![]() The receiver may be a hardware implementation or the common RTL-SDR dongle with SDR program (such as SDR#) method. In the absence of a manual there are a few things that may help to know.To receive the signal you have to pass the audio of the receiver into JAERO. If anyone wishes to write a manual for others please feel free, I would suggest placing it in the JAERO wiki so others can modify it as time goes by. On Windows it has been tried on 7, 8 and 8.1 successfully.Ĭurrently there is no user manual but the program is reasonably self-explanatory. ![]() On openSUSE sound piping of at least prerecorded audio apparently works out-of-the-box on openSUSE's pulseaudio on top of ALSA setup too. Martin has also added JAERO to so one can keep informed about new releases using fedmsg which seems to be some sort of automatic notification system but I'm not sure how it works. The Tumbleweed version of openSUSE is a rolling release and is synced with hardware:sdr and I think means they always have the latest version of JAERO without doing anything. openSUSE can also be run on raspberry Pis ( openSUSE on a Pi3 ) so this same method of installing JAERO should install JAERO on these devices too however how well JAERO works on a Pi is still somewhat of an unanswered question. For openSUSE Leap 42.2 users they will need to add the hardware:sdr repository to the package manager by typing 'sudo zypper addrepo ' then 'sudo zypper refresh'. As of writing openSUSE 42.3 users can install JAERO right out of the box by typing 'sudo zypper install jaero'. ![]() Martin Hauke (mnhauke) has kindly been working on packaging JAERO for openSUSE (a Linux OS). The program has run successfully on Windows and Linux. ![]()
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