similar to: LLVM 3.0 Release!

LLVM 3.4 is now available! Download it now, or read the release notes. This is a big new release with a lot of features. Clang now supports all of the features in the current working draft of the upcoming C++ standard, provisionally named C++1y. The static analyzer has greatly improved C++ support, produces fewer false positives and catches more bugs. Clang also includes a few new

LLVM 3.4 is now available! Download it now, or read the release notes. This is a big new release with a lot of features. Clang now supports all of the features in the current working draft of the upcoming C++ standard, provisionally named C++1y. The static analyzer has greatly improved C++ support, produces fewer false positives and catches more bugs. Clang also includes a few new

Hello LLVM People, Welcome to LLVM 3.1! Get it here: http://llvm.org/releases/ or read about it: http://llvm.org/releases/3.1/docs/ReleaseNotes.html This release represents approximately 6 months of development over LLVM 3.0, delivers a vast range of improvements and new features. Some of the most visible features include greatly expanded C++'11 support in Clang (including lambdas,

LLVM 3.3 is now available! Get it here: http://llvm.org/releases/ or read about it here: http://llvm.org/releases/3.3/docs/ReleaseNotes.html LLVM 3.3 is a big release: it adds new targets for the AArch64 and AMD R600 GPU architectures, adds support for IBM's z/Architecture S390 systems, and major enhancements for the PowerPC backend (including support for PowerPC 2.04/2.05/2.06

LLVM 3.5 is now available! Get it here: http://llvm.org/releases/ or read the release notes here: http://llvm.org/releases/3.5.0/docs/ReleaseNotes.html http://llvm.org/releases/3.5.0/tools/clang/docs/ReleaseNotes.html This is a great new release with a whole host of new features. The LLVM optimizer and backend sees continued performance improvement and compile time improvements, as well as

LLVM Fans, LLVM 3.2 is done!! Get it here: http://llvm.org/releases/ or read about it: http://llvm.org/releases/3.2/docs/ReleaseNotes.html Despite only it being a bit over 6 months of development since 3.1, LLVM 3.2 is a huge leap, delivering a wide range of improvements and new features. Clang now includes industry-leading C++'11 support, improved diagnostics, C11 and Objective-C

Hi LLVM Friends, Fans, Followers and Fanatics, LLVM 2.7 is live! You can download it here: http://llvm.org/releases/ and read about it here: http://llvm.org/releases/2.7/docs/ReleaseNotes.html This release includes approximately 6 months of development that provide major enhancements and new features over the LLVM 2.6 release. This includes significantly better generated code, improvements to

Hi LLVM Friends, Fans, Followers and Fanatics, LLVM 2.8 is live! You can download it here: http://llvm.org/releases/ and read about it here: http://llvm.org/releases/2.8/docs/ReleaseNotes.html This release includes approximately 6 months of development that provide major enhancements and new features over the LLVM 2.7 release. LLVM 2.8 includes broad improvements in the core LLVM project and

Author: mike_s Repository: /hg/zfs-crypto/gate Revision: e144729d8b901f4092085ea17a31bf10d1089f79 Log message: 6273860 gcc and sgs/gprof don''t get along 6273866 gcc and sgs/prof don''t get along Files: update: usr/src/cmd/sgs/gprof/Makefile.com update: usr/src/cmd/sgs/gprof/common/arcs.c update: usr/src/cmd/sgs/gprof/common/dfn.c update: usr/src/cmd/sgs/gprof/common/gprof.c

Hi LLVM Friends, Fans, Followers and Fanatics, LLVM 2.6 is live! You can download it here: http://llvm.org/releases/ and read about it here: http://llvm.org/releases/2.6/docs/ReleaseNotes.html This release includes approximately 6 months of development that provide major enhancements and new features over the LLVM 2.5 release. This includes significantly better X86-64 code generation,

Hello, I have a problem with Hausman test. I am performing my analysis with these commands: > library(plm) > data<-read.csv2("paolo.csv",header=TRUE) > data< pdata.frame(data,index=c("FIRM","YEAR"),drop.index=TRUE,row.names=TRUE) > RECEIV~LSIZE+LAGE+LAGE2+CFLOW+STLEV+FCOST+PGROWTH+NGROWTH+TURN+GPROF+GPROF2 >

Note the typo in your 3rd line: data < Don't know if this means anything... Bert On Feb 11, 2018 7:33 AM, "PAOLO PILI" <paolo.pili at student.unife.it> wrote: > Hello, > > I have a problem with Hausman test. I am performing my analysis with these > commands: > > > library(plm) > > data<-read.csv2("paolo.csv",header=TRUE) >

Hi, I have searched R mail list archive and couldn't find my answers. The R extension describes how to make use of Rprof to profile R code. gprof can be also used for the same purpose for the C codes when the C codes are written independently and provided with a main() function. I'm currently writing R codes meshed with C Codes, and use .Call as the interface between the two parts.

you are right about the 3rd line but it doesn't help me for my problem. I remove the 3rd line but there is still the same problem: Error in solve.default (dvcov): the system is numerically unique: reciprocity condition value = 1.63418e-19 Paolo 2018-02-11 16:54 GMT+01:00 Bert Gunter <bgunter.4567 at gmail.com>: > Note the typo in your 3rd line: data < > > Don't

PROFILE OUTPUT PROCESSING TOOLS FOR R ===================================== This package provides some simple tools for examining Rprof output and, in particular, extracting and viewing call graph information. Call graph information, including which direct calls where observed and how much time was spent in these calls, can be very useful in identifying performance bottlenecks.

PROFILE OUTPUT PROCESSING TOOLS FOR R ===================================== This package provides some simple tools for examining Rprof output and, in particular, extracting and viewing call graph information. Call graph information, including which direct calls where observed and how much time was spent in these calls, can be very useful in identifying performance bottlenecks.

On Sun, Nov 28, 2010 at 12:12, Chris Lattner <clattner at apple.com> wrote: > > FWIW, this is currently a discussion in the C++ and C committees, and my understanding is that this has changed (or is changing soon) in the C'1x draft.  Assuming it happens, it will make it valid to assume that loops always terminate unless they are written with a condition that is an integer constant

Hello, again. I'm interested to learn how programmers develop & test C/C++ code with R packages in Linux. I've been reading R source and the manual on Writing R Extensions but there are just a couple of details I can't understand. I wish I could watch over a developer's shoulder to see how people actually do this. I've tested a bit. I am able to take package.tar.gz

On Nov 24, 2010, at 3:58 PM, Owen Anderson wrote: > > On Nov 24, 2010, at 1:23 PM, Andrew Clinton wrote: >> >> FYI, removing the ScalarEvolution conditional in the LoopDeletion code >> (and copying the algorithm to my own loop deletion pass) seems to >> correctly handle the elimination of infinite loops. However I'd still >> like to find a way to do

hi! To continue the inflow of good news this week, let me announce that clang -integrated-as (ie. ELF part of MC) compiles all of FreeBSD! This includes things like booting kernel, gnu libstdc++, clang/LLVM itself and many other components that make up FreeBSD operating system. I personally consider this a milestone where -integrated-as should become the default for ELF/{x86_64,i386}. Many