>
> . . .and the chances you'll need a cross compiler toolchain, and IDE are
> near nil.
>
For your own code. Unless you're one of *those* (them?!) code zombies who
eat's sleeps and breathes caffine. Writing 5M lines of bug ridden code a
day ;)
On Fri, Sep 30, 2016 at 6:37 PM, William Hermans
mz,
While the subject has been brought up. If you've had any experience with
Linux development in the past. This experience would largely be the same.
You do not need a cross compiler or 99.9% of what all is out there, and the
chances you'll need a cross compiler toolchain, and IDE are near nil.
Well, there seems to be a lot of confusion between toolchains, which no one
really asked or said anything about( I made a passing remark ), Linux
kernel, and Linux image. My own idea of what makes a Linux image is a
complete "package" that contains bootloader(s), a Linux kernel, and a
rootfs(root
mz:
You used the term "transferring the kernel" which set off a discussion.
I have been programming on the BBB for several years, and have not had to
touch the kernel, which is part of the OS image.
Some people want to learn kernel programming. OK
.
In my case, for any application development I
Not only that but if you make a mistake, and render the eMMC unbootable.
How would you fix it without an sdcard ? Short answer is that you can't.
But with an sdcard, you'd insert the "emergency" card, revert the changes
you made, then power cycle the board ater removing the sdcard. viola!
problem
>
> If one needs significant number crunching capability, the RPI-3 would
> be the choice -- even with the 64-bit A53 quad-core crippled by using a
> 32-bit variant of Debian, compared to the 32-bit single-core BBB.* The
> RPI-3 also has on board WiFi#
>
I wouldn't say crippled. The only real
One more thing, sorry . . . multi-tasking. . .
As Graham mentioned above. You'll probably want to start off with a
Beaglebone black RevC. But my motivation in recommending this would be
slightly different. I've been using an A5A for over 3.5 years, and in the
last 1.5 years have been mostly using
mzimmers,
Do yourself a favore and get this book:
https://www.amazon.com/Exploring-BeagleBone-Techniques-Building-Embedded-ebook/dp/B00QMIYWQM
It's probably not the best book for the experienced, or "Expert". But for
someone new to this particular discipline. It'll be more information than
you
>
> Thanks for the detailed answers. Do I really need to use an SD card for
> transferring the kernel to the beaglebone? Seems kind of cumbersome, so if
> there's another way to do it, I'd appreciate hearing about it.
>
No you do not. You could create a *deb file, or other package manager file
Thanks for the detailed answers. Do I really need to use an SD card for
transferring the kernel to the beaglebone? Seems kind of cumbersome, so if
there's another way to do it, I'd appreciate hearing about it.
mz
--
For more options, visit http://beagleboard.org/discuss
---
You received this
>
> Dont treat this as an rPI endorsement however. I much prefer the
> beaglebone in most cases, but the rPI, specifically the rPI's has many good
> points too.
>
Raspberry PI 3
On Thu, Sep 29, 2016 at 2:33 PM, William Hermans wrote:
>
>
> On Thu, Sep 29, 2016 at 2:25 PM,
On Thu, Sep 29, 2016 at 2:25 PM, Graham Haddock
wrote:
> Hi William:
>
> For an expert, you are totally correct.
>
I would argue the other way around. the rPI's have stuff like 'wiring', and
are a lot like the Arduino's in many ways. Only running Linux. Me, I'm not
a big
Hi William:
For an expert, you are totally correct.
For a newbie, the Raspberry Pi images seem to be designed to limit how much
tinkering you can do with Linux itself.
The tools and examples for modifying Linux itself are much better supported
on the Beaglebone.
Both are good for blinking LEDs
By the way, just for clarity. You do not need hard float for the kernel as
far as I am aware. As it is my understanding that floating point math in
the kernel is "forbidden". However, many userspace tools, apps, and perhaps
the userspace side of any kernel module may need hard float.
On Thu, Sep
On Thu, Sep 29, 2016 at 2:04 PM, Graham wrote:
> The Beaglebone is a better choice than say, Raspberry Pi, since Linux is
> somewhat locked-down on the R Pi, which puts limits what you can do with it.
>
This is mostly false. The images provided by the Raspberry PI
The Beaglebone is a better choice than say, Raspberry Pi, since Linux is
somewhat locked-down on the R Pi, which puts limits what you can do with it.
On the Beaglebone, there are multiple variations of Linux that are
supported, and you are free to compile your own kernel variations and load
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