use warnings;
use strict;
-use List::Util 'first';
-use namespace::clean;
-
# constants are used not only here, but also in comparison tests
sub __rows_bindtype () {
+{ sqlt_datatype => 'integer' }
=head2 LimitXY
- SELECT ... LIMIT $offset $limit
+ SELECT ... LIMIT $offset, $limit
Supported by B<MySQL> and any L<SQL::Statement> based DBD
# make up an order if none exists
my $requested_order = (delete $rs_attrs->{order_by}) || $self->_rno_default_order;
+
+ # the order binds (if any) will need to go at the end of the entire inner select
+ local $self->{order_bind};
my $rno_ord = $self->_order_by ($requested_order);
+ push @{$self->{select_bind}}, @{$self->{order_bind}};
# this is the order supplement magic
my $mid_sel = $sq_attrs->{selection_outer};
}
# and this is order re-alias magic
- for ($sq_attrs->{order_supplement}, $sq_attrs->{outer_renames}) {
- for my $col (keys %$_) {
+ for my $map ($sq_attrs->{order_supplement}, $sq_attrs->{outer_renames}) {
+ for my $col (sort { (length $b) <=> (length $a) } keys %{$map||{}} ) {
my $re_col = quotemeta ($col);
- $rno_ord =~ s/$re_col/$_->{$col}/;
+ $rno_ord =~ s/$re_col/$map->{$col}/;
}
}
SELECT SKIP $offset FIRST $limit * FROM ...
-Suported by B<Informix>, almost like LimitOffset. According to
+Supported by B<Informix>, almost like LimitOffset. According to
L<SQL::Abstract::Limit> C<... SKIP $offset LIMIT $limit ...> is also supported.
=cut
Depending on the resultset attributes one of:
SELECT * FROM (
- SELECT *, ROWNUM rownum__index FROM (
+ SELECT *, ROWNUM AS rownum__index FROM (
SELECT ...
) WHERE ROWNUM <= ($limit+$offset)
) WHERE rownum__index >= ($offset+1)
or
SELECT * FROM (
- SELECT *, ROWNUM rownum__index FROM (
+ SELECT *, ROWNUM AS rownum__index FROM (
SELECT ...
)
) WHERE rownum__index BETWEEN ($offset+1) AND ($limit+$offset)
# method, and the slower BETWEEN query is used instead
#
# FIXME - this is quite expensive, and does not perform caching of any sort
- # as soon as some of the DQ work becomes viable consider switching this
- # over
+ # as soon as some of the SQLA-inlining work becomes viable consider adding
+ # some rudimentary caching support
if (
$rs_attrs->{order_by}
and
- $rs_attrs->{_rsroot_rsrc}->storage->_order_by_is_stable(
- $rs_attrs->{from}, $rs_attrs->{order_by}
+ $rs_attrs->{result_source}->schema->storage->_order_by_is_stable(
+ @{$rs_attrs}{qw/from order_by where/}
)
) {
push @{$self->{limit_bind}}, [ $self->__total_bindtype => $offset + $rows ], [ $self->__offset_bindtype => $offset + 1 ];
return <<EOS;
SELECT $sq_attrs->{selection_outer} FROM (
- SELECT $sq_attrs->{selection_outer}, ROWNUM $idx_name FROM (
+ SELECT $sq_attrs->{selection_outer}, ROWNUM AS $idx_name FROM (
SELECT $sq_attrs->{selection_inner} $sq_attrs->{query_leftover}${order_group_having}
) $qalias WHERE ROWNUM <= ?
) $qalias WHERE $idx_name >= ?
return <<EOS;
SELECT $sq_attrs->{selection_outer} FROM (
- SELECT $sq_attrs->{selection_outer}, ROWNUM $idx_name FROM (
+ SELECT $sq_attrs->{selection_outer}, ROWNUM AS $idx_name FROM (
SELECT $sq_attrs->{selection_inner} $sq_attrs->{query_leftover}${order_group_having}
) $qalias
) $qalias WHERE $idx_name BETWEEN ? AND ?
$sq_attrs->{order_by_requested} = $self->_order_by ($requested_order);
$sq_attrs->{grpby_having} = $self->_parse_rs_attrs ($rs_attrs);
- # make up an order unless supplied or sanity check what we are given
- my $inner_order;
- if ($sq_attrs->{order_by_requested}) {
- $self->throw_exception (
- 'Unable to safely perform "skimming type" limit with supplied unstable order criteria'
- ) unless $rs_attrs->{_rsroot_rsrc}->schema->storage->_order_by_is_stable(
- $rs_attrs->{from},
- $requested_order
- );
-
- $inner_order = $requested_order;
+ # without an offset things are easy
+ if (! $rs_attrs->{offset}) {
+ $sq_attrs->{order_by_inner} = $sq_attrs->{order_by_requested};
}
else {
- $inner_order = [ map
- { "$rs_attrs->{alias}.$_" }
- ( @{
- $rs_attrs->{_rsroot_rsrc}->_identifying_column_set
- ||
- $self->throw_exception(sprintf(
- 'Unable to auto-construct stable order criteria for "skimming type" limit '
- . "dialect based on source '%s'", $rs_attrs->{_rsroot_rsrc}->name) );
- } )
- ];
- }
-
- # localise as we already have all the bind values we need
- local $self->{order_bind};
-
- $sq_attrs->{order_by_inner} = $self->_order_by ($inner_order);
-
- my @out_chunks;
- for my $ch ($self->_order_by_chunks ($inner_order)) {
- $ch = $ch->[0] if ref $ch eq 'ARRAY';
+ $sq_attrs->{quoted_rs_alias} = $self->_quote ($rs_attrs->{alias});
+
+ # localise as we already have all the bind values we need
+ local $self->{order_bind};
+
+ # make up an order unless supplied or sanity check what we are given
+ my $inner_order;
+ if ($sq_attrs->{order_by_requested}) {
+ $self->throw_exception (
+ 'Unable to safely perform "skimming type" limit with supplied unstable order criteria'
+ ) unless ($rs_attrs->{result_source}->schema->storage->_order_by_is_stable(
+ $rs_attrs->{from},
+ $requested_order,
+ $rs_attrs->{where},
+ ));
+
+ $inner_order = $requested_order;
+ }
+ else {
+ $inner_order = [ map
+ { "$rs_attrs->{alias}.$_" }
+ ( @{
+ $rs_attrs->{result_source}->_identifying_column_set
+ ||
+ $self->throw_exception(sprintf(
+ 'Unable to auto-construct stable order criteria for "skimming type" limit '
+ . "dialect based on source '%s'", $rs_attrs->{result_source}->name) );
+ } )
+ ];
+ }
- $ch =~ s/\s+ ( ASC|DESC ) \s* $//ix;
- my $dir = uc ($1||'ASC');
+ $sq_attrs->{order_by_inner} = $self->_order_by ($inner_order);
- push @out_chunks, \join (' ', $ch, $dir eq 'ASC' ? 'DESC' : 'ASC' );
- }
+ my @out_chunks;
+ for my $ch ($self->_order_by_chunks ($inner_order)) {
+ $ch = $ch->[0] if ref $ch eq 'ARRAY';
- $sq_attrs->{quoted_rs_alias} = $self->_quote ($rs_attrs->{alias});
- $sq_attrs->{order_by_middle} = $self->_order_by (\@out_chunks);
- $sq_attrs->{selection_middle} = $sq_attrs->{selection_outer};
-
- # this is the order supplement magic
- if (my $extra_order_sel = $sq_attrs->{order_supplement}) {
- for my $extra_col (sort
- { $extra_order_sel->{$a} cmp $extra_order_sel->{$b} }
- keys %$extra_order_sel
- ) {
- $sq_attrs->{selection_inner} .= sprintf (', %s AS %s',
- $extra_col,
- $extra_order_sel->{$extra_col},
- );
+ ($ch, my $is_desc) = $self->_split_order_chunk($ch);
- $sq_attrs->{selection_middle} .= ', ' . $extra_order_sel->{$extra_col};
+ # !NOTE! outside chunks come in reverse order ( !$is_desc )
+ push @out_chunks, { ($is_desc ? '-asc' : '-desc') => \$ch };
}
- # Whatever order bindvals there are, they will be realiased and
- # reselected, and need to show up at end of the initial inner select
- push @{$self->{select_bind}}, @{$self->{order_bind}};
-
- # if this is a part of something bigger, we need to add back all
- # the extra order_by's, as they may be relied upon by the outside
- # of a prefetch or something
- if ($rs_attrs->{_is_internal_subuery}) {
- $sq_attrs->{selection_outer} .= sprintf ", $extra_order_sel->{$_} AS $_"
- for sort
- { $extra_order_sel->{$a} cmp $extra_order_sel->{$b} }
- grep { $_ !~ /[^\w\-]/ } # ignore functions
- keys %$extra_order_sel
- ;
+ $sq_attrs->{order_by_middle} = $self->_order_by (\@out_chunks);
+
+ # this is the order supplement magic
+ $sq_attrs->{selection_middle} = $sq_attrs->{selection_outer};
+ if (my $extra_order_sel = $sq_attrs->{order_supplement}) {
+ for my $extra_col (sort
+ { $extra_order_sel->{$a} cmp $extra_order_sel->{$b} }
+ keys %$extra_order_sel
+ ) {
+ $sq_attrs->{selection_inner} .= sprintf (', %s AS %s',
+ $extra_col,
+ $extra_order_sel->{$extra_col},
+ );
+
+ $sq_attrs->{selection_middle} .= ', ' . $extra_order_sel->{$extra_col};
+ }
+
+ # Whatever order bindvals there are, they will be realiased and
+ # reselected, and need to show up at end of the initial inner select
+ push @{$self->{select_bind}}, @{$self->{order_bind}};
}
- }
- # and this is order re-alias magic
- for my $map ($sq_attrs->{order_supplement}, $sq_attrs->{outer_renames}) {
- for my $col (sort { $map->{$a} cmp $map->{$b} } keys %{$map||{}}) {
- my $re_col = quotemeta ($col);
- $_ =~ s/$re_col/$map->{$col}/
- for ($sq_attrs->{order_by_middle}, $sq_attrs->{order_by_requested});
+ # and this is order re-alias magic
+ for my $map ($sq_attrs->{order_supplement}, $sq_attrs->{outer_renames}) {
+ for my $col (sort { (length $b) <=> (length $a) } keys %{$map||{}}) {
+ my $re_col = quotemeta ($col);
+ $_ =~ s/$re_col/$map->{$col}/
+ for ($sq_attrs->{order_by_middle}, $sq_attrs->{order_by_requested});
+ }
}
}
$sql = sprintf ('SELECT TOP %u %s %s %s %s',
$rows + ($offset||0),
- $lim->{selection_inner},
+ $offset ? $lim->{selection_inner} : $lim->{selection_original},
$lim->{query_leftover},
$lim->{grpby_having},
$lim->{order_by_inner},
$lim->{order_by_middle},
) if $offset;
- $sql = sprintf ('SELECT TOP %u %s FROM ( %s ) %s %s',
- $rows,
+ $sql = sprintf ('SELECT %s FROM ( %s ) %s %s',
$lim->{selection_outer},
$sql,
$lim->{quoted_rs_alias},
my $lim = $self->_prep_for_skimming_limit($sql, $rs_attrs);
$sql = sprintf ('SELECT %s %s %s %s FETCH FIRST %u ROWS ONLY',
- $lim->{selection_inner},
+ $offset ? $lim->{selection_inner} : $lim->{selection_original},
$lim->{query_leftover},
$lim->{grpby_having},
$lim->{order_by_inner},
) if $offset;
- $sql = sprintf ('SELECT %s FROM ( %s ) %s %s FETCH FIRST %u ROWS ONLY',
+ $sql = sprintf ('SELECT %s FROM ( %s ) %s %s',
$lim->{selection_outer},
$sql,
$lim->{quoted_rs_alias},
$lim->{order_by_requested},
- $rows,
) if $offset and (
$lim->{order_by_requested} or $lim->{selection_middle} ne $lim->{selection_outer}
);
return $sql;
}
-=head2 RowCountOrGenericSubQ
-
-This is not exactly a limit dialect, but more of a proxy for B<Sybase ASE>.
-If no $offset is supplied the limit is simply performed as:
-
- SET ROWCOUNT $limit
- SELECT ...
- SET ROWCOUNT 0
-
-Otherwise we fall back to L</GenericSubQ>
-
-=cut
-
-sub _RowCountOrGenericSubQ {
- my $self = shift;
- my ($sql, $rs_attrs, $rows, $offset) = @_;
-
- return $self->_GenericSubQ(@_) if $offset;
-
- return sprintf <<"EOF", $rows, $sql;
-SET ROWCOUNT %d
-%s
-SET ROWCOUNT 0
-EOF
-}
-
=head2 GenericSubQ
SELECT * FROM (
databases. It works by ordering the set by some unique column, and calculating
the amount of rows that have a less-er value (thus emulating a L</RowNum>-like
index). Of course this implies the set can only be ordered by a single unique
-column. Also note that this technique can be and often is B<excruciatingly
-slow>.
+column.
+
+Also note that this technique can be and often is B<excruciatingly slow>. You
+may have much better luck using L<DBIx::Class::ResultSet/software_limit>
+instead.
Currently used by B<Sybase ASE>, due to lack of any other option.
sub _GenericSubQ {
my ($self, $sql, $rs_attrs, $rows, $offset) = @_;
- my $root_rsrc = $rs_attrs->{_rsroot_rsrc};
- my $root_tbl_name = $root_rsrc->name;
+ my $main_rsrc = $rs_attrs->{result_source};
- my ($first_order_by) = do {
- local $self->{quote_char};
- map { ref $_ ? $_->[0] : $_ } $self->_order_by_chunks ($rs_attrs->{order_by})
- } or $self->throw_exception (
- 'Generic Subquery Limit does not work on resultsets without an order. Provide a single, '
- . 'unique-column order criteria.'
- );
+ # Explicitly require an order_by
+ # GenSubQ is slow enough as it is, just emulating things
+ # like in other cases is not wise - make the user work
+ # to shoot their DBA in the foot
+ $self->throw_exception (
+ 'Generic Subquery Limit does not work on resultsets without an order. Provide a stable, '
+ . 'main-table-based order criteria.'
+ ) unless $rs_attrs->{order_by};
- $first_order_by =~ s/\s+ ( ASC|DESC ) \s* $//ix;
- my $direction = lc ($1 || 'asc');
+ my $usable_order_colinfo = $main_rsrc->schema->storage->_extract_colinfo_of_stable_main_source_order_by_portion(
+ $rs_attrs
+ );
- my ($first_ord_alias, $first_ord_col) = $first_order_by =~ /^ (?: ([^\.]+) \. )? ([^\.]+) $/x;
+ $self->throw_exception(
+ 'Generic Subquery Limit can not work with order criteria based on sources other than the main one'
+ ) if (
+ ! keys %{$usable_order_colinfo||{}}
+ or
+ grep
+ { $_->{-source_alias} ne $rs_attrs->{alias} }
+ (values %$usable_order_colinfo)
+ );
- $self->throw_exception(sprintf
- "Generic Subquery Limit order criteria can be only based on the root-source '%s'"
- . " (aliased as '%s')", $root_rsrc->source_name, $rs_attrs->{alias},
- ) if ($first_ord_alias and $first_ord_alias ne $rs_attrs->{alias});
+###
+###
+### we need to know the directions after we figured out the above - reextract *again*
+### this is eyebleed - trying to get it to work at first
+ my $supplied_order = delete $rs_attrs->{order_by};
- $first_ord_alias ||= $rs_attrs->{alias};
+ my @order_bits = do {
+ local $self->{quote_char};
+ local $self->{order_bind};
+ map { ref $_ ? $_->[0] : $_ } $self->_order_by_chunks ($supplied_order)
+ };
- $self->throw_exception(
- "Generic Subquery Limit first order criteria '$first_ord_col' must be unique"
- ) unless $root_rsrc->_identifying_column_set([$first_ord_col]);
+ # truncate to what we'll use
+ $#order_bits = ( (keys %$usable_order_colinfo) - 1 );
- my $sq_attrs = $self->_subqueried_limit_attrs ($sql, $rs_attrs);
+ # @order_bits likely will come back quoted (due to how the prefetch
+ # rewriter operates
+ # Hence supplement the column_info lookup table with quoted versions
+ if ($self->quote_char) {
+ $usable_order_colinfo->{$self->_quote($_)} = $usable_order_colinfo->{$_}
+ for keys %$usable_order_colinfo;
+ }
- my $cmp_op = $direction eq 'desc' ? '>' : '<';
+# calculate the condition
my $count_tbl_alias = 'rownum__emulation';
+ my $main_alias = $rs_attrs->{alias};
+ my $main_tbl_name = $main_rsrc->name;
- my $order_sql = $self->_order_by (delete $rs_attrs->{order_by});
- my $group_having_sql = $self->_parse_rs_attrs($rs_attrs);
+ my (@unqualified_names, @qualified_names, @is_desc, @new_order_by);
- my $in_sel = $sq_attrs->{selection_inner};
+ for my $bit (@order_bits) {
- # add the order supplement (if any) as this is what will be used for the outer WHERE
- $in_sel .= ", $_" for keys %{$sq_attrs->{order_supplement}};
+ ($bit, my $is_desc) = $self->_split_order_chunk($bit);
+
+ push @is_desc, $is_desc;
+ push @unqualified_names, $usable_order_colinfo->{$bit}{-colname};
+ push @qualified_names, $usable_order_colinfo->{$bit}{-fq_colname};
+
+ push @new_order_by, { ($is_desc ? '-desc' : '-asc') => $usable_order_colinfo->{$bit}{-fq_colname} };
+ };
+
+ my (@where_cond, @skip_colpair_stack);
+ for my $i (0 .. $#order_bits) {
+ my $ci = $usable_order_colinfo->{$order_bits[$i]};
+
+ my ($subq_col, $main_col) = map { "$_.$ci->{-colname}" } ($count_tbl_alias, $main_alias);
+ my $cur_cond = { $subq_col => { ($is_desc[$i] ? '>' : '<') => { -ident => $main_col } } };
+
+ push @skip_colpair_stack, [
+ { $main_col => { -ident => $subq_col } },
+ ];
+
+ # we can trust the nullability flag because
+ # we already used it during _id_col_set resolution
+ #
+ if ($ci->{is_nullable}) {
+ push @{$skip_colpair_stack[-1]}, { $main_col => undef, $subq_col=> undef };
+
+ $cur_cond = [
+ {
+ ($is_desc[$i] ? $subq_col : $main_col) => { '!=', undef },
+ ($is_desc[$i] ? $main_col : $subq_col) => undef,
+ },
+ {
+ $subq_col => { '!=', undef },
+ $main_col => { '!=', undef },
+ -and => $cur_cond,
+ },
+ ];
+ }
+ push @where_cond, { '-and', => [ @skip_colpair_stack[0..$i-1], $cur_cond ] };
+ }
+
+# reuse the sqlmaker WHERE, this will not be returning binds
+ my $counted_where = do {
+ local $self->{where_bind};
+ $self->where(\@where_cond);
+ };
+
+# construct the rownum condition by hand
my $rownum_cond;
if ($offset) {
$rownum_cond = 'BETWEEN ? AND ?';
-
push @{$self->{limit_bind}},
[ $self->__offset_bindtype => $offset ],
[ $self->__total_bindtype => $offset + $rows - 1]
}
else {
$rownum_cond = '< ?';
-
push @{$self->{limit_bind}},
[ $self->__rows_bindtype => $rows ]
;
}
+# and what we will order by inside
+ my $inner_order_sql = do {
+ local $self->{order_bind};
+
+ my $s = $self->_order_by (\@new_order_by);
+
+ $self->throw_exception('Inner gensubq order may not contain binds... something went wrong')
+ if @{$self->{order_bind}};
+
+ $s;
+ };
+
+### resume originally scheduled programming
+###
+###
+
+ # we need to supply the order for the supplements to be properly calculated
+ my $sq_attrs = $self->_subqueried_limit_attrs (
+ $sql, { %$rs_attrs, order_by => \@new_order_by }
+ );
+
+ my $in_sel = $sq_attrs->{selection_inner};
+
+ # add the order supplement (if any) as this is what will be used for the outer WHERE
+ $in_sel .= ", $_" for sort keys %{$sq_attrs->{order_supplement}};
+
+ my $group_having_sql = $self->_parse_rs_attrs($rs_attrs);
+
+
return sprintf ("
SELECT $sq_attrs->{selection_outer}
FROM (
SELECT $in_sel $sq_attrs->{query_leftover}${group_having_sql}
) %s
-WHERE ( SELECT COUNT(*) FROM %s %s WHERE %s $cmp_op %s ) $rownum_cond
-$order_sql
+WHERE ( SELECT COUNT(*) FROM %s %s $counted_where ) $rownum_cond
+$inner_order_sql
", map { $self->_quote ($_) } (
$rs_attrs->{alias},
- $root_tbl_name,
+ $main_tbl_name,
$count_tbl_alias,
- "$count_tbl_alias.$first_ord_col",
- "$first_ord_alias.$first_ord_col",
));
}
#
# Generates inner/outer select lists for various limit dialects
# which result in one or more subqueries (e.g. RNO, Top, RowNum)
-# Any non-root-table columns need to have their table qualifier
+# Any non-main-table columns need to have their table qualifier
# turned into a column alias (otherwise names in subqueries clash
# and/or lose their source table)
#
my ($re_sep, $re_alias) = map { quotemeta $_ } ( $self->{name_sep}, $rs_attrs->{alias} );
- # insulate from the multiple _recurse_fields calls below
- local $self->{select_bind};
-
# correlate select and as, build selection index
my (@sel, $in_sel_index);
for my $i (0 .. $#{$rs_attrs->{select}}) {
my $s = $rs_attrs->{select}[$i];
- my $sql_sel = $self->_recurse_fields ($s);
my $sql_alias = (ref $s) eq 'HASH' ? $s->{-as} : undef;
+ my ($sql_sel) = length ref $s
+ # we throw away the @bind here deliberately
+ ? $self->_recurse_fields( $s )
+ : $self->_quote( $s )
+ ;
+
push @sel, {
+ arg => $s,
sql => $sql_sel,
- unquoted_sql => do {
- local $self->{quote_char};
- $self->_recurse_fields ($s);
- },
+ unquoted_sql => ( length ref $s
+ ? do {
+ local $self->{quote_char};
+ ($self->_recurse_fields ($s))[0]; # ignore binds again
+ }
+ : $s
+ ),
as =>
$sql_alias
||
,
};
- $in_sel_index->{$sql_sel}++;
+ # anything with a placeholder in it needs re-selection
+ $in_sel_index->{$sql_sel}++ unless $sql_sel =~ / (?: ^ | \W ) \? (?: \W | $ ) /x;
+
$in_sel_index->{$self->_quote ($sql_alias)}++ if $sql_alias;
# record unqualified versions too, so we do not have
# unless we are dealing with the current source alias
# (which will transcend the subqueries as it is necessary
# for possible further chaining)
+ # same for anything we do not recognize
my ($sel, $renamed);
for my $node (@sel) {
+ push @{$sel->{original}}, $node->{sql};
+
if (
+ ! $in_sel_index->{$node->{sql}}
+ or
$node->{as} =~ / (?<! ^ $re_alias ) \. /x
or
$node->{unquoted_sql} =~ / (?<! ^ $re_alias ) $re_sep /x
}
else {
push @{$sel->{inner}}, $node->{sql};
- push @{$sel->{outer}}, $self->_quote ($node->{as});
+ push @{$sel->{outer}}, $self->_quote (ref $node->{arg} ? $node->{as} : $node->{arg});
}
}
for my $chunk ($self->_order_by_chunks ($rs_attrs->{order_by})) {
# order with bind
$chunk = $chunk->[0] if (ref $chunk) eq 'ARRAY';
- $chunk =~ s/\s+ (?: ASC|DESC ) \s* $//ix;
+ ($chunk) = $self->_split_order_chunk($chunk);
next if $in_sel_index->{$chunk};
$extra_order_sel->{$chunk} ||= $self->_quote (
- 'ORDER__BY__' . scalar keys %{$extra_order_sel||{}}
+ 'ORDER__BY__' . sprintf '%03d', scalar keys %{$extra_order_sel||{}}
);
}
return $fqcn;
}
-1;
-
-=head1 AUTHORS
+=head1 FURTHER QUESTIONS?
-See L<DBIx::Class/CONTRIBUTORS>.
+Check the list of L<additional DBIC resources|DBIx::Class/GETTING HELP/SUPPORT>.
-=head1 LICENSE
+=head1 COPYRIGHT AND LICENSE
-You may distribute this code under the same terms as Perl itself.
+This module is free software L<copyright|DBIx::Class/COPYRIGHT AND LICENSE>
+by the L<DBIx::Class (DBIC) authors|DBIx::Class/AUTHORS>. You can
+redistribute it and/or modify it under the same terms as the
+L<DBIx::Class library|DBIx::Class/COPYRIGHT AND LICENSE>.
=cut
+
+1;
projects / dbsrgits/DBIx-Class.git / blobdiff