BLE Manager declarations.

#include <asf.h>
#include <string.h>
#include <stddef.h>
#include "at_ble_api.h"
#include "ble_utils.h"

Data Structures
struct	adv_element

struct	adv_element_container

struct	ble_connected_dev_info

struct	ble_custom_event_cb

struct	ble_dtm_event_cb

struct	ble_gap_event_cb

struct	ble_gatt_client_event_cb

struct	ble_gatt_server_event_cb

struct	ble_htpt_event_cb

struct	ble_l2cap_event_cb

struct	gatt_service_handler

struct	scan_resp_element

struct	user_custom_event

Macros
#define	_CONF_PUBLIC_TARGET_ADDR(n, uuid_ptr)

#define	_CONF_PUBLIC_TARGET_ADDR_SCAN_RSP(n, uuid_ptr)

#define	_CONF_RANDOM_TARGET_ADDR(n, uuid_ptr)

#define	_CONF_RANDOM_TARGET_ADDR_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_128BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_128BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_16BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_16BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_32BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_32BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_128BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_128BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_16BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_16BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_32BIT_UUID(n, uuid_ptr)

#define	_CONF_SERVICE_SOLTN_32BIT_UUID_SCAN_RSP(n, uuid_ptr)

#define	ADV_ELEMENT_SIZE 2

#define	ADV_INTERVAL_SIZE 2

#define	ADV_INTERVAL_SIZE 2

#define	ADV_LENGTH_SIZE 1

#define	ADV_TYPE_FLAG_SIZE 3

#define	ADV_TYPE_SIZE 1

#define	ALERT_LEVEL_CHAR_UUID (0x2A06)

#define	ANP_ANCS_SERVICE_UUID ("\xD0\x00\x2D\x12\x1E\x4B\x0F\xA4\x99\x4E\xCE\xB5\x31\xF4\x05\x79")
	ANCS service UUID. More...

#define	ANP_SERVICE_UUID (0x1811)
	Alert notification service uuid. More...

#define	APPEARANCE_SIZE 2
	Length of Adv data types. More...

#define	APPEARANCE_SIZE 2
	Length of Adv data types. More...

#define	BAT_CHAR_BAT_LEVEL_UUID (0x2A19)
	battery level characteristic uuid More...

#define	BAT_SERVICE_UUID (0x180F)
	battery service uuid More...

#define	BLE_ATT_DB_MEMORY_SIZE (2048)
	Maximum Attribute database memory size in Bytes, Default value 2048-Bytes. More...

#define	BLE_AUTHENTICATION_LEVEL (AT_BLE_NO_SEC)

#define	BLE_BOND_REQ (false)

#define	BLE_DEVICE_NAME "ATMEL-HID"

#define	BLE_EVENT_PARAM_MAX_SIZE 524
	Maximum event parameter size that receives in at_ble_event_get. More...

#define	BLE_EVENT_TIMEOUT (20)
	event timeout More...

#define	BLE_GAP_ADV_ADVERTISING_INTERVAL_ENABLE false

#define	BLE_GAP_ADV_ADVERTISING_INTERVAL_LENGTH 2

#define	BLE_GAP_ADV_APPEARANCE_ENABLE true

#define	BLE_GAP_ADV_COMPLETE_LOCAL_NAME_ENABLE true

#define	BLE_GAP_ADV_DATA_SLAVE_CONN_INTERVAL_RANGE_LENGTH 2

#define	BLE_GAP_ADV_LE_BT_DEVICE_ADDR_ENABLE false

#define	BLE_GAP_ADV_LE_ROLE_ENABLE false

#define	BLE_GAP_ADV_MANUFACTURER_SPECIFIC_DATA_ENABLE true

#define	BLE_GAP_ADV_PUBLIC_TARGET_ADDR_ENABLE false

#define	BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH sizeof(at_ble_addr_t)

#define	BLE_GAP_ADV_RANDOM_TARGET_ADDR_ENABLE false

#define	BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH sizeof(at_ble_addr_t)

#define	BLE_GAP_ADV_SERVICE_128BIT_UUID_ENABLE true

#define	BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH 16

#define	BLE_GAP_ADV_SERVICE_16BIT_UUID_ENABLE true

#define	BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH 2
	UUID Type's and configuration's. More...

#define	BLE_GAP_ADV_SERVICE_32BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH 4

#define	BLE_GAP_ADV_SERVICE_DATA_128BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SERVICE_DATA_16BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SERVICE_DATA_32BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SERVICE_SOLTN_128BIT_UUID_ENABLE true

#define	BLE_GAP_ADV_SERVICE_SOLTN_16BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SERVICE_SOLTN_32BIT_UUID_ENABLE false

#define	BLE_GAP_ADV_SHORTENED_LOCAL_NAME_ENABLE false
	Short Local Name configuration. More...

#define	BLE_GAP_ADV_SLAVE_CONN_INTERVAL_RANGE_ENABLE false

#define	BLE_GAP_ADV_TX_POWER_ENABLE false

#define	BLE_INVALID_CONNECTION_HANDLE (0xFF)

#define	BLE_IO_CAPABALITIES (AT_BLE_IO_CAP_NO_INPUT_NO_OUTPUT)

#define	BLE_MAX_DEVICE_CONNECTION (8)
	maximum number of devices connected More...

#define	BLE_MITM_REQ (false)

#define	BLE_OOB_REQ (false)
	Default configuration for Pairing. More...

#define	BLE_PAIR_ENABLE (false)

#define	BLE_PAIR_ENABLE (false)

#define	BLOOD_PRESSURE_SERVICE_UUID (0x1810)
	Service UUID's. More...

#define	BREDR_NOT_SUPPORTED ((uint8_t) 1 << 2)
	Flag to indicate BR/EDR Not supported. More...

#define	CSC_ENDPOINT_CHAR_UUID ("\x1b\xc5\xd5\xa5\x02\x00\xa6\x85\xe5\x11\x35\x39\xa1\xbb\x5a\xfd")
	CSC Endpoint Characteristic UUID. More...

#define	CSC_SERVICE_UUID ("\x1b\xc5\xd5\xa5\x02\x00\xa6\x85\xe5\x11\x35\x39\xa0\xbb\x5a\xfd")
	CSC Service UUID. More...

#define	CURRENT_TIME_CHAR_UUID (0x2A2B)

#define	CURRENT_TIME_SERVICE_UUID (0x1805)

#define	DIS_CHAR_FIRMWARE_REIVSION_UUID (0x2A26)
	device information service firmware revision number characteristics UUID More...

#define	DIS_CHAR_HARDWARE_REVISION_UUID (0x2A27)
	device information service hardware revision characteristics UUID More...

#define	DIS_CHAR_IEEE_REG_CERT_DATA_LIST_UUID (0x2A2A)
	device information service IEEE registration certificate list characteristics UUID More...

#define	DIS_CHAR_MANUFACTURER_NAME_UUID (0x2A29)
	device information service manufacturer name characteristics UUID More...

#define	DIS_CHAR_MODEL_NUMBER_UUID (0x2A24)
	device information service model number characteristics UUID More...

#define	DIS_CHAR_PNP_ID_UUID (0x2A50)
	Product Number ID characteristic uuid. More...

#define	DIS_CHAR_SERIAL_NUMBER_UUID (0x2A25)
	device information service serial number characteristics UUID More...

#define	DIS_CHAR_SOFTWARE_REVISION_UUID (0x2A28)
	device information service software revision characteristics UUID More...

#define	DIS_CHAR_SYSTEM_ID_UUID (0x2A23)
	device information service system characteristics UUID More...

#define	DIS_SERVICE_UUID (0x180A)

#define	GAP_CE_LEN_MAX (0)
	maximum length of local info parameters when using connection establishment proc More...

#define	GAP_CE_LEN_MIN (0)
	minimum length of local info parameters when using connection establishment proc More...

#define	GAP_CONN_INTERVAL_MAX (40)
	maximum connection interval More...

#define	GAP_CONN_INTERVAL_MIN (20)
	minimum connection interval More...

#define	GAP_CONN_SLAVE_LATENCY (0)
	connection slave latency More...

#define	GAP_CONNECT_PEER_COUNT (1)
	number of connections More...

#define	GAP_SUPERVISION_TIMOUT (0x1f4)
	supervision time-out More...

#define	GATT_DISCOVERY_ENDING_HANDLE (0xFFFF)
	GATT Database discover default end handle. More...

#define	GATT_DISCOVERY_STARTING_HANDLE (0x0001)
	GATT Database discover default start handle. More...

#define	HEART_RATE_SERVICE_UUID (0x180D)
	Heart rate service UUID. More...

#define	HID_REPORT_REF_DESC (0x2908)
	HID report reference descriptor characteristic uuid. More...

#define	HID_SERV_UUID (0x1812)
	HID Service UUID. More...

#define	HID_UUID_CHAR_BOOT_KEY_INPUT_REPORT (0x2A22)
	HID Boot Keyboard Input Report UUID. More...

#define	HID_UUID_CHAR_BOOT_KEY_OUTPUT_REPORT (0x2A32)
	HID Boot Keyboard Output Report UUID. More...

#define	HID_UUID_CHAR_BOOT_MOUSE_INPUT_REPORT (0x2A33)
	HID Boot Mouse Input Report UUID. More...

#define	HID_UUID_CHAR_HID_CONTROL_POINT (0x2A4C)
	HID Control Point UUID. More...

#define	HID_UUID_CHAR_HID_INFORMATION (0x2A4A)
	HID Information UUID. More...

#define	HID_UUID_CHAR_PROTOCOL_MODE (0x2A4E)
	HID Protocol Mode Characteristic UUID. More...

#define	HID_UUID_CHAR_REPORT (0x2A4D)
	HID Report Characteristic UUID. More...

#define	HID_UUID_CHAR_REPORT_MAP (0x2A4B)
	HID Protocol Mode Characteristic UUID. More...

#define	HTPT_SERVICE_UUID (0x1809)
	HTPT SERVICE UUID. More...

#define	IMMEDIATE_ALERT_SERVICE_UUID (0x1802)

#define	LE_BREDR_CAPABLE_CONTROLLER ((uint8_t) 1 << 3)
	Flag to indicate BR/EDR supported controller. More...

#define	LE_BREDR_CAPABLE_HOST ((uint8_t) 1 << 4)
	Flag to indicate BR/EDR supported Host. More...

#define	LE_GENERAL_DISCOVERABLE_MODE ((uint8_t) 1 << 1)
	LE General discoverable mode. More...

#define	LE_LIMITED_DISCOVERABLE_MODE ((uint8_t) 1 << 0)
	Observer related definitions. More...

#define	LINK_LOSS_SERVICE_UUID (0x1803)

#define	LOCAL_TIME_CHAR_UUID (0x2A0F)

#define	MAX_CUSTOM_EVENT_SUBSCRIBERS 2
	Maximum Custom event subscribers. Based on No of Custom event handlers this number can be changed. More...

#define	MAX_DTM_EVENT_SUBSCRIBERS 5
	Maximum DTM event subscribers. Based on No of DTM event handlers this number can be changed. More...

#define	MAX_GAP_EVENT_SUBSCRIBERS 5
	Maximum event subscribers for BLE GAP events, Based on number of services/Profiles this number can be changed. More...

#define	MAX_GATT_CLIENT_SUBSCRIBERS 5
	Maximum GATT client event subscribers, Based on number of GATT Client services/Profiles this number can be changed. More...

#define	MAX_GATT_SERVER_SUBSCRIBERS 5
	Maximum GATT Server event subscribers, Based on number of GATT Server services/Profiles this number can be changed. More...

#define	MAX_HTPT_EVENT_SUBSCRIBERS 1
	Maximum HTPT event subscribers. Based on No of HTPT event handlers this number can be changed. More...

#define	MAX_L2CAP_EVENT_SUBSCRIBERS 1
	Maximum L2CAP event subscribers. Based on No of L2CAP event handlers this number can be changed. More...

#define	MAX_SCAN_DEVICE (100)

#define	NEXT_DST_SERVICE_UUID (0x1807)

#define	PAS_SERVICE_UUID (0x180E)

#define	PIN_TIMEOUT 30000
	pin timeout More...

#define	PUBLIC_RANDOM_ADDR_MAX_NUM 5

#define	PUBLIC_TARGET_ADDR_MAX_NUM 5

#define	REF_TIME_CHAR_UUID (0x2A14)

#define	REFERENCE_TIME_SERVICE_UUID (0x1806)

#define	SCAN_INTERVAL (96)

#define	SCAN_RESPONSE_DISABLE 1

#define	SCAN_RESPONSE_ENABLE 0

#define	SCAN_RESPONSE_ONLY_ENABLE 2

#define	SCAN_TIMEOUT (0x0000)
	Timeout Scan time-out, 0x0000 disables time-out. More...

#define	SCAN_TYPE (AT_BLE_SCAN_ACTIVE)
	Scan method, Refer to at_ble_scan_type_t. More...

#define	SCAN_WINDOW (96)

#define	SERVICE_UUID128_MAX_NUM 2

#define	SERVICE_UUID16_MAX_NUM 15

#define	SERVICE_UUID32_MAX_NUM 5

#define	SPS_CHAR_SCAN_INT_VALUE_UUID (0x2A4F)
	scan interval characteristic uuid More...

#define	SPS_CHAR_SCAN_REFRESH_UUID (0x2A31)
	scan refresh characteristic uuid More...

#define	SPS_SERVICE_UUID (0x1813)
	Scan param service uuid. More...

#define	TIME_UPDATE_CP_CHAR_UUID (0x2A16)

#define	TIME_UPDATE_STATE_CHAR_UUID (0x2A17)

#define	TIME_WITH_DST_CHAR_UUID (0x2A11)

#define	TX_POWER_LEVEL_CHAR_UUID (0x2A07)

#define	TX_POWER_LEVEL_SIZE 1

#define	TX_POWER_LEVEL_SIZE 1

#define	TX_POWER_SERVICE_UUID (0x1804)

Typedefs
typedef struct adv_element_container	adv_element_container_t

typedef struct adv_element	adv_element_t

typedef struct ble_connected_dev_info	ble_connected_dev_info_t

typedef struct ble_custom_event_cb	ble_custom_event_cb_t

typedef enum ble_device_ll_state	ble_device_ll_state_t

typedef enum ble_device_state	ble_device_state_t

typedef struct ble_dtm_event_cb	ble_dtm_event_cb_t

typedef at_ble_status_t(*	ble_event_callback_t )(void *params)

typedef struct ble_gap_event_cb	ble_gap_event_cb_t

typedef enum ble_gatt_cccd_status	ble_gatt_cccd_status_t

typedef struct ble_gatt_client_event_cb	ble_gatt_client_event_cb_t

typedef struct ble_gatt_server_event_cb	ble_gatt_server_event_cb_t

typedef struct ble_htpt_event_cb	ble_htpt_event_cb_t

typedef struct ble_l2cap_event_cb	ble_l2cap_event_cb_t

typedef struct gatt_service_handler	gatt_service_handler_t

typedef struct scan_resp_element	scan_resp_element_t

typedef struct user_custom_event	user_custom_event_t

Enumerations
enum	ble_device_ll_state { BLE_DEVICE_IDLE_STATE, PERIPHERAL_ADVERTISING_STATE, CENTRAL_SCANNING_STATE, PERIPHERAL_CONNECTED_STATE, PERIPHERAL_PAIRED_STATE, PERIPHERAL_ENCRYPTION_STATE, PERIPHERAL_DISCONNECTED_STATE }

enum	ble_device_state { BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, BLE_DEVICE_CONNECTED, BLE_DEVICE_PAIRING, BLE_DEVICE_PAIRING_FAILED, BLE_DEVICE_PAIRED, BLE_DEVICE_ENCRYPTION_STATE, BLE_DEVICE_ENCRYPTION_FAILED, BLE_DEVICE_ENCRYPTION_COMPLETED }

enum	ble_gatt_cccd_status { CCCD_NOTIFICATION_INDICATION_DISABLED = 0x00, CCCD_NOTIFICATION_ENABLED_INDICATION_DISABLED = 0x01, CCCD_NOTIFICATION_DISABLED_INDICATION_ENABLED = 0x02, CCCD_INIDCATION_NOTIFICATION_ENABLED = 0x03 }

enum	ble_mgr_event_cb_t { REGISTER_CALL_BACK, UNREGISTER_CALL_BACK }
	Subscribe the events or Un-subscribe the events. More...

enum	ble_mgr_event_t { BLE_GAP_EVENT_TYPE, BLE_GATT_SERVER_EVENT_TYPE, BLE_GATT_CLIENT_EVENT_TYPE, BLE_COMMON_EVENT_TYPE, BLE_PAIRING_EVENT_TYPE, BLE_GATT_TP_EVENT_TYPE, BLE_GAP_EVENT_TYPE, BLE_GATT_CLIENT_EVENT_TYPE, BLE_GATT_SERVER_EVENT_TYPE, BLE_L2CAP_EVENT_TYPE, BLE_GATT_HTPT_EVENT_TYPE, BLE_DTM_EVENT_TYPE, BLE_CUSTOM_EVENT_TYPE }

enum	gap_ad_type { FLAGS = 0x01, INCOMPLETE_LIST_16BIT_SERV_UUIDS, COMPLETE_LIST_16BIT_SERV_UUIDS, INCOMPLETE_LIST_32BIT_SERV_UUIDS, COMPLETE_LIST_32BIT_SERV_UUIDS, INCOMPLETE_LIST_128BIT_SERV_UUIDS, COMPLETE_LIST_128BIT_SERV_UUIDS, SHORTENED_LOCAL_NAME, COMPLETE_LOCAL_NAME, TX_POWER_LEVEL, CLASS_OF_DEVICE = 0x0D, SIMPLE_PAIRING_HASHING, SIMPLE_PAIRING_RANDOMIZER, DEVICE_ID, SECURITY_MANAGER_OOB_FLAGS, SLAVE_CONNECTION_INTERVAL_RANGE, LIST_16BIT_SERV_SOLICITATION_UUIDS = 0x14, LIST_128BIT_SERV_SOLICITATION_UUIDS, SERVICE_DATA, PUBLIC_TARGET_ADDRESS, RANDOM_TARGET_ADDRESS, APPEARANCE, ADVERTISING_INTERVAL, LE_BLUETOOTH_DEVICE_ADDRESS, LE_ROLE, SIMPLE_PAIRING_HASHING_C256, SIMPLE_PAIRING_RANDOMIZER_R256, LIST_32BIT_SERV_SOLICITATION_UUIDS, SERVICE_DATA_32BIT = 0x20, SERVICE_DATA_128BIT, LE_SECURE_CONNECTIONS_CONFIRMATION_VALUE, LE_SECURE_CONNECTIONS_RANDOM_VALUE, THREED_INFORMATION_DATA = 0x3D, MANUFACTURER_SPECIFIC_DATA = 0xFF }
	enum gap_ad_type brief Gap Advertisement Types More...

Functions
at_ble_status_t	ble_advertisement_data_set (void)
	ble_advertisement_data_set set the BLE advertisement data based on the available available services and profiles which is present in the current application. More...

void	ble_characteristic_found_handler (at_ble_characteristic_found_t *characteristic_found)
	function called when the AT_BLE_CHARACTERISTIC_FOUND event is received from stack. More...

at_ble_status_t	ble_characteristic_write_cmd_complete_handler (void *params)
	ble_characteristic_write_cmd_complete_handler handler for Char write command complete event More...

at_ble_status_t	ble_check_device_state (at_ble_handle_t conn_handle, ble_device_state_t state)
	Check the device state. More...

bool	ble_check_disconnected_iscentral (at_ble_handle_t handle)
	Check the passed connection handle of the device is disconnected and central device. More...

bool	ble_check_disconnected_isperipheral (at_ble_handle_t handle)
	Check the passed connection handle of the device is disconnected and peripheral device. More...

bool	ble_check_iscentral (at_ble_handle_t handle)
	Check the passed connection handle of the device is central device. More...

bool	ble_check_ispheripheral (at_ble_handle_t handle)
	Check the passed connection handle of the device is peripheral or central device. More...

at_ble_status_t	ble_conn_param_update (void *params)
	function used to update the connection parameter. More...

at_ble_status_t	ble_conn_param_update_req (void *params)
	function triggered on receiving a connection parameter update request from the peer. More...

at_ble_status_t	ble_connected_device_role (at_ble_handle_t conn_handle, at_ble_dev_role_t *dev_role)
	Get the passed connection handle device role. More...

at_ble_status_t	ble_connected_state_handler (void *params)
	ble_connected_state_handler handles the connected event. More...

at_ble_status_t	ble_device_dead_handler (void *params)
	ble_device_dead_handler handler for BLE device dead indication handler. More...

void	ble_device_init (at_ble_addr_t *addr)
	function sets both device address and device name which are exposed to all other devices. More...

at_ble_status_t	ble_device_out_of_sync_handler (void *params)
	ble_device_out_of_sync_handler handler for out of sync indication handler. More...

at_ble_status_t	ble_disconnected_device_role (at_ble_handle_t conn_handle, at_ble_dev_role_t *dev_role)
	Get the device role of disconnected device. More...

at_ble_status_t	ble_disconnected_state_handler (void *params)
	function called when the AT_BLE_DISCONNECTED event is received from the stack. More...

void	ble_discovery_complete_handler (at_ble_discovery_complete_t *discover_status)
	function called when the AT_BLE_DISCOVERY_COMPLETE event is received from the stack. More...

at_ble_status_t	ble_encryption_request_handler (void *params)
	function called when the AT_BLE_ENCRYPTION_REQUEST event is received from stack. More...

at_ble_status_t	ble_encryption_status_change_handler (void *params)
	function called when the AT_BLE_ENCRYPTION_STATUS_CHANGED event is received from stack. More...

void	ble_event_manager (at_ble_events_t events, void *event_params)
	function handling all the events from the stack, responsible for calling the respective functions initialized for the events. More...

at_ble_status_t	ble_event_task (void)
	function to handle the BLE event task. More...

bool	ble_mgr_events_callback_handler (ble_mgr_event_cb_t event_cb_type, ble_mgr_event_t event_type, const void *ble_event_handler)
	ble_mgr_events_callback_handler handler for Profile/Service/application to register the BLE events callbacks More...

at_ble_status_t	ble_mtu_changed_cmd_complete_handler (void *params)
	ble_mtu_changed_indication_handler handler for Peer device MTU size change More...

at_ble_status_t	ble_mtu_changed_indication_handler (void *params)
	ble_mtu_changed_indication_handler handler for Peer device MTU size change More...

at_ble_status_t	ble_pair_done_handler (void *params)
	function called when the AT_BLE_PAIR_DONE event is received from stack. More...

at_ble_status_t	ble_pair_key_request_handler (void *params)
	function called when the AT_BLE_PAIR_KEY_REQUEST event is received from stack. More...

at_ble_status_t	ble_pair_request_handler (void *params)
	function called when the AT_BLE_PAIR_REQUEST event is received from stack. More...

at_ble_status_t	ble_remove_bonding_info (void)
	Remove all bonding information from PDS. More...

at_ble_status_t	ble_resolv_rand_addr_handler (void *params)
	ble_resolv_rand_addr_handler handles the resolved random address event More...

at_ble_status_t	ble_restore_bonding_info (void)
	Restore the bonding information from PDS. More...

at_ble_status_t	ble_scan_info_handler (void *params)
	function to handle the scan information. More...

at_ble_status_t	ble_scan_report_handler (void *params)
	function to handle the scan status. More...

uint32_t	ble_sdk_version (void)
	ble_sdk_version gets the version of BluSDK and also checks the SDK and Library version compatibility More...

at_ble_status_t	ble_send_slave_sec_request (at_ble_handle_t conn_handle)
	function to send slave security request. More...

at_ble_status_t	ble_set_device_name (uint8_t *name, uint8_t name_len)
	function to set the device name. More...

at_ble_status_t	ble_slave_security_request_handler (void *params)

at_ble_status_t	ble_store_bonding_info (void *params)
	Store the bonding information. More...

at_ble_status_t	ble_undefined_event_handler (void *params)
	ble_undefined_event_handler handler for undefined events which is not expected in Library More...

	COMPILER_PACK_RESET () typedef enum
	Initialize the PDS NVM memory controller. More...

at_ble_status_t	gap_dev_connect (at_ble_addr_t dev_addr[])
	function requesting the device for the connection. More...

at_ble_status_t	gap_dev_scan (void)
	function to start scan. More...

at_ble_status_t	pds_module_init (void)
	Initialize the PDS Module. More...

at_ble_status_t	scan_info_parse (at_ble_scan_info_t scan_info_data, at_ble_uuid_t ble_service_uuid, uint8_t adv_type)
	function parses the received advertising data for service and local name. More...

Variables
	le_role_t

	pds_bond_info_t

#define _CONF_PUBLIC_TARGET_ADDR	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_DATA_PUBLIC_TARGET_ADDR##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_PUBLIC_TARGET_ADDR##n##_VAL, BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_PUBLIC_TARGET_ADDR_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_DATA_PUBLIC_TARGET_ADDR##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_PUBLIC_TARGET_ADDR##n##_VAL, BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_RANDOM_TARGET_ADDR	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_DATA_RANDOM_TARGET_ADDR##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_RANDOM_TARGET_ADDR##n##_VAL, BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_RANDOM_TARGET_ADDR_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_DATA_RANDOM_TARGET_ADDR##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_RANDOM_TARGET_ADDR##n##_VAL, BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_128BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_128BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_128BIT_UUID##n##_VAL , BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_128BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_128BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_128BIT_UUID##n##_VAL , BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_16BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_16BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) BLE_GAP_ADV_DATA_SERVICE_16BIT_UUID##n##_VAL; \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) ((BLE_GAP_ADV_DATA_SERVICE_16BIT_UUID##n##_VAL) >> 8); \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_16BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_16BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) BLE_GAP_ADV_DATA_SERVICE_16BIT_UUID##n##_VAL; \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) ((BLE_GAP_ADV_DATA_SERVICE_16BIT_UUID##n##_VAL) >> 8); \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_32BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_32BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_32BIT_UUID##n##_VAL, BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_32BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_32BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_32BIT_UUID##n##_VAL, BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_128BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_128BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_SOLTN_128BIT_UUID##n##_VAL , BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_128BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_128BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_SOLTN_128BIT_UUID##n##_VAL , BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_16BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_16BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) BLE_GAP_ADV_DATA_SERVICE_SOLTN_16BIT_UUID##n##_VAL; \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) ((BLE_GAP_ADV_DATA_SERVICE_SOLTN_16BIT_UUID##n##_VAL) >> 8); \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_16BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_16BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) BLE_GAP_ADV_DATA_SERVICE_SOLTN_16BIT_UUID##n##_VAL; \
        adv_ptr->adv_ptr[adv_ptr->len++] = (uint8_t) ((BLE_GAP_ADV_DATA_SERVICE_SOLTN_16BIT_UUID##n##_VAL) >> 8); \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_32BIT_UUID	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_32BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE - ADV_TYPE_FLAG_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_SOLTN_32BIT_UUID##n##_VAL, BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define _CONF_SERVICE_SOLTN_32BIT_UUID_SCAN_RSP	(	n,
		uuid_ptr
	)

Value:

{ \
	if (BLE_GAP_ADV_SERVICE_SOLTN_32BIT_UUID##n##_ENABLE) \
    {\
		adv_element_container_t *adv_ptr;\
        adv_ptr = (adv_element_container_t *)uuid_ptr;\
		if((adv_ptr->len + BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH) >  (AT_BLE_ADV_MAX_SIZE))\
        { \
			DBG_LOG("Adv Data too big");\
            while(1);\
        } \
        memcpy(&adv_ptr->adv_ptr[adv_ptr->len], BLE_GAP_ADV_DATA_SERVICE_SOLTN_32BIT_UUID##n##_VAL, BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH);\
        adv_ptr->len += BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH; \
    }\
}

Referenced by ble_advertisement_data_set().

#define ADV_ELEMENT_SIZE 2

Referenced by ble_advertisement_data_set().

#define ADV_INTERVAL_SIZE 2

Referenced by ble_observer_scan_info_handler().

#define ADV_INTERVAL_SIZE 2

#define ADV_LENGTH_SIZE 1

#define ADV_TYPE_FLAG_SIZE 3

Referenced by ble_advertisement_data_set().

#define ADV_TYPE_SIZE 1

Referenced by ble_advertisement_data_set(), and esurl_conf_adv_start().

#define ALERT_LEVEL_CHAR_UUID (0x2A06)

Referenced by fmp_locator_characteristic_found_handler(), init_immediate_alert_service(), init_linkloss_service(), and pxp_monitor_characteristic_found_handler().

#define ANP_ANCS_SERVICE_UUID ("\xD0\x00\x2D\x12\x1E\x4B\x0F\xA4\x99\x4E\xCE\xB5\x31\xF4\x05\x79")

ANCS service UUID.

#define ANP_SERVICE_UUID (0x1811)

Alert notification service uuid.

Referenced by anp_client_service_found_handler().

#define APPEARANCE_SIZE 2

Length of Adv data types.

Referenced by ble_observer_scan_info_handler().

#define APPEARANCE_SIZE 2

Length of Adv data types.

#define BAT_CHAR_BAT_LEVEL_UUID (0x2A19)

battery level characteristic uuid

Referenced by bat_init_service().

#define BAT_SERVICE_UUID (0x180F)

battery service uuid

Referenced by bat_init_service().

#define BLE_ATT_DB_MEMORY_SIZE (2048)

Maximum Attribute database memory size in Bytes, Default value 2048-Bytes.

Referenced by ble_device_init().

#define BLE_AUTHENTICATION_LEVEL (AT_BLE_NO_SEC)

Referenced by ble_pair_request_handler(), and ble_slave_security_request_handler().

#define BLE_BOND_REQ (false)

Referenced by ble_pair_request_handler(), and ble_send_slave_sec_request().

#define BLE_DEVICE_NAME "ATMEL-HID"

#define BLE_EVENT_PARAM_MAX_SIZE 524

Maximum event parameter size that receives in at_ble_event_get.

#define BLE_EVENT_TIMEOUT (20)

event timeout

Referenced by ble_event_task().

#define BLE_GAP_ADV_ADVERTISING_INTERVAL_ENABLE false

#define BLE_GAP_ADV_ADVERTISING_INTERVAL_LENGTH 2

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_APPEARANCE_ENABLE true

#define BLE_GAP_ADV_COMPLETE_LOCAL_NAME_ENABLE true

#define BLE_GAP_ADV_DATA_SLAVE_CONN_INTERVAL_RANGE_LENGTH 2

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_LE_BT_DEVICE_ADDR_ENABLE false

#define BLE_GAP_ADV_LE_ROLE_ENABLE false

#define BLE_GAP_ADV_MANUFACTURER_SPECIFIC_DATA_ENABLE true

#define BLE_GAP_ADV_PUBLIC_TARGET_ADDR_ENABLE false

#define BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH sizeof(at_ble_addr_t)

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_RANDOM_TARGET_ADDR_ENABLE false

#define BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH sizeof(at_ble_addr_t)

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_SERVICE_128BIT_UUID_ENABLE true

#define BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH 16

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_SERVICE_16BIT_UUID_ENABLE true

#define BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH 2

UUID Type's and configuration's.

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_SERVICE_32BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH 4

Referenced by ble_advertisement_data_set().

#define BLE_GAP_ADV_SERVICE_DATA_128BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SERVICE_DATA_16BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SERVICE_DATA_32BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SERVICE_SOLTN_128BIT_UUID_ENABLE true

#define BLE_GAP_ADV_SERVICE_SOLTN_16BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SERVICE_SOLTN_32BIT_UUID_ENABLE false

#define BLE_GAP_ADV_SHORTENED_LOCAL_NAME_ENABLE false

Short Local Name configuration.

#define BLE_GAP_ADV_SLAVE_CONN_INTERVAL_RANGE_ENABLE false

#define BLE_GAP_ADV_TX_POWER_ENABLE false

#define BLE_INVALID_CONNECTION_HANDLE (0xFF)

Referenced by bas_send_notification(), battery_start_advertisement(), ble_connected_app_event(), ble_device_init(), ble_disconnected_app_event(), and main().

#define BLE_IO_CAPABALITIES (AT_BLE_IO_CAP_NO_INPUT_NO_OUTPUT)

Referenced by ble_pair_request_handler().

#define BLE_MAX_DEVICE_CONNECTION (8)

maximum number of devices connected

Referenced by ble_check_device_state(), ble_connected_app_event(), ble_connected_device_role(), ble_connected_state_handler(), ble_device_init(), ble_disconnected_device_role(), ble_disconnected_state_handler(), ble_encryption_request_handler(), ble_encryption_status_change_handler(), ble_pair_done_handler(), ble_pair_request_handler(), ble_remove_bonding_info(), ble_resolv_rand_addr_handler(), ble_restore_bonding_info(), ble_slave_security_request_handler(), and ble_store_bonding_info().

#define BLE_MITM_REQ (false)

Referenced by ble_pair_request_handler(), and ble_send_slave_sec_request().

#define BLE_OOB_REQ (false)

Default configuration for Pairing.

bonding bit will be present in the authentication requirement of pairing request message Enable the pairing will initiate slave security request from Peripheral device. Choose BLE security Modes, Refer to at_ble_auth_levels_t Input and Output capabilities of this device, Refer to at_ble_iocab_t Out of Band pairing feature support

Referenced by ble_pair_request_handler().

#define BLE_PAIR_ENABLE (false)

Referenced by csc_serv_init(), dis_init_service(), esurl_conf_service_init(), and hid_serv_init().

#define BLE_PAIR_ENABLE (false)

#define BLOOD_PRESSURE_SERVICE_UUID (0x1810)

Service UUID's.

Referenced by blp_init_service().

#define BREDR_NOT_SUPPORTED ((uint8_t) 1 << 2)

Flag to indicate BR/EDR Not supported.

Referenced by ble_observer_scan_info_handler().

#define CSC_ENDPOINT_CHAR_UUID ("\x1b\xc5\xd5\xa5\x02\x00\xa6\x85\xe5\x11\x35\x39\xa1\xbb\x5a\xfd")

CSC Endpoint Characteristic UUID.

Referenced by csc_serv_init().

#define CSC_SERVICE_UUID ("\x1b\xc5\xd5\xa5\x02\x00\xa6\x85\xe5\x11\x35\x39\xa0\xbb\x5a\xfd")

CSC Service UUID.

Referenced by csc_prf_connected_state_handler(), and csc_serv_init().

#define CURRENT_TIME_CHAR_UUID (0x2A2B)

Referenced by time_info_characteristic_found_handler().

#define CURRENT_TIME_SERVICE_UUID (0x1805)

Referenced by time_info_service_found_handler().

#define DIS_CHAR_FIRMWARE_REIVSION_UUID (0x2A26)

device information service firmware revision number characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_HARDWARE_REVISION_UUID (0x2A27)

device information service hardware revision characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_IEEE_REG_CERT_DATA_LIST_UUID (0x2A2A)

device information service IEEE registration certificate list characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_MANUFACTURER_NAME_UUID (0x2A29)

device information service manufacturer name characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_MODEL_NUMBER_UUID (0x2A24)

device information service model number characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_PNP_ID_UUID (0x2A50)

Product Number ID characteristic uuid.

Referenced by dis_init_service().

#define DIS_CHAR_SERIAL_NUMBER_UUID (0x2A25)

device information service serial number characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_SOFTWARE_REVISION_UUID (0x2A28)

device information service software revision characteristics UUID

Referenced by dis_init_service().

#define DIS_CHAR_SYSTEM_ID_UUID (0x2A23)

device information service system characteristics UUID

Referenced by dis_init_service().

#define DIS_SERVICE_UUID (0x180A)

Referenced by dis_init_service().

#define GAP_CE_LEN_MAX (0)

maximum length of local info parameters when using connection establishment proc

Referenced by gap_dev_connect().

#define GAP_CE_LEN_MIN (0)

minimum length of local info parameters when using connection establishment proc

Referenced by gap_dev_connect().

#define GAP_CONN_INTERVAL_MAX (40)

maximum connection interval

Referenced by gap_dev_connect().

#define GAP_CONN_INTERVAL_MIN (20)

minimum connection interval

Referenced by gap_dev_connect().

#define GAP_CONN_SLAVE_LATENCY (0)

connection slave latency

Referenced by gap_dev_connect().

#define GAP_CONNECT_PEER_COUNT (1)

number of connections

Referenced by gap_dev_connect().

#define GAP_SUPERVISION_TIMOUT (0x1f4)

supervision time-out

Referenced by gap_dev_connect().

#define GATT_DISCOVERY_ENDING_HANDLE (0xFFFF)

GATT Database discover default end handle.

Referenced by alert_service_discovery(), fmp_locator_service_discover(), pas_client_start_service_discovery(), pxp_monitor_service_discover(), and time_info_service_discovery().

#define GATT_DISCOVERY_STARTING_HANDLE (0x0001)

GATT Database discover default start handle.

Referenced by alert_service_discovery(), fmp_locator_service_discover(), pas_client_start_service_discovery(), pxp_monitor_service_discover(), and time_info_service_discovery().

#define HEART_RATE_SERVICE_UUID (0x180D)

Heart rate service UUID.

#define HID_REPORT_REF_DESC (0x2908)

HID report reference descriptor characteristic uuid.

Referenced by hid_serv_init().

#define HID_SERV_UUID (0x1812)

HID Service UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_BOOT_KEY_INPUT_REPORT (0x2A22)

HID Boot Keyboard Input Report UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_BOOT_KEY_OUTPUT_REPORT (0x2A32)

HID Boot Keyboard Output Report UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_BOOT_MOUSE_INPUT_REPORT (0x2A33)

HID Boot Mouse Input Report UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_HID_CONTROL_POINT (0x2A4C)

HID Control Point UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_HID_INFORMATION (0x2A4A)

HID Information UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_PROTOCOL_MODE (0x2A4E)

HID Protocol Mode Characteristic UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_REPORT (0x2A4D)

HID Report Characteristic UUID.

Referenced by hid_serv_init().

#define HID_UUID_CHAR_REPORT_MAP (0x2A4B)

HID Protocol Mode Characteristic UUID.

Referenced by hid_serv_init().

#define HTPT_SERVICE_UUID (0x1809)

HTPT SERVICE UUID.

#define IMMEDIATE_ALERT_SERVICE_UUID (0x1802)

Referenced by ble_scan_report_app_event(), fmp_locator_service_found_handler(), init_immediate_alert_service(), and pxp_monitor_service_found_handler().

#define LE_BREDR_CAPABLE_CONTROLLER ((uint8_t) 1 << 3)

Flag to indicate BR/EDR supported controller.

Referenced by ble_observer_scan_info_handler().

#define LE_BREDR_CAPABLE_HOST ((uint8_t) 1 << 4)

Flag to indicate BR/EDR supported Host.

Referenced by ble_observer_scan_info_handler().

#define LE_GENERAL_DISCOVERABLE_MODE ((uint8_t) 1 << 1)

LE General discoverable mode.

The device can discover without any time limit

Referenced by ble_observer_scan_info_handler().

#define LE_LIMITED_DISCOVERABLE_MODE ((uint8_t) 1 << 0)

Observer related definitions.

LE Limited discoverable mode. The device can discover with time limit of 30seconds

Referenced by ble_observer_scan_info_handler().

#define LINK_LOSS_SERVICE_UUID (0x1803)

Referenced by init_linkloss_service(), pxp_monitor_scan_data_handler(), and pxp_monitor_service_found_handler().

#define LOCAL_TIME_CHAR_UUID (0x2A0F)

Referenced by time_info_characteristic_found_handler().

#define MAX_CUSTOM_EVENT_SUBSCRIBERS 2

Maximum Custom event subscribers. Based on No of Custom event handlers this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_DTM_EVENT_SUBSCRIBERS 5

Maximum DTM event subscribers. Based on No of DTM event handlers this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_GAP_EVENT_SUBSCRIBERS 5

Maximum event subscribers for BLE GAP events, Based on number of services/Profiles this number can be changed.

#define MAX_GATT_CLIENT_SUBSCRIBERS 5

Maximum GATT client event subscribers, Based on number of GATT Client services/Profiles this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_GATT_SERVER_SUBSCRIBERS 5

Maximum GATT Server event subscribers, Based on number of GATT Server services/Profiles this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_HTPT_EVENT_SUBSCRIBERS 1

Maximum HTPT event subscribers. Based on No of HTPT event handlers this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_L2CAP_EVENT_SUBSCRIBERS 1

Maximum L2CAP event subscribers. Based on No of L2CAP event handlers this number can be changed.

Referenced by ble_event_manager(), and ble_mgr_events_callback_handler().

#define MAX_SCAN_DEVICE (100)

Referenced by ble_scan_info_handler(), ble_scan_report_app_event(), and pxp_monitor_scan_data_handler().

#define NEXT_DST_SERVICE_UUID (0x1807)

Referenced by time_info_service_found_handler().

#define PAS_SERVICE_UUID (0x180E)

#define PIN_TIMEOUT 30000

pin timeout

Referenced by ble_pair_key_request_handler().

#define PUBLIC_RANDOM_ADDR_MAX_NUM 5

Referenced by ble_advertisement_data_set().

#define PUBLIC_TARGET_ADDR_MAX_NUM 5

Referenced by ble_advertisement_data_set().

#define REF_TIME_CHAR_UUID (0x2A14)

Referenced by time_info_characteristic_found_handler().

#define REFERENCE_TIME_SERVICE_UUID (0x1806)

Referenced by time_info_service_found_handler().

#define SCAN_INTERVAL (96)

Referenced by gap_dev_connect(), and gap_dev_scan().

#define SCAN_RESPONSE_DISABLE 1

#define SCAN_RESPONSE_ENABLE 0

#define SCAN_RESPONSE_ONLY_ENABLE 2

#define SCAN_TIMEOUT (0x0000)

Timeout Scan time-out, 0x0000 disables time-out.

Referenced by gap_dev_scan().

#define SCAN_TYPE (AT_BLE_SCAN_ACTIVE)

Scan method, Refer to at_ble_scan_type_t.

Referenced by gap_dev_scan().

#define SCAN_WINDOW (96)

Referenced by gap_dev_connect(), and gap_dev_scan().

#define SERVICE_UUID128_MAX_NUM 2

Referenced by ble_advertisement_data_set().

#define SERVICE_UUID16_MAX_NUM 15

Referenced by ble_advertisement_data_set().

#define SERVICE_UUID32_MAX_NUM 5

Referenced by ble_advertisement_data_set().

#define SPS_CHAR_SCAN_INT_VALUE_UUID (0x2A4F)

scan interval characteristic uuid

Referenced by sps_init_service().

#define SPS_CHAR_SCAN_REFRESH_UUID (0x2A31)

scan refresh characteristic uuid

Referenced by sps_init_service().

#define SPS_SERVICE_UUID (0x1813)

Scan param service uuid.

Referenced by sps_init_service().

#define TIME_UPDATE_CP_CHAR_UUID (0x2A16)

Referenced by time_info_characteristic_found_handler().

#define TIME_UPDATE_STATE_CHAR_UUID (0x2A17)

Referenced by time_info_characteristic_found_handler().

#define TIME_WITH_DST_CHAR_UUID (0x2A11)

Referenced by time_info_characteristic_found_handler().

#define TX_POWER_LEVEL_CHAR_UUID (0x2A07)

Referenced by init_tx_power_service(), and pxp_monitor_characteristic_found_handler().

#define TX_POWER_LEVEL_SIZE 1

Referenced by ble_observer_scan_info_handler(), and esurl_conf_adv_start().

#define TX_POWER_LEVEL_SIZE 1

#define TX_POWER_SERVICE_UUID (0x1804)

Referenced by init_tx_power_service(), and pxp_monitor_service_found_handler().

typedef struct adv_element_container adv_element_container_t

typedef struct adv_element adv_element_t

typedef struct ble_connected_dev_info ble_connected_dev_info_t

typedef struct ble_custom_event_cb ble_custom_event_cb_t

typedef enum ble_device_ll_state ble_device_ll_state_t

typedef enum ble_device_state ble_device_state_t

typedef struct ble_dtm_event_cb ble_dtm_event_cb_t

typedef at_ble_status_t(* ble_event_callback_t)(void *params)

typedef struct ble_gap_event_cb ble_gap_event_cb_t

typedef enum ble_gatt_cccd_status ble_gatt_cccd_status_t

typedef struct ble_gatt_client_event_cb ble_gatt_client_event_cb_t

typedef struct ble_gatt_server_event_cb ble_gatt_server_event_cb_t

typedef struct ble_htpt_event_cb ble_htpt_event_cb_t

typedef struct ble_l2cap_event_cb ble_l2cap_event_cb_t

typedef struct gatt_service_handler gatt_service_handler_t

typedef struct scan_resp_element scan_resp_element_t

typedef struct user_custom_event user_custom_event_t

enum ble_device_ll_state

Enumerator
BLE_DEVICE_IDLE_STATE	Device is in idle state.
PERIPHERAL_ADVERTISING_STATE	Peripheral state in advertisement.
CENTRAL_SCANNING_STATE	Central in scanning state.
PERIPHERAL_CONNECTED_STATE	Device stopped advertisement/scanning and Connection established.
PERIPHERAL_PAIRED_STATE	Device paired with peer device.
PERIPHERAL_ENCRYPTION_STATE	Device GAP state in Encryption state.
PERIPHERAL_DISCONNECTED_STATE	Device disconnected from peer device.

enum ble_device_state

Enumerator
BLE_DEVICE_DEFAULT_IDLE	Device is not connected and device information table contains invalid information.
BLE_DEVICE_DISCONNECTED	Device is in disconnected from the peer device.
BLE_DEVICE_CONNECTED	Device connected to peer device.
BLE_DEVICE_PAIRING	Device is in pairing state.
BLE_DEVICE_PAIRING_FAILED	Device pairing is not success with peer device.
BLE_DEVICE_PAIRED	Device successfully paired with peer device.
BLE_DEVICE_ENCRYPTION_STATE	Device is in pairing state.
BLE_DEVICE_ENCRYPTION_FAILED	Device encryption is not success with peer device.
BLE_DEVICE_ENCRYPTION_COMPLETED	Device successfully started the encryption with peer device.

enum ble_gatt_cccd_status

Enumerator
CCCD_NOTIFICATION_INDICATION_DISABLED	GATT Server characteristics Notification and Indications are disabled.
CCCD_NOTIFICATION_ENABLED_INDICATION_DISABLED	GATT Server characteristics Notification enabled and Indications are disabled.
CCCD_NOTIFICATION_DISABLED_INDICATION_ENABLED	GATT Server characteristics Notification disabled and Indications enabled.
CCCD_INIDCATION_NOTIFICATION_ENABLED	GATT Server characteristics Notification and Indications are enabled.

enum ble_mgr_event_cb_t

Subscribe the events or Un-subscribe the events.

Enumerator
REGISTER_CALL_BACK	Subscribe for the BLE events.
UNREGISTER_CALL_BACK	Un Subscribe for the BLE events.

enum ble_mgr_event_t

Enumerator
BLE_GAP_EVENT_TYPE
BLE_GATT_SERVER_EVENT_TYPE
BLE_GATT_CLIENT_EVENT_TYPE
BLE_COMMON_EVENT_TYPE
BLE_PAIRING_EVENT_TYPE
BLE_GATT_TP_EVENT_TYPE
BLE_GAP_EVENT_TYPE	BLE GAP Events types.
BLE_GATT_CLIENT_EVENT_TYPE	BLE GATT Client Event types.
BLE_GATT_SERVER_EVENT_TYPE	BLE GATT Server Event types.
BLE_L2CAP_EVENT_TYPE	BLE L2CAP Event types.
BLE_GATT_HTPT_EVENT_TYPE	BLE HTPT Profile Event types.
BLE_DTM_EVENT_TYPE	BLE DTM Event types.
BLE_CUSTOM_EVENT_TYPE	Custom Event types (Application, ISR etc.,)

enum gap_ad_type

enum gap_ad_type brief Gap Advertisement Types

Enumerator
FLAGS	flags
INCOMPLETE_LIST_16BIT_SERV_UUIDS	incomplete list of 16bits service uuids
COMPLETE_LIST_16BIT_SERV_UUIDS	complete list of 16bits service uuids
INCOMPLETE_LIST_32BIT_SERV_UUIDS	incomplete list of 32bits service uuids
COMPLETE_LIST_32BIT_SERV_UUIDS	complete list of 32bits service uuids
INCOMPLETE_LIST_128BIT_SERV_UUIDS	incomplete list of 128bits service uuids
COMPLETE_LIST_128BIT_SERV_UUIDS	complete list of 128bits of service uuids
SHORTENED_LOCAL_NAME	shortened local name of the device
COMPLETE_LOCAL_NAME	complete local name of the device
TX_POWER_LEVEL	TX power level.
CLASS_OF_DEVICE	class of the device
SIMPLE_PAIRING_HASHING	simple pairing hashing
SIMPLE_PAIRING_RANDOMIZER	simple pairing randomizer
DEVICE_ID	device id
SECURITY_MANAGER_OOB_FLAGS	security manager out of band flags
SLAVE_CONNECTION_INTERVAL_RANGE	slave connection interval range
LIST_16BIT_SERV_SOLICITATION_UUIDS	list of 16bits service solicitation uuid
LIST_128BIT_SERV_SOLICITATION_UUIDS	list of 128bits service solicitation uuids
SERVICE_DATA	service data
PUBLIC_TARGET_ADDRESS	public target address
RANDOM_TARGET_ADDRESS	random target address
APPEARANCE	appearance
ADVERTISING_INTERVAL	advertising interval
LE_BLUETOOTH_DEVICE_ADDRESS	le bluetooth device address
LE_ROLE	le role
SIMPLE_PAIRING_HASHING_C256	simple pairing hashing c256
SIMPLE_PAIRING_RANDOMIZER_R256	simple pairing randomizer r256
LIST_32BIT_SERV_SOLICITATION_UUIDS	list of 16bits service solicitation uuid
SERVICE_DATA_32BIT	service data 32bits
SERVICE_DATA_128BIT	service data 128bits
LE_SECURE_CONNECTIONS_CONFIRMATION_VALUE	le secure connection confirmation value
LE_SECURE_CONNECTIONS_RANDOM_VALUE	le secure connection random value
THREED_INFORMATION_DATA	threed information data
MANUFACTURER_SPECIFIC_DATA	manufacturer specific data

at_ble_status_t ble_advertisement_data_set ( void )

ble_advertisement_data_set set the BLE advertisement data based on the available available services and profiles which is present in the current application.

Parameters

[in] None

Returns: AT_BLE_SUCCESS BLE advertisement data set successfully; AT_BLE_FAILURE Failed to set the advertisement data

References _CONF_PUBLIC_TARGET_ADDR, _CONF_PUBLIC_TARGET_ADDR_SCAN_RSP, _CONF_RANDOM_TARGET_ADDR, _CONF_RANDOM_TARGET_ADDR_SCAN_RSP, _CONF_SERVICE_128BIT_UUID, _CONF_SERVICE_128BIT_UUID_SCAN_RSP, _CONF_SERVICE_16BIT_UUID, _CONF_SERVICE_16BIT_UUID_SCAN_RSP, _CONF_SERVICE_32BIT_UUID, _CONF_SERVICE_32BIT_UUID_SCAN_RSP, _CONF_SERVICE_SOLTN_128BIT_UUID, _CONF_SERVICE_SOLTN_128BIT_UUID_SCAN_RSP, _CONF_SERVICE_SOLTN_16BIT_UUID, _CONF_SERVICE_SOLTN_16BIT_UUID_SCAN_RSP, _CONF_SERVICE_SOLTN_32BIT_UUID, _CONF_SERVICE_SOLTN_32BIT_UUID_SCAN_RSP, ADV_ELEMENT_SIZE, adv_element_container::adv_ptr, ADV_TYPE_FLAG_SIZE, ADV_TYPE_SIZE, ADVERTISING_INTERVAL, APPEARANCE, at_ble_adv_data_set(), AT_BLE_ADV_MAX_SIZE, AT_BLE_GAP_INVALID_PARAM, AT_BLE_SUCCESS, BLE_GAP_ADV_ADVERTISING_INTERVAL_LENGTH, BLE_GAP_ADV_DATA_SLAVE_CONN_INTERVAL_RANGE_LENGTH, BLE_GAP_ADV_PUBLIC_TARGET_ADDR_LENGTH, BLE_GAP_ADV_RANDOM_TARGET_ADDR_LENGTH, BLE_GAP_ADV_SERVICE_128BIT_UUID_LENGTH, BLE_GAP_ADV_SERVICE_16BIT_UUID_LENGTH, BLE_GAP_ADV_SERVICE_32BIT_UUID_LENGTH, COMPLETE_LIST_128BIT_SERV_UUIDS, COMPLETE_LIST_16BIT_SERV_UUIDS, COMPLETE_LIST_32BIT_SERV_UUIDS, COMPLETE_LOCAL_NAME, DBG_LOG, DBG_LOG_ADV, DBG_LOG_DEV, LE_BLUETOOTH_DEVICE_ADDRESS, LE_ROLE, adv_element_container::len, scan_resp_element::len, LIST_128BIT_SERV_SOLICITATION_UUIDS, LIST_16BIT_SERV_SOLICITATION_UUIDS, LIST_32BIT_SERV_SOLICITATION_UUIDS, MANUFACTURER_SPECIFIC_DATA, MREPEAT, NULL, PUBLIC_RANDOM_ADDR_MAX_NUM, PUBLIC_TARGET_ADDR_MAX_NUM, PUBLIC_TARGET_ADDRESS, RANDOM_TARGET_ADDRESS, scan_resp_element::scn_ptr, SERVICE_DATA, SERVICE_DATA_128BIT, SERVICE_DATA_32BIT, SERVICE_UUID128_MAX_NUM, SERVICE_UUID16_MAX_NUM, SERVICE_UUID32_MAX_NUM, SHORTENED_LOCAL_NAME, SLAVE_CONNECTION_INTERVAL_RANGE, and TX_POWER_LEVEL.

Referenced by anp_client_init(), battery_service_advertise(), battery_set_advertisement_data(), blp_sensor_init(), csc_prf_init(), device_information_advertise(), fmp_target_adv(), hid_prf_dev_adv(), hr_sensor_init(), htpt_set_advertisement_data(), pas_client_init(), pxp_reporter_adv(), sps_service_advertise(), and time_info_adv().

void ble_characteristic_found_handler ( at_ble_characteristic_found_t * characteristic_found )

function called when the AT_BLE_CHARACTERISTIC_FOUND event is received from stack.

Parameters

[in] characteristic_found at_ble_characteristic_found_t information related to the characteristic found.

Returns: none.

at_ble_status_t ble_characteristic_write_cmd_complete_handler ( void * params )

ble_characteristic_write_cmd_complete_handler handler for Char write command complete event

Parameters

[in] params of at_ble_cmd_complete_event_t type, Refer to at_ble_cmd_complete_event_t

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References AT_BLE_FAILURE, AT_BLE_SUCCESS, at_ble_cmd_complete_event_t::conn_handle, DBG_LOG_DEV, at_ble_cmd_complete_event_t::operation, and at_ble_cmd_complete_event_t::status.

at_ble_status_t ble_check_device_state	(	at_ble_handle_t	conn_handle,
		ble_device_state_t	state
	)

Check the device state.

Parameters

[in]	conn_handle	at_ble_handle_t Device connection handle
[in]	state	ble_device_state_t device state

Returns: AT_BLE_SUCCESS if the passed handle of device states are matches; AT_BLE_FAILURE if the passed handle of device states are doesn't matches

References AT_BLE_FAILURE, AT_BLE_SUCCESS, and BLE_MAX_DEVICE_CONNECTION.

bool ble_check_disconnected_iscentral ( at_ble_handle_t handle )

Check the passed connection handle of the device is disconnected and central device.

Parameters

[in] handle at_ble_handle_t Device connection handle

Returns: true if the passed handle of the device is disconnected and central; false if the passed handle of the device is not central or not disconnected.

References AT_BLE_ROLE_CENTRAL, AT_BLE_SUCCESS, and ble_disconnected_device_role().

Referenced by pxp_disconnect_event_handler().

bool ble_check_disconnected_isperipheral ( at_ble_handle_t handle )

Check the passed connection handle of the device is disconnected and peripheral device.

Parameters

[in] handle at_ble_handle_t Device connection handle

Returns: true if the passed handle of the device is disconnected and peripheral; false if the passed handle of the device is not peripheral or not disconnected.

References AT_BLE_ROLE_PERIPHERAL, AT_BLE_SUCCESS, and ble_disconnected_device_role().

bool ble_check_iscentral ( at_ble_handle_t handle )

Check the passed connection handle of the device is central device.

Parameters

[in] handle at_ble_handle_t Device connection handle

Returns: true if the passed handle of the device is central; false if the passed handle of the device is not central.

References AT_BLE_ROLE_CENTRAL, AT_BLE_ROLE_NONE, AT_BLE_SUCCESS, and ble_connected_device_role().

Referenced by bas_encryption_status_changed_app_event(), bas_paired_app_event(), ble_connected_app_event(), fmp_locator_characteristic_found_handler(), fmp_locator_connected_state_handler(), fmp_locator_discovery_complete_handler(), fmp_locator_pair_done_handler(), pxp_monitor_characteristic_found_handler(), pxp_monitor_characteristic_read_response(), pxp_monitor_connected_state_handler(), pxp_monitor_discovery_complete_handler(), pxp_monitor_encryption_change_handler(), pxp_monitor_pair_done_handler(), and pxp_monitor_service_found_handler().

bool ble_check_ispheripheral ( at_ble_handle_t handle )

Check the passed connection handle of the device is peripheral or central device.

Parameters

[in] handle at_ble_handle_t Device connection handle

Returns: true if the passed handle of the device is peripheral; false if the passed handle of the device is not peripheral.

References AT_BLE_ROLE_PERIPHERAL, AT_BLE_SUCCESS, and ble_connected_device_role().

Referenced by ble_connected_app_event(), ble_pair_done_handler(), pxp_monitor_encryption_change_handler(), and pxp_monitor_pair_done_handler().

at_ble_status_t ble_conn_param_update ( void * params )

function used to update the connection parameter.

Parameters

[in] conn_param_update at_ble_conn_param_update_done_t parameters to be updated.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function used to update the connection parameter.

References ALL_UNUSED, AT_BLE_SUCCESS, and DBG_LOG_DEV.

at_ble_status_t ble_conn_param_update_req ( void * params )

function triggered on receiving a connection parameter update request from the peer.

Parameters

[in] conn_param_req at_ble_conn_param_update_request_t parameters received.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

References at_ble_conn_update_reply(), AT_BLE_SUCCESS, and at_ble_conn_param_update_request_t::handle.

at_ble_status_t ble_connected_device_role	(	at_ble_handle_t	conn_handle,
		at_ble_dev_role_t *	dev_role
	)

Get the passed connection handle device role.

Parameters

[in]	conn_handle	at_ble_handle_t Device connection handle
[in]	dev_role	at_ble_dev_role_t device role Central or Peripheral

Returns: AT_BLE_SUCCESS if the passed handle of the device gets the device role; AT_BLE_FAILURE if the passed handle doesn't match and failure of getting device role

References AT_BLE_FAILURE, AT_BLE_SUCCESS, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, and BLE_MAX_DEVICE_CONNECTION.

Referenced by ble_check_iscentral(), and ble_check_ispheripheral().

at_ble_status_t ble_connected_state_handler ( void * params )

ble_connected_state_handler handles the connected event.

stores the peer device information into device info table

Parameters

[in] params of at_ble_connected_t type, Refer to at_ble_connected_t

Returns: AT_BLE_SUCCESS Connected event handled successfully; AT_BLE_FAILURE Connected event with error status

ble_connected_state_handler handles the connected event.

References at_ble_addr_t::addr, ALL_UNUSED, AT_BLE_ADDRESS_PUBLIC, AT_BLE_ADDRESS_RANDOM_PRIVATE_RESOLVABLE, at_ble_disconnect(), AT_BLE_FAILURE, AT_BLE_MAX_KEY_LEN, at_ble_random_address_resolve(), AT_BLE_ROLE_CENTRAL, AT_BLE_ROLE_PERIPHERAL, AT_BLE_SUCCESS, AT_BLE_TERMINATED_BY_USER, BLE_DEVICE_CONNECTED, ble_device_count, ble_device_current_state, BLE_DEVICE_DEFAULT_IDLE, BLE_MAX_DEVICE_CONNECTION, ble_send_slave_sec_request(), at_ble_connected_t::conn_status, DBG_LOG, DBG_LOG_DEV, at_ble_connected_t::handle, at_ble_connected_t::peer_addr, PERIPHERAL_CONNECTED_STATE, resolve_addr_flag, and at_ble_addr_t::type.

at_ble_status_t ble_device_dead_handler ( void * params )

ble_device_dead_handler handler for BLE device dead indication handler.

When the application receives this event that means BLE device is not responding. The application may start the BLE device from beginning by calling the at_ble_init, Refer to at_ble_init

Parameters

[in] params of void * type

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References ALL_UNUSED, AT_BLE_SUCCESS, and DBG_LOG.

void ble_device_init ( at_ble_addr_t * addr )

function sets both device address and device name which are exposed to all other devices.

Parameters

[in]	addr	address to be set as a device address.
[in]	args	configuration required for initialization.

Returns: none.

function sets both device address and device name which are exposed to all other devices.

Select BTLC1000 GPIO for host wakeup, for Wing board select BTLC1000_EXT_PIN9 only, for SoC use the enum values

UART baudrate value one of at_ble_uart_baudrate_tag values

References AT_BLE_GAP_INVALID_PARAM, platform_api_list_tag::at_ble_reconfigure_usart, AT_BLE_ROLE_NONE, AT_BLE_SUCCESS, AT_BLE_UART, AT_BTLC1000_MR, AT_BTLC1000_ZR, att_db_data, BLE_ATT_DB_MEMORY_SIZE, BLE_CUSTOM_EVENT_TYPE, ble_device_count, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_NAME, BLE_GAP_EVENT_TYPE, BLE_GATT_SERVER_EVENT_TYPE, ble_init(), BLE_INVALID_CONNECTION_HANDLE, BLE_MAX_DEVICE_CONNECTION, ble_mgr_events_callback_handler(), ble_restore_bonding_info(), ble_sdk_version(), ble_set_dev_config(), ble_set_device_name(), BTLC1000_EXT_PIN9, at_ble_init_config_t::btlc1000_module_version, at_ble_bus_info_t::btlc1000_uart_pinout_switch, at_ble_bus_info_t::bus_baudrate, at_ble_init_config_t::bus_info, at_ble_bus_info_t::bus_type, DBG_LOG, at_ble_init_config_t::event_mem_pool, at_ble_init_config_t::event_params_mem_pool, event_params_memory, event_pool_memory, at_ble_bus_info_t::host_external_wakeup_gpio, at_ble_init_config_t::memPool, at_ble_mempool_t::memSize, at_ble_mempool_t::memStartAdd, NULL, at_ble_init_config_t::platform_api_list, platform_configure_hw_fc_uart(), platform_configure_primary_uart(), platform_host_set_sleep(), platform_init(), REGISTER_CALL_BACK, at_ble_init_config_t::rx_fifo_mem_pool, rx_fifo_memory, TRACE_LVL_DISABLE, and trace_set_level().

Referenced by ble_disconnected_app_event(), ble_init(), and main().

at_ble_status_t ble_device_out_of_sync_handler ( void * params )

ble_device_out_of_sync_handler handler for out of sync indication handler.

When device starts missing few events or UART BLE event data

Parameters

[in] params of void * type

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References ALL_UNUSED, AT_BLE_SUCCESS, and DBG_LOG.

at_ble_status_t ble_disconnected_device_role	(	at_ble_handle_t	conn_handle,
		at_ble_dev_role_t *	dev_role
	)

Get the device role of disconnected device.

Parameters

[in]	conn_handle	at_ble_handle_t Device connection handle
[in]	dev_role	at_ble_dev_role_t device role Central or Peripheral

Returns: AT_BLE_SUCCESS if the passed handle of the device gets the device role; AT_BLE_FAILURE if the passed handle doesn't match and failure of getting device role

References AT_BLE_FAILURE, AT_BLE_ROLE_NONE, AT_BLE_SUCCESS, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, and BLE_MAX_DEVICE_CONNECTION.

Referenced by ble_check_disconnected_iscentral(), and ble_check_disconnected_isperipheral().

at_ble_status_t ble_disconnected_state_handler ( void * params )

function called when the AT_BLE_DISCONNECTED event is received from the stack.

Parameters

[in] disconnect at_ble_disconnected_t information about the disconnection.

Returns: none.

function called when the AT_BLE_DISCONNECTED event is received from the stack.

References AT_BLE_ATT_INSUFF_AUTHEN, AT_BLE_AUTH_NO_MITM_NO_BOND, AT_BLE_GAP_INVALID_PARAM, AT_BLE_ROLE_NONE, AT_BLE_SUCCESS, BLE_DEVICE_CONNECTED, ble_device_count, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, BLE_DEVICE_ENCRYPTION_COMPLETED, BLE_DEVICE_ENCRYPTION_FAILED, BLE_DEVICE_ENCRYPTION_STATE, BLE_DEVICE_PAIRED, BLE_DEVICE_PAIRING, BLE_DEVICE_PAIRING_FAILED, BLE_MAX_DEVICE_CONNECTION, DBG_LOG, DBG_LOG_DEV, at_ble_disconnected_t::handle, at_ble_disconnected_t::reason, and send_slave_security_flag.

void ble_discovery_complete_handler ( at_ble_discovery_complete_t * discover_status )

function called when the AT_BLE_DISCOVERY_COMPLETE event is received from the stack.

Parameters

[in] discover_status status of the discovery.

Returns: none.

at_ble_status_t ble_encryption_request_handler ( void * params )

function called when the AT_BLE_ENCRYPTION_REQUEST event is received from stack.

Parameters

[in] encry_req encryption request from the peer device.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function called when the AT_BLE_ENCRYPTION_REQUEST event is received from stack.

References AT_BLE_AUTH_FAILURE, at_ble_disconnect(), at_ble_encryption_request_reply(), AT_BLE_FAILURE, AT_BLE_SUCCESS, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, BLE_DEVICE_ENCRYPTION_STATE, BLE_MAX_DEVICE_CONNECTION, DBG_LOG, DBG_LOG_DEV, at_ble_encryption_request_t::ediv, at_ble_encryption_request_t::handle, at_ble_encryption_request_t::nb, resolve_addr_flag, and temp_param.

Referenced by ble_resolv_rand_addr_handler().

at_ble_status_t ble_encryption_status_change_handler ( void * params )

function called when the AT_BLE_ENCRYPTION_STATUS_CHANGED event is received from stack.

Parameters

[in] encry_status changed encryption status.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function called when the AT_BLE_ENCRYPTION_STATUS_CHANGED event is received from stack.

References AT_BLE_FAILURE, AT_BLE_SUCCESS, at_ble_encryption_status_changed_t::authen, BLE_DEVICE_ENCRYPTION_COMPLETED, BLE_DEVICE_ENCRYPTION_FAILED, BLE_DEVICE_ENCRYPTION_STATE, BLE_MAX_DEVICE_CONNECTION, DBG_LOG, at_ble_encryption_status_changed_t::handle, send_slave_security_flag, and at_ble_encryption_status_changed_t::status.

void ble_event_manager	(	at_ble_events_t	events,
		void *	event_params
	)

function handling all the events from the stack, responsible for calling the respective functions initialized for the events.

Parameters

[in]	events	events received from the stack at_ble_events_t.
[in]	event_params	data received from stack for the respective event received.

Returns: none.

References AT_BLE_ADV_REPORT, AT_BLE_CHARACTERISTIC_CHANGED, AT_BLE_CHARACTERISTIC_CONFIGURATION_CHANGED, AT_BLE_CHARACTERISTIC_FOUND, AT_BLE_CHARACTERISTIC_READ_BY_UUID_RESPONSE, AT_BLE_CHARACTERISTIC_READ_MULTIBLE_RESPONSE, AT_BLE_CHARACTERISTIC_WRITE_CMD_CMP, AT_BLE_CHARACTERISTIC_WRITE_RESPONSE, AT_BLE_CON_CHANNEL_MAP_IND, AT_BLE_CONN_PARAM_UPDATE_DONE, AT_BLE_CONN_PARAM_UPDATE_REQUEST, AT_BLE_CONNECTED, AT_BLE_CUSTOM_EVENT, AT_BLE_DESCRIPTOR_FOUND, AT_BLE_DEVICE_READY, AT_BLE_DISCONNECTED, AT_BLE_DISCOVERY_COMPLETE, AT_BLE_ENCRYPTION_REQUEST, AT_BLE_ENCRYPTION_STATUS_CHANGED, AT_BLE_EVENT_MAX, AT_BLE_HTPT_CFG_INDNTF_IND, AT_BLE_HTPT_CREATE_DB_CFM, AT_BLE_HTPT_DISABLE_IND, AT_BLE_HTPT_ENABLE_RSP, AT_BLE_HTPT_ERROR_IND, AT_BLE_HTPT_MEAS_INTV_CHG_IND, AT_BLE_HTPT_MEAS_INTV_CHG_REQ, AT_BLE_HTPT_MEAS_INTV_UPD_RSP, AT_BLE_HTPT_TEMP_SEND_CFM, AT_BLE_INCLUDED_SERVICE_FOUND, AT_BLE_INDICATION_CONFIRMED, AT_BLE_INDICATION_RECIEVED, AT_BLE_LE_PACKET_REPORT, AT_BLE_LE_TEST_STATUS, AT_BLE_LECB_ADD_CREDIT_IND, AT_BLE_LECB_CONN_REQ, AT_BLE_LECB_CONNECTED, AT_BLE_LECB_DATA_RECIEVED, AT_BLE_LECB_DISCONNECTED, AT_BLE_LECB_SEND_RESP, AT_BLE_MTU_CHANGED_CMD_COMPLETE, AT_BLE_MTU_CHANGED_INDICATION, AT_BLE_NOTIFICATION_CONFIRMED, AT_BLE_NOTIFICATION_RECIEVED, AT_BLE_PAIR_DONE, AT_BLE_PAIR_KEY_REQUEST, AT_BLE_PAIR_REQUEST, AT_BLE_PEER_ATT_INFO_IND, AT_BLE_PRIMARY_SERVICE_FOUND, AT_BLE_RAND_ADDR_CHANGED, AT_BLE_READ_AUTHORIZE_REQUEST, AT_BLE_RESOLV_RAND_ADDR_STATUS, AT_BLE_SCAN_INFO, AT_BLE_SCAN_REPORT, AT_BLE_SERVICE_CHANGED_INDICATION_SENT, AT_BLE_SIGN_COUNTERS_IND, AT_BLE_SLAVE_SEC_REQUEST, AT_BLE_UNDEFINED_EVENT, AT_BLE_WRITE_AUTHORIZE_REQUEST, ble_scan_duplication_check(), DBG_LOG, DBG_LOG_DEV, events, MAX_CUSTOM_EVENT_SUBSCRIBERS, MAX_DTM_EVENT_SUBSCRIBERS, MAX_GAP_EVENT_SUBSCRIBERS, MAX_GATT_CLIENT_SUBSCRIBERS, MAX_GATT_SERVER_SUBSCRIBERS, MAX_HTPT_EVENT_SUBSCRIBERS, MAX_L2CAP_EVENT_SUBSCRIBERS, and NULL.

Referenced by ble_event_task().

at_ble_status_t ble_event_task ( void )

function to handle the BLE event task.

Parameters

[in] none.

Returns: AT_BLE_SUCCESS operation completed successfully; AT_BLE_FAILURE Generic error.

function to handle the BLE event task.

References at_ble_event_get(), AT_BLE_FAILURE, AT_BLE_SUCCESS, ble_event_manager(), ble_event_params, BLE_EVENT_TIMEOUT, and event.

Referenced by main(), and pxp_monitor_start_scan().

bool ble_mgr_events_callback_handler	(	ble_mgr_event_cb_t	event_cb_type,
		ble_mgr_event_t	event_type,
		const void *	ble_event_handler
	)

ble_mgr_events_callback_handler handler for Profile/Service/application to register the BLE events callbacks

Parameters

[in]	param	of ble_mgr_event_cb_t type, Refer to ble_mgr_event_cb_t
[in]	param	of ble_mgr_event_t type, Refer to ble_mgr_event_t
[in]	ble_event_handler	of ble_mgr_event_t type, Refer to ble_mgr_event_t

Returns: true callback registered or un-register from the event handlers; false failed to register or un-register the events from the event handlers

ble_mgr_events_callback_handler handler for Profile/Service/application to register the BLE events callbacks

The callback pointers are registered according to the group type of BLE Events request is received AT_BLE_LECB_CONN_REQ

Parameters

[in]	event_cb_type	Register/Unregister the callback functions
[in]	event_type	type of BLE event
[in]	ble_event_handler	structure of function pointers for the event

Returns: Upon successful completion the function shall return true, Otherwise the function shall return false

References BLE_CUSTOM_EVENT_TYPE, BLE_DTM_EVENT_TYPE, BLE_GAP_EVENT_TYPE, BLE_GATT_CLIENT_EVENT_TYPE, BLE_GATT_HTPT_EVENT_TYPE, BLE_GATT_SERVER_EVENT_TYPE, BLE_L2CAP_EVENT_TYPE, MAX_CUSTOM_EVENT_SUBSCRIBERS, MAX_DTM_EVENT_SUBSCRIBERS, MAX_GAP_EVENT_SUBSCRIBERS, MAX_GATT_CLIENT_SUBSCRIBERS, MAX_GATT_SERVER_SUBSCRIBERS, MAX_HTPT_EVENT_SUBSCRIBERS, MAX_L2CAP_EVENT_SUBSCRIBERS, NULL, REGISTER_CALL_BACK, and UNREGISTER_CALL_BACK.

Referenced by anp_client_init(), ble_device_init(), blp_sensor_init(), csc_prf_init(), eddystone_app_init(), fmp_locator_init(), fmp_target_init(), hid_prf_init(), hr_sensor_init(), main(), pas_client_init(), pxp_monitor_init(), pxp_reporter_init(), sps_init_service(), and time_info_init().

at_ble_status_t ble_mtu_changed_cmd_complete_handler ( void * params )

ble_mtu_changed_indication_handler handler for Peer device MTU size change

Parameters

[in] params of at_ble_mtu_changed_ind_t type, Refer to at_ble_mtu_changed_ind_t

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References AT_BLE_FAILURE, AT_BLE_SUCCESS, at_ble_cmd_complete_event_t::conn_handle, DBG_LOG, DBG_LOG_DEV, at_ble_cmd_complete_event_t::operation, and at_ble_cmd_complete_event_t::status.

at_ble_status_t ble_mtu_changed_indication_handler ( void * params )

ble_mtu_changed_indication_handler handler for Peer device MTU size change

Parameters

[in] params of at_ble_mtu_changed_ind_t type, Refer to at_ble_mtu_changed_ind_t

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References AT_BLE_SUCCESS, at_ble_mtu_changed_ind_t::conhdl, DBG_LOG_DEV, and at_ble_mtu_changed_ind_t::mtu_value.

at_ble_status_t ble_pair_done_handler ( void * params )

function called when the AT_BLE_PAIR_DONE event is received from stack.

Parameters

[in] pairing_params at_ble_pair_done_t pair done information.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function called when the AT_BLE_PAIR_DONE event is received from stack.

References at_ble_disconnect(), AT_BLE_FAILURE, AT_BLE_SUCCESS, AT_BLE_TERMINATED_BY_USER, at_ble_pair_done_t::auth, ble_check_ispheripheral(), BLE_DEVICE_PAIRED, BLE_DEVICE_PAIRING, BLE_DEVICE_PAIRING_FAILED, BLE_MAX_DEVICE_CONNECTION, ble_store_bonding_info(), DBG_LOG, DBG_LOG_CONT_DEV, DBG_LOG_DEV, at_ble_pair_done_t::handle, at_ble_LTK_t::key, at_ble_CSRK_t::key, at_ble_IRK_t::key, at_ble_pair_done_t::peer_csrk, at_ble_pair_done_t::peer_irk, at_ble_pair_done_t::peer_ltk, and at_ble_pair_done_t::status.

at_ble_status_t ble_pair_key_request_handler ( void * params )

function called when the AT_BLE_PAIR_KEY_REQUEST event is received from stack.

Parameters

[in] pair_key at_ble_pair_key_request_t key details for the pairing request.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function called when the AT_BLE_PAIR_KEY_REQUEST event is received from stack.

References at_ble_disconnect(), AT_BLE_FAILURE, at_ble_pair_key_reply(), AT_BLE_PAIR_OOB, AT_BLE_PAIR_PASSKEY, AT_BLE_PAIR_PASSKEY_DISPLAY, AT_BLE_PAIR_PASSKEY_ENTRY, AT_BLE_PASSKEY_LEN, AT_BLE_SUCCESS, AT_BLE_TERMINATED_BY_USER, DBG_LOG, DBG_LOG_CONT, getchar_timeout(), at_ble_pair_key_request_t::handle, at_ble_pair_key_request_t::passkey_type, PIN_TIMEOUT, and at_ble_pair_key_request_t::type.

at_ble_status_t ble_pair_request_handler ( void * params )

function called when the AT_BLE_PAIR_REQUEST event is received from stack.

Parameters

[in] pair_key at_ble_pair_request_t details for the pairing request from the peer.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function called when the AT_BLE_PAIR_REQUEST event is received from stack.

at_ble_status_t ble_remove_bonding_info ( void )

Remove all bonding information from PDS.

Remove all the valid bonding informations from PDS

Parameters

[in] None

Returns: Status of the Remove bonding information procedure

Return values

AT_BLE_SUCCESS	bonding information removed successfully from the PDS
AT_BLE_FAILURE	Failed to remove the bonding information from PDS

References AT_BLE_FAILURE, AT_BLE_SUCCESS, BLE_BONDING_INFO, BLE_MAX_DEVICE_CONNECTION, count, DBG_LOG, pds_delete(), PDS_ID, pds_list_item(), and PDS_SUCCESS.

Referenced by main().

at_ble_status_t ble_resolv_rand_addr_handler ( void * params )

ble_resolv_rand_addr_handler handles the resolved random address event

Parameters

[in] params of at_ble_resolv_rand_addr_status_t type, Refer to at_ble_resolv_rand_addr_status_t

Returns: AT_BLE_SUCCESS Resolved random address matches with existing device; AT_BLE_FAILURE Resolved random address doesn't match with any device

References ALL_UNUSED, at_ble_disconnect(), AT_BLE_FAILURE, AT_BLE_MAX_KEY_LEN, AT_BLE_ROLE_PERIPHERAL, AT_BLE_SUCCESS, AT_BLE_TERMINATED_BY_USER, BLE_DEVICE_CONNECTED, ble_device_count, BLE_DEVICE_DEFAULT_IDLE, BLE_DEVICE_DISCONNECTED, ble_encryption_request_handler(), BLE_MAX_DEVICE_CONNECTION, ble_send_slave_sec_request(), DBG_LOG, DBG_LOG_DEV, at_ble_connected_t::handle, at_ble_resolv_rand_addr_status_t::irk, resolve_addr_flag, send_slave_security_flag, at_ble_resolv_rand_addr_status_t::status, and temp_param.

at_ble_status_t ble_restore_bonding_info ( void )

Restore the bonding information from PDS.

Restore all the valid bonding information from PDS to device info table

Parameters

[in] None

Returns: Status of the Restore bonding information

Return values

AT_BLE_SUCCESS	PDS Restore bonding information is completed.
AT_BLE_FAILURE	Restore bonding information failed

References AT_BLE_FAILURE, AT_BLE_SUCCESS, BLE_BONDING_INFO, BLE_DEVICE_DISCONNECTED, BLE_MAX_DEVICE_CONNECTION, count, DBG_LOG, PDS_ID, pds_list_item(), pds_read(), and PDS_SUCCESS.

Referenced by ble_device_init().

at_ble_status_t ble_scan_info_handler ( void * params )

function to handle the scan information.

Parameters

[in] scan_param scanned data.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function to handle the scan information.

References at_ble_addr_t::addr, AT_BLE_FAILURE, at_ble_scan_stop(), AT_BLE_SUCCESS, DBG_LOG, DBG_LOG_DEV, at_ble_scan_info_t::dev_addr, MAX_SCAN_DEVICE, and scan_response_count.

at_ble_status_t ble_scan_report_handler ( void * params )

function to handle the scan status.

Parameters

[in] scan_report status of the scan.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function to handle the scan status.

References AT_BLE_FAILURE, AT_BLE_SUCCESS, ble_device_current_state, BLE_DEVICE_IDLE_STATE, DBG_LOG, and at_ble_scan_report_t::status.

uint32_t ble_sdk_version ( void )

ble_sdk_version gets the version of BluSDK and also checks the SDK and Library version compatibility

Parameters

[in] None

Returns: BluSDK version

References at_ble_firmware_version_get(), at_ble_rf_version_get(), AT_BLE_SUCCESS, BLE_SDK_BUILD_NO, BLE_SDK_MAJOR_NO, BLE_SDK_MINOR_NO, BLE_SDK_MINOR_NO_INC, BLE_SDK_VERSION, DBG_LOG, and DBG_LOG_DEV.

Referenced by ble_device_init().

at_ble_status_t ble_send_slave_sec_request ( at_ble_handle_t conn_handle )

function to send slave security request.

Parameters

[in] conn_handle at_ble_handle_t connection handle.

Returns: AT_BLE_SUCCESS operation completed successfully; AT_BLE_FAILURE Generic error.

function to send slave security request.

References ALL_UNUSED, AT_BLE_FAILURE, at_ble_send_slave_sec_request(), AT_BLE_SUCCESS, BLE_BOND_REQ, BLE_MITM_REQ, DBG_LOG, and DBG_LOG_DEV.

Referenced by ble_connected_state_handler(), ble_resolv_rand_addr_handler(), and time_info_connected_state_handler().

at_ble_status_t ble_set_device_name	(	uint8_t *	name,
		uint8_t	name_len
	)

function to set the device name.

Parameters

[in]	name	name of the device.
[in]	name_len	length of the device name.

Returns: AT_BLE_SUCCESS operation completed successfully.; AT_BLE_FAILURE Generic error.

function to set the device name.

References at_ble_device_name_set(), AT_BLE_INVALID_PARAM, and NULL.

at_ble_status_t ble_slave_security_request_handler ( void * params )

at_ble_status_t ble_store_bonding_info ( void * params )

Store the bonding information.

Parameters

[in] None

Returns: Status of the PDS bonding information store procedure

Return values

AT_BLE_SUCCESS	Stored the bonding information in PDS
AT_BLE_FAILURE	Failed to store the bonding information in PDS

References AT_BLE_FAILURE, AT_BLE_SUCCESS, BLE_BONDING_INFO, BLE_MAX_DEVICE_CONNECTION, count, DBG_LOG, pds_compact_sector(), PDS_ID, pds_list_item(), PDS_NVM_NO_MEMORY, PDS_SECTOR_ITEM_ERROR, PDS_SUCCESS, and pds_write().

Referenced by ble_pair_done_handler().

at_ble_status_t ble_undefined_event_handler ( void * params )

ble_undefined_event_handler handler for undefined events which is not expected in Library

Parameters

[in] params of void * type

Returns: AT_BLE_SUCCESS event handled successfully; AT_BLE_FAILURE event with error status

References ALL_UNUSED, AT_BLE_SUCCESS, and DBG_LOG_DEV.

COMPILER_PACK_RESET ( )

Initialize the PDS NVM memory controller.

Initialize the NVM memory controller, based on the NVM id the respective driver API's must be called, If any errors in the initialization will result in PDS Initialization error

Parameters

[in] pds_instance Initialized PDS environment structure

Returns: Status of the PDS Initialize procedure

Return values

PDS_SUCCESS	PDS Initialize procedure is completed
PDS_INIT_ERROR	PDS initialization failed, due to inactive sector or NVM Init failures
for	other return values check pds_status_t enum values

at_ble_status_t gap_dev_connect ( at_ble_addr_t dev_addr[] )

function requesting the device for the connection.

Parameters

[in] dev_addr address of the the peer device.