void WSStreamerHandler::on_open(websocketpp::session_ptr client) {
if (client->get_resource() != "/") {
shared_ptr<ifstream> resource(new ifstream(client->get_resource().substr(1).c_str(), ios::binary));
if (resource->is_open()) {
cout << "INFO: Client has connected and opened " + client->get_resource() << endl;
// Check if it is a rtpdump file. If it is, fast foward past file header
if (resource->good()) {
streampos filestart = resource->tellg();
char* rtpdumphdr = new char[strlen(RTPPLAY_MAGIC)];
resource->read(rtpdumphdr, strlen(RTPPLAY_MAGIC));
if (resource->gcount() == strlen(RTPPLAY_MAGIC) && strncmp(rtpdumphdr, RTPPLAY_MAGIC, strlen(RTPPLAY_MAGIC)) == 0) {
cout << "INFO: Requested file is an rtpdump file. Fast forwarding past file header" << endl;
resource->ignore(sizeof(RD_hdr_t));
}
else {
// Reset file to beginning if we do not see rtpdump header
resource->seekg(filestart);
}
delete[] rtpdumphdr;
}
WSSClientInfo clientInfo;
clientInfo.resource = resource;
connections.insert(pair<websocketpp::session_ptr, WSSClientInfo>(client, clientInfo));
}
else {
cerr << "ERROR: Client has connected but server is unable to access " + client->get_resource() << endl;
client->send("ERROR: Failed to open resource");
}
}
}
int sendNAL(websocketpp::session_ptr client, shared_ptr<ifstream> file, int nals) {
if (file->good()) {
vector<unsigned char> buffer = readNAL(*file.get(), nals);
client->send(buffer);
//debug.write((char*)&buffer[0], buffer.size());
return buffer.size();
}
else {
return 0;
}
}
streamsize sendChunk(websocketpp::session_ptr client, shared_ptr<ifstream> file, int chunk_size) {
if (file->good()) {
char* read_buffer = new char[chunk_size];
vector<unsigned char> send_buffer;
file->read(read_buffer, chunk_size);
send_buffer.assign(read_buffer, read_buffer + file->gcount());
client->send(send_buffer);
delete [] read_buffer;
return file->gcount();
}
else {
return 0;
}
}
streamsize sendRTP(websocketpp::session_ptr client, shared_ptr<ifstream> file, int packets) {
if (file->good()) {
// Read file header
char packet_hdr_array[sizeof(RD_packet_t)];
file->read(packet_hdr_array, sizeof(packet_hdr_array));
RD_packet_t* packet_hdr = (RD_packet_t*)packet_hdr_array;
packet_hdr->length = ntohs(packet_hdr->length);
packet_hdr->plen = ntohs(packet_hdr->plen);
packet_hdr->offset = ntohl(packet_hdr->offset);
// Extract actual RTP packet
char* rtp_packet = new char[packet_hdr->plen];
file->read(rtp_packet, packet_hdr->plen);
vector<unsigned char> send_buffer;
send_buffer.assign(rtp_packet, rtp_packet + file->gcount());
client->send(send_buffer);
delete [] rtp_packet;
return file->gcount();
}
else {
return 0;
}
}
void echo_server_handler::on_message(websocketpp::session_ptr client,
const std::vector<unsigned char> &data) {
client->send(data);
}
void echo_server_handler::on_message(websocketpp::session_ptr client, const std::string &msg) {
client->send(msg);
}