use DBIx::Class::_Util qw(refcount hrefaddr refdesc);
use DBIx::Class::Optional::Dependencies;
use Data::Dumper::Concise;
-use DBICTest::Util 'stacktrace';
+use DBICTest::Util qw( stacktrace visit_namespaces );
use constant {
- CV_TRACING => DBIx::Class::Optional::Dependencies->req_ok_for ('test_leaks_heavy'),
+ CV_TRACING => !DBICTest::RunMode->is_plain && DBIx::Class::Optional::Dependencies->req_ok_for ('test_leaks_heavy'),
};
use base 'Exporter';
$reg->{$new_addr} = $slot_info;
}
}
+
+ # Dummy NEXTSTATE ensuring the all temporaries on the stack are garbage
+ # collected before leaving this scope. Depending on the code above, this
+ # may very well be just a preventive measure guarding future modifications
+ undef;
}
sub visit_refs {
$visited_cnt;
}
-sub visit_namespaces {
- my $args = { (ref $_[0]) ? %{$_[0]} : @_ };
-
- my $visited = 1;
-
- $args->{package} ||= '::';
- $args->{package} = '::' if $args->{package} eq 'main';
-
- if ( $args->{action}->($args->{package}) ) {
-
- my $base = $args->{package};
- $base = '' if $base eq '::';
-
-
- $visited += visit_namespaces({ %$args, package => $_ }) for map
- { $_ =~ /(.+?)::$/ ? "${base}::$1" : () }
- grep
- { $_ =~ /(?<!^main)::$/ }
- do { no strict 'refs'; keys %{ $base . '::'} }
- }
-
- return $visited;
-}
-
# compiles a list of addresses stored as globals (possibly even catching
# class data in the form of method closures), so we can skip them further on
sub symtable_referenced_addresses {
no strict 'refs';
my $pkg = shift;
- $pkg = '' if $pkg eq '::';
- $pkg .= '::';
# the unless regex at the end skips some dangerous namespaces outright
# (but does not prevent descent)
action => sub { 1 },
refs => [ map { my $sym = $_;
- # *{"$pkg$sym"}{CODE} won't simply work - MRO-cached CVs are invisible there
- ( CV_TRACING ? Class::MethodCache::get_cv("${pkg}$sym") : () ),
+ # *{"${pkg}::$sym"}{CODE} won't simply work - MRO-cached CVs are invisible there
+ ( CV_TRACING ? Class::MethodCache::get_cv("${pkg}::$sym") : () ),
- ( defined *{"$pkg$sym"}{SCALAR} and length ref ${"$pkg$sym"} and ! isweak( ${"$pkg$sym"} ) )
- ? ${"$pkg$sym"} : ()
+ ( defined *{"${pkg}::$sym"}{SCALAR} and length ref ${"${pkg}::$sym"} and ! isweak( ${"${pkg}::$sym"} ) )
+ ? ${"${pkg}::$sym"} : ()
,
( map {
- ( defined *{"$pkg$sym"}{$_} and ! isweak(defined *{"$pkg$sym"}{$_}) )
- ? *{"$pkg$sym"}{$_}
+ ( defined *{"${pkg}::$sym"}{$_} and ! isweak(defined *{"${pkg}::$sym"}{$_}) )
+ ? *{"${pkg}::$sym"}{$_}
: ()
} qw(HASH ARRAY IO GLOB) ),
- } keys %$pkg ],
- ) unless $pkg =~ /^ :: (?:
+ } keys %{"${pkg}::"} ],
+ ) unless $pkg =~ /^ (?:
DB | next | B | .+? ::::ISA (?: ::CACHE ) | Class::C3
- ) :: $/x;
+ ) $/x;
}
);
sub assert_empty_weakregistry {
my ($weak_registry, $quiet) = @_;
- Sub::Defer::undefer_all();
-
# in case we hooked bless any extra object creation will wreak
# havoc during the assert phase
local *CORE::GLOBAL::bless;
- *CORE::GLOBAL::bless = sub { CORE::bless( $_[0], (@_ > 1) ? $_[1] : caller() ) };
+ *CORE::GLOBAL::bless = sub { CORE::bless( $_[0], (@_ > 1) ? $_[1] : CORE::caller() ) };
croak 'Expecting a registry hashref' unless ref $weak_registry eq 'HASH';
# Devel::MAT::Dumper::dumpfh( $fh );
# close ($fh) or die $!;
#
-# use POSIX;
+# require POSIX;
# POSIX::_exit(1);
# }
}
if (! $quiet and !$leaks_found and ! $tb->in_todo) {
- $tb->ok(1, sprintf "No leaks found at %s line %d", (caller())[1,2] );
+ $tb->ok(1, sprintf "No leaks found at %s line %d", (CORE::caller())[1,2] );
}
}
$tb->note("Auto checked $refs_traced references for leaks - none detected");
}
-# Disable this until better times - SQLT and probably other things
-# still load strictures. Let's just wait until Moo2.0 and go from there
-=begin for tears
# also while we are here and not in plain runmode: make sure we never
# loaded any of the strictures XS bullshit (it's a leak in a sense)
- unless (DBICTest::RunMode->is_plain) {
+ unless (
+ $ENV{MOO_FATAL_WARNINGS}
+ or
+ # FIXME - SQLT loads strictures explicitly, /facedesk
+ # remove this INC check when 0fb58589 and 45287c815 are rectified
+ $INC{'SQL/Translator.pm'}
+ or
+ DBICTest::RunMode->is_plain
+ ) {
for (qw(indirect multidimensional bareword::filehandles)) {
exists $INC{ Module::Runtime::module_notional_filename($_) }
and
$tb->ok(0, "$_ load should not have been attempted!!!" )
}
}
-=cut
-
}
}