restriction. This is currently only used to create tables from your
schema, see L<DBIx::Class::Schema/deploy>.
+ { size => [ 9, 6 ] }
+
+For decimal or float values you can specify an ArrayRef in order to
+control precision, assuming your database's
+L<SQL::Translator::Producer> supports it.
+
=item is_nullable
{ is_nullable => 1 }
$args->{condition} ||= $rel_info->{cond};
- $self->throw_exception( "Argument 'self_result_object' must be an object of class '@{[ $self->result_class ]}'" )
+ $self->throw_exception( "Argument 'self_result_object' must be an object inheriting from DBIx::Class::Row" )
if (
exists $args->{self_result_object}
and
- ( ! defined blessed $args->{self_result_object} or ! $args->{self_result_object}->isa($self->result_class) )
+ ( ! defined blessed $args->{self_result_object} or ! $args->{self_result_object}->isa('DBIx::Class::Row') )
)
;
# we got something back - sanity check and infer values if we can
my @nonvalues;
- if ( my $jfc = $ret->{join_free_condition} and $ret->{join_free_condition} ne UNRESOLVABLE_CONDITION ) {
+ if (
+ $ret->{join_free_condition}
+ and
+ $ret->{join_free_condition} ne UNRESOLVABLE_CONDITION
+ and
+ my $jfc = $storage->_collapse_cond( $ret->{join_free_condition} )
+ ) {
my $jfc_eqs = $storage->_extract_fixed_condition_columns($jfc, 'consider_nulls');
my $global_phase_destroy;
sub DESTROY {
- ### NO detect_reinvoked_destructor check
+ ### NO detected_reinvoked_destructor check
### This code very much relies on being called multuple times
return if $global_phase_destroy ||= in_global_destruction;