public Mac()
{
Channels = new ChannelParams[16];
for (int id = 0; id < Channels.Length; ++id)
{
Channels[id] = new ChannelParams(id, 0U, Datarates.DR_0, Datarates.DR_0, Bands.BAND_G1_0);
}
Rx2Channel = new Rx2ChannelParams(0U, Datarates.DR_0);
ChannelsMask = new ushort[6];
Channels[0].Frequency = 868100000U;
Channels[0].DatarateRange.Value = (sbyte)80;
Channels[0].Band = Bands.BAND_G1_1;
Channels[1].Frequency = 868300000U;
Channels[1].DatarateRange.Value = (sbyte)96;
Channels[1].Band = Bands.BAND_G1_1;
Channels[2].Frequency = 868500000U;
Channels[2].DatarateRange.Value = (sbyte)80;
Channels[2].Band = Bands.BAND_G1_1;
Channels[3].Frequency = 867100000U;
Channels[3].DatarateRange.Value = (sbyte)80;
Channels[3].Band = Bands.BAND_G1_0;
Channels[4].Frequency = 867300000U;
Channels[4].DatarateRange.Value = (sbyte)80;
Channels[4].Band = Bands.BAND_G1_0;
Channels[5].Frequency = 867500000U;
Channels[5].DatarateRange.Value = (sbyte)80;
Channels[5].Band = Bands.BAND_G1_0;
Channels[6].Frequency = 867700000U;
Channels[6].DatarateRange.Value = (sbyte)80;
Channels[6].Band = Bands.BAND_G1_0;
Channels[7].Frequency = 867900000U;
Channels[7].DatarateRange.Value = (sbyte)80;
Channels[7].Band = Bands.BAND_G1_0;
Channels[8].Frequency = 868800000U;
Channels[8].DatarateRange.Value = (sbyte)119;
Channels[8].Band = Bands.BAND_G1_2;
ChannelsMask[0] = (ushort)7;
ChannelsMask[1] = (ushort)0;
ChannelsMask[2] = (ushort)0;
ChannelsMask[3] = (ushort)0;
ChannelsMask[4] = (ushort)0;
ChannelsMask[5] = (ushort)0;
ChannelsTxPower = Powers.TX_POWER_14_DBM;
ChannelsDatarate = Datarates.DR_0;
ChannelsNbTrans = (byte)1;
MaxRxWindow = 3000000U;
ReceiveDelay1 = 1000000U;
ReceiveDelay2 = 2000000U;
JoinAcceptDelay1 = 5000000U;
JoinAcceptDelay2 = 6000000U;
DutyCycleOn = true;
PublicNetwork = true;
DeviceClass = DeviceClasses.CLASS_A;
DevicePhy = DevicePhys.EU868;
}
//测试数据，废弃
public void GetTestClasses(string serverip)
{
if (DeviceClasses.ContainsKey(serverip))
{
DeviceClasses.Remove(serverip);
}
DeviceClasses.Add(serverip, DeviceClassExamples.DeviceDiagnoseClassLib);//实际从数据库获取
if (ShaftClasses.ContainsKey(serverip))
{
ShaftClasses.Remove(serverip);
}
ShaftClasses.Add(serverip, ShaftClassExamples.ShaftClassLib);//实际从数据库获取
if (BearingClasses.ContainsKey(serverip))
{
BearingClasses.Remove(serverip);
}
BearingClasses.Add(serverip, BearingClassExamples.BearingClassLib);//实际从数据库获取
if (BeltClasses.ContainsKey(serverip))
{
BeltClasses.Remove(serverip);
}
BeltClasses.Add(serverip, BeltClassExamples.BeltClassLib);//实际从数据库获取
if (GearClasses.ContainsKey(serverip))
{
GearClasses.Remove(serverip);
}
GearClasses.Add(serverip, GearClassExamples.GearClassLib);//实际从数据库获取
if (ImpellerClasses.ContainsKey(serverip))
{
ImpellerClasses.Remove(serverip);
}
ImpellerClasses.Add(serverip, ImpellerClassExamples.ImpellerClassLib);//实际从数据库获取
if (MotorClasses.ContainsKey(serverip))
{
MotorClasses.Remove(serverip);
}
MotorClasses.Add(serverip, MotorClassExamples.MotorClassLib);//实际从数据库获取
DeviceClassList.Clear();
DeviceClassList.AddRange(DeviceClasses.SelectMany(p => p.Value));
ShaftClassList.Clear();
ShaftClassList.AddRange(ShaftClasses.SelectMany(p => p.Value));
BearingClassList.Clear();
BearingClassList.AddRange(BearingClasses.SelectMany(p => p.Value));
BeltClassList.Clear();
BeltClassList.AddRange(BeltClasses.SelectMany(p => p.Value));
GearClassList.Clear();
GearClassList.AddRange(GearClasses.SelectMany(p => p.Value));
ImpellerClassList.Clear();
ImpellerClassList.AddRange(ImpellerClasses.SelectMany(p => p.Value));
MotorClassList.Clear();
MotorClassList.AddRange(MotorClasses.SelectMany(p => p.Value));
}
public async Task GetDeviceClasses(string serverip)
{
//设备
if (DeviceClasses.ContainsKey(serverip))
{
DeviceClasses.Remove(serverip);
}
var t_models = await _databaseComponent.Query <T_DeviceDiagnose>(serverip, null, null, null);
if (t_models != null)
{
List <DeviceDiagnoseClass> models = new List <DeviceDiagnoseClass>();
foreach (var t_model in t_models)
{
var model = DeviceDiagnoseClass.ConvertFromDB(t_model);
models.Add(model);
}
DeviceClasses.Add(serverip, models);
}
DeviceClassList.Clear();
DeviceClassList.AddRange(DeviceClasses.SelectMany(p => p.Value));
}
public override string ToString()
{
string str = "";
lock (Lock)
{
str = "Source=" + Source
// Device information
+ "\nID=" + ID.ToString("X16")
+ "\n-- Device information --"
+ "\nUnique number=" + UniqueNumber
+ "\nDevice function=" + DeviceClasses.FunctionAsString(DeviceClass, DeviceFunction)
+ "\nDevice class=" + DeviceClasses.AsString(DeviceClass)
+ "\nManufacturer code=" + ManufacturerCodeStr
+ "\nIndustry group=" + IndustryGroup
// Product information
+ "\n"
+ "\n-- Product information --"
+ "\nModel serial code=" + ModelSerialCode
+ "\nProduct code=" + ProductCode
+ "\nModel ID=" + ModelID
+ "\nSw code=" + SwCode
+ "\nModel version=" + ModelVersion
+ "\nLoad equivalency=" + LoadEquivalency + " (" + LoadEquivalency * 50 + " mA)"
+ "\nN2k version=" + N2kVersion
+ "\nCertification level=" + CertificationLevel
// Configuration information
+ "\n"
+ "\n-- Configuration information --"
+ "\nInstallation description1=" + InstallationDescription1
+ "\nInstallation description2=" + InstallationDescription2
+ "\nManufacturer=" + Manufacturer
;
}
return(str);
}
public Mac()
{
Channels = new ChannelParams[16];
for (int id = 0; id < Channels.Length; ++id)
Channels[id] = new ChannelParams(id, 0U, Datarates.DR_0, Datarates.DR_0, Bands.BAND_G1_0);
Rx2Channel = new Rx2ChannelParams(0U, Datarates.DR_0);
ChannelsMask = new ushort[6];
Channels[0].Frequency = 868100000U;
Channels[0].DatarateRange.Value = (sbyte)80;
Channels[0].Band = Bands.BAND_G1_1;
Channels[1].Frequency = 868300000U;
Channels[1].DatarateRange.Value = (sbyte)96;
Channels[1].Band = Bands.BAND_G1_1;
Channels[2].Frequency = 868500000U;
Channels[2].DatarateRange.Value = (sbyte)80;
Channels[2].Band = Bands.BAND_G1_1;
Channels[3].Frequency = 867100000U;
Channels[3].DatarateRange.Value = (sbyte)80;
Channels[3].Band = Bands.BAND_G1_0;
Channels[4].Frequency = 867300000U;
Channels[4].DatarateRange.Value = (sbyte)80;
Channels[4].Band = Bands.BAND_G1_0;
Channels[5].Frequency = 867500000U;
Channels[5].DatarateRange.Value = (sbyte)80;
Channels[5].Band = Bands.BAND_G1_0;
Channels[6].Frequency = 867700000U;
Channels[6].DatarateRange.Value = (sbyte)80;
Channels[6].Band = Bands.BAND_G1_0;
Channels[7].Frequency = 867900000U;
Channels[7].DatarateRange.Value = (sbyte)80;
Channels[7].Band = Bands.BAND_G1_0;
Channels[8].Frequency = 868800000U;
Channels[8].DatarateRange.Value = (sbyte)119;
Channels[8].Band = Bands.BAND_G1_2;
ChannelsMask[0] = (ushort)7;
ChannelsMask[1] = (ushort)0;
ChannelsMask[2] = (ushort)0;
ChannelsMask[3] = (ushort)0;
ChannelsMask[4] = (ushort)0;
ChannelsMask[5] = (ushort)0;
ChannelsTxPower = Powers.TX_POWER_14_DBM;
ChannelsDatarate = Datarates.DR_0;
ChannelsNbTrans = (byte)1;
MaxRxWindow = 3000000U;
ReceiveDelay1 = 1000000U;
ReceiveDelay2 = 2000000U;
JoinAcceptDelay1 = 5000000U;
JoinAcceptDelay2 = 6000000U;
DutyCycleOn = true;
PublicNetwork = true;
DeviceClass = DeviceClasses.CLASS_A;
DevicePhy = DevicePhys.EU868;
}
