public void SolveFirstPuzzle()
{
var sut = new OctopusCaveSimulation(REAL_CAVE);
sut.Step(100);
Assert.Equal(1717, sut.FlashCount);
}
public void CountFlashesCorrectly(int steps, int expectedFlashes)
{
var sut = new OctopusCaveSimulation(SAMPLE_CAVE);
sut.Step(steps);
Assert.Equal(expectedFlashes, sut.FlashCount);
}
public void ExecuteStepsCorrectly_WhenUsingSampleMap(int steps, string expectedMap)
{
var sut = new OctopusCaveSimulation(SAMPLE_CAVE);
sut.Step(steps);
Assert.Equal(expectedMap, sut.GetMap());
}
public void ExecuteStepsCorrectly(int steps, string expectedMap)
{
const string map = "11111\n19991\n19191\n19991\n11111";
var sut = new OctopusCaveSimulation(map);
sut.Step(steps);
Assert.Equal(expectedMap, sut.GetMap());
}
public void SolveSecondPuzzle()
{
var sut = new OctopusCaveSimulation(REAL_CAVE);
Assert.Equal(476, sut.GetFirstSyncFlashStep());
}
public void FindFirstSynchronizedFlash_WhenUsingSampleData()
{
var sut = new OctopusCaveSimulation(SAMPLE_CAVE);
Assert.Equal(195, sut.GetFirstSyncFlashStep());
}
public void LoadsInputCorrectly(int x, int y, int expectedPower)
{
var sut = new OctopusCaveSimulation(SAMPLE_CAVE);
Assert.Equal(expectedPower, sut.GetOctopusEnergyLevelAt(x, y));
}
