public void ClockRowFillWithRemainerTest()
{
var clockRow = new ClockRow(2, 3, Color.Red);
var remainder = clockRow.Fill(100);
Assert.IsTrue(remainder == 94);
}
public void GetRowContentPrintsCorrectRowLights()
{
// Arrange
var row = new ClockRow
{
ClockLights = new List <ClockLight>
{
new ClockLight {
LightColor = LightColor.Red
},
new ClockLight {
LightColor = LightColor.Red
},
new ClockLight {
LightColor = LightColor.Red
},
new ClockLight {
LightColor = LightColor.None
},
}
};
// Act
var rowLights = _testee.GetRowContent(row);
// Assert
Assert.AreEqual("RRRO", rowLights);
}
public void CreateClockRowInitializesProperlyTopHourRow()
{
// Arrange
var expectedRow = new ClockRow
{
ClockLights = new List <ClockLight>
{
new ClockLight {
LightColor = LightColor.Red
},
new ClockLight {
LightColor = LightColor.Red
},
new ClockLight {
LightColor = LightColor.None
},
new ClockLight {
LightColor = LightColor.None
},
}
};
_colorPickerMock
.Setup(x => x.PickLightColor(It.IsAny <int>(), It.IsAny <RowType>()))
.Returns <int, RowType>((s, t) => LightColor.Red);
// Act
var row = _testee.CreateClockRow(RowType.TopHourRow, 4, 2);
// Assert
Assert.Multiple(() =>
{
Assert.AreEqual(expectedRow.ClockLights.Count(), row.ClockLights.Count());
Assert.AreEqual(expectedRow.ClockLights.Select(x => x.LightColor), row.ClockLights.Select(x => x.LightColor));
});
}
public string GetRowContent(ClockRow row)
{
return(string.Join(string.Empty, row.ClockLights.Select(x => x.LightColor.ToString())));
}
public void ClockRowThrowsExceptionIfFillNegativeNumberTest()
{
var clockRow = new ClockRow(2, 3, Color.Red);
var remainder = clockRow.Fill(-100);
}
public void ClockRowThrowsExceptionIfMaxCellValueEqualToZero()
{
var clockRow = new ClockRow(2, 0, Color.Red);
}
public void ClockRowThrowsExceptionIfNumberOfLightsEqualToZero()
{
var clockRow = new ClockRow(0, 3, Color.Red);
}
public void ClockRowCanInitializeWithcorrectParameters()
{
var clockRow = new ClockRow(2, 3, Color.Red);
}
