Just wait; this is caused by failures upstream of the pd package; partly at
least by affxparser which I maintain (and which was fixed yesterday;
hurray). Hopefully this will get sorted out soon; a lot of people are
trying to work hard to fix this.
Kasper
On Fri, Apr 8, 2016 at 5:36 PM, Dan
On 04/08/2016 02:34 PM, Obenchain, Valerie wrote:
> Hi,
>
> It sounds like we have agreement on these points:
>
> - Add support for sequences
> - Keep the OrganismDb name
> - Do provide pre-built packages
>
> I'm not sure we got much weigh in on the package name. I tend towards a
> more
Hi,
This is a heads up about a few changes we've made to the production of
in-house annotations for Bioconductor 3.3.
# Microarray packages:
We will propagate but no longer rebuild the ChipDb, probe and cdf
packages. These data have been static for some time. The packages will
continue to be
It's fine in today's build report.
Dan
On April 8, 2016 1:31:24 PM PDT, Krithika Bhuvaneshwar
wrote:
>Dear Biconductor team,
>
>We are developers of newly accepted Bioconductor package CINdex. Our
>package is meant for DNA copy number data analysis, and the example
>data
Hi,
It sounds like we have agreement on these points:
- Add support for sequences
- Keep the OrganismDb name
- Do provide pre-built packages
I'm not sure we got much weigh in on the package name. I tend towards a
more descriptive name. This post (to me) is an example of the confusion
that can
Dear Biconductor team,
We are developers of newly accepted Bioconductor package CINdex. Our
package is meant for DNA copy number data analysis, and the example
data we use is from Affymetrix SNP 6.0 , so we use
'pd.genomewidesnp.6' annotation package for Affymetrix SNP 6.0 in our
vignette.
Our
Dear Valerie,
Thank you for the update.
1) Class name: I'd definitely prefer the exisiting naming over the three
other suggestions you gave.
2) Pre-made packages: Yes, I think it would be great to have such packages
available for well-established Bioc model organisms, i.e. as returned by
Dear List, Bernd;
I've noticed that h5ls now left-justifies its output. For example, if I
were to run example(h5ls) on my BioC-devel system, I would get:
group name ltype corder_valid corder cset otype num_attrs
0 /fooH5L_TYPE_HARDFALSE 00