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#ifndef __INC_USBMODESWITCH_H
#define __INC_USBMODESWITCH_H
typedef enum _USB_MODE
{
USB_MODE_AUTO,
USB_MODE_U2,
USB_MODE_U3,
}USB_MODE, *PUSB_MODE;
typedef struct _USB_MODE_MECH
{
BOOLEAN bUsbModeMechOn;
u1Byte CurUsbMode; // USB mode read from HW when initialization. This represent real USB mode now. (0:unknown, 1:usb2, 2: usb3)
u1Byte RegUsbMode; // USB mode read from Registry when inialization. This represent USB mode set last time. (0:unknown, 1:usb2, 2: usb3)
u1Byte SetUsbMode; // USB mode set. This represent USB mode going to be set be the mechanism. (0:unknown, 1:usb2, 2: usb3)
u1Byte HubUsbMode; // USB mode set. This represent USB mode going to be set be the mechanism. (0:unknown, 1:usb2, 2: usb3)
u1Byte RegForcedUsbMode; //Forced USB mode. (0:not define, 1:usb2, 2: usb3)
u1Byte RegUsbCurMode; //Current USB mode. (0:not define, 1:usb2, 2: usb3)
u1Byte RegUsbSwFast; // COntrol USB switch ability.
u1Byte RegUsbWps; // Check if WPS will not return USB switch true;
u1Byte RegUsbSp; // Thss round is enabled ue to usb switch and only scan one channel.
u1Byte RegUsbChnl; // After USB switch, we only need to scan the channel at first.
u1Byte RegUsbSwitchSpeed; // USB switch speed level
u1Byte RegUsbSwitchThL; // RSSI Low Threshold to Switch USB
u1Byte RegUsbSwitchThH; // RSSI High Threshold to Switch USB
u1Byte RegUsbSwitchThRssi; // RSSI thresh for first link
u1Byte RegUsbSwBy; // USB switch by service or driver itself.
u1Byte RegUsbRfSet; // USB switch by RF setting
u1Byte UsbSwitchRefreshCnt; // USB switch fast mode thresh value.
u1Byte UsbSwitchByCnt; // USB switch fast mode thresh value.
u8Byte Usb2BitMap; // FOr controlling USB2.0 TX SS power index utility
u1Byte Usb2PwrIdx;
BOOLEAN bHardToRaise;
BOOLEAN bWpsRunning;
BOOLEAN bFirstScanOver; //To distinguish NEC WPS dummy profile
RT_WORK_ITEM UsbModeSwitchWorkitem;
RT_TIMER UsbModeSwitchTimer;
u1Byte SwByUIChnl;
BOOLEAN bPauseEDCCAForConnection;
} USB_MODE_MECH, *PUSB_MODE_MECH;
#define UsbModeSwitch_SetUsbModeMechOn(_Adapter, _UsbModeOn) \
(_Adapter)->UsbModeMechanism.bUsbModeMechOn = (_UsbModeOn)
#define UsbModeSwitch_SetRegUsbMode(_Adapter, _RegUsbMode) \
(_Adapter)->UsbModeMechanism.RegUsbMode = (_RegUsbMode)
#define UsbModeSwitch_SetCurUsbMode(_Adapter, _CurUsbMode) \
(_Adapter)->UsbModeMechanism.CurUsbMode = (_CurUsbMode)
#define UsbModeSwitch_SetForcedUsbMode(_Adapter, _ForcedUsbMode) \
(_Adapter)->UsbModeMechanism.RegForcedUsbMode = (_ForcedUsbMode)
#define UsbModeSwitch_SetCurrentUsbMode(_Adapter, _CurrentUsbMode) \
(_Adapter)->UsbModeMechanism.RegUsbCurMode = (_CurrentUsbMode)
#define UsbModeSwitch_SetCurrentHubUsbMode(_Adapter, _CurrentHubUsbMode) \
(_Adapter)->UsbModeMechanism.HubUsbMode = (_CurrentHubUsbMode)
#define UsbModeSwitch_SetUsbRaiseStatus(_Adapter, _bUsbRaiseStatus) \
(_Adapter)->UsbModeMechanism.bHardToRaise = (_bUsbRaiseStatus)
#define UsbModeSwitch_SetUsbWpsStatus(_Adapter, _bWpsStatus) \
(_Adapter)->UsbModeMechanism.bWpsRunning = (_bWpsStatus)
#define UsbModeSwitch_SetFirstScanOver(_Adapter, _bFirstScanOver) \
(_Adapter)->UsbModeMechanism.bFirstScanOver = (_bFirstScanOver)
#define UsbModeSwitch_SetUsbSwitchFast(_Adapter, _UsbSwitchFast) \
(_Adapter)->UsbModeMechanism.RegUsbSwFast = (_UsbSwitchFast)
#define UsbModeSwitch_SetUsbSwitchWps(_Adapter, _UsbSwitchWps) \
(_Adapter)->UsbModeMechanism.RegUsbWps = (_UsbSwitchWps)
#define UsbModeSwitch_SetUsbSwitchPostive(_Adapter, _UsbSwitchPositive) \
(_Adapter)->UsbModeMechanism.RegUsbSp = (_UsbSwitchPositive)
#define UsbModeSwitch_SetUsbSwitchChannel(_Adapter, _UsbSwitchChnl) \
(_Adapter)->UsbModeMechanism.RegUsbChnl = (_UsbSwitchChnl)
#define UsbModeSwitch_SetUsbSwitchSpeed(_Adapter, _UsbSwitchSpeed) \
(_Adapter)->UsbModeMechanism.RegUsbSwitchSpeed = (_UsbSwitchSpeed)
#define UsbModeSwitch_SetUsbSwitchThL(_Adapter, _UsbSwitchThL) \
(_Adapter)->UsbModeMechanism.RegUsbSwitchThL = (_UsbSwitchThL)
#define UsbModeSwitch_SetUsbSwitchThH(_Adapter, _UsbSwitchThH) \
(_Adapter)->UsbModeMechanism.RegUsbSwitchThH = (_UsbSwitchThH)
#define UsbModeSwitch_SetUsbSwitchThRssi(_Adapter, _UsbSwitchThRssi) \
(_Adapter)->UsbModeMechanism.RegUsbSwitchThRssi = (_UsbSwitchThRssi)
#define UsbModeSwitch_SetUsbSwitchBy(_Adapter, _UsbSwitchBy) \
(_Adapter)->UsbModeMechanism.RegUsbSwBy = (_UsbSwitchBy)
#define UsbModeSwitch_SetUsbSwitchRfSet(_Adapter, _UsbSwitchRfSet) \
(_Adapter)->UsbModeMechanism.RegUsbRfSet = (_UsbSwitchRfSet)
VOID
UsbModeSwitchInit(
PADAPTER Adapter
);
VOID
UsbModeSwitchDeinit(
PADAPTER Adapter
);
BOOLEAN
UsbModeSwitchCheck(
PADAPTER Adapter,
pu1Byte BSSID
);
u4Byte
UsbModeCurrentStateQuery(
PADAPTER Adapter
);
BOOLEAN
UsbModeSwitchStartTransition(
PADAPTER Adapter
);
BOOLEAN
UsbModeSwitchConfirm(
PADAPTER Adapter
);
VOID
UsbModeForcedTransition(
PADAPTER Adapter
);
VOID
UsbModeSetHubUsbType(
PADAPTER Adapter,
pu1Byte UsbHostType
);
u1Byte
UsbModeQueryHubUsbType(
PADAPTER Adapter
);
u1Byte
UsbModeQueryDeviceUsbType(
PADAPTER Adapter
);
u1Byte
UsbModeQuerySwitchPositive(
PADAPTER Adapter
);
u1Byte
UsbModeQuerySwitchChannel(
PADAPTER Adapter
);
VOID
UsbModeSwitchCheckExt(
PADAPTER Adapter
);
u1Byte
UsbModeQueryRfTransmitPath(
PADAPTER Adapter,
u1Byte RfType
);
VOID
UsbModeSelectAMPDUPreTx(
PADAPTER Adapter
);
VOID
UsbModeSelectRaMask(
PADAPTER Adapter,
pu8Byte BitMap,
CHANNEL_WIDTH BandWidth
);
VOID
UsbModeSelect3ssPwrInU2(
PADAPTER Adapter,
CHANNEL_WIDTH BandWidth,
u1Byte Channel
);
u1Byte
UsbModeQueryRfSet(
PADAPTER Adapter
);
#endif
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