkInterface?.GetEffectiveHashrate() ?? 0), ref divisor, ref hashRateUnit);
}
var timeLeftToSolveBlock = networkInterface?.GetTimeLeftToSolveBlock(totalHashRate) ?? TimeSpan.Zero;
if (timeLeftToSolveBlock != TimeSpan.Zero)
{
api.EstimateTimeLeftToSolveBlock = (long)timeLeftToSolveBlock.TotalSeconds;
}
api.EffectiveHashRate = (float)((networkInterface?.GetEffectiveHashrate() ?? 0) / divisor);
api.TotalHashRate = (float)(totalHashRate / divisor);
api.HashRateUnit = hashRateUnit;
api.MinerAddress = networkInterface.MinerAddress ?? string.Empty;
api.MiningURL = networkInterface.SubmitURL ?? string.Empty;
if (networkInterface.CurrentChallenge != null)
{
api.CurrentChallenge = Utils.Numerics.Byte32ArrayToHexString(networkInterface.CurrentChallenge);
}
api.CurrentDifficulty = networkInterface.Difficulty.Value;
api.LastSubmitLatencyMS = networkInterface?.LastSubmitLatency ?? -1;
api.LatencyMS = networkInterface?.Latency ?? -1;
api.Uptime = (long)(DateTime.Now - Program.LaunchTime).TotalSeconds;
api.RejectedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.RejectedShares));
api.AcceptedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.SubmittedShares)) - api.RejectedShares;
}
catch (Exception ex)
{
var errorMessage = string.Empty;
var currentEx = ex;
while (currentEx != null)
{
if (!string.IsNullOrEmpty(errorMessage))
{
errorMessage += " ";
}
errorMessage += currentEx.Message;
currentEx = currentEx.InnerException;
}
Program.Print(string.Format("[ERROR] {0}", errorMessage));
}
}
private void ProcessApiDataResponse(HttpListenerResponse response)
{
Task.Factory.StartNew(() =>
{
try
{
double divisor = 1;
var api = new JsonAPI();
PopulateCommonApiData(ref api, ref divisor);
foreach (var miner in m_miners)
{
foreach (var device in miner.Devices.Where(d => d.AllowDevice))
{
if (miner.HasMonitoringAPI)
{
switch (device.Type)
{
case "CUDA":
JsonAPI.CUDA_Miner cudaMiner = null;
PopulateCudaApiData((Miner.CUDA)miner, (Miner.Device.CUDA)device, divisor, ref cudaMiner);
if (cudaMiner != null)
{
api.Miners.Add(cudaMiner);
}
break;
case "OpenCL":
JsonAPI.AMD_Miner amdMiner = null;
PopulateAmdApiData((Miner.OpenCL)miner, (Miner.Device.OpenCL)device, divisor, ref amdMiner);
if (amdMiner != null)
{
api.Miners.Add(amdMiner);
}
break;
}
}
else
{
switch (device.Type)
{
case "OpenCL":
JsonAPI.OpenCLMiner openClMiner = null;
PopulateOpenCLApiData((Miner.OpenCL)miner, (Miner.Device.OpenCL)device, divisor, ref openClMiner);
if (openClMiner != null)
{
api.Miners.Add(openClMiner);
}
break;
case "CPU":
default:
JsonAPI.Miner cpuMiner = null;
PopulateCpuApiData((Miner.CPU)miner, (Miner.Device.CPU)device, divisor, ref cpuMiner);
if (cpuMiner != null)
{
api.Miners.Add(cpuMiner);
}
break;
}
}
}
}
api.Miners.Sort((x, y) => x.PciBusID.CompareTo(y.PciBusID));
byte[] buffer = Encoding.UTF8.GetBytes(Utils.Json.SerializeFromObject(api, Utils.Json.BaseClassFirstSettings));
using (var output = response.OutputStream)
{
if (buffer != null)
{
output.Write(buffer, 0, buffer.Length);
output.Flush();
}
}
}
catch (Exception ex)
{
response.StatusCode = (int)HttpStatusCode.InternalServerError;
var errorMessage = string.Empty;
var currentEx = ex;
while (currentEx != null)
{
if (!string.IsNullOrEmpty(errorMessage))
{
errorMessage += " ";
}
errorMessage += currentEx.Message;
currentEx = currentEx.InnerException;
}
Program.Print(string.Format("[ERROR] {0}", errorMessage));
}
finally
{
try
{
if (response != null)
{
response.Close();
}
}
catch (Exception ex)
{
var errorMessage = string.Empty;
var currentEx = ex;
while (currentEx != null)
{
if (!string.IsNullOrEmpty(errorMessage))
{
errorMessage += " ";
}
errorMessage += currentEx.Message;
currentEx = currentEx.InnerException;
}
Program.Print(string.Format("[ERROR] {0}", errorMessage));
}
}
},
TaskCreationOptions.LongRunning);
}
public void Generate()
{
// header
Output.WriteLine(
"<p>This page contains the API documentation for this MPExtended service, as automatically generated on {0} for version {1} (build {2}). " +
"Please do not edit, as your changes will be overwritten.</p>",
DateTime.Now.ToString("dd MMM yyy HH:mm", System.Globalization.CultureInfo.InvariantCulture),
VersionUtil.GetVersion(Assembly),
VersionUtil.GetBuildVersion(Assembly));
UserStream.WriteLine("Generating documentation for assembly {0}", Assembly.GetName().Name);
// get all items
IEnumerable <DocGenItem> typesToDocument = new List <DocGenItem>();
if (JsonAPI != null)
{
typesToDocument = JsonAPI.GetMethods().Select(x => new DocGenItem()
{
URLPrefix = "/json",
Reflected = x,
Name = x.Name,
Order = GenerateSortOrder(x.Name)
});
}
if (StreamAPI != null)
{
typesToDocument = typesToDocument.Union(StreamAPI.GetMethods().Select(x => new DocGenItem()
{
URLPrefix = "/stream",
Reflected = x,
Name = x.Name,
Order = GenerateSortOrder(x.Name)
}));
}
if (Enumerations != null)
{
typesToDocument = typesToDocument.Union(Enumerations.Select(x => new DocGenItem()
{
URLPrefix = "",
Reflected = x,
Name = x.Name,
Order = GenerateSortOrder(x.Name),
}));
}
// sort all types
typesToDocument = typesToDocument
.OrderBy(x => x.Order)
.ThenBy(x => x.Name);
// print navigation
int lastOrder = -1;
UserStream.WriteLine("=> Generating documentation header");
Output.WriteLine("<h3>Navigation</h3>");
foreach (var item in typesToDocument)
{
if (lastOrder != item.Order)
{
if (lastOrder != -1)
{
Output.WriteLine("</ul>");
}
Output.WriteLine("<h4>{0}</h4><ul>", GetHeadings()[item.Order]);
lastOrder = item.Order;
}
Output.WriteLine("<li><a href=\"#{0}\">{0}</a></li>", item.Name);
}
Output.WriteLine("</ul>");
// generate all documentation
lastOrder = -1;
foreach (var item in typesToDocument)
{
if (lastOrder != item.Order)
{
Output.WriteLine(String.Format("<h3>{0}</h3>", GetHeadings()[item.Order]));
lastOrder = item.Order;
}
if (item.Reflected is MethodInfo)
{
GenerateMethodDocumentation(item.Reflected as MethodInfo, item.URLPrefix);
}
else if (item.Reflected is Type)
{
GenerateEnumDocumentation(item.Reflected as Type);
}
}
UserStream.WriteLine("=> Done");
Output.Flush();
Output.Close();
}
private void Process(HttpListener listener)
{
listener.Start();
Program.Print(string.Format("[INFO] JSON-API service started at {0}...", listener.Prefixes.ElementAt(0)));
while (m_isOngoing)
{
HttpListenerResponse response = listener.GetContext().Response;
var api = new JsonAPI();
float divisor = 0;
ulong totalHashRate = 0ul;
foreach (var miner in m_miners)
{
totalHashRate += miner.GetTotalHashrate();
}
var sTotalHashRate = totalHashRate.ToString();
if (sTotalHashRate.Length > 12 + 1)
{
divisor = 1000000000000;
api.HashRateUnit = "TH/s";
api.TotalHashRate = totalHashRate / divisor;
}
else if (sTotalHashRate.Length > 9 + 1)
{
divisor = 1000000000;
api.HashRateUnit = "GH/s";
api.TotalHashRate = totalHashRate / divisor;
}
else if (sTotalHashRate.Length > 6 + 1)
{
divisor = 1000000;
api.HashRateUnit = "MH/s";
api.TotalHashRate = totalHashRate / divisor;
}
else if (sTotalHashRate.Length > 3 + 1)
{
divisor = 1000;
api.HashRateUnit = "KH/s";
api.TotalHashRate = totalHashRate / divisor;
}
foreach (var miner in m_miners)
{
foreach (var device in miner.Devices.Where(d => d.DeviceID > -1))
{
JsonAPI.Miner newMiner = null;
if (miner.HasMonitoringAPI)
{
switch (device.Type)
{
case "CUDA":
{
var solver = ((Miner.CUDA)miner).Solver;
newMiner = new JsonAPI.CudaMiner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
SettingIntensity = device.Intensity,
SettingMaxCoreClockMHz = solver.getDeviceSettingMaxCoreClock(device.DeviceID),
SettingMaxMemoryClockMHz = solver.getDeviceSettingMaxMemoryClock(device.DeviceID),
SettingPowerLimitPercent = solver.getDeviceSettingPowerLimit(device.DeviceID),
SettingThermalLimitC = solver.getDeviceSettingThermalLimit(device.DeviceID),
SettingFanLevelPercent = solver.getDeviceSettingFanLevelPercent(device.DeviceID),
CurrentFanTachometerRPM = solver.getDeviceCurrentFanTachometerRPM(device.DeviceID),
CurrentTemperatureC = solver.getDeviceCurrentTemperature(device.DeviceID),
CurrentCoreClockMHz = solver.getDeviceCurrentCoreClock(device.DeviceID),
CurrentMemoryClockMHz = solver.getDeviceCurrentMemoryClock(device.DeviceID),
CurrentUtilizationPercent = solver.getDeviceCurrentUtilizationPercent(device.DeviceID),
CurrentPState = solver.getDeviceCurrentPstate(device.DeviceID),
CurrentThrottleReasons = solver.getDeviceCurrentThrottleReasons(device.DeviceID)
};
}
break;
case "OpenCL":
{
var solver = ((Miner.OpenCL)miner).Solver;
newMiner = new JsonAPI.AMD_Miner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
Platform = device.Platform,
SettingIntensity = device.Intensity,
SettingMaxCoreClockMHz = solver.getDeviceSettingMaxCoreClock(device.Platform, device.DeviceID),
SettingMaxMemoryClockMHz = solver.getDeviceSettingMaxMemoryClock(device.Platform, device.DeviceID),
SettingPowerLimitPercent = solver.getDeviceSettingPowerLimit(device.Platform, device.DeviceID),
SettingThermalLimitC = solver.getDeviceSettingThermalLimit(device.Platform, device.DeviceID),
SettingFanLevelPercent = solver.getDeviceSettingFanLevelPercent(device.Platform, device.DeviceID),
CurrentFanTachometerRPM = solver.getDeviceCurrentFanTachometerRPM(device.Platform, device.DeviceID),
CurrentTemperatureC = solver.getDeviceCurrentTemperature(device.Platform, device.DeviceID),
CurrentCoreClockMHz = solver.getDeviceCurrentCoreClock(device.Platform, device.DeviceID),
CurrentMemoryClockMHz = solver.getDeviceCurrentMemoryClock(device.Platform, device.DeviceID),
CurrentUtilizationPercent = solver.getDeviceCurrentUtilizationPercent(device.Platform, device.DeviceID)
};
}
break;
}
}
else
{
switch (device.Type)
{
case "OpenCL":
newMiner = new JsonAPI.OpenCLMiner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
Platform = device.Platform,
SettingIntensity = device.Intensity
};
break;
default:
newMiner = new JsonAPI.Miner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, (device.Type == "CPU")
? Array.IndexOf(miner.Devices, device)
: device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI
};
break;
}
}
if (newMiner != null)
{
api.Miners.Add(newMiner);
}
}
}
byte[] buffer = Encoding.UTF8.GetBytes(Utils.Json.SerializeFromObject(api, Utils.Json.BaseClassFirstSettings));
response.ContentLength64 = buffer.Length;
using (var output = response.OutputStream)
if (buffer != null)
{
output.Write(buffer, 0, buffer.Length);
}
response.Close();
}
}
private void Process(HttpListener listener)
{
listener.Start();
Program.Print(string.Format("[INFO] JSON-API service started at {0}...", listener.Prefixes.ElementAt(0)));
while (m_isOngoing)
{
HttpListenerResponse response = listener.GetContext().Response;
var api = new JsonAPI();
float divisor = 1;
ulong totalHashRate = 0ul;
foreach (var miner in m_miners)
{
totalHashRate += miner.GetTotalHashrate();
}
var sTotalHashRate = totalHashRate.ToString();
if (sTotalHashRate.Length > 12 + 1)
{
divisor = 1000000000000;
api.HashRateUnit = "TH/s";
}
else if (sTotalHashRate.Length > 9 + 1)
{
divisor = 1000000000;
api.HashRateUnit = "GH/s";
}
else if (sTotalHashRate.Length > 6 + 1)
{
divisor = 1000000;
api.HashRateUnit = "MH/s";
}
else if (sTotalHashRate.Length > 3 + 1)
{
divisor = 1000;
api.HashRateUnit = "KH/s";
}
var networkInterface = m_miners.Select(m => m.NetworkInterface).FirstOrDefault(m => m != null);
api.EffectiveHashRate = (networkInterface?.GetEffectiveHashrate() ?? 0f) / divisor;
api.TotalHashRate = totalHashRate / divisor;
api.MinerAddress = networkInterface.MinerAddress ?? string.Empty;
api.MiningURL = networkInterface.SubmitURL ?? string.Empty;
api.CurrentChallenge = networkInterface.CurrentChallenge ?? string.Empty;
api.CurrentDifficulty = networkInterface.Difficulty;
api.LastSubmitLatencyMS = networkInterface?.LastSubmitLatency ?? -1;
api.LatencyMS = networkInterface?.Latency ?? -1;
api.Uptime = (long)(DateTime.Now - Program.LaunchTime).TotalSeconds;
api.RejectedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.RejectedShares));
api.AcceptedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.SubmittedShares)) - api.RejectedShares;
foreach (var miner in m_miners)
{
foreach (var device in miner.Devices.Where(d => d.AllowDevice))
{
JsonAPI.Miner newMiner = null;
if (miner.HasMonitoringAPI)
{
switch (device.Type)
{
case "CUDA":
{
var tempValue = 0;
var tempSize = 0ul;
var tempStr = new StringBuilder(1024);
var instancePtr = ((Miner.CUDA)miner).m_instance;
newMiner = new JsonAPI.CUDA_Miner()
{
Type = device.Type,
DeviceID = device.DeviceID,
PciBusID = device.PciBusID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
SettingIntensity = device.Intensity
};
if (((Miner.CUDA)miner).UseNvSMI)
{
((JsonAPI.CUDA_Miner)newMiner).SettingMaxCoreClockMHz = -1;
((JsonAPI.CUDA_Miner)newMiner).SettingMaxMemoryClockMHz = -1;
tempValue = Miner.API.NvSMI.GetDeviceSettingPowerLimit(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).SettingPowerLimitPercent = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceSettingThermalLimit(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).SettingThermalLimitC = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceSettingFanLevelPercent(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).SettingFanLevelPercent = tempValue;
((JsonAPI.CUDA_Miner)newMiner).CurrentFanTachometerRPM = -1;
tempValue = Miner.API.NvSMI.GetDeviceCurrentTemperature(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).CurrentTemperatureC = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceCurrentCoreClock(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).CurrentCoreClockMHz = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceCurrentMemoryClock(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).CurrentMemoryClockMHz = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceCurrentUtilizationPercent(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).CurrentUtilizationPercent = tempValue;
tempValue = Miner.API.NvSMI.GetDeviceCurrentPstate(device.PciBusID);
((JsonAPI.CUDA_Miner)newMiner).CurrentPState = tempValue;
tempStr.Append(Miner.API.NvSMI.GetDeviceCurrentThrottleReasons(device.PciBusID));
((JsonAPI.CUDA_Miner)newMiner).CurrentThrottleReasons = tempStr.ToString();
}
else
{
Miner.CUDA.Solver.GetDeviceSettingMaxCoreClock(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).SettingMaxCoreClockMHz = tempValue;
Miner.CUDA.Solver.GetDeviceSettingMaxMemoryClock(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).SettingMaxMemoryClockMHz = tempValue;
Miner.CUDA.Solver.GetDeviceSettingPowerLimit(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).SettingPowerLimitPercent = tempValue;
Miner.CUDA.Solver.GetDeviceSettingThermalLimit(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).SettingThermalLimitC = tempValue;
Miner.CUDA.Solver.GetDeviceSettingFanLevelPercent(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).SettingFanLevelPercent = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentFanTachometerRPM(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentFanTachometerRPM = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentTemperature(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentTemperatureC = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentCoreClock(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentCoreClockMHz = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentMemoryClock(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentMemoryClockMHz = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentUtilizationPercent(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentUtilizationPercent = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentPstate(instancePtr, device.DeviceID, ref tempValue);
((JsonAPI.CUDA_Miner)newMiner).CurrentPState = tempValue;
Miner.CUDA.Solver.GetDeviceCurrentThrottleReasons(instancePtr, device.DeviceID, tempStr, ref tempSize);
((JsonAPI.CUDA_Miner)newMiner).CurrentThrottleReasons = tempStr.ToString();
}
}
break;
case "OpenCL":
{
var tempValue = 0;
var tempStr = new StringBuilder(1024);
var instancePtr = ((Miner.OpenCL)miner).m_instance;
newMiner = new JsonAPI.AMD_Miner()
{
Type = device.Type,
DeviceID = device.DeviceID,
PciBusID = device.PciBusID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
Platform = device.Platform,
SettingIntensity = device.Intensity
};
if (((Miner.OpenCL)miner).UseLinuxQuery)
{
((JsonAPI.AMD_Miner)newMiner).SettingMaxCoreClockMHz = -1;
((JsonAPI.AMD_Miner)newMiner).SettingMaxMemoryClockMHz = -1;
((JsonAPI.AMD_Miner)newMiner).SettingPowerLimitPercent = -1;
((JsonAPI.AMD_Miner)newMiner).SettingThermalLimitC = int.MinValue;
((JsonAPI.AMD_Miner)newMiner).SettingFanLevelPercent = Miner.API.AmdLinuxQuery.GetDeviceSettingFanLevelPercent(device.PciBusID);
((JsonAPI.AMD_Miner)newMiner).CurrentFanTachometerRPM = Miner.API.AmdLinuxQuery.GetDeviceCurrentFanTachometerRPM(device.PciBusID);
((JsonAPI.AMD_Miner)newMiner).CurrentTemperatureC = Miner.API.AmdLinuxQuery.GetDeviceCurrentTemperature(device.PciBusID);
((JsonAPI.AMD_Miner)newMiner).CurrentCoreClockMHz = Miner.API.AmdLinuxQuery.GetDeviceCurrentCoreClock(device.PciBusID);
((JsonAPI.AMD_Miner)newMiner).CurrentMemoryClockMHz = Miner.API.AmdLinuxQuery.GetDeviceCurrentCoreClock(device.PciBusID);
((JsonAPI.AMD_Miner)newMiner).CurrentUtilizationPercent = Miner.API.AmdLinuxQuery.GetDeviceCurrentUtilizationPercent(device.PciBusID);
}
else
{
Miner.OpenCL.Solver.GetDeviceSettingMaxCoreClock(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).SettingMaxCoreClockMHz = tempValue;
Miner.OpenCL.Solver.GetDeviceSettingMaxMemoryClock(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).SettingMaxMemoryClockMHz = tempValue;
Miner.OpenCL.Solver.GetDeviceSettingPowerLimit(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).SettingPowerLimitPercent = tempValue;
Miner.OpenCL.Solver.GetDeviceSettingThermalLimit(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).SettingThermalLimitC = tempValue;
Miner.OpenCL.Solver.GetDeviceSettingFanLevelPercent(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).SettingFanLevelPercent = tempValue;
Miner.OpenCL.Solver.GetDeviceCurrentFanTachometerRPM(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).CurrentFanTachometerRPM = tempValue;
Miner.OpenCL.Solver.GetDeviceCurrentTemperature(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).CurrentTemperatureC = tempValue;
Miner.OpenCL.Solver.GetDeviceCurrentCoreClock(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).CurrentCoreClockMHz = tempValue;
Miner.OpenCL.Solver.GetDeviceCurrentMemoryClock(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).CurrentMemoryClockMHz = tempValue;
Miner.OpenCL.Solver.GetDeviceCurrentUtilizationPercent(instancePtr, new StringBuilder(device.Platform), device.DeviceID, ref tempValue);
((JsonAPI.AMD_Miner)newMiner).CurrentUtilizationPercent = tempValue;
}
}
break;
}
}
else
{
switch (device.Type)
{
case "OpenCL":
newMiner = new JsonAPI.OpenCLMiner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI,
Platform = device.Platform,
SettingIntensity = device.Intensity
};
break;
default:
newMiner = new JsonAPI.Miner()
{
Type = device.Type,
DeviceID = device.DeviceID,
ModelName = device.Name,
HashRate = miner.GetHashrateByDevice(device.Platform, (device.Type == "CPU")
? Array.IndexOf(miner.Devices, device)
: device.DeviceID) / divisor,
HasMonitoringAPI = miner.HasMonitoringAPI
};
break;
}
}
if (newMiner != null)
{
api.Miners.Add(newMiner);
}
}
}
api.Miners.Sort((x, y) => x.PciBusID.CompareTo(y.PciBusID));
byte[] buffer = Encoding.UTF8.GetBytes(Utils.Json.SerializeFromObject(api, Utils.Json.BaseClassFirstSettings));
response.ContentLength64 = buffer.Length;
using (var output = response.OutputStream)
if (buffer != null)
{
output.Write(buffer, 0, buffer.Length);
}
response.Close();
}
}
private async Task <DerpiImage> GetPageAsync(Int32 page)
{
try
{
const Int32 maximumCounts = 10;
const Int32 waitDelay = 30000;
Int32 count = 0;
do
{
using CancellationTokenSource source = new CancellationTokenSource();
CancellationToken token = source.Token;
if (_token.IsCancellationRequested)
{
source.Cancel();
}
await WaitAsync(token).ConfigureAwait(true);
token.ThrowIfCancellationRequested();
Task <DerpiImage> pageTask = JsonAPI.GetDerpiImageAsync(SearchQuery, page, token: token);
try
{
if (await Task.WhenAny(pageTask, Task.Delay(waitDelay, token)).ConfigureAwait(true) == pageTask)
{
DerpiImage derpiImage = await pageTask.ConfigureAwait(true);
try
{
pageTask.Dispose();
}
catch (InvalidOperationException)
{
//ignored
}
return(derpiImage);
}
}
catch (TaskCanceledException)
{
//ignored
}
Log.Add(new LogMessage(Globals.Localization.PageWaitToLongRetry, MessageType.Warning, new[] { page.ToString() }));
source.Cancel();
try
{
pageTask.Dispose();
}
catch (InvalidOperationException)
{
//ignored
}
count++;
} while (count < maximumCounts);
Log.Add(new LogMessage(Globals.Localization.GetPageError, MessageType.CriticalWarning, new[] { page.ToString() }));
return(null);
}
catch (OperationCanceledException)
{
return(null);
}
}
private async Task GenerateTasksAsync()
{
Task[] tasks = new Task[ImagesPerPage];
DerpiImage nextPage = new DerpiImage();
for (Int32 page = _firstPageNumber; page <= Pages; page++)
{
if (page == _firstPageNumber)
{
await Task.Delay(2000, _token).ConfigureAwait(true);
}
await WaitAsync(_token).ConfigureAwait(true);
Task <DerpiImage> nextPageTask = null;
if (_token.IsCancellationRequested)
{
return;
}
if (page < Pages)
{
nextPageTask = GetPageAsync(page + 1);
}
DerpiImage derpiPage = page == _firstPageNumber ? _firstPage : nextPage;
if (nextPage == null)
{
if (nextPageTask != null)
{
nextPage = await nextPageTask.ConfigureAwait(true);
}
continue;
}
for (Int32 index = 0; index < derpiPage.images.Count; index++)
{
if (IsInvalid || _token.IsCancellationRequested)
{
return;
}
Image image = derpiPage.images[index];
while (image?.duplicate_of != null)
{
Log.Add(new LogMessage("Image id:{0} duplicate of id:{1}", MessageType.Warning,
new[] { image.id.ToString(), image.duplicate_of.ToString() }));
try
{
image = (await JsonAPI.GetDerpiImageAsync($"id:{image.duplicate_of}", token: _token).ConfigureAwait(true)).images[0];
}
catch (IndexOutOfRangeException)
{
Log.Add(new LogMessage(Globals.Localization.CantFoundDuplicateImage, MessageType.Warning));
}
}
if (image == null)
{
continue;
}
ImageDataSupplement(image);
tasks[index] = DownloadImageAsync(image);
}
await Task.WhenAll(tasks).ConfigureAwait(true);
if (page >= Pages)
{
continue;
}
if (nextPageTask != null)
{
nextPage = await nextPageTask.ConfigureAwait(true);
}
}
IsCompleted = true;
}
private void PopulateCommonApiData(ref JsonAPI api, ref float divisor)
{
try
{
ulong totalHashRate = 0ul;
foreach (var miner in m_miners)
{
totalHashRate += miner.GetTotalHashrate();
}
var sTotalHashRate = totalHashRate.ToString();
if (sTotalHashRate.Length > 12 + 1)
{
divisor = 1000000000000;
api.HashRateUnit = "TH/s";
}
else if (sTotalHashRate.Length > 9 + 1)
{
divisor = 1000000000;
api.HashRateUnit = "GH/s";
}
else if (sTotalHashRate.Length > 6 + 1)
{
divisor = 1000000;
api.HashRateUnit = "MH/s";
}
else if (sTotalHashRate.Length > 3 + 1)
{
divisor = 1000;
api.HashRateUnit = "KH/s";
}
var networkInterface = m_miners.Select(m => m.NetworkInterface).FirstOrDefault(m => m != null);
var timeLeftToSolveBlock = networkInterface?.GetTimeLeftToSolveBlock(totalHashRate) ?? TimeSpan.Zero;
if (timeLeftToSolveBlock != TimeSpan.Zero)
{
api.EstimateTimeLeftToSolveBlock = (long)timeLeftToSolveBlock.TotalSeconds;
}
api.EffectiveHashRate = (networkInterface?.GetEffectiveHashrate() ?? 0f) / divisor;
api.TotalHashRate = totalHashRate / divisor;
api.MinerAddress = networkInterface.MinerAddress ?? string.Empty;
api.MiningURL = networkInterface.SubmitURL ?? string.Empty;
api.CurrentChallenge = networkInterface.CurrentChallenge ?? string.Empty;
api.CurrentDifficulty = networkInterface.Difficulty;
api.LastSubmitLatencyMS = networkInterface?.LastSubmitLatency ?? -1;
api.LatencyMS = networkInterface?.Latency ?? -1;
api.Uptime = (long)(DateTime.Now - Program.LaunchTime).TotalSeconds;
api.RejectedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.RejectedShares));
api.AcceptedShares = m_miners.Select(m => m.NetworkInterface).Distinct().Sum(i => (long)(i.SubmittedShares)) - api.RejectedShares;
}
catch (Exception ex)
{
var errorMessage = string.Empty;
var currentEx = ex;
while (currentEx != null)
{
if (!string.IsNullOrEmpty(errorMessage))
{
errorMessage += " ";
}
errorMessage += currentEx.Message;
currentEx = currentEx.InnerException;
}
Program.Print(string.Format("[ERROR] {0}", errorMessage));
}
}