#ifndef _NET_INTERFACE_H_
#define _NET_INTERFACE_H_

#include  "types.h"

typedef struct _mid_nwsi_ipv4_addr_t_{
    UINT8 A;
    UINT8 B;
    UINT8 C;
    UINT8 D;
}MID_NWSI_IPv4_Addr_t;

typedef struct _mid_nwsi_mac_addr_t_{
    UINT8 A;
    UINT8 B;
    UINT8 C;
    UINT8 D;
    UINT8 E;
    UINT8 F;
}MID_NWSI_MAC_Addr_t;


typedef enum{
    E_MID_NWSI_CONNECT_TYPE_NONE ,
    E_MID_NWSI_CONNECT_TYPE_ETHERNET ,
    E_MID_NWSI_CONNECT_TYPE_WIRELESS,
    E_MID_NWSI_CONNECT_TYPE_4G,	
    E_MID_NWSI_CONNECT_TYPE_END ,
}E_MID_NWSI_CONNECT_TYPE;


typedef enum{
    E_MID_NWSI_IP_TYPE_NONE,
    E_MID_NWSI_IP_TYPE_MANUAL, //static ip
    E_MID_NWSI_IP_TYPE_AUTO, //DHCP 
    E_MID_NWSI_IP_TYPE_END,
}E_MID_NWSI_IP_TYPE;

#define PPPoE_ACCOUNT_NAME_LENGTH 50
#define PPPoE_PASSWORD_NAME_LENGTH 20
typedef struct _mid_nwsi_pppoe_account_data_t_{
    INT8 account[PPPoE_ACCOUNT_NAME_LENGTH];
    INT8 pwd[PPPoE_PASSWORD_NAME_LENGTH];
}MID_NWSI_PPPOE_Account_Data_t;

//wireless
typedef enum {
    E_MID_NWSI_WLAN_SCAN_STATE_IDLE,
    E_MID_NWSI_WLAN_SCAN_STATE_SCANNING,
    E_MID_NWSI_WLAN_SCAN_STATE_EXCEPTION,
}E_MID_NWSI_WLAN_SCAN_STATE;

typedef enum {
    E_MID_NWSI_WLAN_CONNECT_STATE_OFF,
    E_MID_NWSI_WLAN_CONNECT_STATE_ON,
    E_MID_NWSI_WLAN_CONNECT_STATE_ING,
    E_MID_NWSI_WLAN_CONNECT_STATE_EXCEPTION,
}E_MID_NWSI_WLAN_CONNECT_STATE;

typedef enum {
    E_MID_NWSI_ENCRYPTIONTYPE_OFF = 0,
    E_MID_NWSI_ENCRYPTIONTYPE_WEP = 0x1,
    E_MID_NWSI_ENCRYPTIONTYPE_WPA = 0x2,
    E_MID_NWSI_ENCRYPTIONTYPE_WPA2 = 0x4,
}E_MID_NWSI_ENCRYPTIONTYPE;

typedef enum {
    E_MID_NWSI_FTPFILETYPE_VIDEO_FILE = 0,
    E_MID_NWSI_FTPFILETYPE_FILE_VERSION = 0x1,
}E_MID_NWSI_FTPFILETYPE;


typedef struct _mid_nwsi_apdata_t_
{
    INT8 APName[64]; // SSID - 172.156.XXX.XXX- ssid max length :32bytes 
    UINT8 APChannel;
    INT8 APQuality; // signal quality<=100
    UINT8 APEncryption; // Type : WEP , WPA , WPA2 , or No encryption
    MID_NWSI_MAC_Addr_t APMAC; // BSSID - XX.XX.XX.XX.XX.XX   (X: 0~F)
}MID_NWSI_APData_t;

typedef struct _mid_nwsi_ap_node_t_{
    MID_NWSI_APData_t *data;
    struct _mid_nwsi_ap_node_t_ *prev;
    struct _mid_nwsi_ap_node_t_ *next;
    UINT8 state; //for list's internal used
}MID_NWSI_APNode_t;

typedef struct _mid_nwsi_aplist_t_{
    MID_NWSI_APNode_t head;
    MID_NWSI_APNode_t tail;
    INT32 apNum;
}MID_NWSI_APList_t;

typedef struct _mid_nwsi_wlaninfo_t_{ //for app_frmk use
    INT32 APTotalNum;
    MID_NWSI_APData_t *apdatalist;
}MID_NWSI_WLANINFO_t;


//callback enum - notice status & get paramters
typedef enum _e_mid_net_setting_callback_type_ {
    E_MID_NWSI_REPORT_WLAN_AP_ScanStart,
    E_MID_NWSI_REPORT_WLAN_AP_ScanStop,
    E_MID_NWSI_REPORT_WLAN_AP_ListUpdate,
    E_MID_NWSI_REPORT_WLAN_DEVICE_DISABLED,
    E_MID_NWSI_REPORT_WLAN_DEVICE_ENABLED,
}E_MID_NWSI_REPORT_TYPE;


typedef enum {
    E_MID_NWSI_AP_STATE_NOT_EXIST,
    E_MID_NWSI_AP_STATE_OLD,
    E_MID_NWSI_AP_STATE_NEW,
}E_MID_NWSI_AP_STATE;

typedef enum {
    E_MID_NWSI_INTERFACE_P2P0,
    E_MID_NWSI_INTERFACE_WLAN1,
}E_MID_NWSI_INTERFACE;

typedef enum
{
	Dongle_None = 0,
	Dongle_MTK_7601,
	Dongle_RTK_8188FTV,
	Dongle_RTK_8188EU,
	Dongle_RTK_8723BU,
	Dongle_RTK_8723DU,
	Dongle_RTK_8733BU,
	Dongle_RDA_5995,
	Dongle_ATBM_6032,
    Dongle_ATBM_6132,
	Dongle_AIC_8800,
	Dongle_Max,
} Dongle_e;

typedef struct
{
	Dongle_e eDongle;
	char *P2PName;
	char *eVidInfo;
	char *ePidInfo;
	char *pKoName;
	char *pDongleOutputString;
} Dongle_Format_t;

/*
 * Make it easy for customers to add new wifi dongles
 * The order in "g_DongleMap"  must be the same as the order in "Dongle_e"
 * parameter eDongle: Which Dongle to use
 * parameter eVidInfo/ePidInfo: dongle info, "cat /proc/usbinfo" can get this information
 * parameter pDongleOutputString: print message only
*/
static const Dongle_Format_t g_DongleMap[Dongle_Max] = 
{
	{Dongle_None,		"null",	"null",	"null",	"null",	"null"},
	{Dongle_MTK_7601,	"p2p0",	"148f",	"7601",	"mt7601Usta",		"MTK_7601"},
	{Dongle_RTK_8188FTV,"wlan1",	"0bda",	"f179",	"8188fu",		"RTK_8188FTV"},
	{Dongle_RTK_8188EU,	"wlan1",	"0bda",	"0179",	"8188eu",	"RTK_8188EU"},
	{Dongle_RTK_8723BU,	"wlan1",	"0bda",	"b720",	"8723bu",	"RTK_8723BU"},
	{Dongle_RTK_8723DU,	"wlan1",	"0bda",	"d723",	"8723du",	"RTK_8723DU"},
	{Dongle_RTK_8733BU,	"wlan1",	"0bda",	"b733|f72b", "8733bu",	"RTK_8733BU"},
	{Dongle_RDA_5995,	"p2p0",	    "1e04",	"8888",	"rdawfmac",	"RDA_5995"},
	{Dongle_ATBM_6032,	"p2p0",	"007a",	"8888",	"atbm_wifi",	"ATBM_6032"},
    {Dongle_ATBM_6132,	"p2p0", "007a",	"8890",	"atbm_wifi",	"ATBM_6132"},
	{Dongle_AIC_8800,	"p2p0",	"a69c",	"880",	"aic8800_fdrv",	"AIC8800"},
};

#if defined(CONFIG_SUPPORT_MULTI_DONGLE)
	#define WIFI_DONGLE			Dongle_Max
#elif defined(CONFIG_SUPPORT_NORMAL_MTK7601)
	#define WIFI_DONGLE			Dongle_MTK_7601
#elif defined(CONFIG_SUPPORT_RDA5995)
	#define WIFI_DONGLE			Dongle_RDA_5995
#elif defined(CONFIG_SUPPORT_RTL8188)
	#define WIFI_DONGLE			Dongle_RTK_8188EU
#elif defined(CONFIG_SUPPORT_RTL8188FTV)
	#define WIFI_DONGLE			Dongle_RTK_8188FTV
#elif defined(CONFIG_SUPPORT_RTL8723BU)
	#define WIFI_DONGLE			Dongle_RTK_8723BU
#elif defined(CONFIG_SUPPORT_RTL8723DU)
	#define WIFI_DONGLE			Dongle_RTK_8723DU
#elif defined(CONFIG_SUPPORT_RTL8733BU)
	#define WIFI_DONGLE			Dongle_RTK_8733BU
#elif defined(CONFIG_SUPPORT_ATBM6023)
	#define WIFI_DONGLE			Dongle_ATBM_6032
#elif defined(CONFIG_SUPPORT_ATBM6132)
	#define WIFI_DONGLE	Dongle_ATBM_6132
#elif defined(CONFIG_SUPPORT_AIC8800)
	#define WIFI_DONGLE			Dongle_AIC_8800
#endif

typedef INT32 (*MID_NWSI_CallBack)(E_MID_NWSI_REPORT_TYPE type, void *pParam);

//IP
INT32 MID_NWSI_SetIP(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t addr);
INT32 MID_NWSI_GetIP(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t *paddr);

//Netmask
INT32 MID_NWSI_SetNetmask(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t addr);
INT32 MID_NWSI_GetNetmask(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t *paddr);

//Gateway
INT32 MID_NWSI_SetGateway(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t addr);
INT32 MID_NWSI_GetGateway(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_IPv4_Addr_t *paddr);

//DNS
INT32 MID_NWSI_SetDNS(MID_NWSI_IPv4_Addr_t dns1, MID_NWSI_IPv4_Addr_t dns2);
INT32 MID_NWSI_GetDNS(MID_NWSI_IPv4_Addr_t *dns1, MID_NWSI_IPv4_Addr_t *dns2);

//MTU
INT32 MID_NWSI_GetMTU(E_MID_NWSI_CONNECT_TYPE type);

//MAC
INT32 MID_NWSI_GetMAC(E_MID_NWSI_CONNECT_TYPE type, MID_NWSI_MAC_Addr_t *pmac);

//PPPoE 
INT32 MID_NWSI_SetPPPoEAccount(MID_NWSI_PPPOE_Account_Data_t data);
INT32 MID_NWSI_ConnectPPPoE(BOOL bConnect);

//DHCP
INT32 MID_NWSI_StopDHCP(void);
INT32 MID_NWSI_SetDHCP(E_MID_NWSI_CONNECT_TYPE type);

INT32 MID_NWSI_Init(void);
INT32 MID_NWSI_ScanWifiAP(BOOL *bAPListUpdate);
INT32 MID_NWSI_ScanP2PAP(BOOL *bAPListUpdate, E_MID_NWSI_INTERFACE Interface);

//wireless

Dongle_e MID_NWSI_WLAN_CheckWifiDongle();
Dongle_e MID_NWSI_WLAN_GetWifiDongle();
void MID_NWSI_WLAN_InsertWifiModule(Dongle_e Dongle_Select);
void MID_NWSI_WLAN_RemoveWifiModule(Dongle_e Dongle_Select);

INT32 MID_NWSI_WLAN_WiFiEnable(UINT8 bEnable);

BOOL MID_NWSI_WLAN_IsDevExistence(void);

INT32 MID_NWSI_WLAN_Disconnect(void);

MID_NWSI_WLANINFO_t *MID_NWSI_WLAN_GetAPList(void); //for application to get ap list
INT32 MID_NWSI_WLAN_ConnectSelectedAP(MID_NWSI_APData_t *pAPData, UINT8 keylen, INT8 *pKey);


void MID_NWSI_DisableConnectMode(void);
void MID_NWSI_EnableConnectMode(void);
void MID_NWSI_SetConnectMode(E_MID_NWSI_CONNECT_TYPE type);
INT32 MID_NWSI_GetConnectMode(void);
void MID_NWSI_RegisterCB(MID_NWSI_CallBack pfCB);
void MID_NWSI_UnRegisterCB(void);

void MID_NWSI_Destory(void);
UINT8 MID_NWSI_WLAN_GetAPState(void);

BOOL MID_NWSI_IFStatus(void);

void MID_NWSI_WLAN_ScanAP();

BOOL MID_NWSI_P2P_ScanAP(E_MID_NWSI_INTERFACE Interface);

BOOL MID_FTP_Get(E_MID_NWSI_FTPFILETYPE FILE_TYPE);
BOOL MID_FTP_Ver_Check(void);

UINT8 MID_NWSI_WLAN_GetAPState(void);

void MID_NWSI_SetWPAPid(INT32 pid);
INT32 MID_NWSI_GetWPAPid(void);
UINT32 _MID_NWSI_Find_Id_(INT8 *path);
INT32 _MID_NWSI_Check_File_Exist_(INT8 *fname);
INT8 _MID_NWSI_Parse_String_MAC_(INT8 *pStr, MID_NWSI_MAC_Addr_t *pMac);

#endif