class => 'SL::DB::Translation',
column_map => { id => 'parts_id' },
},
+ assortment_items => {
+ type => 'one to many',
+ class => 'SL::DB::AssortmentItem',
+ column_map => { id => 'assortment_id' },
+ },
);
__PACKAGE__->meta->initialize;
return $self->type eq $type ? 1 : 0;
}
-sub is_part { $_[0]->is_type('part') }
-sub is_assembly { $_[0]->is_type('assembly') }
-sub is_service { $_[0]->is_type('service') }
+sub is_part { $_[0]->part_type eq 'part' }
+sub is_assembly { $_[0]->part_type eq 'assembly' }
+sub is_service { $_[0]->part_type eq 'service' }
sub type {
- my ($self, $type) = @_;
- if (@_ > 1) {
- die 'invalid type' unless $type =~ /^(?:part|service|assembly)$/;
- $self->assembly( $type eq 'assembly' ? 1 : 0);
- $self->inventory_accno_id($type ne 'service' ? 1 : undef);
- }
-
- return 'assembly' if $self->assembly;
- return 'part' if $self->inventory_accno_id;
- return 'service';
+ return $_[0]->part_type;
+ # my ($self, $type) = @_;
+ # if (@_ > 1) {
+ # die 'invalid type' unless $type =~ /^(?:part|service|assembly)$/;
+ # $self->assembly( $type eq 'assembly' ? 1 : 0);
+ # $self->inventory_accno_id($type ne 'service' ? 1 : undef);
+ # }
+
+ # return 'assembly' if $self->assembly;
+ # return 'part' if $self->inventory_accno_id;
+ # return 'service';
}
sub new_part {
my ($class, %params) = @_;
- $class->new(%params, type => 'part');
+ $class->new(%params, part_type => 'part');
}
sub new_assembly {
my ($class, %params) = @_;
- $class->new(%params, type => 'assembly');
+ $class->new(%params, part_type => 'assembly');
}
sub new_service {
my ($class, %params) = @_;
- $class->new(%params, type => 'service');
+ $class->new(%params, part_type => 'service');
}
sub orphaned {
sub bin { require SL::DB::Bin; SL::DB::Manager::Bin ->find_by_or_create(id => $_[0]->{bin_id}) }
}
-sub long_description {
+sub displayable_name {
join ' ', grep $_, map $_[0]->$_, qw(partnumber description);
}
These types are sadly represented by data inside the class and cannot be
migrated into a flag. To work around this, each C<Part> object knows what type
-it currently is. Since the type ist data driven, there ist no explicit setting
+it currently is. Since the type is data driven, there ist no explicit setting
method for it, but you can construct them explicitly with C<new_part>,
C<new_service>, and C<new_assembly>. A Buchungsgruppe should be supplied in this
case, but it will use the default Buchungsgruppe if you don't.
=item C<new_assembly %PARAMS>
Will set the appropriate data fields so that the resulting instance will be of
-tthe requested type. Since part of the distinction are accounting targets,
+the requested type. Since accounting targets are part of the distinction,
providing a C<Buchungsgruppe> is recommended. If none is given the constructor
will load a default one and set the accounting targets from it.
=item C<orphaned>
-Checks if this articke is used in orders, invoices, delivery orders or
+Checks if this article is used in orders, invoices, delivery orders or
assemblies.
=item C<buchungsgruppe BUCHUNGSGRUPPE>
-Used to set the accounting informations from a L<SL:DB::Buchungsgruppe> object.
+Used to set the accounting information from a L<SL:DB::Buchungsgruppe> object.
Please note, that this is a write only accessor, the original Buchungsgruppe can
not be retrieved from an article once set.