I agree that using the expected capture value makes a lot more sense than
using the zero id. I'll send a patch later today.
On Tue, Oct 6, 2009 at 12:49 AM, David Brownell wrote:
> On Saturday 03 October 2009, John Rigby wrote:
> > You were right about the ir lengths, but I also had to put back
On Saturday 03 October 2009, John Rigby wrote:
> You were right about the ir lengths, but I also had to put back in the code
> that ignores non b01 for taps with 0 ids. The i.mx31 has the same weird tap
> with no id and no b01 in the capture.
Hmm. I changed the diagnostics a bit in a recent pat
On Saturday 03 October 2009, John Rigby wrote:
> > is there; it looks bizarre, that *is* an LSB of b0001, it's
> > the next bits that are odd.
>
> This diagnostic is misleading. It does not give the position where it was
> expecting the 01. The string is the entire captured data. The right most
David,
You were right about the ir lengths, but I also had to put back in the code
that ignores non b01 for taps with 0 ids. The i.mx31 has the same weird tap
with no id and no b01 in the capture. The i.mx25 config and patch are
attached.
John
On Sat, Oct 3, 2009 at 6:03 PM, David Brownell
David,
Thanks for the info. I'm slowly making progress.
On Fri, Oct 2, 2009 at 4:58 AM, David Brownell wrote:
..
>
> I'm not sure why that diagnostic
>
> Error: imx25.cpu: IR capture error; saw 0x3E1011 not 0x..1
>
> is there; it looks bizarre, that *is* an LSB of b0001, it's
> the next
On Thursday 01 October 2009, John Rigby wrote:
> Any ideas? This is all new to me, how does one figure out irlen's and
> masks? The only thing I found in the reference manual was the cpu tap id
> and some vague illustrations but no real details.
Using *current* code it's safe to forget about the
I'm trying to create a config file for a Freescale i.mx25. Using info from
a number of other i.mx platform configs and the reference manual and some
trial and error I have come up with the attached file. When I use it I get
this:
$ openocd --file flyswatter.cfg --file imx25.cfg
Open On-Chip Deb
