void Http::WriteHeaderRange(WriterHttpHeader& aWriter, TUint64 aFirst, TUint64 aLast)
{
Bws<6+20+1+20> buf;
buf.Append(Http::kRangeBytes);
Ascii::AppendDec(buf, aFirst);
buf.Append(Http::kRangeSeparator);
Ascii::AppendDec(buf, aLast);
aWriter.WriteHeader(Http::kHeaderRange, buf);
}
void SourcesCallback(MockCbData<ITopology2Source*>* aArgs)
{
// w("Source " + v.Index + " " + v.Name + " " + v.Type + " " + v.Visible));
ITopology2Source* src = aArgs->iData;
FunctorGeneric<const Brx&> f = aArgs->iCallback;
Bws<100> buf;
buf.Replace(Brn("Source "));
Ascii::AppendDec(buf, src->Index());
buf.Append(Brn(" "));
Brn name(src->Name());
buf.Append(src->Name());
buf.Append(Brn(" "));
buf.Append(src->Type());
buf.Append(Brn(" "));
if (src->Visible())
{
buf.Append(Brn("True"));
}
else
{
buf.Append(Brn("False"));
}
f(buf);
delete aArgs;
}
EventServerUpnp::EventServerUpnp(CpStack& aCpStack, TIpAddress aInterface)
: iTcpServer(aCpStack.Env(), "EventServer", aCpStack.Env().InitParams()->CpUpnpEventServerPort(), aInterface)
{
const TUint numThread = aCpStack.Env().InitParams()->NumEventSessionThreads();
for (TUint i=0; i<numThread; i++) {
Bws<Thread::kMaxNameBytes+1> thName;
thName.AppendPrintf("EventSession %d", i);
thName.PtrZ();
iTcpServer.Add((const TChar*)thName.Ptr(), new EventSessionUpnp(aCpStack));
}
}
EventServerUpnp::EventServerUpnp(CpStack& aCpStack, TIpAddress aInterface)
: iTcpServer(aCpStack.Env(), "EventServer", aCpStack.Env().InitParams()->CpUpnpEventServerPort(), aInterface)
{
const TUint numThread = aCpStack.Env().InitParams()->NumEventSessionThreads();
#ifndef _WIN32
// nothing terribly bad would happen if this assertion failed so its not worth a separate Windows implementation
ASSERT(numThread < 10);
#endif
for (TUint i=0; i<numThread; i++) {
Bws<Thread::kMaxNameBytes+1> thName;
thName.AppendPrintf("EventSession %d", i);
thName.PtrZ();
iTcpServer.Add((const TChar*)thName.Ptr(), new EventSessionUpnp(aCpStack));
}
}
void OpenHome::UnhandledExceptionHandler(Exception& aException)
{
Bws<5> thName;
GetThreadName(thName);
char buf[1024];
(void)snprintf(buf, sizeof(buf), "Unhandled exception %s at %s:%lu in thread %s\n", aException.Message(), aException.File(), (unsigned long)aException.Line(), thName.Ptr());
TInt len = 8*1024;
char* msg = new char[len];
if (msg != NULL) {
(void)strncpy(msg, buf, len);
len -= (TInt)strlen(buf);
(void)strncat(msg, "\n", len);
len -= 2;
THandle stackTrace = aException.StackTrace();
TUint count = Os::StackTraceNumEntries(stackTrace);
for (TUint i=0; i<count; i++) {
const char* entry = Os::StackTraceEntry(stackTrace, i);
(void)strncat(msg, entry, len);
len -= (TInt)strlen(entry) + 2;
if (len < 0) {
break;
}
(void)strncat(msg, "\n", len);
}
}
if (len > 0) {
(void)strncat(msg, "\n", len);
}
CallFatalErrorHandler((msg!=NULL? msg : buf));
delete msg;
}
SocketTcpServer* DviServerLpec::CreateServer(const NetworkAdapter& aNif)
{
SocketTcpServer* server = new SocketTcpServer(iDvStack.Env(), "LpecServer", iPort, aNif.Address());
const TUint numThreads = iDvStack.Env().InitParams()->DvNumLpecThreads();
AdapterData* ad = new AdapterData(aNif.Address());
iAdapterData.push_back(ad);
for (TUint i=0; i<numThreads; i++) {
Bws<Thread::kMaxNameBytes+1> thName;
thName.AppendPrintf("LpecSession %d", i);
thName.PtrZ();
DviSessionLpec* session = new DviSessionLpec(iDvStack, aNif.Address(), iPort);
server->Add((const TChar*)thName.Ptr(), session);
ad->iSessions.push_back(session);
}
return server;
}
void XmlFetch::Output(IAsyncOutput& aConsole)
{
Mutex& lock = iCpStack.Env().Mutex();
lock.Wait();
Bws<Ascii::kMaxUintStringBytes+1> buf;
(void)Ascii::AppendDec(buf, iSequenceNumber);
buf.PtrZ();
aConsole.Output("SequenceNumber", (const TChar*)buf.Ptr());
Bws<Uri::kMaxUriBytes+1> uri(iUri->AbsoluteUri());
uri.PtrZ();
aConsole.Output("XmlFetch", (const TChar*)uri.Ptr());
if (Error()) {
iError.Output(aConsole);
}
lock.Signal();
}
void LogMsg(const char *format, ...)
{
#ifdef DEFINE_TRACE
va_list args;
va_start(args, format);
// not all messages are errors but enough are that its handy to log everything here if we're interested in errors
if(Debug::TestLevel(Debug::kBonjour) || Debug::TestLevel(Debug::kError)) {
Bws<kMaxLogMsgBytes> msg;
TUint written = mDNS_vsnprintf((char*)msg.Ptr(), msg.MaxBytes(), format, args);
msg.SetBytes(written);
Log::Print(msg);
Log::Print("\n");
}
va_end(args);
#endif
}
void OpenHome::UnhandledExceptionHandler(const TChar* aExceptionMessage, const TChar* aFile, TUint aLine)
{
Bws<5> thName;
GetThreadName(thName);
char buf[1024];
(void)snprintf(buf, sizeof(buf), "Unhandled exception %s at %s:%lu in thread %s\n", aExceptionMessage, aFile, (unsigned long)aLine, thName.Ptr());
CallFatalErrorHandler(buf);
}
void OpenHome::UnhandledExceptionHandler(std::exception& aException)
{
Bws<5> thName;
GetThreadName(thName);
char buf[1024];
(void)snprintf(buf, sizeof(buf), "Unhandled exception %s in thread %s\n", aException.what(), thName.Ptr());
CallFatalErrorHandler(buf);
}
void StandbyCallback(MockCbData<TBool>* aArgs)
{
TBool i = aArgs->iData;
FunctorGeneric<const Brx&> f = aArgs->iCallback;
Bws<100> buf;
buf.Replace(Brn("Standby "));
if (i)
{
buf.Append(Brn("True"));
}
else
{
buf.Append(Brn("False"));
}
f(buf);
delete aArgs;
}
DviSubscriptionManager::DviSubscriptionManager(DvStack& aDvStack)
: Thread("DvSubscriptionMgr")
, iDvStack(aDvStack)
, iLock("DSBM")
, iFree(aDvStack.Env().InitParams()->DvNumPublisherThreads())
{
const TUint numPublisherThreads = iDvStack.Env().InitParams()->DvNumPublisherThreads();
LOG(kDvEvent, "> DviSubscriptionManager: creating %u publisher threads\n", numPublisherThreads);
iPublishers = (Publisher**)malloc(sizeof(*iPublishers) * numPublisherThreads);
for (TUint i=0; i<numPublisherThreads; i++) {
Bws<Thread::kMaxNameBytes+1> thName;
thName.AppendPrintf("Publisher %d", i);
thName.PtrZ();
iPublishers[i] = new Publisher((const TChar*)thName.Ptr(), iFree);
iFree.Write(iPublishers[i]);
iPublishers[i]->Start();
}
Start();
}
TChar* CpListenerMsearch::CreateTypeString(const Brx& aDomain, const Brx& aType, TUint aVersion)
{
TChar* type = (TChar*)malloc(aDomain.Bytes() + aType.Bytes() + 2 + Ascii::kMaxUintStringBytes + 1);
TChar* ptr = type;
(void)strncpy(ptr, (const TChar*)aDomain.Ptr(), aDomain.Bytes());
ptr += aDomain.Bytes();
*ptr = ':';
ptr++;
(void)strncpy(ptr, (const TChar*)aType.Ptr(), aType.Bytes());
ptr += aType.Bytes();
*ptr = ':';
ptr++;
Bws<Ascii::kMaxUintStringBytes> ver;
Ascii::AppendDec(ver, aVersion);
(void)strncpy(ptr, (const TChar*)ver.Ptr(), ver.Bytes());
ptr += ver.Bytes();
*ptr = '\0';
return type;
}
TUint Ascii::AppendDec(Bwx& aBuffer, TUint64 aValue)
{
Bws<20> reversed; // Maximum value requires 20 digits
if (aValue == 0) {
aBuffer.Append('0');
return (1);
}
while(aValue > 0) {
reversed.Append((TChar)('0' + aValue % 10));
aValue = aValue / 10;
}
for (TUint i = reversed.Bytes(); i > 0; i--) {
aBuffer.Append(reversed[i - 1]);
}
return (reversed.Bytes());
}
XmlFetchManager::XmlFetchManager(CpStack& aCpStack)
: Thread("XmlFetchManager")
, iCpStack(aCpStack)
, iLock("FETL")
, iFree(iCpStack.Env().InitParams()->NumXmlFetcherThreads())
{
const TUint numThreads = iCpStack.Env().InitParams()->NumXmlFetcherThreads();
iFetchers = (XmlFetcher**)malloc(sizeof(*iFetchers) * numThreads);
for (TUint i=0; i<numThreads; i++) {
Bws<Thread::kMaxNameBytes+1> thName;
thName.AppendPrintf("XmlFetcher %d", i);
thName.PtrZ();
iFetchers[i] = new XmlFetcher((const TChar*)thName.Ptr(), iFree);
iFree.Write(iFetchers[i]);
iFetchers[i]->Start();
}
iActive = true;
Start();
}
void CpiDeviceUpnp::GetServiceUri(Uri& aUri, const TChar* aType, const ServiceType& aServiceType)
{
Brn root = XmlParserBasic::Find("root", iXml);
Brn device = XmlParserBasic::Find("device", root);
Brn udn = XmlParserBasic::Find("UDN", device);
if (!CpiDeviceUpnp::UdnMatches(udn, Udn())) {
Brn deviceList = XmlParserBasic::Find("deviceList", device);
do {
Brn remaining;
device.Set(XmlParserBasic::Find("device", deviceList, remaining));
udn.Set(XmlParserBasic::Find("UDN", device));
deviceList.Set(remaining);
} while (!CpiDeviceUpnp::UdnMatches(udn, Udn()));
}
Brn serviceList = XmlParserBasic::Find("serviceList", device);
Brn service;
Brn serviceType;
const Brx& targServiceType = aServiceType.FullName();
do {
Brn remaining;
service.Set(XmlParserBasic::Find("service", serviceList, remaining));
serviceType.Set(XmlParserBasic::Find("serviceType", service));
serviceList.Set(remaining);
} while (serviceType != targServiceType);
Brn path = XmlParserBasic::Find(aType, service);
if (path.Bytes() == 0) {
// no event url => service doesn't have any evented state variables
THROW(XmlError);
}
// now create a uri using the scheme/host/port of the device xml location
// plus the path we've just constructed
Bws<40> base; // just need space for http://xxx.xxx.xxx.xxx:xxxxx
aUri.Replace(iLocation);
base.Append(aUri.Scheme());
base.Append("://");
base.Append(aUri.Host());
base.Append(':');
Ascii::AppendDec(base, aUri.Port());
aUri.Replace(base, path);
}
mStatus mDNSPlatformSendUDP(const mDNS* m, const void* const aMessage, const mDNSu8* const aEnd,
mDNSInterfaceID aInterface, const mDNSAddr *aAddress, mDNSIPPort aPort)
{
if (aInterface == mDNSInterface_LocalOnly) {
LOG(kBonjour, "Bonjour mDNSPlatformSendUDP - local only, ignore\n");
return 0;
}
LOG(kBonjour, "Bonjour mDNSPlatformSendUDP\n");
MdnsPlatform& platform = *(MdnsPlatform*)m->p;
Brn buffer((const TByte*)aMessage, (TUint)((const TByte*)aEnd - (const TByte*)aMessage));
ASSERT(aAddress->type == mDNSAddrType_IPv4);
Bws<16> address;
address.AppendPrintf("%d.%d.%d.%d",
aAddress->ip.v4.b[0],
aAddress->ip.v4.b[1],
aAddress->ip.v4.b[2],
aAddress->ip.v4.b[3] );
Endpoint endpoint(Arch::BigEndian2(aPort.NotAnInteger), address);
return platform.SendUdp(buffer, endpoint);
}
void WsProtocol80::Read(Brn& aData, TBool& aClosed)
{
aData.Set(NULL, 0);
aClosed = false;
static const TByte kBitMaskFinalFragment = 1<<7;
static const TByte kBitMaskRsv123 = 0x70;
static const TByte kBitMaskOpcode = 0xf;
static const TByte kBitMaskPayloadMask = 1<<7;
static const TByte kBitMaskPayloadLen = 0x7f;
// validate framing
Bws<2> ctrl;
ctrl.Append(iReadBuffer.Read(2));
const TByte& byte0 = ctrl.At(0);
const TByte& byte1 = ctrl.At(1);
const TBool fragment = ((byte0 & kBitMaskFinalFragment) == 0);
if (byte0 & kBitMaskRsv123) {
LOG2(kDvWebSocket, kError, "WS: RSV bit(s) set - %u - but no extension negotiated\n", (byte0 & kBitMaskRsv123) >> 4);
Close(kCloseProtocolError);
aClosed = true;
return;
}
void SuiteUnicast::Receiver()
{
TBool first = true;
iLastVal = 0;
TUint val;
Bws<kMsgBytes> recv;
do {
recv.SetBytes(0);
(void)iReceiver->Receive(recv);
ASSERT(recv.Bytes() >= sizeof(TUint32));
val = *((TUint32*)recv.Ptr());
if (val != kQuit) {
if (first) {
TEST(val == 0);
first = false;
}
else {
TEST(val == iLastVal+1);
}
}
//Print("Received %u, last sent %u\n", val, iSendVal);
iLastVal = val;
} while (val != kQuit);
}
Brn DeviceXml::ServiceVersion(const Brx& aServiceType) const
{
const TUint kMaxDomainBytes = 64;
const TUint kMaxTypeBytes = 64;
Bws<kMaxDomainBytes> domain;
Bws<kMaxTypeBytes> upnpType;
Parser parser(aServiceType);
TUint count = 0;
while (!parser.Finished()) {
upnpType.Replace(parser.Next('.'));
count++;
}
parser.Restart();
while (--count) {
Brn element = parser.Next('.');
if (domain.Bytes() > 0) {
domain.Append('.');
}
domain.Append(element);
}
Bws<kMaxDomainBytes> upnpDomain;
Ssdp::CanonicalDomainToUpnp(domain, upnpDomain);
Brn serviceList = XmlParserBasic::Find("serviceList", iXml);
for (;;) {
Brn service = XmlParserBasic::Find("service", serviceList, serviceList);
Brn type = XmlParserBasic::Find("serviceType", service);
Parser parser(type);
if (parser.Next(':') == Brn("urn")) {
if (parser.Next(':') == upnpDomain) {
if (parser.Next(':') == Brn("service")) {
if (parser.Next(':') == upnpType) {
return (parser.Remaining());
}
}
}
}
}
}
void SuiteFileStream::Test()
{
const TUint kBytes = 256;
Bws<kBytes> b;
// Populate each position in the buffer with it's index.
for (TUint i=0; i<kBytes; i++) {
b.Append((TChar)i);
}
FileBrx f(b);
FileStream stream;
stream.SetFile(&f);
TEST(stream.Bytes() == kBytes);
// test basic reading
Bws<kBytes> buf;
stream.Read(buf);
TEST(buf == b);
TEST(stream.Tell() == kBytes);
// test that reads on a full buffer and at the end of a file throw
TEST_THROWS(stream.Read(buf), ReaderError);
buf.SetBytes(0);
TEST_THROWS(stream.Read(buf), ReaderError);
// test seeking
stream.Seek(0);
TEST(stream.Tell() == 0);
// test a stream can be (un)interrupted
stream.ReadInterrupt();
Bws<10> buf2;
TEST_THROWS(stream.Read(buf2), ReaderError);
stream.Interrupt(false);
stream.Read(buf2);
TEST(buf2.Bytes() == buf2.MaxBytes());
for (TUint i=0; i<10; i++) {
TEST(buf2[i] == b[i]);
}
// test that Read appends to a buffer
buf.SetBytes(0);
buf.Append(buf2);
stream.Read(buf);
TEST(buf.Bytes() == kBytes);
TEST(buf == b);
}
void SuiteFileBrx::Test()
{
const TUint kBytes = 256;
Bws<kBytes> b;
// Populate each position in the buffer with it's index.
for (TUint i=0; i<kBytes; i++) {
b.Append((TChar)i);
}
FileBrx f(b);
Bws<kBytes> buff;
f.Read(buff); // Read full buffer
TEST(buff == b);
buff.SetBytes(0);
TEST_THROWS(f.Read(buff), FileReadError); // Attempt full buffer from end
f.Seek(0, eSeekFromStart);
buff.SetBytes(0);
f.Read(buff, 10);
TEST(buff[0] == 0);
TEST(buff[9] == 9);
f.Seek(10, eSeekFromStart);
buff.SetBytes(0);
f.Read(buff, 10);
TEST(buff[0] == 10);
TEST(buff[9] == 19);
f.Seek(10, eSeekFromCurrent);
buff.SetBytes(0);
f.Read(buff, 10);
TEST(buff[0] == 30);
TEST(buff[9] == 39);
}
ExampleMediaPlayer::ExampleMediaPlayer(HWND hwnd,
Net::DvStack& aDvStack,
const Brx& aUdn,
const TChar* aRoom,
const TChar* aProductName,
const Brx& aUserAgent)
: iSemShutdown("TMPS", 0)
, iDisabled("test", 0)
, iHwnd(hwnd)
, iCpProxy(NULL)
, iTxTimestamper(NULL)
, iRxTimestamper(NULL)
, iTxTsMapper(NULL)
, iRxTsMapper(NULL)
, iUserAgent(aUserAgent)
{
iShell = new Shell(aDvStack.Env(), kShellPort);
iShellDebug = new ShellCommandDebug(*iShell);
Bws<256> friendlyName;
friendlyName.Append(aRoom);
friendlyName.Append(':');
friendlyName.Append(aProductName);
// create UPnP device
iDevice = new DvDeviceStandard(aDvStack, aUdn, *this);
iDevice->SetAttribute("Upnp.Domain", "av.openhome.org");
iDevice->SetAttribute("Upnp.Type", "Source");
iDevice->SetAttribute("Upnp.Version", "1");
iDevice->SetAttribute("Upnp.FriendlyName", friendlyName.PtrZ());
iDevice->SetAttribute("Upnp.Manufacturer", "OpenHome");
iDevice->SetAttribute("Upnp.ModelName", "ExampleMediaPlayer");
// create separate UPnP device for standard MediaRenderer
Bws<256> buf(aUdn);
buf.Append("-MediaRenderer");
// The renderer name should be <room name>:<UPnP AV source name> to allow
// our control point to match the renderer device to the upnp av source.
Bws<256> rendererName(aRoom);
rendererName.Append(":");
rendererName.Append(SourceUpnpAv::kSourceName);
iDeviceUpnpAv = new DvDeviceStandard(aDvStack, buf);
iDeviceUpnpAv->SetAttribute("Upnp.Domain", "upnp.org");
iDeviceUpnpAv->SetAttribute("Upnp.Type", "MediaRenderer");
iDeviceUpnpAv->SetAttribute("Upnp.Version", "1");
friendlyName.Append(":MediaRenderer");
iDeviceUpnpAv->SetAttribute("Upnp.FriendlyName", rendererName.PtrZ());
iDeviceUpnpAv->SetAttribute("Upnp.Manufacturer", "OpenHome");
iDeviceUpnpAv->SetAttribute("Upnp.ModelName", "ExampleMediaPlayer");
// create read/write store. This creates a number of static (constant)
// entries automatically
iRamStore = new RamStore();
// create a read/write store using the new config framework
iConfigRegStore = new ConfigRegStore();
iConfigRegStore->Write(Brn("Product.Room"), Brn(aRoom));
iConfigRegStore->Write(Brn("Product.Name"), Brn(aProductName));
// Volume Control
VolumeProfile volumeProfile;
VolumeConsumer volumeInit;
volumeInit.SetVolume(iVolume);
volumeInit.SetBalance(iVolume);
volumeInit.SetFade(iVolume);
// Set pipeline thread priority just below the pipeline animator.
iInitParams = PipelineInitParams::New();
iInitParams->SetThreadPriorityMax(kPriorityHighest);
iInitParams->SetStarvationMonitorMaxSize(Jiffies::kPerMs * 100);
// create MediaPlayer
iMediaPlayer = new MediaPlayer(aDvStack, *iDevice, *iShell, *iRamStore,
*iConfigRegStore, iInitParams,
volumeInit, volumeProfile, aUdn, Brn(aRoom),
Brn(aProductName));
iPipelineStateLogger = new LoggingPipelineObserver();
iMediaPlayer->Pipeline().AddObserver(*iPipelineStateLogger);
// Set up config app.
static const TUint addr = 0; // Bind to all addresses.
static const TUint port = 0; // Bind to whatever free port the OS
// allocates to the framework server.
iAppFramework = new WebAppFramework(aDvStack.Env(),
addr,
port,
kMaxUiTabs,
kUiSendQueueSize);
}
int CDECL main(int aArgc, char* aArgv[])
{
OptionParser parser;
OptionUint optionAdapter("-a", "--adapter", 0, "[adapter] index of network adapter to use");
parser.AddOption(&optionAdapter);
OptionString optionRoom("-r", "--room", Brx::Empty(), "Room containing the receiver to play/stop");
parser.AddOption(&optionRoom);
if (!parser.Parse(aArgc, aArgv)) {
return 1;
}
gRoom.Replace(optionRoom.Value());
InitialisationParams* initParams = InitialisationParams::Create();
UpnpLibrary::Initialise(initParams);
std::vector<NetworkAdapter*>* subnetList = UpnpLibrary::CreateSubnetList();
TIpAddress subnet = (*subnetList)[optionAdapter.Value()]->Subnet();
UpnpLibrary::DestroySubnetList(subnetList);
UpnpLibrary::Close();
TUint channel = 0;
TUint ttl = 4;
TUint latency = 100;
TBool multicast = false;
TBool disabled = false;
TUint preset = 99;
THandle Songcast = SongcastCreate("av.openhome.org", subnet, channel, ttl, latency, multicast, !disabled, preset, loggerReceiver, 0, loggerSubnet, 0, loggerConfigurationChanged, 0, NULL, 0, "OpenHome", "http://www.openhome.org", "http://www.openhome.org", icon_png, icon_png_len, "image/png");
if (Songcast == 0) {
printf("Songcast error\n");
return(1);
}
printf("preset = %d\n", preset);
if (multicast) {
printf("multicast\n");
}
else {
printf("unicast\n");
}
if (disabled) {
printf("disabled\n");
}
else {
printf("enabled\n");
}
printf("q = quit, m = toggle multicast, e = toggle enabled\n");
for (;;) {
int key = mygetch();
if (key == 'q') {
break;
}
if (key == 'm') {
if (multicast) {
multicast = false;
SongcastSetMulticast(Songcast, false);
}
else {
multicast = true;
SongcastSetMulticast(Songcast, true);
}
}
if (key == 'e') {
if (disabled) {
disabled = false;
SongcastSetEnabled(Songcast, true);
}
else {
disabled = true;
SongcastSetEnabled(Songcast, false);
}
}
if (key == 'a') {
SongcastSetSubnet(Songcast, 43200); // 192.168.0.0
}
if (gRecv != 0)
{
if (key == 'p') {
SongcastSetEnabled(Songcast, true);
ReceiverPlay(gRecv);
}
if (key == 's') {
ReceiverStop(gRecv);
ReceiverStandby(gRecv);
SongcastSetEnabled(Songcast, false);
}
}
}
if (gRecv != 0) {
ReceiverRemoveRef(gRecv);
}
SongcastDestroy(Songcast);
printf("\n");
return (0);
}
Soundcard::Soundcard(TIpAddress /* aSubnet */, TUint aChannel, TUint aTtl, TBool aMulticast, TBool aEnabled, TUint aPreset, ReceiverCallback aReceiverCallback, void* aReceiverPtr)
: iReceiverCallback(aReceiverCallback)
, iReceiverPtr(aReceiverPtr)
{
InitialisationParams* initParams = InitialisationParams::Create();
UpnpLibrary::Initialise(initParams);
std::vector<NetworkInterface*>* list = UpnpLibrary::SubnetList();
ASSERT(list->size() > 0);
NetworkInterface* iface = *list->begin();
delete (list);
UpnpLibrary::SetCurrentSubnet(*iface);
printf("Using %x\n", iface->Address());
UpnpLibrary::StartCombined();
Bws<kMaxUdnBytes> computer;
Bws<kMaxUdnBytes> udn;
Bws<kMaxUdnBytes + 1> friendly;
TUint bytes = computer.MaxBytes();
if (!GetComputerName((LPSTR)computer.Ptr(), (LPDWORD)&bytes)) {
THROW(SoundcardError);
}
computer.SetBytes(bytes);
udn.Replace("ohSoundcard-");
udn.Append(computer);
friendly.Replace(udn);
friendly.Append('\0');
iDevice = new DvDeviceStandard(udn);
iDevice->SetAttribute("Upnp.Domain", "av.openhome.org");
iDevice->SetAttribute("Upnp.Type", "Soundcard");
iDevice->SetAttribute("Upnp.Version", "1");
iDevice->SetAttribute("Upnp.FriendlyName", (TChar*)friendly.Ptr());
iDevice->SetAttribute("Upnp.Manufacturer", "Openhome");
iDevice->SetAttribute("Upnp.ManufacturerUrl", "http://www.openhome.org");
iDevice->SetAttribute("Upnp.ModelDescription", "OpenHome Soundcard");
iDevice->SetAttribute("Upnp.ModelName", "ohSoundcard");
iDevice->SetAttribute("Upnp.ModelNumber", "1");
iDevice->SetAttribute("Upnp.ModelUrl", "http://www.openhome.org");
iDevice->SetAttribute("Upnp.SerialNumber", "");
iDevice->SetAttribute("Upnp.Upc", "");
iDriver = new OhmSenderDriverWindows();
Brn icon(icon_png, icon_png_len);
iSender = new OhmSender(*iDevice, *iDriver, computer, aChannel, iface->Address(), aTtl, aMulticast, aEnabled, icon, Brn("image/png"), aPreset);
iDevice->SetEnabled();
iReceiverManager = new ReceiverManager3(*this, iSender->SenderUri(), iSender->SenderMetadata());
}
static void GetThreadName(Bws<5>& aThName)
{
aThName.SetBytes(0);
aThName.Append(Thread::CurrentThreadName());
aThName.PtrZ();
}
