C++ port of the famous networking library LiteNetLib written in C#
As of now, library can be built with MSVC on Windows and with GCC on Linux. OS X support is planned in the future releases.
In order to build and run example project use following commands in Powershell for Windows:
git clone [email protected]:Revan600/LiteNetLibPP.git
cd LiteNetLibPP
mkdir build
cd build
cmake ../
cmake --build .
.\Debug\lnl_example_server.exe
.\Debug\lnl_example_client.exe
Or in bash for Linux:
git clone [email protected]:Revan600/LiteNetLibPP.git
cd LiteNetLibPP
mkdir build
cd build
cmake ../
make
./lnl_example_server
./lnl_example_client
After that you should be able to connect to the test server via localhost:4499 (or via your public IP)
All features of LiteNetLib implemented except of those:
- NTP
- Extra packet layers (and thus, no built-in crc32 and encryption)
- IPv6
- Connection statistics
- UDP NAT hole punching
- Packet loss and latency simulation
- vcpkg support
-
Only MSVC on Windows is currently supported
A simple ping-pong with 1000 clients (server benchmark):
No packet or connection drops were observed during the tests (but I'm sure there would be some bugs, so feel free to fill the issue)
- Implement missing features is number 1 priority
- Support all major platforms (linux and osx at least)
- Code cleanup, since this port is almost one-to-one rewrite of the C# version so almost none of C++17 power was used, unfortunately
- Improve overall performance as there's a lot of room to optimize
Here's simple client and server example which was used in the performance tests. More examples could be found here
#include <lnl/lnl.h>
class my_listener : public lnl::net_event_listener {
public:
void on_network_receive(std::shared_ptr<lnl::net_peer>& peer, lnl::net_data_reader& reader, uint8_t channelNumber,
lnl::DELIVERY_METHOD deliveryMethod) override {
static lnl::net_data_writer writer;
int32_t value;
if (!reader.try_read(value)) {
printf("cannot read value\n");
return;
}
writer.reset();
value++;
writer.write(value);
peer->send(writer, lnl::DELIVERY_METHOD::RELIABLE_ORDERED);
}
void on_connection_request(std::shared_ptr<lnl::net_connection_request>& request) override {
request->accept();
}
};
int main() {
lnl::initialize();
my_listener listener;
lnl::net_manager server(&listener);
server.start(4499);
while (server.is_running()) {
server.poll_events();
}
return 0;
}#include <lnl/lnl.h>
class my_listener : public lnl::net_event_listener {
public:
void on_network_receive(std::shared_ptr<lnl::net_peer>& peer, lnl::net_data_reader& reader, uint8_t channelNumber,
lnl::DELIVERY_METHOD deliveryMethod) override {
static lnl::net_data_writer writer;
int32_t value;
if (!reader.try_read(value)) {
printf("cannot read value\n");
return;
}
writer.reset();
printf("%i\n", value);
value++;
writer.write(value);
peer->send(writer, lnl::DELIVERY_METHOD::RELIABLE_ORDERED);
}
void on_connection_request(std::shared_ptr<lnl::net_connection_request>& request) override {
request->accept();
}
};
int main() {
lnl::initialize();
my_listener listener;
lnl::net_manager client(&listener);
lnl::net_address address("localhost", 4499);
lnl::net_data_writer writer;
client.start();
client.connect(address, writer);
while (client.is_running()) {
client.poll_events();
}
return 0;
}
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