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|
#!/usr/bin/perl -w
use strict;
use File::Spec;
use lib '.', File::Spec->catdir( File::Spec->curdir, 't', 'lib' );
use Alzabo::Test::Utils;
use Test::More;
use Alzabo::Create;
use Alzabo::Config;
my @db;
my $tests = 0;
my $shared_tests = 150;
my $mysql_only_tests = 7;
my $pg_only_tests = 8;
if ( eval { require DBD::mysql } && ! $@ )
{
push @db, 'MySQL';
$tests += $shared_tests;
$tests += $mysql_only_tests;
}
if ( eval { require DBD::Pg } && ! $@ )
{
push @db, 'PostgreSQL';
$tests += $shared_tests;
$tests += $pg_only_tests;
}
unless ($tests)
{
plan skip_all => 'no database drivers available';
exit;
}
plan tests => $tests;
foreach my $db (@db)
{
my $s = Alzabo::Create::Schema->new( name => "foo_$db",
rdbms => $db,
);
ok( $s && ref $s,
"Create a schema object" );
ok( $s->name eq "foo_$db",
"Make sure schema name is " . $s->name );
isa_ok( $s->rules,"Alzabo::RDBMSRules::$db",
"Schema's rules object" );
isa_ok( $s->driver,"Alzabo::Driver::$db",
"Schema's driver object" );
my $dir = Alzabo::Config->schema_dir;
{
eval_ok( sub { $s->save_to_file },
"Call schema's save_to_file method" );
my $base = File::Spec->catdir( $dir, $s->name );
my $name = $s->name;
ok( -d $base,
"'$base' should exist" );
ok( -e "$base/$name.create.alz",
"'$base/$name.create.alz' file should exist" );
ok( -e "$base/$name.runtime.alz",
"'$base/$name.runtime.alz' file should exist" );
ok( -e "$base/$name.rdbms",
"'$base/$name.rdbms' file should exist" );
}
eval_ok( sub { $s->make_table( name => 'footab' ) } , "Make table 'footab'" );
my $t1;
eval_ok( sub { $t1 = $s->table('footab') }, "Retrieve 'footab' table from schema" );
isa_ok( $t1, 'Alzabo::Create::Table',
"Object returned from \$s->table" );
my $att = $db eq 'MySQL' ? 'unsigned' : 'check > 5';
eval_ok( sub { $t1->make_column( name => 'foo_pk',
type => 'int',
attributes => [ $att ],
sequenced => 1,
nullable => 0,
) },
"Make column 'foo_pk' in 'footab'" );
eval { $s->tables( 'footab', 'does not exist' ) };
like( $@, qr/Table does not exist doesn't exist/,
"Make sure tables method catches missing tables" );
eval { $s->table( 'does not exist' ) };
isa_ok( $@, 'Alzabo::Exception::Params',
"Make sure table() method catches missing tables" );
eval { $t1->columns( 'foo_pk', 'does not exist' ) };
like( $@, qr/Column does not exist doesn't exist/,
"Make sure columns method catches missing columns" );
my $t1_c1;
eval_ok( sub { $t1_c1 = $t1->column('foo_pk') },
"Retrieve 'foo_pk' from 'footab'" );
isa_ok( $t1_c1, 'Alzabo::Create::Column',
"Object returned from \$table->column" );
is( $t1_c1->type, 'INTEGER',
"foo_pk type should be 'INTEGER'" );
is( scalar @{[$t1_c1->attributes]}, 1,
"foo_pk should have one attribute" );
is( ($t1_c1->attributes)[0], $att,
"foo_pk's attribute should be $att" );
ok( $t1_c1->has_attribute( attribute => uc $att ),
"foo_pk should have attribute '\U$att\E' (case-insensitive check)" );
ok( ! $t1_c1->has_attribute( attribute => uc $att, case_sensitive => 1 ),
"foo_pk should _not_ have attribute '\U$att\E' (case-sensitive check)" );
ok( ! $t1_c1->nullable,
"foo_pk should not be nullable" );
eval_ok( sub { $t1->add_primary_key($t1_c1) },
"Make 'foo_pk' a primary key for 'footab'" );
ok( $t1_c1->is_primary_key,
"'foo_pk' should be a primary key" );
eval_ok( sub { $s->make_table( name => 'bartab' ) },
"Make table 'bartab'" );
my $t2;
eval_ok( sub { $t2 = $s->table('bartab') },
"Retrieve table 'bartab'" );
isa_ok( $t2, 'Alzabo::Create::Table',
"'bartab'" );
eval_ok( sub { $t2->make_column( name => 'bar_pk',
type => 'int',
default => 10,
sequenced => 1,
nullable => 0,
) },
"Add 'bar_pk' to 'bartab'" );
my $t2_c1;
eval_ok( sub { $t2_c1 = $t2->column('bar_pk') },
"Retrieve 'bar_pk' from 'bartab'" );
isa_ok( $t2_c1, 'Alzabo::Create::Column',
"'bar_pk'" );
is( $t2_c1->default, '10',
"bar_pk default should be '10'" );
eval_ok( sub { $t2->add_primary_key($t2_c1) },
"Make 'bar_pk' a primary key for 'bartab'" );
eval_ok( sub { $s->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => ['n', 'n'],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Add many to many relationship from 'footab' to 'bartab'" );
my $link;
eval_ok( sub { $link = $s->table('footab_bartab') },
"Retrieve linking table 'footab_bartab'" );
isa_ok( $link, 'Alzabo::Create::Table',
"'footab_bartab'" );
my @t1_fk;
eval_ok( sub { @t1_fk = $t1->foreign_keys( table => $link,
column => $t1_c1 ) },
"Retrieve foreign keys to linking table from 'footab'" );
is( scalar @t1_fk, 1,
"One and only one foreign key returned from 'footab'" );
my $t1_fk = $t1_fk[0];
isa_ok( $t1_fk, 'Alzabo::Create::ForeignKey',
"Return value from footab->foreign_keys" );
is( $t1_fk->columns_from->name, 'foo_pk',
"The foreign key from footab to the footab_bartab table's columns_from value should be 'foo_pk'" );
is( $t1_fk->columns_from->table->name, 'footab',
"The foreign key columns_from for the footab table should belong to the footab table" );
is( $t1_fk->columns_to->name, 'foo_pk',
"The foreign key from footab to the footab_bartab table's columns_to value should be 'foo_pk'" );
is( $t1_fk->columns_to->table->name, 'footab_bartab',
"The foreign key columns_to for the footab table should belong to the footab_bartab table" );
is( $t1_fk->table_from->name, 'footab',
"The table_from for the foreign key should be footab" );
is( $t1_fk->table_to->name, 'footab_bartab',
"The table_to for the foreign key should be footab_bartab" );
my @t2_fk;
eval_ok( sub { @t2_fk = $t2->foreign_keys( table => $link,
column => $t2_c1 ) },
"Retrieve foreign keys from 'bartab' to linking table" );
is( scalar @t2_fk, 1,
"Only one foreign key should be returned from 'bartab'" );
my $t2_fk = $t2_fk[0];
isa_ok( $t2_fk, 'Alzabo::Create::ForeignKey',
"Return value from bartab->foreign_keys" );
is( $t2_fk->columns_from->name, 'bar_pk',
"The foreign key from bartab to the table's columns_from value should be 'bar_pk'" );
is( $t2_fk->columns_from->table->name, 'bartab',
"The foreign key columns_from for the bartab table should belong to the bartab table" );
is( $t2_fk->columns_to->name, 'bar_pk',
"The foreign key from bartab to the linking table's columns_to value should be 'bar_pk'" );
is( $t2_fk->columns_to->table->name, 'footab_bartab',
"The foreign key columns_to for the bartab table should belong to the footab_bartab table" );
is( $t2_fk->table_from->name, 'bartab',
"The table_from for the foreign key should be bartab" );
is( $t2_fk->table_to->name, 'footab_bartab',
"The table_to for the foreign key should be footab_bartab" );
my @link_fk;
eval_ok( sub { @link_fk = $link->foreign_keys( table => $t1,
column => $link->column('foo_pk') ) },
"Retrieve foreign keys from 'footab_bartab' to 'footab'" );
is( scalar @link_fk, 1,
"Only one foreign key should be returned from 'footab_bartab'" );
my $link_fk = $link_fk[0];
is( $link_fk->columns_from->name, 'foo_pk',
"The foreign key from footab_bartab to the table's columns_from value should be 'foo_pk'" );
is( $link_fk->columns_from->table->name, 'footab_bartab',
"The foreign key columns_from for the footab_bartab table should belong to the footab_bartab table" );
is( $link_fk->columns_to->name, 'foo_pk',
"The foreign key from footab_bartab to the linking table's columns_to value should be 'foo_pk'" );
is( $link_fk->columns_to->table->name, 'footab',
"The foreign key columns_to for the footab_bartab table should belong to the footab table" );
is( $link_fk->table_from->name, 'footab_bartab',
"The table_from for the foreign key should be footab_bartab" );
is( $link_fk->table_to->name, 'footab',
"The table_to for the foreign key should be footab" );
eval_ok( sub { @link_fk = $link->foreign_keys( table => $t2,
column => $link->column('bar_pk') ) },
"Retrieve foreign keys from 'footab_bartab' to 'bartab'" );
$link_fk = $link_fk[0];
is( $link_fk[0]->columns_from->name, 'bar_pk',
"The foreign key from footab_bartab to the table's columns_from value should be 'bar_pk'" );
is( $link_fk[0]->columns_from->table->name, 'footab_bartab',
"The foreign key columns_from for the footab_bartab table should belong to the footab_bartab table" );
is( $link_fk[0]->columns_to->name, 'bar_pk',
"The foreign key from footab_bartab to the linking table's columns_to value should be 'bar_pk'" );
is( $link_fk[0]->columns_to->table->name, 'bartab',
"The foreign key columns_to for the footab_bartab table should belong to the bartab table" );
is( $link_fk[0]->table_from->name, 'footab_bartab',
"The table_from for the foreign key should be footab_bartab" );
is( $link_fk[0]->table_to->name, 'bartab',
"The table_to for the foreign key should be bartab" );
eval_ok( sub { $s->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => [ 'n', 1 ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Create a many to one relation from 'footab' to 'bartab'" );
my $new_col;
eval_ok( sub { $new_col = $t1->column('bar_pk') },
"Retrieve the newly create 'bar_pk' column from 'footab'" );
is( $new_col->definition, $t2->column('bar_pk')->definition,
"bar_pk columns in footab and bartab should share the same definition object" );
my @fk;
eval { @fk = $t1->foreign_keys( table => $t2,
column => $new_col ); };
ok( @fk,
"footab should have a foreign key to bartab from bar_pk" );
ok( @fk,
"footab should only have one foreign key to bartab from bar_pk" );
eval { @fk = $t2->foreign_keys( table => $t1,
column => $t2->column('bar_pk') ); };
ok( @fk,
"bartab should have a foreign key to footab from bar_pk" );
ok( @fk,
"bartab should only have one foreign key to footab from bar_pk" );
eval_ok( sub { $s->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => [ 1, 'n' ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Create a second relation (this time one to many) from footab to bartab" );
eval_ok( sub { $new_col = $t2->column('foo_pk') },
"Retrieve the newly created foo_pk column from bartab" );
is( $new_col->definition, $t1->column('foo_pk')->definition,
"foo_pk columns in footab and bartab should share the same definition object" );
eval { @fk = $t2->foreign_keys( table => $t1,
column => $new_col ); };
ok( @fk,
"bartab should have a foreign key to bartab from foo_pk" );
ok( @fk,
"bartab should only have one foreign key to bartab from foo_pk" );
eval { @fk = $t1->foreign_keys( table => $t2,
column => $t1->column('foo_pk') ); };
ok( @fk,
"footab should have a foreign key to bartab from foo_pk" );
ok( @fk,
"footab should only have one foreign key to bartab from foo_pk" );
$s->make_table( name => 'baztab' );
my $t3 = $s->table('baztab');
eval_ok( sub { $s->add_relationship( table_from => $t1,
table_to => $t3,
cardinality => [ 1, 'n' ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Add one to many relation from footab to baztab" );
eval_ok( sub { $new_col = $t3->column('foo_pk') },
"Retrieve the foo_pk column from baztab" );
is( $new_col->definition, $t1->column('foo_pk')->definition,
"foo_pk columns in footab and baztab should share the same definition object" );
eval { @fk = $t3->foreign_keys( table => $t1,
column => $new_col ); };
ok( @fk,
"baztab should have a foreign key to footab from foo_pk" );
is( scalar @fk, 1,
"baztab should only have one foreign key to footab from foo_ok" );
eval { @fk = $t1->foreign_keys( table => $t3,
column => $t1->column('foo_pk') ); };
ok( @fk,
"footab should have foreign key to baztab from foo_pk" );
is( scalar @fk, 1,
"footab should only have one foreign key to baztab from foo_ok" );
eval_ok( sub { $s->delete_table($link) },
"Delete foo_tab from schema" );
@fk = $t1->all_foreign_keys;
is( scalar @fk, 3,
"footab table should have 3 foreign key after deleting footab_bartab table" );
@fk = $t2->all_foreign_keys;
is( scalar @fk, 2,
"bartab table should have 2 foreign keys after deleting footab_bartab" );
$s->delete_table($t1);
@fk = $t3->all_foreign_keys;
is( scalar @fk, 0,
"baztab table should have 0 foreign keys after deleting footab table" );
ok( ! exists $t2->{fk}{footab},
"The \$t2 object's internal {fk} hash should not have a {footab} entry" );
my $tc = $s->make_table( name => 'two_col_pk' );
$tc->make_column( name => 'pk1',
type => 'int',
primary_key => 1 );
eval_ok( sub { $tc->make_column( name => 'pk2',
type => 'int',
primary_key => 1 ) },
"Add a second primary column to two_col_pk" );
my @pk = $tc->primary_key;
is( scalar @pk, 2,
"two_col_pk has two primary keys" );
is( $pk[0]->name, 'pk1',
"First primary column should be pk1" );
is( $pk[1]->name, 'pk2',
"Second primary column should be pk2" );
$tc->make_column( name => 'non_pk',
type => 'varchar',
length => 2 );
my $other = $s->make_table( name => 'other' );
$other->make_column( name => 'other_pk',
type => 'int',
primary_key => 1 );
$other->make_column( name => 'somethin',
type => 'text' );
eval_ok( sub { $s->add_relationship( table_from => $tc,
table_to => $other,
cardinality => [ 1, 'n' ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Add a one to many relationship from two_col_pk to other" );
my @cols;
eval_ok( sub { @cols = $other->columns( 'pk1', 'pk2' ) },
"Retrieve pk1 and pk2 column objects from other" );
my $fk;
eval_ok( sub { $fk = $other->foreign_keys( table => $tc,
column => $tc->column('pk1') ) },
"Retrieve the foreign from other to two_col_pk" );
@cols = $fk->columns_from;
is( scalar @cols, 2,
"Foreign key object columns_from should return two objects" );
is( $cols[0]->name, 'pk1',
"The first column object should be pk1" );
is( $cols[1]->name, 'pk2',
"The second column object should be pk2" );
is( $cols[0]->table->name, 'other',
"The first column should belong to the other table" );
is( $cols[1]->table->name, 'other',
"The second column should belong to the other table" );
@cols = $fk->columns_to;
is( scalar @cols, 2,
"Foreign key object columns_to should return two objects" );
is( $cols[0]->name, 'pk1',
"The first column object should be pk1" );
is( $cols[1]->name, 'pk2',
"The second column object should be pk2" );
is( $cols[0]->table->name, 'two_col_pk',
"The first column should belong to the two_col_pk table" );
is( $cols[1]->table->name, 'two_col_pk',
"The second column should belong to the two_col_pk table" );
my @pairs = $fk->column_pairs;
is( scalar @pairs, 2,
"column_pairs method should return a two value array" );
is( $pairs[0]->[0]->table->name, 'other',
"\$pairs[0]->[0] should belong to other" );
is( $pairs[0]->[0]->name, 'pk1',
"\$pairs[0]->[0] should be pk1" );
is( $pairs[0]->[1]->table->name, 'two_col_pk',
"\$pairs[0]->[1] should belong to two_col_pk" );
is( $pairs[0]->[1]->name, 'pk1',
"\$pairs[0]->[1] should be pk1" );
is( $pairs[1]->[0]->table->name, 'other',
"\$pairs[1]->[0] should belong to other" );
is( $pairs[1]->[0]->name, 'pk2',
"\$pairs[1]->[0] should be pk2" );
is( $pairs[1]->[1]->table->name, 'two_col_pk',
"\$pairs[1]->[1] should belong to two_col_pk" );
is( $pairs[1]->[1]->name, 'pk2',
"\$pairs[1]->[1] should be pk2" );
my $tbi = $t1->make_column( name => 'tbi',
type => 'int',
nullable => 0 );
my $index;
eval_ok( sub { $index = $t1->make_index( columns => [ { column => $tbi } ] ) },
"Make an index on tbi column in footab" );
eval_ok( sub { $t1->set_name('newt1') },
"Change footab's name to newt1" );
eval{ $t1->set_name('bartab') };
like( $@, qr/Table bartab already exists/,
"Make sure two tables cannot have the same name" );
my $index2;
eval_ok( sub { $index2 = $t1->index($index->id) },
"Retrieve index object from table based on \$index->id" );
is( $index, $index2,
"The index retrieved from newt1 should be the same as the one made earlier");
$t1->column('foo_pk')->alter( type => 'varchar',
length => 20 );
if ($db eq 'MySQL')
{
ok( ! $t1->column('foo_pk')->attributes,
"The unsigned attribute should not have survived the change from 'int' to 'varchar'" );
}
if ($db eq 'MySQL')
{
eval { $t1->column('foo_pk')->set_type('text') };
my $e = $@;
isa_ok( $e, 'Alzabo::Exception::RDBMSRules',
"Exception thrown from attempt to set a primary key column to the 'text' type" );
}
if ($db eq 'PostgreSQL')
{
eval { $t1->column('tbi')->set_attributes('unique') };
ok( ! $@,
"Postgres should allow a column to have a UNIQUE attribute" );
}
$tbi->alter( type => 'varchar',
length => 20 );
$tbi->set_type('text');
ok( ! defined $tbi->length,
"Length should be undef after switching column type from 'varchar' to 'text'" );
$tbi->alter( type => 'varchar',
length => 20 );
$tbi->set_type('char');
ok( $tbi->length,
"Length should remain defined after switching column type from 'varchar' to 'char'" );
is( $tbi->length, 20,
"Length should remain set to 20 after switching column type from 'varchar' to 'char'" );
eval_ok( sub { my @t = $s->tables( qw( bartab baztab ) ) },
"Retrieving two tables via the schema's tables method" );
eval_ok( sub { $s->move_table( table => $other,
before => $s->table('bartab') ) },
"Move other table before bartab" );
my @t = $s->tables;
my $order_ok = 0;
for (my $x = 0; $x < @t; $x++)
{
if ($t[$x]->name eq 'other')
{
$order_ok = 1 if $t[$x+1] && $t[$x+1]->name eq 'bartab';
last;
}
}
ok( $order_ok,
"The move_table method should actually move the tables" );
eval_ok( sub { $other->move_column( column => $other->column('somethin'),
before => $other->column('other_pk') ) },
"Move a column in the other table" );
my @c = $other->columns;
$order_ok = 0;
for (my $x = 0; $x < @c; $x++)
{
if ($c[$x]->name eq 'somethin')
{
$order_ok = 1 if $c[$x+1] && $c[$x+1]->name eq 'other_pk';
last;
}
}
ok( $order_ok,
"The move_column method should actually move the columns" );
eval_ok( sub { $tbi->set_name('newname') },
"Set tbi column name to newname" );
eval{ $tbi->set_name('foo_pk') };
like( $@, qr/Column foo_pk already exists/,
"Make sure two column cannot have the same name" );
eval_ok( sub { $s->make_table( name => 'YAtable',
before => scalar $s->table('other') ) },
"Call the make_table method on the schema with a before parameter" );
eval_ok( sub { $other->make_column( name => 'othertest',
type => 'int',
before => scalar $other->column('other_pk') ) },
"Call the make_column method with a before parameter" );
eval { $other->make_column( name => 'bad name',
type => 'int' ) };
my $e = $@;
isa_ok( $e, 'Alzabo::Exception::RDBMSRules',
"Exception thrown making a column with a bad name" );
ok( $other->column('othertest')->is_numeric,
"Should return true from is_numeric" );
ok( $other->column('othertest')->is_integer,
"Should return true from is_integer" );
is( $other->column('othertest')->generic_type, 'integer',
"Should return 'integer' from generic_type" );
eval_ok( sub { $s->add_relationship( columns_from => [ $tc->primary_key ],
columns_to => [ $other->primary_key ],
cardinality => [ 'n', 'n' ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
"Add a many to many relationship without specifying tables" );
{
my $s2 = Alzabo::Create::Schema->new( name => "foo_$db",
rdbms => $db,
);
my $t1 = $s2->make_table( name => 't1' );
my $t2 = $s2->make_table( name => 't2' );
my $t3 = $s2->make_table( name => 't3' );
$t1->make_column( name => 't1_pk',
type => 'integer',
primary_key => 1 );
$t2->make_column( name => 't2_pk',
type => 'integer',
primary_key => 1 );
$t3->make_column( name => 't3_pk',
type => 'integer',
primary_key => 1 );
$s2->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => [ 'n', '1' ],
from_is_dependent => 0,
to_is_dependent => 0,
);
$s2->add_relationship( table_from => $t3,
table_to => $t2,
cardinality => [ 'n', '1' ],
from_is_dependent => 0,
to_is_dependent => 0,
);
$t1->delete_column( $t1->column('t2_pk') );
my @fk = $t2->all_foreign_keys;
is( scalar @fk, 1,
"t2 should still have one foreign key" );
}
# test for bug when creating a relationship between two tables,
# where one table has a VARCHAR/CHAR PK. bug caused length of
# created column to be undef.
{
my $s2 = Alzabo::Create::Schema->new( name => "foo_$db",
rdbms => $db,
);
my $t1 = $s2->make_table( name => 't1' );
my $t2 = $s2->make_table( name => 't2' );
my $t3 = $s2->make_table( name => 't3' );
$t1->make_column( name => 't1_pk',
type => 'varchar',
length => 50,
primary_key => 1 );
$t2->make_column( name => 't2_pk',
type => 'integer',
primary_key => 1 );
eval_ok( sub { $s2->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => [ '1', 'n' ],
from_is_dependent => 0,
to_is_dependent => 0,
) },
'Add a relationship between two columns where one has a VARCHAR pk',
);
ok( $t2->column('t1_pk'), 't2 now has a column called t1_pk' );
}
{
my $t = $s->make_table( name => 'no_pk_table' );
$t->make_column( name => 'not_a_pk',
type => 'integer',
);
eval_ok( sub { my $pk = $t->primary_key },
"Calling primary_key on a table without a primary key should not fail" );
my @pk = $t->primary_key;
is( scalar @pk, 0,
"Return val from primary_key on a table without a primary key should be an empty list" );
}
{
my $t1 = $s->make_table( name => 'fk_table1' );
my $t2 = $s->make_table( name => 'fk_table2' );
$t1->make_column( name => 'fk_table1_pk',
type => 'int',
primary_key => 1,
);
$t2->make_column( name => 'fk_table2_pk',
type => 'int',
primary_key => 1,
);
$t2->make_column( name => 'fk_table1_pk',
type => 'int',
);
eval { $s->add_relationship( table_from => $t1,
table_to => $t2,
cardinality => [ '1', 'n' ],
from_is_dependent => 0,
to_is_dependent => 1,
) };
ok( ! $@,
"call add_relationship where column in table_to already exists" );
}
if ( $db eq 'MySQL' )
{
$t1->set_attributes( 'TYPE = INNODB' );
my @att = $t1->attributes;
is( @att, 1, 't1 has 1 attribute' );
is( $att[0], 'TYPE = INNODB', 'attribute is "TYPE = INNODB"' );
my $att_t = $s->make_table( name => 'has_attributes',
attributes =>
[ 'TYPE = INNODB',
'PACK_KEYS = 1 ' ],
);
@att = $att_t->attributes;
is( @att, 2, 't1 has 2 attributes' );
is( $att[0], 'TYPE = INNODB', 'first attribute is "TYPE = INNODB"' );
is( $att[1], 'PACK_KEYS = 1', 'second attribute is "PACK_KEYS = 1"' );
}
else
{
$t1->set_attributes( 'WITH OIDS' );
my @att = $t1->attributes;
is( @att, 1, 't1 has 1 attribute' );
is( $att[0], 'WITH OIDS', 'attribute is "WITH OIDS"' );
my $att_t = $s->make_table( name => 'has_attributes',
attributes =>
[ 'WITH OIDS',
'INHERITS footab' ],
);
@att = $att_t->attributes;
is( @att, 2, 't1 has 2 attributes' );
is( $att[0], 'WITH OIDS', 'first attribute is "WITH OIDS"' );
is( $att[1], 'INHERITS footab', 'second attribute is "INHERITS footab"' );
my $i;
eval_ok( sub { $i = $tc->make_index( columns => [ $tc->column('non_pk') ],
function => 'LOWER(non_pk)',
) },
"make a function index" );
is( $i->function, 'LOWER(non_pk)', "index function is LOWER(non_pk)" );
}
}
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