static public void PopulateWithTestData(this XmlSerializableModelRunDefinition mrd)
{
mrd.StartDate = new DateTime(Rand.Next(1900, 1980), Rand.Next(1, 12), Rand.Next(1, 29));
mrd.EndDate = new DateTime(Rand.Next(1980, 2012), Rand.Next(1, 12), Rand.Next(1, 29));
mrd.FullyQualifiedModelName = Rand.NextString();
// Inputs
ModelInputsDefinition inputs = (ModelInputsDefinition)mrd.Inputs;
inputs.CatchmentIdentifier = Rand.NextString();
inputs.StartDate = mrd.StartDate;
inputs.EndDate = mrd.EndDate;
inputs.NcIndexVarname = Rand.NextString();
inputs.NetCdfDataFilename = Rand.NextString();
for (int i = 0; i < Rand.Next(1, 5); i++)
{
inputs.ModelVarToNcVar.Add(Rand.NextString(), Rand.NextString());
}
int numCells = Rand.Next(1, 4);
inputs.CellIdentifiers = new string[numCells];
for (int i = 0; i < numCells; i++)
{
inputs.CellIdentifiers[i] = Rand.NextString();
}
// state init
SimpleStateForcingInitialization state = (SimpleStateForcingInitialization)mrd.StateInitialization;
for (int i = 0; i < Rand.Next(1, 5); i++)
{
state.InitialStates.Add(Rand.NextString(), Rand.NextDouble());
}
// outputs
ModelPropertiesOutputRecordingDefinition outputs = (ModelPropertiesOutputRecordingDefinition)mrd.Outputs;
for (int i = 0; i < Rand.Next(1, 5); i++)
{
outputs.RecordedModelOutputs.Add(Rand.NextString());
}
// parameterisation
((SimpleParameterization)mrd.Parameterization).ParameterSet = new ParameterSet(typeof(GR4J));
}
private static void AssertThatModelRunDefinitionsAreEqual(XmlSerializableModelRunDefinition a, XmlSerializableModelRunDefinition b)
{
Assert.That(a.StartDate, Is.EqualTo(b.StartDate));
Assert.That(a.EndDate, Is.EqualTo(b.EndDate));
// inputs
ModelInputsDefinition ai = (ModelInputsDefinition)a.Inputs;
ModelInputsDefinition bi = (ModelInputsDefinition)b.Inputs;
Assert.That(ai.CatchmentIdentifier, Is.EqualTo(bi.CatchmentIdentifier));
Assert.That(ai.StartDate, Is.EqualTo(bi.StartDate));
Assert.That(ai.EndDate, Is.EqualTo(bi.EndDate));
Assert.That(ai.NcIndexVarname, Is.EqualTo(bi.NcIndexVarname));
Assert.That(ai.NetCdfDataFilename, Is.EqualTo(bi.NetCdfDataFilename));
Assert.That(ai.ModelVarToNcVar, Is.EquivalentTo(bi.ModelVarToNcVar));
Assert.That(ai.ModelVarToNcVar.Count, Is.GreaterThan(0));
Assert.That(ai.CellIdentifiers, Is.Not.Null);
Assert.That(bi.CellIdentifiers, Is.Not.Null);
Assert.That(ai.CellIdentifiers, Is.EquivalentTo(bi.CellIdentifiers));
// state init
SimpleStateForcingInitialization asi = (SimpleStateForcingInitialization)a.StateInitialization;
SimpleStateForcingInitialization bsi = (SimpleStateForcingInitialization)b.StateInitialization;
Assert.That(asi.InitialStates, Is.EquivalentTo(bsi.InitialStates));
Assert.That(asi.InitialStates.Count, Is.GreaterThan(0));
// outputs
ModelPropertiesOutputRecordingDefinition ao = (ModelPropertiesOutputRecordingDefinition)a.Outputs;
ModelPropertiesOutputRecordingDefinition bo = (ModelPropertiesOutputRecordingDefinition)b.Outputs;
Assert.That(ao.RecordedModelOutputs, Is.EquivalentTo(bo.RecordedModelOutputs));
Assert.That(ao.RecordedModelOutputs.Count, Is.GreaterThan(0));
// parameters
ParameterSet ap = ((SimpleParameterization)a.Parameterization).ParameterSet;
ParameterSet bp = ((SimpleParameterization)b.Parameterization).ParameterSet;
Assert.That(ap.Attributes, Is.EquivalentTo(bp.Attributes));
Assert.That(ap.modelType, Is.SameAs(bp.modelType));
Assert.That(ap.Count, Is.EqualTo(bp.Count));
}
