sub sources { return keys %{shift->source_registrations}; }
+=head2 storage
+
+ my $storage = $schema->storage;
+
+Returns the L<DBIx::Class::Storage> object for this Schema.
+
=head2 resultset
=over 4
foreach my $prefix (keys %comps_for) {
foreach my $comp (@{$comps_for{$prefix}||[]}) {
my $comp_class = "${prefix}::${comp}";
+ { # try to untaint module name. mods where this fails
+ # are left alone so we don't have to change the old behavior
+ no locale; # localized \w doesn't untaint expression
+ if ( $comp_class =~ m/^( (?:\w+::)* \w+ )$/x ) {
+ $comp_class = $1;
+ }
+ }
$class->ensure_class_loaded($comp_class);
$comp_class->source_name($comp) unless $comp_class->source_name;
return;
}
-=head2 compose_connection
+=head2 compose_connection (DEPRECATED)
=over 4
=back
+DEPRECATED. You probably wanted compose_namespace.
+
+Actually, you probably just wanted to call connect.
+
+=for hidden due to deprecation
+
Calls L<DBIx::Class::Schema/"compose_namespace"> to the target namespace,
calls L<DBIx::Class::Schema/connection> with @db_info on the new schema,
then injects the L<DBix::Class::ResultSetProxy> component and a
=cut
-sub compose_connection {
- my ($self, $target, @info) = @_;
- my $base = 'DBIx::Class::ResultSetProxy';
- eval "require ${base};";
- $self->throw_exception
- ("No arguments to load_classes and couldn't load ${base} ($@)")
- if $@;
-
- if ($self eq $target) {
- # Pathological case, largely caused by the docs on early C::M::DBIC::Plain
- foreach my $moniker ($self->sources) {
- my $source = $self->source($moniker);
+{
+ my $warn;
+
+ sub compose_connection {
+ my ($self, $target, @info) = @_;
+
+ warn "compose_connection deprecated as of 0.08000" unless $warn++;
+
+ my $base = 'DBIx::Class::ResultSetProxy';
+ eval "require ${base};";
+ $self->throw_exception
+ ("No arguments to load_classes and couldn't load ${base} ($@)")
+ if $@;
+
+ if ($self eq $target) {
+ # Pathological case, largely caused by the docs on early C::M::DBIC::Plain
+ foreach my $moniker ($self->sources) {
+ my $source = $self->source($moniker);
+ my $class = $source->result_class;
+ $self->inject_base($class, $base);
+ $class->mk_classdata(resultset_instance => $source->resultset);
+ $class->mk_classdata(class_resolver => $self);
+ }
+ $self->connection(@info);
+ return $self;
+ }
+
+ my $schema = $self->compose_namespace($target, $base);
+ {
+ no strict 'refs';
+ *{"${target}::schema"} = sub { $schema };
+ }
+
+ $schema->connection(@info);
+ foreach my $moniker ($schema->sources) {
+ my $source = $schema->source($moniker);
my $class = $source->result_class;
- $self->inject_base($class, $base);
+ #warn "$moniker $class $source ".$source->storage;
+ $class->mk_classdata(result_source_instance => $source);
$class->mk_classdata(resultset_instance => $source->resultset);
- $class->mk_classdata(class_resolver => $self);
+ $class->mk_classdata(class_resolver => $schema);
}
- $self->connection(@info);
- return $self;
- }
-
- my $schema = $self->compose_namespace($target, $base);
- {
- no strict 'refs';
- *{"${target}::schema"} = sub { $schema };
+ return $schema;
}
-
- $schema->connection(@info);
- foreach my $moniker ($schema->sources) {
- my $source = $schema->source($moniker);
- my $class = $source->result_class;
- #warn "$moniker $class $source ".$source->storage;
- $class->mk_classdata(result_source_instance => $source);
- $class->mk_classdata(resultset_instance => $source->resultset);
- $class->mk_classdata(class_resolver => $schema);
- }
- return $schema;
}
=head2 compose_namespace
$target->connection(@info);
}
+=head2 storage_type
+
+=over 4
+
+=item Arguments: $storage_type
+
+=item Return Value: $storage_type
+
+=back
+
+Set the storage class that will be instantiated when L</connect> is called.
+If the classname starts with C<::>, the prefix C<DBIx::Class::Storage> is
+assumed by L</connect>. Defaults to C<::DBI>,
+which is L<DBIx::Class::Storage::DBI>.
+
+You want to use this to hardcoded subclasses of L<DBIx::Class::Storage::DBI>
+in cases where the appropriate subclass is not autodetected, such as when
+dealing with MSSQL via L<DBD::Sybase>, in which case you'd set it to
+C<::DBI::Sybase::MSSQL>.
+
=head2 connection
=over 4
=over 4
-=item Arguments: $moniker, \@data;
+=item Arguments: $source_name, \@data;
=back
-Populates the source registered with the given moniker with the supplied data.
-@data should be a list of listrefs -- the first containing column names, the
-second matching values.
+Pass this method a resultsource name, and an arrayref of
+arrayrefs. The arrayrefs should contain a list of column names,
+followed by one or many sets of matching data for the given columns.
+
+In void context, C<insert_bulk> in L<DBIx::Class::Storage::DBI> is used
+to insert the data, as this is a fast method. However, insert_bulk currently
+assumes that your datasets all contain the same type of values, using scalar
+references in a column in one row, and not in another will probably not work.
+
+Otherwise, each set of data is inserted into the database using
+L<DBIx::Class::ResultSet/create>, and a arrayref of the resulting row
+objects is returned.
i.e.,
my ($self, $name, $data) = @_;
my $rs = $self->resultset($name);
my @names = @{shift(@$data)};
- my @created;
- foreach my $item (@$data) {
- my %create;
- @create{@names} = @$item;
- push(@created, $rs->create(\%create));
+ if(defined wantarray) {
+ my @created;
+ foreach my $item (@$data) {
+ my %create;
+ @create{@names} = @$item;
+ push(@created, $rs->create(\%create));
+ }
+ return @created;
}
- return @created;
+ $self->storage->insert_bulk($self->source($name)->from, \@names, $data);
}
=head2 exception_action
projects / dbsrgits/DBIx-Class.git / blobdiff