private LedMonitoringConfig SetMonitorCfg()
{
LedMonitoringConfig ledHWCfg = new LedMonitoringConfig();
ledHWCfg.SN = _sn;
ledHWCfg.MonitoringCardConfig = new MonitoringCardConfig();
ledHWCfg.MonitoringCardConfig.MonitoringEnable = IsMonitorCardConnected;
if (!IsMonitorCardConnected)
{
return(ledHWCfg);
}
ledHWCfg.MonitoringCardConfig.ParameterConfigTable = new List <ParameterMonitoringConfig>();
ParameterMonitoringConfig pCfg = new ParameterMonitoringConfig();
//Humidity
pCfg.ConfigMode = ParameterConfigMode.NoneExtendedMode;
pCfg.MonitoringEnable = IsRefreshHumidity;
pCfg.Type = StateQuantityType.Humidity;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg);
//smoke
ParameterMonitoringConfig pCfg1 = new ParameterMonitoringConfig();
pCfg1.ConfigMode = ParameterConfigMode.NoneExtendedMode;
pCfg1.Type = StateQuantityType.Smoke;
pCfg1.MonitoringEnable = IsRefreshSmoke;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg1);
//cabinet
ParameterMonitoringConfig pCfg2 = new ParameterMonitoringConfig();
pCfg2.Type = StateQuantityType.FlatCableStatus;
pCfg2.ConfigMode = ParameterConfigMode.NoneExtendedMode;
pCfg2.MonitoringEnable = IsRefreshCabinet;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg2);
//cabinetdoor
ParameterMonitoringConfig pCfg3 = new ParameterMonitoringConfig();
pCfg3.ConfigMode = ParameterConfigMode.NoneExtendedMode;
pCfg3.Type = StateQuantityType.DoorStatus;
pCfg3.MonitoringEnable = IsRefreshCabinetDoor;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg3);
//fan
ParameterMonitoringConfig pCfg4 = new ParameterMonitoringConfig();
if (FanInfo != null)
{
pCfg4.ReservedConfig = FanInfo.FanSpeed;
if (FanInfo.IsRefreshFan)
{
if (FanInfo.AllFanOfCabinetSame)
{
pCfg4.ConfigMode = ParameterConfigMode.GeneralExtendedMode;
pCfg4.MonitoringEnable = FanInfo.IsRefreshFan;
pCfg4.GeneralExtendedConfig = FanInfo.FanCount;
}
else if (FanInfo.AllFanOfCabinetDif)
{
pCfg4.ConfigMode = ParameterConfigMode.AdvanceExtendedMode;
pCfg4.ExtendedConfig = new List <ParameterExtendedConfig>();
if (FanInfo.AllFanCountDif != null)
{
foreach (KeyValuePair <string, byte> keyValue in FanInfo.AllFanCountDif)
{
ParameterExtendedConfig param = new ParameterExtendedConfig();
param.ReceiveCardId = keyValue.Key;
param.ParameterCount = keyValue.Value;
pCfg4.ExtendedConfig.Add(param);
}
}
}
}
pCfg4.MonitoringEnable = FanInfo.IsRefreshFan;
pCfg4.Type = StateQuantityType.FanSpeed;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg4);
}
//Power
ParameterMonitoringConfig pCfg5 = new ParameterMonitoringConfig();
if (MCPower != null)
{
if (MCPower.IsRefreshPower)
{
if (MCPower.AllPowerOfCabinetSame)
{
pCfg5.ConfigMode = ParameterConfigMode.GeneralExtendedMode;
pCfg5.MonitoringEnable = MCPower.IsRefreshPower;
pCfg5.GeneralExtendedConfig = MCPower.PowerCount;
}
else if (MCPower.AllPowerOfCabinetDif)
{
pCfg5.ConfigMode = ParameterConfigMode.AdvanceExtendedMode;
pCfg5.ExtendedConfig = new List <ParameterExtendedConfig>();
if (MCPower.AllPowerCountDif != null)
{
foreach (KeyValuePair <string, byte> keyValue in MCPower.AllPowerCountDif)
{
ParameterExtendedConfig param = new ParameterExtendedConfig();
param.ReceiveCardId = keyValue.Key;
param.ParameterCount = keyValue.Value;
pCfg5.ExtendedConfig.Add(param);
}
}
}
}
pCfg5.MonitoringEnable = MCPower.IsRefreshPower;
pCfg5.Type = StateQuantityType.Voltage;
ledHWCfg.MonitoringCardConfig.ParameterConfigTable.Add(pCfg5);
}
return(ledHWCfg);
}
private void SetMonitorCardMonitor(LedBasicInfo ledInfo, List <MonitorCardMonitorInfo> monitorCardInfos,
LedAlarmConfig ledAlarmConfig, LedMonitoringConfig ledMonitorConfig, MonitorDataFlag monitorFlag)
{
if (ledMonitorConfig.MonitoringCardConfig == null || ledMonitorConfig.MonitoringCardConfig.MonitoringEnable == false)
{
monitorFlag.IsMCStatusValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsFanValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsHumidityValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsPowerValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsRowLineValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsSmokeValid = DeviceWorkStatus.UnAvailable;
monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.UnAvailable;
return;
}
monitorFlag.IsMCStatusValid = DeviceWorkStatus.Unknown;
monitorFlag.IsFanValid = DeviceWorkStatus.Unknown;
monitorFlag.IsHumidityValid = DeviceWorkStatus.Unknown;
monitorFlag.IsPowerValid = DeviceWorkStatus.Unknown;
monitorFlag.IsRowLineValid = DeviceWorkStatus.Unknown;
monitorFlag.IsSmokeValid = DeviceWorkStatus.Unknown;
monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.Unknown;
float fanValue = 1000;
float humValue = 100;
float valValue = 4;
if (ledAlarmConfig.ParameterAlarmConfigList != null)
{
ParameterAlarmConfig param = ledAlarmConfig.ParameterAlarmConfigList.Find(a =>
a.ParameterType == StateQuantityType.FanSpeed);
if (param != null)
{
fanValue = (float)param.LowThreshold;
}
param = ledAlarmConfig.ParameterAlarmConfigList.Find(a =>
a.ParameterType == StateQuantityType.Humidity);
if (param != null)
{
humValue = (float)param.HighThreshold;
}
}
ParameterMonitoringConfig monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.FanSpeed);
bool isFan = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.Humidity);
bool isHumidity = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.Smoke);
bool isSmoke = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.Voltage);
bool isVoltage = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.DoorStatus);
bool isDoorStatus = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
monitorConfig = ledMonitorConfig.MonitoringCardConfig.ParameterConfigTable.Find
(a => a.Type == StateQuantityType.FlatCableStatus);
bool isFlatCableStatus = monitorConfig == null ? false : monitorConfig.MonitoringEnable;
_lctData.ValidInfo.IsMCStatusValid = true;
foreach (MonitorCardMonitorInfo monitorCardInfo in monitorCardInfos)
{
if (monitorCardInfo.DeviceStatus == DeviceWorkStatus.Error)
{
monitorFlag.IsMCStatusValid = DeviceWorkStatus.Error;
if (!_lctData.FaultMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.FaultMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.FaultMonitorInfos[ledInfo.Commport].MCStatusErrCount++;
}
else if (monitorCardInfo.DeviceStatus == DeviceWorkStatus.OK &&
monitorFlag.IsMCStatusValid == DeviceWorkStatus.Unknown)
{
monitorFlag.IsMCStatusValid = DeviceWorkStatus.OK;
}
if (isFan == false)
{
monitorFlag.IsFanValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.FansUInfo == null)
{
//if (monitorFlag.IsFanValid == DeviceWorkStatus.OK)
//{
// monitorFlag.IsFanValid = DeviceWorkStatus.Error;
//}
}
else if (monitorCardInfo.FansUInfo.IsUpdate &&
monitorCardInfo.FansUInfo.FansMonitorInfoCollection != null &&
monitorCardInfo.FansUInfo.FansMonitorInfoCollection.Count > 0)
{
foreach (int tmpValue in monitorCardInfo.FansUInfo.FansMonitorInfoCollection.Values)
{
if (tmpValue < fanValue)
{
monitorFlag.IsFanValid = DeviceWorkStatus.Error;
if (!_lctData.AlarmMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.AlarmMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.AlarmMonitorInfos[ledInfo.Commport].FanAlarmSwitchCount++;
}
else if (monitorCardInfo.DeviceStatus == DeviceWorkStatus.OK &&
monitorFlag.IsFanValid == DeviceWorkStatus.Unknown)
{
monitorFlag.IsFanValid = DeviceWorkStatus.OK;
}
}
_lctData.ValidInfo.IsFanValid = true;
}
if (isHumidity == false)
{
monitorFlag.IsHumidityValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.HumidityUInfo == null)
{
//if (monitorFlag.IsHumidityValid == DeviceWorkStatus.OK)
//{
// monitorFlag.IsHumidityValid = DeviceWorkStatus.Error;
//}
}
else if (monitorCardInfo.HumidityUInfo.IsUpdate)
{
if (monitorCardInfo.HumidityUInfo.Humidity > humValue)
{
monitorFlag.IsHumidityValid = DeviceWorkStatus.Error;
if (!_lctData.AlarmMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.AlarmMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.AlarmMonitorInfos[ledInfo.Commport].HumidityAlarmCount++;
}
else if (monitorFlag.IsHumidityValid != DeviceWorkStatus.Error)
{
monitorFlag.IsHumidityValid = DeviceWorkStatus.OK;
}
_lctData.ValidInfo.IsHumidityValid = true;
}
if (isDoorStatus == false)
{
monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.CabinetDoorUInfo == null)
{
//if (monitorFlag.IsGeneralStatusValid == DeviceWorkStatus.OK)
//{
// monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.Error;
//}
}
else if (monitorCardInfo.CabinetDoorUInfo.IsUpdate)
{
if (monitorCardInfo.CabinetDoorUInfo.IsDoorOpen)
{
monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.Error;
if (!_lctData.FaultMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.FaultMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.FaultMonitorInfos[ledInfo.Commport].GeneralSwitchErrCount++;
}
else if (monitorFlag.IsGeneralStatusValid != DeviceWorkStatus.Error)
{
monitorFlag.IsGeneralStatusValid = DeviceWorkStatus.OK;
}
_lctData.ValidInfo.IsGeneralStatusValid = true;
}
if (isVoltage == false)
{
monitorFlag.IsPowerValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.PowerUInfo == null)
{
//if (monitorFlag.IsPowerValid == DeviceWorkStatus.OK)
//{
// monitorFlag.IsPowerValid = DeviceWorkStatus.Error;
//}
}
else if (monitorCardInfo.PowerUInfo.IsUpdate &&
monitorCardInfo.PowerUInfo.PowerMonitorInfoCollection != null)
{
foreach (float tmpValue in monitorCardInfo.PowerUInfo.PowerMonitorInfoCollection.Values)
{
if (tmpValue < valValue)
{
monitorFlag.IsPowerValid = DeviceWorkStatus.Error;
if (!_lctData.FaultMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.FaultMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.FaultMonitorInfos[ledInfo.Commport].PowerAlarmSwitchCount++;
}
else if (monitorCardInfo.DeviceStatus == DeviceWorkStatus.OK &&
monitorFlag.IsPowerValid == DeviceWorkStatus.Unknown)
{
monitorFlag.IsPowerValid = DeviceWorkStatus.OK;
}
}
_lctData.ValidInfo.IsPowerValid = true;
}
if (isSmoke == false)
{
monitorFlag.IsSmokeValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.SmokeUInfo == null)
{
//if (monitorFlag.IsSmokeValid == DeviceWorkStatus.OK)
//{
// monitorFlag.IsSmokeValid = DeviceWorkStatus.Error;
//}
}
else if (monitorCardInfo.SmokeUInfo.IsUpdate)
{
if (monitorCardInfo.SmokeUInfo.IsSmokeAlarm)
{
monitorFlag.IsSmokeValid = DeviceWorkStatus.Error;
if (!_lctData.AlarmMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.AlarmMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.AlarmMonitorInfos[ledInfo.Commport].SmokeAlarmCount++;
}
else if (monitorFlag.IsSmokeValid != DeviceWorkStatus.Error)
{
monitorFlag.IsSmokeValid = DeviceWorkStatus.OK;
}
_lctData.ValidInfo.IsSmokeValid = true;
}
if (isFlatCableStatus == false)
{
monitorFlag.IsRowLineValid = DeviceWorkStatus.UnAvailable;
}
else if (monitorCardInfo.SocketCableUInfo == null)
{
// if (monitorFlag.IsRowLineValid == DeviceWorkStatus.OK)
// {
// monitorFlag.IsRowLineValid = DeviceWorkStatus.Error;
// }
}
else if (monitorCardInfo.SocketCableUInfo.IsUpdate &&
monitorCardInfo.SocketCableUInfo.SocketCableInfoCollection != null &&
monitorCardInfo.SocketCableUInfo.SocketCableInfoCollection.Count > 0)
{
foreach (SocketCableMonitorInfo socket in monitorCardInfo.SocketCableUInfo.SocketCableInfoCollection)
{
if (socket.SocketCableInfoDict == null || socket.SocketCableInfoDict.Count == 0)
{
monitorFlag.IsRowLineValid = DeviceWorkStatus.Error;
break;
}
foreach (List <SocketCableStatus> socketCables in socket.SocketCableInfoDict.Values)
{
foreach (SocketCableStatus socketcable in socketCables)
{
if (socketcable.IsCableOK == false)
{
monitorFlag.IsRowLineValid = DeviceWorkStatus.Error;
if (!_lctData.AlarmMonitorInfos.ContainsKey(ledInfo.Commport))
{
_lctData.AlarmMonitorInfos.Add(ledInfo.Commport, new MonitorErrData());
}
_lctData.AlarmMonitorInfos[ledInfo.Commport].SoketAlarmCount++;
}
else if (socketcable.IsCableOK == true &&
monitorFlag.IsRowLineValid == DeviceWorkStatus.Unknown)
{
monitorFlag.IsRowLineValid = DeviceWorkStatus.OK;
}
}
}
if (monitorFlag.IsRowLineValid == DeviceWorkStatus.Error)
{
break;
}
}
_lctData.ValidInfo.IsRowLineValid = true;
}
}
}
private void InitialHwConfg(LedMonitoringConfig ledMonitorCfg)
{
if (ledMonitorCfg == null || ledMonitorCfg.MonitoringCardConfig == null || ledMonitorCfg.SN == null)
{
return;
}
IsMonitorCardConnected = ledMonitorCfg.MonitoringCardConfig.MonitoringEnable;
if (ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable == null || ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Count == 0)
{
return;
}
ParameterMonitoringConfig cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.FlatCableStatus));
if (cfg != null)
{
IsRefreshCabinet = cfg.MonitoringEnable;
}
cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.DoorStatus));
if (cfg != null)
{
IsRefreshCabinetDoor = cfg.MonitoringEnable;
}
cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.Humidity));
if (cfg != null)
{
IsRefreshHumidity = cfg.MonitoringEnable;
}
cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.Smoke));
if (cfg != null)
{
IsRefreshSmoke = cfg.MonitoringEnable;
}
cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.FanSpeed));
FanInfo = new UC_HWConfig_CabinetFanInfo_VM();
if (cfg != null)
{
FanInfo.IsRefreshFan = cfg.MonitoringEnable;
if (FanInfo.IsRefreshFan)
{
FanInfo.FanSpeed = cfg.ReservedConfig;
if (_sn == MonitorAllConfig.Instance().ALLScreenName)
{
cfg.ConfigMode = ParameterConfigMode.GeneralExtendedMode;
}
if (cfg.ConfigMode == ParameterConfigMode.GeneralExtendedMode)
{
FanInfo.AllFanOfCabinetSame = true;
FanInfo.AllFanOfCabinetDif = false;
FanInfo.FanCount = cfg.GeneralExtendedConfig;
}
else if (cfg.ConfigMode == ParameterConfigMode.AdvanceExtendedMode)
{
FanInfo.AllFanOfCabinetSame = false;
FanInfo.AllFanOfCabinetDif = true;
FanInfo.AllFanCountDif = new SerializableDictionary <string, byte>();
foreach (ParameterExtendedConfig param in cfg.ExtendedConfig)
{
FanInfo.AllFanCountDif.Add(param.ReceiveCardId, (byte)param.ParameterCount);
}
}
}
}
cfg = ledMonitorCfg.MonitoringCardConfig.ParameterConfigTable.Find(a => a.Type.Equals(StateQuantityType.Voltage));
MCPower = new UC_HWConfig_MonitorCardPower_VM();
if (cfg != null)
{
MCPower.IsRefreshPower = cfg.MonitoringEnable;
if (MCPower.IsRefreshPower)
{
if (_sn == MonitorAllConfig.Instance().ALLScreenName)
{
cfg.ConfigMode = ParameterConfigMode.GeneralExtendedMode;
}
if (cfg.ConfigMode == ParameterConfigMode.GeneralExtendedMode)
{
MCPower.AllPowerOfCabinetSame = true;
MCPower.AllPowerOfCabinetDif = false;
MCPower.PowerCount = cfg.GeneralExtendedConfig;
}
else if (cfg.ConfigMode == ParameterConfigMode.AdvanceExtendedMode)
{
MCPower.AllPowerOfCabinetSame = false;
MCPower.AllPowerOfCabinetDif = true;
MCPower.AllPowerCountDif = new SerializableDictionary <string, byte>();
foreach (ParameterExtendedConfig param in cfg.ExtendedConfig)
{
MCPower.AllPowerCountDif.Add(param.ReceiveCardId, (byte)param.ParameterCount);
}
}
}
}
}
