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test_unsup.sc
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/* tab:8
*
* test_unsup.sc - Unsupported testing routines
*
*
* "Copyright (c) 1995 The Regents of the University of Maryland.
* All rights reserved.
*
* Permission to use, copy, modify, and distribute this software and its
* documentation for any purpose, without fee, and without written agreement is
* hereby granted, provided that the above copyright notice and the following
* two paragraphs appear in all copies of this software.
*
* IN NO EVENT SHALL THE UNIVERSITY OF MARYLAND BE LIABLE TO ANY PARTY FOR
* DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES ARISING OUT
* OF THE USE OF THIS SOFTWARE AND ITS DOCUMENTATION, EVEN IF THE UNIVERSITY OF
* MARYLAND HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* THE UNIVERSITY OF MARYLAND SPECIFICALLY DISCLAIMS ANY WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
* AND FITNESS FOR A PARTICULAR PURPOSE. THE SOFTWARE PROVIDED HEREUNDER IS
* ON AN "AS IS" BASIS, AND THE UNIVERSITY OF MARYLAND HAS NO OBLIGATION TO
* PROVIDE MAINTENANCE, SUPPORT, UPDATES, ENHANCEMENTS, OR MODIFICATIONS."
*
* Authors: David A. Bader <dbader@umiacs.umd.edu>
* Joseph F. Ja'Ja' <joseph@umiacs.umd.edu>
* Institute for Advanced Computer Studies
* Department of Electrical Engineering
* AV Williams Building
* College Park, MD 20742
*
* Version: 1.0
* Creation Date: May 2, 1995
* Filename: test_unsup.sc
* History:
*/
#include "test_unsup.h"
#include "select_a.h"
#include "select_b.h"
#include "select_c.h"
#include "inputs_select.h"
#include "inputs_median.h"
#include "math_func.h"
#include "droute.h"
#include "radixsort.h"
#if 1
#define RADIX1
#endif
#if (defined(CM5) || defined(MEIKO) || defined(SP2) || defined(T3D))
#define RADIX3
#endif
#if (defined(SP2))
#define RADIX4
#endif
#define RADIX5
#define RADIX6
#define INPUT_HREL 1
#define INPUT_GGRP 2
#define GGRP_H 1
#define GGRP_G 8
#define GGRP_T 8
#define BENCH_I_N 1
#define BENCH_I_R 1
#define BENCH_I_S 1
#define BENCH_I_Z 1
#define BENCH_I_C 1
#define BENCH_I_N20 1
#define TEST_MACH_LIMIT_LOG 20
#define TEST_MACH_LIMIT (1<<TEST_MACH_LIMIT_LOG)
#define NAS_REPEAT 3
#define WARM_UP_COUNT 4
#define WARM_UP 1
#define DO_NAS 0
#define DO_DOUBLES 0
#define DO_HREL 1
#define DO_SELECT 0
void all_unsupported_select_d()
{
register int
i, j;
double result;
double *locA;
double *spread A;
double secs;
A = all_spread_malloc(PROCS,TEST_MACH_LIMIT*sizeof(double));
assert_spread_malloc(A);
locA = (double *)(A + MYPROC);
RNG_init();
#if WARM_UP
for (i=0 ; i<WARM_UP_COUNT ; i++) {
barrier();
j = TEST_MACH_LIMIT;
fill_random_d(j, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(j, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"dis%d: %9.6f %g\n",i,secs,result);
fflush(outfile);
}
barrier();
}
#endif
#if 1
for (i = (1<<12) ; i <= TEST_MACH_LIMIT ; i = (i<<1) ) {
barrier();
/* Test median random double */
fill_random_d(i, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [R] doubles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
/* Test median gaussian double */
fill_gaussian_d(i, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [G] doubles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
#if 0
/* Test median 2-g double */
fill_g_group_d(i, locA, 2);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [2-G] dbles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
#endif
#if 0
/* Test median bucket double */
fill_bucket_d(i, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [B] doubles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
#endif
/* Test median staggered double */
fill_staggered_d(i, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [S] doubles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
#if 0
/* Test median zero entropy double */
fill_zero_d(i, locA);
barrier();
secs = get_seconds();
result = all_select_median_c_d(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"Median_c [%d]::[%d] [Z] doubles is: %g Time: %9.6f\n",
PROCS, i, result, secs);
fflush(outfile);
}
barrier();
#endif
}
#endif
all_spread_free(A);
}
void all_unsupported_select()
{
register int
i, j;
int
n,
*locA;
int *spread N;
int *spread A;
double secs;
#if DO_DOUBLES
all_unsupported_select_d();
#endif
N = all_spread_malloc(PROCS,sizeof(int));
assert_spread_malloc(N);
A = all_spread_malloc(PROCS,TEST_MACH_LIMIT*sizeof(int));
assert_spread_malloc(A);
locA = (int *)(A + MYPROC);
RNG_init();
#if WARM_UP
for (j=0 ; j<WARM_UP_COUNT ; j++) {
barrier();
i = TEST_MACH_LIMIT;
n = (i>>2);
n = all_fill_array_linear(i, A, N, n);
secs = get_seconds();
all_LoadBalance_b(i,A,N,n);
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"dis%d n: %12d LB_B: %9.6f\n",j,n,secs);
fflush(outfile);
}
barrier();
}
#endif
#if DO_NAS
barrier();
if (TEST_MACH_LIMIT_LOG + PROCSLOG >= 23) {
int *spread B;
i = DIVPROCS(1<<23);
B = all_spread_malloc(PROCS,i*sizeof(int));
assert_spread_malloc(B);
all_fill_nas(i, B);
for (n=0 ; n<NAS_REPEAT ; n++) {
barrier();
bcopy((int*)(B+MYPROC),(int*)(A+MYPROC),i*sizeof(int));
barrier();
secs = get_seconds();
j = all_select_median_b(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] NAS is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
}
for (n=0 ; n<NAS_REPEAT ; n++) {
barrier();
bcopy((int*)(B+MYPROC),(int*)(A+MYPROC),i*sizeof(int));
barrier();
secs = get_seconds();
j = all_select_median_b_nas(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b_nas of [%d]::[%d] NAS is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
}
for (n=0 ; n<NAS_REPEAT ; n++) {
barrier();
bcopy((int*)(B+MYPROC),(int*)(A+MYPROC),i*sizeof(int));
barrier();
secs = get_seconds();
j = all_select_median_c(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_c of [%d]::[%d] NAS is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
}
all_spread_free(B);
}
barrier();
#endif
#if 1
for (i = (1<<12) ; i <= TEST_MACH_LIMIT ; i = (i<<1) ) {
barrier();
/* Test median same */
fill_same(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_a(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_a of [%d]::[%d] same ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median same */
fill_same(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_b(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] same ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median same */
fill_same(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_c(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_c of [%d]::[%d] same ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median linear */
fill_linear(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_a(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_a of [%d]::[%d] linear ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median linear */
fill_linear(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_b(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] linear ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median linear */
fill_linear(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_c(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_c of [%d]::[%d] linear ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median random */
fill_random(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_a(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_a of [%d]::[%d] random ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median random */
fill_random(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_b(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] random ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median random */
fill_random(i, locA);
barrier();
secs = get_seconds();
j = all_select_median_c(i, A);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_c of [%d]::[%d] random ints is: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
}
#endif
#if 0
/* Test median band5-512 */
i = (1<<13);
n = all_fill_array(i, A, N, "im/band5.512.dat");
barrier();
secs = get_seconds();
j = all_select_median_unbalanced_a(i, A, N, n);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_a of [%d]::[%d] band 5 (512x512) problem: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median band5-512 */
i = (1<<13);
n = all_fill_array(i, A, N, "im/band5.512.dat");
barrier();
secs = get_seconds();
j = all_select_median_unbalanced_b(i, A, N, n);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] band 5 (512x512) problem: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median b5-1024 */
i = (1<<15);
n = all_fill_array(i, A, N, "im/b5.1024.dat");
barrier();
secs = get_seconds();
j = all_select_median_unbalanced_a(i, A, N, n);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_a of [%d]::[%d] b5 (1024x1024) problem: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
/* Test median band5-512 */
i = (1<<15);
n = all_fill_array(i, A, N, "im/b5.1024.dat");
barrier();
secs = get_seconds();
j = all_select_median_unbalanced_b(i, A, N, n);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,"Median_b of [%d]::[%d] b5 (1024x1024) problem: %9d Time: %9.6f\n",
PROCS, i, j,secs);
fflush(outfile);
}
barrier();
#endif
all_spread_free(N);
all_spread_free(A);
}
void check_sort(int q, int A[PROCS]::[q]) {
int i;
for (i=1; i<q ; i++)
if (A[MYPROC][i-1] > A[MYPROC][i]) {
fprintf(stderr,
"ERROR: PE%2d: A[%2d][%6d] > A[%2d][%6d] (%6d,%6d)\n",
MYPROC,MYPROC,i-1,MYPROC,i,A[MYPROC][i-1],A[MYPROC][i]);
exit(1);
}
if (MYPROC<PROCS-1)
if (A[MYPROC][q-1]>A[MYPROC+1][0]) {
fprintf(stderr,
"ERROR: PE%2d: A[%2d][%6d] > A[%2d][%6d] (%6d,%6d)\n",
MYPROC,MYPROC,q-1,MYPROC+1,0,A[MYPROC][q-1],A[MYPROC+1][0]);
exit(1);
}
}
double calc_bandwidth_hrel(int M, int h, double secs) {
double bw;
int b1, b2;
b1 = M/PROCS + PROCS + 1;
b2 = h*(M/PROCS) + PROCS;
bw = (1.0 - (1.0/(double)PROCS)); /* only (p-1)/p is sent via network */
bw *= (double)(PROCS*(b1 + b2)); /* elements of data sent */
bw *= 2.0; /* and received */
bw *= (double)sizeof(intpair_t); /* bytes per element */
bw /= secs; /* bytes per second */
bw /= 1000000.0; /* MB/s */
return (bw);
}
void all_unsupported_hrel1(int M, int test_input) {
int *spread Addr;
int *spread Keys;
int *spread Routed;
int h;
double secs;
Addr = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Addr);
Keys = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Keys);
/*****************************************************************/
/* Test hrel 1 */
/*****************************************************************/
barrier();
h = 1;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel1 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 2 */
/*****************************************************************/
barrier();
h = 2;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel1 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 4 */
/*****************************************************************/
barrier();
h = 4;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel1 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 8 */
/*****************************************************************/
barrier();
h = 8;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel1 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Free mem */
/*****************************************************************/
all_spread_free(Keys);
all_spread_free(Addr);
}
void all_unsupported_hrel2(int M, int test_input) {
int *spread Addr;
int *spread Keys;
int *spread Routed;
int h;
double secs;
Addr = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Addr);
Keys = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Keys);
/*****************************************************************/
/* Test hrel 1 */
/*****************************************************************/
barrier();
h = 1;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det2(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel2 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 2 */
/*****************************************************************/
barrier();
h = 2;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det2(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel2 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 4 */
/*****************************************************************/
barrier();
h = 4;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det2(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel2 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Test hrel 8 */
/*****************************************************************/
barrier();
h = 8;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det2(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;
on_one {
fprintf(outfile,
"hrel2 h,procs,size,time,bw(MB/s) %2d %3d %12d %7.3f %7.3f \n",
h, PROCS, M, secs, calc_bandwidth_hrel(M,h,secs));
fflush(outfile);
}
barrier();
all_spread_free(Routed);
barrier();
/*****************************************************************/
/* Free mem */
/*****************************************************************/
all_spread_free(Keys);
all_spread_free(Addr);
}
void all_unsupported_hrel3(int M, int test_input) {
int *spread Addr;
int *spread Keys;
int *spread Routed;
int h;
double secs;
Addr = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Addr);
Keys = all_spread_malloc(PROCS,M*sizeof(int));
assert_spread_malloc(Keys);
/*****************************************************************/
/* Test hrel 1 */
/*****************************************************************/
barrier();
h = 1;
Routed = all_spread_malloc(PROCS,h*M*sizeof(int));
assert_spread_malloc(Routed);
barrier();
switch (test_input) {
case INPUT_HREL : all_fill_hrel(M, Addr, h); break;
case INPUT_GGRP : all_fill_g_group_i(M, Addr,
GGRP_H, GGRP_G, GGRP_T); break;
}
all_fill_pid(M, Keys);
all_fill_zero(h*M, Routed);
barrier();
secs = get_seconds();
all_route_h_rel_det3(M, h, Keys, Addr, Routed);
barrier();
secs = get_seconds() - secs;