MiriadUV.h

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#ifndef CARMA_SDP_MIRIADUV_H
#define  CARMA_SDP_MIRIADUV_H

// Carma includes
#include "carma/sdp/MiriadSDP.h"

namespace carma {
namespace sdp {

class MiriadUV :public virtual Miriad {
public:
  MiriadUV();

  virtual ~MiriadUV();

  virtual void uvopen(const char* name, const char* mode)=0;

  virtual void uvclose()=0;

  virtual void uvset(const char* object, const char* type, int n, double p1, double p2, double p3)=0;

  virtual void uvnext()=0;


  virtual void uvgetvra(const char *name, char *buf, size_t n)=0;

  virtual void uvgetvrj(const char *name, int &buf) {uvgetvrj(name, &buf, 1);}

  virtual void uvgetvrj(const char *name, int *buf, int n)=0;

  virtual void uvgetvri(const char *name, int &buf) {uvgetvri(name, &buf, 1);}

  virtual void uvgetvri(const char *name, int *buf, int n)=0;

  virtual void uvgetvrr(const char *name, float &buf) {uvgetvrr(name, &buf, 1);}
  virtual void uvgetvrr(const char *name, float *buf, int n)=0;

  virtual void uvgetvrd(const char *name, double &buf) {uvgetvrd(name, &buf, 1);}
  virtual void uvgetvrd(const char *name, double *buf, int n)=0;

  virtual void uvgetvrc(const char *name, float &buf) {uvgetvrc(name, &buf, 1);}
  virtual void uvgetvrc(const char *name, float *buf, int n)=0;

  virtual void uvputvra(const char *name, const char *buf)=0;

  virtual void uvputvrj(const char *name, const int *buf, int n)=0;

  virtual void uvputvrj(const char *name, const int buf){uvputvrj(name, &buf, 1);}

  virtual void uvputvri(const char *name, const int buf) {uvputvri(name, &buf, 1);}

  virtual void uvputvri(const char *name, const int *buf, int n)=0;

  virtual void uvputvrr(const char *name, const float buf) {uvputvrr(name, &buf, 1);}

  virtual void uvputvrr(const char *name, const float *buf, int n)=0;

  virtual void uvputvrd(const char *name, const double buf) {uvputvrd(name, &buf, 1);}

  virtual void uvputvrd(const char *name, const double *buf, int n)=0;

  virtual void uvputvrc(const char *name, const float &buf) {uvputvrc(name, &buf, 1);}

  virtual void uvputvrc(const char *name, const float *buf, int n)=0;

  virtual bool uvprobvr(const char *name, char &type, int &length, bool &update)=0;

  virtual void uvread(double preamble[5], float *data, int *flags, int n, int &nread)=0;

  virtual void uvwrite( const double preamble[5], const float *data,
                const int *flags, int n)=0;

  virtual void uvwread(float *data, int *flags, int n, int &nread)=0;

  virtual void uvwwrite(const float *data, const int *flags, int n)=0;
};

class MiriadUVBin : public MiriadUV , public MiriadBin {
public:
  MiriadUVBin();

  virtual ~MiriadUVBin();
  
  void uvopen(const char* name, const char* mode);
  virtual void uvclose();
  virtual void uvset(const char* object, const char* type, int n, double p1, double p2, double p3);
  virtual void uvnext();

  virtual void uvgetvra(const char *name, char *buf, size_t n);
  virtual void uvgetvrj(const char *name, int &buf) {uvgetvrj(name, &buf, 1);}
  virtual void uvgetvrj(const char *name, int *buf, int n);
  virtual void uvgetvri(const char *name, int &buf) {uvgetvri(name, &buf, 1);}
  virtual void uvgetvri(const char *name, int *buf, int n);
  virtual void uvgetvrr(const char *name, float &buf)
    {uvgetvrr(name, &buf, 1);}
  virtual void uvgetvrr(const char *name, float *buf, int n);
  virtual void uvgetvrd(const char *name, double &buf)
    {uvgetvrd(name, &buf, 1);}
  virtual void uvgetvrd(const char *name, double *buf, int n);
  virtual void uvgetvrc(const char *name, float &buf)
    {uvgetvrc(name, &buf, 1);}
  virtual void uvgetvrc(const char *name, float *buf, int n);

  virtual void uvputvra(const char *name, const char *buf);
  virtual void uvputvrj(const char *name, const int *buf, int n);
  virtual void uvputvrj(const char *name, const int buf)
    {uvputvrj(name, &buf, 1);}
  virtual void uvputvri(const char *name, const int buf)
    {uvputvri(name, &buf, 1);}
  virtual void uvputvri(const char *name, const int *buf, int n);
  virtual void uvputvrr(const char *name, const float buf)
    {uvputvrr(name, &buf, 1);}
  virtual void uvputvrr(const char *name, const float *buf, int n);
  virtual void uvputvrd(const char *name, const double buf)
    {uvputvrd(name, &buf, 1);}
  virtual void uvputvrd(const char *name, const double *buf, int n);
  virtual void uvputvrc(const char *name, const float &buf)
    {uvputvrc(name, &buf, 1);}
  virtual void uvputvrc(const char *name, const float *buf, int n);

  bool uvprobvr(const char *name, char &type, int &length, bool &update);

  virtual void uvread(double preamble[5], float *data, int *flags, int n,
                      int &nread);
  virtual void uvwrite( const double preamble[5], const float *data,
                        const int *flags, int n);

  virtual void uvwread(float *data, int *flags, int n, int &nread);

  virtual void uvwwrite(const float *data, const int *flags, int n);

  static bool error;

};
} // sdp
} // carma

#endif