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|
//------------------------------------------------------------------------------
// GB_mex_test21: test JIT functionality currently not used by GraphBLAS itself
//------------------------------------------------------------------------------
// SuiteSparse:GraphBLAS, Timothy A. Davis, (c) 2017-2025, All Rights Reserved.
// SPDX-License-Identifier: Apache-2.0
//------------------------------------------------------------------------------
// The enumify/macrofy methods handle more cases than are currently used by
// the JIT kernels, such as (1) typecasting the output of the accum/monoid/op
// to the type of C, (2) positional select operators, (3) positional index
// unary operators, and (4) the case when the output C matrix is iso-valued.
// These features will be needed when the JIT is extended to allow for
// typecasing of the output. Positional operators and iso-valued outputs are
// not needed in the JIT on the CPU; these are done with specialized kernels in
// GrB_apply and GrB_select. These cases will be needed for CUDA however.
// These tests exercise those parts of the JIT that GraphBLAS does not yet use.
#include "GB_mex.h"
#include "GB_mex_errors.h"
#include "../Source/jitifyer/GB_stringify.h"
#define HEADER fprintf (fp, "\n\n================================================================================\n") ;
#define FREE_ALL ;
#define GET_DEEP_COPY ;
#define FREE_DEEP_COPY ;
void opi32func (GxB_FC32_t *z, const GxB_FC32_t *x, uint64_t i, uint64_t j,
const GxB_FC32_t *y) ;
void opi32func (GxB_FC32_t *z, const GxB_FC32_t *x, uint64_t i, uint64_t j,
const GxB_FC32_t *y)
{
(*z) = (*x) ;
}
#define OPI32_DEFN \
"void opi32func (GxB_FC32_t *z, const GxB_FC32_t *x, uint64_t i, uint64_t j,\n"\
" const GxB_FC32_t *y) \n" \
"{ \n" \
" (*z) = (*x) ; \n" \
"}"
void mexFunction
(
int nargout,
mxArray *pargout [ ],
int nargin,
const mxArray *pargin [ ]
)
{
//--------------------------------------------------------------------------
// startup GraphBLAS
//--------------------------------------------------------------------------
GrB_Info info ;
bool malloc_debug = GB_mx_get_global (true) ;
GB_WERK ("GB_mex_test21") ;
//--------------------------------------------------------------------------
// results are written to a single log file
//--------------------------------------------------------------------------
FILE *fp = fopen ("tmp/log_GB_mex_test21.txt", "w") ;
CHECK (fp != NULL) ;
//--------------------------------------------------------------------------
// GB_enumify_cuda_atomic
//--------------------------------------------------------------------------
const char *a, *cuda_type ;
bool user_monoid_atomically ;
bool has_cheeseburger = GB_enumify_cuda_atomic (&a,
&user_monoid_atomically, &cuda_type, NULL, GB_USER_binop_code,
sizeof (uint32_t), 0) ;
CHECK (!has_cheeseburger) ;
CHECK (user_monoid_atomically) ;
CHECK (cuda_type == NULL) ;
CHECK (a == NULL) ;
uint64_t method_code ;
GrB_Matrix A, B, C, C_iso, H ;
OK (GrB_Matrix_new (&A, GrB_BOOL, 5, 5)) ;
OK (GrB_Matrix_new (&B, GrB_BOOL, 5, 5)) ;
OK (GrB_Matrix_new (&C, GrB_BOOL, 5, 5)) ;
OK (GrB_Matrix_new (&H, GrB_INT32, 5, 5)) ;
OK (GrB_Matrix_new (&C_iso, GrB_BOOL, 5, 5)) ;
OK (GrB_assign (C_iso, NULL, NULL, true, GrB_ALL, 5, GrB_ALL, 5, NULL)) ;
OK (GrB_wait (C, GrB_MATERIALIZE)) ;
// GxB_print (C_iso, 3) ;
//--------------------------------------------------------------------------
// GB_macrofy_cast_output
//--------------------------------------------------------------------------
HEADER ;
fprintf (fp, "GB_macrofy_cast_output, ztype NULL\n") ;
printf ("GB_macrofy_cast_output, ztype NULL\n") ;
GB_macrofy_cast_output (fp, "GB_PUTC", "z", "Cx,p", "Cx [p]", NULL, NULL) ;
HEADER ;
fprintf (fp, "GB_macrofy_cast_output, cast FC64 to bool\n") ;
printf ("GB_macrofy_cast_output, cast FC64 to bool\n") ;
GB_macrofy_cast_output (fp, "GB_PUTC", "z", "Cx,p", "Cx [p]",
GxB_FC64, GrB_BOOL) ;
//--------------------------------------------------------------------------
// GB_assign_describe
//--------------------------------------------------------------------------
HEADER ;
fprintf (fp, "GB_assign_describe\n") ;
printf ("GB_assign_describe\n") ;
char str [2048] ;
GB_assign_describe (str, 2048, false, GB_ALL, GB_ALL,
/* M_is_null: */ true, /* M_sparsity: */ GxB_SPARSE,
/* Mask_comp: */ true, /* Mask_struct: */ true,
/* accum: */ NULL, /* A_is_null: */ false, GB_ASSIGN) ;
fprintf (fp, "%s\n", str) ;
printf ("%s\n", str) ;
//--------------------------------------------------------------------------
// GB_enumify_ewise / GB_macrofy_ewise
//--------------------------------------------------------------------------
HEADER ;
fprintf (fp, "GB_enumify_ewise / GB_macrofy_ewise, C iso\n") ;
printf ("GB_enumify_ewise / GB_macrofy_ewise, C iso\n") ;
GB_enumify_ewise (&method_code, false, false, false, true,
/* C_iso: */ true, /* C_in_iso: */ false, GxB_SPARSE, GrB_BOOL,
/* is32: */ false, false, false,
/* M: */ NULL, false, false, GrB_LAND, false, false, A, B) ;
GB_macrofy_ewise (fp, method_code, GB_JIT_KERNEL_ADD,
GrB_LAND, GrB_BOOL, GrB_BOOL, GrB_BOOL) ;
HEADER ;
fprintf (fp, "GB_enumify_ewise / GB_macrofy_ewise, C non iso\n") ;
printf ("GB_enumify_ewise / GB_macrofy_ewise, C non iso\n") ;
GB_enumify_ewise (&method_code, false, false, false, true,
/* C_iso: */ false, /* C_in_iso: */ false, GxB_SPARSE, GrB_BOOL,
/* is32: */ false, false, false,
/* M: */ NULL, false, false, GrB_LAND, false, false, A, B) ;
GB_macrofy_ewise (fp, method_code, GB_JIT_KERNEL_ADD,
GrB_LAND, GrB_BOOL, GrB_BOOL, GrB_BOOL) ;
//--------------------------------------------------------------------------
// GB_enumify_mxm / GB_macrofy_mxm
//--------------------------------------------------------------------------
HEADER ;
fprintf (fp, "GB_enumify_mxm / GB_macrofy_mxm, C iso\n") ;
printf ("GB_enumify_mxm / GB_macrofy_mxm, C iso\n") ;
GB_enumify_mxm (&method_code, /* C_iso: */ true, /* C_in_iso: */ true,
GxB_SPARSE, GrB_BOOL, /* is_32: */ false, false, false,
/* M: */ NULL, false, false,
GrB_LAND_LOR_SEMIRING_BOOL, /* flipxy: */ true, A, B) ;
GB_macrofy_mxm (fp, method_code, GrB_LAND_LOR_SEMIRING_BOOL,
GrB_BOOL, GrB_BOOL, GrB_BOOL) ;
HEADER ;
fprintf (fp, "GB_enumify_mxm / GB_macrofy_mxm, any_pair, flipxy\n") ;
printf ("GB_enumify_mxm / GB_macrofy_mxm, any_pair, flipxy\n") ;
GB_enumify_mxm (&method_code, /* C_iso: */ true, /* C_in_iso: */ false,
GxB_SPARSE, GrB_BOOL, /* is_32: */ false, false, false,
/* M: */ NULL, false, false,
GxB_ANY_PAIR_BOOL, /* flipxy: */ true, A, B) ;
GB_macrofy_mxm (fp, method_code, GxB_ANY_PAIR_BOOL,
GrB_BOOL, GrB_BOOL, GrB_BOOL) ;
HEADER ;
fprintf (fp, "GB_enumify_mxm / GB_macrofy_mxm, any_pair fp32\n") ;
printf ("GB_enumify_mxm / GB_macrofy_mxm, any_pair fp32\n") ;
GB_enumify_mxm (&method_code, /* C_iso: */ false, /* C_in_iso: */ false,
GxB_SPARSE, GrB_FP32, /* is_32: */ false, false, false,
/* M: */ NULL, false, false,
GxB_ANY_PAIR_FP32, /* flipxy: */ true, A, B) ;
GB_macrofy_mxm (fp, method_code, GxB_ANY_PAIR_FP32,
GrB_FP32, GrB_FP32, GrB_FP32) ;
//--------------------------------------------------------------------------
// GB_enumify_select / GB_macrofy_select
//--------------------------------------------------------------------------
GrB_IndexUnaryOp idxops [16] = {
GrB_ROWINDEX_INT32, GrB_ROWINDEX_INT64,
GrB_COLINDEX_INT32, GrB_COLINDEX_INT64,
GrB_DIAGINDEX_INT32, GrB_DIAGINDEX_INT64,
GrB_TRIL, GrB_TRIU, GrB_DIAG, GrB_OFFDIAG,
GrB_COLLE, GrB_COLGT, GrB_ROWLE, GrB_ROWGT,
GxB_FLIPDIAGINDEX_INT32, GxB_FLIPDIAGINDEX_INT64 } ;
for (int k = 0 ; k < 16 ; k++)
{
HEADER ;
GrB_IndexUnaryOp op = idxops [k] ;
fprintf (fp, "GB_enumify_select / GB_macrofy_select: %s\n", op->name) ;
printf ("GB_enumify_select / GB_macrofy_select: %s\n", op->name) ;
// GxB_print (op, 3) ;
GB_enumify_select (&method_code, /* C: */ A,
op, /* flipij: */ false, A) ;
GB_macrofy_select (fp, method_code, op, GrB_BOOL) ;
}
HEADER ;
fprintf (fp, "GB_enumify_select / GB_macrofy_select: opi32\n") ;
printf ("GB_enumify_select / GB_macrofy_select: opi32\n") ;
GrB_IndexUnaryOp opi ;
OK (GxB_IndexUnaryOp_new (&opi, (GxB_index_unary_function) opi32func,
GxB_FC32, GxB_FC32, GxB_FC32, "opi32func", OPI32_DEFN)) ;
GB_enumify_select (&method_code, /* C: */ A,
opi, /* flipij: */ false, A) ;
GB_macrofy_select (fp, method_code, opi, GxB_FC32) ;
GrB_free (&opi) ;
//--------------------------------------------------------------------------
// GB_enumify_apply / GB_macrofy_apply
//--------------------------------------------------------------------------
GrB_UnaryOp unops [9] = { GxB_ONE_BOOL,
GxB_POSITIONI_INT32, GxB_POSITIONI_INT64,
GxB_POSITIONI1_INT32, GxB_POSITIONI1_INT64,
GxB_POSITIONJ_INT32, GxB_POSITIONJ_INT64,
GxB_POSITIONJ1_INT32, GxB_POSITIONJ1_INT64 } ;
for (int k = 0 ; k < 9 ; k++)
{
HEADER ;
GrB_UnaryOp op = unops [k] ;
fprintf (fp, "GB_enumify_apply / GB_macrofy_apply: %s\n", op->name) ;
printf ("GB_enumify_apply / GB_macrofy_apply: %s\n", op->name) ;
GB_enumify_apply (&method_code, GxB_SPARSE, true, GrB_INT32,
false, false, false, (GB_Operator) op, false, GB_sparsity (A),
true, GrB_INT32, false, false, false, A->iso, A->nzombies) ;
GB_macrofy_apply (fp, method_code, (GB_Operator) op,
GrB_INT32, GrB_INT32) ;
}
HEADER ;
GrB_UnaryOp op1 = GxB_SQRT_FC64 ;
fprintf (fp, "GB_enumify_apply / GB_macrofy_apply: %s\n", op1->name) ;
printf ("GB_enumify_apply / GB_macrofy_apply: %s\n", op1->name) ;
GB_enumify_apply (&method_code, GxB_SPARSE, true, GrB_INT32,
false, false, false, (GB_Operator) op1, false, GB_sparsity (A),
true, GrB_INT32, false, false, false, A->iso, A->nzombies) ;
GB_macrofy_apply (fp, method_code, (GB_Operator) op1,
GrB_INT32, GrB_INT32) ;
//--------------------------------------------------------------------------
// GB_enumify_build / GB_macrofy_build
//--------------------------------------------------------------------------
HEADER ;
GrB_BinaryOp op2 = GxB_TIMES_FC32 ;
fprintf (fp, "GB_enumify_build / GB_macrofy_build: %s\n", op2->name) ;
printf ("GB_enumify_build / GB_macrofy_build: %s\n", op2->name) ;
GB_enumify_build (&method_code, op2, GrB_BOOL, GrB_BOOL, false, false,
false, false, false) ;
GB_macrofy_build (fp, method_code, op2, GrB_BOOL, GrB_BOOL) ;
HEADER ;
op2 = GrB_LAND ;
fprintf (fp, "GB_enumify_build / GB_macrofy_build: %s\n", op2->name) ;
printf ("GB_enumify_build / GB_macrofy_build: %s\n", op2->name) ;
GB_enumify_build (&method_code, op2, GxB_FC32, GxB_FC32, false, false,
false, false, true) ;
GB_macrofy_build (fp, method_code, op2, GxB_FC32, GxB_FC32) ;
//--------------------------------------------------------------------------
// GB_enumify_assign / GB_macrofy_assign
//--------------------------------------------------------------------------
HEADER ;
GrB_BinaryOp accum = NULL ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)=A (assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
A, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = NULL ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(lo:s:hi,lo:s:hi)=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(lo:s:hi,lo:s:hi)=A (assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_STRIDE, GB_STRIDE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
A, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = NULL ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(i,J)=s (row assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(i,J)=s (row assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_ALL, GB_LIST,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ NULL, /* scalar_type: */ GxB_FC32, /* S: */ NULL,
/* assign_kind: */ GB_ROW_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = NULL ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(I,j)=s (col assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(I,j)=s (col assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_LIST, GB_ALL,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ NULL, /* scalar_type: */ GxB_FC32, /* S: */ NULL,
/* assign_kind: */ GB_COL_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = NULL ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)=A (assign) \n") ;
GB_enumify_assign (&method_code, C_iso, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ NULL, /* scalar_type: */ GrB_FP32, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = GrB_PLUS_FP32 ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)+=s (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)+=s (assign) \n") ;
GB_enumify_assign (&method_code, C_iso, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ NULL, /* scalar_type: */ GrB_FP32, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = GrB_PLUS_FP32 ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)+=s (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)+=s (assign) \n") ;
GB_enumify_assign (&method_code, C_iso, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ NULL, /* scalar_type: */ GrB_INT32, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = GrB_PLUS_FP32 ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)+=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)+=A (assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ H, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = GrB_LAND ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)&=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)&=A (assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ A, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
// accum ztype == ctype
// accum xtype != ctype
HEADER ;
accum = GrB_LT_FP32 ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)<=A (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C(lo:hi,lo:hi)<=A (assign) \n") ;
GB_enumify_assign (&method_code, C, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ A, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
HEADER ;
accum = GrB_LT_FP32 ;
fprintf (fp, "GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)<=H (assign) \n") ;
printf ("GB_enumify_assign / GB_macrofy_assign: "
"C_iso(lo:hi,lo:hi)<=H (assign) \n") ;
GB_enumify_assign (&method_code, C_iso, /* C_replace: */ false,
/* I_is_32: */ false, /* J_is_32: */ false,
GB_RANGE, GB_RANGE,
/* M: */ NULL, /* Mask_comp: */ false, /* Mask_struct: */ false, accum,
/* A: */ H, /* scalar_type: */ NULL, /* S: */ NULL,
/* assign_kind: */ GB_ASSIGN) ;
GB_macrofy_assign (fp, method_code, accum,
/* ctype: */ GrB_BOOL, /* atype: */ GrB_BOOL) ;
//--------------------------------------------------------------------------
// test GB_macrofy_cast_input
//--------------------------------------------------------------------------
HEADER ;
GB_macrofy_cast_input (fp, "stuff", "zarg", "xargs", "nil", NULL, NULL) ;
//--------------------------------------------------------------------------
// finalize GraphBLAS
//--------------------------------------------------------------------------
fclose (fp) ;
GrB_free (&A) ;
GrB_free (&B) ;
GrB_free (&C) ;
GrB_free (&H) ;
GrB_free (&C_iso) ;
GB_mx_put_global (true) ;
printf ("\nGB_mex_test21: all tests passed\n\n") ;
}
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