static bool set_wol_intr(DRV_HANDLE hClientObj,int en)
{
int wol;
if(!wol_intr32_pin_enabled(hClientObj))
return false;
if (!wol_enabled(hClientObj))
return false;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_17);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_STATUS);
wol=DRV_ETHPHY_SMIReadResultGet(hClientObj);
if (en)
{
wol = (wol & ~_WOL_PLUS_INTR_DIS_MASK);
}
else
{
wol = (wol |_WOL_PLUS_INTR_DIS_MASK);
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_WOL_STATUS, wol);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_STATUS);
wol=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
return true;
}
static void set_wol(DRV_HANDLE hClientObj,int en, int master, int timer)
{
unsigned short wol;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_4);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
wol=DRV_ETHPHY_SMIReadResultGet(hClientObj);
if (en)
wol |= _WOL_EN_MASK;
else
wol &= ~_WOL_EN_MASK;
if (master)
{
wol |= _WOL_PLUS_MASTER_SLAVE_MASK; // Master mode
// set the INTR level to active HIGH
wol |= _WOL_INTR_ACTIVE_HIGH_MASK;
}
else
{
wol &= ~_WOL_PLUS_MASTER_SLAVE_MASK; // slave mode
// set the INTR level to active HIGH
wol &= ~_WOL_INTR_ACTIVE_HIGH_MASK;
}
switch(timer)
{
case WOL_TIMER_30SEC:
wol &= ~(_WOL_PLUS_TIMER_3MIN_SEL_MASK|_WOL_PLUS_TIMER_10MIN_SEL_MASK);
wol |= _WOL_PLUS_TIMER_30SEC_SEL_MASK; // timer set to 30SEC
break;
case WOL_TIMER_3MIN:
wol &= ~(_WOL_PLUS_TIMER_30SEC_SEL_MASK|_WOL_PLUS_TIMER_10MIN_SEL_MASK);
wol |= _WOL_PLUS_TIMER_3MIN_SEL_MASK; // timer set to 3MIN
break;
case WOL_TIMER_10MIN:
wol &= ~(_WOL_PLUS_TIMER_30SEC_SEL_MASK|_WOL_PLUS_TIMER_3MIN_SEL_MASK);
wol |= _WOL_PLUS_TIMER_10MIN_SEL_MASK; // timer set to 10MIN
break;
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_WOL_CNTRL, wol);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
wol=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
}
/****************************************************************************
* Function: DRV_EXTPHY_MDIXConfigure
*
* PreCondition: - Communication to the PHY should have been established.
*
* Input: handle - A valid open-instance handle, returned from the driver's open routine
* oFlags - the requested open flags: ETH_OPEN_MDIX_AUTO, ETH_OPEN_MDIX_NORM/ETH_OPEN_MDIX_SWAP
*
* Output: ETH_RES_OK - success,
* an error code otherwise
*
*
* Side Effects: None
*
* Overview: This function configures the MDIX mode for the PHY.
*
* Note: None
*****************************************************************************/
ETH_RESULT_CODE DRV_EXTPHY_MDIXConfigure(DRV_HANDLE hClientObj, ETH_OPEN_FLAGS oFlags)
{
unsigned short phyReg;
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_SPECIAL_CTRL, PHY_ADDRESS);
phyReg=DRV_ETHPHY_SMIReadResultGet(hClientObj)&(_SPECIALCTRL_XPOL_MASK); // mask off not used bits
if(oFlagsÐ_OPEN_MDIX_AUTO)
{ // enable Auto-MDIX
phyReg&=~_SPECIALCTRL_AMDIXCTRL_MASK;
}
else
{ // no Auto-MDIX
phyReg|=_SPECIALCTRL_AMDIXCTRL_MASK; // disable Auto-MDIX
if(oFlagsÐ_OPEN_MDIX_SWAP)
{
phyReg|=_SPECIALCTRL_CH_SELECT_MASK; // swap - MDIX
}
else
{
phyReg&=~_SPECIALCTRL_CH_SELECT_MASK; // normal - MDI
}
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_SPECIAL_CTRL, PHY_ADDRESS, phyReg);
return ETH_RES_OK;
}
/****************************************************************************
* Function: read_wol_mode
*
* PreCondition: Ethernet Initiazation should be completed.
*
* Input: hClientObj - A valid open-instance handle, returned from the driver's open routine
*
* Output: Master or slave WOL mode
*
*
* Side Effects: None
*
* Overview: This api is used get WOL event operation mode whether it is operated on Master or Slave mode
* and is only used for IP101GR PHY driver .
*
*
* Note: None
*****************************************************************************/
static WOL_OPERATION_MODE read_wol_mode(DRV_HANDLE hClientObj)
{
unsigned short mode;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_4);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
mode=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
return (mode & _WOL_PLUS_MASTER_SLAVE_MASK) ? WOL_MODE_MASTER : WOL_MODE_SLAVE;
}
/****************************************************************************
* Function: wol_intr32_pin_enabled
*
* PreCondition: Ethernet Initiazation should be completed.
*
* Input: hClientObj - A valid open-instance handle, returned from the driver's open routine
*
* Output: true or false
*
*
* Side Effects: None
*
* Overview: This api is used to get status of WOL INTR32 pin.
* and is only used for IP101GR PHY driver .
*
*
* Note: None
*****************************************************************************/
static bool wol_intr32_pin_enabled(DRV_HANDLE hClientObj)
{
unsigned short intr;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_16);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_INTR_STATUS);
intr=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
return (intr & _INTERRUPTSTATUS_INTR_MASK) ? true : false;
}
static bool wol_enabled(DRV_HANDLE hClientObj)
{
unsigned short wol;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_4);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
wol=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
return (wol & _WOL_EN_MASK) ? true : false;
}
/****************************************************************************
* Function: DRV_EXTPHY_MMDDataRead
*
* PreCondition: None
*
* Input: hClientObj - A valid open-instance handle, returned from the driver's open routine
* mmdDevAddr - MMD device register value
* Output: unsigned short - 16 bit data read from MMD register.
*
*
* Side Effects: None
*
* Overview: This function is used to enable the MMD control register for data read.
*
* Note: None
*****************************************************************************/
static unsigned short DRV_EXTPHY_MMDDataRead(DRV_HANDLE hClientObj,eMMDDEVADDRES mmdDevAddr)
{
// Write 01b to MMD access control register for Data
unsigned short mmdStatus;
unsigned short mmdRegData;
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_MMD_ACCESS_CONTROL, PHY_ADDRESS);
mmdStatus=DRV_ETHPHY_SMIReadResultGet(hClientObj);
mmdStatus &= _PHY_MMD_RESERVED_MASK;
mmdStatus |= _PHY_MMD_CNTL_ACCESS_DATA_MASK;
// Write 3 for PCS ( for WOL configuration ) and 7 for Auto negotiation and 30 for Vendor specific
mmdStatus |= mmdDevAddr ;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_MMD_ACCESS_CONTROL, PHY_ADDRESS, mmdStatus);
// write MMD access address/data register with 16 bit address of the desired MMD register
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_MMD_ACCESS_DATA_ADDR, PHY_ADDRESS);
mmdRegData=DRV_ETHPHY_SMIReadResultGet(hClientObj);
return mmdRegData;
}
/****************************************************************************
* Function: DRV_EXTPHY_MMDAddressWrite
*
* PreCondition: None
*
* Input: hClientObj - A valid open-instance handle, returned from the driver's open routine
* indexNo - Specified Register index value
* mmdDevAddr - MMD device register value
* Output: none
*
*
* Side Effects: None
*
* Overview: This function is used to configure the MMD control register for address write.
*
* Note: None
*****************************************************************************/
static void DRV_EXTPHY_MMDAddressWrite(DRV_HANDLE hClientObj,unsigned short indexNo,eMMDDEVADDRES mmdDevAddr)
{
// Write 00b to MMD access control register for Address
unsigned short mmdStatus;
unsigned short mmdRegData;
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_MMD_ACCESS_CONTROL, PHY_ADDRESS);
mmdStatus=DRV_ETHPHY_SMIReadResultGet(hClientObj);
mmdStatus &= _PHY_MMD_RESERVED_MASK;
mmdStatus |= _PHY_MMD_CNTL_ACCESS_ADDRESS_MASK;
// Write 3 for PCS ( for WOL configuration ) and 7 for Auto negotiation and 30 for Vendor specific
mmdStatus |= mmdDevAddr ;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_MMD_ACCESS_CONTROL, PHY_ADDRESS, mmdStatus);
// write MMD access address/data register with 16 bit address of the desired MMD register
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_MMD_ACCESS_DATA_ADDR, PHY_ADDRESS);
mmdRegData=DRV_ETHPHY_SMIReadResultGet(hClientObj)&0xFFFF; // mask off not used bits
mmdRegData = indexNo;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_MMD_ACCESS_DATA_ADDR, PHY_ADDRESS, mmdRegData);
}
static void manual_set_wol(DRV_HANDLE hClientObj)
{
int wol;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_4);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
wol = DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_WOL_CNTRL, (wol|_WOL_PLUS_MANUAL_SET_MASK));
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
}
static void set_wol_intr32_pin(DRV_HANDLE hClientObj,int en)
{
unsigned short intr;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_16);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_INTR_STATUS);
intr=DRV_ETHPHY_SMIReadResultGet(hClientObj);
if(en)
{
intr |= _INTERRUPTSTATUS_INTR_MASK;
}
else
{
intr &= ~_INTERRUPTSTATUS_INTR_MASK;
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_INTR_STATUS, intr);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_INTR_STATUS);
intr=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
}
static void DRV_EXTPHY_WOLInterruptMaskSet(DRV_HANDLE hClientObj,int intStaus)
{
unsigned short intmask;
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_INT_MASK, PHY_ADDRESS);
intmask=DRV_ETHPHY_SMIReadResultGet(hClientObj)&(~0xFE01);
if(intStaus == WOL_INT_ENABLED)
{
intmask |= WOL_INT8_EN;
}
else
{
intmask &= ~WOL_INT8_EN;
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_INT_MASK, PHY_ADDRESS, intmask);
}
/****************************************************************************
* Function: DRV_EXTPHY_MIIConfigure
*
* PreCondition: - Communication to the PHY should have been established.
*
* Input: handle - A valid open-instance handle, returned from the driver's open routine
* cFlags - the requested configuration flags: ETH_PHY_CFG_RMII/ETH_PHY_CFG_MII
*
* Output: ETH_RES_OK - success,
* an error code otherwise
*
*
* Side Effects: None
*
* Overview: This function configures the PHY in one of MII/RMII operation modes.
*
*****************************************************************************/
ETH_RESULT_CODE DRV_EXTPHY_MIIConfigure(DRV_HANDLE hClientObj,ETHPHY_CONFIG_FLAGS cFlags)
{
unsigned short phyReg;
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_SPECIAL_MODE, PHY_ADDRESS);
phyReg=DRV_ETHPHY_SMIReadResultGet(hClientObj)&(_SPECIALMODE_PHYAD_MASK|_SPECIALMODE_MODE_MASK); // not used bits should be 0
if(cFlagsÐ_PHY_CFG_RMII)
{
phyReg|=_SPECIALMODE_MIIMODE_MASK;
}
else
{
phyReg&=~_SPECIALMODE_MIIMODE_MASK;
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_SPECIAL_MODE, PHY_ADDRESS, phyReg); // update the Special Modes reg
return ETH_RES_OK;
}
/****************************************************************************
* Function: set_sense_any_pkt
*
* PreCondition: Ethernet Initiazation should be completed.
*
* Input: hClientObj - A valid open-instance handle, returned from the driver's open routine
*
* Output: none
*
*
* Side Effects: None
*
* Overview: This api is used set any packet for WOL event
* and is only used for IP101GR PHY driver .
*
*
* Note: None
*****************************************************************************/
static void set_sense_any_pkt(DRV_HANDLE hClientObj,int anypkt)
{
unsigned short wol;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_4);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_CNTRL);
wol = DRV_ETHPHY_SMIReadResultGet(hClientObj);
if (anypkt)
{
wol = wol | _WOL_SENSE_ANY_PKT_MASK;
}
else
{
wol = wol & ~_WOL_SENSE_ANY_PKT_MASK;
}
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_WOL_CNTRL, wol);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
}
static eWOL_STATE check_wol_status(DRV_HANDLE hClientObj)
{
WOL_OPERATION_MODE mode;
unsigned short status;
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_17);
DRV_ETHPHY_SMIReadStart(hClientObj,PHY_REG_WOL_STATUS);
status=DRV_ETHPHY_SMIReadResultGet(hClientObj);
DRV_ETHPHY_SMIWriteStart(hClientObj,PHY_REG_PAGE_SEL, PAGENUM_0);
mode = read_wol_mode(hClientObj);
if (mode == WOL_MODE_MASTER)
{
if (status & _WOL_PLUS_SLEEPING_STATUS_MASK)
return WOL_SLEEPING;
else if(status & _WOL_PLUS_WAKE_STATUS_MASK)
return WOL_WAKEUP;
else
return WOL_NORMAL;
}
else
{
status &= (_WOL_PLUS_SLEEPING_STATUS_MASK | _WOL_PLUS_SLEEP_MASK | _WOL_PLUS_WAKE_STATUS_MASK);
if (status == _WOL_PLUS_SLEEP_MASK)
return WOL_RDY4SLP;
else if (status == (_WOL_PLUS_WAKE_STATUS_MASK |_WOL_PLUS_SLEEPING_STATUS_MASK))
return WOL_RDY4WAKE;
else if(status & _WOL_PLUS_WAKE_STATUS_MASK)
return WOL_RDY4WAKE;
/* else if (status & _WOL_PLUS_SLEEPING_STATUS_MASK)
return WOL_SLEEPING;
*/
else
return WOL_NORMAL;
}
}
