preserve_case
col_collision_map
rel_collision_map
+ rel_name_map
real_dump_directory
result_components_map
result_roles_map
=head2 db_schema
Set the name of the schema to load (schema in the sense that your database
-vendor means it). Does not currently support loading more than one schema
-name.
+vendor means it).
+
+Can be set to an arrayref of schema names for multiple schemas, or the special
+value C<%> for all schemas.
+
+Multiple schemas have only been tested on PostgreSQL.
=head2 constraint
column_info => hashref of column info (data_type, is_nullable, etc),
}
+=head2 rel_name_map
+
+Similar in idea to moniker_map, but different in the details. It can be
+a hashref or a code ref.
+
+If it is a hashref, keys can be either the default relationship name, or the
+moniker. The keys that are the default relationship name should map to the
+name you want to change the relationship to. Keys that are monikers should map
+to hashes mapping relationship names to their translation. You can do both at
+once, and the more specific moniker version will be picked up first. So, for
+instance, you could have
+
+ {
+ bar => "baz",
+ Foo => {
+ bar => "blat",
+ },
+ }
+
+and relationships that would have been named C<bar> will now be named C<baz>
+except that in the table whose moniker is C<Foo> it will be named C<blat>.
+
+If it is a coderef, the argument passed will be a hashref of this form:
+
+ {
+ name => default relationship name,
+ type => the relationship type eg: C<has_many>,
+ local_class => name of the DBIC class we are building,
+ local_moniker => moniker of the DBIC class we are building,
+ local_columns => columns in this table in the relationship,
+ remote_class => name of the DBIC class we are related to,
+ remote_moniker => moniker of the DBIC class we are related to,
+ remote_columns => columns in the other table in the relationship,
+ }
+
+DBICSL will try to use the value returned as the relationship name.
+
=head2 inflect_plural
Just like L</moniker_map> above (can be hash/code-ref, falls back to default
}
}
- $self->result_components_map($self->{result_component_map})
- if defined $self->{result_component_map};
-
- $self->result_roles_map($self->{result_role_map})
- if defined $self->{result_role_map};
+ if (defined $self->{result_component_map}) {
+ if (defined $self->result_components_map) {
+ croak "Specify only one of result_components_map or result_component_map";
+ }
+ $self->result_components_map($self->{result_component_map})
+ }
+
+ if (defined $self->{result_role_map}) {
+ if (defined $self->result_roles_map) {
+ croak "Specify only one of result_roles_map or result_role_map";
+ }
+ $self->result_roles_map($self->{result_role_map})
+ }
croak "the result_roles and result_roles_map options may only be used in conjunction with use_moose=1"
if ((not defined $self->use_moose) || (not $self->use_moose))
}
}
+ if (my $rel_collision_map = $self->rel_collision_map) {
+ if (my $reftype = ref $rel_collision_map) {
+ if ($reftype ne 'HASH') {
+ croak "Invalid type $reftype for option 'rel_collision_map'";
+ }
+ }
+ else {
+ $self->rel_collision_map({ '(.*)' => $rel_collision_map });
+ }
+ }
+
+ if (defined(my $rel_name_map = $self->rel_name_map)) {
+ my $reftype = ref $rel_name_map;
+ if ($reftype ne 'HASH' && $reftype ne 'CODE') {
+ croak "Invalid type $reftype for option 'rel_name_map', must be HASH or CODE";
+ }
+ }
+
+ if (defined $self->db_schema) {
+ if (ref $self->db_schema eq 'ARRAY') {
+ if (@{ $self->db_schema } > 1) {
+ $self->{qualify_objects} = 1;
+ }
+ elsif (@{ $self->db_schema } == 0) {
+ $self->{db_schema} = undef;
+ }
+ }
+ elsif (not ref $self->db_schema) {
+ if ($self->db_schema eq '%') {
+ $self->{qualify_objects} = 1;
+ }
+
+ $self->{db_schema} = [ $self->db_schema ];
+ }
+ else {
+ croak 'db_schema must be an array or single value';
+ }
+ }
+
$self;
}
sub _resolve_col_accessor_collisions {
my ($self, $table, $col_info) = @_;
- my $table_name = ref $table ? $$table : $table;
-
while (my ($col, $info) = each %$col_info) {
my $accessor = $info->{accessor} || $col;
next if $accessor eq 'id'; # special case (very common column)
- if ($self->_is_result_class_method($accessor, $table_name)) {
+ if ($self->_is_result_class_method($accessor, $table)) {
my $mapped = 0;
if (my $map = $self->col_collision_map) {
if (not $mapped) {
warn <<"EOF";
-Column '$col' in table '$table_name' collides with an inherited method.
+Column '$col' in table '$table' collides with an inherited method.
See "COLUMN ACCESSOR COLLISIONS" in perldoc DBIx::Class::Schema::Loader::Base .
EOF
$info->{accessor} = undef;
}
}
-# use the same logic to run moniker_map, col_accessor_map, and
-# relationship_name_map
+# use the same logic to run moniker_map, col_accessor_map
sub _run_user_map {
my ( $self, $map, $default_code, $ident, @extra ) = @_;
}
my $full_table_name = ($self->qualify_objects ?
- ($self->_quote($self->db_schema) . '.') : '')
- . (ref $table_name ? $$table_name : $table_name);
+ ($self->_quote($table->schema) . '.') : '')
+ . (ref $table_name eq 'SCALAR' ? $$table_name : $table_name);
# be careful to not create refs Data::Dump can "optimize"
- $full_table_name = \do {"".$full_table_name} if ref $table_name;
+ $full_table_name = \do {"".$full_table_name} if ref $table_name eq 'SCALAR';
$self->_dbic_stmt($table_class, 'table', $full_table_name);
if ($method eq 'table') {
my $table = $_[0];
+ $table = $$table if ref $table eq 'SCALAR';
$self->_pod($class, "=head1 TABLE: C<$table>");
$self->_pod_cut($class);
}
projects / dbsrgits/DBIx-Class-Schema-Loader.git / blobdiff