/* * Copyright (c) 2017 The WebRTC project authors. All Rights Reserved. * * Use of this source code is governed by a BSD-style license * that can be found in the LICENSE file in the root of the source * tree. An additional intellectual property rights grant can be found * in the file PATENTS. All contributing project authors may * be found in the AUTHORS file in the root of the source tree. */ #include "examples/unityplugin/unity_plugin_apis.h" #include #include #include "examples/unityplugin/simple_peer_connection.h" namespace { static int g_peer_connection_id = 1; static std::map> g_peer_connection_map; } // namespace int CreatePeerConnection(const char** turn_urls, const int no_of_urls, const char* username, const char* credential, bool mandatory_receive_video) { g_peer_connection_map[g_peer_connection_id] = new rtc::RefCountedObject(); if (!g_peer_connection_map[g_peer_connection_id]->InitializePeerConnection( turn_urls, no_of_urls, username, credential, mandatory_receive_video)) return -1; return g_peer_connection_id++; } bool ClosePeerConnection(int peer_connection_id) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->DeletePeerConnection(); g_peer_connection_map.erase(peer_connection_id); return true; } bool AddStream(int peer_connection_id, bool audio_only) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->AddStreams(audio_only); return true; } bool AddDataChannel(int peer_connection_id) { if (!g_peer_connection_map.count(peer_connection_id)) return false; return g_peer_connection_map[peer_connection_id]->CreateDataChannel(); } bool CreateOffer(int peer_connection_id) { if (!g_peer_connection_map.count(peer_connection_id)) return false; return g_peer_connection_map[peer_connection_id]->CreateOffer(); } bool CreateAnswer(int peer_connection_id) { if (!g_peer_connection_map.count(peer_connection_id)) return false; return g_peer_connection_map[peer_connection_id]->CreateAnswer(); } bool SendDataViaDataChannel(int peer_connection_id, const char* data) { if (!g_peer_connection_map.count(peer_connection_id)) return false; std::string s(data); g_peer_connection_map[peer_connection_id]->SendDataViaDataChannel(s); return true; } bool SetAudioControl(int peer_connection_id, bool is_mute, bool is_record) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->SetAudioControl(is_mute, is_record); return true; } bool SetRemoteDescription(int peer_connection_id, const char* type, const char* sdp) { if (!g_peer_connection_map.count(peer_connection_id)) return false; return g_peer_connection_map[peer_connection_id]->SetRemoteDescription(type, sdp); } bool AddIceCandidate(const int peer_connection_id, const char* candidate, const int sdp_mlineindex, const char* sdp_mid) { if (!g_peer_connection_map.count(peer_connection_id)) return false; return g_peer_connection_map[peer_connection_id]->AddIceCandidate( candidate, sdp_mlineindex, sdp_mid); } // Register callback functions. bool RegisterOnLocalI420FrameReady(int peer_connection_id, I420FRAMEREADY_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnLocalI420FrameReady( callback); return true; } bool RegisterOnRemoteI420FrameReady(int peer_connection_id, I420FRAMEREADY_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnRemoteI420FrameReady( callback); return true; } bool RegisterOnLocalDataChannelReady(int peer_connection_id, LOCALDATACHANNELREADY_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnLocalDataChannelReady( callback); return true; } bool RegisterOnDataFromDataChannelReady( int peer_connection_id, DATAFROMEDATECHANNELREADY_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnDataFromDataChannelReady( callback); return true; } bool RegisterOnFailure(int peer_connection_id, FAILURE_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnFailure(callback); return true; } bool RegisterOnAudioBusReady(int peer_connection_id, AUDIOBUSREADY_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnAudioBusReady(callback); return true; } // Singnaling channel related functions. bool RegisterOnLocalSdpReadytoSend(int peer_connection_id, LOCALSDPREADYTOSEND_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnLocalSdpReadytoSend( callback); return true; } bool RegisterOnIceCandiateReadytoSend( int peer_connection_id, ICECANDIDATEREADYTOSEND_CALLBACK callback) { if (!g_peer_connection_map.count(peer_connection_id)) return false; g_peer_connection_map[peer_connection_id]->RegisterOnIceCandiateReadytoSend( callback); return true; }