marvell/services/con_mgr/cm_service.h

/*------------------------------------------------------------
(C) Copyright [2006-2014] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
#ifndef __CM_SERVICE_H__
#define __CM_SERVICE_H__

//////////////////////////////////////////////////////////////////////
// INCLUDE FILES FOR MODULE
//////////////////////////////////////////////////////////////////////

#include <stdio.h>
#include <unistd.h>
#include <sys/types.h>
#include <sys/socket.h>
#include <arpa/inet.h>

#include <libubus.h>
#include <libubox/blob.h>
#include <libubox/usock.h>
#include <uci.h>

#include <telephony/cm.h>
#include <telephony/ril.h>

#include "cm_def.h"
#include "utilities.h"
#include <cutils/properties.h>
#include "eeh_assert_notify.h"
#include <ril.h>
#include <rilutil.h>
#include "profile_management.h"
#include "cm_toe.h"

//////////////////////////////////////////////////////////////////////
// Global definitions
//////////////////////////////////////////////////////////////////////

#define WAN_PACKAGE_NAME	"wan"
#define WAN_SECTION_PDP_CONFIG	"pdp-conf-list"
#define WAN_SECTION_WAN_CONFIG	"wan-config"
#define WAN_SECTION_WAN_CONNECT_WITCH	"connect-switch"
#define WAN_SECTION_AUTO_SWITCH  "auto-switch"
#define WAN_SECTION_TYPE_ENG_MODE  "eng-mode"
#define WAN_SECTION_NAME_ENG_MODE  "eng_mode"
#define WAN_ENG_MODE_OPTION "mode"

#define GETELCOM_CONFIG  "GETELCOM"
#define SEC_MCCMNC "mccmnc"
#define OPT_NULLAPN "NULLAttachAPN"
#define SEC_GETELCOM "getelcom"

#define MAX_SIM_INFO_STR_LEN 32
#define RIL_MAX_RETRIES 20
#define RULE_SHOW_PLMN 0x01
#define RULE_SHOW_SPN  0x02
#define NETWORK_NAME_TYPE 0
#define ROAMING_NETWORK_NAME_TYPE 1
#define MAX_NWACTIVITY_ARRAYNUM     10
#define CM_INNER_CONN_SOCKET "/tmp/cm_socket.sock"
#define CM_URSP_CONN_SOCKET "/tmp/ursp_socket.sock"
#define CM_CONN_SOCKET "/tmp/cm_conn.sock"
#define CM_FIFO_NAME "/tmp/cm_connfifo"
#define QUERY_ENG_INFO_TIMEOUT 60000 // ms
#ifdef CONFIG_DEFAULT_CID_5
#define CM_DEFAULT_ATTACH_CID 5
#else
#define CM_DEFAULT_ATTACH_CID 1
#endif

#ifdef SYS_EXIST_CP
#undef SYS_EXIST_CP
#define SYS_EXIST_CP "ro.sys.exist.cp"
#endif

#define INVALID_CID 0xFF

//////////////////////////////////////////////////////////////////////
// Structs
//////////////////////////////////////////////////////////////////////

typedef struct {
	int dis_cond;
	int spn_exist;
	char spn_name[MAX_SIM_INFO_STR_LEN];
} s_spn_info;

typedef struct {
	char ons[MAX_SIM_INFO_STR_LEN];
	char plmn[7];
} s_ons_info;

typedef rilDevLteEngScellInfo s_lte_svc_info;
typedef rilDevUmtsServingCellInfo s_umts_svc_info;

typedef struct _cellular_info {
	char IMEI[MAX_SIM_INFO_STR_LEN];
	char IMEI_SV[MAX_SIM_INFO_STR_LEN];
	char MSISDN[MAX_SIM_INFO_STR_LEN];
	char IMSI[MAX_SIM_INFO_STR_LEN];
	int rssi;
	int roaming;
	s_ons_info ons_info;
	int sys_mode;
	int data_mode;
	s_spn_info spn_info;
	s_lte_svc_info lte_info;
	s_umts_svc_info umts_info;
	int status;
	int etiflag;
	int ims_state;
} s_cellular_info;
extern s_cellular_info g_cell_basic_info;

//redial message type
typedef enum {
	REDIAL_IMMED,
	REDIAL_NEWAPN,
	REDIAL_NEWAPN_CLEARETIF,
	REDIAL_NWCHANGE,
	REDIAL_ROAMCHANGE,
	REDIAL_REJECT,
	REDIAL_SINGLE_STACK,
	REDIAL_DEFAULT_DATACALL,
	REDIAL_NEXT_RSD,
	REDIAL_NEXT_TD,
} redialmsg_type;

enum {
	_MODE_INIT,
	MODE_LTE,
	MODE_UMTS,
	MODE_TD,
	MODE_GSM
};

typedef struct {
	// extend msg here
	unsigned int id;
	int connectionNum;
	redialmsg_type msgtype;
} msg_hdr;

typedef struct {
	int connect_status;	//0-disconnect, 1-connected;
	int cid;
	int iptype;		//0-IPV4V6, 1-IPV4, 2-IPV6
	int current_duration_time;
	int duration_time;
	int notify_ticks;
} network_activity_msg;

typedef struct {
        int cid;
        int connect_status;
        int connect_ticks;
	int current_duration_time;
	int duration_time; 
}network_duration_s;

typedef struct {
	char PDP_name[64];
	int cid;
	int index;
	char start_tim[32];
	char end_tim[32];
	int iptype;
	int ipv4addr;
	int ipv6addr[4];
	int connect_ticks;
	int current_duration_time;
	int duration_time;
} network_activity_array;

typedef struct {
	int connect_num;
	int cause;
} s_cause_msg;

typedef RIL_SignalStrength_v6 s_signal_quality;

typedef enum
{
	CM_SIM_SWITCH_INIT,
	CM_SIM_SWITCH_START,
	CM_SIM_SWITCH_PRESIM_PDP_DOWN,
	CM_SIM_SWITCH_PRESIM_IMS_DOWN,
	CM_SIM_SWITCH_PRESIM_PSDC_DOWN,
	CM_SIM_SWITCH_CURRSIM_PDP_UP,
	CM_SIM_SWITCH_CURRSIM_CFUN0,
	CM_SIM_SWITCH_CURRSIM_IMS_UP,
	CM_SIM_SWITCH_CURRSIM_PSDC_UP,
	CM_SIM_SWITCH_ERROR
}CMSimSwitchState;

typedef void (*SwitchSimDoneCb)(UINT8);
typedef struct {
	CMSimID currSim;
	UINT8 state;
	UINT8 waitDone;
	SwitchSimDoneCb switchDone;
} SimSwitchCtx;

enum {
	NW_MODE,
	PREFER_MODE,
	PREFER_LTE_TYPE
};

enum {
	CM_ID,
	CM_MSG1,
	CM_MSG2,
	CM_MAX
};

enum {
	PDP0_CN,
	PDP0_NAME,
	PDP1,
	PDP2,
	PDP3,
	PDP4,
	PDP5,
	PDP6,
	PDP7,
	PDP8,
	PDP9,
	PDP10,
	PDP_MAX
};

enum {
	TFT1,
	TFT2,
	TFT3_MIN,
	TFT3_MAX,
	TFT4_MIN,
	TFT4_MAX,
	TFT5,
	TFT6,
	TFT7,
	TFT8,
	TFT9,
	TFT_MAX
};

enum {
	NWACTIVITY_DEL_INDEX,
	NWACTIVITY_DEL_FLAG,
	NWACTIVITY_MAX,
};

enum {
	E_MCC,
	E_MNC,
	E_MCC_MNC_MAX
};

enum sys_mode_ {
	E_NO_SERVICE,
	E_2G_3G,
	E_LTE,
	E_LTEP,
	E_5G
};

enum {
	NW_CONNECT_STATUS,
	NW_CID,
	NW_IPTYPE
};

enum {
	CM_NW_STATUS_23G,
	CM_NW_STATUS_LTE,
	CM_NW_STATUS_5G,
	CM_NW_STATUS_NOT_REGISTERED = 3,
};
//////////////////////////////////////////////////////////////////////
// Prototypes
//////////////////////////////////////////////////////////////////////

void spn_info_request_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void rssi_info_request_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void sim_info_request_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void plmn_operator_request_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void CheckDataCallRegisterStatus_data_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void CheckDataCallRegisterStatus_IndCall_data_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void CheckDataCallRegisterStatus_complete_cb(struct ubus_request *req, int ret);
void cm_nwactivity_notify_complete_cb(struct ubus_request *req, int ret);


void CheckDataCallRegisterStatus();
void CheckDataCallRegisterStatus_IndCallback();

char *ucs2_to_utf8(unsigned char *ucs2);
int get_network_display_rule(s_cellular_info * info);
int get_register_plmn();
char *get_network_name(int type);
struct uci_context *uci_wan_ctx_get(void);
void free_wan_uci_ctx(void);
void CM_disable_pdplist_touci(CM_Connection_Context * ConInfo);
void CM_add_pdplist_touci(CM_Connection_Context * ConInfo);
void CM_modify_pdplist_touci(CM_Connection_Context * ConInfo, char match_type);
void sim_info_request_cb(struct ubus_request *req, int type, struct blob_attr *msg);
void send_dialmsg_to_mainthread(int connectionNum, redialmsg_type msgtype);
void send_redialmsg_to_redialthread(int connectionNum, redialmsg_type msgtype);
void nwactivity_arrary_init(void);
int cm_nwactivity_notify(network_activity_msg * msg, bool sync);
int cm_find_nwarrayindex(int cid);
void cm_record_nwactivity(CM_Connection_Context * coninfo, bool sync);
int set_default_data_call(void);
int pdp_info_parse(struct blob_attr *msg, Apn_Info * info);
int create_connection(void);
int destroy_connection(int connection_num, int delete_all);
bool cm_allow_datalink(void);
void save_imsi_into_tmp_file(char *imsi);
int is_pdp_auto_mode(Mnc_Apn * work_apn, char *apn_type);
int cm_get_zroam_iptype();
void cm_notify_dial_failure(int connect_num, int status, int cause);
int is_pdp_auto_apn(Mnc_Apn * work_apn, char *apn_type);
void init_zgdcont_pdp_info(void);
void init_zgdcont_default_pdp_info(void);
void cm_set_atcmd_apn_state(int cid, int state);
int cm_get_atcmd_apn_state(int cid);
void cm_process_mtu_msg(fifo_msg_mtu_s *msg);
void cm_process_switchsim_msg(fifo_msg_switchsim_s *msg);
int cm_get_config_mtu(int cid);
int cm_get_netmask_last_oct(void);
void cm_toe_tft_param_init(void);
void cm_toe_tft_param_update(void *data, int len);
void cm_toe_tuple_send(void);
char *cm_get_cellular_imsi(void);
#ifdef CM_CONFIG_TOE
int cm_trigger_tft_query(bool force);
bool cm_ctx_toe_tuple_match(int cid, struct toe_tuple_list *tuple);
void cm_toe_tft_pf_prepare(PacketFilterInfo *data, int data_len);
void cm_toe_tft_pf_update(TftExtendInfo *data, int data_len);
void cm_toe_tft_pf_delete(int p_cid, int cid);
void cm_toe_tft_pf_list_clear(void);
#endif
int cm_get_nw_status_cache();
void cm_reset_nw_last_param(void);
int cm_save_default_apn(char *apn, char *lte_apn);
int get_etiflag();
void cm_process_switchsim_msg(fifo_msg_switchsim_s *msg);
int getMasterSimID(void);
void setMasterSimID(int simID);
bool isMasterSim0(void);
int cm_query_admindata(void);
int cm_get_mnc_length(void);
#endif