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/**********************************************
THIS FILE WAS AUTOMATICALLY GENERATED, AND MAY
BE AUTOMATICALLY RE-GENERATED WHEN THE COMPILER
OR SOURCE CHANGES. DO NOT MODIFY THIS FILE BY HAND!
RScheme Build (v0.7.2, 97.12.21)
**********************************************/
/******************************** Preamble ********************************/
#define _MODULE_LOW_SCHEME
#define _SCM_VECTORS
#define _C_VECTORS
#include "low_sch1.h"
#include <rscheme/vinsns.h>
extern struct module_descr module_low_scheme;
extern struct part_descr low_scheme_part_vectors;
static char sccsid[] = "@(#)low-scheme modules/lowscm/vectors.scm[337842177] (RS v0.7.2, 97.12.21)";
/************************** Function Definitions **************************/
/************************* Raw glue `make-vector' *************************/
#define vec_length REG0
#define vec_fill REG1
static char rsfn_make_vector_name[] = "make-vector";
#define FUNCTION rsfn_make_vector_name
PROLOGUE(make_vector)
BEGIN_FWD(make_vector)
FWD_MONOTONE(make_vector_0)
END_FWD(make_vector)
#define FPLACE_CODE (1000+0)
MONOTONE(make_vector_0)
{
UINT_32 i, len;
obj fill = FALSE_OBJ;
if (arg_count_reg != 1)
{
if (arg_count_reg == 2)
fill = vec_fill;
else
wrong_num_args_range( FUNCTION, 1, 2 );
}
if (!OBJ_ISA_FIXNUM(vec_length))
scheme_error( string_text(LITERAL(0)), 1, vec_length );
len = FXWORDS_TO_RIBYTES(vec_length);
REG0 = make_gvec( vector_class, len, fill );
RETURN(1);
}
#undef FPLACE_CODE
EPILOGUE(make_vector)
BEGIN_BACK(make_vector)
BACK_MONOTONE(make_vector_0)
END_BACK(make_vector)
static struct function_descr make_vector_descr = {
&low_scheme_part_vectors,
JUMP_TABLE( make_vector ),
rsfn_make_vector_name };
#undef FUNCTION
#undef vec_length
#undef vec_fill
/************************ Raw glue `list->vector' ************************/
#define list REG0
static char rsfn_list_vector_name[] = "list->vector";
#define FUNCTION rsfn_list_vector_name
PROLOGUE(list_vector)
BEGIN_FWD(list_vector)
FWD_MONOTONE(list_vector_0)
END_FWD(list_vector)
#define FPLACE_CODE (1000+0)
MONOTONE(list_vector_0)
{
UINT_32 i, len;
obj vector;
obj lp;
len = 0;
for (lp=list; PAIR_P(lp); lp=pair_cdr(lp))
len += sizeof(obj);
if (!NULL_P(lp))
scheme_error( "list->vector: ~a not a proper list at: ~a",
2, list, lp );
vector = alloc( len, vector_class );
i = 0;
while (!NULL_P(list))
{
gvec_write_init( vector, i, pair_car(list) );
list = pair_cdr( list );
i += sizeof(obj);
}
REG0 = vector;
RETURN1();
}
#undef FPLACE_CODE
EPILOGUE(list_vector)
BEGIN_BACK(list_vector)
BACK_MONOTONE(list_vector_0)
END_BACK(list_vector)
static struct function_descr list_vector_descr = {
&low_scheme_part_vectors,
JUMP_TABLE( list_vector ),
rsfn_list_vector_name };
#undef FUNCTION
#undef list
/************************ Raw glue `vector-fill!' ************************/
#define vector REG0
#define fill REG1
static char rsfn_vector_fill_name[] = "vector-fill!";
#define FUNCTION rsfn_vector_fill_name
PROLOGUE(vector_fill)
BEGIN_FWD(vector_fill)
FWD_MONOTONE(vector_fill_0)
END_FWD(vector_fill)
#define FPLACE_CODE (1000+0)
MONOTONE(vector_fill_0)
{
UINT_32 i, len;
COUNT_ARGS(2);
len = SIZEOF_PTR(vector);
if (OBJ_ISA_PTR(fill))
{
for (i=0; i<len; i+=SLOT(1))
gvec_write_ptr( vector, i, fill );
}
else
{
for (i=0; i<len; i+=SLOT(1))
gvec_write_non_ptr( vector, i, fill );
}
RETURN1();
}
#undef FPLACE_CODE
EPILOGUE(vector_fill)
BEGIN_BACK(vector_fill)
BACK_MONOTONE(vector_fill_0)
END_BACK(vector_fill)
static struct function_descr vector_fill_descr = {
&low_scheme_part_vectors,
JUMP_TABLE( vector_fill ),
rsfn_vector_fill_name };
#undef FUNCTION
#undef vector
#undef fill
/*************************** Raw glue `vector' ***************************/
static char rsfn_vector_name[] = "vector";
#define FUNCTION rsfn_vector_name
PROLOGUE(vector)
BEGIN_FWD(vector)
FWD_MONOTONE(vector_0)
END_FWD(vector)
#define FPLACE_CODE (1000+0)
MONOTONE(vector_0)
{
unsigned i;
obj old0;
old0 = REG0;
REG0 = alloc( SLOT(arg_count_reg), vector_class );
switch (arg_count_reg)
{
default:
for (i=10; i<arg_count_reg; i++)
gvec_write_init( REG0, SLOT(i), REG(i) );
case 10: gvec_write_init( REG0, SLOT(9), REG9 );
case 9: gvec_write_init( REG0, SLOT(8), REG8 );
case 8: gvec_write_init( REG0, SLOT(7), REG7 );
case 7: gvec_write_init( REG0, SLOT(6), REG6 );
case 6: gvec_write_init( REG0, SLOT(5), REG5 );
case 5: gvec_write_init( REG0, SLOT(4), REG4 );
case 4: gvec_write_init( REG0, SLOT(3), REG3 );
case 3: gvec_write_init( REG0, SLOT(2), REG2 );
case 2: gvec_write_init( REG0, SLOT(1), REG1 );
case 1: gvec_write_init( REG0, SLOT(0), old0 );
case 0: /* the empty vector */;
}
RETURN1();
}
#undef FPLACE_CODE
EPILOGUE(vector)
BEGIN_BACK(vector)
BACK_MONOTONE(vector_0)
END_BACK(vector)
static struct function_descr vector_descr = {
&low_scheme_part_vectors,
JUMP_TABLE( vector ),
rsfn_vector_name };
#undef FUNCTION
/************************ Raw glue `vector-append' ************************/
static char rsfn_vector_append_name[] = "vector-append";
#define FUNCTION rsfn_vector_append_name
PROLOGUE(vector_append)
BEGIN_FWD(vector_append)
FWD_MONOTONE(vector_append_0)
END_FWD(vector_append)
#define FPLACE_CODE (1000+0)
MONOTONE(vector_append_0)
{
obj r, v, totlen = ZERO;
UINT_32 i, j, k;
for (i=0; i<arg_count_reg; i++)
{
v = reg_ref(i);
if (VECTOR_P(v))
totlen = FX_ADD( totlen, RIBYTES_TO_FXWORDS(SIZEOF_PTR(v)) );
else
scheme_error( "vector-append: arg ~d is not a vector: ~s",
2, int2fx(i), v );
}
r = alloc( FXWORDS_TO_RIBYTES(totlen), vector_class );
k = 0;
for (i=0; i<arg_count_reg; i++)
{
v = reg_ref(i);
for (j=0; j<SIZEOF_PTR(v); j+=SLOT(1))
{
gvec_write_init( r, k, gvec_ref( v, j ) );
k += SLOT(1);
}
}
REG0 = r;
RETURN1();
}
#undef FPLACE_CODE
EPILOGUE(vector_append)
BEGIN_BACK(vector_append)
BACK_MONOTONE(vector_append_0)
END_BACK(vector_append)
static struct function_descr vector_append_descr = {
&low_scheme_part_vectors,
JUMP_TABLE( vector_append ),
rsfn_vector_append_name };
#undef FUNCTION
/******************************* Postamble *******************************/
/**************************** Part Link Table ****************************/
static struct function_descr *(part_vectors_tab[]) = {
&make_vector_descr,
&list_vector_descr,
&vector_fill_descr,
&vector_descr,
&vector_append_descr,
NULL };
struct part_descr low_scheme_part_vectors = {
337842177,
&module_low_scheme,
part_vectors_tab,
"vectors",
0 };
#undef _MODULE_LOW_SCHEME
#undef _SCM_VECTORS
#undef _C_VECTORS
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