If you'd split your install and auto-start sections into separate pages, you could use the page title and thus have one less level in the text. If you need to set the landscape, consider adding a separate section (or page) for background info.Ģ. The intro section helps the reader decide if he wants to read the rest of the document. Here are a few general remarks that perhaps will be useful to you.ġ. I've browsed through your README, the situation doesn't look so dire to me. Two file systems to share out might be excessive though if both are holding a lot of data, using up a lot of disk space. On some DPF that avoids jumping into "Insert card" menus or otehr disruprive displays. This reduces the time the DPF doesn't see the Pi as its USB device.
GOOGLE PHOTOS PHOTO FRAME UPDATE
I leave the shared out one up while I update the other with new files, then unshare the shared and share out the updated. I also use 'double buffering', have two separate. Or use a Python program wrapper which makes the appropriate os.system() calls or similar. If you have any tips for improving the instructions in github, let me know - I'm not good with github, so I'm sure I can use it a bit better. If anyone can shed some light on it, I'd appreciate it! bin file, place it in the NAS, mount it in the Pi Zero W and have it read correctly by the photo frame.? It takes a long while to test this, during which the frame would be out of commission. The Digital Photo Frame documentation says it can only read flash drives under 32 GB. I know I could avoid the NAS part if I got a bigger card and stick to steps 1 and 3.
Worst case scenario, there is a wifi transfer for each picture, which sounds inefficient. Is it a bad idea having the Pi Zero W constantly getting content from the NAS? I have no idea how many pictures the frame caches, if any. I would love even more if I got some constructive criticism. I would love it if anyone ended up getting inspiration from this. I like the way this turned out and all the previous setup culminated in this point.Ĭongrats if you got this far. I don't take any credit for rclone (which is an awesome tool). Point 3 is a really easy way of synchronizing the images. bin file there and having the Pi read it as if it was a local file works really well. I think mounting a NAS folder and placing the. I've copied the most important steps in point 1. We can either set them up as a bash file and have cron run it at a set interval, or run them manually each time there is a change to the album. These need to be run each time there is a change in the album. Sudo modprobe g_mass_storage file=/mnt/fotosnas/piusb.bin stall=0 ro=1 ~/rclone-v1.53.1-linux-arm/rclone sync piframe:album/piframe0 /mnt/fotos Code: Select all sudo modprobe -r g_mass_storage
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