public void Put(MetersInformationFlatFormat data)
{
this.Queue.Add(data);
if (this.Queue.Count == DIMENSION)
{
Task.Run(() =>
{
var dataQueue = DequeueData(false);
this.DataWriter.AppendSerializeObject(dataQueue);
});
}
}
public void GenerateSerializedFile()
{
for (var i = 0; i < 193; i++)
{
var obj = new MetersInformationFlatFormat
{
SerialNumber = (i + 1).ToString(),
MeterDateTime = DateTime.Now,
RegisterDateTime = DateTime.Now,
EnergyValue = (10 + i)
};
this.Queue.Put(obj);
Thread.Sleep(1000);
}
}
static void Main(string[] args)
{
Dictionary <int, string> fileInMemory;
var parser = new Parser.Parser();
var fileWriterSerializedData = new FileWriterSerializable("Data.xml");
var numberOfDaysToRun = int.Parse(ConfigurationManager.AppSettings[PipelineConstants.TIME_ELAPSED]);
// Step 1 - Read information and parse this information that exists in listaDePedidos.txt
using (var fileReader = new FileReader.FileReader("listaDePedidos.txt"))
{
fileInMemory = fileReader.ReadFile();
}
var dataParsed = parser.Parse(fileInMemory);
//Step 2 - Create Queue that will got some information and file writer
var queue = new MessageQueue(fileWriterSerializedData);
//Step 3 - Iterate information and get the measurer information
while (dataParsed.FirstOrDefault(param => param.EndTime <= DateTime.Now) != null)
{
var elements = dataParsed.Where(param => param.CurrentTime <= DateTime.Now);
if (elements.Count() != 0)
{
//Iterate each meter and get data
Parallel.ForEach(elements, (request) =>
{
request.CurrentTime = request.CurrentTime.AddMinutes(numberOfDaysToRun);
var socket = new SocketTcpIp();
using (var client = new MetersProtocolClient(socket, request.IP, request.Port))
{
try
{
client.Connect();
var serialNumber = client.ReadSerialNumber();
var dateTime = client.ReadDateTime();
var energy = client.ReadEnergyValue(dateTime);
client.Disconnect();
var metersInformation = new MetersInformationFlatFormat
{
SerialNumber = serialNumber,
MeterDateTime = request.InitialTime,
RegisterDateTime = dateTime,
EnergyValue = FormatUtils.Round(energy)
};
queue.Put(metersInformation);
}
catch (Exception)
{
//log exceptions and retry to get data
}
}
});
}
}
//Step 4 - Get data saved in file system
//Flush queue memory data to file
queue.Flush();
//Get data in desnormalized format
var data = fileWriterSerializedData.GetData();
//Put data in normalized format
var normalizedData = data.GroupBy(param => new { param.SerialNumber, param.MeterDateTime },
param => new { param.RegisterDateTime, param.EnergyValue },
(key, value) => new
{
key.SerialNumber,
key.MeterDateTime,
Details = value.Select(param => new {
MetersRegister = param.RegisterDateTime,
Value = param.EnergyValue
})
})
.Select(param => new MetersInformation {
SerialNumber = param.SerialNumber,
MeterDateTime = param.MeterDateTime,
Details = param.Details.Select(param1 => new MetersDetailInformation {
Value = param1.Value,
MetersRegister = param1.MetersRegister
})
});
//Step 5 - Write meters data to csv file
using (var fileWriter = new FileWriter.FileWriter("Details.csv"))
{
fileWriter.Write(normalizedData);
}
}