public async Task <IHttpActionResult> NexmoEvent(EventRequest request)
{
Debug.WriteLine($"Nexmo event: {request.Status} {request.From} {request.To}");
switch (request.Status)
{
case "started":
break;
case "completed":
var channel = _callChannelService.GetByConnectionGuid(Guid.Parse(request.Uuid));
var activeCall = _activeCallRepository.GetByCallGuid(channel.CallGuid);
foreach (var channelToStop in _callChannelService.GetByCallGuid(activeCall.Guid).Where(a => a.ConnectionGuid != channel.ConnectionGuid))
{
await KillChannel(channelToStop);
}
var arguments = new List <Argument>
{
new Argument {
Name = "ConnectionGuid", Value = request.Uuid
},
new Argument {
Name = "CallId", Value = "0"
},
new Argument {
Name = "Reason", Value = ConnectionEndedReason.Normal.ToString()
},
new Argument {
Name = "UtcTimestamp", Value = TimestampDateTimeConverter.FromDateTime(DateTime.UtcNow).ToTimestamp()
}
};
_eventServiceHandler.Notify(NewVoiceMedia.Services.EventWebService.EventType.ConnectionDisconnected, arguments.ToArray());
break;
}
return(Ok());
}
protected override void OnModelCreating(ModelBuilder modelBuilder)
{
SolarStation st1 = new SolarStation {
Id = 1, Name = "Station1"
};
SolarStation st2 = new SolarStation {
Id = 2, Name = "Station2"
};
SolarStation st3 = new SolarStation {
Id = 3, Name = "Station3"
};
SolarStation st4 = new SolarStation {
Id = 4, Name = "Station4"
};
SolarStation st5 = new SolarStation {
Id = 5, Name = "Station5"
};
SolarStation st6 = new SolarStation {
Id = 6, Name = "Station6"
};
modelBuilder.Entity <SolarStation>().HasData(
new SolarStation[] { st1, st2, st3, st4, st5, st6 });
modelBuilder.Entity <EventType>().HasData(
new EventType[]
{
new EventType {
Id = 1, Name = "Error"
},
new EventType {
Id = 2, Name = "Normal event"
},
new EventType {
Id = 3, Name = "Critical"
}
});
modelBuilder.Entity <ErrorType>().HasData(
new ErrorType[]
{
new ErrorType {
Id = 1, Name = "Инвертор включён"
},
new ErrorType {
Id = 2, Name = "Слишком высокая температура инвертора"
},
new ErrorType {
Id = 3, Name = "Нет ответа от метеостанции"
}
});
modelBuilder.Entity <Event>().HasData(
new Event[]
{
new Event {
Id = 1, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.ToUniversalTime()), ErrorCode = 123, ErrorTypeId = 2, EventTypeId = 1, StationId = 1, InvertorId = 2
},
new Event {
Id = 2, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), ErrorCode = 121, ErrorTypeId = 1, EventTypeId = 2, StationId = 2, InvertorId = 1
},
new Event {
Id = 3, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.ToUniversalTime()), ErrorCode = 124, ErrorTypeId = 3, EventTypeId = 3, StationId = 2
}
});
modelBuilder.Entity <Invertor>().HasData(
new Invertor[]
{
new Invertor {
Id = 1, Name = "Invertor1", Current = 123.3, ActivePower = 1040.5, ProducedEnergy = 1340.85, State = "Working", StationId = 1, Temperature = 26.4, ACStringVoltage = 203.9, DCStringVoltage = 219.5, AC = 216.3, DC = 218.4, Frequency = 122.0
},
new Invertor {
Id = 2, Name = "Invertor2", Current = 164.3, ActivePower = 1280.5, ProducedEnergy = 1630.85, State = "Working", StationId = 1, Temperature = 29.4, ACStringVoltage = 221.9, DCStringVoltage = 218.5, AC = 216.3, DC = 218.4, Frequency = 142.0
},
new Invertor {
Id = 3, Name = "Invertor3", Current = 117.3, ActivePower = 2630.5, ProducedEnergy = 1110.85, State = "Working", StationId = 2, Temperature = 29.0, ACStringVoltage = 212.9, DCStringVoltage = 213.5, AC = 216.3, DC = 218.4, Frequency = 182.0
},
new Invertor {
Id = 4, Name = "Invertor4", Current = 143.3, ActivePower = 1750.5, ProducedEnergy = 1967.85, State = "Working", StationId = 2, Temperature = 26.4, ACStringVoltage = 270.9, DCStringVoltage = 215.5, AC = 216.3, DC = 218.4, Frequency = 152.0
},
new Invertor {
Id = 5, Name = "Invertor5", Current = 131.3, ActivePower = 2130.5, ProducedEnergy = 1180.85, State = "Working", StationId = 3, Temperature = 29.4, ACStringVoltage = 241.9, DCStringVoltage = 211.5, AC = 216.3, DC = 218.4, Frequency = 152.0
},
new Invertor {
Id = 6, Name = "Invertor6", Current = 129.3, ActivePower = 2350.5, ProducedEnergy = 2561.85, State = "Working", StationId = 3, Temperature = 29.0, ACStringVoltage = 252.9, DCStringVoltage = 216.5, AC = 216.3, DC = 218.4, Frequency = 162.0
},
new Invertor {
Id = 7, Name = "Invertor7", Current = 251.3, ActivePower = 1731.5, ProducedEnergy = 1390.85, State = "Working", StationId = 4, Temperature = 29.4, ACStringVoltage = 271.9, DCStringVoltage = 211.4, AC = 216.3, DC = 218.4, Frequency = 142.0
},
new Invertor {
Id = 8, Name = "Invertor8", Current = 170.3, ActivePower = 2612.5, ProducedEnergy = 2251.85, State = "Working", StationId = 4, Temperature = 29.0, ACStringVoltage = 282.9, DCStringVoltage = 217.5, AC = 216.3, DC = 218.4, Frequency = 412.0
},
new Invertor {
Id = 9, Name = "Invertor9", Current = 244.3, ActivePower = 3530.5, ProducedEnergy = 4452.85, State = "Working", StationId = 5, Temperature = 26.4, ACStringVoltage = 240.9, DCStringVoltage = 242.5, AC = 216.3, DC = 218.4, Frequency = 162.0
},
new Invertor {
Id = 10, Name = "Invertor10", Current = 112.3, ActivePower = 1542.5, ProducedEnergy = 4553.85, State = "Working", StationId = 5, Temperature = 29.4, ACStringVoltage = 212.9, DCStringVoltage = 214.5, AC = 216.3, DC = 218.4, Frequency = 152.0
},
new Invertor {
Id = 11, Name = "Invertor11", Current = 195.3, ActivePower = 1839.5, ProducedEnergy = 4165.85, State = "Working", StationId = 6, Temperature = 29.4, ACStringVoltage = 221.9, DCStringVoltage = 213.5, AC = 216.3, DC = 218.4, Frequency = 142.0
},
new Invertor {
Id = 12, Name = "Invertor12", Current = 229.3, ActivePower = 2150.5, ProducedEnergy = 1433.85, State = "Working", StationId = 6, Temperature = 29.0, ACStringVoltage = 242.9, DCStringVoltage = 219.9, AC = 216.3, DC = 218.4, Frequency = 122.0
}
});
modelBuilder.Entity <User>().HasData(
new User[]
{
new User {
Id = 1, Login = "******", Password = "******", Station1Pass = true, Station2Pass = true, Station3Pass = true, Station4Pass = true, Station5Pass = true, Station6Pass = true
},
new User {
Id = 2, Login = "******", Password = "******", Station1Pass = true, Station2Pass = false, Station3Pass = true, Station4Pass = true, Station5Pass = true, Station6Pass = true
},
new User {
Id = 3, Login = "******", Password = "******", Station1Pass = false, Station2Pass = true, Station3Pass = true, Station4Pass = true, Station5Pass = true, Station6Pass = true
}
});
modelBuilder.Entity <InvertorProducingStatistic>().HasData(
new InvertorProducingStatistic {
Id = 13, AC = 224, DC = 246, ACStringVoltage = 266, DCStringVoltage = 274, ActivePower = 432, Current = 224, Frequency = 300, PredictedProducing = 34513, ProducedEnergy = 34251, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 1, InvertorId = 1
},
new InvertorProducingStatistic {
Id = 2, AC = 255, DC = 210, ACStringVoltage = 256, DCStringVoltage = 254, ActivePower = 372, Current = 264, Frequency = 296, PredictedProducing = 24125, ProducedEnergy = 32156, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 1, InvertorId = 2
},
new InvertorProducingStatistic {
Id = 1, AC = 208, DC = 231, ACStringVoltage = 294, DCStringVoltage = 234, ActivePower = 322, Current = 234, Frequency = 276, ProducedEnergy = 14325, PredictedProducing = 23453, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-3).ToUniversalTime()), StationId = 1, InvertorId = 13
},
new InvertorProducingStatistic {
Id = 14, AC = 221, DC = 240, ACStringVoltage = 233, DCStringVoltage = 234, ActivePower = 322, Current = 234, Frequency = 235, PredictedProducing = 43251, ProducedEnergy = 48523, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.ToUniversalTime()), StationId = 2, InvertorId = 3
},
new InvertorProducingStatistic {
Id = 3, AC = 231, DC = 233, ACStringVoltage = 344, DCStringVoltage = 234, ActivePower = 332, Current = 354, Frequency = 233, PredictedProducing = 28356, ProducedEnergy = 45234, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 2, InvertorId = 4
},
new InvertorProducingStatistic {
Id = 4, AC = 241, DC = 212, ACStringVoltage = 256, DCStringVoltage = 234, ActivePower = 554, Current = 322, Frequency = 254, PredictedProducing = 25224, ProducedEnergy = 24325, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 2, InvertorId = 14
},
new InvertorProducingStatistic {
Id = 5, AC = 211, DC = 243, ACStringVoltage = 382, DCStringVoltage = 234, ActivePower = 116, Current = 199, Frequency = 321, PredictedProducing = 76453, ProducedEnergy = 71111, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 3, InvertorId = 5
},
new InvertorProducingStatistic {
Id = 6, AC = 201, DC = 255, ACStringVoltage = 221, DCStringVoltage = 234, ActivePower = 220, Current = 432, Frequency = 333, PredictedProducing = 64755, ProducedEnergy = 65432, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 3, InvertorId = 6
},
new InvertorProducingStatistic {
Id = 7, AC = 231, DC = 276, ACStringVoltage = 331, DCStringVoltage = 234, ActivePower = 324, Current = 342, Frequency = 321, PredictedProducing = 6324, ProducedEnergy = 31235, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 4, InvertorId = 7
},
new InvertorProducingStatistic {
Id = 8, AC = 199, DC = 212, ACStringVoltage = 233, DCStringVoltage = 234, ActivePower = 444, Current = 333, Frequency = 331, PredictedProducing = 21413, ProducedEnergy = 24325, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 4, InvertorId = 8
},
new InvertorProducingStatistic {
Id = 9, AC = 204, DC = 200, ACStringVoltage = 221, DCStringVoltage = 234, ActivePower = 321, Current = 213, Frequency = 432, PredictedProducing = 28432, ProducedEnergy = 31235, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 5, InvertorId = 9
},
new InvertorProducingStatistic {
Id = 10, AC = 250, DC = 250, ACStringVoltage = 276, DCStringVoltage = 234, ActivePower = 223, Current = 111, Frequency = 438, PredictedProducing = 23415, ProducedEnergy = 24325, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 5, InvertorId = 10
},
new InvertorProducingStatistic {
Id = 11, AC = 244, DC = 199, ACStringVoltage = 311, DCStringVoltage = 234, ActivePower = 240, Current = 321, Frequency = 193, PredictedProducing = 65432, ProducedEnergy = 76435, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-1).ToUniversalTime()), StationId = 6, InvertorId = 11
},
new InvertorProducingStatistic {
Id = 12, AC = 254, DC = 216, ACStringVoltage = 290, DCStringVoltage = 234, ActivePower = 276, Current = 221, Frequency = 254, PredictedProducing = 43256, ProducedEnergy = 43215, Date = TimestampDateTimeConverter.DateTimeToUnixTimeStamp(DateTime.Now.AddDays(-2).ToUniversalTime()), StationId = 6, InvertorId = 12
}
);
modelBuilder.Entity <MeteoStation>().HasData(
new MeteoStation[]
{
new MeteoStation {
Id = 1, Temperature = 25.6, WindSpeed = 11.4, StationId = 1
},
new MeteoStation {
Id = 2, Temperature = 34.3, WindSpeed = 16.7, StationId = 2
},
new MeteoStation {
Id = 3, Temperature = 13.4, WindSpeed = 14.9, StationId = 3
},
new MeteoStation {
Id = 4, Temperature = 24.9, WindSpeed = 4.1, StationId = 4
},
new MeteoStation {
Id = 5, Temperature = 29.7, WindSpeed = 1.5, StationId = 5
},
new MeteoStation {
Id = 6, Temperature = 20.5, WindSpeed = 23.0, StationId = 6
}
});
}
