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|
use strict;
use warnings;
# change 'tests => 1' to 'tests => last_test_to_print';
use Test::More qw(no_plan);
use Data::Dumper;
$Data::Dumper::Indent = 1;
sub _chomp {
my $s = shift;
chomp $s;
return $s;
}
my $warn = shift @ARGV;
unless ($warn) {
close STDERR;
open (STDERR, ">/dev/null");
select (STDERR); $| = 1;
}
#== TESTS =====================================================================
use TM;
{
my $tm = new TM;
$tm->internalize ('aaa' => undef);
$tm->internalize ('tm://nirvana/ccc' => undef);
is ($tm->toplet ('tm://nirvana/aaa')->[TM->LID], 'tm://nirvana/aaa', 'LID');
# normal insert
ok (eq_array ([ $tm->tids ('aaa') ], [ 'tm://nirvana/aaa' ]), 'found inserted 1');
ok (eq_array ([ $tm->tids ('tm://nirvana/aaa') ], [ 'tm://nirvana/aaa' ]), 'found inserted 2');
ok (eq_array ([ $tm->tids ('xxx') ], [ undef ]), 'not found not inserted 1');
ok (eq_array ([ $tm->tids ('tm://nirvana/xxx') ], [ undef ]), 'not found not inserted 2');
# with full name
ok (eq_array ([ $tm->tids ('tm://nirvana/ccc') ], [ 'tm://nirvana/ccc' ]), 'found inserted 3');
ok (eq_array ([ $tm->tids ('ccc') ], [ 'tm://nirvana/ccc' ]), 'found inserted 3a');
# double insert
$tm->internalize ('bbb' => undef);
$tm->internalize ('bbb' => undef);
ok (eq_array ([ $tm->tids ('bbb') ], [ 'tm://nirvana/bbb' ]), 'found inserted 4a');
# using a subject address
$tm->internalize ('ddd', 'http://ddd/');
ok (eq_array ([ $tm->tids ('ddd') ], [ 'tm://nirvana/ddd' ]), 'found inserted 5');
ok (eq_array ([ $tm->tids ('http://ddd/') ], [ 'tm://nirvana/ddd' ]), 'found inserted 6');
# using a subject indicator
$tm->internalize ('eee', \ 'http://eee/');
ok (eq_array ([ $tm->tids ('eee') ], [ 'tm://nirvana/eee' ]), 'found inserted 7');
ok (eq_array ([ $tm->tids (\ 'http://eee/') ], [ 'tm://nirvana/eee' ]), 'found inserted 8');
#warn Dumper $tm;
is_deeply ( $tm->externalize ('tm://nirvana/aaa'),
[
'tm://nirvana/aaa',
undef,
[ ]
] , 'externalize 1');
ok (!$tm->tids ('aaa'), 'externalize 2');
is_deeply ( $tm->externalize ($tm->tids ('http://ddd/')),
[
'tm://nirvana/ddd',
'http://ddd/',
[ ]
] , 'externalize 3');
ok (!$tm->tids ('ddd'), 'externalize 4');
is_deeply ( $tm->externalize ($tm->tids (\ 'http://eee/')),
[
'tm://nirvana/eee',
undef,
[
'http://eee/'
]
] , 'externalize 5');
ok (!$tm->tids ('eee'), 'externalize 6');
}
{ # adding one assertion, finding the toplets, finding it
my $tm = new TM ();
my ($aid)=$tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'subclass', 'superclass' ], players => [ 'rumsti', 'ramsti' ]));
is ($tm->tids ('rumsti') , 'tm://nirvana/rumsti', 'found inserted by assertion 1');
is ($tm->tids ('ramsti') , 'tm://nirvana/ramsti', 'found inserted by assertion 2');
# add reifier topic
my $tid1=$tm->internalize(undef,$aid->[TM->LID]);
ok($tid1
&& $tm->toplet($tid1)->[TM->ADDRESS] eq $aid->[TM->LID],"internalize creates correct assertion reifier");
# find this reifier topic again
my $tid2=$tm->internalize(undef,$aid->[TM->LID]);
is ($tid2, $tid1, "internalize finds existing assertion reifier");
}
{ # reasserting
my $tm = new TM;
my $npa = $tm->match (TM->FORALL);
$tm->assert (Assertion->new (type => 'isa', roles => [ 'class', 'instance' ], players => [ 'rumsti', 'ramsti' ]));
$tm->assert (Assertion->new (type => 'isa', roles => [ 'class', 'instance' ], players => [ 'rumsti', 'ramsti' ]));
is (scalar $tm->match (TM->FORALL), 1+$npa, 'double assert 1');
is (scalar $tm->match (TM->FORALL, iplayer => 'tm://nirvana/rumsti'), 1, 'double assert 2');
#warn Dumper $tm;
}
{ # simple matching
my $tm = new TM;
$tm->assert (Assertion->new (type => 'isa', roles => [ 'class', 'instance' ], players => [ 'rumsti', 'ramsti' ]));
is (scalar $tm->match (TM->FORALL, iplayer => 'tm://nirvana/rumsti'), 1, 'isa match 1');
is (scalar $tm->match (TM->FORALL, iplayer => 'tm://nirvana/ramsti',
irole => 'instance'), 1, 'isa match 2');
is (scalar $tm->match (TM->FORALL, iplayer => 'tm://nirvana/ramsti'), 1, 'isa match 3');
is (scalar $tm->match (TM->FORALL, iplayer => 'tm://nirvana/romsti'), 0, 'isa match 4');
#warn Dumper $tm;
}
{ # testing subclassing
my $tm = new TM;
$tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'ramsti' ]));
$tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'remsti' ]));
ok ($tm->is_subclass ($tm->tids ('ramsti', 'rumsti')), 'found subclass');
ok ($tm->is_subclass ($tm->tids ('remsti', 'rumsti')), 'found subclass 2');
ok (eq_set ([
map { $tm->get_players ($_, 'subclass') }
$tm->match (TM->FORALL,
type => 'is-subclass-of',
arole => 'superclass',
aplayer => 'tm://nirvana/rumsti',
brole => 'subclass')
],
[
'tm://nirvana/ramsti',
'tm://nirvana/remsti'
]
), 'found all subclasses');
#warn Dumper $tm;
# indirect subclassing
$tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'ramsti', 'rimsti' ]));
ok ($tm->is_subclass ($tm->tids('rimsti', 'rumsti')), 'found indirect subclass');
ok ($tm->is_subclass ($tm->tids('ramsti', 'rumsti')), 'found subclass');
ok ($tm->is_subclass ($tm->tids('remsti', 'rumsti')), 'found subclass');
}
{ # retracting
my $tm = new TM;
ok (!$tm->retrieve ('tm://nirvana/aaa'), 'looking for aaa, not there');
$tm->assert (Assertion->new (lid => 'tm://nirvana/aaa'),
Assertion->new (lid => 'tm://nirvana/bbb'),
Assertion->new (lid => 'tm://nirvana/ccc'));
#warn Dumper $tm;
ok ($tm->retrieve ('tm://nirvana/aaa'), 'looking for aaa, is there');
$tm->retract ('tm://nirvana/bbb');
ok ($tm->retrieve ('tm://nirvana/aaa'), 'looking for aaa, is still there');
$tm->retract ('tm://nirvana/aaa');
ok (!$tm->retrieve ('tm://nirvana/aaa'), 'looking for aaa, not anymore there');
}
{ # exact result
my $tm = new TM;
my $m = Assertion->new (scope => 'sss', type => 'ttt', roles => [ 'aaa', 'bbb' ], players => [ 'xxx', 'yyy' ]);
($m) = $tm->assert ($m);
#warn Dumper $tm, $m;
my @res = $tm->match (TM->FORALL, scope => 'tm://nirvana/sss');
is (@res, 1, 'assertions detected');
ok ($res[0] == $m, 'assertion correct');
}
{
my $tm = new TM;
my ($m1, $m2) = $tm->assert (Assertion->new (type => 'ttt', scope => 'sss', roles => [ 'aaa', 'bbb' ], players => [ 'xxx', 'yyy' ]),
Assertion->new (type => 'ttt', scope => 'sss', roles => [ 'aaa', 'bbb' ], players => [ 'zzz', 'uuu' ]));
#warn Dumper $tm;
my @res = $tm->match (TM->FORALL,
type => 'tm://nirvana/ttt', roles => [ 'tm://nirvana/aaa', 'tm://nirvana/bbb' ]);
ok (@res == 2, 'assertions detected');
$tm->retract ($m2->[TM->LID], $m1->[TM->LID]);
@res = $tm->match (TM->FORALL,
type => 'tm://nirvana/ttt', roles => [ 'tm://nirvana/aaa', 'tm://nirvana/bbb' ]);
ok (@res == 0, 'assertions not detected');
}
{ # testing taxonometric functions
use TM;
my $tm = new TM (baseuri => 'tm:');
#warn Dumper $tm;
ok (eq_set ([ $tm->instances ('assertion-type') ],[ 'isa', 'is-subclass-of' ]), 'subsumption: instances 1');
ok (eq_set ([ $tm->instances ('scope') ], [ 'us' ]), 'subsumption: instances 2');
#warn Dumper [ $tm->instancesT ('thing') ];
ok (eq_set ([$tm->instances ('thing')], [map { $_->[TM->LID]} $tm->toplets]), 'instances of thing');
ok (eq_set ([$tm->instancesT ('thing')], [map { $_->[TM->LID]} $tm->toplets]), 'instances of thing *');
ok (eq_set ([$tm->instances ('isa') ], [
'c667ce5f4e485b45698c75621bc63893',
'9aa74da04e36d6f5c05ffe1c91eab7d2',
'8168aba8d6a9284c70e9c461a8977892'
]), 'subsumption: instances 5');
foreach my $a ($tm->instances ('isa')) {
ok (eq_set ([ $tm->types($a)] , [ 'isa' ]), 'subsumption assertions type');
is ($tm->retrieve ($a)->[TM->TYPE], 'isa', 'subsumption assertions instances')
}
foreach my $a ($tm->instances ('is-subclass-of')) {
ok (eq_set ([ $tm->types($a)] , [ 'is-subclass-of' ]), 'subsumption assertions type');
is ($tm->retrieve ($a)->[TM->TYPE], 'is-subclass-of', 'subsumption assertions instances')
}
ok (eq_set ([$tm->types ('isa')], [ 'assertion-type']), 'subsumption: types 1');
ok (eq_set ([$tm->typesT ('isa')], [ 'assertion-type', 'class' ]), 'subsumption: typesT 1');
ok (eq_set ([$tm->types ('us', 'us', 'isa')],
[ 'scope', 'assertion-type' ]), 'subsumption, several types, unique');
ok (eq_set ([ $tm->subclasses ('thing') ], [ ]), 'subsumption: subclasses 1');
ok (eq_set ([ $tm->subclasses ('characteristic') ],
[ 'occurrence', 'unique-characteristic', 'name' ]), 'subsumption: subclasses 2');
ok (eq_set ([ $tm->subclassesT ('characteristic') ],
[ 'characteristic', 'occurrence',
'unique-characteristic', 'name' ]), 'subsumption: subclassesT 1');
}
{ # testing taxonometric functions
my $tm = new TM;
$tm->assert (Assertion->new (type => 'is-subclass-of', scope => 'us', roles => [ 'subclass', 'superclass' ], players => [ 'XXX', 'AAA' ]));
$tm->assert (Assertion->new (type => 'is-subclass-of', scope => 'us', roles => [ 'subclass', 'superclass' ], players => [ 'AAA', 'BBB' ]));
$tm->assert (Assertion->new (type => 'is-subclass-of', scope => 'us', roles => [ 'subclass', 'superclass' ], players => [ 'AAA', 'CCC' ]));
$tm->assert (Assertion->new (type => 'isa', scope => 'us', roles => [ 'class', 'instance' ], players => [ 'XXX', 'xxx' ]));
$tm->assert (Assertion->new (type => 'isa', scope => 'us', roles => [ 'class', 'instance' ], players => [ 'ZZZ', 'xxx' ]));
$tm->assert (Assertion->new (type => 'isa', scope => 'us', roles => [ 'class', 'instance' ], players => [ 'XXX', 'yyy' ]));
$tm->assert (Assertion->new (type => 'isa', scope => 'us', roles => [ 'class', 'instance' ], players => [ 'AAA', 'aaa' ]));
$tm->assert (Assertion->new (type => 'isa', scope => 'us', roles => [ 'class', 'instance' ], players => [ 'BBB', 'bbb' ]));
ok ($tm->is_a ('tm://nirvana/aaa', 'thing'), 'is_a 1');
ok ($tm->is_a ('us', 'scope'), 'is_a 2');
ok (!$tm->is_a ('tm://nirvana/uuu', 'thing'), 'is_a 3');
ok ($tm->is_a ('tm://nirvana/aaa', 'tm://nirvana/AAA'), 'is_a 4');
ok ($tm->is_a ('tm://nirvana/aaa', 'tm://nirvana/BBB'), 'is_a 5');
ok ($tm->is_a ('tm://nirvana/aaa', 'tm://nirvana/CCC'), 'is_a 6');
ok (eq_set ([ $tm->are_instances ('tm://nirvana/XXX', map { $_->[TM->LID] } $tm->toplets ) ],
[ 'tm://nirvana/yyy',
'tm://nirvana/xxx' ]), 'are_instance: XXX');
ok (eq_set ([ $tm->are_instances ('tm://nirvana/AAA', map { $_->[TM->LID] } $tm->toplets ) ],
[ 'tm://nirvana/aaa',
'tm://nirvana/yyy',
'tm://nirvana/xxx' ]), 'are_instance: AAA');
ok (eq_set ([ $tm->are_instances ('tm://nirvana/BBB', map { $_->[TM->LID] } $tm->toplets ) ],
[ 'tm://nirvana/aaa',
'tm://nirvana/bbb',
'tm://nirvana/yyy',
'tm://nirvana/xxx' ]), 'are_instance: BBB');
TODO: {
local $TODO = "are_types, ....";
ok ($tm->are_types, 'filter: are types');
ok ($tm->are_supertypes, 'filter: are supertypes');
ok ($tm->are_subtypes, 'filter: are subtypes');
}
ok ($tm->is_subclass ('tm://nirvana/AAA', 'thing'), 'subclass thing');
ok ($tm->is_subclass ('tm://nirvana/AAA', 'tm://nirvana/BBB'), 'subclass 1');
ok ($tm->is_subclass ('tm://nirvana/XXX', 'tm://nirvana/BBB'), 'subclass 2');
ok (eq_set ([ $tm->subclasses ('tm://nirvana/BBB') ],
[ 'tm://nirvana/AAA' ]), 'subclasses 1');
ok (eq_set ([ $tm->subclasses ('tm://nirvana/AAA') ],
[ 'tm://nirvana/XXX' ]), 'subclasses 2');
ok (eq_set ([ $tm->subclassesT ('tm://nirvana/BBB') ],
[ 'tm://nirvana/XXX',
'tm://nirvana/BBB',
'tm://nirvana/AAA']), 'subclasses 3');
ok (eq_set ([ $tm->superclasses ('tm://nirvana/XXX') ],
[ 'tm://nirvana/AAA' ]), 'superclasses 1');
ok (eq_set ([ $tm->superclasses ('tm://nirvana/AAA') ],
[ 'tm://nirvana/BBB',
'tm://nirvana/CCC' ]), 'superclasses 2');
ok (eq_set ([ $tm->superclassesT ('tm://nirvana/XXX') ],
[ 'tm://nirvana/XXX',
'tm://nirvana/BBB',
'tm://nirvana/CCC',
'tm://nirvana/AAA']), 'superclasses 3');
ok (eq_set ([ $tm->types ('tm://nirvana/xxx') ],
[ 'tm://nirvana/XXX',
'tm://nirvana/ZZZ' ]), 'types 1');
ok (eq_set ([ $tm->typesT ('tm://nirvana/xxx') ],
[ 'tm://nirvana/XXX',
'tm://nirvana/ZZZ',
'tm://nirvana/BBB',
'tm://nirvana/CCC',
'tm://nirvana/AAA' ]), 'types 2');
ok (eq_set ([ $tm->instances ('tm://nirvana/AAA') ],
[ 'tm://nirvana/aaa' ]), 'instances 1');
ok (eq_set ([ $tm->instancesT ('tm://nirvana/AAA') ],
[ 'tm://nirvana/xxx',
'tm://nirvana/yyy',
'tm://nirvana/aaa' ]), 'instances 2');
}
{ # testing characteristics
my $tm = new TM;
use TM::Literal;
$tm->assert (Assertion->new (kind => TM->NAME, type => 'name', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'aaa', new TM::Literal ('AAA') ]));
$tm->assert (Assertion->new (kind => TM->NAME, type => 'name', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'aaa', new TM::Literal ('AAAA') ]));
$tm->assert (Assertion->new (kind => TM->OCC, type => 'occurrence', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'aaa', new TM::Literal ('OOOO') ]));
$tm->assert (Assertion->new (kind => TM->NAME, type => 'name', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'ccc', new TM::Literal ('CCC') ]));
#warn Dumper $tm;
ok (eq_set ([ map { $_->[0] } map { $_->[TM->PLAYERS]->[1] } $tm->match_forall (char => 1, topic => $tm->tids ('aaa')) ] ,
[ 'AAA',
'OOOO',
'AAAA' ]), 'chars of aaa');
}
{ # testing midlet functionality
use TM;
my $tm = new TM (baseuri => 'tm:');
#warn Dumper $tm;
my ($a1) = $tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'ramsti' ]));
my ($a2) = $tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'remsti' ]));
$tm->assert (Assertion->new (kind => TM->NAME, type => 'name', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'rumsti', new TM::Literal ('Rumsti') ]));
$tm->assert (Assertion->new (kind => TM->OCC, type => 'occurrence', scope => 'us', roles => [ 'thing', 'value' ], players => [ 'rumsti', new TM::Literal ('OOOO') ]));
ok (eq_set ([$tm->instances ('thing')], [map { $_->[TM->LID]} $tm->toplets]), 'midlets (everything)');
ok (eq_set ([$tm->tids ('rumsti', 'ramsti')], [map { $_->[TM->LID]} $tm->toplets ('rumsti', 'ramsti')]), 'midlets (explicit)');
ok (eq_set ([$tm->instances ('thing')], [map { $_->[TM->LID]} $tm->toplets (\ '+all')]), 'midlets (all)');
ok (eq_set ([ keys %{ $TM::infrastructure->{mid2iid} }, $tm->tids ('rumsti', 'ramsti', 'remsti') ],
[ map { $_->[TM->LID]} $tm->toplets (\ '+all ')]), 'midlets');
ok (eq_set ([$tm->tids ('rumsti', 'ramsti', 'remsti') ],
[map { $_->[TM->LID]} $tm->toplets (\ '+all -infrastructure ')]), 'midlets (-infra)');
ok (eq_set ([ $tm->toplets ],
[ $tm->toplets (\ '+all ') ]), 'spec: impl = expl');
#warn Dumper [ sort map { $_->[TM->LID] } $tm->toplets (\ '+all ') ];
ok (eq_set ([ map { $_->[TM->LID] } $tm->toplets (\ '+all -infrastructure +infrastructure') ],
[ map { $_->[TM->LID] } $tm->toplets (\ '+all ') ]), 'spec: expl, - +');
ok (eq_set ([ map { $_->[TM->LID] } $tm->toplets (\ '+all +infrastructure -infrastructure') ],
[ map { $_->[TM->LID] } $tm->toplets (\ '+all -infrastructure') ]), 'toplets spec, + -');
ok (eq_set ([ map { $_->[TM->LID] } $tm->toplets (\ '+all -infrastructure -infrastructure') ],
[ map { $_->[TM->LID] } $tm->toplets (\ '+all -infrastructure') ]), 'toplets spec, - -');
ok (eq_set ([ map { $_->[TM->LID] } $tm->asserts (\ '+all -names +names') ],
[ map { $_->[TM->LID] } $tm->asserts (\ '+all') ]), 'asserts spec: - +');
ok (eq_set ([ map { $_->[TM->LID] } $tm->asserts (\ '+all -names +names +names') ],
[ map { $_->[TM->LID] } $tm->asserts (\ '+all +names') ]), 'asserts spec: - +');
ok (eq_set ([ map { $_->[TM->LID] } $tm->asserts (\ '+all -names -names') ],
[ map { $_->[TM->LID] } $tm->asserts (\ '+all -names') ]), 'asserts spec: - -');
ok (eq_set ([ map { $_->[TM->LID] } $tm->asserts ],
[
'8858da88a2fed47eff8fd60e9bbc5f67',
'f6cad13ec8543fadf6e3f615ff825bdb',
'c667ce5f4e485b45698c75621bc63893',
'27171f029a95d996c1d95281c2f4a207',
'9aa74da04e36d6f5c05ffe1c91eab7d2',
'4cc6e8f01f478ad4da3e9219d1e325fe',
'99c6df083c9cfa2ad264553f33403d66',
'8168aba8d6a9284c70e9c461a8977892',
'95cbe2f86579c5f6a28fe5a197fc2df4',
'04da9fc6bfb1a1738e6bf6b7d1d99d85',
'7580e0151c0fb1d9aa9eb71f25ff4d64',
'97b634a43b47218b9970e86f61671ce9'
]), 'asserts: all, enumerate');
ok (eq_set ([ $tm->asserts ],
[ $tm->asserts (\ '+all ') ]), 'asserts: all, impl = expl');
ok (eq_set ([ map { $_->[TM->LID] } $tm->asserts (\ '+names +occurrences') ],
[ map { $_->[TM->LID] } $tm->asserts (\ '+occurrences +names') ]), 'asserts spec: + commutative');
# warn Dumper [map {$_->{mid} } $tm->topics (\ '+all -infrastructure -associations -names -occurrences') ];
is (scalar $tm->asserts (\ '+all -infrastructure -associations -names -occurrences'), 0, 'asserts spec: all gone');
is (scalar $tm->asserts (\ '+all -infrastructure -associations -occurrences'), 1, 'asserts spec: only name');
is (scalar $tm->asserts (\ '+all -infrastructure -associations -names '), 1, 'asserts spec: only assoc');
is (scalar $tm->asserts (\ '+all -infrastructure -names -occurrences'), 2, 'asserts spec: all user');
eval {
$tm->toplets (\ 'rumsti');
}; like ($@, qr/unhandled/i, _chomp($@));
eval {
$tm->toplets (\ '+rumsti');
}; like ($@, qr/unknown/i, _chomp($@));
}
{ # testing reification
use TM;
my $tm = new TM (baseuri => 'tm:');
$tm->internalize (bbb => 'http://bbb/');
is ($tm->reifies ('tm:bbb'), 'http://bbb/', 'forward reification (extern)');
is_deeply ([ $tm->is_reified ('http://bbb/') ], [ 'tm:bbb' ], 'backwards reification (extern)');
my ($a) = $tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'ramsti' ]));
$tm->internalize (aaa => $a);
is_deeply ([ $tm->is_reified ($a) ], [ 'tm:aaa' ], 'backwards reification (intern)');
is ($a, $tm->reifies ('tm:aaa'), 'forward reification (intern)');
my ($b) = $tm->assert (Assertion->new (type => 'is-subclass-of', roles => [ 'superclass', 'subclass' ], players => [ 'rumsti', 'remsti' ]));
is_deeply ([ $tm->is_reified ($b) ], [ ], 'backwards reification (empty)');
$tm->internalize (undef, $b);
#warn Dumper $tm;
my ($tid) = $tm->is_reified ($b);
like ($tid, qr/^tm:uuid/, 'backwards reification (autogen)');
is_deeply ([ $tm->is_reified ($tm->reifies ($tid)) ], [ $tid ], 'reification roundtrip');
eval {
$tm->internalize ($tid => 'http://bbb/');
}; like ($@, qr/duplicate subject address/, 'detected error: duplicate reification');
}
{
use TM;
my $tm = new TM (baseuri => 'tm:');
$tm->internalize ('aaa');
ok (eq_array ( [$tm->tids ('aaa')], [ 'tm:aaa' ]), 'found inserted');
$tm->clear;
ok (eq_array ([ $tm->tids ('aaa') ], [ undef ]), 'inserted is gone now');
}
__END__
TODO: are_instances, ...filters
TODO: variants
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