This file gives information about architectures/operating systems GP has been
compiled on. If your configuration is not listed, it means that nobody sent us
information about it, definitely not that building won't work a priori.
If indeed GP builds successfuly, we'd be grateful if you could notify us
(including a line analogous to the ones below), so that we can accordingly
expand the list.
General notes:
- Arch
a star (*) in the first column means GP was built using portable kernel.
- Configure
dl2 = install() available in gp-dyn / gp-sta (no [BUG] message in benches)
dl = install() available in gp-dyn only ([BUG] in gp-sta `program' bench)
not available at all otherwise ([BUG] in both `program' benches)
Note that symbols from C++ modules will have a mangled name. Use
extern "C" {...} declarations if you want to import them with install()
- Bench, as output by `make bench'
can vary with load, available memory, compiler version ...
is not the actual time spent: bench "nfields" is weighted by 1/5.
If dyn is empty, shared library libpari.so couldn't be built.
NOTE: bench timings in version 2.0.11 and 2.0.12 were not correct (given
between parentheses). Add about 25% to running times for comparison with
other versions.
Arch / proc: OS: Configure: sta: dyn: GP version:
==============================================================================
DEC/Alpha
alpha21264 ???MHz OSF1-V4.0 cc X11 dl2 3169 3434 2.0.16(20)JC
alpha21164 600MHz OSF1-V4.0D cc X11 dl2 3996 4384 2.0.10 LG
alpha21164 533Mhz Linux 2.0.34 gcc X11 dl2 (4294) (4385) 2.0.12 JC
alpha21164 500Mhz Linux-2.0.35 gcc X11 dl2 5327 5493 2.0.17(13)
alpha21064 172Mhz OSF1-3.0 cc X11 dl2 38598 39823 2.0.13
------------------------------------------------------------------------------
Sun/SPARC
UltraSPARC60 360MHz Solaris-2.6 gcc X11 dl2 5034 5209 2.0.16 IS
UltraSPARC60 360MHz Solaris-2.6 cc X11 dl2 6329 6453 2.0.16 IS
UltraSPARC2i 360MHz Solaris-2.7 egcs X11 dl2 5816 6286 2.0.16(18)HS
UltraSPARC2i 333MHz Solaris-2.7 egcs X11 dl2 5558 5646 2.0.16(19)HS
UltraSPARC10 300MHz Solaris-2.6 gcc X11 dl2 (5932) (6102) 2.0.12 GN
UltraSPARC 300MHz Solaris-2.5 gcc X11 dl2 7643 7566 2.0.9 IS
UltraSPARC2 296MHz Solaris-2.5.1 gcc X11 dl2 6098 6277 2.0.16 IS
UltraSPARC2 296MHz Solaris-2.5.1 cc X11 dl2 7676 7869 2.0.16 IS
UltraSPARC2i 270MHz Solaris-2.7 gcc X11 dl2 9008 7860 2.0.16 IZ
UltraSPARC2i 270MHz Solaris-2.6 cc X11 dl2 9200 9970 2.0.10 LG
UltraSPARC2 248MHz Solaris-2.7 cc5 X11 dl2 9420 9788 2.0.15(14)GN
UltraSPARC2 248MHz Solaris-2.7 egcs X11 dl2 7218 7262 2.0.16 HS
UltraSPARC 200MHz Solaris-2.5.1 gcc X11 dl2 9226 9268 2.0.16 IS
UltraSPARC 200MHz Solaris-2.5.1 cc X11 dl2 11226 11755 2.0.16 IS
UltraSPARC 167MHz Solaris-2.6 gcc X11 dl2 10767 11218 2.0.16 IS
UltraSPARC 167MHz Solaris-2.6 cc X11 dl2 13677 13967 2.0.16 IS
UltraSPARC 167MHz Solaris-2.5 gcc X11 dl2 11100 11370 2.0.17
UltraSPARC 167MHz Solaris-2.5 g++ X11 dl2 13474 13418 2.0.9 (7) LG
UltraSPARC 167MHz Solaris-2.5 CC X11 - 15778 16400 2.0.9 LG
UltraSPARC 167MHz Solaris-2.5 cc X11 dl2 16241 17048 2.0.9 LG
UltraSPARC 143MHz Solaris-2.5 gcc X11 dl2 13216 13473 2.0.17
SuperSPARC2 75MHz Solaris-2.5 gcc X11 dl2 16969 17013 2.0.10 LG
SuperSPARC 40MHz SunOS-4.1.3 gcc X11 dl2 31906 31386 2.0.17
SuperSPARC 40Mhz Solaris-2.5 gcc X11 dl2 31528 31576 2.0.16
TurboSPARC 170MHz Solaris-2.5 gcc X11 dl2 15907 16529 2.0.9 LG
MicroSPARC2 110MHz NextStep-v3 cc - - 37794 - 2.0.9 LG
MicroSPARC2 110MHz SunOS-4.1.4 gcc X11 dl2 31476 32123 2.0.9 LG
MicroSPARC2 110MHz Solaris-2.5 gcc X11 dl2 26048 26727 2.0.17
SPARCv7(SS2) 40MHz SunOS-4.1.3 gcc X11 dl 115212 115364 2.0.9 LG
SPARCv7(ELC) 33MHz SunOS-4.1.1 gcc X11 - 139406 - 2.0.8 GN
SPARCv7(SS400) ??? SunOS-4.1.4 gcc - dl2 107988 108016 2.0.14 DE
SPARCv7(HWS210) ??? Linux-2.2.5 gcc - - 98488 - 2.0.16(15)DE
------------------------------------------------------------------------------
Intel/x86
AMD K6-2 350Mhz Linux-2.0.34 egcs X11 dl2 (4856) (4756) 2.0.11 SH
AMD K6-2 350Mhz Linux-2.0.36 gcc X11 dl2 5154 4850 2.0.17
AMD K6 266MHz Linux-2.2.5 pgcc X11 dl2 5861 6001 2.0.16(17)IS
AMD K6 233Mhz Linux-2.0.35 gcc X11 dl2 (6898) (7152) 2.0.11 QL
IBM/Cyrix 200MHz Linux-2.0.35 gcc X11 dl2 13190 13729 2.0.15 AP
PentiumII 350MHz Linux-2.2.5 gcc X11 dl2 4312 4488 2.0.16 HS
PentiumII 350Mhz Linux 2.0.36 pgcc X11 dl2 (3310) (3340) 2.0.12(11)PE
PentiumII 350Mhz Linux 2.0.36 egcs X11 dl2 (3352) (3402) 2.0.12(11)PE
PentiumII 350Mhz Linux 2.0.36 gcc X11 dl2 (3600) (3610) 2.0.12 PE
PentiumII 333Mhz Linux-2.0.32 gcc X11 dl2 (3842) (4164) 2.0.12 JC
PentiumII 300MHz NextStep-3.3 cc - - 5325 - 2.0.10
PentiumII 233MHz FreeBSD-2.2.5 gcc X11 dl2 (6251) (6114) 2.0.11
PentiumII 233MHz Linux-2.0.35 gcc X11 dl2 (7460) (7586) 2.0.12 HG
PentiumPro 200MHz Linux-2.0.29 gcc X11 dl2 6886 6592 2.0.17
Pentium 266Mhz Linux-2.0.29 gcc X11 dl2 (7256) (7044) 2.0.11
Pentium 200Mhz NextStep-3.3 cc - - 16035 - 2.0.06 MS
Pentium 166MHz FreeBSD-2.2.5 gcc X11 dl2 (15159) (14481) 2.0.11
Pentium 166MHz Solaris-2.6 gcc X11 dl2 (13550) (13746) 2.0.12 GN
Pentium 133MHz Linux-1.2.8 gcc X11 - (15448) - 2.0.12(5) GN
Pentium 133MHz FreeBSD-2.2.5 gcc X11 dl2 15231 17259 2.0.10 KK
486dx2 50MHz Linux-2.0.33 gcc X11 dl2 213710 216224 2.0.9 LG
486dx 50MHz DOS-5.0 gcc - - 78520 - 2.0.14
*i860 40MHz Concentrix cc X11 - 147989 - 2.0.9 LG
------------------------------------------------------------------------------
Motorola
*MC68040 25MHz NextStep-v2 cc - - 250542 - 2.0.9 LG
MC68030 25MHz SunOS-4.0.3 gcc X11 - 683736 685248 2.0.9 (4)
*MC68030 25MHz SunOS-4.0.3 gcc X11 - 1034136 1038368 2.0.9
------------------------------------------------------------------------------
IBM/POWER,PowerPC
*PPC604e 233MHz AIX-4.2 cc X11 - (8616) - 2.0.12(3) GN
*PPC604 133MHz AIX-4.2 cc X11 - 21528 - 2.0.4 (3) GN
*PPC601 100MHz AIX-4.1 cc X11 - 21692 - 2.0.4 (3) GN
*PPC601 75MHz Linux-2.1.24 gcc - dl2 51810 52702 2.0.9 EK
*PPC601 66MHz AIX-3.2.5 cc X11 - 66280 - 2.0.4 (3) GN
*POWER2 66MHz AIX-4.2 cc X11 - 37592 - 2.0.4 (3) GN
------------------------------------------------------------------------------
SGI/MIPS
*R4000 50/70MHz IRIX-5.2 gcc X11 dl2 70764 70114 2.0.9 (1) TP
*R4000 50/70MHz IRIX-5.2 cc X11 dl2 81467 80176 2.0.9 (2) TP
*R10000 196Mhz IRIX-6.2 cc X11 dl2 15719 15581 2.0.13(12)BN
*R10000 196MHz IRIX-6.4 cc X11 dl2 8461 9856 2.0.10(8) TP
------------------------------------------------------------------------------
HP/PA-RISC
HPPA9000/778 134MHz HPUX-10.20 cc X11 - (16276) (29212) 2.0.12(9)
*HPPA9000/778 134MHz HPUX-10.20 cc X11 - (23666) - 2.0.12(10)
HPPA9000/735 100MHz HPUX-10.20 cc X11 - (25106) (38898) 2.0.12(9)
HPPA9000/735 100MHz HPUX-09-07 cc - - 25714 - 2.0.16(16)IS
HPPA9000/720 ??? HPUX-10.20 cc X11 - 66138 - 2.0.9
*HPPA9000/720 ??? HPUX-10.20 cc X11 - 101114 119626 2.0.9
HPPA9000/712 90MHz HPUX-10.20 cc X11 - (26756) (45196) 2.0.12(9)
*HPPA9000/712 ??? HPUX-10.10 gcc X11 - 66328 71250 2.0.5 (6)
*HPPA7100LC 60MHz NextStep-v3 cc - - 62866 - 2.0.10 LG
*HPPA7000 50MHz HPUX-09.05 cc X11 - 113406 152778 2.0.9 LG
------------------------------------------------------------------------------
Notes:
======
(1) uncomment the last PLOTLIBS= in Makefile
(2) same as above, compiled with cc -O2
(3) AIX/POWER versions built with cc options including
-qarch=com -qtune=601 (any other tuning makes them slower GN)
Addendum (IK): gcc 2.8.1 -O2 -DGCC_INLINE -mtune=604e produces a faster binary
(4) Slightly different results in make bench (last decimal different in
3 tests, due to a different mulsr())
(5) built with gcc 2.7.2p
(6) gcc -fPIC (otherwise /usr/bin/ld will not link the shared library)
(7) the `program' bench fails on "install(addii)". But if the symbol addii
is declared within extern "C" {} in paridecl.h, it works.
(8) use
CC = cc -64 -DLONG_IS_64BIT
CFLAGS = -O -OPT:Olimit=2170
LD = cc -64
LDFLAGS = -O -L/usr/lib64
DLLD = cc -64
DLLDFLAGS = -shared -elf -no_unresolved -all -L/usr/lib64
CPP = cc -64 -E -I.
(9) * for gp-dyn: in o-hpux.hppa/Makefile, move kernel.o from OBJS to OBJSGP.
I couldn't find a way to have HP as (needed since gas doesn't understand our
syntax) to produce PIC code, hence kernel.o has to be linked explicitly with
all programs compiled with libpari.sl
* for gp-sta: remove +z from CFLAGS, final link only worked with the
following command line (there has to be a better way...):
cc dummy.c -c
cc -o gp-sta -Wl,-a,archive -O dummy.o [... rest as produced by Configure]
where dummy.c defines three dummy symbols (referenced in static libc):
shl_findsym(){}
shl_unload(){}
shl_load(){}
Whatever else I tried, linking failed:
/usr/ccs/bin/ld: Data address is out of range for short load or store
Reference from: kernel.o(0x8) [for all symbols defined in level0.s]
(10) compiled without +z flags
(11) egcs (http://www.cygnus.com/egcs) and pgcc (http://www.gcc.ml.org):
egcs=experimental gnu c
pgcc=pentium gcc (relevant only for ix86 family, including cyrix, amd...)
Relevant data:
CFLAGS (for egcs)= -O9 -malign-double -fschedule-insns2 -mpentium\
-march=pentium -fomit-frame-pointer -fno-strength-reduce\
-fno-inline-functions -fexpensive-optimizations
CFLAGS (for pgcc)= -O9 -malign-double -mk6 -fomit-frame-pointer\
-fno-strength-reduce -fno-inline-functions
Libc: 5.4.46. egcs/pgcc version 2.92.21, compiled with Haifa scheduler
Binutils: 2.9.1.0.4 or 2.9.1.0.15
(12) used LD = cc -Wl,-rpath,my_exotic_DLL_path
(13) with gcc-2.8.1; egcs-1.0.2 produced a broken binary
(14) use /opt/SUNWspro/bin/fpversion to get explicit recommended CFLAGS.
(15) use asmarch=sparcv7
(16) Configure defaults to hpux-none. Use Configure -a and specify the
hppa kernel. Remove +z from compiler flags
(17) CFLAGS = -mk6 -march=i586 -O6
(18) 256kb L2 Cache - Ultra U5
(19) 2 MB L2 Cache - Ultra U10
(20) gcc-2.8.1 also works and produces a faster binary [sta=3097, dyn=3387]
=============================================================================
Contributors:
AW = Aleksander Wittlin
AP = Andreas Piotrowski
BN = Balasubramanian Narasimhan
DE = Denis Excoffier
EK = Emmanuel Kowalski
GN = Gerhard Niklasch
HG = Herbert Gangl
IS = Igor Schein
JC = John Cremona
KK = Kimitoshi Kono
LG = Louis Granboulan
MS = Michael Stoll
QL = Qing Liu
SH = Steve Harding
TP = Thomas Papanikolaou
PE = Philippe Elbaz-Vincent
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