All Definitions used by the MAC Layer is described here.

Modules
	MAC Data Structures
	This module defines all the MAC Data Structures.

Macros
#define	BO_USED_FOR_MAC_PERS_TIME (0)

#define	DEV_RX_SLOT_INDEX (GTS_RX_SLOT)

#define	DEV_TX_SLOT_INDEX (GTS_TX_SLOT)

#define	FINAL_CAP_SLOT_DEFAULT (0x0F)

#define	GTS_EXPIRY_BO_0_TO_8 ((1 << ((8 - tal_pib.BeaconOrder) + 1)) + 1)

#define	GTS_EXPIRY_BO_9_TO_14 (2 + 1)

#define	GTS_REQ_PAYLOAD_LEN (2)

#define	LAST_MESSAGE MLME_POLL_CONFIRM
	Bump this when extending the list! More...

#define	MAC (4)

#define	MAC_NHLE_QUEUE_CAPACITY 255
	Capacity of queue between MAC and Next Higher Layer. More...

#define	macAckWaitDuration_def (54)
	Default value for MIB macAckWaitDuration. More...

#define	macMaxFrameTotalWaitTime_def (1986)

#define	MAX_GTS_ON_DEV (4)

#define	MAX_GTS_ON_PANC (7)

#define	MCPS_DATA_CON_LEN (7)
	The following defines describe the minimum length of a primitive message. More...

#define	MCPS_DATA_IND_LEN (31)

#define	MCPS_PURGE_CONF_LEN (3)

#define	MLME_ASSOCIATE_CONF_LEN (4)

#define	MLME_ASSOCIATE_IND_LEN (10)

#define	MLME_BEACON_NOTIFY_IND_LEN (2)

#define	MLME_COMM_STATUS_IND_LEN (22)

#define	MLME_DISASSOCIATE_CONF_LEN (13)

#define	MLME_DISASSOCIATE_IND_LEN (10)

#define	MLME_GET_CONF_LEN (4)

#define	MLME_GTS_CONF_LEN (3)

#define	MLME_GTS_IND_LEN (4)

#define	MLME_ORPHAN_IND_LEN (9)

#define	MLME_POLL_CONF_LEN (2)

#define	MLME_RESET_CONF_LEN (2)

#define	MLME_RX_ENABLE_CONF_LEN (2)

#define	MLME_SCAN_CONF_LEN (10)

#define	MLME_SET_CONF_LEN (3)

#define	MLME_START_CONF_LEN (2)

#define	MLME_SYNC_LOSS_IND_LEN (6)

#define	NUMBER_OF_MAC_BEACON_SUPPORT_TIMERS (4)

#define	NUMBER_OF_MAC_INDIRECT_DATA_SUPPORT_TIMERS (0)

#define	NUMBER_OF_MAC_RX_ENABLE_SUPPORT_TIMERS (0)

#define	NUMBER_OF_MAC_SCAN_SUPPORT_TIMERS (0)

#define	NUMBER_OF_MAC_TIMERS

#define	PAN_RX_SLOT_INDEX ((PANC_SLOT << 1) \| GTS_RX_SLOT)

#define	PAN_TX_SLOT_INDEX ((PANC_SLOT << 1) \| GTS_TX_SLOT)

#define	PANC_SLOT (1)

#define	WPAN_ADDRMODE_LONG (0x03)
	Value for the address mode, where a 64 bit long address is given. More...

#define	WPAN_ADDRMODE_NONE (0x00)
	Value for the address mode, where no address is given. More...

#define	WPAN_ADDRMODE_SHORT (0x02)
	Value for the address mode, where a 16 bit short address is given. More...

#define	WPAN_CAP_ALLOCADDRESS (0x80)
	Flag value for capability information field (see wpan_mlme_associate_req()). More...

#define	WPAN_CAP_ALTPANCOORD (0x01)
	Flag value for capability information field (see wpan_mlme_associate_req()). More...

#define	WPAN_CAP_FFD (0x02)
	Flag value for capability information field (see wpan_mlme_associate_req()). More...

#define	WPAN_CAP_PWRSOURCE (0x04)
	Flag value for capability information field (see wpan_mlme_associate_req()). More...

#define	WPAN_CAP_RXONWHENIDLE (0x08)
	Flag value for capability information field (see wpan_mlme_associate_req()). More...

#define	WPAN_DESCRIPTOR_LEN (21)

#define	WPAN_DISASSOC_BYCHILD (0x02)
	Symbolic constant for disassociate reason - initiated by child (see wpan_mlme_disassociate_req()) More...

#define	WPAN_DISASSOC_BYPARENT (0x01)
	Symbolic constant for disassociate reason - initiated by parent (see wpan_mlme_disassociate_req()) More...

#define	WPAN_NUM_EXTENDED_ADDR_PENDING(x) (((x) >> 4) & 0x7)
	Macro to extract size of extended address list in PAN descriptor. More...

#define	WPAN_NUM_SHORT_ADDR_PENDING(x) ((x) & 0x7)
	Marco to extract size of short address list in PAN descriptor. More...

Typedefs
typedef void(*	handler_t )(uint8_t *)

typedef enum mac_poll_state_tag	mac_poll_state_t
	MAC poll states. More...

typedef enum mac_radio_sleep_state_tag	mac_radio_sleep_state_t
	MAC sleep state type. More...

typedef enum mac_scan_state_tag	mac_scan_state_t
	Device or coordinator scan states. More...

typedef __PACK__DATA__ enum mac_state_tag	mac_state_t
	MAC state type. More...

typedef enum mac_superframe_state_tag	mac_superframe_state_t
	MAC state type. More...

typedef enum mac_sync_state_tag	mac_sync_state_t
	Device or coordinator sync states. More...

Enumerations
enum	mac_poll_state_tag { MAC_POLL_IDLE = 0, MAC_AWAIT_ASSOC_RESPONSE, MAC_POLL_EXPLICIT, MAC_POLL_IMPLICIT }
	MAC poll states. More...

enum	mac_radio_sleep_state_tag { RADIO_AWAKE = 0, RADIO_SLEEPING }
	MAC sleep state type. More...

enum	mac_scan_state_tag { MAC_SCAN_IDLE = 0, MAC_SCAN_ED, MAC_SCAN_ACTIVE, MAC_SCAN_ORPHAN, MAC_SCAN_PASSIVE }
	Device or coordinator scan states. More...

enum	mac_state_tag { MAC_IDLE = 0, MAC_ASSOCIATED = 1, MAC_COORDINATOR = 2, MAC_PAN_COORD_STARTED = 3 }
	MAC state type. More...

enum	mac_superframe_state_tag { MAC_ACTIVE_CAP = 0, MAC_ACTIVE_CFP_GTS1, MAC_ACTIVE_CFP_GTS2, MAC_ACTIVE_CFP_GTS3, MAC_ACTIVE_CFP_GTS4, MAC_ACTIVE_CFP_GTS5, MAC_ACTIVE_CFP_GTS6, MAC_ACTIVE_CFP_GTS7, MAC_DEV_GTS_TX, MAC_DEV_GTS_IDLE, MAC_DEV_GTS_IDLE1, MAC_DEV_GTS_IDLE2, MAC_INACTIVE, MAC_NOBEACON }
	MAC state type. More...

enum	mac_sync_state_tag { MAC_SYNC_NEVER = 0, MAC_SYNC_ONCE, MAC_SYNC_TRACKING_BEACON, MAC_SYNC_BEFORE_ASSOC }
	Device or coordinator sync states. More...

enum	msg_code { TAL_DATA_INDICATION = (0x00), MLME_ASSOCIATE_REQUEST = (0x01), MLME_ASSOCIATE_RESPONSE = (0x02), MCPS_DATA_REQUEST = (0x03), MCPS_PURGE_REQUEST = (0x04), MLME_DISASSOCIATE_REQUEST = (0x05), MLME_SET_REQUEST = (0x06), MLME_ORPHAN_RESPONSE = (0x07), MLME_GET_REQUEST = (0x08), MLME_RESET_REQUEST = (0x09), MLME_RX_ENABLE_REQUEST = (0x0A), MLME_SCAN_REQUEST = (0x0B), MLME_GTS_REQUEST = (0x0C), MLME_START_REQUEST = (0x0D), MLME_POLL_REQUEST = (0x0E), MLME_SYNC_REQUEST = (0x0F), MCPS_DATA_CONFIRM = (0x10), MCPS_DATA_INDICATION = (0x11), MCPS_PURGE_CONFIRM = (0x12), MLME_ASSOCIATE_INDICATION = (0x13), MLME_ASSOCIATE_CONFIRM = (0x14), MLME_DISASSOCIATE_INDICATION = (0x15), MLME_DISASSOCIATE_CONFIRM = (0x16), MLME_BEACON_NOTIFY_INDICATION = (0x17), MLME_GTS_CONFIRM = (0x18), MLME_GTS_INDICATION = (0x19), MLME_ORPHAN_INDICATION = (0x1A), MLME_SCAN_CONFIRM = (0x1B), MLME_COMM_STATUS_INDICATION = (0x1C), MLME_SYNC_LOSS_INDICATION = (0x1D), MLME_GET_CONFIRM = (0x1E), MLME_SET_CONFIRM = (0x1F), MLME_RESET_CONFIRM = (0x20), MLME_RX_ENABLE_CONFIRM = (0x21), MLME_START_CONFIRM = (0x22), MLME_POLL_CONFIRM = (0x23), MAC_INC_FRAME = (0x24), IDENTIFY_BOARD_REQ = (0x00), PERF_START_REQ = (0x01), PERF_SET_REQ = (0x02), PERF_GET_REQ = (0x03), IDENTIFY_PEER_NODE_REQ = (0x04), CONT_PULSE_TX_REQ = (0x05), CONT_WAVE_TX_REQ = (0x06), REGISTER_READ_REQ = (0x07), REGISTER_WRITE_REQ = (0x08), REGISTER_DUMP_REQ = (0x09), ED_SCAN_START_REQ = (0x0a), SENSOR_DATA_REQ = (0x0b), PER_TEST_START_REQ = (0x0c), PEER_DISCONNECT_REQ = (0x0d), SET_DEFAULT_CONFIG_REQ = (0x0e), GET_CURRENT_CONFIG_REQ = (0x0f), RANGE_TEST_START_REQ = (0X50), RANGE_TEST_STOP_REQ = (0x52), PKT_STREAM_REQ = (0X22), RX_ON_REQ = (0X24), IDENTIFY_BOARD_CONFIRM = (0x10), PERF_START_CONFIRM = (0x11), PERF_SET_CONFIRM = (0x12), PERF_GET_CONFIRM = (0x13), IDENTIFY_PEER_NODE_CONFIRM = (0x14), CONT_PULSE_TX_CONFIRM = (0x15), CONT_WAVE_TX_CONFIRM = (0x16), REGISTER_READ_CONFIRM = (0x17), REGISTER_WRITE_CONFIRM = (0x18), REGISTER_DUMP_CONFIRM = (0x19), ED_SCAN_START_CONFIRM = (0x1a), ED_SCAN_END_INDICATION = (0x1b), SENSOR_DATA_CONFIRM = (0x1c), PER_TEST_START_CONFIRM = (0x1d), PER_TEST_END_INDICATION = (0x1e), PEER_DISCONNECT_CONFIRM = (0x1f), SET_DEFAULT_CONFIG_CONFIRM = (0x20), GET_CURRENT_CONFIG_CONFIRM = (0x21), RANGE_TEST_START_CONFIRM = (0x51), RANGE_TEST_STOP_CONFIRM = (0x53), RANGE_TEST_BEACON_RESPONSE = (0x54), RANGE_TEST_BEACON = (0x55), RANGE_TEST_MARKER_INDICATION = (0x56), PKT_STREAM_CONFIRM = (0x23), RX_ON_CONFIRM = (0X25), IDENTIFY_BOARD_REQ = (0x00), PERF_START_REQ = (0x01), PERF_SET_REQ = (0x02), PERF_GET_REQ = (0x03), IDENTIFY_PEER_NODE_REQ = (0x04), CONT_PULSE_TX_REQ = (0x05), CONT_WAVE_TX_REQ = (0x06), REGISTER_READ_REQ = (0x07), REGISTER_WRITE_REQ = (0x08), REGISTER_DUMP_REQ = (0x09), ED_SCAN_START_REQ = (0x0a), SENSOR_DATA_REQ = (0x0b), PER_TEST_START_REQ = (0x0c), PEER_DISCONNECT_REQ = (0x0d), SET_DEFAULT_CONFIG_REQ = (0x0e), GET_CURRENT_CONFIG_REQ = (0x0f), RANGE_TEST_START_REQ = (0X50), RANGE_TEST_STOP_REQ = (0x52), IDENTIFY_BOARD_CONFIRM = (0x10), PERF_START_CONFIRM = (0x11), PERF_SET_CONFIRM = (0x12), PERF_GET_CONFIRM = (0x13), IDENTIFY_PEER_NODE_CONFIRM = (0x14), CONT_PULSE_TX_CONFIRM = (0x15), CONT_WAVE_TX_CONFIRM = (0x16), REGISTER_READ_CONFIRM = (0x17), REGISTER_WRITE_CONFIRM = (0x18), REGISTER_DUMP_CONFIRM = (0x19), ED_SCAN_START_CONFIRM = (0x1a), ED_SCAN_END_INDICATION = (0x1b), SENSOR_DATA_CONFIRM = (0x1c), PER_TEST_START_CONFIRM = (0x1d), PER_TEST_END_INDICATION = (0x1e), PEER_DISCONNECT_CONFIRM = (0x1f), SET_DEFAULT_CONFIG_CONFIRM = (0x20), GET_CURRENT_CONFIG_CONFIRM = (0x21), RANGE_TEST_START_CONFIRM = (0x51), RANGE_TEST_STOP_CONFIRM = (0x53), RANGE_TEST_BEACON_RESPONSE = (0x54), RANGE_TEST_BEACON = (0x55), RANGE_TEST_MARKER_INDICATION = (0x56) }
	This type contains the service primitives of the PHY-, MAC- and Network-layer as well the command-interface primitives. More...

Functions
retval_t	mac_timers_init (void)

retval_t	mac_timers_stop (void)

bool	wpan_mcps_data_req (uint8_t SrcAddrMode, wpan_addr_spec_t DstAddrSpec, uint8_t msduLength, uint8_t msdu, uint8_t msduHandle, uint8_t TxOptions)
	Initiate MCPS-DATA.request service and have it placed in the MCPS-SAP queue. More...

bool	wpan_mlme_gts_req (uint16_t DevShortAddr, gts_char_t GtsChar)

Variables
enum msg_code	SHORTENUM

uint8_t	T_Beacon_Tracking_Period

uint8_t	T_CAP

uint8_t	T_Missed_Beacon

uint8_t	T_Superframe

#define BO_USED_FOR_MAC_PERS_TIME (0)

Referenced by process_data_ind_not_transient().

#define DEV_RX_SLOT_INDEX (GTS_RX_SLOT)

#define DEV_TX_SLOT_INDEX (GTS_TX_SLOT)

Referenced by handle_gts_data_req(), mac_parse_bcn_gts_info(), and mac_t_gts_cb().

#define FINAL_CAP_SLOT_DEFAULT (0x0F)

Referenced by mac_gts_deallocate(), mac_t_gts_cb(), process_data_ind_not_transient(), and reset_globals().

#define GTS_EXPIRY_BO_0_TO_8 ((1 << ((8 - tal_pib.BeaconOrder) + 1)) + 1)

Referenced by mac_gts_allocate(), and reset_gts_expiry().

#define GTS_EXPIRY_BO_9_TO_14 (2 + 1)

Referenced by mac_gts_allocate(), and reset_gts_expiry().

#define GTS_REQ_PAYLOAD_LEN (2)

Referenced by mlme_gts_request().

#define LAST_MESSAGE MLME_POLL_CONFIRM

Bump this when extending the list!

Referenced by dispatch_event().

#define MAC (4)

#define MAC_NHLE_QUEUE_CAPACITY 255

Capacity of queue between MAC and Next Higher Layer.

Referenced by wpan_init().

#define macAckWaitDuration_def (54)

Default value for MIB macAckWaitDuration.

#define macMaxFrameTotalWaitTime_def (1986)

Referenced by do_init_pib().

#define MAX_GTS_ON_DEV (4)

Referenced by handle_gts_sync_loss(), and reset_gts_globals().

#define MAX_GTS_ON_PANC (7)

Referenced by flush_gts_queues(), init_gts_queues(), mac_add_gts_info(), mac_gts_allocate(), mac_gts_deallocate(), and reset_gts_globals().

#define MCPS_DATA_CON_LEN (7)

The following defines describe the minimum length of a primitive message.

Referenced by usr_mcps_data_conf().

#define MCPS_DATA_IND_LEN (31)

Referenced by usr_mcps_data_ind().

#define MCPS_PURGE_CONF_LEN (3)

#define MLME_ASSOCIATE_CONF_LEN (4)

#define MLME_ASSOCIATE_IND_LEN (10)

#define MLME_BEACON_NOTIFY_IND_LEN (2)

#define MLME_COMM_STATUS_IND_LEN (22)

#define MLME_DISASSOCIATE_CONF_LEN (13)

#define MLME_DISASSOCIATE_IND_LEN (10)

#define MLME_GET_CONF_LEN (4)

#define MLME_GTS_CONF_LEN (3)

#define MLME_GTS_IND_LEN (4)

#define MLME_ORPHAN_IND_LEN (9)

#define MLME_POLL_CONF_LEN (2)

#define MLME_RESET_CONF_LEN (2)

Referenced by usr_mlme_reset_conf().

#define MLME_RX_ENABLE_CONF_LEN (2)

#define MLME_SCAN_CONF_LEN (10)

#define MLME_SET_CONF_LEN (3)

Referenced by usr_mlme_set_conf().

#define MLME_START_CONF_LEN (2)

#define MLME_SYNC_LOSS_IND_LEN (6)

Referenced by usr_mlme_sync_loss_ind().

#define NUMBER_OF_MAC_BEACON_SUPPORT_TIMERS (4)

#define NUMBER_OF_MAC_INDIRECT_DATA_SUPPORT_TIMERS (0)

#define NUMBER_OF_MAC_RX_ENABLE_SUPPORT_TIMERS (0)

#define NUMBER_OF_MAC_SCAN_SUPPORT_TIMERS (0)

#define NUMBER_OF_MAC_TIMERS

Value:

(NUMBER_OF_MAC_BEACON_SUPPORT_TIMERS + \
	NUMBER_OF_MAC_INDIRECT_DATA_SUPPORT_TIMERS + \
	NUMBER_OF_MAC_SCAN_SUPPORT_TIMERS + \
	NUMBER_OF_MAC_RX_ENABLE_SUPPORT_TIMERS)

#define PAN_RX_SLOT_INDEX ((PANC_SLOT << 1) | GTS_RX_SLOT)

#define PAN_TX_SLOT_INDEX ((PANC_SLOT << 1) | GTS_TX_SLOT)

#define PANC_SLOT (1)

#define WPAN_ADDRMODE_LONG (0x03)

Value for the address mode, where a 64 bit long address is given.

(see wpan_addr_spec_t::AddrMode)

Referenced by wpan_mcps_data_req().

#define WPAN_ADDRMODE_NONE (0x00)

Value for the address mode, where no address is given.

(see wpan_addr_spec_t::AddrMode)

#define WPAN_ADDRMODE_SHORT (0x02)

Value for the address mode, where a 16 bit short address is given.

(see wpan_addr_spec_t::AddrMode)

Referenced by bc_data_cb(), gts_data_cb(), indirect_data_cb(), and wpan_mcps_data_req().

#define WPAN_CAP_ALLOCADDRESS (0x80)

Flag value for capability information field (see wpan_mlme_associate_req()).

The allocate address subfield shall be set if the device wishes the coordinator to allocate a short address as a result of the association procedure. If this subfield is set to 0, the special short address of 0xfffe shall be allocated to the device and returned through the association response command. In this case, the device shall communicate on the PAN using only its 64 bit extended address.

#define WPAN_CAP_ALTPANCOORD (0x01)

Flag value for capability information field (see wpan_mlme_associate_req()).

The alternate PAN coordinator subfield shall be set if the device is capable of becoming a PAN coordinator. Otherwise, the alternate PAN coordinator subfield shall be set to 0.

#define WPAN_CAP_FFD (0x02)

Flag value for capability information field (see wpan_mlme_associate_req()).

The device type subfield shall be set if the device is an FFD. Otherwise, the device type subfield shall be set to 0 to indicate an RFD.

#define WPAN_CAP_PWRSOURCE (0x04)

Flag value for capability information field (see wpan_mlme_associate_req()).

The power source subfield shall be set if the device is receiving power from the alternating current mains. Otherwise, the power source subfield shall be set to 0.

#define WPAN_CAP_RXONWHENIDLE (0x08)

Flag value for capability information field (see wpan_mlme_associate_req()).

The receiver on when idle subfield shall be set if the device does not disable its receiver to conserve power during idle periods. Otherwise, the receiver on when idle subfield shall be set to 0.

#define WPAN_DESCRIPTOR_LEN (21)

#define WPAN_DISASSOC_BYCHILD (0x02)

Symbolic constant for disassociate reason - initiated by child (see wpan_mlme_disassociate_req())

#define WPAN_DISASSOC_BYPARENT (0x01)

Symbolic constant for disassociate reason - initiated by parent (see wpan_mlme_disassociate_req())

#define WPAN_NUM_EXTENDED_ADDR_PENDING ( x ) (((x) >> 4) & 0x7)

Macro to extract size of extended address list in PAN descriptor.

#define WPAN_NUM_SHORT_ADDR_PENDING ( x ) ((x) & 0x7)

Marco to extract size of short address list in PAN descriptor.

typedef void(* handler_t)(uint8_t *)

typedef enum mac_poll_state_tag mac_poll_state_t

MAC poll states.

These states describe the current status of the MAC for polling for devices or coordinators, not for PAN coordinator.

typedef enum mac_radio_sleep_state_tag mac_radio_sleep_state_t

MAC sleep state type.

typedef enum mac_scan_state_tag mac_scan_state_t

Device or coordinator scan states.

typedef __PACK__DATA__ enum mac_state_tag mac_state_t

MAC state type.

typedef enum mac_superframe_state_tag mac_superframe_state_t

MAC state type.

typedef enum mac_sync_state_tag mac_sync_state_t

Device or coordinator sync states.

enum mac_poll_state_tag

MAC poll states.

These states describe the current status of the MAC for polling for devices or coordinators, not for PAN coordinator.

Enumerator
MAC_POLL_IDLE	No polling ongoing.
MAC_AWAIT_ASSOC_RESPONSE	Successful transmission of association request frame, wait for Association response.
MAC_POLL_EXPLICIT	Explicit poll ongoing (MLME_POLL.request), Ack after Data request frame transmission received, awaiting data response.
MAC_POLL_IMPLICIT	Implicit poll ongoing (more pending data detected, either in beacon or data frame), awaiting data response,.

enum mac_radio_sleep_state_tag

MAC sleep state type.

Enumerator

RADIO_AWAKE

Radio is awake.

Radio is in sleep mode

RADIO_SLEEPING

enum mac_scan_state_tag

Device or coordinator scan states.

Enumerator
MAC_SCAN_IDLE	No scanning ongoing.
MAC_SCAN_ED	ED scan ongoing.
MAC_SCAN_ACTIVE	Active scan proceeding.
MAC_SCAN_ORPHAN	Orphan scan proceeding.
MAC_SCAN_PASSIVE	Passive scan proceeding.

enum mac_state_tag

MAC state type.

Enumerator
MAC_IDLE	Node is idle, i.e. it is neither associated nor has started its own network
MAC_ASSOCIATED
MAC_COORDINATOR	Coordinator successfully associated with PAN Coordinator and successfully started network with same PAN-Id (not as PAN Coordinator)
MAC_PAN_COORD_STARTED	PAN coordinator successfully started.

enum mac_superframe_state_tag

MAC state type.

Enumerator
MAC_ACTIVE_CAP
MAC_ACTIVE_CFP_GTS1
MAC_ACTIVE_CFP_GTS2
MAC_ACTIVE_CFP_GTS3
MAC_ACTIVE_CFP_GTS4
MAC_ACTIVE_CFP_GTS5
MAC_ACTIVE_CFP_GTS6
MAC_ACTIVE_CFP_GTS7
MAC_DEV_GTS_TX
MAC_DEV_GTS_IDLE
MAC_DEV_GTS_IDLE1
MAC_DEV_GTS_IDLE2
MAC_INACTIVE
MAC_NOBEACON

enum mac_sync_state_tag

Device or coordinator sync states.

Enumerator
MAC_SYNC_NEVER	Do not track beacons.
MAC_SYNC_ONCE	Track the next beacon.
MAC_SYNC_TRACKING_BEACON	Track beacons continuously.
MAC_SYNC_BEFORE_ASSOC	Track beacons continuously before beeing associated in order to obtain synchronization with desired network.

enum msg_code

This type contains the service primitives of the PHY-, MAC- and Network-layer as well the command-interface primitives.

Enumerator
TAL_DATA_INDICATION
MLME_ASSOCIATE_REQUEST
MLME_ASSOCIATE_RESPONSE
MCPS_DATA_REQUEST
MCPS_PURGE_REQUEST
MLME_DISASSOCIATE_REQUEST
MLME_SET_REQUEST
MLME_ORPHAN_RESPONSE
MLME_GET_REQUEST
MLME_RESET_REQUEST
MLME_RX_ENABLE_REQUEST
MLME_SCAN_REQUEST
MLME_GTS_REQUEST
MLME_START_REQUEST
MLME_POLL_REQUEST
MLME_SYNC_REQUEST
MCPS_DATA_CONFIRM
MCPS_DATA_INDICATION
MCPS_PURGE_CONFIRM
MLME_ASSOCIATE_INDICATION
MLME_ASSOCIATE_CONFIRM
MLME_DISASSOCIATE_INDICATION
MLME_DISASSOCIATE_CONFIRM
MLME_BEACON_NOTIFY_INDICATION
MLME_GTS_CONFIRM
MLME_GTS_INDICATION
MLME_ORPHAN_INDICATION
MLME_SCAN_CONFIRM
MLME_COMM_STATUS_INDICATION
MLME_SYNC_LOSS_INDICATION
MLME_GET_CONFIRM
MLME_SET_CONFIRM
MLME_RESET_CONFIRM
MLME_RX_ENABLE_CONFIRM
MLME_START_CONFIRM
MLME_POLL_CONFIRM
MAC_INC_FRAME
IDENTIFY_BOARD_REQ
PERF_START_REQ
PERF_SET_REQ
PERF_GET_REQ
IDENTIFY_PEER_NODE_REQ
CONT_PULSE_TX_REQ
CONT_WAVE_TX_REQ
REGISTER_READ_REQ
REGISTER_WRITE_REQ
REGISTER_DUMP_REQ
ED_SCAN_START_REQ
SENSOR_DATA_REQ
PER_TEST_START_REQ
PEER_DISCONNECT_REQ
SET_DEFAULT_CONFIG_REQ
GET_CURRENT_CONFIG_REQ
RANGE_TEST_START_REQ
RANGE_TEST_STOP_REQ
PKT_STREAM_REQ
RX_ON_REQ
IDENTIFY_BOARD_CONFIRM
PERF_START_CONFIRM
PERF_SET_CONFIRM
PERF_GET_CONFIRM
IDENTIFY_PEER_NODE_CONFIRM
CONT_PULSE_TX_CONFIRM
CONT_WAVE_TX_CONFIRM
REGISTER_READ_CONFIRM
REGISTER_WRITE_CONFIRM
REGISTER_DUMP_CONFIRM
ED_SCAN_START_CONFIRM
ED_SCAN_END_INDICATION
SENSOR_DATA_CONFIRM
PER_TEST_START_CONFIRM
PER_TEST_END_INDICATION
PEER_DISCONNECT_CONFIRM
SET_DEFAULT_CONFIG_CONFIRM
GET_CURRENT_CONFIG_CONFIRM
RANGE_TEST_START_CONFIRM
RANGE_TEST_STOP_CONFIRM
RANGE_TEST_BEACON_RESPONSE
RANGE_TEST_BEACON
RANGE_TEST_MARKER_INDICATION
PKT_STREAM_CONFIRM
RX_ON_CONFIRM
IDENTIFY_BOARD_REQ
PERF_START_REQ
PERF_SET_REQ
PERF_GET_REQ
IDENTIFY_PEER_NODE_REQ
CONT_PULSE_TX_REQ
CONT_WAVE_TX_REQ
REGISTER_READ_REQ
REGISTER_WRITE_REQ
REGISTER_DUMP_REQ
ED_SCAN_START_REQ
SENSOR_DATA_REQ
PER_TEST_START_REQ
PEER_DISCONNECT_REQ
SET_DEFAULT_CONFIG_REQ
GET_CURRENT_CONFIG_REQ
RANGE_TEST_START_REQ
RANGE_TEST_STOP_REQ
IDENTIFY_BOARD_CONFIRM
PERF_START_CONFIRM
PERF_SET_CONFIRM
PERF_GET_CONFIRM
IDENTIFY_PEER_NODE_CONFIRM
CONT_PULSE_TX_CONFIRM
CONT_WAVE_TX_CONFIRM
REGISTER_READ_CONFIRM
REGISTER_WRITE_CONFIRM
REGISTER_DUMP_CONFIRM
ED_SCAN_START_CONFIRM
ED_SCAN_END_INDICATION
SENSOR_DATA_CONFIRM
PER_TEST_START_CONFIRM
PER_TEST_END_INDICATION
PEER_DISCONNECT_CONFIRM
SET_DEFAULT_CONFIG_CONFIRM
GET_CURRENT_CONFIG_CONFIRM
RANGE_TEST_START_CONFIRM
RANGE_TEST_STOP_CONFIRM
RANGE_TEST_BEACON_RESPONSE
RANGE_TEST_BEACON
RANGE_TEST_MARKER_INDICATION

retval_t mac_timers_init ( void )

References FAILURE, MAC_SUCCESS, pal_timer_get_id(), T_Beacon_Tracking_Period, T_CAP, T_Missed_Beacon, and T_Superframe.

Referenced by mac_init().

retval_t mac_timers_stop ( void )

References MAC_SUCCESS, pal_timer_stop(), T_Beacon_Tracking_Period, T_CAP, T_Missed_Beacon, and T_Superframe.

Referenced by mac_soft_reset().

bool wpan_mcps_data_req	(	uint8_t	SrcAddrMode,
		wpan_addr_spec_t *	DstAddrSpec,
		uint8_t	msduLength,
		uint8_t *	msdu,
		uint8_t	msduHandle,
		uint8_t	TxOptions
	)

Initiate MCPS-DATA.request service and have it placed in the MCPS-SAP queue.

Parameters

SrcAddrMode	Address Mode of the source address.
DstAddrSpec	Pointer to wpan_addr_spec_t structure for destination.
msduHandle	Handle (identification) of the MSDU.
TxOptions	Bitmap for transmission options. Valid values: WPAN_TXOPT_OFF, WPAN_TXOPT_ACK, WPAN_TXOPT_INDIRECT, WPAN_TXOPT_INDIRECT_ACK. WPAN_TXOPT_GTS. WPAN_TXOPT_GTS_ACK.
msdu	Pointer to the data to be transmitted.
msduLength	Length of the data to be transmitted.
SecurityLevel	Used security level; this parameter is only available if MAC security is enabled via MAC_SECURITY_ZIP
KeyIdMode	Used mode to identify the key; this parameter is only available if MAC security is enabled via MAC_SECURITY_ZIP
KeyIndex	Used index of the key; this parameter is only available if MAC security is enabled via MAC_SECURITY_ZIP