static DWORD DRV_GetEEPROMConfig(
void * handle)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
BYTE ucSlaveDemod = 0;
BYTE btmp = 0;
deb_data("- Enter %s Function -",__FUNCTION__);
//bIrTblDownload option
dwError = Demodulator_readRegisters((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, EEPROM_IRMODE, 1, &btmp);
if (dwError) return(dwError);
PDC->bIrTblDownload = btmp ? true:false;
deb_data( "EEPROM_IRMODE = 0x%02X, ", btmp);
deb_data("bIrTblDownload %s\n", PDC->bIrTblDownload?"ON":"OFF");
PDC->bDualTs = false;
PDC->architecture = Architecture_DCA;
PDC->Demodulator.chipNumber = 1;
PDC->bDCAPIP = false;
dwError = DRV_GetEEPROMConfig2(pdc, ucSlaveDemod);
if (dwError) return(dwError);
dwError = DRV_InitDevInfo(pdc, ucSlaveDemod);
return(dwError);
}
static DWORD DRV_SetBusTuner(
void * handle,
Word busId,
Word tunerId
)
{
DWORD dwError = Error_NO_ERROR;
DWORD version = 0;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
deb_data("- Enter %s Function -",__FUNCTION__);
deb_data("busId = 0x%x, tunerId =0x%x\n", busId, tunerId);
if ((pdc->UsbMode==0x0110) && (busId==Bus_USB)) {
busId=Bus_USB11;
}
dwError = Demodulator_setBusTuner ((Demodulator*) &pdc->Demodulator, busId, tunerId);
if (dwError) {deb_data("Demodulator_setBusTuner error\n");return dwError;}
dwError = Demodulator_getFirmwareVersion ((Demodulator*) &pdc->Demodulator, Processor_LINK, &version);
if (version != 0) {
pdc->Demodulator.booted = True;
}
else {
pdc->Demodulator.booted = False;
}
return(dwError);
}
static DWORD DRV_ApCtrl (
void * handle,
Byte ucSlaveDemod,
Bool bOn
)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
deb_data("enter DRV_ApCtrl: ucSlaveDemod = %d, bOn = %s\n", ucSlaveDemod, bOn?"ON":"OFF");
//deb_data("enter DRV_ApCtrl: Demod[%d].GraphBuilt = %d", ucSlaveDemod, pdc->fc[ucSlaveDemod].GraphBuilt);
Demodulator_writeRegister((Demodulator*) &PDC->Demodulator, 0, Processor_LINK, PDC->Map.GPIO_LED_en, 1);
Demodulator_writeRegister((Demodulator*) &PDC->Demodulator, 0, Processor_LINK, PDC->Map.GPIO_LED_on, 1);
Demodulator_writeRegister((Demodulator*) &PDC->Demodulator, 0, Processor_LINK, PDC->Map.GPIO_LED_o, bOn?1:0);
dwError = DRV_TunerPowerCtrl(handle, ucSlaveDemod, bOn);
if(dwError) deb_data("DRV_TunerPowerCtrl Fail: 0x%08x\n", dwError);
dwError = Demodulator_controlPowerSaving((Demodulator*) &pdc->Demodulator, ucSlaveDemod, bOn);
if(dwError) deb_data("DRV_ApCtrl: Demodulator_controlPowerSaving error = 0x%08x\n", dwError);
return(dwError);
}
static DWORD DRV_TunerPowerCtrl(
void * handle,
BYTE ucSlaveDemod,
bool bPowerOn
)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
deb_data("- Enter %s Function , bPowerOn=%d -\n",__FUNCTION__, bPowerOn);
deb_data("Detected tuner ID: 0x%x\n", pdc->fc[0].tunerinfo.TunerId);
switch(PDC->idProduct)
{
case 0xa337: //A337
case 0x0337: //A867
case 0xa867: //A867
case 0x0867:
case 0x1867:
case 0xF337:
dwError = A337TunerPowerControl(pdc, ucSlaveDemod, bPowerOn);
break;
case 0xa333: //A337 & EVB
default:
dwError = A333TunerPowerControl(pdc, ucSlaveDemod, bPowerOn);
}
return dwError;
}
DWORD DL_Tuner_SetBW(u8 ucBw)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
deb_data("- Enter %s Function -\n",__FUNCTION__);
if (PDC->fc[ucSlaveDemod].ucDesiredBandWidth!=ucBw*1000)
dwError = DRV_SetFreqBw(PDC, ucSlaveDemod, 0, ucBw);
else
deb_data(" the same BandWidth\n");
return(dwError);
}
/* expecting rx buffer: request data[0] data[1] ... data[2] */
static int dib0700_ctrl_wr(struct dvb_usb_device *d, u8 *tx, u8 txlen)
{
int status;
deb_data(">>> ");
debug_dump(tx, txlen, deb_data);
status = usb_control_msg(d->udev, usb_sndctrlpipe(d->udev,0),
tx[0], USB_TYPE_VENDOR | USB_DIR_OUT, 0, 0, tx, txlen,
USB_CTRL_GET_TIMEOUT);
if (status != txlen)
deb_data("ep 0 write error (status = %d, len: %d)\n",status,txlen);
return status < 0 ? status : 0;
}
DWORD DL_Tuner_SetFreq(u32 dwFreq,u8 ucBw)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
deb_data("- Enter %s Function -\n",__FUNCTION__);
if ( (PDC->fc[ucSlaveDemod].ulDesiredFrequency!=dwFreq
&& !Is_Within_Tolerance(PDC->fc[ucSlaveDemod].ulDesiredFrequency, dwFreq, 125) )
|| PDC->fc[ucSlaveDemod].ucDesiredBandWidth!=ucBw*1000)
dwError = DRV_SetFreqBw(PDC, ucSlaveDemod, dwFreq, ucBw);
else
deb_data(" the same Frequency & BandWidth\n");
return(dwError);
}
static DWORD DRV_IrTblDownload(IN void * handle)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
struct file *filp;
unsigned char b_buf[512] ;
int i, fileSize;
mm_segment_t oldfs;
deb_data("- Enter %s Function -\n",__FUNCTION__);
oldfs=get_fs();
set_fs(KERNEL_DS);
filp=filp_open("/lib/firmware/af35irtbl.bin", O_RDWR,0644);
if ( IS_ERR(filp) ) {
deb_data(" LoadIrTable : Can't open file\n");goto exit;}
if ( (filp->f_op) == NULL ) {
deb_data(" LoadIrTable : File Operation Method Error!!\n");goto exit;}
filp->f_pos=0x00;
fileSize = filp->f_op->read(filp,b_buf,sizeof(b_buf),&filp->f_pos);
for(i=0; i<fileSize; i++)
{
//deb_data("\n Data %d",i); //
//deb_data("0x%x",b_buf[i]);//
// dwError = Af901xWriteReg(ucDemod2WireAddr, 0, MERC_IR_TABLE_BASE_ADDR + i, b_buf[i]);
//if (dwError) goto exit;
}
dwError = Demodulator_loadIrTable((Demodulator*) &pdc->Demodulator, (Word)fileSize, b_buf);
if (dwError) {deb_data("Demodulator_loadIrTable fail"); goto exit;}
filp_close(filp, NULL);
set_fs(oldfs);
return (dwError);
exit:
deb_data("LoadIrTable fail!\n");
return dwError;
}
DWORD DL_TunerPowerCtrl(u8 bPowerOn)
{
DWORD dwError = Error_NO_ERROR;
deb_data("enter DL_TunerPowerCtrl: bOn = %s\n", bPowerOn?"ON":"OFF");
dwError = DRV_TunerPowerCtrl(PDC, 0, bPowerOn);
return (dwError);
}
DWORD DL_Reboot(void)
{
DWORD dwError = Error_NO_ERROR;
deb_data("- Enter %s Function -\n",__FUNCTION__);
dwError = DRV_Reboot(PDC);
return(dwError);
}
DWORD DL_GetSignalStrength(u16 *strength)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
Byte str;
deb_data("- Enter %s Function -\n",__FUNCTION__);
dwError = Demodulator_getSignalStrength((Demodulator*) &PDC->Demodulator, ucSlaveDemod, &str);
if( strength ) *strength = str;
return dwError;
}
static DWORD DRV_Reboot(
void * handle
)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT) handle;
deb_data("- Enter %s Function -\n",__FUNCTION__);
dwError = Demodulator_reboot((Demodulator*) &pdc->Demodulator);
return(dwError);
}
static DWORD DRV_GetEEPROMConfig2(
void * handle,
BYTE ucSlaveDemod)
{
DWORD dwError = Error_NO_ERROR;
tWORD shift = 0;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
BYTE btmp = 0;
deb_data("- Enter %s Function -",__FUNCTION__);
if(ucSlaveDemod) shift = EEPROM_SHIFT;
dwError = Demodulator_readRegisters((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, EEPROM_TUNERID+shift, 1, &btmp);
if (dwError) goto exit;
deb_data("EEPROM_TUNERID%d = 0x%02X\n", ucSlaveDemod, btmp);
PTI.TunerId = btmp;
exit:
return(dwError);
}
/* expecting tx buffer: request data[0] ... data[n] (n <= 4) */
int dib0700_ctrl_rd(struct dvb_usb_device *d, u8 *tx, u8 txlen, u8 *rx, u8 rxlen)
{
u16 index, value;
int status;
if (txlen < 2) {
err("tx buffer length is smaller than 2. Makes no sense.");
return -EINVAL;
}
if (txlen > 4) {
err("tx buffer length is larger than 4. Not supported.");
return -EINVAL;
}
deb_data(">>> ");
debug_dump(tx,txlen,deb_data);
value = ((txlen - 2) << 8) | tx[1];
index = 0;
if (txlen > 2)
index |= (tx[2] << 8);
if (txlen > 3)
index |= tx[3];
status = usb_control_msg(d->udev, usb_rcvctrlpipe(d->udev,0), tx[0],
USB_TYPE_VENDOR | USB_DIR_IN, value, index, rx, rxlen,
USB_CTRL_GET_TIMEOUT);
if (status < 0)
deb_info("ep 0 read error (status = %d)\n",status);
deb_data("<<< ");
debug_dump(rx, rxlen, deb_data);
return status; /* length in case of success */
}
DWORD DL_GetChannelStat(u32 *ber, u32 *berbits, u32 *ubc)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
ChannelStatistic stat;
deb_data("- Enter %s Function -\n",__FUNCTION__);
dwError = Demodulator_getChannelStatistic((Demodulator*) &PDC->Demodulator, ucSlaveDemod, &stat);
// ignore error because saved value is returned in stat
if( ber ) *ber = stat.postVitErrorCount;
if( berbits ) *berbits = stat.postVitBitCount;
if( ubc ) *ubc = stat.abortCount;
return(dwError);
}
DWORD DL_ApCtrl (
Bool bOn
)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
Bool bLock;
down(&PDC->powerLock);
deb_data("Enter DL_ApCtrl: bOn = %s, use_cnt=%d\n", bOn?"ON":"OFF", PDC->power_use_count);
// implement power management based on reference counting
if( bOn ) PDC->power_use_count++;
else PDC->power_use_count--;
if( PDC->power_use_count < 0 ) PDC->power_use_count = 0;
if( bOn && PDC->power_use_count==1 ) {
deb_data("DL_ApCtrl: call DRV_ApCtrl(ON)\n");
dwError = DRV_ApCtrl (PDC, 0, 1);
}
else if( !bOn && PDC->power_use_count==0 ) {
deb_data("DL_ApCtrl: call DRV_ApCtrl(OFF)\n");
dwError = DRV_ApCtrl (PDC, 0, 0);
PDC->fc[ucSlaveDemod].ulDesiredFrequency = 0;
PDC->fc[ucSlaveDemod].ucDesiredBandWidth = 0;
PDC->fc[ucSlaveDemod].OvrFlwChk = 0;
}
up(&PDC->powerLock);
deb_data("Exit DL_ApCtrl: bOn = %s, dwError = %d\n", bOn?"ON":"OFF", dwError);
return(dwError);
}
static DWORD DRV_TunerWakeup(
void * handle
)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT) handle;
deb_data("- Enter %s Function -\n",__FUNCTION__);
//tuner power on
dwError = Demodulator_writeRegisterBits((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh7_o, reg_top_gpioh7_o_pos, reg_top_gpioh7_o_len, 1);
return(dwError);
}
static DWORD DRV_IsPsbOverflow(
void * handle,
Byte ucSlaveDemod,
Bool *bPsbOverflow
)
{
DWORD dwError = Error_NO_ERROR;
Byte ucValue;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
Bool PsbOverflow;
deb_data("enter %s: - \n", __FUNCTION__);
if( ucSlaveDemod ) { //13
dwError = Demodulator_readRegister((Demodulator*) &pdc->Demodulator, 0, Processor_OFDM, p_reg_sys_buf_overflow, &ucValue);
if( dwError ) goto exit;
PsbOverflow = (ucValue&0x01)? 1:0;
if( PsbOverflow ) {
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_OFDM, p_reg_sys_buf_overflow, ucValue&(~0x01));
if( dwError ) goto exit;
}
}
else { //15
dwError = Demodulator_readRegister((Demodulator*) &pdc->Demodulator, 0, Processor_OFDM, p_mp2if_psb_overflow, &ucValue);
if( dwError ) goto exit;
PsbOverflow = (ucValue&0x01)? 1:0;
if( PsbOverflow ) {
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_OFDM, p_mp2if_psb_overflow, ucValue&(~0x01));
if( dwError ) goto exit;
}
}
if( bPsbOverflow ) *bPsbOverflow = PsbOverflow;
exit:
return dwError;
}
Dword Usb2_writeControlBus (
IN Modulator* modulator,
IN Dword bufferLength,
IN Byte* buffer
) {
Dword ret;
int act_len;
Byte *pTmpBuffer = kzalloc(sizeof(buffer)*bufferLength, GFP_KERNEL);
ret = 0;
if (pTmpBuffer)
memcpy(pTmpBuffer, buffer, bufferLength);
//deb_data(" ---------Usb2_writeControlBus----------\n", ret);
ret = usb_bulk_msg(usb_get_dev( modulator->userData),
usb_sndbulkpipe(usb_get_dev(modulator->userData), 0x02),
pTmpBuffer,
bufferLength,
&act_len,
1000000);
if (ret) deb_data(" Usb2_writeControlBus fail : 0x%08lx\n", ret);
return (Error_NO_ERROR);
}
Dword Usb2_readControlBus (
IN Modulator* modulator,
IN Dword bufferLength,
OUT Byte* buffer
) {
Dword ret;
int nBytesRead;
Byte *pTmpBuffer = kzalloc(sizeof(buffer)*bufferLength, GFP_KERNEL);
ret = 0;
//deb_data(" ---------Usb2_readControlBus----------\n", ret);
ret = usb_bulk_msg(usb_get_dev(modulator->userData),
usb_rcvbulkpipe(usb_get_dev(modulator->userData),129),
pTmpBuffer,
bufferLength,
&nBytesRead,
1000000);
if (pTmpBuffer)
memcpy(buffer, pTmpBuffer, bufferLength);
if (ret) deb_data(" Usb2_readControlBus fail : 0x%08lx\n", ret);
return (Error_NO_ERROR);
}
DWORD Device_init(struct usb_device *udev,struct usb_interface *uintf, PDEVICE_CONTEXT PDCs, Bool bBoot)
{
DWORD error = Error_NO_ERROR;
BYTE filterIdx=0;
udevs=udev;
uintfs=uintf;
PDC=PDCs;
deb_data("- Enter %s Function -\n",__FUNCTION__);
//************* Set Device init Info *************//
PDC->bEnterSuspend = false;
PDC->bSurpriseRemoval = false;
PDC->bDevNotResp = false;
PDC->bSelectiveSuspend = false;
PDC->bTunerPowerOff = false;
if (bBoot)
{
PDC->bSupportSelSuspend = false;
PDC->Demodulator.userData = (Handle)PDC;
PDC->Demodulator.chipNumber =1;
PDC->architecture=Architecture_DCA;
PDC->Demodulator.frequency[0] = 666000;
PDC->Demodulator.bandwidth[0] = 8000;
PDC->bIrTblDownload = false;
PDC->fc[0].tunerinfo.TunerId = 0;
PDC->fc[1].tunerinfo.TunerId = 0;
PDC->bDualTs=false;
PDC->FilterCnt = 0;
PDC->StreamType = StreamType_DVBT_DATAGRAM;
PDC->UsbCtrlTimeOut = 1;
init_MUTEX(&PDC->powerLock);
init_MUTEX(&PDC->tunerLock);
PDC->power_use_count = 0;
PDC->idVendor = udev->descriptor.idVendor;
PDC->idProduct = udev->descriptor.idProduct;
PDC->Demodulator.GPIO8Value[0] = 2;
PDC->Demodulator.GPIO8Value[1] = 2;
PDC->fc[0].AVerFlags = 0x00;
PDC->fc[1].AVerFlags = 0x00;
init_MUTEX(&PDC->regLock);
}
else {
PDC->UsbCtrlTimeOut = 5;
}//bBoot
#ifdef AFA_USB_DEVICE
if (bBoot) {
//************* Set USB Info *************//
PDC->MaxPacketSize = 0x0200; //default USB2.0
PDC->UsbMode = (PDC->MaxPacketSize == 0x200)?0x0200:0x0110;
deb_data("USB mode= 0x%x\n", PDC->UsbMode);
PDC->TsPacketCount = (PDC->UsbMode == 0x200)?TS_PACKET_COUNT_HI:TS_PACKET_COUNT_FU;
PDC->TsFrames = (PDC->UsbMode == 0x200)?TS_FRAMES_HI:TS_FRAMES_FU;
PDC->TsFrameSize = TS_PACKET_SIZE*PDC->TsPacketCount;
PDC->TsFrameSizeDw = PDC->TsFrameSize/4;
}
PDC->bEP12Error = false;
PDC->bEP45Error = false;
PDC->ForceWrite = false;
PDC->ulActiveFilter = 0;
#else
PDC->bSupportSuspend = false;
#endif//AFA_USB_DEVICE
#ifdef AFA_USB_DEVICE
if(bBoot)
{
//patch for eeepc
error = DL_SetBusTuner (PDC, Bus_USB, Tuner_Afatech_AF9007);
PDC->UsbCtrlTimeOut = 5;
error = DL_SetBusTuner (PDC, Bus_USB, Tuner_Afatech_AF9007);
if (error)
{
deb_data("First DL_SetBusTuner fail : 0x%08x\n",error );
goto Exit;
}
error =DL_GetEEPROMConfig(PDC);
if (error)
{
deb_data("DL_GetEEPROMConfig fail : 0x%08x\n", error);
goto Exit;
}
}//bBoot
error = DL_SetBusTuner(PDC, Bus_USB, PDC->fc[0].tunerinfo.TunerId);
if (error)
{
deb_data("DL_SetBusTuner fail!\n");
goto Exit;
}
if(PDC->Demodulator.chipNumber == 1 && PDC->Demodulator.booted) //warm-boot/(S1)
{
error = DL_TunerWakeup(PDC);
}
if(error) deb_data("DL_NIMReset or DL_NIMSuspend or DL_TunerWakeup fail!\n");
error = DL_Initialize(PDC);
if (error)
{
deb_data("DL_Initialize fail! 0x%08x\n", error);
goto Exit;
}
if (PDC->bIrTblDownload)
{
error = DL_IrTblDownload(PDC);
if (error) deb_data("DL_IrTblDownload fail");
}
//for (filterIdx=0; filterIdx< pdc->Demodulator.chipNumber; filterIdx++)
//{
if (bBoot)
{
Bool bLock;
error = DRV_ApCtrl(PDC, filterIdx, false);
if (error) deb_data("%d: DRV_ApCtrl Fail!\n", filterIdx);
}
deb_data(" %s success!! \n",__FUNCTION__);
Exit:
#endif //AFA_USB_DEVICE
return (error);
}
static DWORD DRV_SetFreqBw(
void* handle,
BYTE ucSlaveDemod,
DWORD dwFreq,
WORD ucBw
)
{
DWORD dwError = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
Bool bLock = true;
deb_data("- Enter %s Function -\n ",__FUNCTION__);
deb_data(" ucSlaveDemod = %d, Freq= %d, BW=%d\n", ucSlaveDemod, dwFreq, ucBw);
if (pdc->fc[ucSlaveDemod].bEnPID)
{
deb_data(" Reset HW PID table\n ");
//Disable PID filter
Demodulator_writeRegisterBits ((Demodulator*) &pdc->Demodulator, ucSlaveDemod, Processor_OFDM, p_mp2if_pid_en, mp2if_pid_en_pos, mp2if_pid_en_len, 0);
}
down(&PDC->tunerLock);
PDC->fc[0].AVerFlags &= ~(0x08);
PDC->fc[0].AVerFlags |= 0x04;
PTI.bSettingFreq = true; //before acquireChannel, it is ture; otherwise, it is false
if(dwFreq) {
pdc->fc[ucSlaveDemod].ulDesiredFrequency = dwFreq;
}
else {
dwFreq = pdc->fc[ucSlaveDemod].ulDesiredFrequency;
}
if(ucBw) {
pdc->fc[ucSlaveDemod].ucDesiredBandWidth = ucBw*1000;
}
else {
ucBw = pdc->fc[ucSlaveDemod].ucDesiredBandWidth;
}
deb_data("Real Freq= %d, BW=%d\n", pdc->fc[ucSlaveDemod].ulDesiredFrequency, pdc->fc[ucSlaveDemod].ucDesiredBandWidth);
if(!PTI.bTunerInited){
deb_data(" Skip SetFreq - Tuner is still off!\n");
goto exit;
}
PTI.bTunerOK = false;
if (pdc->fc[ucSlaveDemod].ulDesiredFrequency!=0 && pdc->fc[ucSlaveDemod].ucDesiredBandWidth!=0)
{
deb_data("AcquireChannel : Real Freq= %d, BW=%d\n", pdc->fc[ucSlaveDemod].ulDesiredFrequency, pdc->fc[ucSlaveDemod].ucDesiredBandWidth);
dwError = Demodulator_acquireChannel ((Demodulator*) &pdc->Demodulator, ucSlaveDemod, pdc->fc[ucSlaveDemod].ucDesiredBandWidth, pdc->fc[ucSlaveDemod].ulDesiredFrequency);
//PTI.bSettingFreq = false;
if (dwError)
{
deb_data("Demod_acquireChannel fail! 0x%08x\n", dwError);
goto exit;
}
else //when success acquireChannel, record currentFreq/currentBW.
{
pdc->fc[ucSlaveDemod].ulCurrentFrequency = pdc->fc[ucSlaveDemod].ulDesiredFrequency;
pdc->fc[ucSlaveDemod].ucCurrentBandWidth = pdc->fc[ucSlaveDemod].ucDesiredBandWidth;
}
}
else {
deb_data("Demod_acquireChannel skipped\n");
}
if(pdc->StreamType == StreamType_DVBT_DATAGRAM) {
PDC->fc[ucSlaveDemod].OvrFlwChk = CHECK_LOCK_LOOPS ;
PDC->fc[ucSlaveDemod].UnLockCount = 0;
}
PTI.bTunerOK = true;
exit:
PTI.bSettingFreq = false;
up(&PDC->tunerLock);
return(dwError);
}
static DWORD DRV_Initialize(
void * handle
)
{
DWORD error = Error_NO_ERROR;
PDEVICE_CONTEXT pdc = (PDEVICE_CONTEXT)handle;
DWORD fileVersion, cmdVersion = 0;
deb_data("- Enter %s Function -\n",__FUNCTION__);
if(pdc->Demodulator.booted) //from Standard_setBusTuner() > Standard_getFirmwareVersion()
{
//use "#define version" to get fw version (from firmware.h title)
error = DRV_getFirmwareVersionFromFile(Processor_OFDM, &fileVersion);
//use "Command_QUERYINFO" to get fw version
error = Demodulator_getFirmwareVersion((Demodulator*) &pdc->Demodulator, Processor_OFDM, &cmdVersion);
if(error) deb_data("DRV_Initialize : Demodulator_getFirmwareVersion : error = 0x%08x\n", error);
if(cmdVersion != fileVersion)
{
deb_data("Reboot: Outside Fw = 0x%X, Inside Fw = 0x%X", fileVersion, cmdVersion);
error = Demodulator_reboot((Demodulator*) &pdc->Demodulator);
pdc->bBootCode = true;
if(error)
{
deb_data("Demodulator_reboot : error = 0x%08x\n", error);
return error;
}
else {
return Error_NOT_READY;
}
}
else
{
deb_data(" Fw version is the same!\n");
error = Error_NO_ERROR;
}
}//pdc->Demodulator.booted
ReInit: //Patch for NIM fail or disappear, Maggie
error = Demodulator_initialize ((Demodulator*) &pdc->Demodulator, pdc->Demodulator.chipNumber , 8000, pdc->StreamType, pdc->architecture);
if (error)
{
deb_data("Device initialize fail : 0x%08x\n", error);
if( ((error&Error_FIRMWARE_STATUS) && (error&0x10)) && (pdc->Demodulator.chipNumber>1) )
{
pdc->Demodulator.cmdDescription->sendCommand ((Demodulator*) &pdc->Demodulator, Command_FW_DOWNLOAD_END, 0, Processor_LINK, 0, NULL, 0, NULL);
deb_data(" Retry to download FW with Single TS\n");
pdc->Demodulator.chipNumber = 1;
pdc->bDualTs = false;
error = Demodulator_writeRegister ((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, 0x417F, 0);
goto ReInit;
}
}
else {
deb_data(" Device initialize Ok!!\n");
}
error = Demodulator_writeRegisterBits ((Demodulator*) &pdc->Demodulator, 0, Processor_LINK,
p_reg_usb_min_len, reg_usb_min_len_pos, reg_usb_min_len_len, 1);
Demodulator_getFirmwareVersion ((Demodulator*) &pdc->Demodulator, Processor_OFDM, &cmdVersion);
deb_data(" FwVer OFDM = 0x%X, ", cmdVersion);
Demodulator_getFirmwareVersion ((Demodulator*) &pdc->Demodulator, Processor_LINK, &cmdVersion);
deb_data("FwVer LINK = 0x%X\n", cmdVersion);
return error;
}
DWORD A337TunerPowerControl(
PDEVICE_CONTEXT pdc,
BYTE ucSlaveDemod,
bool bPowerOn
)
{
DWORD dwError = Error_NO_ERROR;
if(bPowerOn)
PTI.bTunerInited = true;
else
PTI.bTunerInited = false;
if(bPowerOn) //tuner on
{
if(pdc->bTunerPowerOff == true)
{
//use variable to control gpio
// enable tuner power
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_en, 1);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_on, 1);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_en, 1);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_on, 1);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_o, 1);
mdelay(100);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_o, 1);
mdelay(100);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_en, 1);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_on, 1);
// reset tuner
deb_data("A337 reset");
mdelay(10);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_o, 0);
mdelay(30);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_o, 1);
mdelay(300);
deb_data("pdc->bTunerPowerOff == true\n");
dwError = Demodulator_initialize ((Demodulator*) &pdc->Demodulator, pdc->Demodulator.chipNumber , pdc->Demodulator.bandwidth[0], pdc->StreamType, pdc->architecture);
pdc->bTunerPowerOff = false;
}
}
else //tuner off
{
// Bugfix: wrong level of tuner i2c whiling plugging in device.
dwError = Demodulator_finalize((Demodulator*) &pdc->Demodulator);
if(pdc->bTunerPowerOff == false)
{
pdc->bTunerPowerOff = true;
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_o, 0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_en, 0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, p_reg_top_gpioh12_on, 0);
mdelay(10);
// disable tuner power
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_o, 0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_o, 0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_en,0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR1_on,0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_en,0);
dwError = Demodulator_writeRegister((Demodulator*) &pdc->Demodulator, 0, Processor_LINK, pdc->Map.GPIO_TUR2_on,0);
}
}
return dwError;
}
DWORD DL_MonitorReception(Bool *lock)
{
DWORD dwError = Error_NO_ERROR;
BYTE ucSlaveDemod=0;
Bool bLock = False;
ChannelStatistic stat;
deb_data("- Enter %s Function , OvrFlwChk=%d, UnLockCount=%d-\n",__FUNCTION__,
PDC->fc[ucSlaveDemod].OvrFlwChk,
PDC->fc[ucSlaveDemod].UnLockCount);
down(&PDC->tunerLock);
if( PDC->fc[ucSlaveDemod].ulDesiredFrequency==0 || PDC->fc[ucSlaveDemod].ucDesiredBandWidth==0 ) {
if( lock ) *lock = False;
deb_data("- %s Function skipping\n",__FUNCTION__);
goto exit;
}
// check lock status
dwError= Demodulator_isLocked((Demodulator*) &PDC->Demodulator, ucSlaveDemod, &bLock);
if( dwError!=Error_NO_ERROR ) {
goto exit;
}
// consider as unlock if UBC is not zero
dwError = Demodulator_getChannelStatistic((Demodulator*) &PDC->Demodulator, ucSlaveDemod, &stat);
if( dwError!=Error_NO_ERROR ) {
goto exit;
}
//uncomment this because this causes instability in channel scan.
// report lock status
if( lock ) *lock = bLock;
deb_data("- %s Function, LOCK = %d\n", __FUNCTION__, bLock);
// stop monitoring
if(PDC->fc[ucSlaveDemod].OvrFlwChk<1) {
deb_data("- %s Function end of monitor cycle -\n",__FUNCTION__);
// if lock is lost for a while, try to reacquire channel
if( PDC->fc[ucSlaveDemod].UnLockCount >= CHECK_LOCK_LOOPS*2/3) {
WORD bw = PDC->fc[ucSlaveDemod].ucDesiredBandWidth;
DWORD freq = PDC->fc[ucSlaveDemod].ulDesiredFrequency;
deb_data("- %s Function need to reacquire channel, freq=%d, bw=%d-\n",__FUNCTION__,
freq, bw);
// reacquire channel
// first power off, then power on
DRV_ApCtrl (PDC, 0, 0);
User_delay(0, 500);
DRV_ApCtrl (PDC, 0, 1);
User_delay(0, 500);
// switch to another frequency, say 500MHz
deb_data("- %s Function switch to 500MHz first -\n",__FUNCTION__);
Demodulator_acquireChannel ((Demodulator*) &PDC->Demodulator, ucSlaveDemod,
bw, 500000);
User_delay(0, 500);
// now change to original frequency
deb_data("- %s Function switch to %d KHz later -\n",__FUNCTION__, freq);
Demodulator_acquireChannel ((Demodulator*) &PDC->Demodulator, ucSlaveDemod,
bw, freq);
}
// restart monitor cycle
PDC->fc[ucSlaveDemod].OvrFlwChk = CHECK_LOCK_LOOPS;
PDC->fc[ucSlaveDemod].UnLockCount = 0;
dwError = Error_NO_ERROR;
goto exit;
}
PDC->fc[ucSlaveDemod].OvrFlwChk--;
// maintain lock count
if( !bLock ) PDC->fc[ucSlaveDemod].UnLockCount ++;
deb_data("- Exit %s Function -\n",__FUNCTION__);
// avoid race with setfreq
exit:
up(&PDC->tunerLock);
return dwError;
}