/
tst_types.c
1351 lines (1221 loc) · 63.2 KB
/
tst_types.c
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/*
* Copyright (c) 2009 Cisco Systems, Inc. All rights reserved.
*/
#include "config.h"
#ifdef HAVE_VALUES_H
# include <values.h>
#endif
#ifdef HAVE_LIMITS_H
# include <limits.h>
#endif
#ifdef HAVE_FLOAT_H
# include <float.h>
#endif
#ifdef HAVE_STRING_H
# include <string.h>
#endif
#ifdef HAVE_STRINGS_H
# include <strings.h>
#endif
#include <mpi.h>
#include "mpi_test_suite.h"
#ifndef LLONG_MAX
# define LLONG_MAX 9223372036854775807LL
# define LLONG_MIN (-LLONG_MAX - 1LL)
#endif
/*
#ifdef __USE_ISOC99
#error "ISOC99 defined"
#endif
*/
#ifndef MIN
#define MIN(a,b) ((a) < (b) ? (a) : (b))
#endif
#define MAX_TYPES 128 /* One of the largest type_maaings is for MPI_TYPE_MIX_ARRAY */
#define TYPES_NUM_REPEAT 7
#define OVERHEAD 8
#define CHECK_ARG(i,ret) do { \
if ((i) < 0 || (i) > TST_TYPES_NUM) \
return (ret); \
} while (0)
#define TST_TYPES_NUM (sizeof (types) / sizeof (types[0]))
#define TST_TYPES_CLASS_NUM (sizeof (tst_types_class_strings) / sizeof (tst_types_class_strings[0]))
#define SIZEOF_TYPE_MIX_LB_UB (sizeof(char)+sizeof(short)+sizeof(int)+sizeof(long)+sizeof(float)+sizeof(double))
/*
* Local static Functions
*/
static int tst_type_gettypelb (int type);
static int tst_type_search (const int search_test, const int * test_list, const int test_list_num);
/*
* Local variables and declaration
*/
struct tst_type_class {
char * class_string;
tst_uint64 class;
};
static const struct tst_type_class tst_types_class_strings [] =
{
{"STANDARD_C_INT_TYPES", TST_MPI_STANDARD_C_INT_TYPES},
{"STANDARD_C_FLOAT_TYPES", TST_MPI_STANDARD_C_FLOAT_TYPES},
{"STANDARD_C_TYPES", TST_MPI_STANDARD_C_TYPES},
{"STRUCT_C_TYPES", TST_MPI_STRUCT_C_TYPES},
{"ALL_C_TYPES", TST_MPI_ALL_C_TYPES},
/* {"STANDARD_FORTRAN_INT_TYPES", TST_MPI_STANDARD_FORTRAN_INT_TYPES},
{"STANDARD_FORTRAN_FLOAT_TYPES", TST_MPI_STANDARD_FORTRAN_FLOAT_TYPES},
{"STANDARD_FORTRAN_COMPLEX_TYPES", TST_MPI_STANDARD_FORTRAN_COMPLEX_TYPES},
{"STANDARD_FORTRAN_TYPES", TST_MPI_STANDARD_FORTRAN_TYPES},
{"STRUCT_FORTRAN_TYPES", TST_MPI_STRUCT_FORTRAN_TYPES},
{"ALL_FORTRAN_TYPES", TST_MPI_ALL_FORTRAN_TYPES} */
};
struct type {
MPI_Datatype mpi_datatype;
char description [TST_DESCRIPTION_LEN];
MPI_Aint lb;
MPI_Aint ub;
tst_uint64 type_class;
int type_num;
int type_mapping[MAX_TYPES];
};
static struct type types[32] = {
/* Standard C Types */
{MPI_CHAR, "MPI_CHAR", 0, sizeof (char), TST_MPI_CHAR, 1, {TST_MPI_CHAR}},
{MPI_UNSIGNED_CHAR, "MPI_UNSIGNED_CHAR", 0, sizeof (unsigned char), TST_MPI_UNSIGNED_CHAR, 1, {TST_MPI_UNSIGNED_CHAR}},
#ifdef HAVE_MPI2
{MPI_SIGNED_CHAR, "MPI_SIGNED_CHAR", 0, sizeof (signed char), TST_MPI_SIGNED_CHAR, 1, {TST_MPI_SIGNED_CHAR}},
#else
{MPI_DATATYPE_NULL, "MPI_SIGNED_CHAR n/a", 0, 0, 0, 0, {0}},
#endif
{MPI_BYTE, "MPI_BYTE", 0, sizeof (char), TST_MPI_BYTE, 1, {TST_MPI_BYTE}},
{MPI_SHORT, "MPI_SHORT", 0, sizeof (short), TST_MPI_SHORT, 1, {TST_MPI_SHORT}},
/*5*/ {MPI_UNSIGNED_SHORT, "MPI_UNSIGNED_SHORT", 0, sizeof (unsigned short), TST_MPI_UNSIGNED_SHORT, 1, {TST_MPI_UNSIGNED_SHORT}},
{MPI_INT, "MPI_INT", 0, sizeof (int), TST_MPI_INT, 1, {TST_MPI_INT}},
{MPI_UNSIGNED, "MPI_UNSIGNED", 0, sizeof (unsigned int), TST_MPI_UNSIGNED, 1, {TST_MPI_UNSIGNED}},
{MPI_LONG, "MPI_LONG", 0, sizeof (long), TST_MPI_LONG, 1, {TST_MPI_LONG}},
{MPI_UNSIGNED_LONG, "MPI_UNSIGNED_LONG", 0, sizeof (unsigned long), TST_MPI_UNSIGNED_LONG, 1, {TST_MPI_UNSIGNED_LONG}},
/*10*/{MPI_FLOAT, "MPI_FLOAT", 0, sizeof (float), TST_MPI_FLOAT, 1, {TST_MPI_FLOAT}},
{MPI_DOUBLE, "MPI_DOUBLE", 0, sizeof (double), TST_MPI_DOUBLE, 1, {TST_MPI_DOUBLE}},
#if defined(HAVE_LONG_DOUBLE) && defined(LDBL_MAX)
{MPI_LONG_DOUBLE, "MPI_LONG_DOUBLE", 0, sizeof (long double), TST_MPI_LONG_DOUBLE, 1, {TST_MPI_LONG_DOUBLE}},
#else
{MPI_DATATYPE_NULL, "MPI_LONG_DOUBLE n/a", 0, 0, 0, 0, {0}},
#endif
#if defined(HAVE_C_MPI_LONG_LONG_INT)
{MPI_LONG_LONG, "MPI_LONG_LONG", 0, sizeof (long long int), TST_MPI_LONG_LONG, 1, {TST_MPI_LONG_LONG}},
#else
{MPI_DATATYPE_NULL, "MPI_LONG_LONG n/a", 0, 0, 0, 0, {0}},
#endif /* HAVE_C_MPI_LONG_LONG_INT */
/* {MPI_PACKED, "MPI_PACKED", 0, 0, 0, NULL},
{MPI_LB, "MPI_LB", 0, sizeof (), 1, {TST_}},
{MPI_UB, "MPI_UB", 0, sizeof (), 1, {TST_}},*/
/* Composed C types */
{MPI_FLOAT_INT, "MPI_FLOAT_INT", 0, sizeof (struct tst_mpi_float_int), TST_MPI_FLOAT_INT, 1, {TST_MPI_FLOAT_INT}},
/*15*/{MPI_DOUBLE_INT, "MPI_DOUBLE_INT", 0, sizeof (struct tst_mpi_double_int), TST_MPI_DOUBLE_INT, 1, {TST_MPI_DOUBLE_INT}},
{MPI_LONG_INT, "MPI_LONG_INT", 0, sizeof (struct tst_mpi_long_int), TST_MPI_LONG_INT, 1, {TST_MPI_LONG_INT}},
{MPI_SHORT_INT, "MPI_SHORT_INT", 0, sizeof (struct tst_mpi_short_int), TST_MPI_SHORT_INT, 1, {TST_MPI_SHORT_INT}},
{MPI_2INT, "MPI_2INT", 0, sizeof (struct tst_mpi_2int), TST_MPI_2INT, 1, {TST_MPI_2INT}},
#if defined(HAVE_LONG_DOUBLE) && defined (LDBL_MAX)
{MPI_LONG_DOUBLE_INT, "MPI_LONG_DOUBLE_INT", 0, sizeof (struct tst_mpi_long_double_int), TST_MPI_LONG_DOUBLE_INT, 1, {TST_MPI_LONG_DOUBLE_INT}},
#else
{MPI_DATATYPE_NULL, "MPI_LONG_DOUBLE_INT n/a", 0, 0, 0, 0, {0}},
#endif /* HAVE_MPI_LONG_DOUBLE */
#define PREDEFINED_DATATYPES 20
/*
* First of all a representation of 7 MPI_INTs with different MPI_Type-creation calls
*/
/*20*/{MPI_DATATYPE_NULL, "MPI_CONTIGUOUS_INT", 0, 7*sizeof(int), TST_MPI_INT_CONTI, 7, {TST_MPI_INT}},
{MPI_DATATYPE_NULL, "MPI_VECTOR_INT", 0, 7*sizeof(int), TST_MPI_INT_VECTOR, 7, {TST_MPI_INT}},
{MPI_DATATYPE_NULL, "MPI_HVECTOR_INT", 0, 7*sizeof(int), TST_MPI_INT_HVECTOR, 7, {TST_MPI_INT}},
{MPI_DATATYPE_NULL, "MPI_INDEXED_INT", 0, 7*sizeof(int), TST_MPI_INT_INDEXED, 7, {TST_MPI_INT}},
{MPI_DATATYPE_NULL, "MPI_HINDEXED_INT", 0, 7*sizeof(int), TST_MPI_INT_HINDEXED, 7, {TST_MPI_INT}},
/*25*/{MPI_DATATYPE_NULL, "MPI_STRUCT_INT", 0, 7*sizeof(int), TST_MPI_INT_STRUCT, 7, {TST_MPI_INT}},
/*
* Now, more complex derived MPI_Datattypes
*/
{MPI_DATATYPE_NULL, "MPI_TYPE_MIX", 0, sizeof(struct tst_mpi_type_mix), TST_MPI_TYPE_MIX, 11, {TST_MPI_INT}},
{MPI_DATATYPE_NULL, "MPI_TYPE_MIX_ARRAY", 0, sizeof(struct tst_mpi_type_mix_array), TST_MPI_TYPE_MIX_ARRAY, 6, {TST_MPI_INT}},
#ifndef HAVE_MPI_NECSX
{MPI_DATATYPE_NULL, "MPI_TYPE_MIX_LB_UB", 0, 0, TST_MPI_TYPE_MIX_LB_UB, 6, {TST_MPI_INT}},
#endif
/*
* Two examples for MPI_Type_dup usage on a predefined- and a derived datatype.
*/
#if defined(HAVE_MPI2)
{MPI_DATATYPE_NULL, "Dup MPI_CHAR", 0, sizeof (char), TST_MPI_CHAR, 1, {TST_MPI_CHAR}},
#ifndef HAVE_MPI_NECSX
/*30*/{MPI_DATATYPE_NULL, "Dup MPI_TYPE_MIX_LB_UB", 0, 0, TST_MPI_TYPE_MIX_LB_UB, 6, {TST_MPI_INT}},
#endif
#else
{MPI_DATATYPE_NULL, "function MPI_Type_dup() n/a", 0, 0, 0, 0, {0}},
{MPI_DATATYPE_NULL, "function MPI_Type_dup() n/a", 0, 0, 0, 0, {0}},
#endif /* HAVE_MPI2 */
/* Fortran Types */
/* {MPI_COMPLEX, "MPI_COMPLEX", 0, sizeof (complex), 1, {TST_}},
{MPI_DOUBLE_COMPLEX, "MPI_DOUBLE_COMPLEX", 0, sizeof (), 1, {TST_}},
{MPI_LOGICAL, "MPI_LOGICAL", 0, sizeof (), 1, {TST_}},
{MPI_REAL, "MPI_REAL", 0, sizeof (), 1, {TST_}},
{MPI_DOUBLE_PRECISION, "MPI_DOUBLE_PRECISION", 0, sizeof (), 1, {TST_}},
{MPI_INTEGER, "MPI_INTEGER", 0, sizeof (), 1, {TST_}},
{MPI_2INTEGER, "MPI_2INTEGER", 0, sizeof (), 1, {TST_}},
{MPI_2COMPLEX, "MPI_2COMPLEX", 0, sizeof (), 1, {TST_}},
{MPI_2DOUBLE_COMPLEX, "MPI_2DOUBLE_COMPLEX", 0, sizeof (), 1, {TST_}},
{MPI_2REAL, "MPI_2REAL", 0, sizeof (), 1, {TST_}},
{MPI_2DOUBLE_PRECISION, "MPI_2DOUBLE_PRECISION", 0, sizeof (), 1, {TST_}},
{MPI_CHARACTER, "MPI_CHARACTER", 0, sizeof (), 1, {TST_}}*/
/*
* The last element
*/
{MPI_DATATYPE_NULL, "", 0, 0, 0, 0, {TST_MPI_INT}}
};
int tst_type_init (int * num_types)
{
int i;
int num = PREDEFINED_DATATYPES;
{
/*
* MPI_CONTIGUOUS_INT
*/
MPI_Type_contiguous (TYPES_NUM_REPEAT, MPI_INT, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0 ; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i] = TST_MPI_INT;
num++;
}
{
/*
* MPI_VECTOR_INT
*/
MPI_Type_vector (TYPES_NUM_REPEAT, 1, 1, MPI_INT, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i] = TST_MPI_INT;
num++;
}
{
/*
* MPI_HVECTOR_INT
*/
MPI_Type_create_hvector (TYPES_NUM_REPEAT, 1, sizeof(int), MPI_INT, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i] = TST_MPI_INT;
num++;
}
{
/*
* MPI_INDEXED_INT
*/
int block[TYPES_NUM_REPEAT];
int dis[TYPES_NUM_REPEAT];
for(i=0; i < TYPES_NUM_REPEAT; i++) {
block[i] = 1;
dis[i] = i;
}
MPI_Type_indexed (TYPES_NUM_REPEAT, block, dis, MPI_INT, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i]=TST_MPI_INT;
num++;
}
/*
* Intel-MPI1.0 segfaults with this datatype
*/
#if !defined(HAVE_MPI_INTEL10) && !defined(HAVE_MPI_INTEL20)
{
/*
* MPI_HINDEXED_INT
*/
int block[TYPES_NUM_REPEAT];
MPI_Aint dis[TYPES_NUM_REPEAT];
for(i=0; i < TYPES_NUM_REPEAT; i++) {
block[i] = 1;
dis[i] = i*sizeof(int);
}
MPI_Type_create_hindexed (TYPES_NUM_REPEAT, block, dis, MPI_INT, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0 ; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i]=TST_MPI_INT;
num++;
}
#else
{
types[num].mpi_datatype = MPI_DATATYPE_NULL;
num++;
}
#endif
{
/*
* MPI_STRUCT_INT
*/
int block_struct[1];
MPI_Aint dis_struct[1];
MPI_Datatype dtype[1];
block_struct[0] = TYPES_NUM_REPEAT;
dis_struct[0] = 0;
dtype[0] = MPI_INT;
MPI_Type_create_struct (1, block_struct, dis_struct, dtype, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = TYPES_NUM_REPEAT;
for(i=0; i < TYPES_NUM_REPEAT; i++)
types[num].type_mapping[i] = TST_MPI_INT;
num++;
}
#ifndef HAVE_MPI_INTEL20
{
/*
* MPI_TYPE_MIX
*/
int block_mix[11];
MPI_Aint disp_mix[11];
MPI_Datatype mix_type[11] = {MPI_CHAR, MPI_SHORT, MPI_INT, MPI_LONG,
MPI_FLOAT, MPI_DOUBLE, MPI_FLOAT_INT,
MPI_DOUBLE_INT, MPI_LONG_INT, MPI_SHORT_INT, MPI_2INT};
MPI_Aint mix_base;
struct tst_mpi_type_mix type_tmp;
MPI_Get_address (&(type_tmp.a), disp_mix);
MPI_Get_address (&(type_tmp.b), disp_mix+1);
MPI_Get_address (&(type_tmp.c), disp_mix+2);
MPI_Get_address (&(type_tmp.d), disp_mix+3);
MPI_Get_address (&(type_tmp.e), disp_mix+4);
MPI_Get_address (&(type_tmp.f), disp_mix+5);
MPI_Get_address (&(type_tmp.g), disp_mix+6);
MPI_Get_address (&(type_tmp.h), disp_mix+7);
MPI_Get_address (&(type_tmp.i), disp_mix+8);
MPI_Get_address (&(type_tmp.j), disp_mix+9);
MPI_Get_address (&(type_tmp.k), disp_mix+10);
mix_base = disp_mix[0];
for(i=0; i < 11; i++) disp_mix[i] -= mix_base;
for(i=0; i < 11; i++) block_mix[i] = 1;
MPI_Type_create_struct (11, block_mix, disp_mix, mix_type, &(types[num].mpi_datatype));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = 11;
types[num].type_mapping[0] = TST_MPI_CHAR;
types[num].type_mapping[1] = TST_MPI_SHORT;
types[num].type_mapping[2] = TST_MPI_INT;
types[num].type_mapping[3] = TST_MPI_LONG;
types[num].type_mapping[4] = TST_MPI_FLOAT;
types[num].type_mapping[5] = TST_MPI_DOUBLE;
types[num].type_mapping[6] = TST_MPI_FLOAT_INT;
types[num].type_mapping[7] = TST_MPI_DOUBLE_INT;
types[num].type_mapping[8] = TST_MPI_LONG_INT;
types[num].type_mapping[9] = TST_MPI_SHORT_INT;
types[num].type_mapping[10] = TST_MPI_2INT;
num++;
}
#else
{
types[num].mpi_datatype = MPI_DATATYPE_NULL;
num++;
}
#endif
{
/*
* MPI_TYPE_MIX_ARRAY
*/
int block_mix[6];
MPI_Aint disp_mix[6];
MPI_Datatype mix_type[6];
MPI_Aint mix_base;
struct tst_mpi_type_mix_array type_tmp_array;
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_CHAR, &(mix_type[0]));
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_SHORT, &(mix_type[1]));
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_INT, &(mix_type[2]));
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_LONG, &(mix_type[3]));
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_FLOAT, &(mix_type[4]));
MPI_Type_contiguous (TST_MPI_TYPE_MIX_ARRAY_NUM, MPI_DOUBLE, &(mix_type[5]));
/*
MPI_Type_commit (&(mix_type[0]));
MPI_Type_commit (&(mix_type[1]));
MPI_Type_commit (&(mix_type[2]));
MPI_Type_commit (&(mix_type[3]));
MPI_Type_commit (&(mix_type[4]));
MPI_Type_commit (&(mix_type[5]));
*/
MPI_Get_address(&(type_tmp_array.a[0]), disp_mix);
MPI_Get_address(&(type_tmp_array.b[0]), disp_mix+1);
MPI_Get_address(&(type_tmp_array.c[0]), disp_mix+2);
MPI_Get_address(&(type_tmp_array.d[0]), disp_mix+3);
MPI_Get_address(&(type_tmp_array.e[0]), disp_mix+4);
MPI_Get_address(&(type_tmp_array.f[0]), disp_mix+5);
mix_base = disp_mix[0];
for(i=0; i < 6; i++) disp_mix[i] -= mix_base;
for(i=0; i < 6; i++) block_mix[i] = 1;
MPI_Type_create_struct (6, block_mix, disp_mix, mix_type, &(types[num].mpi_datatype));
MPI_Type_free (&(mix_type[0]));
MPI_Type_free (&(mix_type[1]));
MPI_Type_free (&(mix_type[2]));
MPI_Type_free (&(mix_type[3]));
MPI_Type_free (&(mix_type[4]));
MPI_Type_free (&(mix_type[5]));
MPI_Type_commit (&(types[num].mpi_datatype));
types[num].type_num = 6 * TST_MPI_TYPE_MIX_ARRAY_NUM;
for (i = 0; i < TST_MPI_TYPE_MIX_ARRAY_NUM; i++)
{
types[num].type_mapping[0*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_CHAR;
types[num].type_mapping[1*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_SHORT;
types[num].type_mapping[2*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_INT;
types[num].type_mapping[3*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_LONG;
types[num].type_mapping[4*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_FLOAT;
types[num].type_mapping[5*TST_MPI_TYPE_MIX_ARRAY_NUM+i] = TST_MPI_DOUBLE;
}
num++;
}
#if MPI_VERSION < 3
#ifndef HAVE_MPI_NECSX
{
/*
* MPI_TYPE_MIX_LB_UB
*/
int block_mix[8];
MPI_Aint disp_array[8] = {
-1*(sizeof(char)+sizeof(long)+sizeof(double)), /* Position of LB */
-1*sizeof(char), /* Position of char */
0, /* Position of short */
sizeof(short), /* Position of int */
-1*(sizeof(char)+sizeof(long)), /* Position of long */
sizeof(short)+sizeof(int), /* Position of float */
-1*(sizeof(char)+sizeof(long)+sizeof(double)), /* Position of double */
sizeof(short)+sizeof(int)+sizeof(float) /* Position of UB */
};
MPI_Datatype mix_type[8] = {
MPI_LB,
MPI_CHAR,
MPI_SHORT,
MPI_INT,
MPI_LONG,
MPI_FLOAT,
MPI_DOUBLE,
MPI_UB };
for(i=0 ; i < 8; i++) block_mix[i]=1;
MPI_Type_create_struct(8, block_mix, disp_array, mix_type, &(types[num].mpi_datatype));
MPI_Type_commit(&(types[num].mpi_datatype));
types[num].type_num = 6;
types[num].type_mapping[0] = TST_MPI_CHAR;
types[num].type_mapping[1] = TST_MPI_SHORT;
types[num].type_mapping[2] = TST_MPI_INT;
types[num].type_mapping[3] = TST_MPI_LONG;
types[num].type_mapping[4] = TST_MPI_FLOAT;
types[num].type_mapping[5] = TST_MPI_DOUBLE;
MPI_Type_lb ((types[num].mpi_datatype), &(types[num].lb));
MPI_Type_ub ((types[num].mpi_datatype), &(types[num].ub));
num++;
}
#endif
#endif
#if defined(HAVE_MPI2)
{
/*
* Dup MPI_CHAR
* Just duplicate the Type -- everthing else is setup already.
*/
if (strcmp (types[0].description, "MPI_CHAR"))
ERROR (EINVAL, "Internal Error");
MPI_Type_dup (types[0].mpi_datatype, &(types[num].mpi_datatype));
/* types[num].lb = types[0].lb;
types[num].ub = types[0].ub;
types[num].type_class = types[0].type_class;
types[num].type_num = types[0].type_num;
types[num].type_mapping[0] = types[0].type_mapping[0];*/
num++;
}
#if MPI_VERSION < 3
#if !defined (HAVE_MPI_NECSX) && !defined(HAVE_MPI_OPENMPI)
/*
* OpenMPI fails here!!!
*/
{
/*
* Dup MPI_TYPE_MIX_LB_UB
*/
if (strcmp(types[num-2].description, "MPI_TYPE_MIX_LB_UB"))
ERROR (EINVAL, "Internal Error");
MPI_Type_dup (types[num-2].mpi_datatype, &(types[num].mpi_datatype));
types[num].type_num = types[num-1].type_num;
types[num].type_mapping[0] = types[num-1].type_mapping[0];
types[num].type_mapping[1] = types[num-1].type_mapping[1];
types[num].type_mapping[2] = types[num-1].type_mapping[2];
types[num].type_mapping[3] = types[num-1].type_mapping[3];
types[num].type_mapping[4] = types[num-1].type_mapping[4];
types[num].type_mapping[5] = types[num-1].type_mapping[5];
MPI_Type_lb ((types[num].mpi_datatype), &(types[num].lb));
MPI_Type_ub ((types[num].mpi_datatype), &(types[num].ub));
num++;
}
#endif
#endif
#endif /* HAVE_MPI2 */
*num_types = num;
return 0;
}
int tst_type_cleanup (void)
{
int i;
for (i=PREDEFINED_DATATYPES; i < TST_TYPES_NUM; i++)
{
if (MPI_DATATYPE_NULL == types[i].mpi_datatype)
continue;
MPI_Type_free (&types[i].mpi_datatype);
}
return 0;
}
MPI_Datatype tst_type_getdatatype (int type)
{
CHECK_ARG (type, MPI_DATATYPE_NULL);
return types[type].mpi_datatype;
}
tst_uint64 tst_type_gettypeclass (int type)
{
CHECK_ARG (type, -1);
return types[type].type_class;
}
const char * tst_type_getdescription (int type)
{
CHECK_ARG (type, NULL);
return types[type].description;
}
int tst_type_gettypesize (int type)
{
CHECK_ARG (type, -1);
return (types[type].ub - types[type].lb);
}
void tst_type_hexdump (const char * text, const char * data, int num)
{
#define NUM_COL 8
int i;
printf ("(Rank:%d) %s [%d Bytes]\n(Rank:%d) [ 0-%d]:\t",
tst_global_rank, text, num,
tst_global_rank, NUM_COL-1);
for (i = 0; i < num; i++)
{
printf (" 0x%.2x", data[i] & 0xFF);
if ((i % NUM_COL) == NUM_COL-1 && i != num-1)
printf ("\n(Rank:%d) [%d-%d]:\t",
tst_global_rank, i+1, MIN(i+NUM_COL, num-1));
}
printf("\n");
}
char * tst_type_allocvalues (const int type, const int values_num)
{
char * buffer;
int type_size;
CHECK_ARG (type, NULL);
type_size = tst_type_gettypesize(type);
buffer = malloc ((values_num+OVERHEAD) * type_size);
if (buffer == NULL)
ERROR (errno, "malloc");
memset (buffer, DEFAULT_INIT_BYTE, (values_num+OVERHEAD) * type_size);
buffer -= tst_type_gettypelb(type);
return buffer;
}
int tst_type_freevalues (const int type, char * buffer, const int values_num)
{
CHECK_ARG (type, -1);
buffer += tst_type_gettypelb(type);
free (buffer);
return 0;
}
#ifndef UCHAR_MIN
# define UCHAR_MIN 0
#endif
#ifndef USHRT_MIN
# define USHRT_MIN 0
#endif
#ifndef UINT_MIN
# define UINT_MIN 0
#endif
#ifndef ULONG_MIN
# define ULONG_MIN 0
#endif
#ifndef ULLONG_MIN
# define ULLONG_MIN 0
#endif
/*
#define TST_TYPE_VALUE_BOUNDED(tst_type,c_type,c_type_caps) \
if (direct_value > c_type_caps##_MAX) { \
*(c_type*)buffer = c_type_caps##_MAX; \
} else if (direct_value < c_type_caps##_MIN) { \
*(c_type*)buffer = c_type_caps##_MIN; \
} else { \
*(c_type*)buffer = direct_value; break; \
} \
*/
#define TST_TYPE_SET(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: *(c_type*)buffer = 0; break; \
case TST_TYPE_SET_MAX: *(c_type*)buffer = c_type_caps##_MAX; break; \
case TST_TYPE_SET_MIN: *(c_type*)buffer = c_type_caps##_MIN; break; \
case TST_TYPE_SET_VALUE: \
if (direct_value > c_type_caps##_MAX) { \
*(c_type*)buffer = c_type_caps##_MAX; \
} else if (direct_value < c_type_caps##_MIN) { \
*(c_type*)buffer = c_type_caps##_MIN; \
} else { \
*(c_type*)buffer = direct_value; \
} \
break; \
} \
break; \
}
#define TST_TYPE_SET_UNSIGNED(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: *(c_type*)buffer = 0; break; \
case TST_TYPE_SET_MAX: *(c_type*)buffer = c_type_caps##_MAX; break; \
case TST_TYPE_SET_MIN: *(c_type*)buffer = 0; break; \
case TST_TYPE_SET_VALUE: \
if (direct_value > c_type_caps##_MAX) { \
*(c_type*)buffer = c_type_caps##_MAX; \
} else if (direct_value < c_type_caps##_MIN) { \
*(c_type*)buffer = c_type_caps##_MIN; \
} else { \
*(c_type*)buffer = direct_value; \
} \
break; \
} \
break; \
}
#define TST_TYPE_SET_STRUCT(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: \
(*(c_type*)buffer).a = 0; \
(*(c_type*)buffer).b = 0; \
break; \
case TST_TYPE_SET_MAX: \
(*(c_type*)buffer).a = c_type_caps##_MAX; \
(*(c_type*)buffer).b = INT_MAX; \
break; \
case TST_TYPE_SET_MIN: \
(*(c_type*)buffer).a = c_type_caps##_MIN; \
(*(c_type*)buffer).b = INT_MIN; \
break; \
case TST_TYPE_SET_VALUE: \
if (direct_value > c_type_caps##_MAX) { \
(*(c_type*)buffer).a = c_type_caps##_MAX; \
} else if (direct_value < c_type_caps##_MIN) { \
(*(c_type*)buffer).a = c_type_caps##_MIN; \
} else { \
(*(c_type*)buffer).a = direct_value; \
} \
if (direct_value > INT_MAX) { \
(*(c_type*)buffer).b = INT_MAX; \
} else if (direct_value < INT_MIN) { \
(*(c_type*)buffer).b = INT_MIN; \
} else { \
(*(c_type*)buffer).b = direct_value; \
} \
break; \
default: \
return -1; \
} \
break; \
}
#define TST_TYPE_SET_CONTI(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
int __i; \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: \
for(__i=0 ; __i<7 ; __i++) \
((c_type*)buffer)[__i] = 0; \
break; \
case TST_TYPE_SET_MAX: \
for(__i=0 ; __i<7 ; __i++) \
((c_type*)buffer)[__i] = c_type_caps##_MAX; \
break; \
case TST_TYPE_SET_MIN: \
for(__i=0 ; __i<7 ; __i++) \
((c_type*)buffer)[__i] = c_type_caps##_MIN; \
break; \
case TST_TYPE_SET_VALUE: \
for(__i=0 ; __i<7 ; __i++) \
((c_type*)buffer)[__i] = direct_value; \
break; \
} \
break; \
}
#define TST_TYPE_SET_STRUCT_MIX(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: \
(*(c_type*)buffer).a = 0; \
(*(c_type*)buffer).b = 0; \
(*(c_type*)buffer).c = 0; \
(*(c_type*)buffer).d = 0; \
(*(c_type*)buffer).e = 0; \
(*(c_type*)buffer).f = 0; \
(*(c_type*)buffer).g.a = 0; \
(*(c_type*)buffer).g.b = 0; \
(*(c_type*)buffer).h.a = 0; \
(*(c_type*)buffer).h.b = 0; \
(*(c_type*)buffer).i.a = 0; \
(*(c_type*)buffer).i.b = 0; \
(*(c_type*)buffer).j.a = 0; \
(*(c_type*)buffer).j.b = 0; \
(*(c_type*)buffer).k.a = 0; \
(*(c_type*)buffer).k.b = 0; \
break; \
case TST_TYPE_SET_MAX: \
(*(c_type*)buffer).a = CHAR_MAX; \
(*(c_type*)buffer).b = SHRT_MAX; \
(*(c_type*)buffer).c = INT_MAX; \
(*(c_type*)buffer).d = LONG_MAX; \
(*(c_type*)buffer).e = FLT_MAX; \
(*(c_type*)buffer).f = DBL_MAX; \
(*(c_type*)buffer).g.a = FLT_MAX; \
(*(c_type*)buffer).g.b = INT_MAX; \
(*(c_type*)buffer).h.a = DBL_MAX; \
(*(c_type*)buffer).h.b = INT_MAX; \
(*(c_type*)buffer).i.a = LONG_MAX; \
(*(c_type*)buffer).i.b = INT_MAX; \
(*(c_type*)buffer).j.a = SHRT_MAX; \
(*(c_type*)buffer).j.b = INT_MAX; \
(*(c_type*)buffer).k.a = INT_MAX; \
(*(c_type*)buffer).k.b = INT_MAX; \
break; \
case TST_TYPE_SET_MIN: \
(*(c_type*)buffer).a = CHAR_MIN; \
(*(c_type*)buffer).b = SHRT_MIN; \
(*(c_type*)buffer).c = INT_MIN; \
(*(c_type*)buffer).d = LONG_MIN; \
(*(c_type*)buffer).e = FLT_MIN; \
(*(c_type*)buffer).f = DBL_MIN; \
(*(c_type*)buffer).g.a = FLT_MIN; \
(*(c_type*)buffer).g.b = INT_MIN; \
(*(c_type*)buffer).h.a = DBL_MIN; \
(*(c_type*)buffer).h.b = INT_MIN; \
(*(c_type*)buffer).i.a = LONG_MIN; \
(*(c_type*)buffer).i.b = INT_MIN; \
(*(c_type*)buffer).j.a = SHRT_MIN; \
(*(c_type*)buffer).j.b = INT_MIN; \
(*(c_type*)buffer).k.a = INT_MIN; \
(*(c_type*)buffer).k.b = INT_MIN; \
break; \
case TST_TYPE_SET_VALUE: \
(*(c_type*)buffer).a = direct_value; \
(*(c_type*)buffer).b = direct_value; \
(*(c_type*)buffer).c = direct_value; \
(*(c_type*)buffer).d = direct_value; \
(*(c_type*)buffer).e = direct_value; \
(*(c_type*)buffer).f = direct_value; \
(*(c_type*)buffer).g.a = direct_value; \
(*(c_type*)buffer).g.b = direct_value; \
(*(c_type*)buffer).h.a = direct_value; \
(*(c_type*)buffer).h.b = direct_value; \
(*(c_type*)buffer).i.a = direct_value; \
(*(c_type*)buffer).i.b = direct_value; \
(*(c_type*)buffer).j.a = direct_value; \
(*(c_type*)buffer).j.b = direct_value; \
(*(c_type*)buffer).k.a = direct_value; \
(*(c_type*)buffer).k.b = direct_value; \
break; \
default: \
return -1; \
} \
break; \
}
#define TST_TYPE_SET_STRUCT_MIX_ARRAY(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
switch (type_set) \
{ \
int __i; \
case TST_TYPE_SET_ZERO: \
for (__i=0; __i < TST_MPI_TYPE_MIX_ARRAY_NUM; __i++) { \
((*(c_type*)buffer).a)[__i] = 0; \
((*(c_type*)buffer).b)[__i] = 0; \
((*(c_type*)buffer).c)[__i] = 0; \
((*(c_type*)buffer).d)[__i] = 0; \
((*(c_type*)buffer).e)[__i] = 0; \
((*(c_type*)buffer).f)[__i] = 0; \
} \
break; \
case TST_TYPE_SET_MAX: \
for(__i=0; __i < TST_MPI_TYPE_MIX_ARRAY_NUM; __i++){ \
((*(c_type*)buffer).a)[__i] = CHAR_MAX; \
((*(c_type*)buffer).b)[__i] = SHRT_MAX; \
((*(c_type*)buffer).c)[__i] = INT_MAX; \
((*(c_type*)buffer).d)[__i] = LONG_MAX; \
((*(c_type*)buffer).e)[__i] = FLT_MAX; \
((*(c_type*)buffer).f)[__i] = DBL_MAX; \
} \
break; \
case TST_TYPE_SET_MIN: \
for(__i=0; __i < TST_MPI_TYPE_MIX_ARRAY_NUM; __i++) { \
((*(c_type*)buffer).a)[__i] = CHAR_MIN; \
((*(c_type*)buffer).b)[__i] = SHRT_MIN; \
((*(c_type*)buffer).c)[__i] = INT_MIN; \
((*(c_type*)buffer).d)[__i] = LONG_MIN; \
((*(c_type*)buffer).e)[__i] = FLT_MIN; \
((*(c_type*)buffer).f)[__i] = DBL_MIN; \
} \
break; \
case TST_TYPE_SET_VALUE: \
for(__i=0; __i < TST_MPI_TYPE_MIX_ARRAY_NUM; __i++) { \
((*(c_type*)buffer).a)[__i] = direct_value; \
((*(c_type*)buffer).b)[__i] = direct_value; \
((*(c_type*)buffer).c)[__i] = direct_value; \
((*(c_type*)buffer).d)[__i] = direct_value; \
((*(c_type*)buffer).e)[__i] = direct_value; \
((*(c_type*)buffer).f)[__i] = direct_value; \
} \
break; \
default: \
return -1; \
} \
break; \
}
#define TST_TYPE_SET_STRUCT_MIX_LB_UB(tst_type,c_type,c_type_caps) \
case tst_type: \
{ \
MPI_Aint __disp_array[8]={ \
-1*(sizeof(char)+sizeof(long)+sizeof(double)), /* Position of LB */ \
-1*sizeof(char), /* Position of char */ \
0, /* Position of short */ \
sizeof(short), /* Position of int */ \
-1*(sizeof(char)+sizeof(long)), /* Position of long */ \
sizeof(short)+sizeof(int), /* Position of float */ \
-1*(sizeof(char)+sizeof(long)+sizeof(double)), /* Position of double */ \
sizeof(short)+sizeof(int)+sizeof(float) /* Position of UB */ \
}; \
switch (type_set) \
{ \
case TST_TYPE_SET_ZERO: \
buffer[__disp_array[1]]=0; \
*((short*)(&buffer[__disp_array[2]]))= 0; \
*((int*)(&buffer[__disp_array[3]]))= 0; \
*((long*)(&buffer[__disp_array[4]]))= 0; \
*((float*)(&buffer[__disp_array[5]]))= 0; \
*((double*)(&buffer[__disp_array[6]]))= 0; \
break; \
case TST_TYPE_SET_MAX: \
buffer[__disp_array[1]]=CHAR_MAX; \
*((short*)(&buffer[__disp_array[2]]))= SHRT_MAX; \
*((int*)(&buffer[__disp_array[3]]))= INT_MAX; \
*((long*)(&buffer[__disp_array[4]]))= LONG_MAX; \
*((float*)(&buffer[__disp_array[5]]))= FLT_MAX; \
*((double*)(&buffer[__disp_array[6]]))= DBL_MAX; \
break; \
case TST_TYPE_SET_MIN: \
buffer[__disp_array[1]]=CHAR_MIN; \
*((short*)(&buffer[__disp_array[2]]))= SHRT_MIN; \
*((int*)(&buffer[__disp_array[3]]))= INT_MIN; \
*((long*)(&buffer[__disp_array[4]]))= LONG_MIN; \
*((float*)(&buffer[__disp_array[5]]))= FLT_MIN; \
*((double*)(&buffer[__disp_array[6]]))= DBL_MIN; \
break; \
case TST_TYPE_SET_VALUE: \
buffer[__disp_array[1]]= direct_value; \
*((short*)(&buffer[__disp_array[2]]))= direct_value; \
*((int*)(&buffer[__disp_array[3]]))= direct_value; \
*((long*)(&buffer[__disp_array[4]]))= direct_value; \
*((float*)(&buffer[__disp_array[5]]))= direct_value; \
*((double*)(&buffer[__disp_array[6]]))= direct_value; \
break; \
default: \
return -1; \
} \
break; \
}
int tst_type_setvalue (int type, char * buffer, int type_set, long long direct_value)
{
CHECK_ARG (type, -1);
memset (buffer, DEFAULT_INIT_BYTE, tst_type_gettypesize (type));
/* Workaround a small problem. In many tests we want to set
* a float or a double or a long double to 0. This is all
* well and good, but if I was to set it by value,
* then we go and check if (for floats) 0 < FLT_MIN.
* This is true, since FLT_MIN is usually something like
* 1.17549435e-38. So we set the buffer to be FLT_MIN.
* This is ok for most tests, but it screws up the scan sum
* test because we expect the value to be exactly 0.
* So if we are setting TST_MPI_FLOAT, TST_MPI_DOUBLE,
* or TST_MPI_LONG_DOUBLE to 0, use TST_TYPE_SET_ZERO
* instead of TST_TYPE_SET_VALUE */
if(TST_TYPE_SET_VALUE == type_set && 0 == direct_value &&
(TST_MPI_FLOAT == types[type].type_class
|| TST_MPI_DOUBLE == types[type].type_class
#if defined(HAVE_LONG_DOUBLE) && defined (LDBL_MAX)
|| TST_MPI_LONG_DOUBLE == types[type].type_class
#endif
)) {
type_set = TST_TYPE_SET_ZERO;
}
switch (types[type].type_class)
{
TST_TYPE_SET (TST_MPI_CHAR, char, CHAR);
TST_TYPE_SET_UNSIGNED (TST_MPI_UNSIGNED_CHAR, unsigned char, UCHAR);
#ifdef HAVE_MPI2
TST_TYPE_SET (TST_MPI_SIGNED_CHAR, signed char, SCHAR);
#endif
TST_TYPE_SET (TST_MPI_BYTE, char, CHAR);
TST_TYPE_SET (TST_MPI_SHORT, short, SHRT);
TST_TYPE_SET_UNSIGNED (TST_MPI_UNSIGNED_SHORT, unsigned short, USHRT);
TST_TYPE_SET (TST_MPI_INT, int, INT);
TST_TYPE_SET_UNSIGNED (TST_MPI_UNSIGNED, unsigned int, UINT);
TST_TYPE_SET (TST_MPI_LONG, long, LONG);
TST_TYPE_SET_UNSIGNED (TST_MPI_UNSIGNED_LONG, unsigned long, ULONG);
TST_TYPE_SET (TST_MPI_FLOAT, float, FLT);
TST_TYPE_SET (TST_MPI_DOUBLE, double, DBL);
#if defined(HAVE_LONG_DOUBLE) && defined (LDBL_MAX)
TST_TYPE_SET (TST_MPI_LONG_DOUBLE, long double, LDBL);
#endif
#if defined(HAVE_C_MPI_LONG_LONG_INT)
TST_TYPE_SET (TST_MPI_LONG_LONG, long long, LLONG);
#endif /* HAVE_C_MPI_LONG_LONG_INT */
TST_TYPE_SET (TST_MPI_PACKED, char, CHAR);
/*
TST_TYPE_SET (TST_MPI_LB, char, CHAR);
TST_TYPE_SET (TST_MPI_UB, char, CHAR);
*/
TST_TYPE_SET_STRUCT (TST_MPI_FLOAT_INT, struct tst_mpi_float_int, FLT);
TST_TYPE_SET_STRUCT (TST_MPI_DOUBLE_INT, struct tst_mpi_double_int, DBL);
TST_TYPE_SET_STRUCT (TST_MPI_LONG_INT, struct tst_mpi_long_int, LONG);
TST_TYPE_SET_STRUCT (TST_MPI_SHORT_INT, struct tst_mpi_short_int, SHRT);
TST_TYPE_SET_STRUCT (TST_MPI_2INT, struct tst_mpi_2int, INT);
#if defined(HAVE_LONG_DOUBLE) && defined (LDBL_MAX)
TST_TYPE_SET_STRUCT (TST_MPI_LONG_DOUBLE_INT, struct tst_mpi_long_double_int, LDBL);
#endif
TST_TYPE_SET_CONTI (TST_MPI_INT_CONTI, int, INT);
TST_TYPE_SET_CONTI (TST_MPI_INT_VECTOR, int, INT);
TST_TYPE_SET_CONTI (TST_MPI_INT_HVECTOR, int, INT);
TST_TYPE_SET_CONTI (TST_MPI_INT_INDEXED, int, INT);
TST_TYPE_SET_CONTI (TST_MPI_INT_HINDEXED, int, INT);
TST_TYPE_SET_CONTI (TST_MPI_INT_STRUCT, int, INT);
TST_TYPE_SET_STRUCT_MIX (TST_MPI_TYPE_MIX, struct tst_mpi_type_mix, NOT_USED);
TST_TYPE_SET_STRUCT_MIX_ARRAY (TST_MPI_TYPE_MIX_ARRAY, struct tst_mpi_type_mix_array, NOT_USED);
TST_TYPE_SET_STRUCT_MIX_LB_UB (TST_MPI_TYPE_MIX_LB_UB, NOT_USED, NOT_USED);
/*
TST_TYPE_SET (TST_MPI_COMPLEX
TST_TYPE_SET (TST_MPI_DOUBLE_COMPLEX
TST_TYPE_SET (TST_MPI_LOGICAL
TST_TYPE_SET (TST_MPI_REAL
TST_TYPE_SET (TST_MPI_DOUBLE_PRECISION
TST_TYPE_SET (TST_MPI_INTEGER
TST_TYPE_SET (TST_MPI_2INTEGER
TST_TYPE_SET (TST_MPI_2COMPLEX
TST_TYPE_SET (TST_MPI_2DOUBLE_COMPLEX
TST_TYPE_SET (TST_MPI_2REAL
TST_TYPE_SET (TST_MPI_2DOUBLE_PRECISION
*/
default: ERROR (EINVAL, "Unknown type in tst_type_setvalue");
}