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netcdf-c/ncgen/genf77.c

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/*********************************************************************
* Copyright 2018, UCAR/Unidata
* See netcdf/COPYRIGHT file for copying and redistribution conditions.
* $Header: /upc/share/CVS/netcdf-3/ncgen/genf77.c,v 1.4 2010/05/17 23:26:44 dmh Exp $
*********************************************************************/
#include "includes.h"
#include <stddef.h>
#ifdef ENABLE_F77
#undef TRACE
/*MNEMONIC*/
#define USEMEMORY 1
static List* f77procs = NULL; /* bodies of generated procedures */
/* Forward */
static void genf77_definevardata(Symbol* vsym);
static void genf77_defineattr(Symbol* asym);
static void f77attrify(Symbol* asym, Bytebuffer* buf);
static const char* f77varncid(Symbol* vsym);
static const char* f77dimncid(Symbol* vsym);
static const char* nfstype(nc_type nctype);
static const char* nftype(nc_type type);
static const char* ncftype(nc_type type);
static const char* nfdtype(nc_type type);
static void f77skip(void);
static void f77comment(char* cmt);
static void f77fold(Bytebuffer* lines);
static void f77flush(void);
static void genf77_write(Generator*,Symbol*,Bytebuffer*,int,size_t*,size_t*);
static void genf77_writevar(Generator*,Symbol*,Bytebuffer*,int,size_t*,size_t*);
static void genf77_writeattr(Generator*,Symbol*,Bytebuffer*,int,size_t*,size_t*);
/*
* Generate code for creating netCDF from in-memory structure.
*/
void
genf77_netcdf(void)
{
size_t idim, ivar, iatt;
char* cmode_string;
const char *filename = rootgroup->file.filename;
size_t ndims = listlength(dimdefs);
size_t nvars = listlength(vardefs);
size_t natts = listlength(attdefs);
size_t ngatts = listlength(gattdefs);
/* Construct the main program */
f77skip();
bbprintf0(stmt,"program %s\n", mainname, filename);
codedump(stmt);
bbprintf0(stmt,"* input file %s", filename);
codeline("include 'netcdf.inc'");
f77comment("error status return");
codeline("integer stat");
f77comment("netCDF ncid");
codeline("integer ncid");
/* create necessary declarations */
if (ndims > 0) {
f77skip();
f77comment("dimension lengths");
for(idim = 0; idim < ndims; idim++) {
Symbol* dsym = (Symbol*)listget(dimdefs,idim);
bbprintf0(stmt,"integer %s_len\n",f77name(dsym));
codedump(stmt);
if(dsym->dim.declsize == NC_UNLIMITED) {
bbprintf0(stmt,"parameter (%s_len = NF_UNLIMITED)\n",
f77name(dsym));
} else {
bbprintf0(stmt,"parameter (%s_len = %lu)\n",
f77name(dsym),
(unsigned long) dsym->dim.declsize);
}
codedump(stmt);
}
}
f77flush();
/* Now create the dimension id's */
if (ndims > 0) {
f77skip();
f77comment("dimension ids");
for(idim = 0; idim < ndims; idim++) {
Symbol* dsym = (Symbol*)listget(dimdefs,idim);
bbprintf0(stmt,"integer %s_dim\n",f77name(dsym));
codedump(stmt);
}
}
if (nvars > 0) {
f77skip();
f77comment("variable ids");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
bbprintf0(stmt,"integer %s;\n", f77varncid(vsym));
codedump(stmt);
}
f77skip();
f77comment("rank (number of dimensions) for each variable");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
bbprintf0(stmt,"integer %s_rank\n", f77name(vsym));
codedump(stmt);
bbprintf0(stmt,"parameter (%s_rank = %d)\n",
f77name(vsym),
vsym->typ.dimset.ndims);
codedump(stmt);
}
f77skip();
f77comment("variable shapes");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
if(vsym->typ.dimset.ndims > 0) {
bbprintf0(stmt,"integer %s_dims(%s_rank)\n",
f77name(vsym), f77name(vsym));
codedump(stmt);
}
}
/* variable declarations (for scalar and fixed sized only) */
f77skip();
f77comment("variable declarations");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
nc_type typecode = vsym->typ.basetype->typ.typecode;
if(vsym->data == NULL) continue;
if(typecode == NC_CHAR) continue;
if(vsym->typ.dimset.ndims == 0) {/* scalar */
bbprintf0(stmt,"%s %s\n",
nfdtype(typecode),f77name(vsym));
codedump(stmt);
} else if(vsym->typ.dimset.dimsyms[0]->dim.declsize != NC_UNLIMITED) {
int i;
Bytebuffer* dimstring = bbNew();
Dimset* dimset = &vsym->typ.dimset;
/* Compute the dimensions (in reverse order for fortran) */
for(i=dimset->ndims-1;i>=0;i--) {
char tmp[32];
Symbol* dsym = dimset->dimsyms[i];
nprintf(tmp,sizeof(tmp)," %lu",
(unsigned long)dsym->dim.declsize);
bbCat(dimstring,tmp);
}
commify(dimstring);
bbprintf0(stmt,"%s %s(%s)\n",
nfdtype(typecode),
f77name(vsym),
bbContents(dimstring));
codedump(stmt);
bbFree(dimstring);
}
}
}
f77flush();
/* F77 (as defined for ncgen3) requires per-type vectors for attributes */
if(ngatts > 0 || natts > 0) {
nc_type nctype;
size_t pertypesizes[NC_DOUBLE+1];
for(nctype=0;nctype<=NC_DOUBLE;nctype++) {pertypesizes[nctype] = 0;}
if(ngatts > 0) {
for(iatt = 0; iatt < ngatts; iatt++) {
Symbol* gasym = (Symbol*)listget(gattdefs,iatt);
size_t count = gasym->data->length;
int typecode = gasym->typ.basetype->typ.typecode;
if(count == 0) continue;
if(pertypesizes[typecode] < count)
pertypesizes[typecode] = count; /* keep max */
}
}
if(natts > 0) {
for(iatt = 0; iatt < natts; iatt++) {
Symbol* asym = (Symbol*)listget(attdefs,iatt);
size_t count = asym->data->length;
int typecode = asym->typ.basetype->typ.typecode;
if(count == 0) continue;
if(pertypesizes[typecode] < count)
pertypesizes[typecode] = count; /* keep max */
}
}
/* Now, define the per-type vectors */
f77skip();
f77comment("attribute vectors");
for(nctype=NC_BYTE;nctype <= NC_DOUBLE;nctype++) {
char* basetype = "integer";
if(nctype == NC_FLOAT) basetype = "real";
else if(nctype == NC_DOUBLE) basetype = "double precision";
if(pertypesizes[nctype] > 0) {
bbprintf0(stmt,"%s %sval(%d)\n",
basetype, ncftype(nctype),
pertypesizes[nctype]);
codedump(stmt);
}
}
}
/* create netCDF file, uses NC_CLOBBER mode */
f77skip();
f77skip();
f77comment("enter define mode");
if (!cmode_modifier) {
cmode_string = "nf_clobber";
} else if (cmode_modifier & NC_64BIT_OFFSET) {
cmode_string = "nf_clobber|nf_64bit_offset";
} else {
derror("unknown cmode modifier: %d",cmode_modifier);
cmode_string = "nf_clobber";
}
bbprintf0(stmt,"stat = nf_create('%s', %s, ncid);\n",
filename,cmode_string);
codedump(stmt);
codeline("call check_err(stat)");
f77flush();
/* define dimensions from info in dims array */
if (ndims > 0) {
f77skip();
f77comment("define dimensions");
for(idim = 0; idim < ndims; idim++) {
Symbol* dsym = (Symbol*)listget(dimdefs,idim);
bbprintf0(stmt,
"stat = nf_def_dim(ncid, %s, %s_len, %s);\n",
codify(dsym->name), f77name(dsym), f77dimncid(dsym));
codedump(stmt);
codeline("call check_err(stat)");
}
}
f77flush();
/* define variables from info in vars array */
if (nvars > 0) {
f77skip();
f77comment("define variables");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
Symbol* basetype = vsym->typ.basetype;
Dimset* dimset = &vsym->typ.dimset;
f77skip();
if(dimset->ndims > 0) {
/* Remember; FORTRAN dimension order is reversed */
for(idim = 0; idim < dimset->ndims; idim++) {
int reverse = (dimset->ndims - (int)idim) - 1;
Symbol* dsym = dimset->dimsyms[reverse];
bbprintf0(stmt,
"%s_dims(%d) = %s\n",
f77name(vsym),
idim+1,
f77dimncid(dsym));
codedump(stmt);
}
}
bbprintf0(stmt,
"stat = nf_def_var(ncid, %s, %s, %s_rank, %s, %s);\n",
codify(vsym->name),
nftype(basetype->typ.typecode),
f77name(vsym),
(dimset->ndims == 0?"0":poolcat(f77name(vsym),"_dims")),
f77varncid(vsym));
codedump(stmt);
codeline("call check_err(stat)");
}
}
f77flush();
/* Define the global attributes*/
if(ngatts > 0) {
f77skip();
f77comment("assign global attributes");
for(iatt = 0; iatt < ngatts; iatt++) {
Symbol* gasym = (Symbol*)listget(gattdefs,iatt);
genf77_defineattr(gasym);
}
f77skip();
}
f77flush();
/* Define the variable specific attributes*/
if(natts > 0) {
f77skip();
f77comment("assign per-variable attributes");
for(iatt = 0; iatt < natts; iatt++) {
Symbol* asym = (Symbol*)listget(attdefs,iatt);
genf77_defineattr(asym);
}
f77skip();
}
f77flush();
if (nofill_flag) {
f77comment("don't initialize variables with fill values");
codeline("stat = nf_set_fill(ncid, NC_NOFILL, 0);");
codeline("call check_err(stat)");
}
f77skip();
f77comment("leave define mode");
codeline("stat = nf_enddef(ncid);");
codeline("call check_err(stat)");
f77skip();
f77flush();
if(!header_only) {
/* Assign scalar variable data and non-unlimited arrays in-line */
if(nvars > 0) {
f77skip();
f77skip();
f77comment("assign scalar and fixed dimension variable data");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
if(vsym->data == NULL) continue;
if(vsym->typ.dimset.ndims == 0)
genf77_definevardata(vsym);
}
f77skip();
}
/* Invoke write procedures */
if(nvars > 0) {
List* calllist;
f77skip();
f77skip();
f77comment("perform variable data writes");
for(ivar = 0; ivar < nvars; ivar++) {
Symbol* vsym = (Symbol*)listget(vardefs,ivar);
/* Call the procedures for writing unlimited variables */
if(vsym->data != NULL
&& vsym->typ.dimset.ndims > 0) {
genf77_definevardata(vsym);
}
/* dump any calls */
generator_getstate(f77_generator,(void*)&calllist);
ASSERT(calllist != NULL);
for(size_t i=0;i<listlength(calllist);i++) {
char* callstmt = (char*)listget(calllist,i);
codeline(callstmt);
}
listclear(calllist);
}
}
/* Close the file */
codeline("stat = nf_close(ncid)");
codeline("call check_err(stat)");
codeline("end");
/* Generate the write procedures */
if(listlength(f77procs) > 0) {
f77skip();
for(size_t i=0;i<listlength(f77procs);i++) {
Bytebuffer* proctext = (Bytebuffer*)listget(f77procs,i);
codedump(proctext);
bbFree(proctext);
}
listfree(f77procs); f77procs = NULL;
f77skip();
}
}
f77flush();
/* Generate the check_err procedure */
f77skip();
codeline("subroutine check_err(stat)");
codeline("integer stat");
codeline("include 'netcdf.inc'");
codeline("if (stat .ne. NF_NOERR) then");
codeline("print *, nf_strerror(stat)");
codeline("stop");
codeline("endif");
codeline("end");
f77flush();
}
void
genf77_close(void)
{
/* already done above */
}
/* Compute the name for a given var's id*/
/* Watch out: the result is a static*/
static const char*
f77varncid(Symbol* vsym)
{
const char* tmp1;
char* vartmp;
tmp1 = f77name(vsym);
vartmp = poolalloc(strlen(tmp1)+strlen("_id")+1);
strcpy(vartmp,tmp1);
strcat(vartmp,"_id");
return vartmp;
}
/* Compute the name for a given dim's id*/
/* Watch out: the result is a static*/
static const char*
f77dimncid(Symbol* dsym)
{
const char* tmp1;
char* dimtmp;
tmp1 = f77name(dsym);
dimtmp = poolalloc(strlen(tmp1)+strlen("_dim")+1);
strcpy(dimtmp,tmp1);
strcat(dimtmp,"_dim");
return dimtmp;
}
/* Compute the name for a given type*/
const char*
f77typename(Symbol* tsym)
{
const char* name;
ASSERT(tsym->objectclass == NC_TYPE);
if(tsym->subclass == NC_PRIM)
name = nftype(tsym->typ.typecode);
else
name = f77name(tsym);
return name;
}
/* Compute the name for a given symbol*/
const char*
f77name(Symbol* sym)
{
char* name;
assert(sym->fqn != NULL);
name = codify(sym->fqn);
return name;
}
static void
genf77_defineattr(Symbol* asym)
{
Bytebuffer* code = bbNew();
List* oldstate = NULL;
generator_getstate(f77_generator,(void*)&oldstate);
listfree(oldstate);
generator_reset(f77_generator,(void*)listnew());
generate_attrdata(asym,f77_generator,(Writer)genf77_write,code);
bbFree(code);
}
static void
f77skip(void)
{
codeline("");
}
static void
f77comment(char* cmt)
{
codepartial("* ");
codeline(cmt);
}
static void
f77fold(Bytebuffer* lines)
{
char* s;
char* line0;
char* linen;
static char trimchars[] = " \t\r\n";
s = bbDup(lines);
bbClear(lines);
line0 = s;
/* Start by trimming leading blanks and empty lines */
while(*line0 && strchr(trimchars,*line0) != NULL) line0++;
if(*line0 == '\0') return;
for(;;) {
size_t linelen;
linen = line0;
/* collect a single line */
while(*linen != '\n' && *linen != '\0') linen++;
if(*linen == '\0') break;
linen++; /* include trailing newline */
linelen = (size_t)(linen - line0);
/* handle comments and empty lines */
if(*line0 == '*' || linelen == 1) {
bbAppendn(lines,line0,linelen);
line0 = linen;
continue;
}
/* Not a comment */
/* check to see if we need to fold it (watch out for newline)*/
if(linelen <= (F77_MAX_STMT+1)) { /* no folding needed */
bbCat(lines," "); /*indent*/
bbAppendn(lines,line0,linelen);
line0 = linen;
continue;
}
/* We need to fold */
bbCat(lines," "); /*indent first line */
while(linelen > F77_MAX_STMT) {
int incr = F77_MAX_STMT;
/* Check to ensure we are folding at a legal point */
if(*(line0+(incr-1)) == '\\') incr--;
bbAppendn(lines,line0,(size_t)incr);
bbCat(lines,"\n 1"); /* comment extender */
line0 += incr;
linelen -= (size_t)incr;
}
/* Do last part of the line */
bbAppendn(lines,line0,linelen);
line0 = linen;
}
}
static void
f77flush(void)
{
if(bbLength(codebuffer) > 0) {
bbNull(codebuffer);
f77fold(codebuffer);
codeflush();
}
}
static char* f77attrifyr(Symbol*, char* p, Bytebuffer* buf);
static void
f77attrify(Symbol* asym, Bytebuffer* buf)
{
char* list,*p;
if(bbLength(buf) == 0) return;
list = bbDup(buf);
p = list;
bbClear(buf);
f77attrifyr(asym,p,buf);
bbNull(buf);
efree(list);
}
static char*
f77attrifyr(Symbol* asym, char* p, Bytebuffer* buf)
{
Symbol* basetype = asym->typ.basetype;
nc_type typecode = basetype->typ.typecode;
int c;
int index;
char where[1024];
nprintf(where,sizeof(where),"%sval",ncftype(typecode));
for(index=1;(c=*p);) {
if(c == ' ' || c == ',') {p++; continue;}
bbprintf0(stmt,"%s(%d) = ",where,index);
bbCatbuf(buf,stmt);
p=word(p,buf);
bbCat(buf,"\n");
index++;
}
return p;
}
/* return FORTRAN name for netCDF type, given type code */
static const char*
nftype(nc_type type)
{
switch (type) {
case NC_CHAR: return "nf_char";
case NC_BYTE: return "nf_byte";
case NC_SHORT: return "nf_short";
case NC_INT: return "nf_int";
case NC_FLOAT: return "nf_float";
case NC_DOUBLE: return "nf_double";
default: PANIC("nctype: bad type code");
}
return NULL;
}
/* return FORTRAN declaration type for given type code */
static const char*
nfdtype(nc_type type)
{
switch (type) {
case NC_CHAR: return "integer";
case NC_BYTE: return "integer";
case NC_SHORT: return "integer";
case NC_INT: return "integer";
case NC_FLOAT: return "real ";
case NC_DOUBLE: return "double precision";
default: PANIC("nctype: bad type code");
}
return NULL;
}
/*
* Return proper _put_var_ suffix for given nc_type
*/
static const char*
nfstype(nc_type nctype)
{
switch (nctype) {
case NC_CHAR:
return "text";
case NC_BYTE:
return "int";
case NC_SHORT:
return "int";
case NC_INT:
return "int";
case NC_FLOAT:
return "real";
case NC_DOUBLE:
return "double";
default:
derror("ncstype: bad type code: %d",nctype);
return 0;
}
}
/*
* Return FORTRAN type name for netCDF attribute type
*/
static const char*
ncftype(nc_type type)
{
switch (type) {
case NC_CHAR:
return "text";
case NC_BYTE:
return "int1";
case NC_SHORT:
return "int2";
case NC_INT:
return "int";
case NC_FLOAT:
return "real";
case NC_DOUBLE:
return "double";
default:
PANIC1("ncctype: bad type code:%d",type);
}
return 0;
}
static void
genf77_definevardata(Symbol* vsym)
{
Bytebuffer* code = bbNew();
List* oldstate = NULL;
generator_getstate(f77_generator,(void*)&oldstate);
listfree(oldstate);
generator_reset(f77_generator,(void*)listnew());
generate_vardata(vsym,f77_generator,(Writer)genf77_write,code);
bbFree(code);
}
static void
genf77_write(Generator* generator, Symbol* sym, Bytebuffer* code,
int rank, size_t* start, size_t* count)
{
if(sym->objectclass == NC_ATT)
genf77_writeattr(generator,sym,code,rank,start,count);
else if(sym->objectclass == NC_VAR) {
genf77_writevar(generator,sym,code,rank,start,count);
}
else
PANIC("illegal symbol for genf77_write");
}
static void
genf77_writevar(Generator* generator, Symbol* vsym, Bytebuffer* code,
int rank, size_t* start, size_t* count)
{
Dimset* dimset = &vsym->typ.dimset;
int typecode = vsym->typ.basetype->typ.typecode;
int i;
/* Deal with character variables specially */
if(typecode == NC_CHAR) {
f77quotestring(code);
bbprintf0(stmt,"stat = nf_put_var_%s(ncid, %s, %s)\n",
nfstype(typecode),
f77varncid(vsym),
bbContents(code));
codedump(stmt);
codeline("call check_err(stat)");
f77skip();
} else if(rank == 0) {
commify(code); /* insert commas as needed */
bbprintf0(stmt,"data %s /%s/\n",
f77name(vsym),bbContents(code));
codedump(stmt);
bbprintf0(stmt,"stat = nf_put_var_%s(ncid, %s, %s)\n",
nfstype(typecode),
f77varncid(vsym),
f77name(vsym));
codedump(stmt);
codeline("call check_err(stat)");
f77skip();
} else { /* rank > 0 && typecode != NC_CHAR*/
char* dimstring;
size_t index = listlength(f77procs);
Bytebuffer* proctext;
Bytebuffer* save;
List* calllist;
/* Generate the call to the procedure */
bbprintf0(stmt,"call write_%s_%d(ncid,%s_id_%d)\n",
f77name(vsym),index,f77name(vsym));
/* save in the generator state */
generator_getstate(generator,(void*)&calllist);
ASSERT(calllist != NULL);
listpush(calllist,(void*)bbDup(stmt));
/* Construct the procedure body and save it */
proctext = bbNew();
save = codebuffer;
codebuffer = proctext;
f77skip();
bbprintf0(stmt,"subroutine write_%s_%d(ncid,%s_id)\n",
f77name(vsym),index,f77name(vsym));
codedump(stmt);
codeline("integer ncid");
bbprintf0(stmt,"integer %s_id\n",f77name(vsym));
codedump(stmt);
codeline("include 'netcdf.inc'");
codeline("integer stat");
f77skip();
bbprintf0(stmt,"integer %s_start(%u)\n",
f77name(vsym),(unsigned int)rank);
codedump(stmt);
bbprintf0(stmt,"integer %s_count(%u)\n",
f77name(vsym),(unsigned int)rank);
codedump(stmt);
f77skip();
/* Compute the dimensions (in reverse order for fortran) */
bbClear(stmt);
for(i=rank-1;i>=0;i--) {
char tmp[32];
nprintf(tmp,sizeof(tmp),"%s%lu",
(i==(rank-1)?"":","),
count[i]);
bbCat(stmt,tmp);
}
dimstring = bbDup(stmt);
commify(code);
bbprintf0(stmt,"%s %s(%s)\n",
nfdtype(typecode),
f77name(vsym),
dimstring);
efree(dimstring);
codedump(stmt);
/* Generate the data // statement */
commify(code); /* insert commas as needed */
bbprintf0(stmt,"data %s /",f77name(vsym));
bbCatbuf(stmt,code);
bbCat(stmt,"/\n");
codedump(stmt);
/* Set the values for the start and count sets
but in reverse order
*/
for(i=0;i<dimset->ndims;i++) {
int reverse = (dimset->ndims - i) - 1;
bbprintf0(stmt,"%s_start(%d) = %lu\n",
f77name(vsym),
i+1,
start[reverse]+1); /* +1 for FORTRAN */
codedump(stmt);
}
for(i=0;i<dimset->ndims;i++) {
int reverse = (dimset->ndims - i) - 1;
bbprintf0(stmt,"%s_count(%d) = %lu\n",
f77name(vsym),
i+1,
count[reverse]);
codedump(stmt);
}
bbprintf0(stmt,"stat = nf_put_vara_%s(ncid, %s, %s_start, %s_count, ",
nfstype(typecode),
f77varncid(vsym),
f77name(vsym),
f77name(vsym));
codedump(stmt);
if(typecode == NC_CHAR) {
f77quotestring(code);
codedump(code);
} else {
codeprintf("%s",f77name(vsym));
}
codeline(")");
codeline("call check_err(stat)");
/* Close off the procedure */
codeline("end");
/* save the generated procedure(s) */
if(f77procs == NULL) f77procs = listnew();
listpush(f77procs,(void*)codebuffer);
codebuffer = save;
}
}
static void
genf77_writeattr(Generator* generator, Symbol* asym, Bytebuffer* code,
int rank, size_t* start, size_t* count)
{
Symbol* basetype = asym->typ.basetype;
/* default assumption */
size_t len = asym->data==NULL?0:asym->data->length;
bbprintf0(stmt,"* define %s\n",asym->name);
codedump(stmt);
/* Use the specialized put_att_XX routines if possible*/
switch (basetype->typ.typecode) {
case NC_BYTE:
case NC_SHORT:
case NC_INT:
case NC_FLOAT:
case NC_DOUBLE:
f77attrify(asym,code);
codedump(code);
bbClear(code);
bbprintf0(stmt,"stat = nf_put_att_%s(ncid, %s, %s, %s, %lu, %sval)\n",
nfstype(basetype->typ.typecode),
(asym->att.var == NULL?"NF_GLOBAL"
:f77varncid(asym->att.var)),
codify(asym->name),
nftype(basetype->typ.typecode),
len,
ncftype(basetype->typ.typecode));
codedump(stmt);
break;
case NC_CHAR:
len = bbLength(code);
f77quotestring(code);
if(len==0) len++;
bbprintf0(stmt,"stat = nf_put_att_text(ncid, %s, %s, %lu, ",
(asym->att.var == NULL?"NF_GLOBAL"
:f77varncid(asym->att.var)),
codify(asym->name),
len);
codedump(stmt);
codedump(code);
codeline(")");
break;
default: /* User defined type */
verror("Non-classic type: %s",nctypename(basetype->typ.typecode));
break;
}
codeline("call check_err(stat)");
}
#endif /*ENABLE_F77*/
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