blob: c144f31b9c704e9a041c7e3c393d31420c0c589d [file] [log] [blame]
#ifndef __AGPS_MD_INTERFACE_H__
#define __AGPS_MD_INTERFACE_H__
#include "gps_common.h"
//version history
// 6 add PositionTect bitmap parameter in MOLR_BEGIN_REQ, add session_id in MTLR_BEGIN_IND and MTLR_BEGIN_RSP
// 7 change version's type from short to int to avoid unaligned access
// 8 add 4 Session IND messages
// 9 extend requestor_id and client_name from 128 bytes to 160 bytes
// 10 define LPP UP SWIP <-> LPP CP message ID (no struct definition, uses raw data)
// 11 add AGPS_MD_TYPE_MTLR_BEGIN_2_IND and agps_md_mtlr_begin_2_ind struct
// 12 add supporting eutran band list in sim_info_rsp
// 13 add session_id in agps_md_auto_mtlr_response_ind struct
// 13.2 add AGPS_MD_TYPE_SIM_INFO_IND for MD to report SIM_INFO when it is boot up complete, AP CCCI driver should keep the data sent from MD when AP/AGPS does not open CCCI yet
// 13.3 add AGPS_MD_TYPE_LPP_PEER_OTDOA_RESET_UE_STORED_POS_REQ for SUPL LPP session to delete OTDOA data in MD side when A-GPS session is finished
// 13.4 add AGPS_MD_TYPE_MDT_SUPL_DONE_RSP and AGPS_MD_GPS_OPEN_IND_TYPE_MDT for MDT session
// 13.5 add AGPS_MD_TYPE_LOCATION_NTF to sync the latest location to MD side
// 13.6 add support_lpp_otdoa_nbr_cell_list in agps_md_sim_info_rsp and agps_md_sim_info_ind for LPP inter-freq (only on LPP, no implementation on LBS)
// 13.7 add supl flow indication
// 13.8 add AGPS_MD_TYPE_CP_SERVICE_CONFIG_NTF to do CP on/off in runtime, this should be used in Titan's project only
// 13.9 add CP service config in agps_md_sim_info_req struct
// 13.10 add AGPS_MD_TYPE_MODEM_REBOOT_IND when LBS task is initiated or flight mode on/off
// 13.11 add the huge data transfer
// 13.12 add support_location_settings and AGPS_MD_TYPE_LOCATION_SETTINGS_NTF
// 13.13 move agps_md_huge_data_type from huge_data_transfer.h to agps_md_interface.h
// 13.14 re-name agps_md_huge_data_type to agps_md_huge_data_msg_id
// 13.15 add reject_non911_nilr_enable for LGE VZW requirement
// 13.16 add battery_percentage in agps_md_sim_info_req struct to sync the battery percentage per 5% to MD/LBS
// 13.17 add support_ue_rx_tx_sup_tdd_r13 in agps_md_sim_info_rsp
// 13.18 add NR positioning
// 13.19 add location source in AGPS_MD_TYPE_LOCATION_NTF
// 13.20 add support_md_time_sync and AGPS_MD_HUGE_DATA_TYPE_MD_TIME_XXX
#define AGPS_MD_INTERFACE_VERSION 13
#define MAX_AGPS_MD_BUFFER_SIZE 4096
typedef int agps_md_reset_data;
#define AGPS_MD_RESET_EPHEMERIS 0x0001
#define AGPS_MD_RESET_ALMANAC 0x0002
#define AGPS_MD_RESET_POSITION 0x0004
#define AGPS_MD_RESET_TIME 0x0008
#define AGPS_MD_RESET_IONO 0x0010
#define AGPS_MD_RESET_UTC 0x0020
#define AGPS_MD_RESET_HEALTH 0x0040
#define AGPS_MD_RESET_SVDIR 0x0080
#define AGPS_MD_RESET_SVSTEER 0x0100
#define AGPS_MD_RESET_SADATA 0x0200
#define AGPS_MD_RESET_RTI 0x0400
#define AGPS_MD_RESET_CELLDB_INFO 0x8000
#define AGPS_MD_RESET_ALL 0xFFFF
typedef struct {
double latitude; //Represents latitude in degrees
double longitude; //Represents longitude in degrees
char altitude_used; //0=disabled 1=enabled
double altitude; //Represents altitude in meters above the WGS 84 reference
char speed_used; //0=disabled 1=enabled
float speed; //Represents speed in meters per second
char bearing_used; //0=disabled 1=enabled
float bearing; //Represents heading in degrees
char accuracy_used; //0=disabled 1=enabled
float accuracy; //Represents expected accuracy in meters
char timestamp_used; //0=disabled 1=enabled
long long timestamp; //Milliseconds since January 1, 1970
} agps_md_gps_location;
typedef enum {
//PMTK
AGPS_MD_TYPE_PMTK = 0,
//GPS control
AGPS_MD_TYPE_GPS_RESET_IND = 100,
AGPS_MD_TYPE_GPS_RESET_RSP,
AGPS_MD_TYPE_GPS_OPEN_IND,
AGPS_MD_TYPE_GPS_OPEN_RSP,
AGPS_MD_TYPE_GPS_CLOSE_IND,
AGPS_MD_TYPE_GPS_CLOSE_RSP,
AGPS_MD_TYPE_SESSION_ABORT_REQ,
AGPS_MD_TYPE_SESSION_ABORT_RSP,
AGPS_MD_TYPE_MDT_SUPL_DONE_RSP,
//MOLR
AGPS_MD_TYPE_MOLR_BEGIN_REQ = 200,
AGPS_MD_TYPE_MOLR_BEGIN_RSP,
//MTLR
AGPS_MD_TYPE_MTLR_BEGIN_IND = 300,
AGPS_MD_TYPE_MTLR_BEGIN_RSP,
AGPS_MD_TYPE_MTLR_BEGIN_2_IND,
//NBR
AGPS_MD_TYPE_NBR_CELL_INFO_REG_REQ = 400,
AGPS_MD_TYPE_NBR_CELL_INFO_REG_CNF,
AGPS_MD_TYPE_NBR_CELL_INFO_DEREG_REQ,
AGPS_MD_TYPE_NBR_CELL_INFO_DEREG_CNF,
AGPS_MD_TYPE_NBR_CELL_INFO_IND,
//Automation
AGPS_MD_TYPE_AUTO_TEST_IND = 500,
AGPS_MD_TYPE_AUTO_CP_UP_STATUS_IND,
AGPS_MD_TYPE_AUTO_MOLR_START_IND,
AGPS_MD_TYPE_AUTO_MOLR_STOP_IND,
AGPS_MD_TYPE_AUTO_MTLR_RESPONSE_IND, //not support by MTK AOSP AGPS
//SIM info query
AGPS_MD_TYPE_EMERGENCY_CALL_IND = 600,
AGPS_MD_TYPE_SIM_INFO_REQ,
AGPS_MD_TYPE_SIM_INFO_RSP,
AGPS_MD_TYPE_SERVICE_STATE_REQ,
AGPS_MD_TYPE_SERVICE_STATE_RSP,
AGPS_MD_TYPE_ROAMING_STATE_REQ,
AGPS_MD_TYPE_ROAMING_STATE_RSP,
AGPS_MD_TYPE_DATA_CONNECTION_STATE_REQ,
AGPS_MD_TYPE_DATA_CONNECTION_STATE_RSP,
AGPS_MD_TYPE_SIM_INFO_IND,
AGPS_MD_TYPE_EMERGENCY_TEXT_IND,
//Session IND
AGPS_MD_TYPE_SESSION_START_IND = 700,
AGPS_MD_TYPE_SESSION_END_IND,
AGPS_MD_TYPE_LTE_OTDOA_IND,
AGPS_MD_TYPE_LTE_ECID_IND,
//LPP UP SWIP to LPP CP (raw data)
AGPS_MD_TYPE_LPP_PEER_OTDOA_MEAS_REQ = 800,
AGPS_MD_TYPE_LPP_PEER_OTDOA_ASSIST_DATA_REQ,
AGPS_MD_TYPE_LPP_PEER_OTDOA_MEAS_ABORT_REQ,
AGPS_MD_TYPE_LPP_PEER_ECID_MEAS_REQ,
AGPS_MD_TYPE_LPP_PEER_ECID_MEAS_ABORT_REQ,
AGPS_MD_TYPE_LPP_PEER_EUTRAN_BAND_UPDATE_REQ,
AGPS_MD_TYPE_LPP_PEER_OTDOA_RESET_UE_STORED_POS_REQ,
//LPP CP to LPP UP SWIP (raw data)
AGPS_MD_TYPE_LPP_PEER_OTDOA_MEAS_CNF = 900,
AGPS_MD_TYPE_LPP_PEER_OTDOA_ASSIST_DATA_CNF,
AGPS_MD_TYPE_LPP_PEER_OTDOA_ADDITIONAL_ASSIST_DATA_REQ,
AGPS_MD_TYPE_LPP_PEER_ECID_MEAS_CNF,
AGPS_MD_TYPE_LPP_PEER_EUTRAN_BAND_UPDATE_CNF,
//AP -> MD notify information
AGPS_MD_TYPE_LOCATION_NTF = 1000,
AGPS_MD_TYPE_CP_SERVICE_CONFIG_NTF,
AGPS_MD_TYPE_LOCATION_SETTINGS_NTF,
AGPS_MD_TYPE_GNSS_TIME_NTF,
//SUPL Raw data to ELT
AGPS_MD_TYPE_SUPL_FLOW_IND = 1100,
AGPS_MD_TYPE_SUPL_FLOW_RSP = 1101,
//MD -> AP notify information
AGPS_MD_TYPE_MODEM_REBOOT_IND = 1200,
//Segmented Packet Transfer (Two-way)
AGPS_MD_TYPE_SEGMENTED_PACKET_IND = 1300,
} agps_md_type;
typedef enum {
// LPPe WLAN
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_REQUEST_CAPABILITIES = 100, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_PROVIDE_CAPABILITIES = 101, //AP -> MD LPPeWlan_WlanProvideCapabilities
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_START_MEASUREMENT = 102, //MD -> AP LPPeWlan_WlanMeasurements
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_STOP_MEASUREMENT = 103, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_QUERY_MEASUREMENT = 104, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_REPLY_MEASUREMENT = 105, //AP -> MD lppe_stack_wlan_meas
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_REQUEST_ASSIST_DATA = 106, //AP -> MD lppe_stack_wlan_request_assist_data
AGPS_MD_HUGE_DATA_TYPE_LPPE_WLAN_PROVIDE_ASSIST_DATA = 107, //MD -> AP lppe_stack_wlan_provide_assist_data
// LPPe BT
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_REQUEST_CAPABILITIES = 200, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_PROVIDE_CAPABILITIES = 201, //AP -> MD LPPeBluetooth_BluetoothProvideCapabilities
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_START_MEASUREMENT = 202, //MD -> AP LPPeBluetooth_BluetoothMeasurementRequest
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_STOP_MEASUREMENT = 203, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_QUERY_MEASUREMENT = 204, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_REPLY_MEASUREMENT = 205, //AP -> MD lppe_stack_bt_meas
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_REQUEST_ASSIST_DATA = 206, //AP -> MD lppe_stack_bt_request_assist_data
AGPS_MD_HUGE_DATA_TYPE_LPPE_BT_PROVIDE_ASSIST_DATA = 207, //MD -> AP lppe_stack_bt_provide_assist_data
// LPPe Sensor
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_REQUEST_CAPABILITIES = 300, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_PROVIDE_CAPABILITIES = 301, //AP -> MD LPPeSensor_SensorProvideCapabilities
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_START_MEASUREMENT = 302, //MD -> AP LPPeSensor_SensorMeasurementRequest
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_STOP_MEASUREMENT = 303, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_QUERY_MEASUREMENT = 304, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_REPLY_MEASUREMENT = 305, //AP -> MD lppe_stack_sensor_meas
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_REQUEST_ASSIST_DATA = 306, //AP -> MD lppe_stack_sensor_request_assist_data
AGPS_MD_HUGE_DATA_TYPE_LPPE_SENSOR_PROVIDE_ASSIST_DATA = 307, //MD -> AP lppe_stack_sensor_provide_assist_data
// LPPe Network
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_REQUEST_CAPABILITIES = 400, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_PROVIDE_CAPABILITIES = 401, //AP -> MD bool
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_START_MEASUREMENT = 402, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_STOP_MEASUREMENT = 403, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_QUERY_MEASUREMENT = 404, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_NETWORK_REPLY_MEASUREMENT = 405, //AP -> MD lppe_stack_network_meas
// LPPe IP Address
AGPS_MD_HUGE_DATA_TYPE_LPPE_IPADDRESS_REQUEST_CAPABILITIES = 500, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_IPADDRESS_PROVIDE_CAPABILITIES = 501, //AP -> MD LPPeIpAddress_IpAddressCapabilities
AGPS_MD_HUGE_DATA_TYPE_LPPE_IPADDRESS_QUERY_INFORMATION = 504, //MD -> AP null
AGPS_MD_HUGE_DATA_TYPE_LPPE_IPADDRESS_REPLY_INFORMATION = 505, //AP -> MD LPPeIpAddress_IpAddressInformation
// LPPe AGNSS
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_REQUEST_ASSIST_DATA = 600, //AP -> MD lpp_lppe_ha_gnss_ad_req_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_COMMON_IONO = 610, //MD -> AP gnss_ha_common_ionospheric_model_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_COMMON_TROP = 611, //MD -> AP gnss_ha_common_troposphere_model_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_COMMON_ALT = 612, //MD -> AP gnss_ha_common_altitude_assist_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_COMMON_SOLAR = 613, //MD -> AP gnss_ha_common_solar_radiation_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_COMMON_CCP = 614, //MD -> AP gnss_ha_common_ccp_assist_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_GENERIC_CCP = 630, //MD -> AP gnss_ha_generic_ccp_assist_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_GENERIC_DM = 631, //MD -> AP gnss_ha_generic_degradation_model_struct
AGPS_MD_HUGE_DATA_TYPE_LPPE_AGNSS_PROVIDE_ASSIST_DATA_ACK = 650, //AP -> MD lpp_lppe_ha_gnss_ad_ack_st
// GPS chip and MD timing sync
AGPS_MD_HUGE_DATA_TYPE_TIME_SYNC_REQ = 700, //AP -> MD mnl_md_time_sync_req_struct
AGPS_MD_HUGE_DATA_TYPE_TIME_SYNC_RSP = 701, //AP -> MD mnl_md_time_sync_rsp_struct
AGPS_MD_HUGE_DATA_TYPE_TIME_INFO_RSP = 702, //AP -> MD mnl_md_time_info_rsp_struct
AGPS_MD_HUGE_DATA_TYPE_TIME_SYNC_IND = 703, //MD -> AP mnl_md_time_sync_ind_struct
AGPS_MD_HUGE_DATA_TYPE_TIME_SYNC_CNF = 704, //MD -> AP mnl_md_time_sync_cnf_struct
// End
AGPS_MD_HUGE_DATA_TYPE_LPPE_END = 2147483647, //make sure this enum is 4 bytes in compile time
} agps_md_huge_data_msg_id;
typedef struct {
int version; //use AGPS_MD_INTERFACE_VERSION
short type; //refer to agps_md_type
short len; //data length, not include header's size
} agps_md_header;
typedef struct {
char pmtk[256];
} agps_md_pmtk;
typedef struct {
agps_md_reset_data flags; //just hardcode 0x3f
} agps_md_gps_reset_ind;
/*
typedef struct {
//nothing
} agps_md_gps_reset_rsp;
*/
typedef struct {
#define AGPS_MD_GPS_OPEN_IND_TYPE_NILR 0
#define AGPS_MD_GPS_OPEN_IND_TYPE_MTLR 1
#define AGPS_MD_GPS_OPEN_IND_TYPE_MOLR 2
#define AGPS_MD_GPS_OPEN_IND_TYPE_QUERY 3
#define AGPS_MD_GPS_OPEN_IND_TYPE_SUPL 4
char type; //refer to AGPS_MD_GPS_OPEN_IND_TYPE_
} agps_md_gps_open_ind;
typedef struct {
#define AGPS_MD_GPS_OPEN_RSP_RESULT_DENY 0
#define AGPS_MD_GPS_OPEN_RSP_RESULT_ACCEPT 1
char result; //refer to AGPS_MD_GPS_OPEN_RSP_RESULT_
#define AGPS_MD_GPS_OPEN_RSP_RESULT_CP_AUTO_RESET_DISABLED 0
#define AGPS_MD_GPS_OPEN_RSP_RESULT_CP_AUTO_RESET_ENABLED 1
char cp_auto_reset; //refer to AGPS_MD_GPS_OPEN_RSP_RESULT_CP_AUTO_RESET_
} agps_md_gps_open_rsp;
/*
typedef struct {
//nothing
} agps_md_gps_close_ind;
typedef struct {
//nothing
} agps_md_gps_close_rsp;
typedef struct {
//nothing
} agps_md_session_abort_req;
typedef struct {
//nothing
} agps_md_session_abort_rsp;
typedef struct {
//nothing
} agps_md_mdt_supl_done_rsp;
*/
typedef struct {
short length;
char pdu[300];
} position_protocol_pdu;
typedef struct {
#define AGPS_MD_MOLR_BEGIN_POS_TECH_AGNSS (1 << 0)
#define AGPS_MD_MOLR_BEGIN_POS_TECH_ECID (1 << 1)
#define AGPS_MD_MOLR_BEGIN_POS_TECH_OTDOA (1 << 2)
int pos_tech_bitmap; //refer to AGPS_MD_MOLR_BEGIN_POS_TECH_
#define AGPS_MD_MOLR_BEGIN_REQ_MOLR_TYPE_LOC_ESTIMATE 0
#define AGPS_MD_MOLR_BEGIN_REQ_MOLR_TYPE_ASSIST_DATA 1
char molr_type; //refer to AGPS_MD_MOLR_BEGIN_REQ_MOLR_TYPE_
char gps_assist_data_used; //0=disabled 1=enabled
int gps_assist_data; //0x6f hardcode
char external_addr_used; //0=disabled 1=enabled
char external_addr[20];
char mlc_number_used; //0=disabled 1=enabled
char mlc_number[20];
int pos_protocol_pdu_num;
position_protocol_pdu pos_protocol_pdu[3];
} agps_md_molr_begin_req;
typedef struct {
#define AGPS_MD_MOLR_BEGIN_RSP_RESULT_FAIL 0
#define AGPS_MD_MOLR_BEGIN_RSP_RESULT_SUCCESS 1
char result; ///refer to AGPS_MD_MOLR_BEGIN_RSP_RESULT_
char location_used; //0=disabled 1=enabled
agps_md_gps_location location;
} agps_md_molr_begin_rsp;
typedef struct {
#define AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_NOTIFY_LOCATION_ALLOWED 0
#define AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_NOTIFY_VERIFY_ALLOW_IF_NO_RSP 1
#define AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_NOTIFY_VERIFY_DENY_IF_NO_RSP 2
#define AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_NOTIFY_TO_MS_USER_LOCATION_NOT_ALLOWED 3
int session_id;
char notify_type; //refer to AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_
char requestor_id[160]; //ASCII string
char client_name[160]; //ASCII string
} agps_md_mtlr_begin_ind;
typedef struct {
#define AGPS_MD_MTLR_BEGIN_2_IND_NOTIFY_TYPE_NOTIFY_LOCATION_ALLOWED 0
#define AGPS_MD_MTLR_BEGIN_2_IND_NOTIFY_TYPE_NOTIFY_VERIFY_ALLOW_IF_NO_RSP 1
#define AGPS_MD_MTLR_BEGIN_2_IND_NOTIFY_TYPE_NOTIFY_VERIFY_DENY_IF_NO_RSP 2
#define AGPS_MD_MTLR_BEGIN_2_IND_NOTIFY_TYPE_NOTIFY_TO_MS_USER_LOCATION_NOT_ALLOWED 3
int session_id;
char notify_type; //refer to AGPS_MD_MTLR_BEGIN_IND_NOTIFY_TYPE_
char requestor_id[160];
int requestor_id_len;
char client_name[160];
int client_name_len;
#define AGPS_MD_MTLR_BEGIN_2_IND_ENCODING_TYPE_GSM7 1
#define AGPS_MD_MTLR_BEGIN_2_IND_ENCODING_TYPE_UTF8 2
#define AGPS_MD_MTLR_BEGIN_2_IND_ENCODING_TYPE_UCS2 3
char requestor_id_encoding_type; //refer to AGPS_MD_MTLR_BEGIN_2_IND_ENCODING_TYPE_
char client_name_encoding_type; //refer to AGPS_MD_MTLR_BEGIN_2_IND_ENCODING_TYPE_
} agps_md_mtlr_begin_2_ind;
typedef struct {
#define AGPS_MD_MTLR_BEGIN_RSP_USER_RESPOND_DENY 0
#define AGPS_MD_MTLR_BEGIN_RSP_USER_RESPOND_ACCEPT 1
#define AGPS_MD_MTLR_BEGIN_RSP_USER_RESPOND_NO_RESPOND 2
int session_id;
char user_respond; //refer to AGPS_MD_MTLR_BEGIN_RSP_USER_RESPOND
} agps_md_mtlr_begin_rsp;
/*
typedef struct {
//nothing
} agps_md_nbr_cell_info_reg_req;
*/
typedef struct {
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_GSM 1
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_UMTS 2
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_LTE 4
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_NR 9
char rat_mode;
char is_nbr_info_valid;
agps_ps_nbr_cell_info_union_type ps_nbr_cell_info_union;
} agps_md_nbr_cell_info_reg_cnf;
/*
typedef struct {
//nothing
} agps_md_nbr_cell_info_dereg_req;
typedef struct {
//nothing
} agps_md_nbr_cell_info_dereg_cnf;
*/
typedef struct {
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_GSM 1
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_UMTS 2
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_LTE 4
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_CDMA 8 // IS801 Over SUPL
#define AGPS_MD_NBR_CELL_INFO_RAT_MODE_NR 9
char rat_mode;
char is_nbr_info_valid;
agps_ps_nbr_cell_info_union_type ps_nbr_cell_info_union;
} agps_md_nbr_cell_info_ind;
typedef struct {
char mode; // 0=off 1=on
} agps_md_auto_test_ind;
typedef struct {
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_SET_TO_CP 0
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_SET_TO_UP 1
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_CP_SET_TO_LOC_EST 2
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_CP_SET_TO_ASSIT_DATA 3
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_UP_SET_TO_MA 4
#define AGPS_MD_AUTO_CP_UP_STATUS_MODE_UP_SET_TO_MB 5
char mode; //refer to AGPS_MD_CP_UP_STATUS_MODE_
} agps_md_auto_cp_up_status_ind;
/*
typedef struct {
//nothing
} agps_md_auto_molr_start_ind;
typedef struct {
//nothing
} agps_md_auto_molr_stop_ind;
*/
typedef struct {
#define AGPS_MD_AUTO_MTLR_RESPONSE_IND_RESPONSE_REJECT 0
#define AGPS_MD_AUTO_MTLR_RESPONSE_IND_RESPONSE_ACCEPT 1
char response; //refer to AGPS_MD_MTLR_RESPONSE_IND_RESPONSE_
int session_id;
} agps_md_auto_mtlr_response_ind;
typedef struct {
#define AGPS_MD_EMERGENCY_CALL_IND_SIM_ID_SIM_1 1
#define AGPS_MD_EMERGENCY_CALL_IND_SIM_ID_SIM_2 2
#define AGPS_MD_EMERGENCY_CALL_IND_SIM_ID_SIM_3 3
#define AGPS_MD_EMERGENCY_CALL_IND_SIM_ID_SIM_4 4
char sim_id; //refer to AGPS_MD_EMERGENCY_CALL_IND_SIM_ID_
#define AGPS_MD_EMERGENCY_CALL_IND_STATE_DIALED 0
#define AGPS_MD_EMERGENCY_CALL_IND_STATE_ENDED 1
char state; //refer to AGPS_MD_EMERGENCY_CALL_IND_STATE_
} agps_md_emergency_call_ind;
typedef struct {
#define AGPS_MD_EMERGENCY_TEXT_IND_SIM_ID_SIM_1 1
#define AGPS_MD_EMERGENCY_TEXT_IND_SIM_ID_SIM_2 2
#define AGPS_MD_EMERGENCY_TEXT_IND_SIM_ID_SIM_3 3
#define AGPS_MD_EMERGENCY_TEXT_IND_SIM_ID_SIM_4 4
char sim_id; //refer to AGPS_MD_EMERGENCY_TEXT_IND_SIM_ID_
#define AGPS_MD_EMERGENCY_TEXT_IND_STATE_START 0
#define AGPS_MD_EMERGENCY_TEXT_IND_STATE_END 1
char state; //refer to AGPS_MD_EMERGENCY_TEXT_IND_STATE_
} agps_md_emergency_text_ind;
typedef struct {
#define CP_SUPPORT_AGNSS 0x01
#define CP_SUPPORT_OTDOA 0x02
#define CP_SUPPORT_ECID 0x04
#define CP_SUPPORT_CONVENTIONAL_GPS 0x08
// #define CP_SUPPORT_LPP_EXTENSION 0x10 // Use cp_lppe_enable instead
#define CP_SUPPORT_INTER_FREQ_OTDOA 0x20
char cp_gsm_disabled;
char cp_umts_disabled;
char cp_lte_disabled;
char cp_lppe_enable;
char lppe_network_location_disable;
char reject_non911_nilr_enable;
char battery_percentage; // the default value is 100 if AGPS is also not synced from framework layer
// and it will be udpated per 5% of battery level
char cp_nr_disabled;
char cp_guard_time_enable;
char cp_capability_ctrl_valid;
char reserved[2]; // Compiler will put 2 bytes here for alignment. We can put other options in the future
int cp_guard_time;
int cp_capability_ctrl;
} agps_md_sim_info_req;
typedef struct {
#define AGPS_MD_SIM_INFO_RSP_SIM_NUMBER_SINGLE 1
#define AGPS_MD_SIM_INFO_RSP_SIM_NUMBER_GEMINI 2
#define AGPS_MD_SIM_INFO_RSP_SIM_NUMBER_GEMINI_3 3
#define AGPS_MD_SIM_INFO_RSP_SIM_NUMBER_GEMINI_4 4
char sim_number; //refer to AGPS_MD_SIM_INFO_RSP_SIM_NUMBER_
#define AGPS_MD_SIM_INFO_RSP_MD_TYPE_FDD 0
#define AGPS_MD_SIM_INFO_RSP_MD_TYPE_TDD 1
char md_type;
#define AGPS_MD_SIM_INFO_RSP_SUPPORT_EUTRAN_BAND_MAX 50
char support_lpp_ecid;
char support_lpp_otdoa;
char support_eutran_band_num;
short support_eutran_band_list[AGPS_MD_SIM_INFO_RSP_SUPPORT_EUTRAN_BAND_MAX];
char support_lpp_otdoa_nbr_cell_list;
char support_supl_flow_ind;
char support_location_settings;
char support_cp_lppe;
char support_rat_2g;
char support_rat_3g;
char support_rat_4g;
char support_ue_rx_tx_sup_tdd_r13;
char support_rat_5g;
char support_lpp_inter_rat_otdoa;
char support_md_time_sync; // GNSS Time Sync between mnl annd modem via huge data transfer
char disable_lpp_inter_freq_otdoa;
} agps_md_sim_info_rsp, agps_md_sim_info_ind;
/*
typedef struct {
//nothing
} agps_md_service_state_req;
*/
typedef struct {
int state_bitmap; //0=out of service 1=in service
} agps_md_service_state_rsp;
/*
typedef struct {
//nothing
} agps_md_roaming_state_req;
*/
typedef struct {
int state_bitmap; //0=local or unknown 1=roaming
} agps_md_roaming_state_rsp;
/*
typedef struct {
//nothing
} agps_md_data_connection_state_req;
*/
typedef struct {
int state_bitmap; //0=disconnected or unknown 1=connected
} agps_md_data_connection_state_rsp;
typedef struct {
#define AGPS_MD_LOC_SOURCE_NONE 0x00
#define AGPS_MD_LOC_SOURCE_GNSS 0x01
#define AGPS_MD_LOC_SOURCE_NLP 0x02
#define AGPS_MD_LOC_SOURCE_SENSOR 0x04
double lat;
double lng;
int acc; // meter
int loc_source; // bitmap of AGPS_MD_LOC_SOURCE_xxx
char utc_time_valid;
unsigned long long utc_time; //the number of UTC seconds in 1ms units since 00:00:00 on Gregorian calendar date 1 January, 1970.
} agps_md_location_ntf;
typedef struct {
unsigned long long utc_time; //the number of UTC seconds in 1ms units since 00:00:00 on Gregorian calendar date 1 January, 1970.
} agps_md_gnss_time_ntf;
typedef struct {
#define AGPS_MD_CP_RAT_MODE_GSM 0x01
#define AGPS_MD_CP_RAT_MODE_UMTS 0x02
#define AGPS_MD_CP_RAT_MODE_LTE 0x04
#define AGPS_MD_CP_RAT_MODE_NR 0x08
int rat_mode_flags;
char gsm_enabled;
char umts_enabled;
char lte_enabled;
char nr_enabled;
} agps_md_cp_service_config_ntf;
typedef struct {
char enabled; // 0: reject most location except emergency, 1: allow all location request
char gnss_visibility_control_status; // 0: gvc reject network-initiated location,
// 1: gvc allow network-initiated location
char cp_gvc_enable; // 0: do not check gvc, 1: consider gvc status
} agps_md_location_setting_ntf;
typedef struct {
#define AGPS_MD_SUPL_FLOW_IND_DIRECTION_NW_TO_UE 0 // LS to MS in operator's sample excel
#define AGPS_MD_SUPL_FLOW_IND_DIRECTION_UE_TO_NW 1 // MS to LS
char direction;
#define AGPS_MD_SUPL_FLOW_IND_TYPE_UNKNOWN 0
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_INIT 1
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_START 2
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_RESPONSE 3
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_POS_INIT 4
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_POS 5
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_END 6
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_TRIGGERED_START 7
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_TRIGGERED_RESPONSE 8
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_TRIGGERED_STOP 9
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_NOTIFY 10
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_NOTIFY_RESPONSE 11
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_SET_INIT 12
#define AGPS_MD_SUPL_FLOW_IND_TYPE_SUPL_REPORT 13
char type;
int message_size;
int session_id;
int message_id;
int pdu_id;
int pdu_size;
char pdu[3072];
} agps_md_supl_flow_ind;
/*
typedef struct {
//nothing
} agps_md_supl_flow_rsp;
typedef struct {
//nothing
} agps_md_modem_reboot_ind;
*/
/* Structure for LBS AP setting query API */
typedef agps_md_sim_info_req lbs_setting_generic_ap;
#endif