public void GetNextDayTest() {
var now = ClockProxy.Clock.Now;
var day = new DayRange(now);
day.GetNextDay().Should().Be(day.AddDays(1));
day.GetNextDay().Start.Should().Be(now.Date.AddDays(1));
}
public void DayOfWeekTest() {
var now = ClockProxy.Clock.Now;
var timeCalendar = new TimeCalendar();
var day = new DayRange(now, timeCalendar);
day.DayOfWeek.Should().Be(timeCalendar.Culture.Calendar.GetDayOfWeek(now));
}
public DaySeekerContext(DayRange startDay, int dayCount) {
startDay.ShouldNotBeNull("startDay");
StartDay = startDay;
DayCount = Math.Abs(dayCount);
RemaingDays = DayCount;
}
public void GetNextDayTest()
{
var now = ClockProxy.Clock.Now;
var day = new DayRange(now);
day.GetNextDay().Should().Be(day.AddDays(1));
day.GetNextDay().Start.Should().Be(now.Date.AddDays(1));
}
public void ConstructorTest() {
var now = ClockProxy.Clock.Now;
var day = new DayRange(now);
day.Start.Should().Be(now.Date);
day = new DayRange(now.Year, now.Month, now.Day);
day.Start.Should().Be(now.Date);
}
public void DayOfWeekTest()
{
var now = ClockProxy.Clock.Now;
var timeCalendar = new TimeCalendar();
var day = new DayRange(now, timeCalendar);
day.DayOfWeek.Should().Be(timeCalendar.Culture.Calendar.GetDayOfWeek(now));
}
public void ProcessDay(DayRange day) {
if(IsFinished)
return;
RemaingDays -= 1;
if(IsFinished)
FoundDay = day;
}
public void InitValuesTest() {
var now = ClockProxy.Clock.Now;
var firstDay = new DateTime(now.Year, now.Month, now.Day);
var secondDay = firstDay.AddDays(1);
var day = new DayRange(now, TimeCalendar.NewEmptyOffset());
day.Start.Should().Be(firstDay);
day.End.Should().Be(secondDay);
}
public void ConstructorTest()
{
var now = ClockProxy.Clock.Now;
var day = new DayRange(now);
day.Start.Should().Be(now.Date);
day = new DayRange(now.Year, now.Month, now.Day);
day.Start.Should().Be(now.Date);
}
public void InitValuesTest()
{
var now = ClockProxy.Clock.Now;
var firstDay = new DateTime(now.Year, now.Month, now.Day);
var secondDay = firstDay.AddDays(1);
var day = new DayRange(now, TimeCalendar.NewEmptyOffset());
day.Start.Should().Be(firstDay);
day.End.Should().Be(secondDay);
}
public void AddDaysTest()
{
var now = ClockProxy.Clock.Now;
var nowDate = now.Date;
var day = new DayRange(now, TimeCalendar.NewEmptyOffset());
day.AddDays(0).Should().Be(day);
Enumerable
.Range(-60, 120)
.RunEach(i => day.AddDays(i).Start.Should().Be(nowDate.AddDays(i)));
}
public void SimpleForwardTest() {
var start = new DayRange();
var daySeeker = new DaySeeker();
var day1 = daySeeker.FindDay(start, 0);
day1.IsSamePeriod(start).Should().Be.True();
var day2 = daySeeker.FindDay(start, 1);
day2.IsSamePeriod(start.GetNextDay()).Should().Be.True();
Enumerable
.Range(-10, 20)
.RunEach(i => {
var offset = i * 5;
var day = daySeeker.FindDay(start, offset);
day.IsSamePeriod(start.AddDays(offset)).Should().Be.True();
});
}
public void GetHoursTest()
{
var day = new DayRange();
var hours = day.GetHours();
Assert.IsNotNull(hours);
var index = 0;
foreach (var hour in hours)
{
hour.Start.Should().Be(day.Start.AddHours(index));
hour.End.Should().Be(hour.TimeCalendar.MapEnd(hour.Start.AddHours(1)));
index++;
}
index.Should().Be(TimeSpec.HoursPerDay);
}
public void DefaultCalendarTest() {
var yearStart = new DateTime(ClockProxy.Clock.Now.Year, January, 1);
for(var m = 1; m <= TimeSpec.MonthsPerYear; m++) {
var monthStart = new DateTime(yearStart.Year, m, 1);
var monthEnd = monthStart.EndTimeOfMonth().StartTimeOfDay();
for(var monthDay = monthStart.Day; monthDay < monthEnd.Day; monthDay++) {
var day = new DayRange(monthStart.AddDays(monthDay - monthStart.Day));
day.Year.Should().Be(yearStart.Year);
day.Month.Should().Be(monthStart.Month);
day.Month.Should().Be(monthEnd.Month);
day.Day.Should().Be(monthDay);
day.Start.Should().Be(monthStart.AddDays(monthDay - monthStart.Day).Add(day.TimeCalendar.StartOffset));
day.End.Should().Be(monthStart.AddDays(monthDay).Add(day.TimeCalendar.EndOffset));
}
}
}
public void SimpleBackwardTest() {
var start = new DayRange();
var daySeeker = new DaySeeker(SeekDirection.Backward);
var day1 = daySeeker.FindDay(start, 0);
day1.IsSamePeriod(start).Should().Be.True();
var day2 = daySeeker.FindDay(start, 1);
day2.IsSamePeriod(start.GetPreviousDay()).Should().Be.True();
Enumerable
.Range(-10, 20)
.RunEach(i => {
var offset = i * 5;
var day = daySeeker.FindDay(start, offset);
day.IsSamePeriod(start.AddDays(-offset)).Should().Be.True();
});
}
public void DefaultCalendarTest()
{
var yearStart = new DateTime(ClockProxy.Clock.Now.Year, January, 1);
for (var m = 1; m <= TimeSpec.MonthsPerYear; m++)
{
var monthStart = new DateTime(yearStart.Year, m, 1);
var monthEnd = monthStart.EndTimeOfMonth().StartTimeOfDay();
for (var monthDay = monthStart.Day; monthDay < monthEnd.Day; monthDay++)
{
var day = new DayRange(monthStart.AddDays(monthDay - monthStart.Day));
day.Year.Should().Be(yearStart.Year);
day.Month.Should().Be(monthStart.Month);
day.Month.Should().Be(monthEnd.Month);
day.Day.Should().Be(monthDay);
day.Start.Should().Be(monthStart.AddDays(monthDay - monthStart.Day).Add(day.TimeCalendar.StartOffset));
day.End.Should().Be(monthStart.AddDays(monthDay).Add(day.TimeCalendar.EndOffset));
}
}
}
public void SeekDirectionTest() {
var start = new DayRange();
var daySeeker = new DaySeeker();
Enumerable
.Range(-10, 20)
.RunEach(i => {
var offset = i * 5;
var day = daySeeker.FindDay(start, offset);
day.IsSamePeriod(start.AddDays(offset)).Should().Be.True();
});
var backwardSeeker = new DaySeeker(SeekDirection.Backward);
Enumerable
.Range(-10, 20)
.RunEach(i => {
var offset = i * 5;
var day = backwardSeeker.FindDay(start, offset);
day.IsSamePeriod(start.AddDays(-offset)).Should().Be.True();
});
}
public void SeekWeekendHolidayTest() {
var start = new DayRange(new DateTime(2011, 2, 15));
var filter = new CalendarVisitorFilter();
filter.AddWorkingWeekDays();
filter.ExcludePeriods.Add(new DayRangeCollection(2011, 2, 27, 14)); // 14 days -> week 9 and 10
var daySeeker = new DaySeeker(filter);
var day1 = daySeeker.FindDay(start, 3); // wtihtin the same working week
day1.IsSamePeriod(new DayRange(2011, 2, 18)).Should().Be.True();
var day2 = daySeeker.FindDay(start, 4); // 주말(19,20) 제외 21일 월요일
day2.IsSamePeriod(new DayRange(2011, 2, 21)).Should().Be.True();
var day3 = daySeeker.FindDay(start, 10); // 2월27일부터 14일간 휴가로 제외 기간을 설정했음.
day3.IsSamePeriod(new DayRange(2011, 3, 15)).Should().Be.True();
}
public void GetHoursTest() {
var day = new DayRange();
var hours = day.GetHours();
Assert.IsNotNull(hours);
var index = 0;
foreach(var hour in hours) {
hour.Start.Should().Be(day.Start.AddHours(index));
hour.End.Should().Be(hour.TimeCalendar.MapEnd(hour.Start.AddHours(1)));
index++;
}
index.Should().Be(TimeSpec.HoursPerDay);
}
public void AddDaysTest() {
var now = ClockProxy.Clock.Now;
var nowDate = now.Date;
var day = new DayRange(now, TimeCalendar.NewEmptyOffset());
day.AddDays(0).Should().Be(day);
Enumerable
.Range(-60, 120)
.RunEach(i => day.AddDays(i).Start.Should().Be(nowDate.AddDays(i)));
}
