[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_HasCorrectFormat()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
Assert.AreEqual($"{start} - {end}", zonedDateTimeRange.ToString());
}
[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_IsNotBlank()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
Assert.AreNotEqual(
"",
zonedDateTimeRange.ToString(),
"String representation of range must not be an empty string");
}
[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_DoesDependOnTimeComponents()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
ZonedDateTimeRange zonedDateTimeRangeWithTime = new ZonedDateTimeRange(
start + RandomTimeOffset(),
end + RandomTimeOffset(),
step);
Assert.AreNotEqual(
zonedDateTimeRange.ToString(),
zonedDateTimeRangeWithTime.ToString(),
"String representation of range should depend on the time components");
}
[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_IsNotBlank()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
Assert.AreNotEqual(
"",
zonedDateTimeRange.ToString(),
"String representation of range must not be an empty string");
}
[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_HasCorrectFormat()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
Assert.AreEqual($"{start} - {end}", zonedDateTimeRange.ToString());
}
[TestMethod] // ReSharper disable once InconsistentNaming
public void ToString_DoesDependOnTimeComponents()
{
Duration length = RandomDuration(MinDuration + MinDuration, MaxDuration);
ZonedDateTime start = RandomZonedDateTime(TestMinZonedDateTime, TestMaxZonedDateTime - length);
ZonedDateTime end = start + length;
Duration step = RandomDuration(MinDuration, length - MinDuration);
ZonedDateTimeRange zonedDateTimeRange = new ZonedDateTimeRange(start, end, step);
ZonedDateTimeRange zonedDateTimeRangeWithTime = new ZonedDateTimeRange(
start + RandomTimeOffset(),
end + RandomTimeOffset(),
step);
Assert.AreNotEqual(
zonedDateTimeRange.ToString(),
zonedDateTimeRangeWithTime.ToString(),
"String representation of range should depend on the time components");
}
