UTS6710/aps/include/middleware/network/miracast/net_wifi.h

#ifndef __NET_WIFI_H__
#define __NET_WIFI_H__

#include <string.h>
#include <types.h>
#include <sys/socket.h>
#include <sys/ioctl.h>
//#include <net_app.h>  //YC mark
//#include "platform/status_reg.h" //YC mark
//#include "platform/pl_nvm_if.h" //YC mark
//#include "gsl.h"   //YC mark


/*--------------------------------------------------------------------------------------
@ WIFI Version number definition (Major.Minor.Maintain)
	Major   	- 1 Bytes : 	Major version 		Update for new module is support
	Minor 	- 2 Bytes : 	Minor version 		Update for new feature is support
	Maintain  - 1 Bytes : 	Maintenance 		Update for bug fixing.

	ChangeLogs:
	2011.11.15	First released version	glenn.tung
---------------------------------------------------------------------------------------*/
#define WIFI_VERSION 0x01000000   

/* Output Message Control */
#define WIFI_IF_ERROR_SUPPORT
//#define WIFI_IF_DEBUG_SUPPORT
//#define WIFI_IF_TRACE_SUPPORT


/*-------------------------------------
@WIFI Driver Debug Level Setting
	0: OFF no debug message display
	1: ERROR display error message
	2: WARN display warning message
	3: TRACE display trace message, usually used.
	4: INFO display informatic message
	5: LOUD display all message
--------------------------------------*/
#define	WIFI_DRIVER_DBG_LEVEL 1


/* Interface Name Defines */
#define RALINK_IFNAME "ra0"

#ifdef NET_WIFI_DIRECT_SUPPORT
#define RALINK_P2P_IFNAME "p2p0"
#endif

#define ATHEROS_IFNAME "wlan0"

#define REALTEK_IFNAME "rtk0"

#define DEFAULT_IFNAME "empty"

#define SP_MIRRORBOX_NAME "SP-MirrorBox-"

/* Max AP Number */
#define WIFI_MAX_AP_NUM 		64

/* Max SSID Length */
#define WIFI_SSID_MAX_LEN		33

/* Max BSSID Length */
#define WIFI_BSSID_MAX_LEN	32

/* Max IP Address Length */
#define WIFI_IPADDRS_LEN		17

/* Max WEP Key Length */
#define WIFI_WEP_KEY_LEN		27

/* Max WPA Key Length */
#define WIFI_WPA_KEY_LEN		64

/* Max WIFI Interface Name Length */
#define WIFI_MAX_IFNAME_LEN	6

/* Max HW Addr Length */
#define WIFI_MAX_HWADDR_LEN	6

typedef	 INT32(*WifiEventCallback)(void*);

typedef enum 
{
	WIFI_ERROR_CONNECT_SAMEAP = -3,
	WIFI_UNKNOWN 	= -2,
	WIFI_FAILURE 	= -1,
	WIFI_SUCCESS 	= 0
}WIFI_OpStatus_e;


typedef enum
{
	INTERFACE_TYPE_ETH,
	INTERFACE_TYPE_WIFI1,
	INTERFACE_TYPE_WIFI2,
	INTERFACE_TYPE_WIFI3,

	INTERFACE_TYPE_MAX,
}Interface_Type;


typedef enum
{
	NO_SECRUITY = 0,
	WEP_64bit_ASCII,
	WEP_64bit_HEX,
	WEP_128bit_ASCII,
	WEP_128bit_HEX,
	WPA_PSK_TKIP,
	WPA_PSK_AES,
	WPA2_PSK_TKIP,
	WPA2_PSK_AES,
	WPA_NONE_TKIP,
	WPA_NONE_AES,
	
	ENCRYPT_MODE_MAX,
	MODE_ERRORTYPE = 0xff,	
}Encrypt_Mode;


typedef enum
{
	WIFI_ADDRS_IP,
	WIFI_ADDRS_NETMASK,
	WIFI_ADDRS_GATEWAY,
	WIFI_ADDRS_DNS_SERVER,
	WIFI_ADDRS_DHCP_SERVER,
	
}WIFIAddrsType_e;


typedef enum {
	WIFI_VA_NULL=-1, //-1
	WIFI_VA_INTERFACE_TYPE = 0,
	WIFI_VA_WIFI1_DHCP,	// 1
	WIFI_VA_WIFI2_DHCP,
	WIFI_VA_WIFI3_DHCP,
	WIFI_VA_WIFI1_IPSET,	// 4 + 17
	WIFI_VA_WIFI2_IPSET = 21,
	WIFI_VA_WIFI3_IPSET = 38,
	WIFI_VA_WIFI1_SSID = 55, // 55 + 33
	WIFI_VA_WIFI2_SSID = 88,
	WIFI_VA_WIFI3_SSID = 101,
	WIFI_VA_WIFI1_NETTYPE = 134,
	WIFI_VA_WIFI2_NETTYPE,
	WIFI_VA_WIFI3_NETTYPE,
	WIFI_VA_WIFI1_AUTHMODE,
	WIFI_VA_WIFI2_AUTHMODE,
	WIFI_VA_WIFI3_AUTHMODE,
	WIFI_VA_WIFI1_ENCRYPTTYPE,
	WIFI_VA_WIFI2_ENCRYPTTYPE,
	WIFI_VA_WIFI3_ENCRYPTTYPE,
	WIFI_VA_WIFI1_WEPKEY,	// 143 + 27
	WIFI_VA_WIFI2_WEPKEY = 170,
	WIFI_VA_WIFI3_WEPKEY = 197,
	WIFI_VA_WIFI1_WPAKEY = 224, // 224 + 64
	WIFI_VA_WIFI2_WPAKEY = 288,
	WIFI_VA_WIFI3_WPAKEY = 352,
	WIFI_VA_DEFAULT_CONNECTION = 416,

	WIFI_VA_CheckSum // 417 , size = 4 bytes, this should be the last addr
}wifi_section_addr_t;


typedef struct _WIFI_AP_INFO
{
	INT8 ssid[33];
	
	UINT8 NetworkType;
	
	UINT8 IsEncryption;
	
	UINT8 SignalStrength;
	
	UINT8 AuthMode;
	
	UINT8 EncrypType;
	
	UINT8 BSSID[6];
	
	UINT8 IsWPSSupport;
	
}WIFI_AP_INFO; // structure for informations of Access Point

#ifdef NET_WIFI_DIRECT_SUPPORT
typedef enum
{
	P2P_STOP_SCAN = 0,
	P2P_SCANNING =1,
	P2P_STOP_SCAN_AND_LISTEN = 2
}P2P_ScanType_e;

typedef enum _WIFI_P2P_ConnStatus
{
	CONNECTING_OR_NO_LINK	 = 0,
	P2P_GO = 1,
	P2P_CLIENT = 2,
	P2P_DEVICE = 3,
	TDLS_LINKED = 4,
#ifdef NET_WFD_SUPPORT	
	WFD_SESSION_UNAVALIBLE = 5,
	WFD_PEER_PC_P2P = 6,
	WFD_PEER_TDLS_WEAK_SECURITY = 7,
#endif
}WIFI_P2P_ConnStatus;

#ifdef NET_WFD_SUPPORT
typedef struct _WIFI_WFD_Info_t
{
	char pszDeviceName[32];
	
	char pszMAC[17];
	
	INT32 sdTcpPort;
	
	INT32 sdMaxThroughput;
	
	INT32 sdDeviceType;
	
	char *pszPeerAddr;
	
}WIFI_WFD_Info_t;
#endif

typedef struct _WIFI_P2P_Info_t
{
	#ifdef NET_WFD_SUPPORT
	WIFI_WFD_Info_t stWfdInfo;
	#endif
	
	char szPeerAddr[17];

	pid_t dhcpd_pid;

	P2P_ScanType_e currScanType;
	
}WIFI_P2P_Info_t;
#endif

#ifdef NET_WIFI_SUPPORT	

INT32 WIFI_Get_SetupProfileID(UINT8* pbvalue);

INT32 WIFI_Set_SetupProfileID(UINT8 bvalue);

INT32 WIFI_Get_SetupProfileIDTemp(UINT8* pbvalue);

INT32 WIFI_Set_SetupProfileIDTemp(UINT8* pbvalue);

INT32 WIFI_IF_SetDHCP(Interface_Type eInterfaceType, UINT8 bDhcp);

INT32 WIFI_IF_GetDHCP(Interface_Type eInterfaceType, UINT8 *pbDhcp);

INT32 WIFI_IF_SetIPAddrs(Interface_Type eInterfaceType, INT8 *pszBuf);

INT32 WIFI_IF_GetIPAddrs(Interface_Type eInterfaceType, INT8 *pszBuf);

INT32 WIFI_IF_SetSSID(Interface_Type eInterfaceType, INT8 *pszbuf);

INT32 WIFI_IF_GetSSID(Interface_Type eInterfaceType, INT8 *pszbuf);

INT32 WIFI_IF_SetNetworkType(Interface_Type eInterfaceType, UINT8 sdNetType);

INT32 WIFI_IF_GetNetworkType(Interface_Type eInterfaceType, UINT8 *psdNetType);

INT32 WIFI_Set_AuthMode(Interface_Type eInterfaceType, INT8 sbvalue);

INT32 WIFI_Get_AuthMode(Interface_Type eInterfaceType, INT8* psbvalue);

INT32 WIFI_Set_EncrypType(Interface_Type eInterfaceType, INT8 sbvalue);

INT32 WIFI_Get_EncrypType(Interface_Type eInterfaceType, INT8* psbvalue);

INT32 WIFI_Set_EncryptionMode(Interface_Type eInterfaceType, UINT32 sdEncryptMode);

INT32 WIFI_Get_EncryptionMode(Interface_Type eInterfaceType, UINT32 *sdEncryptMode);

INT32 WIFI_Set_WEPKey(Interface_Type eInterfaceType, INT8* pszStrBuf);

INT32 WIFI_Get_WEPKey(Interface_Type eInterfaceType, INT8* pszStrBuf);

INT32 WIFI_Set_WPAPSKKey(Interface_Type eInterfaceType, INT8* pszStrBuf);

INT32 WIFI_Get_WPAPSKKey(Interface_Type eInterfaceType, INT8* pszStrBuf);

void WIFI_IF_LoadProfile(void);

void WIFI_IF_AuthEncryConvert(UINT8 bAuthModeIn, UINT8 bEncrypTypeIn, INT8* psbKeyStr, UINT8 *pbAuthModeOut, UINT8 *pbEncrypTypeOut, UINT8* pbUISetting);

INT32 WIFI_IF_EncryptionMode_Drv2UI(UINT8 bAuthMode, UINT8 bEncrypType, char* psbKeyStr,  UINT8* pbUISetting);

INT32 WIFI_IF_EncryptionMode_UI2Drv(UINT8 *pbAuthModeOut, UINT8 *pbEncrypTypeOut, UINT8* pbUISetting);

INT32 WIFI_IF_Autodetect_Init(INT32);

char* WIFI_IF_GetIfName(void);

INT32 WIFI_IF_CheckConnectionStatus(void);

INT32 WIFI_IF_Initialize(WifiEventCallback pfEventCallback);

INT32 WIFI_IF_Finalize(void);

INT32 WIFI_IF_RegisterDongle(char *pszDonlgeIfName);

INT32 WIFI_IF_UnregisterDongle(char *pszDonlgeIfName);

void WIFI_GetVersion(UINT32 *pdVersion);

void WIFI_IF_HandleWextEvent(char *pData, INT32 sdLen);

#ifdef NET_WIFI_DIRECT_SUPPORT
INT32 WIFI_IF_SetP2PMode(P2P_ScanType_e operationMode);

void WIFI_P2P_IF_SubscribeCBKFunc(WifiEventCallback pfEventCallBack);

INT32 WIFI_IF_SignalHdrRoutine(void);

#ifdef NET_WFD_SUPPORT
INT32 WIFI_WFD_IF_GetPeerDeviceInfo(WIFI_WFD_Info_t *pstWfdInfo);
#endif /* NET_WFD_SUPPORT */
#endif /* NET_WIFI_DIRECT_SUPPORT */
#endif /* NET_WIFI_SUPPORT */
#endif /* __NET_WIFI_H__ */