static MonthlyRecurrenceSettings GetRecurrenceSettings(string seriesInfo, int modifiedOccurrencesValue, DateTime modifiedEndDate)
{
// Get the Recurrence Info object. This makes it easy to work with existing series of date patterns.
RecurrenceInfo info = MonthlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
return(GetRecurrenceSettings(seriesInfo, modifiedOccurrencesValue, info.StartDate, modifiedEndDate));
}
static MonthlyRecurrenceSettings GetRecurrenceSettings(string seriesInfo, int modifiedOccurrencesValue, DateTime modifiedStartDate, DateTime modifiedEndDate)
{
// Get the Recurrence Info object. This makes it easy to work with existing series of date patterns.
RecurrenceInfo info = MonthlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
MonthlyRecurrenceSettings settings = null;
// Check to see if this is to modify the SeriesInfo and run as endtype for occurrences
if (modifiedOccurrencesValue != -1)
{
info.SetEndDateType(EndDateType.NumberOfOccurrences);
info.SetNumberOfOccurrences(modifiedOccurrencesValue);
}
// Check to see if this is to modify the EndDate and run as endType for EndDate
if (modifiedEndDate != DateTime.MinValue)
{
info.SetEndDateType(EndDateType.SpecificDate);
info.SetEndDate(modifiedEndDate);
}
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
switch (info.EndDateType)
{
case EndDateType.NumberOfOccurrences:
settings = new MonthlyRecurrenceSettings(modifiedStartDate, info.NumberOfOccurrences);
break;
case EndDateType.SpecificDate:
settings = new MonthlyRecurrenceSettings(modifiedStartDate, info.EndDate.Value);
break;
case EndDateType.NoEndDate:
settings = new MonthlyRecurrenceSettings(modifiedStartDate);
break;
}
settings.AdjustmentValue = info.AdjustmentValue;
// Determine the Type of dates to get, specific, custom, etc.
switch (info.MonthlyRegenType)
{
case MonthlyRegenType.OnSpecificDayOfMonth:
settings.SetValues(info.MonthlyRegenerateOnSpecificDateDayValue, info.MonthlyRegenEveryXMonths);
break;
case MonthlyRegenType.OnCustomDateFormat:
settings.SetValues(info.MonthlySpecificDatePartOne, info.MonthlySpecificDatePartTwo, info.MonthlyRegenEveryXMonths);
break;
case MonthlyRegenType.AfterOccurrenceCompleted:
break;
}
return(settings);
}
static DailyRecurrenceSettings GetRecurrenceSettings(string seriesInfo, int modifiedOccurrencesValue, DateTime modifiedStartDate, DateTime modifiedEndDate)
{
DailyRecurrenceSettings settings = null;
RecurrenceInfo info = DailyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
// Check to see if this is to modify the SeriesInfo and run as endtype for occurrences
if (modifiedOccurrencesValue != -1)
{
info.SetEndDateType(EndDateType.NumberOfOccurrences);
info.SetNumberOfOccurrences(modifiedOccurrencesValue);
}
// Check to see if this is to modify the EndDate and run as endType for EndDate
if (modifiedEndDate != DateTime.MinValue)
{
info.SetEndDateType(EndDateType.SpecificDate);
info.SetEndDate(modifiedEndDate);
}
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
switch (info.EndDateType)
{
case EndDateType.NumberOfOccurrences:
settings = new DailyRecurrenceSettings(modifiedStartDate, info.NumberOfOccurrences);
break;
case EndDateType.SpecificDate:
settings = new DailyRecurrenceSettings(modifiedStartDate, info.EndDate.Value);
break;
case EndDateType.NoEndDate:
settings = new DailyRecurrenceSettings(modifiedStartDate);
break;
}
// Determine the Type of dates to get, specific, custom, etc.
switch (info.DailyRegenType)
{
case DailyRegenType.OnEveryXDays:
settings.SetValues(info.DailyRegenEveryXDays);
break;
case DailyRegenType.OnEveryWeekday:
// This is default. Nothing to set
break;
case DailyRegenType.NotSet:
break;
}
return(settings);
}
/// <summary>
/// Get the Series Info in a user-friendly object that can be used as a means to
/// populate UI controls.
/// </summary>
/// <param name="seriesInfo" type="string">
/// <para>
/// String of the Series Info.
/// </para>
/// </param>
/// <returns>
/// A RecurrenceGenerator.RecurrenceInfo value...
/// </returns>
public static RecurrenceInfo GetFriendlySeriesInfo(string seriesInfo)
{
RecurrenceInfo returnValue = null;
switch (seriesInfo[0])
{
case 'Y': // Yearly
returnValue = YearlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case 'M': // Monthly
returnValue = MonthlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case 'W': // Weekly
returnValue = WeeklyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case 'D': // Daily
returnValue = DailyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
}
return(returnValue);
}
/// <summary>
/// Get the Series Info in a user-friendly object that can be used as a means to
/// populate UI controls.
/// </summary>
/// <param name="seriesInfo" type="string">
/// <para>
/// String of the Series Info.
/// </para>
/// </param>
/// <returns>
/// A RecurrenceGenerator.RecurrenceInfo value...
/// </returns>
public static RecurrenceInfo GetFriendlySeriesInfo(string seriesInfo)
{
RecurrenceInfo returnValue = null;
switch (seriesInfo.Substring(0, 1))
{
case "Y": // Yearly
returnValue = YearlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case "M": // Monthly
returnValue = MonthlyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case "W": // Weekly
returnValue = WeeklyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
case "D": // Daily
returnValue = DailyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
break;
}
return(returnValue);
}
/// <summary>
/// Get a user-friendly class that is a easy way using Properties that define the Series Info
/// </summary>
/// <param name="seriesInfo" type="string">
/// <para>
/// String of Series Info that was first generated by this MonthlyRecurrenceSettings Class object.
/// </para>
/// </param>
/// <returns>
/// A RecurrenceGenerator.RecurrenceInfo value...
/// </returns>
internal static RecurrenceInfo GetFriendlyRecurrenceInfo(string seriesInfo)
{
RecurrenceInfo info = new RecurrenceInfo();
EndDateType endType = EndDateType.NotDefined;
DateTime endDateValue = DateTime.MinValue;
int noOccurrences;
// Exit if not a Monthly seriesInfo type
if (!seriesInfo.StartsWith("M"))
{
return(null);
}
info.SetSeriesInfo(seriesInfo);
info.SetRecurrenceType(RecurrenceType.Monthly);
// FORMATTING DEFINITIONS
// Y = Yearly Designator
// | 0 = Start Date (8 chars)
// | | 1 = End Date (8 chars)
// | | | 2 = Number of occurrences (4 chars)
// | | | | 3 = Regeneration Type (1 char)
// | | | | | 4 = End date type (1 char)
// | | | | | | 5 = Regenerate on specific date DAY value (2 chars)
// | | | | | | | 6 = Custom Date Part One (1 char)
// | | | | | | | | 7 = Custom Date Part Two (1 char)
// | | | | | | | | | 8 = Adjustment Value (3 chars)
// | | | | | | | | | | 9 Regen Every x months
// | | | | | | | | | | |
// [0] [1-8] [9-16] [17-20] [21] [22] [23-24] [25] [26] [27-29] [30-32]
// M 01082007 20171231 0000 1 1 00 A A 000 000
string startDate = seriesInfo.Substring(1, 8);
DateTime dtStartDate = new DateTime(int.Parse(startDate.Substring(0, 4)), int.Parse(startDate.Substring(4, 2)), int.Parse(startDate.Substring(6, 2)));
string endDate = seriesInfo.Substring(9, 8);
string occurrences = seriesInfo.Substring(17, 4);
string monthlyRegenType = seriesInfo.Substring(21, 1);
string endDateType = seriesInfo.Substring(22, 1);
string regenOnSpecificDateDayValue = seriesInfo.Substring(23, 2);
string specDatePartOne = seriesInfo.Substring(25, 1);
string specDatePartTwo = seriesInfo.Substring(26, 1);
string adjustValue = seriesInfo.Substring(27, 3);
int regenXMonths = int.Parse(seriesInfo.Substring(30, 3));
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
MonthlySpecificDatePartOne partOne = MonthlySpecificDatePartOne.NotSet;
MonthlySpecificDatePartTwo partTwo = MonthlySpecificDatePartTwo.NotSet;
if (specDatePartOne == "Z")
{
partOne = MonthlySpecificDatePartOne.NotSet;
}
else
{
partOne = (MonthlySpecificDatePartOne)(Convert.ToInt32(specDatePartOne[0]) - 65);
}
if (specDatePartTwo == "Z")
{
partTwo = MonthlySpecificDatePartTwo.NotSet;
}
else
{
partTwo = (MonthlySpecificDatePartTwo)(Convert.ToInt32(specDatePartTwo[0]) - 65);
}
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
// Get the EndDate before any modifications on it are performed
if (endType == EndDateType.SpecificDate)
{
endDateValue = new DateTime(int.Parse(endDate.Substring(0, 4)), int.Parse(endDate.Substring(4, 2)), int.Parse(endDate.Substring(6, 2)));
}
info.SetEndDateType(endType);
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
switch (endType)
{
case EndDateType.NumberOfOccurrences:
info.SetStartDate(dtStartDate);
info.SetNumberOfOccurrences(noOccurrences);
break;
case EndDateType.SpecificDate:
info.SetStartDate(dtStartDate);
info.SetEndDate(endDateValue);
break;
case EndDateType.NoEndDate:
info.SetStartDate(dtStartDate);
break;
}
// Set the adjusted values
info.SetAdjustmentValue(Convert.ToInt32(adjustValue));
info.SetMonthlyRegenType((MonthlyRegenType)(int.Parse(monthlyRegenType)));
// Determine the Type of dates to get, specific, custom, etc.
switch (info.MonthlyRegenType)
{
case MonthlyRegenType.OnSpecificDayOfMonth:
info.SetMonthlyRegenerateOnSpecificDateDayValue(int.Parse(regenOnSpecificDateDayValue));
info.SetRegenEveryXMonths(regenXMonths);
break;
case MonthlyRegenType.OnCustomDateFormat:
info.SetMonthlySpecificDatePartOne(partOne);
info.SetMonthlySpecificDatePartTwo(partTwo);
info.SetRegenEveryXMonths(regenXMonths);
break;
case MonthlyRegenType.AfterOccurrenceCompleted:
break;
}
return(info);
}
internal static RecurrenceInfo GetFriendlyRecurrenceInfo(string seriesInfo)
{
RecurrenceInfo info = new RecurrenceInfo();
EndDateType endType = EndDateType.NotDefined;
DateTime endDateValue = DateTime.MinValue;
int noOccurrences;
// Exit if not a Daily seriesInfo type
if (!seriesInfo.StartsWith("D"))
{
return(null);
}
info.SetRecurrenceType(RecurrenceType.Daily);
info.SetSeriesInfo(seriesInfo);
// FORMATTING DEFINITIONS
// Y = Yearly Designator
// | 0 = Start Date (8 chars)
// | | 1 = End Date (8 chars)
// | | | 2 = Number of occurrences (4 chars)
// | | | | 3 = Regeneration Type (1 char)
// | | | | | 4 = End date type (1 char)
// | | | | | | 5 = Regen Every x weeks
// | | | | | | |
// | | | | | | |
// [0] [1-8] [9-16] [17-20] [21] [22] [23-25]
// D 20071231 20171231 0000 1 1 000
string startDate = seriesInfo.Substring(1, 8);
DateTime dtStartDate = new DateTime(int.Parse(startDate.Substring(0, 4)), int.Parse(startDate.Substring(4, 2)), int.Parse(startDate.Substring(6, 2)));
string endDate = seriesInfo.Substring(9, 8);
string occurrences = seriesInfo.Substring(17, 4);
string dailyRegenType = seriesInfo.Substring(21, 1);
string endDateType = seriesInfo.Substring(22, 1);
int regenXDays = int.Parse(seriesInfo.Substring(23, 3));
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
// Get the EndDate before any modifications on it are performed
if (endType == EndDateType.SpecificDate)
{
endDateValue = new DateTime(int.Parse(endDate.Substring(0, 4)), int.Parse(endDate.Substring(4, 2)), int.Parse(endDate.Substring(6, 2)));
}
info.SetEndDateType(endType);
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
switch (endType)
{
case EndDateType.NumberOfOccurrences:
info.SetStartDate(dtStartDate);
info.SetNumberOfOccurrences(noOccurrences);
break;
case EndDateType.SpecificDate:
info.SetStartDate(dtStartDate);
info.SetEndDate(endDateValue);
break;
case EndDateType.NoEndDate:
info.SetStartDate(dtStartDate);
break;
}
info.SetDailyRegenType((DailyRegenType)(int.Parse(dailyRegenType)));
// Determine the Type of dates to get, specific, custom, etc.
switch (info.DailyRegenType)
{
case DailyRegenType.OnEveryXDays:
info.SetDailyRegenEveryXDays(regenXDays);
break;
case DailyRegenType.OnEveryWeekday:
// This is default. Nothing to set
break;
case DailyRegenType.NotSet:
break;
}
return(info);
}
static DailyRecurrenceSettings GetRecurrenceSettings(string seriesInfo, int modifiedOccurrencesValue, DateTime modifiedEndDate)
{
RecurrenceInfo info = DailyRecurrenceSettings.GetFriendlyRecurrenceInfo(seriesInfo);
return(GetRecurrenceSettings(seriesInfo, modifiedOccurrencesValue, info.StartDate, modifiedEndDate));
}
internal static RecurrenceInfo GetFriendlyRecurrenceInfo(string seriesInfo)
{
RecurrenceInfo info = new RecurrenceInfo();
EndDateType endType = EndDateType.NotDefined;
DateTime endDateValue = DateTime.MinValue;
int noOccurrences;
// Exit if not a Weekly seriesInfo type
if (!seriesInfo.StartsWith("W"))
{
return(null);
}
info.SetSeriesInfo(seriesInfo);
info.SetRecurrenceType(RecurrenceType.Weekly);
// FORMATTING DEFINITIONS
// Y = Yearly Designator
// | 0 = Start Date (8 chars)
// | | 1 = End Date (8 chars)
// | | | 2 = Number of occurrences (4 chars)
// | | | | 3 = Regeneration Type (1 char)
// | | | | | 4 = End date type (1 char)
// | | | | | | 5 = Regenerate on Sunday
// | | | | | | | 6 = Regenerate on Monday
// | | | | | | | | 7 = Regenerate on Tuesday
// | | | | | | | | | 8 = Regenerate on Wednesday
// | | | | | | | | | | 9 = Regenerate on Thursday
// | | | | | | | | | | | 10 = Regenerate on Friday
// | | | | | | | | | | | | 11 = Regenerate on Saturday
// | | | | | | | | | | | | | 12 Regen Every x weeks
// | | | | | | | | | | | | | |
// [0] [1-8] [9-16] [17-20] [21] [22] [23] [24] [25] [26] [27] [28] [29] [30-32]
// W 20071231 20171231 0000 1 1 T T F F F F F 000
string startDate = seriesInfo.Substring(1, 8);
DateTime dtStartDate = new DateTime(int.Parse(startDate.Substring(0, 4)), int.Parse(startDate.Substring(4, 2)), int.Parse(startDate.Substring(6, 2)));
string endDate = seriesInfo.Substring(9, 8);
SelectedDayOfWeekValues selectedDays = new SelectedDayOfWeekValues();
string occurrences = seriesInfo.Substring(17, 4);
string weeklyRegenType = seriesInfo.Substring(21, 1);
string endDateType = seriesInfo.Substring(22, 1);
int regenXWeeks = int.Parse(seriesInfo.Substring(30, 3));
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
selectedDays.Sunday = (seriesInfo.Substring(23, 1) == "Y") ? true : false;
selectedDays.Monday = (seriesInfo.Substring(24, 1) == "Y") ? true : false;
selectedDays.Tuesday = (seriesInfo.Substring(25, 1) == "Y") ? true : false;
selectedDays.Wednesday = (seriesInfo.Substring(26, 1) == "Y") ? true : false;
selectedDays.Thursday = (seriesInfo.Substring(27, 1) == "Y") ? true : false;
selectedDays.Friday = (seriesInfo.Substring(28, 1) == "Y") ? true : false;
selectedDays.Saturday = (seriesInfo.Substring(29, 1) == "Y") ? true : false;
endType = (EndDateType)(int.Parse(endDateType));
noOccurrences = int.Parse(occurrences);
// Get the EndDate before any modifications on it are performed
if (endType == EndDateType.SpecificDate)
{
endDateValue = new DateTime(int.Parse(endDate.Substring(0, 4)), int.Parse(endDate.Substring(4, 2)), int.Parse(endDate.Substring(6, 2)));
}
info.SetEndDateType(endType);
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
// Determine the Constructor by the type of End Date.
// All constructors start with a Start date at a minimum.
switch (endType)
{
case EndDateType.NumberOfOccurrences:
info.SetStartDate(dtStartDate);
info.SetNumberOfOccurrences(noOccurrences);
break;
case EndDateType.SpecificDate:
info.SetStartDate(dtStartDate);
info.SetEndDate(endDateValue);
break;
case EndDateType.NoEndDate:
info.SetStartDate(dtStartDate);
break;
}
info.SetWeeklyRegenType((WeeklyRegenType)(int.Parse(weeklyRegenType)));
// Determine the Type of dates to get, specific, custom, etc.
switch (info.WeeklyRegenType)
{
case WeeklyRegenType.OnEveryXWeeks:
info.SetSelectedDayOfWeekValues(selectedDays);
info.SetRegenEveryXWeeks(regenXWeeks);
break;
case WeeklyRegenType.NotSet:
break;
}
return(info);
}