TEST_F(LibJoynrDbusCommunicationTests, transmit_message) {
QString ccMessagingAddress("local:joynr.messaging:cc.message6");
// register skeletons
MockMessaging* msgMock = new MockMessaging();
EXPECT_CALL(*msgMock, transmit(A<JoynrMessage&>())).Times(1);
auto msgSkeleton = new IDbusSkeletonWrapper<DbusMessagingSkeleton, IMessaging>(*msgMock, ccMessagingAddress);
// get stub
DbusMessagingStubAdapter* msgStub = new DbusMessagingStubAdapter(ccMessagingAddress);
ASSERT_TRUE(msgStub->isProxyAvailable());
// create message
JoynrMessage msg;
msg.setType(JoynrMessage::VALUE_MESSAGE_TYPE_ONE_WAY);
msg.setHeaderTo(QString("local"));
msg.setPayload("This is a test");
// create messaging qos
msgStub->transmit(msg);
// delete skeleton
delete msgSkeleton;
// error on transmission
msgStub->transmit(msg);
// stub not availabe
ASSERT_FALSE(msgStub->isProxyAvailable());
delete msgStub;
delete msgMock;
}
TEST_F(LibJoynrDbusCommunicationTests, dbus_skeletonwrapper_register_unregister) {
QString ccMessagingAddress("local:cc.messaging:cc.messaging8");
// craete mock and expect 2 calls
MockMessaging* msgMock = new MockMessaging();
EXPECT_CALL(*msgMock, transmit(A<JoynrMessage&>())).Times(2);
// create the skeleton
LOG_INFO(logger, "Register skeleton");
auto msgSkeleton = new IDbusSkeletonWrapper<DbusMessagingSkeleton, IMessaging>(*msgMock, ccMessagingAddress);
// create message
JoynrMessage msg;
msg.setType(JoynrMessage::VALUE_MESSAGE_TYPE_ONE_WAY);
msg.setHeaderTo(QString("local"));
msg.setPayload("This is a test");
// get stub
DbusMessagingStubAdapter* msgStub = new DbusMessagingStubAdapter(ccMessagingAddress);
ASSERT_TRUE(msgStub->isProxyAvailable());
// call method
LOG_INFO(logger, "Transmit message: should work");
msgStub->transmit(msg);
// delete skeleton
LOG_INFO(logger, "Delete skeleton");
delete msgSkeleton;
// call method
LOG_INFO(logger, "Transmit message: should fail");
msgStub->transmit(msg);
// register skeleton
LOG_INFO(logger, "Register skeleton");
msgSkeleton = new IDbusSkeletonWrapper<DbusMessagingSkeleton, IMessaging>(*msgMock, ccMessagingAddress);
// call method
LOG_INFO(logger, "Transmit message: should work");
msgStub->transmit(msg);
delete msgSkeleton;
delete msgMock;
}
TEST_F(MessageQueueTest, queueDequeueMultipleMessagesForOneParticipant) {
// add messages to the queue
JoynrMessage msg;
msg.setHeaderTo("TEST");
msg.setHeaderExpiryDate(expiryDate);
messageQueue.queueMessage(msg);
messageQueue.queueMessage(msg);
EXPECT_EQ(messageQueue.getQueueLength(), 2);
// get messages from queue
MessageQueueItem* item = messageQueue.getNextMessageForParticipant("TEST");
EXPECT_EQ(item->getContent(), msg);
EXPECT_EQ(messageQueue.getQueueLength(), 1);
item = messageQueue.getNextMessageForParticipant("TEST");
EXPECT_EQ(item->getContent(), msg);
EXPECT_EQ(messageQueue.getQueueLength(), 0);
}
void JoynrMessageFactory::initMsg(JoynrMessage& msg,
const std::string& senderParticipantId,
const std::string& receiverParticipantId,
const std::int64_t ttl,
const std::string& payload) const
{
msg.setHeaderCreatorUserId(securityManager->getCurrentProcessUserId());
msg.setHeaderFrom(senderParticipantId);
msg.setHeaderTo(receiverParticipantId);
// calculate expiry date
JoynrTimePoint expiryDate = DispatcherUtils::convertTtlToAbsoluteTime(ttl);
msg.setHeaderExpiryDate(expiryDate);
// add content type and class
msg.setHeaderContentType(JoynrMessage::VALUE_CONTENT_TYPE_APPLICATION_JSON);
// set payload
msg.setPayload(payload);
}