public void calculate_row_status(int[] ranges, CellState[] states, RowStatus resultStatus)
{
var row = MakeList(states);
var solver = new Solver.ContradictionSolver();
var descriptor = MakeDescriptor(ranges);
Assert.Equal(resultStatus, Utils.GetRowStatus(row, descriptor));
}
public void find_common_cells(string[] state_values, string result)
{
var cellStates = state_values.Select(x => x.Select(CellStateForChar));
var solver = new Solver.ContradictionSolver();
var commonRow = solver.FindCommonCells(cellStates);
Assert.Equal(result, RowToString(commonRow));
}
public void remove_conflicting_states(string state, string[][] rowVariants, string[][] expected, int expectedRemoved)
{
var cellStates = rowVariants.Select(x => x.Select(y => y.Select(CellStateForChar).ToList()).ToList()).ToList();
var solver = new Solver.ContradictionSolver();
var commonState = state.Select(CellStateForChar);
var expectedStates = expected.Select(x => x.Select(y => y.Select(CellStateForChar)));
var result = solver.RemoveConflictingStates(commonState, 2, cellStates);
Assert.Equal(expectedRemoved, result);
Assert.Equal(expectedStates, cellStates);
}
public void generate_permutations(int rowSize, int[] ranges, string[] expected)
{
var solver = new Solver.ContradictionSolver();
var descriptor = MakeDescriptor(ranges);
var result = Utils.MakePossibleStates(rowSize, descriptor);
var stringResult = result.Select(RowToString).ToArray();
Array.Sort(stringResult);
Array.Sort(expected);
Debug.WriteLine(String.Join(",", stringResult));
Assert.Equal(expected, stringResult);
}
