@dirceusemighini glad you're sleeping! Are you using Loop or OpenAPS? either way i suggest you read the following, there's multiple ways to set up a pump that appear to work when open loop pumping, but can be very different once you are looping.
https://seemycgm.com/2017/10/29/fine-tuning-settings/
I finally read it all and there is something that I found interesting. I always thought that when I would change my basal I should apply ma ISF, for example, if my BG was rasing 40mg/dl/h I would increase my basal by 40/ISF/h, but that never worked for me, in fact if I change my basal by ~7% (0.05/h) , it drop it all. Maybe my factors are all wrong, but I found it was aggressive to change if from 0.8 to 1.4.
G6 command when configuring the setup for offline. Could someone point me to some of the old bash commands for pulling the data manually, or troubleshooting guides that I could use to try to get it sorted out? Or is this not recommended and I should be looking to Logger/Lookout instead?
@garetis The Pi0 does not have the processing power to work with the HAT reliably. It tends to have issues with timeouts.
I had one working well enough with a plain radio board ('Slice of Radio' device), but trying to make it work with the hat resulted in something rather unstable...
IMHO the best Pi for a rig - if we had a radio/LCD-board designed for it - would be the CM4 or CM3
Also, the easiest way to do offline looping with the G6, is to use xdrip-js & connect directly from your rig to the transmitter via bluetooth.
He had a bunch of Medtronic 722s for sale at one time, and when I bought 2 (one as a backup) he offered to sell me the entire stock...
I didn't have the money for that, so I declined...
@Foxy7 you could manually download your files from Ns command line and then upload to OH, but that’s a bit of work if you’ve not done it before. There’s a NS repo for the code behind the uploader tool if you want to check it out.
Can you file an issue in that repo and I can get someone to help take a look? Might be the heroku side of it (which I can’t remember if I have access to but won’t be able to check until I’m back on decent Wi-Fi mid week)
The hard part with the premade Pi4 boards is finding one with LiPo charge/power support.
I am becoming a bit convinced that - absent a new 4CM or 3CM based Explorer Hat - the best pi is the Pi3A (which is the same width as a Zero, the same CPU as the 'full size' Pi3, but has a greater height because it has the camera headers, HDMI and USB-A)
Trying to build the go binaries is failing:
/root/go/src/github.com/ecc1/medtronic/cmd/cgmupdate/main.go:55:2: undefined: nightscout.SetNoUpload
/root/go/src/github.com/ecc1/medtronic/cmd/cgmupdate/main.go:56:2: undefined: nightscout.SetVerbose
/root/go/src/github.com/ecc1/medtronic/cmd/cgmupdate/main.go:136:15: undefined: nightscout.Gaps
/root/go/src/github.com/ecc1/medtronic/cmd/cgmupdate/main.go:152:10: undefined: nightscout.Upload
/root/go/src/github.com/ecc1/medtronic/cmd/cgmupdate/main.go:189:41: cannot use *jsonFile (type string) as type io.Reader in argument to nightscout.ReadEntries:
string does not implement io.Reader (missing Read method)
# github.com/ecc1/medtronic/cmd/bgproxy
/root/go/src/github.com/ecc1/medtronic/cmd/bgproxy/main.go:40:41: cannot use *jsonFile (type string) as type io.Reader in argument to nightscout.ReadEntries:
string does not implement io.Reader (missing Read method)
Couldn't go get medtronic
root@piaps:~/myopenaps# go version
go version go1.12.5 linux/arm
/tmp $ git clone https://github.com/ecc1/medtronic
Cloning into 'medtronic'...
remote: Enumerating objects: 3007, done.
...
/tmp $ cd medtronic/cmd/cgmupdate/
/tmp/medtronic/cmd/cgmupdate $ go build -v
go: downloading github.com/ecc1/nightscout v0.0.0-20181103224750-3f979d458431
github.com/ecc1/medtronic/packet
github.com/ecc1/gpio
github.com/ecc1/nightscout
github.com/ecc1/spi
github.com/ecc1/cc111x
github.com/ecc1/radio
github.com/ecc1/medtronic
github.com/ecc1/medtronic/cmd/cgmupdate
/tmp/medtronic/cmd/cgmupdate $ go version
go version go1.15.9 linux/amd64