if( blessed( $updates ) && $updates->isa( 'DBIx::Class::Row' ) ){
return $updates;
}
+ my %columns;
+ for my $name ( keys %$updates ){
+ if( $self->is_for_column( $name, $updates->{$name} ) ){
+ $columns{$name} = $updates->{$name};
+ }
+ }
my $object;
# warn 'cond: ' . Dumper( $self->{cond} ); use Data::Dumper;
# warn 'where: ' . Dumper( $self->{attrs}{where} ); use Data::Dumper;
$self->{cond} = undef;
$self->{attrs}{where} = undef;
if( ! scalar @missing ){
- $object = $self->find( $updates, { key => 'primary' } );
+ $object = $self->find( \%columns, { key => 'primary' } );
}
}
else{
- $object = $self->find( $updates, { key => 'primary' } );
+ $object = $self->find( \%columns, { key => 'primary' } );
}
$object ||= $self->new( {} );
# first update columns and other accessors - so that later related records can be found
- for my $name ( keys %$updates ){
- if( $self->is_for_column( $object, $name, $updates->{$name} ) ) {
+ for my $name ( keys %columns ){
$object->$name( $updates->{$name} );
- }
}
for my $name ( keys %$updates ){
- if($object->can($name) && !$self->is_for_column( $object, $name, $updates->{$name} ) ){
+ if($object->can($name) && !$self->is_for_column( $name, $updates->{$name} ) ){
# updating relations that that should be done before the row is inserted into the database
# like belongs_to
my $info = $object->result_source->relationship_info( $name );
if( $info and not $info->{attrs}{accessor} eq 'multi'
and
- _master_relation_cond( $object, $info->{cond}, $self->_get_pk_for_related( $name ) )
+ _master_relation_cond( $object->result_source, $info->{cond}, $self->_get_pk_for_related( $name ) )
){
my $related_result = $object->related_resultset( $name );
my $resolved = $self->result_source->resolve_condition(
}
}
# might_have and has_one case
- elsif ( ! _master_relation_cond( $object, $info->{cond}, $self->_get_pk_for_related( $name ) ) ){
+ elsif ( ! _master_relation_cond( $object->result_source, $info->{cond}, $self->_get_pk_for_related( $name ) ) ){
my $sub_object = $object->search_related( $name )->recursive_update( $value );
#$object->set_from_related( $name, $sub_object );
}
return $object;
}
-sub is_for_column {
- my( $self, $object, $name, $value ) = @_;
- return
- $object->can($name)
- && !(
- $object->result_source->has_relationship($name)
+sub is_for_column {
+ my( $self, $name, $value ) = @_;
+ my $source = $self->result_source;
+ return
+ $source->has_column($name)
+ && !(
+ $source->has_relationship($name)
&& ref( $value )
)
- && (
- $object->result_source->has_column($name)
- || !$object->can( 'set_' . $name )
- )
}
+
sub is_m2m {
my( $self, $relation ) = @_;
my $rclass = $self->result_class;
}
sub _master_relation_cond {
- my ( $object, $cond, @foreign_ids ) = @_;
+ my ( $source, $cond, @foreign_ids ) = @_;
my $foreign_ids_re = join '|', @foreign_ids;
if ( ref $cond eq 'HASH' ){
for my $f_key ( keys %{$cond} ) {
# might_have is not master
my $col = $cond->{$f_key};
$col =~ s/self\.//;
- if( $object->column_info( $col )->{is_auto_increment} ){
+ if( $source->column_info( $col )->{is_auto_increment} ){
return 0;
}
if( $f_key =~ /^foreign\.$foreign_ids_re/ ){
}
}elsif ( ref $cond eq 'ARRAY' ){
for my $new_cond ( @$cond ) {
- return 1 if _master_relation_cond( $object, $new_cond, @foreign_ids );
+ return 1 if _master_relation_cond( $source, $new_cond, @foreign_ids );
}
}
return;
sub run_tests{
my $schema = shift;
- plan tests => 24;
+ plan tests => 25;
my $dvd_rs = $schema->resultset( 'Dvd' );
my $user_rs = $schema->resultset( 'User' );
username => 'new name a',
name => 'new name a',
password => 'new password a',
- }
+ },
+ liner_notes => {
+ notes => 'test note changed',
+ },
};
$dvd = $dvd_rs->recursive_update( $updates );
is ( $dvd->owner->id, $another_owner->id, 'Owner updated' );
is ( $dvd->current_borrower->name, 'new name a', 'Related record modified' );
is ( $dvd->tags->count, 0, 'Tags deleted' );
+ is ( $dvd->liner_notes->notes, 'test note changed', 'might_have record changed' );
+
# repeatable