#include <timespan.h>

Public Types
enum	Format { Auto , Milliseconds , MicroSeconds , Abbreviated , NoMilliseconds }
	Output format for toString(). More...

Public Member Functions
	TimeSpan ()
	Default constructor — creates a zero-length time span.

	TimeSpan (double days, double hours, double minutes, double seconds, double milliseconds=0, double microseconds=0, double nanoseconds=0)
	Construct a TimeSpan from explicit time components.

	TimeSpan (const TimeSpan &other)
	Copy constructor.

	TimeSpan (const timespec &other)
	Construct a TimeSpan from a POSIX timespec value.

TimeSpan &	operator= (const TimeSpan &other)
	Copy-assign from another TimeSpan.

TimeSpan &	operator= (const timespec &other)
	Assign from a POSIX timespec.

TimeSpan	operator+ (const TimeSpan &other) const
	Add two time spans.

TimeSpan	operator- (const TimeSpan &other) const
	Subtract a time span.

TimeSpan	operator* (const TimeSpan &other) const
	Multiply two time spans component-wise.

TimeSpan	operator* (double value) const
	Scale by a scalar factor.

TimeSpan	operator/ (const TimeSpan &other) const
	Divide two time spans component-wise.

TimeSpan	operator/ (double value) const
	Divide by a scalar factor.

void	operator+= (const TimeSpan &other)
	Add-assign a TimeSpan.

void	operator-= (const TimeSpan &other)
	Subtract-assign a TimeSpan.

void	operator*= (const TimeSpan &other)
	Multiply-assign by a TimeSpan.

void	operator/= (const TimeSpan &other)
	Divide-assign by a TimeSpan.

void	operator*= (double value)
	Multiply-assign by a scalar.

void	operator/= (double value)
	Divide-assign by a scalar.

bool	operator== (const TimeSpan &other) const
	Equality comparison.

bool	operator!= (const TimeSpan &other) const
	Inequality comparison.

bool	operator> (const TimeSpan &other) const
	Greater-than comparison.

bool	operator< (const TimeSpan &other) const
	Less-than comparison.

bool	operator>= (const TimeSpan &other) const
	Greater-than-or-equal comparison.

bool	operator<= (const TimeSpan &other) const
	Less-than-or-equal comparison.

qint64	days () const
	Return the number of whole days in the days field of this TimeSpan when printed.

qint64	hours () const
	hours

qint64	minutes () const
	minutes

qint64	seconds () const
	seconds

qint64	milliseconds () const
	milliseconds

qint64	microseconds () const
	microseconds

qint64	nanoseconds () const
	nanoseconds

double	totalSeconds () const
	totalSeconds

double	totalMinutes () const
	totalMinutes

double	totalHours () const
	totalHours

double	totalDays () const
	totalDays

double	totalMilliseconds () const
	totalMilliseconds

double	totalMicroseconds () const
	totalMicroseconds

double	totalNanoseconds () const
	totalNanoseconds

bool	isZero () const
	Is this timespan zero total nanoseconds.

bool	isNegative () const
	Return true if this time span represents a negative duration.

bool	isPositive () const
	Return true if this time span represents a positive (non-zero) duration.

TimeSpan	absoluteValue () const
	Return the absolute value of this time span.

bool	isValid () const
	Return true if this time span was successfully constructed or parsed.

void	toTimeSpec (struct timespec &timespec) const
	Populate a POSIX timespec structure from this TimeSpan.

QString	toString (Format format, bool microseconds=false) const
	Format this TimeSpan as a string in the specified format.

QString	toString (bool microseconds=false) const
	Format this TimeSpan as a string using the Auto format.

QString	toAbbreviatedFormat (bool showMilliseconds=false) const
	Format this TimeSpan using the abbreviated display format (e.g.

QString	toDumpString () const
	Format this TimeSpan as a verbose diagnostic string showing all internal fields.

TimeSpan	addNanoseconds (double nanoseconds) const
	Return a new TimeSpan with nanoseconds added.

TimeSpan	addMicroseconds (double microseconds) const
	Return a new TimeSpan with microseconds added.

TimeSpan	addMilliseconds (double milliseconds) const
	Return a new TimeSpan with milliseconds added.

TimeSpan	addSeconds (double seconds) const
	Return a new TimeSpan with seconds added.

TimeSpan	addMinutes (double minutes) const
	Return a new TimeSpan with minutes added.

TimeSpan	addHours (double hours) const
	Return a new TimeSpan with hours added.

TimeSpan	addDays (double days) const
	Return a new TimeSpan with days added.

QVariant	toVariant () const
	Wrap this TimeSpan in a QVariant for storage or signal passing.

Static Public Member Functions
static TimeSpan	fromVariant (const QVariant &value)
	Construct a TimeSpan from a QVariant holding a TimeSpan value.

static TimeSpan	fromNanoseconds (double nanoseconds)
	Construct a TimeSpan from a nanosecond count.

static TimeSpan	fromMicroseconds (double microseconds)
	Construct a TimeSpan from a microsecond count.

static TimeSpan	fromMilliseconds (double milliseconds)
	Construct a TimeSpan from a millisecond count.

static TimeSpan	fromSeconds (double seconds)
	Construct a TimeSpan from a second count.

static TimeSpan	fromMinutes (double minutes)
	Construct a TimeSpan from a minute count.

static TimeSpan	fromHours (double hours)
	Construct a TimeSpan from an hour count.

static TimeSpan	fromDays (double days)
	Construct a TimeSpan from a day count.

static TimeSpan	fromString (const QString &timeString, bool *parsed=nullptr)
	Parse a TimeSpan from a formatted duration string.

static TimeSpan	zero ()
	Return a zero-length TimeSpan.

static TimeSpan	invalid ()
	Return an invalid (sentinel) TimeSpan whose isValid() returns false.

static TimeSpan	diff (const QDateTime &now, const QDateTime &then)
	Compute the signed difference between two QDateTime values (now − then).

static TimeSpan	diff (std::chrono::system_clock::time_point now, std::chrono::system_clock::time_point then)
	Compute the signed difference between two chrono time points (now − then).

static TimeSpan	absDiff (const QDateTime &t1, const QDateTime &t2)
	Compute the absolute (non-negative) difference between two QDateTime values.

static TimeSpan	absDiff (std::chrono::system_clock::time_point t1, std::chrono::system_clock::time_point t2)
	Compute the absolute difference between two chrono time points.

static TimeSpan	max (const TimeSpan &t1, const TimeSpan &t2)
	Return the larger of two time spans.

static TimeSpan	min (const TimeSpan &t1, const TimeSpan &t2)
	Return the smaller of two time spans.

Detailed Description

TimeSpan.

This class represents a span of time with nanosecond resolution, and provides an interface that is very similar to the .NET TimeSpan class.

Operators are supplied for comparison and assignment.

Conversions are supplied to convert between timespec and TimeSpan.

Use the absDiff() static method to obtain the difference between two QDateTime objects.

NOTE: The underlying representation is a signed 64-bit integer value of nanoseconds. Therefore, the largest possible value is 9,223,372,036,854,775,807 giving a maximum range of approximately 292 years.

This was re-written December 2021 to have nanosecond resolution. The interface is compatible with the previous TimeSpan object.

Stephen Punak, December 27 2021

A signed 64-bit nanosecond-resolution duration value, similar to the .NET TimeSpan class.

Provides arithmetic, comparison, and conversion operations across all common time units. The underlying storage is a signed 64-bit nanosecond count, giving a maximum range of approximately 292 years. Use the static factory methods (fromSeconds(), fromMilliseconds(), etc.) or absDiff() to construct instances conveniently.

Definition at line 41 of file timespan.h.

Member Enumeration Documentation

◆ Format

enum TimeSpan::Format

Output format for toString().

Enumerator
Auto	Choose format automatically based on the span's magnitude.
Milliseconds	Display with millisecond precision.
MicroSeconds	Display with microsecond precision.
Abbreviated	Abbreviated format (e.g. "1h 2m 3s")
NoMilliseconds	Display without sub-second components.

Definition at line 192 of file timespan.h.

Constructor & Destructor Documentation

◆ TimeSpan() [1/4]

TimeSpan::TimeSpan ( )

inline

Default constructor — creates a zero-length time span.

Definition at line 45 of file timespan.h.

◆ TimeSpan() [2/4]

TimeSpan::TimeSpan	(	double	days,
		double	hours,
		double	minutes,
		double	seconds,
		double	milliseconds = `0`,
		double	microseconds = `0`,
		double	nanoseconds = `0`
	)

Construct a TimeSpan from explicit time components.

Parameters

days	Number of days
hours	Number of hours
minutes	Number of minutes
seconds	Number of seconds
milliseconds	Number of milliseconds (default 0)
microseconds	Number of microseconds (default 0)
nanoseconds	Number of nanoseconds (default 0)

◆ TimeSpan() [3/4]

TimeSpan::TimeSpan ( const TimeSpan & other )

Copy constructor.

Parameters

other TimeSpan to copy

◆ TimeSpan() [4/4]

TimeSpan::TimeSpan ( const timespec & other )

Construct a TimeSpan from a POSIX timespec value.

Parameters

other timespec containing tv_sec and tv_nsec fields

Member Function Documentation

◆ absDiff() [1/2]

static TimeSpan TimeSpan::absDiff	(	const QDateTime &	t1,
		const QDateTime &	t2
	)

static

Compute the absolute (non-negative) difference between two QDateTime values.

Parameters

t1	First QDateTime
t2	Second QDateTime

Returns: Non-negative difference TimeSpan

Referenced by DateRange::duration().

◆ absDiff() [2/2]

static TimeSpan TimeSpan::absDiff	(	std::chrono::system_clock::time_point	t1,
		std::chrono::system_clock::time_point	t2
	)

static

Compute the absolute difference between two chrono time points.

Parameters

t1	First time point
t2	Second time point

Returns: Non-negative difference TimeSpan

◆ absoluteValue()

TimeSpan TimeSpan::absoluteValue ( ) const

Return the absolute value of this time span.

Returns: Non-negative copy of this TimeSpan

◆ addDays()

TimeSpan TimeSpan::addDays ( double days ) const

Return a new TimeSpan with days added.

Parameters

days	Days to add

Returns: Adjusted TimeSpan

◆ addHours()

TimeSpan TimeSpan::addHours ( double hours ) const

Return a new TimeSpan with hours added.

Parameters

hours Hours to add

Returns: Adjusted TimeSpan

◆ addMicroseconds()

TimeSpan TimeSpan::addMicroseconds ( double microseconds ) const

Return a new TimeSpan with microseconds added.

Parameters

microseconds Microseconds to add

Returns: Adjusted TimeSpan

◆ addMilliseconds()

TimeSpan TimeSpan::addMilliseconds ( double milliseconds ) const

Return a new TimeSpan with milliseconds added.

Parameters

milliseconds Milliseconds to add

Returns: Adjusted TimeSpan

◆ addMinutes()

TimeSpan TimeSpan::addMinutes ( double minutes ) const

Return a new TimeSpan with minutes added.

Parameters

minutes Minutes to add

Returns: Adjusted TimeSpan

◆ addNanoseconds()

TimeSpan TimeSpan::addNanoseconds ( double nanoseconds ) const

Return a new TimeSpan with nanoseconds added.

Parameters

nanoseconds Nanoseconds to add

Returns: Adjusted TimeSpan

◆ addSeconds()

TimeSpan TimeSpan::addSeconds ( double seconds ) const

Return a new TimeSpan with seconds added.

Parameters

seconds Seconds to add

Returns: Adjusted TimeSpan

◆ days()

qint64 TimeSpan::days ( ) const

Return the number of whole days in the days field of this TimeSpan when printed.

Returns: Number of whole days

◆ diff() [1/2]

static TimeSpan TimeSpan::diff	(	const QDateTime &	now,
		const QDateTime &	then
	)

static

Compute the signed difference between two QDateTime values (now − then).

Parameters

now	Minuend QDateTime
then	Subtrahend QDateTime

Returns: Signed difference TimeSpan

◆ diff() [2/2]

static TimeSpan TimeSpan::diff	(	std::chrono::system_clock::time_point	now,
		std::chrono::system_clock::time_point	then
	)

static

Compute the signed difference between two chrono time points (now − then).

Parameters

now	Minuend time point
then	Subtrahend time point

Returns: Signed difference TimeSpan

◆ fromDays()

static TimeSpan TimeSpan::fromDays ( double days )

static

Construct a TimeSpan from a day count.

Parameters

days	Duration in days

Returns: TimeSpan

◆ fromHours()

static TimeSpan TimeSpan::fromHours ( double hours )

static

Construct a TimeSpan from an hour count.

Parameters

hours Duration in hours

Returns: TimeSpan

◆ fromMicroseconds()

static TimeSpan TimeSpan::fromMicroseconds ( double microseconds )

static

Construct a TimeSpan from a microsecond count.

Parameters

microseconds Duration in microseconds

Returns: TimeSpan

◆ fromMilliseconds()

static TimeSpan TimeSpan::fromMilliseconds ( double milliseconds )

static

Construct a TimeSpan from a millisecond count.

Parameters

milliseconds Duration in milliseconds

Returns: TimeSpan

◆ fromMinutes()

static TimeSpan TimeSpan::fromMinutes ( double minutes )

static

Construct a TimeSpan from a minute count.

Parameters

minutes Duration in minutes

Returns: TimeSpan

◆ fromNanoseconds()

static TimeSpan TimeSpan::fromNanoseconds ( double nanoseconds )

static

Construct a TimeSpan from a nanosecond count.

Parameters

nanoseconds Duration in nanoseconds

Returns: TimeSpan

◆ fromSeconds()

static TimeSpan TimeSpan::fromSeconds ( double seconds )

static

Construct a TimeSpan from a second count.

Parameters

seconds Duration in seconds

Returns: TimeSpan

Referenced by zero().

◆ fromString()

static TimeSpan TimeSpan::fromString	(	const QString &	timeString,
		bool *	parsed = `nullptr`
	)

static

Parse a TimeSpan from a formatted duration string.

Parameters

timeString	String representation of a time span
parsed	Optional output flag set to true if parsing succeeded

Returns: Parsed TimeSpan, or an invalid sentinel on failure

◆ fromVariant()

static TimeSpan TimeSpan::fromVariant ( const QVariant & value )

inlinestatic

Construct a TimeSpan from a QVariant holding a TimeSpan value.

Parameters

value Variant containing a TimeSpan

Returns: Extracted TimeSpan

Definition at line 399 of file timespan.h.

◆ hours()

qint64 TimeSpan::hours ( ) const

hours

Returns: Number of hours represented in the hours field of this TimeSpan when printed

◆ invalid()

static TimeSpan TimeSpan::invalid ( )

static

Return an invalid (sentinel) TimeSpan whose isValid() returns false.

Returns: Invalid TimeSpan

◆ isNegative()

bool TimeSpan::isNegative ( ) const

inline

Return true if this time span represents a negative duration.

Returns: true if negative

Definition at line 293 of file timespan.h.

◆ isPositive()

bool TimeSpan::isPositive ( ) const

inline

Return true if this time span represents a positive (non-zero) duration.

Returns: true if positive

Definition at line 298 of file timespan.h.

◆ isValid()

bool TimeSpan::isValid ( ) const

inline

Return true if this time span was successfully constructed or parsed.

Returns: true if valid

Definition at line 309 of file timespan.h.

◆ isZero()

bool TimeSpan::isZero ( ) const

inline

Is this timespan zero total nanoseconds.

Returns: true if this timespan is zero

Definition at line 288 of file timespan.h.

◆ max()

static TimeSpan TimeSpan::max	(	const TimeSpan &	t1,
		const TimeSpan &	t2
	)

inlinestatic

Return the larger of two time spans.

Parameters

t1	First TimeSpan
t2	Second TimeSpan

Returns: The greater of t1 and t2

Definition at line 514 of file timespan.h.

◆ microseconds()

qint64 TimeSpan::microseconds ( ) const

microseconds

Returns: Number of microseconds represented in the microseconds field of this TimeSpan when printed

◆ milliseconds()

qint64 TimeSpan::milliseconds ( ) const

milliseconds

Returns: Number of milliseconds represented in the miliseconds field of this TimeSpan when printed

◆ min()

static TimeSpan TimeSpan::min	(	const TimeSpan &	t1,
		const TimeSpan &	t2
	)

inlinestatic

Return the smaller of two time spans.

Parameters

t1	First TimeSpan
t2	Second TimeSpan

Returns: The lesser of t1 and t2

Definition at line 522 of file timespan.h.

◆ minutes()

qint64 TimeSpan::minutes ( ) const

minutes

Returns: Number of hours represented in the minutes field of this TimeSpan when printed

◆ nanoseconds()

qint64 TimeSpan::nanoseconds ( ) const

nanoseconds

Returns: Number of nanoseconds represented in the nanoseconds field of this TimeSpan when printed

◆ operator!=()

bool TimeSpan::operator!= ( const TimeSpan & other ) const

Inequality comparison.

Parameters

other TimeSpan to compare with

Returns: true if both time spans differ

◆ operator*() [1/2]

TimeSpan TimeSpan::operator* ( const TimeSpan & other ) const

Multiply two time spans component-wise.

Parameters

other TimeSpan to multiply by

Returns: Product

◆ operator*() [2/2]

TimeSpan TimeSpan::operator* ( double value ) const

Scale by a scalar factor.

Parameters

value Scalar multiplier

Returns: Scaled time span

◆ operator*=() [1/2]

void TimeSpan::operator*= ( const TimeSpan & other )

Multiply-assign by a TimeSpan.

Parameters

other TimeSpan to multiply by

◆ operator*=() [2/2]

void TimeSpan::operator*= ( double value )

Multiply-assign by a scalar.

Parameters

value Scalar multiplier

◆ operator+()

TimeSpan TimeSpan::operator+ ( const TimeSpan & other ) const

Add two time spans.

Parameters

other TimeSpan to add

Returns: Sum of both time spans

◆ operator+=()

void TimeSpan::operator+= ( const TimeSpan & other )

Add-assign a TimeSpan.

Parameters

other TimeSpan to add

◆ operator-()

TimeSpan TimeSpan::operator- ( const TimeSpan & other ) const

Subtract a time span.

Parameters

other TimeSpan to subtract

Returns: Difference of both time spans

◆ operator-=()

void TimeSpan::operator-= ( const TimeSpan & other )

Subtract-assign a TimeSpan.

Parameters

other TimeSpan to subtract

◆ operator/() [1/2]

TimeSpan TimeSpan::operator/ ( const TimeSpan & other ) const

Divide two time spans component-wise.

Parameters

other TimeSpan divisor

Returns: Quotient

◆ operator/() [2/2]

TimeSpan TimeSpan::operator/ ( double value ) const

Divide by a scalar factor.

Parameters

value Scalar divisor

Returns: Scaled time span

◆ operator/=() [1/2]

void TimeSpan::operator/= ( const TimeSpan & other )

Divide-assign by a TimeSpan.

Parameters

other TimeSpan divisor

◆ operator/=() [2/2]

void TimeSpan::operator/= ( double value )

Divide-assign by a scalar.

Parameters

value Scalar divisor

◆ operator<()

bool TimeSpan::operator< ( const TimeSpan & other ) const

Less-than comparison.

Parameters

other TimeSpan to compare with

Returns: true if this time span is less

◆ operator<=()

bool TimeSpan::operator<= ( const TimeSpan & other ) const

Less-than-or-equal comparison.

Parameters

other TimeSpan to compare with

Returns: true if this time span is less or equal

◆ operator=() [1/2]

TimeSpan & TimeSpan::operator= ( const TimeSpan & other )

Copy-assign from another TimeSpan.

Parameters

other TimeSpan to copy

Returns: Reference to this TimeSpan

◆ operator=() [2/2]

TimeSpan & TimeSpan::operator= ( const timespec & other )

Assign from a POSIX timespec.

Parameters

other timespec to assign from

Returns: Reference to this TimeSpan

◆ operator==()

bool TimeSpan::operator== ( const TimeSpan & other ) const

Equality comparison.

Parameters

other TimeSpan to compare with

Returns: true if both time spans are equal

◆ operator>()

bool TimeSpan::operator> ( const TimeSpan & other ) const

Greater-than comparison.

Parameters

other TimeSpan to compare with

Returns: true if this time span is greater

◆ operator>=()

bool TimeSpan::operator>= ( const TimeSpan & other ) const

Greater-than-or-equal comparison.

Parameters

other TimeSpan to compare with

Returns: true if this time span is greater or equal

◆ seconds()

qint64 TimeSpan::seconds ( ) const

seconds

Returns: Number of seconds represented in the seconds field of this TimeSpan when printed

◆ toAbbreviatedFormat()

QString TimeSpan::toAbbreviatedFormat ( bool showMilliseconds = false ) const

Format this TimeSpan using the abbreviated display format (e.g.

"1h 2m 3s").

Parameters

showMilliseconds If true, append milliseconds to the output

Returns: Abbreviated duration string

◆ toDumpString()

QString TimeSpan::toDumpString ( ) const

Format this TimeSpan as a verbose diagnostic string showing all internal fields.

Returns: Diagnostic dump string

◆ toString() [1/2]

QString TimeSpan::toString ( bool microseconds = false ) const

Format this TimeSpan as a string using the Auto format.

Parameters

microseconds If true, include microsecond resolution

Returns: Formatted duration string

◆ toString() [2/2]

QString TimeSpan::toString	(	Format	format,
		bool	microseconds = `false`
	)		const

Format this TimeSpan as a string in the specified format.

Parameters

format	Display format
microseconds	If true, include microsecond resolution

Returns: Formatted duration string

◆ totalDays()

double TimeSpan::totalDays ( ) const

totalDays

Returns: The total number of days represented in the TimeSpan

◆ totalHours()

double TimeSpan::totalHours ( ) const

totalHours

Returns: The total number of hours represented in the TimeSpan

◆ totalMicroseconds()

double TimeSpan::totalMicroseconds ( ) const

totalMicroseconds

Returns: The total number of microseconds represented in the TimeSpan

◆ totalMilliseconds()

double TimeSpan::totalMilliseconds ( ) const

totalMilliseconds

Returns: The total number of milliseconds represented in the TimeSpan

Referenced by MutexEvent::wait().

◆ totalMinutes()

double TimeSpan::totalMinutes ( ) const

totalMinutes

Returns: The total number of minutes represented in the TimeSpan

◆ totalNanoseconds()

double TimeSpan::totalNanoseconds ( ) const

totalNanoseconds

Returns: The total number of nanoseconds represented in the TimeSpan

◆ totalSeconds()

double TimeSpan::totalSeconds ( ) const

totalSeconds

Returns: The total number of seconds represented in the TimeSpan

◆ toTimeSpec()

void TimeSpan::toTimeSpec ( struct timespec & timespec ) const

Populate a POSIX timespec structure from this TimeSpan.

Parameters

timespec Output timespec to fill with tv_sec and tv_nsec

◆ toVariant()

QVariant TimeSpan::toVariant ( ) const

inline

Wrap this TimeSpan in a QVariant for storage or signal passing.

Returns: QVariant containing this TimeSpan

Definition at line 405 of file timespan.h.

◆ zero()

static TimeSpan TimeSpan::zero ( )

inlinestatic

Return a zero-length TimeSpan.

Returns: Zero-length TimeSpan

Definition at line 468 of file timespan.h.

References fromSeconds().

The documentation for this class was generated from the following file:

include/Kanoop/timespan.h

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Enumeration Documentation

◆ Format

Constructor & Destructor Documentation

◆ TimeSpan() [1/4]

◆ TimeSpan() [2/4]

◆ TimeSpan() [3/4]

◆ TimeSpan() [4/4]

Member Function Documentation

◆ absDiff() [1/2]

◆ absDiff() [2/2]

◆ absoluteValue()

◆ addDays()

◆ addHours()

◆ addMicroseconds()

◆ addMilliseconds()

◆ addMinutes()

◆ addNanoseconds()

◆ addSeconds()

◆ days()

◆ diff() [1/2]

◆ diff() [2/2]

◆ fromDays()

◆ fromHours()

◆ fromMicroseconds()

◆ fromMilliseconds()

◆ fromMinutes()

◆ fromNanoseconds()

◆ fromSeconds()

◆ fromString()

◆ fromVariant()

◆ hours()

◆ invalid()

◆ isNegative()

◆ isPositive()

◆ isValid()

◆ isZero()

◆ max()

◆ microseconds()

◆ milliseconds()

◆ min()

◆ minutes()

◆ nanoseconds()

◆ operator!=()

◆ operator*() [1/2]

◆ operator*() [2/2]

◆ operator*=() [1/2]

◆ operator*=() [2/2]

◆ operator+()

◆ operator+=()

◆ operator-()

◆ operator-=()

◆ operator/() [1/2]

◆ operator/() [2/2]

◆ operator/=() [1/2]

◆ operator/=() [2/2]

◆ operator<()

◆ operator<=()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator==()

◆ operator>()

◆ operator>=()

◆ seconds()

◆ toAbbreviatedFormat()

◆ toDumpString()

◆ toString() [1/2]

◆ toString() [2/2]

◆ totalDays()

◆ totalHours()

◆ totalMicroseconds()

◆ totalMilliseconds()

◆ totalMinutes()

◆ totalNanoseconds()

◆ totalSeconds()

◆ toTimeSpec()

◆ toVariant()