coreco.h

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// AncDemoRotationExpDlg.h : header file
//
#ifdef USE_SAP


#ifndef _CORECO_H
#define _CORECO_H
#include "grabberInterface.h"
#include "SapClassBasic.h"
//#include "SapClassGui.h"

//#include "genCamController_S.h"
//#include <AncDlgLogo.h>

// only needed if rtpro firmware will be changed dynamically
#define ALLOW_LOADING_FIRMWARE TRUE

// description for each design
#define EXPANSION_RTPRO_ROTATION_STR "Rotation using Expansion Rtpro"

// CAncDemoRotationExpDlg dialog

class coreco : public grabberInterface {
  // Construction
 public:
  coreco(bool is_use_fpga);  // standard constructor

  int getGrabberType();
  bool CreateObjects();
  bool DestroyObjects();
  bool DestroyObjectsNoDelete();
  static void XferCallback(SapXferCallbackInfo *pInfo);
  static void SignalCallback(SapAcqCallbackInfo *pInfo);
  void GetSignalStatus();
  void GetSignalStatus(SapAcquisition::SignalStatus signalStatus);

  int getNumFreeBuffers(void);
  int getNumBuffers(void);

  // inc missed frames counter
  void incMissedFrames(void);

  void setCamController(void *cc);

  //    bool    m_bEnableRtPro;

  CORACQ hAcq;

  SapAcquisition *m_Acq;
  SapBuffer *m_Buffers;
  SapView *m_View;
  SapTransfer *m_Xfer;
  //   SapRTProDesign *m_RtproDesign;

  // true to call resetServer on initialize...
  bool is_rst_server;

  bool m_IsSignalDetected;  // TRUE if camera signal is detected

  //   unsigned long m_SelectedRtProDesign;

  // SapRTProDesign *NewRtproDesign( SapLocation location);
  // bool DeleteRtproDesign( SapRTProDesign *pRtproDesign);
  // bool InitializeRtProDesignParameters(  SapRTProDesign *pRtProDesign);

  // bool readFPGARegFile(char *filename,int num_vals);
  // bool readFPGARegsToFile(char *filename,int num_vals);
  // bool writeFPGAReg16(int address,int value);

  virtual bool initialize(int size_x, int size_y);
  // use to override the image size in the ccf file.
  virtual bool initialize(int size_x, int size_y, bool is_force_size);
  void setConfigFileName(char *name);
  // void setFpgaFileName(char *name);
  SapAcquisition *makeAcquision();
  // void loadFPGA();

  int acq_device_number;
  SapLocation *sap_location;

  int getWidth(void);
  int getHeight(void);

  // set CC pins on the card.
  void setPin(char *pinstr, int val);
  void snap();
  void grab();
  void freeze();
  void abort();
  bool isFrameAvailable(void);
  bool getFrame(void *mem_ptr);
  bool getFrame(void *mem_ptr, unsigned int *coreco_timestamp);
  bool getFrame(void *copy_memory, unsigned int *coreco_timestamp, int nbytes);

  bool isMissedFrame(void);
  void clearMissedFrames(void);
  long getTotalMissedFrames(void);
  long getRecentMissedFrames(void);
  void setNumBuffers(int b);
  void makeView(void);

  void setDoubleWidth(int isdw);

  void resetBufferCount(void);

  bool is_force_size;

  bool is_destroyed;

  volatile bool is_double_width;

  static volatile long frames_to_cpu;
  static volatile long frame_count;
  static volatile long missed_frames;
  static volatile long recent_missed_frames;
  static volatile bool is_missed_frame;

  static volatile int sap_buffer_count;
  volatile int sensor_width;
  volatile int sensor_height;
  volatile int num_buffers;

  // static genCamController* cam_control;

  char camera_format_file[256];
  //    char fpga_file[256];
  char acq_server_name[256];
  char device_name[256];
  // SapView        *m_View;
  SapView *m_View2;
  static coreco *mycard;

  bool sap_result;
  int grab_index;
  unsigned short *image_address;
};

#endif  // !defined(AFX_ANCROTATIONDEMODLG_H__82BFE149_F01E_11D1_AF74_00A0C91AC0FB__INCLUDED_)

#endif