$miscdocs

XXX=cut

EOD
$baddoc_function_pod =~ s/^XXX=/=/gms;
$baddoc_function_pod;
}
),

   PDL::PP::Rule::Returns::EmptyString->new("HdrCode", [],
    'Code that will be inserted before the call to the RunFunc'),
   PDL::PP::Rule::Returns::EmptyString->new("FtrCode", [],
    'Code that will be inserted after the call to the RunFunc'),
   PDL::PP::Rule->new("VarArgsXSHdr",
      [qw(Name SignatureObj
       OtherParsDefaults? ArgOrder? InplaceNormalised?)],
      'XS code to process input arguments based on supplied Pars argument to pp_def; not done if GlobalNew or PMCode supplied',
      sub {
        my($name,$sig,
           $otherdefaults,$argorder,$inplace) = @_;
        my @args = @{ $sig->args_callorder };
        my %other = map +($_=>1), @{$sig->othernames(1, 1)};
        $otherdefaults ||= {};
        my $ci = 2;  # current indenting
        my $optypes = $sig->otherobjs;
        my %ptypes = map +($_=>$$optypes{$_} ? $$optypes{$_}->get_decl('', {VarArrays2Ptrs=>1}) : 'pdl *'), @args;
        my %out = map +($_=>1), $sig->names_out_nca;
        my %outca = map +($_=>1), $sig->names_oca;
        my @inargs = grep !$outca{$_}, @args;
        my %other_out = map +($_=>1), $sig->other_out;
        my $nout   = keys(%out) + keys(%other_out);
        my $noutca = keys %outca;
        my $ntot   = @args;
        my $nallout = $nout + $noutca;
        my $ndefault = keys %$otherdefaults;
        my %valid_itemcounts = ((my $nmaxonstack = $ntot - $noutca)=>1);
        $valid_itemcounts{my $nin = $nmaxonstack - $nout} = 1;
        $valid_itemcounts{my $nin_minus_default = "($nin-$ndefault)"} = 1 if $ndefault;
        my $only_one = keys(%valid_itemcounts) == 1;
        my $nretval = $argorder ? $nout :
          $only_one ? $noutca :
          "(items == $nmaxonstack) ? $noutca : $nallout";
        my ($cnt, @preinit, @xsargs, %already_read, %name2cnts) = -1;
        my @inputdecls = map "PDL_Indx ${_}_count=0;", grep $other{$_} && $optypes->{$_}->is_array, @inargs;
        foreach my $x (@inargs) {
          if (!$argorder && ($out{$x} || $other_out{$x} || exists $otherdefaults->{$x})) {
            last if @xsargs + keys(%out) + $noutca != $ntot;
            $argorder = 1; # remaining all output ndarrays, engage
          }
          $cnt++;
          $name2cnts{$x} = [$cnt, $cnt];
          $already_read{$x} = 1;
          push @xsargs, $x.(!$argorder ? '' :
            exists $otherdefaults->{$x} ? "=$otherdefaults->{$x}" :
            !$out{$x} ? '' :
            $inplace && $x eq $inplace->[1] ? "=$x" :
            "=".callPerlInit($x."_SV")
            );
          push @inputdecls, "$ptypes{$x}$x".($inplace && $x eq $inplace->[1] ? "=NO_INIT" : '');
        }
        my $shortcnt = my $xs_arg_cnt = $cnt;
        foreach my $x (@inargs[$cnt+1..$nmaxonstack-1]) {
          $cnt++;
          $name2cnts{$x} = [$cnt, undef];
          $name2cnts{$x}[1] = ++$shortcnt if !($out{$x} || $other_out{$x});
          push @xsargs, "$x=$x";
          push @inputdecls, "$ptypes{$x}$x".($other{$x} && !exists $otherdefaults->{$x} ? "; { ".callTypemap($x, $ptypes{$x}, $name)."; }" : "=NO_INIT");
        }
        push @inputdecls, map "$ptypes{$_}$_=".callPerlInit($_."_SV").";", grep $outca{$_}, @args;
        my $defaults_rawcond = $ndefault ? "items == $nin_minus_default" : '';
        my $svdecls = join '', map "\n  $_",
          (map "SV *${_}_SV = ".(
            !$name2cnts{$_} ? 'NULL' :
            ($argorder || (defined $otherdefaults->{$_} && !$nout)) ? "items > $name2cnts{$_}[1] ? ST($name2cnts{$_}[1]) : ".($other_out{$_} ? "sv_newmortal()" : "NULL") :
            $name2cnts{$_}[0] == ($name2cnts{$_}[1]//-1) ? "ST($name2cnts{$_}[0])" :
            "(items == $nmaxonstack) ? ST($name2cnts{$_}[0]) : ".
            (!defined $name2cnts{$_}[1] ? ($other_out{$_} ? "sv_newmortal()" : "NULL") :
              defined $otherdefaults->{$_} ? "!($defaults_rawcond) ? ST($name2cnts{$_}[1]) : ".($other_out{$_} ? "sv_newmortal()" : "NULL") :
              "ST($name2cnts{$_}[1])"
            )
          ).";", (grep !$already_read{$_}, $sig->names_in), $sig->names_out, @{$sig->othernames(1, 1, \%already_read)}),
          ;
        my $argcode =
          indent(2, join '',
            (map
              "if (!${_}_SV) { $_ = ($otherdefaults->{$_}); } else ".
              "{ ".callTypemap($_, $ptypes{$_}, $name)."; }\n",
              grep !$argorder && exists $otherdefaults->{$_}, @{$sig->othernames(1, 1)}),
            (map callTypemap($_, $ptypes{$_}, $name).";\n", grep !$already_read{$_}, $sig->names_in),
            (map +("if (${_}_SV) { ".($argorder ? '' : callTypemap($_, $ptypes{$_}, $name))."; } else ")."$_ = ".callPerlInit($_."_SV").";\n", grep $out{$_} && !$already_read{$_} && !($inplace && $_ eq $inplace->[1]), @args)
          );
        push @preinit, qq[PDL_XS_PREAMBLE($nretval);] if $nallout;
        push @preinit, qq{if (!(@{[join ' || ', map "(items == $_)", sort keys %valid_itemcounts]}))
    croak("Usage: ${main::PDLOBJ}::$name(@{[
        join ",", map exists $otherdefaults->{$_} ? "$_=$otherdefaults->{$_}" :
             $out{$_} || $other_out{$_} ? "[$_]" : $_, @inargs
    ]}) (you may leave [outputs] and values with =defaults out of list)");}
          unless $only_one || $argorder || ($nmaxonstack == keys(%valid_itemcounts) + $xs_arg_cnt);
        my $preamble = @preinit ? qq[\n PREINIT:@{[join "\n  ", "", @preinit]}\n INPUT:\n] : '';
        join '', qq[
\nNO_OUTPUT pdl_error
pdl_run_$name(@{[join ', ', @xsargs]})$svdecls
$preamble@{[join "\n  ", "", @inputdecls]}
 PPCODE:
], map "$_\n", $argcode;
      }),
   # globalnew implies internal usage, not XS
   PDL::PP::Rule::Returns->new("VarArgsXSReturn","GlobalNew",undef),
   PDL::PP::Rule->new("FixArgsXSOtherOutDeclSV",
      ["SignatureObj"],
      "Generate XS to declare SVs for output OtherPars",
      sub {
        my ($sig) = @_;
        my $optypes = $sig->otherobjs;
        my @args = @{ $sig->allnames(1, 1) };
        my %outca = map +($_=>1), $sig->names_oca;
        my %other_output = map +($_=>1), my @other_output = ($sig->other_io, $sig->other_out);
        my $ci = 2;
        my $cnt = 0; my %outother2cnt;
        foreach my $x (grep !$outca{$_}, @args) {
            $outother2cnt{$x} = $cnt if $other_output{$x};
            $cnt++;
        }
        join "\n", map indent($ci,qq{SV *${_}_SV = ST($outother2cnt{$_});}), @other_output;
      }),
   PDL::PP::Rule->new("XSOtherOutSet",
      [qw(Name SignatureObj)],
      "Generate XS to set SVs to output values for OtherPars",
      sub {
        my ($name, $sig) = @_;
        my $clause1 = '';
        my @other_output = ($sig->other_io, $sig->other_out);
        my $optypes = $sig->otherobjs;
        my %ptypes = map +($_=>$$optypes{$_}->get_decl('', {VarArrays2Ptrs=>1})), @other_output;
        for my $x (@other_output) {
          my ($setter, $type) = typemap($ptypes{$x}, 'get_outputmap');
          $setter = typemap_eval($setter, {var=>$x, type=>$type, arg=>"tsv",
              pname=>$name});
          $clause1 .= <<EOF;
if (!${x}_SV)
  PDL->pdl_barf("Internal error in $name: tried to output to NULL ${x}_SV");
{\n  SV *tsv = sv_newmortal();
$setter
  sv_setsv(${x}_SV, tsv);\n}
EOF
        }
        indent(2, $clause1);
      }),
   PDL::PP::Rule->new("VarArgsXSReturn",
      ["SignatureObj"],
      "Generate XS trailer to return output variables or leave them as modified input variables",
      sub {
        my ($sig) = @_;
        my $oc = my @outs = $sig->names_out; # output ndarrays in calling order
        my @other_outputs = ($sig->other_io, $sig->other_out); # output OtherPars
        my $clause1 = join ';', (map "ST($_) = $outs[$_]_SV", 0 .. $#outs),
          (map "ST(@{[$_+$oc]}) = $other_outputs[$_]_SV", 0 .. $#other_outputs);
        $clause1 ? indent(2,"PDL_XS_RETURN($clause1)\n") : '';
      }),
   PDL::PP::Rule->new("NewXSHdr", ["NewXSName","SignatureObj"],
      sub {
        my($name,$sig) = @_;
        my $shortpars = join ',', @{ $sig->allnames(1, 1) };
        my $optypes = $sig->otherobjs;
        my @counts = map "PDL_Indx ${_}_count=0;", grep $optypes->{$_}->is_array, @{ $sig->othernames(1, 1) };
        my $longpars = join "\n", map "  $_", @counts, $sig->alldecls(1, 0, 1);
        return<<END;
\nNO_OUTPUT pdl_error
$name($shortpars)
$longpars
END
      }),
   PDL::PP::Rule::InsertName->new("RunFuncName", 'pdl_run_%s'),
   PDL::PP::Rule->new("NewXSCHdrs", ["RunFuncName","SignatureObj","GlobalNew"],
      sub {
        my($name,$sig,$gname) = @_;
        my $longpars = join ",", $sig->alldecls(0, 1);
        my $opening = '  pdl_error PDL_err = {0, NULL, 0};';
        my $closing = '  return PDL_err;';
        return ["pdl_error $name($longpars) {$opening","$closing}",
                "  PDL->$gname = $name;"];
      }),
   PDL::PP::Rule->new(["RunFuncCall","RunFuncHdr"],["RunFuncName","SignatureObj"], sub {
        my ($func_name,$sig) = @_;
        my $shortpars = join ',', map $sig->other_is_output($_)?"&$_":$_, @{ $sig->allnames(0) };
        my $longpars = join ",", $sig->alldecls(0, 1);
        (indent(2,"RETVAL = $func_name($shortpars);\nPDL->barf_if_error(RETVAL);\n"),
          "pdl_error $func_name($longpars)");
      }),
   PDL::PP::Rule->new("IgnoreTypesOf", ["FTypes","SignatureObj"], sub {
      my ($ftypes, $sig) = @_;
      my ($pnames, $pobjs) = ($sig->names_sorted, $sig->objs);
      $_->{FlagIgnore} = 1 for grep $ftypes->{$_->{Name}}, @$pobjs{@$pnames};
      +{map +($_,1), keys %$ftypes};
   }),
   PDL::PP::Rule::Returns->new("IgnoreTypesOf", {}),
   PDL::PP::Rule->new("NewXSTypeCoerceNS", ["StructName"],
      sub { "  PDL_RETERROR(PDL_err, PDL->type_coerce($_[0]));\n" }),
   PDL::PP::Rule::Substitute->new("NewXSTypeCoerceSubd", "NewXSTypeCoerceNS"),
   PDL::PP::Rule->new("NewXSRunTrans", ["StructName"], sub {
      my($trans) = @_;
      "  PDL_RETERROR(PDL_err, PDL->make_trans_mutual($trans));\n";
   }),
   PDL::PP::Rule->new(["StructDecl","ParamStructType"],
      ["CompStruct","Name"],
      sub {
        my($comp,$name) = @_;
        return ('', '') if !$comp;
        my $ptype = "pdl_params_$name";
        (PDL::PP::pp_line_numbers(__LINE__-1, qq[typedef struct $ptype {\n]).qq[$comp\n} $ptype;],
        $ptype);
      }),

do { sub wrap_vfn {
my (
$code,$rout,$func_header,
$all_func_header,$sname,$pname,$ptype,$extra_args,
) = @_;
join "", PDL::PP::pp_line_numbers(__LINE__, qq[pdl_error $rout(pdl_trans *$sname$extra_args) {
pdl_error PDL_err = {0, NULL, 0};]),
($ptype ? " $ptype *$pname = $sname->params; (void)$pname;\n" : ''),
indent(2, join '', grep $_, $all_func_header, $func_header, $code),
" return PDL_err;\n}"; } sub make_vfn_args {
my ($which, $extra_args) = @_;
("${which}Func",
["${which}CodeSubd","${which}FuncName","${which}FuncHeader?",
qw(AllFuncHeader? StructName ParamStructName ParamStructType),
],
sub {$_[1] eq 'NULL' ? '' : wrap_vfn(@_,$extra_args//'')}
); } ()},

   PDL::PP::Rule->new("MakeCompOther", [qw(SignatureObj ParamStructName)], sub { $_[0]->getcopy("$_[1]->%s") }),
   PDL::PP::Rule->new("MakeCompTotal", [qw(MakeCompOther MakeComp?)], sub { join "\n", grep $_, @_ }),
   PDL::PP::Rule::Substitute->new("MakeCompiledReprSubd", "MakeCompTotal"),
   PDL::PP::Rule->new("NewXSSetTransPDLs", ["SignatureObj","StructName"], sub {
      my($sig,$trans) = @_;
      join '',
        map "  $trans->pdls[$_->[0]] = $_->[2];\n",
        grep !$_->[1], $sig->names_sorted_tuples;
   }),
   PDL::PP::Rule->new("NewXSExtractTransPDLs", [qw(SignatureObj StructName MakeComp?)], sub {
      my($sig,$trans,$makecomp) = @_;
      !$makecomp ? '' : join '',
        map "  $_->[2] = $trans->pdls[$_->[0]];\n",
        grep !$_->[1], $sig->names_sorted_tuples;
   }),
   (map PDL::PP::Rule::Substitute->new("${_}ReadDataCodeUnparsed", "${_}Code"), '', 'Bad'),
   PDL::PP::Rule->new(PDL::PP::Code::make_args(qw(ReadData)),
                      sub { PDL::PP::Code->new(@_, undef, undef, 1); }),
   PDL::PP::Rule::Substitute->new("ReadDataCodeSubd", "ReadDataCodeParsed"),
   PDL::PP::Rule::InsertName->new("ReadDataFuncName", 'pdl_%s_readdata'),
   PDL::PP::Rule->new(make_vfn_args("ReadData")),
   (map PDL::PP::Rule::Substitute->new("${_}WriteBackDataCodeUnparsed", "${_}BackCode"), '', 'Bad'),
   PDL::PP::Rule->new(PDL::PP::Code::make_args(qw(WriteBackData)),
                      sub { PDL::PP::Code->new(@_, undef, 1, 1); }),
   PDL::PP::Rule::Substitute->new("WriteBackDataCodeSubd", "WriteBackDataCodeParsed"),
   PDL::PP::Rule::InsertName->new("WriteBackDataFuncName", "BackCode", 'pdl_%s_writebackdata'),
   PDL::PP::Rule::Returns::NULL->new("WriteBackDataFuncName", "Code"),
   PDL::PP::Rule->new(make_vfn_args("WriteBackData")),
   # CORE21 move this into pdlapi so RedoDims without Code can broadcast
   PDL::PP::Rule->new("DefaultRedoDims",
      ["StructName"],
      sub { "PDL_RETERROR(PDL_err, PDL->redodims_default($_[0]));\n" }),
   PDL::PP::Rule->new("DimsSetters",
      ["SignatureObj"],
      sub { $_[0]->dims_init }),
   PDL::PP::Rule->new("RedoDimsFuncName", [qw(Name RedoDims? RedoDimsCode? DimsSetters)],
      sub { (scalar grep $_ && /\S/, @_[1..$#_]) ? "pdl_$_[0]_redodims" : 'NULL'}),
   PDL::PP::Rule::Returns->new("RedoDimsCode", [],
                               'Code that can be inserted to set the size of output ndarrays dynamically based on input ndarrays; is parsed',
                               ''),
   (map PDL::PP::Rule::Substitute->new("RedoDims${_}Unparsed", "RedoDims$_"), '', 'Code'),
   PDL::PP::Rule->new(PDL::PP::Code::make_args(qw(RedoDims)),
      'makes the parsed representation from the supplied RedoDimsCode',
      sub { return '' if !$_[0]; PDL::PP::Code->new(@_, 1, undef, 0); }),
   PDL::PP::Rule->new("RedoDimsCodeParsed","RedoDimsUnparsed", sub {@_}),
   PDL::PP::Rule->new("RedoDims",
      ["DimsSetters","RedoDimsCodeParsed","DefaultRedoDims"],
      'makes the redodims function from the various bits and pieces',
      sub { join "\n", grep $_ && /\S/, @_ }),
   PDL::PP::Rule::Substitute->new("RedoDimsCodeSubd", "RedoDims"),
   PDL::PP::Rule->new(make_vfn_args("RedoDims")),
   PDL::PP::Rule->new("CompFreeCode", [qw(CompObj CompFreeCodeComp?)],
    "Free any OtherPars/Comp stuff, including user-supplied code (which is probably paired with own MakeComp)",
    sub {join '', grep defined() && length, $_[0]->getfree("COMP"), @_[1..$#_]},
   ),
   PDL::PP::Rule->new("NTPrivFreeCode", "PrivObj", sub {$_[0]->getfree("PRIV")}),
   PDL::PP::Rule->new("FreeCodeNS",
      ["StructName","CompFreeCode","NTPrivFreeCode"],
      sub {
          (grep $_, @_[1..$#_]) ? "PDL_FREE_CODE($_[0], destroy, $_[1], $_[2])" : ''}),
   PDL::PP::Rule::Substitute->new("FreeCodeSubd", "FreeCodeNS"),
   PDL::PP::Rule->new("FreeFuncName",
                      ["FreeCodeSubd","Name"],
                      sub {$_[0] ? "pdl_$_[1]_free" : 'NULL'}),
   PDL::PP::Rule->new(make_vfn_args("Free", ", char destroy")),
   PDL::PP::Rule->new("NewXSCoerceMustNS", "FTypes",
      sub {
        my($ftypes) = @_;
        join '', map
          PDL::PP::pp_line_numbers(__LINE__, "$_->datatype = $ftypes->{$_};"),
          sort keys %$ftypes;
      }),
   PDL::PP::Rule::Returns::EmptyString->new("NewXSCoerceMustNS"),
   PDL::PP::Rule::Substitute->new("NewXSCoerceMustCompSubd", "NewXSCoerceMustNS"),
   PDL::PP::Rule->new("NewXSStructInit0",
                      ["StructName","VTableName","ParamStructName","ParamStructType"],
                      "Rule to create and initialise the private trans structure",
      sub {
        my( $sname, $vtable, $pname, $ptype ) = @_;
        indent(2, <<EOF . ($ptype ? "$ptype *$pname = $sname->params;\n" : ""));
if (!PDL) return (pdl_error){PDL_EFATAL, "PDL core struct is NULL, can't continue",0};
pdl_trans *$sname = PDL->create_trans(&$vtable);
if (!$sname) return PDL->make_error_simple(PDL_EFATAL, "Couldn't create trans");
EOF
      }),
   PDL::PP::Rule->new(["RunFunc"],
      ["RunFuncHdr",
        "NewXSStructInit0",
        "NewXSSetTransPDLs",
        "NewXSTypeCoerceSubd",
        "NewXSExtractTransPDLs",
        "MakeCompiledReprSubd",
        "NewXSCoerceMustCompSubd",
        "NewXSRunTrans",
      ],
      "Generate C function with idiomatic arg list to maybe call from XS",
      sub {
        my ($xs_c_header, @bits) = @_;
        my $opening = '  pdl_error PDL_err = {0, NULL, 0};';
        my $closing = '  return PDL_err;';
        join '', "$xs_c_header {\n$opening\n", @bits, "$closing\n}\n";
      }),
   # internal usage, not XS - NewXSCHdrs only set if GlobalNew
   PDL::PP::Rule->new(["NewXSCode","BootSetNewXS","NewXSInPrelude"],
      ["NewXSHdr", "NewXSCHdrs", "RunFuncCall"],
      "Non-varargs XS code when GlobalNew given",
      sub {(undef,(make_xs_code(' CODE:','',@_))[1..2])}),
   # if PMCode supplied, no var-args stuff
   PDL::PP::Rule->new(["NewXSCode","BootSetNewXS","NewXSInPrelude"],
      [qw(PMCode NewXSHdr NewXSCHdrs? FixArgsXSOtherOutDeclSV HdrCode RunFuncCall FtrCode XSOtherOutSet)],
      "Non-varargs XS code when PMCode given",
      sub {make_xs_code(' CODE:','',@_[1..$#_])}),
   PDL::PP::Rule->new(["NewXSCode","BootSetNewXS","NewXSInPrelude"],
      [qw(VarArgsXSHdr NewXSCHdrs? HdrCode InplaceCode RunFuncCall FtrCode XSOtherOutSet VarArgsXSReturn)],
      "Rule to print out XS code when variable argument list XS processing is enabled",
      sub {make_xs_code('','',@_)}),
   PDL::PP::Rule->new("VTableDef",
      ["VTableName","ParamStructType","RedoDimsFuncName","ReadDataFuncName",
       "WriteBackDataFuncName","FreeFuncName",
       "SignatureObj","HaveBroadcasting","NoPthread","Name",
       "GenericTypes","IsAffineFlag","TwoWayFlag","DefaultFlowFlag",
       "BadFlag"],
      sub {
        my($vname,$ptype,$rdname,$rfname,$wfname,$ffname,
           $sig,$havebroadcasting, $noPthreadFlag, $name, $gentypes,
           $affflag, $revflag, $flowflag, $badflag) = @_;
        my ($pnames, $pobjs) = ($sig->names_sorted, $sig->objs);
        my $nparents = 0 + grep !$pobjs->{$_}->{FlagW}, @$pnames;
        my $npdls = scalar @$pnames;
        my @op_flags;
        push @op_flags, 'PDL_TRANS_DO_BROADCAST' if $havebroadcasting;
        push @op_flags, 'PDL_TRANS_BADPROCESS' if $badflag;
        push @op_flags, 'PDL_TRANS_BADIGNORE' if defined $badflag and !$badflag;
        push @op_flags, 'PDL_TRANS_NO_PARALLEL' if $noPthreadFlag;
        push @op_flags, 'PDL_TRANS_OUTPUT_OTHERPAR' if $sig->other_any_out;
        my $op_flags = join('|', @op_flags) || '0';
        my $iflags = join('|', grep $_, $affflag, $revflag, $flowflag) || '0';
        my $gentypes_txt = join(", ", (map PDL::Type->new($_)->sym, @$gentypes), '-1');
        my @realdims = map 0+@{$_->{IndObjs}}, @$pobjs{@$pnames};
        my $realdims = join(", ", @realdims) || '0';
        my $parnames = join(",",map qq|"$_"|, @$pnames) || '""';
        my $parflags = join(",\n  ",map join('|', $_->cflags)||'0', @$pobjs{@$pnames}) || '0';
        my $partypes = join(", ", map defined()?$_->sym:-1, map $_->{Type}, @$pobjs{@$pnames}) || '-1';
        my $i = 0; my @starts = map { my $ci = $i; $i += $_; $ci } @realdims;
        my $realdim_ind_start = join(", ", @starts) || '0';
        my @rd_inds = map $_->get_index, map @{$_->{IndObjs}}, @$pobjs{@$pnames};
        my $realdim_inds = join(", ", @rd_inds) || '0';
        my @indnames = sort $sig->dims_obj->ind_names;
        my $indnames = join(",", map qq|"$_"|, @indnames) || '""';
        my $sizeof = $ptype ? "sizeof($ptype)" : '0';
        <<EOF;
static pdl_datatypes ${vname}_gentypes[] = { $gentypes_txt };
static PDL_Indx ${vname}_realdims[] = { $realdims };
static char *${vname}_parnames[] = { $parnames };
static short ${vname}_parflags[] = {
  $parflags
};
static pdl_datatypes ${vname}_partypes[] = { $partypes };
static PDL_Indx ${vname}_realdims_starts[] = { $realdim_ind_start };
static PDL_Indx ${vname}_realdims_ind_ids[] = { $realdim_inds };
static char *${vname}_indnames[] = { $indnames };
pdl_transvtable $vname = {
  $op_flags, $iflags, ${vname}_gentypes, $nparents, $npdls, NULL /*CORE21*/,
  ${vname}_realdims, ${vname}_parnames,
  ${vname}_parflags, ${vname}_partypes,
  ${vname}_realdims_starts, ${vname}_realdims_ind_ids, @{[scalar @rd_inds]},
  @{[scalar @indnames]}, ${vname}_indnames,
  $rdname, $rfname, $wfname,
  $ffname,
  $sizeof,"$::PDLMOD\::$name"
};
EOF
      }),
   PDL::PP::Rule->new('PMFunc', 'Name',
     'Sets PMFunc to default symbol table manipulations',
     sub {
         my ($name) = @_;
         $::PDL_IFBEGINWRAP[0].'*'.$name.' = \&'.$::PDLOBJ.
                   '::'.$name.";\n".$::PDL_IFBEGINWRAP[1]
     }
   ),
   PDL::PP::Rule->new([], [qw(Lvalue Name)],
     'If Lvalue key, make the XS routine be lvalue with CvLVALUE_on',
     sub {
       my (undef, $name) = @_;
       push @::PDL_LVALUE_SUBS, $name;
       ();
     }
   ),

]; }

1;