void receive(int id)
{
Channel::ptr_t channel;
channel = Channel::Create("192.168.8.102");
std::string e_name = "tieto-chatroom";
//preparation
channel->DeclareExchange(e_name, Channel::EXCHANGE_TYPE_FANOUT);
std::string q_name = channel->DeclareQueue("", false, true, false);
channel->BindQueue(q_name, e_name, "chat");
channel->BasicConsume(q_name, "");
Envelope::ptr_t env;
while (true)
{
if (channel->BasicConsumeMessage(env, -1))
{
std::cout << "Received by " << id << ": " <<
env->Message()->Body() << " [" <<
env->Exchange() << "]" << std::endl;
} else {
std::cout << "queue empty" << std::endl;
break;
}
}
}
set<uint> ServiceClient::receive(const set<uint>& ids, const uint& timeout) {
using namespace chrono;
auto end = high_resolution_clock::now() + milliseconds(timeout);
set<uint> received;
// check if we have not received the reply already
for (auto& id : ids) {
auto iterator = replies.find(id);
if (iterator != replies.end()) {
received.insert(id);
}
}
if (received.size() == ids.size()) {
return received; // all packets arrived, return
}
while (1) {
Envelope::ptr_t envelope;
BasicMessage::ptr_t message;
do {
auto now = high_resolution_clock::now();
int delta = duration_cast<milliseconds>(end-now).count();
if (delta <= 0) {
return received; // we are out of time already, leave!
}
bool newmsg = channel->BasicConsumeMessage(envelope, delta);
if (newmsg == false) {
return received; // timeout reached and nothing was received
}
message = envelope->Message();
} while (message->ContentType() != "application/msgpack" ||
message->CorrelationIdIsSet() == false);
uint id = stoi(message->CorrelationId());
replies.emplace(id, message);
auto iterator = ids.find(id);
if (iterator != ids.end()) {
// we were waiting for this message
received.insert(id);
if (received.size() == ids.size()) {
return received; // all packets arrived, return
}
}
}
}
int main()
{
const std::string EXCHANGE_NAME = "SimpleAmqpClientEnvelopeTest";
const std::string ROUTING_KEY = "SACRoutingKey";
const std::string CONSUMER_TAG = "SACConsumerTag";
try
{
Channel::ptr_t channel = Channel::Create();
channel->DeclareExchange(EXCHANGE_NAME, Channel::EXCHANGE_TYPE_FANOUT);
std::string queue = channel->DeclareQueue("");
channel->BindQueue(queue, EXCHANGE_NAME, ROUTING_KEY);
channel->BasicPublish(EXCHANGE_NAME, ROUTING_KEY, BasicMessage::Create("MessageBody"));
channel->BasicPublish(EXCHANGE_NAME, ROUTING_KEY, BasicMessage::Create("MessageBody2"));
channel->BasicPublish(EXCHANGE_NAME, ROUTING_KEY, BasicMessage::Create("MessageBody3"));
channel->BasicConsume(queue, CONSUMER_TAG);
Envelope::ptr_t env;
for (int i = 0; i < 3; ++i)
{
if (channel->BasicConsumeMessage(env, 0))
{
std::cout << "Envelope received: \n"
<< " Exchange: " << env->Exchange()
<< "\n Routing key: " << env->RoutingKey()
<< "\n Consumer tag: " << env->ConsumerTag()
<< "\n Delivery tag: " << env->DeliveryTag()
<< "\n Redelivered: " << env->Redelivered()
<< "\n Body: " << env->Message()->Body() << std::endl;
}
else
{
std::cout << "Basic Consume failed.\n";
}
}
}
catch (AmqpResponseServerException& e)
{
std::cout << "Failure: " << e.what();
}
return 0;
}
TEST_F(connected_test, basic_message_empty_table_roundtrip) {
std::string queue = channel->DeclareQueue("");
std::string tag = channel->BasicConsume(queue, "");
Table table_in;
BasicMessage::ptr_t message_in = BasicMessage::Create("Body");
message_in->HeaderTable(table_in);
channel->BasicPublish("", queue, message_in);
Envelope::ptr_t envelope = channel->BasicConsumeMessage(tag);
BasicMessage::ptr_t message_out = envelope->Message();
Table table_out = message_out->HeaderTable();
EXPECT_EQ(table_in.size(), table_out.size());
EXPECT_TRUE(std::equal(table_in.begin(), table_in.end(), table_out.begin()));
}
TEST_F(connected_test, basic_message_header_roundtrip) {
Table table_in;
table_in.insert(TableEntry("void_key", TableValue()));
table_in.insert(TableEntry("bool_key", true));
table_in.insert(TableEntry("int8_key", int8_t(8)));
table_in.insert(TableEntry("int16_key", int16_t(16)));
table_in.insert(TableEntry("int32_key", int32_t(32)));
table_in.insert(TableEntry("int64_key", int64_t(64)));
table_in.insert(TableEntry("float_key", float(1.5)));
table_in.insert(TableEntry("double_key", double(2.25)));
table_in.insert(TableEntry("string_key", "A string!"));
std::vector<TableValue> array_in;
array_in.push_back(TableValue(false));
array_in.push_back(TableValue(int32_t(10)));
array_in.push_back(TableValue(std::string("Another string")));
table_in.insert(TableEntry("array_key", array_in));
Table table_inner;
table_inner.insert(TableEntry("inner_string", "An inner table"));
table_inner.insert(TableEntry("inner array", array_in));
table_in.insert(TableEntry("table_key", table_inner));
std::string queue = channel->DeclareQueue("");
std::string tag = channel->BasicConsume(queue, "");
BasicMessage::ptr_t message_in = BasicMessage::Create("Body");
message_in->HeaderTable(table_in);
channel->BasicPublish("", queue, message_in);
Envelope::ptr_t envelope = channel->BasicConsumeMessage(tag);
BasicMessage::ptr_t message_out = envelope->Message();
Table table_out = message_out->HeaderTable();
EXPECT_EQ(table_in.size(), table_out.size());
EXPECT_TRUE(std::equal(table_in.begin(), table_in.end(), table_out.begin()));
}