pyrox.dev
atlas: update to version 3.10.1
This patch fixes issue #297.
+13
-9
pkgs/development/libraries/science/math/atlas/default.nix
+13
-9
pkgs/development/libraries/science/math/atlas/default.nix
···
1
{ stdenv, fetchurl, gfortran, tolerateCpuTimingInaccuracy ? true, shared ? false }:
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let
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optionalString = stdenv.lib.optionalString;
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in
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stdenv.mkDerivation {
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-
name = "atlas-3.9.67";
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src = fetchurl {
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-
url = mirror://sourceforge/math-atlas/atlas3.9.67.tar.bz2;
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-
sha256 = "06xxlv440z8a3qmfrh17p28girv71c6awvpw5vhpspr0pcsgk1pa";
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};
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# Configure outside of the source directory.
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preConfigure = '' mkdir build; cd build; configureScript=../configure; '';
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# * -fPIC allows to build atlas inside shared objects, as octave does.
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#
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-
# * Atlas aborts the build if it detects that some kind of CPU frequency
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-
# scaling is active on the build machine because that feature offsets the
22
-
# performance timings. We ignore that check, however, because with binaries
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-
# being pre-built on Hydra those timings aren't accurate for the local
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-
# machine in the first place.
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# * Atlas detects the cpu and does some tricks. For example, notices the
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# hydra AMD Family 10h computer, and uses a SSE trick for it (bit 17 of MXCSR)
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# available, for what I know, only in that family. So we hardcode K7
···
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configureFlags = "-Fa alg -fPIC -t 0"
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+ optionalString stdenv.isi686 " -b 32 -A 18 -V 1"
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+ optionalString stdenv.isx86_64 " -A 31 -V 192"
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-
+ optionalString tolerateCpuTimingInaccuracy " -Si cputhrchk 0"
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+ optionalString shared " --shared "
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;
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···
1
{ stdenv, fetchurl, gfortran, tolerateCpuTimingInaccuracy ? true, shared ? false }:
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let
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+
version = "3.10.1";
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+
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optionalString = stdenv.lib.optionalString;
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+
optional = stdenv.lib.optional;
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in
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stdenv.mkDerivation {
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+
name = "atlas-${version}";
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src = fetchurl {
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+
url = "mirror://sourceforge/math-atlas/atlas${version}.tar.bz2";
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+
sha256 = "11ncgdc7kzb2y2gqb3sgarm5saj9fr07r3h2yh2h5bja429b85d2";
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};
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+
# Atlas aborts the build if it detects that some kind of CPU frequency
19
+
# scaling is active on the build machine because that feature offsets the
20
+
# performance timings. We ignore that check, however, because with binaries
21
+
# being pre-built on Hydra those timings aren't accurate for the local
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+
# machine in the first place.
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+
patches = optional tolerateCpuTimingInaccuracy ./disable-timing-accuracy-check.patch;
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+
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# Configure outside of the source directory.
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preConfigure = '' mkdir build; cd build; configureScript=../configure; '';
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# * -fPIC allows to build atlas inside shared objects, as octave does.
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#
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# * Atlas detects the cpu and does some tricks. For example, notices the
31
# hydra AMD Family 10h computer, and uses a SSE trick for it (bit 17 of MXCSR)
32
# available, for what I know, only in that family. So we hardcode K7
···
38
configureFlags = "-Fa alg -fPIC -t 0"
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+ optionalString stdenv.isi686 " -b 32 -A 18 -V 1"
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+ optionalString stdenv.isx86_64 " -A 31 -V 192"
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+ optionalString shared " --shared "
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;
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+22
pkgs/development/libraries/science/math/atlas/disable-timing-accuracy-check.patch
+22
pkgs/development/libraries/science/math/atlas/disable-timing-accuracy-check.patch
···
···
1
+
diff -ubr ATLAS-orig/CONFIG/src/config.c ATLAS/CONFIG/src/config.c
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+
--- ATLAS-orig/CONFIG/src/config.c 2013-02-06 11:23:47.078036878 +0100
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+
+++ ATLAS/CONFIG/src/config.c 2013-02-06 11:24:16.481120888 +0100
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+
@@ -711,17 +711,7 @@
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+
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+
int ProbeCPUThrottle(int verb, char *targarg, enum OSTYPE OS, enum ASMDIA asmb)
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+
{
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+
- int i, iret;
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+
- char *ln;
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+
- i = strlen(targarg) + 22 + 12;
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+
- ln = malloc(i*sizeof(char));
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+
- assert(ln);
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+
- sprintf(ln, "%s -O %d -s %d -t", targarg, OS, asmb);
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+
- iret = GetIntProbe(verb, ln, "arch", "CPU THROTTLE", 0);
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+
- free(ln);
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+
- if (iret) printf("CPU Throttling apparently enabled!\n");
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+
- else printf("Cannot detect CPU throttling.\n");
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+
- return(iret);
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+
+ return 0;
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+
}
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+
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+
char *NewAppendedString_SFLAG(char *old, char *flag, char *str)