/* CVS info   */
/* $Date: 2007/03/13 17:06:56 $     */
/* $Revision: 1.4 $ */
/* $RCSfile: data_sizes.h,v $  */
/* $Name: rel_7 $     */
/*
     This file contains constants for test runs and
     actual runs. The set of values are conditional
     compiled into one of the 5 benchmarks
*/

 
#define KB     (1024L)
#define MB     (1024*1024L)
#define GB     (1024*1024*1024L)

#if defined( __BM_RFCC )
//==========================
#      define FILE_SZ        (150*MB)
#      define BF_SZ          (150*MB)

char  io_buffer[ BF_SZ ];

#elif  defined( __BM_MFI )
//==========================
#      define FILE_SZ        (750*MB)

#elif defined( __BM_RFIOSC )
//==========================

#      define R              (3)
#      define FILE_SZ        (4*GB)
#      define BF_SZ          (128*MB)

#      ifdef SM_DATA
// Test data has 1/100 th as many files
#          define  B23_HM0   (180)
#          define  B23_HM1   (150)
#          define  B23_HM2   (1)
#          define  B23_HB0   (4*KB)
#          define  B23_HB1   (MB)
#          define  B23_HB2   (128*MB)
#      else
#          define  B23_HM0   (18000)
#          define  B23_HM1   (150)
#          define  B23_HM2   (1)
#          define  B23_HB0   (4*KB)
#          define  B23_HB1   (MB)
#          define  B23_HB2   (128*MB)
#      endif
char  io_buffer[ BF_SZ ];

#elif defined( __BM_RFD )
//==========================

#      define R              (2)
#      define BF_SZ          (96*MB)

#      ifdef SM_DATA
// Test input file is 1/4 th the size
#          define  FILE_SZ   (128*GB)
#          define  B23_HM0   (80)
#          define  B23_HM1   (1)
#          define  B23_HB0   (MB)
#          define  B23_HB1   (96*MB)
#      else
#          define  FILE_SZ   (512*GB)
#          define  B23_HM0   (80)
#          define  B23_HM1   (1)
#          define  B23_HB0   (MB)
#          define  B23_HB1   (96*MB)
#      endif
char  io_buffer[ BF_SZ ];

#elif  defined( __BM_WMF )
//==========================

#      define BF_SZ         (64*MB)

#      ifdef SM_DATA
// Test number of output files is about 1/10 th
#          define  B4_HM0   (120)
#          define  B4_HM1   (6)
#          define  B4_HM2   (1)
#          define  B4_HB0   (4*KB)
#          define  B4_HB1   (MB)
#          define  B4_HB2   (64*MB)
#      else
#          define  B4_HM0   (1200)
#          define  B4_HM1   (60)
#          define  B4_HM2   (1)
#          define  B4_HB0   (4*KB)
#          define  B4_HB1   (MB)
#          define  B4_HB2   (64*MB)
#      endif
char  io_buffer[ BF_SZ ];

#endif