#include <ptp.h>

Public Attributes
void(*	free )(ptpmgmt_clock clk)

struct timespec(*	getTime )(const_ptpmgmt_clock clk)

bool(*	setTime )(const_ptpmgmt_clock clk, const struct timespec *ts)

bool(*	offsetClock )(const_ptpmgmt_clock clk, int64_t offset)

double(*	getFreq )(const_ptpmgmt_clock clk)

bool(*	setFreq )(const_ptpmgmt_clock clk, double freq)

bool(*	setPhase )(const_ptpmgmt_clock clk, int64_t offset)

bool(*	isCharFile )(const char *file)

bool(*	initUsingDevice )(ptpmgmt_clock clk, const char *device, bool readonly)

bool(*	initUsingIndex )(ptpmgmt_clock clk, int ptpIndex, bool readonly)

bool(*	isInit )(const_ptpmgmt_clock clk)

clockid_t(*	clkId )(const_ptpmgmt_clock clk)

int(*	getFd )(const_ptpmgmt_clock clk)

int(*	fileno )(const_ptpmgmt_clock clk)

int(*	ptpIndex )(const_ptpmgmt_clock clk)

const char (	device )(const_ptpmgmt_clock clk)

bool(*	setTimeFromSys )(const_ptpmgmt_clock clk)

bool(*	setTimeToSys )(const_ptpmgmt_clock clk)

bool(*	fetchCaps )(const_ptpmgmt_clock clk, struct ptp_clock_caps *caps)

bool(*	readPin )(const_ptpmgmt_clock clk, unsigned int index, struct ptp_pin_desc *pin)

bool(*	writePin )(const_ptpmgmt_clock clk, const struct ptp_pin_desc *pin)

bool(*	ExternTSEbable )(const_ptpmgmt_clock clk, unsigned int index, uint8_t flags)

bool(*	ExternTSDisable )(const_ptpmgmt_clock clk, unsigned int index)

bool(*	MaskClearAll )(const_ptpmgmt_clock clk)

bool(*	MaskEnable )(const_ptpmgmt_clock clk, unsigned int index)

bool(*	readEvent )(const_ptpmgmt_clock clk, struct ptp_extts_event *event)

bool(*	readEvents )(const_ptpmgmt_clock clk, struct ptp_extts_event events, size_t size)

bool(*	setPinPeriod )(const_ptpmgmt_clock clk, unsigned int index, struct ptp_perout_request *times)

bool(*	setPtpPpsEvent )(const_ptpmgmt_clock clk, bool enable)

bool(*	samplePtpSys )(const_ptpmgmt_clock clk, size_t count, struct ptp_sys_offset *samples)

bool(*	extSamplePtpSys )(const_ptpmgmt_clock clk, size_t count, struct ptp_sys_offset_extended *samples)

bool(*	preciseSamplePtpSys )(const_ptpmgmt_clock clk, struct ptp_sys_offset_precise *sample)

Detailed Description

the ptpmgmt clock structure hold the clock object and call backs to call c++ methods

Member Data Documentation

◆ clkId

clockid_t(* ptpmgmt_clock_t::clkId) (const_ptpmgmt_clock clk)

Get dynamic clock id

Parameters

[in] clk pointer to clock structure

Returns: dynamic clock id or CLOCK_INVALID if not initialized

◆ device

const char *(* ptpmgmt_clock_t::device) (const_ptpmgmt_clock clk)

Get POSIX device name

Parameters

[in] clk pointer to clock structure

Returns: device name or empty string if not initialized

◆ ExternTSDisable

bool(* ptpmgmt_clock_t::ExternTSDisable) (const_ptpmgmt_clock clk, unsigned int index)

Disable PHC pin external events

Parameters

[in]	clk	pointer to clock structure
[in]	index	pin index to enable

Returns: true for success

Note: Pin index should be in the range (0, ptp_clock_caps.num_pins]

◆ ExternTSEbable

bool(* ptpmgmt_clock_t::ExternTSEbable) (const_ptpmgmt_clock clk, unsigned int index, uint8_t flags)

Enable PHC pin external events

Parameters

[in]	clk	pointer to clock structure
[in]	index	pin index to enable
[in]	flags	using the PTP_EXTERN_TS_xxx flags

Returns: true for success

Note: Pin index should be in the range (0, ptp_clock_caps.num_pins]; old kernel do not support PTP_EXTERN_TS_STRICT

◆ extSamplePtpSys

bool(* ptpmgmt_clock_t::extSamplePtpSys) (const_ptpmgmt_clock clk, size_t count, struct ptp_sys_offset_extended *samples)

Extended sample the PHC and system clock So caller can compare offset and frequancy

Parameters

[in]	clk	pointer to clock structure
[in]	count	number of sample to measure
[out]	samples	taken by kernel

Returns: true for success

Note: old kernel do not support

◆ fetchCaps

bool(* ptpmgmt_clock_t::fetchCaps) (const_ptpmgmt_clock clk, struct ptp_clock_caps *caps)

Get PTP clock capabilities

Parameters

[in]	clk	pointer to clock structure
[out]	caps	capabilities

Returns: true for success

◆ fileno

int(* ptpmgmt_clock_t::fileno) (const_ptpmgmt_clock clk)

Get file description

Parameters

[in] clk pointer to clock structure

Returns: file description

◆ free

void(* ptpmgmt_clock_t::free) (ptpmgmt_clock clk)

< Free a clock object

Parameters

[in,out] clk pointer to clock structure

◆ getFd

int(* ptpmgmt_clock_t::getFd) (const_ptpmgmt_clock clk)

Get file description

Parameters

[in] clk pointer to clock structure

Returns: file description

◆ getFreq

double(* ptpmgmt_clock_t::getFreq) (const_ptpmgmt_clock clk)

Get clock adjustment frequancy

Parameters

[in] clk pointer to clock structure

Returns: freq frequancy in ppb

◆ getTime

struct timespec(* ptpmgmt_clock_t::getTime) (const_ptpmgmt_clock clk)

Get clock time

Parameters

[in] clk pointer to clock structure

Returns: clock time or zero on error

◆ initUsingDevice

bool(* ptpmgmt_clock_t::initUsingDevice) (ptpmgmt_clock clk, const char *device, bool readonly)

Initialize a POSIX clock based on its device name

Parameters

[in,out]	clk	pointer to clock structure
[in]	device	name
[in]	readonly	open clock to read only

Returns: true if device is a POSIX clock

◆ initUsingIndex

bool(* ptpmgmt_clock_t::initUsingIndex) (ptpmgmt_clock clk, int ptpIndex, bool readonly)

Initialize a PTP clock based on its index

Parameters

[in,out]	clk	pointer to clock structure
[in]	ptpIndex	clock PTP index
[in]	readonly	open clock to read only

Returns: true if network interface exists

◆ isCharFile

bool(* ptpmgmt_clock_t::isCharFile) (const char *file)

Check file is a char file

Parameters

[in] file name to check

Returns: true if file is char device

Note: function will follow a symbolic link

◆ isInit

bool(* ptpmgmt_clock_t::isInit) (const_ptpmgmt_clock clk)

Is object initialized

Parameters

[in] clk pointer to clock structure

Returns: true if PTP clock exist and object was successfully initialized

◆ MaskClearAll

bool(* ptpmgmt_clock_t::MaskClearAll) (const_ptpmgmt_clock clk)

PHC clear all mask

Parameters

[in] clk pointer to clock structure

Returns: true for success

◆ MaskEnable

bool(* ptpmgmt_clock_t::MaskEnable) (const_ptpmgmt_clock clk, unsigned int index)

PHC ebable single pin mask

Parameters

[in]	clk	pointer to clock structure
[in]	index	pin index in mask to enable

Returns: true for success

Note: Pin index should be in the range (0, PtpCaps_t.num_pins]

◆ offsetClock

bool(* ptpmgmt_clock_t::offsetClock) (const_ptpmgmt_clock clk, int64_t offset)

Offset clock time

Parameters

[in]	clk	pointer to clock structure
[in]	offset	in nanoseconeds

Returns: true for success

◆ preciseSamplePtpSys

bool(* ptpmgmt_clock_t::preciseSamplePtpSys) (const_ptpmgmt_clock clk, struct ptp_sys_offset_precise *sample)

Precise sample the PHC using PCI cross time stamp

Parameters

[in]	clk	pointer to clock structure
[out]	sample	taken by kernel

Returns: true for success

Note: old kernel do not support

◆ ptpIndex

int(* ptpmgmt_clock_t::ptpIndex) (const_ptpmgmt_clock clk)

Get PTP index

Parameters

[in] clk pointer to clock structure

Returns: index or NO_SUCH_PTP if not initialized or clock do not have PTP index

◆ readEvent

bool(* ptpmgmt_clock_t::readEvent) (const_ptpmgmt_clock clk, struct ptp_extts_event *event)

Read single external event

Parameters

[in]	clk	pointer to clock structure
[out]	event	retrieved event

Returns: true for success

◆ readEvents

bool(* ptpmgmt_clock_t::readEvents) (const_ptpmgmt_clock clk, struct ptp_extts_event *events, size_t *size)

Read external events

Parameters

[in]	clk	pointer to clock structure
[out]	events	pointer to array of retrieved events
[in,out]	size	input: array size, output: actual number of events

Returns: true for success

Note: the maximum is trunced to 30 events

◆ readPin

bool(* ptpmgmt_clock_t::readPin) (const_ptpmgmt_clock clk, unsigned int index, struct ptp_pin_desc *pin)

Read PHC clock pin current functional state

Parameters

[in]	clk	pointer to clock structure
[in]	index	pin index to read
[out]	pin	hardware functional state

Returns: true for success

Note: Pin index should be in the range (0, ptp_clock_caps.num_pins]

◆ samplePtpSys

bool(* ptpmgmt_clock_t::samplePtpSys) (const_ptpmgmt_clock clk, size_t count, struct ptp_sys_offset *samples)

Sample the PHC and system clock So caller can compare offset and frequancy

Parameters

[in]	clk	pointer to clock structure
[in]	count	number of sample to measure
[out]	samples	taken by kernel

Returns: true for success

◆ setFreq

bool(* ptpmgmt_clock_t::setFreq) (const_ptpmgmt_clock clk, double freq)

Set clock adjustment frequancy

Parameters

[in]	clk	pointer to clock structure
[in]	freq	frequancy in ppb

Returns: true for success

◆ setPhase

bool(* ptpmgmt_clock_t::setPhase) (const_ptpmgmt_clock clk, int64_t offset)

Set clock phase offset

Parameters

[in]	clk	pointer to clock structure
[in]	offset	in nanoseconeds

Returns: true for success

◆ setPinPeriod

bool(* ptpmgmt_clock_t::setPinPeriod) (const_ptpmgmt_clock clk, unsigned int index, struct ptp_perout_request *times)

Set PHC pin period signal

Parameters

[in]	clk	pointer to clock structure
[in]	index	pin index
[in]	times	provides the times and flags used for the period

Returns: true for success

Note: Pin index should be in the range (0, ptp_clock_caps.num_pins]; old kernel do not support flags

◆ setPtpPpsEvent

bool(* ptpmgmt_clock_t::setPtpPpsEvent) (const_ptpmgmt_clock clk, bool enable)

Enable or disable Linux pulse per second event

Parameters

[in]	clk	pointer to clock structure
[in]	enable	flag

Returns: true for success

Note: Linux will create a pps device /dev/ppsN User can use the 'pps-tools' to use the device.

◆ setTime

bool(* ptpmgmt_clock_t::setTime) (const_ptpmgmt_clock clk, const struct timespec *ts)

Set clock time

Parameters

[in]	clk	pointer to clock structure
[out]	ts	new clock time

Returns: true for success

◆ setTimeFromSys

bool(* ptpmgmt_clock_t::setTimeFromSys) (const_ptpmgmt_clock clk)

Set PHC time using the system clock

Parameters

[in] clk pointer to clock structure

Returns: true for success

◆ setTimeToSys

bool(* ptpmgmt_clock_t::setTimeToSys) (const_ptpmgmt_clock clk)

Set system clock using the PHC as source time

Parameters

[in] clk pointer to clock structure

Returns: true for success

◆ writePin

bool(* ptpmgmt_clock_t::writePin) (const_ptpmgmt_clock clk, const struct ptp_pin_desc *pin)

Set PHC clock pin functional state

Parameters

[in]	clk	pointer to clock structure
[in]	pin	hardware functional state

Returns: true for success

Note: Pin index comes from ptp_pin_desc!; Pin index should be in the range (0, ptp_clock_caps.num_pins]

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

pub/c/ptp.h

Public Attributes

Detailed Description

Member Data Documentation

◆ clkId

◆ device

◆ ExternTSDisable

◆ ExternTSEbable

◆ extSamplePtpSys

◆ fetchCaps

◆ fileno

◆ free

◆ getFd

◆ getFreq

◆ getTime

◆ initUsingDevice

◆ initUsingIndex

◆ isCharFile

◆ isInit

◆ MaskClearAll

◆ MaskEnable

◆ offsetClock

◆ preciseSamplePtpSys

◆ ptpIndex

◆ readEvent

◆ readEvents

◆ readPin

◆ samplePtpSys

◆ setFreq

◆ setPhase

◆ setPinPeriod

◆ setPtpPpsEvent

◆ setTime

◆ setTimeFromSys

◆ setTimeToSys

◆ writePin