virtual protected void MediaFailed(object sender, ExceptionRoutedEventArgs e)
{
UnhookEventHandlers();
TestLogger.LogMessage("MediaFailed Source: " + ((MediaElement)sender).Source);
TestLogger.LogMessage("Playback Failed");
TestLogger.LogMessage("MediaFailed: " + e.ErrorMessage);
}
public void SetMediaSource(string strMediaPath,
bool bPlayToEnd)
{
TestLogger.LogMessage("Enter Playback.SetMediaSource()");
if (_mediaElement == null)
{
TestLogger.LogMessage("_mediaElement is closed ");
return;
}
_bplayToEnd = bPlayToEnd;
_strMediaPath = strMediaPath;
//
// In order to play Smooth Streaming content (e.g. PIFF_SuperSpeedway_720.ism at
// http://playready.directtaps.net/smoothstreaming/SSWSS720H264PR/SuperSpeedway_720.ism/Manifest)
// you need to add Microsoft Universal Smooth Streaming Client SDK to the project's References.
// If you haven't installed the SDK, you can download and install the SDK from
// https://visualstudiogallery.msdn.microsoft.com/1e7d4700-7fa8-49b6-8a7b-8d8666685459?SRC=Home.
// Also add Visual C++ 2015 Runtime for Universal Windows Platform Apps to the project's References
// if it hasn't been added.
//
HookEventHandlers();
_mediaElement.Source = new Uri(_strMediaPath);
TestLogger.LogMessage("Leave Playback.SetMediaSource()");
}
public void Test_VerifyMultipleLicenses(string strKeyId,
string strKeyIdString,
string strEvaluated,
string strShouldExist,
string strCount)
{
TestLogger.LogMessage("Enter Test_VerifyMultipleLicenses()");
Guid keyIdGuid = ActionParamConvertToGuid(strKeyId);
string keyIdString = ActionParamConvertToString(strKeyIdString);
bool bFullyEvaluated = ActionParamConvertToBool(strEvaluated);
bool bLicenseShouldExist = ActionParamConvertToBool(strShouldExist);
Nullable <uint> uintCount = ActionParamConvertToUint(strCount);
if (bLicenseShouldExist)
{
VerifyLicensesShouldExist(keyIdGuid, bFullyEvaluated, uintCount);
}
else
{
VerifyLicensesShouldNotExist(keyIdGuid, bFullyEvaluated);
}
TestLogger.LogMessage("Leave Test_VerifyMultipleLicenses()");
}
static public PlayReadyDomain FindSingleDomain(Guid guidAccountId)
{
TestLogger.LogMessage("Enter DomainManagement.FindSingleDomain()");
TestLogger.LogMessage("Creating PlayReadyDomainIterable...");
PlayReadyDomainIterable domainIterable = new PlayReadyDomainIterable(guidAccountId);
foreach (PlayReadyDomain dom in domainIterable)
{
DumpDomainValues(dom);
}
PlayReadyDomain domain = null;
IEnumerable <IPlayReadyDomain> domainEnumerable = domainIterable;
int domainCount = Enumerable.Count <IPlayReadyDomain>(domainEnumerable);
TestLogger.LogMessage("domain count :" + domainCount);
if (domainCount > 0)
{
domain = Enumerable.ElementAt <IPlayReadyDomain>(domainEnumerable, 0) as PlayReadyDomain;
}
TestLogger.LogMessage("Leave DomainManagement.FindSingleDomain()");
return(domain);
}
static public IPlayReadyDomain[] FindMultipleDomains(Guid guidAccountId)
{
TestLogger.LogMessage("Enter DomainManagement.FindMultipleDomains()");
TestLogger.LogMessage("Creating PlayReadyDomainIterable...");
PlayReadyDomainIterable domainIterable = new PlayReadyDomainIterable(guidAccountId);
foreach (PlayReadyDomain dom in domainIterable)
{
DumpDomainValues(dom);
}
IPlayReadyDomain[] domains = null;
IEnumerable <IPlayReadyDomain> domainEnumerable = domainIterable;
int domainCount = Enumerable.Count <IPlayReadyDomain>(domainEnumerable);
TestLogger.LogMessage("domain count :" + domainCount);
if (domainCount > 0)
{
domains = Enumerable.ToArray <IPlayReadyDomain>(domainEnumerable);
}
TestLogger.LogMessage("Leave DomainManagement.FindMultipleDomains()");
return(domains);
}
public async void Test_DeleteLicenses(string strKeyId, string strEncryptionType, string strExpectedError)
{
TestLogger.LogMessage("Enter Test_DeleteLicenses()");
strExpectedError = ActionParamConvertToString(strExpectedError);
bool bTestActionResult = true;
try
{
Guid keyIdGuid = ActionParamConvertToGuid(strKeyId);
PlayReadyEncryptionAlgorithm alg = ActionParamConvertToPlayReadyEncryptionAlgorithm(strEncryptionType);
await LicenseManagement.DeleteLicenses(keyIdGuid, string.Empty, alg);
}
catch (Exception ex)
{
TestLogger.LogMessage("Test_DeleteLicenses Exception = " + ex.Message);
if (strExpectedError != null && ex.Message.ToLower().Contains(strExpectedError.ToLower()))
{
TestLogger.LogMessage("'" + ex.Message + "' Contains " + strExpectedError + " as expected");
bTestActionResult = true;
}
else
{
bTestActionResult = false;
}
}
TestLogger.LogMessage("Leave Test_DeleteLicenses()");
TestActionFinished(bTestActionResult, null);
}
public void Test_VerifyLicense(string keyId,
string keyIdString,
string evaluated,
string shouldExist
)
{
TestLogger.LogMessage("Enter Test_VerifyLicense()");
Guid keyIdGuid = ActionParamConvertToGuid(keyId);
keyIdString = ActionParamConvertToString(keyIdString);
bool bFullyEvaluated = ActionParamConvertToBool(evaluated);
bool bLicenseShouldExist = ActionParamConvertToBool(shouldExist);
if (bLicenseShouldExist)
{
VerifyLicenseShouldExist(keyIdGuid, keyIdString, bFullyEvaluated);
}
else
{
VerifyLicenseShouldNotExist(keyIdGuid, keyIdString, bFullyEvaluated);
}
TestLogger.LogMessage("Leave Test_VerifyLicense()");
}
static public void DumpLicenseValues(PlayReadyLicense license)
{
TestLogger.LogMessage(" ");
TestLogger.LogMessage("License values:");
TestLogger.LogMessage("FullyEvaluated :" + license.FullyEvaluated.ToString());
TestLogger.LogMessage("UsableForPlay :" + license.UsableForPlay.ToString());
if (license.ExpirationDate == null)
{
TestLogger.LogMessage("Expiration date : Not specified");
}
else
{
TestLogger.LogMessage("Expiration date :" + license.ExpirationDate.ToString());
}
TestLogger.LogMessage("Expiration period after first play :" + license.ExpireAfterFirstPlay);
TestLogger.LogMessage("DomainAccountId :" + license.DomainAccountID.ToString());
TestLogger.LogMessage("ChainDepth :" + license.ChainDepth);
for (uint i = 0; i < license.ChainDepth; i++)
{
Guid keyId = license.GetKIDAtChainDepth(i);
TestLogger.LogMessage(String.Format(System.Globalization.CultureInfo.CurrentCulture,
"KeyId at chain depth ( {0} ) : {1}", i, keyId.ToString()));
}
TestLogger.LogMessage(" ");
}
public void Test_PlayExpectLAFailure(MediaElement mediaElement,
string mediaName,
string strLAURL,
string strCustomData,
string strExpectedLAErrorCode,
string strExpectedPlaybackErrorCode,
string useManualEnabling
)
{
TestLogger.LogMessage("Enter Test_PlayExpectLAFailure()");
ServiceRequestConfigData requestConfigData = new ServiceRequestConfigData();
requestConfigData.Uri = ActionParamConvertToUri(strLAURL);
requestConfigData.ChallengeCustomData = ActionParamConvertToString(strCustomData);
requestConfigData.ExpectedLAErrorCode = ActionParamConvertToString(strExpectedLAErrorCode);
requestConfigData.ManualEnabling = ActionParamConvertToBool(useManualEnabling);
_playbackAndReportResult = new PlaybackAndReportResult(
mediaElement,
new ReportResultDelegate(TestActionFinished),
ActionParamConvertToString(strExpectedPlaybackErrorCode)
);
_playbackAndReportResult.RequestConfigData = requestConfigData;
_playbackAndReportResult.FullPlayback(mediaElement, mediaName);
TestLogger.LogMessage("Leave Test_PlayExpectLAFailure()");
}
public void Test_PlayWithExpectedError(MediaElement mediaElement,
string mediaName,
string strLAURL,
string strCustomData,
string strServiceId,
string strAccountId,
string strExpectedError)
{
TestLogger.LogMessage("Enter Test_PlayWithExpectedError()");
ServiceRequestConfigData requestConfigData = new ServiceRequestConfigData();
requestConfigData.Uri = ActionParamConvertToUri(strLAURL);
requestConfigData.ChallengeCustomData = ActionParamConvertToString(strCustomData);
requestConfigData.DomainUri = requestConfigData.Uri;
requestConfigData.DomainServiceId = ActionParamConvertToGuid(strServiceId);
requestConfigData.DomainAccountId = ActionParamConvertToGuid(strAccountId);
_playbackAndReportResult = new PlaybackAndReportResult(
mediaElement,
new ReportResultDelegate(TestActionFinished),
ActionParamConvertToString(strExpectedError)
);
_playbackAndReportResult.RequestConfigData = requestConfigData;
_playbackAndReportResult.FullPlayback(mediaElement, mediaName);
TestLogger.LogMessage("Leave Test_PlayWithExpectedError()");
}
public void Test_LicenseAcquisition(Guid [] GuidKids,
string strEncryptionAlgorithm,
string strLAURL,
string strServiceID,
string strCustomData,
string useManualEnabling,
string errorExpected)
{
TestLogger.LogMessage("Enter Test_LicenseAcquisition()");
ServiceRequestConfigData requestConfigData = new ServiceRequestConfigData();
requestConfigData.KeyIds = GuidKids;
requestConfigData.EncryptionAlgorithm = ActionParamConvertToPlayReadyEncryptionAlgorithm(strEncryptionAlgorithm);
requestConfigData.Uri = ActionParamConvertToUri(strLAURL);
requestConfigData.DomainServiceId = ActionParamConvertToGuid(strServiceID);
requestConfigData.ChallengeCustomData = ActionParamConvertToString(strCustomData);
if (useManualEnabling.ToLower() == "true")
{
requestConfigData.ManualEnabling = true;
}
_licenseAcquisition = new LAAndReportResult(new ReportResultDelegate(TestActionFinished));
_licenseAcquisition.RequestConfigData = requestConfigData;
_licenseAcquisition.ExpectedError = ActionParamConvertToString(errorExpected);
_licenseAcquisition.AcquireLicenseProactively();
TestLogger.LogMessage("Leave Test_LicenseAcquisition()");
}
public void Test_LoadMedia(MediaElement mediaElement,
string mediaName,
string strLAURL,
string strCustomData,
string strDJURL,
string strServiceId,
string strAccountId,
string useManualEnabling)
{
TestLogger.LogMessage("Enter Test_LoadMedia()");
ServiceRequestConfigData requestConfigData = new ServiceRequestConfigData();
requestConfigData.Uri = ActionParamConvertToUri(strLAURL);
requestConfigData.ChallengeCustomData = ActionParamConvertToString(strCustomData);
requestConfigData.DomainUri = ActionParamConvertToUri(strDJURL);
requestConfigData.DomainServiceId = ActionParamConvertToGuid(strServiceId);
requestConfigData.DomainAccountId = ActionParamConvertToGuid(strAccountId);
requestConfigData.ManualEnabling = ActionParamConvertToBool(useManualEnabling);
_playbackAndReportResult = new PlaybackAndReportResult(mediaElement, new ReportResultDelegate(TestActionFinished));
_playbackAndReportResult.RequestConfigData = requestConfigData;
_playbackAndReportResult.LoadMedia(mediaElement, mediaName, false);
TestLogger.LogMessage("Leave Test_LoadMedia()");
}
public void Test_VerifyServiceRequestStatistics(string strIndivCount, string strLACount)
{
TestLogger.LogMessage("Enter Test_VerifyServiceRequestStatistics()");
uint?indivCount = ActionParamConvertToUint(strIndivCount);
uint?LACount = ActionParamConvertToUint(strLACount);
bool bTestActionResult = true;
if (indivCount.HasValue)
{
uint actualIndivCount = SerivceRequestStatistics.GetIndivCount();
TestLogger.LogMessage("Actual indiv count = " + actualIndivCount);
if (indivCount.Value != actualIndivCount)
{
bTestActionResult = false;
}
}
if (LACount.HasValue)
{
uint ActualLicenseAcquisitionCount = SerivceRequestStatistics.GetLicenseAcquisitionCount();
TestLogger.LogMessage("Actual license acquisition count = " + ActualLicenseAcquisitionCount);
if (LACount.Value != ActualLicenseAcquisitionCount)
{
bTestActionResult = false;
}
}
TestActionFinished(bTestActionResult, null);
TestLogger.LogMessage("Leave Test_VerifyServiceRequestStatistics()");
}
public async void IndivReactively(PlayReadyIndividualizationServiceRequest indivRequest)
{
TestLogger.LogMessage("Enter Indiv.IndivReactively()");
Exception exception = null;
try
{
_serviceRequest = indivRequest;
SerivceRequestStatistics.IncIndivCount();
TestLogger.LogMessage("Begin indiv service request...");
await indivRequest.BeginServiceRequest();
}
catch (Exception ex)
{
TestLogger.LogMessage("Saving exception..");
exception = ex;
}
finally
{
IndivServiceRequestCompleted(indivRequest, exception);
}
TestLogger.LogMessage("Leave Indiv.IndivReactively()");
}
void DumpPlayReadySettings()
{
TestLogger.LogMessage("Dumping PlayReadySettings...");
Windows.Storage.ApplicationData appData = Windows.Storage.ApplicationData.Current;
Windows.Storage.StorageFolder storageFolder = appData.LocalFolder;
TestLogger.LogMessage("AppData LocalFolder Path = " + storageFolder.Path);
IReadOnlyDictionary <string, ApplicationDataContainer> dictionary = appData.LocalSettings.Containers;
TestLogger.LogMessage("Container count = " + dictionary.Count);
foreach (string containerName in dictionary.Keys)
{
TestLogger.LogMessage("Container name = " + containerName);
}
Windows.Storage.ApplicationDataContainer playreadySettings = appData.LocalSettings.Containers["PlayReady"];
TestLogger.LogMessage("Settings container Name = " + playreadySettings.Name);
Windows.Foundation.Collections.IPropertySet propertySetValues = playreadySettings.Values;
foreach (string strKey in propertySetValues.Keys)
{
string strValue = propertySetValues[strKey].ToString();
TestLogger.LogMessage("Key = " + strKey);
TestLogger.LogMessage("Value = " + strValue);
}
}
public void MeteringReportProactively()
{
TestLogger.LogMessage("Enter Metering.MeteringReportProactively()");
try
{
TestLogger.LogMessage("Creating metering report service request...");
PlayReadyMeteringReportServiceRequest meteringRequest = new PlayReadyMeteringReportServiceRequest();
MeteringReportReactively(meteringRequest);
}
catch (Exception ex)
{
if (ex.HResult == ServiceRequest.MSPR_E_NEEDS_INDIVIDUALIZATION)
{
PlayReadyIndividualizationServiceRequest indivServiceRequest = new PlayReadyIndividualizationServiceRequest();
RequestChain requestChain = new RequestChain(indivServiceRequest);
requestChain.FinishAndReportResult(new ReportResultDelegate(HandleIndivServiceRequest_Finished));
}
else
{
TestLogger.LogImportantMessage("MeteringReportProactively failed:" + ex.HResult);
}
}
TestLogger.LogMessage("Leave Metering.MeteringReportProactively()");
}
void VerifyLicensesShouldExist(Guid keyIdGuid, bool bFullyEvaluated, uint?uintCount)
{
IPlayReadyLicense[] licenses = LicenseManagement.FindMultipleLicenses(keyIdGuid, string.Empty, bFullyEvaluated);
if (licenses == null)
{
TestLogger.LogMessage("Licenses not found!!!");
TestActionFinished(false, null);
}
else
{
if (!uintCount.HasValue)
{
TestActionFinished(true, null);
}
else
{
if (licenses.Length == uintCount.Value)
{
TestLogger.LogMessage("License count matched!!!");
TestActionFinished(true, null);
}
else
{
TestLogger.LogMessage("License count not matching!!!");
TestActionFinished(false, null);
}
}
}
}
public void DomainLeaveProactively()
{
TestLogger.LogMessage("Enter DomainLeave.DomainLeaveProactively()");
try
{
PlayReadyDomainLeaveServiceRequest domainLeaveRequest = new PlayReadyDomainLeaveServiceRequest();
DomainLeaveReactively(domainLeaveRequest);
}
catch (Exception ex)
{
if (ex.HResult == ServiceRequest.MSPR_E_NEEDS_INDIVIDUALIZATION)
{
PlayReadyIndividualizationServiceRequest indivServiceRequest = new PlayReadyIndividualizationServiceRequest();
RequestChain requestChain = new RequestChain(indivServiceRequest);
requestChain.FinishAndReportResult(new ReportResultDelegate(HandleIndivServiceRequest_Finished));
}
else
{
TestLogger.LogMessage("DomainLeaveProactively failed:" + ex.HResult);
}
}
TestLogger.LogMessage("Leave DomainLeave.DomainLeaveProactively()");
}
public void SecureStopProactively()
{
TestLogger.LogMessage("Enter SecureStop.SecureStopReportProactively()");
try
{
TestLogger.LogMessage("Creating SecureStop report service request...");
PlayReadySecureStopIterable secureStopIterable = new PlayReadySecureStopIterable(_SecureStopCert);
PlayReadySecureStopServiceRequest SecureStopRequest = secureStopIterable.First() as PlayReadySecureStopServiceRequest;
//PlayReadySecureStopServiceRequest SecureStopRequest = new PlayReadySecureStopServiceRequest(_SecureStopCert);
SecureStopReactively(SecureStopRequest);
}
catch (Exception ex)
{
if (ex.HResult == ServiceRequest.MSPR_E_NEEDS_INDIVIDUALIZATION)
{
PlayReadyIndividualizationServiceRequest indivServiceRequest = new PlayReadyIndividualizationServiceRequest();
RequestChain requestChain = new RequestChain(indivServiceRequest);
requestChain.FinishAndReportResult(new ReportResultDelegate(HandleIndivServiceRequest_Finished));
}
else
{
TestLogger.LogImportantMessage("SecureStopProactively failed:" + ex.HResult);
}
}
TestLogger.LogMessage("Leave SecureStop.SecureStopReportProactively()");
}
void VerifyDomainsShouldExist(Guid guidAccountId, uint?uintCount)
{
IPlayReadyDomain[] domains = DomainManagement.FindMultipleDomains(guidAccountId);
if (domains == null)
{
TestLogger.LogMessage("Domains not found!!!");
TestActionFinished(false, null);
}
else
{
if (!uintCount.HasValue)
{
TestActionFinished(true, null);
}
else
{
if (domains.Length == uintCount.Value)
{
TestLogger.LogMessage("Domain count matched!!!");
TestActionFinished(true, null);
}
else
{
TestLogger.LogMessage("Domain count not matching!!!");
TestActionFinished(false, null);
}
}
}
}
protected override bool HandleExpectedError(Exception ex)
{
TestLogger.LogImportantMessage("Enter LAAndReportResult.HandleExpectedError()");
if (string.IsNullOrEmpty(_strExpectedError))
{
TestLogger.LogMessage("Setting error code to " + RequestConfigData.ExpectedLAErrorCode);
_strExpectedError = RequestConfigData.ExpectedLAErrorCode;
}
bool bHandled = false;
if (!string.IsNullOrEmpty(_strExpectedError))
{
if (ex.Message.ToLower().Contains(_strExpectedError.ToLower()))
{
TestLogger.LogImportantMessage("'" + ex.Message + "' Contains " + _strExpectedError + " as expected");
bHandled = true;
_reportResult(true, sampleDataItem);
}
}
TestLogger.LogImportantMessage("Leave LAAndReportResult.HandleExpectedError()");
return(bHandled);
}
protected override void LAServiceRequestCompleted(IPlayReadyLicenseAcquisitionServiceRequest sender, Exception hrCompletionStatus)
{
TestLogger.LogMessage("Enter LAAndReportResult.LAServiceRequestCompleted()");
if (hrCompletionStatus == null)
{
TestLogger.LogImportantMessage("***License acquisition succeeded***");
_reportResult(true, sampleDataItem);
}
else
{
if (PerformEnablingActionIfRequested(hrCompletionStatus) || HandleExpectedError(hrCompletionStatus))
{
TestLogger.LogMessage("Exception handled.");
}
else
{
TestLogger.LogError("LAServiceRequestCompleted ERROR: " + hrCompletionStatus.ToString());
TestLogger.LogError("hrCompletionStatus.HResult=" + hrCompletionStatus.HResult.ToString());
_reportResult(false, sampleDataItem);
}
}
TestLogger.LogMessage("Leave LAAndReportResult.LAServiceRequestCompleted()");
}
async public void HandleRevocationReactively(PlayReadyRevocationServiceRequest request)
{
TestLogger.LogMessage("Enter Revocation.HandleRevocationReactively()");
Exception exception = null;
try
{
_serviceRequest = request;
TestLogger.LogMessage("Begin revocation service request...");
await request.BeginServiceRequest();
}
catch (Exception ex)
{
TestLogger.LogMessage("Saving exception..");
exception = ex;
}
finally
{
TestLogger.LogMessage("Post-RevocationServiceRequest Values:");
if (exception == null)
{
TestLogger.LogMessage("ResponseCustomData = " + request.ResponseCustomData);
TestLogger.LogMessage("ProtectionSystem = " + request.ProtectionSystem.ToString());
TestLogger.LogMessage("Type = " + request.Type.ToString());
}
RevocationServiceRequestCompleted(request, exception);
}
TestLogger.LogMessage("Leave Revocation.HandleRevocationReactively()");
}
protected override void EnablingActionCompleted(bool bResult)
{
TestLogger.LogMessage("Enter LAAndReportResult.EnablingActionCompleted()");
_reportResult(bResult, sampleDataItem);
TestLogger.LogMessage("Leave LAAndReportResult.EnablingActionCompleted()");
}
void HandleServiceRequest_Finished(bool bResult, object resultContext)
{
TestLogger.LogMessage("Enter RequestChain.HandleServiceRequest_Finished()");
_reportResult(bResult, null);
TestLogger.LogMessage("Leave RequestChain.HandleServiceRequest_Finished()");
}
protected override void EnablingActionCompleted(bool bResult)
{
TestLogger.LogMessage("Enter IndivAndReportResult.EnablingActionCompleted()");
_reportResult(bResult, null);
TestLogger.LogMessage("Leave IndivAndReportResult.EnablingActionCompleted()");
}
void RequestChain_Finished(bool bResult, object resultContext)
{
TestLogger.LogMessage("Enter ServiceRequest.RequestChain_Finished()");
EnablingActionCompleted(bResult);
TestLogger.LogMessage("Leave ServiceRequest.RequestChain_Finished()");
}
void HandleServiceRequest_Finished(bool bResult, object resultContext)
{
TestLogger.LogMessage("Enter Playback.HandleServiceRequest_Finished()");
TestLogger.LogMessage("MediaProtectionServiceCompletion.Complete = " + bResult.ToString());
_serviceCompletionNotifier.Complete(bResult);
TestLogger.LogMessage("Leave Playback.HandleServiceRequest_Finished()");
}
public void Test_ResetServiceRequestStatistics()
{
TestLogger.LogMessage("Enter Test_ResetServiceRequestStatistics()");
SerivceRequestStatistics.Reset();
TestActionFinished(true, null);
TestLogger.LogMessage("Leave Test_ResetServiceRequestStatistics()");
}
void SetupProtectionManager(MediaElement mediaElement)
{
TestLogger.LogMessage("Enter Playback.SetupProtectionManager()");
_mediaElement = mediaElement;
TestLogger.LogMessage("Creating protection system mappings...");
_protectionManager = new MediaProtectionManager();
_protectionManager.ComponentLoadFailed += new ComponentLoadFailedEventHandler(ProtectionManager_ComponentLoadFailed);
_protectionManager.ServiceRequested += new ServiceRequestedEventHandler(ProtectionManager_ServiceRequested);
TestLogger.LogMessage("Creating protection system mappings...");
//Setup PlayReady as the ProtectionSystem to use by MF.
//The code here is mandatory and should be just copied directly over to the app
Windows.Foundation.Collections.PropertySet cpSystems = new Windows.Foundation.Collections.PropertySet();
//Indicate to the MF pipeline to use PlayReady's TrustedInput
cpSystems.Add("{F4637010-03C3-42CD-B932-B48ADF3A6A54}", "Windows.Media.Protection.PlayReady.PlayReadyWinRTTrustedInput");
_protectionManager.Properties.Add("Windows.Media.Protection.MediaProtectionSystemIdMapping", cpSystems);
//Use by the media stream source about how to create ITA InitData.
//See here for more detai: https://msdn.microsoft.com/en-us/library/windows/desktop/aa376846%28v=vs.85%29.aspx
_protectionManager.Properties.Add("Windows.Media.Protection.MediaProtectionSystemId", "{F4637010-03C3-42CD-B932-B48ADF3A6A54}");
// Setup the container GUID that's in the PPSH box
_protectionManager.Properties.Add("Windows.Media.Protection.MediaProtectionContainerGuid", "{9A04F079-9840-4286-AB92-E65BE0885F95}");
TestLogger.LogMessage("Creating media extension manager...");
_extensions = new Windows.Media.MediaExtensionManager();
TestLogger.LogMessage("Registering ByteStreamHandlers for PIFF content");
_extensions.RegisterByteStreamHandler("Microsoft.Media.AdaptiveStreaming.SmoothByteStreamHandler", ".ism", "text/xml");
_extensions.RegisterByteStreamHandler("Microsoft.Media.AdaptiveStreaming.SmoothByteStreamHandler", ".ism", "application/vnd.ms-sstr+xml");
Windows.Storage.ApplicationDataContainer localSettings = Windows.Storage.ApplicationData.Current.LocalSettings;
//Setup Software Override based on app setting
//By default, PlayReady uses Hardware DRM if the machine support it. However, in case the app still want
//software behavior, they can set localSettings.Containers["PlayReady"].Values["SoftwareOverride"]=1.
//This code tells MF to use software override as well
if (localSettings.Containers.ContainsKey("PlayReady") &&
localSettings.Containers["PlayReady"].Values.ContainsKey("SoftwareOverride"))
{
int UseSoftwareProtectionLayer = (int)localSettings.Containers["PlayReady"].Values["SoftwareOverride"];
if (UseSoftwareProtectionLayer == 1)
{
TestLogger.LogMessage(" ");
TestLogger.LogMessage("***** Use Software Protection Layer ******");
_protectionManager.Properties.Add("Windows.Media.Protection.UseSoftwareProtectionLayer", true);
}
}
_mediaElement.ProtectionManager = _protectionManager;
TestLogger.LogMessage("Leave Playback.SetProtectionManager()");
}
