public void TestImplicitIntConvertion()
{
DnaBase dnaBase = new DnaBase(DnaBase.DnaBaseEnumeration.G);
int dnaBaseAsInt = dnaBase;
Assert.AreEqual(dnaBaseAsInt, (int)DnaBase.DnaBaseEnumeration.G);
}
public void TestImplicitStringConvertion()
{
DnaBase dnaBase = new DnaBase(DnaBase.DnaBaseEnumeration.A);
string dnaStringRepresentation = dnaBase;
Assert.AreEqual(dnaStringRepresentation, "A");
}
public void TestConvertionToString()
{
DnaBase dnaBase = new DnaBase(DnaBase.DnaBaseEnumeration.A);
string dnaStringRepresentation = dnaBase.ToString();
Assert.AreEqual(dnaStringRepresentation, "A");
}
public void TestElementAt()
{
DnaSequence dnaSequence = new DnaSequence("ACGT");
DnaBase dnaBase = dnaSequence.ElementAt(1);
Assert.AreEqual('C', (char)dnaBase);
}
public void TestImplicitConvertionFromChar()
{
DnaBase dnaBase = 'A';
Assert.AreEqual((int)DnaBase.A, (int)dnaBase);
dnaBase = 'C';
Assert.AreEqual((int)DnaBase.C, (int)dnaBase);
dnaBase = 'G';
Assert.AreEqual((int)DnaBase.G, (int)dnaBase);
dnaBase = 'T';
Assert.AreEqual((int)DnaBase.T, (int)dnaBase);
}
public void TestImplicitConvertionFromString()
{
DnaBase dnaBase = "A";
Assert.AreEqual((int)DnaBase.A, (int)dnaBase);
dnaBase = "C";
Assert.AreEqual((int)DnaBase.C, (int)dnaBase);
dnaBase = "G";
Assert.AreEqual((int)DnaBase.G, (int)dnaBase);
dnaBase = "T";
Assert.AreEqual((int)DnaBase.T, (int)dnaBase);
}
public void TestBoundaryConditions()
{
EvolutionModel model = new EvolutionModel(0, 0);
DnaBase startBase = DnaBase.G;
DnaBase evolvedBase;
for (int i = 0; i < numberOfInterations; i++)
{
evolvedBase = model.GenerateNextBase(startBase, i);
Assert.AreEqual((int)startBase, (int)evolvedBase);
}
}
private RnaBase PairOf(DnaBase dnaBase)
{
switch (dnaBase)
{
case DnaBase.A: return(RnaBase.U);
case DnaBase.C: return(RnaBase.G);
case DnaBase.G: return(RnaBase.C);
case DnaBase.T: return(RnaBase.A);
default: return(RnaBase.A);
}
}
public void TestImplicitConvertionFromInt()
{
DnaBase dnaBase = 1;
Assert.AreEqual((string)dnaBase, "C");
}