// hs.h
// class interface for handset object
//
// June 27, 2000
// Added member data item pac_cal_type and Set/Get functions
//   so that this object can differentiate between the
//   different command sets. The Diana phone has a different
//   method for setting the Tx power level.
//

#include "caltypes.h"
#include <stdio.h>
#include <io.h>
#include <math.h>
#include <time.h>
#include "stdafx.h"

class hs
  {
  ComPort_t     ComPort;
  CommDesc_t    CommDesc;
  HSMsg_t       HSMsg[5];
  BOOL          logging;    // T if logging is enabled
  char          log_filename[1024];
  PACCalType_t  pac_cal_type;

  public:
    hs();

// return the SIO device handle
    HANDLE HS_GetDeviceHandle();

// Close the com port
    void HS_CloseComPort();
    
// Set the pac_cal_type
    void HS_SetPACCalType(PACCalType_t type);

// Get the pac_cal_type
    void HS_GetPACCalType(PACCalType_t *type);

// Initialize log filename  
    void HS_SetLogFilename(char *filename);

// Log cmds and responses to SIO log file
    void HS_LogSIO(char *buf);

// Enable/disable logging
    void HS_EnableLogging(BOOL enable);

// Set the frequency channel number for TX/RX	
// Channel arfcn number 0-125 511-885 for dualband
    void HS_SetArfcn(UInt16 arfcn);

// Set TX power level 
// Power level index 0 - 19 in ramp table 
    void HS_SetTxLev(UInt16 TxPwrIndex);

// Set peak DAC value (Diana only) 
    void HS_SetPeakDAC(UInt16 TxLevel, UInt16 Peak);

// Change tx power ramp table value currently used
// 32 words long ramp table for one power level
    void HS_SetRamp(UInt16 *RampTable);

// Change 13MHZ VCO control signal voltage
// valtage value 0 - 0x3ff
    void HS_SetDacVal(UInt16 DacVal);

// Change receive AGC value
// Expected receive signal power level 0 - 80
    void HS_SetRxAgc(UInt16 TargetRxLevDb);

// Stop TX/RX   
    void HS_SetStop(void);	

// Start transmit and receive signal on one channel
    void HS_SetStart(void);	

// Initialize the serial port 
// port number com1 - com4
// returns FALSE on error
    BOOL HS_InitComPort();

// Read the received signal level result
// Pointer to returned rx level value
// returns FALSE on error
    BOOL HS_GetHSRxlev(UInt16 *Rxlev);

// Read each power level ramp maxmium value in current ramp table
// Band index 0 = GSM; 1=DCS;2=PCS
// Pointer to returned value 19 words
// returns FALSE on error
    BOOL HS_GetHSCurRamp(BandIndex_t BandIndex,	Parm_t *p);

// Read one value in current Gsys table for received signal level calulation
// Band index 0 = GSM; 1=DCS;2=PCS
// GsysIndex = index in Gsys
// GsysVal = Pointer to returned value
// returns FALSE on error
    BOOL HS_GetHSCurGsys(BandIndex_t BandIndex,UInt16	GsysIndex,Int16	*GsysVal);

// Set band
    void HS_SetBand(BandIndex_t BandIndex);          

// Set the comm port
    void HS_SetComPort(ComPort_t comport);

  private:
    void HS_SendOneLine(Int8 *cmd);
    BOOL SioReadOneLine(Cmd_t *cmd_string, UInt8 *num_parm, Parm_t *parm);
    BOOL GetOneNum(UInt8 **string_p, BOOL	*is_valid, Int16 *value, BOOL *is_lineend);
    BOOL ReceiveChar(UInt8 *ReceivedCh);
    BOOL SioSendString(Int8 *ch_p);
    BOOL SioPurge();
    void SioSendCR();
  };