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()");
}
private void ProactiveLA(LAAndReportResult f_licenseAcquisition,
SampleDataItem f_item,
Playback f_playMedia,
String f_Laurl,
bool f_useFirstPlayExpiration,
bool f_rootLicense)
{
PRUtilities prUtilities = new PRUtilities();
String laurl = f_Laurl;
ServiceRequestConfigData LArequestConfigData = new ServiceRequestConfigData();
if (f_rootLicense &&
f_item.UplinkKey != "null")
//pre-acquire a root license
{
Guid[] GuidRootKids = new Guid[1];
GuidRootKids[0] = prUtilities.ActionParamConvertToGuid(f_item.UplinkKey);
LArequestConfigData.KeyIds = GuidRootKids;
//chained Root License
laurl = laurl + "&UseRootLicense=1";
}
else if (!(f_item.Kid.ToString().Equals("null")))
//if kids is not null, proactively acquire simple or leaf license
{
if (f_item.UplinkKey != "null")
{
//chained Leaf License
Guid uplinkKeyGUID = prUtilities.ActionParamConvertToGuid(f_item.UplinkKey);
LogMessage("uplinkKeyGUID=" + uplinkKeyGUID);
string base64UplinkKid = prUtilities.GuidToBase64(uplinkKeyGUID);
LogMessage("base64UplinkKid=" + base64UplinkKid);
{
laurl = laurl + "&UseChainLicense=1" + "&UplinkKey=" + base64UplinkKid;
}
}
int count = 100;
int i = 0;
Guid[] guidKids;
string[] keyIds = f_item.Kid.Split(',');
int len = keyIds.Length;
if (f_useFirstPlayExpiration &&
f_item.FirstPlayExpiration != "null")
//realtime expiration
{
laurl = laurl + "&RealTimeExpiration=1" + "&FirstPlayExpiration=" + f_item.FirstPlayExpiration;
guidKids = new Guid[count];
for (; i < count / 2; i++)
{
guidKids[i] = Guid.NewGuid();
}
for (int j = 0; j < len; j++)
{
guidKids[i++] = prUtilities.ActionParamConvertToGuid(keyIds[j]);
}
for (; i < count; i++)
{
guidKids[i] = Guid.NewGuid();
}
}
else
{
guidKids = new Guid[len];
for (int j = 0; j < len; j++)
{
guidKids[j] = prUtilities.ActionParamConvertToGuid(keyIds[j]);
}
}
LArequestConfigData.KeyIds = guidKids;
}
LArequestConfigData.EncryptionAlgorithm = prUtilities.ActionParamConvertToPlayReadyEncryptionAlgorithm(f_item.EncryptionAlgorithm);
LArequestConfigData.Uri = prUtilities.ActionParamConvertToUri(laurl);
LArequestConfigData.DomainServiceId = prUtilities.ActionParamConvertToGuid(f_item.DomainId);
LArequestConfigData.ChallengeCustomData = prUtilities.ActionParamConvertToString(f_item.CustomData);
f_licenseAcquisition.RequestConfigData = LArequestConfigData;
if (f_Laurl.Contains("UseSimpleNonPersistentLicense=1"))
{
//To acquire in memory license proactively that will later be used for playback, we need to create the media session before hand.
//Afterward, we need to tie the license session to the playback session. See configMediaProtectionManager for more detail.
f_licenseAcquisition.Persistent = false;
f_licenseAcquisition.configMediaProtectionManager(f_playMedia.mediaProtectionManager);
}
else
{
f_licenseAcquisition.Persistent = true;
}
f_licenseAcquisition.AcquireLicenseProactively();
}