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On 1 June 2016 at 19:36, Aaron Ballman <aaron at aaronballman.com> wrote: > Despite people's reservations of a git-only repository? Hi Aaron, not at all! I was especially vague on my first email to make sure SVN folks would be shoved on the side, but John had asked for a full plan *in the case we move*, and I was just completing the picture. Having said that, I can't take that

I tried to submit this in R, but not sure if it worked. When running R as sudo, using ctrl-c dumps me to the command line. Hitting exit to exit the terminal window results in R taking 100% of resources. I am using R-2.1.0 on Fedora Core 3. Thanks. Manuel

Hi there! I''m trying to spec out some code that will set the smtp_settings in a custom ActiveMailer object. Basically I want to check that if my configuration object has the right smtp_server, that the ActiveMailer object gets set up correctly. So, my spec looks like this: it "uses smtp server if config says so" do

Thank you for providing the explanation for how ADRP works...something I should have done myself. With this explanation in hand, one other alternative I was looking at was using a linkerscript to essentially rebase the code and have ADRP instructions that would address the correct location as a result. However, I am not a linkerscript expert, so I am not sure if such a thing is even possible or

Dear R developers: R is supposed to be slow for iterative calculations. actually, it isn't. matrix operations are fast. it is data frame operations that are slow. R <- 1000 C <- 1000 example <- function(m) { cat("rows: "); cat(system.time( for (r in 1:R) m[r,20] <- sqrt(abs(m[r,20])) + rnorm(1) ), "\n") cat("columns: "); cat(system.time(for (c

On 21 May 2018 at 13:57, Bruce Hoult via llvm-dev <llvm-dev at lists.llvm.org> wrote: > "ADRL produces position-independent code, because the address is calculated > relative to PC." > > From this, I'd expect ADRP to simply do Xd <- PC + n*4096, where n is a 20 > bit number, just like AUIPC in RISC-V (also a 20 literal multiplied by 4096) > or AUIPC in MIPS