MushMachine/framework/engine/src/mm/services/net_channeled_interface.hpp

79 lines
2.4 KiB
C++

#pragma once
#include <mm/engine.hpp>
#include <vector>
#include <set>
namespace MM::Services {
class NetChanneledInterface : public Service {
public:
using channel_id = uint8_t;
enum class channel_type {
LOSSY,
LOSSLESS
};
using peer_id = uint64_t; // might be truncated by backends
using packet_type = uint16_t; // can be aliased to an enum by the user
protected:
std::set<peer_id> _peer_list;
public: // support querrys
// returns the number (highest number??) maximum channels supported by backend
virtual channel_id getMaxChannels(void) = 0;
// returns wether the channel type is supported
virtual bool getSupportedChannelType(channel_type type) = 0;
// in the best case, this performs a propper MTU estimation (lol)
virtual size_t getMaxPacketSize(void) = 0;
// TODO: add set channel type utils
public:
// ok , we manage the peer list now
virtual bool addPeer(peer_id peer) { return _peer_list.emplace(peer).second; }
virtual bool removePeer(peer_id peer) { return _peer_list.erase(peer); }
virtual void clearPeerlist(void) { _peer_list.clear(); }
// calls fn for each peer
virtual void forEachPeer(std::function<void(peer_id)> fn) {
for (peer_id peer : _peer_list) {
fn(peer);
}
}
public: // send/recv
// sends a packet of max getMaxPacketSize() bytes
virtual bool sendPacket(peer_id peer, channel_id channel, uint8_t* data, size_t data_size) = 0;
// sends a packet, automatically split if too big
// !! only on lossless channels
virtual bool sendPacketLarge(peer_id peer, channel_id channel, uint8_t* data, size_t data_size) = 0;
// TODO: broadcast?
// has any?
//virtual bool getPacket
// calls fn for each packet and fills in peer, channel, data_ptr, and data_size
// returns number of fn calls
virtual size_t forEachPacket(std::function<void(peer_id, channel_id, uint8_t*, size_t)> fn) = 0;
// calls fn for each packet and fills in channel, data_ptr, and data_size
// returns number of fn calls
virtual size_t forEachPacketPeer(peer_id peer, std::function<void(peer_id, channel_id, uint8_t*, size_t)> fn) = 0;
// calls fn for each packet and fills in data_ptr, and data_size
// returns number of fn calls
virtual size_t forEachPacketPeerChannel(peer_id peer, channel_id channel, std::function<void(peer_id, channel_id, uint8_t*, size_t)> fn) = 0;
};
} // MM::Services