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ALEXks
2023-09-14 19:43:13 +03:00
parent d78c55e275
commit 59c56cc5c2
638 changed files with 352236 additions and 92 deletions
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33
dvm/fdvm/trunk/parser/CMakeLists.txt Normal file
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@@ -0,0 +1,33 @@
set(PARSE_SOURCES cftn.c errors.c gram1.tab.c hash.c init.c lexfdvm.c lists.c
low_hpf.c misc.c stat.c sym.c types.c unparse_hpf.c)
set_source_files_properties(gram1.tab.c PROPERTIES COMPILE_DEFINITIONS YYDEBUG)
if(MSVC_IDE)
file(GLOB_RECURSE PARSE_HEADERS RELATIVE
${CMAKE_CURRENT_SOURCE_DIR} *.h)
set(PARSE_HEADERS ${PARSE_HEADERS} head tag tokens)
source_group("Header Files" FILES ${PARSE_HEADERS})
foreach(DIR ${DVM_FORTRAN_INCLUDE_DIRS})
file(GLOB_RECURSE FILES RELATIVE ${CMAKE_CURRENT_SOURCE_DIR} "${DIR}/*.h")
set(PARSE_HEADERS ${PARSE_HEADERS} ${FILES})
endforeach()
file(GLOB_RECURSE PARSE_GRAMMERS RELATIVE
${CMAKE_CURRENT_SOURCE_DIR} *.gram *.y)
source_group("Grammer Files" FILES ${PARSE_GRAMMERS})
endif()
add_executable(parse ${PARSE_SOURCES} ${PARSE_HEADERS} ${PARSE_GRAMMERS})
add_dependencies(parse db sage sage++)
target_link_libraries(parse db sage sage++)
target_compile_definitions(parse PRIVATE SYS5)
if (WIN32)
target_compile_definitions(parse PRIVATE WIN)
endif()
target_include_directories(parse PRIVATE "${DVM_FORTRAN_INCLUDE_DIRS}")
set_target_properties(parse PROPERTIES FOLDER "${DVM_TOOL_FOLDER}"
RUNTIME_OUTPUT_DIRECTORY ${DVM_BIN_DIR}
COMPILE_PDB_OUTPUT_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}/$<CONFIG>
PDB_OUTPUT_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}/$<CONFIG>
)

196
dvm/fdvm/trunk/parser/Makefile Normal file
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@@ -0,0 +1,196 @@
#echo#######################################################################
# Makefile for Fortran DVM front-end
#
# HDR traditional header files.
# HDRg header files generated by programs.
# SRC traditional source files.
# SRCg source files generated by programs.
# OBJS object files required to load the program.
#
#PATH=$PATH/usr/freeware/lib:
SHELL = /bin/sh
CONFIG_ARCH=iris4d
#!!
SAGEROOT=../Sage
LIBDIR = ../libsage
#LIBDIR = $(SAGEROOT)/lib/$(CONFIG_ARCH)
#LIBDIR = /usr/people/podd/oldsrc
LIBINCLUDE = $(SAGEROOT)/lib/include
HINCLUDE =$(SAGEROOT)/h
DVMINCLUDE = ../include
#INSTALLDEST = $(SAGEROOT)/bin/$(CONFIG_ARCH)
INSTALLDEST = ../bin
INSTALL = /bin/cp
#!!
CC = gcc
#USE_CC#CC=cc#ENDIF#
CXX = /usr/WorkShop/usr/DCC
LINKER = $(CC)
LINTFLAGS = -azhx -I$(HINCLUDE)
#C90#EXTRAOBJS=../lib/c90/alloca-c90.o#ENDIF#
#MIPS_CC#CEXTRA = -Wf,-XNg800#ENDIF#
#HP-ALLOCA#LDLIBS = -lPW#ENDIF#
#HP_CFLAGS#CEXTRA = -Aa#ENDIF#
CFLAGS = -g -Wall -I$(DVMINCLUDE) -I$(HINCLUDE) -I$(LIBINCLUDE) $(CFEXTRA) $(CEXTRA) -DSYS5
LIBS = $(LIBDIR)/libdb.a
#HP_CFLAGS#LIBS = $(LIBDIR)/libdb.sl#ENDIF#
# Comment the following line out if you don't use bison
#YACC = /usr/local/bin/bison
YACC = bison
#YACC = yacc
# Tells bison to be yacc-compatible and generates y.tab.h and y.tab.c
YFLAGS = -vd
#!!
EXECUTABLES = parse
# Directory in which include file can be found
TOOLBOX_HDR = $(LIBINCLUDE)/macro.h $(LIBINCLUDE)/bif_node.def $(LIBINCLUDE)/type.def $(LIBINCLUDE)/symb.def
FDVM = $(DVMINCLUDE)/dvm_tag.h
HDR = $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(DVMINCLUDE)/extern.h $(HINCLUDE)/sets.h tag tokens
HDRg = tag.h tokdefs.h
HDRS = $(HDR) $(HDRg)
# !!
SRC = cftn.c init.c hash.c lexfdvm.c lists.c\
misc.c stat.c errors.c types.c sym.c\
low_hpf.c unparse_hpf.c
#!!
SRCg = gram.tab.c
SRCS = $(SRC) $(SRCg)
#!!
OBJS = cftn.o errors.o hash.o init.o lexfdvm.o lists.o\
misc.o stat.o types.o gram1.tab.o sym.o\
low_hpf.o unparse_hpf.o
all: $(EXECUTABLES)
install: $(INSTALLDEST)/parse
$(INSTALLDEST)/parse: parse
@echo Installing $? in $(INSTALLDEST)
if [ -d $(INSTALLDEST) ] ; then true; \
else mkdir $(INSTALLDEST) ;fi
@$(INSTALL) $? $(INSTALLDEST)
$(EXECUTABLES) : $(OBJS) $(LIBS)
@echo -n "Loading $(EXECUTABLES) ... "
$(LINKER) $(LDFLAGS) $(OBJS) $(EXTRAOBJS) $(LIBS) \
-o $(EXECUTABLES) $(LDLIBS)
@echo "done"
# !!
gram1.tab.o: gram1.tab.c
$(CC) $(CFLAGS) -DYYDEBUG -c gram1.tab.c
#!!
gram1.tab.c: tokdefs.h ftn.gram fdvm.gram fomp.gram facc.gram fspf.gram
( sed < tokdefs.h "s/#define/%token/"; cat ftn.gram fdvm.gram fomp.gram facc.gram fspf.gram) > gram1.y
$(YACC) $(YFLAGS) gram1.y
tokdefs.h: tokens
grep -n . <tokens | sed "s/\([^:]*\):\(.*\)/#define \2 \1/" >tokdefs.h
tag.h: head tag
( cat head; \
sed < tag \
'/#defin/s/\([^ ]*\) \([^ ]*\)\(.*\)/ tag \[ \2 \] = \"\2\";/')\
> tag.h
lint:
lint $(LINTFLAGS) $(SRCS) $(SAGEROOT)/lib/llib-llibdb.ln
clean:
@rm -f $(OBJS)
@rm -f $(EXECUTABLES)
@rm -f *.dep
cleaninstall:
/bin/rm -f $(OBJS)
/bin/rm -f $(EXECUTABLES)
/bin/rm -f *.dep
realclean:
@rm -f $(HDRg) gram1.tab.c
ci:
ci -u -f $(SRC) $(HDR) ftn.gram
tags: $(HDRS) $(SRC) ftn.gram; @etags $(HDRS) $(SRC) ftn.gram
update: $(HDR) $(SRC) ftn.gram
@update $?
@touch update
###
cftn.o: $(HINCLUDE)/db.h $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
ftn.gram: $(DVMINCLUDE)/extern.h $(HINCLUDE)/defines.h $(HINCLUDE)/defs.h \
$(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h
commsym.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h
errors.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h
exec.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag
gram.o: $(HINCLUDE)/defs.h \
$(HINCLUDE)/tag $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/defines.h
hash.o: $(HINCLUDE)/defs.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h $(HINCLUDE)/tag
init.o: $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h $(HINCLUDE)/db.h $(HINCLUDE)/tag
# !!
lexfdvm.o: $(DVMINCLUDE)/extern.h
lists.o:$(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/bif.h
misc.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/defines.h $(HINCLUDE)/db.h \
$(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
stat.o: $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h\
$(HINCLUDE)/sets.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h
sym.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/fdvm.h
types.o:$(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h
low_hpf.o: low_hpf.c $(FDVM) $(TOOLBOX_HDR)
unparse_hpf.o: unparse_hpf.c $(FDVM) $(TOOLBOX_HDR) $(DVMINCLUDE)/unparse.hpf

918
dvm/fdvm/trunk/parser/cftn.c Normal file
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@@ -0,0 +1,918 @@
/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/*
* main.c --- Calls parser, dependence graph analyzer, subscript analyzer.
* Opens and closes the files that are needed.
*/
#include <stdio.h>
#include "compatible.h"
#ifdef SYS5
#include <string.h>
#else
#include <strings.h>
#endif
#ifdef WIN
#define SLASH_ "\\"
#else
#define SLASH_ "/"
#endif
#include <stdlib.h>
#include <ctype.h>
#include <fcntl.h>
#include "db.h"
#include "defines.h"
#include "version.h"
#include "fdvm_version.h"
typedef FILE *FILEP;
#ifdef __SPF
#ifndef __SPF_BUILT_IN_PARSER
void addToCollection(const int line, const char *file, void *pointer, int type) { }
void removeFromCollection(void *pointer) { }
#else
#define HPF_program HPF_program_
#define OMP_program OMP_program_
#define ACC_program ACC_program_
#define deb_mpi deb_mpi_
#endif
#endif
extern int yylineno, yyleng, yylisting, yylonglines, yydebug;
extern int parstate;
extern char * infname;
extern int errcnt, prflag, errline, num_files;
extern PTR_BFND global_bfnd;
extern PTR_BLOB head_blob;
extern PTR_FNAME head_file,cur_thread_file;
extern int num_bfnds; /* total # of bif nodes */
extern int num_llnds; /* total # of low level nodes */
extern int num_symbs; /* total # of symbol nodes */
extern int num_types; /* total # of types nodes */
extern int num_blobs; /* total # of blob nodes */
extern int num_sets; /* total # of set nodes */
extern int num_cmnt;
extern int num_def; /* total # of dependncy nodes */
extern int num_dep;
extern int num_label; /* total # of label nodes */
extern PTR_BFND head_bfnd, /* start of bfnd chain */
cur_bfnd; /* poextern int to current bfnd */
extern PTR_LLND head_llnd, cur_llnd;
extern PTR_SYMB head_symb, cur_symb;
extern PTR_TYPE head_type, cur_type;
extern PTR_LABEL head_label, cur_label;
extern PTR_FNAME head_file,cur_thread_file;
extern PTR_BLOB head_blob, cur_blob;
extern PTR_SETS head_sets, cur_sets;
extern PTR_DEF head_def, cur_def;
extern PTR_DEFLST head_deflst, cur_deflst;
extern PTR_DEP head_dep, cur_dep, pre_dep;
extern PTR_CMNT head_cmnt, cur_cmnt;
extern PTR_CMNT cur_comment;
PTR_TYPE global_unknown = NULL;
int _filbuf();
PTR_SETS build_sets();
int relink();
int write_nodes();
int fclose();
int inilex();
int dbginilex();
int yyparse();
PTR_BFND get_bfnd();
void fatalstr(), initialize(), errstr(), release_nodes(), close_files();
void errstr_fatal(), err_fatal();
void make_file_list();
char *copys();
char *getenv();
int system();
void free();
void exit();
void err();
char* chkalloc();
int UnparseFDVMProgram();
void PrepareSourceFileForDebug (); /*OMP*/
extern int language;
extern int warn_all;
/*int language = ForSrc;*/
FILE *outf;
static char *defeditor = "/usr/ucb/vi +%d %s";
int show_deps = 0; /* set to 1 by -sd flag */
int garb_collect = 1; /* disabled by -c flag */
/*static int dep = 0;*/
static int dvm_debug = 0; /*set to 1 by -d1 ...-d4 flags */
/*int only_debug = 0; */ /*set to 1 by -s flag */
/*int level_debug = 0; */ /*set to 1 by -d1 flag, to 2 by -d2 flag and so on */
/*int perf_analysis =0; */ /*set to 1 by -e1 flag, to 2 by -e2 flag and so on */
static int v_print = 0; /*set to 1 by -v flag */
/*int warn_all = 0; */ /*set to 1 by -w flag */
int HPF;
extern int HPF_VERSION;
int HPF_program;
int OMP_program; /*OMP*/
int ACC_program; /*ACC*/
int SAPFOR; /*SPF*/
int free_form;
int source_form_by_option;
int ftn_std;
int d_line;
int deb_mpi;
int extend_source;
int nchars_per_line;
char *outname;
PTR_FILE fi;
extern PTR_FILE cur_file;
struct include_dir {
struct include_dir *next;
char *dir_name;
}; /*list of directories for "include"*/
struct include_dir *incl_first = NULL; /*set by -I flag */
struct include_dir *incl_last;
int is_integer_value(str)
char *str;
{
if(!str)
return 0;
for( ; *str != '\0'; str++)
if (! isdigit(*str))
return 0;
return 1;
}
void gen_out_name(const char *filename)
{
register int i;
char *q, *r;
if (!filename)
return;
outname = (char *)malloc((unsigned)(strlen(filename) + 4));
strcpy(outname, filename);
for (i = strlen(filename) - 1; i >= 0; i--)
{
if (filename[i] == '.')
{
q = &(outname[i + 1]);
break;
}
}
if (i < 0) {
q = &(outname[strlen(filename)]);
*q++ = '.';
}
/*else if (!strcmp(q,"hpf"))*/
else if ((q[0] == 'h' || q[0] == 'H') && (q[1] == 'p' || q[1] == 'P') && (q[2] == 'f' || q[2] == 'F') && (q[3] == '\0'))
HPF_program = 1;
/* else if ((q[0] == 'f' || q[0] == 'F') && (q[1] == 'd' || q[1] == 'D') && (q[2] == 'v' || q[2] == 'V') && (q[3] =='\0'))
; */
/* else if (deb_mpi && ( ((q[0] == 'f' || q[0] == 'F') && q[1] == '\0') || ((q[0] == 'f' || q[0] == 'F') && q[1] == '9' && q[2] == '0' && q[3] == '\0' ) )) */
/* else if (deb_mpi && (!strcmp(q,"f") || !strcmp(q,"F") || !strcmp(q,"f90") || !strcmp(q,"F90") ) ) */
/* else if (deb_mpi || ftn_std )
; */
/* else
errstr_fatal("Invalid source file %s ", filename, 300);
*/
#if 0 /* OBSOLETE */
for (i = strlen(p), q = outname; i; i--)
if ((*q++ = *p++) == '.') {
dot = 1;
break;
}
#endif /* OBSOLETE */
r = q;
if (yylisting)
{
*q++ = 'l';
*q++ = 's';
*q++ = 't';
*q = '\0';
if ((outf = fopen(outname, "w")) == NULL)
errstr_fatal("Can't open file %s for write", outname, 6);
}
if (HPF)
{
*r++ = 'h';
*r++ = 'p';
*r++ = 'f';
}
else
{
*r++ = 'd';
*r++ = 'e';
*r++ = 'p';
}
*r = '\0';
}
int
SourceFormByName (filename)
char *filename;
{
register int i;
char *q;
for (i = strlen(filename)-1 ; i >= 0 ; i --)
{
if ( filename[i] == '.' )
{
q = &(filename[i+1]);
break;
}
}
if (i<0)
return(0); /* fix source form by default */
else if (!strcmp(q,"f90") || !strcmp(q,"F90") )
return(1); /* free source form by default */
else
return(0); /* fix source form by default */
}
void add_include_list(dirname)
char *dirname;
{
struct include_dir *in;
char *namep = (char *) malloc((unsigned)(strlen(dirname)+1));
(void)strcpy(namep, dirname);
in = (struct include_dir *) chkalloc(sizeof(struct include_dir));
in->next = NULL;
in->dir_name = namep;
if(!incl_first) {
incl_first = in;
incl_last = in;
}
else {
incl_last->next = in;
incl_last = in;
}
}
FILE * open_include_file(name)
char *name;
{
char *whole_name,*p;
FILE *fincl;
struct include_dir *incld;
for(p=name; (*p != '\0'); p++)
if(*p == *SLASH_){
fincl = fopen(name, "r");
return(fincl);
}
for(incld=incl_first; incld; incld=incld->next) {
whole_name =(char *) malloc((unsigned)(strlen(incld->dir_name)+strlen(name)+2));
strcpy(whole_name,incld->dir_name);
strcat(whole_name,SLASH_);
strcat(whole_name,name);
fincl = fopen(whole_name, "r");
if(fincl)
return(fincl);
}
fincl = fopen(name, "r");
return(fincl);
}
void FragmentList(char *str)
{
cur_num:
if(!isdigit(*str)) {
(void)fprintf (stderr, "Warning 002: invalid option argument %s is ignored\n", str);
return;
}
for(str++; (*str != '\0' && *str != ',' && *str != '-'); str++)
if(!isdigit(*str)) {
(void)fprintf (stderr, "Warning 002: invalid option argument %s is ignored\n", str);
return;
}
if(*str == '\0')
return;
str = str+1;
goto cur_num;
return;
}
#ifdef __SPF_BUILT_IN_PARSER
int parse_file(int argc, char* argv[], char* proj_name)
#else
int main(int argc, char *argv[])
#endif
{
#ifndef __SPF_BUILT_IN_PARSER
char *proj_name = "dvm.proj";
#endif
FILE *fproj;
int k;
int fromfile = (argv != 0); /* Flag to see if read from a file */
void procinit();
char *input_file = NULL;
char *debug_file;/*OMP*/
char *output_file = NULL;
int gendeps();
int collect_garbage();
int no = 0;
int ad = 0;
HPF = 0;
warn_all = 0;
HPF_program = 0;
OMP_program = 0; /*OMP*/
ACC_program = 0; /*ACC*/
SAPFOR = 0; /*SPF*/
/* free_form = 0; */
source_form_by_option = 0;
ftn_std = 0;
d_line = 0;
deb_mpi = 0;
extend_source = 0;
nchars_per_line = 72 - 6;
#ifdef __SPF
int noProject = 0;
#endif
argv++;
while ((argc > 1) && (*argv)[0] == '-')
{
if ((*argv)[1] == 'D')
yydebug = 1;
else if ((*argv)[1] == 'I')
add_include_list((*argv) + 2);
else if (!strcmp(argv[0], "-o")) {
output_file = argv[1]; no++;
argv++;
argc--;
}
else if (!strcmp(argv[0], "-a")) {
proj_name = argv[1]; ad++;
argv++;
argc--;
}
else if (!strcmp(argv[0], "-d_line"))
d_line = 1;
else if (!strcmp(argv[0], "-dc"))
;
else if (!strcmp(argv[0], "-dbif1"))
;
else if (!strcmp(argv[0], "-dbif2"))
;
else if (!strcmp(argv[0], "-dnoind"))
;
else if (!strcmp(argv[0], "-dvmLoopAnalysisEC")) /*ACC*/
;
else if (!strcmp(argv[0], "-dvmLoopAnalysis")) /*ACC*/
;
else if (!strcmp(argv[0], "-dvmPrivateAnalysis")) /*ACC*/
;
else if (!strcmp(argv[0], "-dvmIrregAnalysis")) /*ACC*/
;
else if (!strcmp(argv[0], "-speedL0")) /*ACC*/
;
else if (!strcmp(argv[0], "-speedL1")) /*ACC*/
;
else if (!strcmp(argv[0], "-byFunUnparse"))
;
else if (!strcmp(argv[0], "-dmpi"))
deb_mpi = 1;
else if (!strcmp(argv[0], "-dperf"))
dvm_debug = 5;
else if (!strcmp(argv[0], "-emp"))
;
else if (!strcmp(argv[0], "-extend_source")) {
extend_source = 132;
nchars_per_line = extend_source - 6;
}
else if (((*argv)[1] == 'd') || ((*argv)[1] == 'e')) {
if ((*argv)[1] == 'd') {
switch ((*argv)[2]) {
case '0': dvm_debug = 0; break; /*OMP*/
case '1': dvm_debug = 1; break; /*OMP*/
case '2': dvm_debug = 2; break; /*OMP*/
case '3': dvm_debug = 3; break; /*OMP*/
case '4': dvm_debug = 4; break; /*OMP*/
/*case '5':*/
break;
default:
goto ERR;
}
}
else if ((*argv)[1] == 'e') { /*OMP*/
switch ((*argv)[2]) { /*OMP*/
case '0': /*OMP*/
case '1': /*OMP*/
case '2': /*OMP*/
case '3': /*OMP*/
case '4': /*OMP*/
/*case '5':*/
break;/*OMP*/
default: /*OMP*/
goto ERR; /*OMP*/
} /*OMP*/
}
if ((*argv)[3] == ':')
FragmentList(*argv + 4);
else if ((*argv)[3] != '\0')
goto ERR;
}
else if (!strcmp(argv[0], "-spf"))
SAPFOR = 1;
else if (!strcmp(argv[0], "-p"))
HPF = 0;
else if (!strcmp(argv[0], "-s"))
HPF = 0;
else if (!strcmp(argv[0], "-v"))
v_print = 1;
else if (!strcmp(argv[0], "-w"))
warn_all = 1;
else if (!strcmp(argv[0], "-t8"))
;
else if (!strcmp(argv[0], "-t4"))
;
else if (!strcmp(argv[0], "-r8"))
;
else if (!strcmp(argv[0], "-i8"))
;
else if (!strcmp(argv[0], "-bind0"))
;
else if (!strcmp(argv[0], "-bind1"))
;
else if (!strcmp(argv[0], "-mp")) /*OMP*/
OMP_program = 1;
else if (!strncmp(argv[0], "-bufio", 6)) {
if ((*argv)[6] == '\0' || (!is_integer_value(*argv + 6)))
goto ERR;
}
else if (!strncmp(argv[0], "-bufUnparser", 12)) {
if ((*argv)[12] == '\0' || (!is_integer_value(*argv + 12)))
goto ERR;
}
else if (!strcmp(argv[0], "-ioRTS"))
;
else if (!strcmp(argv[0], "-read_all"))
;
else if (!strncmp(argv[0], "-collapse", 9)) {
if ((*argv)[9] == '\0' || (!is_integer_value(*argv + 9)))
goto ERR;
}
else if (!strcmp(argv[0], "-Obase"))
;
else if (!strcmp(argv[0], "-Oloop_range"))
;
else if (!strcmp(argv[0], "-hpf")) {
HPF = 1;
HPF_VERSION = 2;
}
else if (!strcmp(argv[0], "-hpf1")) {
HPF = 1;
HPF_VERSION = 1;
}
else if (!strcmp(argv[0], "-hpf2")) {
HPF = 1;
HPF_VERSION = 2;
}
else if (!strcmp(argv[0], "-f90")) {
free_form = 1;
source_form_by_option = 1;
}
else if (!strcmp(argv[0], "-FR")) {
free_form = 1;
source_form_by_option = 1;
}
else if (!strcmp(argv[0], "-FI")) {
free_form = 0;
source_form_by_option = 1;
}
else if (!strcmp(argv[0], "-ffo"))
;
else if (!strcmp(argv[0], "-upcase"))
;
else if (!strcmp(argv[0], "-noLimitLine"))
;
else if (!strcmp(argv[0], "-noRemote"))
;
else if (!strcmp(argv[0], "-lgstd"))
ftn_std = 1;
//else if (!strcmp(argv[0],"-ta"))
// ACC_program= 1;
else if (!strcmp(argv[0], "-noH"))
;
else if (!strcmp(argv[0], "-C_Cuda")) /*ACC*/
;
else if (!strcmp(argv[0], "-FTN_Cuda") || !strcmp(argv[0], "-F_Cuda")) /*ACC*/
;
else if (!strcmp(argv[0], "-noCudaType")) /*ACC*/
;
else if (!strcmp(argv[0], "-noCuda")) /*ACC*/
;
else if (!strcmp(argv[0], "-noPureFunc")) /*ACC*/
;
else if (!strcmp(argv[0], "-no_blocks_info")) /*ACC*/
;
else if (!strcmp(argv[0], "-noBI")) /*ACC*/
;
else if (!strcmp(argv[0], "-cacheIdx")) /*ACC*/
;
else if (!strcmp(argv[0], "-Ohost")) /*ACC*/
;
else if (!strcmp(argv[0], "-noOhost")) /*ACC*/
;
else if (!strcmp(argv[0], "-Opl2")) /*ACC*/
;
else if (!strcmp(argv[0], "-Opl")) /*ACC*/
;
else if (!strcmp(argv[0], "-oneThread")) /*ACC*/
;
else if (!strcmp(argv[0], "-noTfm")) /*ACC*/
;
else if (!strcmp(argv[0], "-autoTfm")) /*ACC*/
;
else if (!strcmp(argv[0], "-gpuO0")) /*ACC*/
;
else if (!strcmp(argv[0], "-gpuO1")) /*ACC*/
;
else if (!strcmp(argv[0], "-rtc")) /*ACC*/
;
else if ((*argv)[1] == 'H')
{
if ((*argv)[2] == 's' && (*argv)[3] == 'h' && (*argv)[4] == 'w')
{
if (!is_integer_value(*argv + 5))
goto ERR;
}
else if (!strcmp(*argv + 2, "nora"))
;
else if (!strcmp(*argv + 2, "oneq"))
;
else if (!strcmp(*argv + 2, "onlyl"))
;
else
goto ERR;
}
else if (!strcmp(argv[0], "-ver"))
{
(void)fprintf(stderr, "parser version is \"%s\"\n", VERSION_NUMBER_INT);
#ifdef __SPF_BUILT_IN_PARSER
return 0;
#else
exit(0);
#endif
}
#ifdef __SPF
else if (!strcmp(argv[0], "-noProject"))
noProject = 1;
#endif
/* else if (!strcmp(argv[0],"-l"))
* yylisting = 1;
*/
else
ERR: (void)fprintf(stderr, "Warning 001: unknown option %s is ignored\n", argv[0]);
argc--;
argv++;
}
retry:
if (*argv)
{
input_file = *argv;
if (output_file)
gen_out_name(output_file);
else
gen_out_name(input_file);
}
else
{
/*input_file = "stdin";*/
/*(void)fprintf(stderr,"fdvm: Error: no source file specified\n");
exit (1);
*/
err_fatal("no source file specified", 3);
}
if (!source_form_by_option)
free_form = SourceFormByName(input_file);
if (output_file && !strcmp(input_file, output_file))
err_fatal("Output file has the same name as source file", 334);
if (argc > 2) {
/*
(void)fprintf(stderr,"fdvm: Error: illegal command line format\n");
exit (1);
*/
err_fatal("illegal command line format", 4);
}
/* if(perf_analysis && dvm_debug)
err_fatal("conflicting options -e and -d");
*/
if (HPF_program && HPF) {
(void)fprintf(stderr, "Warning: option -hpf%d is ignored\n", HPF_VERSION);
HPF = 0;
}
if (free_form && extend_source) {
(void)fprintf(stderr, "Warning: option -extend_source is ignored\n");
extend_source= 0;
}
language = ForSrc;
yylonglines = 1;
prflag = 1;
cur_file = fi = (PTR_FILE)calloc(1, (unsigned)sizeof(struct file_obj));
fi->lang = language;
initialize();
if ((OMP_program == 1) && (dvm_debug > 0)) {/*OMP*/
debug_file = (char *)malloc((unsigned)(strlen(input_file) + 5));/*OMP*/
sprintf(debug_file, "dbg_%s", input_file);/*OMP*/
PrepareSourceFileForDebug(input_file, debug_file); /*OMP*/
make_file_list(input_file);/*OMP*/
if (dbginilex(copys(input_file), copys(debug_file))) { /*OMP*/
err_fatal("Compiler bug (Error in inilex)", 0); /*OMP*/
} /*OMP*/
}/*OMP*/ else {
make_file_list(input_file);
if (inilex(copys(*argv ? *argv : ""))) {
/* (void)printf("Error in inilex\n");
exit(1); */
err_fatal("Compiler bug (Error in inilex)", 0);
/*goto finish;*/
}
}/*OMP*/
procinit();
if (v_print) {
(void)fprintf(stderr, "***** Fortran DVM %s *****\n", COMPILER_VERSION);
(void)fprintf(stderr, "\n<<<<< Parsing %s >>>>>\n", input_file);
}
/* parsing */
if ((k = yyparse())) {
/*(void)printf("Bad parse, return code %d\n", k);*/
(void)err("Compiler bug", 0);
#ifdef __SPF_BUILT_IN_PARSER
release_nodes();
close_files();
return 1;
#else
exit(1);
#endif
/*goto finish;*/
}
if (parstate != OUTSIDE) {
infname = input_file;
err("Missing final end statement or unclosed construct", 8);
(void)fprintf(stderr, "%d error(s)\n", errcnt);
#ifdef __SPF_BUILT_IN_PARSER
release_nodes();
close_files();
return 1;
#else
exit(1);
#endif
/*goto finish;*/
}
global_bfnd->filename = head_file; /*podd 18.04.99*/
/*global_bfnd->filename = cur_thread_file;*/ /*podd 18.04.99*/
if (errcnt) {
(void)fprintf(stderr, "%d error(s)\n", errcnt);
#ifdef __SPF_BUILT_IN_PARSER
release_nodes();
close_files();
return 1;
#else
exit(1);
#endif
if (fromfile) {
int ans;
(void)printf("Do you want to invoke editor? [y/n] ");
while ((ans = getchar()) == '\n');
if (ans == 'y' || ans == 'Y') {
char *edtcmd;
char cmd[50];
edtcmd = getenv("FOREDIT");
if (!edtcmd) edtcmd = defeditor;
(void)sprintf(cmd, edtcmd, errline, *argv);
(void)system(cmd);
release_nodes();
close_files();
goto retry;
}
#ifdef __SPF_BUILT_IN_PARSER
release_nodes();
close_files();
return 1;
#else
exit(1);
#endif
}
}
/*
if (dep) {
(void)build_sets(0, global_bfnd,NULL,NULL,1);
(void)build_sets(0, global_bfnd,NULL,NULL,2);
(void)gendeps(global_bfnd);
(void)relink(fi);
printf("garbage collecting\n");
if (garb_collect) (void)collect_garbage(fi);
}
*/
if (yylisting)
(void)fprintf(outf, "%s\n", input_file);
if (!global_bfnd->thread) /*null program (only global_bfnd is)*/
{
err_fatal("null program", 7);
}
#ifndef __SPF_BUILT_IN_PARSER
if (HPF)
{
FILE *hpfout;
if (no <= 1)
output_file = outname;
if ((hpfout = fopen(output_file, "w")) == NULL) {
/* (void) fprintf(stderr,"Can't open file %s for write\n",output_file);*/
/*UnparseFDVMProgram(stdout,cur_file);*/
/* exit(1);*/
errstr_fatal("Can't open file %s for write", output_file, 6);
}
else
{
if (v_print)
(void)fprintf(stderr, "\n<<<<< Generating HPF program %s >>>>>\n", output_file);
errcnt = UnparseFDVMProgram(hpfout, cur_file);
(void)fclose(hpfout);
if (errcnt) {
(void)fprintf(stderr, "%d error(s)\n", errcnt);
exit(1);
}
else
if (v_print)
(void)fprintf(stderr, "\n***** Done *****\n");
exit(0);
}
}
#else
if (HPF)
return -1;
#endif
write_nodes(cur_file, outname);
#ifdef __SPF
if (noProject == 0)
#endif
{
fproj = ad ? fopen(proj_name, "a") : fopen(proj_name, "w");
if (fproj == NULL) {
/* (void) fprintf(stderr,"Can't open file %s for write\n",proj_name);
exit(1); */
errstr_fatal("Can't open file %s for write", proj_name, 6);
}
(void)fprintf(fproj, "%s\n", outname);
(void)fclose(fproj);
}
/* finish:*/
return 0;
}
void clf(p)
FILEP *p;
{
void fatal();
if (p && *p && *p != stdout) {
if (ferror(*p))
fatal("writing error", 329);
(void)fclose(*p);
}
*p = (FILEP)NULL;
}
void
make_file_list(filename)
char *filename;
{
char *namep = (char *) malloc((unsigned)(strlen(filename)+1));
PTR_FNAME this = (PTR_FNAME) malloc((unsigned)sizeof(struct file_name));
PTR_FNAME p;
(void)strcpy(namep, filename);
this->id = fi->num_files = ++num_files;
this->name = namep;
this->next = (PTR_FNAME)NULL;
if (head_file == (PTR_FNAME)NULL)
fi->head_file = head_file = this;
else {
for (p = head_file; p->next != NULL; p = p->next)
;
p->next = this;
}
cur_thread_file = this;
}
void PrepareSourceFileForDebug (input_file, debug_file) /*OMP*/
char *input_file; /*OMP*/
char *debug_file; /*OMP*/
{ /*OMP*/
FILE * pFile;
long lSize;
char sInclude[] = "\r\n include 'dbg_init.h'";
/*int count = 0;*/
char * buffer;
size_t result;
pFile = fopen ("dbg_init.h", "r");
if (pFile==NULL) {
pFile = fopen ("dbg_init.h", "w");
fprintf (pFile, " subroutine DBG_Init_Handles ()\n");
fprintf (pFile, " include 'dbg_vars.h'\n");
fprintf (pFile, " end subroutine DBG_Init_Handles");
}
fclose (pFile);
pFile = fopen ("dbg_vars.h", "r");
if (pFile==NULL) {
pFile = fopen ("dbg_vars.h", "w");
fprintf (pFile, " dimension idyn_mp(1)\n");
fprintf (pFile, " dimension istat_mp(1)\n");
fprintf (pFile, " common /DBG_STAT/ istat_mp\n");
fprintf (pFile, " common /DBG_DYN/ idyn_mp\n");
fprintf (pFile, "C$OMP THREADPRIVATE (/DBG_DYN/)\n");
fprintf (pFile, " common /DBG_THREAD/ ithreadid\n");
fprintf (pFile, "C$OMP THREADPRIVATE (/DBG_THREAD/)");
}
fclose (pFile);
pFile = fopen (input_file, "rb" );
if (pFile==NULL) {return;}
/* obtain file size:*/
fseek (pFile , 0 , SEEK_END);
lSize = ftell (pFile);
rewind (pFile);
/* allocate memory to contain the whole file:*/
buffer = (char*) malloc (sizeof(char)*(lSize + sizeof(sInclude)));
if (buffer == NULL) {fprintf (stderr, "PrepareSourceFileForDebug: not engough memory!\n"); exit (1);}
/* copy the file into the buffer:*/
result = fread (buffer,1,lSize,pFile);
/* the whole file is now loaded in the memory buffer. */
fclose (pFile);
pFile = fopen (debug_file, "wb" );
if (pFile==NULL) {fprintf (stderr, "PrepareSourceFileForDebug: can not open %s file!\n", debug_file); exit (1);}
strcpy (buffer+lSize, sInclude);
result = fwrite (buffer,1,lSize + sizeof(sInclude),pFile);
fclose (pFile);
free (buffer);
} /*OMP*/
int DoDebugInclude (char *fname) {/*OMP*/
FILE * pFile;
long lSize;
int count = 0;
char * buffer;
char * beg = NULL;
size_t result;
pFile = fopen (fname, "rb" );
if (pFile==NULL) {return 0;}
/* obtain file size:*/
fseek (pFile , 0 , SEEK_END);
lSize = ftell (pFile);
rewind (pFile);
/* allocate memory to contain the whole file:*/
buffer = (char*) malloc (sizeof(char)*lSize);
if (buffer == NULL) {fprintf (stderr, "DoDebugInclude: not engough memory!\n"); exit (1);}
/* copy the file into the buffer:*/
result = fread (buffer,1,lSize,pFile);
/* the whole file is now loaded in the memory buffer. */
fclose (pFile);
beg = buffer;
while (beg != NULL) {
beg = strstr (beg, "call DBG_Get_Handle");
if (beg != NULL) {
beg++;
count++;
}
}
free (buffer);
fprintf (stderr, "%d",count);
return count;
}

352
dvm/fdvm/trunk/parser/errors.c Normal file
View File

@@ -0,0 +1,352 @@
/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/*
* errors.c
*
* Miscellaneous error routines
*/
#include <stdio.h>
#include <stdlib.h>
#include "defs.h"
#include "symb.h"
#include "extern.h"
#define MAX_PARSER_ERRORS 1000
static char buff[100];
#ifdef __SPF_BUILT_IN_PARSER
extern void ExitFromParser(const int c);
#endif
void format_num (int num, char num3s[])
{
if(num>99)
sprintf(num3s,"%3d",num);
else if(num>9)
sprintf(num3s,"0%2d",num);
else
sprintf(num3s,"00%1d",num);
}
int
error_limit()
{
if (! errcnt)
errline = yylineno;
if (errcnt++ == MAX_PARSER_ERRORS)
(void)fprintf(stderr, "!!! Too many errors !!!\n");
if (errcnt > MAX_PARSER_ERRORS)
return 1;
return 0;
}
/*
* fatal -- print the fatal error message then exit
*
* input:
* s - the message to be printed out
* num - error message number
*/
void fatal(char* s, int num)
{
char num3s[4];
format_num(num, num3s);
(void)fprintf(stderr, "Error %s on line %d of %s: %s\n", num3s, yylineno, infname, s);
#ifdef __SPF_BUILT_IN_PARSER
ExitFromParser(3);
#else
exit(3);
#endif
}
/*
* fatalstr -- sets up the error message according to the given format
* then call "fatal" to print it out
*
* input:
* t - a string that specifies the output format
* s - a string that contents the error messaged to be formatted
* num - error message number
*/
void
fatalstr(t, s, num)
char *t, *s;
int num;
{
(void)sprintf(buff, t, s);
fatal(buff,num);
}
/*
* fatali -- formats a fatal error message which contains a number
* then call "fatal" to print it
*
* input:
* t - a string that specifies the output format
* d - an integer to be converted according to t
*/
void
fatali(t, d)
char *t;
int d;
{
(void)sprintf(buff, t, d);
fatal(buff,0);
}
/*
* err_fatal -- print the fatal error message then exit
*
* input:
* s - the message to be printed out
*/
void err_fatal(char* s, int num)
{
char num3s[4];
format_num(num, num3s);
(void)fprintf(stderr, "Error %s: %s\n", num3s, s);
#ifdef __SPF_BUILT_IN_PARSER
ExitFromParser(3);
#else
exit(3);
#endif
}
/*
* errstr_fatal -- sets up the error message according to the given format
* then call "fatal" to print it out
*
* input:
* t - a string that specifies the output format
* s - a string that contents the error messaged to be formatted
*/
void
errstr_fatal(t, s, num)
char *t, *s;
int num;
{
(void)sprintf(buff, t, s);
err_fatal(buff, num);
}
/*
* warn1 -- formats a warning message then call "warn" to print it out
*
* input:
* s - string that specifies the conversion format
* t - string that to be converted according to s
* n - warning message number
*/
void
warn1(s, t, num)
char *s, *t;
int num;
{
void warn();
(void)sprintf(buff, s, t);
warn(buff,num);
}
/*
* warn -- print the warning message if specified
*
* input:
* s - string to be printed
* num - warning message number
*/
void
warn(s, num)
char *s;
int num;
{char num3s[4];
format_num(num,num3s);
if (!nowarnflag) {
++nwarn;
(void)fprintf(stderr, "Warning %s on line %d of %s: %s\n", num3s,yylineno, infname, s);
}
}
/*
* warn_line -- prints the error message and does the bookkeeping
*
* input:
* s - string to be printed out
* num - warning message number
* ln - string number
*/
void
warn_line(s, num, ln)
char *s;
int num, ln;
{ char num3s[4];
format_num(num,num3s);
if (!nowarnflag) {
++nwarn;
(void)fprintf(stderr,"Warning %s on line %d of %s: %s\n", num3s,ln,infname, s);
}
}
/*
* errstr -- formats the non-fatal error message then call "err" to print it
*
* input:
* s - string that specifies the conversion format
* t - string that to be formated according to s
* num - error message number
*/
void
errstr(s, t, num)
char *s, *t;
int num;
{
void err();
(void)sprintf(buff, s, t);
err(buff,num);
}
/*
* erri -- formats an error number then prints it out
*
* input:
* s - string that specifies the output format
* t - number to be formatted
* num - error message number
*/
void
erri(s, t, num)
char *s;
int t,num;
{
void err();
(void)sprintf(buff, s, t);
err(buff,num);
}
/*
* err -- prints the error message and does the bookkeeping
*
* input:
* s - string to be printed out
* num - error message number
*/
void
err(s, num)
char *s;
int num;
{ char num3s[4];
format_num(num,num3s);
if (error_limit())
return;
(void)fprintf(stderr,"Error %s on line %d of %s: %s\n", num3s,yylineno,infname, s);
}
/*
* err_line -- prints the error message and does the bookkeeping
*
* input:
* s - string to be printed out
* num - error message number
* ln - string number
*/
void
err_line(s, num, ln)
char *s;
int num, ln;
{ char num3s[4];
format_num(num,num3s);
if (error_limit())
return;
(void)fprintf(stderr,"Error %s on line %d of %s: %s\n", num3s,ln,infname, s);
}
/*
* errg -- prints the error message (without line number)
*
* input:
* s - string to be printed out
* num - error message number
*/
void
errg(s, num)
char *s;
int num;
{ char num3s[4];
format_num(num,num3s);
if (error_limit())
return;
(void)fprintf(stderr,"Error %s: %s\n", num3s, s);
}
/*
* yyerror -- the error handling routine called by yacc
*
* input:
* s - the error message to be printed
*/
void
yyerror(s)
char *s;
{
err(s,14); /* 14 - syntax error */
}
/*
* dclerr -- prints the error message when find error in declaration part
*
* input:
* s - error message string
* v - pointer to the symble table entry
*/
void
dclerr(s, v)
char *s;
PTR_SYMB v;
{
char buf[100];
if (v) {
(void)sprintf(buf,"Declaration error for %s: %s",v->ident, s);
err(buf,0);
} else
errstr("Declaration error: %s", s,0);
}
/*
* execerr -- prints error message for executable part
*
* input:
* s - the error message string1
* n - the error message string2
*/
void
execerr(s, n)
char *s, *n;
{
char buf1[100], buf2[100];
/*(void)sprintf(buf1, "Execution error: %s", s);*/
(void)sprintf(buf1, "%s", s);
(void)sprintf(buf2, buf1, n);
err(buf2,0);
}

111
dvm/fdvm/trunk/parser/facc.gram Normal file
View File

@@ -0,0 +1,111 @@
acc_directive: acc_region
| acc_end_region
| acc_checksection
| acc_end_checksection
| acc_get_actual
| acc_actual
| acc_routine
;
acc_region: ACC_REGION end_spec opt_clause
{ $$ = get_bfnd(fi,ACC_REGION_DIR,SMNULL,$3,LLNULL,LLNULL);}
;
acc_checksection: ACC_CHECKSECTION end_spec
{ $$ = get_bfnd(fi,ACC_CHECKSECTION_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
acc_get_actual: ACC_GET_ACTUAL end_spec LEFTPAR acc_var_list RIGHTPAR
{ $$ = get_bfnd(fi,ACC_GET_ACTUAL_DIR,SMNULL,$4,LLNULL,LLNULL);}
| ACC_GET_ACTUAL end_spec LEFTPAR RIGHTPAR
{ $$ = get_bfnd(fi,ACC_GET_ACTUAL_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
| ACC_GET_ACTUAL end_spec
{ $$ = get_bfnd(fi,ACC_GET_ACTUAL_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
acc_actual: ACC_ACTUAL end_spec LEFTPAR acc_var_list RIGHTPAR
{ $$ = get_bfnd(fi,ACC_ACTUAL_DIR,SMNULL,$4,LLNULL,LLNULL);}
| ACC_ACTUAL end_spec LEFTPAR RIGHTPAR
{ $$ = get_bfnd(fi,ACC_ACTUAL_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
| ACC_ACTUAL end_spec
{ $$ = get_bfnd(fi,ACC_ACTUAL_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
opt_clause: needkeyword keywordoff
{ $$ = LLNULL;}
| acc_clause_list
{ $$ = $1; }
;
acc_clause_list: acc_clause
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| acc_clause_list COMMA acc_clause
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
acc_clause: needkeyword data_clause
{ $$ = $2;}
| needkeyword async_clause
{ $$ = $2;}
| needkeyword targets_clause
{ $$ = $2;}
;
data_clause: INOUT LEFTPAR acc_var_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_INOUT_OP,$3,LLNULL,SMNULL);}
| IN LEFTPAR acc_var_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_IN_OP,$3,LLNULL,SMNULL);}
| OUT LEFTPAR acc_var_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_OUT_OP,$3,LLNULL,SMNULL);}
| ACC_LOCAL LEFTPAR acc_var_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_LOCAL_OP,$3,LLNULL,SMNULL);}
| ACC_INLOCAL LEFTPAR acc_var_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_INLOCAL_OP,$3,LLNULL,SMNULL);}
;
targets_clause: ACC_TARGETS LEFTPAR computer_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_TARGETS_OP,$3,LLNULL,SMNULL);}
;
async_clause: ACC_ASYNC
{ $$ = make_llnd(fi,ACC_ASYNC_OP,LLNULL,LLNULL,SMNULL);}
;
acc_var_list: variable_list
{ $$ = $1;}
;
computer_list: computer
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| computer_list COMMA computer
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
computer: needkeyword ACC_HOST
{ $$ = make_llnd(fi,ACC_HOST_OP, LLNULL,LLNULL,SMNULL);}
| needkeyword ACC_CUDA
{ $$ = make_llnd(fi,ACC_CUDA_OP, LLNULL,LLNULL,SMNULL);}
;
acc_end_region: ACC_END_REGION
{ $$ = get_bfnd(fi,ACC_END_REGION_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
acc_end_checksection: ACC_END_CHECKSECTION
{ $$ = get_bfnd(fi,ACC_END_CHECKSECTION_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
acc_routine: ACC_ROUTINE in_dcl opt_targets_clause
{ $$ = get_bfnd(fi,ACC_ROUTINE_DIR,SMNULL,$3,LLNULL,LLNULL);}
;
opt_targets_clause: needkeyword keywordoff
{ $$ = LLNULL; }
| needkeyword targets_clause
{ $$ = $2;}
;

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omp_specification_directive: omp_threadprivate_directive
;
omp_execution_directive: omp_parallel_begin_directive
| omp_parallel_end_directive
| omp_sections_begin_directive
| omp_sections_end_directive
| omp_section_directive
| omp_do_begin_directive
| omp_do_end_directive
| omp_single_begin_directive
| omp_single_end_directive
| omp_workshare_begin_directive
| omp_workshare_end_directive
| omp_parallel_do_begin_directive
| omp_parallel_do_end_directive
| omp_parallel_sections_begin_directive
| omp_parallel_sections_end_directive
| omp_parallel_workshare_begin_directive
| omp_parallel_workshare_end_directive
| omp_master_begin_directive
| omp_master_end_directive
| omp_ordered_begin_directive
| omp_ordered_end_directive
| omp_barrier_directive
| omp_atomic_directive
| omp_flush_directive
| omp_critical_begin_directive
| omp_critical_end_directive
;
ompdvm_onethread: OMPDVM_ONETHREAD end_spec
{
$$ = get_bfnd(fi,OMP_ONETHREAD_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
};
omp_parallel_end_directive: OMPDVM_ENDPARALLEL end_spec
{
$$ = make_endparallel();
};
omp_parallel_begin_directive: OMPDVM_PARALLEL end_spec opt_key_word parallel_clause_list
{
$$ = make_parallel();
$$->entry.Template.ll_ptr1 = $4;
opt_kwd_ = NO;
}
| OMPDVM_PARALLEL end_spec opt_key_word
{
$$ = make_parallel();
opt_kwd_ = NO;
};
parallel_clause_list: opt_comma opt_key_word parallel_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| parallel_clause_list opt_comma opt_key_word parallel_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
parallel_clause: ompprivate_clause
| ompreduction_clause
| ompshared_clause
| ompdefault_clause
| ompfirstprivate_clause
| omplastprivate_clause
| ompcopyin_clause
| ompif_clause
| ompnumthreads_clause
;
omp_variable_list_in_par: op_slash_1 LEFTPAR op_slash_0 omp_variable_list RIGHTPAR
{
$$ = $4;
};
ompprivate_clause: PRIVATE omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_PRIVATE,$2,LLNULL,SMNULL);
};
ompfirstprivate_clause: OMPDVM_FIRSTPRIVATE omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_FIRSTPRIVATE,$2,LLNULL,SMNULL);
}
;
omplastprivate_clause: OMPDVM_LASTPRIVATE omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_LASTPRIVATE,$2,LLNULL,SMNULL);
}
;
ompcopyin_clause: OMPDVM_COPYIN omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_COPYIN,$2,LLNULL,SMNULL);
}
;
ompshared_clause: OMPDVM_SHARED omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_SHARED,$2,LLNULL,SMNULL);
}
;
ompdefault_clause: DEFAULT_CASE LEFTPAR needkeyword def_expr RIGHTPAR
{
$$ = make_llnd(fi,OMP_DEFAULT,$4,LLNULL,SMNULL);
}
;
def_expr: PRIVATE
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "private";
$$->type = global_string;
}
| OMPDVM_SHARED
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "shared";
$$->type = global_string;
}
| OMPDVM_NONE
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "none";
$$->type = global_string;
}
;
ompif_clause: OMPDVM_IF LEFTPAR expr RIGHTPAR
{
$$ = make_llnd(fi,OMP_IF,$3,LLNULL,SMNULL);
}
;
ompnumthreads_clause: OMPDVM_NUM_THREADS LEFTPAR expr RIGHTPAR
{
$$ = make_llnd(fi,OMP_NUM_THREADS,$3,LLNULL,SMNULL);
}
;
ompreduction_clause: REDUCTION LEFTPAR ompreduction RIGHTPAR
{
PTR_LLND q;
q = set_ll_list($3,LLNULL,EXPR_LIST);
$$ = make_llnd(fi,OMP_REDUCTION,q,LLNULL,SMNULL);
};
ompreduction: opt_key_word ompreduction_op COLON ompreduction_vars
{$$ = make_llnd(fi,DDOT,$2,$4,SMNULL);}
;
ompreduction_vars: variable_list;
ompreduction_op: PLUS
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "+";
$$->type = global_string;
}
| MINUS
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "-";
$$->type = global_string;
}
| ASTER
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "*";
$$->type = global_string;
}
| SLASH
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "/";
$$->type = global_string;
}
| MIN
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "min";
$$->type = global_string;
}
| MAX
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "max";
$$->type = global_string;
}
| OR
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) ".or.";
$$->type = global_string;
}
| AND
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) ".and.";
$$->type = global_string;
}
| EQV
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) ".eqv.";
$$->type = global_string;
}
| NEQV
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) ".neqv.";
$$->type = global_string;
}
| IAND
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "iand";
$$->type = global_string;
}
| IEOR
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "ieor";
$$->type = global_string;
}
| IOR
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "ior";
$$->type = global_string;
}
| UNKNOWN
{ err("Illegal reduction operation name", 70);
errcnt--;
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "unknown";
$$->type = global_string;
}
;
omp_sections_begin_directive: OMPDVM_SECTIONS end_spec opt_key_word sections_clause_list
{
$$ = make_sections($4);
opt_kwd_ = NO;
}
| OMPDVM_SECTIONS end_spec opt_key_word
{
$$ = make_sections(LLNULL);
opt_kwd_ = NO;
};
sections_clause_list: opt_comma opt_key_word sections_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| sections_clause_list opt_comma opt_key_word sections_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
sections_clause: ompprivate_clause
| ompreduction_clause
| ompfirstprivate_clause
| omplastprivate_clause
;
omp_sections_end_directive: OMPDVM_ENDSECTIONS end_spec opt_key_word ompnowait_clause
{
PTR_LLND q;
$$ = make_endsections();
q = set_ll_list($4,LLNULL,EXPR_LIST);
$$->entry.Template.ll_ptr1 = q;
opt_kwd_ = NO;
}
| OMPDVM_ENDSECTIONS end_spec opt_key_word
{
$$ = make_endsections();
opt_kwd_ = NO;
};
omp_section_directive: OMPDVM_SECTION end_spec
{
$$ = make_ompsection();
};
omp_do_begin_directive: OMPDVM_DO end_spec opt_key_word do_clause_list
{
$$ = get_bfnd(fi,OMP_DO_DIR,SMNULL,$4,LLNULL,LLNULL);
opt_kwd_ = NO;
}
| OMPDVM_DO end_spec opt_key_word
{
$$ = get_bfnd(fi,OMP_DO_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
opt_kwd_ = NO;
};
omp_do_end_directive: OMPDVM_ENDDO end_spec opt_key_word ompnowait_clause
{
PTR_LLND q;
q = set_ll_list($4,LLNULL,EXPR_LIST);
$$ = get_bfnd(fi,OMP_END_DO_DIR,SMNULL,q,LLNULL,LLNULL);
opt_kwd_ = NO;
}
| OMPDVM_ENDDO end_spec opt_key_word
{
$$ = get_bfnd(fi,OMP_END_DO_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
opt_kwd_ = NO;
};
do_clause_list: opt_comma opt_key_word do_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| do_clause_list opt_comma opt_key_word do_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
do_clause: ompprivate_clause
| ompreduction_clause
| ompfirstprivate_clause
| omplastprivate_clause
| ompschedule_clause
| ompordered_clause
;
ompordered_clause: OMPDVM_ORDERED
{
/*$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "ORDERED";
$$->type = global_string;*/
$$ = make_llnd(fi,OMP_ORDERED,LLNULL,LLNULL,SMNULL);
}
;
ompschedule_clause: OMPDVM_SCHEDULE LEFTPAR needkeyword ompschedule_op COMMA expr RIGHTPAR
{
$$ = make_llnd(fi,OMP_SCHEDULE,$4,$6,SMNULL);
}
| OMPDVM_SCHEDULE LEFTPAR needkeyword ompschedule_op RIGHTPAR
{
$$ = make_llnd(fi,OMP_SCHEDULE,$4,LLNULL,SMNULL);
}
;
ompschedule_op: STATIC
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "STATIC";
$$->type = global_string;
}
| DYNAMIC
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "DYNAMIC";
$$->type = global_string;
}
| OMPDVM_GUIDED
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "GUIDED";
$$->type = global_string;
}
| OMPDVM_RUNTIME
{
$$ = make_llnd(fi,KEYWORD_VAL,LLNULL,LLNULL,SMNULL);
$$->entry.string_val = (char *) "RUNTIME";
$$->type = global_string;
}
;
omp_single_begin_directive: OMPDVM_SINGLE end_spec opt_key_word single_clause_list
{
$$ = make_single();
$$->entry.Template.ll_ptr1 = $4;
opt_kwd_ = NO;
}
| OMPDVM_SINGLE end_spec opt_key_word
{
$$ = make_single();
opt_kwd_ = NO;
};
single_clause_list: opt_comma opt_key_word single_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| single_clause_list opt_comma opt_key_word single_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
single_clause: ompprivate_clause
| ompfirstprivate_clause
;
omp_single_end_directive: OMPDVM_ENDSINGLE end_spec opt_key_word end_single_clause_list
{
$$ = make_endsingle();
$$->entry.Template.ll_ptr1 = $4;
opt_kwd_ = NO;
}
| OMPDVM_ENDSINGLE end_spec opt_key_word
{
$$ = make_endsingle();
opt_kwd_ = NO;
};
end_single_clause_list: opt_comma opt_key_word end_single_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| end_single_clause_list opt_comma opt_key_word end_single_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
end_single_clause: ompnowait_clause
| ompcopyprivate_clause
;
ompcopyprivate_clause: OMPDVM_COPYPRIVATE omp_variable_list_in_par
{
$$ = make_llnd(fi,OMP_COPYPRIVATE,$2,LLNULL,SMNULL);
}
;
ompnowait_clause: OMPDVM_NOWAIT
{
$$ = make_llnd(fi,OMP_NOWAIT,LLNULL,LLNULL,SMNULL);
}
;
omp_workshare_begin_directive: OMPDVM_WORKSHARE end_spec
{
$$ = make_workshare();
};
omp_workshare_end_directive: OMPDVM_ENDWORKSHARE end_spec opt_key_word ompnowait_clause
{
PTR_LLND q;
$$ = make_endworkshare();
q = set_ll_list($4,LLNULL,EXPR_LIST);
$$->entry.Template.ll_ptr1 = q;
opt_kwd_ = NO;
}
| OMPDVM_ENDWORKSHARE end_spec opt_key_word
{
$$ = make_endworkshare();
opt_kwd_ = NO;
};
omp_parallel_do_begin_directive: OMPDVM_PARALLELDO end_spec opt_key_word paralleldo_clause_list
{
$$ = get_bfnd(fi,OMP_PARALLEL_DO_DIR,SMNULL,$4,LLNULL,LLNULL);
opt_kwd_ = NO;
}
| OMPDVM_PARALLELDO end_spec opt_key_word
{
$$ = get_bfnd(fi,OMP_PARALLEL_DO_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
opt_kwd_ = NO;
}
;
paralleldo_clause_list: opt_comma opt_key_word paralleldo_clause opt_key_word
{
$$ = set_ll_list($3,LLNULL,EXPR_LIST);
}
| paralleldo_clause_list opt_comma opt_key_word paralleldo_clause opt_key_word
{
$$ = set_ll_list($1,$4,EXPR_LIST);
}
;
paralleldo_clause: ompprivate_clause
| ompreduction_clause
| ompshared_clause
| ompdefault_clause
| ompfirstprivate_clause
| omplastprivate_clause
| ompcopyin_clause
| ompif_clause
| ompnumthreads_clause
| ompschedule_clause
| ompordered_clause
;
omp_parallel_do_end_directive: OMPDVM_ENDPARALLELDO end_spec
{
$$ = get_bfnd(fi,OMP_END_PARALLEL_DO_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
};
omp_parallel_sections_begin_directive: OMPDVM_PARALLELSECTIONS end_spec opt_key_word parallel_clause_list
{
$$ = make_parallelsections($4);
opt_kwd_ = NO;
}
| OMPDVM_PARALLELSECTIONS end_spec opt_key_word
{
$$ = make_parallelsections(LLNULL);
opt_kwd_ = NO;
};
omp_parallel_sections_end_directive: OMPDVM_ENDPARALLELSECTIONS end_spec
{
$$ = make_endparallelsections();
};
omp_parallel_workshare_begin_directive: OMPDVM_PARALLELWORKSHARE end_spec opt_key_word parallel_clause_list
{
$$ = make_parallelworkshare();
$$->entry.Template.ll_ptr1 = $4;
opt_kwd_ = NO;
}
| OMPDVM_PARALLELWORKSHARE end_spec opt_key_word
{
$$ = make_parallelworkshare();
opt_kwd_ = NO;
};
omp_parallel_workshare_end_directive: OMPDVM_ENDPARALLELWORKSHARE end_spec
{
$$ = make_endparallelworkshare();
};
omp_threadprivate_directive: OMPDVM_THREADPRIVATE in_dcl omp_variable_list_in_par
{
$$ = get_bfnd(fi,OMP_THREADPRIVATE_DIR, SMNULL, $3, LLNULL, LLNULL);
};
omp_master_begin_directive: OMPDVM_MASTER end_spec
{
$$ = make_master();
};
omp_master_end_directive: OMPDVM_ENDMASTER end_spec
{
$$ = make_endmaster();
};
omp_ordered_begin_directive: OMPDVM_ORDERED end_spec
{
$$ = make_ordered();
};
omp_ordered_end_directive: OMPDVM_ENDORDERED end_spec
{
$$ = make_endordered();
};
omp_barrier_directive: OMPDVM_BARRIER end_spec
{
$$ = get_bfnd(fi,OMP_BARRIER_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
};
omp_atomic_directive: OMPDVM_ATOMIC end_spec
{
$$ = get_bfnd(fi,OMP_ATOMIC_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
};
omp_flush_directive: OMPDVM_FLUSH end_spec omp_variable_list_in_par
{
$$ = get_bfnd(fi,OMP_FLUSH_DIR,SMNULL,$3,LLNULL,LLNULL);
}
| OMPDVM_FLUSH end_spec
{
$$ = get_bfnd(fi,OMP_FLUSH_DIR,SMNULL,LLNULL,LLNULL,LLNULL);
}
;
omp_critical_begin_directive: OMPDVM_CRITICAL end_spec LEFTPAR ident RIGHTPAR
{
$$ = make_critical();
$$->entry.Template.ll_ptr1 = $4;
}
| OMPDVM_CRITICAL end_spec
{
$$ = make_critical();
}
;
omp_critical_end_directive: OMPDVM_ENDCRITICAL end_spec LEFTPAR ident RIGHTPAR
{
$$ = make_endcritical();
$$->entry.Template.ll_ptr1 = $4;
}
| OMPDVM_ENDCRITICAL end_spec
{
$$ = make_endcritical();
}
;
omp_common_var: SLASH name op_slash_1 SLASH op_slash_0
{
PTR_SYMB s;
PTR_LLND l;
s = make_common($2);
l = make_llnd(fi,VAR_REF, LLNULL, LLNULL, s);
$$ = make_llnd(fi,OMP_THREADPRIVATE, l, LLNULL, SMNULL);
};
omp_variable_list: omp_common_var
{
$$ = set_ll_list($1,LLNULL,EXPR_LIST);
}
| ident
{
$$ = set_ll_list($1,LLNULL,EXPR_LIST);
}
| omp_variable_list COMMA omp_common_var
{
$$ = set_ll_list($1,$3,EXPR_LIST);
}
| omp_variable_list COMMA ident
{
$$ = set_ll_list($1,$3,EXPR_LIST);
}
;
op_slash_1 : {
operator_slash = 1;
};
op_slash_0 : {
operator_slash = 0;
};

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spf_directive: spf_analysis
| spf_parallel
| spf_transform
| spf_parallel_reg
| spf_end_parallel_reg
| spf_checkpoint
;
spf_analysis: SPF_ANALYSIS in_unit LEFTPAR analysis_spec_list RIGHTPAR
{ $$ = get_bfnd(fi,SPF_ANALYSIS_DIR,SMNULL,$4,LLNULL,LLNULL);}
;
spf_parallel: SPF_PARALLEL in_unit LEFTPAR parallel_spec_list RIGHTPAR
{ $$ = get_bfnd(fi,SPF_PARALLEL_DIR,SMNULL,$4,LLNULL,LLNULL);}
;
spf_transform: SPF_TRANSFORM in_unit LEFTPAR transform_spec_list RIGHTPAR
{ $$ = get_bfnd(fi,SPF_TRANSFORM_DIR,SMNULL,$4,LLNULL,LLNULL);}
;
spf_parallel_reg: SPF_PARALLEL_REG in_unit region_name
{ $$ = get_bfnd(fi,SPF_PARALLEL_REG_DIR,$3,LLNULL,LLNULL,LLNULL);}
| SPF_PARALLEL_REG in_unit region_name COMMA needkeyword SPF_APPLY_REGION LEFTPAR characteristic_list RIGHTPAR opt_clause_apply_fragment
{ $$ = get_bfnd(fi,SPF_PARALLEL_REG_DIR,$3,$8,$10,LLNULL);}
| SPF_PARALLEL_REG in_unit region_name COMMA needkeyword SPF_APPLY_FRAGMENT LEFTPAR characteristic_list RIGHTPAR opt_clause_apply_region
{ $$ = get_bfnd(fi,SPF_PARALLEL_REG_DIR,$3,$10,$8,LLNULL);}
;
characteristic_list: characteristic
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| characteristic_list COMMA characteristic
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
characteristic: needkeyword SPF_CODE_COVERAGE
{ $$ = make_llnd(fi,SPF_CODE_COVERAGE_OP,LLNULL,LLNULL,SMNULL);}
;
opt_clause_apply_fragment:
{ $$ = LLNULL;}
| COMMA needkeyword SPF_APPLY_FRAGMENT LEFTPAR characteristic_list RIGHTPAR
{ $$ = $5;}
;
opt_clause_apply_region:
{ $$ = LLNULL;}
| COMMA needkeyword SPF_APPLY_REGION LEFTPAR characteristic_list RIGHTPAR
{ $$ = $5;}
;
spf_end_parallel_reg: SPF_END_PARALLEL_REG in_unit
{ $$ = get_bfnd(fi,SPF_END_PARALLEL_REG_DIR,SMNULL,LLNULL,LLNULL,LLNULL);}
;
analysis_spec_list: analysis_spec
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| analysis_spec_list COMMA analysis_spec
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
analysis_spec: analysis_reduction_spec
| analysis_private_spec
| analysis_parameter_spec
;
analysis_reduction_spec: needkeyword REDUCTION LEFTPAR reduction_list RIGHTPAR
{ $$ = make_llnd(fi,REDUCTION_OP,$4,LLNULL,SMNULL); }
;
analysis_private_spec: needkeyword PRIVATE LEFTPAR variable_list RIGHTPAR
{ $$ = make_llnd(fi,ACC_PRIVATE_OP,$4,LLNULL,SMNULL);}
;
analysis_parameter_spec: needkeyword PARAMETER LEFTPAR spf_parameter_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_PARAMETER_OP,$4,LLNULL,SMNULL);}
;
spf_parameter_list: spf_parameter
{ $$ = set_ll_list($1, LLNULL, EXPR_LIST); }
| spf_parameter_list COMMA spf_parameter
{ $$ = set_ll_list($1, $3, EXPR_LIST); }
;
spf_parameter: array_element EQUAL expr
{ $$ = make_llnd(fi, ASSGN_OP, $1, $3, SMNULL); }
;
parallel_spec_list: parallel_spec
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| parallel_spec_list COMMA parallel_spec
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
parallel_spec: parallel_shadow_spec
| parallel_across_spec
| parallel_remote_access_spec
;
parallel_shadow_spec: needkeyword SHADOW LEFTPAR shadow_list RIGHTPAR
{ $$ = make_llnd(fi,SHADOW_OP,$4,LLNULL,SMNULL);}
;
parallel_across_spec: needkeyword ACROSS LEFTPAR shadow_list RIGHTPAR
{ $$ = make_llnd(fi,ACROSS_OP,$4,LLNULL,SMNULL);}
;
parallel_remote_access_spec: needkeyword REMOTE_ACCESS_SPEC LEFTPAR remote_data_list RIGHTPAR
{ $$ = make_llnd(fi,REMOTE_ACCESS_OP,$4,LLNULL,SMNULL);}
;
transform_spec_list: transform_spec
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| transform_spec_list COMMA transform_spec
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
transform_spec: needkeyword SPF_NOINLINE
{ $$ = make_llnd(fi,SPF_NOINLINE_OP,LLNULL,LLNULL,SMNULL);}
| needkeyword SPF_FISSION LEFTPAR ident_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_FISSION_OP,$4,LLNULL,SMNULL);}
| needkeyword SPF_EXPAND
{ $$ = make_llnd(fi,SPF_EXPAND_OP,LLNULL,LLNULL,SMNULL);}
| needkeyword SPF_EXPAND LEFTPAR ident_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_EXPAND_OP,$4,LLNULL,SMNULL);}
/* | needkeyword SPF_SHRINK LEFTPAR ident LEFTPAR digit_list RIGHTPAR RIGHTPAR */
| needkeyword SPF_SHRINK LEFTPAR array_element_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_SHRINK_OP,$4,LLNULL,SMNULL);}
| needkeyword SPF_UNROLL
{ $$ = make_llnd(fi,SPF_UNROLL_OP,LLNULL,LLNULL,SMNULL);}
| needkeyword SPF_UNROLL LEFTPAR unroll_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_UNROLL_OP,$4,LLNULL,SMNULL);}
;
unroll_list: expr COMMA expr COMMA expr
{
$$ = set_ll_list($1, $3, EXPR_LIST);
$$ = set_ll_list($$, $5, EXPR_LIST);
}
;
region_name: name
{ $$ = make_parallel_region($1);}
;
array_element_list: array_element
{ $$ = set_ll_list($1, LLNULL, EXPR_LIST); }
| array_element_list COMMA array_element
{ $$ = set_ll_list($1, $3, EXPR_LIST); }
;
spf_checkpoint: SPF_CHECKPOINT in_unit LEFTPAR checkpoint_spec_list RIGHTPAR
{ $$ = get_bfnd(fi,SPF_CHECKPOINT_DIR,SMNULL,$4,LLNULL,LLNULL);}
;
checkpoint_spec_list: checkpoint_spec
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| checkpoint_spec_list COMMA checkpoint_spec
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
checkpoint_spec: needkeyword TYPE LEFTPAR spf_type_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_TYPE_OP,$4,LLNULL,SMNULL);}
| needkeyword VARLIST LEFTPAR ident_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_VARLIST_OP,$4,LLNULL,SMNULL);}
| needkeyword SPF_EXCEPT LEFTPAR ident_list RIGHTPAR
{ $$ = make_llnd(fi,SPF_EXCEPT_OP,$4,LLNULL,SMNULL);}
| needkeyword SPF_FILES_COUNT LEFTPAR expr RIGHTPAR
{ $$ = make_llnd(fi,SPF_FILES_COUNT_OP,$4,LLNULL,SMNULL);}
| needkeyword SPF_INTERVAL LEFTPAR interval_spec COMMA expr RIGHTPAR
{ $$ = make_llnd(fi,SPF_INTERVAL_OP,$4,$6,SMNULL);}
;
spf_type_list: spf_type
{ $$ = set_ll_list($1,LLNULL,EXPR_LIST); }
| spf_type_list COMMA spf_type
{ $$ = set_ll_list($1,$3,EXPR_LIST); }
;
spf_type: needkeyword ACC_ASYNC
{ $$ = make_llnd(fi,ACC_ASYNC_OP, LLNULL,LLNULL,SMNULL);}
| needkeyword SPF_FLEXIBLE
{ $$ = make_llnd(fi,SPF_FLEXIBLE_OP, LLNULL,LLNULL,SMNULL);}
;
interval_spec: needkeyword SPF_TIME
{ $$ = make_llnd(fi,SPF_TIME_OP, LLNULL,LLNULL,SMNULL);}
| needkeyword SPF_ITER
{ $$ = make_llnd(fi,SPF_ITER_OP, LLNULL,LLNULL,SMNULL);}
;
in_unit:
{ if(position==IN_OUTSIDE)
err("Misplaced SPF-directive",103);
}
;

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dvm/fdvm/trunk/parser/gram1.tab.c Normal file
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/* A Bison parser, made by GNU Bison 2.3. */
/* Skeleton interface for Bison's Yacc-like parsers in C
Copyright (C) 1984, 1989, 1990, 2000, 2001, 2002, 2003, 2004, 2005, 2006
Free Software Foundation, Inc.
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2, or (at your option)
any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA. */
/* As a special exception, you may create a larger work that contains
part or all of the Bison parser skeleton and distribute that work
under terms of your choice, so long as that work isn't itself a
parser generator using the skeleton or a modified version thereof
as a parser skeleton. Alternatively, if you modify or redistribute
the parser skeleton itself, you may (at your option) remove this
special exception, which will cause the skeleton and the resulting
Bison output files to be licensed under the GNU General Public
License without this special exception.
This special exception was added by the Free Software Foundation in
version 2.2 of Bison. */
/* Tokens. */
#ifndef YYTOKENTYPE
# define YYTOKENTYPE
/* Put the tokens into the symbol table, so that GDB and other debuggers
know about them. */
enum yytokentype {
PERCENT = 1,
AMPERSAND = 2,
ASTER = 3,
CLUSTER = 4,
COLON = 5,
COMMA = 6,
DASTER = 7,
DEFINED_OPERATOR = 8,
DOT = 9,
DQUOTE = 10,
GLOBAL_A = 11,
LEFTAB = 12,
LEFTPAR = 13,
MINUS = 14,
PLUS = 15,
POINT_TO = 16,
QUOTE = 17,
RIGHTAB = 18,
RIGHTPAR = 19,
AND = 20,
DSLASH = 21,
EQV = 22,
EQ = 23,
EQUAL = 24,
FFALSE = 25,
GE = 26,
GT = 27,
LE = 28,
LT = 29,
NE = 30,
NEQV = 31,
NOT = 32,
OR = 33,
TTRUE = 34,
SLASH = 35,
XOR = 36,
REFERENCE = 37,
AT = 38,
ACROSS = 39,
ALIGN_WITH = 40,
ALIGN = 41,
ALLOCATABLE = 42,
ALLOCATE = 43,
ARITHIF = 44,
ASSIGNMENT = 45,
ASSIGN = 46,
ASSIGNGOTO = 47,
ASYNCHRONOUS = 48,
ASYNCID = 49,
ASYNCWAIT = 50,
BACKSPACE = 51,
BAD_CCONST = 52,
BAD_SYMBOL = 53,
BARRIER = 54,
BLOCKDATA = 55,
BLOCK = 56,
BOZ_CONSTANT = 57,
BYTE = 58,
CALL = 59,
CASE = 60,
CHARACTER = 61,
CHAR_CONSTANT = 62,
CHECK = 63,
CLOSE = 64,
COMMON = 65,
COMPLEX = 66,
COMPGOTO = 67,
CONSISTENT_GROUP = 68,
CONSISTENT_SPEC = 69,
CONSISTENT_START = 70,
CONSISTENT_WAIT = 71,
CONSISTENT = 72,
CONSTRUCT_ID = 73,
CONTAINS = 74,
CONTINUE = 75,
CORNER = 76,
CYCLE = 77,
DATA = 78,
DEALLOCATE = 79,
HPF_TEMPLATE = 80,
DEBUG = 81,
DEFAULT_CASE = 82,
DEFINE = 83,
DERIVED = 84,
DIMENSION = 85,
DISTRIBUTE = 86,
DOWHILE = 87,
DOUBLEPRECISION = 88,
DOUBLECOMPLEX = 89,
DP_CONSTANT = 90,
DVM_POINTER = 91,
DYNAMIC = 92,
ELEMENTAL = 93,
ELSE = 94,
ELSEIF = 95,
ELSEWHERE = 96,
ENDASYNCHRONOUS = 97,
ENDDEBUG = 98,
ENDINTERVAL = 99,
ENDUNIT = 100,
ENDDO = 101,
ENDFILE = 102,
ENDFORALL = 103,
ENDIF = 104,
ENDINTERFACE = 105,
ENDMODULE = 106,
ENDON = 107,
ENDSELECT = 108,
ENDTASK_REGION = 109,
ENDTYPE = 110,
ENDWHERE = 111,
ENTRY = 112,
EXIT = 113,
EOLN = 114,
EQUIVALENCE = 115,
ERROR = 116,
EXTERNAL = 117,
F90 = 118,
FIND = 119,
FORALL = 120,
FORMAT = 121,
FUNCTION = 122,
GATE = 123,
GEN_BLOCK = 124,
HEAP = 125,
HIGH = 126,
IDENTIFIER = 127,
IMPLICIT = 128,
IMPLICITNONE = 129,
INCLUDE_TO = 130,
INCLUDE = 131,
INDEPENDENT = 132,
INDIRECT_ACCESS = 133,
INDIRECT_GROUP = 134,
INDIRECT = 135,
INHERIT = 136,
INQUIRE = 137,
INTERFACEASSIGNMENT = 138,
INTERFACEOPERATOR = 139,
INTERFACE = 140,
INTRINSIC = 141,
INTEGER = 142,
INTENT = 143,
INTERVAL = 144,
INOUT = 145,
IN = 146,
INT_CONSTANT = 147,
LABEL = 148,
LABEL_DECLARE = 149,
LET = 150,
LOCALIZE = 151,
LOGICAL = 152,
LOGICALIF = 153,
LOOP = 154,
LOW = 155,
MAXLOC = 156,
MAX = 157,
MAP = 158,
MINLOC = 159,
MIN = 160,
MODULE_PROCEDURE = 161,
MODULE = 162,
MULT_BLOCK = 163,
NAMEEQ = 164,
NAMELIST = 165,
NEW_VALUE = 166,
NEW = 167,
NULLIFY = 168,
OCTAL_CONSTANT = 169,
ONLY = 170,
ON = 171,
ON_DIR = 172,
ONTO = 173,
OPEN = 174,
OPERATOR = 175,
OPTIONAL = 176,
OTHERWISE = 177,
OUT = 178,
OWN = 179,
PARALLEL = 180,
PARAMETER = 181,
PAUSE = 182,
PLAINDO = 183,
PLAINGOTO = 184,
POINTER = 185,
POINTERLET = 186,
PREFETCH = 187,
PRINT = 188,
PRIVATE = 189,
PRODUCT = 190,
PROGRAM = 191,
PUBLIC = 192,
PURE = 193,
RANGE = 194,
READ = 195,
REALIGN_WITH = 196,
REALIGN = 197,
REAL = 198,
REAL_CONSTANT = 199,
RECURSIVE = 200,
REDISTRIBUTE_NEW = 201,
REDISTRIBUTE = 202,
REDUCTION_GROUP = 203,
REDUCTION_START = 204,
REDUCTION_WAIT = 205,
REDUCTION = 206,
REMOTE_ACCESS_SPEC = 207,
REMOTE_ACCESS = 208,
REMOTE_GROUP = 209,
RESET = 210,
RESULT = 211,
RETURN = 212,
REWIND = 213,
SAVE = 214,
SECTION = 215,
SELECT = 216,
SEQUENCE = 217,
SHADOW_ADD = 218,
SHADOW_COMPUTE = 219,
SHADOW_GROUP = 220,
SHADOW_RENEW = 221,
SHADOW_START_SPEC = 222,
SHADOW_START = 223,
SHADOW_WAIT_SPEC = 224,
SHADOW_WAIT = 225,
SHADOW = 226,
STAGE = 227,
STATIC = 228,
STAT = 229,
STOP = 230,
SUBROUTINE = 231,
SUM = 232,
SYNC = 233,
TARGET = 234,
TASK = 235,
TASK_REGION = 236,
THEN = 237,
TO = 238,
TRACEON = 239,
TRACEOFF = 240,
TRUNC = 241,
TYPE = 242,
TYPE_DECL = 243,
UNDER = 244,
UNKNOWN = 245,
USE = 246,
VIRTUAL = 247,
VARIABLE = 248,
WAIT = 249,
WHERE = 250,
WHERE_ASSIGN = 251,
WHILE = 252,
WITH = 253,
WRITE = 254,
COMMENT = 255,
WGT_BLOCK = 256,
HPF_PROCESSORS = 257,
IOSTAT = 258,
ERR = 259,
END = 260,
OMPDVM_ATOMIC = 261,
OMPDVM_BARRIER = 262,
OMPDVM_COPYIN = 263,
OMPDVM_COPYPRIVATE = 264,
OMPDVM_CRITICAL = 265,
OMPDVM_ONETHREAD = 266,
OMPDVM_DO = 267,
OMPDVM_DYNAMIC = 268,
OMPDVM_ENDCRITICAL = 269,
OMPDVM_ENDDO = 270,
OMPDVM_ENDMASTER = 271,
OMPDVM_ENDORDERED = 272,
OMPDVM_ENDPARALLEL = 273,
OMPDVM_ENDPARALLELDO = 274,
OMPDVM_ENDPARALLELSECTIONS = 275,
OMPDVM_ENDPARALLELWORKSHARE = 276,
OMPDVM_ENDSECTIONS = 277,
OMPDVM_ENDSINGLE = 278,
OMPDVM_ENDWORKSHARE = 279,
OMPDVM_FIRSTPRIVATE = 280,
OMPDVM_FLUSH = 281,
OMPDVM_GUIDED = 282,
OMPDVM_LASTPRIVATE = 283,
OMPDVM_MASTER = 284,
OMPDVM_NOWAIT = 285,
OMPDVM_NONE = 286,
OMPDVM_NUM_THREADS = 287,
OMPDVM_ORDERED = 288,
OMPDVM_PARALLEL = 289,
OMPDVM_PARALLELDO = 290,
OMPDVM_PARALLELSECTIONS = 291,
OMPDVM_PARALLELWORKSHARE = 292,
OMPDVM_RUNTIME = 293,
OMPDVM_SECTION = 294,
OMPDVM_SECTIONS = 295,
OMPDVM_SCHEDULE = 296,
OMPDVM_SHARED = 297,
OMPDVM_SINGLE = 298,
OMPDVM_THREADPRIVATE = 299,
OMPDVM_WORKSHARE = 300,
OMPDVM_NODES = 301,
OMPDVM_IF = 302,
IAND = 303,
IEOR = 304,
IOR = 305,
ACC_REGION = 306,
ACC_END_REGION = 307,
ACC_CHECKSECTION = 308,
ACC_END_CHECKSECTION = 309,
ACC_GET_ACTUAL = 310,
ACC_ACTUAL = 311,
ACC_TARGETS = 312,
ACC_ASYNC = 313,
ACC_HOST = 314,
ACC_CUDA = 315,
ACC_LOCAL = 316,
ACC_INLOCAL = 317,
ACC_CUDA_BLOCK = 318,
ACC_ROUTINE = 319,
ACC_TIE = 320,
BY = 321,
IO_MODE = 322,
CP_CREATE = 323,
CP_LOAD = 324,
CP_SAVE = 325,
CP_WAIT = 326,
FILES = 327,
VARLIST = 328,
STATUS = 329,
EXITINTERVAL = 330,
TEMPLATE_CREATE = 331,
TEMPLATE_DELETE = 332,
SPF_ANALYSIS = 333,
SPF_PARALLEL = 334,
SPF_TRANSFORM = 335,
SPF_NOINLINE = 336,
SPF_PARALLEL_REG = 337,
SPF_END_PARALLEL_REG = 338,
SPF_EXPAND = 339,
SPF_FISSION = 340,
SPF_SHRINK = 341,
SPF_CHECKPOINT = 342,
SPF_EXCEPT = 343,
SPF_FILES_COUNT = 344,
SPF_INTERVAL = 345,
SPF_TIME = 346,
SPF_ITER = 347,
SPF_FLEXIBLE = 348,
SPF_APPLY_REGION = 349,
SPF_APPLY_FRAGMENT = 350,
SPF_CODE_COVERAGE = 351,
SPF_UNROLL = 352,
BINARY_OP = 355,
UNARY_OP = 356
};
#endif
/* Tokens. */
#define PERCENT 1
#define AMPERSAND 2
#define ASTER 3
#define CLUSTER 4
#define COLON 5
#define COMMA 6
#define DASTER 7
#define DEFINED_OPERATOR 8
#define DOT 9
#define DQUOTE 10
#define GLOBAL_A 11
#define LEFTAB 12
#define LEFTPAR 13
#define MINUS 14
#define PLUS 15
#define POINT_TO 16
#define QUOTE 17
#define RIGHTAB 18
#define RIGHTPAR 19
#define AND 20
#define DSLASH 21
#define EQV 22
#define EQ 23
#define EQUAL 24
#define FFALSE 25
#define GE 26
#define GT 27
#define LE 28
#define LT 29
#define NE 30
#define NEQV 31
#define NOT 32
#define OR 33
#define TTRUE 34
#define SLASH 35
#define XOR 36
#define REFERENCE 37
#define AT 38
#define ACROSS 39
#define ALIGN_WITH 40
#define ALIGN 41
#define ALLOCATABLE 42
#define ALLOCATE 43
#define ARITHIF 44
#define ASSIGNMENT 45
#define ASSIGN 46
#define ASSIGNGOTO 47
#define ASYNCHRONOUS 48
#define ASYNCID 49
#define ASYNCWAIT 50
#define BACKSPACE 51
#define BAD_CCONST 52
#define BAD_SYMBOL 53
#define BARRIER 54
#define BLOCKDATA 55
#define BLOCK 56
#define BOZ_CONSTANT 57
#define BYTE 58
#define CALL 59
#define CASE 60
#define CHARACTER 61
#define CHAR_CONSTANT 62
#define CHECK 63
#define CLOSE 64
#define COMMON 65
#define COMPLEX 66
#define COMPGOTO 67
#define CONSISTENT_GROUP 68
#define CONSISTENT_SPEC 69
#define CONSISTENT_START 70
#define CONSISTENT_WAIT 71
#define CONSISTENT 72
#define CONSTRUCT_ID 73
#define CONTAINS 74
#define CONTINUE 75
#define CORNER 76
#define CYCLE 77
#define DATA 78
#define DEALLOCATE 79
#define HPF_TEMPLATE 80
#define DEBUG 81
#define DEFAULT_CASE 82
#define DEFINE 83
#define DERIVED 84
#define DIMENSION 85
#define DISTRIBUTE 86
#define DOWHILE 87
#define DOUBLEPRECISION 88
#define DOUBLECOMPLEX 89
#define DP_CONSTANT 90
#define DVM_POINTER 91
#define DYNAMIC 92
#define ELEMENTAL 93
#define ELSE 94
#define ELSEIF 95
#define ELSEWHERE 96
#define ENDASYNCHRONOUS 97
#define ENDDEBUG 98
#define ENDINTERVAL 99
#define ENDUNIT 100
#define ENDDO 101
#define ENDFILE 102
#define ENDFORALL 103
#define ENDIF 104
#define ENDINTERFACE 105
#define ENDMODULE 106
#define ENDON 107
#define ENDSELECT 108
#define ENDTASK_REGION 109
#define ENDTYPE 110
#define ENDWHERE 111
#define ENTRY 112
#define EXIT 113
#define EOLN 114
#define EQUIVALENCE 115
#define ERROR 116
#define EXTERNAL 117
#define F90 118
#define FIND 119
#define FORALL 120
#define FORMAT 121
#define FUNCTION 122
#define GATE 123
#define GEN_BLOCK 124
#define HEAP 125
#define HIGH 126
#define IDENTIFIER 127
#define IMPLICIT 128
#define IMPLICITNONE 129
#define INCLUDE_TO 130
#define INCLUDE 131
#define INDEPENDENT 132
#define INDIRECT_ACCESS 133
#define INDIRECT_GROUP 134
#define INDIRECT 135
#define INHERIT 136
#define INQUIRE 137
#define INTERFACEASSIGNMENT 138
#define INTERFACEOPERATOR 139
#define INTERFACE 140
#define INTRINSIC 141
#define INTEGER 142
#define INTENT 143
#define INTERVAL 144
#define INOUT 145
#define IN 146
#define INT_CONSTANT 147
#define LABEL 148
#define LABEL_DECLARE 149
#define LET 150
#define LOCALIZE 151
#define LOGICAL 152
#define LOGICALIF 153
#define LOOP 154
#define LOW 155
#define MAXLOC 156
#define MAX 157
#define MAP 158
#define MINLOC 159
#define MIN 160
#define MODULE_PROCEDURE 161
#define MODULE 162
#define MULT_BLOCK 163
#define NAMEEQ 164
#define NAMELIST 165
#define NEW_VALUE 166
#define NEW 167
#define NULLIFY 168
#define OCTAL_CONSTANT 169
#define ONLY 170
#define ON 171
#define ON_DIR 172
#define ONTO 173
#define OPEN 174
#define OPERATOR 175
#define OPTIONAL 176
#define OTHERWISE 177
#define OUT 178
#define OWN 179
#define PARALLEL 180
#define PARAMETER 181
#define PAUSE 182
#define PLAINDO 183
#define PLAINGOTO 184
#define POINTER 185
#define POINTERLET 186
#define PREFETCH 187
#define PRINT 188
#define PRIVATE 189
#define PRODUCT 190
#define PROGRAM 191
#define PUBLIC 192
#define PURE 193
#define RANGE 194
#define READ 195
#define REALIGN_WITH 196
#define REALIGN 197
#define REAL 198
#define REAL_CONSTANT 199
#define RECURSIVE 200
#define REDISTRIBUTE_NEW 201
#define REDISTRIBUTE 202
#define REDUCTION_GROUP 203
#define REDUCTION_START 204
#define REDUCTION_WAIT 205
#define REDUCTION 206
#define REMOTE_ACCESS_SPEC 207
#define REMOTE_ACCESS 208
#define REMOTE_GROUP 209
#define RESET 210
#define RESULT 211
#define RETURN 212
#define REWIND 213
#define SAVE 214
#define SECTION 215
#define SELECT 216
#define SEQUENCE 217
#define SHADOW_ADD 218
#define SHADOW_COMPUTE 219
#define SHADOW_GROUP 220
#define SHADOW_RENEW 221
#define SHADOW_START_SPEC 222
#define SHADOW_START 223
#define SHADOW_WAIT_SPEC 224
#define SHADOW_WAIT 225
#define SHADOW 226
#define STAGE 227
#define STATIC 228
#define STAT 229
#define STOP 230
#define SUBROUTINE 231
#define SUM 232
#define SYNC 233
#define TARGET 234
#define TASK 235
#define TASK_REGION 236
#define THEN 237
#define TO 238
#define TRACEON 239
#define TRACEOFF 240
#define TRUNC 241
#define TYPE 242
#define TYPE_DECL 243
#define UNDER 244
#define UNKNOWN 245
#define USE 246
#define VIRTUAL 247
#define VARIABLE 248
#define WAIT 249
#define WHERE 250
#define WHERE_ASSIGN 251
#define WHILE 252
#define WITH 253
#define WRITE 254
#define COMMENT 255
#define WGT_BLOCK 256
#define HPF_PROCESSORS 257
#define IOSTAT 258
#define ERR 259
#define END 260
#define OMPDVM_ATOMIC 261
#define OMPDVM_BARRIER 262
#define OMPDVM_COPYIN 263
#define OMPDVM_COPYPRIVATE 264
#define OMPDVM_CRITICAL 265
#define OMPDVM_ONETHREAD 266
#define OMPDVM_DO 267
#define OMPDVM_DYNAMIC 268
#define OMPDVM_ENDCRITICAL 269
#define OMPDVM_ENDDO 270
#define OMPDVM_ENDMASTER 271
#define OMPDVM_ENDORDERED 272
#define OMPDVM_ENDPARALLEL 273
#define OMPDVM_ENDPARALLELDO 274
#define OMPDVM_ENDPARALLELSECTIONS 275
#define OMPDVM_ENDPARALLELWORKSHARE 276
#define OMPDVM_ENDSECTIONS 277
#define OMPDVM_ENDSINGLE 278
#define OMPDVM_ENDWORKSHARE 279
#define OMPDVM_FIRSTPRIVATE 280
#define OMPDVM_FLUSH 281
#define OMPDVM_GUIDED 282
#define OMPDVM_LASTPRIVATE 283
#define OMPDVM_MASTER 284
#define OMPDVM_NOWAIT 285
#define OMPDVM_NONE 286
#define OMPDVM_NUM_THREADS 287
#define OMPDVM_ORDERED 288
#define OMPDVM_PARALLEL 289
#define OMPDVM_PARALLELDO 290
#define OMPDVM_PARALLELSECTIONS 291
#define OMPDVM_PARALLELWORKSHARE 292
#define OMPDVM_RUNTIME 293
#define OMPDVM_SECTION 294
#define OMPDVM_SECTIONS 295
#define OMPDVM_SCHEDULE 296
#define OMPDVM_SHARED 297
#define OMPDVM_SINGLE 298
#define OMPDVM_THREADPRIVATE 299
#define OMPDVM_WORKSHARE 300
#define OMPDVM_NODES 301
#define OMPDVM_IF 302
#define IAND 303
#define IEOR 304
#define IOR 305
#define ACC_REGION 306
#define ACC_END_REGION 307
#define ACC_CHECKSECTION 308
#define ACC_END_CHECKSECTION 309
#define ACC_GET_ACTUAL 310
#define ACC_ACTUAL 311
#define ACC_TARGETS 312
#define ACC_ASYNC 313
#define ACC_HOST 314
#define ACC_CUDA 315
#define ACC_LOCAL 316
#define ACC_INLOCAL 317
#define ACC_CUDA_BLOCK 318
#define ACC_ROUTINE 319
#define ACC_TIE 320
#define BY 321
#define IO_MODE 322
#define CP_CREATE 323
#define CP_LOAD 324
#define CP_SAVE 325
#define CP_WAIT 326
#define FILES 327
#define VARLIST 328
#define STATUS 329
#define EXITINTERVAL 330
#define TEMPLATE_CREATE 331
#define TEMPLATE_DELETE 332
#define SPF_ANALYSIS 333
#define SPF_PARALLEL 334
#define SPF_TRANSFORM 335
#define SPF_NOINLINE 336
#define SPF_PARALLEL_REG 337
#define SPF_END_PARALLEL_REG 338
#define SPF_EXPAND 339
#define SPF_FISSION 340
#define SPF_SHRINK 341
#define SPF_CHECKPOINT 342
#define SPF_EXCEPT 343
#define SPF_FILES_COUNT 344
#define SPF_INTERVAL 345
#define SPF_TIME 346
#define SPF_ITER 347
#define SPF_FLEXIBLE 348
#define SPF_APPLY_REGION 349
#define SPF_APPLY_FRAGMENT 350
#define SPF_CODE_COVERAGE 351
#define SPF_UNROLL 352
#define BINARY_OP 355
#define UNARY_OP 356
#if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED
typedef union YYSTYPE
#line 435 "gram1.y"
{
int token;
char charv;
char *charp;
PTR_BFND bf_node;
PTR_LLND ll_node;
PTR_SYMB symbol;
PTR_TYPE data_type;
PTR_HASH hash_entry;
PTR_LABEL label;
}
/* Line 1489 of yacc.c. */
#line 773 "gram1.tab.h"
YYSTYPE;
# define yystype YYSTYPE /* obsolescent; will be withdrawn */
# define YYSTYPE_IS_DECLARED 1
# define YYSTYPE_IS_TRIVIAL 1
#endif
extern YYSTYPE yylval;

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@@ -0,0 +1,284 @@
/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/*
* hash.c -- hash table routines
*/
#include <stdio.h>
#include "compatible.h"
#ifdef SYS5
#include <string.h>
#else
#include <strings.h>
#endif
#include "defs.h"
#include "symb.h"
#include "defines.h"
#include "bif.h"
#include "extern.h"
extern int parstate;
extern PTR_BFND cur_bfnd, pred_bfnd, global_bfnd;
extern PTR_TYPE vartype, global_default, impltype[];
extern void make_prog_header();
PTR_TYPE install_array();
PTR_LLND make_llnd();
PTR_SYMB make_symb();
char *chkalloc();
void free();
void errstr();
PTR_HASH hash_table[hashMax];
/*
* init_hash -- initialize the hash table
*/
void
init_hash()
{
register int i;
for (i = 0; i < hashMax; i++)
hash_table[i] = HSNULL;
}
/*
* Hash(string) -- compute hash value of string.
*/
int
hash(string)
register char *string;
{
register int i;
for (i = 0; *string;)
i += *string++;
return (i % hashMax);
}
/*
* look_up(string) -- lookup string in the hash table and
* install it if not there
*/
PTR_HASH
look_up(string, decl_type)
register char *string;
int decl_type;
{
int i;
register PTR_HASH entry;
PTR_BFND cur_scope(), p;
i = hash(string);
p = cur_scope();
for (entry = hash_table[i]; entry; entry = entry->next_entry) {
if (!strcmp(string, entry->ident) && (entry->id_attr)) {
if ((entry->id_attr->scope == p) ||
((entry->id_attr->variant==FUNCTION_NAME) &&
(p->variant==FUNC_HEDR) &&
(p->entry.Template.symbol==entry->id_attr)))
return (entry);
if (decl_type == SOFT) {
for (p=cur_scope(); NEW_SCOPE(p); p = p->control_parent) {
if (entry->id_attr->scope == p)
return (entry);
}
if (entry->id_attr->scope == p)
return (entry);
}
}
}
entry = (struct hash_entry *) chkalloc(sizeof(struct hash_entry));
entry->ident = copys(string);
entry->next_entry = hash_table[i];
hash_table[i] = entry;
return (entry);
}
PTR_HASH
correct_symtab(h, type)
PTR_HASH h;
int type;
{
int i;
PTR_HASH entry;
i = hash(h->ident);
for (entry = hash_table[i]; entry; entry = entry->next_entry) {
if (!strcmp(h->ident, entry->ident)
&& ( !(entry->id_attr)
||(entry->id_attr->variant==type))
&& (h != entry))
break;
}
if (!entry) return h;
if (hash_table[i] != h) {
fprintf (stderr, "Bug in correct_symtab\n");
return h;
}
hash_table[i] = hash_table[i]->next_entry;
#ifdef __SPF
removeFromCollection(h);
#endif
free((char *)h);
return hash_table[i];
}
/*
* Checks whether the "name" is installed and installs as a SOFT
* entry if not.
*/
PTR_LLND
check_and_install(h, d, ndim)
PTR_HASH h;
PTR_LLND d;
int ndim;
{
PTR_BFND cur_scope();
PTR_SYMB install_entry();
PTR_TYPE p = NULL;
PTR_SYMB s;
PTR_LLND r;
void set_type(), err();
/* Check if the variable is already declared */
if ((s = h->id_attr) && (s->scope == cur_scope()) && s->type) {
if (d && s->type->variant != T_ARRAY) {
p = install_array(d, s->type, ndim);
s->type = p;
}
}
else {
if (h->id_attr && h->id_attr->type)
p = h->id_attr->type;
else if (!undeftype)
p = impltype[*h->ident - 'a'];
else
err("Variable type unknown",327);
if (d)
p = install_array(d, p, ndim);
s = install_entry(h, SOFT);
set_type(s, p, LOCAL);
}
if (d) {
r = p->entry.ar_decl.ranges
= make_llnd(fi,ARRAY_REF, d, LLNULL, s);
}
else
r = make_llnd(fi,VAR_REF, LLNULL, LLNULL, s);
return make_llnd(fi,EXPR_LIST, r, LLNULL, SMNULL);
}
/*
* install_entry takes a pointer to a hash entry and
* makes another symbol table entry for the same id
*/
PTR_SYMB
install_entry(entry, decl_type)
PTR_HASH entry;
int decl_type;
{
register PTR_SYMB symb_ptr;
PTR_BFND cur_scope();
PTR_BFND p;
void err();
if (decl_type == HARD && entry->id_attr &&
entry->id_attr->scope != cur_scope())
entry = look_up(entry->ident, HARD);
if ((entry->id_attr) && ((entry->id_attr->scope == cur_scope()) ||
((entry->id_attr->variant==FUNCTION_NAME) &&
(entry->id_attr->scope->variant==FUNC_HEDR))))
{
if (entry->id_attr->decl == SOFT) {
entry->id_attr->decl = decl_type;
return(entry->id_attr);
}
if (decl_type == SOFT)
return(entry->id_attr);
/* else */
errstr("Redeclaration of identifier: %s",entry->id_attr->ident,328);
/*(void)fprintf(stderr, "id: %s\n", entry->id_attr->ident);*/
return (SMNULL);
}
symb_ptr = make_symb(fi,DEFAULT, entry->ident);
for (p=cur_scope();
NEW_SCOPE(p) && (decl_type==SOFT);
p = p->control_parent)
;
symb_ptr->scope = p;
symb_ptr->outer = entry->id_attr;
symb_ptr->parent = entry;
symb_ptr->decl = decl_type;
entry->id_attr = symb_ptr;
symb_ptr->id_list = SMNULL;
return (symb_ptr);
}
PTR_SYMB
get_proc_symbol(entry)
PTR_HASH entry;
{
register PTR_SYMB symb_ptr;
PTR_BFND cur_scope();
symb_ptr = make_symb(fi, PROCEDURE_NAME, entry->ident);
symb_ptr->scope = global_bfnd;
symb_ptr->outer = entry->id_attr;
symb_ptr->parent = entry;
entry->id_attr = symb_ptr;
return (symb_ptr);
}
/*
PTR_BFND
cur_scope()
{
register PTR_BFND p;
*/
/* Takes cares of main program unit begining without a PROGRAM
statement. After rewrite of statement processing has been done,
strengthen ( weaken? ) the test.
*/
/*
if ((pred_bfnd->variant == GLOBAL) && (parstate == OUTSIDE))
{
make_prog_header();
return (pred_bfnd);
}
for (p = pred_bfnd;
(p->variant != PROG_HEDR) &&
(p->variant != PROC_HEDR) &&
(p->variant != PROS_HEDR) &&
(p->variant != FUNC_HEDR) &&
(p->variant != BLOCK_DATA) &&
(p->variant != FORALL_NODE) &&
(p->variant != GLOBAL) &&
(p->variant != CDOALL_NODE) &&
(p->variant != SDOALL_NODE) &&
(p->variant != DOACROSS_NODE) &&
(p->variant != STRUCT_DECL);
p = p->control_parent);
;
return (p);
}
*/

2
dvm/fdvm/trunk/parser/head Normal file
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/* don't modify this file directly, it is made by a clever 'sed'
script using "tag". Run make tag.h to regenerate this file */

281
dvm/fdvm/trunk/parser/init.c Normal file
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@@ -0,0 +1,281 @@
/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
#include "inc.h"
#include "defines.h"
#include "db.h"
extern int yylineno;
extern PTR_FILE fi;
/* In the following "set" means set the value to YES, or 1 */
#ifndef __SPF_BUILT_IN_PARSER
int debug;
#endif
int errline; /* line number of 1st error */
int inioctl; /* set if processing I/O control stmt */
int needkwd; /* set if stmt needs keyword */
int optkwd; /* set if stmt needs optional keyword */
int implkwd; /* set if processing IMPLICIT statement */
/*!!!*/
int opt_kwd_; /* set if stmt needs optional keyword (fdvm.gram)*/
int opt_in_out; /* set if stmt needs keyword IN or OUT*/
int as_op_kwd_; /* set if stmt needs keyword ASSIGNMENT or OPERATOR */
int opt_kwd_hedr; /* set if stmt needs after type specification */
int opt_kwd_r; /* set if stmt needs optional keyword followed by '(' (fdvm.gram)*/
int optcorner; /* set if stmt needs optional keyword CORNER(fdvm.gram)*/
int optcall; /* set if stmt needs optional "call" */
int opt_l_s; /* set if stmt needs optional "location"
or "submachine" */
int colon_flag; /* set if stmt needs keyword followed by
colon. */
int is_openmp_stmt = 0; /* set if OpenMP stmt*/ /*OMP*/
int operator_slash; /*OMP*/
int nioctl;
int data_stat;
extern int yydebug;
long yystno = 0;
int yyleng ;
char yyquote ;
int yylisting = 0; /* set if listing to stdio required */
int yylonglines = 0; /* set if non-standard line length allowed */
int prflag;
int dorange; /* current do range label */
int undeftype = NO; /* set if IMPLICIT NONE */
int maxdim = 15; /* max allowable number of dimensions */
int nowarnflag = NO; /* set if don't want warning messages */
int shiftcase = YES; /* convert variable to lower case */
int num_files;
char intonly; /* set if only integer param allowed */
#if __SPF_BUILT_IN_PARSER && !_WIN32
extern int warn_all; /* set if -w option specified*/
#else
int warn_all; /* set if -w option specified*/
#endif
int errcnt = 0; /* error count */
int nwarn = 0; /* number of warning */
int mod_offset; /* line no offset of current module */
int num_bfnds; /* total # of bif nodes */
int num_llnds; /* total # of low level nodes */
int num_symbs; /* total # of symbol nodes */
int num_types; /* total # of types nodes */
int num_blobs; /* total # of blob nodes */
int num_sets; /* total # of set nodes */
int num_cmnt;
int num_def; /* total # of dependncy nodes */
int num_dep;
int num_deflst;
int num_label; /* total # of label nodes */
PTR_LLND first_unresolved_call = LLNULL, last_unresolved_call = LLNULL;
PTR_SYMB global_list;
PTR_BFND head_bfnd, /* start of bfnd chain */
cur_bfnd, /* point to current bfnd */
pred_bfnd, /* used in finding the predecessor */
last_bfnd;
PTR_LLND head_llnd, cur_llnd;
PTR_SYMB head_symb, cur_symb;
PTR_TYPE head_type, cur_type;
PTR_LABEL head_label, cur_label, thislabel;
PTR_BLOB head_blob, cur_blob;
PTR_SETS head_sets, cur_sets;
PTR_DEF head_def, cur_def;
PTR_FNAME head_file, cur_thread_file, the_file;
PTR_DEFLST head_deflst, cur_deflst;
PTR_DEP head_dep, cur_dep, pre_dep;
PTR_CMNT head_cmnt, cur_cmnt;
PTR_BFND global_bfnd;
PTR_SYMB star_symb;
PTR_TYPE vartype;
PTR_CMNT comments;
#if __SPF_BUILT_IN_PARSER && !_WIN32
extern PTR_CMNT cur_comment;
#else
PTR_CMNT cur_comment;
#endif
PTR_TYPE make_type();
PTR_SYMB make_symb();
PTR_BFND get_bfnd();
PTR_BLOB make_blob();
void init_hash();
void init_scope_table();
PTR_TYPE global_int, global_float, global_double, global_char, global_string;
PTR_TYPE global_bool, global_complex, global_dcomplex, global_gate,
global_event, global_sequence,global_default,global_string_2;
char yytext[1000]; /* text consumed for current lexeme */
char *infname;
#if __SPF_BUILT_IN_PARSER && !_WIN32
extern char saveall; /* set if "SAVE ALL" */
extern int privateall; /* set if "PRIVATE ALL" */
#else
char saveall; /* set if "SAVE ALL" */
int privateall; /* set if "PRIVATE ALL" */
#endif
char substars; /* set if * parameters seen */
int blklevel; /* current block level */
int parstate; /* current parser's state */
PTR_TYPE impltype[26]; /* implicit type for 'a' to 'z' */
int procno; /* procedure # in current file */
int proctype; /* procedure type */
char *procname; /* procedure name */
int procclass;
int nentry; /* # of entries */
char multitype;
/*
* General initialization routine
*/
void
initialize()
{
errcnt = 0; /* error count */
nwarn = 0; /* number of warning */
parstate = OUTSIDE; /* current parser's state */
yylineno = 0; /* global line no from lex */
mod_offset = 0;
num_files = 0;
num_bfnds = 0; /* total # of bif nodes */
num_llnds = 0; /* total # of low level nodes */
num_symbs = 0; /* total # of symbol nodes */
num_types = 0; /* total # of types nodes */
num_blobs = 0; /* total # of blob nodes */
num_sets = 0; /* total # of set nodes */
num_cmnt = 0;
num_def = 0; /* total # of dependncy nodes */
num_dep = 0;
num_deflst = 0;
num_label = 0; /* total # of label nodes */
global_list = (PTR_SYMB) NULL;
head_bfnd = BFNULL;
cur_bfnd = BFNULL;
pred_bfnd = BFNULL; /* used in finding the predecessor */
last_bfnd = BFNULL;
head_llnd = LLNULL;
cur_llnd = LLNULL;
head_symb = SMNULL;
cur_symb = SMNULL;
head_cmnt = CMNULL;
cur_cmnt = CMNULL;
head_type = TYNULL;
cur_type = TYNULL;
head_label = LBNULL;
cur_label = LBNULL;
thislabel = LBNULL;
head_blob = BLNULL;
cur_blob = BLNULL;
head_sets = (PTR_SETS)NULL;
cur_sets = (PTR_SETS)NULL;
head_file = (PTR_FNAME)NULL;
head_def = (PTR_DEF)NULL;
cur_def = (PTR_DEF)NULL;
head_deflst = (PTR_DEFLST)NULL;
cur_deflst = (PTR_DEFLST)NULL;
head_dep = (PTR_DEP)NULL;
cur_dep = (PTR_DEP)NULL;
pre_dep = (PTR_DEP)NULL;
global_bfnd = BFNULL;
comments = CMNULL;
cur_comment = CMNULL;
global_int = make_type(fi,T_INT);
global_float = make_type(fi,T_FLOAT);
global_double = make_type(fi,T_DOUBLE);
global_char = make_type(fi,T_CHAR);
global_string = make_type(fi,T_STRING);
global_bool = make_type(fi,T_BOOL);
global_complex = make_type(fi,T_COMPLEX);
global_dcomplex = make_type(fi,T_DCOMPLEX);
global_gate = make_type(fi,T_GATE);
global_event = make_type(fi,T_EVENT);
global_sequence = make_type(fi,T_SEQUENCE);
global_default = make_type(fi,DEFAULT);
global_string_2 = make_type(fi,T_STRING);
global_string_2->entry.Template.dummy1=2;
star_symb = make_symb(fi,DEFAULT, "*");
fi->global_bfnd = global_bfnd = get_bfnd(fi,GLOBAL, SMNULL, LLNULL, LLNULL, LLNULL);
global_bfnd->filename=(PTR_FNAME)NULL;/*later we put something there*/
cur_blob = global_bfnd->entry.Template.bl_ptr1
= make_blob (fi,BFNULL, BLNULL);
pred_bfnd = global_bfnd;
init_hash();
init_scope_table();
}
/*
* Set implicit type and length for each alphabetic chars in the range c1 - c2
*/
void
setimpl(type, c1, c2)
PTR_TYPE type;
int c1, c2;
{
register int i;
char buff[100];
void err();
if (c1 == 0 || c2 == 0)
return;
if (c1 > c2) {
(void)sprintf(buff, "characters out of order in implicit:%c-%c", c1, c2);
err(buff);
} else {
for (i = c1; i <= c2; ++i) {
impltype[i - 'a'] = type;
}
}
}
/*
* Initialization routine for each new program unit
*/
void
procinit()
{
parstate = OUTSIDE;
blklevel = 1;
saveall = NO;
privateall = 0;
substars = NO;
nwarn = 0;
thislabel = LBNULL;
needkwd = 0;
/*!!!*/
opt_kwd_ = 0;
opt_kwd_r = 0;
optcorner = 0;
++procno;
proctype = T_UNKNOWN;
procname = "MAIN_ ";
nentry = 0;
multitype = NO;
blklevel = 1;
dorange = 0;
if (undeftype)
setimpl(global_default, 'a', 'z');
else {
setimpl(global_float, 'a', 'z');
setimpl(global_int, 'i', 'n');
}
}

3303
dvm/fdvm/trunk/parser/lexfdvm.c Normal file
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108
dvm/fdvm/trunk/parser/lists.c Normal file
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/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
#include <stdio.h>
#include "defs.h"
#include "bif.h"
#include "ll.h"
#include "symb.h"
#include "db.h"
extern PTR_TYPE global_default;
extern PTR_LLND make_llnd();
extern PTR_FILE fi;
void errstr();
/*
* set_ll_list attaches a new node to a given old_list and
* makes sure that the old_list is of the same type as ll_type
*/
PTR_LLND
set_ll_list(old_list, node, ll_type)
PTR_LLND old_list, node;
int ll_type;
{
register PTR_LLND temp, new;
if (!node) { /* the first item in the list */
new = make_llnd(fi,ll_type, old_list, LLNULL, SMNULL);
new->type = global_default;
return (new);
}
if (old_list->variant != ll_type) { /* first two items */
new = make_llnd(fi,ll_type, old_list,
make_llnd(fi,ll_type, node, LLNULL, SMNULL),
SMNULL);
new->type = global_default;
new->entry.Template.ll_ptr2->type = global_default;
return (new);
}
new = make_llnd(fi,ll_type, node, LLNULL, SMNULL);
for (temp = old_list;
temp->entry.Template.ll_ptr2;
temp = temp->entry.Template.ll_ptr2)
;
temp->entry.Template.ll_ptr2 = new;
new->type = global_default;
return (old_list);
}
/*
* set_id_list takes an old id list and runs down the list attaching new
* id at the end
*/
PTR_SYMB
set_id_list(old_list, id)
PTR_SYMB old_list, id;
{
register PTR_SYMB temp;
if (!id)
return (old_list);
if(id->id_list) {
errstr("'%s' is a duplicate dummy argument",id->ident,121); /*podd 9.03.00*/
return(old_list);
}
for (temp = old_list; temp->id_list; temp = temp->id_list)
;
temp->id_list = id;
return (old_list);
}
PTR_LLND
add_to_lowLevelList(ele, oldList)
PTR_LLND ele, oldList;
{
register PTR_LLND temp;
if (!ele)
return (oldList);
for (temp = oldList; temp->entry.list.next; temp = temp->entry.list.next)
;
temp->entry.list.next = ele;
return (oldList);
}
PTR_LLND
add_to_lowList(ele, oldList)
PTR_LLND ele, oldList;
{
register PTR_LLND temp;
if (!ele)
return (oldList);
for (temp = oldList; temp->entry.Template.ll_ptr2; temp = temp->entry.Template.ll_ptr2)
;
temp->entry.Template.ll_ptr2 = ele;
return (oldList);
}

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dvm/fdvm/trunk/parser/low_hpf.c Normal file
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99
dvm/fdvm/trunk/parser/makefile.uni Normal file
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#######################################################################
## Copyright (C) 1999 ##
## Keldysh Institute of Appllied Mathematics ##
#######################################################################
# dvm/fdvm/parser/makefile.uni
# HDR traditional header files.
# HDRg header files generated by programs.
# SRC traditional source files.
# SRCg source files generated by programs.
# OBJS object files required to load the program.
#
BINDIR = ../../bin
LIBDIR = ../lib
SAGEROOT = ../Sage
LIBINCLUDE = $(SAGEROOT)/lib/include
HINCLUDE = $(SAGEROOT)/h
DVMINCLUDE = ../include
EXECUTABLES = parse
INCL = -I. -I$(DVMINCLUDE) -I$(LIBINCLUDE) -I$(HINCLUDE)
# -w don't issue warning now.
CFLAGS=$(INCL) -c -DSYS5 -Wall
$(OUTDIR)/%.o:%.c
$(CC) $(CFLAGS) -o $(OUTDIR)/$*.o $<
gram1.tab.o: gram1.tab.c
$(CC) $(CFLAGS) -DYYDEBUG gram1.tab.c
LIBS = $(LIBDIR)/libdb.a
FDVM = $(DVMINCLUDE)/dvm_tag.h
HDR = $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(DVMINCLUDE)/extern.h $(HINCLUDE)/sets.h tag tokens
TOOLBOX_HDR = $(LIBINCLUDE)/macro.h $(LIBINCLUDE)/bif_node.def $(LIBINCLUDE)/type.def $(LIBINCLUDE)/symb.def
HDRg = tag.h tokdefs.h
HDRS = $(HDR) $(HDRg)
# !!
SRC = cftn.c init.c hash.c lexfdvm.c lists.c misc.c stat.c errors.c types.c sym.c \
low_hpf.c unparse_hpf.c
#!!
SRCg = gram.tab.c
SRCS = $(SRC) $(SRCg)
#!!
OBJS = cftn.o errors.o hash.o init.o \
lexfdvm.o lists.o misc.o stat.o \
types.o gram1.tab.o sym.o low_hpf.o unparse_hpf.o
$(BINDIR)/$(EXECUTABLES): $(OBJS)
$(LINKER) -o $(BINDIR)/$(EXECUTABLES) $(OBJS) $(LIBS)
all: $(BINDIR)/$(EXECUTABLES)
@echo "****** COMPILING EXECUTABLE $(EXECUTABLES) DONE ******"
clean:
rm -f $(OBJS)
cleanall:
rm -f $(OBJS)
# ***********************************************************
###
cftn.o: $(HINCLUDE)/db.h $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
ftn.gram: $(DVMINCLUDE)/extern.h $(HINCLUDE)/defines.h $(HINCLUDE)/defs.h \
$(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h
commsym.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h
errors.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h
exec.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag
gram.o: $(HINCLUDE)/defs.h \
$(HINCLUDE)/tag $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/defines.h
hash.o: $(HINCLUDE)/defs.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h $(HINCLUDE)/tag
init.o: $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h $(HINCLUDE)/db.h $(HINCLUDE)/tag
# !!
lexfdvm.o: $(DVMINCLUDE)/extern.h
lists.o: $(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/bif.h
misc.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/defines.h $(HINCLUDE)/db.h \
$(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
stat.o: $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h\
$(HINCLUDE)/sets.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h
sym.o: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/fdvm.h
types.o: $(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h
low_hpf.o: $(FDVM) $(TOOLBOX_HDR)
unparse_hpf.o: $(FDVM) $(TOOLBOX_HDR) $(DVMINCLUDE)/unparse.hpf

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dvm/fdvm/trunk/parser/makefile.win Normal file
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#######################################################################
## Copyright (C) 1999 ##
## Keldysh Institute of Appllied Mathematics ##
#######################################################################
# dvm/fdvm/parser/makefile.win
# HDR traditional header files.
# HDRg header files generated by programs.
# SRC traditional source files.
# SRCg source files generated by programs.
# OBJS object files required to load the program.
#
OUTDIR = ..\obj
BINDIR = ..\..\bin
LIBDIR = ..\lib
SAGEROOT =../Sage
LIBINCLUDE = $(SAGEROOT)/lib/include
HINCLUDE = $(SAGEROOT)/h
FDVMINCL = ../include
EXECUTABLES = parse
INCL = -I. -I$(FDVMINCL) -I$(LIBINCLUDE) -I$(HINCLUDE)
TOOLBOX_HDR = $(LIBINCLUDE)/macro.h $(LIBINCLUDE)/bif_node.def $(LIBINCLUDE)/type.def $(LIBINCLUDE)/symb.def
FDVM = $(DVMINCLUDE)/dvm_tag.h
# -w don't issue warning now.
#CFLAGS=/nologo /ML /W3 /GX /O2 /D "WIN32" /D "NDEBUG" /D "_WINDOWS" \
# /D "YYDEBUG" /D "MSDOS" /D "SYS5" /D "WIN" $(INCL) \
# /Fp"$(OUTDIR)/newsrc.pch" /YX /Fo"$(OUTDIR)/" /Fd"$(OUTDIR)/" /c
CFLAGS=/nologo /D "WIN32" /D "NDEBUG" /D "_WINDOWS" \
/D "YYDEBUG" /D "MSDOS" /D "SYS5" /D "WIN" $(INCL) \
/Fp"$(OUTDIR)/newsrc.pch" /Fo"$(OUTDIR)/" /Fd"$(OUTDIR)/" /c
.c{$(OUTDIR)/}.obj:
echo $(CC) $(CFLAGS) $<
$(CC) $(CFLAGS) $<
$(OUTDIR)/gram1.tab.obj: gram1.tab.c
$(CC) $(CFLAGS) /D "YYDEBUG" -c gram1.tab.c
LINK=$(LINKER)
LINK_FLAGS=/nologo /subsystem:console /incremental:no\
/pdb:"$(OUTDIR)\$(EXECUTABLES).pdb" /out:"$(BINDIR)\$(EXECUTABLES).exe"
LINK_FLAGS=kernel32.lib user32.lib gdi32.lib winspool.lib comdlg32.lib\
advapi32.lib shell32.lib ole32.lib oleaut32.lib uuid.lib odbc32.lib\
odbccp32.lib /nologo /subsystem:console /incremental:no\
/pdb:"$(OUTDIR)\$(EXECUTABLES).pdb" /out:"$(BINDIR)\$(EXECUTABLES).exe"
LIBS = $(LIBDIR)/libdb.lib
HDR = $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(DVMINCLUDE)/extern.h $(HINCLUDE)/sets.h tag tokens
HDRg = tag.h tokdefs.h
HDRS = $(HDR) $(HDRg)
# !!
SRC = cftn.c init.c hash.c lexfdvm.c lists.c\
misc.c stat.c errors.c types.c sym.c low_hpf.c unparse_hpf.c
#!!
SRCg = gram.tab.c
SRCS = $(SRC) $(SRCg)
#!!
OBJS = $(OUTDIR)/cftn.obj $(OUTDIR)/errors.obj $(OUTDIR)/hash.obj $(OUTDIR)/init.obj \
$(OUTDIR)/lexfdvm.obj $(OUTDIR)/lists.obj $(OUTDIR)/misc.obj $(OUTDIR)/stat.obj \
$(OUTDIR)/types.obj $(OUTDIR)/gram1.tab.obj $(OUTDIR)/sym.obj \
$(OUTDIR)/low_hpf.obj $(OUTDIR)/unparse_hpf.obj
$(BINDIR)/$(EXECUTABLES).exe: $(OBJS)
$(LINK) @<<
$(LINK_FLAGS) $(OBJS) $(LIBS)
<<
all: $(BINDIR)/$(EXECUTABLES).exe
@echo "*** COMPILING EXECUTABLE $(EXECUTABLES) DONE"
clean:
cleanall:
# ***********************************************************
###
cftn.obj: $(HINCLUDE)/db.h $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/bif.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
ftn.gram: $(DVMINCLUDE)/extern.h $(HINCLUDE)/defines.h $(HINCLUDE)/defs.h \
$(DVMINCLUDE)/fdvm.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h
commsym.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h
errors.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h
exec.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/tag
gram.obj: $(HINCLUDE)/defs.h \
$(HINCLUDE)/tag $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/defines.h
hash.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h \
$(HINCLUDE)/db.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/sets.h $(HINCLUDE)/tag
init.obj: $(DVMINCLUDE)/inc.h $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h $(HINCLUDE)/db.h $(HINCLUDE)/tag
# !!
lexfdvm.obj: $(DVMINCLUDE)/extern.h
lists.obj:$(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/bif.h
misc.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/defines.h $(HINCLUDE)/db.h \
$(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h $(HINCLUDE)/sets.h
stat.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/bif.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h\
$(HINCLUDE)/sets.h $(HINCLUDE)/defines.h $(DVMINCLUDE)/extern.h
sym.obj: $(HINCLUDE)/defs.h $(HINCLUDE)/tag $(HINCLUDE)/symb.h $(HINCLUDE)/defines.h \
$(HINCLUDE)/bif.h $(DVMINCLUDE)/extern.h $(HINCLUDE)/db.h $(HINCLUDE)/ll.h \
$(HINCLUDE)/sets.h $(DVMINCLUDE)/fdvm.h
types.obj:$(HINCLUDE)/defs.h $(HINCLUDE)/ll.h $(HINCLUDE)/symb.h
low_hpf.obj: $(FDVM) $(TOOLBOX_HDR)
unparse_hpf.obj: $(FDVM) $(TOOLBOX_HDR) $(DVMINCLUDE)/unparse.hpf

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/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/*
* misc.c
*
* Misellanious help routines
*/
#include "defs.h"
#include "defines.h"
#include <ctype.h>
#include "db.h"
#include <stdlib.h>
#include <string.h>
extern int blklevel;
extern void warn1();
extern PTR_BFND cur_scope();
PTR_LABEL make_label();
extern PTR_FILE fi;
void free();
extern PTR_CMNT comments;
extern PTR_FNAME cur_thread_file;
extern PTR_FNAME the_file;
extern int yylineno;
extern int mod_offset;
extern PTR_BFND last_bfnd;
extern PTR_BFND head_bfnd, last_bfnd;
extern PTR_LLND head_llnd;
extern PTR_SYMB head_symb;
extern PTR_TYPE head_type;
extern PTR_LABEL head_label;
/*
* eqn -- checks if first n characters of two strings are the same
*
* input:
* n - length to be checked
* a - string1
* b - string2
*
* output:
* YES if the first n characters are same. NO, otherwise.
*/
int
eqn(n, a, b)
register int n;
register unsigned char *a, *b;
{
while (--n >= 0)
if ((isupper(*a) ? tolower(*a++) : *a++) != *b++)
return (NO);
return (YES);
}
/*
* StringConcatenation -- concatenate strings
*/
char *StringConcatenation(char *s1, char*s2)
{
char *res = (char*)malloc(strlen(s1)+strlen(s2)+1);
res[0] = '\0';
strcat(res, s1);
strcat(res, s2);
return res;
}
/*
* convci - converts an ASCII string to binary
*
* input:
* n - length of the string
* s - the string to be converted
*
* output:
* the converted long value
*/
long
convci(n, s)
register int n;
register char *s;
{
register long sum;
sum = 0;
while (n-- > 0)
sum = 10 * sum + (*s++ - '0');
return (sum);
}
/*
* convic -- converts a long integer to ASCII string
*
* input:
* n - the number to be converted
*
* output:
* the converted string
*/
char *
convic(n)
long n;
{
static char s[20];
register char *t;
s[19] = '\0';
t = s + 19;
do {
*--t = '0' + n % 10;
n /= 10;
} while (n > 0);
return (t);
}
/*
* Get a BIF node
*/
PTR_BFND
get_bfnd(fid,node_type, symb_ptr, ll1, ll2, ll3)
PTR_FILE fid;
int node_type;
PTR_SYMB symb_ptr;
PTR_LLND ll1, ll2, ll3;
{
PTR_BFND new_bfnd, make_bfnd();
new_bfnd = make_bfnd(fid, node_type, symb_ptr, ll1, ll2, ll3);
new_bfnd->filename = the_file;
/*new_bfnd->filename = cur_thread_file;*/ /*podd 18.04.99*/
new_bfnd->entry.Template.cmnt_ptr = comments;
new_bfnd->entry.Template.bl_ptr1 = BLNULL;
new_bfnd->entry.Template.bl_ptr2 = BLNULL;
new_bfnd->g_line = yylineno;
new_bfnd->l_line = yylineno - mod_offset;
last_bfnd = new_bfnd;
return (new_bfnd);
}
void
release_nodes()
{
register PTR_BFND p1 = head_bfnd;
register PTR_LLND p2 = head_llnd;
register PTR_SYMB p3 = head_symb;
register PTR_TYPE p4 = head_type;
register PTR_LABEL p5 =head_label;
register PTR_BFND t1;
register PTR_LLND t2;
register PTR_SYMB t3;
register PTR_TYPE t4;
register PTR_LABEL t5;
while (p1) {
t1 = p1;
p1 = p1->thread;
#ifdef __SPF
removeFromCollection(t1);
#endif
free ((char *)t1);
}
while (p2) {
t2 = p2;
p2 = p2->thread;
#ifdef __SPF
removeFromCollection(t2);
#endif
free ((char *)t2);
}
while (p3) {
t3 = p3;
p3 = p3->thread;
#ifdef __SPF
removeFromCollection(t3);
#endif
free ((char *)t3);
}
while (p4) {
t4 = p4;
p4 = p4->thread;
#ifdef __SPF
removeFromCollection(t4);
#endif
free ((char *)t4);
}
while (p5) {
t5 = p5;
p5 = p5->next;
#ifdef __SPF
removeFromCollection(t5);
#endif
free ((char *)t5);
}
}

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621
dvm/fdvm/trunk/parser/tag Normal file
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/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/******************* variant tags for bif nodes **********************/
#define GLOBAL 100
#define PROG_HEDR 101
#define PROC_HEDR 102
#define BASIC_BLOCK 103
#define CONTROL_END 104
#define IF_NODE 105
#define LOOP_NODE 106
#define FOR_NODE 107
#define FORALL_NODE 108
#define WHILE_NODE 109
#define EXIT_NODE 110
#define ASSIGN_STAT 111
#define M_ASSIGN_STAT 112
#define PROC_STAT 113
#define SUM_ACC 114 /* accumulation statements */
#define MULT_ACC 115
#define MAX_ACC 116
#define MIN_ACC 117
#define CAT_ACC 118
#define OR_ACC 119
#define AND_ACC 120
#define READ_STAT 121
#define WRITE_STAT 122
#define OTHERIO_STAT 123
#define CDOALL_NODE 124
#define SDOALL_NODE 125
#define DOACROSS_NODE 126
#define CDOACROSS_NODE 127
#define DVM_INTERVAL_DIR 128 /* DVM-F */
#define DVM_ENDINTERVAL_DIR 129 /* DVM-F */
#define FUNC_HEDR 130
#define WHERE_NODE 131
#define ALLDO_NODE 132
#define IDENTIFY 133
#define FORMAT_STAT 134
#define STOP_STAT 135
#define RETURN_STAT 136
#define ELSEIF_NODE 137
#define ARITHIF_NODE 138
#define GOTO_NODE 139
#define ASSGOTO_NODE 140
#define COMGOTO_NODE 141
#define PAUSE_NODE 142
#define STOP_NODE 143
#define ASSLAB_STAT 144
#define LOGIF_NODE 145
#define DVM_DEBUG_DIR 146 /* DVM-F */
#define DVM_ENDDEBUG_DIR 147 /* DVM-F */
#define DVM_TRACEON_DIR 148 /* DVM-F */
#define DVM_TRACEOFF_DIR 149 /* DVM-F */
#define BLOB 150
#define SIZES 151
#define COMMENT_STAT 152
#define CONT_STAT 153
#define VAR_DECL 154
#define PARAM_DECL 155
#define COMM_STAT 156
#define EQUI_STAT 157
#define IMPL_DECL 158
#define DATA_DECL 159
#define SAVE_DECL 160
#define ENTRY_STAT 162
#define STMTFN_STAT 163
#define DIM_STAT 164
#define BLOCK_DATA 165
#define EXTERN_STAT 166
#define INTRIN_STAT 167
#define ENUM_DECL 168 /* New added for VPC */
#define CLASS_DECL 169 /* New added for VPC */
#define UNION_DECL 170 /* New added for VPC */
#define STRUCT_DECL 171 /* New added for VPC */
#define DERIVED_CLASS_DECL 172 /* New added for VPC */
#define EXPR_STMT_NODE 173 /* New added for VPC */
#define DO_WHILE_NODE 174 /* New added for VPC */
#define SWITCH_NODE 175 /* New added for VPC */
#define CASE_NODE 176 /* New added for VPC */
#define DEFAULT_NODE 177 /* New added for VPC */
#define BREAK_NODE 178 /* New added for VPC */
#define CONTINUE_NODE 179 /* New added for VPC */
#define RETURN_NODE 180 /* New added for VPC */
#define ASM_NODE 181 /* New added for VPC */
#define SPAWN_NODE 182 /* New added for CC++ */
#define PARFOR_NODE 183 /* New added for CC++ */
#define PAR_NODE 184 /* New added for CC++ */
#define LABEL_STAT 185 /* New added for VPC */
#define PROS_COMM 186 /* Fortran M */
#define ATTR_DECL 187 /* attribute declaration */
#define NAMELIST_STAT 188
#define FUTURE_STMT 189 /* NEW added for VPC */
#define COLLECTION_DECL 190 /* NEW added for PC++ */
#define TEMPLATE_DECL 191 /* added by dbg for templates */
#define TEMPLATE_FUNDECL 192 /* added by dbg for template function*/
#define TECLASS_DECL 193 /* added for pC++ */
#define ELSEWH_NODE 194 /*F95*/
#define STATIC_STMT 195 /*F95*/
#define INCLUDE_LINE 196 /*F95*/
#define PREPROCESSOR_DIR 197 /*C,C++*/
#define PRINT_STAT 200
#define BACKSPACE_STAT 201
#define REWIND_STAT 202
#define ENDFILE_STAT 203
#define INQUIRE_STAT 204
#define OPEN_STAT 205
#define CLOSE_STAT 206
#define EXTERN_C_STAT 207 /* Added by PHB for 'extern "C" {}' */
#define INCLUDE_STAT 208
#define TRY_STAT 209 /* added by dbg for C++ exceptions */
#define CATCH_STAT 210 /* moreexcpt handling (part of try) */
#define DVM_PARALLEL_ON_DIR 211 /* DVM-F */
#define DVM_SHADOW_START_DIR 212 /* DVM-F */
#define DVM_SHADOW_GROUP_DIR 213 /* DVM-F */
#define DVM_SHADOW_WAIT_DIR 214 /* DVM-F */
#define DVM_REDUCTION_START_DIR 215 /* DVM-F */
#define DVM_REDUCTION_GROUP_DIR 216 /* DVM-F */
#define DVM_REDUCTION_WAIT_DIR 217 /* DVM-F */
#define DVM_DYNAMIC_DIR 218 /* DVM-F */
#define DVM_ALIGN_DIR 219 /* DVM-F */
#define DVM_REALIGN_DIR 220 /* DVM-F */
#define DVM_REALIGN_NEW_DIR 221 /* DVM-F */
#define DVM_REMOTE_ACCESS_DIR 222 /* DVM-F */
#define HPF_INDEPENDENT_DIR 223 /* HPF */
#define DVM_SHADOW_DIR 224 /* DVM-F */
#define PARDO_NODE 225 /* Following added for PCF Fortran */
#define PARSECTIONS_NODE 226
#define SECTION_NODE 227
#define GUARDS_NODE 228
#define LOCK_NODE 229
#define UNLOCK_NODE 230
#define CRITSECTION_NODE 231
#define POST_NODE 232
#define WAIT_NODE 233
#define CLEAR_NODE 234
#define POSTSEQ_NODE 235
#define WAITSEQ_NODE 236
#define SETSEQ_NODE 237
#define ASSIGN_NODE 238
#define RELEASE_NODE 239
#define PRIVATE_NODE 240
#define SCOMMON_NODE 241
#define PARREGION_NODE 242
#define PDO_NODE 243
#define PSECTIONS_NODE 244
#define SINGLEPROCESS_NODE 245
#define SKIPPASTEOF_NODE 246
#define DVM_NEW_VALUE_DIR 247 /* DVM-F */
#define DVM_VAR_DECL 248 /* DVM-F */
#define DVM_POINTER_DIR 249 /* DVM-F */
#define INTENT_STMT 250 /* Added for Fortran 90 */
#define OPTIONAL_STMT 251
#define PUBLIC_STMT 252
#define PRIVATE_STMT 253
#define ALLOCATABLE_STMT 254
#define POINTER_STMT 255
#define TARGET_STMT 256
#define ALLOCATE_STMT 257
#define NULLIFY_STMT 258
#define DEALLOCATE_STMT 259
#define SEQUENCE_STMT 260
#define CYCLE_STMT 261
#define EXIT_STMT 262
#define CONTAINS_STMT 263
#define WHERE_BLOCK_STMT 264
#define MODULE_STMT 265
#define USE_STMT 266
#define INTERFACE_STMT 267
#define MODULE_PROC_STMT 268
#define OVERLOADED_ASSIGN_STAT 269
#define POINTER_ASSIGN_STAT 270
#define OVERLOADED_PROC_STAT 271
#define DECOMPOSITION_STMT 275
#define ALIGN_STMT 276
#define DVM_DISTRIBUTE_DIR 277 /* DVM-F */
#define REDUCE_STMT 278
#define PROS_HEDR 279 /* Fortran M */
#define PROS_STAT 280 /* Fortran M */
#define PROS_STAT_LCTN 281 /* Fortran M */
#define PROS_STAT_SUBM 282 /* Fortran M */
#define PROCESSES_STAT 283 /* Fortran M */
#define PROCESSES_END 284 /* Fortran M */
#define PROCESS_DO_STAT 285 /* Fortran M */
#define PROCESSORS_STAT 286 /* Fortran M */
#define CHANNEL_STAT 287 /* Fortran M */
#define MERGER_STAT 288 /* Fortran M */
#define MOVE_PORT 289 /* Fortran M */
#define SEND_STAT 290 /* Fortran M */
#define RECEIVE_STAT 291 /* Fortran M */
#define ENDCHANNEL_STAT 292 /* Fortran M */
#define PROBE_STAT 293 /* Fortran M */
#define INPORT_DECL 294 /* Fortran M */
#define OUTPORT_DECL 295 /* Fortran M */
#define HPF_TEMPLATE_STAT 296 /* HPF */
#define HPF_ALIGN_STAT 297 /* HPF */
#define HPF_PROCESSORS_STAT 298 /* HPF */
#define DVM_REDISTRIBUTE_DIR 299 /* DVM-F */
#define DVM_TASK_REGION_DIR 605 /* DVM-F */
#define DVM_END_TASK_REGION_DIR 606 /* DVM-F */
#define DVM_ON_DIR 607 /* DVM-F */
#define DVM_END_ON_DIR 608 /* DVM-F */
#define DVM_TASK_DIR 609 /* DVM-F */
#define DVM_MAP_DIR 610 /* DVM-F */
#define DVM_PARALLEL_TASK_DIR 611 /* DVM-F */
#define DVM_INHERIT_DIR 612 /* DVM-F */
#define DVM_INDIRECT_GROUP_DIR 613 /* DVM-F */
#define DVM_INDIRECT_ACCESS_DIR 614 /* DVM-F */
#define DVM_REMOTE_GROUP_DIR 615 /* DVM-F */
#define DVM_RESET_DIR 616 /* DVM-F */
#define DVM_PREFETCH_DIR 617 /* DVM-F */
#define DVM_OWN_DIR 618 /* DVM-F */
#define DVM_HEAP_DIR 619 /* DVM-F */
#define DVM_ASYNCID_DIR 620 /* DVM-F */
#define DVM_ASYNCHRONOUS_DIR 621 /* DVM-F */
#define DVM_ENDASYNCHRONOUS_DIR 622 /* DVM-F */
#define DVM_ASYNCWAIT_DIR 623 /* DVM-F */
#define DVM_F90_DIR 624 /* DVM-F */
#define DVM_BARRIER_DIR 625 /* DVM-F */
#define FORALL_STAT 626 /* F95 */
#define DVM_CONSISTENT_GROUP_DIR 627 /* DVM-F */
#define DVM_CONSISTENT_START_DIR 628 /* DVM-F */
#define DVM_CONSISTENT_WAIT_DIR 629 /* DVM-F */
#define DVM_CONSISTENT_DIR 630 /* DVM-F */
#define DVM_CHECK_DIR 631 /* DVM-F */
#define DVM_IO_MODE_DIR 632 /* DVM-F */
#define DVM_LOCALIZE_DIR 633 /* DVM-F */
#define DVM_SHADOW_ADD_DIR 634 /* DVM-F */
#define DVM_CP_CREATE_DIR 635 /* DVM-F */
#define DVM_CP_LOAD_DIR 636 /* DVM-F */
#define DVM_CP_SAVE_DIR 637 /* DVM-F */
#define DVM_CP_WAIT_DIR 638 /* DVM-F */
#define DVM_EXIT_INTERVAL_DIR 639 /* DVM-F */
#define DVM_TEMPLATE_CREATE_DIR 640 /* DVM-F */
#define DVM_TEMPLATE_DELETE_DIR 641 /* DVM-F */
/***************** variant tags for low level nodes ********************/
#define INT_VAL 300
#define FLOAT_VAL 301
#define DOUBLE_VAL 302
#define BOOL_VAL 303
#define CHAR_VAL 304
#define STRING_VAL 305
#define CONST_REF 306
#define VAR_REF 307
#define ARRAY_REF 308
#define RECORD_REF 309 /* diff struct between Blaze and VPC++ */
#define ENUM_REF 310
#define VAR_LIST 311
#define EXPR_LIST 312
#define RANGE_LIST 313
#define CASE_CHOICE 314
#define DEF_CHOICE 315
#define VARIANT_CHOICE 316
#define COMPLEX_VAL 317
#define LABEL_REF 318
#define KEYWORD_VAL 319 /* Strings to be printed with quotes */
#define DDOT 324
#define RANGE_OP 325
#define UPPER_OP 326
#define LOWER_OP 327
#define EQ_OP 328
#define LT_OP 329
#define GT_OP 330
#define NOTEQL_OP 331
#define LTEQL_OP 332
#define GTEQL_OP 333
#define ADD_OP 334
#define SUBT_OP 335
#define OR_OP 336
#define MULT_OP 337
#define DIV_OP 338
#define MOD_OP 339
#define AND_OP 340
#define EXP_OP 341
#define ARRAY_MULT 342
#define CONCAT_OP 343 /* cancatenation of strings */
#define XOR_OP 344 /* .XOR. in fortran */
#define EQV_OP 345 /* .EQV. in fortran */
#define NEQV_OP 346 /* .NEQV. in fortran */
#define MINUS_OP 350 /* unary operations */
#define NOT_OP 351
#define ASSGN_OP 352 /* New ADDED For VPC */
#define DEREF_OP 353 /* New ADDED For VPC */
#define POINTST_OP 354 /* New ADDED For VPC */ /* ptr->x */
#define FUNCTION_OP 355 /* New ADDED For VPC */ /* (*DD)() */
#define MINUSMINUS_OP 356 /* New ADDED For VPC */
#define PLUSPLUS_OP 357 /* New ADDED For VPC */
#define BITAND_OP 358 /* New ADDED For VPC */
#define BITOR_OP 359 /* New ADDED For VPC */
#define STAR_RANGE 360 /* operations with no operands 360.. */
#define PROC_CALL 370
#define FUNC_CALL 371
#define CONSTRUCTOR_REF 380
#define ACCESS_REF 381
#define CONS 382
#define ACCESS 383
#define IOACCESS 384
#define CONTROL_LIST 385
#define SEQ 386
#define SPEC_PAIR 387
#define COMM_LIST 388
#define STMT_STR 389
#define EQUI_LIST 390
#define IMPL_TYPE 391
#define STMTFN_DECL 392
#define BIT_COMPLEMENT_OP 393
#define EXPR_IF 394
#define EXPR_IF_BODY 395
#define FUNCTION_REF 396
#define LSHIFT_OP 397
#define RSHIFT_OP 398
#define UNARY_ADD_OP 399
#define SIZE_OP 400
#define INTEGER_DIV_OP 401
#define SUB_OP 402
#define LE_OP 403 /* New added for VPC */
#define GE_OP 404 /* New added for VPC */
#define NE_OP 405 /* New added for VPC */
#define CLASSINIT_OP 406 /* New added for VPC */
#define CAST_OP 407 /* New added for VPC */
#define ADDRESS_OP 408 /* New added for VPC */
#define POINSTAT_OP 409 /* New added for VPC */
#define COPY_NODE 410 /* New added for VPC */
#define INIT_LIST 411 /* New added for VPC */
#define VECTOR_CONST 412 /* New added for VPC */
#define BIT_NUMBER 413 /* New added for VPC */
#define ARITH_ASSGN_OP 414 /* New added for VPC */
#define ARRAY_OP 415 /* New added for VPC */
#define NEW_OP 416 /* New added for VPC */
#define DELETE_OP 417 /* New added for VPC */
#define NAMELIST_LIST 418
#define THIS_NODE 419 /* New added for VPC */
#define SCOPE_OP 420 /* New added for VPC */
#define PLUS_ASSGN_OP 421 /* New added for VPC */
#define MINUS_ASSGN_OP 422 /* New added for VPC */
#define AND_ASSGN_OP 423 /* New added for VPC */
#define IOR_ASSGN_OP 424 /* New added for VPC */
#define MULT_ASSGN_OP 425 /* New added for VPC */
#define DIV_ASSGN_OP 426 /* New added for VPC */
#define MOD_ASSGN_OP 427 /* New added for VPC */
#define XOR_ASSGN_OP 428 /* New added for VPC */
#define LSHIFT_ASSGN_OP 429 /* New added for VPC */
#define RSHIFT_ASSGN_OP 430 /* New added for VPC */
#define ORDERED_OP 431 /* Following added for PCF FORTRAN */
#define EXTEND_OP 432
#define MAXPARALLEL_OP 433
#define SAMETYPE_OP 434
#define TYPE_REF 450 /* Added for FORTRAN 90 */
#define STRUCTURE_CONSTRUCTOR 451
#define ARRAY_CONSTRUCTOR 452
#define SECTION_REF 453
#define VECTOR_SUBSCRIPT 454
#define SECTION_OPERANDS 455
#define KEYWORD_ARG 456
#define OVERLOADED_CALL 457
#define INTERFACE_REF 458
#define RENAME_NODE 459
#define TYPE_NODE 460
#define PAREN_OP 461
#define PARAMETER_OP 462
#define PUBLIC_OP 463
#define PRIVATE_OP 464
#define ALLOCATABLE_OP 465
#define DIMENSION_OP 466
#define EXTERNAL_OP 467
#define IN_OP 468
#define OUT_OP 469
#define INOUT_OP 470
#define INTRINSIC_OP 471
#define POINTER_OP 472
#define OPTIONAL_OP 473
#define SAVE_OP 474
#define TARGET_OP 475
#define ONLY_NODE 476
#define LEN_OP 477
#define TYPE_OP 479
#define DOTSTAR_OP 480 /* C++ .* operator */
#define ARROWSTAR_OP 481 /* C++ ->* operator */
#define FORDECL_OP 482 /* C++ for(int i; needs a new op */
#define THROW_OP 483 /* C++ throw operator */
#define PROCESSORS_REF 484 /* Fortran M */
#define PORT_TYPE_OP 485 /* Fortran M */
#define INPORT_TYPE_OP 486 /* Fortran M */
#define OUTPORT_TYPE_OP 487 /* Fortran M */
#define INPORT_NAME 488 /* Fortran M */
#define OUTPORT_NAME 489 /* Fortran M */
#define FROMPORT_NAME 490 /* Fortran M */
#define TOPORT_NAME 491 /* Fortran M */
#define IOSTAT_STORE 492 /* Fortran M */
#define EMPTY_STORE 493 /* Fortran M */
#define ERR_LABEL 494 /* Fortran M */
#define END_LABEL 495 /* Fortran M */
#define PROS_CALL 496 /* Fortran M */
#define STATIC_OP 497 /* F95*/
#define LABEL_ARG 498
#define DATA_IMPL_DO 700 /* Fortran M */
#define DATA_ELT 701 /* Fortran M */
#define DATA_SUBS 702 /* Fortran M */
#define DATA_RANGE 703 /* Fortran M */
#define ICON_EXPR 704 /* Fortran M */
#define BLOCK_OP 705 /* DVM-F */
#define NEW_SPEC_OP 706 /* DVM-F */
#define REDUCTION_OP 707 /* DVM-F */
#define SHADOW_RENEW_OP 708 /* DVM-F */
#define SHADOW_START_OP 709 /* DVM-F */
#define SHADOW_WAIT_OP 710 /* DVM-F */
#define DIAG_OP 711 /* DVM-F */
#define REMOTE_ACCESS_OP 712 /* DVM-F */
#define TEMPLATE_OP 713 /* DVM-F */
#define PROCESSORS_OP 714 /* DVM-F */
#define DYNAMIC_OP 715 /* DVM-F */
#define ALIGN_OP 716 /* DVM-F */
#define DISTRIBUTE_OP 717 /* DVM-F */
#define SHADOW_OP 718 /* DVM-F */
#define INDIRECT_ACCESS_OP 719 /* DVM-F */
#define ACROSS_OP 720 /* DVM-F */
#define NEW_VALUE_OP 721 /* DVM-F */
#define SHADOW_COMP_OP 722 /* DVM-F */
#define STAGE_OP 723 /* DVM-F */
#define FORALL_OP 724 /* F95 */
#define CONSISTENT_OP 725 /* DVM-F */
#define INTERFACE_OPERATOR 726 /* F95 */
#define INTERFACE_ASSIGNMENT 727 /* F95 */
#define VAR_DECL_90 728 /* F95 */
#define ASSIGNMENT_OP 729 /* F95 */
#define OPERATOR_OP 730 /* F95 */
#define KIND_OP 731 /* F95 */
#define LENGTH_OP 732 /* F95 */
#define RECURSIVE_OP 733 /* F95 */
#define ELEMENTAL_OP 734 /* F95 */
#define PURE_OP 735 /* F95 */
#define DEFINED_OP 736 /* F95 */
#define PARALLEL_OP 737 /*DVM-F */
#define INDIRECT_OP 738 /*DVM-F */
#define DERIVED_OP 739 /*DVM-F */
#define DUMMY_REF 740 /*DVM-F */
#define COMMON_OP 741 /*DVM-F */
#define SHADOW_NAMES_OP 742 /*DVM-F */
/***************** variant tags for symbol table entries ********************/
#define CONST_NAME 500 /* constant types */
#define ENUM_NAME 501
#define FIELD_NAME 502
#define VARIABLE_NAME 503
#define TYPE_NAME 504
#define PROGRAM_NAME 505
#define PROCEDURE_NAME 506
#define VAR_FIELD 507
#define LABEL_VAR 508 /* dest of assigned goto stmt */
#define FUNCTION_NAME 509
#define MEMBER_FUNC 510 /* new added for VPC */
#define CLASS_NAME 511 /* new added for VPC */
#define UNION_NAME 512 /* new added for VPC */
#define STRUCT_NAME 513 /* new added for VPC */
#define LABEL_NAME 514 /* new added for VPC */
#define COLLECTION_NAME 515 /* new added for VPC */
#define ROUTINE_NAME 516 /*added for external statement*/
#define CONSTRUCT_NAME 517
#define INTERFACE_NAME 518
#define MODULE_NAME 519
#define TEMPLATE_CL_NAME 520
#define TEMPLATE_FN_NAME 521
#define TECLASS_NAME 522
#define SHADOW_GROUP_NAME 523 /* DVM_F */
#define REDUCTION_GROUP_NAME 524 /* DVM_F */
#define REF_GROUP_NAME 525 /* DVM_F */
#define ASYNC_ID 526 /* DVM_F */
#define CONSISTENT_GROUP_NAME 527 /* DVM_F */
#define NAMELIST_NAME 528
#define COMMON_NAME 529 /* name of a common block (add Kataev N.A., 02.04.2014)*/
#define DEFAULT 550
#define T_INT 551 /* scalar types */
#define T_FLOAT 552
#define T_DOUBLE 553
#define T_CHAR 554
#define T_BOOL 555
#define T_STRING 556
#define T_ENUM 557
#define T_SUBRANGE 558
#define T_LIST 559
#define T_ARRAY 560
#define T_RECORD 561
#define T_ENUM_FIELD 562
#define T_UNKNOWN 563
#define T_COMPLEX 564
#define T_VOID 565 /* New one for VPC */
#define T_DESCRIPT 566 /* New one for VPC */
#define T_FUNCTION 567 /* New one for VPC */
#define T_POINTER 568 /* New one for VPC */
#define T_UNION 569 /* New one for VPC */
#define T_STRUCT 570 /* New one for VPC */
#define T_CLASS 571 /* New one for VPC */
#define T_DERIVED_CLASS 572 /* New one for VPC */
#define T_DERIVED_TYPE 573 /* New one for VPC */
#define T_COLLECTION 574 /* New one for PC++*/
#define T_DERIVED_COLLECTION 575 /* New one for PC++*/
#define T_REFERENCE 576 /* New one for PC++*/
#define T_DERIVED_TEMPLATE 577 /* template type T<A,3,4> */
#define T_MEMBER_POINTER 578 /* need for C::* (ptr to memb ) */
#define T_TECLASS 579 /* new one for pC++*/
#define T_GATE 580 /* added for PCF FORTRAN */
#define T_EVENT 581
#define T_SEQUENCE 582
#define T_DCOMPLEX 583
#define T_LONG 584
#define BY_USE 599 /* Fortran 90 */
#define LOCAL 600 /* variable type */
#define INPUT 601
#define OUTPUT 602
#define IO 603
#define PROCESS_NAME 604 /* Fortran M */
#define OMP_PRIVATE 801 /* OpenMP Fortran */
#define OMP_SHARED 802 /* OpenMP Fortran */
#define OMP_FIRSTPRIVATE 803 /* OpenMP Fortran */
#define OMP_LASTPRIVATE 804 /* OpenMP Fortran */
#define OMP_THREADPRIVATE 805 /* OpenMP Fortran */
#define OMP_COPYIN 806 /* OpenMP Fortran */
#define OMP_COPYPRIVATE 807 /* OpenMP Fortran */
#define OMP_DEFAULT 808 /* OpenMP Fortran */
#define OMP_ORDERED 809 /* OpenMP Fortran */
#define OMP_SCHEDULE 810 /* OpenMP Fortran */
#define OMP_REDUCTION 811 /* OpenMP Fortran */
#define OMP_IF 812 /* OpenMP Fortran */
#define OMP_NUM_THREADS 813 /* OpenMP Fortran */
#define OMP_NOWAIT 814 /* OpenMP Fortran */
#define OMP_PARALLEL_DIR 820 /* OpenMP Fortran */
#define OMP_END_PARALLEL_DIR 821 /* OpenMP Fortran */
#define OMP_DO_DIR 822 /* OpenMP Fortran */
#define OMP_END_DO_DIR 823 /* OpenMP Fortran */
#define OMP_SECTIONS_DIR 824 /* OpenMP Fortran */
#define OMP_END_SECTIONS_DIR 825 /* OpenMP Fortran */
#define OMP_SECTION_DIR 826 /* OpenMP Fortran */
#define OMP_SINGLE_DIR 827 /* OpenMP Fortran */
#define OMP_END_SINGLE_DIR 828 /* OpenMP Fortran */
#define OMP_WORKSHARE_DIR 829 /* OpenMP Fortran */
#define OMP_END_WORKSHARE_DIR 830 /* OpenMP Fortran */
#define OMP_PARALLEL_DO_DIR 831 /* OpenMP Fortran */
#define OMP_END_PARALLEL_DO_DIR 832 /* OpenMP Fortran */
#define OMP_PARALLEL_SECTIONS_DIR 833 /* OpenMP Fortran */
#define OMP_END_PARALLEL_SECTIONS_DIR 834 /* OpenMP Fortran */
#define OMP_PARALLEL_WORKSHARE_DIR 835 /* OpenMP Fortran */
#define OMP_END_PARALLEL_WORKSHARE_DIR 836 /* OpenMP Fortran */
#define OMP_MASTER_DIR 837 /* OpenMP Fortran */
#define OMP_END_MASTER_DIR 838 /* OpenMP Fortran */
#define OMP_CRITICAL_DIR 839 /* OpenMP Fortran */
#define OMP_END_CRITICAL_DIR 840 /* OpenMP Fortran */
#define OMP_BARRIER_DIR 841 /* OpenMP Fortran */
#define OMP_ATOMIC_DIR 842 /* OpenMP Fortran */
#define OMP_FLUSH_DIR 843 /* OpenMP Fortran */
#define OMP_ORDERED_DIR 844 /* OpenMP Fortran */
#define OMP_END_ORDERED_DIR 845 /* OpenMP Fortran */
#define RECORD_DECL 846 /* OpenMP Fortran */
#define FUNC_STAT 847 /* OpenMP Fortran */
#define OMP_ONETHREAD_DIR 848 /* OpenMP Fortran */
#define OMP_THREADPRIVATE_DIR 849 /* OpenMP Fortran */
#define OMP_DEFAULT_SECTION_DIR 850 /* OpenMP Fortran */
#define OMP_COLLAPSE 851 /* OpenMP Fortran */
#define ACC_REGION_DIR 900 /* ACC Fortran */
#define ACC_END_REGION_DIR 901 /* ACC Fortran */
#define ACC_CALL_STMT 907 /* ACC Fortran */
#define ACC_KERNEL_HEDR 908 /* ACC Fortran */
#define ACC_GET_ACTUAL_DIR 909 /* ACC Fortran */
#define ACC_ACTUAL_DIR 910 /* ACC Fortran */
#define ACC_CHECKSECTION_DIR 911 /* ACC Fortran */
#define ACC_END_CHECKSECTION_DIR 912 /* ACC Fortran */
#define ACC_ROUTINE_DIR 913 /* ACC Fortran */
#define ACC_TIE_OP 930 /* ACC Fortran */
#define ACC_INLOCAL_OP 931 /* ACC Fortran */
#define ACC_INOUT_OP 932 /* ACC Fortran */
#define ACC_IN_OP 933 /* ACC Fortran */
#define ACC_OUT_OP 934 /* ACC Fortran */
#define ACC_LOCAL_OP 935 /* ACC Fortran */
#define ACC_PRIVATE_OP 936 /* ACC Fortran */
#define ACC_DEVICE_OP 937 /* ACC Fortran */
#define ACC_CUDA_OP 938 /* ACC Fortran */
#define ACC_HOST_OP 939 /* ACC Fortran */
#define ACC_GLOBAL_OP 940 /* ACC Fortran */
#define ACC_ATTRIBUTES_OP 941 /* ACC Fortran */
#define ACC_VALUE_OP 942 /* ACC Fortran */
#define ACC_SHARED_OP 943 /* ACC Fortran */
#define ACC_CONSTANT_OP 944 /* ACC Fortran */
#define ACC_USES_OP 945 /* ACC Fortran */
#define ACC_CALL_OP 946 /* ACC Fortran */
#define ACC_CUDA_BLOCK_OP 947 /* ACC Fortran */
#define ACC_TARGETS_OP 948 /* ACC Fortran */
#define ACC_ASYNC_OP 949 /* ACC Fortran */
#define SPF_ANALYSIS_DIR 950 /* SAPFOR */
#define SPF_PARALLEL_DIR 951 /* SAPFOR */
#define SPF_TRANSFORM_DIR 952 /* SAPFOR */
#define SPF_NOINLINE_OP 953 /* SAPFOR */
#define SPF_PARALLEL_REG_DIR 954 /* SAPFOR */
#define SPF_END_PARALLEL_REG_DIR 955 /* SAPFOR */
#define SPF_REGION_NAME 956 /* SAPFOR */
#define SPF_EXPAND_OP 957 /* SAPFOR */
#define SPF_FISSION_OP 958 /* SAPFOR */
#define SPF_SHRINK_OP 959 /* SAPFOR */
#define SPF_CHECKPOINT_DIR 960 /* SAPFOR */
#define SPF_TYPE_OP 961 /* SAPFOR */
#define SPF_VARLIST_OP 962 /* SAPFOR */
#define SPF_EXCEPT_OP 963 /* SAPFOR */
#define SPF_FILES_COUNT_OP 964 /* SAPFOR */
#define SPF_INTERVAL_OP 965 /* SAPFOR */
#define SPF_TIME_OP 966 /* SAPFOR */
#define SPF_ITER_OP 967 /* SAPFOR */
#define SPF_FLEXIBLE_OP 968 /* SAPFOR */
#define SPF_PARAMETER_OP 969 /* SAPFOR */
#define SPF_CODE_COVERAGE_OP 970 /* SAPFOR */
#define SPF_UNROLL_OP 971 /* SAPFOR */

623
dvm/fdvm/trunk/parser/tag.h Normal file
View File

@@ -0,0 +1,623 @@
/* don't modify this file directly, it is made by a clever 'sed'
script using "tag". Run make tag.h to regenerate this file */
/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/******************* variant tags for bif nodes **********************/
tag [ GLOBAL ] = "GLOBAL";
tag [ PROG_HEDR ] = "PROG_HEDR";
tag [ PROC_HEDR ] = "PROC_HEDR";
tag [ BASIC_BLOCK ] = "BASIC_BLOCK";
tag [ CONTROL_END ] = "CONTROL_END";
tag [ IF_NODE ] = "IF_NODE";
tag [ LOOP_NODE ] = "LOOP_NODE";
tag [ FOR_NODE ] = "FOR_NODE";
tag [ FORALL_NODE ] = "FORALL_NODE";
tag [ WHILE_NODE ] = "WHILE_NODE";
tag [ EXIT_NODE ] = "EXIT_NODE";
tag [ ASSIGN_STAT ] = "ASSIGN_STAT";
tag [ M_ASSIGN_STAT ] = "M_ASSIGN_STAT";
tag [ PROC_STAT ] = "PROC_STAT";
tag [ SUM_ACC ] = "SUM_ACC";
tag [ MULT_ACC ] = "MULT_ACC";
tag [ MAX_ACC ] = "MAX_ACC";
tag [ MIN_ACC ] = "MIN_ACC";
tag [ CAT_ACC ] = "CAT_ACC";
tag [ OR_ACC ] = "OR_ACC";
tag [ AND_ACC ] = "AND_ACC";
tag [ READ_STAT ] = "READ_STAT";
tag [ WRITE_STAT ] = "WRITE_STAT";
tag [ OTHERIO_STAT ] = "OTHERIO_STAT";
tag [ CDOALL_NODE ] = "CDOALL_NODE";
tag [ SDOALL_NODE ] = "SDOALL_NODE";
tag [ DOACROSS_NODE ] = "DOACROSS_NODE";
tag [ CDOACROSS_NODE ] = "CDOACROSS_NODE";
tag [ DVM_INTERVAL_DIR ] = "DVM_INTERVAL_DIR";
tag [ DVM_ENDINTERVAL_DIR ] = "DVM_ENDINTERVAL_DIR";
tag [ FUNC_HEDR ] = "FUNC_HEDR";
tag [ WHERE_NODE ] = "WHERE_NODE";
tag [ ALLDO_NODE ] = "ALLDO_NODE";
tag [ IDENTIFY ] = "IDENTIFY";
tag [ FORMAT_STAT ] = "FORMAT_STAT";
tag [ STOP_STAT ] = "STOP_STAT";
tag [ RETURN_STAT ] = "RETURN_STAT";
tag [ ELSEIF_NODE ] = "ELSEIF_NODE";
tag [ ARITHIF_NODE ] = "ARITHIF_NODE";
tag [ GOTO_NODE ] = "GOTO_NODE";
tag [ ASSGOTO_NODE ] = "ASSGOTO_NODE";
tag [ COMGOTO_NODE ] = "COMGOTO_NODE";
tag [ PAUSE_NODE ] = "PAUSE_NODE";
tag [ STOP_NODE ] = "STOP_NODE";
tag [ ASSLAB_STAT ] = "ASSLAB_STAT";
tag [ LOGIF_NODE ] = "LOGIF_NODE";
tag [ DVM_DEBUG_DIR ] = "DVM_DEBUG_DIR";
tag [ DVM_ENDDEBUG_DIR ] = "DVM_ENDDEBUG_DIR";
tag [ DVM_TRACEON_DIR ] = "DVM_TRACEON_DIR";
tag [ DVM_TRACEOFF_DIR ] = "DVM_TRACEOFF_DIR";
tag [ BLOB ] = "BLOB";
tag [ SIZES ] = "SIZES";
tag [ COMMENT_STAT ] = "COMMENT_STAT";
tag [ CONT_STAT ] = "CONT_STAT";
tag [ VAR_DECL ] = "VAR_DECL";
tag [ PARAM_DECL ] = "PARAM_DECL";
tag [ COMM_STAT ] = "COMM_STAT";
tag [ EQUI_STAT ] = "EQUI_STAT";
tag [ IMPL_DECL ] = "IMPL_DECL";
tag [ DATA_DECL ] = "DATA_DECL";
tag [ SAVE_DECL ] = "SAVE_DECL";
tag [ ENTRY_STAT ] = "ENTRY_STAT";
tag [ STMTFN_STAT ] = "STMTFN_STAT";
tag [ DIM_STAT ] = "DIM_STAT";
tag [ BLOCK_DATA ] = "BLOCK_DATA";
tag [ EXTERN_STAT ] = "EXTERN_STAT";
tag [ INTRIN_STAT ] = "INTRIN_STAT";
tag [ ENUM_DECL ] = "ENUM_DECL";
tag [ CLASS_DECL ] = "CLASS_DECL";
tag [ UNION_DECL ] = "UNION_DECL";
tag [ STRUCT_DECL ] = "STRUCT_DECL";
tag [ DERIVED_CLASS_DECL ] = "DERIVED_CLASS_DECL";
tag [ EXPR_STMT_NODE ] = "EXPR_STMT_NODE";
tag [ DO_WHILE_NODE ] = "DO_WHILE_NODE";
tag [ SWITCH_NODE ] = "SWITCH_NODE";
tag [ CASE_NODE ] = "CASE_NODE";
tag [ DEFAULT_NODE ] = "DEFAULT_NODE";
tag [ BREAK_NODE ] = "BREAK_NODE";
tag [ CONTINUE_NODE ] = "CONTINUE_NODE";
tag [ RETURN_NODE ] = "RETURN_NODE";
tag [ ASM_NODE ] = "ASM_NODE";
tag [ SPAWN_NODE ] = "SPAWN_NODE";
tag [ PARFOR_NODE ] = "PARFOR_NODE";
tag [ PAR_NODE ] = "PAR_NODE";
tag [ LABEL_STAT ] = "LABEL_STAT";
tag [ PROS_COMM ] = "PROS_COMM";
tag [ ATTR_DECL ] = "ATTR_DECL";
tag [ NAMELIST_STAT ] = "NAMELIST_STAT";
tag [ FUTURE_STMT ] = "FUTURE_STMT";
tag [ COLLECTION_DECL ] = "COLLECTION_DECL";
tag [ TEMPLATE_DECL ] = "TEMPLATE_DECL";
tag [ TEMPLATE_FUNDECL ] = "TEMPLATE_FUNDECL";
tag [ TECLASS_DECL ] = "TECLASS_DECL";
tag [ ELSEWH_NODE ] = "ELSEWH_NODE";
tag [ STATIC_STMT ] = "STATIC_STMT";
tag [ INCLUDE_LINE ] = "INCLUDE_LINE";
tag [ PREPROCESSOR_DIR ] = "PREPROCESSOR_DIR";
tag [ PRINT_STAT ] = "PRINT_STAT";
tag [ BACKSPACE_STAT ] = "BACKSPACE_STAT";
tag [ REWIND_STAT ] = "REWIND_STAT";
tag [ ENDFILE_STAT ] = "ENDFILE_STAT";
tag [ INQUIRE_STAT ] = "INQUIRE_STAT";
tag [ OPEN_STAT ] = "OPEN_STAT";
tag [ CLOSE_STAT ] = "CLOSE_STAT";
tag [ EXTERN_C_STAT ] = "EXTERN_C_STAT";
tag [ INCLUDE_STAT ] = "INCLUDE_STAT";
tag [ TRY_STAT ] = "TRY_STAT";
tag [ CATCH_STAT ] = "CATCH_STAT";
tag [ DVM_PARALLEL_ON_DIR ] = "DVM_PARALLEL_ON_DIR";
tag [ DVM_SHADOW_START_DIR ] = "DVM_SHADOW_START_DIR";
tag [ DVM_SHADOW_GROUP_DIR ] = "DVM_SHADOW_GROUP_DIR";
tag [ DVM_SHADOW_WAIT_DIR ] = "DVM_SHADOW_WAIT_DIR";
tag [ DVM_REDUCTION_START_DIR ] = "DVM_REDUCTION_START_DIR";
tag [ DVM_REDUCTION_GROUP_DIR ] = "DVM_REDUCTION_GROUP_DIR";
tag [ DVM_REDUCTION_WAIT_DIR ] = "DVM_REDUCTION_WAIT_DIR";
tag [ DVM_DYNAMIC_DIR ] = "DVM_DYNAMIC_DIR";
tag [ DVM_ALIGN_DIR ] = "DVM_ALIGN_DIR";
tag [ DVM_REALIGN_DIR ] = "DVM_REALIGN_DIR";
tag [ DVM_REALIGN_NEW_DIR ] = "DVM_REALIGN_NEW_DIR";
tag [ DVM_REMOTE_ACCESS_DIR ] = "DVM_REMOTE_ACCESS_DIR";
tag [ HPF_INDEPENDENT_DIR ] = "HPF_INDEPENDENT_DIR";
tag [ DVM_SHADOW_DIR ] = "DVM_SHADOW_DIR";
tag [ PARDO_NODE ] = "PARDO_NODE";
tag [ PARSECTIONS_NODE ] = "PARSECTIONS_NODE";
tag [ SECTION_NODE ] = "SECTION_NODE";
tag [ GUARDS_NODE ] = "GUARDS_NODE";
tag [ LOCK_NODE ] = "LOCK_NODE";
tag [ UNLOCK_NODE ] = "UNLOCK_NODE";
tag [ CRITSECTION_NODE ] = "CRITSECTION_NODE";
tag [ POST_NODE ] = "POST_NODE";
tag [ WAIT_NODE ] = "WAIT_NODE";
tag [ CLEAR_NODE ] = "CLEAR_NODE";
tag [ POSTSEQ_NODE ] = "POSTSEQ_NODE";
tag [ WAITSEQ_NODE ] = "WAITSEQ_NODE";
tag [ SETSEQ_NODE ] = "SETSEQ_NODE";
tag [ ASSIGN_NODE ] = "ASSIGN_NODE";
tag [ RELEASE_NODE ] = "RELEASE_NODE";
tag [ PRIVATE_NODE ] = "PRIVATE_NODE";
tag [ SCOMMON_NODE ] = "SCOMMON_NODE";
tag [ PARREGION_NODE ] = "PARREGION_NODE";
tag [ PDO_NODE ] = "PDO_NODE";
tag [ PSECTIONS_NODE ] = "PSECTIONS_NODE";
tag [ SINGLEPROCESS_NODE ] = "SINGLEPROCESS_NODE";
tag [ SKIPPASTEOF_NODE ] = "SKIPPASTEOF_NODE";
tag [ DVM_NEW_VALUE_DIR ] = "DVM_NEW_VALUE_DIR";
tag [ DVM_VAR_DECL ] = "DVM_VAR_DECL";
tag [ DVM_POINTER_DIR ] = "DVM_POINTER_DIR";
tag [ INTENT_STMT ] = "INTENT_STMT";
tag [ OPTIONAL_STMT ] = "OPTIONAL_STMT";
tag [ PUBLIC_STMT ] = "PUBLIC_STMT";
tag [ PRIVATE_STMT ] = "PRIVATE_STMT";
tag [ ALLOCATABLE_STMT ] = "ALLOCATABLE_STMT";
tag [ POINTER_STMT ] = "POINTER_STMT";
tag [ TARGET_STMT ] = "TARGET_STMT";
tag [ ALLOCATE_STMT ] = "ALLOCATE_STMT";
tag [ NULLIFY_STMT ] = "NULLIFY_STMT";
tag [ DEALLOCATE_STMT ] = "DEALLOCATE_STMT";
tag [ SEQUENCE_STMT ] = "SEQUENCE_STMT";
tag [ CYCLE_STMT ] = "CYCLE_STMT";
tag [ EXIT_STMT ] = "EXIT_STMT";
tag [ CONTAINS_STMT ] = "CONTAINS_STMT";
tag [ WHERE_BLOCK_STMT ] = "WHERE_BLOCK_STMT";
tag [ MODULE_STMT ] = "MODULE_STMT";
tag [ USE_STMT ] = "USE_STMT";
tag [ INTERFACE_STMT ] = "INTERFACE_STMT";
tag [ MODULE_PROC_STMT ] = "MODULE_PROC_STMT";
tag [ OVERLOADED_ASSIGN_STAT ] = "OVERLOADED_ASSIGN_STAT";
tag [ POINTER_ASSIGN_STAT ] = "POINTER_ASSIGN_STAT";
tag [ OVERLOADED_PROC_STAT ] = "OVERLOADED_PROC_STAT";
tag [ DECOMPOSITION_STMT ] = "DECOMPOSITION_STMT";
tag [ ALIGN_STMT ] = "ALIGN_STMT";
tag [ DVM_DISTRIBUTE_DIR ] = "DVM_DISTRIBUTE_DIR";
tag [ REDUCE_STMT ] = "REDUCE_STMT";
tag [ PROS_HEDR ] = "PROS_HEDR";
tag [ PROS_STAT ] = "PROS_STAT";
tag [ PROS_STAT_LCTN ] = "PROS_STAT_LCTN";
tag [ PROS_STAT_SUBM ] = "PROS_STAT_SUBM";
tag [ PROCESSES_STAT ] = "PROCESSES_STAT";
tag [ PROCESSES_END ] = "PROCESSES_END";
tag [ PROCESS_DO_STAT ] = "PROCESS_DO_STAT";
tag [ PROCESSORS_STAT ] = "PROCESSORS_STAT";
tag [ CHANNEL_STAT ] = "CHANNEL_STAT";
tag [ MERGER_STAT ] = "MERGER_STAT";
tag [ MOVE_PORT ] = "MOVE_PORT";
tag [ SEND_STAT ] = "SEND_STAT";
tag [ RECEIVE_STAT ] = "RECEIVE_STAT";
tag [ ENDCHANNEL_STAT ] = "ENDCHANNEL_STAT";
tag [ PROBE_STAT ] = "PROBE_STAT";
tag [ INPORT_DECL ] = "INPORT_DECL";
tag [ OUTPORT_DECL ] = "OUTPORT_DECL";
tag [ HPF_TEMPLATE_STAT ] = "HPF_TEMPLATE_STAT";
tag [ HPF_ALIGN_STAT ] = "HPF_ALIGN_STAT";
tag [ HPF_PROCESSORS_STAT ] = "HPF_PROCESSORS_STAT";
tag [ DVM_REDISTRIBUTE_DIR ] = "DVM_REDISTRIBUTE_DIR";
tag [ DVM_TASK_REGION_DIR ] = "DVM_TASK_REGION_DIR";
tag [ DVM_END_TASK_REGION_DIR ] = "DVM_END_TASK_REGION_DIR";
tag [ DVM_ON_DIR ] = "DVM_ON_DIR";
tag [ DVM_END_ON_DIR ] = "DVM_END_ON_DIR";
tag [ DVM_TASK_DIR ] = "DVM_TASK_DIR";
tag [ DVM_MAP_DIR ] = "DVM_MAP_DIR";
tag [ DVM_PARALLEL_TASK_DIR ] = "DVM_PARALLEL_TASK_DIR";
tag [ DVM_INHERIT_DIR ] = "DVM_INHERIT_DIR";
tag [ DVM_INDIRECT_GROUP_DIR ] = "DVM_INDIRECT_GROUP_DIR";
tag [ DVM_INDIRECT_ACCESS_DIR ] = "DVM_INDIRECT_ACCESS_DIR";
tag [ DVM_REMOTE_GROUP_DIR ] = "DVM_REMOTE_GROUP_DIR";
tag [ DVM_RESET_DIR ] = "DVM_RESET_DIR";
tag [ DVM_PREFETCH_DIR ] = "DVM_PREFETCH_DIR";
tag [ DVM_OWN_DIR ] = "DVM_OWN_DIR";
tag [ DVM_HEAP_DIR ] = "DVM_HEAP_DIR";
tag [ DVM_ASYNCID_DIR ] = "DVM_ASYNCID_DIR";
tag [ DVM_ASYNCHRONOUS_DIR ] = "DVM_ASYNCHRONOUS_DIR";
tag [ DVM_ENDASYNCHRONOUS_DIR ] = "DVM_ENDASYNCHRONOUS_DIR";
tag [ DVM_ASYNCWAIT_DIR ] = "DVM_ASYNCWAIT_DIR";
tag [ DVM_F90_DIR ] = "DVM_F90_DIR";
tag [ DVM_BARRIER_DIR ] = "DVM_BARRIER_DIR";
tag [ FORALL_STAT ] = "FORALL_STAT";
tag [ DVM_CONSISTENT_GROUP_DIR ] = "DVM_CONSISTENT_GROUP_DIR";
tag [ DVM_CONSISTENT_START_DIR ] = "DVM_CONSISTENT_START_DIR";
tag [ DVM_CONSISTENT_WAIT_DIR ] = "DVM_CONSISTENT_WAIT_DIR";
tag [ DVM_CONSISTENT_DIR ] = "DVM_CONSISTENT_DIR";
tag [ DVM_CHECK_DIR ] = "DVM_CHECK_DIR";
tag [ DVM_IO_MODE_DIR ] = "DVM_IO_MODE_DIR";
tag [ DVM_LOCALIZE_DIR ] = "DVM_LOCALIZE_DIR";
tag [ DVM_SHADOW_ADD_DIR ] = "DVM_SHADOW_ADD_DIR";
tag [ DVM_CP_CREATE_DIR ] = "DVM_CP_CREATE_DIR";
tag [ DVM_CP_LOAD_DIR ] = "DVM_CP_LOAD_DIR";
tag [ DVM_CP_SAVE_DIR ] = "DVM_CP_SAVE_DIR";
tag [ DVM_CP_WAIT_DIR ] = "DVM_CP_WAIT_DIR";
tag [ DVM_EXIT_INTERVAL_DIR ] = "DVM_EXIT_INTERVAL_DIR";
tag [ DVM_TEMPLATE_CREATE_DIR ] = "DVM_TEMPLATE_CREATE_DIR";
tag [ DVM_TEMPLATE_DELETE_DIR ] = "DVM_TEMPLATE_DELETE_DIR";
/***************** variant tags for low level nodes ********************/
tag [ INT_VAL ] = "INT_VAL";
tag [ FLOAT_VAL ] = "FLOAT_VAL";
tag [ DOUBLE_VAL ] = "DOUBLE_VAL";
tag [ BOOL_VAL ] = "BOOL_VAL";
tag [ CHAR_VAL ] = "CHAR_VAL";
tag [ STRING_VAL ] = "STRING_VAL";
tag [ CONST_REF ] = "CONST_REF";
tag [ VAR_REF ] = "VAR_REF";
tag [ ARRAY_REF ] = "ARRAY_REF";
tag [ RECORD_REF ] = "RECORD_REF";
tag [ ENUM_REF ] = "ENUM_REF";
tag [ VAR_LIST ] = "VAR_LIST";
tag [ EXPR_LIST ] = "EXPR_LIST";
tag [ RANGE_LIST ] = "RANGE_LIST";
tag [ CASE_CHOICE ] = "CASE_CHOICE";
tag [ DEF_CHOICE ] = "DEF_CHOICE";
tag [ VARIANT_CHOICE ] = "VARIANT_CHOICE";
tag [ COMPLEX_VAL ] = "COMPLEX_VAL";
tag [ LABEL_REF ] = "LABEL_REF";
tag [ KEYWORD_VAL ] = "KEYWORD_VAL";
tag [ DDOT ] = "DDOT";
tag [ RANGE_OP ] = "RANGE_OP";
tag [ UPPER_OP ] = "UPPER_OP";
tag [ LOWER_OP ] = "LOWER_OP";
tag [ EQ_OP ] = "EQ_OP";
tag [ LT_OP ] = "LT_OP";
tag [ GT_OP ] = "GT_OP";
tag [ NOTEQL_OP ] = "NOTEQL_OP";
tag [ LTEQL_OP ] = "LTEQL_OP";
tag [ GTEQL_OP ] = "GTEQL_OP";
tag [ ADD_OP ] = "ADD_OP";
tag [ SUBT_OP ] = "SUBT_OP";
tag [ OR_OP ] = "OR_OP";
tag [ MULT_OP ] = "MULT_OP";
tag [ DIV_OP ] = "DIV_OP";
tag [ MOD_OP ] = "MOD_OP";
tag [ AND_OP ] = "AND_OP";
tag [ EXP_OP ] = "EXP_OP";
tag [ ARRAY_MULT ] = "ARRAY_MULT";
tag [ CONCAT_OP ] = "CONCAT_OP";
tag [ XOR_OP ] = "XOR_OP";
tag [ EQV_OP ] = "EQV_OP";
tag [ NEQV_OP ] = "NEQV_OP";
tag [ MINUS_OP ] = "MINUS_OP";
tag [ NOT_OP ] = "NOT_OP";
tag [ ASSGN_OP ] = "ASSGN_OP";
tag [ DEREF_OP ] = "DEREF_OP";
tag [ POINTST_OP ] = "POINTST_OP";
tag [ FUNCTION_OP ] = "FUNCTION_OP";
tag [ MINUSMINUS_OP ] = "MINUSMINUS_OP";
tag [ PLUSPLUS_OP ] = "PLUSPLUS_OP";
tag [ BITAND_OP ] = "BITAND_OP";
tag [ BITOR_OP ] = "BITOR_OP";
tag [ STAR_RANGE ] = "STAR_RANGE";
tag [ PROC_CALL ] = "PROC_CALL";
tag [ FUNC_CALL ] = "FUNC_CALL";
tag [ CONSTRUCTOR_REF ] = "CONSTRUCTOR_REF";
tag [ ACCESS_REF ] = "ACCESS_REF";
tag [ CONS ] = "CONS";
tag [ ACCESS ] = "ACCESS";
tag [ IOACCESS ] = "IOACCESS";
tag [ CONTROL_LIST ] = "CONTROL_LIST";
tag [ SEQ ] = "SEQ";
tag [ SPEC_PAIR ] = "SPEC_PAIR";
tag [ COMM_LIST ] = "COMM_LIST";
tag [ STMT_STR ] = "STMT_STR";
tag [ EQUI_LIST ] = "EQUI_LIST";
tag [ IMPL_TYPE ] = "IMPL_TYPE";
tag [ STMTFN_DECL ] = "STMTFN_DECL";
tag [ BIT_COMPLEMENT_OP ] = "BIT_COMPLEMENT_OP";
tag [ EXPR_IF ] = "EXPR_IF";
tag [ EXPR_IF_BODY ] = "EXPR_IF_BODY";
tag [ FUNCTION_REF ] = "FUNCTION_REF";
tag [ LSHIFT_OP ] = "LSHIFT_OP";
tag [ RSHIFT_OP ] = "RSHIFT_OP";
tag [ UNARY_ADD_OP ] = "UNARY_ADD_OP";
tag [ SIZE_OP ] = "SIZE_OP";
tag [ INTEGER_DIV_OP ] = "INTEGER_DIV_OP";
tag [ SUB_OP ] = "SUB_OP";
tag [ LE_OP ] = "LE_OP";
tag [ GE_OP ] = "GE_OP";
tag [ NE_OP ] = "NE_OP";
tag [ CLASSINIT_OP ] = "CLASSINIT_OP";
tag [ CAST_OP ] = "CAST_OP";
tag [ ADDRESS_OP ] = "ADDRESS_OP";
tag [ POINSTAT_OP ] = "POINSTAT_OP";
tag [ COPY_NODE ] = "COPY_NODE";
tag [ INIT_LIST ] = "INIT_LIST";
tag [ VECTOR_CONST ] = "VECTOR_CONST";
tag [ BIT_NUMBER ] = "BIT_NUMBER";
tag [ ARITH_ASSGN_OP ] = "ARITH_ASSGN_OP";
tag [ ARRAY_OP ] = "ARRAY_OP";
tag [ NEW_OP ] = "NEW_OP";
tag [ DELETE_OP ] = "DELETE_OP";
tag [ NAMELIST_LIST ] = "NAMELIST_LIST";
tag [ THIS_NODE ] = "THIS_NODE";
tag [ SCOPE_OP ] = "SCOPE_OP";
tag [ PLUS_ASSGN_OP ] = "PLUS_ASSGN_OP";
tag [ MINUS_ASSGN_OP ] = "MINUS_ASSGN_OP";
tag [ AND_ASSGN_OP ] = "AND_ASSGN_OP";
tag [ IOR_ASSGN_OP ] = "IOR_ASSGN_OP";
tag [ MULT_ASSGN_OP ] = "MULT_ASSGN_OP";
tag [ DIV_ASSGN_OP ] = "DIV_ASSGN_OP";
tag [ MOD_ASSGN_OP ] = "MOD_ASSGN_OP";
tag [ XOR_ASSGN_OP ] = "XOR_ASSGN_OP";
tag [ LSHIFT_ASSGN_OP ] = "LSHIFT_ASSGN_OP";
tag [ RSHIFT_ASSGN_OP ] = "RSHIFT_ASSGN_OP";
tag [ ORDERED_OP ] = "ORDERED_OP";
tag [ EXTEND_OP ] = "EXTEND_OP";
tag [ MAXPARALLEL_OP ] = "MAXPARALLEL_OP";
tag [ SAMETYPE_OP ] = "SAMETYPE_OP";
tag [ TYPE_REF ] = "TYPE_REF";
tag [ STRUCTURE_CONSTRUCTOR ] = "STRUCTURE_CONSTRUCTOR";
tag [ ARRAY_CONSTRUCTOR ] = "ARRAY_CONSTRUCTOR";
tag [ SECTION_REF ] = "SECTION_REF";
tag [ VECTOR_SUBSCRIPT ] = "VECTOR_SUBSCRIPT";
tag [ SECTION_OPERANDS ] = "SECTION_OPERANDS";
tag [ KEYWORD_ARG ] = "KEYWORD_ARG";
tag [ OVERLOADED_CALL ] = "OVERLOADED_CALL";
tag [ INTERFACE_REF ] = "INTERFACE_REF";
tag [ RENAME_NODE ] = "RENAME_NODE";
tag [ TYPE_NODE ] = "TYPE_NODE";
tag [ PAREN_OP ] = "PAREN_OP";
tag [ PARAMETER_OP ] = "PARAMETER_OP";
tag [ PUBLIC_OP ] = "PUBLIC_OP";
tag [ PRIVATE_OP ] = "PRIVATE_OP";
tag [ ALLOCATABLE_OP ] = "ALLOCATABLE_OP";
tag [ DIMENSION_OP ] = "DIMENSION_OP";
tag [ EXTERNAL_OP ] = "EXTERNAL_OP";
tag [ IN_OP ] = "IN_OP";
tag [ OUT_OP ] = "OUT_OP";
tag [ INOUT_OP ] = "INOUT_OP";
tag [ INTRINSIC_OP ] = "INTRINSIC_OP";
tag [ POINTER_OP ] = "POINTER_OP";
tag [ OPTIONAL_OP ] = "OPTIONAL_OP";
tag [ SAVE_OP ] = "SAVE_OP";
tag [ TARGET_OP ] = "TARGET_OP";
tag [ ONLY_NODE ] = "ONLY_NODE";
tag [ LEN_OP ] = "LEN_OP";
tag [ TYPE_OP ] = "TYPE_OP";
tag [ DOTSTAR_OP ] = "DOTSTAR_OP";
tag [ ARROWSTAR_OP ] = "ARROWSTAR_OP";
tag [ FORDECL_OP ] = "FORDECL_OP";
tag [ THROW_OP ] = "THROW_OP";
tag [ PROCESSORS_REF ] = "PROCESSORS_REF";
tag [ PORT_TYPE_OP ] = "PORT_TYPE_OP";
tag [ INPORT_TYPE_OP ] = "INPORT_TYPE_OP";
tag [ OUTPORT_TYPE_OP ] = "OUTPORT_TYPE_OP";
tag [ INPORT_NAME ] = "INPORT_NAME";
tag [ OUTPORT_NAME ] = "OUTPORT_NAME";
tag [ FROMPORT_NAME ] = "FROMPORT_NAME";
tag [ TOPORT_NAME ] = "TOPORT_NAME";
tag [ IOSTAT_STORE ] = "IOSTAT_STORE";
tag [ EMPTY_STORE ] = "EMPTY_STORE";
tag [ ERR_LABEL ] = "ERR_LABEL";
tag [ END_LABEL ] = "END_LABEL";
tag [ PROS_CALL ] = "PROS_CALL";
tag [ STATIC_OP ] = "STATIC_OP";
tag [ LABEL_ARG ] = "LABEL_ARG";
tag [ DATA_IMPL_DO ] = "DATA_IMPL_DO";
tag [ DATA_ELT ] = "DATA_ELT";
tag [ DATA_SUBS ] = "DATA_SUBS";
tag [ DATA_RANGE ] = "DATA_RANGE";
tag [ ICON_EXPR ] = "ICON_EXPR";
tag [ BLOCK_OP ] = "BLOCK_OP";
tag [ NEW_SPEC_OP ] = "NEW_SPEC_OP";
tag [ REDUCTION_OP ] = "REDUCTION_OP";
tag [ SHADOW_RENEW_OP ] = "SHADOW_RENEW_OP";
tag [ SHADOW_START_OP ] = "SHADOW_START_OP";
tag [ SHADOW_WAIT_OP ] = "SHADOW_WAIT_OP";
tag [ DIAG_OP ] = "DIAG_OP";
tag [ REMOTE_ACCESS_OP ] = "REMOTE_ACCESS_OP";
tag [ TEMPLATE_OP ] = "TEMPLATE_OP";
tag [ PROCESSORS_OP ] = "PROCESSORS_OP";
tag [ DYNAMIC_OP ] = "DYNAMIC_OP";
tag [ ALIGN_OP ] = "ALIGN_OP";
tag [ DISTRIBUTE_OP ] = "DISTRIBUTE_OP";
tag [ SHADOW_OP ] = "SHADOW_OP";
tag [ INDIRECT_ACCESS_OP ] = "INDIRECT_ACCESS_OP";
tag [ ACROSS_OP ] = "ACROSS_OP";
tag [ NEW_VALUE_OP ] = "NEW_VALUE_OP";
tag [ SHADOW_COMP_OP ] = "SHADOW_COMP_OP";
tag [ STAGE_OP ] = "STAGE_OP";
tag [ FORALL_OP ] = "FORALL_OP";
tag [ CONSISTENT_OP ] = "CONSISTENT_OP";
tag [ INTERFACE_OPERATOR ] = "INTERFACE_OPERATOR";
tag [ INTERFACE_ASSIGNMENT ] = "INTERFACE_ASSIGNMENT";
tag [ VAR_DECL_90 ] = "VAR_DECL_90";
tag [ ASSIGNMENT_OP ] = "ASSIGNMENT_OP";
tag [ OPERATOR_OP ] = "OPERATOR_OP";
tag [ KIND_OP ] = "KIND_OP";
tag [ LENGTH_OP ] = "LENGTH_OP";
tag [ RECURSIVE_OP ] = "RECURSIVE_OP";
tag [ ELEMENTAL_OP ] = "ELEMENTAL_OP";
tag [ PURE_OP ] = "PURE_OP";
tag [ DEFINED_OP ] = "DEFINED_OP";
tag [ PARALLEL_OP ] = "PARALLEL_OP";
tag [ INDIRECT_OP ] = "INDIRECT_OP";
tag [ DERIVED_OP ] = "DERIVED_OP";
tag [ DUMMY_REF ] = "DUMMY_REF";
tag [ COMMON_OP ] = "COMMON_OP";
tag [ SHADOW_NAMES_OP ] = "SHADOW_NAMES_OP";
/***************** variant tags for symbol table entries ********************/
tag [ CONST_NAME ] = "CONST_NAME";
tag [ ENUM_NAME ] = "ENUM_NAME";
tag [ FIELD_NAME ] = "FIELD_NAME";
tag [ VARIABLE_NAME ] = "VARIABLE_NAME";
tag [ TYPE_NAME ] = "TYPE_NAME";
tag [ PROGRAM_NAME ] = "PROGRAM_NAME";
tag [ PROCEDURE_NAME ] = "PROCEDURE_NAME";
tag [ VAR_FIELD ] = "VAR_FIELD";
tag [ LABEL_VAR ] = "LABEL_VAR";
tag [ FUNCTION_NAME ] = "FUNCTION_NAME";
tag [ MEMBER_FUNC ] = "MEMBER_FUNC";
tag [ CLASS_NAME ] = "CLASS_NAME";
tag [ UNION_NAME ] = "UNION_NAME";
tag [ STRUCT_NAME ] = "STRUCT_NAME";
tag [ LABEL_NAME ] = "LABEL_NAME";
tag [ COLLECTION_NAME ] = "COLLECTION_NAME";
tag [ ROUTINE_NAME ] = "ROUTINE_NAME";
tag [ CONSTRUCT_NAME ] = "CONSTRUCT_NAME";
tag [ INTERFACE_NAME ] = "INTERFACE_NAME";
tag [ MODULE_NAME ] = "MODULE_NAME";
tag [ TEMPLATE_CL_NAME ] = "TEMPLATE_CL_NAME";
tag [ TEMPLATE_FN_NAME ] = "TEMPLATE_FN_NAME";
tag [ TECLASS_NAME ] = "TECLASS_NAME";
tag [ SHADOW_GROUP_NAME ] = "SHADOW_GROUP_NAME";
tag [ REDUCTION_GROUP_NAME ] = "REDUCTION_GROUP_NAME";
tag [ REF_GROUP_NAME ] = "REF_GROUP_NAME";
tag [ ASYNC_ID ] = "ASYNC_ID";
tag [ CONSISTENT_GROUP_NAME ] = "CONSISTENT_GROUP_NAME";
tag [ NAMELIST_NAME ] = "NAMELIST_NAME";
tag [ COMMON_NAME ] = "COMMON_NAME";
tag [ DEFAULT ] = "DEFAULT";
tag [ T_INT ] = "T_INT";
tag [ T_FLOAT ] = "T_FLOAT";
tag [ T_DOUBLE ] = "T_DOUBLE";
tag [ T_CHAR ] = "T_CHAR";
tag [ T_BOOL ] = "T_BOOL";
tag [ T_STRING ] = "T_STRING";
tag [ T_ENUM ] = "T_ENUM";
tag [ T_SUBRANGE ] = "T_SUBRANGE";
tag [ T_LIST ] = "T_LIST";
tag [ T_ARRAY ] = "T_ARRAY";
tag [ T_RECORD ] = "T_RECORD";
tag [ T_ENUM_FIELD ] = "T_ENUM_FIELD";
tag [ T_UNKNOWN ] = "T_UNKNOWN";
tag [ T_COMPLEX ] = "T_COMPLEX";
tag [ T_VOID ] = "T_VOID";
tag [ T_DESCRIPT ] = "T_DESCRIPT";
tag [ T_FUNCTION ] = "T_FUNCTION";
tag [ T_POINTER ] = "T_POINTER";
tag [ T_UNION ] = "T_UNION";
tag [ T_STRUCT ] = "T_STRUCT";
tag [ T_CLASS ] = "T_CLASS";
tag [ T_DERIVED_CLASS ] = "T_DERIVED_CLASS";
tag [ T_DERIVED_TYPE ] = "T_DERIVED_TYPE";
tag [ T_COLLECTION ] = "T_COLLECTION";
tag [ T_DERIVED_COLLECTION ] = "T_DERIVED_COLLECTION";
tag [ T_REFERENCE ] = "T_REFERENCE";
tag [ T_DERIVED_TEMPLATE ] = "T_DERIVED_TEMPLATE";
tag [ T_MEMBER_POINTER ] = "T_MEMBER_POINTER";
tag [ T_TECLASS ] = "T_TECLASS";
tag [ T_GATE ] = "T_GATE";
tag [ T_EVENT ] = "T_EVENT";
tag [ T_SEQUENCE ] = "T_SEQUENCE";
tag [ T_DCOMPLEX ] = "T_DCOMPLEX";
tag [ T_LONG ] = "T_LONG";
tag [ BY_USE ] = "BY_USE";
tag [ LOCAL ] = "LOCAL";
tag [ INPUT ] = "INPUT";
tag [ OUTPUT ] = "OUTPUT";
tag [ IO ] = "IO";
tag [ PROCESS_NAME ] = "PROCESS_NAME";
tag [ OMP_PRIVATE ] = "OMP_PRIVATE";
tag [ OMP_SHARED ] = "OMP_SHARED";
tag [ OMP_FIRSTPRIVATE ] = "OMP_FIRSTPRIVATE";
tag [ OMP_LASTPRIVATE ] = "OMP_LASTPRIVATE";
tag [ OMP_THREADPRIVATE ] = "OMP_THREADPRIVATE";
tag [ OMP_COPYIN ] = "OMP_COPYIN";
tag [ OMP_COPYPRIVATE ] = "OMP_COPYPRIVATE";
tag [ OMP_DEFAULT ] = "OMP_DEFAULT";
tag [ OMP_ORDERED ] = "OMP_ORDERED";
tag [ OMP_SCHEDULE ] = "OMP_SCHEDULE";
tag [ OMP_REDUCTION ] = "OMP_REDUCTION";
tag [ OMP_IF ] = "OMP_IF";
tag [ OMP_NUM_THREADS ] = "OMP_NUM_THREADS";
tag [ OMP_NOWAIT ] = "OMP_NOWAIT";
tag [ OMP_PARALLEL_DIR ] = "OMP_PARALLEL_DIR";
tag [ OMP_END_PARALLEL_DIR ] = "OMP_END_PARALLEL_DIR";
tag [ OMP_DO_DIR ] = "OMP_DO_DIR";
tag [ OMP_END_DO_DIR ] = "OMP_END_DO_DIR";
tag [ OMP_SECTIONS_DIR ] = "OMP_SECTIONS_DIR";
tag [ OMP_END_SECTIONS_DIR ] = "OMP_END_SECTIONS_DIR";
tag [ OMP_SECTION_DIR ] = "OMP_SECTION_DIR";
tag [ OMP_SINGLE_DIR ] = "OMP_SINGLE_DIR";
tag [ OMP_END_SINGLE_DIR ] = "OMP_END_SINGLE_DIR";
tag [ OMP_WORKSHARE_DIR ] = "OMP_WORKSHARE_DIR";
tag [ OMP_END_WORKSHARE_DIR ] = "OMP_END_WORKSHARE_DIR";
tag [ OMP_PARALLEL_DO_DIR ] = "OMP_PARALLEL_DO_DIR";
tag [ OMP_END_PARALLEL_DO_DIR ] = "OMP_END_PARALLEL_DO_DIR";
tag [ OMP_PARALLEL_SECTIONS_DIR ] = "OMP_PARALLEL_SECTIONS_DIR";
tag [ OMP_END_PARALLEL_SECTIONS_DIR ] = "OMP_END_PARALLEL_SECTIONS_DIR";
tag [ OMP_PARALLEL_WORKSHARE_DIR ] = "OMP_PARALLEL_WORKSHARE_DIR";
tag [ OMP_END_PARALLEL_WORKSHARE_DIR ] = "OMP_END_PARALLEL_WORKSHARE_DIR";
tag [ OMP_MASTER_DIR ] = "OMP_MASTER_DIR";
tag [ OMP_END_MASTER_DIR ] = "OMP_END_MASTER_DIR";
tag [ OMP_CRITICAL_DIR ] = "OMP_CRITICAL_DIR";
tag [ OMP_END_CRITICAL_DIR ] = "OMP_END_CRITICAL_DIR";
tag [ OMP_BARRIER_DIR ] = "OMP_BARRIER_DIR";
tag [ OMP_ATOMIC_DIR ] = "OMP_ATOMIC_DIR";
tag [ OMP_FLUSH_DIR ] = "OMP_FLUSH_DIR";
tag [ OMP_ORDERED_DIR ] = "OMP_ORDERED_DIR";
tag [ OMP_END_ORDERED_DIR ] = "OMP_END_ORDERED_DIR";
tag [ RECORD_DECL ] = "RECORD_DECL";
tag [ FUNC_STAT ] = "FUNC_STAT";
tag [ OMP_ONETHREAD_DIR ] = "OMP_ONETHREAD_DIR";
tag [ OMP_THREADPRIVATE_DIR ] = "OMP_THREADPRIVATE_DIR";
tag [ OMP_DEFAULT_SECTION_DIR ] = "OMP_DEFAULT_SECTION_DIR";
tag [ OMP_COLLAPSE ] = "OMP_COLLAPSE";
tag [ ACC_REGION_DIR ] = "ACC_REGION_DIR";
tag [ ACC_END_REGION_DIR ] = "ACC_END_REGION_DIR";
tag [ ACC_CALL_STMT ] = "ACC_CALL_STMT";
tag [ ACC_KERNEL_HEDR ] = "ACC_KERNEL_HEDR";
tag [ ACC_GET_ACTUAL_DIR ] = "ACC_GET_ACTUAL_DIR";
tag [ ACC_ACTUAL_DIR ] = "ACC_ACTUAL_DIR";
tag [ ACC_CHECKSECTION_DIR ] = "ACC_CHECKSECTION_DIR";
tag [ ACC_END_CHECKSECTION_DIR ] = "ACC_END_CHECKSECTION_DIR";
tag [ ACC_ROUTINE_DIR ] = "ACC_ROUTINE_DIR";
tag [ ACC_TIE_OP ] = "ACC_TIE_OP";
tag [ ACC_INLOCAL_OP ] = "ACC_INLOCAL_OP";
tag [ ACC_INOUT_OP ] = "ACC_INOUT_OP";
tag [ ACC_IN_OP ] = "ACC_IN_OP";
tag [ ACC_OUT_OP ] = "ACC_OUT_OP";
tag [ ACC_LOCAL_OP ] = "ACC_LOCAL_OP";
tag [ ACC_PRIVATE_OP ] = "ACC_PRIVATE_OP";
tag [ ACC_DEVICE_OP ] = "ACC_DEVICE_OP";
tag [ ACC_CUDA_OP ] = "ACC_CUDA_OP";
tag [ ACC_HOST_OP ] = "ACC_HOST_OP";
tag [ ACC_GLOBAL_OP ] = "ACC_GLOBAL_OP";
tag [ ACC_ATTRIBUTES_OP ] = "ACC_ATTRIBUTES_OP";
tag [ ACC_VALUE_OP ] = "ACC_VALUE_OP";
tag [ ACC_SHARED_OP ] = "ACC_SHARED_OP";
tag [ ACC_CONSTANT_OP ] = "ACC_CONSTANT_OP";
tag [ ACC_USES_OP ] = "ACC_USES_OP";
tag [ ACC_CALL_OP ] = "ACC_CALL_OP";
tag [ ACC_CUDA_BLOCK_OP ] = "ACC_CUDA_BLOCK_OP";
tag [ ACC_TARGETS_OP ] = "ACC_TARGETS_OP";
tag [ ACC_ASYNC_OP ] = "ACC_ASYNC_OP";
tag [ SPF_ANALYSIS_DIR ] = "SPF_ANALYSIS_DIR";
tag [ SPF_PARALLEL_DIR ] = "SPF_PARALLEL_DIR";
tag [ SPF_TRANSFORM_DIR ] = "SPF_TRANSFORM_DIR";
tag [ SPF_NOINLINE_OP ] = "SPF_NOINLINE_OP";
tag [ SPF_PARALLEL_REG_DIR ] = "SPF_PARALLEL_REG_DIR";
tag [ SPF_END_PARALLEL_REG_DIR ] = "SPF_END_PARALLEL_REG_DIR";
tag [ SPF_REGION_NAME ] = "SPF_REGION_NAME";
tag [ SPF_EXPAND_OP ] = "SPF_EXPAND_OP";
tag [ SPF_FISSION_OP ] = "SPF_FISSION_OP";
tag [ SPF_SHRINK_OP ] = "SPF_SHRINK_OP";
tag [ SPF_CHECKPOINT_DIR ] = "SPF_CHECKPOINT_DIR";
tag [ SPF_TYPE_OP ] = "SPF_TYPE_OP";
tag [ SPF_VARLIST_OP ] = "SPF_VARLIST_OP";
tag [ SPF_EXCEPT_OP ] = "SPF_EXCEPT_OP";
tag [ SPF_FILES_COUNT_OP ] = "SPF_FILES_COUNT_OP";
tag [ SPF_INTERVAL_OP ] = "SPF_INTERVAL_OP";
tag [ SPF_TIME_OP ] = "SPF_TIME_OP";
tag [ SPF_ITER_OP ] = "SPF_ITER_OP";
tag [ SPF_FLEXIBLE_OP ] = "SPF_FLEXIBLE_OP";
tag [ SPF_PARAMETER_OP ] = "SPF_PARAMETER_OP";
tag [ SPF_CODE_COVERAGE_OP ] = "SPF_CODE_COVERAGE_OP";
tag [ SPF_UNROLL_OP ] = "SPF_UNROLL_OP";

352
dvm/fdvm/trunk/parser/tokdefs.h Normal file
View File

@@ -0,0 +1,352 @@
#define PERCENT 1
#define AMPERSAND 2
#define ASTER 3
#define CLUSTER 4
#define COLON 5
#define COMMA 6
#define DASTER 7
#define DEFINED_OPERATOR 8
#define DOT 9
#define DQUOTE 10
#define GLOBAL_A 11
#define LEFTAB 12
#define LEFTPAR 13
#define MINUS 14
#define PLUS 15
#define POINT_TO 16
#define QUOTE 17
#define RIGHTAB 18
#define RIGHTPAR 19
#define AND 20
#define DSLASH 21
#define EQV 22
#define EQ 23
#define EQUAL 24
#define FFALSE 25
#define GE 26
#define GT 27
#define LE 28
#define LT 29
#define NE 30
#define NEQV 31
#define NOT 32
#define OR 33
#define TTRUE 34
#define SLASH 35
#define XOR 36
#define REFERENCE 37
#define AT 38
#define ACROSS 39
#define ALIGN_WITH 40
#define ALIGN 41
#define ALLOCATABLE 42
#define ALLOCATE 43
#define ARITHIF 44
#define ASSIGNMENT 45
#define ASSIGN 46
#define ASSIGNGOTO 47
#define ASYNCHRONOUS 48
#define ASYNCID 49
#define ASYNCWAIT 50
#define BACKSPACE 51
#define BAD_CCONST 52
#define BAD_SYMBOL 53
#define BARRIER 54
#define BLOCKDATA 55
#define BLOCK 56
#define BOZ_CONSTANT 57
#define BYTE 58
#define CALL 59
#define CASE 60
#define CHARACTER 61
#define CHAR_CONSTANT 62
#define CHECK 63
#define CLOSE 64
#define COMMON 65
#define COMPLEX 66
#define COMPGOTO 67
#define CONSISTENT_GROUP 68
#define CONSISTENT_SPEC 69
#define CONSISTENT_START 70
#define CONSISTENT_WAIT 71
#define CONSISTENT 72
#define CONSTRUCT_ID 73
#define CONTAINS 74
#define CONTINUE 75
#define CORNER 76
#define CYCLE 77
#define DATA 78
#define DEALLOCATE 79
#define HPF_TEMPLATE 80
#define DEBUG 81
#define DEFAULT_CASE 82
#define DEFINE 83
#define DERIVED 84
#define DIMENSION 85
#define DISTRIBUTE 86
#define DOWHILE 87
#define DOUBLEPRECISION 88
#define DOUBLECOMPLEX 89
#define DP_CONSTANT 90
#define DVM_POINTER 91
#define DYNAMIC 92
#define ELEMENTAL 93
#define ELSE 94
#define ELSEIF 95
#define ELSEWHERE 96
#define ENDASYNCHRONOUS 97
#define ENDDEBUG 98
#define ENDINTERVAL 99
#define ENDUNIT 100
#define ENDDO 101
#define ENDFILE 102
#define ENDFORALL 103
#define ENDIF 104
#define ENDINTERFACE 105
#define ENDMODULE 106
#define ENDON 107
#define ENDSELECT 108
#define ENDTASK_REGION 109
#define ENDTYPE 110
#define ENDWHERE 111
#define ENTRY 112
#define EXIT 113
#define EOLN 114
#define EQUIVALENCE 115
#define ERROR 116
#define EXTERNAL 117
#define F90 118
#define FIND 119
#define FORALL 120
#define FORMAT 121
#define FUNCTION 122
#define GATE 123
#define GEN_BLOCK 124
#define HEAP 125
#define HIGH 126
#define IDENTIFIER 127
#define IMPLICIT 128
#define IMPLICITNONE 129
#define INCLUDE_TO 130
#define INCLUDE 131
#define INDEPENDENT 132
#define INDIRECT_ACCESS 133
#define INDIRECT_GROUP 134
#define INDIRECT 135
#define INHERIT 136
#define INQUIRE 137
#define INTERFACEASSIGNMENT 138
#define INTERFACEOPERATOR 139
#define INTERFACE 140
#define INTRINSIC 141
#define INTEGER 142
#define INTENT 143
#define INTERVAL 144
#define INOUT 145
#define IN 146
#define INT_CONSTANT 147
#define LABEL 148
#define LABEL_DECLARE 149
#define LET 150
#define LOCALIZE 151
#define LOGICAL 152
#define LOGICALIF 153
#define LOOP 154
#define LOW 155
#define MAXLOC 156
#define MAX 157
#define MAP 158
#define MINLOC 159
#define MIN 160
#define MODULE_PROCEDURE 161
#define MODULE 162
#define MULT_BLOCK 163
#define NAMEEQ 164
#define NAMELIST 165
#define NEW_VALUE 166
#define NEW 167
#define NULLIFY 168
#define OCTAL_CONSTANT 169
#define ONLY 170
#define ON 171
#define ON_DIR 172
#define ONTO 173
#define OPEN 174
#define OPERATOR 175
#define OPTIONAL 176
#define OTHERWISE 177
#define OUT 178
#define OWN 179
#define PARALLEL 180
#define PARAMETER 181
#define PAUSE 182
#define PLAINDO 183
#define PLAINGOTO 184
#define POINTER 185
#define POINTERLET 186
#define PREFETCH 187
#define PRINT 188
#define PRIVATE 189
#define PRODUCT 190
#define PROGRAM 191
#define PUBLIC 192
#define PURE 193
#define RANGE 194
#define READ 195
#define REALIGN_WITH 196
#define REALIGN 197
#define REAL 198
#define REAL_CONSTANT 199
#define RECURSIVE 200
#define REDISTRIBUTE_NEW 201
#define REDISTRIBUTE 202
#define REDUCTION_GROUP 203
#define REDUCTION_START 204
#define REDUCTION_WAIT 205
#define REDUCTION 206
#define REMOTE_ACCESS_SPEC 207
#define REMOTE_ACCESS 208
#define REMOTE_GROUP 209
#define RESET 210
#define RESULT 211
#define RETURN 212
#define REWIND 213
#define SAVE 214
#define SECTION 215
#define SELECT 216
#define SEQUENCE 217
#define SHADOW_ADD 218
#define SHADOW_COMPUTE 219
#define SHADOW_GROUP 220
#define SHADOW_RENEW 221
#define SHADOW_START_SPEC 222
#define SHADOW_START 223
#define SHADOW_WAIT_SPEC 224
#define SHADOW_WAIT 225
#define SHADOW 226
#define STAGE 227
#define STATIC 228
#define STAT 229
#define STOP 230
#define SUBROUTINE 231
#define SUM 232
#define SYNC 233
#define TARGET 234
#define TASK 235
#define TASK_REGION 236
#define THEN 237
#define TO 238
#define TRACEON 239
#define TRACEOFF 240
#define TRUNC 241
#define TYPE 242
#define TYPE_DECL 243
#define UNDER 244
#define UNKNOWN 245
#define USE 246
#define VIRTUAL 247
#define VARIABLE 248
#define WAIT 249
#define WHERE 250
#define WHERE_ASSIGN 251
#define WHILE 252
#define WITH 253
#define WRITE 254
#define COMMENT 255
#define WGT_BLOCK 256
#define HPF_PROCESSORS 257
#define IOSTAT 258
#define ERR 259
#define END 260
#define OMPDVM_ATOMIC 261
#define OMPDVM_BARRIER 262
#define OMPDVM_COPYIN 263
#define OMPDVM_COPYPRIVATE 264
#define OMPDVM_CRITICAL 265
#define OMPDVM_ONETHREAD 266
#define OMPDVM_DO 267
#define OMPDVM_DYNAMIC 268
#define OMPDVM_ENDCRITICAL 269
#define OMPDVM_ENDDO 270
#define OMPDVM_ENDMASTER 271
#define OMPDVM_ENDORDERED 272
#define OMPDVM_ENDPARALLEL 273
#define OMPDVM_ENDPARALLELDO 274
#define OMPDVM_ENDPARALLELSECTIONS 275
#define OMPDVM_ENDPARALLELWORKSHARE 276
#define OMPDVM_ENDSECTIONS 277
#define OMPDVM_ENDSINGLE 278
#define OMPDVM_ENDWORKSHARE 279
#define OMPDVM_FIRSTPRIVATE 280
#define OMPDVM_FLUSH 281
#define OMPDVM_GUIDED 282
#define OMPDVM_LASTPRIVATE 283
#define OMPDVM_MASTER 284
#define OMPDVM_NOWAIT 285
#define OMPDVM_NONE 286
#define OMPDVM_NUM_THREADS 287
#define OMPDVM_ORDERED 288
#define OMPDVM_PARALLEL 289
#define OMPDVM_PARALLELDO 290
#define OMPDVM_PARALLELSECTIONS 291
#define OMPDVM_PARALLELWORKSHARE 292
#define OMPDVM_RUNTIME 293
#define OMPDVM_SECTION 294
#define OMPDVM_SECTIONS 295
#define OMPDVM_SCHEDULE 296
#define OMPDVM_SHARED 297
#define OMPDVM_SINGLE 298
#define OMPDVM_THREADPRIVATE 299
#define OMPDVM_WORKSHARE 300
#define OMPDVM_NODES 301
#define OMPDVM_IF 302
#define IAND 303
#define IEOR 304
#define IOR 305
#define ACC_REGION 306
#define ACC_END_REGION 307
#define ACC_CHECKSECTION 308
#define ACC_END_CHECKSECTION 309
#define ACC_GET_ACTUAL 310
#define ACC_ACTUAL 311
#define ACC_TARGETS 312
#define ACC_ASYNC 313
#define ACC_HOST 314
#define ACC_CUDA 315
#define ACC_LOCAL 316
#define ACC_INLOCAL 317
#define ACC_CUDA_BLOCK 318
#define ACC_ROUTINE 319
#define ACC_TIE 320
#define BY 321
#define IO_MODE 322
#define CP_CREATE 323
#define CP_LOAD 324
#define CP_SAVE 325
#define CP_WAIT 326
#define FILES 327
#define VARLIST 328
#define STATUS 329
#define EXITINTERVAL 330
#define TEMPLATE_CREATE 331
#define TEMPLATE_DELETE 332
#define SPF_ANALYSIS 333
#define SPF_PARALLEL 334
#define SPF_TRANSFORM 335
#define SPF_NOINLINE 336
#define SPF_PARALLEL_REG 337
#define SPF_END_PARALLEL_REG 338
#define SPF_EXPAND 339
#define SPF_FISSION 340
#define SPF_SHRINK 341
#define SPF_CHECKPOINT 342
#define SPF_EXCEPT 343
#define SPF_FILES_COUNT 344
#define SPF_INTERVAL 345
#define SPF_TIME 346
#define SPF_ITER 347
#define SPF_FLEXIBLE 348
#define SPF_APPLY_REGION 349
#define SPF_APPLY_FRAGMENT 350
#define SPF_CODE_COVERAGE 351
#define SPF_UNROLL 352

352
dvm/fdvm/trunk/parser/tokens Normal file
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@@ -0,0 +1,352 @@
PERCENT
AMPERSAND
ASTER
CLUSTER
COLON
COMMA
DASTER
DEFINED_OPERATOR
DOT
DQUOTE
GLOBAL_A
LEFTAB
LEFTPAR
MINUS
PLUS
POINT_TO
QUOTE
RIGHTAB
RIGHTPAR
AND
DSLASH
EQV
EQ
EQUAL
FFALSE
GE
GT
LE
LT
NE
NEQV
NOT
OR
TTRUE
SLASH
XOR
REFERENCE
AT
ACROSS
ALIGN_WITH
ALIGN
ALLOCATABLE
ALLOCATE
ARITHIF
ASSIGNMENT
ASSIGN
ASSIGNGOTO
ASYNCHRONOUS
ASYNCID
ASYNCWAIT
BACKSPACE
BAD_CCONST
BAD_SYMBOL
BARRIER
BLOCKDATA
BLOCK
BOZ_CONSTANT
BYTE
CALL
CASE
CHARACTER
CHAR_CONSTANT
CHECK
CLOSE
COMMON
COMPLEX
COMPGOTO
CONSISTENT_GROUP
CONSISTENT_SPEC
CONSISTENT_START
CONSISTENT_WAIT
CONSISTENT
CONSTRUCT_ID
CONTAINS
CONTINUE
CORNER
CYCLE
DATA
DEALLOCATE
HPF_TEMPLATE
DEBUG
DEFAULT_CASE
DEFINE
DERIVED
DIMENSION
DISTRIBUTE
DOWHILE
DOUBLEPRECISION
DOUBLECOMPLEX
DP_CONSTANT
DVM_POINTER
DYNAMIC
ELEMENTAL
ELSE
ELSEIF
ELSEWHERE
ENDASYNCHRONOUS
ENDDEBUG
ENDINTERVAL
ENDUNIT
ENDDO
ENDFILE
ENDFORALL
ENDIF
ENDINTERFACE
ENDMODULE
ENDON
ENDSELECT
ENDTASK_REGION
ENDTYPE
ENDWHERE
ENTRY
EXIT
EOLN
EQUIVALENCE
ERROR
EXTERNAL
F90
FIND
FORALL
FORMAT
FUNCTION
GATE
GEN_BLOCK
HEAP
HIGH
IDENTIFIER
IMPLICIT
IMPLICITNONE
INCLUDE_TO
INCLUDE
INDEPENDENT
INDIRECT_ACCESS
INDIRECT_GROUP
INDIRECT
INHERIT
INQUIRE
INTERFACEASSIGNMENT
INTERFACEOPERATOR
INTERFACE
INTRINSIC
INTEGER
INTENT
INTERVAL
INOUT
IN
INT_CONSTANT
LABEL
LABEL_DECLARE
LET
LOCALIZE
LOGICAL
LOGICALIF
LOOP
LOW
MAXLOC
MAX
MAP
MINLOC
MIN
MODULE_PROCEDURE
MODULE
MULT_BLOCK
NAMEEQ
NAMELIST
NEW_VALUE
NEW
NULLIFY
OCTAL_CONSTANT
ONLY
ON
ON_DIR
ONTO
OPEN
OPERATOR
OPTIONAL
OTHERWISE
OUT
OWN
PARALLEL
PARAMETER
PAUSE
PLAINDO
PLAINGOTO
POINTER
POINTERLET
PREFETCH
PRINT
PRIVATE
PRODUCT
PROGRAM
PUBLIC
PURE
RANGE
READ
REALIGN_WITH
REALIGN
REAL
REAL_CONSTANT
RECURSIVE
REDISTRIBUTE_NEW
REDISTRIBUTE
REDUCTION_GROUP
REDUCTION_START
REDUCTION_WAIT
REDUCTION
REMOTE_ACCESS_SPEC
REMOTE_ACCESS
REMOTE_GROUP
RESET
RESULT
RETURN
REWIND
SAVE
SECTION
SELECT
SEQUENCE
SHADOW_ADD
SHADOW_COMPUTE
SHADOW_GROUP
SHADOW_RENEW
SHADOW_START_SPEC
SHADOW_START
SHADOW_WAIT_SPEC
SHADOW_WAIT
SHADOW
STAGE
STATIC
STAT
STOP
SUBROUTINE
SUM
SYNC
TARGET
TASK
TASK_REGION
THEN
TO
TRACEON
TRACEOFF
TRUNC
TYPE
TYPE_DECL
UNDER
UNKNOWN
USE
VIRTUAL
VARIABLE
WAIT
WHERE
WHERE_ASSIGN
WHILE
WITH
WRITE
COMMENT
WGT_BLOCK
HPF_PROCESSORS
IOSTAT
ERR
END
OMPDVM_ATOMIC
OMPDVM_BARRIER
OMPDVM_COPYIN
OMPDVM_COPYPRIVATE
OMPDVM_CRITICAL
OMPDVM_ONETHREAD
OMPDVM_DO
OMPDVM_DYNAMIC
OMPDVM_ENDCRITICAL
OMPDVM_ENDDO
OMPDVM_ENDMASTER
OMPDVM_ENDORDERED
OMPDVM_ENDPARALLEL
OMPDVM_ENDPARALLELDO
OMPDVM_ENDPARALLELSECTIONS
OMPDVM_ENDPARALLELWORKSHARE
OMPDVM_ENDSECTIONS
OMPDVM_ENDSINGLE
OMPDVM_ENDWORKSHARE
OMPDVM_FIRSTPRIVATE
OMPDVM_FLUSH
OMPDVM_GUIDED
OMPDVM_LASTPRIVATE
OMPDVM_MASTER
OMPDVM_NOWAIT
OMPDVM_NONE
OMPDVM_NUM_THREADS
OMPDVM_ORDERED
OMPDVM_PARALLEL
OMPDVM_PARALLELDO
OMPDVM_PARALLELSECTIONS
OMPDVM_PARALLELWORKSHARE
OMPDVM_RUNTIME
OMPDVM_SECTION
OMPDVM_SECTIONS
OMPDVM_SCHEDULE
OMPDVM_SHARED
OMPDVM_SINGLE
OMPDVM_THREADPRIVATE
OMPDVM_WORKSHARE
OMPDVM_NODES
OMPDVM_IF
IAND
IEOR
IOR
ACC_REGION
ACC_END_REGION
ACC_CHECKSECTION
ACC_END_CHECKSECTION
ACC_GET_ACTUAL
ACC_ACTUAL
ACC_TARGETS
ACC_ASYNC
ACC_HOST
ACC_CUDA
ACC_LOCAL
ACC_INLOCAL
ACC_CUDA_BLOCK
ACC_ROUTINE
ACC_TIE
BY
IO_MODE
CP_CREATE
CP_LOAD
CP_SAVE
CP_WAIT
FILES
VARLIST
STATUS
EXITINTERVAL
TEMPLATE_CREATE
TEMPLATE_DELETE
SPF_ANALYSIS
SPF_PARALLEL
SPF_TRANSFORM
SPF_NOINLINE
SPF_PARALLEL_REG
SPF_END_PARALLEL_REG
SPF_EXPAND
SPF_FISSION
SPF_SHRINK
SPF_CHECKPOINT
SPF_EXCEPT
SPF_FILES_COUNT
SPF_INTERVAL
SPF_TIME
SPF_ITER
SPF_FLEXIBLE
SPF_APPLY_REGION
SPF_APPLY_FRAGMENT
SPF_CODE_COVERAGE
SPF_UNROLL

778
dvm/fdvm/trunk/parser/types.c Normal file
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/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/*
* types.c
*
* Routines to handle the type and variable decalrations
*/
#include <stdio.h>
#include "defs.h"
#include "ll.h"
#include "symb.h"
#include "db.h"
#include "f90.h"
#include "fm.h"
#ifdef SYS5
#include <string.h>
#else
#include <strings.h>
#endif
PTR_LLND make_llnd();
PTR_TYPE make_type();
PTR_BFND get_bfnd();
extern void err();
extern PTR_FILE fi;
void errstr();
int match_args();
int match_an_arg();
int remainder_optional();
extern PTR_TYPE global_int, global_double, global_float, global_bool;
extern PTR_TYPE global_char, global_string, global_complex, global_dcomplex, global_default;
/*
* set_type takes an id_list and a base type goes through list
* settting up the type used for variables and params
*/
void
set_type(id_list, base, tag)
PTR_SYMB id_list;
PTR_TYPE base;
int tag;
{
PTR_SYMB temp;
PTR_SYMB last;
temp = id_list;
while (temp) {
temp->variant = VARIABLE_NAME;
temp->type = base;
temp->entry.var_decl.local = tag;
/* if parameter the local field should already be set */
last = temp;
temp = last->id_list;
last->id_list = SMNULL;
}
}
/*
* install_const takes an id_list and an expr sets up the constant declarations
*/
void
install_const(id_list, expr)
PTR_SYMB id_list;
PTR_LLND expr;
{
register PTR_SYMB temp, last;
temp = id_list;
while (temp) {
temp->variant = CONST_NAME;
temp->type = expr->type;
temp->entry.const_value = expr;
last = temp;
temp = last->id_list;
last->id_list = SMNULL;
}
}
/*
* install_array
*/
PTR_TYPE
install_array(range, base, ndim)
PTR_LLND range;
PTR_TYPE base;
int ndim;
{
PTR_TYPE ret;
ret = make_type(fi,T_ARRAY);
ret->entry.ar_decl.num_dimensions = ndim;
ret->entry.ar_decl.base_type = base;
return (ret);
}
/*
* install_param_list gets an proc id and a parameter list
* and sets them up as parameters
*/
void
install_param_list(id, id_list, result_clause, func)
PTR_SYMB id, id_list;
int func;
PTR_LLND result_clause;
{
int num_input = 0;
register PTR_SYMB temp, last, result_sym_ptr;
temp = id_list;
while (temp) {
temp->variant = VARIABLE_NAME;
temp->entry.var_decl.next_in = temp->id_list;
temp->entry.var_decl.local = IO;
++num_input;
last = temp;
temp = last->id_list;
last->id_list = SMNULL;
}
id->entry.proc_decl.in_list = id_list;
id->entry.proc_decl.num_io = 0;
id->entry.proc_decl.num_input = num_input;
id->entry.proc_decl.num_output = (func == FUNCTION_NAME);
if (result_clause)
{
result_sym_ptr = result_clause->entry.Template.symbol;
/* id->entry.Template.declared_name = result_sym_ptr;*/ /*16.03.03*/
result_sym_ptr->type = id->type;
}
}
PTR_LLND
construct_entry_list(entry_id, symb_list, entry_kind)
PTR_SYMB entry_id, symb_list;
int entry_kind;
{
int num_input = 0;
PTR_SYMB last_symb;
PTR_LLND entry_param_list, l, set_ll_list();
entry_param_list = LLNULL;
if (symb_list)
{
l = make_llnd(fi, VAR_REF, LLNULL, LLNULL, symb_list);
entry_param_list = set_ll_list(l, LLNULL, EXPR_LIST);
last_symb = symb_list;
symb_list = last_symb->id_list;
last_symb->id_list = SMNULL;
num_input++;
last_symb->entry.var_decl.local = IO; /*5.02.03*/
}
while (symb_list)
{
l = make_llnd(fi, VAR_REF, LLNULL, LLNULL, symb_list);
entry_param_list = set_ll_list(entry_param_list, l, EXPR_LIST);
last_symb = symb_list;
symb_list = last_symb->id_list;
last_symb->id_list = SMNULL;
num_input++;
last_symb->entry.var_decl.local = IO; /*5.02.03*/
}
/* entry_id->entry.proc_decl.in_list = symb_list; */
entry_id->entry.proc_decl.num_io = 0;
entry_id->entry.proc_decl.num_input = num_input;
entry_id->entry.proc_decl.num_output = (entry_kind == FUNCTION_NAME);
return entry_param_list;
}
/*
* set_expr_type sets the type of an expression and
* performs other semantic checks
*/
void
set_expr_type(expr)
PTR_LLND expr;
{
int r_type, l_type, ilen;
PTR_TYPE temp, l_operand, r_operand, copy_type_node();
PTR_LLND len;
len = NULL;
ilen = 0;
switch (expr->variant) {
case (ARRAY_MULT): /* to be changed */
case (PROC_CALL):
case (DEF_CHOICE):
case (VAR_LIST):
case (EXPR_LIST):
case (RANGE_LIST):
case (RANGE_OP):
case (STAR_RANGE):
expr->type = global_default;
break;
case (INT_VAL):
expr->type = global_int;
break;
case (FLOAT_VAL):
expr->type = global_float;
break;
case (DOUBLE_VAL):
expr->type = global_double;
break;
case (BOOL_VAL):
expr->type = global_bool;
break;
case (CHAR_VAL):
expr->type = global_char;
break;
case (STMT_STR):
case (STRING_VAL):
expr->type = global_string;
break;
case (COMPLEX_VAL):
expr->type = global_complex;
break;
case (CONST_REF): /* check that the symbol referred to is a
* constant and then return type */
if (expr->entry.const_ref.symbol->variant != CONST_NAME) {
/*err("Not a constant identifier");*/ /*podd*/
expr->type = global_default;
} else
expr->type = expr->entry.const_ref.symbol->type;
break;
case (ENUM_REF):
case (VAR_REF):
expr->type = expr->entry.var_ref.symbol->type;
if (expr->type == global_default)
err("Identifier not declared",321);
break;
case (ARRAY_REF): /* check to see if symbol is array ??? */
expr->type = expr->entry.array_ref.array_elt ?
expr->entry.array_ref.array_elt->type :
expr->entry.array_ref.symbol->type;
break;
case (RECORD_REF):
expr->type = expr->entry.record_ref.rec_field ?
expr->entry.record_ref.rec_field->type :
expr->entry.record_ref.symbol->type;
break;
case (MOD_OP):
case (LOWER_OP):
case (UPPER_OP):
expr->type = global_int;
break;
case (AND_OP):
case (OR_OP):
case (EQ_OP):
case (LT_OP):
case (GT_OP):
case (NOTEQL_OP):
case (LTEQL_OP):
case (EQV_OP):
case (NEQV_OP):
case (GTEQL_OP):
if ((expr->entry.binary_op.l_operand == LLNULL) ||
(expr->entry.binary_op.l_operand->type == TYNULL) ||
(expr->entry.binary_op.r_operand == LLNULL) ||
(expr->entry.binary_op.r_operand->type == TYNULL))
/* err("Inconsistent operands to boolean operation", 26); */
expr->type = global_default;
else if (expr->entry.binary_op.l_operand->type->variant == T_ARRAY)
{
expr->type = copy_type_node(expr->entry.binary_op.l_operand->type);
expr->type->entry.ar_decl.base_type = global_bool;
}
else if (expr->entry.binary_op.r_operand->type->variant == T_ARRAY)
{
expr->type = copy_type_node(expr->entry.binary_op.r_operand->type);
expr->type->entry.ar_decl.base_type = global_bool;
}
else expr->type = global_bool;
break;
case (DIV_OP):
case (ADD_OP):
case (SUBT_OP):
case (MULT_OP):
case (EXP_OP):
if ((expr->entry.binary_op.l_operand == LLNULL) ||
(expr->entry.binary_op.r_operand == LLNULL))
{
/* err("Inconsistent operands to arithmetic operation", 27);*/
expr->type = global_default;
break;
}
l_operand = expr->entry.binary_op.l_operand->type;
r_operand = expr->entry.binary_op.r_operand->type;
if (! l_operand || ! r_operand)
expr->type = global_default;
else {
if (l_operand->variant == T_ARRAY)
l_type = l_operand->entry.ar_decl.base_type->variant;
else
l_type = l_operand->variant;
if (r_operand->variant == T_ARRAY)
r_type = r_operand->entry.ar_decl.base_type->variant;
else
r_type = r_operand->variant;
if(l_operand->entry.Template.ranges)
{ len=(l_operand->entry.Template.ranges)->entry.Template.ll_ptr1;
if(len && len->variant==INT_VAL)
ilen=len->entry.ival;
if(l_type==T_FLOAT && ilen==8)
l_type=T_DOUBLE;
if(l_type==T_COMPLEX && ilen==16)
l_type=T_DCOMPLEX;
}
if(r_operand->entry.Template.ranges)
{ len=(r_operand->entry.Template.ranges)->entry.Template.ll_ptr1;
if(len && len->variant==INT_VAL)
ilen=len->entry.ival;
if(r_type==T_FLOAT && ilen==8)
r_type=T_DOUBLE;
if(r_type==T_COMPLEX && ilen==16)
r_type=T_DCOMPLEX;
}
if (l_type == T_DCOMPLEX || r_type == T_DCOMPLEX)
temp = global_dcomplex;
else if (l_type == T_COMPLEX || r_type == T_COMPLEX)
temp = global_complex;
else if (l_type == T_DOUBLE || r_type == T_DOUBLE)
temp = global_double;
else if (l_type == T_FLOAT || r_type == T_FLOAT)
temp = global_float;
else if (l_type == T_INT && r_type == T_INT)
temp = global_int;
else temp = global_default;
if (l_operand->variant == T_ARRAY)
{
expr->type = copy_type_node(expr->entry.binary_op.l_operand->type);
expr->type->entry.ar_decl.base_type = temp;
}
else if (r_operand->variant == T_ARRAY)
{
expr->type = copy_type_node(expr->entry.binary_op.r_operand->type);
expr->type->entry.ar_decl.base_type = temp;
}
else expr->type = temp;
}
break;
case (NOT_OP):
case (UNARY_ADD_OP):
case (MINUS_OP):
expr->type = expr->entry.unary_op.operand->type;
break;
/* case (EXP_OP):
expr->type = expr->entry.binary_op.l_operand->type;
break;
*/
case (CONCAT_OP):
expr->type = expr->entry.binary_op.l_operand->type;
break;
case (DDOT):
expr->type = expr->entry.binary_op.r_operand->type;
break;
default:
err("Expression variant not known",322);
break;
}
}
/*
* chase_qual_index gets a partially set up variable and an index list
* and has to chase down array elements or record fields to hang the list
*/
void
chase_qual_index(ref, index_list)
PTR_LLND ref, index_list;
{
if (ref->variant == ARRAY_REF)
chase_qual_index(ref->entry.array_ref.array_elt, index_list);
else if (ref->variant == RECORD_REF)
chase_qual_index(ref->entry.record_ref.rec_field, index_list);
else if (ref->variant == VAR_REF) {
/*
* check that this is an array ref symbol and that dimensions are ok
* etc.
*/
ref->variant = ARRAY_REF;
ref->entry.array_ref.index = index_list;
}
}
/*
* chase_qual_field gets ref and a field_id and has to be set up
*/
void
chase_qual_field(ref, field_id)
PTR_LLND ref;
PTR_SYMB field_id;
{
if (ref->variant == ARRAY_REF) {
if (! ref->entry.array_ref.array_elt)
ref->entry.array_ref.array_elt =
make_llnd(fi,VAR_REF, LLNULL, LLNULL, field_id);
else
chase_qual_field(ref->entry.array_ref.array_elt, field_id);
} else if (ref->variant == RECORD_REF) {
if (! ref->entry.record_ref.rec_field)
ref->entry.record_ref.rec_field =
make_llnd(fi,VAR_REF, LLNULL, LLNULL, field_id);
else
chase_qual_field(ref->entry.record_ref.rec_field, field_id);
} else if (ref->variant == VAR_REF) {
ref->variant = RECORD_REF;
ref->entry.record_ref.rec_field =
make_llnd(fi,VAR_REF, LLNULL, LLNULL, field_id);
} else
err("Error in chase filed ids", 323);
}
PTR_TYPE
copy_type_node(typenode)
PTR_TYPE typenode;
{
PTR_TYPE new_node;
new_node = make_type(fi, typenode->variant);
new_node->entry.Template.base_type = typenode->entry.Template.base_type;
new_node->entry.Template.ranges = typenode->entry.Template.ranges;
new_node->entry.Template.dummy1 = typenode->entry.Template.dummy1;
new_node->entry.Template.kind_len = typenode->entry.Template.kind_len;
new_node->entry.Template.dummy3 = typenode->entry.Template.dummy3;
new_node->entry.Template.dummy4 = typenode->entry.Template.dummy4;
new_node->entry.Template.dummy5 = typenode->entry.Template.dummy5;
return (new_node);
}
PTR_SYMB
resolve_overloading(interface_symbol, argptr)
PTR_SYMB interface_symbol;
PTR_LLND argptr;
{
PTR_SYMB current;
void reset_args();
if (interface_symbol->variant != INTERFACE_NAME)
return (interface_symbol);
current = interface_symbol->entry.Template.symb_list; /*entry.Template.declared_name;*//*19.03.03*/
while (current)
{
reset_args(current);
if (match_args(current, argptr))
return (current);
current = current->entry.Template.declared_name;
}
return (SMNULL);
}
int
match_args(contender_proc, argptr)
PTR_SYMB contender_proc;
PTR_LLND argptr;
{
PTR_SYMB formal_argptr, formal_arg, find_keyword_arg();
PTR_LLND argref, actual_arg;
int match_status;
formal_argptr = contender_proc->entry.Template.in_list;
while (argptr && formal_argptr)
{
argref = argptr->entry.list.item;
if (argref->variant == KEYWORD_ARG)
{
formal_arg = find_keyword_arg(contender_proc,
argref->entry.Template.ll_ptr1->entry.string_val);
actual_arg = argref->entry.Template.ll_ptr2;
}
else
{
formal_arg = formal_argptr;
actual_arg = argref;
}
match_status = match_an_arg(actual_arg, formal_arg);
if (!match_status)
return (0);
formal_argptr = formal_argptr->entry.var_decl.next_in;
argptr = argptr->entry.list.next;
}
if (remainder_optional(contender_proc))
return (1);
else return (0);
}
int
match_an_arg(actual_arg, formal_arg)
PTR_LLND actual_arg;
PTR_SYMB formal_arg;
{
PTR_TYPE actual_arg_type, formal_arg_type;
actual_arg_type = actual_arg->type;
formal_arg_type = formal_arg->type;
if (actual_arg_type->variant != formal_arg_type->variant)
return (0);
if ((actual_arg_type->variant == T_DERIVED_TYPE) &&
(actual_arg_type->name != formal_arg_type->name))
return (0);
if (actual_arg_type->variant == T_ARRAY)
{
if (actual_arg_type->entry.ar_decl.base_type->variant !=
formal_arg_type->entry.ar_decl.base_type->variant)
return (0);
if ((actual_arg_type->entry.ar_decl.base_type->variant == T_DERIVED_TYPE)
&& (actual_arg_type->entry.ar_decl.base_type->name !=
formal_arg_type->entry.ar_decl.base_type->name))
return (0);
if (actual_arg_type->entry.ar_decl.num_dimensions !=
formal_arg_type->entry.ar_decl.num_dimensions)
return (0);
}
formal_arg->decl = 1;
return (1);
}
void
reset_args(proc)
PTR_SYMB proc;
{
PTR_SYMB temp;
temp = proc->entry.Template.in_list;
while (temp != SMNULL)
{
temp->decl = 0;
temp = temp->entry.var_decl.next_in;
}
}
PTR_SYMB
find_keyword_arg(proc, keyword)
PTR_SYMB proc;
char *keyword;
{
PTR_SYMB temp;
temp = proc->entry.Template.in_list;
while (temp != SMNULL)
{
if (!strcmp(temp->ident, keyword))
return (temp);
temp = temp->entry.var_decl.next_in;
}
return (SMNULL);
}
int
remainder_optional(proc)
PTR_SYMB proc;
{
PTR_SYMB temp;
temp = proc->entry.Template.in_list;
while (temp != SMNULL)
{
if ((temp->decl == 0) && !(temp->attr & OPTIONAL_BIT))
return (0);
temp = temp->entry.var_decl.next_in;
}
return (1);
}
PTR_LLND
intrinsic_op_node(opname, op, rand1, rand2)
char *opname;
int op;
PTR_LLND rand1, rand2;
{
PTR_HASH hash_node;
PTR_SYMB s, sym;
PTR_LLND temp1, temp2, l, result;
extern PTR_HASH just_look_up_sym();
hash_node = just_look_up_sym(opname);
if (hash_node == HSNULL || !strcmp(hash_node->id_attr->ident,"*") && hash_node->id_attr->entry.var_decl.local == IO)
{
result = make_llnd(fi, op, rand1, rand2, SMNULL);
set_expr_type(result);
return (result);
}
else
{
s = hash_node->id_attr;
if (s->variant != INTERFACE_NAME)
{
errstr("Can't resolve call %s", opname,324);
return (LLNULL);
}
temp1 = make_llnd(fi, EXPR_LIST, rand1, LLNULL, SMNULL);
temp2 = make_llnd(fi, EXPR_LIST, rand2, LLNULL, SMNULL);
temp1->entry.Template.ll_ptr2 = temp2;
sym = resolve_overloading(s, temp1);
if (sym != SMNULL)
{
l = make_llnd(fi, FUNC_CALL, temp1, LLNULL, sym);
l->type = sym->type;
result = make_llnd(fi, OVERLOADED_CALL, l, LLNULL, s);
result->type = sym->type;
return (result);
}
else {
result = make_llnd(fi, op, rand1, rand2, SMNULL);
set_expr_type(result);
return (result);
}
}
return (result);
}
PTR_LLND
defined_op_node(hash_node, rand1, rand2)
PTR_HASH hash_node;
PTR_LLND rand1, rand2;
{
PTR_SYMB s, sym;
PTR_LLND temp1,temp2, l, result;
PTR_TYPE type;
extern PTR_HASH just_look_up_sym();
if (hash_node == HSNULL)
{
err("Unknown operator",316);
return (LLNULL);
}
else
{
s = hash_node->id_attr;
if(s == SMNULL ){
errstr("Unknown operator %s",hash_node->ident,316);
return (LLNULL);
}
if ( s->variant != INTERFACE_NAME)
{
errstr("Can't resolve call %s", s->ident,324);
return (LLNULL);
}
temp1 = make_llnd(fi, EXPR_LIST, rand1, LLNULL, SMNULL);
if(rand2 != LLNULL){
temp2 = make_llnd(fi, EXPR_LIST, rand2, LLNULL, SMNULL);
temp1->entry.Template.ll_ptr2 = temp2;
}
sym = resolve_overloading(s, temp1);
l = make_llnd(fi, DEFINED_OP, rand1, rand2, s);
if (sym != SMNULL)
type = sym->type;
else
type = global_default;
l->type = type;
result = make_llnd(fi, OVERLOADED_CALL, l, LLNULL, sym);
result->type = type;
return (result);
/*
if (sym != SMNULL)
{
l = make_llnd(fi, FUNC_CALL, temp1, LLNULL, sym);
l->type = sym->type;
result = make_llnd(fi, OVERLOADED_CALL, l, LLNULL, sym);
result->type = sym->type;
return (result);
}
else {
errstr("Can't resolve call %s", hash_node->ident,324);
return (result);
}
*/ /*2.07.03*/
}
return (result);
}
PTR_BFND
subroutine_call(subroutine_name, argptr)
PTR_SYMB subroutine_name;
PTR_LLND argptr;
{
PTR_BFND stmt;
PTR_LLND ll_ptr;
PTR_SYMB current;
void reset_args();
/* if (subroutine_name->variant != INTERFACE_NAME) */ /*19.08.03*/
{
stmt = get_bfnd(fi,PROC_STAT, subroutine_name, argptr, LLNULL, LLNULL);
return (stmt);
}
current = subroutine_name->entry.Template.symb_list; /*entry.Template.declared_name;*//*19.03.03*/
while (current)
{
reset_args(current);
if (match_args(current, argptr))
{
ll_ptr = make_llnd(fi, PROC_CALL, argptr, LLNULL, current);
stmt = get_bfnd(fi,OVERLOADED_PROC_STAT, subroutine_name, argptr, ll_ptr,LLNULL);
return (stmt);
}
current = current->entry.Template.declared_name;
}
return (BFNULL);
}
PTR_BFND /* process_call added for FORTRAN M */
process_call(process_name, argptr, p_mapping, type)
PTR_SYMB process_name;
PTR_LLND argptr;
PTR_LLND p_mapping;
int type;
{
PTR_BFND stmt = NULL;
/*PTR_LLND ll_ptr;*/
/*PTR_SYMB current;*/
void reset_args();
if (process_name->variant != INTERFACE_NAME)
{
switch (type) {
case PLAIN:
stmt = get_bfnd(fi, PROS_STAT, process_name, argptr,
p_mapping, LLNULL);
break;
case LCTN:
stmt = get_bfnd(fi, PROS_STAT_LCTN, process_name, argptr,
p_mapping, LLNULL);
break;
case SUBM:
stmt = get_bfnd(fi, PROS_STAT_SUBM, process_name, argptr,
p_mapping, LLNULL);
break;
default:
errstr("Invalid type of process call %d", type,325);
}
return (stmt);
}
return (BFNULL);
}

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