public static double RandomDoubleFraction(int digits, Random rnd)
{
string fakeDouble = string.Format("0.{0}", RandomExtensionMethods.NextLong(rnd, (10 ^ digits) - 1));
double result = double.Parse(fakeDouble);
return(result);
}
public static int RandomInt(int MinValue, int MaxValue, Random rnd)
{
string fakeInt = string.Format("{0}", RandomExtensionMethods.NextLong(rnd, MinValue, MaxValue));
int result = int.Parse(fakeInt);
return(result);
}
public static decimal RandomDecimalFraction(int digits, Random rnd)
{
string fakeDecmal = string.Format("0.{0}", RandomExtensionMethods.NextLong(rnd, (10 ^ digits) - 1));
decimal result = decimal.Parse(fakeDecmal);
return(result);
}
public void LoadFile(clsFinalReport FinalReport, string SampleID)
{
// Mock values we don't have yet
Random random = new Random();
this.RecordID = RandomExtensionMethods.NextLong(random);
this.SampleID = SampleID;
this.RegID = RandomExtensionMethods.RandomString("", 24, 24, random);
this.BirdID = RandomExtensionMethods.RandomString("", 2, 2, random);
this.ChickenID = RandomExtensionMethods.RandomString("", 20, 20, random);
this.DamChickenID = RandomExtensionMethods.RandomString("", 20, 20, random);
this.DamBlupID = RandomExtensionMethods.RandomString("", 24, 24, random);
this.SireChickenID = RandomExtensionMethods.RandomString("", 20, 20, random);
this.SireBlupID = RandomExtensionMethods.RandomString("", 24, 24, random);
this.Gender = RandomExtensionMethods.RandomString("MF", 1, 1, random)[0];
this.CalculatedGender = RandomExtensionMethods.RandomString("MF", 1, 1, random)[0];
this.ReportedGender = RandomExtensionMethods.RandomString("MF", 1, 1, random)[0];
this.CallRate = RandomExtensionMethods.RandomDoubleFraction(5, random);
this.Farm = RandomExtensionMethods.RandomString("", 2, 2, random);
this.Line = RandomExtensionMethods.RandomString("", 3, 3, random);
this.MatingGroup = RandomExtensionMethods.RandomInt(1, 99999, random);
this.PlateVersion = RandomExtensionMethods.RandomString("", 6, 6, random);
this.PlateWell = RandomExtensionMethods.RandomString("", 3, 3, random);
this.Usable = RandomExtensionMethods.RandomString("YN ", 1, 1, random)[0];
this.Primary = RandomExtensionMethods.RandomString("YN ", 1, 1, random)[0];
this.SampleType = RandomExtensionMethods.RandomString("", 16, 16, random);
this.GSGTVersion = FinalReport.GSGTVersion;
this.ProcessingDate = FinalReport.ProcessingDate;
this.Content = FinalReport.Content;
this.NumSamples = FinalReport.NumSamples;
this.NumSNPs = FinalReport.NumSNPs;
this.TotalSamples = FinalReport.NumSamples;
this.TotalSNPs = FinalReport.NumSNPs;
this.Filename = FinalReport.Filename;
//int index = 0; //FinalReport.GetIndexBySampleID(SampleID);
// Fill genomic arrays for specified sample
for (int i = 0; i < FinalReport.SNP.Count; i++)
{
var snp = FinalReport.SNP[i];
this.SNPName.Add(snp.SNPName);
this.Allele1_Forward.Add(snp.Allele1_Forward);
this.Allele2_Forward.Add(snp.Allele2_Forward);
this.Allele1_Top.Add(snp.Allele1_Top);
this.Allele2_Top.Add(snp.Allele2_Top);
this.Allele1_AB.Add(snp.Allele1_AB);
this.Allele2_AB.Add(snp.Allele2_AB);
this.GC_Score.Add(snp.GC_Score);
this.X.Add(snp.X);
this.Y.Add(snp.X);
}
}