package Catalyst;
use Moose;
+use Moose::Meta::Class ();
extends 'Catalyst::Component';
use Moose::Util qw/find_meta/;
use bytes;
-use Scope::Upper ();
+use B::Hooks::EndOfScope ();
use Catalyst::Exception;
+use Catalyst::Exception::Detach;
+use Catalyst::Exception::Go;
use Catalyst::Log;
use Catalyst::Request;
use Catalyst::Request::Upload;
use Tree::Simple qw/use_weak_refs/;
use Tree::Simple::Visitor::FindByUID;
use Class::C3::Adopt::NEXT;
+use List::MoreUtils qw/uniq/;
use attributes;
use utf8;
use Carp qw/croak carp shortmess/;
our $COUNT = 1;
our $START = time;
our $RECURSION = 1000;
-our $DETACH = "catalyst_detach\n";
-our $GO = "catalyst_go\n";
+our $DETACH = Catalyst::Exception::Detach->new;
+our $GO = Catalyst::Exception::Go->new;
#I imagine that very few of these really need to be class variables. if any.
#maybe we should just make them attributes with a default?
# Remember to update this in Catalyst::Runtime as well!
-our $VERSION = '5.80002';
+our $VERSION = '5.80007';
{
my $dev_version = $VERSION =~ /_\d{2}$/;
}
my $meta = Moose::Meta::Class->initialize($caller);
- #Moose->import({ into => $caller }); #do we want to do this?
-
unless ( $caller->isa('Catalyst') ) {
my @superclasses = ($meta->superclasses, $class, 'Catalyst::Controller');
$meta->superclasses(@superclasses);
}
+ # Avoid possible C3 issues if 'Moose::Object' is already on RHS of MyApp
+ $meta->superclasses(grep { $_ ne 'Moose::Object' } $meta->superclasses);
+
unless( $meta->has_method('meta') ){
$meta->add_method(meta => sub { Moose::Meta::Class->initialize("${caller}") } );
}
$caller->setup_home;
}
+sub _application { $_[0] }
+
=head1 NAME
Catalyst - The Elegant MVC Web Application Framework
$c->forward(qw/MyApp::Model::DBIC::Foo do_stuff/);
$c->forward('MyApp::View::TT');
-Note that forward implies an C<<eval { }>> around the call (actually
-C<execute> does), thus de-fatalizing all 'dies' within the called
-action. If you want C<die> to propagate you need to do something like:
+Note that L<< forward|/"$c->forward( $action [, \@arguments ] )" >> implies
+an C<< eval { } >> around the call (actually
+L<< execute|/"$c->execute( $class, $coderef )" >> does), thus de-fatalizing
+all 'dies' within the called action. If you want C<die> to propagate you
+need to do something like:
$c->forward('foo');
die $c->error if $c->error;
=head2 $c->detach()
-The same as C<forward>, but doesn't return to the previous action when
-processing is finished.
+The same as L<< forward|/"$c->forward( $action [, \@arguments ] )" >>, but
+doesn't return to the previous action when processing is finished.
When called with no arguments it escapes the processing chain entirely.
=head2 $c->visit( $class, $method, [, \@captures, \@arguments ] )
-Almost the same as C<forward>, but does a full dispatch, instead of just
-calling the new C<$action> / C<$class-E<gt>$method>. This means that C<begin>,
-C<auto> and the method you go to are called, just like a new request.
+Almost the same as L<< forward|/"$c->forward( $action [, \@arguments ] )" >>,
+but does a full dispatch, instead of just calling the new C<$action> /
+C<< $class->$method >>. This means that C<begin>, C<auto> and the method
+you go to are called, just like a new request.
In addition both C<< $c->action >> and C<< $c->namespace >> are localized.
-This means, for example, that $c->action methods such as C<name>, C<class> and
-C<reverse> return information for the visited action when they are invoked
-within the visited action. This is different from the behavior of C<forward>
-which continues to use the $c->action object from the caller action even when
+This means, for example, that C<< $c->action >> methods such as
+L<name|Catalyst::Action/name>, L<class|Catalyst::Action/class> and
+L<reverse|Catalyst::Action/reverse> return information for the visited action
+when they are invoked within the visited action. This is different from the
+behavior of L<< forward|/"$c->forward( $action [, \@arguments ] )" >>, which
+continues to use the $c->action object from the caller action even when
invoked from the callee.
-C<$c-E<gt>stash> is kept unchanged.
+C<< $c->stash >> is kept unchanged.
-In effect, C<visit> allows you to "wrap" another action, just as it
-would have been called by dispatching from a URL, while the analogous
-C<go> allows you to transfer control to another action as if it had
-been reached directly from a URL.
+In effect, L<< visit|/"$c->visit( $action [, \@captures, \@arguments ] )" >>
+allows you to "wrap" another action, just as it would have been called by
+dispatching from a URL, while the analogous
+L<< go|/"$c->go( $action [, \@captures, \@arguments ] )" >> allows you to
+transfer control to another action as if it had been reached directly from a URL.
=cut
=head2 $c->go( $class, $method, [, \@captures, \@arguments ] )
-Almost the same as C<detach>, but does a full dispatch like C<visit>,
+Almost the same as L<< detach|/"$c->detach( $action [, \@arguments ] )" >>, but does a full dispatch like L</visit>,
instead of just calling the new C<$action> /
-C<$class-E<gt>$method>. This means that C<begin>, C<auto> and the
+C<< $class->$method >>. This means that C<begin>, C<auto> and the
method you visit are called, just like a new request.
-C<$c-E<gt>stash> is kept unchanged.
+C<< $c->stash >> is kept unchanged.
=cut
$c->error(0);
}
-# search components given a name and some prefixes
sub _comp_search_prefixes {
+ my $c = shift;
+ return map $c->components->{ $_ }, $c->_comp_names_search_prefixes(@_);
+}
+
+# search components given a name and some prefixes
+sub _comp_names_search_prefixes {
my ( $c, $name, @prefixes ) = @_;
my $appclass = ref $c || $c;
my $filter = "^${appclass}::(" . join( '|', @prefixes ) . ')::';
my $query = ref $name ? $name : qr/^$name$/i;
my @result = grep { $eligible{$_} =~ m{$query} } keys %eligible;
- return map { $c->components->{ $_ } } @result if @result;
+ return @result if @result;
# if we were given a regexp to search against, we're done.
return if ref $name;
# regexp fallback
$query = qr/$name/i;
- @result = map { $c->components->{ $_ } } grep { $eligible{ $_ } =~ m{$query} } keys %eligible;
+ @result = grep { $eligible{ $_ } =~ m{$query} } keys %eligible;
# no results? try against full names
if( !@result ) {
- @result = map { $c->components->{ $_ } } grep { m{$query} } keys %eligible;
+ @result = grep { m{$query} } keys %eligible;
}
# don't warn if we didn't find any results, it just might not exist
my $filter = "^${appclass}::(" . join( '|', @prefixes ) . ')::';
- my @names = map { s{$filter}{}; $_; } $c->_comp_search_prefixes( undef, @prefixes );
+ my @names = map { s{$filter}{}; $_; }
+ $c->_comp_names_search_prefixes( undef, @prefixes );
+
return @names;
}
if( $rest ) {
$c->log->warn( Carp::shortmess('Calling $c->model() will return a random model unless you specify one of:') );
- $c->log->warn( '* $c->config->{default_model} # the name of the default model to use' );
+ $c->log->warn( '* $c->config(default_model => "the name of the default model to use")' );
$c->log->warn( '* $c->stash->{current_model} # the name of the model to use for this request' );
$c->log->warn( '* $c->stash->{current_model_instance} # the instance of the model to use for this request' );
$c->log->warn( 'NB: in version 5.81, the "random" behavior will not work at all.' );
if( $rest ) {
$c->log->warn( 'Calling $c->view() will return a random view unless you specify one of:' );
- $c->log->warn( '* $c->config->{default_view} # the name of the default view to use' );
+ $c->log->warn( '* $c->config(default_view => "the name of the default view to use")' );
$c->log->warn( '* $c->stash->{current_view} # the name of the view to use for this request' );
$c->log->warn( '* $c->stash->{current_view_instance} # the instance of the view to use for this request' );
$c->log->warn( 'NB: in version 5.81, the "random" behavior will not work at all.' );
__PACKAGE__->config( { db => 'dsn:SQLite:foo.db' } );
-You can also use a C<YAML>, C<XML> or C<Config::General> config file
-like myapp.conf in your applications home directory. See
+You can also use a C<YAML>, C<XML> or L<Config::General> config file
+like C<myapp.conf> in your applications home directory. See
L<Catalyst::Plugin::ConfigLoader>.
-=head3 Cascading configuration.
+=head3 Cascading configuration
The config method is present on all Catalyst components, and configuration
will be merged when an application is started. Configuration loaded with
=head2 $c->path_to(@path)
Merges C<@path> with C<< $c->config->{home} >> and returns a
-L<Path::Class::Dir> object.
+L<Path::Class::Dir> object. Note you can usually use this object as
+a filename, but sometimes you will have to explicitly stringify it
+yourself by calling the C<< ->stringify >> method.
For example:
$class->log->_flush() if $class->log->can('_flush');
# Make sure that the application class becomes immutable at this point,
- # which ensures that it gets an inlined constructor. This means that it
- # works even if the user has added a plugin which contains a new method.
- # Note however that we have to do the work on scope end, so that method
- # modifiers work correctly in MyApp (as you have to call setup _before_
- # applying modifiers).
- Scope::Upper::reap(sub {
+ B::Hooks::EndOfScope::on_scope_end {
+ return if $@;
my $meta = Class::MOP::get_metaclass_by_name($class);
- $meta->make_immutable(replace_constructor => 1) unless $meta->is_immutable;
- }, Scope::Upper::SCOPE(1));
+ if (
+ $meta->is_immutable
+ && ! { $meta->immutable_options }->{replace_constructor}
+ && (
+ $class->isa('Class::Accessor::Fast')
+ || $class->isa('Class::Accessor')
+ )
+ ) {
+ warn "You made your application class ($class) immutable, "
+ . "but did not inline the\nconstructor. "
+ . "This will break catalyst, as your app \@ISA "
+ . "Class::Accessor(::Fast)?\nPlease pass "
+ . "(replace_constructor => 1)\nwhen making your class immutable.\n";
+ }
+ $meta->make_immutable(replace_constructor => 1)
+ unless $meta->is_immutable;
+ };
$class->setup_finalize;
}
$class->setup_finished(1);
}
-=head2 $c->uri_for( $action, \@captures?, @args?, \%query_values? )
-
=head2 $c->uri_for( $path, @args?, \%query_values? )
-=over
-
-=item $action
-
-A Catalyst::Action object representing the Catalyst action you want to
-create a URI for. To get one for an action in the current controller,
-use C<< $c->action('someactionname') >>. To get one from different
-controller, fetch the controller using C<< $c->controller() >>, then
-call C<action_for> on it.
-
-You can maintain the arguments captured by an action (e.g.: Regex, Chained)
-using C<< $c->req->captures >>.
+=head2 $c->uri_for( $action, \@captures?, @args?, \%query_values? )
- # For the current action
- $c->uri_for($c->action, $c->req->captures);
+Constructs an absolute L<URI> object based on the application root, the
+provided path, and the additional arguments and query parameters provided.
+When used as a string, provides a textual URI.
+
+If the first argument is a string, it is taken as a public URI path relative
+to C<< $c->namespace >> (if it doesn't begin with a forward slash) or
+relative to the application root (if it does). It is then merged with
+C<< $c->request->base >>; any C<@args> are appended as additional path
+components; and any C<%query_values> are appended as C<?foo=bar> parameters.
+
+If the first argument is a L<Catalyst::Action> it represents an action which
+will have its path resolved using C<< $c->dispatcher->uri_for_action >>. The
+optional C<\@captures> argument (an arrayref) allows passing the captured
+variables that are needed to fill in the paths of Chained and Regex actions;
+once the path is resolved, C<uri_for> continues as though a path was
+provided, appending any arguments or parameters and creating an absolute
+URI.
+
+The captures for the current request can be found in
+C<< $c->request->captures >>, and actions can be resolved using
+C<< Catalyst::Controller->action_for($name) >>. If you have a private action
+path, use C<< $c->uri_for_action >> instead.
+
+ # Equivalent to $c->req->uri
+ $c->uri_for($c->action, $c->req->captures,
+ @{ $c->req->args }, $c->req->params);
# For the Foo action in the Bar controller
- $c->uri_for($c->controller->('Bar')->action_for('Foo'), $c->req->captures);
+ $c->uri_for($c->controller('Bar')->action_for('Foo'));
-=back
+ # Path to a static resource
+ $c->uri_for('/static/images/logo.png');
=cut
sub uri_for {
my ( $c, $path, @args ) = @_;
+ if (blessed($path) && $path->isa('Catalyst::Controller')) {
+ $path = $path->path_prefix;
+ $path =~ s{/+\z}{};
+ $path .= '/';
+ }
+
if ( blessed($path) ) { # action object
my $captures = ( scalar @args && ref $args[0] eq 'ARRAY'
? shift(@args)
my $key = $_;
$val = '' unless defined $val;
(map {
- $_ = "$_";
- utf8::encode( $_ ) if utf8::is_utf8($_);
+ my $param = "$_";
+ utf8::encode( $param ) if utf8::is_utf8($param);
# using the URI::Escape pattern here so utf8 chars survive
- s/([^A-Za-z0-9\-_.!~*'() ])/$URI::Escape::escapes{$1}/go;
- s/ /+/g;
- "${key}=$_"; } ( ref $val eq 'ARRAY' ? @$val : $val ));
+ $param =~ s/([^A-Za-z0-9\-_.!~*'() ])/$URI::Escape::escapes{$1}/go;
+ $param =~ s/ /+/g;
+ "${key}=$param"; } ( ref $val eq 'ARRAY' ? @$val : $val ));
} @keys);
}
my $last = pop( @{ $c->stack } );
if ( my $error = $@ ) {
- if ( !ref($error) and $error eq $DETACH ) {
- die $DETACH if($c->depth > 1);
+ if ( blessed($error) and $error->isa('Catalyst::Exception::Detach') ) {
+ $error->rethrow if $c->depth > 1;
}
- elsif ( !ref($error) and $error eq $GO ) {
- die $GO if($c->depth > 0);
+ elsif ( blessed($error) and $error->isa('Catalyst::Exception::Go') ) {
+ $error->rethrow if $c->depth > 0;
}
else {
unless ( ref $error ) {
$c->stats->profile( end => $info );
}
-=head2 $c->_localize_fields( sub { }, \%keys );
-
-=cut
-
-#Why does this exist? This is no longer safe and WILL NOT WORK.
-# it doesnt seem to be used anywhere. can we remove it?
-sub _localize_fields {
- my ( $c, $localized, $code ) = ( @_ );
-
- my $request = delete $localized->{request} || {};
- my $response = delete $localized->{response} || {};
-
- local @{ $c }{ keys %$localized } = values %$localized;
- local @{ $c->request }{ keys %$request } = values %$request;
- local @{ $c->response }{ keys %$response } = values %$response;
-
- $code->();
-}
-
=head2 $c->finalize
Finalizes the request.
be used in a while loop, reading C<$maxlength> bytes on every call.
C<$maxlength> defaults to the size of the request if not specified.
-You have to set C<< MyApp->config->{parse_on_demand} >> to use this
+You have to set C<< MyApp->config(parse_on_demand => 1) >> to use this
directly.
Warning: If you use read(), Catalyst will not process the body,
=head2 $c->setup_components
-Sets up components. Specify a C<setup_components> config option to pass
-additional options directly to L<Module::Pluggable>. To add additional
-search paths, specify a key named C<search_extra> as an array
-reference. Items in the array beginning with C<::> will have the
-application class name prepended to them.
+This method is called internally to set up the application's components.
-All components found will also have any
-L<Devel::InnerPackage|inner packages> loaded and set up as components.
-Note, that modules which are B<not> an I<inner package> of the main
-file namespace loaded will not be instantiated as components.
+It finds modules by calling the L<locate_components> method, expands them to
+package names with the L<expand_component_module> method, and then installs
+each component into the application.
+
+The C<setup_components> config option is passed to both of the above methods.
+
+Installation of each component is performed by the L<setup_component> method,
+below.
=cut
sub setup_components {
my $class = shift;
- my @paths = qw( ::Controller ::C ::Model ::M ::View ::V );
my $config = $class->config->{ setup_components };
- my $extra = delete $config->{ search_extra } || [];
-
- push @paths, @$extra;
-
- my $locator = Module::Pluggable::Object->new(
- search_path => [ map { s/^(?=::)/$class/; $_; } @paths ],
- %$config
- );
- my @comps = sort { length $a <=> length $b } $locator->plugins;
- my %comps = map { $_ => 1 } @comps;
+ my @comps = sort { length $a <=> length $b }
+ $class->locate_components($config);
- my $deprecated_component_names = grep { /::[CMV]::/ } @comps;
+ my $deprecatedcatalyst_component_names = grep { /::[CMV]::/ } @comps;
$class->log->warn(qq{Your application is using the deprecated ::[MVC]:: type naming scheme.\n}.
qq{Please switch your class names to ::Model::, ::View:: and ::Controller: as appropriate.\n}
- ) if $deprecated_component_names;
+ ) if $deprecatedcatalyst_component_names;
for my $component ( @comps ) {
# we know M::P::O found a file on disk so this is safe
Catalyst::Utils::ensure_class_loaded( $component, { ignore_loaded => 1 } );
- #Class::MOP::load_class($component);
-
- my $module = $class->setup_component( $component );
- my %modules = (
- $component => $module,
- map {
- $_ => $class->setup_component( $_ )
- } grep {
- not exists $comps{$_}
- } Devel::InnerPackage::list_packages( $component )
- );
- for my $key ( keys %modules ) {
- $class->components->{ $key } = $modules{ $key };
- }
+ # Needs to be done as soon as the component is loaded, as loading a sub-component
+ # (next time round the loop) can cause us to get the wrong metaclass..
+ $class->_controller_init_base_classes($component);
+ }
+
+ for my $component (uniq map { $class->expand_component_module( $_, $config ) } @comps ) {
+ $class->_controller_init_base_classes($component); # Also cover inner packages
+ $class->components->{ $component } = $class->setup_component($component);
}
}
+=head2 $c->locate_components( $setup_component_config )
+
+This method is meant to provide a list of component modules that should be
+setup for the application. By default, it will use L<Module::Pluggable>.
+
+Specify a C<setup_components> config option to pass additional options directly
+to L<Module::Pluggable>. To add additional search paths, specify a key named
+C<search_extra> as an array reference. Items in the array beginning with C<::>
+will have the application class name prepended to them.
+
+=cut
+
+sub locate_components {
+ my $class = shift;
+ my $config = shift;
+
+ my @paths = qw( ::Controller ::C ::Model ::M ::View ::V );
+ my $extra = delete $config->{ search_extra } || [];
+
+ push @paths, @$extra;
+
+ my $locator = Module::Pluggable::Object->new(
+ search_path => [ map { s/^(?=::)/$class/; $_; } @paths ],
+ %$config
+ );
+
+ my @comps = $locator->plugins;
+
+ return @comps;
+}
+
+=head2 $c->expand_component_module( $component, $setup_component_config )
+
+Components found by C<locate_components> will be passed to this method, which
+is expected to return a list of component (package) names to be set up.
+
+By default, this method will return the component itself as well as any inner
+packages found by L<Devel::InnerPackage>.
+
+=cut
+
+sub expand_component_module {
+ my ($class, $module) = @_;
+ my @inner = Devel::InnerPackage::list_packages( $module );
+ return ($module, @inner);
+}
+
=head2 $c->setup_component
=cut
+# FIXME - Ugly, ugly hack to ensure the we force initialize non-moose base classes
+# nearest to Catalyst::Controller first, no matter what order stuff happens
+# to be loaded. There are TODO tests in Moose for this, see
+# f2391d17574eff81d911b97be15ea51080500003
sub _controller_init_base_classes {
my ($app_class, $component) = @_;
+ return unless $component->isa('Catalyst::Controller');
foreach my $class ( reverse @{ mro::get_linear_isa($component) } ) {
- Moose->init_meta( for_class => $class )
+ Moose::Meta::Class->initialize( $class )
unless find_meta($class);
}
}
return $component;
}
- # FIXME - Ugly, ugly hack to ensure the we force initialize non-moose base classes
- # nearest to Catalyst::Controller first, no matter what order stuff happens
- # to be loaded. There are TODO tests in Moose for this, see
- # f2391d17574eff81d911b97be15ea51080500003
- if ($component->isa('Catalyst::Controller')) {
- $class->_controller_init_base_classes($component);
- }
-
my $suffix = Catalyst::Utils::class2classsuffix( $component );
my $config = $class->config->{ $suffix } || {};
+ # Stash catalyst_component_name in the config here, so that custom COMPONENT
+ # methods also pass it. local to avoid pointlessly shitting in config
+ # for the debug screen, as $component is already the key name.
+ local $config->{catalyst_component_name} = $component;
my $instance = eval { $component->COMPONENT( $class, $config ); };
my ( $proto, $plugin, $instant ) = @_;
my $class = ref $proto || $proto;
- # no ignore_loaded here, the plugin may already have been
- # defined in memory and we don't want to error on "no file" if so
-
Class::MOP::load_class( $plugin );
$proto->_plugins->{$plugin} = 1;
$class->_plugins( {} ) unless $class->_plugins;
$plugins ||= [];
- for my $plugin ( reverse @$plugins ) {
- unless ( $plugin =~ s/\A\+// ) {
- $plugin = "Catalyst::Plugin::$plugin";
- }
+ my @plugins = Catalyst::Utils::resolve_namespace($class . '::Plugin', 'Catalyst::Plugin', @$plugins);
+
+ for my $plugin ( reverse @plugins ) {
+ Class::MOP::load_class($plugin);
+ my $meta = find_meta($plugin);
+ next if $meta && $meta->isa('Moose::Meta::Role');
$class->_register_plugin($plugin);
}
+
+ my @roles =
+ map { $_->name }
+ grep { $_ && blessed($_) && $_->isa('Moose::Meta::Role') }
+ map { find_meta($_) }
+ @plugins;
+
+ Moose::Util::apply_all_roles(
+ $class => @roles
+ ) if @roles;
}
}
C<_ACTION>, and C<_END>. These are by default not shown in the private
action table, but you can make them visible with a config parameter.
- MyApp->config->{show_internal_actions} = 1;
+ MyApp->config(show_internal_actions => 1);
=head1 CASE SENSITIVITY
mapped to C</foo/bar>. You can activate case sensitivity with a config
parameter.
- MyApp->config->{case_sensitive} = 1;
+ MyApp->config(case_sensitive => 1);
This causes C<MyApp::C::Foo::Bar> to map to C</Foo/Bar>.
but if you want to handle input yourself, you can enable on-demand
parsing with a config parameter.
- MyApp->config->{parse_on_demand} = 1;
+ MyApp->config(parse_on_demand => 1);
=head1 PROXY SUPPORT
The host value for $c->req->base and $c->req->uri is set to the real
host, as read from the HTTP X-Forwarded-Host header.
+Additionally, you may be running your backend application on an insecure
+connection (port 80) while your frontend proxy is running under SSL. If there
+is a discrepancy in the ports, use the HTTP header C<X-Forwarded-Port> to
+tell Catalyst what port the frontend listens on. This will allow all URIs to
+be created properly.
+
+In the case of passing in:
+
+ X-Forwarded-Port: 443
+
+All calls to C<uri_for> will result in an https link, as is expected.
+
Obviously, your web server must support these headers for this to work.
In a more complex server farm environment where you may have your
configuration option to tell Catalyst to read the proxied data from the
headers.
- MyApp->config->{using_frontend_proxy} = 1;
+ MyApp->config(using_frontend_proxy => 1);
If you do not wish to use the proxy support at all, you may set:
- MyApp->config->{ignore_frontend_proxy} = 1;
+ MyApp->config(ignore_frontend_proxy => 1);
=head1 THREAD SAFETY
=head2 L<Catalyst::Manual> - The Catalyst Manual
-=head2 L<Catalyst::Component>, L<Catalyst::Base> - Base classes for components
+=head2 L<Catalyst::Component>, L<Catalyst::Controller> - Base classes for components
=head2 L<Catalyst::Engine> - Core engine
Drew Taylor
+dwc: Daniel Westermann-Clark <danieltwc@cpan.org>
+
esskar: Sascha Kiefer
fireartist: Carl Franks <cfranks@cpan.org>
Geoff Richards
+hobbs: Andrew Rodland <andrew@cleverdomain.org>
+
ilmari: Dagfinn Ilmari Mannsåker <ilmari@ilmari.org>
jcamacho: Juan Camacho
+jester: Jesse Sheidlower
+
jhannah: Jay Hannah <jay@jays.net>
Jody Belka
jon: Jon Schutz <jjschutz@cpan.org>
+konobi: Scott McWhirter <konobi@cpan.org>
+
marcus: Marcus Ramberg <mramberg@cpan.org>
miyagawa: Tatsuhiko Miyagawa <miyagawa@bulknews.net>
rafl: Florian Ragwitz <rafl@debian.org>
-sky: Arthur Bergman
+random: Roland Lammel <lammel@cpan.org>
-the_jester: Jesse Sheidlower
+sky: Arthur Bergman
t0m: Tomas Doran <bobtfish@bobtfish.net>
=head1 LICENSE
-This library is free software, you can redistribute it and/or modify it under
+This library is free software. You can redistribute it and/or modify it under
the same terms as Perl itself.
=cut
projects / catagits/Catalyst-Runtime.git / blobdiff