public void TwoPathsWithTheSamePointsAndInTheSameOrderShouldBeEquals()
{
var listPoints = new List<SimplePoint>
{
new SimplePoint(10, 20),
new SimplePoint(15, 20),
new SimplePoint(15, 18),
new SimplePoint(20, 20),
new SimplePoint(15, 25)
};
var testPath1 = new Path(listPoints);
var testPath2 = new Path(listPoints);
testPath1.Equals(testPath2).Should().Be(true);
}
public void TwoPathsWithTheSamePointsButInDifferentOrderShouldNotBeEquals()
{
var listPoints = new List<SimplePoint>
{
new SimplePoint(10, 20),
new SimplePoint(15, 20),
new SimplePoint(15, 18),
new SimplePoint(20, 20),
new SimplePoint(15, 25)
};
var reversedPointList = listPoints.Reverse<SimplePoint>().ToList();
var testPath1 = new Path(listPoints);
var testPath2 = new Path(reversedPointList);
testPath1.Equals(testPath2).Should().Be(false);
}
public void TwoPathsWithTheDifferentPointsShouldNotBeEquals()
{
var listPoints1 = new List<SimplePoint>
{
new SimplePoint(10, 20),
new SimplePoint(15, 20),
new SimplePoint(15, 18),
new SimplePoint(20, 20),
new SimplePoint(15, 25)
};
var listPoints2 = new List<SimplePoint>
{
new SimplePoint(10, 20),
new SimplePoint(15, 20),
new SimplePoint(20, 20),
new SimplePoint(15, 25)
};
var listPoints3 = new List<SimplePoint>
{
new SimplePoint(10, 20),
new SimplePoint(15, 20),
new SimplePoint(15, 17),
new SimplePoint(20, 20),
new SimplePoint(15, 25)
};
var testPath1 = new Path(listPoints1);
var testPath2 = new Path(listPoints2);
var testPath3 = new Path(listPoints3);
testPath1.Equals(testPath2).Should().Be(false);
testPath1.Equals(testPath3).Should().Be(false);
testPath2.Equals(testPath3).Should().Be(false);
}