similar to: ldAIX4 does not generate Rlapack.exp (PR#2893)

The AIX build of the development version isn't quite working due to a problem in the automatic symbol extraction process. Compilation of R itself goes fine, but then in the script tools/ldAIX4 doesn't extract the symbols from arithmetic.o. This is because bash-2.01$ nm arithmetic.o nm: arithmetic.o: 0654-206 Cannot process the symbol table. As a result, R_finite is not exported and

Dear list, I'm forwarding these 2 messages as suggested by the package developer. My system is > sessionInfo() R version 2.9.0 (2009-04-17) i486-pc-linux-gnu on Ubuntu 8.04, with r-base-core, r-base-dev and r-recommended installed from binaries through Synaptic. I normally install the rest of packages using install.packages() from within R (started from an xterminal by su) Agus

Martin, Although I did remove the ln libRlapack.so -> ./lapack.so and sudo apt-get install r-cran-robustbase went fine (as does if the installation is done through Synaptic), once I start R I get: > require(robustbase) Loading required package: robustbase Error in dyn.load(file, DLLpath = DLLpath, ...) : unable to load shared library

ltconfig placeholder shoud be removed. Makefile.am : some stuff copied from branch_beta3 ogg lib must be added only where necesary. vq subdir Makefile.am'ized, (but installs nothing) made distclean target slightly more clean -- check it by hand first, please --- also you'll want to remove vq/Makefile if the ...am passes inspection ------------------------------------------------- diff

Howdy.. I've got a couple little patches here. 1. vorbis-tools needs getopt. Since it's already sitting in the source tree for cmdline I set up cmdline to make a getopt.a that gets used for both. Also, since mp3tovorbis is a shell script, it needs to be installed 755 not 711 (unless I'm missing something). 2. I've found that both tru64 and irix 5.3 won't give int64_t

(I asked an earlier question on the rpy2 installation to the rpy2 list, the solution there was to edit the setup.py script, but this looks beyond what I can do unless someone tells me exactly what to modify). I have R 2.8.1 on 2 machines running ubuntu 8.04 (packages R-base and R-base-dev, among others, installed using Synaptic) and while the installation of rpy2 went fine on machine1, failed on

For R v2.1.1 patched and R v2.2.0 devel: Calling source(file, chdir=TRUE) with is.character(file) != TRUE, that is, with 'file' as a connection, will generate an error. Example: > file <- textConnection("cat('Hello world\n')") > source(file, chdir=TRUE) Error in source(file, chdir = TRUE) : Object "ofile" not found Of course, it does not make

* Use `mktemp` instead of playing with date(1). * Use -f instead of removing the file every time. * "echo ERROR; exit 1" is what die() is for. * Some cosmetic renamings ('k' to 'comp' for compression etc). * Remove the MacOSX comment. It's not MacOSX specific, and it's not a problem anyway. The number behaves just right. * Remove the $((${size}+10)). It's

Hi, I just upgraded to 1.1.0 from 1.0.1 this morning on my OSF/1 machine. I now have problems with the following code: %E /tmp 43% R --vanilla Version 1.1.0 (June 15, 2000) ... > test2 <- function () { plot(runif(30)) ofile <- "/tmp/newfile.ps" dev.print(file = ofile) } + + + + + > > test2() Error in device(...) : Object "ofile" not found However, if

From: Matthew Wilcox <mawilcox at microsoft.com> Add the following tests for xbitmap: 1) single bit test: single bit set/clear/find; 2) bit range test: set/clear a range of bits and find a 0 or 1 bit in the range. Signed-off-by: Wei Wang <wei.w.wang at intel.com> Cc: Matthew Wilcox <mawilcox at microsoft.com> Cc: Andrew Morton <akpm at linux-foundation.org> Cc: Michael S.

From: Matthew Wilcox <mawilcox at microsoft.com> The eXtensible Bitmap is a sparse bitmap representation which is efficient for set bits which tend to cluster. It supports up to 'unsigned long' worth of bits, and this commit adds the bare bones -- xb_set_bit(), xb_clear_bit() and xb_test_bit(). Signed-off-by: Wei Wang <wei.w.wang at intel.com> Cc: Matthew Wilcox <mawilcox

From: Matthew Wilcox <mawilcox at microsoft.com> The eXtensible Bitmap is a sparse bitmap representation which is efficient for set bits which tend to cluster. It supports up to 'unsigned long' worth of bits, and this commit adds the bare bones -- xb_set_bit(), xb_clear_bit() and xb_test_bit(). Signed-off-by: Wei Wang <wei.w.wang at intel.com> Cc: Matthew Wilcox <mawilcox

Hello, I found out about Vorbis and Ogg recently and am very interested in it. I grabbed the latest sources from CVS and have been able to compile almost everything. The only thing (to my knowledge) that I can't compile is the 'cmdline' demo. Everything compiles correctly there error comes in the linking stage. The error message is reproduced below: make target

Hello, I found out about Vorbis and Ogg recently and am very interested in it. I grabbed the latest sources from CVS and have been able to compile almost everything. The only thing (to my knowledge) that I can't compile is the 'cmdline' demo. Everything compiles correctly there error comes in the linking stage. The error message is reproduced below: make target

Hello, Below is a function (test.map) that permits drawing the same map using three different devices. The "pdf" device doesn't clip polygons to the plot region as I see it does by both the native device (in my case "Quartz") and the "png" device. test.map("pdf") # produces "test-map.pdf" with no clipping test.map("png") #

Hello everybody, I'm using hdf5 files to store results from intermediate calculations. These are usually part of a list, called "res". As I want the hdf-files to contain all the members of res in its top "directory", I used to do attach(res) do.call("hdf5save", args=c(fileout=file.path(dir, ofile), as.list(names(res)))) detach(res) which did what I

Hello, everyone. No need to read this message. I'm posting for documentation for other poor, ignorant slobs like me who are struggling to pull together the many technologies to make converged networks happen. Hopefully, this will help save someone else the time I spent. I started the below email until I realized I had solved multiple parts of a compound problem but not all at the same time.

AFAIK a script run through source() does not have any legit way to learn about it's own location. I need this to make sure that the script will find its datafiles after I move the whole directory. (The datafiles are in the same directory.) Here is a hack I invented to work around it: print(getwd()) source_pathname = get("ofile",envir = parent.frame()) source_dirname =

Hi all, Forgive me if this question has been addressed, but I was unable to find anything in the r-help list or in cyberspace. My question is this: is there a function, or set of functions, that will enable a script to detect its own path? I have tried file.path() but that was not what I was looking for. It would be nice to be able to put all the related scripts I use in the same folder with a

OK, here's a rewrite of xbitmap. Compared to the version you sent: - xb_find_set() is the rewrite I sent out yesterday. - xb_find_clear() is a new implementation. I use the IDR_FREE tag to find clear bits. This led to me finding a bug in radix_tree_for_each_tagged(). - xb_zero() is also a new implementation (replacing xb_clear_bit_range). It should also be more efficient in deep