public void DeterminableCellsOf_5_3_l10()
{
int length = 10;
var lineRule = new PicrossLineRule(lineStructure: new [] { 5, 3 }, lineLength: length);
var activeLine = new PicrossActiveLine(
cells: (new PicrossLine(length: length, state: PicrossCellState.Undetermined)).Cells,
rule: lineRule,
type: LineType.Row,
index: 0);
var determinableCells = activeLine.GetDeterminableCells();
var expectedSolution = new PicrossLine(
new List <PicrossCell>
{
new PicrossCell()
{
State = PicrossCellState.Undetermined
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Undetermined
},
new PicrossCell()
{
State = PicrossCellState.Undetermined
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Undetermined
},
}
);
Assert.True(expectedSolution.Print() == determinableCells.Print());
}
public void GenerateCandidatesOf_2_2_l5()
{
int length = 5;
var lineRule = new PicrossLineRule(lineStructure: new[] { 2, 2 }, lineLength: length);
var candidates = lineRule.GenerateCandidates();
var expectedSolution = new List <PicrossLine>
{
new PicrossLine(
new List <PicrossCell>
{
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Void
},
new PicrossCell()
{
State = PicrossCellState.Filled
},
new PicrossCell()
{
State = PicrossCellState.Filled
}
})
};
Assert.True(candidates.Count() == expectedSolution.Count);
foreach (PicrossLine candidateLine in candidates)
{
Assert.Contains(
expectedSolution,
line => line.Print() == candidateLine.Print());
}
}
