For you who haven't read Barry K's blog recently, you should check it out. Barry has come out with new interesting stuff that should spice out your "Puppy" experience (strictly speaking, it's not Puppy Linux anymore - Barry handed over the baton long time ago. Instead Barry now does Quirky/EasyOS/etc - but as far as we're concerned, it's a "puppy" with a quote ).
Barry is also branching to 64-bit ARM (aarch64). I'm sure he will soon release an 64-bit ARM EasyOS. If you remember, Barry was also one of the first to venture to 32-bit ARM a while ago (a tad over 6 years ago) and made a Puppy that ran on the original Raspi. Quite an achievement considering that the original Raspi was barely able to run any desktop at all - but that is Puppy at its best, showing the world that even the weakest computer in the world can still run a desktop (as long as it's Puppy ). It was also one of the motivation that made me do FatdogArm.
Speaking about Raspi and FatdogArm, I have also recently pulled out my Raspi 3 out of retirement. But this time I'm not doing it for desktop replacement, but mainly because I'm interested to use it for what it was originally made: interfacing with stuff. Direct GPIO access, I2C and SPI is so interesting with the myriad of sensor packages out there. I've been playing with Arduino for a while and while it's cool, it's even cooler to do it using a more powerful platform. Now this article shows you how to do it directly from the comfort of your own PC (yes, your own desktop or laptop), if you're willing to shell out a couple of $$ to get that adapter. I did, and it is quite fun. Basically it brings back the memory of trying to interface stuff using the PC's parallel port (and that adapter indeed emulates a parallel port ... nice to see things haven't changed much in 30 years). But it's speed is limited to the emulation that it has to go through - the GPIO/I2C/SPI has to be emulated by the kernel driver, which is passed through USB bus, which then emulated by the CH341 on the module. If you want real speed, then you want real device connected to your system bus - and this is where Raspi shines. I haven't done much with it, but it's refreshing to pull out the old FatdogArm, download wiringPi and presto one compilation later you've got that LED to blink. Or just access /sys/class/gpio for that purpose.
Now on to Fatdog64 800. I'm sure you're dying to hear about this too OK. As far as Fatdog64 800 is concerned - we've done close to 1,100 packages. We're about 200 packages away from the finish line. As usual, the last mile in the marathon is the hardest. It's bootloaders, Qt libs and apps, and libreoffice. Here's crossing your finger to smooth upgrading of all these packages.
Speaking about updates, I've also decided to go for the newest bluetooth stack (bluez). I have been a hold-on on bluez 4 for the longest time, simply because the bluez 5 does not work with ALSA - you need to use PulseAudio for sound. But all of that have changed, ther e is now an app called bluez-alsa that does exactly that. I've been thinking to do it myself were it not there; but I've been thinking too long Anyway, I'm glad that it's there. Bluez 5 does have a nicer API the last time I looked at it (as in, more consistent) though not necessarily clearer or easier to use than Bluez 4. But that's just Bluez.
Well that's it folks for now. And in case I don't see you... good afternoon, good evening, and good night
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