public void TestExtraVariable()
{
EquationConversion.ResetEquationConversion();
Consolidate.Initialize();
// test-input variableNotInFunction
string varToken = EquationConversion.GetVariableToken();
Consolidate.ConvertAndCheckInputs("x+y", "x,2,3\ny,4,5\nz,6,7", Solver.GetValidOperators(), Solver.GetValidTerminators(), "\n", ",");
EquationStruct eqRoot = Consolidate.GetEquationStruct();
IntervalStruct[] vars = Consolidate.GetIntervalStructList();
EquationStruct targetStructure = new EquationStruct("+", "", new EquationStruct(varToken, "x", null, null), new EquationStruct(varToken, "y", null, null));
IntervalStruct[] targetIntervals = new IntervalStruct[] { new IntervalStruct("x", 2, 3, true, true), new IntervalStruct("y", 4, 5, true, true) };
Assert.AreEqual(PrintEquation(targetStructure), PrintEquation(eqRoot));
Assert.AreEqual(targetIntervals[0].GetVariableName(), vars[0].GetVariableName());
Assert.AreEqual(targetIntervals[0].GetMinBound(), vars[0].GetMinBound());
Assert.AreEqual(targetIntervals[0].GetMaxBound(), vars[0].GetMaxBound());
Assert.AreEqual(targetIntervals[1].GetVariableName(), vars[1].GetVariableName());
Assert.AreEqual(targetIntervals[1].GetMinBound(), vars[1].GetMinBound());
Assert.AreEqual(targetIntervals[1].GetMaxBound(), vars[1].GetMaxBound());
Assert.AreEqual(2, vars.Length);
}
public void TestInit()
{
// unittest-consolidatetestinit
bool success = Consolidate.Initialize();
Assert.AreEqual(true, success);
}
public void TestIncompleteEquation()
{
EquationConversion.ResetEquationConversion();
Consolidate.Initialize();
// unittest-consolidateincompleteequation
int successCode = Consolidate.ConvertAndCheckInputs("", "x,2,3\n", Solver.GetValidOperators(), Solver.GetValidTerminators(), Input.GetLineDelimiter(), Input.GetFieldDelimiter());
Assert.AreEqual(-3, successCode);
}
public void TestMissingVariable()
{
EquationConversion.ResetEquationConversion();
Consolidate.Initialize();
// test-input noDomain
int success = Consolidate.ConvertAndCheckInputs("x+y", "x,2,3", Solver.GetValidOperators(), Solver.GetValidTerminators(), System.Environment.NewLine, ",");
Assert.AreEqual(-2, success);
}
public void TestVarExtraction()
{
EquationConversion.ResetEquationConversion();
Consolidate.Initialize();
// unittest-consolidateextractvariables
string[] vars = Consolidate.ExtractVariablesFromEquation("x+y");
Assert.AreEqual(2, vars.Length);
Assert.AreEqual("x", vars[0]);
Assert.AreEqual("y", vars[1]);
}
public void TestFailedConfig()
{
EquationConversion.ResetEquationConversion();
Consolidate.Initialize();
// unittest-consolidatenoops
OperatorStruct[] ops = new OperatorStruct[] { };
int success = Consolidate.ConvertAndCheckInputs("x+y", "x,2,3\ny,4,5", ops, Solver.GetValidTerminators(), System.Environment.NewLine, ",");
Assert.AreEqual(-1, success);
// unittest-consolidatenorightterm
string[][] terminators = new string[][] { new string[] { "(", "" } };
success = Consolidate.ConvertAndCheckInputs("x+y", "x,2,3\ny,4,5", Solver.GetValidOperators(), terminators, System.Environment.NewLine, ",");
Assert.AreEqual(-1, success);
// unittest-consolidatenoleftterm
terminators = new string[][] { new string[] { "", ")" } };
success = Consolidate.ConvertAndCheckInputs("x+y", "x,2,3\ny,4,5", Solver.GetValidOperators(), terminators, System.Environment.NewLine, ",");
Assert.AreEqual(-1, success);
}