#include <stdint.h>
#include "temu-c/Support/Attributes.h"

Include dependency graph for Time.h:

Functions
TEMU_API uint64_t	temu_timeGetMonotonicWct (void)

TEMU_API uint64_t	temu_timeGetThreadWct (void)
	temu_timeGetThreadWct Returns wall clock nanoseconds of thread time (i.e. how much time the thread this is called from has been scheduled) More...

TEMU_API uint64_t	temu_timeGetCurrentSrtNanos (void *Obj)
	temu_timeGetCurrentSrtNanos More...

TEMU_API int64_t	temu_getCycles (const void *Q)

TEMU_API int64_t	temu_getNanos (const void *Q)

TEMU_API double	temu_getSecs (const void *Q)

TEMU_API int64_t	temu_cyclesToNanos (int64_t Cycles, int64_t Freq)

TEMU_API double	temu_cyclesToSecs (int64_t Cycles, int64_t Freq)

TEMU_API int64_t	temu_nanosToCycles (int64_t Nanos, int64_t Freq)

TEMU_API double	temu_nanosToSecs (int64_t Nanos)

TEMU_API int64_t	temu_secsToNanos (double Secs)

TEMU_API int64_t	temu_secsToCycles (double Secs, int64_t Freq)

Function Documentation

TEMU_API int64_t temu_cyclesToNanos	(	int64_t	Cycles,
		int64_t	Freq
	)

Convert cycles to nanoseconds

Parameters

Cycles	Cycle count to convert
Freq	Frequency in Hz

Returns: Cycles converted to nanoseconds

TEMU_API double temu_cyclesToSecs	(	int64_t	Cycles,
		int64_t	Freq
	)

Convert cycles to seconds

Parameters

Cycles	Cycle count to convert
Freq	Frequency in Hz

Returns: Cycles converted to seconds

TEMU_API int64_t temu_getCycles ( const void * Q )

Get current time in cycles.

Parameters

Q	CPU object

Returns: Current cycles as it is understood by the object.

TEMU_API int64_t temu_getNanos ( const void * Q )

Get current time in nanoseconds

Parameters

Q	CPU or Machine object

Returns: Current nanoseconds as it is understood by the object.

TEMU_API double temu_getSecs ( const void * Q )

Get current time in seconds

Parameters

Q	CPU or Machine object

Returns: Current seconds as it is understood by the object.

TEMU_API int64_t temu_nanosToCycles	(	int64_t	Nanos,
		int64_t	Freq
	)

Convert nanoseconds to cycles

Parameters

Nanos	Nanoseconds to convert
Freq	Frequency in Hz

Returns: Nanoseconds converted to cycles

TEMU_API double temu_nanosToSecs ( int64_t Nanos )

Convert nanoseconds to seconds

Parameters

Nanos Nanoseconds to convert

Returns: Nanoseconds converted to seconds

TEMU_API int64_t temu_secsToCycles	(	double	Secs,
		int64_t	Freq
	)

Convert seconds to cycles

Parameters

Secs	Seconds to convert
Freq	Frequency in Hz

Returns: Seconds converted to an integral number of cycles

TEMU_API int64_t temu_secsToNanos ( double Secs )

Convert seconds to nanoseconds

Parameters

Secs	Seconds to convert

Returns: Seconds converted to an integral number of nanoseconds

TEMU_API uint64_t temu_timeGetCurrentSrtNanos ( void * Obj )

temu_timeGetCurrentSrtNanos

Parameters

Obj	The object in question

Returns: simulated time for the given object

TEMU_API uint64_t temu_timeGetMonotonicWct ( void )

Get monotonic time in nanoseconds.

The monotonic time is relative since some epoch of undefined start, but it is monotonic, unaffected by adjustments due to leap seconds, setting of the system clock, etc.

This function is primarily useful for doing performance measurements since the time returned is relative to an undefined point (although that undefined point will be consistent while the program is running).

In practice, on systems with clock_gettime() implemented, this function returns the timespec converted to nanoseconds, but on systems without clock_gettime(), e.g. Darwin and Windows, the function will only ensure that some notion of monotonic nanoseconds are returned. In Darwin for example, this results in a monotonic time returned which is relative to the first call to the function.

Returns: Wall clock nanoseconds since an unspecified epoch.

TEMU_API uint64_t temu_timeGetThreadWct ( void )

temu_timeGetThreadWct Returns wall clock nanoseconds of thread time (i.e. how much time the thread this is called from has been scheduled)

Returns: wall clock nanoseconds of thread time

Functions

Function Documentation