public void OrderWiring()
{
var sut = new SubmarineDisplays("acedgfb cdfbe gcdfa fbcad dab cefabd cdfgeb eafb cagedb ab | cdfeb fcadb cdfeb cdbaf");
Assert.Collection(sut.GetDisplayFor(0),
p1 => Assert.Equal("bcdef", p1),
p2 => Assert.Equal("abcdf", p2),
p3 => Assert.Equal("bcdef", p3),
p4 => Assert.Equal("abcdf", p4));
}
public void DecodeDisplaySegmentsCorrectly(string data, char wireA, char wireB, char wireC, char wireD, char wireE, char wireF, char wireG)
{
var sut = new SubmarineDisplays(data);
Assert.Collection(sut.GetWiringForDisplay(0),
p1 => Assert.Equal(wireA, p1),
p2 => Assert.Equal(wireB, p2),
p3 => Assert.Equal(wireC, p3),
p4 => Assert.Equal(wireD, p4),
p5 => Assert.Equal(wireE, p5),
p6 => Assert.Equal(wireF, p6),
p7 => Assert.Equal(wireG, p7));
}
public void ReturnFixedDisplay(string data, int expectedDisplay)
{
var sut = new SubmarineDisplays(data);
Assert.Equal(expectedDisplay, sut.GetFixedDisplayFor(0));
}
public void SolveFirstPuzzle()
{
var sut = new SubmarineDisplays(REAL_SCANNINGS);
Assert.Equal(504, sut.DigitsWithUniqueNumberOfSegments);
}
public void CountDigitsWithUniqueNumberOfSegments()
{
var sut = new SubmarineDisplays(SAMPLE_SCANNINGS);
Assert.Equal(26, sut.DigitsWithUniqueNumberOfSegments);
}
public void ParseInformationCorrectly(string wiring, int expectedSets)
{
var sut = new SubmarineDisplays(wiring);
Assert.Equal(expectedSets, sut.TotalScannings);
}
public void SolveSecondPuzzle()
{
var sut = new SubmarineDisplays(REAL_SCANNINGS);
Assert.Equal(1073431, sut.GetSumOfDisplays());
}
public void ReturnSumOfDisplays_WhenUsingSampleScannings()
{
var sut = new SubmarineDisplays(SAMPLE_SCANNINGS);
Assert.Equal(61229, sut.GetSumOfDisplays());
}
