bool InboundRTMPSDiscriminatorProtocol::BindSSL(IOBuffer &buffer) {
//1. Create the RTMP protocol
BaseProtocol *pRTMP = new InboundRTMPProtocol();
if (!pRTMP->Initialize(GetCustomParameters())) {
FATAL("Unable to create RTMP protocol");
pRTMP->EnqueueForDelete();
return false;
}
//2. Destroy the link
BaseProtocol *pFar = _pFarProtocol;
pFar->ResetNearProtocol();
ResetFarProtocol();
//3. Create the new links
pFar->SetNearProtocol(pRTMP);
pRTMP->SetFarProtocol(pFar);
//4. Set the application
pRTMP->SetApplication(GetApplication());
//5. Enqueue for delete this protocol
EnqueueForDelete();
//6. Process the data
if (!pRTMP->SignalInputData(buffer)) {
FATAL("Unable to process data");
pRTMP->EnqueueForDelete();
}
return true;
}
BaseProtocol *InboundHTTP4RTMP::Bind(string sid) {
BaseProtocol *pResult = NULL;
if (_pNearProtocol == NULL) {
//14. This might be a new connection. Do we have that sid generated?
if (!MAP_HAS1(_generatedSids, sid)) {
FATAL("Invalid sid: %s", STR(sid));
return false;
}
//15. See if we have to generate a new connection or we just pick up
//a disconnected one
if (MAP_HAS1(_protocolsBySid, sid)) {
pResult = ProtocolManager::GetProtocol(_protocolsBySid[sid]);
} else {
pResult = new InboundRTMPProtocol();
pResult->Initialize(GetCustomParameters());
pResult->SetApplication(GetApplication());
_protocolsBySid[sid] = pResult->GetId();
SetNearProtocol(pResult);
pResult->SetFarProtocol(this);
}
} else {
pResult = _pNearProtocol;
}
return pResult;
}
bool TSAppProtocolHandler::DoHTTPRequest(BaseProtocol *pProtocol) {
//1. Get the paramaters
Variant ¶meters = pProtocol->GetCustomParameters();
//2. Get the http protocol
OutboundHTTPProtocol *pHTTP = NULL;
BaseProtocol *pTemp = pProtocol;
while (pTemp != NULL) {
if (pTemp->GetType() == PT_OUTBOUND_HTTP) {
pHTTP = (OutboundHTTPProtocol *) pTemp;
break;
}
pTemp = pTemp->GetFarProtocol();
}
if (pHTTP == NULL) {
FATAL("This is not a HTTP based protocol chain");
return false;
}
//3. We wish to disconnect after the transfer is complete
pHTTP->SetDisconnectAfterTransfer(true);
//4. This is a GET request
pHTTP->Method(HTTP_METHOD_GET);
//5. Our document and the host
pHTTP->Document(parameters["document"]);
pHTTP->Host(parameters["host"]);
//6. Done
return pHTTP->EnqueueForOutbound();
}
void HTTPBuffAppProtocolHandler::RegisterProtocol(BaseProtocol *pProtocol) {
//1. Get the TS protocol ID from the parameters
uint32_t tsId = pProtocol->GetCustomParameters()["payload"]["tsId"];
//2. Get the TS protocol
BaseProtocol *pTSProtocol = ProtocolManager::GetProtocol(tsId);
if (pTSProtocol == NULL) {
FATAL("Unable to get TS protocol by id: %u", tsId);
pProtocol->EnqueueForDelete();
return;
}
//3. Link them
pProtocol->SetNearProtocol(pTSProtocol);
pTSProtocol->SetFarProtocol(pProtocol);
//4. make sure that upper protocols survive AES protocol death
pProtocol->DeleteNearProtocol(false);
//5. Do the HTTP request
if (!((GenericProtocol *) pProtocol)->DoHTTPRequest()) {
FATAL("Unable to do HTTP request");
pProtocol->EnqueueForDelete();
return;
}
}
void OutboundConnectivity::SignalDetachedFromInStream() {
BaseProtocol *pProtocol = ProtocolManager::GetProtocol(_rtpClient.protocolId);
if (pProtocol != NULL) {
pProtocol->EnqueueForDelete();
}
_pRTSPProtocol = NULL;
}
bool OutboundRTMPProtocol::PerformHandshake(IOBuffer &buffer) {
switch (_rtmpState) {
case RTMP_STATE_NOT_INITIALIZED:
{
_encrypted = (VariantType) _customParameters[CONF_PROTOCOL] == V_STRING &&
_customParameters[CONF_PROTOCOL] == CONF_PROTOCOL_OUTBOUND_RTMPE;
_usedScheme = _encrypted ? 1 : 0;
if ((VariantType) _customParameters[CONF_PROTOCOL] == V_STRING &&
_customParameters[CONF_PROTOCOL] == CONF_PROTOCOL_OUTBOUND_RTMPE) {
return PerformHandshakeStage1(true);
} else {
return PerformHandshakeStage1(false);
}
}
case RTMP_STATE_CLIENT_REQUEST_SENT:
{
if (GETAVAILABLEBYTESCOUNT(buffer) < 3073)
return true;
if (!PerformHandshakeStage2(buffer, _encrypted)) {
FATAL("Unable to handshake");
return false;
}
if (_pFarProtocol != NULL) {
if (!_pFarProtocol->EnqueueForOutbound()) {
FATAL("Unable to signal output data");
return false;
}
}
if (_pKeyIn != NULL && _pKeyOut != NULL) {
//insert the RTMPE protocol in the current protocol stack
BaseProtocol *pFarProtocol = GetFarProtocol();
RTMPEProtocol *pRTMPE = new RTMPEProtocol(_pKeyIn, _pKeyOut,
GETAVAILABLEBYTESCOUNT(_outputBuffer));
ResetFarProtocol();
pFarProtocol->SetNearProtocol(pRTMPE);
pRTMPE->SetNearProtocol(this);
//FINEST("New protocol chain: %s", STR(*pFarProtocol));
}
if (!buffer.Ignore(3073)) {
FATAL("Unable to ignore 3073 bytes");
return false;
}
_handshakeCompleted = true;
return true;
}
default:
{
FATAL("Invalid RTMP state: %d", _rtmpState);
return false;
}
}
}
bool InboundHTTP4RTMP::ProcessIdle(vector<string> &parts) {
BaseProtocol *pProtocol = Bind(parts[2]);
if (pProtocol == NULL) {
FATAL("Unable to bind protocol");
return false;
}
_outputBuffer.ReadFromByte(1);
IOBuffer *pBuffer = pProtocol->GetOutputBuffer();
if (pBuffer != NULL) {
_outputBuffer.ReadFromBuffer(GETIBPOINTER(*pBuffer), GETAVAILABLEBYTESCOUNT(*pBuffer));
pBuffer->IgnoreAll();
}
return BaseProtocol::EnqueueForOutbound();
}
void AppleStreamingClientApplication::SignalStreamUnRegistered(BaseStream *pStream) {
if (pStream->GetType() != ST_IN_NET_TS)
return;
BaseProtocol *pProtocol = pStream->GetProtocol();
if (pProtocol == NULL) {
ASSERT("Protocol is NULL!!!");
}
uint32_t contextId = pProtocol->GetCustomParameters()["contextId"];
ClientContext *pContext = ClientContext::GetContext(contextId, 0, 0);
if (pContext == NULL) {
WARN("Context not available anymore");
pProtocol->EnqueueForDelete();
return;
}
pContext->SignalStreamUnRegistered(pStream);
}
bool UnixDomainSocketAcceptor::Accept() {
struct sockaddr_un remoteAddress;
memset(&remoteAddress, 0, sizeof (struct sockaddr_un));
socklen_t len = sizeof (struct sockaddr_un);
int32_t fd;
int32_t error;
//1. Accept the connection
fd = accept(_inboundFd, (sockaddr *)&remoteAddress, &len);
error = LASTSOCKETERROR;
if (fd < 0) {
FATAL("Unable to accept UX client connection: %s (%d)", strerror(error), error);
return false;
}
if (!_enabled) {
CLOSE_SOCKET(fd);
_droppedCount++;
WARN("Acceptor is not enabled. UX Client dropped: %s", STR(_sockPath));
return true;
}
INFO("Client connected: %s", STR(_sockPath));
//if (!setFdOptions(fd, false)) {
// FATAL("Unable to set unix socket options");
// CLOSE_SOCKET(fd);
// return false;
//}
//2. Create the chain
BaseProtocol *pProtocol = ProtocolFactoryManager::CreateProtocolChain(
_protocolChain, _parameters);
if (pProtocol == NULL) {
FATAL("Unable to create protocol chain");
CLOSE_SOCKET(fd);
return false;
}
//3. Create the carrier and bind it
UnixDomainSocketCarrier *pUnixDomainSocketCarrier = new UnixDomainSocketCarrier(fd, _sockPath);
pUnixDomainSocketCarrier->SetProtocol(pProtocol->GetFarEndpoint());
pProtocol->GetFarEndpoint()->SetIOHandler(pUnixDomainSocketCarrier);
//4. Register protocol for thread access
UnixDomainSocketManager::RegisterUXThreadProtocol(pUnixDomainSocketCarrier->GetSocketName(),
(UnixDomainSocketProtocol *)pUnixDomainSocketCarrier->GetProtocol());
//5. Register the protocol stack with an application
if (_pApplication != NULL) {
pProtocol = pProtocol->GetNearEndpoint();
pProtocol->SetApplication(_pApplication);
}
if (pProtocol->GetNearEndpoint()->GetOutputBuffer() != NULL)
pProtocol->GetNearEndpoint()->EnqueueForOutbound();
_acceptedCount++;
return true;
}
BaseProtocol *ProtocolFactory::SpawnProtocol(uint64_t type, Variant ¶meters) {
BaseProtocol *pResult = NULL;
switch (type) {
#ifdef HAS_MS_TIMER
case PT_FINE_TIMER:
pResult = new FineTimer();
break;
#endif /* HAS_MS_TIMER */
case PT_INBOUND_MASTER_M3U8:
pResult = new MasterM3U8Protocol();
break;
case PT_INBOUND_CHILD_M3U8:
pResult = new ChildM3U8Protocol();
break;
case PT_INBOUND_KEY:
pResult = new InboundKeyProtocol();
break;
case PT_HTTP_BUFF:
pResult = new HTTPBufferProtocol();
break;
case PT_INBOUND_AES:
pResult = new InboundAESProtocol();
break;
default:
FATAL("Spawning protocol %s not yet implemented",
STR(tagToString(type)));
break;
}
if (pResult != NULL) {
if (!pResult->Initialize(parameters)) {
FATAL("Unable to initialize protocol %s",
STR(tagToString(type)));
delete pResult;
pResult = NULL;
}
}
return pResult;
}
BaseProtocol *DefaultProtocolFactory::SpawnProtocol(uint64_t type, Variant ¶meters) {
BaseProtocol *pResult = NULL;
switch (type) {
case PT_TCP:
pResult = new TCPProtocol();
break;
case PT_UDP:
pResult = new UDPProtocol();
break;
case PT_INBOUND_SSL:
pResult = new InboundSSLProtocol();
break;
case PT_OUTBOUND_SSL:
pResult = new OutboundSSLProtocol();
break;
#ifdef HAS_PROTOCOL_DNS
case PT_INBOUND_DNS:
pResult = new InboundDNSResolverProtocol();
break;
case PT_OUTBOUND_DNS:
pResult = new OutboundDNSResolverProtocol();
break;
#endif /* HAS_PROTOCOL_DNS */
#ifdef HAS_PROTOCOL_RTMP
case PT_INBOUND_RTMP:
pResult = new InboundRTMPProtocol();
break;
case PT_INBOUND_RTMPS_DISC:
pResult = new InboundRTMPSDiscriminatorProtocol();
break;
case PT_OUTBOUND_RTMP:
pResult = new OutboundRTMPProtocol();
break;
#ifdef HAS_PROTOCOL_HTTP
case PT_INBOUND_HTTP_FOR_RTMP:
pResult = new InboundHTTP4RTMP();
break;
#endif /* HAS_PROTOCOL_HTTP */
#endif /* HAS_PROTOCOL_RTMP */
#ifdef HAS_PROTOCOL_TS
case PT_INBOUND_TS:
pResult = new InboundTSProtocol();
break;
#endif /* HAS_PROTOCOL_TS */
#ifdef HAS_PROTOCOL_HTTP
case PT_INBOUND_HTTP:
pResult = new InboundHTTPProtocol();
break;
case PT_OUTBOUND_HTTP:
pResult = new OutboundHTTPProtocol();
break;
#endif /* HAS_PROTOCOL_HTTP */
#ifdef HAS_PROTOCOL_LIVEFLV
case PT_INBOUND_LIVE_FLV:
pResult = new InboundLiveFLVProtocol();
break;
#endif /* HAS_PROTOCOL_LIVEFLV */
#ifdef HAS_PROTOCOL_VAR
case PT_XML_VAR:
pResult = new XmlVariantProtocol();
break;
case PT_BIN_VAR:
pResult = new BinVariantProtocol();
break;
case PT_JSON_VAR:
pResult = new JsonVariantProtocol();
break;
#endif /* HAS_PROTOCOL_VAR */
#ifdef HAS_PROTOCOL_RTP
case PT_RTSP:
pResult = new RTSPProtocol();
break;
case PT_RTCP:
pResult = new RTCPProtocol();
break;
case PT_INBOUND_RTP:
pResult = new InboundRTPProtocol();
break;
case PT_RTP_NAT_TRAVERSAL:
pResult = new NATTraversalProtocol();
break;
#endif /* HAS_PROTOCOL_RTP */
#ifdef HAS_PROTOCOL_CLI
case PT_INBOUND_JSONCLI:
pResult = new InboundJSONCLIProtocol();
break;
case PT_HTTP_4_CLI:
pResult = new HTTP4CLIProtocol();
break;
#endif /* HAS_PROTOCOL_CLI */
#ifdef HAS_PROTOCOL_MMS
case PT_OUTBOUND_MMS:
pResult = new MMSProtocol();
break;
#endif /* HAS_PROTOCOL_MMS */
#ifdef HAS_PROTOCOL_RAWHTTPSTREAM
case PT_INBOUND_RAW_HTTP_STREAM:
pResult = new InboundRawHTTPStreamProtocol();
break;
#endif /* HAS_PROTOCOL_RAWHTTPSTREAM */
default:
FATAL("Spawning protocol %s not yet implemented",
STR(tagToString(type)));
break;
}
if (pResult != NULL) {
if (!pResult->Initialize(parameters)) {
FATAL("Unable to initialize protocol %s",
STR(tagToString(type)));
delete pResult;
pResult = NULL;
}
}
return pResult;
}
bool TCPAcceptor::Accept() {
sockaddr address;
memset(&address, 0, sizeof (sockaddr));
socklen_t len = sizeof (sockaddr);
int32_t fd;
int32_t error;
//1. Accept the connection
fd = accept(_inboundFd, &address, &len);
error = errno;
if (fd < 0) {
FATAL("Unable to accept client connection: %s (%d)", strerror(error), error);
return false;
}
if (!_enabled) {
CLOSE_SOCKET(fd);
_droppedCount++;
WARN("Acceptor is not enabled. Client dropped: %s:%"PRIu16" -> %s:%"PRIu16,
inet_ntoa(((sockaddr_in *) & address)->sin_addr),
ENTOHS(((sockaddr_in *) & address)->sin_port),
STR(_ipAddress),
_port);
return true;
}
INFO("Client connected: %s:%"PRIu16" -> %s:%"PRIu16,
inet_ntoa(((sockaddr_in *) & address)->sin_addr),
ENTOHS(((sockaddr_in *) & address)->sin_port),
STR(_ipAddress),
_port);
if (!setFdOptions(fd)) {
FATAL("Unable to set socket options");
CLOSE_SOCKET(fd);
return false;
}
//4. Create the chain
BaseProtocol *pProtocol = ProtocolFactoryManager::CreateProtocolChain(_protocolChain, _parameters);
if (pProtocol == NULL) {
FATAL("Unable to create protocol chain");
CLOSE_SOCKET(fd);
return false;
}
//5. Create the carrier and bind it
TCPCarrier *pTCPCarrier = new TCPCarrier(fd);
pTCPCarrier->SetProtocol(pProtocol->GetFarEndpoint());
pProtocol->GetFarEndpoint()->SetIOHandler(pTCPCarrier);
//6. Register the protocol stack with an application
if (_pApplication != NULL) {
pProtocol = pProtocol->GetNearEndpoint();
pProtocol->SetApplication(_pApplication);
}
if (pProtocol->GetNearEndpoint()->GetOutputBuffer() != NULL)
pProtocol->GetNearEndpoint()->EnqueueForOutbound();
_acceptedCount++;
//7. Done
return true;
}
bool InboundRTMPProtocol::PerformHandshake(IOBuffer &buffer) {
switch (_rtmpState) {
case RTMP_STATE_NOT_INITIALIZED:
{
if (GETAVAILABLEBYTESCOUNT(buffer) < 1537) {
return true;
}
uint8_t handshakeType = GETIBPOINTER(buffer)[0];
if (!buffer.Ignore(1)) {
FATAL("Unable to ignore one byte");
return false;
}
_currentFPVersion = ENTOHLP(GETIBPOINTER(buffer) + 4);
switch (handshakeType) {
case 3: //plain
{
return PerformHandshake(buffer, false);
}
case 6: //encrypted
{
return PerformHandshake(buffer, true);
}
default:
{
FATAL("Handshake type not implemented: %hhu", handshakeType);
return false;
}
}
}
case RTMP_STATE_SERVER_RESPONSE_SENT:
{
if (GETAVAILABLEBYTESCOUNT(buffer) < 1536) {
return true;
} else {
//ignore the client's last handshake part
if (!buffer.Ignore(1536)) {
FATAL("Unable to ignore inbound data");
return false;
}
_handshakeCompleted = true;
_rtmpState = RTMP_STATE_DONE;
if (_pKeyIn != NULL && _pKeyOut != NULL) {
//insert the RTMPE protocol in the current protocol stack
BaseProtocol *pFarProtocol = GetFarProtocol();
RTMPEProtocol *pRTMPE = new RTMPEProtocol(_pKeyIn, _pKeyOut);
ResetFarProtocol();
pFarProtocol->SetNearProtocol(pRTMPE);
pRTMPE->SetNearProtocol(this);
FINEST("New protocol chain: %s", STR(*pFarProtocol));
//decrypt the leftovers
RC4(_pKeyIn, GETAVAILABLEBYTESCOUNT(buffer),
GETIBPOINTER(buffer),
GETIBPOINTER(buffer));
}
return true;
}
}
default:
{
FATAL("Invalid RTMP state: %d", _rtmpState);
return false;
}
}
}
FOR_MAP(_clients, uint32_t, RTPClient, i) {
BaseProtocol *pProtocol = ProtocolManager::GetProtocol(MAP_KEY(i));
if (pProtocol != NULL)
pProtocol->EnqueueForDelete();
}
void EnvRun(string ip, uint16_t port, int logLevel)
#endif /* ANDROID */
{
//1. Initialize the logger
logLevel = logLevel < 0 ? 0 : logLevel;
logLevel = logLevel >= _FINEST_ ? _FINEST_ : logLevel;
Logger::Init();
BaseLogLocation *pLogLocation = NULL;
#ifdef ANDROID
pLogLocation = new LogCatLogLocation();
pLogLocation->SetLevel(logLevel);
Logger::AddLogLocation(pLogLocation);
#else
pLogLocation = new ConsoleLogLocation(true);
pLogLocation->SetLevel(logLevel);
Logger::AddLogLocation(pLogLocation);
#endif /* ANDROID */
#ifdef BUILD_SIGNATURE
//1.1 Create the settings string
FATAL("Build signature:\n%s", BUILD_SIGNATURE);
#endif /* BUILD_SIGNATURE */
//2. Create the default protocol factory
DefaultProtocolFactory *pFactory = new DefaultProtocolFactory();
if (!ProtocolFactoryManager::RegisterProtocolFactory(pFactory)) {
ASSERT("Unable to register default protocols factory");
}
//3. Initialize the I/O
IOHandlerManager::Initialize();
//4. Create the AppleStreamingClientApplication application
Variant configuration;
configuration[CONF_APPLICATION_NAME] = "applestreaminclient";
configuration[CONF_APPLICATION_ALIASES].PushToArray("asc");
configuration[CONF_APPLICATION_DEFAULT] = (bool)true;
configuration[CONF_APPLICATION_VALIDATEHANDSHAKE] = (bool)true;
configuration[CONF_APPLICATION_KEYFRAMESEEK] = (bool)true;
configuration[CONF_APPLICATION_CLIENTSIDEBUFFER] = (int32_t) 15;
configuration[CONF_APPLICATION_SEEKGRANULARITY] = 1.00;
configuration[CONF_APPLICATION_MEDIAFOLDER] = "./";
configuration[CONF_APPLICATION_GENERATE_META_FILES] = (bool)false;
configuration["rtspHost"] = format("rtsp://127.0.0.1:%hu/", port);
AppleStreamingClientApplication *pApp = new AppleStreamingClientApplication(
configuration);
#ifdef ANDROID
pApp->SetJavaCallBackInterface(ci);
#endif /* ANDROID */
if (!pApp->Initialize()) {
ASSERT("Unable to initialize the application");
}
//6. Register it to the app manager
if (!ClientApplicationManager::RegisterApplication(pApp)) {
ASSERT("Unable to register application");
}
//7. Create the RTSP acceptor
Variant acceptorConfig;
acceptorConfig[CONF_IP] = ip;
acceptorConfig[CONF_PORT] = (uint16_t) port;
acceptorConfig[CONF_PROTOCOL] = CONF_PROTOCOL_INBOUND_RTSP;
vector<uint64_t> chain;
chain = ProtocolFactoryManager::ResolveProtocolChain(acceptorConfig[CONF_PROTOCOL]);
if (chain.size() == 0) {
ASSERT("Invalid protocol chain: %s", STR(acceptorConfig[CONF_PROTOCOL]));
}
TCPAcceptor *pAcceptor = new TCPAcceptor(acceptorConfig[CONF_IP],
(uint16_t) acceptorConfig[CONF_PORT], acceptorConfig, chain);
if (!pAcceptor->StartAccept(pApp)) {
ASSERT("Unable to fire up acceptor");
}
//8. Create the bin variant acceptor
acceptorConfig[CONF_PORT] = (uint16_t) (port + 1);
acceptorConfig[CONF_PROTOCOL] = CONF_PROTOCOL_INBOUND_BIN_VARIANT;
chain = ProtocolFactoryManager::ResolveProtocolChain(acceptorConfig[CONF_PROTOCOL]);
if (chain.size() == 0) {
ASSERT("Invalid protocol chain: %s", STR(acceptorConfig[CONF_PROTOCOL]));
}
pAcceptor = new TCPAcceptor(acceptorConfig[CONF_IP], (uint16_t) acceptorConfig[CONF_PORT],
acceptorConfig, chain);
if (!pAcceptor->StartAccept(pApp)) {
ASSERT("Unable to fire up acceptor");
}
//9. Create the xml variant acceptor
acceptorConfig[CONF_PORT] = (uint16_t) (port + 2);
acceptorConfig[CONF_PROTOCOL] = CONF_PROTOCOL_INBOUND_XML_VARIANT;
chain = ProtocolFactoryManager::ResolveProtocolChain(acceptorConfig[CONF_PROTOCOL]);
if (chain.size() == 0) {
ASSERT("Invalid protocol chain: %s", STR(acceptorConfig[CONF_PROTOCOL]));
}
pAcceptor = new TCPAcceptor(acceptorConfig[CONF_IP], (uint16_t) acceptorConfig[CONF_PORT],
acceptorConfig, chain);
if (!pAcceptor->StartAccept(pApp)) {
ASSERT("Unable to fire up acceptor");
}
#ifdef HAS_PROTOCOL_RTMP
//9. Create the RTMP acceptor
acceptorConfig[CONF_PORT] = (uint16_t) (1935);
acceptorConfig[CONF_PROTOCOL] = CONF_PROTOCOL_INBOUND_RTMP;
chain = ProtocolFactoryManager::ResolveProtocolChain(acceptorConfig[CONF_PROTOCOL]);
if (chain.size() == 0) {
ASSERT("Invalid protocol chain: %s", STR(acceptorConfig[CONF_PROTOCOL]));
}
pAcceptor = new TCPAcceptor(acceptorConfig[CONF_IP], (uint16_t) acceptorConfig[CONF_PORT],
acceptorConfig, chain);
if (!pAcceptor->StartAccept(pApp)) {
ASSERT("Unable to fire up acceptor");
}
#endif /* HAS_PROTOCOL_RTMP */
//10. Create the timer UDP protocol
#ifdef HAS_MS_TIMER
acceptorConfig[CONF_PORT] = (uint16_t) (port + 3);
acceptorConfig[CONF_PROTOCOL] = "fineTimer";
acceptorConfig["FineTimerPeriod"] = 0.2;
chain = ProtocolFactoryManager::ResolveProtocolChain(acceptorConfig[CONF_PROTOCOL]);
if (chain.size() == 0) {
ASSERT("Invalid protocol chain: %s", STR(acceptorConfig[CONF_PROTOCOL]));
}
UDPCarrier *pUDPCarrier = UDPCarrier::Create(acceptorConfig[CONF_IP], (uint16_t) acceptorConfig[CONF_PORT]);
if (pUDPCarrier == NULL) {
ASSERT("Unable to bind on udp://%s:%hu", STR(acceptorConfig[CONF_IP]), (uint16_t) acceptorConfig[CONF_PORT]);
}
BaseProtocol *pTimer = ProtocolFactoryManager::CreateProtocolChain(chain, acceptorConfig);
pTimer->GetFarEndpoint()->SetIOHandler(pUDPCarrier);
pUDPCarrier->SetProtocol(pTimer->GetFarEndpoint());
pApp->SetFineTimerId(pTimer->GetId());
#endif /* HAS_MS_TIMER */
inet_aton("127.0.0.1", &gAddress.sin_addr);
memset(&gAddress, 0, sizeof (gAddress));
gAddress.sin_family = AF_INET;
gAddress.sin_port = EHTONS(port + 1);
//10. Run
while (IOHandlerManager::Pulse()) {
IOHandlerManager::DeleteDeadHandlers();
ProtocolManager::CleanupDeadProtocols();
}
//11. Shutting down protocols manager;
ProtocolManager::Shutdown();
ProtocolManager::CleanupDeadProtocols();
//12. Shutting down I/O handlers manager
IOHandlerManager::ShutdownIOHandlers();
IOHandlerManager::DeleteDeadHandlers();
IOHandlerManager::Shutdown();
//13. Unregister and delete default protocol handler
ProtocolFactoryManager::UnRegisterProtocolFactory(pFactory);
delete pFactory;
pFactory = NULL;
//14. Shutting down applications
ClientApplicationManager::Shutdown();
//15. Shutting down the logger leaving you in the dark. Bye bye
Logger::Free(true);
}