#ifndef __DEMODULATOREXTEND_H__ #define __DEMODULATOREXTEND_H__ //#include // for Linux //#include #include "type.h" #include "user.h" #include "register.h" #include "error.h" #include "cmd.h" //#include "i2cimpl.h" //#include "sdioimpl.h" //#include "spiimpl.h" #include "usb2impl.h" #include "demodulator.h" #define Tuner_Panasonic_ENV77H11D5 0x01 #define Tuner_Microtune_MT2060 0x02 #define Tuner_Maxlinear_MXL5003 0x03 #define Tuner_Philip_TD1316AFIHP 0x04 #define Tuner_Freescale_FS803A 0x05 #define Tuner_Quantek_QT1010 0x06 #define Tuner_Panasonic_ENV75H10D8 0x07 #define Tuner_Lg_TDTMG252D 0x08 #define Tuner_Himax_HTXR03A 0x09 #define Tuner_Alps_TDQ44M 0x0A #define Tuner_Infineon_TUA6045 0x0B #define Tuner_Infineon_TUA6034 0x0C #define Tuner_Maxlinear_MXL5005 0x0D #define Tuner_Thomson_664X 0x0E #define Tuner_Thomson_6630 0x0F #define Tuner_Samsung_DTOS403 0x10 #define Tuner_Samsung_DTOS446 0x11 #define Tuner_Freescale_FS803A_DLNA 0x12 #define Tuner_Microtune_MT2060_7SAW 0x13 #define Tuner_Alps_TDQ03 0x14 #define Tuner_Thomson_759X 0x15 #define Tuner_Empire_DTN317 0x16 #define Tuner_Partsnic_PDHTF05D 0x17 #define Tuner_Panasonic_ENG37A30GF 0x18 #define Tuner_Philips_FQD1216ME_MK5 0x19 #define Tuner_Infineon_TUA6041 0x1A #define Tuner_Philips_TDA18271 0x1B #define Tuner_Alps_TDQD1X001A 0x1C #define Tuner_Maxlinear_MXL5005_RSSI 0x1D #define Tuner_Thomson_75101 0x1E #define Tuner_Sharp_5056 0x1F #define Tuner_Freescale_MC44CD02 0x20 #define Tuner_Microtune_MT2260B0 0x21 #define Tuner_Philips_TDA18291HN 0x22 #define Tuner_Microtune_MT2266 0x23 #define Tuner_Integrant_ITD3020 0x24 #define Tuner_Afatech_PEACOCK 0x25 #define Tuner_Xceive_XC3028L 0x26 #define Tuner_Infineon_TUA9001 0x27 #define Tuner_Fitipower_FC0011 0x28 #define Tuner_Infineon_TUA6039 0x29 #define Tuner_Xceive_XC4000 0x2A #define Tuner_Philips_TDA18271_C2 0x2B #define Tuner_Infineon_TUA8010 0x2C #define Tuner_Microtune_MT2266_TA4029CTC 0x2D #define Tuner_Fitipower_FC0012 0x2E #define Tuner_Philips_TDA18271_C2_Askey 0x2F #define Tuner_Philips_FQD1218ME_MK5 0x30 #define Tuner_ADI_ADMTV102 0x31 #define Tuner_FCI_FC2580 0x32 #define Tuner_Maxim_MAX2169 0x33 #define Tuner_Philips_TDA18292 0x34 #define Tuner_Afatech_PICTOR 0x35 #define Tuner_Elonics_E4000 0x36 #define Tuner_Afatech_AF9007 0xFF /** * Define commands for AGC general set function */ #define APO_AGC_SET_RF_ACQUIRE 1 #define APO_AGC_SET_RF_TRACK 2 #define APO_AGC_SET_IF_ACQUIRE 3 #define APO_AGC_SET_IF_TRACK 4 #define APO_AGC_SET_ADC_OUT_DESIRED_S 5 #define APO_AGC_SET_RF_TOP_S 6 #define APO_AGC_SET_IF_TOP_S 7 #define APO_AGC_SET_RF_LOCK_TH_ACQUIRE 8 #define APO_AGC_SET_RF_LOCK_TH_TRACK 9 #define APO_AGC_SET_IF_LOCK_TH_ACQUIRE 10 #define APO_AGC_SET_IF_LOCK_TH_TRACK 11 #define APO_AGC_SET_ADC_OUT_DESIRED_M 12 #define APO_AGC_SET_RF_TOP_M 13 #define APO_AGC_SET_IF_TOP_M 14 #define APO_AGC_SET_RF_TOP 15 #define APO_AGC_SET_IF_TOP 16 /** * Define commands for AGC general set function */ #define APO_AGC_GET_RF_ACQUIRE 1 #define APO_AGC_GET_RF_TRACK 2 #define APO_AGC_GET_IF_ACQUIRE 3 #define APO_AGC_GET_IF_TRACK 4 #define APO_AGC_GET_RF_LOCK_TH_ACQUIRE 5 #define APO_AGC_GET_RF_LOCK_TH_TRACK 6 #define APO_AGC_GET_IF_LOCK_TH_ACQUIRE 7 #define APO_AGC_GET_IF_LOCK_TH_TRACK 8 #define APO_AGC_GET_RF_MAX 9 #define APO_AGC_GET_RF_MIN 10 #define APO_AGC_GET_RF_TOP_S 11 #define APO_AGC_GET_RF_TOP_M 17 #define APO_AGC_GET_IF_MAX 12 #define APO_AGC_GET_IF_MIN 13 #define APO_AGC_GET_IF_TOP_S 14 #define APO_AGC_GET_IF_TOP_M 18 #define APO_AGC_GET_RF_TOP 19 #define APO_AGC_GET_IF_TOP 20 #define APO_AGC_GET_ADC_OUT_DESIRED_S 15 #define APO_AGC_GET_ADC_OUT_DESIRED_M 16 /** * Define Options */ #define APO_OPTION_FREQSHIFT 0x00000001 #define APO_OPTION_DYNATOP 0x00000002 #define APO_OPTION_RET_NOW 0x00000004 #define APO_OPTION_REPEAT_RETRAIN 0x00000008 /** * Define Demodulator_getDouble index */ #define APO_GET_FREQ_SHIFT 1 #define APO_GET_ORIG_RF_TOP 2 #define APO_GET_ORIG_IF_TOP 3 #define APO_GET_FINAL_RF_TOP 4 #define APO_GET_FINAL_IF_TOP 5 #define APO_GET_BEST_RF_TOP 6 #define APO_GET_BEST_IF_TOP 7 /** * Define commands for general CE information function */ #define APO_AGC_CLEAR_REGS 1 #define APO_AGC_STALL_OFSM_ACCESS 2 #define APO_AGC_RESTORE_OFSM_ACCESS 3 #define APO_DCA_EN_UPPER 0x01 #define APO_DCA_EN_LOWER 0x02 #define APO_DCA_BOTH 0x00 /** keep for internal api release */ /** * The type defination of PidTable. */ typedef struct { Word pid[32]; } PidTable; typedef struct { PidTable pidtable[2]; Byte pidcount; Bool pidinit; } PidInfo; /** end keep for internal api release */ extern Word DemodulatorExtend_diversityMode; extern double DemodulatorExtend_crystalFrequency; extern Word Tdmb_bitRateTable[64]; /** * Set control bus and tuner. * * @param demodulator the handle of demodulator. * @param busId The ID of bus. * @param tunerId The ID of tuner. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *     Dword error = Error_NO_ERROR;
 *     Ganymede ganymede;
 *
 *     // Set I2C as the control bus. 
 *     error = Demodulator_setBusTuner ((Demodulator*) &ganymede, Bus_I2C, Tuner_MICROTUNE_MT2060);
 *     if (error) 
 *         printf ("Error Code = %X", error);
 *     else
 *         printf ("Success");
 *
*/ Dword Demodulator_setBusTuner ( IN Demodulator* demodulator, IN Word busId, IN Word tunerId ); /** * Set firmware and script. * * @param demodulator the handle of demodulator. * @param crystalFrequency The value of crystal frequency on board (KHz). * @param adcFrequency The value of desire internal ADC frequency (Hz). * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *     Dword error = Error_NO_ERROR;
 *     Ganymede ganymede;
 *
 *     // Set frequencies. 
 *     error = Demodulator_setCrystalAdcFrequency ((Demodulator*) &ganymede, 30000, 20156250);
 *     if (error) 
 *         printf ("Error Code = %X", error);
 *     else
 *         printf ("Success");
 *
*/ Dword Demodulator_setCrystalAdcFrequency ( IN Demodulator* demodulator, IN Dword crystalFrequency, IN Dword adcFrequency ); /** * Set firmware and script. * * @param demodulator the handle of demodulator. * @param firmwareCodes The byte array of firmware code. * @param firmwareSegments The segments of firmwares. * @param firmwarePartitions The partitions of firmwares. * @param scriptSets The sets of script. * @param scripts The byte array of script. * @param tunerScriptSets The sets of tunerScript. * @param tunerScripts The byte array of tunerScript. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *     Dword error = Error_NO_ERROR;
 *     Byte firmware[65535];
 *     ValueSet script[256];
 *     ValueSet tunerScript[256];
 *     Ganymede ganymede;
 *
 *     // Set I2C as the control bus. 
 *     error = Demodulator_setFirmwareScript ((Demodulator*) &ganymede, firmware, 65535, script, 256, tunerScript, 256);
 *     if (error) 
 *         printf ("Error Code = %X", error);
 *     else
 *         printf ("Success");
 *
*/ Dword Demodulator_setFirmwareScript ( IN Demodulator* demodulator, IN Byte* firmwareCodes, IN Segment* firmwareSegments, IN Byte* firmwarePartitions, IN Word* scriptSets, IN ValueSet* scripts, IN Word* tunerScriptSets, IN ValueSet* tunerScripts ); /** * Get the statistic values of demodulator, it includes Pre-Viterbi BER, * Post-Viterbi BER, Abort Count, Signal Presented Flag, Signal Locked Flag, * Signal Quality, Signal Strength, Delta-T for DVB-H time slicing. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param statistic the structure that store all statistic values. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *     Dword error = Error_NO_ERROR;
 *     ChannelStatistic channelStatistic;
 *     double preBer;
 *     double postBer;
 *     Ganymede ganymede;
 *
 *     // Set statistic range. 
 *     error = Demodulator_getChannelStatistic ((Demodulator*) &ganymede, 0, &channelStatistic);
 *     if (error) 
 *         printf ("Error Code = %X", error);
 *     else
 *         printf ("Success");
 *     preBer = (double) channelStatistic.preVitErrorCount / (double) channelStatistic.preVitBitCount;
 *     printf ("Pre-Viterbi BER = %f\n", preBer);
 *     postBer = (double) channelStatistic.postVitErrorCount / (double) channelStatistic.postVitBitCount;
 *     printf ("Post-Viterbi BER = %f\n", postBer);
 *     printf ("Abort Count = %d\n", channelStatistic.abortCount);
 *
*/ Dword Demodulator_getChannelStatistic ( IN Demodulator* demodulator, IN Byte chip, OUT ChannelStatistic* channelStatistic ); /** * Set the counting range for Pre-Viterbi and Post-Viterbi. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. NOTE: When the architecture is set to Architecture_DCA * this parameter is regard as don't care. * @param preErrorCount the number of super frame for Pre-Viterbi. * @param preBitCount the number of packet unit for Post-Viterbi. * @param snr the signal to noise ratio. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_getPreVitBer ( IN Demodulator* demodulator, IN Byte chip, OUT Dword* preErrorCount, OUT Dword* preBitCount, OUT double* snr ); /** * Set the counting range for Pre-Viterbi and Post-Viterbi. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. NOTE: When the architecture is set to Architecture_DCA * this parameter is regard as don't care. * @param preErrorCount the number of super frame for Pre-Viterbi. * @param preBitCount the number of packet unit for Post-Viterbi. * @param snr the signal to noise ratio. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_getSoftBer ( IN Demodulator* demodulator, IN Byte chip, OUT Dword* preErrorCount, OUT Dword* preBitCount, OUT double* snr ); /** * This function is used to get signal quality indicator. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param sqi signal quality indicator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *     Byte sqi;
 * 
 *     Demodulator_getSqi (0x38, 0, &sqi);
 *
*/ Dword Demodulator_getSqi ( IN Demodulator* demodulator, IN Byte chip, OUT Byte* sqi ); /** * Get IF agc voltage. * * @param demodulator the handle of demodulator. * @param doPullUpVolt The pull up voltage of tunre. * @param dopVolt IF AGC voltage to be returned. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getIfAgcVoltage ( IN Demodulator* demodulator, IN double doPullUpVolt, OUT double* dopVolt ); /** * Set maximum RF agc. * * @param demodulator the handle of demodulator. * @param doMaxRfAgc The maximum value of RF AGC. * @param doVolt RF AGC voltage to be set. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMaxRfAgc ( IN Demodulator* demodulator, IN double doMaxRfAgc, IN double doVolt ); /** * Set minimum rf agc. * * @param demodulator the handle of demodulator. * @param doMinRfAgc The minimum value of RF AGC. * @param doVolt RF AGC voltage to be set. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMinRfAgc ( IN Demodulator* demodulator, IN double doMinRfAgc, IN double doVolt ); /** * Set max if agc. * * @param demodulator the handle of demodulator. * @param doMaxIfAgc The maximum value of IF AGC. * @param doVolt IF AGC voltage to be set. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMaxIfAgc ( IN Demodulator* demodulator, IN double doMaxIfAgc, IN double doVolt ); /** * Set min if agc. * * @param demodulator the handle of demodulator. * @param doMinIfAgc The minimum value of IF AGC. * @param doVolt IF AGC voltage to be set. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMinIfAgc ( IN Demodulator* demodulator, IN double doMinIfAgc, IN double doVolt ); /** * General agc set function. * * @param demodulator the handle of demodulator. * @param ucCmd . * @param vpParams . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setAgc ( IN Demodulator* demodulator, IN Byte ucCmd, IN Word* vpParams ); /** * General agc get function. * * @param demodulator the handle of demodulator. * @param ucCmd . * @param vpParams . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getAgc ( IN Demodulator* demodulator, IN Byte ucCmd, IN void* vpParams ); /** * Check if INR detected. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param count INR count. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getInrCount ( IN Demodulator* demodulator, IN Byte chip, OUT Word* count ); /** * Check if CCI happens. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param cci0 1: CCI happen, 0: CCI doesn't happen. * @param cci1 1: CCI happen, 0: CCI doesn't happen. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_isCci ( IN Demodulator* demodulator, IN Byte chip, OUT Bool* cci0, OUT Bool* cci1 ); /** * Check if ACI happens * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param aci0 1: ACI happen, 0: ACI doesn't happen. * @param aci1 1: ACI happen, 0: ACI doesn't happen. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_isAci ( IN Demodulator* demodulator, IN Byte chip, OUT Bool* aci0, OUT Bool* aci1 ); /** * Get frequency offset. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param doTs Sampling period. * @param lpNormOffset Normalized frequency offset (carrier spacing). * @param lpOffset Frequency offset (22 bits) (Hz). * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getFrequencyOffset ( IN Demodulator* demodulator, IN Byte chip, IN double elementaryPeriod, OUT Long* normalizedOffset, OUT Long* offset ); /** * Get sampling clock offset in second * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param adcFrequency ADC frequency. * @param elementaryPeriod Sampling period. * @param offset ADC sampling clock offset in sec. * @param offsetPpm ADC sampling clock offset in PPM. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getTimeOffset ( IN Demodulator* demodulator, IN Byte chip, IN double adcFrequency, IN double elementaryPeriod, OUT double* offset, OUT double* offsetPpm ); /** * Set IF1 frequency of MT2060. * * @param demodulator the handle of demodulator. * @param dwIf1 The IF1 frequency (KHz). * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMT2060If1 ( IN Demodulator* demodulator, IN Dword dwIf1 ); /** * Clear FFT window position valid bit. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_resetFftWinPos ( IN Demodulator* demodulator, IN Byte chip ); /** * Clear FFT window position valid bit. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param delta Delta value for FFT window position. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getFftWinPos ( IN Demodulator* demodulator, IN Byte chip, IN Long* delta ); /** * Get crystal frequency (KHz). * * @param demodulator the handle of demodulator. * @param fpFreq Crystal frequency. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getXtalFreq ( IN Demodulator* demodulator, IN float* fpFreq ); /** * Test register. * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_testRegister ( IN Demodulator* demodulator ); /** * Dump register. * * @param demodulator the handle of demodulator. * @param cpFileName The name of file to be write. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_dumpRegister ( IN Demodulator* demodulator, IN char* cpFileName ); /** * Get frequency response from hardware. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param tone Sub-Carrier Index ( Real Index = 200*wIndex). * @param realPart Real part of Constellation value. * @param imaginaryPart Imaginary part of Constellation value. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getFrequencyResponse ( IN Demodulator* demodulator, IN Byte chip, OUT Word* tone, OUT Long* realPart, OUT Long* imaginaryPart ); /** * Get constellation value. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param tone Sub-Carrier Index ( Real Index = 200*wIndex). * @param realPart Real part of Constellation value. * @param imaginaryPart Imaginary part of Constellation value. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getConstellation ( IN Demodulator* demodulator, IN Byte chip, IN Word tone, OUT float* realPart, OUT float* imaginaryPart ); /** * Capture constellation value (2). * * @param demodulator the handle of demodulator. * @param wIndex Sub-Carrier Index ( Real Index = 200*wIndex). * @param wpReal real part of constellation value. * @param wpImag imaginary part of constellation value. * @param wpH2 H2 value. * @param wpRealH real part of H. * @param wpImagH imaginary part of H. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_capConstellation2 ( IN Demodulator* demodulator, IN Word wIndex, OUT Byte* ucpSymCnt, OUT Byte* ucpReal, OUT Byte* ucpImag, OUT Word* wpRealH, OUT Word* wpImagH ); /** * Get status. * * @param demodulator the handle of demodulator. * @param dwpStatus Pointer to system information. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getStatus ( IN Demodulator* demodulator, OUT Dword* dwpStatus ); /** * Get frequency shift. * * @param demodulator the handle of demodulator. * @param index . * @param dopShift . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getDouble ( IN Demodulator* demodulator, IN Byte index, IN double* dopValue ); /** * Get IR byte. * * @param demodulator the handle of demodulator. * @param ucpIRByte IR packet buffer. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getIr ( IN Demodulator* demodulator, OUT Byte* ucpIRByte ); /** * Dump EEPROM. * * @param demodulator the handle of demodulator. * @param dwDelay . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_dumpEeprom ( IN Demodulator* demodulator, IN Dword dwDelay ); /** * Load file to EEPROM. * * @param fileName File name to load to EEPROM. * @param dwDelay . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_loadEeprom ( IN Demodulator* demodulator, IN char* fileName, IN Dword dwDelay ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_isFecMonEnabled ( IN Demodulator* demodulator, OUT Bool* enabled ); /** * Generate ce information. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param command . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_genCeInfoFunc ( IN Demodulator* demodulator, IN Byte chip, IN Byte command ); /** * Get ce information. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param spCentroid . * @param spBias . * @param dwpRh0 . * @param wpM2 . * @param dwpEh2 . * @param ucpM2q . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getCeInfo ( IN Demodulator* demodulator, IN Byte chip, OUT Short* spCentroid, OUT Short* spBias, OUT Dword* dwpRh0, OUT Word* wpM2, OUT Dword* dwpEh2, OUT Byte* ucpM2q ); /** * Enable/disable retrain. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param enable . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setRetrain ( IN Demodulator* demodulator, IN Byte chip, IN Byte enable ); /** * Enable/disable CCIR. * * @param demodulator the handle of demodulator. * @param ucEnable . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setCcir ( IN Demodulator* demodulator, IN Byte ucEnable ); /** * Handle CCIF * * @param demodulator the handle of demodulator. * @param ccifId . * @param ctrl . * @param ucBw . * @param wFreq . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_handleCcif ( IN Demodulator* demodulator, IN Byte ccifId, IN Byte ctrl, IN Byte ucBw, IN Word wFreq ); /** * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param level . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getAdcDesiredLevel ( IN Demodulator* demodulator, IN Byte chip, OUT Word* level ); /** * Set tuner type * * @param demodulator the handle of demodulator. * @param ucTuner . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setTunerType ( IN Demodulator* demodulator, IN Byte ucTuner ); /** * Set board id * * @param demodulator the handle of demodulator. * @param ucBoard . * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setBoardId ( IN Demodulator* demodulator, IN Byte ucBoard ); /** * Get signal strength in Dbm * * @param demodulator the handle of demodulator. * @param ucTunerType tuner type. * @param ucBoardId Board ids. * @param dopStrength signal strength. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getSignalStrengthDBm ( IN Demodulator* demodulator, IN Byte ucTunerType, IN Byte ucBoardId, OUT double* dopStrength ); /** * Program CFOE 2. * * @param demodulator the handle of demodulator. * @param ucBw Current channel bandwidth in MHz. * @param dFs ADC sampling frequency. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_programCFOE2 ( IN Demodulator* demodulator, IN Byte ucBw, IN double dFs ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setCalibratAgc ( IN Demodulator* demodulator ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setCrystalFrequency ( IN Demodulator* demodulator, IN double crystalFrequency ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_writeMt2060If1 ( IN Demodulator* demodulator, IN Dword dwIF1 ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getSnr ( IN Demodulator* demodulator, IN Byte chip, OUT double* snr ); /** * * @param demodulator the handle of demodulator. * @param speed the I2C speed in KHz. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setI2cSpeed ( IN Demodulator* demodulator, IN Dword speed ); /** * Ask fw to go back to boot code * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_backToBootCode ( IN Demodulator* demodulator ); /** * Control gpio3 (AF9015 use this pin to turn on/off tuner) * ucOn = 1 => turn on tuner * ucOn = 0 => turn off tuner * * @param demodulator the handle of demodulator. * @param contorl True: Enable, False: Disable; * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_controlTunerPower ( IN Demodulator* demodulator, IN Byte control ); /** * * @param demodulator the handle of demodulator. * @param multiplier ADC frequency multiplier; * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setMultiplier ( IN Demodulator* demodulator, IN Multiplier multiplier ); /** * * @param demodulator the handle of demodulator. * @param multiplier ADC frequency multiplier; * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getMultiplier ( IN Demodulator* demodulator, IN Multiplier* multiplier ); /** * * @param demodulator the handle of demodulator. * @param ifFrequency the IF frequency of tuner; * @param inversion True if tuner's pectrum is inversed; * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_modifyTunerDescription ( IN Demodulator* demodulator, IN Byte tunerAddress, IN Byte registerAddressLength, IN Dword ifFrequency, IN Bool inversion ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_writeRawData ( IN Demodulator* demodulator, IN Byte writeBufferLength, IN Byte* writeBuffer ); /** * * @param demodulator the handle of demodulator. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_readRawData ( IN Demodulator* demodulator, IN Byte readBufferLength, OUT Byte* readBuffer ); /** * Open tuner. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. */ Dword Demodulator_openTuner ( IN Demodulator* demodulator, IN Byte chip ); /** * Set tuner. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param bandwidth The desired bandwidth. * @param frequency The desired frequency. * @return Error_NO_ERROR: successful, other non-zero error code otherwise. */ Dword Demodulator_setTuner ( IN Demodulator* demodulator, IN Byte chip, IN Word bandwidth, IN Dword frequency ); /** * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param block How many block (logical frame) to be check. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setPostVitAllZeroBlock ( IN Demodulator* demodulator, IN Byte chip, IN Word block ); /** * * @param demodulator the handle of demodulator. * @param code the address of function pointer in firmware. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_runCode ( IN Demodulator* demodulator, IN Word code ); /** * Add PID to PID filter. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param pid the PID that will be add to PID filter. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_addPid ( IN Demodulator* demodulator, IN Byte chip, IN Pid pid ); /** * Add PID to PID filter by index. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param index the index of PID filter. * @param pid the PID that will be add to PID filter. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_addPidAt ( IN Demodulator* demodulator, IN Byte chip, IN Byte index, IN Pid pid ); /** * Remove PID from PID filter. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param pid the PID that will be remove from PID filter. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_removePid ( IN Demodulator* demodulator, IN Byte chip, IN Pid pid ); /** * Remove PID from PID filter by index. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @param index the index of PID filter. * @param pid the PID that will be remove from PID filter. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_removePidAt ( IN Demodulator* demodulator, IN Byte chip, IN Byte index, IN Pid pid ); /** * Reset PID filter. * * @param demodulator the handle of demodulator. * @param chip The index of demodulator. The possible values are * 0~7. * @return Error_NO_ERROR: successful, non-zero error code otherwise. */ Dword Demodulator_resetPid ( IN Demodulator* demodulator, IN Byte chip ); /** * Control Active Sync. * * @param demodulator the handle of demodulator. * @param contorl 0: Disable(BDA Extend), 1: Enable (Active Sync) * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_controlActiveSync ( IN Demodulator* demodulator, IN Byte control ); /** * Set the counting range for Pre-Viterbi and Post-Viterbi. * * @param demodulator the handle of demodulator. * @param frameCount the number of super frame for Pre-Viterbi. * @param packetUnit the number of packet unit for Post-Viterbi. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_setStatisticRange ( IN Demodulator* demodulator, IN Byte chip, IN Byte superFrameCount, IN Word packetUnit ); /** * Get the counting range for Pre-Viterbi and Post-Viterbi. * * @param demodulator the handle of demodulator. * @param frameCount the number of super frame for Pre-Viterbi. * @param packetUnit the number of packet unit for Post-Viterbi. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getStatisticRange ( IN Demodulator* demodulator, IN Byte chip, IN Byte* superFrameCount, IN Word* packetUnit ); /** * Get the using tuner code version. * * @param demodulator the handle of demodulator. * @param majorVersion the number of tuner major version. * @param minorVersion the number of tuner minor version. * @return Error_NO_ERROR: successful, non-zero error code otherwise. * @example 
 *
*/ Dword Demodulator_getTunerVersion ( IN Demodulator* demodulator, OUT Byte* majorVersion, OUT Byte* minorVersion ); #endif