use DBIx::Class::Carp;
use Scalar::Util qw/refaddr weaken reftype blessed/;
use List::Util qw/first/;
-use Sub::Name 'subname';
use Context::Preserve 'preserve_context';
use Try::Tiny;
-use overload ();
-use Data::Compare (); # no imports!!! guard against insane architecture
+use SQL::Abstract qw(is_plain_value is_literal_value);
+use DBIx::Class::_Util qw(quote_sub perlstring serialize);
use namespace::clean;
# default cursor class, overridable in connect_info attributes
txn_begin
insert
- insert_bulk
update
delete
select
select_single
+ _insert_bulk
+
with_deferred_fk_checks
get_use_dbms_capability
my $orig = __PACKAGE__->can ($meth)
or die "$meth is not a ::Storage::DBI method!";
- no strict 'refs';
- no warnings 'redefine';
- *{__PACKAGE__ ."::$meth"} = subname $meth => sub {
+ my $is_getter = $storage_accessor_idx->{$meth} ? 0 : 1;
+
+ quote_sub
+ __PACKAGE__ ."::$meth", sprintf( <<'EOC', $is_getter, perlstring $meth ), { '$orig' => \$orig };
+
if (
# only fire when invoked on an instance, a valid class-based invocation
# would e.g. be setting a default for an inherited accessor
and
# if this is a known *setter* - just set it, no need to connect
# and determine the driver
- ! ( $storage_accessor_idx->{$meth} and @_ > 1 )
+ ( %1$s or @_ <= 1 )
and
# Only try to determine stuff if we have *something* that either is or can
# provide a DSN. Allows for bare $schema's generated with a plain ->connect()
) {
$_[0]->_determine_driver;
- # This for some reason crashes and burns on perl 5.8.1
- # IFF the method ends up throwing an exception
- #goto $_[0]->can ($meth);
+ # work around http://rt.perl.org/rt3/Public/Bug/Display.html?id=35878
+ goto $_[0]->can(%2$s) unless DBIx::Class::_ENV_::BROKEN_GOTO;
- my $cref = $_[0]->can ($meth);
+ my $cref = $_[0]->can(%2$s);
goto $cref;
}
goto $orig;
- };
+EOC
}
=head1 NAME
}
sub DESTROY {
- my $self = shift;
-
+ $_[0]->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
# some databases spew warnings on implicit disconnect
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
local $SIG{__WARN__} = sub {};
- $self->_dbh(undef);
+ $_[0]->_dbh(undef);
# this op is necessary, since the very last perl runtime statement
# triggers a global destruction shootout, and the $SIG localization
# handle pid changes correctly - do not destroy parent's connection
sub _verify_pid {
- my $self = shift;
- my $pid = $self->_conn_pid;
- if( defined $pid and $pid != $$ and my $dbh = $self->_dbh ) {
+ my $pid = $_[0]->_conn_pid;
+
+ if( defined $pid and $pid != $$ and my $dbh = $_[0]->_dbh ) {
$dbh->{InactiveDestroy} = 1;
- $self->_dbh(undef);
- $self->transaction_depth(0);
- $self->savepoints([]);
+ $_[0]->_dbh(undef);
+ $_[0]->transaction_depth(0);
+ $_[0]->savepoints([]);
}
return;
=cut
sub disconnect {
- my ($self) = @_;
-
- if( $self->_dbh ) {
- my @actions;
- push @actions, ( $self->on_disconnect_call || () );
- push @actions, $self->_parse_connect_do ('on_disconnect_do');
+ if( my $dbh = $_[0]->_dbh ) {
- $self->_do_connection_actions(disconnect_call_ => $_) for @actions;
+ $_[0]->_do_connection_actions(disconnect_call_ => $_) for (
+ ( $_[0]->on_disconnect_call || () ),
+ $_[0]->_parse_connect_do ('on_disconnect_do')
+ );
# stops the "implicit rollback on disconnect" warning
- $self->_exec_txn_rollback unless $self->_dbh_autocommit;
+ $_[0]->_exec_txn_rollback unless $_[0]->_dbh_autocommit;
- %{ $self->_dbh->{CachedKids} } = ();
- $self->_dbh->disconnect;
- $self->_dbh(undef);
+ %{ $dbh->{CachedKids} } = ();
+ $dbh->disconnect;
+ $_[0]->_dbh(undef);
}
}
# Storage subclasses should override this
sub with_deferred_fk_checks {
- my ($self, $sub) = @_;
- $sub->();
+ #my ($self, $sub) = @_;
+ $_[1]->();
}
=head2 connected
=cut
sub connected {
- my $self = shift;
- return 0 unless $self->_seems_connected;
+ return 0 unless $_[0]->_seems_connected;
#be on the safe side
- local $self->_dbh->{RaiseError} = 1;
+ local $_[0]->_dbh->{RaiseError} = 1;
- return $self->_ping;
+ return $_[0]->_ping;
}
sub _seems_connected {
- my $self = shift;
+ $_[0]->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
-
- my $dbh = $self->_dbh
- or return 0;
-
- return $dbh->FETCH('Active');
+ ($_[0]->_dbh || return 0)->FETCH('Active');
}
sub _ping {
- my $self = shift;
-
- my $dbh = $self->_dbh or return 0;
-
- return $dbh->ping;
+ ($_[0]->_dbh || return 0)->ping;
}
sub ensure_connected {
- my ($self) = @_;
-
- unless ($self->connected) {
- $self->_populate_dbh;
- }
+ $_[0]->connected || ( $_[0]->_populate_dbh && 1 );
}
=head2 dbh
=cut
sub dbh {
- my ($self) = @_;
-
- if (not $self->_dbh) {
- $self->_populate_dbh;
- } else {
- $self->ensure_connected;
- }
- return $self->_dbh;
+ # maybe save a ping call
+ $_[0]->_dbh
+ ? ( $_[0]->ensure_connected and $_[0]->_dbh )
+ : $_[0]->_populate_dbh
+ ;
}
# this is the internal "get dbh or connect (don't check)" method
sub _get_dbh {
- my $self = shift;
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
- $self->_populate_dbh unless $self->_dbh;
- return $self->_dbh;
+ $_[0]->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
+ $_[0]->_dbh || $_[0]->_populate_dbh;
}
# *DELIBERATELY* not a setter (for the time being)
sub _init {}
sub _populate_dbh {
- my ($self) = @_;
- $self->_dbh(undef); # in case ->connected failed we might get sent here
- $self->_dbh_details({}); # reset everything we know
- $self->_sql_maker(undef); # this may also end up being different
+ $_[0]->_dbh(undef); # in case ->connected failed we might get sent here
+
+ $_[0]->_dbh_details({}); # reset everything we know
+
+ # FIXME - this needs reenabling with the proper "no reset on same DSN" check
+ #$_[0]->_sql_maker(undef); # this may also end up being different
- $self->_dbh($self->_connect);
+ $_[0]->_dbh($_[0]->_connect);
- $self->_conn_pid($$) unless DBIx::Class::_ENV_::BROKEN_FORK; # on win32 these are in fact threads
+ $_[0]->_conn_pid($$) unless DBIx::Class::_ENV_::BROKEN_FORK; # on win32 these are in fact threads
- $self->_determine_driver;
+ $_[0]->_determine_driver;
# Always set the transaction depth on connect, since
# there is no transaction in progress by definition
- $self->{transaction_depth} = $self->_dbh_autocommit ? 0 : 1;
+ $_[0]->{transaction_depth} = $_[0]->_dbh_autocommit ? 0 : 1;
- $self->_run_connection_actions unless $self->{_in_determine_driver};
+ $_[0]->_run_connection_actions unless $_[0]->{_in_determine_driver};
+
+ $_[0]->_dbh;
}
sub _run_connection_actions {
- my $self = shift;
- my @actions;
-
- push @actions, ( $self->on_connect_call || () );
- push @actions, $self->_parse_connect_do ('on_connect_do');
- $self->_do_connection_actions(connect_call_ => $_) for @actions;
+ $_[0]->_do_connection_actions(connect_call_ => $_) for (
+ ( $_[0]->on_connect_call || () ),
+ $_[0]->_parse_connect_do ('on_connect_do'),
+ );
}
"Your storage subclass @{[ ref $self ]} provides (or inherits) the method "
. 'source_bind_attributes() for which support has been removed as of Jan 2013. '
. 'If you are not sure how to proceed please contact the development team via '
- . 'http://search.cpan.org/dist/DBIx-Class/lib/DBIx/Class.pm#GETTING_HELP/SUPPORT'
+ . DBIx::Class::_ENV_::HELP_URL
);
}
$self->_do_query(@_);
}
-# override in db-specific backend when necessary
+=head2 connect_call_datetime_setup
+
+A no-op stub method, provided so that one can always safely supply the
+L<connection option|/DBIx::Class specific connection attributes>
+
+ on_connect_call => 'datetime_setup'
+
+This way one does not need to know in advance whether the underlying
+storage requires any sort of hand-holding when dealing with calendar
+data.
+
+=cut
+
sub connect_call_datetime_setup { 1 }
sub _do_query {
}
sub txn_begin {
- my $self = shift;
-
# this means we have not yet connected and do not know the AC status
# (e.g. coderef $dbh), need a full-fledged connection check
- if (! defined $self->_dbh_autocommit) {
- $self->ensure_connected;
+ if (! defined $_[0]->_dbh_autocommit) {
+ $_[0]->ensure_connected;
}
# Otherwise simply connect or re-connect on pid changes
else {
- $self->_get_dbh;
+ $_[0]->_get_dbh;
}
- $self->next::method(@_);
+ shift->next::method(@_);
}
sub _exec_txn_begin {
sub txn_commit {
my $self = shift;
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
$self->throw_exception("Unable to txn_commit() on a disconnected storage")
- unless $self->_dbh;
+ unless $self->_seems_connected;
# esoteric case for folks using external $dbh handles
if (! $self->transaction_depth and ! $self->_dbh->FETCH('AutoCommit') ) {
sub txn_rollback {
my $self = shift;
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
$self->throw_exception("Unable to txn_rollback() on a disconnected storage")
- unless $self->_dbh;
+ unless $self->_seems_connected;
# esoteric case for folks using external $dbh handles
if (! $self->transaction_depth and ! $self->_dbh->FETCH('AutoCommit') ) {
shift->_dbh->rollback;
}
-# generate some identical methods
-for my $meth (qw/svp_begin svp_release svp_rollback/) {
- no strict qw/refs/;
- *{__PACKAGE__ ."::$meth"} = subname $meth => sub {
- my $self = shift;
- $self->_verify_pid unless DBIx::Class::_ENV_::BROKEN_FORK;
- $self->throw_exception("Unable to $meth() on a disconnected storage")
- unless $self->_dbh;
- $self->next::method(@_);
- };
-}
+# generate the DBI-specific stubs, which then fallback to ::Storage proper
+quote_sub __PACKAGE__ . "::$_" => sprintf (<<'EOS', $_) for qw(svp_begin svp_release svp_rollback);
+ $_[0]->throw_exception('Unable to %s() on a disconnected storage')
+ unless $_[0]->_seems_connected;
+ shift->next::method(@_);
+EOS
# This used to be the top-half of _execute. It was split out to make it
# easier to override in NoBindVars without duping the rest. It takes up
sub _resolve_bindattrs {
my ($self, $ident, $bind, $colinfos) = @_;
- $colinfos ||= {};
-
my $resolve_bindinfo = sub {
#my $infohash = shift;
- %$colinfos = %{ $self->_resolve_column_info($ident) }
- unless keys %$colinfos;
+ $colinfos ||= { %{ $self->_resolve_column_info($ident) } };
my $ret;
if (my $col = $_[0]->{dbic_colname}) {
my $resolved =
( ref $_ ne 'ARRAY' or @$_ != 2 ) ? [ {}, $_ ]
: ( ! defined $_->[0] ) ? [ {}, $_->[1] ]
- : (ref $_->[0] eq 'HASH') ? [ (exists $_->[0]{dbd_attrs} or $_->[0]{sqlt_datatype})
- ? $_->[0]
- : $resolve_bindinfo->($_->[0])
- , $_->[1] ]
+ : (ref $_->[0] eq 'HASH') ? [(
+ ! keys %{$_->[0]}
+ or
+ exists $_->[0]{dbd_attrs}
+ or
+ $_->[0]{sqlt_datatype}
+ ) ? $_->[0]
+ : $resolve_bindinfo->($_->[0])
+ , $_->[1]
+ ]
: (ref $_->[0] eq 'SCALAR') ? [ { sqlt_datatype => ${$_->[0]} }, $_->[1] ]
: [ $resolve_bindinfo->(
{ dbic_colname => $_->[0] }
and
length ref $resolved->[1]
and
- ! overload::Method($resolved->[1], '""')
+ ! is_plain_value $resolved->[1]
) {
require Data::Dumper;
local $Data::Dumper::Maxdepth = 1;
);
}
else {
- # FIXME SUBOPTIMAL - most likely this is not necessary at all
- # confirm with dbi-dev whether explicit stringification is needed
- my $v = ( length ref $bind->[$i][1] and overload::Method($bind->[$i][1], '""') )
+ # FIXME SUBOPTIMAL - DBI needs fixing to always stringify regardless of DBD
+ my $v = ( length ref $bind->[$i][1] and is_plain_value $bind->[$i][1] )
? "$bind->[$i][1]"
: $bind->[$i][1]
;
+
$sth->bind_param(
$i + 1,
+ # The temp-var is CRUCIAL - DO NOT REMOVE IT, breaks older DBD::SQLite RT#79576
$v,
$bind_attrs->[$i],
);
(
! exists $to_insert->{$col}
or
- ref $to_insert->{$col} eq 'SCALAR'
- or
- (ref $to_insert->{$col} eq 'REF' and ref ${$to_insert->{$col}} eq 'ARRAY')
+ is_literal_value($to_insert->{$col})
)
) {
$values{$col} = $self->_sequence_fetch(
}
# nothing to retrieve when explicit values are supplied
- next if (defined $to_insert->{$col} and ! (
- ref $to_insert->{$col} eq 'SCALAR'
- or
- (ref $to_insert->{$col} eq 'REF' and ref ${$to_insert->{$col}} eq 'ARRAY')
- ));
+ next if (
+ defined $to_insert->{$col} and ! is_literal_value($to_insert->{$col})
+ );
# the 'scalar keys' is a trick to preserve the ->columns declaration order
$retrieve_cols{$col} = scalar keys %retrieve_cols if (
}
sub insert_bulk {
- my ($self, $source, $cols, $data) = @_;
+ carp_unique(
+ 'insert_bulk() should have never been exposed as a public method and '
+ . 'calling it is depecated as of Aug 2014. If you believe having a genuine '
+ . 'use for this method please contact the development team via '
+ . DBIx::Class::_ENV_::HELP_URL
+ );
- my @col_range = (0..$#$cols);
+ return '0E0' unless @{$_[3]||[]};
- # FIXME SUBOPTIMAL - most likely this is not necessary at all
- # confirm with dbi-dev whether explicit stringification is needed
- #
- # forcibly stringify whatever is stringifiable
- # ResultSet::populate() hands us a copy - safe to mangle
- for my $r (0 .. $#$data) {
- for my $c (0 .. $#{$data->[$r]}) {
- $data->[$r][$c] = "$data->[$r][$c]"
- if ( length ref $data->[$r][$c] and overload::Method($data->[$r][$c], '""') );
- }
- }
+ shift->_insert_bulk(@_);
+}
+
+sub _insert_bulk {
+ my ($self, $source, $cols, $data) = @_;
+
+ $self->throw_exception('Calling _insert_bulk without a dataset to process makes no sense')
+ unless @{$data||[]};
my $colinfos = $source->columns_info($cols);
local $self->{_autoinc_supplied_for_op} =
- (first { $_->{is_auto_increment} } values %$colinfos)
+ (grep { $_->{is_auto_increment} } values %$colinfos)
? 1
: 0
;
# can't just hand SQLA a set of some known "values" (e.g. hashrefs that
# can be later matched up by address), because we want to supply a real
# value on which perhaps e.g. datatype checks will be performed
- my ($proto_data, $value_type_by_col_idx);
- for my $i (@col_range) {
- my $colname = $cols->[$i];
- if (ref $data->[0][$i] eq 'SCALAR') {
+ my ($proto_data, $serialized_bind_type_by_col_idx);
+ for my $col_idx (0..$#$cols) {
+ my $colname = $cols->[$col_idx];
+ if (ref $data->[0][$col_idx] eq 'SCALAR') {
# no bind value at all - no type
- $proto_data->{$colname} = $data->[0][$i];
+ $proto_data->{$colname} = $data->[0][$col_idx];
}
- elsif (ref $data->[0][$i] eq 'REF' and ref ${$data->[0][$i]} eq 'ARRAY' ) {
+ elsif (ref $data->[0][$col_idx] eq 'REF' and ref ${$data->[0][$col_idx]} eq 'ARRAY' ) {
# repack, so we don't end up mangling the original \[]
- my ($sql, @bind) = @${$data->[0][$i]};
+ my ($sql, @bind) = @${$data->[0][$col_idx]};
# normalization of user supplied stuff
my $resolved_bind = $self->_resolve_bindattrs(
# store value-less (attrs only) bind info - we will be comparing all
# supplied binds against this for sanity
- $value_type_by_col_idx->{$i} = [ map { $_->[0] } @$resolved_bind ];
+ $serialized_bind_type_by_col_idx->{$col_idx} = serialize [ map { $_->[0] } @$resolved_bind ];
$proto_data->{$colname} = \[ $sql, map { [
# inject slice order to use for $proto_bind construction
- { %{$resolved_bind->[$_][0]}, _bind_data_slice_idx => $i, _literal_bind_subindex => $_+1 }
+ { %{$resolved_bind->[$_][0]}, _bind_data_slice_idx => $col_idx, _literal_bind_subindex => $_+1 }
=>
$resolved_bind->[$_][1]
] } (0 .. $#bind)
];
}
else {
- $value_type_by_col_idx->{$i} = undef;
+ $serialized_bind_type_by_col_idx->{$col_idx} = undef;
$proto_data->{$colname} = \[ '?', [
- { dbic_colname => $colname, _bind_data_slice_idx => $i }
+ { dbic_colname => $colname, _bind_data_slice_idx => $col_idx }
=>
- $data->[0][$i]
+ $data->[0][$col_idx]
] ];
}
}
[ $proto_data ],
);
- if (! @$proto_bind and keys %$value_type_by_col_idx) {
+ if (! @$proto_bind and keys %$serialized_bind_type_by_col_idx) {
# if the bindlist is empty and we had some dynamic binds, this means the
# storage ate them away (e.g. the NoBindVars component) and interpolated
# them directly into the SQL. This obviously can't be good for multi-inserts
- $self->throw_exception('Cannot insert_bulk without support for placeholders');
+ $self->throw_exception('Unable to invoke fast-path insert without storage placeholder support');
}
# sanity checks
Data::Dumper::Concise::Dumper ({
map { $cols->[$_] =>
$data->[$r_idx][$_]
- } @col_range
+ } 0..$#$cols
}),
}
);
};
- for my $col_idx (@col_range) {
+ for my $col_idx (0..$#$cols) {
my $reference_val = $data->[0][$col_idx];
for my $row_idx (1..$#$data) { # we are comparing against what we got from [0] above, hence start from 1
my $val = $data->[$row_idx][$col_idx];
- if (! exists $value_type_by_col_idx->{$col_idx}) { # literal no binds
+ if (! exists $serialized_bind_type_by_col_idx->{$col_idx}) { # literal no binds
if (ref $val ne 'SCALAR') {
$bad_slice_report_cref->(
"Incorrect value (expecting SCALAR-ref \\'$$reference_val')",
);
}
}
- elsif (! defined $value_type_by_col_idx->{$col_idx} ) { # regular non-literal value
- if (ref $val eq 'SCALAR' or (ref $val eq 'REF' and ref $$val eq 'ARRAY') ) {
+ elsif (! defined $serialized_bind_type_by_col_idx->{$col_idx} ) { # regular non-literal value
+ if (is_literal_value($val)) {
$bad_slice_report_cref->("Literal SQL found where a plain bind value is expected", $row_idx, $col_idx);
}
}
}
# need to check the bind attrs - a bind will happen only once for
# the entire dataset, so any changes further down will be ignored.
- elsif (! Data::Compare::Compare(
- $value_type_by_col_idx->{$col_idx},
- [
+ elsif (
+ $serialized_bind_type_by_col_idx->{$col_idx}
+ ne
+ serialize [
map
{ $_->[0] }
@{$self->_resolve_bindattrs(
$source, [ @{$$val}[1 .. $#$$val] ], $colinfos,
)}
- ],
- )) {
+ ]
+ ) {
$bad_slice_report_cref->(
'Differing bind attributes on literal/bind values not supported',
$row_idx,
sub _dbh_execute_for_fetch {
my ($self, $source, $sth, $proto_bind, $cols, $data) = @_;
- my @idx_range = ( 0 .. $#$proto_bind );
-
# If we have any bind attributes to take care of, we will bind the
# proto-bind data (which will never be used by execute_for_fetch)
# However since column bindtypes are "sticky", this is sufficient
# to get the DBD to apply the bindtype to all values later on
-
my $bind_attrs = $self->_dbi_attrs_for_bind($source, $proto_bind);
- for my $i (@idx_range) {
+ for my $i (0 .. $#$proto_bind) {
$sth->bind_param (
$i+1, # DBI bind indexes are 1-based
$proto_bind->[$i][1],
my $fetch_tuple = sub {
return undef if ++$fetch_row_idx > $#$data;
- return [ map { defined $_->{_literal_bind_subindex}
- ? ${ $data->[ $fetch_row_idx ]->[ $_->{_bind_data_slice_idx} ]}
- ->[ $_->{_literal_bind_subindex} ]
- ->[1]
- : $data->[ $fetch_row_idx ]->[ $_->{_bind_data_slice_idx} ]
- } map { $_->[0] } @$proto_bind];
+ return [ map {
+ my $v = ! defined $_->{_literal_bind_subindex}
+
+ ? $data->[ $fetch_row_idx ]->[ $_->{_bind_data_slice_idx} ]
+
+ # There are no attributes to resolve here - we already did everything
+ # when we constructed proto_bind. However we still want to sanity-check
+ # what the user supplied, so pass stuff through to the resolver *anyway*
+ : $self->_resolve_bindattrs (
+ undef, # a fake rsrc
+ [ ${ $data->[ $fetch_row_idx ]->[ $_->{_bind_data_slice_idx} ]}->[ $_->{_literal_bind_subindex} ] ],
+ {}, # a fake column_info bag
+ )->[0][1]
+ ;
+
+ # FIXME SUBOPTIMAL - DBI needs fixing to always stringify regardless of DBD
+ # For the time being forcibly stringify whatever is stringifiable
+ (length ref $v and is_plain_value $v)
+ ? "$v"
+ : $v
+ ;
+ } map { $_->[0] } @$proto_bind ];
};
my $tuple_status = [];
#) if $orig_attrs->{!args_as_stored_at_the_end_of_this_method!};
my $sql_maker = $self->sql_maker;
- my $alias2source = $self->_resolve_ident_sources ($ident);
my $attrs = {
%$orig_attrs,
select => $select,
from => $ident,
where => $where,
-
- # limit dialects use this stuff
- # yes, some CDBICompat crap does not supply an {alias} >.<
- ( $orig_attrs->{alias} and $alias2source->{$orig_attrs->{alias}} )
- ? ( _rsroot_rsrc => $alias2source->{$orig_attrs->{alias}} )
- : ()
- ,
};
# Sanity check the attributes (SQLMaker does it too, but
# are happy (this includes MySQL in strict_mode)
# If any of the other joined tables are referenced in the group_by
# however - the user is on their own
- ( $prefetch_needs_subquery or $attrs->{_related_results_construction} )
+ ( $prefetch_needs_subquery or ! $attrs->{_simple_passthrough_construction} )
and
$attrs->{group_by}
and
$orig_attrs->{_last_sqlmaker_alias_map} = $attrs->{_aliastypes};
###
+ # my $alias2source = $self->_resolve_ident_sources ($ident);
+ #
# This would be the point to deflate anything found in $attrs->{where}
# (and leave $attrs->{bind} intact). Problem is - inflators historically
# expect a result object. And all we have is a resultsource (it is trivial
sub _dbh_columns_info_for {
my ($self, $dbh, $table) = @_;
- if ($dbh->can('column_info')) {
- my %result;
- my $caught;
+ my %result;
+
+ if (! DBIx::Class::_ENV_::STRESSTEST_COLUMN_INFO_UNAWARE_STORAGE and $dbh->can('column_info')) {
try {
my ($schema,$tab) = $table =~ /^(.+?)\.(.+)$/ ? ($1,$2) : (undef,$table);
my $sth = $dbh->column_info( undef,$schema, $tab, '%' );
$result{$col_name} = \%column_info;
}
} catch {
- $caught = 1;
+ %result = ();
};
- return \%result if !$caught && scalar keys %result;
+
+ return \%result if keys %result;
}
- my %result;
my $sth = $dbh->prepare($self->sql_maker->select($table, undef, \'1 = 0'));
$sth->execute;
- my @columns = @{$sth->{NAME_lc}};
- for my $i ( 0 .. $#columns ){
- my %column_info;
- $column_info{data_type} = $sth->{TYPE}->[$i];
- $column_info{size} = $sth->{PRECISION}->[$i];
- $column_info{is_nullable} = $sth->{NULLABLE}->[$i] ? 1 : 0;
-
- if ($column_info{data_type} =~ m/^(.*?)\((.*?)\)$/) {
- $column_info{data_type} = $1;
- $column_info{size} = $2;
+
+### The acrobatics with lc names is necessary to support both the legacy
+### API that used NAME_lc exclusively, *AND* at the same time work properly
+### with column names differing in cas eonly (thanks pg!)
+
+ my ($columns, $seen_lcs);
+
+ ++$seen_lcs->{lc($_)} and $columns->{$_} = {
+ idx => scalar keys %$columns,
+ name => $_,
+ lc_name => lc($_),
+ } for @{$sth->{NAME}};
+
+ $seen_lcs->{$_->{lc_name}} == 1
+ and
+ $_->{name} = $_->{lc_name}
+ for values %$columns;
+
+ for ( values %$columns ) {
+ my $inf = {
+ data_type => $sth->{TYPE}->[$_->{idx}],
+ size => $sth->{PRECISION}->[$_->{idx}],
+ is_nullable => $sth->{NULLABLE}->[$_->{idx}] ? 1 : 0,
+ };
+
+ if ($inf->{data_type} =~ m/^(.*?)\((.*?)\)$/) {
+ @{$inf}{qw( data_type size)} = ($1, $2);
}
- $result{$columns[$i]} = \%column_info;
+ $result{$_->{name}} = $inf;
}
+
$sth->finish;
- foreach my $col (keys %result) {
- my $colinfo = $result{$col};
- my $type_num = $colinfo->{data_type};
- my $type_name;
- if(defined $type_num && $dbh->can('type_info')) {
- my $type_info = $dbh->type_info($type_num);
- $type_name = $type_info->{TYPE_NAME} if $type_info;
- $colinfo->{data_type} = $type_name if $type_name;
+ if ($dbh->can('type_info')) {
+ for my $inf (values %result) {
+ next if ! defined $inf->{data_type};
+
+ $inf->{data_type} = (
+ (
+ (
+ $dbh->type_info( $inf->{data_type} )
+ ||
+ next
+ )
+ ||
+ next
+ )->{TYPE_NAME}
+ ||
+ next
+ );
+
+ # FIXME - this may be an artifact of the DBD::Pg implmentation alone
+ # needs more testing in the future...
+ $inf->{size} -= 4 if (
+ ( $inf->{size}||0 > 4 )
+ and
+ $inf->{data_type} =~ qr/^text$/i
+ );
}
+
}
return \%result;
add_drop_table => 1,
ignore_constraint_names => 1,
ignore_index_names => 1,
+ quote_identifiers => $self->sql_maker->_quoting_enabled,
%{$sqltargs || {}}
};
- unless (DBIx::Class::Optional::Dependencies->req_ok_for ('deploy')) {
- $self->throw_exception("Can't create a ddl file without " . DBIx::Class::Optional::Dependencies->req_missing_for ('deploy') );
+ if (my $missing = DBIx::Class::Optional::Dependencies->req_missing_for ('deploy')) {
+ $self->throw_exception("Can't create a ddl file without $missing");
}
my $sqlt = SQL::Translator->new( $sqltargs );
unless $dest_schema->name;
}
- my $diff = SQL::Translator::Diff::schema_diff($source_schema, $db,
- $dest_schema, $db,
- $sqltargs
- );
+ my $diff = do {
+ # FIXME - this is a terrible workaround for
+ # https://github.com/dbsrgits/sql-translator/commit/2d23c1e
+ # Fixing it in this sloppy manner so that we don't hve to
+ # lockstep an SQLT release as well. Needs to be removed at
+ # some point, and SQLT dep bumped
+ local $SQL::Translator::Producer::SQLite::NO_QUOTES
+ if $SQL::Translator::Producer::SQLite::NO_QUOTES;
+
+ SQL::Translator::Diff::schema_diff($source_schema, $db,
+ $dest_schema, $db,
+ $sqltargs
+ );
+ };
+
if(!open $file, ">$difffile") {
$self->throw_exception("Can't write to $difffile ($!)");
next;
=back
-Returns the statements used by L</deploy> and L<DBIx::Class::Schema/deploy>.
+Returns the statements used by L<DBIx::Class::Storage/deploy>
+and L<DBIx::Class::Schema/deploy>.
The L<SQL::Translator> (not L<DBI>) database driver name can be explicitly
provided in C<$type>, otherwise the result of L</sqlt_type> is used as default.
return join('', @rows);
}
- unless (DBIx::Class::Optional::Dependencies->req_ok_for ('deploy') ) {
- $self->throw_exception("Can't deploy without a ddl_dir or " . DBIx::Class::Optional::Dependencies->req_missing_for ('deploy') );
+ if (my $missing = DBIx::Class::Optional::Dependencies->req_missing_for ('deploy') ) {
+ $self->throw_exception("Can't deploy without a pregenerated 'ddl_dir' directory or $missing");
}
# sources needs to be a parser arg, but for simplicity allow at top level
$sqltargs->{parser_args}{sources} = delete $sqltargs->{sources}
if exists $sqltargs->{sources};
+ $sqltargs->{quote_identifiers} = $self->sql_maker->_quoting_enabled
+ unless exists $sqltargs->{quote_identifiers};
+
my $tr = SQL::Translator->new(
producer => "SQL::Translator::Producer::${type}",
%$sqltargs,
cases if you choose the C<< AutoCommit => 0 >> path, just as you would
be with raw DBI.
+=head1 FURTHER QUESTIONS?
-=head1 AUTHOR AND CONTRIBUTORS
+Check the list of L<additional DBIC resources|DBIx::Class/GETTING HELP/SUPPORT>.
-See L<AUTHOR|DBIx::Class/AUTHOR> and L<CONTRIBUTORS|DBIx::Class/CONTRIBUTORS> in DBIx::Class
+=head1 COPYRIGHT AND LICENSE
-=head1 LICENSE
-
-You may distribute this code under the same terms as Perl itself.
-
-=cut
+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>.
projects / dbsrgits/DBIx-Class.git / blobdiff