public static KDateTime FromString(string arg1, string format, KTimeZones zones)
{
return (KDateTime) staticInterceptor.Invoke("fromString$$#", "fromString(const QString&, const QString&, const KTimeZones*)", typeof(KDateTime), typeof(string), arg1, typeof(string), format, typeof(KTimeZones), zones);
}
/// <remarks>
/// Constructs a time zone selection widget.
/// <param> name="parent" The parent widget.
/// </param><param> name="timeZones" The time zone database to use. If 0, the system time zone
/// database is used.
/// </param></remarks> <short> Constructs a time zone selection widget.</short>
public KTimeZoneWidget(QWidget parent, KTimeZones timeZones)
: this((Type) null)
{
CreateProxy();
interceptor.Invoke("KTimeZoneWidget##", "KTimeZoneWidget(QWidget*, KTimeZones*)", typeof(void), typeof(QWidget), parent, typeof(KTimeZones), timeZones);
}
/// <remarks>
/// Returns the KDateTime represented by <code>string</code>, using the <code>format</code>
/// given, optionally using a time zone collection <code>zones</code> as the source of
/// time zone definitions. The <code>format</code> codes are basically the same as
/// those for toString(), and are similar but not identical to those used by
/// strftime(3).
/// The <code>format</code> string consists of the same codes as that for
/// toString(). However, some codes which are distinct in toString() have
/// the same function as each other here.
/// Numeric values without a stated number of digits permit, but do not
/// require, leading zeroes. The maximum number of digits consumed by a
/// numeric code is the minimum needed to cover the possible range of the
/// number (e.g. for minutes, the range is 0 - 59, so the maximum number of
/// digits consumed is 2). All non-numeric values are case insensitive.
/// <b></b>ate
/// - %y year excluding century (0 - 99). Years 0 - 50 return 2000 - 2050,
/// while years 51 - 99 return 1951 - 1999.
/// - %Y full year number (4 digits with optional sign)
/// - %:Y full year number (>= 4 digits with optional sign)
/// - %:m month number (1 - 12)
/// - %m month number, 2 digits (01 - 12)
/// - %b
/// - %B month name in the current locale or, if no match, in English,
/// abbreviated or in full
/// - %:b
/// - %:B month name in English, abbreviated or in full
/// - %e day of the month (1 - 31)
/// - %d day of the month, 2 digits (01 - 31)
/// - %a
/// - %A weekday name in the current locale or, if no match, in English,
/// abbreviated or in full
/// - %:a
/// - %:A weekday name in English, abbreviated or in full
/// <b></b>ime
/// - %H hour in the 24 hour clock, 2 digits (00 - 23)
/// - %k hour in the 24 hour clock (0 - 23)
/// - %I hour in the 12 hour clock, 2 digits (01 - 12)
/// - %l hour in the 12 hour clock (1 - 12)
/// - %M minute, 2 digits (00 - 59)
/// - %:M minute (0 - 59)
/// - %S seconds, 2 digits (00 - 59)
/// - %s seconds (0 - 59)
/// - %:S optional seconds value (0 - 59) preceded with ':'. If no colon is
/// found in <code>string</code>, no input is consumed and the seconds value is
/// set to zero.
/// - %:s fractional seconds value, preceded with a decimal point (either '.'
/// or the locale's decimal point symbol)
/// - %P
/// - %p "am" or "pm", in the current locale or, if no match, in
/// English. This format is only useful when used with %I or %l.
/// - %:P
/// - %:p "am" or "pm" in English. This format is only useful when used with
/// %I or %l.
/// <b></b>ime zone
/// - %:u
/// - %z UTC offset of the time zone in hours and optionally minutes,
/// e.g. -02, -0200.
/// - %:z UTC offset of the time zone in hours and minutes, colon separated,
/// e.g. +02:00.
/// - %Z time zone abbreviation, consisting of alphanumeric characters,
/// e.g. UTC, EDT, GMT.
/// - %:Z time zone name, e.g. Europe/London. The name may contain any
/// characters and is delimited by the following character in the
/// <code>format</code> string. It will not work if you follow %:Z with another
/// escape sequence (except %% or %t).
/// <b></b>ther
/// - %t matches one or more whitespace characters
/// - %% literal '%' character
/// Any other character must have a matching character in <code>string</code>, except
/// that a space will match zero or more whitespace characters in the input
/// string.
/// If any time zone information is present in the string, the function
/// attempts to find a matching time zone in the <code>zones</code> collection. A time
/// zone name (format code %:Z) will provide an unambiguous look up in
/// <code>zones.</code> Any other type of time zone information (an abbreviated time
/// zone code (%Z) or UTC offset (%z, %:z, %:u) is searched for in <code>zones</code>
/// and if only one time zone is found to match, the result is set to that
/// zone. Otherwise:
/// - If more than one match of a UTC offset is found, the action taken is
/// determined by <code>offsetIfAmbiguous</code>: if <code>offsetIfAmbiguous</code> is true,
/// a local time with an offset from UTC (type <code>OffsetFromUTC</code>) will be
/// returned; if false an invalid KDateTime is returned.
/// - If more than one match of a time zone abbreviation is found, the UTC
/// offset for each matching time zone is compared and, if the offsets are
/// the same, a local time with an offset from UTC (type <code>OffsetFromUTC</code>)
/// will be returned provided that <code>offsetIfAmbiguous</code> is true. Otherwise
/// an invalid KDateTime is returned.
/// - If a time zone abbreviation does not match any time zone in <code>zones</code>,
/// or the abbreviation does not apply at the parsed date/time, an
/// invalid KDateTime is returned.
/// - If a time zone name does not match any time zone in <code>zones</code>, an
/// invalid KDateTime is returned.
/// - If the time zone UTC offset does not match any time zone in <code>zones</code>,
/// a local time with an offset from UTC (type <code>OffsetFromUTC</code>) is
/// returned.
/// If <code>format</code> contains more than one time zone or UTC offset code, an
/// error is returned.
/// If no time zone information is present in the string, by default a local
/// clock time (type <code>ClockTime</code>) is returned. You can use
/// setFromStringDefault() to change this default.
/// If no time is found in <code>string</code>, a date-only value is returned.
/// If any inconsistencies are found, i.e. the same item of information
/// appears more than once but with different values, the weekday name does
/// not tally with the date, an invalid KDateTime is returned.
/// If an invalid KDateTime is returned, you can check why <code>format</code> was
/// considered invalid by use of outOfRange(). If that method returns true,
/// it indicates that <code>format</code> was in fact valid, but the date lies outside
/// the range which can be represented by QDate.
/// <param> name="string" string to convert
/// </param><param> name="format" format string
/// </param><param> name="zones" time zone collection, or null for none
/// </param><param> name="offsetIfAmbiguous" specifies what to do if more than one zone
/// matches the UTC offset found in the
/// string. Ignored if <code>zones</code> is null.
/// </param></remarks> <return> KDateTime value, or an invalid KDateTime if an error occurs, if
/// time zone information doesn't match any in <code>zones</code>, or if the
/// time zone information is ambiguous and <code>offsetIfAmbiguous</code> is
/// false
/// </return>
/// <short> Returns the KDateTime represented by <code>string</code>, using the <code>format</code> given, optionally using a time zone collection <code>zones</code> as the source of time zone definitions.</short>
/// <see> setFromStringDefault</see>
/// <see> toString</see>
/// <see> outOfRange</see>
public static KDateTime FromString(string arg1, string format, KTimeZones zones, bool offsetIfAmbiguous)
{
return (KDateTime) staticInterceptor.Invoke("fromString$$#$", "fromString(const QString&, const QString&, const KTimeZones*, bool)", typeof(KDateTime), typeof(string), arg1, typeof(string), format, typeof(KTimeZones), zones, typeof(bool), offsetIfAmbiguous);
}