public async override Task <bool> CheckIfAvailable()
{
var newtrack = new SoundCloudTrack {
SoundCloudID = ((ApiResult)Result).id
};
try
{
using (var x = await newtrack.GetSoundSource())
{
_soundSourceInfo = SoundSourceInfo.FromSoundSource(x);
return(true);
}
}
catch (Exception)
{
return(false);
}
}
public override async Task <bool> CheckIfAvailable()
{
var result = new YouTubeTrack {
YouTubeId = YouTubeTrack.GetYouTubeIdFromLink(Url)
};
try
{
using (var x = await result.GetSoundSource())
{
_soundSourceInfo = SoundSourceInfo.FromSoundSource(x);
return(true);
}
}
catch (Exception)
{
return(false);
}
}
/* public static void OnBrowserChange(TabInfo[] tabInfos) // TODO: maybe make this smart so that it doesn't have to look at every rule every time the user opens/closes a tab
{
//NOTE: We do this only for the browser that the tabinfos belong to
bool matchingRuleFound = false;
float maxVolume = 1.0f;
for (int i = 0; i < tabInfos.Length; i++)
{
//TODO: do a lookup in each dict to see if there is a rule for this tabinfo.
//If so, set matchingRuleFound to true. If rule indicates lower volume, update maxVolume.
}
if ((matchingRuleFound == false) && (MuteByDefault == true))
maxVolume = 0.0f;
// TODO: set the browser's volume to maxVolume
}*/
#endregion Other
#if WINDOWS
public static void OnUpdateSoundSourceInfos(SoundSourceInfo[] soundSourceInfos)
{
// TODO: send a message via socket indicating if there is sound coming from the browser or not
}
// This gets called when an active sound has been added or removed
// v4 of algorithm - for new mutetunes design
public static void OnUpdateSoundSourceInfos(SoundSourceInfo[] soundSourceInfos)
{
bool BgMusicHeard = false;
bool NonBgMusicHeard = false;
// Dictionary<int, SoundSourceInfo> ssiDict = new Dictionary<int, SoundSourceInfo>();
SoundServer.SoundSourceInfos = soundSourceInfos;
//TODO: if volume was changed for mutetunes or for bg music, update the other so that they are in sync
// Determine if background music and any non-background music sound is active
NonBgMusicHeard = false;
for (int i = 0; i < SoundServer.SoundSourceInfos.Length; i++)
{
SoundSourceInfo info = SoundServer.SoundSourceInfos[i];
//ssiDict[info.Pid] = info;
if (!info.IsSilentRightNow())
{
LastTimeHeardDict[info.Pid] = DateTime.Now;
}
if (BgMusicPids.Contains(info.Pid))
{
BgMusicHeard = !info.IsSilentRightNow();
UserWantsBgMusic = true;
if (!info.IsActiveInterval2()) // We use a shorter interval here than for foreground sounds for better UI responsiveness and since it is more likely that sound will be continuous
{
UpdateMusicState(BgMusicState.Pause); // Assume it is paused if we haven't heard background music in awhile
}
else
{
if (info.ChannelVolumeIsMuted())
{
UpdateMusicState(BgMusicState.Mute);
}
else
{
UpdateMusicState(BgMusicState.Play);
}
}
}
else
{
if (info.IsActiveForAwhile() == true)
{
NonBgMusicHeard = true;
}
}
}
if ((UserWantsBgMusic))
{
if ((NonBgMusicHeard == true) && (BgMusicHeard == true))
{
AutoMuted = true;
SmartMute();
}
else if ((AutoMuted == true) && (NonBgMusicHeard == false))
{
AutoMuted = false;
Restore(); //TODO: Need to have this run in ui thread if it sets up the browser control
}
}
//LatestSoundSourceInfoDict = ssiDict;
}
// This gets called when an active sound has been added or removed
// v4 of algorithm - for new mutetunes design
public static void OnUpdateSoundSourceInfos(SoundSourceInfo[] soundSourceInfos)
{
bool BgMusicHeard = false;
bool NonBgMusicHeard = false;
// Dictionary<int, SoundSourceInfo> ssiDict = new Dictionary<int, SoundSourceInfo>();
SoundServer.SoundSourceInfos = soundSourceInfos;
//TODO: if volume was changed for mutetunes or for bg music, update the other so that they are in sync
// Determine if background music and any non-background music sound is active
NonBgMusicHeard = false;
for (int i = 0; i < SoundServer.SoundSourceInfos.Length; i++)
{
SoundSourceInfo info = SoundServer.SoundSourceInfos[i];
//ssiDict[info.Pid] = info;
if (!info.IsSilentRightNow())
LastTimeHeardDict[info.Pid] = DateTime.Now;
if (BgMusicPids.Contains(info.Pid))
{
BgMusicHeard = !info.IsSilentRightNow();
UserWantsBgMusic = true;
if (!info.IsActiveInterval2()) // We use a shorter interval here than for foreground sounds for better UI responsiveness and since it is more likely that sound will be continuous
UpdateMusicState(BgMusicState.Pause); // Assume it is paused if we haven't heard background music in awhile
else
{
if (info.ChannelVolumeIsMuted())
UpdateMusicState(BgMusicState.Mute);
else
UpdateMusicState(BgMusicState.Play);
}
}
else
{
if (info.IsActiveForAwhile() == true)
NonBgMusicHeard = true;
}
}
if ((UserWantsBgMusic))
{
if ((NonBgMusicHeard == true) && (BgMusicHeard == true))
{
AutoMuted = true;
SmartMute();
}
else if ((AutoMuted == true) && (NonBgMusicHeard == false))
{
AutoMuted = false;
Restore(); //TODO: Need to have this run in ui thread if it sets up the browser control
}
}
//LatestSoundSourceInfoDict = ssiDict;
}