The MAC Core Layer (MCL) abstracts and implements IEEE 802.15.4-2006 compliant behavior for non-beacon enabled and beacon-enabled network support.

Macros
#define	MAKE_MAC_BUSY()
	This macro sets the MAC to busy. More...

#define	MAKE_MAC_NOT_BUSY()
	This macro sets the MAC to not busy. More...

Functions
void	dispatch_event (uint8_t *event)
	Obtains the message type from the buffer and calls the respective handler. More...

void	flush_gts_queues (void)

void	handle_gts_data_req (mcps_data_req_t data_req, uint8_t msg)

void	handle_gts_data_tx_end (void)

void	handle_gts_sync_loss (void)

void	init_gts_queues (void)

uint8_t	mac_add_gts_info (uint8_t *frame_ptr)

bool	mac_build_and_tx_data_req (bool expl_poll, bool force_own_long_addr, uint8_t expl_dest_addr_mode, address_field_t *expl_dest_addr, uint16_t expl_dest_pan_id)
	Build and transmits data request command frame. More...

void	mac_gen_mcps_data_conf (buffer_t *buf_ptr, uint8_t status, uint8_t handle, uint32_t timestamp)

void	mac_gen_mlme_associate_conf (buffer_t *buf_ptr, uint8_t status, uint16_t assoc_short_addr)

void	mac_gen_mlme_gts_conf (buffer_t *buf_ptr, uint8_t status, gts_char_t gts_char)

void	mac_gts_table_update (void)

void	mac_idle_trans (void)
	Resets the MAC helper variables and transition to idle state. More...

void	mac_parse_bcn_gts_info (uint8_t gts_count, uint8_t gts_dir, mac_gts_list_t *gts_list_ptr)

void	mac_prep_disassoc_conf (buffer_t *buf_ptr, uint8_t status)
	Prepares a disassociation confirm message with device address information. More...

void	mac_process_associate_response (buffer_t *buf_ptr)
	Processing of an associaton reponse command frame. More...

void	mac_process_beacon_frame (buffer_t *msg)
	Processes received beacon frame. More...

void	mac_process_coord_realign (buffer_t *buf_ptr)
	Processing a coordinator realignment command frame. More...

void	mac_process_data_frame (buffer_t *buf_ptr)
	Processes data frames. More...

void	mac_process_data_response (void)
	Processes a data response to an MLME-POLL.request. More...

void	mac_process_disassociate_notification (buffer_t *buf_ptr)
	Process a disassociation notification command. More...

void	mac_process_gts_request (buffer_t *gts_req)

void	mac_process_orphan_realign (buffer_t *buf_ptr)
	Processing a coordinator realignment command frame during Orphan scan. More...

void	mac_process_tal_data_ind (uint8_t *msg)
	Depending on received frame the appropriate function is called. More...

void	mac_scan_send_complete (retval_t status)
	Continue scanning after the completion of frame transmission. More...

void	mac_sleep_trans (void)
	Puts the radio to sleep if this is allowed. More...

void	mac_start_missed_beacon_timer (void)

void	mac_sync_loss (uint8_t loss_reason)
	Function to initiate MLME-SYNC-LOSS.indication to NHLE. More...

void	mac_t_assocresponsetime_cb (void *callback_parameter)

void	mac_t_gts_cb (void *callback_parameter)

void	mac_t_poll_wait_time_cb (void *callback_parameter)
	T_Poll_Wait_Time timer callback. More...

void	mac_t_response_wait_cb (void *callback_parameter)
	Handle T_Poll_Wait_Time timer after successful transmission of an association request frame and before sending out the subsequent data request frame. More...

void	mac_t_start_inactive_device_cb (void *callback_parameter)

void	mac_t_tracking_beacons_cb (void *callback_parameter)

void	mac_trx_init_sleep (void)
	MAC function to put the radio to sleep mode. More...

void	mac_trx_wakeup (void)
	MAC function to wake-up the radio from sleep state. More...

void	mac_tx_gts_data (queue_t *gts_data)

void	reset_gts_expiry (mac_pan_gts_mgmt_t *mac_pan_gts_entry)

void	reset_gts_globals (void)

retval_t	set_tal_pib_internal (uint8_t attribute, pib_value_t *attribute_value)
	Wakes-up the radio and sets the corresponding TAL PIB attribute. More...

#define MAKE_MAC_BUSY ( )

Value:

do { \
		mac_busy = true; \
} \
    while (0)

This macro sets the MAC to busy.

Referenced by mac_awake_disassociate(), mac_build_and_tx_data_req(), mac_process_tal_tx_status(), mac_tx_gts_data(), mcps_data_request(), mlme_associate_request(), mlme_gts_request(), scan_set_complete(), send_scan_cmd(), and tx_pan_id_conf_notif().

#define MAKE_MAC_NOT_BUSY ( )

Value:

do { \
		mac_busy = false; \
} \
    while (0)

This macro sets the MAC to not busy.

Referenced by mac_process_data_response(), mac_t_poll_wait_time_cb(), and tal_tx_frame_done_cb().

void dispatch_event ( uint8_t * event )

Obtains the message type from the buffer and calls the respective handler.

This function decodes all events/messages and calls the appropriate handler.

Parameters

event Pointer to the buffer header whose body part holds the message type and message elemnets

References Assert, bmm_buffer_free(), BMM_BUFFER_POINTER, CMD_ID_OCTET, LAST_MESSAGE, and PGM_READ_WORD.

Referenced by mac_task(), and wpan_task().

void flush_gts_queues ( void )

References qmm_queue_flush().

Referenced by flush_queues().

void handle_gts_data_req	(	mcps_data_req_t *	data_req,
		uint8_t *	msg
	)

void handle_gts_data_tx_end ( void )

References MAC_ASSOCIATED, MAC_DEV_GTS_TX, MAC_PAN_COORD_STARTED, mac_state, mac_superframe_state, and mac_tx_gts_data().

Referenced by mac_process_tal_tx_status().

void handle_gts_sync_loss ( void )

References GTS_DEALLOCATE, GTS_STATE_ALLOCATED, GTS_STATE_REQ_SENT, gts_char_tag::GtsCharType, gts_char_tag::GtsDirection, gts_char_tag::GtsLength, mac_pib_tag::mac_CoordShortAddress, mac_dev_gts_table, mac_gen_mlme_gts_conf(), MAC_NO_DATA, mac_pib, mac_send_gts_ind(), MAX_GTS_ON_DEV, and tal_pib.

Referenced by mac_sync_loss().

void init_gts_queues ( void )

References mac_pan_gts_mgmt_tag::gts_data_q, and qmm_queue_init().

Referenced by reset_gts_globals().

uint8_t mac_add_gts_info ( uint8_t * frame_ptr )

bool mac_build_and_tx_data_req	(	bool	expl_poll,
		bool	force_own_long_addr,
		uint8_t	expl_dest_addr_mode,
		address_field_t *	expl_dest_addr,
		uint16_t	expl_dest_pan_id
	)

Build and transmits data request command frame.

This function builds and transmits a data request command frame.

Parameters

expl_poll	Data request due to explicit MLME poll request
force_own_long_addr	Forces the usage of the Extended Address as Source Address. This a allows for implicitly poll for pending data at the coordinator if the Extended Address was used in the Beacon frame.
expl_dest_addr_mode	Mode of subsequent destination address to be used explicitly (0/2/3). 0: No explicit destination address attached, use either macCoordShortAddress or macCoordExtendedAddress 2: Use explicitly attached address in parameter expl_dest_addr as destination address as short address 3: Use explicitly attached address in parameter expl_dest_addr as destination address as extended address
expl_dest_addr	Explicitly attached destination address for data request frame. This is to be treated as either not present, short or extended address, depending on parameter expl_dest_addr_mode.
expl_dest_pan_id	Explicitly attached destination PAN-Id (Coordinator PAN-Id) for data request frame. This is to be treated only as present, depending on parameter expl_dest_addr_mode.

Returns: True if data request command frame was created and sent to the TAL successfully, false otherwise.

References bmm_buffer_alloc(), bmm_buffer_free(), BMM_BUFFER_POINTER, BROADCAST, frame_info_tag::buffer_header, CCPU_ENDIAN_TO_LE16, convert_16_bit_to_byte_array(), convert_64_bit_to_byte_array(), convert_spec_16_bit_to_byte_array(), CSMA_SLOTTED, CSMA_UNSLOTTED, DATA_REQ_PAYLOAD_LEN, DATAREQUEST, DATAREQUEST_IMPL_POLL, FCF_ACK_REQUEST, FCF_FRAMETYPE_MAC_CMD, FCF_LONG_ADDR, FCF_NO_ADDR, FCF_PAN_ID_COMPRESSION, FCF_SET_DEST_ADDR_MODE, FCF_SET_FRAMETYPE, FCF_SET_SOURCE_ADDR_MODE, FCF_SHORT_ADDR, LARGE_BUFFER_SIZE, address_field_t::long_address, MAC_ASSOCIATED, mac_pib_tag::mac_CoordExtendedAddress, MAC_COORDINATOR, mac_pib_tag::mac_CoordShortAddress, mac_pib_tag::mac_DSN, MAC_IDLE, MAC_NO_SHORT_ADDR_VALUE, mac_pib, MAC_START_REQUEST_CONFIRM, mac_state, MAC_SUCCESS, MAC_SYNC_BEFORE_ASSOC, mac_sync_state, MAKE_MAC_BUSY, frame_info_tag::mpdu, frame_info_tag::msg_type, NON_BEACON_NWK, address_field_t::short_address, tal_pib, and tal_tx_frame().

Referenced by mac_process_beacon_frame(), mac_process_data_frame(), mac_t_response_wait_cb(), and mlme_poll_request().

void mac_gen_mcps_data_conf	(	buffer_t *	buf_ptr,
		uint8_t	status,
		uint8_t	handle,
		uint32_t	timestamp
	)

References BMM_BUFFER_POINTER, mcps_data_conf_tag::cmdcode, mac_nhle_q, MCPS_DATA_CONFIRM, mcps_data_conf_tag::msduHandle, qmm_queue_append(), mcps_data_conf_tag::status, and mcps_data_conf_tag::Timestamp.

Referenced by handle_gts_data_req(), mac_process_tal_tx_status(), mac_tx_gts_data(), mcps_data_request(), and process_deallocate_data_q().

void mac_gen_mlme_associate_conf	(	buffer_t *	buf_ptr,
		uint8_t	status,
		uint16_t	assoc_short_addr
	)

References mlme_associate_conf_tag::AssocShortAddress, BMM_BUFFER_POINTER, mlme_associate_conf_tag::cmdcode, mac_nhle_q, MLME_ASSOCIATE_CONFIRM, qmm_queue_append(), and mlme_associate_conf_tag::status.

Referenced by mac_process_associate_response(), mac_process_tal_tx_status(), mac_t_assocresponsetime_cb(), mac_t_response_wait_cb(), and mlme_associate_request().

void mac_gen_mlme_gts_conf	(	buffer_t *	buf_ptr,
		uint8_t	status,
		gts_char_t	gts_char
	)

References BMM_BUFFER_POINTER, mlme_gts_conf_tag::cmdcode, mlme_gts_conf_tag::GtsChar, mac_nhle_q, MLME_GTS_CONFIRM, qmm_queue_append(), and mlme_gts_conf_tag::status.

Referenced by handle_gts_sync_loss(), mac_parse_bcn_gts_info(), mac_process_beacon_frame(), and mlme_gts_request().

void mac_gts_table_update ( void )

void mac_idle_trans ( void )

Resets the MAC helper variables and transition to idle state.

This function sets the MAC to idle state and resets MAC helper variables

References Assert, mac_sleep_trans(), mac_soft_reset(), MAC_SUCCESS, mac_trx_wakeup(), macPANId, macPANId_def, macShortAddress, macShortAddress_def, and set_tal_pib_internal().

Referenced by mac_process_tal_data_ind(), mac_process_tal_tx_status(), and process_data_ind_not_transient().

void mac_parse_bcn_gts_info	(	uint8_t	gts_count,
		uint8_t	gts_dir,
		mac_gts_list_t *	gts_list_ptr
	)

void mac_prep_disassoc_conf	(	buffer_t *	buf,
		uint8_t	status
	)

Prepares a disassociation confirm message with device address information.

This functions prepares a disassociation confirm message in case the device address information needs to be extracted.

Parameters

buf	Buffer for sending MLME disassociate confirm message to NHLE
status	Status of disassociation

References BMM_BUFFER_POINTER, BROADCAST, CCPU_ENDIAN_TO_LE16, convert_byte_array_to_16_bit(), convert_byte_array_to_64_bit(), FCF_2_DEST_ADDR_OFFSET, FCF_LONG_ADDR, FCF_SHORT_ADDR, mac_pib_tag::mac_CoordExtendedAddress, MAC_COORDINATOR, mac_pib_tag::mac_CoordShortAddress, mac_gen_mlme_disassociate_conf(), MAC_NO_SHORT_ADDR_VALUE, MAC_PAN_COORD_STARTED, mac_pib, mac_state, frame_info_tag::mpdu, PL_POS_DST_ADDR_START, PL_POS_FCF_2, and tal_pib.

Referenced by mac_process_tal_tx_status().

void mac_process_associate_response ( buffer_t * assoc_resp )

Processing of an associaton reponse command frame.

This function processes the received association response command frame.

Parameters

assoc_resp Association response receive buffer

References ADDR_COPY_DST_SRC_64, Assert, frame_payload_t::assoc_response_data, ASSOCIATION_SUCCESSFUL, bmm_buffer_free(), INVALID_SHORT_ADDRESS, address_field_t::long_address, MAC_ASSOCIATED, mac_conf_buf_ptr, mac_pib_tag::mac_CoordExtendedAddress, mac_pib_tag::mac_CoordShortAddress, mac_gen_mlme_associate_conf(), mac_parse_data, parse_tag::mac_payload_data, mac_pib, MAC_POLL_IDLE, mac_poll_state, mac_sleep_trans(), mac_state, MAC_SUCCESS, MAC_SYNC_BEFORE_ASSOC, mac_sync_state, MAC_SYNC_TRACKING_BEACON, macCoordShortAddress_def, macPANId, macPANId_def, macShortAddress, set_tal_pib_internal(), and parse_tag::src_addr.

Referenced by mac_process_tal_data_ind().

void mac_process_beacon_frame ( buffer_t * beacon )

Processes received beacon frame.

This function processes a received beacon frame. When the system is scanning it records PAN descriptor information contained in the beacon. These PAN descriptors will be reported to the next higher layer via MLME_SCAN.confirm. Also this routine constructs the MLME_BEACON_NOTIFY.indication. Additionally when a device is synced with the coordinator, it tracks beacon frames, checks whether the coordinator does have pending data and will initiate the transmission of a data request frame. The routine uses global "parse_data" structure. The PAN descriptors are stored in the mlme_scan_conf_t structure.

Parameters

beacon Pointer to the buffer in which the beacon was received

References wpan_addr_spec_tag::Addr, ADDR_COPY_DST_SRC_16, ADDR_COPY_DST_SRC_64, mlme_beacon_notify_ind_tag::AddrList, wpan_addr_spec_tag::AddrMode, aMaxSIFSFrameSize, Assert, aUnitBackoffPeriod, frame_payload_t::beacon_data, mac_beacon_payload_tag::beacon_payload_len, bmm_buffer_free(), BMM_BUFFER_POINTER, mlme_beacon_notify_ind_tag::BSN, wpan_pandescriptor_tag::ChannelPage, mlme_beacon_notify_ind_tag::cmdcode, convert_byte_array_to_16_bit(), convert_byte_array_to_64_bit(), wpan_pandescriptor_tag::CoordAddrSpec, parse_tag::fcf, FCF_FRAME_PENDING, FCF_SHORT_ADDR, FUNC_PTR, GET_BEACON_ORDER, GET_FINAL_CAP, GET_GTS_PERMIT, GET_SUPERFRAME_ORDER, GTS_ALLOCATE, mac_beacon_payload_tag::gts_direction, mac_beacon_payload_tag::gts_list, mac_beacon_payload_tag::gts_spec, GTS_STATE_IDLE, GTS_STATE_REQ_SENT, gts_char_tag::GtsCharType, gts_char_tag::GtsDirection, gts_char_tag::GtsLength, wpan_pandescriptor_tag::GTSPermit, wpan_pandescriptor_tag::LinkQuality, wpan_pandescriptor_tag::LogicalChannel, address_field_t::long_address, mac_pib_tag::mac_AutoRequest, mac_pib_tag::mac_BattLifeExtPeriods, mac_bc_data_indicated, mac_build_and_tx_data_req(), mac_conf_buf_ptr, mac_dev_gts_table, mac_final_cap_slot, mac_gen_mlme_gts_conf(), mac_pib_tag::mac_GTSPermit, mac_pib_tag::mac_MaxFrameTotalWaitTime, mac_nhle_q, MAC_NO_DATA, MAC_PAN_COORD_STARTED, mac_parse_bcn_gts_info(), mac_parse_data, parse_tag::mac_payload_data, mac_pib, MAC_POLL_IDLE, mac_poll_state, MAC_SCAN_ACTIVE, MAC_SCAN_IDLE, MAC_SCAN_PASSIVE, mac_scan_state, mac_state, MAC_SUCCESS, MAC_SYNC_NEVER, mac_sync_state, mac_t_wait_for_bc_time_cb(), macBeaconOrder, macMinLIFSPeriod_def, macMinSIFSPeriod_def, macSuperframeOrder, MAX_GTS_ON_DEV, MAX_PANDESCRIPTORS, MLME_BEACON_NOTIFY_INDICATION, parse_tag::mpdu_length, NON_BEACON_NWK, NUM_LONG_PEND_ADDR, NUM_SHORT_PEND_ADDR, pal_timer_start(), mlme_beacon_notify_ind_tag::PANDescriptor, wpan_addr_spec_tag::PANId, mlme_beacon_notify_ind_tag::PendAddrSpec, mac_beacon_payload_tag::pending_addr_list, mac_beacon_payload_tag::pending_addr_spec, PHY_OVERHEAD, parse_tag::ppdu_link_quality, qmm_queue_append(), gts_char_tag::Reserved, mlme_scan_conf_tag::ResultListSize, mlme_scan_conf_tag::scan_result_list, mlme_beacon_notify_ind_tag::sdu, mlme_beacon_notify_ind_tag::sduLength, parse_tag::sequence_number, set_tal_pib_internal(), address_field_t::short_address, parse_tag::src_addr, parse_tag::src_addr_mode, parse_tag::src_panid, mac_beacon_payload_tag::superframe_spec, wpan_pandescriptor_tag::SuperframeSpec, SYMBOLS_PER_OCTET, T_Poll_Wait_Time, TAL_CONVERT_SYMBOLS_TO_US, tal_pib, parse_tag::time_stamp, TIMEOUT_RELATIVE, wpan_pandescriptor_tag::TimeStamp, and WPAN_ADDRMODE_SHORT.

Referenced by process_data_ind_not_transient(), and process_data_ind_scanning().

void mac_process_coord_realign ( buffer_t * ind )

Processing a coordinator realignment command frame.

This function processes a coordinator realignment command frame received from the coordinator (while NOT being in the middle of an Orphan scan, but rather after initiation of a start request primitive from the coordinator indicating realingment. The PAN ID, coord. short address, logical channel, and the device's new short address will be written to the PIB.

Parameters

ind	Frame reception buffer

References Assert, bmm_buffer_free(), BROADCAST, mac_coord_realign_tag::channel_page, frame_payload_t::coord_realign_data, parse_tag::fcf, FCF_FRAME_VERSION_2006, mac_coord_realign_tag::logical_channel, mac_pib_tag::mac_CoordShortAddress, mac_parse_data, parse_tag::mac_payload_data, mac_pib, MAC_REALIGNMENT, MAC_SUCCESS, mac_sync_loss(), macPANId, macShortAddress, mac_coord_realign_tag::pan_id, phyCurrentChannel, phyCurrentPage, set_tal_pib_internal(), and mac_coord_realign_tag::short_addr.

Referenced by mac_process_tal_data_ind(), and process_data_ind_not_transient().

void mac_process_data_frame ( buffer_t * buf_ptr )

Processes data frames.

This function processes the data frames received and sends mcps_data_indication to the NHLE.

Parameters

buf_ptr Pointer to receive buffer of the data frame

References ADDR_COPY_DST_SRC_16, ADDR_COPY_DST_SRC_64, bmm_buffer_free(), BMM_BUFFER_POINTER, frame_payload_t::data, parse_tag::dest_addr, parse_tag::dest_addr_mode, parse_tag::dest_panid, parse_tag::fcf, FCF_FRAME_PENDING, FCF_LONG_ADDR, FCF_SHORT_ADDR, GTS_TX_SLOT, address_field_t::long_address, mac_build_and_tx_data_req(), mac_last_dsn, mac_last_src_addr, mac_nhle_q, MAC_PAN_COORD_STARTED, mac_parse_data, parse_tag::mac_payload_data, parse_tag::mac_payload_length, mac_sleep_trans(), mac_state, MCPS_DATA_INDICATION, mac_data_payload_tag::payload, parse_tag::ppdu_link_quality, qmm_queue_append(), reset_gts_expiry(), parse_tag::sequence_number, address_field_t::short_address, parse_tag::src_addr, parse_tag::src_addr_mode, parse_tag::src_panid, and parse_tag::time_stamp.

Referenced by mac_process_tal_data_ind(), and process_data_ind_not_transient().

void mac_process_data_response ( void )

Processes a data response to an MLME-POLL.request.

This function processes a data response to an MLME-POLL.request. Our coordinator has responded with a data frame. It is checked whether any data has been received, and the appropriate MLME-POLL.confirm message is constructed.

References Assert, FCF_FRAMETYPE_BEACON, FCF_FRAMETYPE_DATA, parse_tag::frame_type, gen_mlme_poll_conf(), mac_conf_buf_ptr, MAC_NO_DATA, mac_parse_data, parse_tag::mac_payload_length, MAC_POLL_EXPLICIT, MAC_POLL_IDLE, mac_poll_state, MAC_SUCCESS, MAKE_MAC_NOT_BUSY, pal_is_timer_running(), pal_timer_stop(), and T_Poll_Wait_Time.

Referenced by mac_process_tal_data_ind().

void mac_process_disassociate_notification ( buffer_t * msg )

Process a disassociation notification command.

This functions processes a received disassociation notification command frame. Actual data are taken from the incoming frame in mac_parse_buffer.

Parameters

msg	Frame buffer to be filled in

References ADDR_COPY_DST_SRC_64, BMM_BUFFER_POINTER, mlme_disassociate_ind_tag::cmdcode, mlme_disassociate_ind_tag::DeviceAddress, frame_payload_t::disassoc_req_data, mlme_disassociate_ind_tag::DisassociateReason, INVALID_SHORT_ADDRESS, address_field_t::long_address, mac_pib_tag::mac_CoordExtendedAddress, mac_pib_tag::mac_CoordShortAddress, mac_nhle_q, mac_parse_data, parse_tag::mac_payload_data, mac_pib, MLME_DISASSOCIATE_INDICATION, qmm_queue_append(), and parse_tag::src_addr.

Referenced by mac_process_tal_data_ind(), and process_data_ind_not_transient().

void mac_process_gts_request ( buffer_t * gts_req )

Referenced by process_data_ind_not_transient().

void mac_process_orphan_realign ( buffer_t * buf_ptr )

Processing a coordinator realignment command frame during Orphan scan.

This function processes a coordinator realignment command frame received as a response to the reception of an orphan notification command frame (i.e. while being in the middle of an orphan scan procedure). The PAN ID, coord. short address, logical channel, and the device's new short address will be written to the PIB.

Parameters

ind	Frame reception buffer

References Assert, bmm_buffer_free(), BMM_BUFFER_POINTER, BROADCAST, mac_coord_realign_tag::channel_page, mlme_scan_conf_tag::cmdcode, frame_payload_t::coord_realign_data, parse_tag::fcf, FCF_FRAME_VERSION_2006, mac_coord_realign_tag::logical_channel, mac_conf_buf_ptr, mac_pib_tag::mac_CoordShortAddress, mac_nhle_q, mac_parse_data, parse_tag::mac_payload_data, mac_pib, mac_scan_cmd_buf_ptr, MAC_SCAN_IDLE, mac_scan_state, mac_sleep_trans(), MAC_SUCCESS, macPANId, macShortAddress, MLME_SCAN_CONFIRM, MLME_SCAN_TYPE_ORPHAN, mac_coord_realign_tag::pan_id, phyCurrentChannel, phyCurrentPage, qmm_queue_append(), mlme_scan_conf_tag::ResultListSize, scan_set_complete(), mlme_scan_conf_tag::ScanType, set_tal_pib_internal(), mac_coord_realign_tag::short_addr, mlme_scan_conf_tag::status, and mlme_scan_conf_tag::UnscannedChannels.

Referenced by process_data_ind_scanning().

void mac_process_tal_data_ind ( uint8_t * msg )

Depending on received frame the appropriate function is called.

Parameters

msg	Pointer to the buffer header.

References Assert, ASSOCIATIONREQUEST, ASSOCIATIONRESPONSE, BEACONREQUEST, bmm_buffer_free(), BMM_BUFFER_POINTER, COORDINATORREALIGNMENT, DATAREQUEST, DISASSOCIATIONNOTIFICATION, FCF_FRAMETYPE_DATA, FCF_FRAMETYPE_MAC_CMD, parse_tag::frame_type, LQI_LEN, MAC_AWAIT_ASSOC_RESPONSE, mac_busy, parse_tag::mac_command, MAC_COORDINATOR, mac_idle_trans(), mac_parse_data, MAC_POLL_EXPLICIT, MAC_POLL_IDLE, MAC_POLL_IMPLICIT, mac_poll_state, mac_process_associate_response(), mac_process_coord_realign(), mac_process_data_frame(), mac_process_data_response(), mac_process_disassociate_notification(), MAC_SCAN_IDLE, mac_scan_state, mac_state, frame_info_tag::mpdu, parse_tag::mpdu_length, ORPHANNOTIFICATION, pal_is_timer_running(), pal_timer_stop(), PANIDCONFLICTNOTIFICAION, parse_mpdu(), parse_tag::ppdu_link_quality, process_data_ind_not_transient(), process_data_ind_scanning(), qmm_queue_append(), T_Poll_Wait_Time, tal_mac_q, and tal_pib.

void mac_scan_send_complete ( retval_t status )

Continue scanning after the completion of frame transmission.

This functions continues the corresponding scaning depending on status from the transmission of a beacon request or orphan notification frame.

Parameters

status Status of transmission

References Assert, FUNC_PTR, MAC_CALCULATE_SYMBOL_TIME_SCANDURATION, mac_conf_buf_ptr, mac_pib_tag::mac_DSN, mac_pib, mac_pib_tag::mac_ResponseWaitTime, MAC_SCAN_ACTIVE, mac_scan_state, MAC_SUCCESS, mac_t_scan_duration_cb(), pal_timer_start(), scan_curr_channel, scan_duration, scan_proceed(), scan_type, T_Scan_Duration, TAL_CONVERT_SYMBOLS_TO_US, and TIMEOUT_RELATIVE.

Referenced by tal_tx_frame_done_cb().

void mac_sleep_trans ( void )

Puts the radio to sleep if this is allowed.

References MAC_INACTIVE, mac_pib, mac_rx_enabled, mac_pib_tag::mac_RxOnWhenIdle, mac_superframe_state, MAC_SYNC_NEVER, mac_sync_state, mac_trx_init_sleep(), NON_BEACON_NWK, pal_is_timer_running(), T_Beacon_Tracking_Period, and tal_pib.

Referenced by gen_mlme_poll_conf(), mac_awake_scan(), mac_coord_realignment_command_tx_success(), mac_idle_trans(), mac_init(), mac_process_associate_response(), mac_process_data_frame(), mac_process_orphan_realign(), mac_process_tal_tx_status(), mac_sync_loss(), mac_t_assocresponsetime_cb(), mac_t_rx_off_cb(), mac_t_start_inactive_device_cb(), mac_t_wait_for_bc_time_cb(), mcps_data_request(), mlme_associate_request(), mlme_disassociate_request(), mlme_reset_request(), mlme_set(), mlme_start_request(), process_data_ind_not_transient(), scan_clean_up(), scan_proceed(), and set_tal_pib_internal().

void mac_start_missed_beacon_timer ( void )

References aMaxLostBeacons, Assert, FUNC_PTR, MAC_BEACON_LOSS, MAC_SUCCESS, mac_sync_loss(), mac_t_missed_beacons_cb(), NON_BEACON_NWK, pal_is_timer_running(), pal_timer_start(), pal_timer_stop(), T_Missed_Beacon, TAL_CONVERT_SYMBOLS_TO_US, TAL_GET_BEACON_INTERVAL_TIME, tal_pib, and TIMEOUT_RELATIVE.

Referenced by mlme_sync_request(), and process_data_ind_not_transient().

void mac_sync_loss ( uint8_t loss_reason )

Function to initiate MLME-SYNC-LOSS.indication to NHLE.

Parameters

loss_reason MAC_REALIGNMENT if sync loss is due to receiving coordinator realignment command and MAC_BEACON_LOSS if beacon was lost following a sync request.

References buffer_t::body, mlme_sync_loss_ind_tag::cmdcode, handle_gts_sync_loss(), MAC_ASSOCIATED, MAC_IDLE, mac_nhle_q, MAC_POLL_IDLE, mac_poll_state, MAC_SCAN_IDLE, mac_scan_orig_channel, mac_scan_orig_page, mac_scan_orig_panid, mac_scan_state, mac_sleep_trans(), mac_state, MAC_SYNC_NEVER, mac_sync_state, MLME_SYNC_LOSS_INDICATION, qmm_queue_append(), and tal_pib.