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Commit 807871d9 authored by David Jarvie's avatar David Jarvie
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Formatting

parent 0af20138
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src/kalarmcalendar/kadatetime.cpp
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......@@ -543,8 +543,10 @@ KADateTime::Spec KADateTimePrivate::spec() const
}
}
// Set mDt to the appropriate time spec for a given KADateTime::Spec.
// Its date and time components are not changed.
/******************************************************************************
* Set mDt to the appropriate time spec for a given KADateTime::Spec.
* Its date and time components are not changed.
*/
void KADateTimePrivate::setDtSpec(const KADateTime::Spec& s)
{
switch (s.type())
......@@ -626,11 +628,12 @@ bool KADateTimePrivate::equalSpec(const KADateTimePrivate& other) const
return true;
}
/* Return mDt, updated to current system time zone if it's LocalZone.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
/******************************************************************************
* Return mDt, updated to current system time zone if it's LocalZone.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
QDateTime KADateTimePrivate::updatedDt(QTimeZone& local) const
{
if (specType == KADateTime::LocalZone)
......@@ -645,8 +648,10 @@ QDateTime KADateTimePrivate::updatedDt(QTimeZone& local) const
return mDt;
}
// Set the date/time without changing the time spec.
// 'd' is converted to the current time spec.
/******************************************************************************
* Set the date/time without changing the time spec.
* 'd' is converted to the current time spec.
*/
void KADateTimePrivate::setDateTime(const QDateTime& d)
{
switch (d.timeSpec())
......@@ -783,13 +788,13 @@ bool KADateTimePrivate::setTzTransitionOccurrence(bool second)
return false;
}
/*
* Returns the UTC offset for the date/time, provided that it is a time zone type.
* Calculates and caches the UTC value.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
/******************************************************************************
* Returns the UTC offset for the date/time, provided that it is a time zone type.
* Calculates and caches the UTC value.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
int KADateTimePrivate::timeZoneOffset(QTimeZone& local) const
{
if (specType != KADateTime::TimeZone && specType != KADateTime::LocalZone)
......@@ -826,13 +831,13 @@ int KADateTimePrivate::timeZoneOffset(QTimeZone& local) const
return offset;
}
/*
* Returns the date/time converted to UTC.
* The calculated UTC value is cached, to save time in future conversions.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
/******************************************************************************
* Returns the date/time converted to UTC.
* The calculated UTC value is cached, to save time in future conversions.
* Parameters:
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
QDateTime KADateTimePrivate::toUtc(QTimeZone& local) const
{
updatedDt(local); // update the cache if it's LocalZone
......@@ -897,14 +902,15 @@ QDateTime KADateTimePrivate::toUtc(QTimeZone& local) const
return mDt;
}
/* Convert this value to another time zone.
* The value is cached to save having to repeatedly calculate it.
* The caller should check for an invalid date/time.
* Parameters:
* zone - the time zone to convert to
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
/******************************************************************************
* Convert this value to another time zone.
* The value is cached to save having to repeatedly calculate it.
* The caller should check for an invalid date/time.
* Parameters:
* zone - the time zone to convert to
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
QDateTime KADateTimePrivate::toZone(const QTimeZone& zone, QTimeZone& local) const
{
updatedDt(local); // update the cache if it's LocalZone
......@@ -929,15 +935,16 @@ QDateTime KADateTimePrivate::toZone(const QTimeZone& zone, QTimeZone& local) con
}
}
/* Convert this value to another time zone, and write it into the specified instance.
* The value is cached to save having to repeatedly calculate it.
* The caller should check for an invalid date/time.
* Parameters:
* newd - the instance to set equal to the converted value
* zone - the time zone to convert to
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
/******************************************************************************
* Convert this value to another time zone, and write it into the specified instance.
* The value is cached to save having to repeatedly calculate it.
* The caller should check for an invalid date/time.
* Parameters:
* newd - the instance to set equal to the converted value
* zone - the time zone to convert to
* local - the local time zone if already known (if invalid, this function will
* fetch it if required)
*/
void KADateTimePrivate::newToZone(KADateTimePrivate* newd, const QTimeZone& zone, QTimeZone& local) const
{
newd->mDt = toZone(zone, local);
......@@ -2751,12 +2758,12 @@ using KAlarmCal::KADateTime;
namespace
{
/*
* Extracts a QDateTime from a string, given a format string.
* The date/time is set to Qt::UTC if a zero UTC offset is found,
* otherwise it is Qt::LocalTime. If Qt::LocalTime is returned and
* utcOffset == 0, that indicates that no UTC offset was found.
*/
/******************************************************************************
* Extracts a QDateTime from a string, given a format string.
* The date/time is set to Qt::UTC if a zero UTC offset is found,
* otherwise it is Qt::LocalTime. If Qt::LocalTime is returned and
* utcOffset == 0, that indicates that no UTC offset was found.
*/
QDateTime fromStr(const QString& string, const QString& format, int& utcOffset,
QString& zoneName, QString& zoneAbbrev, bool& dateOnly)
{
......@@ -3113,11 +3120,11 @@ QDateTime fromStr(const QString& string, const QString& format, int& utcOffset,
return dt;
}
/*
* Find which day name matches the specified part of a string.
* 'offset' is incremented by the length of the match.
* Reply = day number (1 - 7), or <= 0 if no match.
*/
/******************************************************************************
* Find which day name matches the specified part of a string.
* 'offset' is incremented by the length of the match.
* Reply = day number (1 - 7), or <= 0 if no match.
*/
int matchDay(const QString& string, int& offset, bool localised)
{
int dayOfWeek;
......@@ -3155,11 +3162,11 @@ int matchDay(const QString& string, int& offset, bool localised)
return dayOfWeek;
}
/*
* Find which month name matches the specified part of a string.
* 'offset' is incremented by the length of the match.
* Reply = month number (1 - 12), or <= 0 if no match.
*/
/******************************************************************************
* Find which month name matches the specified part of a string.
* 'offset' is incremented by the length of the match.
* Reply = month number (1 - 12), or <= 0 if no match.
*/
int matchMonth(const QString& string, int& offset, bool localised)
{
int month;
......@@ -3196,9 +3203,9 @@ int matchMonth(const QString& string, int& offset, bool localised)
return month;
}
/*
* Read a UTC offset from the input string.
*/
/******************************************************************************
* Read a UTC offset from the input string.
*/
bool getUTCOffset(const QString& string, int& offset, bool colon, int& result)
{
int sign;
......@@ -3239,11 +3246,11 @@ bool getUTCOffset(const QString& string, int& offset, bool colon, int& result)
return true;
}
/*
* Read an am/pm indicator from the input string.
* 'offset' is incremented by the length of the match.
* Reply = 1 (am), 2 (pm), or 0 if no match.
*/
/******************************************************************************
* Read an am/pm indicator from the input string.
* 'offset' is incremented by the length of the match.
* Reply = 1 (am), 2 (pm), or 0 if no match.
*/
int getAmPm(const QString& string, int& offset, bool localised)
{
QString part = string.mid(offset);
......@@ -3281,10 +3288,11 @@ int getAmPm(const QString& string, int& offset, bool localised)
return ap;
}
/* Convert part of 'string' to a number.
* If converted number differs from any current value in 'result', the function fails.
* Reply = true if successful.
*/
/******************************************************************************
* Convert part of 'string' to a number.
* If converted number differs from any current value in 'result', the function fails.
* Reply = true if successful.
*/
bool getNumber(const QString& string, int& offset, int mindigits, int maxdigits, int minval, int maxval, int& result)
{
int end = string.size();
......
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