} // FindPreviousWeek
// ----------------------------------------------------------------------
protected virtual IEnumerable <ITimePeriod> GetAvailableWeekPeriods(Week week)
{
if (weekDays.Count == 0 && workingHours.Count == 0 && WorkingDayHours.Count == 0)
{
return(new TimePeriodCollection {
week
});
}
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
// days
foreach (DayOfWeek weekDay in weekDays)
{
filter.WeekDays.Add(weekDay);
}
// hours
foreach (HourRange workingHour in workingHours)
{
filter.CollectingHours.Add(workingHour);
}
// day hours
foreach (DayHourRange workingDayHour in workingDayHours)
{
filter.CollectingDayHours.Add(workingDayHour);
}
CalendarPeriodCollector weekCollector =
new CalendarPeriodCollector(filter, week, SeekDirection.Forward, calendar);
weekCollector.CollectHours();
return(weekCollector.Periods);
} // GetAvailableWeekPeriods
public void CollectExcludePeriodTest()
{
const int workingDays2011 = 365 - 2 - ( 51 * 2 ) - 1;
const int workingDaysMarch2011 = 31 - 8; // total days - weekend days
Year year2011 = new Year( 2011 );
CalendarPeriodCollectorFilter filter1 = new CalendarPeriodCollectorFilter();
filter1.AddWorkingWeekDays();
CalendarPeriodCollector collector1 = new CalendarPeriodCollector( filter1, year2011 );
collector1.CollectDays();
Assert.AreEqual( collector1.Periods.Count, workingDays2011 );
// exclude month
CalendarPeriodCollectorFilter filter2 = new CalendarPeriodCollectorFilter();
filter2.AddWorkingWeekDays();
filter2.ExcludePeriods.Add( new Month( 2011, YearMonth.March ) );
CalendarPeriodCollector collector2 = new CalendarPeriodCollector( filter2, year2011 );
collector2.CollectDays();
Assert.AreEqual( collector2.Periods.Count, workingDays2011 - workingDaysMarch2011 );
// exclude weeks (holidays)
CalendarPeriodCollectorFilter filter3 = new CalendarPeriodCollectorFilter();
filter3.AddWorkingWeekDays();
filter3.ExcludePeriods.Add( new Month( 2011, YearMonth.March ) );
filter3.ExcludePeriods.Add( new Weeks( 2011, 26, 2 ) );
CalendarPeriodCollector collector3 = new CalendarPeriodCollector( filter3, year2011 );
collector3.CollectDays();
Assert.AreEqual( collector3.Periods.Count, workingDays2011 - workingDaysMarch2011 - 10 );
}
public void CalendarPeriodCollectorSample()
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.Months.Add( YearMonth.January ); // only Januaries
filter.WeekDays.Add( DayOfWeek.Friday ); // only Fridays
filter.CollectingHours.Add( new HourRange( 8, 18 ) ); // working hours
CalendarTimeRange testPeriod = new CalendarTimeRange( new DateTime( 2010, 1, 1 ), new DateTime( 2011, 12, 31 ) );
Console.WriteLine( "Calendar period collector of period: " + testPeriod );
// > Calendar period collector of period: 01.01.2010 00:00:00 - 30.12.2011 23:59:59 | 728.23:59
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectHours();
foreach ( ITimePeriod period in collector.Periods )
{
Console.WriteLine( "Period: " + period );
}
// > Period: 01.01.2010; 08:00 - 17:59 | 0.09:59
// > Period: 08.01.2010; 08:00 - 17:59 | 0.09:59
// > Period: 15.01.2010; 08:00 - 17:59 | 0.09:59
// > Period: 22.01.2010; 08:00 - 17:59 | 0.09:59
// > Period: 29.01.2010; 08:00 - 17:59 | 0.09:59
// > Period: 07.01.2011; 08:00 - 17:59 | 0.09:59
// > Period: 14.01.2011; 08:00 - 17:59 | 0.09:59
// > Period: 21.01.2011; 08:00 - 17:59 | 0.09:59
// > Period: 28.01.2011; 08:00 - 17:59 | 0.09:59
}
public void CollectDaysTest()
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.Months.Add( YearMonth.January );
filter.WeekDays.Add( DayOfWeek.Friday );
CalendarTimeRange testPeriod = new CalendarTimeRange( new DateTime( 2010, 1, 1 ), new DateTime( 2011, 12, 31 ) );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectDays();
Assert.AreEqual( collector.Periods.Count, 9 );
Assert.IsTrue( collector.Periods[ 0 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 01 ), new DateTime( 2010, 1, 02 ) ) ) );
Assert.IsTrue( collector.Periods[ 1 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 08 ), new DateTime( 2010, 1, 09 ) ) ) );
Assert.IsTrue( collector.Periods[ 2 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 15 ), new DateTime( 2010, 1, 16 ) ) ) );
Assert.IsTrue( collector.Periods[ 3 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 22 ), new DateTime( 2010, 1, 23 ) ) ) );
Assert.IsTrue( collector.Periods[ 4 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 29 ), new DateTime( 2010, 1, 30 ) ) ) );
Assert.IsTrue( collector.Periods[ 5 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 07 ), new DateTime( 2011, 1, 08 ) ) ) );
Assert.IsTrue( collector.Periods[ 6 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 14 ), new DateTime( 2011, 1, 15 ) ) ) );
Assert.IsTrue( collector.Periods[ 7 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 21 ), new DateTime( 2011, 1, 22 ) ) ) );
Assert.IsTrue( collector.Periods[ 8 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 28 ), new DateTime( 2011, 1, 29 ) ) ) );
}
/// <summary>
/// The get remaining working time.
/// </summary>
/// <param name="start">
/// The start.
/// </param>
/// <param name="dueDate">
/// The due date.
/// </param>
/// <returns>
/// The <see cref="TimeSpan"/>.
/// </returns>
public TimeSpan GetRemainingWorkingTime(DateTime start, DateTime dueDate)
{
var filter = new CalendarPeriodCollectorFilter();
foreach (var dayOfWeek in this.WorkDays)
{
filter.CollectingDayHours.Add(new DayHourRange(dayOfWeek.DayOfWeek, new Time(dayOfWeek.StartTime), new Time(dayOfWeek.EndTime)));
}
foreach (var holiday in this.Holidays)
{
filter.ExcludePeriods.Add(new TimeBlock(holiday.StartTime, holiday.EndTime));
}
var range = new CalendarTimeRange(start, dueDate);
var collector = new CalendarPeriodCollector(filter, range);
collector.CollectHours();
var duration = collector.Periods.GetTotalDuration(new TimeZoneDurationProvider(TimeZoneInfo.FindSystemTimeZoneById("UTC")));
return duration;
//var rounded = Math.Round(duration.TotalMinutes, MidpointRounding.AwayFromZero);
//return TimeSpan.FromMinutes(rounded);
}
public void CollectYearsTest()
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.Years.Add( 2006 );
filter.Years.Add( 2007 );
filter.Years.Add( 2012 );
CalendarTimeRange testPeriod = new CalendarTimeRange( new DateTime( 2001, 1, 1 ), new DateTime( 2019, 12, 31 ) );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectYears();
Assert.AreEqual( collector.Periods.Count, 3 );
Assert.IsTrue( collector.Periods[ 0 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2006, 1, 1 ), new DateTime( 2007, 1, 1 ) ) ) );
Assert.IsTrue( collector.Periods[ 1 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2007, 1, 1 ), new DateTime( 2008, 1, 1 ) ) ) );
Assert.IsTrue( collector.Periods[ 2 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2012, 1, 1 ), new DateTime( 2013, 1, 1 ) ) ) );
}
public void CollectMonthsTest()
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.Months.Add( YearMonth.January );
CalendarTimeRange testPeriod = new CalendarTimeRange( new DateTime( 2010, 1, 1 ), new DateTime( 2011, 12, 31 ) );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectMonths();
Assert.AreEqual( collector.Periods.Count, 2 );
Assert.IsTrue( collector.Periods[ 0 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 1 ), new DateTime( 2010, 2, 1 ) ) ) );
Assert.IsTrue( collector.Periods[ 1 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 1 ), new DateTime( 2011, 2, 1 ) ) ) );
}
// ----------------------------------------------------------------------
private IEnumerable<ITimePeriod> GetAvailableWeekPeriods( ITimePeriod period )
{
if ( weekDays.Count == 0 && workingHours.Count == 0 && WorkingDayHours.Count == 0 )
{
return new TimePeriodCollection { period };
}
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
// days
foreach ( DayOfWeek weekDay in weekDays )
{
filter.WeekDays.Add( weekDay );
}
// hours
foreach ( HourRange workingHour in workingHours )
{
filter.CollectingHours.Add( workingHour );
}
// day hours
foreach ( DayHourRange workingDayHour in workingDayHours )
{
filter.CollectingDayHours.Add( workingDayHour );
}
CalendarPeriodCollector weekCollector =
new CalendarPeriodCollector( filter, period, SeekDirection.Forward, calendar );
weekCollector.CollectHours();
return weekCollector.Periods;
}
// ------------------------------------------------------------------------
public LastDaysOfMonthPeriodCollector( CalendarPeriodCollectorFilter filter, ITimePeriod limits )
: base(filter, limits)
{
}
// ----------------------------------------------------------------------
public double NetworkDays( DateTime start, DateTime end, IEnumerable<DateTime> holidays = null, ITimePeriodCollection holidayPeriods = null )
{
Day startDay = new Day( start < end ? start : end );
Day endDay = new Day( end > start ? end : start );
if ( startDay.Equals( endDay ) )
{
return 0;
}
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.AddWorkingWeekDays(); // only working days
if ( holidays != null )
{
foreach ( DateTime holiday in holidays )
{
filter.ExcludePeriods.Add( new Day( holiday ) );
}
}
if ( holidayPeriods != null )
{
filter.ExcludePeriods.AddAll( holidayPeriods );
}
CalendarTimeRange testPeriod = new CalendarTimeRange( start, end );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectDays();
double networkDays = 0.0;
foreach ( ICalendarTimeRange period in collector.Periods )
{
networkDays += Math.Round( period.Duration.TotalDays, 2 );
}
return networkDays;
}
public void FindRemainigYearFridaysSample()
{
// filter: only Fridays
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.WeekDays.Add( DayOfWeek.Friday );
// the collecting period
CalendarTimeRange collectPeriod = new CalendarTimeRange( DateTime.Now, new Year().End.Date );
// collect all Fridays
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, collectPeriod );
collector.CollectDays();
// show the results
foreach ( ITimePeriod period in collector.Periods )
{
Console.WriteLine( "Friday: " + period );
}
}
// ----------------------------------------------------------------------
public TimeSpan CalcWorkingPeriod( DateTime start, DateTime end,
ITimePeriodCollection excludePeriods = null)
{
if ( start.Equals( end ) )
{
return TimeSpan.Zero;
}
// test range
TimeRange testRange = new TimeRange( start, end );
// search range
DateTime searchStart = new Day( testRange.Start ).Start;
DateTime serachEnd = new Day( testRange.End ).GetNextDay().Start;
TimeRange searchPeriod = new TimeRange( searchStart, serachEnd );
// search filter
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.AddWorkingWeekDays(); // working days
if ( excludePeriods != null )
{
filter.ExcludePeriods.AddAll( excludePeriods );
}
filter.CollectingHours.Add( new HourRange( 07, 12 ) ); // working hours
filter.CollectingHours.Add( new HourRange( 13, 19 ) ); // working hours
// collect working hours
TimeCalendar calendar = new TimeCalendar( new TimeCalendarConfig { EndOffset = TimeSpan.Zero } );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, searchPeriod, SeekDirection.Forward, calendar );
collector.CollectHours();
TimeSpan workingPeriod = new TimeSpan();
foreach ( ICalendarTimeRange period in collector.Periods )
{
// get the intersection of the test-range and the day working-hours
ITimePeriod intersection = testRange.GetIntersection( period );
if ( intersection == null )
{
continue;
}
workingPeriod = workingPeriod.Add( intersection.Duration );
}
return workingPeriod;
}
// ----------------------------------------------------------------------
public double CalculateBusinessHours( CalendarTimeRange testPeriod, ITimePeriodCollection holidays = null )
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.CollectingMonths.Add( new MonthRange( YearMonth.January, YearMonth.January ) );
filter.CollectingDays.Add( new DayRange( 1, 1 ) );
filter.AddWorkingWeekDays(); // only working days
filter.CollectingHours.Add( new HourRange( 8, 12 ) ); // opening hours morning
filter.CollectingHours.Add( new HourRange( 13, 18 ) ); // opening hours afternoon
if ( holidays != null )
{
filter.ExcludePeriods.AddAll( holidays );
}
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectHours();
double businessHours = 0.0;
foreach ( ICalendarTimeRange period in collector.Periods )
{
businessHours += Math.Round( period.Duration.TotalHours, 2 );
}
return businessHours;
}
// ----------------------------------------------------------------------
private double CalculateBusinessHours( ITimePeriod timePeriod )
{
double businessHours = 0;
// collect filter
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.AddWorkingWeekDays();
filter.CollectingHours.Add( new HourRange( 8, 18 ) );
//filter.ExcludePeriods.Add( new Day( 2012, 4, 6 ) );
// mor exclude periods
// collect the working hours
TimeRange collectorTimeRange = new TimeRange( timePeriod.Start.Date, timePeriod.End.Date.AddDays( 1 ) );
TimeCalendar calendar = new TimeCalendar( new TimeCalendarConfig { EndOffset = TimeSpan.Zero } );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, collectorTimeRange, SeekDirection.Forward, calendar );
collector.CollectHours();
if ( collector.Periods.Count > 0 )
{
// calculate the business hour periods
collector.Periods.Add( timePeriod ); // add source period to find the intersections
TimePeriodIntersector<TimeRange> intersector = new TimePeriodIntersector<TimeRange>();
ITimePeriodCollection businessHourPeriods = intersector.IntersectPeriods( collector.Periods );
// collect the business hours
foreach ( TimeRange businessHourPeriod in businessHourPeriods )
{
businessHours += businessHourPeriod.Duration.TotalHours;
}
}
return businessHours;
}
public void WorkingHourSum()
{
DateTime start = new DateTime( 2011, 9, 11, 18, 0, 0 );
DateTime end = new DateTime( 2011, 9, 15, 9, 0, 0 );
// collect working hours
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.CollectingDayHours.Add( new DayHourRange( DayOfWeek.Monday, 8, 12 ) );
filter.CollectingDayHours.Add( new DayHourRange( DayOfWeek.Tuesday, 8, 12 ) );
filter.CollectingDayHours.Add( new DayHourRange( DayOfWeek.Wednesday, 8, 12 ) );
filter.CollectingDayHours.Add( new DayHourRange( DayOfWeek.Thursday, 8, 12 ) );
filter.CollectingDayHours.Add( new DayHourRange( DayOfWeek.Friday, 8, 12 ) );
filter.ExcludePeriods.Add( new Day( 2011, 9, 13 ) ); // exclude Tuesday
CalendarPeriodCollector collector = new CalendarPeriodCollector(
filter,
new TimeRange( start.Date, end.Date.AddDays( 1 ) ),
SeekDirection.Forward,
new TimeCalendar( new TimeCalendarConfig { EndOffset = TimeSpan.Zero } ) );
collector.CollectHours();
// add boundaries
collector.Periods.Add( new TimeRange( start, end ) );
// intersect periods
TimePeriodIntersector<TimeRange> periodIntersector = new TimePeriodIntersector<TimeRange>();
ITimePeriodCollection periods = periodIntersector.IntersectPeriods( collector.Periods );
// calculate working hours (sum period durations)
TimeSpan workingHours = TimeSpan.Zero;
foreach ( ITimePeriod period in periods )
{
workingHours = workingHours.Add( period.Duration );
}
Console.WriteLine( "Total working hours: " + workingHours );
// > Total working hours: 09:00:00
}
public void CollectHoursTest()
{
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
filter.Months.Add( YearMonth.January );
filter.WeekDays.Add( DayOfWeek.Friday );
filter.CollectingHours.Add( new HourRange( 8, 18 ) );
CalendarTimeRange testPeriod = new CalendarTimeRange( new DateTime( 2010, 1, 1 ), new DateTime( 2011, 12, 31 ) );
CalendarPeriodCollector collector = new CalendarPeriodCollector( filter, testPeriod );
collector.CollectHours();
Assert.AreEqual( collector.Periods.Count, 9 );
Assert.IsTrue( collector.Periods[ 0 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 01, 8, 0, 0 ), new DateTime( 2010, 1, 01, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 1 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 08, 8, 0, 0 ), new DateTime( 2010, 1, 08, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 2 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 15, 8, 0, 0 ), new DateTime( 2010, 1, 15, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 3 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 22, 8, 0, 0 ), new DateTime( 2010, 1, 22, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 4 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2010, 1, 29, 8, 0, 0 ), new DateTime( 2010, 1, 29, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 5 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 07, 8, 0, 0 ), new DateTime( 2011, 1, 07, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 6 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 14, 8, 0, 0 ), new DateTime( 2011, 1, 14, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 7 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 21, 8, 0, 0 ), new DateTime( 2011, 1, 21, 18, 0, 0 ) ) ) );
Assert.IsTrue( collector.Periods[ 8 ].IsSamePeriod( new CalendarTimeRange( new DateTime( 2011, 1, 28, 8, 0, 0 ), new DateTime( 2011, 1, 28, 18, 0, 0 ) ) ) );
}
// ----------------------------------------------------------------------
private void Collect( CollectType collectType )
{
// filter
CalendarPeriodCollectorFilter filter = new CalendarPeriodCollectorFilter();
foreach ( int year in yearFilter.SelectedItems )
{
filter.Years.Add( year );
}
foreach ( YearMonth yearMonth in yearMonthFilter.SelectedItems )
{
filter.Months.Add( yearMonth );
}
foreach ( int day in dayFilter.SelectedItems )
{
filter.Days.Add( day );
}
foreach ( DayOfWeek dayOfWeek in dayOfWeekFilter.SelectedItems )
{
filter.WeekDays.Add( dayOfWeek );
}
// period limits
TimeRange workingTimeRange = WorkingTimeRange;
if ( workingTimeRange == null )
{
CollectorStatus = "Invalid Working Time Range!";
return;
}
// collect months
YearMonth? collectMonthStart = CollectMonthStart;
YearMonth? collectMonthEnd = CollectMonthEnd;
if ( collectMonthStart.HasValue && collectMonthEnd.HasValue )
{
if ( collectMonthEnd.Value < collectMonthStart.Value )
{
CollectorStatus = "Invalid Collecting Periods Months!";
return;
}
filter.CollectingMonths.Add( new MonthRange( collectMonthStart.Value, collectMonthEnd.Value ) );
}
// collect day
int? collectDayStart = CollectDayStart;
int? collectDayEnd = CollectDayEnd;
if ( collectDayStart.HasValue && collectDayEnd.HasValue )
{
if ( collectDayEnd.Value < collectDayStart.Value )
{
CollectorStatus = "Invalid Collecting Periods Days!";
return;
}
filter.CollectingDays.Add( new DayRange( collectDayStart.Value, collectDayEnd.Value ) );
}
// collect hour
int? collectHourStart = CollectHourStart;
int? collectHourEnd = CollectHourEnd;
if ( collectHourStart.HasValue && collectHourEnd.HasValue )
{
if ( collectHourEnd.Value < collectHourStart.Value )
{
CollectorStatus = "Invalid Collecting Periods Hours!";
return;
}
filter.CollectingHours.Add( new HourRange( collectHourStart.Value, collectHourEnd.Value ) );
}
StringBuilder status = new StringBuilder();
// collector
string collectContext = string.Empty;
TimePeriod.CalendarPeriodCollector collector =
new TimePeriod.CalendarPeriodCollector( filter, workingTimeRange );
switch ( collectType )
{
case CollectType.Year:
collectContext = "year";
collector.CollectYears();
break;
case CollectType.Month:
collectContext = "month";
collector.CollectMonths();
break;
case CollectType.Day:
collectContext = "day";
collector.CollectDays();
break;
case CollectType.Hour:
collectContext = "hour";
collector.CollectHours();
break;
}
collectedPeriods.Clear();
if ( collector.Periods.Count == 0 )
{
status.Append( string.Format( "no {0} periods found", collectContext ) );
}
else if ( collector.Periods.Count > maxPeriodCount )
{
status.Append( string.Format( "{0} {1} periods found, a maximum of {2} periods can be displayed",
collector.Periods.Count, collectContext, maxPeriodCount ) );
}
else
{
foreach ( ITimePeriod timePeriod in collector.Periods )
{
collectedPeriods.Add( timePeriod );
}
status.Append( string.Format( "{0} {1} periods found", collectedPeriods.Count, collectContext ) );
}
CollectorStatus = status.ToString();
LastCollectionDate = DateTime.Now;
if ( CopyToClipboard )
{
collectedPeriods.CopyToClipboard();
}
}
