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libtqt-perl/PerlTQt/TQt.pm

1110 lines
35 KiB

package TQt::base;
use strict;
sub this () {}
sub new {
no strict 'refs';
my $t = this;
shift->NEW(@_);
my $ret = this;
TQt::_internal::setThis($t);
return $ret;
}
package TQt::base::_overload;
use strict;
no strict 'refs';
use overload
"fallback" => 1,
"==" => "TQt::base::_overload::op_equal",
"!=" => "TQt::base::_overload::op_not_equal",
"+=" => "TQt::base::_overload::op_plus_equal",
"-=" => "TQt::base::_overload::op_minus_equal",
"*=" => "TQt::base::_overload::op_mul_equal",
"/=" => "TQt::base::_overload::op_div_equal",
">>" => "TQt::base::_overload::op_shift_right",
"<<" => "TQt::base::_overload::op_shift_left",
"<=" => "TQt::base::_overload::op_lesser_equal",
">=" => "TQt::base::_overload::op_greater_equal",
"^=" => "TQt::base::_overload::op_xor_equal",
"|=" => "TQt::base::_overload::op_or_equal",
">" => "TQt::base::_overload::op_greater",
"<" => "TQt::base::_overload::op_lesser",
"+" => "TQt::base::_overload::op_plus",
"-" => "TQt::base::_overload::op_minus",
"*" => "TQt::base::_overload::op_mul",
"/" => "TQt::base::_overload::op_div",
"^" => "TQt::base::_overload::op_xor",
"|" => "TQt::base::_overload::op_or",
"--" => "TQt::base::_overload::op_decrement",
"++" => "TQt::base::_overload::op_increment",
"neg"=> "TQt::base::_overload::op_negate";
sub op_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator==';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator==';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_not_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator!=';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator!=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_plus_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator+=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator+=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_minus_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator-=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator-=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_mul_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator*=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator*=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_div_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator/=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator/=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_shift_right {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator>>';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator>>';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_shift_left {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator<<';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator<<';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_lesser_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator<=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
$TQt::_internal::strictArgMatch = 0;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator<=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_greater_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator>=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator>=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_xor_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator^=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator^=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_or_equal {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator|=';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return ($_[2] ? $_[1] : $_[0]) unless $err = $@;
my $ret;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator|=';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_greater {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator>';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator>';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_lesser {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator<';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator<';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_plus {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator+';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator+';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_minus {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator-';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator-';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_mul {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator*';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator*';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_div {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator/';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator/';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_negate {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator-';
my $autoload = ref($_[0])."::AUTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->($_[0]) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator-';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload($_[0]) };
die $err.$@ if $@;
$ret
}
sub op_xor {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator^';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator^';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_or {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator|';
my $autoload = ref($_[0])."::_UTOLOAD";
my ($ret, $err);
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $ret = $autoload->(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
$TQt::_internal::strictArgMatch = 0;
return $ret unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator|';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; $ret = &$autoload(($_[2] ? (@_)[1,0] : (@_)[0,1])) };
die $err.$@ if $@;
$ret
}
sub op_increment {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator++';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->($_[0]) };
$TQt::_internal::strictArgMatch = 0;
return $_[0] unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator++';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; &$autoload($_[0]) };
die $err.$@ if $@;
$_[0]
}
sub op_decrement {
$TQt::AutoLoad::AUTOLOAD = ref($_[0]).'::operator--';
my $autoload = ref($_[0])."::_UTOLOAD";
my $err;
$TQt::_internal::strictArgMatch = 1;
eval { local $SIG{'__DIE__'}; $autoload->($_[0]) };
$TQt::_internal::strictArgMatch = 0;
return $_[0] unless $err = $@;
$TQt::AutoLoad::AUTOLOAD = 'TQt::GlobalSpace::operator--';
$autoload = "TQt::GlobalSpace::_UTOLOAD";
eval { local $SIG{'__DIE__'}; &$autoload($_[0]) };
die $err.$@ if $@;
$_[0]
}
package TQt::_internal;
use strict;
our $Classes;
our %CppName;
our @IdClass;
our @PersistentObjects; # objects which need a "permanent" reference in Perl
our @sigslots;
our $strictArgMatch = 0;
sub this () {}
sub init_class {
no strict 'refs';
my $c = shift;
my $class = $c;
$class =~ s/^Q(?=[A-Z])/TQt::/;
my $classId = TQt::_internal::idClass($c);
insert_pclassid($class, $classId);
$IdClass[$classId] = $class;
$CppName{$class} = $c;
TQt::_internal::installautoload("$class");
{
package TQt::AutoLoad; # this package holds $AUTOLOAD
my $closure = \&{ "$class\::_UTOLOAD" };
*{ $class . "::AUTOLOAD" } = sub{ &$closure };
}
my @isa = TQt::_internal::getIsa($classId);
for my $super (@isa) {
$super =~ s/^Q(?=[A-Z])/TQt::/;
}
# the general base class is TQt::base.
# implicit new(@_) calls are forwarded there.
@isa = ("TQt::base") unless @isa;
*{ "$class\::ISA" } = \@isa;
TQt::_internal::installautoload(" $class");
{
package TQt::AutoLoad;
# do lookup at compile-time
my $autosub = \&{ " $class\::_UTOLOAD" };
*{ " $class\::AUTOLOAD" } = sub { &$autosub };
}
*{ " $class\::ISA" } = ["TQt::base::_overload"];
*{ "$class\::NEW" } = sub {
my $class = shift;
$TQt::AutoLoad::AUTOLOAD = "$class\::$c";
my $autoload = " $class\::_UTOLOAD";
{
no warnings;
# the next line triggers a warning on SuSE's Perl 5.6.1 (?)
setThis(bless &$autoload, " $class");
}
setAllocated(this, 1);
mapObject(this);
} unless defined &{"$class\::NEW"};
*{ $class } = sub {
$class->new(@_);
} unless defined &{ $class };
}
sub argmatch {
my $methods = shift;
my $args = shift;
my $i = shift;
my %match;
my $argtype = getSVt($args->[$i]);
for my $methix(0..$#$methods) {
my $method = $$methods[$methix];
my $typename = getTypeNameOfArg($method, $i);
if($argtype eq 'i') {
if($typename =~ /^(?:bool|(?:(?:un)?signed )?(?:int|long)|uint)[*&]?$/) {
$match{$method} = [0,$methix];
}
} elsif($argtype eq 'n') {
if($typename =~ /^(?:float|double)$/) {
$match{$method} = [0,$methix];
}
} elsif($argtype eq 's') {
if($typename =~ /^(?:(?:const )?u?char\*|(?:const )?(?:(Q(C?)String)|TQByteArray)[*&]?)$/) {
# the below read as: is it a (Q(C)String) ? ->priority 1
# is it a (TQString) ? -> priority 2
# neither: normal priority
# Watch the capturing parens vs. non-capturing (?:)
$match{$method}[0] = defined $2 && $2 ? 1 : ( defined $1 ? 2 : 0 );
$match{$method}[1] = $methix
}
} elsif($argtype eq 'a') {
# FIXME: shouldn't be hardcoded. Installed handlers should tell what perl type they expect.
if($typename =~ /^(?:
const\ TQCOORD\*|
(?:const\ )?
(?:
Q(?:String|Widget|Object|FileInfo|CanvasItem)List[\*&]?|
TQValueList<int>[\*&]?|
TQPtrList<Q(?:Tab|ToolBar|DockWindow|NetworkOperation)>|
TQRgb\*|
char\*\*
)
)$/x) {
$match{$method} = [0,$methix];
}
} elsif($argtype eq 'r' or $argtype eq 'U') {
$match{$method} = [0,$methix];
} else {
my $t = $typename;
$t =~ s/^const\s+//;
$t =~ s/(?<=\w)[&*]$//;
my $isa = classIsa($argtype, $t);
if($isa != -1) {
$match{$method} = [-$isa,$methix];
}
}
}
return sort { $match{$b}[0] <=> $match{$a}[0] or $match{$a}[1] <=> $match{$b}[1] } keys %match;
}
sub objmatch {
my $method = shift;
my $args = shift;
for my $i(0..$#$args) {
my $argtype = getSVt($$args[$i]);
my $t = getTypeNameOfArg($method, $i);
next if length $argtype == 1;
$t =~ s/^const\s+//;
$t =~ s/(?<=\w)[&*]$//;
return 0 unless classIsa($argtype, $t) != -1;
}
1;
}
sub do_autoload {
my $package = pop;
my $method = pop;
my $classId = pop;
my $class = $CppName{$IdClass[$classId]};
my @methods = ($method);
for my $arg (@_) {
unless(defined $arg) {
@methods = map { $_ . '?', $_ . '#', $_ . '$' } @methods;
} elsif(isObject($arg)) {
@methods = map { $_ . '#' } @methods;
} elsif(ref $arg) {
@methods = map { $_ . '?' } @methods;
} else {
@methods = map { $_ . '$' } @methods;
}
}
my @methodids = map { findMethod($class, $_) } @methods;
# @methodids = map { findMethod('TQGlobalSpace', $_) } @methods
# if (!@methodids and $withObject || $class eq 'TQt');
if(@methodids > 1) {
# ghetto method resolution
my $count = scalar @_;
for my $i (0..$count-1) {
my @matching = argmatch(\@methodids, \@_, $i);
@methodids = @matching if @matching or $strictArgMatch;
}
do {
my $c = ($method eq $class)? 4:2;
warn "Ambiguous method call for :\n".
"\t${class}::${method}(".catArguments(\@_).")".
((debug() && (debug() & $TQt::debug::channel{'verbose'})) ?
"\nCandidates are:\n".dumpCandidates(\@methodids).
"\nTaking first one...\nat " : "").
(caller($c))[1]." line ".(caller($c))[2].".\n"
} if debug() && @methodids > 1 && (debug() & $TQt::debug::channel{'ambiguous'});
}
elsif( @methodids == 1 and @_ ) {
@methodids = () unless objmatch($methodids[0], \@_)
}
unless(@methodids) {
if(@_) {
@methodids = findMethod($class, $method);
do {
do {
my $c = ($method eq $class)? 4:2;
warn "Lookup for ${class}::${method}(".catArguments(\@_).
")\ndid not yeld any result.\n".
((debug() && (debug() & $TQt::debug::channel{'verbose'})) ?
"Might be a call for an enumerated value (enum).\n":"").
"Trying ${class}::${method}() with no arguments\nat ".
(caller($c))[1]." line ".(caller($c))[2].".\n"
} if debug() && @_ > 1 && (debug() & $TQt::debug::channel{'ambiguous'});
@_ = ()
} if @methodids;
}
do{
my $verbose = "";
if(debug() && (debug() & $TQt::debug::channel{'verbose'})) {
my $alt = findAllMethods( $classId );
getAllParents($classId, \my @sup);
for my $s(@sup)
{
my $h = findAllMethods( $s );
map { $alt->{$_} = $h->{$_} } keys %$h
}
my $pat1 = my $pat2 = $method;
my @near = ();
while(!@near && length($pat1)>2) {
@near = map { /$pat1|$pat2/i ? @{ $$alt{$_} }:() } sort keys %$alt;
chop $pat1;
substr($pat2,-1,1)= "";
}
$verbose = @near ? ("\nCloser candidates are :\n".dumpCandidates(\@near)) :
"\nNo close candidate found.\n";
}
my $c = ($method eq $class)? 4:2;
die "--- No method to call for :\n\t${class}::${method}(".
catArguments(\@_).")".$verbose."\nat ".(caller($c))[1].
" line ".(caller($c))[2].".\n";
} unless @methodids;
}
setCurrentMethod($methodids[0]);
return 1;
}
sub init {
no warnings;
installthis(__PACKAGE__);
installthis("TQt::base");
$Classes = getClassList();
for my $c (@$Classes) {
init_class($c);
}
}
sub splitUnnested {
my $string = shift;
my(%open) = (
'[' => ']',
'(' => ')',
'<' => '>',
'{' => '}',
);
my(%close) = reverse %open;
my @ret;
my $depth = 0;
my $start = 0;
$string =~ tr/"'//;
while($string =~ /([][}{)(><,])/g) {
my $c = $1;
if(!$depth and $c eq ',') {
my $len = pos($string) - $start - 1;
my $ret = substr($string, $start, $len);
$ret =~ s/^\s*(.*?)\s*$/$1/;
push @ret, $ret;
$start = pos($string);
} elsif($open{$c}) {
$depth++;
} elsif($close{$c}) {
$depth--;
}
}
my $subs = substr($string, $start);
$subs =~ s/^\s*(.*?)\s*$/$1/;
push @ret, $subs if ($subs);
return @ret;
}
sub getSubName
{
my $glob = getGV( shift );
return ( $glob =~ /^.*::(.*)$/ )[0];
}
sub TQt::Application::NEW {
my $class = shift;
my $argv = shift;
unshift @$argv, $0;
my $count = scalar @$argv;
setThis( bless TQt::Application::TQApplication($count, $argv, @_), " $class" );
mapObject(this);
setAllocated(this, 1);
setqapp(this);
shift @$argv;
}
sub TQt::Image::NEW {
no strict 'refs';
# another ugly hack, whee
my $class = shift;
if(@_ == 6) {
my $colortable = $_[4];
my $numColors = (ref $colortable eq 'ARRAY') ? @$colortable : 0;
splice(@_, 5, 0, $numColors);
}
# FIXME: this is evil
$TQt::AutoLoad::AUTOLOAD = 'TQt::Image::TQImage';
my $autoload = " TQt::Image::_UTOLOAD";
dontRecurse();
setThis( $autoload->(@_) );
setAllocated(this, 1);
}
sub makeMetaData {
my $data = shift;
my @tbl;
for my $entry (@$data) {
my @params;
my $argcnt = scalar @{ $entry->{arguments} };
for my $arg (@{ $entry->{arguments} }) {
push @params, make_TQUParameter($arg->{name}, $arg->{type}, 0, 1);
}
my $method = make_TQUMethod($entry->{name}, \@params);
push @tbl, make_TQMetaData($entry->{prototype}, $method);
}
my $count = scalar @tbl;
my $metadata = make_TQMetaData_tbl(\@tbl);
return ($metadata, $count);
}
# This is the key function for signal/slots...
# All META hash entries have been defined by /lib/TQt/slots.pm and /lib/TQt/signals.pm
# Thereafter, /lib/TQt/isa.pm build the MetaObject by calling this function
# Here is the structure of the META hash:
# META { 'slot' => { $slotname-1 => { name => $slotname-1,
# arguments => xxx,
# prototype => xxx,
# returns => xxx,
# method => xxx,
# index => <index in 'slots' array>,
# mocargs => xxx,
# argcnt => xxx },
# ... ,
# $slotname-n => ...
# },
# 'slots' => [ slot1-hash, slot2-hash...slot-n-hash ],
# 'signal' => ibidem,
# 'signals' => ibidem,
# 'superClass' => ["classname1", .."classname-n"] # inherited
# }
sub getMetaObject {
no strict 'refs';
my $class = shift;
my $meta = \%{ $class . '::META' };
return $meta->{object} if $meta->{object} and !$meta->{changed};
updateSigSlots() if( @sigslots );
inheritSuperSigSlots($class);
my($slot_tbl, $slot_tbl_count) = makeMetaData($meta->{slots});
my($signal_tbl, $signal_tbl_count) = makeMetaData($meta->{signals});
$meta->{object} = make_metaObject($class, TQt::this()->staticMetaObject,
$slot_tbl, $slot_tbl_count,
$signal_tbl, $signal_tbl_count);
$meta->{changed} = 0;
return $meta->{object};
}
sub updateSigSlots
{
require TQt::signals;
require TQt::slots;
for my $i (@sigslots) {
no strict 'refs';
my $mod = "TQt::" . lc($$i[0]) . ( substr($$i[0], 0, 1) eq 'S' ? 's' : '' ) . "::import";
$mod->( $$i[1], getSubName($$i[2]) => $$i[3] );
}
@sigslots = ();
}
sub inheritSuperSigSlots {
no strict 'refs';
my $class = shift;
my $meta = \%{ $class . '::META' };
if(defined $meta->{'superClass'} && @{ $meta->{'superClass'} }) {
for my $super(@{$meta->{'superClass'}}) {
inheritSuperSigSlots($super);
for my $ssn(keys %{${$super.'::META'}{slot}}) {
if(!exists $meta->{slot}->{"$ssn"}) {
my %ss = %{${$super.'::META'}{slot}{$ssn}};
push @{$meta->{slots}}, \%ss;
$meta->{slot}->{$ssn} = \%ss;
$ss{index} = $#{ $meta->{slots} };
}
}
for my $ssn(keys %{${$super.'::META'}{signal}}) {
if(!exists $meta->{signal}->{"$ssn"}) {
my %ss = %{${$super.'::META'}{signal}{$ssn}};
push @{$meta->{signals}}, \%ss;
$meta->{signal}->{$ssn} = \%ss;
$ss{index} = $#{ $meta->{signals} };
TQt::_internal::installsignal("$class\::$ssn");
}
}
TQt::_internal::installqt_invoke($class . '::tqt_invoke')
if( !defined &{ $class. '::tqt_invoke' } && exists $meta->{slots} && @{ $meta->{slots} });
TQt::_internal::installqt_invoke($class . '::tqt_emit')
if( !defined &{ $class. '::tqt_emit' } && exists $meta->{signals} && @{ $meta->{signals} });
}
}
}
sub getAllParents
{
my $classId = shift;
my $res = shift;
my @classes = TQt::_internal::getIsa( $classId );
for my $s( @classes )
{
my $c = TQt::_internal::idClass($s);
push @{ $res }, $c;
getAllParents($c, $res)
}
}
sub TQt::PointArray::setPoints {
my $points = $_[0];
no strict 'refs';
# what a horrible, horrible way to do this
$TQt::AutoLoad::AUTOLOAD = 'TQt::PointArray::setPoints';
my $autoload = " TQt::PointArray::_UTOLOAD";
dontRecurse();
$autoload->(scalar(@$points)/2, $points);
}
sub TQt::GridLayout::addMultiCellLayout {
# yet another hack. Turnaround for a bug in TQt < 3.1
# (addMultiCellLayout doesn't reparent its TQLayout argument)
no strict 'refs';
if(!defined $_[0]->{'has been hidden'})
{
push @{ this()->{'hidden children'} }, $_[0];
$_[0]->{'has been hidden'} = 1;
}
$TQt::AutoLoad::AUTOLOAD = 'TQt::GridLayout::addMultiCellLayout';
my $autoload = " TQt::GridLayout::_UTOLOAD";
dontRecurse();
$autoload->(@_);
}
package TQt::Object;
use strict;
sub MODIFY_CODE_ATTRIBUTES
{
package TQt::_internal;
my ($package, $coderef, @attrs ) = @_;
my @reject;
foreach my $attr( @attrs )
{
if( $attr !~ /^ (TQ_SIGNAL|TQ_SLOT|DCOP) \(( .* )\) $/x )
{
push @reject, $attr;
next;
}
push @sigslots,
[ $1, $package, $coderef, [ splitUnnested( $2 ) ] ];
}
if( @sigslots )
{
no strict 'refs';
my $meta = \%{ $package . '::META' };
$meta->{ 'changed' } = 1;
}
return @reject;
}
package TQt;
use 5.006;
use strict;
use warnings;
use XSLoader;
require Exporter;
our $VERSION = '3.008';
our @EXPORT = qw(&TQ_SIGNAL &TQ_SLOT &CAST &emit &min &max);
XSLoader::load 'TQt', $VERSION;
# try to avoid KDE's buggy malloc
# only works for --enable-fast-malloc,
# not when --enable-fast-malloc=full
$ENV{'TDE_MALLOC'} = 0;
TQt::_internal::init();
# In general, I'm not a fan of prototypes.
# However, I'm also not a fan of parentheses
sub TQ_SIGNAL ($) { '2' . $_[0] }
sub TQ_SLOT ($) { '1' . $_[0] }
sub CAST ($$) { bless $_[0], " $_[1]" }
sub emit (@) { pop @_ }
sub min ($$) { $_[0] < $_[1] ? $_[0] : $_[1] }
sub max ($$) { $_[0] > $_[1] ? $_[0] : $_[1] }
sub import { goto &Exporter::import }
sub TQt::base::ON_DESTROY { 0 };
sub TQt::Object::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->parent;
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
return 1
}
return 0
}
sub TQt::Application::ON_DESTROY { 0 }
# we need to solve an ambiguity for Q*Items: they aren't TQObjects,
# and are meant to be created on the heap / destroyed manually.
# On the one hand, we don't want to delete them if they are still owned by a TQObject hierarchy
# but on the other hand, what can we do if the user DOES need to destroy them?
#
# So the solution adopted here is to use the takeItem() method when it exists
# to lower the refcount and allow explicit destruction/removal.
sub TQt::ListViewItem::ON_DESTROY {
package TQt::_internal;
my $parent = this()->listView();
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this) } = this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
setAllocated( this(), 1 );
return 0
}
sub TQt::ListViewItem::takeItem
{
package TQt::_internal;
delete ${ this()->{"hidden children"} } { sv_to_ptr($_[0]) };
delete $_[0]->{"has been hidden"};
setAllocated( $_[0], 1 );
no strict 'refs';
$TQt::AutoLoad::AUTOLOAD = 'TQt::ListViewItem::takeItem';
my $autoload = " TQt::ListViewItem::_UTOLOAD";
dontRecurse();
$autoload->( $_[0] );
}
sub TQt::ListView::takeItem
{
package TQt::_internal;
delete ${ this()->{"hidden children"} } { sv_to_ptr($_[0]) };
delete $_[0]->{"has been hidden"};
setAllocated( $_[0], 1 );
no strict 'refs';
$TQt::AutoLoad::AUTOLOAD = 'TQt::ListView::takeItem';
my $autoload = " TQt::ListView::_UTOLOAD";
dontRecurse();
$autoload->( $_[0] );
}
sub TQt::IconViewItem::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->iconView;
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
setAllocated( this(), 1 );
return 0
}
sub TQt::IconView::takeItem
{
package TQt::_internal;
delete ${ this()->{"hidden children"} } { sv_to_ptr($_[0]) };
delete $_[0]->{"has been hidden"};
setAllocated( $_[0], 1 );
no strict 'refs';
$TQt::AutoLoad::AUTOLOAD = 'TQt::IconView::takeItem';
my $autoload = " TQt::IconView::_UTOLOAD";
TQt::_internal::dontRecurse();
$autoload->( $_[0] );
}
sub TQt::ListBoxItem::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->listBox();
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
setAllocated( this(), 1 );
return 0
}
sub TQt::ListBox::takeItem
{
# Unfortunately, takeItem() won't reset the Item's listBox() pointer to 0.
# That's a TQt bug (I reported it and it got fixed as of TQt 3.2b2)
package TQt::_internal;
delete ${ this()->{"hidden children"} } { sv_to_ptr($_[0]) };
delete $_[0]->{"has been hidden"};
setAllocated( $_[0], 1 );
no strict 'refs';
$TQt::Autoload::AUTOLOAD = 'TQt::ListBox::takeItem';
my $autoload = " TQt::ListBox::_UTOLOAD";
dontRecurse();
$autoload->( $_[0] );
}
sub TQt::TableItem::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->table;
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
setAllocated( this(), 1 );
return 0
}
sub TQt::Table::takeItem
{
package TQt::_internal;
delete ${ this()->{"hidden children"} } { sv_to_ptr($_[0]) };
delete $_[0]->{"has been hidden"};
setAllocated( $_[0], 1 );
no strict 'refs';
$TQt::AutoLoad::AUTOLOAD = 'TQt::Table::takeItem';
my $autoload = " TQt::Table::_UTOLOAD";
dontRecurse();
$autoload->( $_[0] );
}
sub TQt::LayoutItem::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->widget() || this()->layout();
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
}
else # a SpacerItem...
{
push @PersistentObjects, this();
}
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
sub TQt::Layout::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->mainWidget() || this()->parent();
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
return 1
}
return 0
}
sub TQt::StyleSheetItem::ON_DESTROY
{
package TQt::_internal;
my $parent = this()->styleSheet();
if( $parent )
{
${ $parent->{"hidden children"} } { sv_to_ptr(this()) } = this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
setAllocated( this(), 1 );
return 0
}
sub TQt::SqlCursor::ON_DESTROY
{
package TQt::_internal;
push @PersistentObjects, this();
this()->{"has been hidden"} = 1;
setAllocated( this(), 0 );
return 1
}
1;