protected void OnParse(byte[] table, int startOffset)
{
int initial = startOffset;
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfSummations; index++)
{
byte[] summationArray = new byte[6];
int offset = initial + index * 6;//Cada dato tiene 6 bytes
Array.Copy(table, offset, summationArray, 0, 6);
Array.Reverse(summationArray);
JIBitArray jb = new JIBitArray(summationArray);
long summation = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
summation = jb.GetLong()[0];
summation = summation + 1;
summation = -1 * summation;
}
else
{
summation = jb.GetLong()[0];
}
Source registerSource = DataSelectionTable.SummationSelect[index];
BillingRegister summationRegister = new BillingRegister()
{
Value = summation * (decimal)Math.Pow(10, registerSource.ScaleFactor),
UOM = Helper.ConvertUOMCodeToString(registerSource.UOMCode) + "h",
Direction = registerSource.Flow.ToString()
};
TotalDataBlock.Summations.Add(summationRegister);
}
initial = initial + (DataSelectionTable.ActualRegisterTable.NumberOfSummations * 6);
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfDemmands; index++)
{
int offset = initial + index * (5 + 6 + 5); //Cada dato tiene 5+6+5 bytes
byte[] dateArray = new byte[5];
byte[] cumulativeArray = new byte[6];
byte[] maxArray = new byte[5];
Array.Copy(table, offset, dateArray, 0, 5);
Array.Copy(table, offset + 5, cumulativeArray, 0, 6);
Array.Reverse(cumulativeArray);
JIBitArray jb = new JIBitArray(cumulativeArray);
long cumulative = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
cumulative = jb.GetLong()[0];
cumulative = cumulative + 1;
cumulative = -1 * cumulative;
}
else
{
cumulative = jb.GetLong()[0];
}
Array.Copy(table, offset + 5 + 6, maxArray, 0, 5);
Array.Reverse(maxArray);
jb = new JIBitArray(maxArray);
long maximum = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
maximum = jb.GetLong()[0];
maximum = maximum + 1;
maximum = -1 * maximum;
}
else
{
maximum = jb.GetLong()[0];
}
var demandSource = DataSelectionTable.DemandSelect[index];
string uom = Helper.ConvertUOMCodeToString(demandSource.UOMCode);
Demand demand = new Demand()
{
Max = new BillingRegister()
{
Value = maximum * (decimal)Math.Pow(10, demandSource.ScaleFactor),
UOM = uom,
Direction = demandSource.Flow.ToString()
},
Cumulative = new BillingRegister()
{
Value = cumulative * (decimal)Math.Pow(10, demandSource.ScaleFactor),
UOM = uom,
Direction = demandSource.Flow.ToString()
},
Date = Helper.ConvertToDateTime(dateArray)
};
TotalDataBlock.Demands.Add(demand);
}
initial = initial + DataSelectionTable.ActualRegisterTable.NumberOfDemmands * (5 + 6 + 5);
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfCoincidentValues; index++)
{
byte[] coincidentArray = new byte[5];
int offset = initial + index * 5;//Cada dato tiene 5 bytes
Array.Copy(table, offset, coincidentArray, 0, 5);
Array.Reverse(coincidentArray);
JIBitArray jb = new JIBitArray(coincidentArray);
long coincident = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
coincident = jb.GetLong()[0];
coincident = coincident + 1;
coincident = -1 * coincident;
}
else
{
coincident = jb.GetLong()[0];
}
Source registerSource = DataSelectionTable.CoincidentSelect[index];
BillingRegister coincidentRegister = new BillingRegister()
{
Value = coincident * (decimal)Math.Pow(10, registerSource.ScaleFactor),
UOM = Helper.ConvertUOMCodeToString(registerSource.UOMCode),
Direction = registerSource.Flow.ToString()
};
TotalDataBlock.Coincidents.Add(coincidentRegister);
}
initial = initial + DataSelectionTable.ActualRegisterTable.NumberOfCoincidentValues * 5;
//Empiezo con las capas o fases
for (int k = 0; k < DataSelectionTable.ActualRegisterTable.NumberOfTiers; k++)
{
Tier tier = new Tier(k);
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfSummations; index++)
{
byte[] summationArray = new byte[6];
int offset = initial + index * 6;//Cada dato tiene 6 bytes
Array.Copy(table, offset, summationArray, 0, 6);
Array.Reverse(summationArray);
JIBitArray jb = new JIBitArray(summationArray);
long summation = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
summation = jb.GetLong()[0];
summation = summation + 1;
summation = -1 * summation;
}
else
{
summation = jb.GetLong()[0];
}
Source registerSource = DataSelectionTable.SummationSelect[index];
BillingRegister summationRegister = new BillingRegister()
{
Value = summation * (decimal)Math.Pow(10, registerSource.ScaleFactor),
UOM = Helper.ConvertUOMCodeToString(registerSource.UOMCode) + "h",
Direction = registerSource.Flow.ToString()
};
tier.Summations.Add(summationRegister);
}
initial = initial + DataSelectionTable.ActualRegisterTable.NumberOfSummations * 6;
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfDemmands; index++)
{
int offset = initial + index * (5 + 6 + 5);//Cada dato tiene 5+6+5 bytes
byte[] dateArray = new byte[5];
byte[] cumulativeArray = new byte[6];
byte[] maxArray = new byte[5];
Array.Copy(table, offset, dateArray, 0, 5);
Array.Copy(table, offset + 5, cumulativeArray, 0, 6);
Array.Reverse(cumulativeArray);
JIBitArray jb = new JIBitArray(cumulativeArray);
long cumulative = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
cumulative = jb.GetLong()[0];
cumulative = cumulative + 1;
cumulative = -1 * cumulative;
}
else
{
cumulative = jb.GetLong()[0];
}
Array.Copy(table, offset + 5 + 6, maxArray, 0, 5);
Array.Reverse(maxArray);
jb = new JIBitArray(maxArray);
long maximum = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
maximum = jb.GetLong()[0];
maximum = maximum + 1;
maximum = -1 * maximum;
}
else
{
maximum = jb.GetLong()[0];
}
var demandSource = DataSelectionTable.DemandSelect[index];
string uom = Helper.ConvertUOMCodeToString(demandSource.UOMCode);
Demand demand = new Demand()
{
Max = new BillingRegister()
{
Value = maximum * (decimal)Math.Pow(10, demandSource.ScaleFactor),
UOM = uom,
Direction = demandSource.Flow.ToString()
},
Cumulative = new BillingRegister()
{
Value = cumulative * (decimal)Math.Pow(10, demandSource.ScaleFactor),
UOM = uom,
Direction = demandSource.Flow.ToString()
},
Date = Helper.ConvertToDateTime(dateArray)
};
tier.Demands.Add(demand);
}
initial = initial + DataSelectionTable.ActualRegisterTable.NumberOfDemmands * (5 + 6 + 5);
for (int index = 0; index < DataSelectionTable.ActualRegisterTable.NumberOfCoincidentValues; index++)
{
byte[] coincidentArray = new byte[5];
int offset = initial + index * 5;//Cada dato tiene 5 bytes
Array.Copy(table, offset, coincidentArray, 0, 5);
Array.Reverse(coincidentArray);
JIBitArray jb = new JIBitArray(coincidentArray);
long coincident = 0;
if (jb.Get(0) == true) //Es negativo hay que hacer complemento a 2
{
jb = jb.Not();
coincident = jb.GetLong()[0];
coincident = coincident + 1;
coincident = -1 * coincident;
}
else
{
coincident = jb.GetLong()[0];
}
Source registerSource = DataSelectionTable.CoincidentSelect[index];
BillingRegister coincidentRegister = new BillingRegister()
{
Value = coincident * (decimal)Math.Pow(10, registerSource.ScaleFactor),
UOM = Helper.ConvertUOMCodeToString(registerSource.UOMCode),
Direction = registerSource.Flow.ToString()
};
tier.Coincidents.Add(coincidentRegister);
}
initial = initial + DataSelectionTable.ActualRegisterTable.NumberOfCoincidentValues * 5;
Tiers.Add(tier);
}
}
protected override void OnParse(byte[] table)
{
int initial = 0;
int offset = 0;
for (int i = 0; i < (table.Length / EntryLen); i++)
{
Source source = new Source();
offset = initial;
// Get UOM Code
source.UOMCode = (UOMCode)table[offset];
// Get Flow
offset++;
byte flow = table[offset];
if (Helper.IsBitSet(flow, 0))
{
source.Flow |= SourceFlow.Q1;
}
if (Helper.IsBitSet(flow, 1))
{
source.Flow |= SourceFlow.Q2;
}
if (Helper.IsBitSet(flow, 2))
{
source.Flow |= SourceFlow.Q3;
}
if (Helper.IsBitSet(flow, 3))
{
source.Flow |= SourceFlow.Q4;
}
if (Helper.IsBitSet(flow, 4))
{
source.Flow |= SourceFlow.Delivered;
}
//Get Segmentation
JIBitArray segmentationJibArray = new JIBitArray(new byte[] { flow }).SubJIBitArray(0, 3);
source.Segmentation = (SourceSegmentation)segmentationJibArray.GetShorts()[0];
// Get Usage
offset++;
byte usage = table[offset];
if (Helper.IsBitSet(usage, 0))
{
source.Usage |= SourceUsage.BillingSummation;
}
if (Helper.IsBitSet(usage, 1))
{
source.Usage |= SourceUsage.BillingDemand;
}
if (Helper.IsBitSet(usage, 2))
{
source.Usage |= SourceUsage.Profile;
}
if (Helper.IsBitSet(usage, 3))
{
source.Usage |= SourceUsage.PowerQuality;
}
if (Helper.IsBitSet(usage, 4))
{
source.Usage |= SourceUsage.WaveForm;
}
// Get Harmonic
offset++;
JIBitArray harmonicJibArray = new JIBitArray(new byte[] { table[offset] }).SubJIBitArray(2, 6);
source.Harmonic = (SourceHarmonic)harmonicJibArray.GetShorts()[0];
// Get Scale Factor
offset++;
JIBitArray scaleFactorJibArray = new JIBitArray(new byte[] { table[offset] }).SubJIBitArray(3, 5);
short scaleFactor = 0;
if (scaleFactorJibArray.Get(0) == true)
{
scaleFactorJibArray = scaleFactorJibArray.Not();
scaleFactor = scaleFactorJibArray.GetShorts()[0];
scaleFactor = (short)(scaleFactor + 1);
scaleFactor = (short)(-1 * scaleFactor);
}
source.ScaleFactor = scaleFactor;
offset += 2;
source.MultiplierSelect = (int)table[offset];
Sources.Add(source);
initial = offset + 1;
}
}