public static async Task <IOperation> ChannelExecuteOperationAsync(Func <Task <IOperation> > fCall, IChannel channel, string strStatusSuccess, CloudMediaContext _context, Mainform mainform, DataGridViewLiveChannel dataGridViewChannelsV = null) //used for all except creation
{
IOperation operation = null;
if (channel != null)
{
try
{
var state = channel.State;
var STask = fCall();
operation = await STask;
while (operation.State == OperationState.InProgress)
{
//refresh the operation
operation = _context.Operations.GetOperation(operation.Id);
// refresh the channel
IChannel channelR = _context.Channels.Where(c => c.Id == channel.Id).FirstOrDefault();
if (channelR != null && state != channelR.State)
{
state = channelR.State;
if (dataGridViewChannelsV != null)
{
dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channelR)), null);
}
}
System.Threading.Thread.Sleep(1000);
}
if (operation.State == OperationState.Succeeded)
{
mainform.TextBoxLogWriteLine("Channel '{0}' : {1}.", channel.Name, strStatusSuccess);
IChannel channelR = _context.Channels.Where(c => c.Id == channel.Id).FirstOrDefault();
// we display a notification is taskbar for channel started or reset
if (channelR != null && (strStatusSuccess == "started" || strStatusSuccess == "reset"))
{
mainform.BeginInvoke(new Action(() =>
{
mainform.Notify("Channel " + strStatusSuccess, string.Format("{0}", channelR.Name), false);
}));
}
}
else
{
mainform.TextBoxLogWriteLine("Channel '{0}' NOT {1}. (Error {2})", channel.Name, strStatusSuccess, operation.ErrorCode, true);
mainform.TextBoxLogWriteLine("Error message : {0}", operation.ErrorMessage, true);
}
if (dataGridViewChannelsV != null)
{
dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channel)), null);
}
}
catch (Exception ex)
{
mainform.TextBoxLogWriteLine("Channel '{0}' : Error! {1}", channel.Name, Program.GetErrorMessage(ex), true);
}
}
return(operation);
}
private void WorkerUpdateIngestManifest_DoWork(object sender, DoWorkEventArgs e)
{
Debug.WriteLine("WorkerUpdateIngestManifest_DoWork");
BackgroundWorker worker = sender as BackgroundWorker;
Mainform myform = (Mainform)this.FindForm();
while (true)
{
var manifestsupdated = _context.IngestManifests.ToList();
foreach (var im in _context.IngestManifests.AsEnumerable())
{
var img = _MyObservIngestManifest.Where(i => i.Id == im.Id).FirstOrDefault();
if (img != null)
{
if (im.Statistics.PendingFilesCount == 0 && img.PendingFiles != im.Statistics.PendingFilesCount)
{
// Notify if upload completed for one bulk ingest container
myform.Notify(string.Format("Bulk ingest completed with {0} error(s)", im.Statistics.ErrorFilesCount), string.Format("Container '{0}'", im.Name), im.Statistics.ErrorFilesCount > 0);
myform.TextBoxLogWriteLine(string.Format("Bulk ingest on container '{0}' completed with {1} error(s)", im.Name, im.Statistics.ErrorFilesCount), im.Statistics.ErrorFilesCount > 0);
myform.DoRefreshGridAssetV(false);
}
img.State = im.State;
img.LastModified = im.LastModified.ToLocalTime().ToString("G");
img.PendingFiles = im.Statistics.PendingFilesCount;
img.FinishedFiles = im.Statistics.FinishedFilesCount;
if (im.Statistics.FinishedFilesCount + im.Statistics.PendingFilesCount == 0)
{
img.Progress = 101;
}
else
{
img.Progress = (float)im.Statistics.FinishedFilesCount / (float)(im.Statistics.FinishedFilesCount + im.Statistics.PendingFilesCount) * 100;
}
}
}
System.Threading.Thread.Sleep(10000); // 10s
if (worker.CancellationPending == true)
{
e.Cancel = true;
return;
}
}
}
private async Task DoSubClipAsync()
{
var subclipConfig = this.GetSubclippingInternalConfiguration();
if (subclipConfig.Reencode) // reencode the clip
{
ProcessFromTransform form = new ProcessFromTransform(_amsClientV3, _mainform, _selectedAssets, null, subclipConfig.StartTime, subclipConfig.EndTime, true);
if (form.ShowDialog() == DialogResult.OK)
{
await _mainform.CreateAndSubmitJobsAsync(new List <Transform>() { form.SelectedTransform }, _selectedAssets, form.StartClipTime, form.EndClipTime);
}
/*
* var processor = Mainform.GetLatestMediaProcessorByName(Constants.AzureMediaEncoderStandard);
* EncodingMES form2 = new EncodingMES(_context, new List<IAsset>(), processor.Version, _mainform, subclipConfig, disableOverlay: true)
* {
* EncodingLabel = (_selectedAssets.Count > 1) ?
* string.Format("{0} asset{1} selected. You are going to submit {0} job{1} with 1 task.", _selectedAssets.Count, Program.ReturnS(_selectedAssets.Count), _selectedAssets.Count)
* :
* "Asset '" + _selectedAssets.FirstOrDefault().Name + "' will be encoded (1 job with 1 task).",
*
* EncodingJobName = "Subclipping with reencoding of " + Constants.NameconvInputasset,
* EncodingOutputAssetName = Constants.NameconvInputasset + "- Subclipped with reencoding",
* EncodingAMEStdPresetJSONFilesUserFolder = Properties.Settings.Default.MESPresetFilesCurrentFolder,
* EncodingAMEStdPresetJSONFilesFolder = Application.StartupPath + Constants.PathMESFiles,
* SelectedAssets = _selectedAssets
* };
*
* if (form2.ShowDialog() == System.Windows.Forms.DialogResult.OK)
* {
* string taskname = "Subclipping with reencoding of " + Constants.NameconvInputasset + " with " + Constants.NameconvEncodername;
* _mainform.LaunchJobs_OneJobPerInputAsset_OneTaskPerfConfig(
* processor,
* _selectedAssets,
* form2.EncodingJobName,
* form2.JobOptions.Priority,
* taskname,
* form2.EncodingOutputAssetName,
* new List<string>() { form2.EncodingConfiguration },
* form2.JobOptions.OutputAssetsCreationOptions,
* form2.JobOptions.OutputAssetsFormatOption,
* form2.JobOptions.TasksOptionsSetting,
* form2.JobOptions.StorageSelected);
* }
*/
}
else if (subclipConfig.CreateAssetFilter) // create a asset filter
{
Asset selasset = _selectedAssets.FirstOrDefault();
DynManifestFilter formAF = new DynManifestFilter(_amsClientV3, null, selasset, subclipConfig);
if (formAF.ShowDialog() == DialogResult.OK)
{
FilterCreationInfo filterinfo = null;
try
{
filterinfo = formAF.GetFilterInfo;
AssetFilter assetFilter = new AssetFilter()
{
PresentationTimeRange = filterinfo.Presentationtimerange
};
await _amsClientV3.AMSclient.AssetFilters.CreateOrUpdateAsync(_amsClientV3.credentialsEntry.ResourceGroup, _amsClientV3.credentialsEntry.AccountName, selasset.Name, filterinfo.Name, assetFilter);
_mainform.TextBoxLogWriteLine("Asset filter '{0}' created.", filterinfo.Name);
}
catch (Exception ex)
{
_mainform.TextBoxLogWriteLine("Error when creating filter '{0}'.", (filterinfo != null && filterinfo.Name != null) ? filterinfo.Name : "unknown name", true);
_mainform.TextBoxLogWriteLine(ex);
}
await _mainform.DoRefreshGridFiltersVAsync(false);
}
}
else // no reencode or asset filter but stream copy
{
ClipTime startTime = null;
ClipTime endTime = null;
if (checkBoxTrimming.Checked)
{
startTime = new AbsoluteClipTime()
{
Time = subclipConfig.StartTime
};
endTime = new AbsoluteClipTime()
{
Time = subclipConfig.EndTime
};
}
var transform = await _mainform.CreateAndGetCopyCodecTransformIfNeededAsync();
await _mainform.CreateAndSubmitJobsAsync(new List <Transform>() { transform }, _selectedAssets, startTime, endTime, EncodingJobName, EncodingOutputAssetName);
MessageBox.Show("Subclipping job(s) submitted", "Sublipping", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
GenerateUniqueNamesForJobAndOutput();
}
private void DoSubClip()
{
var subclipConfig = this.GetSubclippingConfiguration();
if (subclipConfig.Reencode) // reencode the clip
{
List <IMediaProcessor> Procs = Mainform.GetMediaProcessorsByName(Constants.AzureMediaEncoderStandard);
EncodingAMEStandard form2 = new EncodingAMEStandard(_context, _selectedAssets.Count, subclipConfig)
{
EncodingLabel = (_selectedAssets.Count > 1) ?
string.Format("{0} asset{1} selected. You are going to submit {0} job{1} with 1 task.", _selectedAssets.Count, Program.ReturnS(_selectedAssets.Count), _selectedAssets.Count)
:
"Asset '" + _selectedAssets.FirstOrDefault().Name + "' will be encoded (1 job with 1 task).",
EncodingProcessorsList = Procs,
EncodingJobName = "Subclipping with reencoding of " + Constants.NameconvInputasset,
EncodingOutputAssetName = Constants.NameconvInputasset + "- Subclipped with reencoding",
EncodingAMEStdPresetJSONFilesUserFolder = Properties.Settings.Default.AMEStandardPresetXMLFilesCurrentFolder,
EncodingAMEStdPresetJSONFilesFolder = Application.StartupPath + Constants.PathAMEStdFiles,
SelectedAssets = _selectedAssets
};
if (form2.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
string taskname = "Subclipping with reencoding of " + Constants.NameconvInputasset + " with " + Constants.NameconvEncodername;
_mainform.LaunchJobs(
form2.EncodingProcessorSelected,
_selectedAssets,
form2.EncodingJobName,
form2.JobOptions.Priority,
taskname,
form2.EncodingOutputAssetName,
new List <string>()
{
form2.EncodingConfiguration
},
form2.JobOptions.OutputAssetsCreationOptions,
form2.JobOptions.TasksOptionsSetting,
form2.JobOptions.StorageSelected);
}
}
else if (subclipConfig.CreateAssetFilter) // create a asset filter
{
IAsset selasset = _selectedAssets.FirstOrDefault();
DynManifestFilter formAF = new DynManifestFilter(_context, null, selasset, subclipConfig);
if (formAF.ShowDialog() == DialogResult.OK)
{
FilterCreationInfo filterinfo = null;
try
{
filterinfo = formAF.GetFilterInfo;
selasset.AssetFilters.Create(filterinfo.Name, filterinfo.Presentationtimerange, filterinfo.Trackconditions);
_mainform.TextBoxLogWriteLine("Asset filter '{0}' created.", filterinfo.Name);
}
catch (Exception ex)
{
_mainform.TextBoxLogWriteLine("Error when creating filter '{0}'.", (filterinfo != null && filterinfo.Name != null) ? filterinfo.Name : "unknown name", true);
_mainform.TextBoxLogWriteLine(ex);
}
_mainform.DoRefreshGridFiltersV(false);
}
}
else // no reencode or asset filter but stream copy
{
string taskname = "Subclipping (archive extraction) of " + Constants.NameconvInputasset;
IMediaProcessor Proc = Mainform.GetLatestMediaProcessorByName(Constants.AzureMediaEncoderStandard);
_mainform.LaunchJobs(
Proc,
_selectedAssets,
this.EncodingJobName,
this.JobOptions.Priority,
taskname,
this.EncodingOutputAssetName,
new List <string>()
{
this.GetSubclippingConfiguration().Configuration
},
this.JobOptions.OutputAssetsCreationOptions,
this.JobOptions.TasksOptionsSetting,
this.JobOptions.StorageSelected);
MessageBox.Show("Subclipping job(s) submitted", "Sublipping", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
}
private async void InsertAd(bool showslate)
{
bool Error = false;
try
{
TimeSpan.FromSeconds(Convert.ToDouble(textBoxADSignalDuration.Text));
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine("Channel '{0}' : Error with AD duration input", MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
if (!Error)
{
TimeSpan ts = TimeSpan.FromSeconds(Convert.ToDouble(textBoxADSignalDuration.Text));;
int cueid = 0;
if (!string.IsNullOrEmpty(textBoxCueId.Text))
{
try
{
cueid = Convert.ToInt32(textBoxCueId.Text);
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine("Channel '{0}' : Error with CueID input", MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
}
if (!Error)
{
MyMainForm.TextBoxLogWriteLine("Channel '{0}' : sending AD signal", MyChannel.Name);
try
{
await Task.Run(() => ChannelInfo.ChannelExecuteOperationAsync(MyChannel.SendStartAdvertisementOperationAsync, ts, cueid, showslate, MyChannel, "advertising " + cueid.ToString() + " sent", MyContext, MyMainForm));
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine("Channel '{0}' : Error when sending signal", MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
if (!Error)
{
textBoxCueId.Text = GenerateRandomCueId();
}
}
}
}
public static async Task<IOperation> ChannelExecuteOperationAsync(Func<TimeSpan, string, Task<IOperation>> fCall, TimeSpan ts, string s, IChannel channel, string strStatusSuccess, CloudMediaContext _context, Mainform mainform, DataGridViewLiveChannel dataGridViewChannelsV = null) //used for all except creation
{
IOperation operation = null;
try
{
var state = channel.State;
var STask = fCall(ts, s);
operation = await STask;
while (operation.State == OperationState.InProgress)
{
//refresh the operation
operation = _context.Operations.GetOperation(operation.Id);
// refresh the channel
IChannel channelR = _context.Channels.Where(c => c.Id == channel.Id).FirstOrDefault();
if (channelR != null && state != channelR.State)
{
state = channelR.State;
if (dataGridViewChannelsV != null)
dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channelR)), null);
}
System.Threading.Thread.Sleep(1000);
}
if (operation.State == OperationState.Succeeded)
{
mainform.TextBoxLogWriteLine("Channel '{0}' {1}.", channel.Name, strStatusSuccess);
}
else
{
mainform.TextBoxLogWriteLine("Channel '{0}' NOT {1}. (Error {2})", channel.Name, strStatusSuccess, operation.ErrorCode, true);
mainform.TextBoxLogWriteLine("Error message : {0}", operation.ErrorMessage, true);
}
if (dataGridViewChannelsV != null) dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channel)), null);
}
catch (Exception ex)
{
mainform.TextBoxLogWriteLine("Error with channel '{0}' : {1}", channel.Name, Program.GetErrorMessage(ex), true);
}
return operation;
}
private async void InsertAd(bool showslate)
{
bool Error = false;
try
{
TimeSpan.FromSeconds(Convert.ToDouble(textBoxADSignalDuration.Text));
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine(AMSExplorer.Properties.Resources.ChannelAdSlateControl_InsertAd_Channel0ErrorWithADDurationInput, MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
if (!Error)
{
TimeSpan ts = TimeSpan.FromSeconds(Convert.ToDouble(textBoxADSignalDuration.Text));
int cueid = 0;
if (!string.IsNullOrEmpty(textBoxCueId.Text))
{
try
{
cueid = Convert.ToInt32(textBoxCueId.Text);
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine(AMSExplorer.Properties.Resources.ChannelAdSlateControl_InsertAd_Channel0ErrorWithCueIDInput, MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
}
if (!Error)
{
MyMainForm.TextBoxLogWriteLine(AMSExplorer.Properties.Resources.ChannelAdSlateControl_InsertAd_Channel0SendingADSignal, MyChannel.Name);
try
{
await Task.Run(() => ChannelInfo.ChannelExecuteOperationAsync(MyChannel.SendStartAdvertisementOperationAsync, ts, cueid, showslate, MyChannel, "advertising " + cueid.ToString() + " sent", MyContext, MyMainForm));
}
catch (Exception e)
{
Error = true;
MyMainForm.TextBoxLogWriteLine(AMSExplorer.Properties.Resources.ChannelAdSlateControl_InsertAd_Channel0ErrorWhenSendingSignal, MyChannel.Name, true);
MyMainForm.TextBoxLogWriteLine(e);
}
if (!Error)
{
textBoxCueId.Text = GenerateRandomCueId();
}
}
}
}
public static async Task<IOperation> ChannelExecuteOperationAsync(Func<Task<IOperation>> fCall, IChannel channel, string strStatusSuccess, CloudMediaContext _context, Mainform mainform, DataGridViewLiveChannel dataGridViewChannelsV = null) //used for all except creation
{
IOperation operation = null;
if (channel != null)
{
try
{
var state = channel.State;
var STask = fCall();
operation = await STask;
while (operation.State == OperationState.InProgress)
{
//refresh the operation
operation = _context.Operations.GetOperation(operation.Id);
// refresh the channel
IChannel channelR = _context.Channels.Where(c => c.Id == channel.Id).FirstOrDefault();
if (channelR != null && state != channelR.State)
{
state = channelR.State;
if (dataGridViewChannelsV != null)
dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channelR)), null);
}
System.Threading.Thread.Sleep(1000);
}
if (operation.State == OperationState.Succeeded)
{
mainform.TextBoxLogWriteLine("Channel '{0}' : {1}.", channel.Name, strStatusSuccess);
IChannel channelR = _context.Channels.Where(c => c.Id == channel.Id).FirstOrDefault();
// we display a notification is taskbar for channel started or reset
if (channelR != null && (strStatusSuccess == "started" || strStatusSuccess == "reset"))
{
mainform.BeginInvoke(new Action(() =>
{
mainform.Notify("Channel " + strStatusSuccess, string.Format("{0}", channelR.Name), false);
}));
}
}
else
{
mainform.TextBoxLogWriteLine("Channel '{0}' NOT {1}. (Error {2})", channel.Name, strStatusSuccess, operation.ErrorCode, true);
mainform.TextBoxLogWriteLine("Error message : {0}", operation.ErrorMessage, true);
}
if (dataGridViewChannelsV != null) dataGridViewChannelsV.BeginInvoke(new Action(() => dataGridViewChannelsV.RefreshChannel(channel)), null);
}
catch (Exception ex)
{
mainform.TextBoxLogWriteLine("Channel '{0}' : Error! {1}", channel.Name, Program.GetErrorMessage(ex), true);
}
}
return operation;
}
public static string DoPlayBackWithStreamingEndpoint(PlayerType typeplayer, string Urlstr, CloudMediaContext context, Mainform mainForm,
IAsset myasset = null, bool DoNotRewriteURL = false, string filter = null, AssetProtectionType keytype = AssetProtectionType.None,
AzureMediaPlayerFormats formatamp = AzureMediaPlayerFormats.Auto,
AzureMediaPlayerTechnologies technology = AzureMediaPlayerTechnologies.Auto, bool launchbrowser = true, bool UISelectSEFiltersAndProtocols = true)
{
string FullPlayBackLink = null;
if (!string.IsNullOrEmpty(Urlstr))
{
IStreamingEndpoint choosenSE = AssetInfo.GetBestStreamingEndpoint(context);
string selectedBrowser = string.Empty;
// Let's ask for SE if several SEs or Custom Host Names or Filters
if (!DoNotRewriteURL)
{
if (
(myasset != null && UISelectSEFiltersAndProtocols)
&&
(context.StreamingEndpoints.Count() > 1 || (context.StreamingEndpoints.FirstOrDefault() != null && context.StreamingEndpoints.FirstOrDefault().CustomHostNames.Count > 0) || context.Filters.Count() > 0 || (myasset.AssetFilters.Count() > 0))
)
{
var form = new ChooseStreamingEndpoint(context, myasset, Urlstr, filter, typeplayer, true);
if (form.ShowDialog() == DialogResult.OK)
{
Urlstr = AssetInfo.RW(new Uri(Urlstr), form.SelectStreamingEndpoint, form.SelectedFilters, form.ReturnHttps, form.ReturnSelectCustomHostName, form.ReturnStreamingProtocol, form.ReturnHLSAudioTrackName, form.ReturnHLSNoAudioOnlyMode).ToString();
choosenSE = form.SelectStreamingEndpoint;
selectedBrowser = form.ReturnSelectedBrowser;
}
else
{
return string.Empty;
}
}
else // no UI but let's rw for filter
{
if (typeplayer == PlayerType.DASHIFRefPlayer || typeplayer == PlayerType.DASHLiveAzure)
{
Urlstr = AssetInfo.RW(new Uri(Urlstr), choosenSE, filter, false, null, AMSOutputProtocols.Dash).ToString();
}
else
{
Urlstr = RW(Urlstr, choosenSE, filter);
}
}
}
DynamicEncryption.TokenResult tokenresult = new DynamicEncryption.TokenResult();
if (myasset != null)
{
keytype = AssetInfo.GetAssetProtection(myasset, context); // let's save the protection scheme (use by azure player): AES, PlayReady, Widevine or PlayReadyAndWidevine
if (DynamicEncryption.IsAssetHasAuthorizationPolicyWithToken(myasset, context)) // dynamic encryption with token
{
// user wants perhaps to play an asset with a token, so let's try to generate it
switch (typeplayer)
{
case PlayerType.SilverlightPlayReadyToken:
tokenresult = DynamicEncryption.GetTestToken(myasset, context, ContentKeyType.CommonEncryption);
if (!string.IsNullOrEmpty(tokenresult.TokenString))
{
tokenresult.TokenString = HttpUtility.UrlEncode(Constants.Bearer + tokenresult.TokenString);
keytype = AssetProtectionType.PlayReady;
}
break;
case PlayerType.FlashAESToken:
tokenresult = DynamicEncryption.GetTestToken(myasset, context, ContentKeyType.EnvelopeEncryption);
if (!string.IsNullOrEmpty(tokenresult.TokenString))
{
tokenresult.TokenString = HttpUtility.UrlEncode(Constants.Bearer + tokenresult.TokenString);
keytype = AssetProtectionType.AES;
}
break;
case PlayerType.AzureMediaPlayer:
case PlayerType.AzureMediaPlayerFrame:
case PlayerType.CustomPlayer:
switch (keytype)
{
case AssetProtectionType.None:
break;
case AssetProtectionType.AES:
case AssetProtectionType.PlayReady:
case AssetProtectionType.Widevine:
case AssetProtectionType.PlayReadyAndWidevine:
tokenresult = DynamicEncryption.GetTestToken(myasset, context, displayUI: true);
if (!string.IsNullOrEmpty(tokenresult.TokenString))
{
tokenresult.TokenString = HttpUtility.UrlEncode(Constants.Bearer + tokenresult.TokenString);
//tokenresult.TokenString = Constants.Bearer + tokenresult.TokenString;
}
break;
}
break;
default:
// no token enabled player
break;
}
}
}
// let's launch the player
switch (typeplayer)
{
case PlayerType.AzureMediaPlayer:
case PlayerType.AzureMediaPlayerFrame:
/*
string playerurl = typeplayer == PlayerType.AzureMediaPlayer ?
Constants.PlayerAMPToLaunch
: Constants.PlayerAMPIFrameToLaunch;
*/
string playerurl = "";
if (keytype != AssetProtectionType.None)
{
bool insertoken = !string.IsNullOrEmpty(tokenresult.TokenString);
if (insertoken) // token. Let's analyse the token to find the drm technology used
{
switch (tokenresult.ContentKeyDeliveryType)
{
case ContentKeyDeliveryType.BaselineHttp:
playerurl += string.Format(Constants.AMPAes, true.ToString());
playerurl += string.Format(Constants.AMPAesToken, tokenresult.TokenString);
break;
case ContentKeyDeliveryType.PlayReadyLicense:
playerurl += string.Format(Constants.AMPPlayReady, true.ToString());
playerurl += string.Format(Constants.AMPPlayReadyToken, tokenresult.TokenString);
break;
case ContentKeyDeliveryType.Widevine:
playerurl += string.Format(Constants.AMPWidevine, true.ToString());
playerurl += string.Format(Constants.AMPWidevineToken, tokenresult.TokenString);
break;
default:
break;
}
}
else // No token. Open mode. Let's look to the key to know the drm technology
{
switch (keytype)
{
case AssetProtectionType.AES:
playerurl += string.Format(Constants.AMPAes, true.ToString());
break;
case AssetProtectionType.PlayReady:
playerurl += string.Format(Constants.AMPPlayReady, true.ToString());
break;
case AssetProtectionType.Widevine:
playerurl += string.Format(Constants.AMPWidevine, true.ToString());
break;
case AssetProtectionType.PlayReadyAndWidevine:
playerurl += string.Format(Constants.AMPPlayReady, true.ToString());
playerurl += string.Format(Constants.AMPWidevine, true.ToString());
break;
default:
break;
}
}
}
if (formatamp != AzureMediaPlayerFormats.Auto)
{
switch (formatamp)
{
case AzureMediaPlayerFormats.Dash:
playerurl += string.Format(Constants.AMPformatsyntax, "dash");
break;
case AzureMediaPlayerFormats.Smooth:
playerurl += string.Format(Constants.AMPformatsyntax, "smooth");
break;
case AzureMediaPlayerFormats.HLS:
playerurl += string.Format(Constants.AMPformatsyntax, "hls");
break;
case AzureMediaPlayerFormats.VideoMP4:
playerurl += string.Format(Constants.AMPformatsyntax, "video/mp4");
break;
default: // auto or other
break;
}
if (tokenresult.TokenString != null)
{
playerurl += string.Format(Constants.AMPtokensyntax, tokenresult);
}
}
else // format auto. If 0 Reserved Unit, and asset is smooth, let's force to smooth (player cannot get the dash stream for example)
{
if (choosenSE.ScaleUnits == 0 && myasset != null && myasset.AssetType == AssetType.SmoothStreaming)
playerurl += string.Format(Constants.AMPformatsyntax, "smooth");
}
if (technology != AzureMediaPlayerTechnologies.Auto)
{
switch (technology)
{
case AzureMediaPlayerTechnologies.Flash:
playerurl += string.Format(Constants.AMPtechsyntax, "flash");
break;
case AzureMediaPlayerTechnologies.JavaScript:
playerurl += string.Format(Constants.AMPtechsyntax, "js");
break;
case AzureMediaPlayerTechnologies.NativeHTML5:
playerurl += string.Format(Constants.AMPtechsyntax, "html5");
break;
case AzureMediaPlayerTechnologies.Silverlight:
playerurl += string.Format(Constants.AMPtechsyntax, "silverlight");
break;
default: // auto or other
break;
}
}
//FullPlayBackLink = string.Format(playerurl, HttpUtility.UrlEncode(Urlstr));
//FullPlayBackLink = HttpUtility.UrlEncode(string.Format(playerurl, Urlstr));
string playerurlbase = typeplayer == PlayerType.AzureMediaPlayer ?
Constants.PlayerAMPToLaunch
: Constants.PlayerAMPIFrameToLaunch;
FullPlayBackLink = string.Format(playerurlbase, HttpUtility.UrlEncode(Urlstr)) + playerurl;
break;
case PlayerType.SilverlightMonitoring:
FullPlayBackLink = string.Format(Constants.LinkSMFHealthToLaunch, HttpUtility.UrlEncode(Urlstr));
break;
case PlayerType.SilverlightPlayReadyToken:
FullPlayBackLink = string.Format(Constants.PlayerSLTokenToLaunch, HttpUtility.UrlEncode(Urlstr), tokenresult);
break;
case PlayerType.DASHIFRefPlayer:
if (!Urlstr.Contains(string.Format(AssetInfo.format_url, AssetInfo.format_dash)))
{
Urlstr = AssetInfo.AddParameterToUrlString(Urlstr, string.Format(AssetInfo.format_url, AssetInfo.format_dash));
}
FullPlayBackLink = string.Format(Constants.PlayerDASHIFToLaunch, Urlstr);
break;
case PlayerType.DASHAzurePage:
FullPlayBackLink = string.Format(Constants.PlayerDASHAzurePage, HttpUtility.UrlEncode(Urlstr));
break;
case PlayerType.DASHLiveAzure:
if (!Urlstr.Contains(string.Format(AssetInfo.format_url, AssetInfo.format_dash)))
{
Urlstr = AssetInfo.AddParameterToUrlString(Urlstr, string.Format(AssetInfo.format_url, AssetInfo.format_dash));
}
FullPlayBackLink = string.Format(Constants.PlayerDASHAzureToLaunch, Urlstr);
break;
case PlayerType.FlashAzurePage:
FullPlayBackLink = string.Format(Constants.PlayerFlashAzurePage, HttpUtility.UrlEncode(Urlstr));
break;
case PlayerType.FlashAESToken:
FullPlayBackLink = string.Format(Constants.PlayerFlashAESToken, HttpUtility.UrlEncode(Urlstr), tokenresult);
break;
case PlayerType.MP4AzurePage:
FullPlayBackLink = string.Format(Constants.PlayerMP4AzurePage, HttpUtility.UrlEncode(Urlstr));
break;
case PlayerType.CustomPlayer:
string myurl = Properties.Settings.Default.CustomPlayerUrl;
FullPlayBackLink = myurl.Replace(Constants.NameconvManifestURL, HttpUtility.UrlEncode(Urlstr)).Replace(Constants.NameconvToken, tokenresult.TokenString);
break;
}
if (FullPlayBackLink != null && launchbrowser)
{
try
{
if (string.IsNullOrEmpty(selectedBrowser))
{
Process.Start(FullPlayBackLink);
}
else
{
if (selectedBrowser.Contains("edge"))
{
Process.Start(selectedBrowser + FullPlayBackLink);
}
else
{
Process.Start(selectedBrowser, FullPlayBackLink);
}
}
}
catch
{
mainForm.TextBoxLogWriteLine("Error when launching the browser.", true);
}
}
}
return FullPlayBackLink;
}
private void DoSubClip()
{
var subclipConfig = this.GetSubclippingConfiguration();
if (subclipConfig.Reencode) // reencode the clip
{
List <IMediaProcessor> Procs = Mainform.GetMediaProcessorsByName(Constants.AzureMediaEncoderStandard);
EncodingAMEStandard form2 = new EncodingAMEStandard(_context, subclipConfig)
{
EncodingLabel = (_selectedAssets.Count > 1) ? _selectedAssets.Count + " assets have been selected. " + _selectedAssets.Count + " jobs will be submitted." : "Asset '" + _selectedAssets.FirstOrDefault().Name + "' will be encoded.",
EncodingProcessorsList = Procs,
EncodingJobName = "Subclipping with reencoding of " + Constants.NameconvInputasset,
EncodingOutputAssetName = Constants.NameconvInputasset + "- Subclipped with reencoding",
EncodingAMEStdPresetJSONFilesUserFolder = Properties.Settings.Default.AMEStandardPresetXMLFilesCurrentFolder,
EncodingAMEStdPresetJSONFilesFolder = Application.StartupPath + Constants.PathAMEStdFiles,
SelectedAssets = _selectedAssets
};
if (form2.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
string taskname = "Subclipping with reencoding of " + Constants.NameconvInputasset + " with " + Constants.NameconvEncodername;
_mainform.LaunchJobs(
form2.EncodingProcessorSelected,
_selectedAssets,
form2.EncodingJobName,
form2.JobOptions.Priority,
taskname,
form2.EncodingOutputAssetName,
new List <string>()
{
form2.EncodingConfiguration
},
form2.JobOptions.OutputAssetsCreationOptions,
form2.JobOptions.TasksOptionsSetting,
form2.JobOptions.StorageSelected);
}
}
else if (subclipConfig.CreateAssetFilter) // create a asset filter
{
IAsset selasset = _selectedAssets.FirstOrDefault();
DynManifestFilter formAF = new DynManifestFilter(_contextdynmanifest, _context, null, selasset, subclipConfig);
if (formAF.ShowDialog() == DialogResult.OK)
{
AssetFilter myassetfilter = new AssetFilter(selasset);
Filter filter = formAF.GetFilter;
myassetfilter.Name = filter.Name;
myassetfilter.PresentationTimeRange = filter.PresentationTimeRange;
myassetfilter.Tracks = filter.Tracks;
myassetfilter._context = filter._context;
try
{
myassetfilter.Create();
_mainform.TextBoxLogWriteLine("Asset filter '{0}' created.", myassetfilter.Name);
}
catch (Exception ex)
{
_mainform.TextBoxLogWriteLine("Error when creating filter '{0}'.", myassetfilter.Name, true);
_mainform.TextBoxLogWriteLine(ex);
}
_mainform.DoRefreshGridFiltersV(false);
}
}
else // no reencode or asset filter but stream copy
{
string taskname = "Subclipping of " + Constants.NameconvInputasset + " with " + Constants.NameconvEncodername;
IMediaProcessor Proc = Mainform.GetLatestMediaProcessorByName(Constants.AzureMediaEncoderStandard);
_mainform.LaunchJobs(
Proc,
_selectedAssets,
this.EncodingJobName,
this.JobOptions.Priority,
taskname,
this.EncodingOutputAssetName,
new List <string>()
{
this.GetSubclippingConfiguration().Configuration
},
this.JobOptions.OutputAssetsCreationOptions,
this.JobOptions.TasksOptionsSetting,
this.JobOptions.StorageSelected);
MessageBox.Show("Subclipping job(s) submitted", "Sublipping", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
}
public void DoJobProgress(JobExtension job)
{
var tokenSource = new CancellationTokenSource();
var token = tokenSource.Token;
_MyListJobsMonitored.Add(job.Job.Name, tokenSource); // to track the task and be able to cancel it later
Debug.WriteLine("launch job monitor : " + job.Job.Name);
_client.RefreshTokenIfNeeded();
Task.Run(() =>
{
try
{
Job myJob = null;
do
{
myJob = _client.AMSclient.Jobs.Get(_client.credentialsEntry.ResourceGroup, _client.credentialsEntry.AccountName, job.TransformName, job.Job.Name);
if (token.IsCancellationRequested == true)
{
return;
}
int index = -1;
foreach (JobEntryV3 je in _MyObservJobV3) // let's search for index
{
if (je.Name == myJob.Name)
{
index = _MyObservJobV3.IndexOf(je);
break;
}
}
if (index >= 0) // we found it
{ // we update the observation collection
var progress = ReturnProgressJob(myJob);
_MyObservJobV3[index].Progress = progress.progress;
_MyObservJobV3[index].Priority = myJob.Priority;
//_MyObservJobV3[index].StartTime = myJob...StartTime.HasValue ? ((DateTime)myJob.StartTime).ToLocalTime().ToString("G") : null;
//_MyObservJobV3[index].EndTime = myJob.EndTime.HasValue ? ((DateTime)myJob.EndTime).ToLocalTime().ToString("G") : null;
_MyObservJobV3[index].State = myJob.State;
/*
* // let's calculate the estipated time
* string ETAstr = "", Durationstr = "";
* if (progress > 3)
* {
* DateTime startlocaltime = ((DateTime)myJob.StartTime).ToLocalTime();
* TimeSpan interval = (TimeSpan)(DateTime.Now - startlocaltime);
* DateTime ETA = DateTime.Now.AddSeconds((100d / progress - 1d) * interval.TotalSeconds);
* TimeSpan estimatedduration = (TimeSpan)(ETA - startlocaltime);
*
* ETAstr = "Estimated: " + ETA.ToString("G");
* Durationstr = "Estimated: " + estimatedduration.ToString(@"d\.hh\:mm\:ss");
* _MyObservJobV3[index].EndTime = ETA.ToString(@"G") + " ?";
* _MyObservJobV3[index].Duration = myJob.EndTime.HasValue ?
* ((TimeSpan)((DateTime)myJob.EndTime - (DateTime)myJob.StartTime)).ToString(@"d\.hh\:mm\:ss")
* : estimatedduration.ToString(@"d\.hh\:mm\:ss") + " ?";
* }
*/
int indexdisplayed = -1;
foreach (JobEntryV3 je in _MyObservJobV3) // let's search for index in the page
{
if (je.Name == myJob.Name)
{
indexdisplayed = _MyObservJobV3.IndexOf(je);
try
{
this.BeginInvoke(new Action(() =>
{
this.Rows[indexdisplayed].Cells[this.Columns["Progress"].Index].ToolTipText = progress.sb.ToString(); // mouse hover info
if (progress.progress != 0)
{
// this.Rows[indexdisplayed].Cells[this.Columns["EndTime"].Index].ToolTipText = ETAstr;// mouse hover info
// this.Rows[indexdisplayed].Cells[this.Columns["Duration"].Index].ToolTipText = Durationstr;// mouse hover info
}
this.Refresh();
}));
}
catch
{
}
break;
}
}
}
if (myJob != null && myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Finished && myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Error && myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Canceled)
{
Debug.WriteLine("wait for status : " + myJob.Name);
Task.Delay(JobRefreshIntervalInMilliseconds).Wait();
}
else
{
break;
}
}while (myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Finished &&
myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Error &&
myJob.State != Microsoft.Azure.Management.Media.Models.JobState.Canceled);
// job finished
_client.RefreshTokenIfNeeded();
myJob = _client.AMSclient.Jobs.Get(_client.credentialsEntry.ResourceGroup, _client.credentialsEntry.AccountName, job.TransformName, job.Job.Name);
int index2 = -1;
foreach (JobEntryV3 je in _MyObservJobV3) // let's search for index
{
if (je.Name == myJob.Name)
{
index2 = _MyObservJobV3.IndexOf(je);
break;
}
}
if (index2 >= 0) // we found it
{ // we update the observation collection
StringBuilder sb2 = new StringBuilder(); // display percentage for each task for mouse hover (tooltiptext)
double progress2 = 0;
for (int i = 0; i < myJob.Outputs.Count; i++)
{
JobOutput output = myJob.Outputs[i];
if (output.State == Microsoft.Azure.Management.Media.Models.JobState.Processing)
{
progress2 += output.Progress;
sb2.AppendLine(string.Format("{0} % ({1})", Convert.ToInt32(output.Progress).ToString(), output.Label));
}
}
if (myJob.Outputs.Count > 0)
{
progress2 = progress2 / myJob.Outputs.Count;
}
_MyObservJobV3[index2].Progress = 101d; // progress; we don't want the progress bar to be displayed
_MyObservJobV3[index2].Priority = myJob.Priority;
_MyObservJobV3[index2].State = myJob.State;
if (_MyListJobsMonitored.ContainsKey(myJob.Name)) // we want to display only one time
{
_MyListJobsMonitored.Remove(myJob.Name); // let's remove from the list of monitored jobs
Mainform myform = (Mainform)this.FindForm();
// string status = Enum.GetName(typeof(Microsoft.Azure.Management.Media.Models.JobState), myJob.State).ToLower();
string status = myJob.State.ToString();
myform.BeginInvoke(new Action(() =>
{
myform.Notify(string.Format("Job {0}", status), string.Format("Job {0}", _MyObservJobV3[index2].Name), myJob.State == Microsoft.Azure.Management.Media.Models.JobState.Error);
myform.TextBoxLogWriteLine(string.Format("Job '{0}' : {1}.", _MyObservJobV3[index2].Name, status), myJob.State == Microsoft.Azure.Management.Media.Models.JobState.Error);
if (myJob.State == Microsoft.Azure.Management.Media.Models.JobState.Error)
{
foreach (var output in myJob.Outputs)
{
if (output.Error != null && output.Error.Details != null)
{
for (int i = 0; i < output.Error.Details.Count(); i++)
{
myform.TextBoxLogWriteLine(string.Format("Output '{0}', Error : {1}", output.Label, output.Error + " : " + output.Error.Message), true);
}
}
}
}
myform.DoRefreshGridAssetV(false);
}));
this.BeginInvoke(new Action(() =>
{
this.Refresh();
}));
}
}
}
catch (Exception ex)
{
//MessageBox.Show(Program.GetErrorMessage(e), "Job Monitoring Error");
Debug.WriteLine("error job monitor : " + Program.GetErrorMessage(ex));
}
}, token);
}
