xwords/palm/gen_pace.pl
ehouse 6e8a1922eb Add ARM support for functions and types required for UUID/PSM lookup.
Almost works: if the ARM build is running as host, all's well; but if
it's client, gets btLibL2DiscConnPsmUnsupported after trying to make
an l2c connection.
2007-09-30 17:33:19 +00:00

715 lines
24 KiB
Perl
Executable file

#!/usr/bin/perl
# Copyright 2004-2007 by Eric House (xwords@eehouse.org). All rights reserved.
#
# 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
# of the License, 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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
use strict;
use File::Basename;
my %funcInfo;
my %fileNames;
my %contents;
my @ifdefs;
my @minusDs;
sub usage() {
print STDERR "$0 \\\n" .
"\t[-oh out.h] \\\n" .
"\t[-oc out.c] \\\n" .
"\t[-os out.s] \\\n" .
"\t[-D<define0> ... -D<defineN>] \\\n" .
"\t[-file palmheader.h|palm_header_dir] (can repeat) \\\n" .
"\t[-func func_name_or_list_file] (can repeat)\n";
exit 1;
}
# Given the name of a palm function, or of a file containing a list of
# such, return a list of function names. In the first case it'll be a
# singleton.
sub makeFuncList($) {
my ( $nameOrPath ) = @_;
my @result;
if ( open LIST, "< $nameOrPath" ) {
while ( <LIST> ) {
chomp;
# ifdef/endif pairs
if ( m/^\#\s*ifdef\s+(\w+)\s*$/ ) {
# print STDERR "looking for $1 in ", join( ",", @minusDs), "\n";
if ( 0 == grep( {$1 eq $_} @minusDs ) ) {
# print STDERR "adding $1 to skippers\n";
push( @ifdefs, $1 );
} else {
# print STDERR "NOT adding $1 to skippers\n";
}
next;
} elsif ( m/^\#\s*endif\s+(\w+)\s*$/ ) {
if ( 0 == grep( {$1 eq $_} @minusDs ) ) {
die "$1 not most recently defined" if $1 ne pop(@ifdefs);
}
next;
}
next if @ifdefs > 0;
# comments?
s/\#.*$//;
# white space
s/^\s*//;
s/\s*$//;
if ( m,^(\w+)\s+(-?\d+)\s+(0x\w+)$, ) {
push( @result, [ $1, $2, $3 ] );
} elsif ( m,^(\w+)$, ) {
push( @result, [ $1 ] );
} else {
next;
}
}
close LIST;
} else {
# must be a simple function name
push( @result, $nameOrPath );
}
return @result;
} # makeFuncList
sub makeFileList($) {
my ( $fileOrDir ) = @_;
my @result;
push @result, $fileOrDir;
return @result;
} # makeFileList
my @funcList;
my @pathList;
my $dot_c;
my $dot_s;
my $dot_h;
# A list of types seen in the header files. The idea is to use these
# to determine the size of a type and whether it's returned in d0 or
# a0. The user function should print out types it doesn't find here
# and they should be added manually;
my %typeInfo = (
"UInt32" => { "size" => 4, "a0" => 0 },
"UInt16" => { "size" => 2, "a0" => 0 },
"void*" => { "size" => 4, "a0" => 1 },
"void**" => { "size" => 4, "a0" => 1, "autoSwap" => 4 },
"void" => { "size" => 0, "a0" => 0 },
"BitmapPtr" => { "size" => 4, "a0" => 1 },
"Boolean" => { "size" => 1, "a0" => 0 },
"Boolean*" => { "size" => 4, "a0" => 0, "autoSwap" => 1 },
"Char const*" => { "size" => 4, "a0" => 1 },
"Char*" => { "size" => 4, "a0" => 1 },
"Char**" => { "size" => 4, "a0" => 1 },
"ControlType*" => { "size" => 4, "a0" => 1 },
"Coord" => { "size" => 2, "a0" => 0 }, # ???
"Coord*" => { "size" => 4, "a0" => 0, "autoSwap" => 2 },
"DateFormatType" => { "size" => 1, "a0" => 0 }, # enum
"DateTimeType*" => { "size" => 4, "a0" => 0, "autoSwap" => -1 },
"DmOpenRef" => { "size" => 4, "a0" => 1 },
"DmResID" => { "size" => 2, "a0" => 0 },
"DmResType" => { "size" => 4, "a0" => 0 },
"DmSearchStatePtr" => { "size" => 4, "a0" => 0 },
"Err" => { "size" => 2, "a0" => 0 },
"Err*" => { "size" => 4, "a0" => 1 },
"EventPtr" => { "size" => 4, "a0" => 1 },
"EventType*" => { "size" => 4, "a0" => 1, "autoSwap" => -1 },
"ExgDBWriteProcPtr" => { "size" => 4, "a0" => 1 },
"ExgSocketType*" => { "size" => 4, "a0" => 1, "autoSwap" => -1 },
"FieldAttrPtr" => { "size" => 4, "a0" => 1 },
"FieldType*" => { "size" => 4, "a0" => 1 },
"FileInfoType*" => { "size" => 4, "a0" => 1, "autoSwap" => -1 },
"FileRef" => { "size" => 4, "a0" => 0 }, # UInt32
"FileRef*" => { "size" => 4, "a0" => 1, "autoSwap" => 4 },
"FontID" => { "size" => 1, "a0" => 0 }, # enum
"FormEventHandlerType*" => { "size" => 4, "a0" => 1 },
"FormType*" => { "size" => 4, "a0" => 1 },
"FrameType" => { "size" => 2, "a0" => 0 },
"IndexedColorType" => { "size" => 1, "a0" => 0 }, # UInt8
"Int16" => { "size" => 2, "a0" => 0 },
"Int32" => { "size" => 4, "a0" => 0 },
"Int8" => { "size" => 1, "a0" => 0 },
"ListDrawDataFuncPtr" => { "size" => 4, "a0" => 1 },
"ListType*" => { "size" => 4, "a0" => 1 },
"LocalID" => { "size" => 4, "a0" => 0 },
"LocalID*" => { "size" => 4, "a0" => 1, "autoSwap" => 4 },
"MemHandle" => { "size" => 4, "a0" => 1 },
"MemHandle*" => { "size" => 4, "a0" => 1 },
"MemPtr" => { "size" => 4, "a0" => 1 },
"MenuBarType*" => { "size" => 4, "a0" => 1 },
"RectangleType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"ScrollBarType*" => { "size" => 4, "a0" => 1 },
"SndSysBeepType" => { "size" => 1, "a0" => 0 },
"SysNotifyProcPtr" => { "size" => 4, "a0" => 1 },
"TimeFormatType" => { "size" => 1, "a0" => 0 }, # enum
"UInt16*" => { "size" => 4, "a0" => 1, "autoSwap" => 2 },
"UInt32*" => { "size" => 4, "a0" => 1, "autoSwap" => 4 },
"UInt8" => { "size" => 1, "a0" => 0 },
"UInt8*" => { "size" => 4, "a0" => 1 },
"WinDirectionType" => { "size" => 1, "a0" => 0 }, # enum
"WinDrawOperation" => { "size" => 1, "a0" => 0 }, # enum
"WinHandle" => { "size" => 4, "a0" => 1 },
"WinScreenModeOperation" => { "size" => 1, "a0" => 0 }, # enum
"WindowFormatType" => { "size" => 1, "a0" => 0 }, # enum
"char*" => { "size" => 4, "a0" => 1 },
"const Char*" => { "size" => 4, "a0" => 1 },
"const ControlType*" => { "size" => 4, "a0" => 1 },
# CustomPatternType is UInt8[8]; no need to translate
"const CustomPatternType*" => { "size" => 4, "a0" => 1 },
"const EventType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"const FieldAttrType*" => { "size" => 4, "a0" => 1 },
"const FieldType*" => { "size" => 4, "a0" => 1 },
"const FormType*" => { "size" => 4, "a0" => 1 },
"const ListType*" => { "size" => 4, "a0" => 1 },
"const RGBColorType*" => { "size" => 4, "a0" => 1 },
"const RectangleType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"const char*" => { "size" => 4, "a0" => 1 },
"const void*" => { "size" => 4, "a0" => 1 },
"FormObjectKind" => { "size" => 1, "a0" => 0 }, # enum
# it's a char*, likely never returned
"_Palm_va_list" => { "size" => 4, "a0" => 1 },
"WinScreenAttrType" => { "size" => 1, "a0" => 0 }, # enum
"NetSocketRef" => { "size" => 2, "a0" => 0 },
"NetSocketAddrType*" => { "size" => 4, "a0" => 1 },
"NetFDSetType*" => { "size" => 4, "a0" => 1, "autoSwap" => 4 },
"NetSocketAddrEnum" => { "size" => 1, "a0" => 0 },
"NetSocketTypeEnum" => { "size" => 1, "a0" => 0 },
"BitmapType*" => { "size" => 4, "a0" => 1 },
"ColorTableType*" => { "size" => 4, "a0" => 1 },
"UIColorTableEntries" => { "size" => 1, "a0" => 0 }, # enum
"BtLibClassOfDeviceType*" => { "size" => 4, "a0" => 1,
"autoSwap" => 4}, # uint32
"BtLibDeviceAddressType*" => { "size" => 4, "a0" => 1 },
"BtLibDeviceAddressTypePtr" => { "size" => 4, "a0" => 1 },
"BtLibSocketRef" => { "size" => 2, "a0" => 0 },
"BtLibSocketRef*" => { "size" => 4, "a0" => 1,
"autoSwap" => 2 },
"BtLibProtocolEnum" => { "size" => 1, "a0" => 0 }, # enum
"BtLibSocketConnectInfoType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"BtLibSocketListenInfoType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"BtLibSdpRecordHandle" => { "size" => 4, "a0" => 1 },
"BtLibSdpRecordHandle*"=> { "size" => 4, "a0" => 1,
"autoSwap" => 4 },
"BtLibSdpUuidType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"BtLibFriendlyNameType*" => { "size" => 4, "a0" => 1,
"autoSwap" => -1 },
"BtLibGetNameEnum" => { "size" => 1, "a0" => 0 }, # enum
);
sub name_compact($) {
my ( $name ) = @_;
$name =~ s/^\s*//;
$name =~ s/\s*$//;
return $name;
}
sub type_compact($) {
my ( $type ) = @_;
#print STDERR "1. $type\n";
$type = name_compact( $type );
$type =~ s/\s*(\*+)$/$1/; # remove spaces before any trailing *
#print STDERR "2. $type\n";
return $type;
}
# Split a string like "( type foo, type* bar, type *bazz, const type
# buzz )" into a list of hashes each with "type" and "name"
sub params_parse($) {
my ( $params ) = @_;
my @plist;
# strip leading and training ws and params
$params =~ s/^\s*\(//;
$params =~ s/\)\s*$//;
$params =~ s/^void$//; # if just (void), nuke it
#split based on commas
my @params = split ",", $params;
@params = map {
s/^\s*//; # leading ws
s/\s*$//; # trailing ws
m|^([\w\s]+[\s\*]+)(\w+)$|; # split on space-or-star
{ "type" => type_compact($1), "name" => name_compact($2) };
} @params;
return \@params;
}
sub clean_type($) {
my ( $type ) = @_;
# trip white space off the type
$type =~ s/\s*\*/\*/;
$type =~ s/^\s*//;
$type =~ s/\s*$//;
$type =~ s/^\s*(\S*)\s*$/$1/;
my @out;
my @terms = split( '\s+', $type );
foreach my $term (@terms) {
if ( defined( $typeInfo{$term} ) ) {
} elsif ( "const" eq $term ) {
} elsif ( "extern" eq $term ) {
} else {
next;
}
push( @out, $term );
}
$type = join( " ", @out );
# print STDERR "clean_type => $type\n";
return $type;
}
sub searchOneFile($$) {
my ( $file, $function ) = @_;
# print STDERR "searching $file for $function\n";
my $base = basename($file);
my $contents = $contents{$base};
if ( ! $contents ) {
# read the file into a single long line, stripping
# (imperfectly) comments.
open FILE, "< $file";
# print STDERR "looking at file $file\n";
while( <FILE> ) {
chomp;
# remove // to eol comments
s|//.*$||;
$contents .= "$_ ";
}
close FILE;
# strip /*....*/ comments
$contents =~ s|/\*[^*]*\*+([^/*][^*]*\*+)*/||g;
$contents{$base} = $contents;
# print STDERR "$contents\n";
}
# a word-token, followed by at least ' ' or *, and another token.
# This one strips 'const' in 'const type func(params)'
# $contents =~ m/(\w+)([\s\*]+)$function\s*(\([^)]*\))/;
if ( $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^V]*(VFSMGR_TRAP)\(([\w]+)\);/
|| $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^S]*(SYS_TRAP)\s*\(([\w]+)\);/
|| $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^B]*(BTLIB_TRAP)\s*\(([\w]+)\);/
|| $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^S]*(SYS_SEL_TRAP)\s*\(([\w]+)\s*,\s*([\w]+)\);/
|| $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^H]*(HIGH_DENSITY_TRAP)\(([\w]+)\);/
|| $contents =~ m/([\w\s]+)([\s\*]+)$function\s*(\([^)]*\))[^G]*(GRF_TRAP)\(([\w]+)\);/ ) {
# print STDERR "found something\n";
my ( $type, $params, $trapType, $trapSel, $trapSubSel ) = ( "$1$2", $3, $4, $5, $6 );
if ( $type && $params ) {
$type = clean_type($type);
# my $found = "type: $type\nfunction: $function\nparams: $params\n"
# . " trapSel: $trapSel\ntrapType: $trapType\ntrapSubSel: $trapSubSel\n";
# print STDERR "$found";
$params = params_parse($params);
$funcInfo{$function} = { 'type' => $type,
'params' => $params,
'file' => $base,
'sel' => $trapSel,
'trapType' => $trapType,
};
$fileNames{$base} = 1;
return 1;
}
}
return 0;
} # searchOneFile
sub searchOneDir($$) {
my ( $dir, $function ) = @_;
my $found = 0;
opendir(DIR, $dir) || die "can't opendir $dir: $!";
my @files = readdir(DIR);
closedir DIR;
foreach my $file (@files) {
if ( $file =~ m|^\.| ) {
# skip if starts with .
} elsif ( -d "$dir/$file" ) {
$found = searchOneDir( "$dir/$file", $function );
last if $found;
} elsif ( $file =~ m|\.h$| ) {
$found = searchOneFile( "$dir/$file", $function );
last if $found;
}
}
return $found;
} # searchOneDir
sub print_params_list($$) {
my ( $params, $startLen ) = @_;
my $result = "(";
foreach my $param ( @$params ) {
my $p = " " . $$param{"type"} . " " . $$param{'name'} . ",";
if ( length($p) + $startLen >= 80 ) {
$p = "\n $p";
$startLen = length($p);
}
$result .= $p;
$startLen += length($p);
}
$result =~ s/,$//;
$result .= " )";
return $result;
}
sub nameToBytes($) {
my ( $nam ) = @_;
# Any way to insert a '\n' in this?
my $str = "\"'" . join( "','", split( //, $nam ) ) . "'\"";
return $str;
}
sub makeSwapStuff($$$$$) {
my ( $params, $varDecls, $swapIns, $pushes, $swapOuts ) = @_;
my $sizeSum = 0;
my $vcount = 0;
$$varDecls .= " /* var decls */\n";
$$pushes .= " /* pushes */\n";
$$swapOuts .= " /* swapOuts */\n";
$$swapIns .= " /* swapIns */\n";
foreach my $param ( @$params ) {
# each param has "type" and "name" fields
my $type = $param->{"type"};
my $info = $typeInfo{$type};
my $size = $info->{'size'};
my $name = $param->{'name'};
my $pushName = $name;
# If type requires swapping, just swap in and out. If it's
# RECT (or later, other things) declare a tmp var and swap in
# and out. If it's const, only swap in.
my $swapInfo = $info->{"autoSwap"};
if ( defined $swapInfo ) {
if ( $swapInfo == -1 ) {
my $typeNoStar = $type;
$typeNoStar =~ s/\*$//;
# Does anything bad happen if there's no *?
# die "no star found" if $typeNoStar eq $type;
my $isConst = $typeNoStar =~ m|^const|;
$typeNoStar =~ s/^const\s+//;
my $vName = "${typeNoStar}_68K${vcount}";
$pushName = "&$vName";
$$varDecls .= " $typeNoStar $vName;\n";
$typeNoStar = uc($typeNoStar);
$$swapIns .= " SWAP_${typeNoStar}_ARM_TO_68K( &$vName, $name );\n";
if ( ! $isConst ) {
$$swapOuts .= " SWAP_${typeNoStar}_68K_TO_ARM( $name, &$vName );\n";
}
} else {
if ( $swapInfo >= 1 && $swapInfo <= 4 ) {
$$swapIns .= " SWAP${swapInfo}_NON_NULL_IN($name);\n";
$$swapOuts .= " SWAP${swapInfo}_NON_NULL_OUT($name);\n";
} else {
die "unknown swapInfo $swapInfo\n";
}
}
}
$$pushes .= " ADD_TO_STACK$size(stack, $pushName, $sizeSum);\n";
$sizeSum += $size;
if ( $size == 1 ) {
++$sizeSum;
}
++$vcount;
}
return $sizeSum;
} # makeSwapStuff
sub print_body($$$$$) {
my ( $name, $returnType, $params, $trapSel, $trapType ) = @_;
my $result;
my $offset = 0;
my $notVoid = $returnType !~ m|void$|;
$result .= "{\n";
if ( $notVoid ) {
$result .= " $returnType result;\n";
}
$result .= " FUNC_HEADER($name);\n";
my ( $varDecls, $swapIns, $pushes, $swapOuts );
$offset = makeSwapStuff( $params, \$varDecls,
\$swapIns, \$pushes, \$swapOuts );
$result .= $varDecls . $swapIns;
$result .= " {\n";
$result .= " PNOState* sp = GET_CALLBACK_STATE();\n";
$result .= " STACK_START(unsigned char, stack, $offset);\n"
. $pushes
. " STACK_END(stack);\n";
my $info = $typeInfo{$returnType};
if ( $info->{'a0'} ) {
$offset = "kPceNativeWantA0 | $offset";
}
if ( $trapType eq "VFSMGR_TRAP" ) {
$result .= " SET_SEL_REG($trapSel, sp);\n";
$trapSel = "sysTrapFileSystemDispatch";
} elsif ( $trapType eq "HIGH_DENSITY_TRAP" ) {
$result .= " SET_SEL_REG($trapSel, sp);\n";
$trapSel = "sysTrapHighDensityDispatch";
} elsif( $trapType eq "GRF_TRAP" || $trapType eq "SYS_TRAP"
|| $trapType eq "BTLIB_TRAP" ) {
# they're the same according to Graffiti.h
} elsif ( $trapType eq "SYS_SEL_TRAP" ) {
print( STDERR "name = $name\n" );
print( STDERR "returnType = $returnType\n" );
print( STDERR "params = $params\n" );
print( STDERR "trapSel = $trapSel\n" );
print( STDERR "trapType = $trapType\n" );
die "can't emit for SYS_SEL_TRAP yet";
} else {
die "unknown dispatch type: \"$trapType\"";
}
$result .= " ";
if ( $notVoid ) {
$result .= "result = ($returnType)";
}
$result .= "(*sp->call68KFuncP)( sp->emulStateP, \n"
. " PceNativeTrapNo($trapSel),\n"
. " stack, $offset );\n";
$result .= $swapOuts;
$result .= " }\n FUNC_TAIL($name);\n";
$result .= " EMIT_NAME(\"$name\"," . nameToBytes($name) . ");\n";
if ( $notVoid ) {
$result .= " return result;\n";
}
$result .= "} /* $name */\n";
return $result;
}
sub print_func_impl($$$$$$) {
my ( $returnType, $name,
$params, # ref-to-list created by params_parse above
$file, $trapSel, $trapType ) = @_;
my $result;
$result .= "\n/* from file $file */\n";
$result .= "$returnType\n";
my $lenToName = length( $result );
$result .= "$name";
$result .= print_params_list($params, length($result)-$lenToName) . "\n";
$result .= print_body( $name, $returnType, $params, $trapSel, $trapType );
return $result;
} # print_func_impl
# create a signature for each function. We'll see how many match up.
sub funcId($$) {
my ( $retType, $parms ) = @_;
my $id = "${retType}_";
foreach my $param ( @$parms ) {
$id .= $$param{"type"};
}
return $id;
} # funcId
sub genStub($$$) {
my( $func, $r9off, $off ) = @_;
my $result;
if ( $func && $r9off && $off ) {
$result .= "\t\t.type $func, %function\n";
$result .= "\t\t.globl $func\n";
$result .= "$func:\n";
$result .= "\tldr ip, [r9, #$r9off]\n";
my $intoff = 4 * hex($off);
$result .= "\tldr pc, [ip, #$intoff]\n";
}
return $result;
}
###########################################################################
# Main
###########################################################################
my @paths;
my @funcs;
while ( my $arg = shift(@ARGV) ) {
if ( $arg eq "-oh" ) {
$dot_h = shift(@ARGV);
} elsif ( $arg eq "-oc" ) {
$dot_c = shift(@ARGV);
} elsif ( $arg eq "-os" ) {
$dot_s = shift(@ARGV);
} elsif ( $arg eq "-file" ) {
push( @paths, shift(@ARGV));
} elsif ( $arg eq "-func" ) {
push( @funcs, shift(@ARGV));
} elsif ( $arg =~ m|^-D(\w+)$| ) {
push( @minusDs, $1 );
} else {
usage();
}
}
map { push( @pathList, makeFileList($_) ); } @paths;
map { push( @funcList, makeFuncList($_) ); } @funcs;
my $dot_s_out = "\t.text\n";
foreach my $fref (@funcList) {
if ( $dot_s ) {
$dot_s_out .= genStub( $$fref[0], $$fref[1], $$fref[2] );
}
if ( $dot_c ) {
my $func = $$fref[0];
my $found = 0;
my $path;
foreach my $path (@pathList) {
if ( -d $path ) {
$found = searchOneDir( $path, $func );
last if $found;
} elsif ( -e $path ) {
$found = searchOneFile( $path, $func );
last if $found;
}
}
die "unable to find declaration of $func\n" if ! $found;
}
# close PATHS;
}
my $outRef;
if ( $dot_s ) {
if ( $dot_s eq "-" ) {
$outRef = *STDOUT{IO};
} else {
open DOT, "> $dot_s";
$outRef = *DOT{IO};
}
print $outRef $dot_s_out;
if ( $dot_c ne "-" ) {
close DOT;
}
}
if ( $dot_c ) {
if ( $dot_c eq "-" ) {
$outRef = *STDOUT{IO};
} else {
open DOT, "> $dot_c";
$outRef = *DOT{IO};
}
print $outRef "/********** this file is autogenerated by $0 "
. "***************/\n\n";
print $outRef "\n";
print $outRef <<EOF;
\#include "pnostate.h"
\#include "pace_gen.h"
\#include "pace_man.h"
EOF
foreach my $key (keys %funcInfo) {
my $ref = $funcInfo{$key};
my $type = $${ref}{"type"};
$type =~ s/extern\s*//; # "extern" doesn't belong in implementation
$type =~ s/(\S+)\s*$/$1/; # trailing whitespace
$type =~ s/^\s*(.*)/$1/; # leading ws
my $funcstr = print_func_impl( $type,
$key,
$$ref{'params'},
$$ref{'file'},
$$ref{'sel'},
$$ref{'trapType'});
print $outRef $funcstr;
# print STDERR "funcID: ", funcId( $type, $$ref{'params'} ), "\n";
}
if ( $dot_c ne "-" ) {
close DOT;
}
}
if ( $dot_h ) {
open DOT, "> $dot_h";
print DOT "/********** this file is autogenerated by $0 "
. "***************/\n\n";
my $def = "_" . uc($dot_h) . "_";
$def =~ s/\./_/;
print DOT "#ifndef $def\n";
print DOT "#define $def\n";
map { print DOT "#include <$_>\n"; } keys(%fileNames);
foreach my $key (keys %funcInfo) {
my $ref = $funcInfo{$key};
print DOT $${ref}{"type"}, " "
. $key . print_params_list($$ref{'params'}, 0) . ";\n";
}
print DOT "\n#include \"pace_man.h\"\n";
print DOT "#endif /* $def */\n";
close DOT;
}
exit 0;