Guru
Joined: 05/03/2018
Location: NetherlandsPosts: 5754
| Posted: 03:28pm 26 Nov 2024 |
Hi Peter,
I know you are very close to release, but maybe it is possible (or put it on the wish list for 6.00.02) to correctly display the pin function for pins that are in use in the OPTIONS (boot reserved).
GP0 1 OFF
GP1 2 OFF
GP2 4 OFF
GP3 5 OFF
GP4 6 OFF
GP5 7 OFF
GP6 9 OFF
GP7 10 OFF
GP8 11 OFF: Boot Reserved
GP9 12 OFF: Boot Reserved
GP10 14 OFF: Boot Reserved
GP11 15 OFF: Boot Reserved
GP12 16 OFF: Boot Reserved
GP13 17 OFF
GP14 19 OFF
GP15 20 OFF
GP16 21 OFF
GP17 22 OFF
GP18 24 OFF: Boot Reserved
GP19 25 OFF: Boot Reserved
GP20 26 OFF: Boot Reserved
GP21 27 OFF
GP22 29 OFF
GP23 41 OFF: Boot Reserved
GP24 42 OFF: Boot Reserved
GP25 43 OFF: Boot Reserved
GP26 31 OFF
GP27 32 OFF
GP28 34 OFF
GP29 44 OFF
GP1 2 OFF
GP2 4 OFF
GP3 5 OFF
GP4 6 OFF
GP5 7 OFF
GP6 9 OFF
GP7 10 OFF
GP8 11 OFF: Boot Reserved
GP9 12 OFF: Boot Reserved
GP10 14 OFF: Boot Reserved
GP11 15 OFF: Boot Reserved
GP12 16 OFF: Boot Reserved
GP13 17 OFF
GP14 19 OFF
GP15 20 OFF
GP16 21 OFF
GP17 22 OFF
GP18 24 OFF: Boot Reserved
GP19 25 OFF: Boot Reserved
GP20 26 OFF: Boot Reserved
GP21 27 OFF
GP22 29 OFF
GP23 41 OFF: Boot Reserved
GP24 42 OFF: Boot Reserved
GP25 43 OFF: Boot Reserved
GP26 31 OFF
GP27 32 OFF
GP28 34 OFF
GP29 44 OFF
The Boot reserved pins could indicate what they are used for (i.e. I2C or SPI or COM or DOUT or DIN). That would give insight what you can use.
This is the code for above list (I put this sub in the library for normal picomites)
Sub FreePins
Local n,gp$,p,pu$
For n=0 To 29
gp$ = "GP"+Str$(n)
p = MM.Info(pinno gp$)
pu$ = MM.Info(pin p)
Print gp$, p, pu$
Next
End Sub
Local n,gp$,p,pu$
For n=0 To 29
gp$ = "GP"+Str$(n)
p = MM.Info(pinno gp$)
pu$ = MM.Info(pin p)
Print gp$, p, pu$
Next
End Sub
Volhout
P.S. This is 6.00.01RC1 running on RP2040-GEEK
Edited 2024-11-27 01:31 by Volhout