#5847: Update GMP-ECM to 6.3
------------------------------------------------------------+---------------
Reporter: mabshoff | Owner:
leif
Type: enhancement | Status:
needs_info
Priority: major | Milestone:
sage-4.7.1
Component: packages | Resolution:
Keywords: MPIR elliptic curves libecm ecm spkg | Work_issues:
Upstream: N/A | Reviewer:
Leif Leonhardy, Dima Pasechnik
Author: Mike Hansen, Leif Leonhardy, Jeroen Demeyer | Merged:
Dependencies: |
------------------------------------------------------------+---------------
Old description:
> {{{
> Changes between ecm-6.2.3 and ecm-6.3:
> * New assembly code for 64-bit PowerPC (thanks to Philip McLaughlin)
> * Allow several processes to write to the same -save file
> * More routines in new P+-1 stage 2 use multi-threading in OpenMP build
> * Fixed incompatibility with GMP 5.0.0
> * Fixed several bugs, and now check return value from malloc() calls
> * Fixed linking of GMP which prevented successful builds under Darwin
> (and presumably other systems)
> * Allow use of x86_64 asm code under MinGW
>
> Changes between ecm-6.2.2 and ecm-6.2.3:
> * Fixed incompatibility with GMP 4.3.0 when testing version in configure
> * SSE2 asm code for Visual C added in stage 2 NTT code
> * Small improvement to x86_64 mulredc asm code, slight speedup on Core 2
> * Fixed incorrect carry propagation in subquadratic REDC code which
> could lead to incorrect arithmetic in rare cases
> * Fixed memory leak with -v parameter when factor was found in ECM stage
> 1
> * Fixed bug which caused only one ECM curve to be run in spite of -c
> parameter if input line did not end in newline
> * Assembler mulredc code enabled by default on x86_64
>
> Changes between ecm-6.2.1 and ecm-6.2.2:
> * Updated build project files for Visual C by Brian Gladman, also adds
> missing NTT_GFP_TWIDDLE_DI[FT]_BREAKOVER defines in VC parameter file
> * Fixed uninitialised parameter to P-1 probability computation
> * In tune.c : fixed generation of NTT_GFP_TWIDDLE_DI[FT]_BREAKOVER
> values,
> avoid calling cputime() excessively often when timing short functions,
> fixed access to uninitialised memory
> * Fixed serious split infinitive in configure script (thanks Paul
> Leyland)
> * Removed unnecessary carry propagation in x86_64 mulredc code, slight
> speedup (thanks Philip McLaughlin)
> * Fixed non-portable PIC code in x86_64/redc.asm
> * Fixed problem with pattern matching host type names in configure.in
> * Converted binary constants in spv.c and ntt_gfp.c to hexadecimal,
> some assembler do not support binary constants
> }}}
>
> ----
>
> Previous spkg:
> [http://sage.math.washington.edu/home/jdemeyer/spkg/ecm-6.3.p1.spkg]
>
> ----
>
> '''Updated new spkg: http://spkg-
> upload.googlecode.com/files/ecm-6.3.p2.spkg'''
>
> '''md5sum:''' `8246ca74be1ee07b312a84d2a88d9142 ecm-6.3.p2.spkg`
>
> ----
>
> '''Testing distribution''' with new mpir (#8664) and new ecm:
> http://sage.math.washington.edu/home/jdemeyer/release/sage-4.6.1.alpha2-mpir/sage-4.6.1.alpha2-mpir.tar
New description:
{{{
Changes between ecm-6.2.3 and ecm-6.3:
* New assembly code for 64-bit PowerPC (thanks to Philip McLaughlin)
* Allow several processes to write to the same -save file
* More routines in new P+-1 stage 2 use multi-threading in OpenMP build
* Fixed incompatibility with GMP 5.0.0
* Fixed several bugs, and now check return value from malloc() calls
* Fixed linking of GMP which prevented successful builds under Darwin
(and presumably other systems)
* Allow use of x86_64 asm code under MinGW
Changes between ecm-6.2.2 and ecm-6.2.3:
* Fixed incompatibility with GMP 4.3.0 when testing version in configure
* SSE2 asm code for Visual C added in stage 2 NTT code
* Small improvement to x86_64 mulredc asm code, slight speedup on Core 2
* Fixed incorrect carry propagation in subquadratic REDC code which
could lead to incorrect arithmetic in rare cases
* Fixed memory leak with -v parameter when factor was found in ECM stage 1
* Fixed bug which caused only one ECM curve to be run in spite of -c
parameter if input line did not end in newline
* Assembler mulredc code enabled by default on x86_64
Changes between ecm-6.2.1 and ecm-6.2.2:
* Updated build project files for Visual C by Brian Gladman, also adds
missing NTT_GFP_TWIDDLE_DI[FT]_BREAKOVER defines in VC parameter file
* Fixed uninitialised parameter to P-1 probability computation
* In tune.c : fixed generation of NTT_GFP_TWIDDLE_DI[FT]_BREAKOVER values,
avoid calling cputime() excessively often when timing short functions,
fixed access to uninitialised memory
* Fixed serious split infinitive in configure script (thanks Paul Leyland)
* Removed unnecessary carry propagation in x86_64 mulredc code, slight
speedup (thanks Philip McLaughlin)
* Fixed non-portable PIC code in x86_64/redc.asm
* Fixed problem with pattern matching host type names in configure.in
* Converted binary constants in spv.c and ntt_gfp.c to hexadecimal,
some assembler do not support binary constants
}}}
----
'''Apply:''' http://spkg-upload.googlecode.com/files/ecm-6.3.p2.spkg
'''md5sum:''' `8246ca74be1ee07b312a84d2a88d9142 ecm-6.3.p2.spkg`
----
'''Testing distribution''' with new mpir (#8664) and new ecm:
http://sage.math.washington.edu/home/jdemeyer/release/sage-4.6.1.alpha2-mpir/sage-4.6.1.alpha2-mpir.tar
--
Comment(by mariah):
Replying to [comment:103 leif]:
> If all doesn't help, simply try applying the patch (to
`devel/sage/module_list.py`), touch `devel/sage/sage/libs/libecm.pyx` and
run `./sage -b`.
This works. Now the offending test passes.
(I ''thought'' I did the execstack command in SAGE_ROOT.)
If you will add the patch to this ticket, I will
have another go at building on all the skynet machines.
--
Ticket URL: <http://trac.sagemath.org/sage_trac/ticket/5847#comment:104>
Sage <http://www.sagemath.org>
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