/*****************************************************************************
 *                                                                           *
 * Copyright (c) 2003-2006 Intel Corporation.                                *
 * All rights reserved.                                                      *
 *                                                                           *
 *****************************************************************************

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1.0 as published by IBM and reproduced in the file "license.txt" in the
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or without modification, is permitted ONLY within the regulations
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 ***************************************************************************

For more documentation than found here, see

[1] doc/ReadMe_IMB.txt 

[2] Intel (R) MPI Benchmarks
    Users Guide and Methodology Description
    In 
    doc/IMB_ug.pdf

 File: IMB_parse_name_io.c 

 Implemented functions: 

 IMB_get_def_cases;
 IMB_set_bmark;

 ***************************************************************************/





#include <string.h>

#include "IMB_declare.h"
#include "IMB_benchmark.h"

#include "IMB_bnames_io.h"
#include "IMB_comments.h"

#include "IMB_prototypes.h"




void IMB_get_def_cases(char*** defc, char*** Gcmt)
/*

                      
                      Initializes default benchmark names (defc) and accompanying
                      comments (Gcmt)
                      


In/out variables: 

-defc                 (type char***)                      
                      List of benchkark names (strings)
                      

-Gcmt                 (type char***)                      
                      List of general comments (strings)
                      


*/
{
*defc = &DEFC[0];
*Gcmt = &Gral_cmt[0];
}



void IMB_set_bmark(struct Bench* Bmark)
/*



In/out variables: 

-Bmark                (type struct Bench*)                      
                      (For explanation of struct Bench type:
                      describes all aspects of modes of a benchmark;
                      see [1] for more information)
                      
                      On input, only the name of the benchmark is set.
                      On output, all necessary run modes are set accordingly
                      


*/
{
BTYPES type;
char *tmp_name;
int md, nam_beg;
int index;

IMB_get_def_index(&index,Bmark->name);

if( index < 0 )
{
Bmark->RUN_MODES[0].type=BTYPE_INVALID;
Bmark->RUN_MODES[1].type=BTYPE_INVALID;
return;
}

Bmark->RUN_MODES[0].AGGREGATE=1;
Bmark->RUN_MODES[1].AGGREGATE=0;


Bmark->reduction=0;

Bmark->Ntimes = 1;
md = 0;
nam_beg = 2;

if( Bmark->name[0] == 's' )
  {
  type = SingleTransfer;
  Bmark->name[0] = 'S';
  if( Bmark->name[2] == 'i' )
     {md = 1; nam_beg++;Bmark->name[2]='I';}
  }
if( Bmark->name[0] == 'p' )
  {
  type = ParallelTransfer;
  Bmark->name[0] = 'P';
  if( Bmark->name[2] == 'i' )
     {md = 1; nam_beg++;Bmark->name[2]='I';}
  }
if( Bmark->name[0] == 'c' )
  {
  type = Collective;
  Bmark->name[0] = 'C';
  if( Bmark->name[2] == 'i' )
     {md = 1; nam_beg++;Bmark->name[2]='I';}
  }

 if( md ) do_nonblocking=1;
 Bmark->Ntimes += md;

 Bmark->RUN_MODES[0].NONBLOCKING =md;
 Bmark->RUN_MODES[1].NONBLOCKING =md;

 tmp_name=Bmark->name+nam_beg;

 if (!strcmp(tmp_name,"write_indv"))
	{ 
          strcpy(tmp_name,"Write_Indv");
          Bmark->Benchmark = IMB_write_indv;
          Bmark->bench_comments = &Write_Indv_cmt[0];

          Bmark->access = put;
          Bmark->fpointer = indv_block;
	}
 else if (!strcmp(tmp_name,"write_shared"))
	{ 
          strcpy(tmp_name,"Write_Shared");
          Bmark->Benchmark = IMB_write_shared;
          Bmark->bench_comments = &Write_Shared_cmt[0];

          Bmark->access = put;
          Bmark->fpointer = shared;
	}
 else if (!strcmp(tmp_name,"write_priv"))
	{ 
          strcpy(tmp_name,"Write_Priv");
          Bmark->Benchmark = IMB_write_indv;
          Bmark->bench_comments = &Write_Priv_cmt[0];

          Bmark->access = put;
          Bmark->fpointer = private;
	}
 else if (!strcmp(tmp_name,"write_expl"))
	{ 
          strcpy(tmp_name,"Write_Expl");
          Bmark->Benchmark = IMB_write_expl;
          Bmark->bench_comments = &Write_Expl_cmt[0];

          Bmark->access = put;
          Bmark->fpointer = explicit;
	}
 else if (!strcmp(tmp_name,"read_indv"))
	{ 
          strcpy(tmp_name,"Read_Indv");
          Bmark->Benchmark = IMB_read_indv;
          Bmark->bench_comments = &Read_Indv_cmt[0];

          Bmark->access = get;
          Bmark->fpointer = indv_block;
	}
 else if (!strcmp(tmp_name,"read_shared"))
	{ 
          strcpy(tmp_name,"Read_Shared");
          Bmark->Benchmark = IMB_read_shared;
          Bmark->bench_comments = &Read_Shared_cmt[0];

          Bmark->access = get;
          Bmark->fpointer = shared;
	}
 else if (!strcmp(tmp_name,"read_priv"))
	{ 
          strcpy(tmp_name,"Read_Priv");
          Bmark->Benchmark = IMB_read_indv;
          Bmark->bench_comments = &Read_Priv_cmt[0];

          Bmark->access = get;
          Bmark->fpointer = private;
	}
 else if (!strcmp(tmp_name,"read_expl"))
	 {
          strcpy(tmp_name,"Read_Expl");
          Bmark->Benchmark = IMB_read_expl;
          Bmark->bench_comments = &Read_Expl_cmt[0];

          Bmark->access = get;
          Bmark->fpointer = explicit;
	}
 else if (!strcmp(Bmark->name,"open_close"))
	 {
          strcpy(Bmark->name,"Open_Close");
          Bmark->Benchmark = IMB_open_close;
          Bmark->bench_comments = &Open_cmt[0];

          type = Sync;
          Bmark->RUN_MODES[0].AGGREGATE=-1;

          Bmark->access = no;
          Bmark->fpointer = explicit;
	}
 else 
        {
          type = BTYPE_INVALID;
        }

if( Bmark->access == no ) Bmark->Ntimes = 1;

Bmark->RUN_MODES[0].type=type;
Bmark->RUN_MODES[1].type=type;

if( type == SingleTransfer ) Bmark->fpointer = private;

if( Bmark->access == get || Bmark->access == no  ||
    md )
   Bmark->N_Modes = 1;
else
   Bmark->N_Modes = 2;

}