// test endpoint_declare and endpoint_undeclare
BOOST_FIXTURE_TEST_CASE( endpoint_declare, ServerFixture ) {
startClient();
WAIT_FOR(connReady(processor.getPool(), LOCALHOST, 8009), 1000);
StoreClient::notif_t notifs;
URI u1("/");
shared_ptr<ObjectInstance> oi1 = make_shared<ObjectInstance>(1);
client1->put(1, u1, oi1);
// check add
URI u2_1("/class2/42/");
shared_ptr<ObjectInstance> oi2_1 = make_shared<ObjectInstance>(2);
oi2_1->setInt64(4, 42);
client1->put(2, u2_1, oi2_1);
URI u2_2("/class2/43/");
shared_ptr<ObjectInstance> oi2_2 = make_shared<ObjectInstance>(2);
oi2_2->setInt64(4, 43);
client1->put(2, u2_2, oi2_2);
client1->queueNotification(1, u1, notifs);
client1->queueNotification(2, u2_1, notifs);
client1->queueNotification(2, u2_2, notifs);
client1->deliverNotifications(notifs);
notifs.clear();
StoreClient* rclient = mockServer.getSystemClient();
WAIT_FOR(itemPresent(rclient, 2, u2_1), 1000);
WAIT_FOR(itemPresent(rclient, 2, u2_2), 1000);
shared_ptr<const ObjectInstance> roi2_2 = rclient->get(2, u2_2);
BOOST_CHECK_EQUAL(43, roi2_2->getInt64(4));
// check update
MAC mac("aa:bb:cc:dd:ee:ff");
oi2_1->setMAC(15, mac);
client1->put(2, u2_1, oi2_1);
client1->queueNotification(2, u2_1, notifs);
client1->deliverNotifications(notifs);
notifs.clear();
WAIT_FOR(rclient->get(2, u2_1)->isSet(15, PropertyInfo::MAC), 1000);
BOOST_CHECK_EQUAL(mac, rclient->get(2, u2_1)->getMAC(15));
// check delete
client1->remove(2, u2_2, true, ¬ifs);
client1->queueNotification(2, u2_2, notifs);
client1->deliverNotifications(notifs);
notifs.clear();
WAIT_FOR(!itemPresent(rclient, 2, u2_2), 1000);
BOOST_CHECK(itemPresent(rclient, 2, u2_1));
}
// Test garbage collection after removing references
BOOST_FIXTURE_TEST_CASE( dereference, Fixture ) {
StoreClient::notif_t notifs;
URI c4u("/class4/test/");
URI c5u("/class5/test/");
URI c6u("/class4/test/class6/test2/");
shared_ptr<ObjectInstance> oi5 = make_shared<ObjectInstance>(5);
oi5->setString(10, "test");
oi5->addReference(11, 4, c4u);
shared_ptr<ObjectInstance> oi4 = make_shared<ObjectInstance>(4);
oi4->setString(9, "test");
shared_ptr<ObjectInstance> oi6 = make_shared<ObjectInstance>(6);
oi6->setString(13, "test2");
client2->put(5, c5u, oi5);
client2->queueNotification(5, c5u, notifs);
client2->deliverNotifications(notifs);
notifs.clear();
BOOST_CHECK(itemPresent(client2, 5, c5u));
WAIT_FOR(processor.getRefCount(c4u) > 0, 1000);
client2->put(4, c4u, oi4);
client2->put(6, c6u, oi6);
client2->addChild(4, c4u, 12, 6, c6u);
processor.remoteObjectUpdated(4, c4u);
processor.remoteObjectUpdated(6, c6u);
client2->queueNotification(4, c4u, notifs);
client2->queueNotification(6, c6u, notifs);
client2->deliverNotifications(notifs);
notifs.clear();
BOOST_CHECK(itemPresent(client2, 4, c4u));
BOOST_CHECK(itemPresent(client2, 6, c6u));
client2->remove(5, c5u, false, ¬ifs);
client2->queueNotification(5, c5u, notifs);
client2->deliverNotifications(notifs);
notifs.clear();
BOOST_CHECK(!itemPresent(client2, 5, c5u));
WAIT_FOR(!itemPresent(client2, 4, c4u), 1000);
BOOST_CHECK_EQUAL(0, processor.getRefCount(c4u));
WAIT_FOR(!itemPresent(client2, 6, c6u), 1000);
}
BOOST_FIXTURE_TEST_CASE( mo_deserialize , BaseFixture ) {
StoreClient::notif_t notifs;
static const char buffer[] =
"{\"result\":{\"policy\":[{\"subject\":\"class1\",\"uri\""
":\"/\",\"properties\":[{\"name\":\"prop2\",\"data\":[\"te"
"st1\",\"test2\"]},{\"name\":\"prop1\",\"data\":42}],\"chi"
"ldren\":[\"/class2/-84\",\"/class2/-42\"]},{\"subject\":"
"\"class2\",\"uri\":\"/class2/-84\",\"properties\":[{\"na"
"me\":\"prop4\",\"data\":-84}],\"children\":[],\"parent_su"
"bject\":\"class1\",\"parent_uri\":\"/\",\"parent_relatio"
"n\":\"class2\"},{\"subject\":\"class2\",\"uri\":\"/class"
"2/-42\",\"properties\":[{\"name\":\"prop4\",\"data\":-42}"
"],\"children\":[],\"parent_subject\":\"class1\",\"parent_"
"uri\":\"/\",\"parent_relation\":\"class2\"}],\"prr\":360"
"0},\"id\":42}";
MOSerializer serializer(&db);
StoreClient& sysClient = db.getStoreClient("_SYSTEM_");
Document d;
d.Parse(buffer);
const Value& result = d["result"];
const Value& policy = result["policy"];
BOOST_CHECK(policy.IsArray());
for (SizeType i = 0; i < policy.Size(); ++i) {
serializer.deserialize(policy[i], sysClient, false, ¬ifs);
}
URI uri("/");
URI uri2("/class2/-42");
URI uri3("/class2/-84");
shared_ptr<const ObjectInstance> oi = sysClient.get(1, uri);
shared_ptr<const ObjectInstance> oi2 = sysClient.get(2, uri2);
BOOST_CHECK_EQUAL(42, oi->getUInt64(1));
BOOST_CHECK_EQUAL(2, oi->getStringSize(2));
BOOST_CHECK_EQUAL("test1", oi->getString(2, 0));
BOOST_CHECK_EQUAL("test2", oi->getString(2, 1));
BOOST_CHECK_EQUAL(-42, oi2->getInt64(4));
std::vector<URI> children;
sysClient.getChildren(2, uri, 3, 2, children);
BOOST_CHECK_EQUAL(2, children.size());
BOOST_CHECK(uri2.toString() == children.at(0).toString() ||
uri3.toString() == children.at(0).toString());
BOOST_CHECK(uri2.toString() == children.at(1).toString() ||
uri3.toString() == children.at(1).toString());
children.clear();
BOOST_CHECK(notifs.find(uri) != notifs.end());
BOOST_CHECK(notifs.find(uri2) != notifs.end());
BOOST_CHECK(notifs.find(uri3) != notifs.end());
notifs.clear();
// remove both children
static const char buffer2[] =
"{\"result\":{\"policy\":[{\"subject\":\"class1\",\"uri\""
":\"/\",\"properties\":[{\"name\":\"prop2\",\"data\":[\"te"
"st3\",\"test4\"]},{\"name\":\"prop1\",\"data\":84}],\"chi"
"ldren\":[]}],\"prr\":360"
"0},\"id\":42}";
Document d2;
d2.Parse(buffer2);
const Value& result2 = d2["result"];
const Value& policy2 = result2["policy"];
BOOST_CHECK(policy2.IsArray());
for (SizeType i = 0; i < policy2.Size(); ++i) {
serializer.deserialize(policy2[i], sysClient, true, ¬ifs);
}
oi = sysClient.get(1, uri);
BOOST_CHECK_EQUAL(84, oi->getUInt64(1));
BOOST_CHECK_EQUAL(2, oi->getStringSize(2));
BOOST_CHECK_EQUAL("test3", oi->getString(2, 0));
BOOST_CHECK_EQUAL("test4", oi->getString(2, 1));
BOOST_CHECK_THROW(sysClient.get(2, uri2), out_of_range);
BOOST_CHECK(notifs.find(uri) != notifs.end());
BOOST_CHECK(notifs.find(uri2) != notifs.end());
BOOST_CHECK(notifs.find(uri3) != notifs.end());
notifs.clear();
// restore original
for (SizeType i = 0; i < policy.Size(); ++i) {
serializer.deserialize(policy[i], sysClient, true, ¬ifs);
}
sysClient.getChildren(2, uri, 3, 2, children);
BOOST_CHECK_EQUAL(2, children.size());
children.clear();
BOOST_CHECK(notifs.find(uri) != notifs.end());
BOOST_CHECK(notifs.find(uri2) != notifs.end());
BOOST_CHECK(notifs.find(uri3) != notifs.end());
notifs.clear();
// remove only one child
static const char buffer3[] =
"{\"result\":{\"policy\":[{\"subject\":\"class1\",\"uri\""
":\"/\",\"properties\":[{\"name\":\"prop2\",\"data\":[\"te"
"st1\",\"test2\"]},{\"name\":\"prop1\",\"data\":42}],\"chi"
"ldren\":[\"/class2/-84\"]}],\"prr\":3600},\"id\":42}";
Document d3;
d3.Parse(buffer3);
const Value& result3 = d3["result"];
const Value& policy3 = result3["policy"];
BOOST_CHECK(policy3.IsArray());
for (SizeType i = 0; i < policy3.Size(); ++i) {
serializer.deserialize(policy3[i], sysClient, true, ¬ifs);
}
sysClient.getChildren(2, uri, 3, 2, children);
BOOST_CHECK_EQUAL(1, children.size());
BOOST_CHECK_EQUAL(uri3.toString(), children.at(0).toString());
children.clear();
// Notify parent that child removed
BOOST_CHECK(notifs.find(uri) != notifs.end());
// child changed
BOOST_CHECK(notifs.find(uri2) != notifs.end());
// child not changed
BOOST_CHECK(notifs.find(uri3) == notifs.end());
notifs.clear();
// Don't change anything
for (SizeType i = 0; i < policy3.Size(); ++i) {
serializer.deserialize(policy3[i], sysClient, true, ¬ifs);
}
sysClient.getChildren(2, uri, 3, 2, children);
BOOST_CHECK_EQUAL(1, children.size());
BOOST_CHECK_EQUAL(uri3.toString(), children.at(0).toString());
BOOST_CHECK_EQUAL(0, notifs.size());
}
