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/ DotNET / DotNET / 8.0 / untmp / whidbey / REDBITS / ndp / clr / src / BCL / System / DateTimeOffset.cs / 3 / DateTimeOffset.cs
// ==++== // // Copyright (c) Microsoft Corporation. All rights reserved. // // ==--== namespace System { using System; using System.Threading; using System.Globalization; using System.Runtime.InteropServices; using System.Runtime.CompilerServices; using System.Runtime.Serialization; using System.Security.Permissions; // DateTimeOffset is a value type that consists of a DateTime and a time zone offset, // ie. how far away the time is from GMT. The DateTime is stored whole, and the offset // is stored as an Int16 internally to save space, but presented as a TimeSpan. // // The range is constrained so that both the represented clock time and the represented // UTC time fit within the boundaries of MaxValue. This gives it the same range as DateTime // for actual UTC times, and a slightly constrained range on one end when an offset is // present. // // This class should be substitutable for date time in most cases; so most operations // effectively work on the clock time. However, the underlying UTC time is what counts // for the purposes of identity, sorting and subtracting two instances. // // // There are theoretically two date times stored, the UTC and the relative local representation // or the 'clock' time. It actually does not matter which is stored in m_dateTime, so it is desirable // for most methods to go through the helpers UtcDateTime and ClockDateTime both to abstract this // out and for internal readability. [StructLayout(LayoutKind.Auto)] [Serializable] public struct DateTimeOffset : IComparable, IFormattable, ISerializable, IDeserializationCallback, IComparable, IEquatable { // Constants internal const Int64 MaxOffset = TimeSpan.TicksPerHour * 14; internal const Int64 MinOffset = -MaxOffset; // Static Fields public static readonly DateTimeOffset MinValue = new DateTimeOffset(DateTime.MinTicks, TimeSpan.Zero); public static readonly DateTimeOffset MaxValue = new DateTimeOffset(DateTime.MaxTicks, TimeSpan.Zero); // Instance Fields private DateTime m_dateTime; private Int16 m_offsetMinutes; // Constructors // Constructs a DateTimeOffset from a tick count and offset public DateTimeOffset(long ticks, TimeSpan offset) { m_offsetMinutes = ValidateOffset(offset); // Let the DateTime constructor do the range checks DateTime dateTime = new DateTime(ticks); m_dateTime = ValidateDate(dateTime, offset); } // Constructs a DateTimeOffset from a DateTime. For UTC and Unspecified kinds, creates a // UTC instance with a zero offset. For local, extracts the local offset. public DateTimeOffset(DateTime dateTime) { TimeSpan offset; if (dateTime.Kind != DateTimeKind.Utc) { // Local and Unspecified are both treated as Local offset = TimeZone.CurrentTimeZone.GetUtcOffset(dateTime); } else { offset = new TimeSpan(0); } m_offsetMinutes = ValidateOffset(offset); m_dateTime = ValidateDate(dateTime, offset); } // Constructs a DateTimeOffset from a DateTime. And an offset. Always makes the clock time // consistent with the DateTime. For Utc ensures the offset is zero. For local, ensures that // the offset corresponds to the local. public DateTimeOffset(DateTime dateTime, TimeSpan offset) { if (dateTime.Kind == DateTimeKind.Local) { if (offset != TimeZone.CurrentTimeZone.GetUtcOffset(dateTime)) { throw new ArgumentException(Environment.GetResourceString("Argument_OffsetLocalMismatch"), "offset"); } } else if (dateTime.Kind == DateTimeKind.Utc) { if (offset != TimeSpan.Zero) { throw new ArgumentException(Environment.GetResourceString("Argument_OffsetUtcMismatch"), "offset"); } } m_offsetMinutes = ValidateOffset(offset); m_dateTime = ValidateDate(dateTime, offset); } // Constructs a DateTimeOffset from a given year, month, day, hour, // minute, second and offset. public DateTimeOffset(int year, int month, int day, int hour, int minute, int second, TimeSpan offset) { m_offsetMinutes = ValidateOffset(offset); m_dateTime = ValidateDate(new DateTime(year, month, day, hour, minute, second), offset); } // Constructs a DateTimeOffset from a given year, month, day, hour, // minute, second, millsecond and offset public DateTimeOffset(int year, int month, int day, int hour, int minute, int second, int millisecond, TimeSpan offset) { m_offsetMinutes = ValidateOffset(offset); m_dateTime = ValidateDate(new DateTime(year, month, day, hour, minute, second, millisecond), offset); } // Constructs a DateTimeOffset from a given year, month, day, hour, // minute, second, millsecond, Calendar and offset. public DateTimeOffset(int year, int month, int day, int hour, int minute, int second, int millisecond, Calendar calendar, TimeSpan offset) { m_offsetMinutes = ValidateOffset(offset); m_dateTime = ValidateDate(new DateTime(year, month, day, hour, minute, second, millisecond, calendar), offset); } // Returns a DateTimeOffset representing the current date and time. The // resolution of the returned value depends on the system timer. For // Windows NT 3.5 and later the timer resolution is approximately 10ms, // for Windows NT 3.1 it is approximately 16ms, and for Windows 95 and 98 // it is approximately 55ms. // public static DateTimeOffset Now { get { return new DateTimeOffset(DateTime.Now); } } public static DateTimeOffset UtcNow { get { return new DateTimeOffset(DateTime.UtcNow); } } public DateTime DateTime { get { return ClockDateTime; } } public DateTime UtcDateTime { get { return DateTime.SpecifyKind(m_dateTime, DateTimeKind.Utc); } } public DateTime LocalDateTime { get { return UtcDateTime.ToLocalTime(); } } // Adjust to a given offset with the same UTC time. Can throw ArgumentException // public DateTimeOffset ToOffset(TimeSpan offset) { return new DateTimeOffset((m_dateTime + offset).Ticks, offset); } // Instance Properties // The clock or visible time represented. This is just a wrapper around the internal date because this is // the chosen storage mechanism. Going through this helper is good for readability and maintainability. // This should be used for display but not identity. private DateTime ClockDateTime { get { return new DateTime((m_dateTime + Offset).Ticks, DateTimeKind.Unspecified); } } // Returns the date part of this DateTimeOffset. The resulting value // corresponds to this DateTimeOffset with the time-of-day part set to // zero (midnight). // public DateTime Date { get { return ClockDateTime.Date; } } // Returns the day-of-month part of this DateTimeOffset. The returned // value is an integer between 1 and 31. // public int Day { get { return ClockDateTime.Day; } } // Returns the day-of-week part of this DateTimeOffset. The returned value // is an integer between 0 and 6, where 0 indicates Sunday, 1 indicates // Monday, 2 indicates Tuesday, 3 indicates Wednesday, 4 indicates // Thursday, 5 indicates Friday, and 6 indicates Saturday. // public DayOfWeek DayOfWeek { get { return ClockDateTime.DayOfWeek; } } // Returns the day-of-year part of this DateTimeOffset. The returned value // is an integer between 1 and 366. // public int DayOfYear { get { return ClockDateTime.DayOfYear; } } // Returns the hour part of this DateTimeOffset. The returned value is an // integer between 0 and 23. // public int Hour { get { return ClockDateTime.Hour; } } // Returns the millisecond part of this DateTimeOffset. The returned value // is an integer between 0 and 999. // public int Millisecond { get { return ClockDateTime.Millisecond; } } // Returns the minute part of this DateTimeOffset. The returned value is // an integer between 0 and 59. // public int Minute { get { return ClockDateTime.Minute; } } // Returns the month part of this DateTimeOffset. The returned value is an // integer between 1 and 12. // public int Month { get { return ClockDateTime.Month; } } public TimeSpan Offset { get { return new TimeSpan(0, m_offsetMinutes, 0); } } // Returns the second part of this DateTimeOffset. The returned value is // an integer between 0 and 59. // public int Second { get { return ClockDateTime.Second; } } // Returns the tick count for this DateTimeOffset. The returned value is // the number of 100-nanosecond intervals that have elapsed since 1/1/0001 // 12:00am. // public long Ticks { get { return ClockDateTime.Ticks; } } public long UtcTicks { get { return UtcDateTime.Ticks; } } // Returns the time-of-day part of this DateTimeOffset. The returned value // is a TimeSpan that indicates the time elapsed since midnight. // public TimeSpan TimeOfDay { get { return ClockDateTime.TimeOfDay; } } // Returns the year part of this DateTimeOffset. The returned value is an // integer between 1 and 9999. // public int Year { get { return ClockDateTime.Year; } } // Returns the DateTimeOffset resulting from adding the given // TimeSpan to this DateTimeOffset. // public DateTimeOffset Add(TimeSpan timeSpan) { return new DateTimeOffset(ClockDateTime.Add(timeSpan), Offset); } // Returns the DateTimeOffset resulting from adding a fractional number of // days to this DateTimeOffset. The result is computed by rounding the // fractional number of days given by value to the nearest // millisecond, and adding that interval to this DateTimeOffset. The // value argument is permitted to be negative. // public DateTimeOffset AddDays(double days) { return new DateTimeOffset(ClockDateTime.AddDays(days), Offset); } // Returns the DateTimeOffset resulting from adding a fractional number of // hours to this DateTimeOffset. The result is computed by rounding the // fractional number of hours given by value to the nearest // millisecond, and adding that interval to this DateTimeOffset. The // value argument is permitted to be negative. // public DateTimeOffset AddHours(double hours) { return new DateTimeOffset(ClockDateTime.AddHours(hours), Offset); } // Returns the DateTimeOffset resulting from the given number of // milliseconds to this DateTimeOffset. The result is computed by rounding // the number of milliseconds given by value to the nearest integer, // and adding that interval to this DateTimeOffset. The value // argument is permitted to be negative. // public DateTimeOffset AddMilliseconds(double milliseconds) { return new DateTimeOffset(ClockDateTime.AddMilliseconds(milliseconds), Offset); } // Returns the DateTimeOffset resulting from adding a fractional number of // minutes to this DateTimeOffset. The result is computed by rounding the // fractional number of minutes given by value to the nearest // millisecond, and adding that interval to this DateTimeOffset. The // value argument is permitted to be negative. // public DateTimeOffset AddMinutes(double minutes) { return new DateTimeOffset(ClockDateTime.AddMinutes(minutes), Offset); } public DateTimeOffset AddMonths(int months) { return new DateTimeOffset(ClockDateTime.AddMonths(months), Offset); } // Returns the DateTimeOffset resulting from adding a fractional number of // seconds to this DateTimeOffset. The result is computed by rounding the // fractional number of seconds given by value to the nearest // millisecond, and adding that interval to this DateTimeOffset. The // value argument is permitted to be negative. // public DateTimeOffset AddSeconds(double seconds) { return new DateTimeOffset(ClockDateTime.AddSeconds(seconds), Offset); } // Returns the DateTimeOffset resulting from adding the given number of // 100-nanosecond ticks to this DateTimeOffset. The value argument // is permitted to be negative. // public DateTimeOffset AddTicks(long ticks) { return new DateTimeOffset(ClockDateTime.AddTicks(ticks), Offset); } // Returns the DateTimeOffset resulting from adding the given number of // years to this DateTimeOffset. The result is computed by incrementing // (or decrementing) the year part of this DateTimeOffset by value // years. If the month and day of this DateTimeOffset is 2/29, and if the // resulting year is not a leap year, the month and day of the resulting // DateTimeOffset becomes 2/28. Otherwise, the month, day, and time-of-day // parts of the result are the same as those of this DateTimeOffset. // public DateTimeOffset AddYears(int years) { return new DateTimeOffset(ClockDateTime.AddYears(years), Offset); } // Compares two DateTimeOffset values, returning an integer that indicates // their relationship. // public static int Compare(DateTimeOffset first, DateTimeOffset second) { return DateTime.Compare(first.UtcDateTime, second.UtcDateTime); } // Compares this DateTimeOffset to a given object. This method provides an // implementation of the IComparable interface. The object // argument must be another DateTimeOffset, or otherwise an exception // occurs. Null is considered less than any instance. // int IComparable.CompareTo(Object obj) { if (obj == null) return 1; if (!(obj is DateTimeOffset)) { throw new ArgumentException(Environment.GetResourceString("Arg_MustBeDateTimeOffset")); } DateTime objUtc = ((DateTimeOffset)obj).UtcDateTime; DateTime utc = UtcDateTime; if (utc > objUtc) return 1; if (utc < objUtc) return -1; return 0; } public int CompareTo(DateTimeOffset other) { DateTime otherUtc = other.UtcDateTime; DateTime utc = UtcDateTime; if (utc > otherUtc) return 1; if (utc < otherUtc) return -1; return 0; } // Checks if this DateTimeOffset is equal to a given object. Returns // true if the given object is a boxed DateTimeOffset and its value // is equal to the value of this DateTimeOffset. Returns false // otherwise. // public override bool Equals(Object obj) { if (obj is DateTimeOffset) { return UtcDateTime.Equals(((DateTimeOffset)obj).UtcDateTime); } return false; } public bool Equals(DateTimeOffset other) { return UtcDateTime.Equals(other.UtcDateTime); } public bool EqualsExact(DateTimeOffset other) { // // returns true when the ClockDateTime, Kind, and Offset match // // currently the Kind should always be Unspecified, but there is always the possibility that a future version // of DateTimeOffset overloads the Kind field // return (ClockDateTime == other.ClockDateTime && Offset == other.Offset && ClockDateTime.Kind == other.ClockDateTime.Kind); } // Compares two DateTimeOffset values for equality. Returns true if // the two DateTimeOffset values are equal, or false if they are // not equal. // public static bool Equals(DateTimeOffset first, DateTimeOffset second) { return DateTime.Equals(first.UtcDateTime, second.UtcDateTime); } // Creates a DateTimeOffset from a Windows filetime. A Windows filetime is // a long representing the date and time as the number of // 100-nanosecond intervals that have elapsed since 1/1/1601 12:00am. // public static DateTimeOffset FromFileTime(long fileTime) { return new DateTimeOffset(DateTime.FromFileTime(fileTime)); } // ----- SECTION: private serialization instance methods ----------------* void IDeserializationCallback.OnDeserialization(Object sender) { try { m_offsetMinutes = ValidateOffset(Offset); m_dateTime = ValidateDate(ClockDateTime, Offset); } catch (ArgumentException e) { throw new SerializationException(Environment.GetResourceString("Serialization_InvalidData"), e); } } [SecurityPermissionAttribute(SecurityAction.LinkDemand, Flags=SecurityPermissionFlag.SerializationFormatter)] void ISerializable.GetObjectData(SerializationInfo info, StreamingContext context) { if (info == null) { throw new ArgumentNullException("info"); } info.AddValue("DateTime", m_dateTime); info.AddValue("OffsetMinutes", m_offsetMinutes); } DateTimeOffset(SerializationInfo info, StreamingContext context) { if (info == null) { throw new ArgumentNullException("info"); } m_dateTime = (DateTime)info.GetValue("DateTime", typeof(DateTime)); m_offsetMinutes = (Int16)info.GetValue("OffsetMinutes", typeof(Int16)); } // Returns the hash code for this DateTimeOffset. // public override int GetHashCode() { return UtcDateTime.GetHashCode(); } // Constructs a DateTimeOffset from a string. The string must specify a // date and optionally a time in a culture-specific or universal format. // Leading and trailing whitespace characters are allowed. // public static DateTimeOffset Parse(String input) { TimeSpan offset; DateTime dateResult = DateTimeParse.Parse(input, DateTimeFormatInfo.CurrentInfo, DateTimeStyles.None, out offset); return new DateTimeOffset(dateResult.Ticks, offset); } // Constructs a DateTimeOffset from a string. The string must specify a // date and optionally a time in a culture-specific or universal format. // Leading and trailing whitespace characters are allowed. // public static DateTimeOffset Parse(String input, IFormatProvider formatProvider) { return Parse(input, formatProvider, DateTimeStyles.None); } public static DateTimeOffset Parse(String input, IFormatProvider formatProvider, DateTimeStyles styles) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult = DateTimeParse.Parse(input, DateTimeFormatInfo.GetInstance(formatProvider), styles, out offset); return new DateTimeOffset(dateResult.Ticks, offset); } // Constructs a DateTimeOffset from a string. The string must specify a // date and optionally a time in a culture-specific or universal format. // Leading and trailing whitespace characters are allowed. // public static DateTimeOffset ParseExact(String input, String format, IFormatProvider formatProvider) { return ParseExact(input, format, formatProvider, DateTimeStyles.None); } // Constructs a DateTimeOffset from a string. The string must specify a // date and optionally a time in a culture-specific or universal format. // Leading and trailing whitespace characters are allowed. // public static DateTimeOffset ParseExact(String input, String format, IFormatProvider formatProvider, DateTimeStyles styles) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult = DateTimeParse.ParseExact(input, format, DateTimeFormatInfo.GetInstance(formatProvider), styles, out offset); return new DateTimeOffset(dateResult.Ticks, offset); } public static DateTimeOffset ParseExact(String input, String[] formats, IFormatProvider formatProvider, DateTimeStyles styles) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult = DateTimeParse.ParseExactMultiple(input, formats, DateTimeFormatInfo.GetInstance(formatProvider), styles, out offset); return new DateTimeOffset(dateResult.Ticks, offset); } public TimeSpan Subtract(DateTimeOffset value) { return UtcDateTime.Subtract(value.UtcDateTime); } public DateTimeOffset Subtract(TimeSpan value) { return new DateTimeOffset(ClockDateTime.Subtract(value), Offset); } public long ToFileTime() { return UtcDateTime.ToFileTime(); } public DateTimeOffset ToLocalTime() { return new DateTimeOffset(UtcDateTime.ToLocalTime()); } public override String ToString() { return DateTimeFormat.Format(ClockDateTime, null, DateTimeFormatInfo.CurrentInfo, Offset); } public String ToString(String format) { return DateTimeFormat.Format(ClockDateTime, format, DateTimeFormatInfo.CurrentInfo, Offset); } public String ToString(IFormatProvider formatProvider) { return DateTimeFormat.Format(ClockDateTime, null, DateTimeFormatInfo.GetInstance(formatProvider), Offset); } public String ToString(String format, IFormatProvider formatProvider) { return DateTimeFormat.Format(ClockDateTime, format, DateTimeFormatInfo.GetInstance(formatProvider), Offset); } public DateTimeOffset ToUniversalTime() { return new DateTimeOffset(UtcDateTime); } public static Boolean TryParse(String input, out DateTimeOffset result) { TimeSpan offset; DateTime dateResult; Boolean parsed = DateTimeParse.TryParse(input, DateTimeFormatInfo.CurrentInfo, DateTimeStyles.None, out dateResult, out offset); result = new DateTimeOffset(dateResult.Ticks, offset); return parsed; } public static Boolean TryParse(String input, IFormatProvider formatProvider, DateTimeStyles styles, out DateTimeOffset result) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult; Boolean parsed = DateTimeParse.TryParse(input, DateTimeFormatInfo.GetInstance(formatProvider), styles, out dateResult, out offset); result = new DateTimeOffset(dateResult.Ticks, offset); return parsed; } public static Boolean TryParseExact(String input, String format, IFormatProvider formatProvider, DateTimeStyles styles, out DateTimeOffset result) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult; Boolean parsed = DateTimeParse.TryParseExact(input, format, DateTimeFormatInfo.GetInstance(formatProvider), styles, out dateResult, out offset); result = new DateTimeOffset(dateResult.Ticks, offset); return parsed; } public static Boolean TryParseExact(String input, String[] formats, IFormatProvider formatProvider, DateTimeStyles styles, out DateTimeOffset result) { styles = ValidateStyles(styles, "styles"); TimeSpan offset; DateTime dateResult; Boolean parsed = DateTimeParse.TryParseExactMultiple(input, formats, DateTimeFormatInfo.GetInstance(formatProvider), styles, out dateResult, out offset); result = new DateTimeOffset(dateResult.Ticks, offset); return parsed; } // Ensures the TimeSpan is valid to go in a DateTimeOffset. private static Int16 ValidateOffset(TimeSpan offset) { Int64 ticks = offset.Ticks; if (ticks % TimeSpan.TicksPerMinute != 0) { throw new ArgumentException(Environment.GetResourceString("Argument_OffsetPrecision"), "offset"); } if (ticks < MinOffset || ticks > MaxOffset) { throw new ArgumentOutOfRangeException("offset", Environment.GetResourceString("Argument_OffsetOutOfRange")); } return (Int16)(offset.Ticks / TimeSpan.TicksPerMinute); } // Ensures that the time and offset are in range. private static DateTime ValidateDate(DateTime dateTime, TimeSpan offset) { // The key validation is that both the UTC and clock times fit. The clock time is validated // by the DateTime constructor. BCLDebug.Assert(offset.Ticks >= MinOffset && offset.Ticks <= MaxOffset, "Offset not validated."); // This operation cannot overflow because offset should have already been validated to be within // 14 hours and the DateTime instance is more than that distance from the boundaries of Int64. Int64 utcTicks = dateTime.Ticks - offset.Ticks; if (utcTicks < DateTime.MinTicks || utcTicks > DateTime.MaxTicks) { throw new ArgumentOutOfRangeException("offset", Environment.GetResourceString("Argument_UTCOutOfRange")); } // make sure the Kind is set to Unspecified // return new DateTime(utcTicks, DateTimeKind.Unspecified); } private static DateTimeStyles ValidateStyles(DateTimeStyles style, String parameterName) { if ((style & DateTimeFormatInfo.InvalidDateTimeStyles) != 0) { throw new ArgumentException(Environment.GetResourceString("Argument_InvalidDateTimeStyles"), parameterName); } if (((style & (DateTimeStyles.AssumeLocal)) != 0) && ((style & (DateTimeStyles.AssumeUniversal)) != 0)) { throw new ArgumentException(Environment.GetResourceString("Argument_ConflictingDateTimeStyles"), parameterName); } if ((style & DateTimeStyles.NoCurrentDateDefault) != 0) { throw new ArgumentException(Environment.GetResourceString("Argument_DateTimeOffsetInvalidDateTimeStyles"), parameterName); } // RoundtripKind does not make sense for DateTimeOffset; ignore this flag for backward compatability with DateTime style &= ~DateTimeStyles.RoundtripKind; // AssumeLocal is also ignored as that is what we do by default with DateTimeOffset.Parse style &= ~DateTimeStyles.AssumeLocal; return style; } // Operators public static implicit operator DateTimeOffset (DateTime dateTime) { return new DateTimeOffset(dateTime); } public static DateTimeOffset operator +(DateTimeOffset dateTimeTz, TimeSpan timeSpan) { return new DateTimeOffset(dateTimeTz.ClockDateTime + timeSpan, dateTimeTz.Offset); } public static DateTimeOffset operator -(DateTimeOffset dateTimeTz, TimeSpan timeSpan) { return new DateTimeOffset(dateTimeTz.ClockDateTime - timeSpan, dateTimeTz.Offset); } public static TimeSpan operator -(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime - right.UtcDateTime; } public static bool operator ==(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime == right.UtcDateTime; } public static bool operator !=(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime != right.UtcDateTime; } public static bool operator <(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime < right.UtcDateTime; } public static bool operator <=(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime <= right.UtcDateTime; } public static bool operator >(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime > right.UtcDateTime; } public static bool operator >=(DateTimeOffset left, DateTimeOffset right) { return left.UtcDateTime >= right.UtcDateTime; } } }
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