/// <summary>
/// Create the library instance.
/// </summary>
/// <remarks>Only one instance per process is allowed.
/// This must be called before any other library function.</remarks>
public static Library Create(InitParams aParams)
{
Library instance = new Library();
instance.Initialise(aParams);
return(instance);
}
static int Main()
{
BasicConfigurator.Configure();
InitParams initParams = new InitParams {UseLoopbackNetworkAdapter = true};
string nodeGuid = Guid.NewGuid().ToString();
using (Library library = Library.Create(initParams))
{
SubnetList subnetList = new SubnetList();
NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
subnetList.Dispose();
var combinedStack = library.StartCombined(subnet);
AppServices services = new AppServices
{
NodeRebooter = new NullNodeRebooter(),
DeviceFactory = new DvDeviceFactory(combinedStack.DeviceStack)
};
string exePath = Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location);
string storePath = Path.Combine(exePath, "test-store");
ConfigFileCollection config = new ConfigFileCollection(new string[] { });
config.AddFile("config.xml",
new XElement("ohos",
new XElement("system-settings",
new XElement("store", storePath)
)
)
);
if (Directory.Exists(storePath))
{
Directory.Delete(storePath, true);
}
using (var installModule = new AppShellModule(services, config, null, nodeGuid))
{
installModule.AppShell.Start();
installModule.AppShell.Install(Path.Combine(exePath, "ohOs.TestApp1.zip"));
List<AppInfo> apps = installModule.AppShell.GetApps().ToList();
if (apps.Count!=1)
{
Console.Error.WriteLine("There should be one app installed. (Found {0}.)", apps.Count);
return 1;
}
if (apps[0].Name!="ohOs.TestApp1")
{
Console.Error.WriteLine("Wrong app name. (Got '{0}'.)", apps[0].Name);
PrintAppState(apps[0]);
return 1;
}
if (apps[0].State!=AppState.Running)
{
Console.Error.WriteLine("App should be running. (It isn't.)");
PrintAppState(apps[0]);
return 1;
}
}
}
return 0;
}
public static void Main(string[] args)
{
InitParams initParams = new InitParams
{
MsearchTimeSecs = 1,
UseLoopbackNetworkAdapter = true
};
using (Library lib = Library.Create(initParams))
{
SubnetList subnetList = new SubnetList();
NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
subnetList.Dispose();
lib.StartCombined(subnet);
Console.Write("TestCpDeviceDvCs - starting\n");
DeviceBasic device = new DeviceBasic();
CpDeviceDv cpDevice = new CpDeviceDv(device.Device());
TestBasicCp cp = new TestBasicCp(cpDevice);
cp.TestActions();
cp.TestSubscriptions();
cpDevice.RemoveRef();
device.Dispose();
Console.Write("TestCpDeviceDvCs - completed\n");
}
}
public static void Main(string[] args)
{
Core.InitParams initParams = new Core.InitParams();
Core.Library lib = new Core.Library();
lib.Initialise(initParams);
lib.StartCp();
new Runner((int)initParams.MsearchTimeSecs);
lib.Close();
}
public static void Main(string[] args)
{
Console.WriteLine("TestPerformanceDvCs - starting ('q' to quit)");
InitParams initParams = new InitParams();
using (Library lib = Library.Create(initParams))
{
lib.StartDv();
DeviceBasic device = new DeviceBasic();
while (Console.ReadKey(true).KeyChar != 'q') ;
device.Dispose();
}
}
public static void Main(string[] args)
{
InitParams initParams = new InitParams
{
MsearchTimeSecs = 1,
UseLoopbackNetworkInterface = true
};
Library lib = new Library();
lib.Initialise(initParams);
lib.StartCombined();
new Runner();
lib.Close();
}
public static void Main(string[] args)
{
Core.InitParams initParams = new Core.InitParams();
using (Core.Library lib = Core.Library.Create(initParams))
{
Core.SubnetList subnetList = new Core.SubnetList();
Core.NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
Console.WriteLine("Using adapter: {0}", nif.Name());
subnetList.Dispose();
lib.StartCp(subnet);
new Runner((int)initParams.MsearchTimeSecs);
}
}
public static void Main(string[] args)
{
Core.InitParams initParams = new Core.InitParams();
using (Core.Library lib = Core.Library.Create(initParams))
{
Core.SubnetList subnetList = new Core.SubnetList();
Core.NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
Console.WriteLine("Using adapter: {0}", nif.Name());
subnetList.Dispose();
lib.StartCp(subnet);
new Runner((int)initParams.MsearchTimeSecs);
}
}
public static void Main(string[] args)
{
// !!!! add OptionParser class rather than relying on the user guessing that the first arg
// is an int 1..3 and the second is the path of a folder that'll serve a test UI
Core.InitParams initParams = new Core.InitParams();
using (Core.Library lib = Core.Library.Create(initParams))
{
lib.StartDv();
Console.Write("TestDvLights - starting\n");
DeviceLights device = new DeviceLights(Convert.ToInt32(args[0]), args[1]);
Semaphore blocker = new Semaphore(0, 1);
blocker.WaitOne(60 * 60 * 1000); // make the device available for 1 hour then assume we've been forgotten about and exit
device.Dispose();
Console.Write("TestDvLights - exiting\n");
}
}
public Runner()
{
iInitParams = new InitParams();
iInitParams.DvUpnpWebServerPort = 0;
iInitParams.LogOutput = new MessageListener(Log);
iInitParams.SubnetListChangedListener = new ChangedListener(SubnetListChanged);
iInitParams.SubnetAddedListener = new NetworkAdapterListener(SubnetAdded);
iInitParams.SubnetRemovedListener = new NetworkAdapterListener(SubnetRemoved);
iInitParams.NetworkAdapterChangedListener = new NetworkAdapterListener(NetworkAdapterChanged);
iLibrary = Library.Create(iInitParams);
Library.SetDebugLevel(Library.DebugLevel.Trace);
SubnetList subnetList = new SubnetList();
NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
subnetList.Dispose();
iLibrary.StartCombined(subnet);
}
public static void Main(string[] args)
{
InitParams initParams = new InitParams
{
MsearchTimeSecs = 1,
UseLoopbackNetworkAdapter = true,
DvUpnpWebServerPort = 0
};
using (Library lib = Library.Create(initParams))
{
SubnetList subnetList = new SubnetList();
NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
subnetList.Dispose();
lib.StartCombined(subnet);
new Runner();
}
}
private void Initialise(InitParams aParams)
{
iLogOutput = aParams.LogOutput;
iFatalErrorHandler = aParams.FatalErrorHandler;
iAsyncBeginHandler = aParams.AsyncBeginHandler;
iAsyncEndHandler = aParams.AsyncEndHandler;
iAsyncErrorHandler = aParams.AsyncErrorHandler;
iSubnetListChangedListener = aParams.SubnetListChangedListener;
iSubnetAddedListener = aParams.SubnetAddedListener;
iSubnetRemovedListener = aParams.SubnetRemovedListener;
iNetworkAdapterChangedListener = aParams.NetworkAdapterChangedListener;
IntPtr nativeInitParams = aParams.AllocNativeInitParams(IntPtr.Zero);
OhNetInitParamsSetFreeExternalCallback(nativeInitParams, FreeMemory);
if (0 != OhNetLibraryInitialise(nativeInitParams))
{
InitParams.FreeNativeInitParams(nativeInitParams);
throw new LibraryException();
}
}
public static void Main(string[] args)
{
InitParams initParams = new InitParams
{
MsearchTimeSecs = 1,
UseLoopbackNetworkInterface = true
};
Library lib = new Library();
lib.Initialise(initParams);
lib.StartCombined();
Console.Write("TestCpDeviceDvCs - starting\n");
DeviceBasic device = new DeviceBasic();
CpDeviceDv cpDevice = new CpDeviceDv(device.Device());
TestBasicCp cp = new TestBasicCp(cpDevice);
cp.TestActions();
cp.TestSubscriptions();
cpDevice.RemoveRef();
device.Dispose();
Console.Write("TestCpDeviceDvCs - completed\n");
lib.Close();
}
public override void init()
{
mh = new InitParams.MessageHandler(mhCb);
ml = new MessageListener(mh);
OpenHome.Net.Core.InitParams initParams = new OpenHome.Net.Core.InitParams();
OpenHome.Net.Core.Library.SetDebugLevel(Library.DebugLevel.Error);
initParams.LogOutput = ml;
lib = OpenHome.Net.Core.Library.Create(initParams);
OpenHome.Net.Core.SubnetList subnetList = new OpenHome.Net.Core.SubnetList();
OpenHome.Net.Core.NetworkAdapter nif = subnetList.SubnetAt((uint)networkConnectInfo.subNetIndex);
this.delegateStartingNetwork(nif.FullName());
uint subnet = nif.Subnet();
subnetList.Dispose();
lib.StartCp(subnet);
}
private Library(InitParams aParams)
{
iInitParams = aParams;
}
public ChangedListener(InitParams.ChangeHandler aHandler)
{
iHandler = aHandler;
}
public NetworkAdapterListener(InitParams.NetworkAdapterHandler aHandler)
{
iHandler = aHandler;
}
public MessageListener(InitParams.MessageHandler aHandler)
{
iHandler = aHandler;
}
public AsyncListener(InitParams.AsyncHandler aHandler)
{
iHandler = aHandler;
}
public static void Main(string[] args)
{
// !!!! add OptionParser class rather than relying on the user guessing that the first arg
// is an int 1..3 and the second is the path of a folder that'll serve a test UI
Core.InitParams initParams = new Core.InitParams();
using (Core.Library lib = Core.Library.Create(initParams))
{
lib.StartDv();
Console.Write("TestDvLights - starting\n");
DeviceLights device = new DeviceLights(Convert.ToInt32(args[0]), args[1]);
Semaphore blocker = new Semaphore(0, 1);
blocker.WaitOne(60 * 60 * 1000); // make the device available for 1 hour then assume we've been forgotten about and exit
device.Dispose();
Console.Write("TestDvLights - exiting\n");
}
}
private void Initialise(InitParams aParams)
{
iLogOutput = aParams.LogOutput;
iFatalErrorHandler = aParams.FatalErrorHandler;
iAsyncBeginHandler = aParams.AsyncBeginHandler;
iAsyncEndHandler = aParams.AsyncEndHandler;
iAsyncErrorHandler = aParams.AsyncErrorHandler;
iSubnetListChangedListener = aParams.SubnetListChangedListener;
iSubnetAddedListener = aParams.SubnetAddedListener;
iSubnetRemovedListener = aParams.SubnetRemovedListener;
iNetworkAdapterChangedListener = aParams.NetworkAdapterChangedListener;
IntPtr nativeInitParams = aParams.AllocNativeInitParams(IntPtr.Zero);
OhNetInitParamsSetFreeExternalCallback(nativeInitParams, FreeMemory);
if (0 != OhNetLibraryInitialise(nativeInitParams))
{
InitParams.FreeNativeInitParams(nativeInitParams);
throw new LibraryException();
}
}
public NetworkAdapterListener(InitParams.NetworkAdapterHandler aHandler)
{
iHandler = aHandler;
Callback = new InitParams.OhNetCallbackNetworkAdapter(NetworkAdapter);
}
public ChangedListener(InitParams.ChangeHandler aHandler)
{
iHandler = aHandler;
Callback = new InitParams.OhNetCallback(Changed);
}
/// <summary>
/// Create the library instance.
/// </summary>
/// <remarks>Only one instance per process is allowed.
/// This must be called before any other library function.</remarks>
public static Library Create(InitParams aParams)
{
Library instance = new Library();
instance.Initialise(aParams);
return instance;
}
private void Initialise(InitParams aParams)
{
IntPtr nativeInitParams = aParams.AllocNativeInitParams(IntPtr.Zero);
iCallbackFreeMemory = new CallbackFreeMemory(FreeMemory);
OhNetInitParamsSetFreeExternalCallback(nativeInitParams, iCallbackFreeMemory);
if (0 != OhNetLibraryInitialise(nativeInitParams))
{
InitParams.FreeNativeInitParams(nativeInitParams);
throw new LibraryException();
}
}
public MessageListener(InitParams.MessageHandler aHandler)
{
iHandler = aHandler;
Callback = new InitParams.OhNetCallbackMsg(Message);
}
private Library(InitParams aParams)
{
iInitParams = aParams;
}
public AsyncListener(InitParams.AsyncHandler aHandler)
{
iHandler = aHandler;
Callback = new InitParams.OhNetCallbackAsync(AsyncListenerCallback);
}
public static void Main(string[] aArgs)
{
Console.WriteLine("TestPerformanceCpCs - starting");
InitParams initParams = new InitParams();
using (Library lib = Library.Create(initParams))
{
SubnetList subnetList = new SubnetList();
NetworkAdapter nif = subnetList.SubnetAt(0);
uint subnet = nif.Subnet();
subnetList.Dispose();
var deviceListFactory = new CpUpnpDeviceListFactory(lib.StartCp(subnet));
ICpDevice device = null;
Semaphore sem = new Semaphore(0, 1);
var deviceList = deviceListFactory.CreateListServiceType("openhome.org", "TestBasic", 1,
(aDeviceList, aDevice) =>
{
if (device != null)
{
throw new Exception("Found more than one device. Giving up as test results will probably be invalid.");
}
device = aDevice;
device.AddRef();
sem.Release();
},
(aDeviceList, aDevice) =>
{
throw new Exception("ERROR: Device removed while test is running.");
});
sem.WaitOne();
// actions
Console.WriteLine("");
int[] threadCounts = { 1, 2, 4 };
foreach (int threadCount in threadCounts)
{
List<Thread> threads = new List<Thread>();
for (int i = 0; i < threadCount; i++)
{
threads.Add(new Thread(ActionThread));
}
ThreadArgs threadArgs = new ThreadArgs(device, kTestDurationMs);
for (int i = 0; i < threadCount; i++)
{
threads[i].Start(threadArgs);
}
for (int i = 0; i < threadCount; i++)
{
threads[i].Join();
}
Console.WriteLine("Invoked {0} actions in {1}ms using {2} threads", threadArgs.Count, kTestDurationMs, threadCount);
}
// subscriptions
Thread thread = new Thread(SubscriptionThread);
ThreadArgs args = new ThreadArgs(device, kTestDurationMs);
thread.Start(args);
thread.Join();
Console.WriteLine("\nCompleted {0} subscriptions in {1}ms\n", args.Count, kTestDurationMs);
device.RemoveRef();
deviceList.Dispose();
Console.WriteLine("\nTests complete. Press 'q' to exit.");
while (Console.ReadKey(true).KeyChar != 'q') ;
}
}
