#Embedded linux ffmpeg install#
#Embedded linux ffmpeg windows#

I find it to sound best compared to music stored on NAS, that is why I needed JRiver on HQPe machine also. All my music files are on an external HDD connected to HQPe via USB.

#Embedded linux ffmpeg install#

With lot of help from Piero and was able to use JRiver on my Laptop to control HQPe (I had to install JRiver on HQPe machine also, and connect the Laptop JRiver to it). I certainly like the JRiver interface and JRemote, so that was my first choice for control.

#Embedded linux ffmpeg windows#

All my devices are iOS or Windows (no Android), except this dedicated AudioLinux audio server. First off, the combination is best I have heard so far, and I am still trying to see how best to control HQPe. I am new to whole HQPe idea, and just trying to set it up with AudioLinux. In archlinux realtime-privileges this is set in /etc/security/limits.d/nf like - rtprio - memlock unlimitedĪre you saying that, if started as hqplayer user, the different threads will have different priorities? Are we speaking of fifo priorities here? Since hqplayerd is closed source, the only configuration I can see is about rvice. In the last versions of audiolinux the realtime privileges are treated by the package realtime-privileges that set the group 'realtime' to which you can add the user, These two applications are working together to give the optimal priority for each application (it uses a configuration file that can be personalized). I will explain better. In Audiolinux, that is using a realtime kernel, the service rtirq set the priority for irqs and rtapp set the priority for audio applications. For HQPlayer Embedded, this is all set up by the packaging and the service runs as special user 'hqplayer'. My packaging manages the system setup for the supported distributions, but for any repackaging one has to pay special attention that the related system setup is correct (work directories with correct permissions, priority settings, etc).įor HQPlayer Desktop it is important that user id's who run HQPlayer are members of 'hqplayer' group. Failures to set priorities are not treated as fatal and HQPlayer doesn't terminate due to those failures, but the performance is potentially poor and one can experience for example drop-outs or inefficient processing.

HQPlayer has tens of threads inside, each running at carefully designed different priorities.