private void InitializeScreen(AllCOMHWBaseInfo allComBaseInfo)
{
_allComBaseInfo = allComBaseInfo;
ClearScannerDic();
if (allComBaseInfo == null || allComBaseInfo.AllInfoDict == null)
{
return;
}
string[] keys = new string[allComBaseInfo.AllInfoDict.Count];
allComBaseInfo.AllInfoDict.Keys.CopyTo(keys, 0);
for (int i = 0; i < keys.Length; i++)
{
if (allComBaseInfo.AllInfoDict[keys[i]].DisplayResult != CommonInfoCompeleteResult.OK)
{
allComBaseInfo.AllInfoDict.Remove(keys[i]);
}
}
_fLogService.Debug("InitializeScreen Finish Remove");
_allMonitorData = new AllMonitorData();
_comSenderList.Clear();
_supportList.Clear();
_reduInfoList.Clear();
foreach (KeyValuePair<string, OneCOMHWBaseInfo> pair in allComBaseInfo.AllInfoDict)
{
string firstSenderSN = pair.Value.FirstSenderSN;
string udid = "";
int senderCount = -1;
int tempCount = 0;
for (int i = 0; i < pair.Value.LEDDisplayInfoList.Count; i++)
{
List<OneScreenInSupperDisplay> list = new List<OneScreenInSupperDisplay>();
udid = GetScreenUdid(firstSenderSN, i);
ScreenModnitorData monitorData = new ScreenModnitorData(udid);
_allMonitorData.AllScreenMonitorCollection.Add(monitorData);
OneScreenInSupperDisplay oneDisplay = new OneScreenInSupperDisplay()
{
ScreenUDID = udid
};
list.Add(oneDisplay);
SupperDisplay supper = new SupperDisplay()
{
DisplayUDID = udid,
ScreenList = list
};
_supportList.Add(supper);
tempCount = GetCommportSenderCount(pair.Value.LEDDisplayInfoList[i]);
if (tempCount > senderCount)
{
senderCount = tempCount;
}
SetAutoReader(udid, pair.Key, pair.Value.LEDDisplayInfoList[i], pair.Value.ReduInfoList);
}
if (senderCount >= 0)
{
_reduInfoList.Add(pair.Key, pair.Value.ReduInfoList);
_comSenderList.Add(pair.Key, senderCount + 1);
}
}
_fLogService.Debug("InitializeScreen Finish _comSenderList");
#region 获取点检标识
if (Interlocked.Exchange(ref _isRunning, 1) == 0)
{
_screenPointDetectIdentify.Clear();
string sn;
ChipType cType;
ChipInherentProperty chipInherentPro = new ChipInherentProperty();
foreach (var item in allComBaseInfo.AllInfoDict)
{
for (int i = 0; i < item.Value.LEDDisplayInfoList.Count; i++)
{
sn = GetScreenUdid(item.Value.FirstSenderSN, i);
if (_screenPointDetectIdentify.ContainsKey(sn))
{
continue;
}
cType = ReadChipType(item.Value.LEDDisplayInfoList[i], item.Key);
if (!chipInherentPro.ChipInherentPropertyDict.ContainsKey(cType))
{
_screenPointDetectIdentify.Add(sn, false);
}
else
{
_screenPointDetectIdentify.Add(sn, chipInherentPro.ChipInherentPropertyDict[cType].IsSupportPointDetect);
}
}
}
_isRunning = 0;
}
_fLogService.Debug("InitializeScreen Finish 点检");
#endregion
}
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;
}
public object Clone()
{
AllMonitorData data = new AllMonitorData();
if (!this.CopyTo(data))
{
return null;
}
return data;
}