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#!perl -Tw
use lib qw(blib/arch blib/lib); # needed since -T ignores PERL5LIB
use DBI qw(:sql_types);
use Config;
use Cwd;
use strict;
$^W = 1;
$| = 1;
my $haveFileSpec = eval { require File::Spec };
require VMS::Filespec if $^O eq 'VMS';
use Test::More tests => 263;
# "globals"
my ($r, $dbh);
## testing tracing to file
sub trace_to_file {
my $trace_file = "dbitrace.log";
SKIP: {
skip "no trace file to clean up", 2 unless (-e $trace_file);
is(unlink( $trace_file ), 1, "Remove trace file: $trace_file" );
ok( !-e $trace_file, "Trace file actually gone" );
}
my $orig_trace_level = DBI->trace;
DBI->trace(3, $trace_file); # enable trace before first driver load
$dbh = DBI->connect('dbi:ExampleP(AutoCommit=>1):', undef, undef);
die "Unable to connect to ExampleP driver: $DBI::errstr" unless $dbh;
isa_ok($dbh, 'DBI::db');
$dbh->dump_handle("dump_handle test, write to log file", 2);
DBI->trace(0, undef); # turn off and restore to STDERR
SKIP: {
skip "cygwin has buffer flushing bug", 1 if ($^O =~ /cygwin/i);
ok( -s $trace_file, "trace file size = " . -s $trace_file);
}
is( unlink( $trace_file ), 1, "Remove trace file: $trace_file" );
ok( !-e $trace_file, "Trace file actually gone" );
DBI->trace($orig_trace_level); # no way to restore previous outfile XXX
}
trace_to_file();
# internal hack to assist debugging using DBI_TRACE env var. See DBI.pm.
DBI->trace(@DBI::dbi_debug) if @DBI::dbi_debug;
my $dbh2;
eval {
$dbh2 = DBI->connect("dbi:NoneSuch:foobar", 1, 1, { RaiseError => 1, AutoCommit => 0 });
};
like($@, qr/install_driver\(NoneSuch\) failed/, '... we should have an exception here');
ok(!$dbh2, '... $dbh2 should not be defined');
$dbh2 = DBI->connect('dbi:ExampleP:', '', '');
ok($dbh ne $dbh2);
sub check_connect_cached {
# connect_cached
# ------------------------------------------
# This test checks that connect_cached works
# and how it then relates to the CachedKids
# attribute for the driver.
my $dbh_cached_1 = DBI->connect_cached('dbi:ExampleP:', '', '');
my $dbh_cached_2 = DBI->connect_cached('dbi:ExampleP:', '', '');
my $dbh_cached_3 = DBI->connect_cached('dbi:ExampleP:', '', '', { examplep_foo => 1 });
isa_ok($dbh_cached_1, "DBI::db");
isa_ok($dbh_cached_2, "DBI::db");
isa_ok($dbh_cached_3, "DBI::db");
is($dbh_cached_1, $dbh_cached_2, '... these 2 handles are cached, so they are the same');
isnt($dbh_cached_3, $dbh_cached_2, '... this handle was created with different parameters, so it is not the same');
my $drh = $dbh->{Driver};
isa_ok($drh, "DBI::dr");
my @cached_kids = values %{$drh->{CachedKids}};
ok(eq_set(\@cached_kids, [ $dbh_cached_1, $dbh_cached_3 ]), '... these are our cached kids');
$drh->{CachedKids} = {};
cmp_ok(scalar(keys %{$drh->{CachedKids}}), '==', 0, '... we have emptied out cache');
}
check_connect_cached();
$dbh->{AutoCommit} = 1;
$dbh->{PrintError} = 0;
ok($dbh->{AutoCommit} == 1);
cmp_ok($dbh->{PrintError}, '==', 0, '... PrintError should be 0');
SKIP: {
skip "cant test this if we have DBI::PurePerl", 1 if $DBI::PurePerl;
$dbh->{Taint} = 1;
ok($dbh->{Taint} == 1);
}
is($dbh->{FetchHashKeyName}, 'NAME', '... FetchHashKey is NAME');
like($dbh->{example_driver_path}, qr/DBD\/ExampleP\.pm$/, '... checking the example driver_path');
sub check_quote {
# checking quote
is($dbh->quote("quote's"), "'quote''s'", '... quoting strings with embedded single quotes');
is($dbh->quote("42", SQL_VARCHAR), "'42'", '... quoting number as SQL_VARCHAR');
is($dbh->quote("42", SQL_INTEGER), "42", '... quoting number as SQL_INTEGER');
is($dbh->quote(undef), "NULL", '... quoting undef as NULL');
}
check_quote();
my $get_info = $dbh->{examplep_get_info} || {};
sub check_quote_identifier {
# quote_identifier
$get_info->{29} ='"'; # SQL_IDENTIFIER_QUOTE_CHAR
$dbh->{examplep_get_info} = $get_info; # trigger STORE
is($dbh->quote_identifier('foo'), '"foo"', '... properly quotes foo as "foo"');
is($dbh->quote_identifier('f"o'), '"f""o"', '... properly quotes f"o as "f""o"');
is($dbh->quote_identifier('foo','bar'), '"foo"."bar"', '... properly quotes foo, bar as "foo"."bar"');
is($dbh->quote_identifier(undef,undef,'bar'), '"bar"', '... properly quotes undef, undef, bar as "bar"');
is($dbh->quote_identifier('foo',undef,'bar'), '"foo"."bar"', '... properly quotes foo, undef, bar as "foo"."bar"');
$get_info->{41} ='@'; # SQL_CATALOG_NAME_SEPARATOR
$get_info->{114} = 2; # SQL_CATALOG_LOCATION
$dbh->{examplep_get_info} = $get_info; # trigger STORE
# force cache refresh
$dbh->{dbi_quote_identifier_cache} = undef;
is($dbh->quote_identifier('foo',undef,'bar'), '"bar"@"foo"', '... now quotes it as "bar"@"foo" after flushing cache');
}
check_quote_identifier();
print "others\n";
eval { $dbh->commit('dummy') };
ok($@ =~ m/DBI commit: invalid number of arguments:/, $@)
unless $DBI::PurePerl && ok(1);
ok($dbh->ping, "ping should return true");
# --- errors
my $cursor_e = $dbh->prepare("select unknown_field_name from ?");
is($cursor_e, undef, "prepare should fail");
ok($dbh->err, "sth->err should be true");
ok($DBI::err, "DBI::err should be true");
cmp_ok($DBI::err, 'eq', $dbh->err , "\$DBI::err should match \$dbh->err");
like($DBI::errstr, qr/Unknown field names: unknown_field_name/, "\$DBI::errstr should contain error string");
cmp_ok($DBI::errstr, 'eq', $dbh->errstr, "\$DBI::errstr should match \$dbh->errstr");
# --- func
ok($dbh->errstr eq $dbh->func('errstr'));
my $std_sql = "select mode,size,name from ?";
my $csr_a = $dbh->prepare($std_sql);
ok(ref $csr_a);
ok($csr_a->{NUM_OF_FIELDS} == 3);
SKIP: {
skip "dont test for DBI::PurePerl", 3 if $DBI::PurePerl;
ok(tied %{ $csr_a->{Database} }); # ie is 'outer' handle
ok($csr_a->{Database} eq $dbh, "$csr_a->{Database} ne $dbh")
unless $dbh->{mx_handle_list} && ok(1); # skip for Multiplex tests
ok(tied %{ $csr_a->{Database}->{Driver} }); # ie is 'outer' handle
}
my $driver_name = $csr_a->{Database}->{Driver}->{Name};
ok($driver_name eq 'ExampleP');
# --- FetchHashKeyName
$dbh->{FetchHashKeyName} = 'NAME_uc';
my $csr_b = $dbh->prepare($std_sql);
ok(ref $csr_b);
ok($csr_a != $csr_b);
ok("@{$csr_b->{NAME_lc}}" eq "mode size name"); # before NAME
ok("@{$csr_b->{NAME_uc}}" eq "MODE SIZE NAME");
ok("@{$csr_b->{NAME}}" eq "mode size name");
ok("@{$csr_b->{ $csr_b->{FetchHashKeyName} }}" eq "MODE SIZE NAME");
ok("@{[sort keys %{$csr_b->{NAME_lc_hash}}]}" eq "mode name size");
ok("@{[sort values %{$csr_b->{NAME_lc_hash}}]}" eq "0 1 2");
ok("@{[sort keys %{$csr_b->{NAME_uc_hash}}]}" eq "MODE NAME SIZE");
ok("@{[sort values %{$csr_b->{NAME_uc_hash}}]}" eq "0 1 2");
SKIP: {
skip "do not test with DBI::PurePerl", 15 if $DBI::PurePerl;
# Check Taint* attribute switching
#$dbh->{'Taint'} = 1; # set in connect
ok($dbh->{'Taint'});
ok($dbh->{'TaintIn'} == 1);
ok($dbh->{'TaintOut'} == 1);
$dbh->{'TaintOut'} = 0;
ok($dbh->{'Taint'} == 0);
ok($dbh->{'TaintIn'} == 1);
ok($dbh->{'TaintOut'} == 0);
$dbh->{'Taint'} = 0;
ok($dbh->{'Taint'} == 0);
ok($dbh->{'TaintIn'} == 0);
ok($dbh->{'TaintOut'} == 0);
$dbh->{'TaintIn'} = 1;
ok($dbh->{'Taint'} == 0);
ok($dbh->{'TaintIn'} == 1);
ok($dbh->{'TaintOut'} == 0);
$dbh->{'TaintOut'} = 1;
ok($dbh->{'Taint'} == 1);
ok($dbh->{'TaintIn'} == 1);
ok($dbh->{'TaintOut'} == 1);
}
# get a dir always readable on all platforms
my $dir = getcwd() || cwd();
$dir = VMS::Filespec::unixify($dir) if $^O eq 'VMS';
# untaint $dir
$dir =~ m/(.*)/; $dir = $1 || die;
# ---
my($col0, $col1, $col2, $col3, $rows);
my(@row_a, @row_b);
ok($csr_a->{Taint} = 1) unless $DBI::PurePerl && ok(1);
#$csr_a->trace(5);
ok($csr_a->bind_columns(undef, \($col0, $col1, $col2)) );
ok($csr_a->execute( $dir ), $DBI::errstr);
@row_a = $csr_a->fetchrow_array;
ok(@row_a);
# check bind_columns
ok($row_a[0] eq $col0) or print "$row_a[0] ne $col0\n";
ok($row_a[1] eq $col1) or print "$row_a[1] ne $col1\n";
ok($row_a[2] eq $col2) or print "$row_a[2] ne $col2\n";
#$csr_a->trace(0);
ok( ! $csr_a->bind_columns(undef, \($col0, $col1)) );
like $csr_a->errstr, '/bind_columns called with 2 values but 3 are needed/', 'errstr should contain error message';
ok( ! $csr_a->bind_columns(undef, \($col0, $col1, $col2, $col3)) );
like $csr_a->errstr, '/bind_columns called with 4 values but 3 are needed/', 'errstr should contain error message';
ok( $csr_a->bind_col(2, undef, { foo => 42 }) );
ok ! eval { $csr_a->bind_col(0, undef) };
like $@, '/bind_col: column 0 is not a valid column \(1..3\)/', 'errstr should contain error message';
ok ! eval { $csr_a->bind_col(4, undef) };
like $@, '/bind_col: column 4 is not a valid column \(1..3\)/', 'errstr should contain error message';
SKIP: {
# Check Taint attribute works. This requires this test to be run
# manually with the -T flag: "perl -T -Mblib t/examp.t"
sub is_tainted {
my $foo;
return ! eval { ($foo=join('',@_)), kill 0; 1; };
}
skip " Taint attribute tests skipped\n", 19 unless(is_tainted($^X) && !$DBI::PurePerl);
$dbh->{'Taint'} = 0;
my $st;
eval { $st = $dbh->prepare($std_sql); };
ok(ref $st);
ok($st->{'Taint'} == 0);
ok($st->execute( $dir ));
my @row = $st->fetchrow_array;
ok(@row);
ok(!is_tainted($row[0]));
ok(!is_tainted($row[1]));
ok(!is_tainted($row[2]));
$st->{'TaintIn'} = 1;
@row = $st->fetchrow_array;
ok(@row);
ok(!is_tainted($row[0]));
ok(!is_tainted($row[1]));
ok(!is_tainted($row[2]));
$st->{'TaintOut'} = 1;
@row = $st->fetchrow_array;
ok(@row);
ok(is_tainted($row[0]));
ok(is_tainted($row[1]));
ok(is_tainted($row[2]));
$st->finish;
# check simple method call values
#ok(1);
# check simple attribute values
#ok(1); # is_tainted($dbh->{AutoCommit}) );
# check nested attribute values (where a ref is returned)
#ok(is_tainted($csr_a->{NAME}->[0]) );
# check checking for tainted values
$dbh->{'Taint'} = $csr_a->{'Taint'} = 1;
eval { $dbh->prepare($^X); 1; };
ok($@ =~ /Insecure dependency/, $@);
eval { $csr_a->execute($^X); 1; };
ok($@ =~ /Insecure dependency/, $@);
undef $@;
$dbh->{'TaintIn'} = $csr_a->{'TaintIn'} = 0;
eval { $dbh->prepare($^X); 1; };
ok(!$@);
eval { $csr_a->execute($^X); 1; };
ok(!$@);
# Reset taint status to what it was before this block, so that
# tests later in the file don't get confused
$dbh->{'Taint'} = $csr_a->{'Taint'} = 1;
}
SKIP: {
skip "do not test with DBI::PurePerl", 1 if $DBI::PurePerl;
$csr_a->{Taint} = 0;
ok($csr_a->{Taint} == 0);
}
ok($csr_b->bind_param(1, $dir));
ok($csr_b->execute());
@row_b = @{ $csr_b->fetchrow_arrayref };
ok(@row_b);
ok("@row_a" eq "@row_b");
@row_b = $csr_b->fetchrow_array;
ok("@row_a" ne "@row_b");
ok($csr_a->finish);
ok($csr_b->finish);
$csr_a = undef; # force destruction of this cursor now
ok(1);
print "fetchrow_hashref('NAME_uc')\n";
ok($csr_b->execute());
my $row_b = $csr_b->fetchrow_hashref('NAME_uc');
ok($row_b);
ok($row_b->{MODE} == $row_a[0]);
ok($row_b->{SIZE} == $row_a[1]);
ok($row_b->{NAME} eq $row_a[2]);
print "fetchrow_hashref('ParamValues')\n";
ok($csr_b->execute());
ok(!defined eval { $csr_b->fetchrow_hashref('ParamValues') } ); # PurePerl croaks
print "FetchHashKeyName\n";
ok($csr_b->execute());
$row_b = $csr_b->fetchrow_hashref();
ok($row_b);
ok(keys(%$row_b) == 3);
ok($row_b->{MODE} == $row_a[0]);
ok($row_b->{SIZE} == $row_a[1]);
ok($row_b->{NAME} eq $row_a[2]);
print "fetchall_arrayref\n";
ok($csr_b->execute());
$r = $csr_b->fetchall_arrayref;
ok($r);
ok(@$r);
ok($r->[0]->[0] == $row_a[0]);
ok($r->[0]->[1] == $row_a[1]);
ok($r->[0]->[2] eq $row_a[2]);
print "fetchall_arrayref array slice\n";
ok($csr_b->execute());
$r = $csr_b->fetchall_arrayref([2,1]);
ok($r && @$r);
ok($r->[0]->[1] == $row_a[1]);
ok($r->[0]->[0] eq $row_a[2]);
print "fetchall_arrayref hash slice\n";
ok($csr_b->execute());
#$csr_b->trace(9);
$r = $csr_b->fetchall_arrayref({ SizE=>1, nAMe=>1});
ok($r && @$r);
ok($r->[0]->{SizE} == $row_a[1]);
ok($r->[0]->{nAMe} eq $row_a[2]);
#$csr_b->trace(4);
print "fetchall_arrayref hash\n";
ok($csr_b->execute());
$r = $csr_b->fetchall_arrayref({});
ok($r);
ok(keys %{$r->[0]} == 3);
ok("@{$r->[0]}{qw(MODE SIZE NAME)}" eq "@row_a", "'@{$r->[0]}{qw(MODE SIZE NAME)}' ne '@row_a'");
#$csr_b->trace(0);
# use Data::Dumper; warn Dumper([\@row_a, $r]);
$rows = $csr_b->rows;
ok($rows > 0, "row count $rows");
ok($rows == @$r, "$rows vs ".@$r);
ok($rows == $DBI::rows, "$rows vs $DBI::rows");
#$csr_b->trace(0);
# ---
print "selectrow_array\n";
@row_b = $dbh->selectrow_array($std_sql, undef, $dir);
ok(@row_b == 3);
ok("@row_b" eq "@row_a");
print "selectrow_hashref\n";
$r = $dbh->selectrow_hashref($std_sql, undef, $dir);
ok(keys %$r == 3);
ok($r->{MODE} eq $row_a[0]);
ok($r->{SIZE} eq $row_a[1]);
ok($r->{NAME} eq $row_a[2]);
print "selectall_arrayref\n";
$r = $dbh->selectall_arrayref($std_sql, undef, $dir);
ok($r);
ok(@{$r->[0]} == 3);
ok("@{$r->[0]}" eq "@row_a");
ok(@$r == $rows);
print "selectall_arrayref Slice array slice\n";
$r = $dbh->selectall_arrayref($std_sql, { Slice => [ 2, 0 ] }, $dir);
ok($r);
ok(@{$r->[0]} == 2);
ok("@{$r->[0]}" eq "$row_a[2] $row_a[0]", qq{"@{$r->[0]}" eq "$row_a[2] $row_a[0]"});
ok(@$r == $rows);
print "selectall_arrayref Columns array slice\n";
$r = $dbh->selectall_arrayref($std_sql, { Columns => [ 3, 1 ] }, $dir);
ok($r);
ok(@{$r->[0]} == 2);
ok("@{$r->[0]}" eq "$row_a[2] $row_a[0]", qq{"@{$r->[0]}" eq "$row_a[2] $row_a[0]"});
ok(@$r == $rows);
print "selectall_arrayref hash slice\n";
$r = $dbh->selectall_arrayref($std_sql, { Columns => { MoDe=>1, NamE=>1 } }, $dir);
ok($r);
ok(keys %{$r->[0]} == 2);
ok(exists $r->[0]{MoDe});
ok(exists $r->[0]{NamE});
ok($r->[0]{MoDe} eq $row_a[0]);
ok($r->[0]{NamE} eq $row_a[2]);
ok(@$r == $rows);
print "selectall_hashref\n";
$r = $dbh->selectall_hashref($std_sql, 'NAME', undef, $dir);
ok($r, "selectall_hashref result");
is(ref $r, 'HASH', "selectall_hashref HASH: ".ref $r);
is(scalar keys %$r, $rows);
is($r->{ $row_a[2] }{SIZE}, $row_a[1], qq{$r->{ $row_a[2] }{SIZE} eq $row_a[1]});
print "selectall_hashref by column number\n";
$r = $dbh->selectall_hashref($std_sql, 3, undef, $dir);
ok($r);
ok($r->{ $row_a[2] }{SIZE} eq $row_a[1], qq{$r->{ $row_a[2] }{SIZE} eq $row_a[1]});
print "selectcol_arrayref\n";
$r = $dbh->selectcol_arrayref($std_sql, undef, $dir);
ok($r);
ok(@$r == $rows);
ok($r->[0] eq $row_b[0]);
print "selectcol_arrayref column slice\n";
$r = $dbh->selectcol_arrayref($std_sql, { Columns => [3,2] }, $dir);
ok($r);
# use Data::Dumper; warn Dumper([\@row_b, $r]);
ok(@$r == $rows * 2);
ok($r->[0] eq $row_b[2]);
ok($r->[1] eq $row_b[1]);
# ---
print "begin_work...\n";
ok($dbh->{AutoCommit});
ok(!$dbh->{BegunWork});
ok($dbh->begin_work);
ok(!$dbh->{AutoCommit});
ok($dbh->{BegunWork});
$dbh->commit;
ok($dbh->{AutoCommit});
ok(!$dbh->{BegunWork});
ok($dbh->begin_work({}));
$dbh->rollback;
ok($dbh->{AutoCommit});
ok(!$dbh->{BegunWork});
# ---
print "others...\n";
my $csr_c;
$csr_c = $dbh->prepare("select unknown_field_name1 from ?");
ok(!defined $csr_c);
ok($DBI::errstr =~ m/Unknown field names: unknown_field_name1/);
print "RaiseError & PrintError & ShowErrorStatement\n";
$dbh->{RaiseError} = 1;
ok($dbh->{RaiseError});
$dbh->{ShowErrorStatement} = 1;
ok($dbh->{ShowErrorStatement});
my $error_sql = "select unknown_field_name2 from ?";
ok(! eval { $csr_c = $dbh->prepare($error_sql); 1; });
#print "$@\n";
ok($@ =~ m/\Q$error_sql/, $@); # ShowErrorStatement
ok($@ =~ m/.*Unknown field names: unknown_field_name2/, $@);
my $se_sth1 = $dbh->prepare("select mode from ?");
ok($se_sth1->{RaiseError});
ok($se_sth1->{ShowErrorStatement});
# check that $dbh->{Statement} tracks last _executed_ sth
ok($se_sth1->{Statement} eq "select mode from ?");
ok($dbh->{Statement} eq "select mode from ?") or print "got: $dbh->{Statement}\n";
my $se_sth2 = $dbh->prepare("select name from ?");
ok($se_sth2->{Statement} eq "select name from ?");
ok($dbh->{Statement} eq "select name from ?");
$se_sth1->execute('.');
ok($dbh->{Statement} eq "select mode from ?");
# show error param values
ok(! eval { $se_sth1->execute('first','second') }); # too many params
ok($@ =~ /\b1='first'/, $@);
ok($@ =~ /\b2='second'/, $@);
$se_sth1->finish;
$se_sth2->finish;
$dbh->{RaiseError} = 0;
ok(!$dbh->{RaiseError});
$dbh->{ShowErrorStatement} = 0;
ok(!$dbh->{ShowErrorStatement});
{
my @warn;
local($SIG{__WARN__}) = sub { push @warn, @_ };
$dbh->{PrintError} = 1;
ok($dbh->{PrintError});
ok(! $dbh->selectall_arrayref("select unknown_field_name3 from ?"));
ok("@warn" =~ m/Unknown field names: unknown_field_name3/);
$dbh->{PrintError} = 0;
ok(!$dbh->{PrintError});
}
print "HandleError\n";
my $HandleErrorReturn;
my $HandleError = sub {
my $msg = sprintf "HandleError: %s [h=%s, rv=%s, #=%d]",
$_[0],$_[1],(defined($_[2])?$_[2]:'undef'),scalar(@_);
die $msg if $HandleErrorReturn < 0;
print "$msg\n";
$_[2] = 42 if $HandleErrorReturn == 2;
return $HandleErrorReturn;
};
$dbh->{HandleError} = $HandleError;
ok($dbh->{HandleError});
ok($dbh->{HandleError} == $HandleError);
$dbh->{RaiseError} = 1;
$dbh->{PrintError} = 0;
$error_sql = "select unknown_field_name2 from ?";
print "HandleError -> die\n";
$HandleErrorReturn = -1;
ok(! eval { $csr_c = $dbh->prepare($error_sql); 1; });
ok($@ =~ m/^HandleError:/, $@);
print "HandleError -> 0 -> RaiseError\n";
$HandleErrorReturn = 0;
ok(! eval { $csr_c = $dbh->prepare($error_sql); 1; });
ok($@ =~ m/^DBD::(ExampleP|Multiplex)::db prepare failed:/, $@);
print "HandleError -> 1 -> return (original)undef\n";
$HandleErrorReturn = 1;
$r = eval { $csr_c = $dbh->prepare($error_sql); };
ok(!$@, $@);
ok(!defined($r), $r);
#$dbh->trace(4);
print "HandleError -> 2 -> return (modified)42\n";
$HandleErrorReturn = 2;
$r = eval { $csr_c = $dbh->prepare($error_sql); };
ok(!$@, $@);
ok($r==42) unless $dbh->{mx_handle_list} && ok(1); # skip for Multiplex
$dbh->{HandleError} = undef;
ok(!$dbh->{HandleError});
#$dbh->trace(0); die;
{
# dump_results;
my $sth = $dbh->prepare($std_sql);
isa_ok($sth, "DBI::st");
if ($haveFileSpec && length(File::Spec->updir)) {
ok($sth->execute(File::Spec->updir));
} else {
ok($sth->execute('../'));
}
my $dump_dir = ($ENV{TMP} ||
$ENV{TEMP} ||
$ENV{TMPDIR} ||
$ENV{'SYS$SCRATCH'} ||
'/tmp');
my $dump_file = ($haveFileSpec) ?
File::Spec->catfile($dump_dir, 'dumpcsr.tst')
:
"$dump_dir/dumpcsr.tst";
($dump_file) = ($dump_file =~ m/^(.*)$/); # untaint
SKIP: {
skip "# dump_results test skipped: unable to open $dump_file: $!\n", 2 unless (open(DUMP_RESULTS, ">$dump_file"));
ok($sth->dump_results("10", "\n", ",\t", \*DUMP_RESULTS));
close(DUMP_RESULTS);
ok(-s $dump_file > 0);
}
is( unlink( $dump_file ), 1, "Remove $dump_file" );
ok( !-e $dump_file, "Actually gone" );
}
print "table_info\n";
# First generate a list of all subdirectories
$dir = $haveFileSpec ? File::Spec->curdir() : ".";
ok(opendir(DIR, $dir));
my(%dirs, %unexpected, %missing);
while (defined(my $file = readdir(DIR))) {
$dirs{$file} = 1 if -d $file;
}
closedir(DIR);
my $sth = $dbh->table_info(undef, undef, "%", "TABLE");
ok($sth);
%unexpected = %dirs;
%missing = ();
while (my $ref = $sth->fetchrow_hashref()) {
if (exists($unexpected{$ref->{'TABLE_NAME'}})) {
delete $unexpected{$ref->{'TABLE_NAME'}};
} else {
$missing{$ref->{'TABLE_NAME'}} = 1;
}
}
ok(keys %unexpected == 0)
or print "Unexpected directories: ", join(",", keys %unexpected), "\n";
ok(keys %missing == 0)
or print "Missing directories: ", join(",", keys %missing), "\n";
print "tables\n";
my @tables_expected = (
q{"schema"."table"},
q{"sch-ema"."table"},
q{"schema"."ta-ble"},
q{"sch ema"."table"},
q{"schema"."ta ble"},
);
my @tables = $dbh->tables(undef, undef, "%", "VIEW");
ok(@tables == @tables_expected, "Table count mismatch".@tables_expected." vs ".@tables);
ok($tables[$_] eq $tables_expected[$_], "$tables[$_] ne $tables_expected[$_]")
foreach (0..$#tables_expected);
for (my $i = 0; $i < 300; $i += 100) {
print "Testing the fake directories ($i).\n";
ok($csr_a = $dbh->prepare("SELECT name, mode FROM long_list_$i"));
ok($csr_a->execute(), $DBI::errstr);
my $ary = $csr_a->fetchall_arrayref;
ok(@$ary == $i, @$ary." rows instead of $i");
if ($i) {
my @n1 = map { $_->[0] } @$ary;
my @n2 = reverse map { "file$_" } 1..$i;
ok("@n1" eq "@n2", "'@n1' ne '@n2'");
}
else {
ok(1);
}
}
print "Testing \$dbh->func().\n";
my %tables;
unless ($dbh->{mx_handle_list}) {
%tables = map { $_ =~ /lib/ ? ($_, 1) : () } $dbh->tables();
foreach my $t ($dbh->func('lib', 'examplep_tables')) {
defined(delete $tables{$t}) or print "Unexpected table: $t\n";
}
}
ok((%tables == 0));
$dbh->disconnect;
ok(!$dbh->{Active});
ok(!$dbh->ping, "ping should return false after disconnect");
1;
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