private bool MonitorDataConverter(CompletedMonitorCallbackParams monitorData, out Dictionary<string, object> allScreenMonitorData)
{
allScreenMonitorData = new Dictionary<string, object>();
if (monitorData == null) return false;
StringBuilder pathSB = new StringBuilder();
byte keyByte = 0;
List<byte> pathByteArr = new List<byte>();
List<byte> tmpArr;
if (monitorData.MonitorData.AllScreenMonitorCollection.Count == 0) return false;
string key;
foreach (var sData in monitorData.MonitorData.AllScreenMonitorCollection)
{
Dictionary<string, object> terMonitorData = new Dictionary<string, object>();
#region sender card
foreach (var senderData in sData.SenderMonitorCollection)//sender monitor data list
{
keyByte = (byte)HWDeviceType.Sender;//equip type
pathByteArr.Clear();
for (int i = 0; i < senderData.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)senderData.MappingList[i].Device);
pathByteArr.Add((byte)senderData.MappingList[i].DeviceIndex);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.workstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.workstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)senderData.DeviceStatus);
if (senderData.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.connectedstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.connectedstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, Convert.ToInt32(!senderData.IsDviConnected));
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.dviRate);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.dviRate })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)senderData.DviRate);
#region Sender Card Port
foreach (var portInfo in senderData.ReduPortIndexCollection)
{
pathByteArr.Clear();
for (int i = 0; i < portInfo.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)portInfo.MappingList[i].Device);
pathByteArr.Add((byte)portInfo.MappingList[i].DeviceIndex);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.PortOfSenderStatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.PortOfSenderStatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, Convert.ToInt32(portInfo.IsReduState));
}
#endregion
}
}
#endregion
#region Deconcentrator
foreach (var deconcentratorData in sData.DeconcentratorCollection)
{
pathByteArr.Clear();
for (int i = 0; i < deconcentratorData.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)deconcentratorData.MappingList[i].Device);
pathByteArr.Add((byte)deconcentratorData.MappingList[i].DeviceIndex);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.workstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.workstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key))
terMonitorData.Add(key, (int)deconcentratorData.DeviceStatus);
}
#endregion
#region scanner card
keyByte = (byte)HWDeviceType.Scanner;//equip type
foreach (var scannerData in sData.ScannerMonitorCollection)
{
pathByteArr.Clear();
for (int i = 0; i < scannerData.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)scannerData.MappingList[i].Device);
pathByteArr.Add((byte)scannerData.MappingList[i].DeviceIndex);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.workstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.workstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)scannerData.DeviceStatus);
if (scannerData.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.temperature);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.temperature })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, scannerData.Temperature);
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.voltage);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.voltage })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, scannerData.Voltage);
}
}
#endregion
#region function card
keyByte = (byte)HWDeviceType.FunctionCard;//equip type
foreach (var funCardData in sData.FunctionCardInfoCollection)
{
pathByteArr.Clear();
for (int i = 0; i < funCardData.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)funCardData.MappingList[i].Device);
pathByteArr.Add((byte)funCardData.MappingList[i].DeviceIndex);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.workstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.workstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)funCardData.DeviceStatus);
if (funCardData.DeviceStatus == DeviceWorkStatus.OK)
{
List<byte> funCardPathByteArr = new List<byte>();
//functionCard PeripheralInfo
foreach (var index in funCardData.PeripheralInfoDict.Keys)
{
PeripheralMonitorBaseInfo perInfo = funCardData.PeripheralInfoDict[index];
if (perInfo is LightSensorMonitorInfo)
{
if (perInfo.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.brightness);
tmpArr.Add((byte)(byte)index);
LightSensorMonitorInfo lightSensorInfo = perInfo as LightSensorMonitorInfo;
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.brightness })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, lightSensorInfo.Lux);
}
}
else if (perInfo is TemperatureSensorMonitorInfo)
{
if (perInfo.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.temperature);
tmpArr.Add((byte)(byte)index);
TemperatureSensorMonitorInfo temSensorInfo = perInfo as TemperatureSensorMonitorInfo;
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.temperature })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, temSensorInfo.Tempearture);
}
}
else if (perInfo is HumiditySensorMonitorInfo)
{
if (perInfo.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.humidity);
tmpArr.Add((byte)(byte)index);
HumiditySensorMonitorInfo humiditySensorInfo = perInfo as HumiditySensorMonitorInfo;
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.humidity })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, humiditySensorInfo.Humidity);
}
}
}
}
}
#endregion
#region monitor card
keyByte = (byte)(HWDeviceType.MonitorCard);//equip type
foreach (var monitorCardData in sData.MonitorCardInfoCollection)
{
if (monitorCardData == null) continue;
pathByteArr.Clear();
for (int i = 0; i < monitorCardData.MappingList.Count; i++)
{
pathByteArr.Add((byte)(int)monitorCardData.MappingList[i].Device);
pathByteArr.Add((byte)monitorCardData.MappingList[i].DeviceIndex);
}
#region common data
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.workstatus);
tmpArr.Add((byte)0);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.workstatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)monitorCardData.DeviceStatus);
if (monitorCardData.DeviceStatus == DeviceWorkStatus.OK)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.humidity);
tmpArr.Add((byte)0);
if (monitorCardData.HumidityUInfo != null && monitorCardData.HumidityUInfo.IsUpdate)
{
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.humidity })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, monitorCardData.HumidityUInfo.Humidity);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.doorOpenStatus);
tmpArr.Add((byte)0);
if (monitorCardData.CabinetDoorUInfo != null && monitorCardData.CabinetDoorUInfo.IsUpdate)
{
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.doorOpenStatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, Convert.ToInt32(monitorCardData.CabinetDoorUInfo.IsDoorOpen));
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.smoke);
tmpArr.Add((byte)0);
if (monitorCardData.SmokeUInfo != null && monitorCardData.SmokeUInfo.IsUpdate)
{
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.smoke })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, Convert.ToInt32(monitorCardData.SmokeUInfo.IsSmokeAlarm));
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.temperature);
tmpArr.Add((byte)0);
if (monitorCardData.TemperatureUInfo != null && monitorCardData.TemperatureUInfo.IsUpdate)
{
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.temperature })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, monitorCardData.TemperatureUInfo.Temperature);
}
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.SocketCableStatus);
tmpArr.Add((byte)0);
if (monitorCardData.SocketCableUInfo != null)
{
WorkStatusType socketCableStatus = IsSocketCableStatusOK(monitorCardData);
if (socketCableStatus != WorkStatusType.Unknown)
{
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.SocketCableStatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, (int)socketCableStatus);
}
}
#endregion
#region list data
//monitorCard voltage
if (monitorCardData.PowerUInfo != null && monitorCardData.PowerUInfo.IsUpdate)
{
foreach (var monitorPower in monitorCardData.PowerUInfo.PowerMonitorInfoCollection)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.voltage);
tmpArr.Add((byte)monitorPower.Key);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.voltage })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, monitorPower.Value);
}
}
//monitorCard Fan
if (monitorCardData.FansUInfo != null && monitorCardData.FansUInfo.IsUpdate)
{
foreach (var monitorFan in monitorCardData.FansUInfo.FansMonitorInfoCollection)
{
tmpArr = new List<byte>(pathByteArr);
tmpArr.Add((byte)(int)PhysicalType.fanspeed);
tmpArr.Add((byte)monitorFan.Key);
key = ByteToHexStrX1(new byte[] { keyByte })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.fanspeed })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(tmpArr.Count / 2) })
+ "|" + ByteToHexStrX2(tmpArr.ToArray());
if (terMonitorData.ContainsKey(key)) continue;
terMonitorData.Add(key, monitorFan.Value);
}
}
//monitorCard SocketCable
//if (monitorCardData.SocketCableUInfo.IsUpdate)
//{
// foreach (var socketcableInfo in monitorCardData.SocketCableUInfo.SocketCableInfoCollection)
// {
// if (socketcableInfo.DeviceStatus == DeviceWorkStatus.OK) continue;
// socketcableInfo.SocketCableInfoDict
// }
//}
#endregion
}
}
#endregion
if (!allScreenMonitorData.ContainsKey(sData.ScreenUDID))
allScreenMonitorData.Add(sData.ScreenUDID, terMonitorData);
}
return true;
}
private void ReadMonitorData(IAsyncResult result)
{
lock (_objLock)
{
ReadMonitorDataErrType res = _moniDatareader.BeginReadData(new CompletedMonitorCallback(
(cmpParams, userToken) =>
{
if (cmpParams != null)
{
string cmpStr = CommandTextParser.GetJsonSerialization<CompletedMonitorCallbackParams>(cmpParams);
_cmpParams = CommandTextParser.GetDeJsonSerialization<CompletedMonitorCallbackParams>(cmpStr);
}
ReadDataCallback(_cmpParams, userToken);
}), DataType.all);
if (res == ReadMonitorDataErrType.NoServerObj)
{
//取消重新读取，直接提示用户
//_fLogService.Error("服务没有注册，需重新注册...");
//AsyncRestartDataReader(false);
//UpdateConfigMessage(TransferType.M3_UpdateLedScreenConfigInfo, string.Empty);
Interlocked.Exchange(ref _isReadingMonitorData, 0);
return;
}
else if (res != ReadMonitorDataErrType.OK)
{
State = DataSourceState.Error;
SendData("M3_StateData", res.ToString());
MonitorException = new Exception(res.ToString()) { Source = "M3_MonitorData" };
if (res != ReadMonitorDataErrType.BusyWorking)
{
_fLogService.Debug("ReadMonitorData BusyWorking释放");
Interlocked.Exchange(ref _isReadingMonitorData, 0);
}
}
}
}
private CompletedMonitorCallbackParams GetCompletedMonitorCallbackParams()
{
CompletedMonitorCallbackParams param = new CompletedMonitorCallbackParams();
AllMonitorData monitorData = new AllMonitorData();
param.MonitorData = monitorData;
int createScreenCount = 3;
int senderCount = 2;
int scannerCount = 2;
int fansCount = 2;
int powerCount = 2;
int cableCount = 1;
int functionCount = 2;
int peripheralCount = 2;
int comFunctionCount = 2;
const int deconcentratorCount = 1;
for (int scrIndex = 0; scrIndex < createScreenCount; scrIndex++)
{
string scrUDID = "1306280000015920-" + scrIndex.ToString("X2");
ScreenModnitorData scrMonitorData = new ScreenModnitorData(scrUDID);
for (int senderIndex = 0; senderIndex < senderCount; senderIndex++)
{
#region 添加发送卡数据
SendStatusMsg("StartReadDVIData" + senderIndex);
SenderMonitorInfo sendInfo = new SenderMonitorInfo();
sendInfo.DeviceStatus = DeviceWorkStatus.OK;
sendInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
sendInfo.IsDviConnected = true;
sendInfo.DviRate = 60;
sendInfo.ReduPortIndexCollection.Add(new PortOfSenderMonitorInfo());
sendInfo.ReduPortIndexCollection.Add(new PortOfSenderMonitorInfo());
scrMonitorData.SenderMonitorCollection.Add(sendInfo);
SendStatusMsg("FinishReadDVIData" + senderIndex);
#endregion
#region 分线器数据
scrMonitorData.DeconcentratorCollection = new List<DeconcentratorMonitorInfo>();
for (int deconcentratoIndex = 0; deconcentratoIndex < deconcentratorCount; deconcentratoIndex++)
{
SendStatusMsg("Start分线器数据Data" + deconcentratoIndex);
DeconcentratorMonitorInfo deconcentratorInfo = new DeconcentratorMonitorInfo();
deconcentratorInfo.DeviceStatus = DeviceWorkStatus.OK;
deconcentratorInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
if (deconcentratoIndex < 1)
deconcentratorInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 0));
else
deconcentratorInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 1));
scrMonitorData.DeconcentratorCollection.Add(deconcentratorInfo);
SendStatusMsg("End分线器数据Data" + deconcentratoIndex);
}
#endregion
for (int scannerIndex = 0; scannerIndex < scannerCount; scannerIndex++)
{
#region 添加接收卡数据
SendStatusMsg("Start接收卡数据Data" + scannerIndex);
ScannerMonitorInfo scannerInfo = new ScannerMonitorInfo();
scannerInfo.DeviceStatus = DeviceWorkStatus.OK;
scannerInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
if (scannerIndex < 50)
{
scannerInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 0));
}
else
{
scannerInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 1));
}
scannerInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Scanner, scannerIndex));
scannerInfo.Temperature = 25.5f;
scannerInfo.Voltage = 5.5f;
scrMonitorData.ScannerMonitorCollection.Add(scannerInfo);
SendStatusMsg("End接收卡数据Data" + scannerIndex);
#endregion
#region 添加监控卡数据
//MonitorCardMonitorInfo
SendStatusMsg("Start监控卡数据Data" + scannerIndex);
MonitorCardMonitorInfo monitorCardInfo = new MonitorCardMonitorInfo();
monitorCardInfo.DeviceStatus = DeviceWorkStatus.OK;
monitorCardInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
if (scannerIndex < 50)
{
monitorCardInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 0));
}
else
{
monitorCardInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 1));
}
monitorCardInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Scanner, scannerIndex));
monitorCardInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.MonitorCard, 0));
monitorCardInfo.TemperatureUInfo = new MCTemperatureUpdateInfo() { IsUpdate = true, Temperature = 20.5f };
monitorCardInfo.HumidityUInfo = new MCHumidityUpdateInfo() { IsUpdate = true, Humidity = 80.5f };
monitorCardInfo.SmokeUInfo = new MCSmokeUpdateInfo() { IsUpdate = true, IsSmokeAlarm = false };
monitorCardInfo.CabinetDoorUInfo = new MCDoorUpdateInfo() { IsUpdate = true, IsDoorOpen = true };
SendStatusMsg("End监控卡数据Data" + scannerIndex);
#region 风扇数据
SendStatusMsg("Start风扇数据Data" + scannerIndex);
MCFansUpdateInfo mcFansUpdateInfo = new MCFansUpdateInfo();
mcFansUpdateInfo.IsUpdate = true;
mcFansUpdateInfo.FansMonitorInfoCollection = new SerializableDictionary<int, int>();
for (int fansIndex = 0; fansIndex < fansCount; fansIndex++)
{
int speed = 3000;
if (scannerIndex < 50)
{
speed = 3500;
}
mcFansUpdateInfo.FansMonitorInfoCollection.Add(fansIndex, speed);
}
monitorCardInfo.FansUInfo = mcFansUpdateInfo;
SendStatusMsg("End风扇数据Data" + scannerIndex);
#endregion
#region 电源数据
SendStatusMsg("Start电源数据Data" + scannerIndex);
MCPowerUpdateInfo mcPowerUInfo = new MCPowerUpdateInfo();
mcPowerUInfo.IsUpdate = true;
mcPowerUInfo.PowerMonitorInfoCollection = new SerializableDictionary<int,float>();
for (int pwoerIndex = 0; pwoerIndex < powerCount; pwoerIndex++)
{
float power = 5.0f;
if (scannerIndex < 50)
{
power = 4.5f;
}
mcPowerUInfo.PowerMonitorInfoCollection.Add(pwoerIndex, power);
}
monitorCardInfo.PowerUInfo = mcPowerUInfo;
SendStatusMsg("End电源数据Data" + scannerIndex);
#endregion
#region 排线数据
SendStatusMsg("Start排线数据Data" + scannerIndex);
List<SocketCableMonitorInfo> socketCableInfoCollection = new List<SocketCableMonitorInfo>();
for (int cableIndex = 0; cableIndex < cableCount; cableIndex++)
{
SocketCableMonitorInfo cableInfo = new SocketCableMonitorInfo();
cableInfo.DeviceStatus = DeviceWorkStatus.OK;
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
if (scannerIndex < 50)
{
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 0));
}
else
{
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 1));
}
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Scanner, scannerIndex));
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.MonitorCard, 0));
cableInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.SocketOfMonitorCard, cableIndex));
for (int groupIndex = 0; groupIndex < 8; groupIndex++)
{
List<SocketCableStatus> oneGroupStatusList = new List<SocketCableStatus>();
SocketCableStatus cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.ABCD_Signal;
cableStatus.IsCableOK = true;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.CTRL_Signal;
cableStatus.IsCableOK = true;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.DCLK_Signal;
cableStatus.IsCableOK = true;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.LAT_Signal;
cableStatus.IsCableOK = true;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.OE_Signal;
cableStatus.IsCableOK = false;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.Red_Signal;
cableStatus.IsCableOK = false;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.Green_Signal;
cableStatus.IsCableOK = false;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.Blue_Signal;
cableStatus.IsCableOK = false;
oneGroupStatusList.Add(cableStatus);
cableStatus = new SocketCableStatus();
cableStatus.CableType = SocketCableType.VRed_Signal;
cableStatus.IsCableOK = false;
oneGroupStatusList.Add(cableStatus);
cableInfo.SocketCableInfoDict.Add(groupIndex, oneGroupStatusList);
}
socketCableInfoCollection.Add(cableInfo);
monitorCardInfo.SocketCableUInfo = new MCSocketCableUpdateInfo() { IsUpdate = true, SocketCableInfoCollection = socketCableInfoCollection };
}
SendStatusMsg("End排线数据Data" + scannerIndex);
#endregion
scrMonitorData.MonitorCardInfoCollection.Add(monitorCardInfo);
#endregion
}
for (int functionIndex = 0; functionIndex < functionCount; functionIndex++)
{
SendStatusMsg("Start多功能卡数据Data" + functionIndex);
#region 添加网口上的多功能卡
FunctionCardMonitorInfo functionInfo = new FunctionCardMonitorInfo();
functionInfo.PeripheralInfoDict = new SerializableDictionary<int, PeripheralMonitorBaseInfo>();
functionInfo.DeviceStatus = DeviceWorkStatus.OK;
functionInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.Sender, senderIndex));
functionInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.PortOfSender, 1));
functionInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.FunctionCard, functionIndex));
for (int sensorIndex = 0; sensorIndex < peripheralCount; sensorIndex++)
{
PeripheralMonitorBaseInfo sensorInfo;
if (sensorIndex <= 2)
{
sensorInfo = new LightSensorMonitorInfo() { DeviceStatus = DeviceWorkStatus.OK, Lux = 280 };
}
else
{
sensorInfo = new TemperatureSensorMonitorInfo() { DeviceStatus = DeviceWorkStatus.OK, Tempearture = 18.5f };
}
functionInfo.PeripheralInfoDict.Add(sensorIndex, sensorInfo);
}
SendStatusMsg("End多功能卡数据Data" + functionIndex);
scrMonitorData.FunctionCardInfoCollection.Add(functionInfo);
#endregion
}
}
monitorData.AllScreenMonitorCollection.Add(scrMonitorData);
}
//for (int comFuncIndex = 0; comFuncIndex < comFunctionCount; comFuncIndex++ )
//{
// #region 添加串口上的多功能卡
// FunctionCardMonitorInfo functionInfo = new FunctionCardMonitorInfo();
// functionInfo.DeviceStatus = DeviceWorkStatus.OK;
// functionInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.FunctionCard, comFuncIndex));
// for (int sensorIndex = 0; sensorIndex < sensorCount; sensorIndex++)
// {
// LightSensorMonitorInfo sensorInfo = new LightSensorMonitorInfo();
// sensorInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.FunctionCard, comFuncIndex));
// sensorInfo.MappingList.Add(new DeviceSearchMapping(HWDeviceType.LightSensor, 0));
// sensorInfo.Birghtness = 2600;
// functionInfo.LightSensorInfoDict.Add(sensorIndex, sensorInfo);
// }
// #endregion
//}
return param;
}
//private SerializableDictionary<string, List<byte>> _senderRetryInfoDic;
//private SerializableDictionary<string, List<ScanBoardRegionInfo>> _scanRetryInfoDic;
private void ReadDataCallback(CompletedMonitorCallbackParams cmpParams, object userToken)
{
//if (userToken != null)
//{
// SenderMonitorDataNeedRetry(cmpParams, _ledAlarmConfigDic, out _senderRetryInfoDic);
// if (_senderRetryInfoDic.Count != 0)
// {
// _isNeedRetry = true;
// _dataType = DataType.senderData;
// return;
// }
// else
// {
// ScannerMonitorDataNeedRetry(cmpParams, _ledAlarmConfigDic, out _scanRetryInfoDic);
// if (_scanRetryInfoDic.Count != 0)
// {
// _isNeedRetry = true;
// _dataType = DataType.scannerData;
// return;
// }
// }
//}
//_isNeedRetry = false;
try
{
if (cmpParams != null && cmpParams.MonitorData != null
&& cmpParams.MonitorData.AllScreenMonitorCollection != null && cmpParams.MonitorData.AllScreenMonitorCollection.Count > 0)
{
SendData("M3_MonitoringData",
CommandTextParser.GetJsonSerialization<AllMonitorData>(cmpParams.MonitorData));
SendData("M3_StateData", "ReadMonitoringSuccess");
}
else
{
SendData("M3_MonitoringData",
CommandTextParser.GetJsonSerialization<AllMonitorData>(cmpParams.MonitorData));
SendData("M3_StateData", "ReadMonitoringFailed");
}
WriteLog("ReadDataCallback回调开始，首先获取计算机的相关参数...");
#region pc hardware information
string pcInfo = string.Empty;
pcInfo += _sysInfo.CpuLoad;
pcInfo += "+" + _sysInfo.PhysicalMemory;
pcInfo += "+" + _sysInfo.MemoryAvailable;
List<HDDInfo> hInfoList = _sysInfo.GetLogicalDrives();
foreach (var hddInfo in hInfoList)
{
pcInfo += "+" + hddInfo.DiskName + "-" + hddInfo.TotalSize + "-" + hddInfo.FreeSpace;
}
DataPoint pcDP = new DataPoint();
pcDP.Key = ByteToHexStrX1(new byte[] { (byte)HWDeviceType.ComputerHWInfo })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.ComputerStatus })
+ "|" + ByteToHexStrX1(new byte[] { (byte)0 })
+ "|" + ByteToHexStrX2(new byte[] { (byte)1 });
pcDP.Value = pcInfo;
#endregion
List<AutoReadResultData> brightList = _moniDatareader.AutoReadResultDatas();
WriteLog("ReadDataCallback将数据对外发出...");
Dictionary<string, object> allScreenMonitorData;
List<DataPoint> dpList;
if (MonitorDataConverter(cmpParams, out allScreenMonitorData))
{
if (allScreenMonitorData.Count != 0)
{
dpList = new List<DataPoint>();
foreach (var item in allScreenMonitorData.Keys)
{
dpList = new List<DataPoint>();
foreach (var dataPoint in ((Dictionary<string, object>)allScreenMonitorData[item]).Keys)
{
DataPoint dp = new DataPoint();
dp.Key = dataPoint;
dp.Value = ((Dictionary<string, object>)allScreenMonitorData[item])[dataPoint].ToString();
dpList.Add(dp);
}
#region brightness
DataPoint pcDPBright = new DataPoint();
DataPoint pcDPSensorBright = new DataPoint();
if (brightList != null && brightList.Count != 0)
{
AutoReadResultData brightnessData = brightList.Find(a => a.SN == item);
if (brightnessData != null && brightnessData.AutoBrightInfo != null)
{
if (brightnessData.AutoBrightInfo.IsSucess)
{
pcDPBright.Value = brightnessData.AutoBrightInfo.BrightValue.ToString();
}
else
{
pcDPBright.Value = "-1";
}
}
if (brightnessData != null && brightnessData.AutoSensorInfo != null)
{
if (brightnessData.AutoSensorInfo.IsSucess)
{
pcDPSensorBright.Value = brightnessData.AutoSensorInfo.SensorValue.ToString();
}
else
{
pcDPSensorBright.Value = "-1";
}
}
}
else
{
pcDPBright.Value = "-1";
pcDPSensorBright.Value = "-1";
}
pcDPBright.Key = ByteToHexStrX1(new byte[] { (byte)HWDeviceType.Screen })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.brightness })
+ "|" + ByteToHexStrX1(new byte[] { (byte)0 })
+ "|" + ByteToHexStrX2(new byte[] { (byte)1 });
pcDPSensorBright.Key = ByteToHexStrX1(new byte[] { (byte)HWDeviceType.Screen })
+ "|" + ByteToHexStrX1(new byte[] { (byte)(int)PhysicalType.EnvironmentBrightness })
+ "|" + ByteToHexStrX1(new byte[] { (byte)0 })
+ "|" + ByteToHexStrX2(new byte[] { (byte)1 });
#endregion
dpList.Add(pcDP);
dpList.Add(pcDPBright);
dpList.Add(pcDPSensorBright);
SendData("MonitoringData", new DataPoint() { Key = item, Value = dpList });
}
}
}
WriteLog("ReadDataCallback将数据对外发出完成...");
}
catch (Exception ex)
{
WriteLog("ReadDataCallback将数据返回时出现异常：" + ex.ToString());
_fLogService.Error("ExistCatch:ReadDataCallback将数据返回时出现异常：" + ex.ToString());
}
finally
{
_fLogService.Debug("ReadDataCallback BusyWorking释放");
Interlocked.Exchange(ref _isReadingMonitorData, 0);
}
}
private void NotifyCompleteAllMonitor()
{
_fLogService.Info("开始通知数据采集完成");
if (_readHWParams != null && _readHWParams.CallBack != null)
{
_stopwatch.Stop();
CompletedMonitorCallbackParams param = new CompletedMonitorCallbackParams()
{
MonitorData = _allMonitorData
};
Interlocked.Exchange(ref _isRunningMetux, 0);
_readHWParams.CallBack.Invoke(param, _readHWParams.UserToken);
}
_fLogService.Info("完成通知数据采集完成，开始检查配置文件是否更新..." + _stopwatch.ElapsedMilliseconds);
lock (_notifyLocker)
{
if (_isNeedNotifyScreenCfgChanged)
{
_fLogService.Info("通知外部显示屏配置更新");
_isNeedNotifyScreenCfgChanged = false;
OnNotifyScreenCfgChangedEvent(this, EventArgs.Empty);
_fLogService.Info("完成通知外部显示屏配置更新");
}
}
OnNotifyExecResEvent(TransferType.M3_RefreshDataFinish, string.Empty, UpdateCfgFileResType.OK);
}
