No. I fixed that, the NAMESPACE file now contains:
S3method("[[<-", mylist)
S3method("$<-", mylist)
It still does not work. I also created a print method (print.mylist) which did
work out of the box, regardless of being in the NAMESPACE file or not. Could it
be somehow in here (also in my NAMES
Hello
I tried to define replacement functions for the class "mylist". When I test
them in an active R session, they work -- however, when I put them into a
package, they don't. Why and how to fix?
make_my_list <- function( x, y ) {
return(structure(list(x, y, class="mylist")))
}
mylist
On 29.06.2011, at 21:19, Dirk Eddelbuettel wrote:
> Soeren just shown resilience and persistence in getting his package
> written, built and now onto CRAN. The remaining step is to learn more about
> cross-platform build issues. Because that is the (high) standard of CRAN,
> and if you want to b
Thanks Simon, Uwe and David for your helpful answers. English is not my primary
language, so I was hypothesising a bit about the correct interpretation of
"inlining" and "supply inside". I thought it meant copying the headers inside
the package. I was already inspecting RQuantlib but I did, so f
Hello David
On 29.06.2011, at 15:56, David Winsemius wrote:
> On Jun 29, 2011, at 5:33 AM, soeren.vo...@uzh.ch wrote:
>
>> Hello, the compilation of the GUTS package on CRAN for Mac produces the
>> following error messages:
>>
>> http://www.r-project.org/nosvn/R.check/r-release-macosx-ix86/GUT
Hello, the compilation of the GUTS package on CRAN for Mac produces the
following error messages:
http://www.r-project.org/nosvn/R.check/r-release-macosx-ix86/GUTS-00install.html
I guess it is some namespace collision, but I can not reproduce it on my
machine, it compiles fine here. What is the
Hello
I have a package with a configure script (--include-something). How does the
package pass the check on CRAN, that is, how should I signalise that check and
install may need options?
Thanks
Sören
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R-devel@r-project.org mailing list
https://sta
Hello, I am working with a reference class:
Foo <- setRefClass("Bar",
fields = list( a = "numeric"),
methods = list( baz = function( xa ) a <<- xa )
)
x <- Foo$new()
x$baz(2)
x$a
y <- new("Bar")
y$baz(4)
y$a
But that might be confusing, since new(Foo) does not work and neither does
Bar$new()
On 06.06.2011, at 13:42, Romain Francois wrote:
> Le 04/06/11 16:31, soeren.vo...@uzh.ch a écrit :
>
>> FOO is the C++ object, and Foo should be the S4 class. If the user creates
>> an object, say bar, from class Foo, the creation process automatically makes
>> a new FOO object relating to bar
On 04.06.2011, at 15:41, Martin Morgan wrote:
> On 06/04/2011 03:07 AM, soeren.vo...@uzh.ch wrote:
>
>> Hello, an S4 class "Foo" is defined with a setter, $. For several reasons,
>> the setter calls a function, .foo.update(). However, bypassing the argument
>> names of the setter does not work.
Hello
Apologies for cross-posting, the discussion should (if) go to R-devel, but I
also want to reach the rcpp-devel people.
My C++ class FOO is a module available through Rcpp, and it works fine and is
-- so far -- bug free. With trying to further develop my R package, I thought
it was a good
Hello, an S4 class "Foo" is defined with a setter, $. For several reasons, the
setter calls a function, .foo.update(). However, bypassing the argument names
of the setter does not work. Question 1: Why not and how can I fix this?
Question 2: What is the way to define either the function or the s
On 07.05.2011, at 11:15, Romain Francois wrote:
> Try having do_bar with this signature:
>
> void do_bar(NumericVector data);
>
> And my advice would probably also to have your C field either as a
> NumericVector. NumericVector is just a thin wrapper around the internal R
> data structure.
>
Hello
Thanks again for help!
We have attached version info, code, and contents of 00install.out at the end
of the message. The package can be found here:
http://sovo.md-hh.com/files/Foo.tar.gz
We had followed Dirks explanation in the Rcpp modules vignette and the
presentation of Rcpp modules.
Hello
We have a C++ class with several methods that manipulate an object. How is it
possible to create several instances of that class *from R* in the C++ realm,
which can then be accessed via a given name character? Symbolic example (we
hope this illustrates our problem):
// C++ side:
class F
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