Functions
fsp_err_t	R_HPSW_Open (ether_switch_ctrl_t const p_ctrl, ether_switch_cfg_t const const p_cfg)

fsp_err_t	R_HPSW_Close (ether_switch_ctrl_t *const p_ctrl)

fsp_err_t	R_HPSW_EnableSet (ether_switch_ctrl_t const p_ctrl, hpsw_cfg_t const const p_cfg, bool enable)

fsp_err_t	R_HPSW_StatusGet (ether_switch_ctrl_t const p_ctrl, hpsw_status_t const p_status)

fsp_err_t	R_HPSW_CounterGet (ether_switch_ctrl_t const p_ctrl, uint32_t port, hpsw_counter_t const p_counter)

fsp_err_t	R_HPSW_CounterClear (ether_switch_ctrl_t *const p_ctrl)

fsp_err_t	R_HPSW_PtpDataGet (ether_switch_ctrl_t const p_ctrl, hpsw_ptp_dataset_t const p_dataset)

Detailed Description

Provides API for using Ethernet Switch. This module implements the Ethernet Switch Interface.

Overview

With the HSR/PRP Switch function, this LSI enables to build the network topology such as line type without external switching hub.

Features

If start this module, it has behevia following as two mode.
- 1) Redbox mode
- 2) Dun mode
The mode is decided by connecting network. etc..

Configuration

Build Time Configurations for r_hpsw

The following build time configurations are defined in fsp_cfg/r_hpsw_cfg.h:

Configuration	Options	Default	Description
Parameter Checking	Default (BSP) Enabled Disabled	Default (BSP)	If selected code for parameter checking is included in the build.

Configurations for Networking > HSR/PRP Switch (r_hpsw)

This module can be added to the Stacks tab via New Stack > Networking > HSR/PRP Switch (r_hpsw).

Configuration	Options	Default	Description
Name	Name must be a valid C symbol	g_hpsw0	Module name.
Channel	0	0	Select the HPSW module channel number.
Operating Profile	No profile PRP HSR	No profile	Select the operating profile.

Usage Notes

Then use this modules, set to start the Adjustable Clock on the application.

Limitations

Developers should be aware of the following limitations when using the HPSW:

Non-averable the pulse generater.
The HPSW module does not support timers other than the HPSW timer (ETHSW or ESWM timers). While the input timer clock can be configured in the "Timer Signal and Clock Selection Register," selecting a timer other than the HPSW timer will prevent the HPSW from functioning correctly in slave mode according to the product specifications.

Examples

Basic Example

This is a basic example of minimal use of the HPSW in an application.

void hpsw_basic_example (void)
{
    fsp_err_t          err              = FSP_SUCCESS;
    hpsw_cfg_t         hpsw_cfg         = {0};
    hpsw_counter_t     hpsw_counter     = {0};
    hpsw_ptp_dataset_t hpsw_ptp_dataset = {0};
    hpsw_status_t      hpsw_status      = {0};
    // Configure Adjustable Clock
    hpsw_cfg.clk_select = HPSW_CLOCK_PTP;
    hpsw_cfg.time_val   = 0x1;
    // Configure PTP TC
    hpsw_cfg.ptp_tc_profile        = HPSW_PTP_TC_DEFAULT;
    hpsw_cfg.ptp_tc_profile_val    = 0x1;
    hpsw_cfg.ptp_tc_default_data_1 = HPSW_EXAMPLE_TC_DEFAULT_DATA_1;
    hpsw_cfg.ptp_tc_default_data_2 = HPSW_EXAMPLE_TC_DEFAULT_DATA_2;
    hpsw_cfg.ptp_tc_clock_id_val   = 0x1;
    // Configure PTP OC
    hpsw_cfg.ptp_oc_profile               = HPSW_PTP_OC_DEFAULT;
    hpsw_cfg.ptp_oc_dis_offset_correction = 0x1;
    hpsw_cfg.ptp_oc_profile_val           = 0x1;
    hpsw_cfg.ptp_oc_default_data_1        = HPSW_EXAMPLE_OC_DEFAULT_DATA_1;
    hpsw_cfg.ptp_oc_default_data_2        = HPSW_EXAMPLE_OC_DEFAULT_DATA_2;
    hpsw_cfg.ptp_oc_clock_id_val          = 0x1;
    // Configure HSR/PRP
    hpsw_cfg.mac1 = HPSW_EXAMPLE_MAC_1;
    hpsw_cfg.mac2 = HPSW_EXAMPLE_MAC_2;
    /* Open the hpsw instance with initial configuration. */
    err = R_HPSW_Open(&g_hpsw0_ctrl, &g_hpsw0_cfg);
    /* Handle any errors. This function should be defined by the user. */
    assert(FSP_SUCCESS == err);
    /* Enable HSR/PRP switch. */
    err = R_HPSW_EnableSet(&g_hpsw0_ctrl, &hpsw_cfg, HPSW_EXAMPLE_ENABLE);
    assert(FSP_SUCCESS == err);
    /* Enable the transmission and reception of Ethernet frames. */
    err = R_GMAC_B_Open(&g_ether0_ctrl, &g_ether0_cfg);
    assert(FSP_SUCCESS == err);
    /* Get port counter values. */
    err = R_HPSW_CounterGet(&g_hpsw0_ctrl, HPSW_EXAMPLE_PORT, &hpsw_counter);
    assert(FSP_SUCCESS == err);
    /* Clear counter values. */
    err = R_HPSW_CounterClear(&g_hpsw0_ctrl);
    assert(FSP_SUCCESS == err);
    /* Get current dataset. */
    err = R_HPSW_PtpDataGet(&g_hpsw0_ctrl, &hpsw_ptp_dataset);
    assert(FSP_SUCCESS == err);
    /* Get port status. */
    err = R_HPSW_StatusGet(&g_hpsw0_ctrl, &hpsw_status);
    assert(FSP_SUCCESS == err);
    /* Disable HSR/PRP switch. */
    err = R_HPSW_EnableSet(&g_hpsw0_ctrl, &hpsw_cfg, HPSW_EXAMPLE_DISABLE);
    assert(FSP_SUCCESS == err);
    /* Close the hpsw instance. */
    err = R_HPSW_Close(&g_hpsw0_ctrl);
    assert(FSP_SUCCESS == err);
}

Classes
struct	st_hpsw_cfg

struct	st_hpsw_status

struct	st_hpsw_counter

struct	st_hpsw_ptp_dataset

struct	st_hpsw_extend_cfg

struct	st_hpsw_instance_ctrl

Typedefs
typedef struct st_hpsw_cfg	hpsw_cfg_t

typedef struct st_hpsw_status	hpsw_status_t

typedef struct st_hpsw_counter	hpsw_counter_t

typedef struct st_hpsw_ptp_dataset	hpsw_ptp_dataset_t

typedef struct st_hpsw_extend_cfg	hpsw_extend_cfg_t

typedef struct st_hpsw_instance_ctrl	hpsw_instance_ctrl_t

Enumerations
enum	hpsw_c_clock_t

enum	hpsw_port_timeout_t

enum	hpsw_port_link_t

enum	hpsw_clock_select_t

enum	hpsw_mode_t

enum	hpsw_ptp_tc_profile_t

enum	hpsw_ptp_tc_layer_t

enum	hpsw_ptp_tc_delay_mechanism_t

enum	hpsw_ptp_tc_delay_e2e_uni_t

enum	hpsw_ptp_oc_profile_t

enum	hpsw_ptp_oc_layer_t

enum	hpsw_ptp_oc_master_slave_only_t

enum	hpsw_ptp_oc_delay_mechanism_t

enum	hpsw_ptp_oc_delay_e2e_uni_t

Class Documentation

◆ RZT::st_hpsw_cfg

struct RZT::st_hpsw_cfg

HPSW configuration data for loading into registers by R_HPSW_Enable()

Class Members
uint32_t	time_val	Time Adjustment Valid.
uint32_t	offset_val	Offset Adjustment Valid.
uint32_t	drift_val	Drift Adjustment Valid.
uint32_t	servo_val	Servo Parameters Valid.
hpsw_clock_select_t	clk_select	Source for Clock Adjustments.
uint32_t	clock_time_adj_value_H	Clock time adjustment value (High)
uint32_t	clock_time_adj_value_L	Clock time adjustment value (Low)
hpsw_ptp_tc_profile_t	ptp_tc_profile	Profile.
uint32_t	ptp_tc_twostep	Twostep for PDelay.
hpsw_ptp_tc_layer_t	ptp_tc_layer	Layer.
hpsw_ptp_tc_delay_mechanism_t	ptp_tc_delay_mechanism	Delay Mechanism.
hpsw_ptp_tc_delay_e2e_uni_t	ptp_tc_delay_E2E_uni	Delay E2E uni-cast.
uint32_t	ptp_tc_profile_val	Profile valid.
uint32_t	ptp_tc_vlan_val	VLAN valid.
uint32_t	ptp_tc_ip_val	IP valid.
uint32_t	ptp_tc_dscp_val	DSCP valid.
uint32_t	ptp_tc_clock_id_val	Clock Identity Valid.
uint32_t	ptp_tc_domain_num_val	Domain Number Valid.
uint32_t	ptp_tc_default_data_1	Default data 1.
uint32_t	ptp_tc_default_data_2	Default data 2.
hpsw_ptp_oc_profile_t	ptp_oc_profile	Profile.
uint32_t	ptp_oc_twostep	Twostep for PDelay.
uint32_t	ptp_oc_signaling	Signaling.
hpsw_ptp_oc_layer_t	ptp_oc_layer	Layer.
hpsw_ptp_oc_master_slave_only_t	ptp_oc_master_slave	Master or slave select.
uint32_t	ptp_oc_dis_offset_correction	Disable offset correction.
uint32_t	ptp_oc_allow_uni_slave	Only allow uni-cast slaves previously added to the uni-cast dataset.
hpsw_ptp_oc_delay_mechanism_t	ptp_oc_delay_mechanism	Delay Mechanism.
hpsw_ptp_oc_delay_e2e_uni_t	ptp_oc_delay_E2E_uni	Delay E2E uni-cast.
uint32_t	ptp_oc_profile_val	Profile valid.
uint32_t	ptp_oc_vlan_val	VLAN valid.
uint32_t	ptp_oc_ip_val	IP valid.
uint32_t	ptp_oc_dscp_val	DSCP valid.
uint32_t	ptp_oc_clock_id_val	Clock ID valid.
uint32_t	ptp_oc_domain_num_val	Domain number valid.
uint32_t	ptp_oc_clock_qualiry_val	Clock quality valid.
uint32_t	ptp_oc_priority1_val	Priority1 valid.
uint32_t	ptp_oc_priority2_val	Priority2 valid.
uint32_t	ptp_oc_gm_id_val	Grand master short ID valid.
uint32_t	ptp_oc_gm_time_inac_val	Grand master time Inaccuracy valid.
uint32_t	ptp_oc_max_steps_rem_val	Max steps removed valid.
uint32_t	ptp_oc_local_priority_val	Local priority valid.
uint32_t	ptp_oc_default_data_1	Default data 1.
uint32_t	ptp_oc_default_data_2	Default data 2.
uint8_t	ptp_oc_priority1	Priority1.
uint8_t	ptp_oc_priority2	Priority2.
uint32_t	delay_mechanism_val	Delay mechanism valid.
uint32_t	msg_interval_val	Message intervals valid.
uint32_t	asymmetry_val	Asymmetry valid.
uint32_t	max_pdelay_val	Maximum peer delay valid.
uint32_t	local_priority_val	Local priority valid.
uint32_t	ptp_oc_announce_interval	Signed announce log interval.
uint32_t	ptp_oc_announce_timeout	Announce timeout.
uint32_t	vlan_val	Vlan valid.
uint32_t	vlan	Vlan.
uint32_t	vlan_enable	Enable vlan.
uint32_t	mac1	MAC 1.
uint32_t	mac2	MAC 2.

◆ RZT::st_hpsw_status

struct RZT::st_hpsw_status

HPSW port status

Class Members
hpsw_port_timeout_t	timeout_port_A	Port A timeout.
hpsw_port_timeout_t	timeout_port_B	Port B timeout.
hpsw_port_link_t	link_port_A	Port A link status.
hpsw_port_link_t	link_port_B	Port B link status.
hpsw_port_link_t	link_port_C	Port C link status.

◆ RZT::st_hpsw_counter

struct RZT::st_hpsw_counter

HPSW send/receive frame counter

Class Members
uint32_t	TX_counter	TX counter.
uint32_t	TX_error_counter	TX error counter.
uint32_t	RX_counter	RX counter.
uint32_t	RX_error_counter	RX error counter.

◆ RZT::st_hpsw_ptp_dataset

struct RZT::st_hpsw_ptp_dataset

HPSW data set

Class Members
uint32_t	ptp_tc_default_data_1	Default data 1.
uint32_t	ptp_tc_default_data_2	Default data 2.
uint32_t	ptp_tc_default_data_3	Default data 3.
uint32_t	ptp_tc_default_data_4	Default data 4.
uint32_t	ptp_tc_port_data_1	Port data 1.
uint32_t	ptp_tc_port_data_2	Port data 2.
uint32_t	ptp_tc_port_data_3	Port data 3.
uint32_t	ptp_tc_port_data_4	Port data 4.
uint32_t	ptp_tc_port_data_5	Port data 5.
uint32_t	ptp_tc_port_data_6	Port data 6.
uint32_t	ptp_oc_default_data_1	Default data 1.
uint32_t	ptp_oc_default_data_2	Default data 2.
uint32_t	ptp_oc_default_data_3	Default data 3.
uint32_t	ptp_oc_default_data_4	Default data 4.
uint32_t	ptp_oc_default_data_5	Default data 5.
uint32_t	ptp_oc_default_data_6	Default data 6.
uint32_t	ptp_oc_default_data_7	Default data 7.
uint32_t	ptp_oc_port_data_1	Port data 1.
uint32_t	ptp_oc_port_data_2	Port data 2.
uint32_t	ptp_oc_port_data_3	Port data 3.
uint32_t	ptp_oc_port_data_4	Port data 4.
uint32_t	ptp_oc_port_data_5	Port data 5.
uint32_t	ptp_oc_port_data_6	Port data 6.
uint32_t	ptp_oc_port_data_7	Port data 7.
uint32_t	ptp_oc_port_data_8	Port data 8.
uint32_t	ptp_oc_current_data_1	Current data 1.
uint32_t	ptp_oc_current_data_2	Current data 2.
uint32_t	ptp_oc_current_data_3	Current data 3.
uint32_t	ptp_oc_current_data_4	Current data 4.
uint32_t	ptp_oc_current_data_5	Current data 5.
uint32_t	ptp_oc_parent_data_1	Parent data 1.
uint32_t	ptp_oc_parent_data_2	Parent data 2.
uint32_t	ptp_oc_parent_data_3	Parent data 3.
uint32_t	ptp_oc_parent_data_4	Parent data 4.
uint32_t	ptp_oc_parent_data_5	Parent data 5.
uint32_t	ptp_oc_parent_data_6	Parent data 6.
uint32_t	ptp_oc_parent_data_7	Parent data 7.
uint32_t	ptp_oc_parent_data_8	Parent data 8.
uint32_t	ptp_oc_parent_data_9	Parent data 9.
uint32_t	ptp_oc_time_propertie_data_1	Time properties data 1.
uint32_t	ptp_oc_time_propertie_data_2	Time properties data 2.
uint32_t	ptp_oc_time_propertie_data_3	Time properties data 3.
uint32_t	ptp_oc_time_propertie_data_4	Time properties data 4.
uint32_t	ptp_oc_time_propertie_data_5	Time properties data 5.
uint32_t	ptp_oc_time_propertie_data_6	Time properties data 6.
uint32_t	ptp_oc_time_propertie_data_7	Time properties data 7.
uint32_t	ptp_oc_time_propertie_data_8	Time properties data 8.
uint32_t	ptp_oc_time_propertie_data_9	Time properties data 9.

◆ RZT::st_hpsw_extend_cfg

struct RZT::st_hpsw_extend_cfg

Extend Configuration parameters.

Class Members
hpsw_mode_t	mode	HPSW Operating Profile.

◆ RZT::st_hpsw_instance_ctrl

struct RZT::st_hpsw_instance_ctrl

HPSW control block. DO NOT INITIALIZE. Initialization occurs when hpsw_instance_ctrl_t::open is called.

Class Members
uint32_t	open	Used to determine if the channel is configured.
ether_switch_cfg_t const *	p_hpsw_cfg	Pointer to initial configurations.
R_HPSW_INI_Type *	p_hpsw_ini_reg	Pointer to HPSW init registers.
R_HPSW_Type *	p_hpsw_reg	Pointer to HPSW registers.

Typedef Documentation

◆ hpsw_cfg_t

typedef struct st_hpsw_cfg hpsw_cfg_t

HPSW configuration data for loading into registers by R_HPSW_Enable() Please refer to the struct st_hpsw_cfg.

◆ hpsw_status_t

typedef struct st_hpsw_status hpsw_status_t

HPSW port status Please refer to the struct st_hpsw_status.

◆ hpsw_counter_t

typedef struct st_hpsw_counter hpsw_counter_t

HPSW send/receive frame counter Please refer to the struct st_hpsw_counter.

◆ hpsw_ptp_dataset_t

typedef struct st_hpsw_ptp_dataset hpsw_ptp_dataset_t

HPSW data set Please refer to the struct st_hpsw_ptp_dataset.

◆ hpsw_extend_cfg_t

typedef struct st_hpsw_extend_cfg hpsw_extend_cfg_t

Extend Configuration parameters. Please refer to the struct st_hpsw_extend_cfg.

◆ hpsw_instance_ctrl_t

typedef struct st_hpsw_instance_ctrl hpsw_instance_ctrl_t

HPSW control block. DO NOT INITIALIZE. Initialization occurs when hpsw_instance_ctrl_t::open is called. Please refer to the struct st_hpsw_instance_ctrl.

Enumeration Type Documentation

◆ hpsw_c_clock_t

enum hpsw_c_clock_t

C clock select

Enumerator
HPSW_c_clock_0_MBPS	0
HPSW_c_clock_10_MBPS	10Mbit/s(2.5MHz)
HPSW_c_clock_100_MBPS	100Mbit/s(25MHz)
HPSW_c_clock_1000_MBPS	1000Mbit/s(125MHz)

◆ hpsw_port_timeout_t

enum hpsw_port_timeout_t

port timeout

Enumerator
HPSW_PORT_NOT_TIMEOUT	Not port timeout occured.
HPSW_PORT_TIMEOUT	Port timeout occured.

◆ hpsw_port_link_t

enum hpsw_port_link_t

port link

Enumerator
HPSW_PORT_UNLINK	Port unlink.
HPSW_PORT_LINK	Port link.

◆ hpsw_clock_select_t

enum hpsw_clock_select_t

clock select

Enumerator
HPSW_CLOCK_NONE	NONE.
HPSW_CLOCK_TOD	TOD.
HPSW_CLOCK_LRIG	LRIG.
HPSW_CLOCK_PPS	PPS.
HPSW_CLOCK_PTP	PTP.
HPSW_CLOCK_RTC	RTC.
HPSW_CLOCK_DCF	DCF.
HPSW_CLOCK_NTP	NTP.
HPSW_CLOCK_REGS	REGS.
HPSW_CLOCK_EXT	EXT.

◆ hpsw_mode_t

enum hpsw_mode_t

mode select

Enumerator
HPSW_MODE_NONE	None.
HPSW_MODE_PRP	PRP.
HPSW_MODE_HSR	HSR.

◆ hpsw_ptp_tc_profile_t

enum hpsw_ptp_tc_profile_t

ptp tc profile

Enumerator
HPSW_PTP_TC_DEFAULT	Default profile.
HPSW_PTP_TC_ELECTRIC	Electric power profile.
HPSW_PTP_TC_UTILITY	Utility profile.
HPSW_PTP_TC_TSN	TSN Profile.

◆ hpsw_ptp_tc_layer_t

enum hpsw_ptp_tc_layer_t

ptp tc layer

Enumerator
HPSW_PTP_TC_LAYER_802	802.3
HPSW_PTP_TC_LAYER_IPv4	IPv4.

◆ hpsw_ptp_tc_delay_mechanism_t

enum hpsw_ptp_tc_delay_mechanism_t

ptp tc delay mechanism

Enumerator
HPSW_PTP_TC_DELAY_P2P	P2P.
HPSW_PTP_TC_DELAY_E2E	E2E.

◆ hpsw_ptp_tc_delay_e2e_uni_t

enum hpsw_ptp_tc_delay_e2e_uni_t

ptp tc E2E unicast or multicast

Enumerator
HPSW_PTP_TC_DELAY_E2E_MULTI	Muliticast.
HPSW_PTP_TC_DELAY_E2E_UNI	Unicast.

◆ hpsw_ptp_oc_profile_t

enum hpsw_ptp_oc_profile_t

ptp oc profile

Enumerator
HPSW_PTP_OC_DEFAULT	Default profile.
HPSW_PTP_OC_ELECTRIC	Electric power profile.
HPSW_PTP_OC_UTILITY	Utility profile.
HPSW_PTP_OC_TSN	TSN Profile.
HPSW_PTP_OC_ITU_G8265_1	ITU G8265.1 Profile.
HPSW_PTP_OC_ITU_G8275_1	ITU G8275.1 Profile.
HPSW_PTP_OC_ITU_G8275_2	ITU G8275.2 Profile.

◆ hpsw_ptp_oc_layer_t

enum hpsw_ptp_oc_layer_t

ptp oc layer

Enumerator
HPSW_PTP_OC_LAYER_802	802.3
HPSW_PTP_OC_LAYER_IPv4	IPv4.
HPSW_PTP_OC_LAYER_IPv6	IPv6.

◆ hpsw_ptp_oc_master_slave_only_t

enum hpsw_ptp_oc_master_slave_only_t

ptp oc master or slave select

Enumerator
HPSW_PTP_OC_MASTER_SLAVE	Master and slave.
HPSW_PTP_OC_SLAVE	Slave only.
HPSW_PTP_OC_MASTER	Master only.

◆ hpsw_ptp_oc_delay_mechanism_t

enum hpsw_ptp_oc_delay_mechanism_t

ptp oc delay mechanism

Enumerator
HPSW_PTP_OC_DELAY_P2P	P2P.
HPSW_PTP_OC_DELAY_E2E	E2E.

◆ hpsw_ptp_oc_delay_e2e_uni_t

enum hpsw_ptp_oc_delay_e2e_uni_t

ptp oc E2E unicast or multicast

Enumerator
HPSW_PTP_OC_DELAY_E2E_MULTI	Muliticast.
HPSW_PTP_OC_DELAY_E2E_UNI	Unicast.

Function Documentation

◆ R_HPSW_Open()

fsp_err_t R_HPSW_Open	(	ether_switch_ctrl_t *const	p_ctrl,
		ether_switch_cfg_t const *const	p_cfg
	)

Initializes the HPSW module instance. Implements ether_switch_api_t::open.

Return values

FSP_SUCCESS	HPSW configuration set successfully.
FSP_ERR_ASSERTION	Pointer to HPSW control block or configuration structure is NULL.
FSP_ERR_ALREADY_OPEN	R_HPSW_Open has already been called for this p_ctrl.

◆ R_HPSW_Close()

fsp_err_t R_HPSW_Close ( ether_switch_ctrl_t *const p_ctrl )

Close driver data. Implements ether_switch_api_t::close.

Return values

FSP_SUCCESS	HPSW closed.
FSP_ERR_ASSERTION	p_ctrl is NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.

◆ R_HPSW_EnableSet()

fsp_err_t R_HPSW_EnableSet	(	ether_switch_ctrl_t *const	p_ctrl,
		hpsw_cfg_t const *const	p_cfg,
		bool	enable
	)

Set the converter speed and duplex after initilaize. Speed 1000Mbps is valid for only RGMII.

Return values

FSP_SUCCESS	Speed adn duplex seetings successfully changed.
FSP_ERR_ASSERTION	p_ctrl was NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.

◆ R_HPSW_StatusGet()

fsp_err_t R_HPSW_StatusGet	(	ether_switch_ctrl_t *const	p_ctrl,
		hpsw_status_t *const	p_status
	)

Retrieves the current state and counter value stores them in p_status.

Return values

FSP_SUCCESS	Current status and counter value provided in p_status.
FSP_ERR_ASSERTION	A required pointer is NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.

◆ R_HPSW_CounterGet()

fsp_err_t R_HPSW_CounterGet	(	ether_switch_ctrl_t *const	p_ctrl,
		uint32_t	port,
		hpsw_counter_t *const	p_counter
	)

Retrieves the current state and counter value stores them in p_status.

Return values

FSP_SUCCESS	Current status and counter value provided in p_status.
FSP_ERR_ASSERTION	A required pointer is NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.

◆ R_HPSW_CounterClear()

fsp_err_t R_HPSW_CounterClear ( ether_switch_ctrl_t *const p_ctrl )

Retrieves the current state and counter value stores them in p_status.

Return values

FSP_SUCCESS	Current status and counter value provided in p_status.
FSP_ERR_ASSERTION	A required pointer is NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.

◆ R_HPSW_PtpDataGet()

fsp_err_t R_HPSW_PtpDataGet	(	ether_switch_ctrl_t *const	p_ctrl,
		hpsw_ptp_dataset_t *const	p_dataset
	)

Retrieves the current state and counter value stores them in p_status.

Return values

FSP_SUCCESS	Current status and counter value provided in p_status.
FSP_ERR_ASSERTION	A required pointer is NULL.
FSP_ERR_NOT_OPEN	The instance control structure is not opened.
FSP_ERR_TIMEOUT	Read data set wait timeout.

Functions

Detailed Description

Overview

Features

Configuration

Build Time Configurations for r_hpsw

Configurations for Networking > HSR/PRP Switch (r_hpsw)

Usage Notes

Limitations

Examples

Basic Example

Classes

Typedefs

Enumerations

Class Documentation

◆ RZT::st_hpsw_cfg

◆ RZT::st_hpsw_status

◆ RZT::st_hpsw_counter

◆ RZT::st_hpsw_ptp_dataset

◆ RZT::st_hpsw_extend_cfg

◆ RZT::st_hpsw_instance_ctrl

Typedef Documentation

◆ hpsw_cfg_t

◆ hpsw_status_t

◆ hpsw_counter_t

◆ hpsw_ptp_dataset_t

◆ hpsw_extend_cfg_t

◆ hpsw_instance_ctrl_t

Enumeration Type Documentation

◆ hpsw_c_clock_t

◆ hpsw_port_timeout_t

◆ hpsw_port_link_t

◆ hpsw_clock_select_t

◆ hpsw_mode_t

◆ hpsw_ptp_tc_profile_t

◆ hpsw_ptp_tc_layer_t

◆ hpsw_ptp_tc_delay_mechanism_t

◆ hpsw_ptp_tc_delay_e2e_uni_t

◆ hpsw_ptp_oc_profile_t

◆ hpsw_ptp_oc_layer_t

◆ hpsw_ptp_oc_master_slave_only_t

◆ hpsw_ptp_oc_delay_mechanism_t

◆ hpsw_ptp_oc_delay_e2e_uni_t

Function Documentation

◆ R_HPSW_Open()

◆ R_HPSW_Close()

◆ R_HPSW_EnableSet()

◆ R_HPSW_StatusGet()

◆ R_HPSW_CounterGet()

◆ R_HPSW_CounterClear()

◆ R_HPSW_PtpDataGet()