In theory - I do not see why not. IIRC its an YOCTO Linux port under the
covers >>with some hacking<< I'd have to ask some of my brethren in the
Intel OTC group exactly what was subsetted, although my worry is that some
of the folks that worked on that may have left Intel. Also. I don't think
an
> On Jun 5, 2017, at 10:52 PM, Gregg Levine wrote:
>
> Hello!
> These boards run internally Yocto Pokey (and its descendants) Linux.
> However I experimented with an IOT build of Windows on the Gen 1
> before confirming that it ran best via Linux. Exposing ports, read
> having eight of the digit
I suppose I would avoid Windows too, given an alternative.
In theory attaching a terminal to a hardware serial port should be trivial
under Linux:
sim> sh c
PDP-11 simulator configuration
...
DZ address=17760100-17760107*, vector=300-304*, lines=8
...
simh> attach dz line=1,connect=/dev/ttyS
Hello!
These boards run internally Yocto Pokey (and its descendants) Linux.
However I experimented with an IOT build of Windows on the Gen 1
before confirming that it ran best via Linux. Exposing ports, read
having eight of the digital ones after the serial port, can come
later.
-
Gregg C Levin
Isn't this a software question rather than a hardware one? What operating
systems does the Galileo platform support, and how do they expose the
ports? Attaching SIMH to a hardware serial port is trivial given the right
OS.
-Henry
On 5 June 2017 at 22:20, Gregg Levine wrote:
> Hello!
> Can the
Hello!
Can the SIMH project materials, such as the PDP11 emulator be built
and even managed on an Intel Galileo gen 2 ( or the gen 1) platform?
This is an Intel QUARK SOC platform leveraged such that it's output
and input is in the form of the Arduino families.
However networking is already physi