So, sorry for generating all the email traffic :-) I really hope that I haven't
YES! March 1st is an all and only Pi meeting. The date happens to
coincide with the 8th anniversary of the Pi computer.
Even though we are now calling it "Berkeley Pi" I have stressed in previous
announcements that it is not exclusive to the Pi and have mentioned Arduino,
for example. Or firmware or hardware hacking and reuse, etc.
Yeah I have seen those, and downloaded. Never actually wrote to an SD card, though.
Raspbian is just so good and useful.
But your comment has got me to look at some of those other OS'es. And RISC OS looks
really interesting , actually. It's history is it comes from the people who created ARM cpu.
I may actually load one up as a demonstration.
As for Windows 10 IOT, seems to be a rebranding of Windows Embedded. Ugh. And it
doesn't seem to be a SD card image. Instead you download and run a Windows program.
An IOT Dashboard which can write the SD card. I have't been able to find a video that show
it running. I found this:
My impression is that Windows IOT is a platform for creating Apps for Windows embedded.
Which would be interesting if you were an experienced Windows programmer.
Not the accessible "teach programming to kids" which is the Raspberry Foundation's aim.
So I would argue the Pi is primarily a Linux computer. And I think it is Linux
that gives this little board its power.
We all have laptops and desktops running Linux. That's Linux primarily for
a user. A desktop, like gnome,kde xfce and so on.
But we also have Linux on devices or machines. Like when BerkeleyLUG had
a booth at the 2012 Maker Faire, we pointed to Linux on your router (WRT54G) on your
gaming machine (Playstation) on your dvr (Tivo) on your ereader (Kindle)
All these have Linux but it is not really accessible. Not so easy to roll your own.
You would need some hardware specific build tools or cross compiler to create
an OS image.
Now with the Pi we have a platform that is like an embedded Linux device. But one
that you can attach a mouse and keyboard. Not for the Linux devices I mentioned.
(Actually, Sony had a Linux kit for the Playstation.) And then you have Debian!
You can make a Pi do things because Linux can do it. A Pi bluetooth speaker - you
can make you laptop or desktop into a bluetooth speaker the same way. If a
Windows user wants to build something with the Pi, they install software with sudo
apt install. And configure the service by editing a txt file. Learning the GNU/Linux
way of doing things.
The Raspberry Pi is a great ambassador for Linux.
Sorry for the wall o' text. I'm just a little passionate.
Gotta go build something - Later,
Thomas