#9343 closed enhancement (fixed)
Upgrade PARI to svn snapshot 12577 - a pre-release of PARI 2.4.3.
Reported by: | was | Owned by: | jdemeyer |
---|---|---|---|
Priority: | blocker | Milestone: | sage-4.6 |
Component: | packages: standard | Keywords: | |
Cc: | robertwb, davidloeffler, cremona, jdemeyer | Merged in: | sage-4.6.alpha0 |
Authors: | Robert Bradshaw, John Cremona, Jeroen Demeyer, William Stein, David Kirkby | Reviewers: | Robert Bradshaw, John Cremona, Jeroen Demeyer, William Stein, David Kirkby, François Bissey, Leif Leonhardy |
Report Upstream: | N/A | Work issues: | |
Branch: | Commit: | ||
Dependencies: | Stopgaps: |
Description (last modified by )
See #7736 (a bug this will fix), #8453 (last pari upgrade).
See http://wiki.sagemath.org/NewPARI for more information and links.
Attachments (51)
Change History (444)
comment:1 Changed 9 years ago by
comment:2 Changed 9 years ago by
- Cc robertwb added
comment:3 Changed 9 years ago by
The new ellap (which replaces the sea.gp script in sage) is seriously buggy, evidently. Sometimes it works, but the first example I tried fails miserably.
? ellap(ellinit([1,2,7,4,3]),nextprime(10^20)) %1 = -4070602678 ? ellap(ellinit([1,2,3,4,5]),nextprime(10^20)) *** at top-level: ellap(ellinit([1,2,3 *** ^-------------------- *** ellap: bug in PARI/GP (Segmentation Fault), please report *** Break loop: type 'break' to go back to GP break> ? ellap(ellinit([1,2,3,4,5]),nextprime(10^25)) %2 = 1231939791654 ? ellap(ellinit([1,2,3,4,5]),nextprime(10^30)) %3 = 1790178944607137 ? ellap(ellinit([1,2,3,4,5]),nextprime(10^35)) *** at top-level: ellap(ellinit([1,2,3 *** ^-------------------- *** ellap: bug in PARI/GP (Segmentation Fault), please report *** Break loop: type 'break' to go back to GP break>
NOTE: To use ellap for big p, you *must* put the extracted data from seadata.tgz/data/* in local/share/pari, as explained here: http://pari.math.u-bordeaux.fr/packages.html
I'm reporting this bug upstream now.
comment:4 Changed 9 years ago by
This could hopefully fix the SEA segfault in Cygwin.
comment:5 Changed 9 years ago by
pari.listcreate
no longer pre-allocates the entire list, so can't be used in the _pari_trap (out of memory) tests.
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- Description modified (diff)
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comment:8 Changed 9 years ago by
Here is a list of functions from decl.pxi that show up nowhere in the pari sources (using grep): http://sage.math.washington.edu/home/robertwb/scratch/robertwb/sage-4.4.4/missing_functions.txt
comment:9 Changed 9 years ago by
Just as a practicality could we put a date in the spkg's name? It is a svn snapshot so we really want to know when it has been taken.
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comment:10 Changed 9 years ago by
comment:11 Changed 9 years ago by
New spkg at http://sage.math.washington.edu/home/robertwb/pari-2.4.3.svn.p1.spkg (updated patch files).
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comment:12 Changed 9 years ago by
Suspiciousness when installing pari-2.4.3.svn.p1.spkg:
0 --with-gxx-include-dir=/include/c++/4.2.1 Thread model: posix gcc version 4.2.1 (Apple Inc. build 5659) **************************************************** ./spkg-install: line 1: B1: command not found ./spkg-install: line 1: 2000: command not found ./spkg-install: line 1: 0c#!/bin/sh: No such file or directory Configuring pari-2.4.3 (DEVELOPMENT VERSION) Checking echo to see how to suppress newlines... ...using \c Looking for some tools first ...
comment:13 Changed 9 years ago by
Polynomial factorization over number fields is broken:
? nffactor(nfinit(y^2-5), x^5 - x^4 - 7*x^3 + x^2 + 7*x - 3) %6 = [x - 3 1] [x + Mod(-1/2*y + 1/2, y^2 - 5) 4] [x + Mod(1/2*y + 1/2, y^2 - 5) 0] ? factor factor factorcantor factorial factormod factorpadic factorback factorff factorint factornf ? factornf(x^5 - x^4 - 7*x^3 + x^2 + 7*x - 3, y^2-5) %7 = [x - 3 1] [x + Mod(-1/2*y + 1/2, y^2 - 5) 0] [x + Mod(1/2*y + 1/2, y^2 - 5) 4]
Here's what used to happen:
? nffactor(nfinit(y^2-5), x^5 - x^4 - 7*x^3 + x^2 + 7*x - 3) %7 = [x - 3 1] [x + Mod(-1/2*y + 1/2, y^2 - 5) 2] [x + Mod(1/2*y + 1/2, y^2 - 5) 2]
comment:14 Changed 9 years ago by
Above "Polynomial factorization over number fields is broken" has now been reported upstream by me to submit@…
comment:15 Changed 9 years ago by
Here's a link to the doctest failures: http://sage.math.washington.edu/home/robertwb/scratch/robertwb/sage-4.4.4/doctests.log
comment:16 Changed 9 years ago by
comment:17 Changed 9 years ago by
comment:18 Changed 9 years ago by
NOTE: pari-2.4.3.svn.p3.spkg fixes the polynomial factorization bug mentioned above.
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comment:19 Changed 9 years ago by
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comment:20 Changed 9 years ago by
- Cc davidloeffler added
comment:21 follow-up: ↓ 22 Changed 9 years ago by
- Cc cremona added
comment:22 in reply to: ↑ 21 ; follow-up: ↓ 23 Changed 9 years ago by
Replying to cremona:
I nearly finished sorting out extcode/pari/cremona and elliptic_curves/gp_cremona.py and will finish that today (Sunday) and post a patch for it.
comment:23 in reply to: ↑ 22 Changed 9 years ago by
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comment:24 Changed 9 years ago by
As of right now, you can install this into 4.4.4 by doing:
1.
./sage -f -m http://sage.math.washington.edu/home/wstein/patches/pari-2.4.3.svn.p3.spkg
- import the patch called sagelib_9343.patch to the main Sage repo.
- import the patch extcode_9343.patch into the SAGE_ROOT/data extcode.
Changed 9 years ago by
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comment:25 Changed 9 years ago by
Thanks!
comment:26 Changed 9 years ago by
Are there any separate entry for patching problems with: eclib lcalc genus2reduction Or has no one tried to to see if these were broken by this version of pari?
comment:27 follow-up: ↓ 28 Changed 9 years ago by
I will compile eclib with pari 2.4.3; if any changes are needed, I will change the source at source, so patches will not be needed.
comment:28 in reply to: ↑ 27 Changed 9 years ago by
Replying to cremona:
I will compile eclib with pari 2.4.3; if any changes are needed, I will change the source at source, so patches will not be needed.
eclib compiles and runs fine with 2.4.3. It even now compiles with -ansi (which was not true before) and almost with -pedantic (just 4 extraneous semicolons need deleting; not worth a new spkg version).
comment:29 Changed 9 years ago by
lcalc has some problems with pari-2.4. I am not sure yet if they are minor or major.
Lcommandline_elliptic.cc: In function ‘void data_E(char*, char*, char*, char*, char*, int, Double*)’: Lcommandline_elliptic.cc:124: error: ‘lgeti’ was not declared in this scope make[1]: *** [Lcommandline_elliptic.o] Error 1
I'll be checking genus2reduction next.
comment:30 Changed 9 years ago by
lcalc problem is minor. Not sure why pariold.h is not properly included when it should be sourced from pari.h (in pari-2.3 it was sourced from paricom.h itself included from pari.h). Anyway replacing lgeti by (long)cgeti as would be done by pariold.h works like a charm.
comment:31 Changed 9 years ago by
genus2reduction suffer the same kind of problems. But it is more serious:
genus2reduction.c: In function ‘main’: genus2reduction.c:476: error: ‘polun’ undeclared (first use in this function) genus2reduction.c:476: error: (Each undeclared identifier is reported only once genus2reduction.c:476: error: for each function it appears in.) genus2reduction.c:600: error: ‘polx’ undeclared (first use in this function) genus2reduction.c:96: warning: ignoring return value of ‘scanf’, declared with attribute warn_unused_result genus2reduction.c:98: warning: ignoring return value of ‘scanf’, declared with attribute warn_unused_result genus2reduction.c: In function ‘factorpadicnonun’: genus2reduction.c:1676: error: ‘polx’ undeclared (first use in this function) genus2reduction.c: In function ‘polymini’: genus2reduction.c:1701: error: ‘polx’ undeclared (first use in this function) genus2reduction.c:1712: error: ‘zero’ undeclared (first use in this function) genus2reduction.c:1731: error: ‘un’ undeclared (first use in this function) genus2reduction.c: In function ‘discpart’: genus2reduction.c:1818: error: ‘polun’ undeclared (first use in this function) genus2reduction.c: In function ‘polyminizi’: genus2reduction.c:1856: error: ‘gi’ undeclared (first use in this function) genus2reduction.c:1859: error: ‘polx’ undeclared (first use in this function) genus2reduction.c: In function ‘polyminizi2’: genus2reduction.c:1939: error: ‘polx’ undeclared (first use in this function) genus2reduction.c:1942: error: ‘gi’ undeclared (first use in this function) genus2reduction.c: In function ‘zi2mod’: genus2reduction.c:2001: error: ‘gi’ undeclared (first use in this function)
polun, polx, zero and un were all defined in pariold.h but are not anywhere anymore in pari-2.4. I cannot track the definition of gi in anything from pari-2.3, anyone knows where that come from and what it should be replaced with? There is a line in pari-2.3 headers mentioning it but not a definition of it as far as I can see:
#define is_universal_constant(x) ((GEN)(x) >= gen_0 && (GEN)(x) <= gi)
this is in paristio.h form pari-2.3.5.
comment:32 Changed 9 years ago by
- Cc jdemeyer added
comment:33 follow-up: ↓ 35 Changed 9 years ago by
I just noticed that the .p3.spkg compiles pari with flag -O1. Surely this is not a sensible choice?
comment:34 Changed 9 years ago by
I have fixed a bug in Simon's extcode and am currently fixing doctest failures in sage/schemes/elliptic_curves -- so no-one else should work on thar dir without contacting me first! John C
comment:35 in reply to: ↑ 33 ; follow-up: ↓ 37 Changed 9 years ago by
Replying to cremona:
I just noticed that the .p3.spkg compiles pari with flag -O1. Surely this is not a sensible choice?
Surely it was done on purpose, because with a bigger optimization flag PARI must have exhibited some bugs. The question is how/why/if this is still needed.
comment:36 Changed 9 years ago by
Can somebody please have a look at this:
RR(gp(exp(1)))
This just hangs sage, in a way which can not even be interrupted.
comment:37 in reply to: ↑ 35 ; follow-ups: ↓ 39 ↓ 66 Changed 9 years ago by
Replying to was:
Replying to cremona:
I just noticed that the .p3.spkg compiles pari with flag -O1. Surely this is not a sensible choice?
Surely it was done on purpose, because with a bigger optimization flag PARI must have exhibited some bugs. The question is how/why/if this is still needed.
I always compile my own copy of PARI/GP with -O3 -fomit-frame-pointer -march=core2 using the latest gcc and that seems to work fine.
comment:38 follow-up: ↓ 40 Changed 9 years ago by
I found a bug in PARI's nfbasis() command: PARI bug 1072. Now that it has been fixed, maybe somebody should make a new spkg with the latest pari?
comment:39 in reply to: ↑ 37 Changed 9 years ago by
Replying to jdemeyer:
Replying to was:
Replying to cremona:
I just noticed that the .p3.spkg compiles pari with flag -O1. Surely this is not a sensible choice?
Surely it was done on purpose, because with a bigger optimization flag PARI must have exhibited some bugs. The question is how/why/if this is still needed.
I always compile my own copy of PARI/GP with -O3 -fomit-frame-pointer -march=core2 using the latest gcc and that seems to work fine.
"Seems to"? The Sage test suite is a much better test suite for PARI than pari's own, IMHO.
comment:40 in reply to: ↑ 38 Changed 9 years ago by
Replying to jdemeyer:
I found a bug in PARI's nfbasis() command: PARI bug 1072. Now that it has been fixed, maybe somebody should make a new spkg with the latest pari?
Yes, definitely. It is nontrivial to make a new spkg though -- see spkg-dist...
comment:41 Changed 9 years ago by
I am working on the number field code in sage/rings/number_field/* Lots of doctests simply fail because ideals have different generators: "Fractional Ideal (a)" is the same ideal as "Fractional Ideal (-a)" but of course this makes doctests fail.
comment:42 Changed 9 years ago by
I just reported another bug in nffactor to pari's bug-tracker:
sage -gp ... f = polcyclo(21,y) nf = nfinit(f); b = Mod(y^7,f) nffactor(nf, x^2-b)
gives
*** at top-level: nffactor(nf,x^2-b) *** ^------------------ *** nffactor: not enough precomputed primes *** Break loop: type 'break' to go back to GP
This breaks a doctest in ell_generic.py
comment:43 follow-up: ↓ 44 Changed 9 years ago by
comment:44 in reply to: ↑ 43 Changed 9 years ago by
- Milestone changed from sage-4.5 to sage-5.0
Replying to cremona:
It's at http://pari.math.u-bordeaux.fr/cgi-bin/pkgreport.cgi?pkg=pari (#1075)
Karim Belabas writes:
Simpler symptom: nffactor(polcyclo(21,y), x^2-y^7); This is actually unrelated to #1070. It was due to an nf being replaced by nf.pol --- because we use Trager's trick in that range instead of a direct relative factorization, and don't need the nf data ---. Unfortunately, a branch of the code later tried to acces nf.index, thus accessing a random coefficient of the defining t_POL instead of the relevant nf data. Fixed in svn. Cheers, K.B.
so we now have another reason for upgrading the source in the spkg.
comment:45 Changed 9 years ago by
Please don't move stuff to sage-5.0. There will be a sage between sage-4.5 and sage-5.0, and *that* is what you should move the ticket to. Otherwise it could much more easily get lost.... I'll make such a roadmap entry now.
comment:46 Changed 9 years ago by
- Milestone changed from sage-5.0 to sage-4.5.1
Changed 9 years ago by
comment:47 follow-up: ↓ 48 Changed 9 years ago by
I attached a small patch for integer discrete logarithms. Note that the result in the doctest has always been wrong, but will now be corrected (so this is really a bug in the current version of Sage).
comment:48 in reply to: ↑ 47 Changed 9 years ago by
Replying to jdemeyer:
I attached a small patch for integer discrete logarithms. Note that the result in the doctest has always been wrong, but will now be corrected (so this is really a bug in the current version of Sage).
Great work! I'm really glad we taught you Sage development last week!!!!
comment:49 follow-up: ↓ 53 Changed 9 years ago by
Sorry to disrupt this little love-in here, but that bug has already been found (#9205) and fixed, and the patch has a positive review, and will probably be merged in the next alpha.
There are about a hundred patches with positive review waiting on trac, many of which have something to do with number fields (as a consequence of the big number theory Sage days at MSRI). I'm disappointed to realise that you folks haven't taken this into account, which will most likely mean that your work getting the number theory code to pass doctests with the new Pari version will be reduced to complete junk when all your patches fail to apply to the next alpha.
comment:50 follow-up: ↓ 51 Changed 9 years ago by
No need to be quite so negative. Jeroen, I'm not sure why you thought that this ticket was the right place to add your patch anyway -- what does it have to do with the pari upgrade?
comment:51 in reply to: ↑ 50 Changed 9 years ago by
Replying to cremona:
No need to be quite so negative. Jeroen, I'm not sure why you thought that this ticket was the right place to add your patch anyway -- what does it have to do with the pari upgrade?
It is related to the PARI upgrade because the new version of PARI fixes discrete logs (so, it fixes also #9205). Doing the upgrade of PARI made a doctest fail, because the "expected" result from the doctest was wrong.
comment:52 follow-up: ↓ 54 Changed 9 years ago by
Regarding the issue of
RR(gp(exp(1)))
or
ZZ(gp(1))
This makes Sage hang but without using CPU time. So it does not go into an infinite loop, it literally does nothing.
comment:53 in reply to: ↑ 49 Changed 9 years ago by
Replying to davidloeffler:
Sorry to disrupt this little love-in here, but that bug has already been found (#9205) and fixed, and the patch has a positive review, and will probably be merged in the next alpha.
We *really* need to release sage-4.5, so that somebody can get started with the next alpha (4.5.1).
There are about a hundred patches with positive review waiting on trac, many of which have something to do with number fields (as a consequence of the big number theory Sage days at MSRI). I'm disappointed to realise that you folks haven't taken this into account, which will most likely mean that your work getting the number theory code to pass doctests with the new Pari version will be reduced to complete junk when all your patches fail to apply to the next alpha.
That's pretty harsh. Anyway, the pari upgrade is higher priority, so in fact it will be the other way around.
William
comment:54 in reply to: ↑ 52 Changed 9 years ago by
Replying to jdemeyer:
Regarding the issue of
RR(gp(exp(1)))or
ZZ(gp(1))
When you use gp
it is running the command in a subprocess. Thus you'll never see any (nontrivial) CPU time.
This makes Sage hang but without using CPU time. So it does not go into an infinite loop, it literally does nothing.
comment:55 Changed 9 years ago by
I think I just had a small break-through:
The gp command now has the so-called "breakloop" on by default. This means the following: if Sage executes a command through the gp interface which gives errors, the following will be displayed in the pseudo-tty (invisible to the Sage user):
? 1/0 *** at top-level: 1/0 *** ^-- *** _/_: division by zero *** Break loop: type 'break' to go back to GP break>
Now gp just waits for user input. Since that input will never come, it just sits there forever.
I have a temporary workaround for this: in the directory SAGE_ROOT/local/bin, move "gp" to "gp-real". Then create the following shell script called "gp":
!/bin/bash mkdir -p $HOME/sage_debug export HOME=$HOME/sage_debug echo "breakloop = 0" >$HOME/.gprc # Remove --fast option exec $SAGE_ROOT/local/bin/gp-real --emacs --quiet --stacksize 100000000
This changes $HOME and makes a .gprc file in it which disables the break loop. It then runs gp without --fast, so that the .gprc file is read.
Changed 9 years ago by
comment:56 follow-ups: ↓ 57 ↓ 58 ↓ 65 Changed 9 years ago by
Jeroen: I was surprised to see your dokchitser patch since I thought I was working on that -- and I have been in correspondence with Tim D all morning trying to sort out the use of global variables. So, does you patch sort out all those issues (as well as the easy defult() ones)? If so, I clearly have wasted a lot of time today. This example makes it clear how extremely important it is that people say clearly what tey are working on. And I DID say clearly that I was working on everythin the elliptic_curves directory, which includes all the code which calls the Dokchiter script.
On your other point, well spotted. But would it not be simpler to send to the gp process on initialization the command gp._eval_line('breakloop=0;') ?
Now I will go out and enjoy my Sunday, since my efforts seem to be not needed.
comment:57 in reply to: ↑ 56 Changed 9 years ago by
Replying to cremona:
Jeroen: I was surprised to see your dokchitser patch since I thought I was working on that -- and I have been in correspondence with Tim D all morning trying to sort out the use of global variables. So, does you patch sort out all those issues (as well as the easy defult() ones)? If so, I clearly have wasted a lot of time today. This example makes it clear how extremely important it is that people say clearly what tey are working on. And I DID say clearly that I was working on everythin the elliptic_curves directory, which includes all the code which calls the Dokchiter script. Now I will go out and enjoy my Sunday, since my efforts seem to be not needed.
Well, I fixed the dokchitser script so it would pass some doctests in number_field.py. But my fixes are very trivial (it took me no more than 5 minutes), so maybe you are making more serious changes to the file. In that case, you can safely ignore my patch.
comment:58 in reply to: ↑ 56 Changed 9 years ago by
Replying to cremona:
On your other point, well spotted. But would it not be simpler to send to the gp process on initialization the command gp._eval_line('breakloop=0;') ?
Certainly, yes. That's why I called my solution a "work-around". What you want to do is every time a gp process gets started, the first line should be
default(breakloop,0);
But I don't know how to do this.
comment:59 follow-up: ↓ 63 Changed 9 years ago by
But I don't know how to do this.
Look in interfaces/gp.py and/or expect.py.
comment:60 Changed 9 years ago by
I will stop working on this for now (at least for the coming week), so I uploaded what I have done so far. There are still many things to be done, though.
One thing which I looked at but did not manage to fix was factorization of polynomials over number fields in sage/rings/polynomial/polynomial_element.pyx
Changed 9 years ago by
comment:61 Changed 9 years ago by
Another PARI/GP bug found thanks to Sage: PARI bug 1076
comment:62 Changed 9 years ago by
TODO: add more doctests for factoring polynomials over number fields. Various cases:
- non-monic polynomials
- number fields defined by a non-monic polynomial
- relative number fields: given a polynomial with coefficients in K, factor it over L
comment:63 in reply to: ↑ 59 Changed 9 years ago by
Replying to was:
But I don't know how to do this.
Look in interfaces/gp.py and/or expect.py.
Sorted, I added one line (line 170) in sage/interfaces/gp.py which says
self._eval_line('default(breakloop,0);')
to get the command run everytime a new gp instance is created. Now we get
sage: gp.eval('1/0') ' *** at top-level: 1/0\n *** ^--\n *** _/_: division by zero'
(followed by a new sage: prompt) and also
RR(gp(exp(1))) 2.71828182845905 sage:
with no problems.
comment:64 Changed 9 years ago by
I replaced Jeroen's 9343_extcode-dokchitser.patch with a new one which also fixes the test scripts in extcode/pari/dokchitser; and fixes one line in extcode/pari/simon/ellQ.gp which is all that is required for that set of scripts.
comment:65 in reply to: ↑ 56 Changed 9 years ago by
Replying to cremona:
Jeroen: I was surprised to see your dokchitser patch since I thought I was working on that -- and I have been in correspondence with Tim D all morning trying to sort out the use of global variables. So, does you patch sort out all those issues (as well as the easy defult() ones)? If so, I clearly have wasted a lot of time today. This example makes it clear how extremely important it is that people say clearly what tey are working on. And I DID say clearly that I was working on everythin the elliptic_curves directory, which includes all the code which calls the Dokchiter script.
Apologies for this outburst. I did waste time, but only because of my inferior gp-script debugging skills. Thanks to Jeroen there is a much simpler fix for what was troubling me!
On your other point, well spotted. But would it not be simpler to send to the gp process on initialization the command gp._eval_line('breakloop=0;') ?
Now I will go out and enjoy my Sunday, since my efforts seem to be not needed.
comment:66 in reply to: ↑ 37 Changed 9 years ago by
Replying to jdemeyer:
Replying to was:
Replying to cremona:
I just noticed that the .p3.spkg compiles pari with flag -O1. Surely this is not a sensible choice?
Surely it was done on purpose, because with a bigger optimization flag PARI must have exhibited some bugs. The question is how/why/if this is still needed.
I always compile my own copy of PARI/GP with -O3 -fomit-frame-pointer -march=core2 using the latest gcc and that seems to work fine.
The answer is at #7092: because of a failure to build pari with gcc-4.4.1 as distributed by Fedora 11, on ALL Linux systems the OPTFLAG is set to -O1 instead of -O3. Is there not a way to detect that particular compiler-distro combination? Otherwise all Linux users suffer!
comment:67 Changed 9 years ago by
Is there not a way to detect that particular compiler-distro combination? Otherwise all Linux users suffer!
It was a big mistake that #7092 got a positive review (from Jaap), and another mistake that the release manager (me) didn't reject that review. Anyway, thanks for tracking this down -- we should definitely make that -O1 hack only Fedora 11.
-- William
comment:68 Changed 9 years ago by
Also, we don't have to support fedora 11 -- it's like 2 versions out of date, and we only claim to support the latest Linux versions, out of the box.
comment:69 follow-ups: ↓ 71 ↓ 75 Changed 9 years ago by
trac_9343-elliptic-curve.patch + http://www.warwick.ac.uk/staff/J.E.Cremona/pari-2.4.3.svn.p4.spkg (which upgrades to svn 12533) do the following:
- All doctests in schemes/elliptic_curves pass except heegner.py
- All doctests in interfaces/* pass except for two issues in gp.py marked not tested" for now
- All in libs/ pass except some remaining issues in gen.pyx, mostly just fuzz but including one SIGSEGV
I thought this worth posting despite there still being issues in some of the files it touches.
comment:70 follow-up: ↓ 73 Changed 9 years ago by
I'm attaching a spkg-check
file. I originally created #9518 to add the spkg-check
, but John said to leave it, and let the changes be made as part of this ticket. When this ticket gets closed, so can #9518
Note there is an error in spkg-install on the first line, which displays as:
B1;2000;0c#!/bin/sh
In fact, I'm surprised that works at all.
Dave
comment:71 in reply to: ↑ 69 Changed 9 years ago by
Replying to cremona:
trac_9343-elliptic-curve.patch + http://www.warwick.ac.uk/staff/J.E.Cremona/pari-2.4.3.svn.p4.spkg
This will not install for me.
Build environment
- Sun Ultra 27 3.33 GHz Intel W3580 Xeon. Quad core. 8 threads.
- 12 GB RAM
- OpenSolaris 2009.06 snv_134 X86
- Sage 4.5
- gcc 4.4.4
One likely cause of a problem is the Dynamic Lib linker
does not include the -m64 flag (it should be included if SAGE64 is "yes").
pari-2.4.3.svn.p4/.hgignore pari-2.4.3.svn.p4/spkg-install Finished extraction **************************************************** Host system uname -a: SunOS hawk 5.11 snv_134 i86pc i386 i86pc **************************************************** **************************************************** CC Version gcc -v Using built-in specs. Target: i386-pc-solaris2.11 Configured with: /export/home/drkirkby/gcc-4.4.4/configure --prefix=/usr/local/gcc-4.4.4-multilib --enable-languages=c,c++,fortran --with-gmp=/usr/local/gcc-4.4.4-multilib --with-mpfr=/usr/local/gcc-4.4.4-multilib --disable-nls --enable-checking=release --enable-werror=no --enable-multilib --with-system-zlib --enable-bootstrap --with-gnu-as --with-as=/usr/local/binutils-2.20/bin/as --without-gnu-ld --with-ld=/usr/ccs/bin/ld Thread model: posix gcc version 4.4.4 (GCC) **************************************************** ./spkg-install: line 1: B1: command not found ./spkg-install: line 1: 2000: command not found ./spkg-install: line 1: 0c#!/bin/sh: No such file or directory Configuring pari-2.4.3 (DEVELOPMENT VERSION) Checking echo to see how to suppress newlines... ...using \c Looking for some tools first ... ...ld is /usr/bin/ld ...zcat is /usr/bin/zcat ...gzip is /usr/bin/gzip ...ranlib is /usr/bin/ranlib ...perl is /usr/bin/perl GNU compiler version 4.4.4 (GCC) Given the previous choices, sizeof(long) is 8 chars. The internal word representation of a double is not needed (64bit). ========================================================================== Building for: ix86 running solaris (x86-64/GMP kernel) 64-bit version ========================================================================== C compiler is gcc -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer -fPIC -g -m64 Executable linker is gcc -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer -fPIC -g -m64 Dynamic Lib linker is gcc -shared $(CFLAGS) $(DLCFLAGS) -Wl,-G,-h,$(LIBPARI_SONAME) Looking in C lib for some symbols... ...Found exp2. ...Found log2. ...Found strftime. ...Found getrusage. ...Found sigaction. ...Found TIOCGWINSZ. ...Found getrlimit. ...Found stat. ...Found vsnprintf. ...Found waitpid. ...Found setsid. ...Found getenv. ...Found isatty. ...Found alarm. ...Found dlopen. Checking for optional libraries and headers... ...Found libgmp in /export/home/drkirkby/sage-4.5/local/lib ...Found gmp header in /export/home/drkirkby/sage-4.5/local/include ld.so.1: solaris-ix86-rlv23868: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 24072: Killed ### Your version of GMP is too old for PARI. Please upgrade ### Building without GNU MP support Hi-Res Graphics: none ...Found libreadline in /export/home/drkirkby/sage-4.5/local/lib ...Found readline header in /export/home/drkirkby/sage-4.5/local/include/readline ...Found history header in /export/home/drkirkby/sage-4.5/local/include/readline ...Found libtermcap in /export/home/drkirkby/sage-4.5/local/lib/ ...Library termcap needed by readline ### ### Readline library detected, but does not seem to work ### ### Building without GNU readline support Installation prefix ? [/export/home/drkirkby/sage-4.5/local] ...for architecture-independent files (share-prefix) ? [/export/home/drkirkby/sage-4.5/local/share] Installation directories for: ...executables (gp, gphelp) ? [/export/home/drkirkby/sage-4.5/local/bin] ...libraries (libpari) ? [/export/home/drkirkby/sage-4.5/local/lib] ...include files ? [/export/home/drkirkby/sage-4.5/local/include] ...manual pages ? [/export/home/drkirkby/sage-4.5/local/share/man/man1] ...other system-dependent data ? [/export/home/drkirkby/sage-4.5/local/lib/pari] ...other system-independent data ? [/export/home/drkirkby/sage-4.5/local/share/pari] Default is dynamic executable and shared library ========================================================================== Extracting examples/Makefile.solaris-ix86 Extracting Osolaris-ix86/Makefile Extracting Makefile Extracting Osolaris-ix86/paricfg.h Extracting Osolaris-ix86/../Odos/paricfg.h Extracting scripts and macros ...in doc ...in misc ========================================================================== Shall we try to build pari 2.4.3 (development) now (y/n)? [n] Ok. Type "make install" when you are ready Bye ! Building and install PARI Making gp in Osolaris-ix86 make[1]: Entering directory `/export/home/drkirkby/sage-4.5/spkg/build/pari-2.4.3.svn.p4/src/Osolaris-ix86' make[1]: warning: -jN forced in submake: disabling jobserver mode. ../config/genkernel ../src/kernel/x86_64/asm0.h > parilvl0.h if test -r ./tune.h; then d=.; else d=../src/kernel/none; fi; cat $d/tune.h ../src/kernel/none/int.h ../src/kernel/none/level1.h > parilvl1.h cd ../src/desc && /usr/bin/perl whatnow > whatnow-solaris-ix86-23868.tmp cat ../src/kernel/none/mp.c ../src/kernel/none/cmp.c ../src/kernel/none/gcdll.c ../src/kernel/none/ratlift.c ../src/kernel/none/invmod.c ../src/kernel/none/gcd.c ../src/kernel/none/gcdext.c ../src/kernel/none/mp_indep.c ../src/kernel/none/add.c > mp.c bison -d ../src/language/parse.y -o ../src/language/parse.c make[1]: bison: Command not found make[1]: *** [../src/language/parse.h] Error 127 make[1]: *** Waiting for unfinished jobs.... mv ../src/desc/whatnow-solaris-ix86-23868.tmp ../src/gp/whatnow.h make[1]: Leaving directory `/export/home/drkirkby/sage-4.5/spkg/build/pari-2.4.3.svn.p4/src/Osolaris-ix86' make: *** [gp] Error 2 Error building GP real 0m1.203s user 0m0.551s sys 0m0.640s sage: An error occurred while installing pari-2.4.3.svn.p4
comment:72 follow-up: ↓ 74 Changed 9 years ago by
Is this something wrong with pari's Configure script -- in which case should be reported upstream? Or something which could be fixed by a change in the spkg-install script?
comment:73 in reply to: ↑ 70 Changed 9 years ago by
Replying to drkirkby:
I'm attaching a
spkg-check
file. I originally created #9518 to add thespkg-check
, but John said to leave it, and let the changes be made as part of this ticket. When this ticket gets closed, so can #9518
I found out how to exclude a test from being run with test-all (there's a list in src/config/get_test) and the next version of the spkg will patch that file appropriately.
Note there is an error in spkg-install on the first line, which displays as:
B1;2000;0c#!/bin/sh
Fixed. Probably a finger-blunder by me.
In fact, I'm surprised that works at all.
Dave
comment:74 in reply to: ↑ 72 Changed 9 years ago by
Replying to cremona:
Is this something wrong with pari's Configure script -- in which case should be reported upstream? Or something which could be fixed by a change in the spkg-install script?
The type at the start of spkg-install is in the current version of pari. I'm puzzled it works at all, but it seems to.
I was mistaken on the LINKER FLAGS, as that include CFLAGS, so the -m64 will get there from that.
However, this still thinks gmp is broken. The version of Pari in Sage at the moment reports:
Checking for optional libraries and headers... ...Found libgmp in /rootpool2/local/kirkby/sage-4.5-hacked-for-64-bit-solaris/local/lib ...Found gmp header in /rootpool2/local/kirkby/sage-4.5-hacked-for-64-bit-solaris/local/include Using GNU MP, version 4.3.1 ...Found libX11 in /usr/openwin/lib ...Found X11 header files in /usr/openwin/include/X11
compared to this version, where I see:
Checking for optional libraries and headers... ...Found libgmp in /export/home/drkirkby/sage-4.5/local/lib ...Found gmp header in /export/home/drkirkby/sage-4.5/local/include ld.so.1: solaris-ix86-rlv23868: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 24072: Killed ### Your version of GMP is too old for PARI. Please upgrade ### Building without GNU MP support Hi-Res Graphics: none ...Found libreadline in /export/home/drkirkby/sage-4.5/local/lib
So something has changed for the worst.
This version from svn wants bison too, so you will have to generate the files, since bison is not a prerequisite for Sage, and is not included in Sage.
Dave
comment:75 in reply to: ↑ 69 ; follow-up: ↓ 78 Changed 9 years ago by
Replying to cremona:
trac_9343-elliptic-curve.patch + http://www.warwick.ac.uk/staff/J.E.Cremona/pari-2.4.3.svn.p4.spkg (which upgrades to svn 12533) do the following:
- All doctests in schemes/elliptic_curves pass except heegner.py
- All doctests in interfaces/* pass except for two issues in gp.py marked not tested" for now
- All in libs/ pass except some remaining issues in gen.pyx, mostly just fuzz but including one SIGSEGV
I thought this worth posting despite there still being issues in some of the files it touches.
Nice work John! Please let me know what you're working on, since I also plan to continue working on this ticket.
comment:76 follow-up: ↓ 79 Changed 9 years ago by
Hi, John or someone else can perhaps convey this to the Pari developers. Would it be possible for them to add the -fPIC option on at least all Solaris systems. (Both SPARC and x86). If code goes into a shared library, it should be compiled position independent. It is unreliable if this is not done. There's some relevant information about this here.
http://gcc.gnu.org/onlinedocs/gcc-4.5.0/gcc/Code-Gen-Options.html#Code-Gen-Options http://gcc.gnu.org/onlinedocs/gcc-4.5.0/gcc/Link-Options.html#Link-Options
I believe it would be more reliable to build with -fPIC when the code is going into a shared library - irrespective of the platform. What one should ensure though is there is not a mixture of PIC and non-PIC code, as that can be unreliable too.
I've not had a chance to look at the other issues, but as far as I can see, this update completely breaks a 64-bit build on Solaris or OpenSolaris.
I've also noticed that Pari reports that readline is not working on Solaris systems. Yet the readline is definitely working in my Sage builds on Solaris. Several parts of Sage link against readline (Pari, gap, Singular, ECL, Python ...). None of them believe that readline is broken, but Pari does.
Dave
comment:77 Changed 9 years ago by
Looking at the error message above:
ld.so.1: solaris-ix86-rlv23868: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 24072: Killed
and comparing it to the GMP libraries that were installed, the version numbers do not match. Pari is looking for libgmp.so.10
but I have the following GMP related files:
drkirkby@hawk:~/sage-4.5/local/lib$ ls -ld libgmp* -rwxr-xr-x+ 1 drkirkby staff 803 Jul 16 13:10 libgmp.la lrwxrwxrwx 1 drkirkby staff 15 Jul 16 13:10 libgmp.so -> libgmp.so.3.4.6 lrwxrwxrwx 1 drkirkby staff 15 Jul 16 13:10 libgmp.so.3 -> libgmp.so.3.4.6 -rwxr-xr-x+ 1 drkirkby staff 549536 Jul 16 13:10 libgmp.so.3.4.6 -rwxr-xr-x+ 1 drkirkby staff 919 Jul 16 13:10 libgmpxx.la lrwxrwxrwx 1 drkirkby staff 17 Jul 16 13:10 libgmpxx.so -> libgmpxx.so.3.1.6 lrwxrwxrwx 1 drkirkby staff 17 Jul 16 13:10 libgmpxx.so.3 -> libgmpxx.so.3.1.6 -rwxr-xr-x+ 1 drkirkby staff 26712 Jul 16 13:10 libgmpxx.so.3.1.6
i.e. there is nothing like a version 10. The installed libraries have a 3.x in them, but Pari is looking for a .10.
I've installed bison on the system, so the error message about a missing bison is not appearing any more, but that has not resolve either
- The readline issue, which I've had for ages. OR
- The gmp library issue, which is unique to this update, and does not show up in the version in Sage.
Dave
comment:78 in reply to: ↑ 75 Changed 9 years ago by
Nice work John! Please let me know what you're working on, since I also plan to continue working on this ticket.
Thanks. I finished fixing the interfaces/gp and very nearly finished libs/pari/ . The serious issues are gone now. I fear that the flood of newly merged tickets for 4.5.2 will require some rebasing, so as soon as I have tidied up I will post the revised patches and a new spkg (p5). I have not touched anything in number_fields since you did, but it still might be a good idea to wait until I have posted what I have done.
comment:79 in reply to: ↑ 76 ; follow-up: ↓ 83 Changed 9 years ago by
Replying to drkirkby:
Hi, John or someone else can perhaps convey this to the Pari developers. Would it be possible for them to add the -fPIC option on at least all Solaris systems. (Both SPARC and x86). If code goes into a shared library, it should be compiled position independent. It is unreliable if this is not done. There's some relevant information about this here.
http://gcc.gnu.org/onlinedocs/gcc-4.5.0/gcc/Code-Gen-Options.html#Code-Gen-Options http://gcc.gnu.org/onlinedocs/gcc-4.5.0/gcc/Link-Options.html#Link-Options
I believe it would be more reliable to build with -fPIC when the code is going into a shared library - irrespective of the platform. What one should ensure though is there is not a mixture of PIC and non-PIC code, as that can be unreliable too.
I've not had a chance to look at the other issues, but as far as I can see, this update completely breaks a 64-bit build on Solaris or OpenSolaris.
I've also noticed that Pari reports that readline is not working on Solaris systems. Yet the readline is definitely working in my Sage builds on Solaris. Several parts of Sage link against readline (Pari, gap, Singular, ECL, Python ...). None of them believe that readline is broken, but Pari does.
Dave
I was planning to do this (report upstream). On the positive side, they just put in a patch which obviates the need for 2/3 of our patch to the header files paripriv/paridecl.h.
I think we will have a better chance of a positive reaction if we could report to pari a failure to build of pari as such and not pari-in-Sage, since they would reasonably reposond that as we patch some files they cannot be responsible. For this, just copy the src directory of the most recent spkg (or wait until I put up p5 later today) and try it directly, after ./Configure <whatever-params> and make whatever.
comment:80 follow-up: ↓ 81 Changed 9 years ago by
Am I the only one seeing problems with lcalc and genus2reduction?
comment:81 in reply to: ↑ 80 ; follow-up: ↓ 82 Changed 9 years ago by
Replying to fbissey:
Am I the only one seeing problems with lcalc and genus2reduction?
I don't think you are. I have been sorting out other things! I have just finished with the (rather important) sage/libs/pari and sage/intergaces/gp, with everything working except (bizarrely) the hyperbolic tangent function.
comment:82 in reply to: ↑ 81 ; follow-up: ↓ 86 Changed 9 years ago by
Replying to cremona:
Replying to fbissey:
Am I the only one seeing problems with lcalc and genus2reduction?
I don't think you are. I have been sorting out other things! I have just finished with the (rather important) sage/libs/pari and sage/intergaces/gp, with everything working except (bizarrely) the hyperbolic tangent function.
OK. I can attach some fixes for lcalc later, but I am stuck for genus2reduction.
comment:83 in reply to: ↑ 79 ; follow-up: ↓ 84 Changed 9 years ago by
Replying to cremona:
I think we will have a better chance of a positive reaction if we could report to pari a failure to build of pari as such and not pari-in-Sage, since they would reasonably reposond that as we patch some files they cannot be responsible. For this, just copy the src directory of the most recent spkg (or wait until I put up p5 later today) and try it directly, after ./Configure <whatever-params> and make whatever.
John, I'm going to attach to the ticket a failure observed with the Pari source code directly - outside of Sage. No compiler flags were set.
The hack of mine in Sage (adding -fPIC
) resolves this, but it would be better if it could be fixed upstream. The file was actually 5.1 MB in size, as there are over 95,000 error messages. I've reduce the filed to 23 KB, but removing tons of very similar looking messages. See the file:
Pari-trunk-failure-on-OpenSolaris_x64.log.txt
There are similar issues on Solaris 10 SPARC. I can attach a log if needed, or someone can just try to build on 't2' outside of Pari. You will see very similar.
I believe this should be applied on all platforms, as it will be more reliable. The code should be position independent if you are building shared libraries.
Dave
Dave
Changed 9 years ago by
Failure of Pari source code to build outside of Sage on an OpenSolaris? machine
comment:84 in reply to: ↑ 83 Changed 9 years ago by
Replying to drkirkby:
There are similar issues on Solaris 10 SPARC. I can attach a log if needed, or someone can just try to build on 't2' outside of Pari. You will see very similar.
I believe this should be applied on all platforms, as it will be more reliable. The code should be position independent if you are building shared libraries.
Dave
I mean someone could try this on 't2.math.washington.edu' without using Sage. I'm sure William would set up an account for a Pari developer. They only need the Pari source - no Sage code to reproduce this error.
Dave
comment:85 Changed 9 years ago by
I have sent a bug report to the PARI people about Solaris: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1078
comment:86 in reply to: ↑ 82 Changed 9 years ago by
Replying to fbissey:
Replying to cremona:
Replying to fbissey:
Am I the only one seeing problems with lcalc and genus2reduction?
I don't think you are. I have been sorting out other things! I have just finished with the (rather important) sage/libs/pari and sage/intergaces/gp, with everything working except (bizarrely) the hyperbolic tangent function.
OK. I can attach some fixes for lcalc later, but I am stuck for genus2reduction.
In my current setup, sage/interfaces/genus2reduction passes, as does sage/lfunctions/lcalc.
I did not need to make any changes to lcalc!
comment:87 follow-up: ↓ 88 Changed 9 years ago by
I am not talking about any tests. I didn't check that. I was talking about building them. And from what I am just digging, the failure for genus2reduction is not just my set up.
comment:88 in reply to: ↑ 87 ; follow-up: ↓ 89 Changed 9 years ago by
Replying to fbissey:
I am not talking about any tests. I didn't check that. I was talking about building them. And from what I am just digging, the failure for genus2reduction is not just my set up.
OK, I misunderstood. I am working on sage-4.5 + the p4 spkg + all patches on this ticket (to both sage lib and extcode) + what I have done since then. While you are working on building spkgs which use pari, right? That's an entirely different set of problems to solve. Have you tried asking the authors of those spkgs (or rather, of the packages themselves) to help out?
comment:89 in reply to: ↑ 88 ; follow-up: ↓ 91 Changed 9 years ago by
Replying to cremona:
Replying to fbissey:
I am not talking about any tests. I didn't check that. I was talking about building them. And from what I am just digging, the failure for genus2reduction is not just my set up.
OK, I misunderstood. I am working on sage-4.5 + the p4 spkg + all patches on this ticket (to both sage lib and extcode) + what I have done since then. While you are working on building spkgs which use pari, right? That's an entirely different set of problems to solve. Have you tried asking the authors of those spkgs (or rather, of the packages themselves) to help out?
Not yet. I think William is upstream for genus2reduction.
I thought it should be attached to that ticket. I haven't seen any other
ticket about converting those spkg to pari-2.4.
you are probably right that they should have separate ticket but they should
block this one then. No use upgrading pari if it breaks other spkgs.
eclib builds fine. OK now I should go what was Dave acronym, MWWKM (my wife will kill me or something :) ).
comment:90 follow-up: ↓ 92 Changed 9 years ago by
This trac is finding a continuous stream of PARI bugs. Another one: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1079
comment:91 in reply to: ↑ 89 Changed 9 years ago by
Replying to fbissey:
Replying to cremona:
Replying to fbissey:
I am not talking about any tests. I didn't check that. I was talking about building them. And from what I am just digging, the failure for genus2reduction is not just my set up.
OK, I misunderstood. I am working on sage-4.5 + the p4 spkg + all patches on this ticket (to both sage lib and extcode) + what I have done since then. While you are working on building spkgs which use pari, right? That's an entirely different set of problems to solve. Have you tried asking the authors of those spkgs (or rather, of the packages themselves) to help out?
Not yet. I think William is upstream for genus2reduction.
Good.
I thought it should be attached to that ticket. I haven't seen any other ticket about converting those spkg to pari-2.4.
you are probably right that they should have separate ticket but they should block this one then. No use upgrading pari if it breaks other spkgs.
I agree -- if other spkgs need their source fixing they should on other tickets, one each, and we should have a list here.
eclib builds fine.
Of course it does!
OK now I should go what was Dave acronym,
MWWKM (my wife will kill me or something :) ).
comment:92 in reply to: ↑ 90 Changed 9 years ago by
Replying to jdemeyer:
This trac is finding a continuous stream of PARI bugs. Another one: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1079
Good work! I am down to 10 files (only!) in sage library with failing doctests, including 7 in rings.number_fields which I am leaving to you. I will try to fix the other three before quitting for a bit (after uploading a patch of course -- currently 1768 lines since the ones posted here, and counting).
comment:93 Changed 9 years ago by
sagelib_9343-combined-new.patch replaces all previous sagelib patches. With this and the *two* extcode patches (extcode_9343.patch and 9343_extcode_dokchitser-1.patch) I get only the following doctest failures:
6 in number_fields:
sage -t devel/sage-main/sage/rings/number_field/maps.py # 34 doctests failed sage -t devel/sage-main/sage/rings/number_field/number_field_ideal_rel.py # 17 doctests failed sage -t devel/sage-main/sage/rings/number_field/number_field_ideal.py # 17 doctests failed sage -t devel/sage-main/sage/rings/number_field/number_field_rel.py # 20 doctests failed sage -t devel/sage-main/sage/rings/number_field/number_field_element.pyx # 2 doctests failed sage -t devel/sage-main/sage/rings/number_field/number_field.py # 47 doctests failed
which I think Jeroen is looking after, and 1 in elliptic_curves (rlm informed and passed buck to was):
sage -t devel/sage-main/sage/schemes/elliptic_curves/heegner.py # 6 doctests failed
There is also a failing doctest for tanh in libs/pari/gen.pyx which I disabled temporarily. And there may be some doctests needing different 32-bit output; but I have done enough for now.
Independently of this I have upgraded the spkg to the latest svn, made the relavant changes to the patches in it, and added a spkg-test (with help from David Kirkby). I will put up a link to that when I have succeeded in spkg-ing it.
comment:94 follow-up: ↓ 97 Changed 9 years ago by
Amazing discovery -- the script spkg-install is VERY broken, even the one currently distributed with sage 4.5!
There are several lines like
# pjeremy: fix for FreeBSD: #7825 cp "$TOP"/patches/get_kernel config/
which should say
# pjeremy: fix for FreeBSD: #7825 cp "$TOP"/patches/get_kernel src/config/
(note the missing "src").
If I am right, how come anything works? I mean, if these patches are supposedly essential, but are in effect not being applied, maybe they are not so essential after all?
I can change these to be "correct"; but am more tempted to delete them and see what happens...thoughts?
comment:95 Changed 9 years ago by
There is a new version of the spkg here: http://www.warwick.ac.uk/staff/J.E.Cremona/pari-2.4.3.svn.p5.spkg
It includes the spkg-check which now works (i.e. it runs iff SAGE_CHECK is 'yes', and the tests pass. On my machine at least).
comment:96 Changed 9 years ago by
I get the following error in Cygwin:
gcc -c -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer -I. -I../src/headers -o trans3.o ../src/basemath/trans3.c bison -d ../src/language/parse.y -o ../src/language/parse.c make[1]: bison: Command not found make[1]: *** [../src/language/parse.h] Error 127 make[1]: Leaving directory `/home/mhansen/sage-4.3.5/spkg/build/pari-2.4.3.svn.p5/src/Ocygwin-i686' make: *** [gp] Error 2
I don't believe that we require bison to be installed.
comment:97 in reply to: ↑ 94 ; follow-up: ↓ 98 Changed 9 years ago by
Replying to cremona:
Amazing discovery -- the script spkg-install is VERY broken, even the one currently distributed with sage 4.5!
There are several lines like
# pjeremy: fix for FreeBSD: #7825 cp "$TOP"/patches/get_kernel config/which should say
# pjeremy: fix for FreeBSD: #7825 cp "$TOP"/patches/get_kernel src/config/(note the missing "src").
If I am right, how come anything works? I mean, if these patches are supposedly essential, but are in effect not being applied, maybe they are not so essential after all?
I can change these to be "correct"; but am more tempted to delete them and see what happens...thoughts?
I think you are mistaken John. Further up the script is
cd src
so another src
would be an error.
I do sometimes think it is better to perhaps consider deleting all patches. I have just updated 'GSL' (#9533). GSL is a much simpler package I admit. I removed all patches. The new GSL package has built and passed all self-tests on Cygwin, Linux, HP-UX, OpenSolaris, OS X and Solaris. (Sage does not build fully on HP-UX, but enough of it builds to prove that GSL passes all tests).
I hope at some point you are going to test on 't2'. I simply do not have the time to test everyones updates on 't2'.
Dave
comment:98 in reply to: ↑ 97 Changed 9 years ago by
Replying to drkirkby:
I think you are mistaken John. Further up the script is
cd srcso another
src
would be an error.
You are right -- I cross-poseted to sage-devel where this was pointed out to me.
I do sometimes think it is better to perhaps consider deleting all patches. I have just updated 'GSL' (#9533). GSL is a much simpler package I admit. I removed all patches. The new GSL package has built and passed all self-tests on Cygwin, Linux, HP-UX, OpenSolaris, OS X and Solaris. (Sage does not build fully on HP-UX, but enough of it builds to prove that GSL passes all tests).
I hope at some point you are going to test on 't2'. I simply do not have the time to test everyones updates on 't2'.
Well I hope someone is, but I'm busy with other things for the next 2 days and then away for 3 weeks without opportunity to do Sage stuff.
Dave
Changed 9 years ago by
Some fixes in sage/rings/number_fields and doctest changes in sage/rings/polynomial/polynomial_element.pyx
comment:99 Changed 9 years ago by
I did a complete from scratch build of sage-4.5.1 with the new patches and did a long doctest. I got some more errors than John:
sage -t -long devel/sage-test/sage/schemes/elliptic_curves/heegner.py # 7 doctests failed sage -t -long devel/sage-test/sage/rings/number_field/number_field.py # 18 doctests failed sage -t -long devel/sage-test/sage/schemes/elliptic_curves/ell_point.py # 2 doctests failed sage -t -long devel/sage-test/sage/schemes/elliptic_curves/ell_generic.py # 1 doctests failed sage -t -long devel/sage-test/sage/rings/number_field/number_field_rel.py # 3 doctests failed sage -t -long devel/sage-test/sage/rings/number_field/number_field_element.pyx # 2 doctests failed sage -t -long devel/sage-test/sage/rings/number_field/number_field_ideal.py # 17 doctests failed sage -t -long devel/sage-test/sage/rings/number_field/number_field_ideal_rel.py # 3 doctests failed sage -t -long devel/sage-test/doc/en/constructions/algebraic_geometry.rst # 2 doctests failed sage -t -long devel/sage-test/sage/interfaces/gp.py # 2 doctests failed sage -t -long devel/sage-test/sage/schemes/elliptic_curves/ell_rational_field.py # 1 doctests failed
Some are probably because John did not do "long" doctests, but also in some cases I get PariError?: not enough memory. For example:
File "/usr/local/src/sage-newpari-4.5.1/devel/sage-test/sage/schemes/elliptic_curves/ell_generic.py", line 2646: sage: [t[1] for t in EllipticCurve(GF(10^60+3201),[0,a,0,b,0])._p_primary_torsion_basis(2)] Exception raised: [...] PariError: not enough memory (28)
I will have a look at these errors and see what I can fix.
comment:100 Changed 9 years ago by
All doctests are now fixed, except for some which hit PARI bug 1079 and some in sage/schemes/elliptic_curves. Apparently, the PARI update increased the memory requirements of some of the doctests, making them fail on my machine with 3GB RAM. However, these doctests already take a lot of memory with the vanilla sage 4.5.1, see also my post at sage-devel.
comment:101 Changed 9 years ago by
comment:102 follow-up: ↓ 103 Changed 9 years ago by
For more on the bison issue see the pari-dev thread here: http://pari.math.u-bordeaux.fr/archives/pari-dev-1007/msg00011.html
It seems that we should not use an svn source grad in our distribution but a "proper PARI tarball". An explanation of how to create such a thing is I hope forthcoming on that thread.
Secondly, the thread http://pari.math.u-bordeaux.fr/archives/pari-dev-1007/msg00015.html makes some releavnt comments (and asks a question) on Dave's other points.
comment:103 in reply to: ↑ 102 Changed 9 years ago by
Replying to cremona:
For more on the bison issue see the pari-dev thread here: http://pari.math.u-bordeaux.fr/archives/pari-dev-1007/msg00011.html
It seems that we should not use an svn source grad in our distribution but a "proper PARI tarball". An explanation of how to create such a thing is I hope forthcoming on that thread.
Secondly, the thread http://pari.math.u-bordeaux.fr/archives/pari-dev-1007/msg00015.html makes some releavnt comments (and asks a question) on Dave's other points.
Bison, like autoconf and automake should not be necessary for end-users. Often developer additions don't have a 'configure' script - they rely on other developers making that from configure.ac. It is the same with bison - some files only need to be geneated and passed to the end users. As long as the timestamp on the files generated by bison is more recent than the files they were generated from, bison should not be necessary.
With regard to my own Solaris issue with -fPCI, shared libraries and Pari, I'm not sure how to observe what is happening, or where I can follow the Pari bug numbers referenced. Essentially one of the Pari developers disagreed with me, and said it is not necessary to use -fPIC when compiling 32-bit shared libraries on Solaris - only 64-bit ones. I responded that this is not so, and provided a link to something written by Casper Dik (a very knowledge Sun employee), that -fPIC is necessary. I gather that was passed on, but I don't see any record of it.
There's also the point I made that Pari is looking for a different version of GMP to what is in Sage when building a 64-bit version of Pari. The Pari developer believes it is finding another version before that one in Sage. IF that is so, that needs fixing in Sage. Somehow we need to ensure Pari first looks for the libraries in $SAGE_LOCAL/lib, and not in /usr/lib, /usr/local, or wherever else Pari may chose to look. The whole point of shipping a bunch of standard libraries with Sage is we know what ones are are used by Sage.
Dave
comment:104 Changed 9 years ago by
Note that there are two relevant threads since I posted to pari-dev (a mailing list linked to a couple of comments above this) but Jeroen posted directly to the PARI bug tracking system. I suggested on pari-dev that the discussion should take place on the tracking system.
comment:105 follow-ups: ↓ 106 ↓ 108 Changed 9 years ago by
I have made a new version of the spkg: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p6.spkg
It contains a patch for PARI bug 1079, fixing all doctest failures in sage/rings/number_fields.
I also added a script "spkg-make" which automates the process of building the spkg (it downloads the svn sources and so on). It *should* also fix the bison issue. This spkg-make is highly experimental, but it works for me. By all means, go ahead and tell me what you think of it.
comment:106 in reply to: ↑ 105 Changed 9 years ago by
Replying to jdemeyer:
I have made a new version of the spkg: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p6.spkg
It contains a patch for PARI bug 1079, fixing all doctest failures in sage/rings/number_fields.
I also added a script "spkg-make" which automates the process of building the spkg (it downloads the svn sources and so on). It *should* also fix the bison issue. This spkg-make is highly experimental, but it works for me. By all means, go ahead and tell me what you think of it.
I'll try it if I get a chance over the next couple of days.
As I see it there are now two main issues:
- Make sure that the other spkgs which use the pari library still work. I think someone said that genus2reduction and lcalc have problems.
- Rebase to 4.5.2.
comment:107 Changed 9 years ago by
I just got an email from Karim Belabas, a Pari developer, that they are going to change Pari so it compiles with -fPIC on all platforms. (This is Pari bug 1078)
I've no idea how long it will take them to integrate that patch, but hopefully not too long. Once integrated, the patches for Linux PPC and Solaris in Sage that add -fPIC can be removed.
Dave
comment:108 in reply to: ↑ 105 ; follow-up: ↓ 114 Changed 9 years ago by
Replying to jdemeyer:
I have made a new version of the spkg: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p6.spkg
It contains a patch for PARI bug 1079, fixing all doctest failures in sage/rings/number_fields.
I also added a script "spkg-make" which automates the process of building the spkg (it downloads the svn sources and so on). It *should* also fix the bison issue. This spkg-make is highly experimental, but it works for me. By all means, go ahead and tell me what you think of it.
I tried it on OpenSolaris. There are a few error messages:
Here's the first
Checking for optional libraries and headers... ...Found libgmp in /export/home/drkirkby/sage-4.5/local/lib ...Found gmp header in /export/home/drkirkby/sage-4.5/local/include ld.so.1: solaris-ix86-rlv10703: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 10904: Killed ### Your version of GMP is too old for PARI. Please upgrade ### Building without GNU MP support
This is a new bug first seen in Pari 2.4.3 and does not appear in Pari 2.3.5
And another.
Checking for optional libraries and headers... ...Found libgmp in /export/home/drkirkby/sage-4.5/local/lib ...Found gmp header in /export/home/drkirkby/sage-4.5/local/include ld.so.1: solaris-ix86-rlv10703: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 10904: Killed ### Your version of GMP is too old for PARI. Please upgrade ### Building without GNU MP support
I've seen this before, but it is very odd, as other packages in Sage use the readline, and clearly readline is used when Sage runs - i.e. I have edit the command line, recall previous commands etc.
And another problem with that package.
../src/test/dotest[30]: cat: /../patches/status: cannot open [No such file or directory]
This is new to pari-2.4.3.svn.p6.log and does not appear in earlier pari 2.4.3 packages which have been posted on this ticket
IMHO, it would be good if the package number included the snv snapshot - in this case 12541.
Dave
comment:109 Changed 9 years ago by
I wrote the same bug twice there. Here's the second bug:
Hi-Res Graphics: none ...Found libreadline in /export/home/drkirkby/sage-4.5/local/lib ...Found readline header in /export/home/drkirkby/sage-4.5/local/include/readline ...Found history header in /export/home/drkirkby/sage-4.5/local/include/readline ...Found libtermcap in /export/home/drkirkby/sage-4.5/local/lib/ ...Library termcap needed by readline ### ### Readline library detected, but does not seem to work ### ### Building without GNU readline support
I've seen this before, but it is very odd, as other packages in Sage use the readline, and clearly readline is used when Sage runs - i.e. I have edit the command line, recall previous commands etc.
Dave
comment:110 follow-up: ↓ 113 Changed 9 years ago by
Have the other issues that are circumvented by hacks to spkg-install been reported upstream? Such as:
# These two are needed so that Sage can catch pari's error signals. cp "$PATCHED/init.c" src/language/init.c cp "$PATCHED/mp.c" src/kernel/gmp/mp.c
Then's these this not very clearly documented patch
cp "$PATCHED/get_dlld" config/
And another, this time a bit better documented, though no trac number.
# mabshoff: This patch is to get around problem in PPC 32-bit Linux build # (but it is ok on any other machine) cp "$PATCHED/get_dlcflags" config/
(That is probably the -fPIC issue which will soon be able to be removed)
# pjeremy: fix for FreeBSD: #7825 cp "$PATCHED/get_kernel" config/
Then this.
# cwitty: disable -rpath cp "$PATCHED/get_ld" config/
And another.
# This is needed or there are weird locale problems involving rpath # with building Sage. LC_ALL=C export LC_ALL LANG=C export LANG
And another
if [ "$UNAME" = "CYGWIN" ]; then # There are weird bugs in PARI's build process on Windows XP # under Cygwin. # Passing in this extra flag gets around the bug. $MAKE GMPINCLUDE=-I$SAGE_LOCAL/include EXTRADLLDFLAGS=-lgmp gp else $MAKE gp fi
And another
# Also another patch since paripriv.h won't compile right on OS X # when used by client Sage code. So we replace it by a slightly # modified version. cp -pf "$PATCHED/paripriv.h" "$SAGE_LOCAL/include/pari/paripriv.h"
That's a lot of patches to one program. How many of these issues have been raised? Personally, I would be very tempted to remove these, and find what fails. Otherwise maintenance of the package is going to be very difficult.
Dave
comment:111 Changed 9 years ago by
Hi Dave we have some of these patch as well in Gentoo (and I mean in the distro
itself not just sage-on-gentoo). So I can fill in some gaps.
get_dlld: we have this
# propagate ldflags sed -i \ -e 's/-shared $extra/-shared $extra \\$(LDFLAGS)/' \ config/get_dlld || die "Failed to fix LDFLAGS"
We add -fpic on all platforms when building the library but not gp or static libraries.
But we have a patch I think originating from Debian to add support
for linux ppc 32 bits.
get_ld: when gp is compiled it uses libpari and is compiled -rpath to hardcode the libray location. I am not sure this is strictly necessary.
Not sure about the CYGWIN and OS X stuff.
comment:112 Changed 9 years ago by
It's worth remembering too that Bill Alombert is (or was) a debian developer so should know a lot of these issues.
comment:113 in reply to: ↑ 110 ; follow-up: ↓ 115 Changed 9 years ago by
Replying to drkirkby:
Have the other issues that are circumvented by hacks to spkg-install been reported upstream?
That's a lot of patches to one program. How many of these issues have been raised? Personally, I would be very tempted to remove these, and find what fails. Otherwise maintenance of the package is going to be very difficult.
I agree that all the patches in config/* dealing with compiling PARI/GP really are upstream issues and should be fixed there. Also, now that we upgrade PARI to 2.4.3, it is not at all clear whether these patches are still needed.
comment:114 in reply to: ↑ 108 Changed 9 years ago by
Replying to drkirkby:
And another problem with that package.
../src/test/dotest[30]: cat: /../patches/status: cannot open [No such file or directory]
My fault. I uploaded a new http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p6.spkg which should fix this. (This is a small hack I added such that the SVN version is saved in patches/status such that it can appear in gp.version() for example).
comment:115 in reply to: ↑ 113 Changed 9 years ago by
Replying to jdemeyer:
Replying to drkirkby:
Have the other issues that are circumvented by hacks to spkg-install been reported upstream?
That's a lot of patches to one program. How many of these issues have been raised? Personally, I would be very tempted to remove these, and find what fails. Otherwise maintenance of the package is going to be very difficult.
I agree that all the patches in config/* dealing with compiling PARI/GP really are upstream issues and should be fixed there. Also, now that we upgrade PARI to 2.4.3, it is not at all clear whether these patches are still needed.
I got this email from Bill Allombert on the Bug#1078: Pari, -fPIC and Solaris
thread:
On 07/22/10 09:46 PM, Bill Allombert wrote: > On Thu, Jul 22, 2010 at 07:33:45PM +0100, Dr. David Kirkby wrote: >> The Sage developers will look forward to a snapshot were we can >> disable the patches for Solaris and PPC. > > Well, the Sage PPC fix is wrong and the correct fix is in PARI 2.3.5 which was released > in February, so I do not see why sage still carry it. > > Cheers, > Bill. >
So it seems we should remove the -fPIC patch for PPC Linux, and the -fPIC patch for Solaris will be able to be removed later, but not yet.
IMHO, it would be better to remove all the patch (or just comment them out for now), and put them back as and when they are needed, taking care (where possible), to check if the bugs they are supposed to fix reoccur. This is one of the more messy spkg-install files I've seen - though the ATLAS one is pretty messy too!
Dave
comment:116 Changed 9 years ago by
I'm told by Bill Allombert, a Pari developer, that they have now enabled -fPIC on all platforms in build 12542. So all hacks in Sage to add -fPIC on Linux PPC and Solaris can be removed if that build or later is used.
Dave
comment:117 follow-ups: ↓ 119 ↓ 120 Changed 9 years ago by
New spkg version: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p7.spkg, PARI build 12543. The only changes are in the build process. I also removed several patches, since the fixes should be upstream now.
But we need to test building this spkg on many different machines!
There are some new doctest failures with sage-4.5.2.alpha0, nothing very troublesome though. I can probably fix them (except for elliptic_curves, which I will leave to John).
comment:118 Changed 9 years ago by
Perhaps spkg-check should do one of "make dyntest-all" or "make statest-all" instead of "make test-all" (which does both and takes twice as long)? Since we are only installing one copy of the binary gp (which is what is run in the tests) there's no need to make and test the other.
comment:119 in reply to: ↑ 117 ; follow-ups: ↓ 121 ↓ 122 Changed 9 years ago by
Replying to jdemeyer:
New spkg version: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p7.spkg, PARI build 12543. The only changes are in the build process. I also removed several patches, since the fixes should be upstream now.
But we need to test building this spkg on many different machines!
There are some new doctest failures with sage-4.5.2.alpha0, nothing very troublesome though. I can probably fix them (except for elliptic_curves, which I will leave to John).
I applied the p7 spkg fine to 4.5.2.alpha0, and the (two) extcode patches above, and the new sagelib_9343_combined3.patch .
Very impressed that the latter applied without any merge problems -- thanks, Jeroen. I will test and fix what I find in elliptic_curves (except perhaps the failures in heegner.py).
comment:120 in reply to: ↑ 117 Changed 9 years ago by
Replying to jdemeyer:
New spkg version: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p7.spkg,
Why do you chose that name? The .p7 should only be integrated into Sage where there are 7 previous versions of 2.4.3. Since the software says
Shall we try to build pari 2.4.3 (development svn-12543) now (y/n)? [n]
I think a better name would be
pari-2.4.3.svn-12543
as that is the version of Pari that it is based upon. Then, assuming this version was merged, subsequent updates in Sage would be called pari-2.4.3.svn-12543.p0, pari-2.4.3.svn-12543.p1, pari-2.4.3.svn-12543.p2 etc.
Certainly, the first revision put into Sage should not have a patch level of 7.
http://www.sagemath.org/doc/developer/patching_spkgs.html
says If the upstream package is taken from some revision other than a stable version, you need to append the date at which the revision is made, e.g. the Singular package singular-3-1-0-4-20090818.p3.spkg is made with the revision as of 2009-08-18.
However, I think in this case, the fact the upstream does have a version number (in this case 2.4.3.svn-12543), that should be used rather than a date.
Dave Dave
comment:121 in reply to: ↑ 119 Changed 9 years ago by
Replying to cremona:
Replying to jdemeyer:
New spkg version: http://cage.ugent.be/~jdemeyer/pari-2.4.3.svn.p7.spkg, PARI build 12543. The only changes are in the build process. I also removed several patches, since the fixes should be upstream now.
But we need to test building this spkg on many different machines!
There are some new doctest failures with sage-4.5.2.alpha0, nothing very troublesome though. I can probably fix them (except for elliptic_curves, which I will leave to John).
I applied the p7 spkg fine to 4.5.2.alpha0, and the (two) extcode patches above, and the new sagelib_9343_combined3.patch .
Very impressed that the latter applied without any merge problems -- thanks, Jeroen. I will test and fix what I find in elliptic_curves (except perhaps the failures in heegner.py).
There's one test failure in ell_rational_field (extraneous warning output from eclib) which will go away if the patches from #9247 are applied, so I think there is no need to do anything about this at present.
comment:122 in reply to: ↑ 119 Changed 9 years ago by
Replying to cremona:
Very impressed that the latter applied without any merge problems -- thanks, Jeroen.
I wish I could say I was as impressed with the installation on OpenSolaris:
Checking for optional libraries and headers... ...Found libgmp in /export/home/drkirkby/sage-4.5.2.alpha0/local/lib ...Found gmp header in /export/home/drkirkby/sage-4.5.2.alpha0/local/include ld.so.1: solaris-ix86-rlv7589: fatal: libgmp.so.10: open failed: No such file or directory ./Configure[79]: .: line 38: 8207: Killed ### Your version of GMP is too old for PARI. Please upgrade ### Building without GNU MP support
The version currently in Sage works fine - this is broken.
This does not seem an upstream problem, as it builds fine outside of the Sage environment.
Dave
comment:123 Changed 9 years ago by
comment:124 Changed 9 years ago by
- Description modified (diff)
comment:125 follow-up: ↓ 128 Changed 9 years ago by
genus2reduction (#9591) is fixed, download from http://cage.ugent.be/~jdemeyer/sage/genus2reduction-0.3.p7.spkg
comment:126 Changed 9 years ago by
Currently in Sage with Pari 2.3.5 there is
patches/paripriv-osx.h
which gets copied on only OS Xpatches/paripriv-Solaris.h
which gets copied on both Solaris and Cygwin.
The new version has just patches/files/paripriv.h which gets copied on all 3 operating systems. IIRC, the changes needed on Solaris (and I guess Cygwin, as it uses the Solaris patch) were quite small. The changes needed on OS X were much more significant. Was this an oversight to remove the OS X patch, or a deliberate decision?
comment:127 follow-up: ↓ 129 Changed 9 years ago by
lcalc (#9592) is fixed, download from http://cage.ugent.be/~jdemeyer/sage/lcalc-20100428-1.23.p1.spkg
comment:128 in reply to: ↑ 125 ; follow-up: ↓ 130 Changed 9 years ago by
Replying to jdemeyer:
genus2reduction (#9591) is fixed, download from http://cage.ugent.be/~jdemeyer/sage/genus2reduction-0.3.p7.spkg
The bit still in the description about removing sea.gp is redundant since it is already removed in one of the extcode patches. I see that in my patched extcode directory, pari/SEA is still there with empty directories doc and test. Funny, I thought mercurial automatically removed empty directories.
I successfully installed the new genus2reduction spkg and the tests in sage/interfaces/genus2reduction pass. BUT in the spkg directory the changes to SPKG.txt and the src file are not checked in -- better do that!
comment:129 in reply to: ↑ 127 Changed 9 years ago by
- Description modified (diff)
Replying to jdemeyer:
lcalc (#9592) is fixed, download from http://cage.ugent.be/~jdemeyer/sage/lcalc-20100428-1.23.p1.spkg
Did you forget to update SPKG.txt? This installed OK for me (but there are so many warnings!). Also, rishi should be kept up-to-date on this, since there are several outstanding lcalc-related tickets (#8621, #8623, #5396, ...)
comment:130 in reply to: ↑ 128 Changed 9 years ago by
I successfully installed the new genus2reduction spkg and the tests in sage/interfaces/genus2reduction pass. BUT in the spkg directory the changes to SPKG.txt and the src file are not checked in -- better do that!
Did you forget to update SPKG.txt?
Allright, maybe I was a bit too quick by the excitement of having fixed these! I just uploaded new versions (with the same filenames).
Now I am doing a complete from-scratch build of Sage with the new spkg's. This will be a build without any trace of an old version of PARI. Let's wait and see...
comment:131 follow-up: ↓ 133 Changed 9 years ago by
I've found what the problem with the GMP and Readline are on Solaris. Setting CFLAGS to include -m64 flag is not sufficient, but setting
CC="$CC -m64"
works.
I also made a few other improvements to spkg-install.
- Allow one to set SAGE_DEBUG=yes to set no optimisation. Primarily for debugging purposes, but would also be useful if people (like on Fedora once) found gcc mis-compiled Pari.
- Check SAGE_ROOT actually exists as is required in the Sage Developers guide
- Allow the setting SAGE_TUNE_pari=yes to get increased performance, at a cost of letting Pari do the tuning.
I changed the filename to show the actual svn version - you can see this reported when you run configure.
New package at
http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg
That now does build properly on OpenSolaris.
Dave
Changed 9 years ago by
Allows GMP and Readline to be found on 64-bit OpenSolaris?. Also allows one to tune Pari (using SAGE_TUNE_pari=yes) and compile without optimisation (with SAGE_DEBUG=yes)
comment:132 Changed 9 years ago by
comment:133 in reply to: ↑ 131 ; follow-up: ↓ 134 Changed 9 years ago by
Replying to drkirkby:
I changed the filename to show the actual svn version - you can see this reported when you run configure.
New package at
http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg
What I had been planning to say about the spkg's name is: All the various pari-2.4.3.svn.p?.spkg on this ticket up to now have been alpha things which were never intended for anyone other than those working on this ticket; and we should give the spkg a proper name (to which further patch levels could be applied later, after this becomes the Sage standard spkg) once we reached something like a beta level, or even after the authors on this ticket were all happy with it.
The latest version may or may not be the final one! But it gets better every time.
[I may have a little time later today but then I'll be travelling. In any case, it will soon be time to mark the ticket "needs review" and prod likely suspects to thoroughly test it!]
comment:134 in reply to: ↑ 133 Changed 9 years ago by
Replying to cremona:
What I had been planning to say about the spkg's name is:
I would think it worth keeping the svn snapshot number in there at all times. Even for alpha releases, as it's obvious then if its based on a different version of the upstream source code. Those editing this ticket will be in no doubt if the source has changed or not.
For actual packages in Sage, the Developers Guide says to have the date on SVN snapshots, but since we can get an actual number, that seems more sensible to me. Also, I've found if one puts a date, what often happens is someone updates the package and instead of putting .p0, then just change the date. At that point, the date bears no resemblance to what's in the upstream code on that date.
Anyway, http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg
will build properly on OpenSolaris.
I managed to get a core dump when tuning it, but that's less of an issue. I will report that upstream. I've found Bill very helpful. I've just reported the CC/CFLAGS bug upstream, though have got no feedback yet.
I can see tuning Pari is slow. I can build Pari in 33 seconds on this machine, but it was 24 minutes until I got a core dump when tuning. So I don't know how long tuning would take. But it seems sensible to give the user that option if they are blessed with lots of computer power or lots of patience. Looking at some of the timing data, it looked like the differences in algorithms was significant, and so worth optimising if you want to make a lot of use of Pari.
BTW, the source code in that package is the same as created by jdemeyer, and is not the latest upstream code as I write. But I chose not to change the source code - just spkg-install, so it will work properly on OpenSolaris.
Dave Dave
comment:135 Changed 9 years ago by
I just noticed this error in spkg-install:
cp: cannot access /export/home/drkirkby/sage-4.5.2.alpha0/spkg/build/pari-2.4.3svn-12543/patches/files/get_dlld
That's nothing I've touched - it appears in the previous version too. Seems like a patch that one tries to apply does not actually exist.
Dave
Changed 9 years ago by
Minor improvements to spkg-check. Correct list of dependancies in SPKG.txt - they are MPIR, readline and termcap.
comment:136 Changed 9 years ago by
As noted, I improved spkg-check a bit. I just overwrote the package here
http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg
SPKG.txt needs to have all the changes made put into the file. It previously said the dependancy was GMP, but in fact it depends on MPIR, termcap and readline. Luckily spkg/standard/deps
does have the dependencies correctly listed.
comment:137 follow-up: ↓ 138 Changed 9 years ago by
drkirkby: is there a reason you always put the "-g" flag with CFLAGS? I assume it is a mistake, but I'm asking just in case it isn't.
comment:138 in reply to: ↑ 137 Changed 9 years ago by
Replying to jdemeyer:
drkirkby: is there a reason you always put the "-g" flag with CFLAGS? I assume it is a mistake, but I'm asking just in case it isn't.
It was agreed long ago on sage-devel that packages would be built with debugging information by default, since it makes finding bugs a lot easier. I initially thought that was a bad idea, as it increases the size of the objects. But it is negligible, and it makes no difference to run-time, so I concede it is sensible. That's the reason for the -g
Some software packages add -g anyway, in which case it could be removed, though I'm not sure its a good idea, since if the software changes that behaviour, we have lost the ability to easily debug problems.
Dave
comment:139 follow-up: ↓ 141 Changed 9 years ago by
New version of the PARI spkg: http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3svn-12549.spkg.
Removed the non-existent get_dlld patching. Cleaned up patches/README.txt
comment:140 Changed 9 years ago by
Breaking news: I have succesfully built Sage 4.5.2.alpha0 from scratch with all the updates so far (without any trace of the old PARI package). This means that no other spkg's have to be fixed.
So I think the TODO list reduces to:
- Fixing the remaining doctest failures.
- Testing on as many platforms as possible.
- Reviewing everything and cleaning up.
I can help with the first and third of these, but not really the second.
comment:141 in reply to: ↑ 139 ; follow-up: ↓ 142 Changed 9 years ago by
Replying to jdemeyer:
New version of the PARI spkg: http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3svn-12549.spkg.
Removed the non-existent get_dlld patching. Cleaned up patches/README.txt
I assumed you updated the source code, since the svn number is incremented. This unfortunately fails for me now
* Testing zn for gp-sta..TIME=2 for gp-dyn..TIME=3 +++ [BUG] Total bench for gp-sta is 164083 +++ [BUG] Total bench for gp-dyn is 171336 PROBLEMS WERE NOTED. The following files list them in diff format: Directory: /export/home/drkirkby/sage-4.5.2.alpha0/spkg/build/pari-2.4.3svn-12549/src/Osolaris-ix86 compat-sta.dif trans-sta.dif compat-dyn.dif trans-dyn.dif make[1]: *** [test-all] Error 1 make[1]: Leaving directory `/export/home/drkirkby/sage-4.5.2.alpha0/spkg/build/pari-2.4.3svn-12549/src/Osolaris-ix86' make: *** [test-all] Error 2 Pari failed the self-tests when running 'make test-all' ************************************* Error testing package ** pari-2.4.3svn-12549 ** *************************************
That is on a Sun Ultra 27 running OpenSolaris. Pari builds fine, but fails the self-tests.
http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg passes all tests. Could the issue be that John's patches which stop a couple of the tests running, are no longer integrated? (I believe he added them as there is no database here, so some tests will fail).
Dave
comment:142 in reply to: ↑ 141 ; follow-up: ↓ 143 Changed 9 years ago by
http://boxen.math.washington.edu/home/kirkby/patches/pari-2.4.3svn-12543.spkg passes all tests. Could the issue be that John's patches which stop a couple of the tests running, are no longer integrated? (I believe he added them as there is no database here, so some tests will fail).
No, the problem is upstream. Building PARI from SVN (outside of Sage, that is) now fails make test-all. I am reverting to 12546, that seems to work.
comment:143 in reply to: ↑ 142 Changed 9 years ago by
Replying to jdemeyer:
No, the problem is upstream. Building PARI from SVN (outside of Sage, that is) now fails make test-all. I am reverting to 12546, that seems to work.
make test-all
will always fail with just the upstream source unless some of the tests are disabled, since they rely on one or more databased that are not in Sage unless optional components are installed.
Dave
comment:144 Changed 9 years ago by
Working version: http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3.svn-12546.spkg. The failures really are upstream, since PARI svn-12546 built outside of Sage passes all tests (note that I have installed the optional PARI databases).
comment:145 Changed 9 years ago by
- Description modified (diff)
comment:146 Changed 9 years ago by
The last patch fixes the tanh() issue, it was caused by RR(0.0)._pari_() creating an invalid GEN (it took me a very long time to figure this out).
I added a debug() function to gen objects calling dbgGEN() from the pari library, example:
sage: pari('[1/2, 1.0*I]').debug() # random addresses [&=0000000004c5f010] VEC(lg=3):2200000000000003 0000000004c5eff8 0000000004c5efb0 1st component = [&=0000000004c5eff8] FRAC(lg=3):0800000000000003 0000000004c5efe0 0000000004c5efc8 num = [&=0000000004c5efe0] INT(lg=3):0200000000000003 (+,lgefint=3):4000000000000003 0000000000000001 den = [&=0000000004c5efc8] INT(lg=3):0200000000000003 (+,lgefint=3):4000000000000003 0000000000000002 2nd component = [&=0000000004c5efb0] COMPLEX(lg=3):0c00000000000003 00007fae8a2eb840 0000000004c5ef90 real = gen_0 imag = [&=0000000004c5ef90] REAL(lg=4):0400000000000004 (+,expo=0):6000000000000000 8000000000000000 0000000000000000
Apart from that, a lot of cleanups, and some more doctests.
As far as I can tell, everything works now on my system, apart from some doctest failures in elliptic_curves (again, I do not plan to look at this).
comment:147 follow-up: ↓ 149 Changed 9 years ago by
I believe now we are ready to test this enormous patch. Since there are 5 spkg's involved (sage, extcode, pari, genus2reduction, lcalc), the only sensible way to test this is to do a complete build from scratch. To make that process easier, I have uploaded a full Sage distribution with the patches applied to http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.alpha0-9343.tar. Just doing make
should be enough to build it.
The following tickets are included:
I invite you all to test it!
comment:148 Changed 9 years ago by
- Description modified (diff)
- Owner changed from tbd to jdemeyer
comment:149 in reply to: ↑ 147 Changed 9 years ago by
Replying to jdemeyer:
I believe now we are ready to test this enormous patch. Since there are 5 spkg's involved (sage, extcode, pari, genus2reduction, lcalc), the only sensible way to test this is to do a complete build from scratch. To make that process easier, I have uploaded a full Sage distribution with the patches applied to http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.alpha0-9343.tar. Just doing
make
should be enough to build it.
This built OK on Solaris 10 (SPARC) using t2.math. A quick check showed Sage functioned - i.e. did not do something stupid like segfault. I am running make ptestlong
Dave
comment:150 Changed 9 years ago by
I am testing on a 32-bit Linux system. The build went fine, there seem to be a few doctest errors though: we might need to special-case 32 vs. 64 bits in some places.
Now that sage-4.5.2alpha1 is released, I will check whether the patches still apply properly.
comment:151 follow-up: ↓ 152 Changed 9 years ago by
Great work Jeroen. I am testing on a 64-bit Linux system and will report back (but not very soon, I am in a hotel inNew Jersey and will not be back till late this evening Eastern Time).
Shall we suggest via sage-release that after 4,5,2 is out, a whole release is devoted to this upgrade? It makes sense to me. If you agree, do it.
comment:152 in reply to: ↑ 151 Changed 9 years ago by
Replying to cremona:
Shall we suggest via sage-release that after 4,5,2 is out, a whole release is devoted to this upgrade? It makes sense to me. If you agree, do it.
Excellent idea. I especially like it because there are so many things depending on PARI. I expect for example several doctest failures in the 4.5.2alpha0 -> 4.5.2alpha1 upgrade.
comment:153 Changed 9 years ago by
There were several failures on t2.math.washington.edu. I've put details of the hardware here, since over time hardware changes, so anyone looking back in a couple of years will be able to know the exact conditions.
Hardware and software configuration of t2.math.washington.edu
- Sun SPARC Enterprise T5240 Server
- 2 x 1167 MHz UltraSPARC T2 PLUS processors. (16 cores and 128 hardware threads in total).
- 32 GB RAM
- No swap devices configured.
- Solaris 10 update 7 (5/09)
- gcc 4.4.1 configured to use the Sun linker and Sun assembler.
- Sage was built in on a local ZFS file system as a 32-bit application.
See the file Solaris-10-SPARC-ptestlong-failures.log
The following tests failed: sage -t -long local/lib/python2.6/site-packages/sagenb-0.8.1-py2.6.egg/sagenb/misc/sageinspect.py # 1 doctests failed sage -t -long devel/sage/sage/lfunctions/dokchitser.py # 4 doctests failed sage -t -long devel/sage/sage/symbolic/expression.pyx # 1 doctests failed sage -t -long devel/sage/sage/geometry/toric_lattice_element.pyx # 1 doctests failed sage -t -long devel/sage/sage/geometry/cone.py # 1 doctests failed sage -t -long devel/sage/sage/misc/randstate.pyx # 15 doctests failed sage -t -long devel/sage/sage/libs/pari/gen.pyx # 11 doctests failed sage -t -long devel/sage/sage/schemes/elliptic_curves/ell_number_field.py # 1 doctests failed sage -t -long devel/sage/sage/rings/residue_field.pyx # 1 doctests failed sage -t -long devel/sage/sage/rings/number_field/class_group.py # 2 doctests failed sage -t -long devel/sage/sage/rings/polynomial/multi_polynomial_element.py # 1 doctests failed sage -t -long devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py # 2 doctests failed sage -t -long devel/sage/sage/rings/qqbar.py # 1 doctests failed sage -t -long devel/sage/sage/rings/number_field/number_field.py # 2 doctests failed ---------------------------------------------------------------------- Total time for all tests: 6622.9 seconds
Changed 9 years ago by
Failures observed on a Sun T5240 (SPARC processors) running Solaris 10 update 7.
comment:154 follow-up: ↓ 155 Changed 9 years ago by
Thanks for the test. I will now upgrade to sage-4.5.2alpha1, do some tests on my own system and in the mean time fix the SPARC failures. Note that some are simply bugs in sage-4.5.2alpha0 (see the sage-release mailing list).
For the moment, we don't really need more tests until I have put up sage-4.5.2alpha1-9343.
comment:155 in reply to: ↑ 154 ; follow-up: ↓ 156 Changed 9 years ago by
Replying to jdemeyer:
Thanks for the test. I will now upgrade to sage-4.5.2alpha1, do some tests on my own system and in the mean time fix the SPARC failures. Note that some are simply bugs in sage-4.5.2alpha0 (see the sage-release mailing list).
For the moment, we don't really need more tests until I have put up sage-4.5.2alpha1-9343.
Fair enough, but I may as well report that all was good on 64-bit ubuntu except
sage -t -long local/lib/python2.6/site-packages/sagenb-0.8.1-py2.6.egg/sagenb/misc/sageinspect.py # 1 doctests failed
which seems irrelevant.
comment:156 in reply to: ↑ 155 Changed 9 years ago by
Replying to cremona:
Replying to jdemeyer:
For the moment, we don't really need more tests until I have put up sage-4.5.2alpha1-9343.
Fair enough, but I may as well report that all was good on 64-bit ubuntu except
sage -t -long local/lib/python2.6/site-packages/sagenb-0.8.1-py2.6.egg/sagenb/misc/sageinspect.py # 1 doctests failed
which seems irrelevant.
This is also a 4.5.2.alpha0 bug and fixed in alpha1 (SageNB 0.8.2).
comment:157 Changed 9 years ago by
- Description modified (diff)
New version to be tested: http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.alpha1-9343.tar. I am testing it on 32-bit Linux, 64-bit Linux and 64-bit OS X.
comment:158 Changed 9 years ago by
- Milestone changed from sage-4.5.2 to sage-4.6
comment:159 follow-up: ↓ 160 Changed 9 years ago by
comment:160 in reply to: ↑ 159 Changed 9 years ago by
comment:161 follow-up: ↓ 162 Changed 9 years ago by
I consider this ticket to be essentially finished. There are just a few elliptic curve doctests marked with "9343 not tested" which should be fixed (John?). Other than that, I would not make any further changes to this ticket.
comment:162 in reply to: ↑ 161 ; follow-up: ↓ 163 Changed 9 years ago by
Replying to jdemeyer:
I consider this ticket to be essentially finished. There are just a few elliptic curve doctests marked with "9343 not tested" which should be fixed (John?). Other than that, I would not make any further changes to this ticket.
Can you make a list of these? Last time I looked the only ones were in heegner.py, and I do not know what the problem is with those.
comment:163 in reply to: ↑ 162 Changed 9 years ago by
Replying to cremona:
Can you make a list of these? Last time I looked the only ones were in heegner.py, and I do not know what the problem is with those.
Look at this patch: http://trac.sagemath.org/sage_trac/attachment/ticket/9343/9343_remove_ell_doctests.patch. Just invert that patch: in a shell, in $SAGE_ROOT/devel/sage, do:
patch -p1 --reverse <9343_remove_ell_doctests.patch
comment:164 Changed 9 years ago by
OK, so apart from heegner.py there's just one other thing. A different LLL reduced basis would give different points in that example, that would be harmless. No time now...
comment:165 Changed 9 years ago by
- Description modified (diff)
comment:166 Changed 9 years ago by
- Description modified (diff)
comment:167 follow-ups: ↓ 168 ↓ 169 Changed 9 years ago by
I updated to PARI svn 12577 (some more bugs have been fixed), did a long doctest on a 32-bit and a 64-bit Intel Linux system. There were a few failures appearing, I will add a patch soon (this patch is not included in the sage distribution http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.rc1.newpari.v0.tar)
comment:168 in reply to: ↑ 167 Changed 9 years ago by
Replying to jdemeyer:
I updated to PARI svn 12577 (some more bugs have been fixed), did a long doctest on a 32-bit and a 64-bit Intel Linux system. There were a few failures appearing, I will add a patch soon (this patch is not included in the sage distribution http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.rc1.newpari.v0.tar)
With the Weber patch applied, all long tests pass on Ubuntu 9.04 x86 (Pentium 4 Prescott, gcc 4.3.3, native code; parallel build from scratch; no explicit/extra optimization specified).
(Note that trac does not send notifications for file uploads.)
comment:169 in reply to: ↑ 167 ; follow-ups: ↓ 170 ↓ 172 Changed 9 years ago by
Replying to jdemeyer:
I updated to PARI svn 12577 (some more bugs have been fixed), did a long doctest on a 32-bit and a 64-bit Intel Linux system. There were a few failures appearing, I will add a patch soon (this patch is not included in the sage distribution http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.rc1.newpari.v0.tar)
What concerns me, is all this updating of svn. Sure some bugs might be fixed, but others are getting introduced. It would be nice if there was a stable version. Every time you update, so the testing needs to be done again. There was an earlier case I evaluated which it was ok, then someone updated and it was broken.
There's no point keep testing the code, if the source gets updated.
Personally, I'd revert to the svn which underwent a fair amount of testing.
comment:170 in reply to: ↑ 169 Changed 9 years ago by
Replying to drkirkby:
Replying to jdemeyer:
I updated to PARI svn 12577 (some more bugs have been fixed), did a long doctest on a 32-bit and a 64-bit Intel Linux system. There were a few failures appearing, I will add a patch soon (this patch is not included in the sage distribution http://cage.ugent.be/~jdemeyer/sage/sage-4.5.2.rc1.newpari.v0.tar)
What concerns me, is all this updating of svn. Sure some bugs might be fixed, but others are getting introduced. It would be nice if there was a stable version. Every time you update, so the testing needs to be done again. There was an earlier case I evaluated which it was ok, then someone updated and it was broken.
There's no point keep testing the code, if the source gets updated.
Personally, I'd revert to the svn which underwent a fair amount of testing.
To be more precise, 12543 was ok, 12549 failed all tests. What bugs has 12577 introduced?
Is there any chance of convincing the Pari developers to actually make a well-tested stable release? The Pari developers can make commits to svn more rapidly than Sage developers can test the code. That's 34 different source versions in 13 days. Would anyone like to try to convince me these are well tested?
Dave
comment:171 Changed 9 years ago by
Replying to drkirkby:
What concerns me, is all this updating of svn. Sure some bugs might be fixed, but others are getting introduced.
True. <ignore> But why then update at all...? </ignore>
("Release often, release early.")
It would be nice if there was a stable version. Every time you update, so the testing needs to be done again. There was an earlier case I evaluated which it was ok, then someone updated and it was broken.
There's no point keep testing the code, if the source gets updated.
We might discover bugs in PARI itself as well, which hopefully would get fixed upstream (quickly in the svn, but probably not immediately in a [new] stable version). I though would prefer to base the new spkg on an "official", i.e. stable version, too.
Personally, I'd revert to the svn which underwent a fair amount of testing.
I think since it seems a whole release will be dedicated to updating PARI, there will be enough testing anyway. But of course we'll have to freeze our snapshot at some point, when the appointed Sage release date/cycle comes close(r).
comment:172 in reply to: ↑ 169 ; follow-up: ↓ 173 Changed 9 years ago by
Replying to drkirkby:
What concerns me, is all this updating of svn. Sure some bugs might be fixed, but others are getting introduced. It would be nice if there was a stable version. Every time you update, so the testing needs to be done again. There was an earlier case I evaluated which it was ok, then someone updated and it was broken.
There's no point keep testing the code, if the source gets updated.
Well, I agree that we shouldn't upgrade the source all too often. But if the PARI developers fix a bug that we found, that is a good reason to update (and that is also why I updated to 12577).
comment:173 in reply to: ↑ 172 Changed 9 years ago by
- Summary changed from upgrade pari to version 2.4.3 to upgrade Pari to svn snapshot 12577 - a pre-release of Pari 2.4.3.
Replying to jdemeyer:
Replying to drkirkby:
There's no point keep testing the code, if the source gets updated.
Well, I agree that we shouldn't upgrade the source all too often. But if the PARI developers fix a bug that we found, that is a good reason to update (and that is also why I updated to 12577).
I've changed the title to reflect more accurately what the ticket is. It's not an update to version 2.4.3 of Pari. Version 2.4.2 has not even been released - only an alpha of that is available
http://pari.math.u-bordeaux.fr/pub/pari/testing/pari-2.4.2.alpha.tar.gz
This is an svn snapshot, but the ticket title implied something quite different.
Note the developers guide says the date the snapshot was downloaded should be in the package name. However, that seems to cause confusion to me, as when people update the package, they keep changing the date, rather than adding .p0, .p1, .p2 etc. In any case, different snapshots can exist on the same day. Putting the actual snapshot number seems more sensible to me. So I think it would be better if this was called pari-svn12577.spkg, to reflect that fact it is a snapshot, and not a stable release as the package name would imply. Otherwise follow the developers guide. IMHO, this should not be called pari-2.4.3.
When 2.4.3 is released, it would seem sensible Pari is updated to a stable release. But that's less likely to happen if people see from the package name that we already have the latest release.
Of course, if the snapshot that's used gets updated, then that should be reflected in the ticket title!
BTW, before thinking about updating the snapshot once again, take a read of of the book The Mythical Man-Month in particular one of the authors points that in a suitably complex system there is a certain irreducible number of errors. Any attempt to fix observed errors tends to result in the introduction of other errors. I've certainly experienced this before many times - including a previous snapshot on this very ticket.
Dave
comment:174 Changed 9 years ago by
I suggest that when we are close to having a version of all this which we want to release (as 4.6.alpha0 or whatever), which is soon now, we (William or me probably) let the two lead Pari developers know that this is happening, and tell them which svn version we are considering going with. It may be that they recommend waiting for some bugs they know about and have nearly fixed. (But we cannot wait for ever, of course.)
It is also possible that they may be pleased that a certain Pari version has had extensive testing through being part of a Sage release (and they may even say so, though that is slightly less likely). In any case, when the new spkg and all the related patches are in Sage then it will be very easy to upgrade to to a new Pari svn for new bug fixes.
comment:175 Changed 9 years ago by
We have a new(?) issue with PARI 2.3.5(.p2) on Fedora 13 if libfltk-dev (or even libfltk, i.e. just the library, without the necessary headers) is installed: #9722
Does anyone know if this is already fixed here? (Otherwise I'd try to provide a simple patch at the other ticket.)
comment:176 follow-up: ↓ 178 Changed 9 years ago by
Could someone who is up to date on this post a list of which patches now need applying, and a link to the latest spkg? The list at the top is just too long, and I don't have a recent working version of this. Also, does what we have so far apply to 4.5.2? or 4.5.3.alpha0? If not, it should...
comment:177 Changed 9 years ago by
- Description modified (diff)
comment:178 in reply to: ↑ 176 ; follow-up: ↓ 179 Changed 9 years ago by
Replying to cremona:
Could someone who is up to date on this post a list of which patches now need applying, and a link to the latest spkg? The list at the top is just too long, and I don't have a recent working version of this. Also, does what we have so far apply to 4.5.2? or 4.5.3.alpha0? If not, it should...
I rebased the patch to sage-4.5.3.alpha0, but I did not yet have time to test it. I also tried to clarify the instructions in the ticket description, hope it clears things up...
comment:179 in reply to: ↑ 178 Changed 9 years ago by
Replying to jdemeyer:
Replying to cremona:
Could someone who is up to date on this post a list of which patches now need applying, and a link to the latest spkg? The list at the top is just too long, and I don't have a recent working version of this. Also, does what we have so far apply to 4.5.2? or 4.5.3.alpha0? If not, it should...
I rebased the patch to sage-4.5.3.alpha0, but I did not yet have time to test it. I also tried to clarify the instructions in the ticket description, hope it clears things up...
Thanks -- I'll spend some time on this on Friday.
comment:180 follow-up: ↓ 182 Changed 9 years ago by
Following the detailed instructions in the ticket description, starting with a fresh build of 4.5.3.alpha0, I successfully installed the three spkgs (with SAGE_CHECK='yes') and both patches (sagelib and extcode) with no issues -- except that when I tried to install the lcalc spkg, it said "already installed", which I do not really understand. Jeroen?
Then, sage -tp 10 -long passed everything! So the rebase to 4.5.3.alpha0 is fine.
elliptic_curves/ell_rational_field.py: I checked that the new output from the doctest is as valid as the old one (there is just a slightly different LLL-reduced basis, which is a reasonable side-effect of changes to the pari library which does the LLL reduction).
I am uploading an extra little patch fixing that. Which just leaves heegner,py.
comment:181 Changed 9 years ago by
PS to review just above: I also tested with "make ptestlong" and there were no problems.
comment:182 in reply to: ↑ 180 ; follow-up: ↓ 183 Changed 9 years ago by
comment:183 in reply to: ↑ 182 ; follow-up: ↓ 184 Changed 9 years ago by
Replying to leif:
Replying to cremona:
... except that when I tried to install the lcalc spkg, it said "already installed", which I do not really understand.
This is because the package at #9592 has the wrong name (it should be rebased on #9665 which is p1, and renamed to p2.)
Ahah! Well, as I said, everything worked and passed, so perhaps this means that no upgrade of lcalc is required after all?
comment:184 in reply to: ↑ 183 ; follow-up: ↓ 185 Changed 9 years ago by
Replying to cremona:
Replying to leif:
Replying to cremona:
... except that when I tried to install the lcalc spkg, it said "already installed", which I do not really understand.
This is because the package at #9592 has the wrong name (it should be rebased on #9665 which is p1, and renamed to p2.)
Ahah! Well, as I said, everything worked and passed, so perhaps this means that no upgrade of lcalc is required after all?
John, could you try reinstalling the "old" lcalc p1 package (by ./sage -f ...
)?
Perhaps this would show the error #9592 (Jeroen's new lcalc spkg) is intended to fix.
comment:185 in reply to: ↑ 184 Changed 9 years ago by
Replying to leif:
Replying to cremona:
Replying to leif:
Replying to cremona:
... except that when I tried to install the lcalc spkg, it said "already installed", which I do not really understand.
This is because the package at #9592 has the wrong name (it should be rebased on #9665 which is p1, and renamed to p2.)
Ahah! Well, as I said, everything worked and passed, so perhaps this means that no upgrade of lcalc is required after all?
John, could you try reinstalling the "old" lcalc p1 package (by
./sage -f ...
)?Perhaps this would show the error #9592 (Jeroen's new lcalc spkg) is intended to fix.
I did that and it does not show the error. Note that Jeroen's patch at #9592 just changes one source file (src/Lcommand_line_elliptic.cc) and in that file changes
F[1] = lgeti(BIGDEFAULTPREC);
to
F[1] = (long)cgeti(BIGDEFAULTPREC);
and 4 similar lines. It is possible that during our work on this ticket some change in Pari means that old version works again. So I think that we can cancel #9592 and remove the new spkg from the instruction on this ticket. I will try that and report back.
comment:186 follow-up: ↓ 187 Changed 9 years ago by
OK, I see what is happening now. Applying JD's version of the lcalc patch does not work since there is a different p1 version of that which is now in the standard distribution (for 4.5.3.alpha0) so it does nothing when you try to install it since the name is the same.
I will take the real p1 from #9685 and add JD's extra patch to Lcommandline_elliptic.cc (being careful, since there's already a patch for that file) and make a p2 from it, then post a link to that here.
comment:187 in reply to: ↑ 186 Changed 9 years ago by
Replying to cremona:
I will take the real p1 from #9685 and add JD's extra patch to Lcommandline_elliptic.cc (being careful, since there's already a patch for that file) and make a p2 from it, then post a link to that here.
That should have said #9665; and in fact I can take it from SAGE_ROOT/spkg/standard from 4.5.3.alpha0.
comment:188 follow-up: ↓ 189 Changed 9 years ago by
See related discussions at #9665. The new lcalc spkg should be replaced by the one there.[Jeroen's p1 has been superceded by the p1 at #9665 which has now been merged. There's a suitable p2 at that ticket which can be linked to here after testing.]
I checked that the lcalc p2 spkg from #9665 builds fine (and really does build!), and am re-testing everything.
comment:189 in reply to: ↑ 188 Changed 9 years ago by
Replying to cremona:
See related discussions at #9665. The new lcalc spkg should be replaced by the one there.[Jeroen's p1 has been superceded by the p1 at #9665 which has now been merged. There's a suitable p2 at that ticket which can be linked to here after testing.]
I checked that the lcalc p2 spkg from #9665 builds fine (and really does build!), and am re-testing everything.
The first and third references should be to #9592, sorry.
comment:190 follow-up: ↓ 191 Changed 9 years ago by
All tests passed. (This is with my extra patch trac_9343-review.patch).
So now the confusion over the lcalc spkg has been sorted, we are back on track....
comment:191 in reply to: ↑ 190 ; follow-ups: ↓ 192 ↓ 195 Changed 9 years ago by
Replying to cremona:
All tests passed. (This is with my extra patch trac_9343-review.patch).
Yes, passed (without the new lcalc spkg) ptestlong
with Sage 4.5.3.alpha0 + #9475 + #9717 on Fedora 13 x86 (Pentium 4 Prescott, gcc 4.4.4, native code, O2; I just installed the new spkgs and applied the two patches, i.e. did not build from scratch).
After that, I applied John's reviewer patch, and all (long) tests in sage/schemes/elliptic_curves/ell_rational_field.py
also passed.
So now the confusion over the lcalc spkg has been sorted, we are back on track....
Yes. I could reproduce the build error of the old lcalc spkg with new PARI; John's new one (p2) at #9592 (Jeroen's p1 rebased on Sage's current one) builds.
The number (and type) of warnings I get by doing so (building lcalc) though is IMHO a shame. Besides other annoying warnings, there are twelve deprecation warnings (with gcc 4.4.4). (Of course many warnings have the same origin, but that makes fixing them even easier. This isn't meant as an offense, but rather a suggestion.)
comment:192 in reply to: ↑ 191 Changed 9 years ago by
Replying to leif:
Replying to cremona:
All tests passed. (This is with my extra patch trac_9343-review.patch).
Yes, passed (without the new lcalc spkg)
ptestlong
with Sage 4.5.3.alpha0 + #9475 + #9717 on Fedora 13 x86 (Pentium 4 Prescott, gcc 4.4.4, native code, O2; I just installed the new spkgs and applied the two patches, i.e. did not build from scratch).After that, I applied John's reviewer patch, and all (long) tests in
sage/schemes/elliptic_curves/ell_rational_field.py
also passed.
Exactly the same on Ubuntu 9.04 x86_64 (Core2, gcc 4.3.3, native code, O2), except that I did run testlong
instead of ptestlong
because the machine was already heavily loaded.
(The lcalc build warnings are the same, too, btw.)
comment:193 follow-up: ↓ 194 Changed 9 years ago by
My guess is that if one of us were to fix the warnings in compiling lcalc and give Mike R the result, he would gratefully accept it, if he does not have time to do it himself. But that's not for this ticket.
comment:194 in reply to: ↑ 193 Changed 9 years ago by
Replying to cremona:
My guess is that if one of us were to fix the warnings in compiling lcalc and give Mike R the result, he would gratefully accept it, if he does not have time to do it himself. But that's not for this ticket.
Perhaps for #9592. If only all (severe) warnings originated from upstream...
P.S. to the build and test reports:
I do get a Sphinx warning:
docstring of sage.libs.pari.gen.PariInstance.read:8: (WARNING/2) Literal block expected; none found.
comment:195 in reply to: ↑ 191 Changed 9 years ago by
Replying to leif:
... passed (without the new lcalc spkg)
ptestlong
with Sage 4.5.3.alpha0 + #9475 + #9717 on Fedora 13 x86 (Pentium 4 Prescott, gcc 4.4.4, native code, O2; I just installed the new spkgs and applied the two patches, i.e. did not build from scratch).
Also passed ptestlong
with John's rebased lcalc p2 (from #9592).
comment:196 Changed 9 years ago by
I looked into the failures in heegner.py in extreme detail, and the problem is entirely because of the following.
CURRENT SAGE: sage: Q = QuadraticForm(QQ,3,[ 8657345368, 12759737420, 29300965980,4701524895, 21592798720, 24792432640 ]) sage: n = 11767 sage: time Q.representation_vector_list(n+1)[-1] CPU times: user 1.96 s, sys: 0.00 s, total: 1.97 s Wall time: 1.97 s [(5207, -2829, -1845), (-5207, 2829, 1845)] NEW SAGE (with NEW PARI): sage: Q = QuadraticForm(QQ,3,[ 8657345368, 12759737420, 29300965980,4701524895, 21592798720, 24792432640 ]) sage: n = 11767 sage: time Q.representation_vector_list(n+1)[-1] CPU times: user 1.85 s, sys: 0.00 s, total: 1.85 s Wall time: 1.85 s [(-5207, 2829, 1845), (5207, -2829, -1845)]
--- The difference is just that the vectors with given norm output by pari are now in a different order. This causes some output to be slightly different in Sage, but is not a bug. So it is 100% safe to change the output in heegner.py to match what gets output now.
---
Regarding the error in ell_rational_field.py -- the *only* remaining issue -- this is a doctest that John Cremona introduced for trac 4525: http://trac.sagemath.org/sage_trac/ticket/4525
The difference is that "a" LLL reduced basis is now slightly different. This seems extremely plausible, since PARI's LLL code was completely changed in this new version (I recall Bill A. telling me they incorporated a version of fplll into PARI). So very likely that doctest is fine too. John C is the one who should sign off on it though, not Robert B (you're in the clear).
I've taken the liberty of posting a patch that fixes the heegner.py tests, and also the one LLL test in ell_rational_field.py (though I'd like to hear from John C. about that).
Changed 9 years ago by
this fixes the issues with heegner.py and ell_rational_field.py, which were the last remaining after sagelib_9343_combined6.patch
comment:197 Changed 9 years ago by
- Description modified (diff)
comment:198 Changed 9 years ago by
- Description modified (diff)
comment:199 Changed 9 years ago by
- Description modified (diff)
comment:200 Changed 9 years ago by
After this is merged, we should have a closer look at pickling of PARI and GP elements, see #9745.
comment:201 Changed 9 years ago by
William, I had already posted a patch for the LLL-reduced basis thing (see a few comments up) but you can be forgiven for not noticing it in this crowded ticket! Yours does the same as mine and also fixes the heegner stuff, so mine could be deleted. [Your diagnosis is 100% correct]
Perhaps we need a manager for this ticket to get it all ready for the release manager?
comment:202 Changed 9 years ago by
#9591 (genus2reduction) still needs to be resolved I believe. That's not even marked for review.
I wish I knew why people keep putting tickets related to this being due to a upgrade to pari 2.4.3, when not even 2.4.2 has ever been released.
Dave
comment:203 follow-ups: ↓ 204 ↓ 205 Changed 9 years ago by
I made some more changes, including removing gp_cremona.py. I have not yet tested this completely, hang on...
comment:204 in reply to: ↑ 203 ; follow-up: ↓ 215 Changed 9 years ago by
Replying to jdemeyer:
I made some more changes, including removing gp_cremona.py. I have not yet tested this completely, hang on...
I do... ;-)
Can you also fix the Sphinx warning?
In case this ticket gets merged soon, we should also address #9722 (Fedora 13 FLTK issue, at least the linker error) here. (Though I haven't yet checked if it is still present in our current svn snapshot; will do that later.)
William, Dave said on sage-release you want this merged into 4.5.3 (rather than 4.6, which is the current milestone)?
comment:205 in reply to: ↑ 203 ; follow-up: ↓ 206 Changed 9 years ago by
Replying to jdemeyer:
I made some more changes ...
s/optinal/optional/
There are some back-ticks (and double back-ticks, e.g around True
) missing in docstrings.
Normalizing "PARI"/"Pari"/"pari" (and e.g. `L`-function
vs. L-function
) would be nice, too... :)
comment:206 in reply to: ↑ 205 ; follow-ups: ↓ 207 ↓ 208 Changed 9 years ago by
Replying to leif:
Normalizing "PARI"/"Pari"/"pari" would be nice, too... :)
The official name seems to be "PARI" but "Pari" and "pari" are all over the place in Sage. It wouldn't be too hard to do a search-and-replace-all if you want...
comment:207 in reply to: ↑ 206 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
Normalizing "PARI"/"Pari"/"pari" would be nice, too... :)
The official name seems to be "PARI" but "Pari" and "pari" are all over the place in Sage. It wouldn't be too hard to do a search-and-replace-all if you want...
Yes: from http://pari.math.u-bordeaux.fr/ we see:
* PARI is a C library, allowing fast computations. * gp is an easy-to-use interactive shell giving access to the PARI functions. * GP is the name of gp's scripting language.
comment:208 in reply to: ↑ 206 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
Normalizing "PARI"/"Pari"/"pari" would be nice, too... :)
The official name seems to be "PARI" but "Pari" and "pari" are all over the place in Sage. It wouldn't be too hard to do a search-and-replace-all if you want...
The official name of MATLAB is MATLAB, but still the Sage has:
Mission: Creating a viable free open source alternative to Magma, Maple, Mathematica and Matlab.
I've tried suggesting we call MATLAB by its official name, but that fell on deaf ears.
In general, I'd rather call programs by their official name, though in same cases, the programs themselves are not consistent!
comment:209 follow-up: ↓ 211 Changed 9 years ago by
Replying to was:
I've taken the liberty of posting a patch that fixes the heegner.py tests, and also the one LLL test in ell_rational_field.py (though I'd like to hear from John C. about that).
Also passed ptestlong
on Fedora 13 x86 (Pentium 4 Prescott), with and without optimization (i.e. O2
in "global" CFLAGS
), native code.
The version prior to this, i.e. without William's patches (but John's reviewer patch), passed all long tests on Ubuntu 7.10 x86 (Pentium 4, gcc 4.2.1, native code, O2), too.
comment:210 follow-up: ↓ 212 Changed 9 years ago by
- Description modified (diff)
- Status changed from new to needs_review
comment:211 in reply to: ↑ 209 Changed 9 years ago by
Replying to leif:
The version prior to this, i.e. without William's patches (but John's reviewer patch), passed all long tests on Ubuntu 7.10 x86 (Pentium 4, gcc 4.2.1, native code, O2), too.
... and just passed ptestlong
with these, too. :)
comment:212 in reply to: ↑ 210 Changed 9 years ago by
Replying to jdemeyer:
In case somebody missed it, we have a new genus2reduction spkg (p8 instead of p7).
comment:213 Changed 9 years ago by
Good work on 9343_jd_review.patch: you completed the job I left unfinished (using the pari library for analytic ranks, making gp_cremona.py finally completely redundant), and I also see that you wrapped some other useful pari library functions.
I am now doing a fresh test of everything and will report back on Sunday.
comment:214 Changed 9 years ago by
I updated my last patch to fix the analytic_rank doctests on 32-bit.
comment:215 in reply to: ↑ 204 Changed 9 years ago by
Replying to leif:
In case this ticket gets merged soon, we should also address #9722 (Fedora 13 FLTK issue, at least the linker error) here. (Though I haven't yet checked if it is still present in our current svn snapshot; will do that later.)
#9722 seems to be a non-issue with our PARI snapshot. (At least I cannot reproduce it on 32-bit Fedora 13.)
comment:216 follow-up: ↓ 217 Changed 9 years ago by
I just tried the steps outlined at the top.
- Pari installed ok
- genus2reduction installed ok
- lcalc installed ok.
- extcode_9343_combined3.patch patch to data/extcode installed ok.
Then when I tried to apply the library patches, I was less than successful. I'm not sure though if the
hg qpush -a
was the right thing to do after hg qimport
of the library patches. So I could have made a mistake, but this is what I did, and this is what results I got. (This is an OpenSolaris system, which apart from some numerical noise issues, and a totally busted sympow
otherwise passes all the doc tests.)
drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg status drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/sagelib_9343_combined6.patch adding sagelib_9343_combined6.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/sagelib_9343-heegner_ell_ratioanal.patch adding sagelib_9343-heegner_ell_ratioanal.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/9343_jd_review.patch adding 9343_jd_review.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qpush -a applying 9343_jd_review.patch patching file sage/interfaces/gp.py Hunk #1 FAILED at 599 Hunk #2 FAILED at 613 Hunk #3 FAILED at 889 Hunk #4 FAILED at 990 Hunk #5 FAILED at 1003 5 out of 5 hunks FAILED -- saving rejects to file sage/interfaces/gp.py.rej patching file sage/libs/pari/decl.pxi Hunk #1 FAILED at 35 Hunk #2 FAILED at 94 Hunk #3 FAILED at 279 Hunk #4 FAILED at 298 Hunk #5 FAILED at 313 Hunk #6 FAILED at 325 Hunk #7 FAILED at 372 Hunk #8 succeeded at 871 with fuzz 2 (offset 198 lines). Hunk #9 succeeded at 945 with fuzz 2 (offset 217 lines). Hunk #10 succeeded at 968 with fuzz 1 (offset 218 lines). Hunk #11 FAILED at 1041 8 out of 11 hunks FAILED -- saving rejects to file sage/libs/pari/decl.pxi.rej patching file sage/rings/number_field/number_field.py Hunk #2 FAILED at 7533 1 out of 2 hunks FAILED -- saving rejects to file sage/rings/number_field/number_field.py.rej patching file sage/rings/real_mpfr.pyx Hunk #2 FAILED at 2588 Hunk #3 FAILED at 2607 Hunk #4 succeeded at 2618 with fuzz 1 (offset -8 lines). Hunk #5 FAILED at 2631 3 out of 5 hunks FAILED -- saving rejects to file sage/rings/real_mpfr.pyx.rej patching file sage/schemes/elliptic_curves/ell_finite_field.py Hunk #1 FAILED at 36 1 out of 1 hunks FAILED -- saving rejects to file sage/schemes/elliptic_curves/ell_finite_field.py.rej patching file sage/schemes/elliptic_curves/ell_rational_field.py Hunk #2 FAILED at 1271 Hunk #4 FAILED at 1347 2 out of 4 hunks FAILED -- saving rejects to file sage/schemes/elliptic_curves/ell_rational_field.py.rej patching file sage/schemes/elliptic_curves/gp_cremona.py Hunk #1 FAILED at 0 1 out of 1 hunks FAILED -- saving rejects to file sage/schemes/elliptic_curves/gp_cremona.py.rej patch failed, unable to continue (try -v) patch failed, rejects left in working dir errors during apply, please fix and refresh 9343_jd_review.patch drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg status
Dave
comment:217 in reply to: ↑ 216 Changed 9 years ago by
Replying to drkirkby:
drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg status drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/sagelib_9343_combined6.patch adding sagelib_9343_combined6.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/sagelib_9343-heegner_ell_ratioanal.patch adding sagelib_9343-heegner_ell_ratioanal.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qimport http://trac.sagemath.org/sage_trac/raw-attachment/ticket/9343/9343_jd_review.patch adding 9343_jd_review.patch to series file drkirkby@hawk:~/32/sage-4.5.3.alpha0/devel/sage$ hg qpush -a applying 9343_jd_review.patch
You're applying the patches in the wrong order. I usually do
$ hg qimport <patch> $ hg qpush $ hg qimport <patch> $ hg qpush ...
which should work fine. Maybe there is a better way, I don't know much about Mercurial.
comment:218 follow-ups: ↓ 220 ↓ 227 Changed 9 years ago by
I agree with David that Mercurial is counter-intuitive -- you have to push one at a time since push means "push the last patch imported".
My complete new spkg and patch install and test on a 32-bit Ubuntu (Intel, gcc 4.2.4) went smoothly, with only the 32/64 issues with the new analytic rank as Jeroen found. So I popped the last patch and pushed the replacement, and now that works fine.
Now testing the rebuilding od documentation...
comment:219 follow-ups: ↓ 222 ↓ 223 Changed 9 years ago by
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
comment:220 in reply to: ↑ 218 Changed 9 years ago by
Replying to cremona:
Now testing the rebuilding od documentation...
html docs rebuilt with no errors/warnings.
comment:221 Changed 9 years ago by
- Description modified (diff)
comment:222 in reply to: ↑ 219 ; follow-up: ↓ 224 Changed 9 years ago by
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
OK, got that -- will do 32- and 64-bit builds and report back.
comment:223 in reply to: ↑ 219 Changed 9 years ago by
- Summary changed from upgrade Pari to svn snapshot 12577 - a pre-release of Pari 2.4.3. to Upgrade PARI to svn snapshot 12577 - a pre-release of PARI 2.4.3.
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
Announce on sage-release? ;-)
Btw, Mitesh is currently compiling Sage 4.5.3.alpha1 (which includes the new Singular, a new libm4ri and an updated PolyBoRi package, and some bug fixes).
comment:224 in reply to: ↑ 222 ; follow-ups: ↓ 225 ↓ 231 Changed 9 years ago by
Replying to cremona:
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
OK, got that -- will do 32- and 64-bit builds and report back.
Built fine and all tests pass on 32-bit ubuntu (Intel, gcc 4.2.4) and 64-bit ubuntu (AMD, 4.3.3).
comment:225 in reply to: ↑ 224 ; follow-ups: ↓ 226 ↓ 229 Changed 9 years ago by
Replying to cremona:
Replying to cremona:
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
OK, got that -- will do 32- and 64-bit builds and report back.
Built fine and all tests pass on 32-bit ubuntu (Intel, gcc 4.2.4) and 64-bit ubuntu (AMD, 4.3.3).
However, this needs cleaning up:
jec@selmer%pwd /storage/jec/sage-4.6.prealpha0/devel/sage jec@selmer%hg status ! sage/schemes/elliptic_curves/gp_cremona.py
-- I think "hg remove" & then commit will do it.
comment:226 in reply to: ↑ 225 Changed 9 years ago by
Replying to cremona:
However, this needs cleaning up:
jec@selmer%pwd /storage/jec/sage-4.6.prealpha0/devel/sage jec@selmer%hg status ! sage/schemes/elliptic_curves/gp_cremona.py
-- I think "hg remove" & then commit will do it.
Yes, and there are some more. Try
find $SAGE_ROOT -name .hg -exec sh -c "cd {}; hg status" \;
and you'll see them all.
comment:227 in reply to: ↑ 218 ; follow-up: ↓ 228 Changed 9 years ago by
Replying to cremona:
I agree with David that Mercurial is counter-intuitive -- you have to push one at a time since push means "push the last patch imported".
But I did not type
hg qpush
but instead
{{{hg qpush -a}}
Looking for help on that:
drkirkby@hawk:~$ hg qpush -h hg qpush [-f] [-l] [-a] [-m] [-n NAME] [PATCH | INDEX] push the next patch onto the stack When -f/--force is applied, all local changes in patched files will be lost. options: -f --force apply if the patch has rejects -l --list list patch name in commit text -a --all apply all patches -m --merge merge from another queue -n --name merge queue name use "hg -v help qpush" to show global options
I interpret that is meaning all of them would be applied.
Dave
comment:228 in reply to: ↑ 227 Changed 9 years ago by
Replying to drkirkby:
Replying to cremona:
I agree with David that Mercurial is counter-intuitive -- you have to push one at a time since push means "push the last patch imported".
But I did not type
hg qpush
but instead
{{{hg qpush -a}}
Looking for help on that:
drkirkby@hawk:~$ hg qpush -h hg qpush [-f] [-l] [-a] [-m] [-n NAME] [PATCH | INDEX] push the next patch onto the stack When -f/--force is applied, all local changes in patched files will be lost. options: -f --force apply if the patch has rejects -l --list list patch name in commit text -a --all apply all patches -m --merge merge from another queue -n --name merge queue name use "hg -v help qpush" to show global optionsI interpret that is meaning all of them would be applied.
Dave
Sure -- what is (possibly) counter intuitive is the *order* in which they are applied, which is the reverse of the order they were imported. For this reason I find "hg qpush -a" rarely useful.
comment:229 in reply to: ↑ 225 Changed 9 years ago by
Replying to cremona:
-- I think "hg remove" & then commit will do it.
I see. Simply removing the file is not good enough...
Changed 9 years ago by
Fixes Sphinx warning from PariInstance.read() docstring. Apply to Sage library.
comment:230 Changed 9 years ago by
- Description modified (diff)
I've attached a single-character patch to fix the Sphinx warning.
comment:231 in reply to: ↑ 224 ; follow-up: ↓ 233 Changed 9 years ago by
Replying to cremona:
Replying to cremona:
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
OK, got that -- will do 32- and 64-bit builds and report back.
Built fine and all tests pass on 32-bit ubuntu (Intel, gcc 4.2.4) and 64-bit ubuntu (AMD, 4.3.3).
Also passed ptestlong
on Fedora 13 x86 (Pentium 4 Prescott, gcc 4.4.4, native code, with O2
).
comment:232 follow-ups: ↓ 234 ↓ 241 Changed 9 years ago by
I decided to test the http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar on my OpenSolaris machine. Sage has never passed all the doc tests on OpenSolaris, so I did not expect it to. I'll list the failures and what I think they are due to. There's one unexecpted failure.
A better test would be on 't2', but that takes forever to build Sage. This is an order of magnitude quicker.
The following tests failed: sage -t -long devel/sage/sage/lfunctions/sympow.py # 13 doctests failed sage -t -long devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py # 1 doctests failed sage -t -long devel/sage/sage/modular/abvar/abvar.py # 1 doctests failed sage -t -long devel/sage/sage/modular/hecke/submodule.py # 1 doctests failed sage -t -long devel/sage/sage/schemes/elliptic_curves/ell_rational_field.py # 17 doctests failed sage -t -long devel/sage/sage/stats/hmm/chmm.pyx # 3 doctests failed sage -t -long devel/sage/sage/symbolic/expression.pyx # 2 doctests failed ---------------------------------------------------------------------- Total time for all tests: 1913.9 seconds
1) devel/sage/sage/lfunctions/sympow.py
SYMPOW is the worst code I've ever seen in Sage and is broken on Solaris x86 (#9703), Cygwin (#9166) and reportedly ArchLinux too. The examples at http://www.sagemath.org/doc/reference/sage/lfunctions/sympow.html do not work if you try them on sage.math, so I we can ignore this failure. The code in SYMPOW is so bad, I can't really be bothered to try to fix it.
2) devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py
An unexpected failure.
3) devel/sage/sage/modular/abvar/abvar.py
Caused by SYMPOW. So we can ignore that.
4) devel/sage/sage/modular/hecke/submodule.py
Again, caused by SYMPOW, so we can ignore that.
5) devel/sage/sage/schemes/elliptic_curves/ell_rational_field.py
Again, caused by SYMPOW, so we can ignore that.
6) devel/sage/sage/stats/hmm/chmm.pyx
This is numerical noise, #9735, which will hopefully be merged soon.
7) devel/sage/sage/symbolic/expression.pyx
Again numerical noise (#9689 & #9693).
So the unexpected failure I see was this one:
sage -t -long devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py ********************************************************************** File "/export/home/drkirkby/sage-4.6.prealpha0/devel/sage-main/sage/rings/polynomial/polynomial_quotient_ring.py", line 1280: sage: [phi(k.0^2) for phi in v] Expected: [2.9757207403766761469671194565 - 1.2983430720865060515202099613e-47*I, -2.4088994371613850098316292196 + 1.9025410530350528612407363802*I, -2.4088994371613850098316292196 - 1.9025410530350528612407363802*I, 0.92103906697304693634806949137 - 3.0755331188457794473265418086*I, 0.92103906697304693634806949137 + 3.0755331188457794473265418086*I] Got: [2.9757207403766761469671194565, -2.4088994371613850098316292196 + 1.9025410530350528612407363802*I, -2.4088994371613850098316292196 - 1.9025410530350528612407363802*I, 0.92103906697304693634806949137 - 3.0755331188457794473265418086*I, 0.92103906697304693634806949137 + 3.0755331188457794473265418086*I] **********************************************************************
Could that be due to Pari? If not, and you know where I should look for the cause, let me know.
Dave
comment:233 in reply to: ↑ 231 Changed 9 years ago by
Replying to leif:
Replying to cremona:
Replying to cremona:
Replying to jdemeyer:
I have made a new sage distribution with this ticket, based on 4.5.3.alpha0. It also includes the Singular update (#8059). Download it from http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha0.tar
OK, got that -- will do 32- and 64-bit builds and report back.
Built fine and all tests pass on 32-bit ubuntu (Intel, gcc 4.2.4) and 64-bit ubuntu (AMD, 4.3.3).
Also passed
ptestlong
on Fedora 13 x86 (Pentium 4 Prescott, gcc 4.4.4, native code, withO2
).
Passed testlong
on Ubuntu 9.04 x86_64 (Core2, gcc 4.3.3, native code, with O2
), too.
comment:234 in reply to: ↑ 232 ; follow-up: ↓ 235 Changed 9 years ago by
Replying to drkirkby:
So the unexpected failure I see was this one:
sage -t -long devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py ********************************************************************** File "/export/home/drkirkby/sage-4.6.prealpha0/devel/sage-main/sage/rings/polynomial/polynomial_quotient_ring.py", line 1280: sage: [phi(k.0^2) for phi in v] Expected: [2.9757207403766761469671194565 - 1.2983430720865060515202099613e-47*I, -2.4088994371613850098316292196 + 1.9025410530350528612407363802*I, -2.4088994371613850098316292196 - 1.9025410530350528612407363802*I, 0.92103906697304693634806949137 - 3.0755331188457794473265418086*I, 0.92103906697304693634806949137 + 3.0755331188457794473265418086*I] Got: [2.9757207403766761469671194565, -2.4088994371613850098316292196 + 1.9025410530350528612407363802*I, -2.4088994371613850098316292196 - 1.9025410530350528612407363802*I, 0.92103906697304693634806949137 - 3.0755331188457794473265418086*I, 0.92103906697304693634806949137 + 3.0755331188457794473265418086*I] **********************************************************************
This particular doctest was changed by this patch. Interestingly, it is a test which is documented to give a different result on 32-bit and 64-bit systems and your result is precisely the correct result for a 64-bit machine. This can probably be solved with "..."
comment:235 in reply to: ↑ 234 ; follow-up: ↓ 236 Changed 9 years ago by
Replying to jdemeyer:
This particular doctest was changed by this patch. Interestingly, it is a test which is documented to give a different result on 32-bit and 64-bit systems and your result is precisely the correct result for a 64-bit machine. This can probably be solved with "..."
Note the machine I used is 64-bit (it has a quad core 3.33 GHz Intel Xeon W3580 CPU), but the build was performed 32-bit. Both Solaris and OpenSolaris build 32-bit applications by default - for 64-bit, you need to add the -m64
compiler switch when building. The 64-bit builds of Sage are not very successful yet.
Does anyone know what the result should be? For the first result, I get the real number 2.9757207403766761469671194565
but the expected value is the complex number 2.9757207403766761469671194565 - 1.2983430720865060515202099613e-47*I
So for the real part I get exactly the same number, but I get no imaginary part whatsoever.
I assume someone here must know the maths behind this, and know whether the result is supposed to be real or complex. If it should really be real (so the number I got is actually the more accurate of the two), then putting dots would be very dangerous. Then a result of 2.9757207403766761469671194565 + 1e300*I
would still pass! That's almost entirely imaginary, with a very small real part in comparison to the massive imaginary component.
Dave
comment:236 in reply to: ↑ 235 ; follow-up: ↓ 237 Changed 9 years ago by
Replying to drkirkby:
Does anyone know what the result should be? For the first result, I get the real number
2.9757207403766761469671194565
but the expected value is the complex number2.9757207403766761469671194565 - 1.2983430720865060515202099613e-47*I
So for the real part I get exactly the same number, but I get no imaginary part whatsoever.I assume someone here must know the maths behind this, and know whether the result is supposed to be real or complex. If it should really be real (so the number I got is actually the more accurate of the two), then putting dots would be very dangerous. Then a result of
2.9757207403766761469671194565 + 1e300*I
would still pass! That's almost entirely imaginary, with a very small real part in comparison to the massive imaginary component.
Maybe rather than directly testing the answer, one could do something like this:
sage: x = [calculation]; abs(x - 2.975975720740376676146967119) < 10^(-27) True
That would be less dangerous, while still allowing the necessary flexibility.
comment:237 in reply to: ↑ 236 ; follow-up: ↓ 238 Changed 9 years ago by
- Status changed from needs_review to needs_work
Replying to davidloeffler:
Maybe rather than directly testing the answer, one could do something like this:
sage: x = [calculation]; abs(x - 2.975975720740376676146967119) < 10^(-27) TrueThat would be less dangerous, while still allowing the necessary flexibility.
The first question I personally need answering is should the number be real or complex?
I might guess the small imaginary component should not be there at all, but would my guess be right? I'm not a mathematician.
Only when I know the answer to that question do I feel able to comment on a test.
Given the number of digits that are printed (> 16), this would suggest to me that arbitrary precision maths is being used, and not just a floating point processor. If so, the answer should be the same irrespective of whether the machine is 32-bit or 64-bit. Rounding errors occur in floating point processors - they do not on integer arithmetic if done properly.
If this is being done with just an FPU, then printing these number of digits is a bit pointless.
Dave
comment:238 in reply to: ↑ 237 ; follow-up: ↓ 239 Changed 9 years ago by
Replying to drkirkby:
Replying to davidloeffler:
Maybe rather than directly testing the answer, one could do something like this:
sage: x = [calculation]; abs(x - 2.975975720740376676146967119) < 10^(-27) TrueThat would be less dangerous, while still allowing the necessary flexibility.
The first question I personally need answering is should the number be real or complex?
It is real. The list is the list of values of z^2
as z runs over the roots of f = x^5 + x + 17
, which has exactly one real root, listed first. Apart from precision the output should be the same as
sage: [z[0]^2 for z in f.roots(CC)] [2.97572074037668, -2.40889943716139 + 1.90254105303505*I, -2.40889943716139 - 1.90254105303505*I, 0.921039066973047 - 3.07553311884578*I, 0.921039066973047 + 3.07553311884578*I]
The function being tested is rather general, so one could not expect the function's code to test for this special case (I think). Still, it is disappointing that the imaginary part is not a better approximation to zero than it is.
I might guess the small imaginary component should not be there at all, but would my guess be right? I'm not a mathematician.
Only when I know the answer to that question do I feel able to comment on a test.
Given the number of digits that are printed (> 16), this would suggest to me that arbitrary precision maths is being used, and not just a floating point processor. If so, the answer should be the same irrespective of whether the machine is 32-bit or 64-bit. Rounding errors occur in floating point processors - they do not on integer arithmetic if done properly.
If this is being done with just an FPU, then printing these number of digits is a bit pointless.
Dave
comment:239 in reply to: ↑ 238 ; follow-up: ↓ 240 Changed 9 years ago by
Replying to cremona:
Replying to drkirkby:
Replying to davidloeffler:
Maybe rather than directly testing the answer, one could do something like this:
sage: x = [calculation]; abs(x - 2.975975720740376676146967119) < 10^(-27) True
It is real. The list is the list of values of
z^2
as z runs over the roots off = x^5 + x + 17
, which has exactly one real root, listed first. Apart from precision the output should be the same assage: [z[0]^2 for z in f.roots(CC)] [2.97572074037668, -2.40889943716139 + 1.90254105303505*I, -2.40889943716139 - 1.90254105303505*I, 0.921039066973047 - 3.07553311884578*I, 0.921039066973047 + 3.07553311884578*I]The function being tested is rather general, so one could not expect the function's code to test for this special case (I think). Still, it is disappointing that the imaginary part is not a better approximation to zero than it is.
It is a complex embedding, so the output is a ComplexNumber, ideally with real part zero. The precision is 100 bit. This indeed makes 10^{{-27} a bit disappoint. }
I might guess the small imaginary component should not be there at all, but would my guess be right? I'm not a mathematician.
Only when I know the answer to that question do I feel able to comment on a test.
Given the number of digits that are printed (> 16), this would suggest to me that arbitrary precision maths is being used, and not just a floating point processor. If so, the answer should be the same irrespective of whether the machine is 32-bit or 64-bit. Rounding errors occur in floating point processors - they do not on integer arithmetic if done properly.
If this is being done with just an FPU, then printing these number of digits is a bit pointless.
Dave
comment:240 in reply to: ↑ 239 Changed 9 years ago by
It is a complex embedding, so the output is a ComplexNumber, ideally with real part zero. The precision is 100 bit. This indeed makes 10^{-27 a bit disappointing. }
I meant to say imaginary part zero.
comment:241 in reply to: ↑ 232 Changed 9 years ago by
Replying to drkirkby:
2)
devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py
An unexpected failure.
Can you try the patch I just uploaded to see if it fixes the problem? I have tested this patch on a 32bit and 64bit Intel Linux system and polynomial_quotient_ring.py
passed the tests. I haven't tested it yet against the whole sage library.
comment:242 Changed 9 years ago by
- Description modified (diff)
comment:243 follow-up: ↓ 244 Changed 9 years ago by
Whilst the doctest can be changed to make this pass, is a real bug being covered up?
Can anyone explain why a calculation performed with integers should differ depending on whether the program is compiled 32-bit or 64-bit? Since to me, of the arbitrary precision maths is implemented correctly, they should give the same result. I never get any issues like this with the MPFR tests.
Dave
comment:244 in reply to: ↑ 243 Changed 9 years ago by
- Status changed from needs_work to needs_review
Replying to drkirkby:
Whilst the doctest can be changed to make this pass, is a real bug being covered up?
I would rather say on the contrary. The problem was that we were computing the roots of a polynomial with complex non-exact roots. I.e.: instead of computing the roots of x^{5+x-17, we were computing the roots of (1.0 + 0.0*I)*x}5 + ... I changed that in my patch.
Can anyone explain why a calculation performed with integers should differ depending on whether the program is compiled 32-bit or 64-bit? Since to me, of the arbitrary precision maths is implemented correctly, they should give the same result.
This is not always true because the precisions might be different. In PARI, the precision is always a multiple of the machine word size. If you try to compute with 90 bits of precision, you will get 96 bits of precision on a 32-bit machine but you will get 128 bits of precision on a 64-bit machine.
If might be possible to change this such that PARI always uses a multiple of 64 bits of precision (I have been thinking about this), but it's not so easy.
comment:245 follow-ups: ↓ 246 ↓ 248 Changed 9 years ago by
Jeroen is right. Almost all (and maybe all) the doctests in Sage which are tagged 32/64 bit are a result of this feature of pari's way of handling multi-precision floating point arithmetic.
comment:246 in reply to: ↑ 245 Changed 9 years ago by
- Reviewers set to Robert Bradshaw, John Cremona, Jeroen Demeyer, William Stein, David Kirkby, François Bisse, Leif Leonhardy
- Status changed from needs_review to positive_review
Replying to cremona:
Jeroen is right. Almost all (and maybe all) the doctests in Sage which are tagged 32/64 bit are a result of this feature of pari's way of handling multi-precision floating point arithmetic.
OK, fair point. Now I understand. I was under the impression 100 bits were being used.
After applying Jeroen's patch
drkirkby@hawk:~/sage-4.6.prealpha0$ ./sage -t -long devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py sage -t -long "devel/sage/sage/rings/polynomial/polynomial_quotient_ring.py" [30.1 s] ---------------------------------------------------------------------- All tests passed! Total time for all tests: 30.2 seconds
I've set this to positive review.
I copied all the authors to reviewers, as I think everyone that has wrote part of it has reviewed part of it. I also added Leif and François as reviewers, as they have contributed too. But I've not done an extensive search to see who should be on the reviewer and the author list. I suspect there are some missing.
Dave
comment:247 Changed 9 years ago by
- Description modified (diff)
New distribution with all patches: http://cage.ugent.be/~jdemeyer/sage/sage-4.6.prealpha1.tar
comment:248 in reply to: ↑ 245 Changed 9 years ago by
- Reviewers changed from Robert Bradshaw, John Cremona, Jeroen Demeyer, William Stein, David Kirkby, François Bisse, Leif Leonhardy to Robert Bradshaw, John Cremona, Jeroen Demeyer, William Stein, David Kirkby, François Bissey, Leif Leonhardy
Replying to cremona:
Jeroen is right. Almost all (and maybe all) the doctests in Sage which are tagged 32/64 bit are a result of this feature of pari's way of handling multi-precision floating point arithmetic.
Others are due to the different width of Python's int
type (and perhaps some due to pointer width).
comment:249 follow-up: ↓ 250 Changed 9 years ago by
Just for the record: I noticed some empty EXAMPLES
sections (in sage/libs/pari/gen.pyx
), some functions do not have docstrings at all.
But perhaps something for a follow-up ticket, cleaning up other docstrings as well.
comment:250 in reply to: ↑ 249 Changed 9 years ago by
Replying to leif:
Just for the record: I noticed some empty
EXAMPLES
sections (insage/libs/pari/gen.pyx
), some functions do not have docstrings at all.But perhaps something for a follow-up ticket, cleaning up other docstrings as well.
I've attached the current coverage report for gen.pyx (Sage 4.6.prealpha0):
SCORE devel/sage/sage/libs/pari/gen.pyx: 55% (215 of 387)
comment:251 follow-ups: ↓ 252 ↓ 253 Changed 9 years ago by
I have tried to compile sage-4.6.alpha1 on an old PPC Mac OS X 10.4 and it failed compiling PARI. Since this is supposed to be an officially supported platform, this should be addressed. I also tried to compile PARI/GP stand-alone and it also failed, so the problem is upstream. The error is the following:
/usr/bin/gcc -o "/Users/jdemeyer/pari-2.4.3.svn-12577/src/Odarwin-ppc"/libpari-2.4.dylib -dynamiclib -O3 -Wall -fno-strict-aliasing -fom it-frame-pointer -fPIC -Wl,-flat_namespace,-undefined,suppress mp.o mpinl.o F2x.o FF.o Flx.o FpE.o FpV.o FpX.o Qfb.o RgV.o RgX.o ZV.o ZX.o alglin1.o alglin2.o arith1.o arith2.o base1.o base2.o base3.o base4.o base5.o bb_group.o bibli1.o bibli2.o bit.o buch1.o buch2.o buch 3.o buch4.o concat.o ellanal.o elliptic.o galconj.o gen1.o gen2.o gen3.o hnf_snf.o ifactor1.o lll.o perm.o polarit1.o polarit2.o polarit3. o prime.o random.o rootpol.o subcyclo.o subgroup.o trans1.o trans2.o trans3.o anal.o compat.o compile.o default.o errmsg.o es.o eval.o has h.o init.o intnum.o members.o pariinl.o parse.o sumiter.o DedekZeta.o Hensel.o QX_factor.o aprcl.o elldata.o ellsea.o galois.o galpol.o gr oupid.o krasner.o kummer.o mpqs.o nffactor.o part.o stark.o subfield.o thue.o darwin.o ld: common symbols not allowed with MH_DYLIB output format with the -multi_module option init.o definition of common _DEBUGMEM (size 4) init.o definition of common _avma (size 4) init.o definition of common _bot (size 4) [...] es.o definition of common _pariErr (size 4) es.o definition of common _pariOut (size 4) init.o definition of common _pari_errfile (size 4) init.o definition of common _pari_infile (size 4) init.o definition of common _pari_outfile (size 4) init.o definition of common _cb_pari_err_recover (size 4) init.o definition of common _foreignFuncFree (size 4) init.o definition of common _cb_pari_handle_exception (size 4) init.o definition of common _cb_pari_sigint (size 4) init.o definition of common _cb_pari_whatnow (size 4) init.o definition of common _foreignExprHandler (size 4) init.o definition of common _foreignHandler (size 4) init.o definition of common _memused (size 4) /usr/bin/libtool: internal link edit command failed make[1]: *** [libpari-2.4.dylib] Error 1 make: *** [gp] Error 2
Version of gcc (I believe this is the most recent version from Apple which exists for that machine):
powerpc-apple-darwin8-gcc-4.0.1 (GCC) 4.0.1 (Apple Computer, Inc. build 5367) Copyright (C) 2005 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
Is somebody else able to test this architecture? Just in case the problem is with the machine and not with PARI (I know essentially nothing about Darwin, I just asked a collegue to test it on his machine).
comment:252 in reply to: ↑ 251 Changed 9 years ago by
Replying to jdemeyer:
I have tried to compile sage-4.6.alpha1 on an old PPC Mac OS X 10.4 and it failed compiling PARI. Since this is supposed to be an officially supported platform, this should be addressed. I also tried to compile PARI/GP stand-alone and it also failed, so the problem is upstream. [...] Is somebody else able to test this architecture? Just in case the problem is with the machine and not with PARI (I know essentially nothing about Darwin, I just asked a collegue to test it on his machine).
Karl-Dieter (kcrisman) has access to such a box.
comment:253 in reply to: ↑ 251 ; follow-ups: ↓ 254 ↓ 258 Changed 9 years ago by
Replying to jdemeyer:
I have tried to compile sage-4.6.alpha1 on an old PPC Mac OS X 10.4 and it failed compiling PARI. Since this is supposed to be an officially supported platform, this should be addressed. I also tried to compile PARI/GP stand-alone and it also failed, so the problem is upstream. The error is the following:
/usr/bin/gcc -o "/Users/jdemeyer/pari-2.4.3.svn-12577/src/Odarwin-ppc"/libpari-2.4.dylib -dynamiclib -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer -fPIC -Wl,-flat_namespace,-undefined,suppress mp.o mpinl.o F2x.o FF.o Flx.o FpE.o FpV.o FpX.o Qfb.o RgV.o RgX.o ZV.o ZX.o alglin1.o alglin2.o arith1.o arith2.o base1.o base2.o base3.o base4.o base5.o bb_group.o bibli1.o bibli2.o bit.o buch1.o buch2.o buch3.o buch4.o concat.o ellanal.o elliptic.o galconj.o gen1.o gen2.o gen3.o hnf_snf.o ifactor1.o lll.o perm.o polarit1.o polarit2.o polarit3.o prime.o random.o rootpol.o subcyclo.o subgroup.o trans1.o trans2.o trans3.o anal.o compat.o compile.o default.o errmsg.o es.o eval.o hash.o init.o intnum.o members.o pariinl.o parse.o sumiter.o DedekZeta.o Hensel.o QX_factor.o aprcl.o elldata.o ellsea.o galois.o galpol.o groupid.o krasner.o kummer.o mpqs.o nffactor.o part.o stark.o subfield.o thue.o darwin.o ld: common symbols not allowed with MH_DYLIB output format with the -multi_module option init.o definition of common _DEBUGMEM (size 4) init.o definition of common _avma (size 4) init.o definition of common _bot (size 4) [...] es.o definition of common _pariErr (size 4) es.o definition of common _pariOut (size 4) init.o definition of common _pari_errfile (size 4) init.o definition of common _pari_infile (size 4) init.o definition of common _pari_outfile (size 4) init.o definition of common _cb_pari_err_recover (size 4) init.o definition of common _foreignFuncFree (size 4) init.o definition of common _cb_pari_handle_exception (size 4) init.o definition of common _cb_pari_sigint (size 4) init.o definition of common _cb_pari_whatnow (size 4) init.o definition of common _foreignExprHandler (size 4) init.o definition of common _foreignHandler (size 4) init.o definition of common _memused (size 4) /usr/bin/libtool: internal link edit command failed make[1]: *** [libpari-2.4.dylib] Error 1 make: *** [gp] Error 2
Perhaps add -fno-common
to DLCFLAGS
in config/get_dlcflags
if $osname
is darwin
.
Just a guess, I don't play with apples.
comment:254 in reply to: ↑ 253 Changed 9 years ago by
Replying to leif:
Perhaps add
-fno-common
toDLCFLAGS
inconfig/get_dlcflags
if$osname
isdarwin
.Just a guess, I don't play with apples.
I'm pretty sure this will fix it. In PARI 2.3.x, we patched get_dlcflags
:
_dl_list="DLCFLAGS" if test -n "$__gnuc__"; then # Some architectures need -fPIC for building dynamic lib # *-i?86|*-sparc*|*-powerpc|*-s390|*-mips) DLCFLAGS= case "$osname-$arch" in *-hppa|*-ia64|*-alpha|*-arm|*-m68k|*linux-ppc) DLCFLAGS=-fPIC ;; *-x86_64|*-sparc*|*-amd64) case "$sizeof_long" in 8) DLCFLAGS=-fPIC;; esac;; darwin-*) DLCFLAGS=-fno-common;; esac else case "$osname-$arch" in hpux-*) DLCFLAGS=+z;; solaris-sparc*) case "$sizeof_long" in 8) DLCFLAGS=-KPIC;; # assume sun cc esac;; esac fi echo "C compiler is $CC $CFLAGS $DLCFLAGS"
(Note the darwin-*
. A number of other changes has been dropped...)
comment:255 Changed 9 years ago by
Dave, could you check if we still need (some of) the dropped changes for Solaris and HP-UX?
(I suspect except for the -fPIC
, we'll need these, too.)
comment:256 follow-up: ↓ 257 Changed 9 years ago by
I think spkg-install
needs some work anyway:
- Shouldn't
SAGE_TUNE_pari
beSAGE_TUNE_PARI
? - I don't understand why we unconditionally add
--graphic=none
to./Configure
. (This is already added if$PARI_EXTRA_OPTS
are empty.) - The test of
$?
at the bottom is redundant/superfluous, or even wrong; we should simplyexit 1
there, or change the wholeif-then
logic, e.g. usingelif
. (Shouldn't it be a build error if$SAGE_LOCAL/lib/libpari.so
is not present on any system except Darwin? A test for Cygwin's DLL is completely missing there, so we'd have to add that, too.)
comment:257 in reply to: ↑ 256 Changed 9 years ago by
Replying to leif:
I think
spkg-install
needs some work anyway:
- Shouldn't
SAGE_TUNE_pari
beSAGE_TUNE_PARI
?
I forget who it was, but someone proposed something like this SAGE_THREADS_$packagename where the '$packagename' would be lower case. I think that's quite a reasonable idea. It potentially allows the name to be automatically generated.
If you want to clean it up, it would be better to open another ticket for that.
comment:258 in reply to: ↑ 253 Changed 9 years ago by
Replying to leif:
Perhaps add
-fno-common
toDLCFLAGS
inconfig/get_dlcflags
if$osname
isdarwin
.
Great! This fixes the problem indeed (at least on this particular machine). I have reported this upstream.
comment:259 Changed 9 years ago by
Anybody with access to a Darwin machine: please test
sage -i http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3.svn-12577.p2.spkg
starting from either a vanilla Sage or an already-9343-patched Sage. The main thing is to see whether this *compiles* properly.
comment:260 follow-up: ↓ 262 Changed 9 years ago by
Replying to leif:
Dave, could you check if we still need (some of) the dropped changes for Solaris and HP-UX?
(I suspect except for the
-fPIC
, we'll need these, too.)
Ok, +z
is used on HP-UX and -KPIC
on Solaris if the compiler is not gcc, you in addition tested for SPARC and 64-bit on Solaris though...
comment:261 follow-up: ↓ 264 Changed 9 years ago by
I notice this message when pari is being installed:
To sage build time, Pari will not be tuned for your systems If you want higher performance, at the expense of a slower build set the environment variable SAGE_TUNE_pari=yes by typing the following before building Sage (or at least before building Pari)
Aside from the lack of punctuation (a very minor point), I think there is a word missing in the first line: should it say "To minimize sage build time" or something like that?
Also, if you're introducing the environment variable SAGE_TUNE_pari
, you should also document it in the Sage installation guide -- see the section on environment variables in SAGE_ROOT/devel/sage/doc/en/installation/source.rst.
comment:262 in reply to: ↑ 260 ; follow-up: ↓ 263 Changed 9 years ago by
Replying to leif:
Replying to leif:
Dave, could you check if we still need (some of) the dropped changes for Solaris and HP-UX?
(I suspect except for the
-fPIC
, we'll need these, too.)Ok,
+z
is used on HP-UX and-KPIC
on Solaris if the compiler is not gcc, you in addition tested for SPARC and 64-bit on Solaris though...
When were these dropped - since I tested this on OpenSolaris, or are these other changes? I can't keep up with the changes on this ticket!
Without trying to build in HP-UX I don't know for sure what will be needed, and I don't have time to try that now.
Dave
comment:263 in reply to: ↑ 262 ; follow-up: ↓ 265 Changed 9 years ago by
Replying to drkirkby:
When were these dropped - since I tested this on OpenSolaris, or are these other changes? I can't keep up with the changes on this ticket!
By looking at hg log
: 22 July 2010 (or possibly before)
comment:264 in reply to: ↑ 261 ; follow-up: ↓ 266 Changed 9 years ago by
Replying to jhpalmieri:
I notice this message when pari is being installed:
To sage build time, Pari will not be tuned for your systems If you want higher performance, at the expense of a slower build set the environment variable SAGE_TUNE_pari=yes by typing the following before building Sage (or at least before building Pari)Aside from the lack of punctuation (a very minor point), I think there is a word missing in the first line: should it say "To minimize sage build time" or something like that?
Yes agreed. I'll create a patch and attach it to the ticket.
Also, if you're introducing the environment variable
SAGE_TUNE_pari
, you should also document it in the Sage installation guide -- see the section on environment variables in SAGE_ROOT/devel/sage/doc/en/installation/source.rst.
That is now #9756
comment:265 in reply to: ↑ 263 Changed 9 years ago by
Replying to jdemeyer:
Replying to drkirkby:
When were these dropped - since I tested this on OpenSolaris, or are these other changes? I can't keep up with the changes on this ticket!
By looking at
hg log
: 22 July 2010 (or possibly before)
In that case, it's pointless worrying about them now. Sage will not build with SunStudio? and does not build on HP-UX. These are two things I'd like to fix (especially the former), but they are not critical to this ticket. Any issues like that can go on another ticket.
Dave
comment:266 in reply to: ↑ 264 Changed 9 years ago by
Replying to drkirkby:
Yes agreed. I'll create a patch and attach it to the ticket.
Thanks, but I already did it. New spkg (same name): http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3.svn-12577.p2.spkg
comment:267 follow-up: ↓ 277 Changed 9 years ago by
Two more comments:
- I can't get this to build on t2. I get an error message
Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected ERROR - configure PARI with readline and gmp failed.
I've put the full log here: http://sage.math.washington.edu/home/palmieri/misc/pari-2.4.3.svn-12577.log.
- on a Mac OS X 10.6 machine (intel), the spkg included in sage-4.6.prealpha1.tar seems to build fine, although I haven't finished building the rest of Sage or doing doctests. But if I do
export SAGE_TUNE_pari=yes
, then it doesn't build. Here's an excerpt from the log:In file included from ../src/test/tune.c:21: ../src/headers/pari.h:59:21: error: mpinl.h: No such file or directory ../src/test/tune.c: In function 'speed_redc': ../src/test/tune.c:213: warning: implicit declaration of function 'int_LSW' ../src/test/tune.c:213: error: invalid type argument of 'unary *' ../src/test/tune.c: In function 'speed_modii': ../src/test/tune.c:216: error: invalid type argument of 'unary *' ../src/test/tune.c: In function 'speed_remiimul': ../src/test/tune.c:220: error: invalid type argument of 'unary *' make[2]: *** [tune.o] Error 1 ./Configure: line 168: tune: command not found
If I use the new spkg http://cage.ugent.be/~jdemeyer/sage/pari-2.4.3.svn-12577.p2.spkg, then it gets past this error. It's not done building yet, though...
comment:268 follow-up: ↓ 269 Changed 9 years ago by
By the way, "hg status" reports
? patches/files/base2.c ? patches/files/get_dlcflags ? patches/files/get_ld ? patches/files/get_tests ? patches/files/gphelp.in ? patches/files/init.c ? patches/files/mp.c ? patches/files/paripriv.h ? patches/files/polarit3.c
comment:269 in reply to: ↑ 268 Changed 9 years ago by
Replying to jhpalmieri:
By the way, "hg status" reports
? patches/files/base2.c ? patches/files/get_dlcflags ? patches/files/get_ld ? patches/files/get_tests ? patches/files/gphelp.in ? patches/files/init.c ? patches/files/mp.c ? patches/files/paripriv.h ? patches/files/polarit3.c
I'm not sure what the question mark means, but these files are not supposed to be under revision control. They are generated by my spkg-make
script from the corresponding patches/*.patch files.
comment:270 Changed 9 years ago by
- Status changed from positive_review to needs_work
This needs work now.
- It's not building on 't2'
- SPKG.txt needs updating
- If the files in {{{patches/files}} directory are not supposed to be under revision control, then the directory should be added to .hgignore. But it's hard to understand why the files should be present, but not under revision control.
comment:271 Changed 9 years ago by
Replying to jdemeyer:
Replying to jhpalmieri:
By the way, "hg status" reports
? patches/files/base2.c ? patches/files/get_dlcflags ? patches/files/get_ld ? patches/files/get_tests ? patches/files/gphelp.in ? patches/files/init.c ? patches/files/mp.c ? patches/files/paripriv.h ? patches/files/polarit3.c
I'm not sure what the question mark means, but these files are not supposed to be under revision control. They are generated by my
spkg-make
script from the corresponding patches/*.patch files.
In that case, you'd have to add them to .hgignore
.
comment:272 follow-up: ↓ 273 Changed 9 years ago by
I'm having problems with tuning. If I do export SAGE_TUNE_pari=yes
, then on both sage.math and on my Intel Mac OS X 10.6, the build fails. Logs are here:
- http://sage.math.washington.edu/home/palmieri/misc/tuning.sage-math.pari-2.4.3.svn-12577.log
- http://sage.math.washington.edu/home/palmieri/misc/tuning.mac.pari-2.4.3.svn-12577.p2.log
On sage.math at least, if I don't tell it to tune, then everything builds and all tests pass. On the mac, everything builds, but it hasn't finished testing.
comment:273 in reply to: ↑ 272 Changed 9 years ago by
Replying to jhpalmieri:
I'm having problems with tuning. If I do
export SAGE_TUNE_pari=yes
, then on both sage.math and on my Intel Mac OS X 10.6, the build fails. Logs are here:
- http://sage.math.washington.edu/home/palmieri/misc/tuning.sage-math.pari-2.4.3.svn-12577.log
- http://sage.math.washington.edu/home/palmieri/misc/tuning.mac.pari-2.4.3.svn-12577.p2.log
On sage.math at least, if I don't tell it to tune, then everything builds and all tests pass. On the mac, everything builds, but it hasn't finished testing.
Reinstalling the package with SAGE_TUNE_pari=yes
hangs for me on Fedora 13 x86 (Pentium 4 Prescott); I doubt it will take more than an hour to tune a single function:
... Setting INVNEWTON_LIMIT... (default 803) algorithm-A algorithm-B ratio possible (seconds) (seconds) diff thresh size = 66 0.00001332 0.00001739 0.2340 66 size = 67 0.00001441 0.00001736 0.1700 67 size = 69 0.00001627 0.00001851 0.1208 69 size = 71 0.00001636 0.00001891 0.1345 71 size = 73 0.00001632 0.00002036 0.1983 73 size = 75 0.00001836 0.00002218 0.1721 75 size = 77 0.00001818 0.00002236 0.1869 77 size = 79 0.00002042 0.00002363 0.1358 79 size = 81 0.00002082 0.00002545 0.1821 81 size = 83 0.00002345 0.00002527 0.0718 83 size = 85 0.00002345 0.00002586 0.0931 85 size = 87 0.00002234 0.00002745 0.1863 87 size = 89 0.00002545 0.00002897 0.1217 89 size = 91 0.00002672 0.00002891 0.0756 91 size = 93 0.00002709 0.00003054 0.1132 93 size = 95 0.00002799 0.00002972 0.0582 95 size = 97 0.00002927 0.00003105 0.0575 97
comment:274 Changed 9 years ago by
(Oh, the last blank line was unintentionally added by me.)
comment:275 follow-up: ↓ 276 Changed 9 years ago by
I suggest if the tuning is not reliable, we do not prevent it being used, but issue a warning not to use it. Then we can get people to test the tuning, and report where it works and where it does not. It certainly built OK on OpenSolaris.
Dave
comment:276 in reply to: ↑ 275 ; follow-up: ↓ 282 Changed 9 years ago by
Replying to drkirkby:
I suggest if the tuning is not reliable, we do not prevent it being used, but issue a warning not to use it. Then we can get people to test the tuning, and report where it works and where it does not. It certainly built OK on OpenSolaris.
Hmmm, I reproducably get (PARI-catched) segfaults (everytime at the same point) on Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0)...
One the Fedora machine, tune -t
is meanwhile at 3h 12m CPU time (without further output), so I'll assume it will run forever and terminate it.
comment:277 in reply to: ↑ 267 ; follow-up: ↓ 278 Changed 9 years ago by
Replying to jhpalmieri:
Two more comments:
- I can't get this to build on t2. I get an error message
Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected ERROR - configure PARI with readline and gmp failed.
Please try compiling PARI by itself to check whether this is an upstream problem:
$ tar xjf pari-2.4.3.svn-12577.p2.spkg $ cd pari-2.4.3.svn-12577.p2/src $ ./Configure $ make gp
comment:278 in reply to: ↑ 277 ; follow-ups: ↓ 279 ↓ 284 Changed 9 years ago by
Replying to jdemeyer:
Please try compiling PARI by itself to check whether this is an upstream problem:
I get the same error after typing ./Configure
:
========================================================================== Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected
Unfortunately skynet is down, so I don't have access to any other Solaris machines right now to test on.
comment:279 in reply to: ↑ 278 Changed 9 years ago by
Replying to jhpalmieri:
Replying to jdemeyer:
Please try compiling PARI by itself to check whether this is an upstream problem:
I get the same error after typing
./Configure
:========================================================================== Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expectedUnfortunately skynet is down, so I don't have access to any other Solaris machines right now to test on.
I've powered up my Sun Blade 1000. I will report back later once I've copied the necessary files to it and started a build.
Dave
comment:280 Changed 9 years ago by
I'm attaching a patch which reports:
Pari will be tuned for your system since you set SAGE_TUNE_pari="yes". This can take a long time. WARNING: Tuning Pari is VERY unreliable. You may find your build of Pari fails, or Pari does not work properly once built.
or
To minimize Sage build time and to ensure the best relieability, Pari will not be tuned for your system. Experience shows tuning is unreliable - see http://trac.sagemath.org/sage_trac/ticket/9343 If you wish to test the tuning code, set the environment variable SAGE_TUNE_pari=yes by typing the following before building Sage (or at least before building Pari): SAGE_TUNE_pari=yes export SAGE_TUNE_pari
depending on whether SAGE_TUNE_pari
i set to "yes" or not.
Dave
comment:281 Changed 9 years ago by
I can confirm what John found on 't2.math' - this package is now broken on Solaris 10 SPARC in at least 32-it mode.
This is on my own personal machine, a Sun Blade 1000 with a pair of 900 MHz UltraSPARC III+ CPUs. It runs the very first release of Solaris 10 (March 2005), whereas t2.math runs a quite recent version.
I think we are seeing the problems of working with unstable snapshots. An updated Pari was working on 't2' a few weeks ago - I posted the list of test failures above. Since then, the snapshot has been updated, which no doubt fixes one problem, but creates another. Last I noticed, the upstream snapshot was being updated three times per day on average. Clearly the snapshots are not well tested, yet we are using them, and doing the tests ourselves.
I suggest that we report this, and try to get a fix. But rather than download the latest snapshot, we just apply the fix we actually need. Otherwise we have to go thought a lengthly test cycle again. I'm sure it will be tempting to update to the latest snapshot to get even more bugs fixed, but how many will be added?
Worth reading is a book by Fred Brooks called The Mythical Man-Month.
Of particular note here is is point that that in a suitably complex system there is a certain irreducible number of errors. Any attempt to fix observed errors tends to result in the introduction of other errors.
32 drkirkby@redstart:[~/src] $ uname -a SunOS redstart 5.10 Generic sun4u sparc SUNW,Sun-Blade-1000 32 drkirkby@redstart:[~/src] $ cat /etc/release Solaris 10 3/05 s10_74L2a SPARC Copyright 2005 Sun Microsystems, Inc. All Rights Reserved. Use is subject to license terms. Assembled 22 January 2005 32 drkirkby@redstart:[~/src] $ ./Configure Configuring pari-2.4.3 (DEVELOPMENT VERSION) [ development svn-12577 ] Checking echo to see how to suppress newlines... ...using \c Looking for some tools first ... ...ld is /usr/ccs/bin/ld ...zcat is /usr/bin/zcat ...gzip is /usr/bin/gzip ...ranlib is /usr/ccs/bin/ranlib ...perl is /usr/bin/perl Looking for the compilers ... ...cc is /usr/ucb/cc ...gcc is /usr/local/gcc-4.5.0/bin/gcc GNU compiler version 4.5.0 (GCC gmp-5.0.1 mpfr-3.0.0 mpc-0.8.2) Given the previous choices, sizeof(long) is 4 chars. The internal word representation of a double is l[0], l[1]. ========================================================================== Building for: UltraSparc running solaris (MicroSparc/GMP kernel) 32-bit version ========================================================================== C compiler is /usr/local/gcc-4.5.0/bin/gcc -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer -fPIC Executable linker is /usr/local/gcc-4.5.0/bin/gcc -O3 -Wall -fno-strict-aliasing -fomit-frame-pointer Dynamic Lib linker is /usr/local/gcc-4.5.0/bin/gcc -shared -mimpure-text $(CFLAGS) $(DLCFLAGS) -Wl,-G,-h,$(LIBPARI_SONAME) Looking in C lib for some symbols... ...Found exp2. ...Found log2. ...Found strftime. ...Found getrusage. ...Found sigaction. ...Found TIOCGWINSZ. ...Found getrlimit. ...Found stat. ...Found vsnprintf. ...Found waitpid. ...Found setsid. ...Found getenv. ...Found isatty. ...Found alarm. ...Found dlopen. Checking for optional libraries and headers... ### Building without GNU MP support ...Found libX11 in /usr/openwin/lib ...Found X11 header files in /usr/openwin/include/X11 ...Extra Libraries are -lsocket -lnsl Hi-Res Graphics: X11 ### Building without GNU readline support Installation prefix ? [/usr/local] ...for architecture-independent files (share-prefix) ? [/usr/local/share] Installation directories for: ...executables (gp, gphelp) ? [/usr/local/bin] ...libraries (libpari) ? [/usr/local/lib] ...include files ? [/usr/local/include] ...manual pages ? [/usr/local/share/man/man1] ...other system-dependent data ? [/usr/local/lib/pari] ...other system-independent data ? [/usr/local/share/pari] Default is dynamic executable and shared library ========================================================================== Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected 32 drkirkby@redstart:[~/src] $
comment:282 in reply to: ↑ 276 ; follow-up: ↓ 283 Changed 9 years ago by
Replying to leif:
Hmmm, I reproducably get (PARI-catched) segfaults (everytime at the same point) on Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0)...
Same here, Gentoo Linux, x86_64 Intel Core2, 64bit, gcc 4.6.0.
So tuning is completely broken.
comment:283 in reply to: ↑ 282 ; follow-up: ↓ 288 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
Hmmm, I reproducably get (PARI-catched) segfaults (everytime at the same point) on Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0)...
Same here, Gentoo Linux, x86_64 Intel Core2, 64bit, gcc 4.6.0.
So tuning is completely broken.
It works on OpenSolaris - or at least it did do when I tested it before.
Dave
comment:284 in reply to: ↑ 278 ; follow-up: ↓ 285 Changed 9 years ago by
Replying to jhpalmieri:
I get the same error after typing
./Configure
:========================================================================== Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected
Please try
/bin/sh -c "test -d"
in a shell and see what happens.
comment:285 in reply to: ↑ 284 ; follow-up: ↓ 286 Changed 9 years ago by
Replying to jdemeyer:
Please try
/bin/sh -c "test -d"
in a shell and see what happens.
$ /bin/sh -c "test -d" /bin/sh: test: argument expected
comment:286 in reply to: ↑ 285 ; follow-up: ↓ 287 Changed 9 years ago by
Maybe the solaris problem is due to config/Makefile.SH
, but it's hard to debug without access to a Solaris box. There are several unquoted test
statements in that file, probably one of them is the culprit. Also, that file has changed recently.
comment:287 in reply to: ↑ 286 Changed 9 years ago by
Replying to jdemeyer:
Maybe the solaris problem is due to
config/Makefile.SH
, but it's hard to debug without access to a Solaris box. There are several unquotedtest
statements in that file, probably one of them is the culprit. Also, that file has changed recently.
William (Stein) should be able to make an account for you on the Sage cluster, which includes the Solaris 10 SPARC machine t2.math.washington.edu. Just send him an email.
comment:288 in reply to: ↑ 283 Changed 9 years ago by
Replying to drkirkby:
Replying to jdemeyer:
Replying to leif:
Hmmm, I reproducably get (PARI-catched) segfaults (everytime at the same point) on Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0)...
Same here, Gentoo Linux, x86_64 Intel Core2, 64bit, gcc 4.6.0.
So tuning is completely broken.
It works on OpenSolaris - or at least it did do when I tested it before.
Dave
It's now busted on OpenSolaris too!
comment:289 Changed 9 years ago by
To report something positive, I've successfully - without PARI tuning - built and tested (ptestlong
) the prealpha1 on:
- Fedora 13 x86 (P4 Prescott, gcc 4.4.4, native code with
O2
, parallel build with 6 jobs) - Ubuntu 9.04 x86_64 (Core2, gcc 4.3.3, native code with
O3
, parallel build with 32 jobs) - Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0, native code with
O3
, parallel build with 16 jobs)
Btw, FLTK-devel was installed (and almost all X11 developer packages); PARI correctly did not attempt to build with this (since we configure with --graphic=none
).
comment:290 Changed 9 years ago by
Tuning errors reported to PARI/GP development: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1089
comment:291 Changed 9 years ago by
- Priority changed from major to blocker
comment:292 Changed 9 years ago by
Replying to leif:
To report something positive, I've successfully - without PARI tuning - built and tested (
ptestlong
) the prealpha1 on:
- Fedora 13 x86 (P4 Prescott, gcc 4.4.4, native code with
O2
, parallel build with 6 jobs) - Ubuntu 9.04 x86_64 (Core2, gcc 4.3.3, native code with
O3
, parallel build with 32 jobs) - Ubuntu 9.04 x86_64 (Core2, gcc 4.5.0, native code with
O3
, parallel build with 16 jobs)
Also:
- Ubuntu 9.04 x86 (P4 Prescott, gcc 4.3.3, native code without opt., parallel build with 6 jobs)
Btw, FLTK-devel was installed (and almost all X11 developer packages); PARI correctly did not attempt to build with this (since we configure with
--graphic=none
).
I think I've found the culprit of #9722 (PARI attempting to use FLTK for no reason): Lots of "local" variables used in the PARI scripts aren't reset/initialized.
Try, e.g.:
$ export with_fltk=yes $ ./Configure --graphic=none
in the PARI source directory, or
$ export with_fltk=yes $ unset PARI_EXTRA_OPTS $ ./sage -f pari-2.3.5.p2 # or the appropriate PARI version, e.g. 2.4.3.svn-12577.p2
in $SAGE_ROOT
.
comment:293 Changed 9 years ago by
(The above doesn't fail in all cases, but PARI attempts to use X11 or FLTK despite --graphic=none
given. On Ubuntu, I had to create a symbolic link from /usr/lib/libfltk.so
to /usr/lib/libfltk.so.1.1
to produce the compilation error reported at #9722, with X11 developer packages, and with just FLTK, not FLTK-devel installed.)
comment:294 follow-up: ↓ 307 Changed 9 years ago by
To the people who cannot compile PARI/GP because of #9722:
Please check whether the following works:
In a shell, type:
tar xjf pari-2.4.3.svn-12577.p2.spkg cd pari-2.4.3.svn-12577.p2/src ./Configure --graphic=none make gp
On my system (Gentoo Linux), this correctly disables graphics.
comment:295 Changed 9 years ago by
- Description modified (diff)
comment:296 follow-up: ↓ 298 Changed 9 years ago by
Jeroen, the last changes to p3 (SPKG.txt
, patches/README.txt
) aren't yet committed.
Thanks for setting up the Wiki page.
I'm working on #9722 btw, still hoping that it will make it into 4.5.3, since I don't believe 4.6 will be ready in time, and/or don't expect people to install a brand new major release (despite the ".0" missing) right before a new semester starts.
I'll take a closer look at p3 later; I don't think PARI_EXTRA_OPTS
is yet documented though.
comment:297 follow-up: ↓ 299 Changed 9 years ago by
Jeroen, IIRC 4.6.prealpha1 is based on 4.5.3.alpha0, and doesn't contain all of the latest (#9343) changes, so perhaps update/correct the Wiki page s.t. people will test the lastest PARI(-related) spkgs and patches, not the old one(s) contained in the complete Sage distribution.
Please excuse if I'm wrong here...
(In case you prepare a new one, I think it should be prealpha2 to avoid confusion with the previous one.)
comment:298 in reply to: ↑ 296 Changed 9 years ago by
Replying to leif:
Jeroen, the last changes to p3 (
SPKG.txt
,patches/README.txt
) aren't yet committed.
Done, spkg changed with same name.
comment:299 in reply to: ↑ 297 Changed 9 years ago by
comment:300 follow-up: ↓ 301 Changed 9 years ago by
New distribution: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha2.tar For more info, see http://wiki.sagemath.org/NewPARI
comment:301 in reply to: ↑ 300 Changed 9 years ago by
Replying to jdemeyer:
New distribution: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha2.tar For more info, see http://wiki.sagemath.org/NewPARI
This distro is still broken on any form of Solaris - both SPARC and x86.
Extracting examples/Makefile.solaris-sparcv9 Extracting Osolaris-sparcv9/Makefile ./Configure: test: argument expected ERROR - configure PARI with readline and gmp failed. real 0m12.936s user 0m3.857s sys 0m5.748s sage: An error occurred while installing pari-2.4.3.svn-12577.p3
One of your earlier releases, based on a snapshot prior to 12577 was OK, so this is a very recently introduced bug.
Dave
comment:302 follow-up: ↓ 392 Changed 9 years ago by
I found out what prevents PARI/GP from compiling on Solaris. The problem is that /bin/sh
from Solaris doesn't know about test -e <filename>
.
So there are two solutions:
Solution 1: In Configure
, replace
#! /bin/sh
by
#!/usr/bin/env bash
Solution 2: In config/Makefile.SH
, replace all occurances of
test -e
by
test -f
Using either of these solutions makes PARI/GP compile.
Since Sage assumes the existence of bash
, we might as well apply the first solution anyway. I will report this upstream.
comment:303 follow-ups: ↓ 304 ↓ 308 Changed 9 years ago by
- PARI/GP bug report about Solaris: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1091
- New PARI spkg: http://sage.math.washington.edu/home/jdemeyer/spkg/pari-2.4.3.svn-12577.p4.spkg
- New distribution: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha3.tar
comment:304 in reply to: ↑ 303 ; follow-up: ↓ 305 Changed 9 years ago by
Replying to jdemeyer:
- PARI/GP bug report about Solaris: http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1091
- New PARI spkg: http://sage.math.washington.edu/home/jdemeyer/spkg/pari-2.4.3.svn-12577.p4.spkg
- New distribution: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha3.tar
Any changes in p4 / prealpha3 other than the Solaris fix?
comment:305 in reply to: ↑ 304 ; follow-up: ↓ 306 Changed 9 years ago by
comment:306 in reply to: ↑ 305 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
Any changes in p4 / prealpha3 other than the Solaris fix?
In sage-4.6.prealpha3, I merged #9703 and #9735 which hopefully makes Sage pass all tests on Solaris.
It was not necessary to include #9703 and #9735 for Sage to pass all doc tests on Solaris 10 (SPARC), which is the only currently supported version of Solaris on Sage. Both of those tickets only affect x86 versions. They will not do any harm, but they were unnecessary.
However, since #9703 has been merged, I would request that anyone that builds sage-4.6.prealpha3.tar, that they report on ticket #9703 of the success or failure of these three tests:
sage -t -long devel/sage/sage/modular/abvar/abvar.py # sage -t -long devel/sage/sage/lfunctions/sympow.py # sage -t -long devel/sage/sage/schemes/elliptic_curves/ell_rational_field.py
#9703 still awaits positive review, so clearly evidence it is working on many systems will add to the confidence that the ticket is valid. Just adding a quick comment like "The three tests passed on <your system>" would be useful.
Neither are those two tickets sufficient to cause all doc tests on Solaris 10 on x86 or OpenSolaris on x86, though they will reduce the number of failures. A couple more tickets need to be merged to get all doc tests to pass on Solaris 10 x86 - these are #9689 and #9693. However, that's outside the scope of the Pari upgrade, so I'm not expecting you to merge them, though if you did create a later alpha, I would not object if you did merge them!
Dave
comment:307 in reply to: ↑ 294 Changed 9 years ago by
Replying to jdemeyer:
To the people who cannot compile PARI/GP because of #9722:
Please check whether the following works:
In a shell, type:
tar xjf pari-2.4.3.svn-12577.p2.spkg cd pari-2.4.3.svn-12577.p2/src ./Configure --graphic=none make gp
worked fine on Fedora 13,
Georg
}}}
On my system (Gentoo Linux), this correctly disables graphics.
comment:308 in reply to: ↑ 303 ; follow-up: ↓ 315 Changed 9 years ago by
Replying to jdemeyer:
Passed ptestlong
on Fedora 13 x86_64 (Core2, gcc 4.4.4, native code, O3
), parallel build with 32 jobs, test with 4 threads.
Ubuntu 9.04 x86 in progress.
Dave, a bit more happy now?
comment:309 follow-up: ↓ 310 Changed 9 years ago by
Sage 4.6.prealpha3, which includes this ticket, passed all tests (ptestlong) on a Sun UltraSPARC with Solaris 10.
comment:310 in reply to: ↑ 309 Changed 9 years ago by
Replying to jdemeyer:
Sage 4.6.prealpha3, which includes this ticket, passed all tests (ptestlong) on a Sun UltraSPARC with Solaris 10.
4.6.prealpha3 built fine and passed all tests (ptestlong) on 64-bit ubuntu. Also built on 32-bit Suse, tests still running.
comment:311 follow-ups: ↓ 312 ↓ 313 Changed 9 years ago by
Now that sgae-4.5.3.alpha2 is released, I plan to make a new 4.6.prealpha4 based on that. I will do my best to port #9722. Any other tickets which should be included (which are not in sage-4.5.3.alpha2)?
comment:312 in reply to: ↑ 311 Changed 9 years ago by
Replying to jdemeyer:
Now that sgae-4.5.3.alpha2 is released, I plan to make a new 4.6.prealpha4 based on that. I will do my best to port #9722. Any other tickets which should be included (which are not in sage-4.5.3.alpha2)?
I would just keep my eye on the list of blockers for 4.5.3. There is a way of getting that list, but I don't know the link.
comment:313 in reply to: ↑ 311 ; follow-up: ↓ 316 Changed 9 years ago by
Replying to jdemeyer:
Now that sgae-4.5.3.alpha2 is released, I plan to make a new 4.6.prealpha4 based on that. I will do my best to port #9722.
If you have little patience, I'll backport the changes from #9722 to #9343, perhaps a little bit cleaner regarding the messages/graphics detection when no graphics support was requested (I'd like to keep that, i.e. not completely disabling it). In addition, we should catch illegal parameters to --graphic=
.
I don't know if you plan to make further changes to the PARI spkg.
comment:314 follow-up: ↓ 318 Changed 9 years ago by
From a first glance, the graphics detection in svn-12577 is cleaner, so the changes regarding that will be, too.
It's still not robust, and needs the same fixes as PARI 2.3.5, e.g.
- add
libstdc++
forplotfltk
, - handle libraries in
.../lib64
directories, - make sure FLTK include directory really exists,
- less annoying/clarified messages.
I haven't yet dealt with graphics support using Qt, which can break the build, too. I.e., the detection should be improved to either give an error earlier or disable Qt in case not all required components are available.
Most of the other changes (spkg-install
) still apply. In addition, there are superfluous tests of $?
at the end which I had not removed in 2.3.5.p4 (but added comments to remove them).
comment:315 in reply to: ↑ 308 Changed 9 years ago by
Replying to leif:
Replying to jdemeyer:
Passed
ptestlong
on Fedora 13 x86_64 (Core2, gcc 4.4.4, native code,O3
), parallel build with 32 jobs, test with 4 threads.Ubuntu 9.04 x86 in progress.
Passed ptestlong
, too (Pentium 4 Prescott, gcc 4.3.3, native code, O3
), parallel build with 6 jobs, test with 2 threads.
comment:316 in reply to: ↑ 313 ; follow-up: ↓ 317 Changed 9 years ago by
Replying to leif:
If you have little patience, I'll backport the changes from #9722 to #9343, perhaps a little bit cleaner regarding the messages/graphics detection when no graphics support was requested (I'd like to keep that, i.e. not completely disabling it). In addition, we should catch illegal parameters to
--graphic=
.I don't know if you plan to make further changes to the PARI spkg.
No, I don't. As far as I can tell, #9722 is the only remaining issue.
If you would like to port #9722 to #9343, go ahead and do it. Otherwise, I can also do it (for me it's the same).
comment:317 in reply to: ↑ 316 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
If you have little patience, I'll backport the changes from #9722 to #9343, perhaps a little bit cleaner regarding the messages/graphics detection when no graphics support was requested (I'd like to keep that, i.e. not completely disabling it). In addition, we should catch illegal parameters to
--graphic=
.I don't know if you plan to make further changes to the PARI spkg.
No, I don't. As far as I can tell, #9722 is the only remaining issue.
If you would like to port #9722 to #9343, go ahead and do it.
Ok, I'll create a 2.4.3.svn-12577.p5, but not today, perhaps tomorrow.
Did anybody test the latest on Cygwin?
comment:318 in reply to: ↑ 314 ; follow-up: ↓ 319 Changed 9 years ago by
Replying to leif:
From a first glance, the graphics detection in svn-12577 is cleaner, so the changes regarding that will be, too.
It's still not robust, and needs the same fixes as PARI 2.3.5, e.g.
[...]
Would upstream be receptive to Leif's changes?
comment:319 in reply to: ↑ 318 Changed 9 years ago by
Replying to mpatel:
Replying to leif:
From a first glance, the graphics detection in svn-12577 is cleaner, so the changes regarding that will be, too.
It's still not robust, and needs the same fixes as PARI 2.3.5, e.g.
[...]
Would upstream be receptive to Leif's changes?
I'd say we should report the changes when we've included them in our svn snapshot.
comment:320 follow-ups: ↓ 321 ↓ 324 Changed 9 years ago by
4.6.prealpha3 (with PARI_EXTRA_OPTS
not set) also passed ptestlong
on 32-bit Fedora 13.
On 64-bit Ubuntu 10.04 LTS the build failed in the first place (MPIR and Tachyon); simply rerunning make
the build succeeded, and all long tests passed.
Perhaps another missing dependency that only rarely comes into play in parallel builds. (This never happened before, and 4.5.3.alpha2 built fine with the same settings). I'll have to inspect that further.
I though get three new Sphinx warnings:
docstring of sage.libs.pari.gen:136: (WARNING/2) Literal block expected; none found. docstring of sage.libs.pari.gen.gen.nfbasis:8: (WARNING/2) Definition list ends without a blank line; unexpected unindent. docstring of sage.libs.pari.gen.gen.nfinit:19: (WARNING/2) Literal block expected; none found. build succeeded, 3 warnings.
comment:321 in reply to: ↑ 320 ; follow-up: ↓ 322 Changed 9 years ago by
Replying to leif:
I though get three new Sphinx warnings:
docstring of sage.libs.pari.gen:136: (WARNING/2) Literal block expected; none found. docstring of sage.libs.pari.gen.gen.nfbasis:8: (WARNING/2) Definition list ends without a blank line; unexpected unindent. docstring of sage.libs.pari.gen.gen.nfinit:19: (WARNING/2) Literal block expected; none found. build succeeded, 3 warnings.
Those are probably my fault. Can you tell me *how* you get those warnings, i.e. what is the command that I should type to see those warnings?
comment:322 in reply to: ↑ 321 ; follow-up: ↓ 323 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
I though get three new Sphinx warnings:
docstring of sage.libs.pari.gen:136: (WARNING/2) Literal block expected; none found. docstring of sage.libs.pari.gen.gen.nfbasis:8: (WARNING/2) Definition list ends without a blank line; unexpected unindent. docstring of sage.libs.pari.gen.gen.nfinit:19: (WARNING/2) Literal block expected; none found. build succeeded, 3 warnings.Those are probably my fault. Can you tell me *how* you get those warnings, i.e. what is the command that I should type to see those warnings?
Try sage -docbuild reference html. Or look in the build log? I think that "make" does not build the docs (I may be wrong on that) but "make testlong" does, so it might be in the test log. Anyway, if you touch the offending files and do docbuild reference html it will presumable process them again.
comment:323 in reply to: ↑ 322 Changed 9 years ago by
Replying to cremona:
Replying to jdemeyer:
Can you tell me *how* you get those warnings, i.e. what is the command that I should type to see those warnings?
Try sage -docbuild reference html. Or look in the build log? I think that "make" does not build the docs (I may be wrong on that) but "make testlong" does, so it might be in the test log. Anyway, if you touch the offending files and do docbuild reference html it will presumable process them again.
Yes, they usually drown in the flood of Sphinx messages. (And even worse, Sphinx errors, too.)
I normally do e.g. grep -i warn dochtml.log
; grepping for "error" gives also lines with filenames containing it... ;-)
In case you've deleted the log, you have to touch the sources before doing make doc
, e.g. by ./sage -ba-force
, but that would cause a rebuild of all Cython files, and Sphinx would rebuild the whole reference manual from scratch. So better just touch the files mentioned in the warning messages, and do ./sage -b
, then make doc
, and carefully watch what rushes down the screen... ;-)
comment:324 in reply to: ↑ 320 ; follow-up: ↓ 325 Changed 9 years ago by
Replying to leif:
On 64-bit Ubuntu 10.04 LTS the build failed in the first place (MPIR and Tachyon); simply rerunning
make
the build succeeded, and all long tests passed.Perhaps another missing dependency that only rarely comes into play in parallel builds. (This never happened before, and 4.5.3.alpha2 built fine with the same settings). I'll have to inspect that further.
Well, installing Tachyon actually did not fail; I hadn't looked at the whole log.
It first tries a 32-bit build (prepending -m32
to CFLAGS
), which indeed fails with a make
error. But this is catched by some Tachyon script I think, followed by an attempt to do a 64-bit build, which then succeeds. Quite odd, though the whole process of installing the Tachyon spkg takes less than four seconds for me (on that machine)...
The MPIR failure seems to be due to a race condition:
... make[4]: Entering directory `/home/leif/Sage/sage-4.6.prealpha3/spkg/build/mpir-1.2.2.p1/src' make[4]: warning: -jN forced in submake: disabling jobserver mode. make[5]: Entering directory `/home/leif/Sage/sage-4.6.prealpha3/spkg/build/mpir-1.2.2.p1/src' make[5]: warning: -jN forced in submake: disabling jobserver mode. test -z "/home/leif/Sage/sage-4.6.prealpha3/local/lib" || mkdir -p -- "/home/leif/Sage/sage-4.6.prealpha3/local/lib" test -z "/home/leif/Sage/sage-4.6.prealpha3/local/include" || mkdir -p -- "/home/leif/Sage/sage-4.6.prealpha3/local/include" test -z "/home/leif/Sage/sage-4.6.prealpha3/local/include" || mkdir -p -- "/home/leif/Sage/sage-4.6.prealpha3/local/include" /bin/bash ./libtool --mode=install /usr/bin/install -c 'libmpir.la' '/home/leif/Sage/sage-4.6.prealpha3/local/lib/libmpir.la' /usr/bin/install -c -m 644 'mpirxx.h' '/home/leif/Sage/sage-4.6.prealpha3/local/include/mpirxx.h' /usr/bin/install -c -m 644 'mpir.h' '/home/leif/Sage/sage-4.6.prealpha3/local/include/mpir.h' make -j32 install-data-hook make[6]: Entering directory `/home/leif/Sage/sage-4.6.prealpha3/spkg/build/mpir-1.2.2.p1/src' make[6]: warning: -jN forced in submake: disabling jobserver mode. (cd /home/leif/Sage/sage-4.6.prealpha3/local/include && rm -f gmp.h && cp mpir.h gmp.h) cp: cannot stat `mpir.h': No such file or directory make[6]: *** [install-data-hook] Error 1 make[6]: Leaving directory `/home/leif/Sage/sage-4.6.prealpha3/spkg/build/mpir-1.2.2.p1/src' make[5]: *** [install-data-am] Error 2 make[5]: *** Waiting for unfinished jobs.... ...
I haven't looked at MPIR's Makefile(s); perhaps some dependency is missing there.
comment:325 in reply to: ↑ 324 ; follow-up: ↓ 326 Changed 9 years ago by
Replying to leif:
Well, installing Tachyon actually did not fail; I hadn't looked at the whole log.
It first tries a 32-bit build (prepending
-m32
toCFLAGS
), which indeed fails with amake
error. But this is catched by some Tachyon script I think, followed by an attempt to do a 64-bit build, which then succeeds. Quite odd, though the whole process of installing the Tachyon spkg takes less than four seconds for me (on that machine)...
Just for the record: This is actually a completely weird Sage "feature" (on Linux), i.e. spkg-install
does this. I think I'll open a ticket for that, since Sage's beta(!) version of Tachyon is also out of date since at least 19 month and the spkg really needs work...
Sorry for this rather off-topic comment.
comment:326 in reply to: ↑ 325 Changed 9 years ago by
Replying to leif:
Replying to leif:
Well, installing Tachyon actually did not fail; I hadn't looked at the whole log.
It first tries a 32-bit build (prepending
-m32
toCFLAGS
), which indeed fails with amake
error. But this is catched by some Tachyon script I think, followed by an attempt to do a 64-bit build, which then succeeds. Quite odd, though the whole process of installing the Tachyon spkg takes less than four seconds for me (on that machine)...Just for the record: This is actually a completely weird Sage "feature" (on Linux), i.e.
spkg-install
does this. I think I'll open a ticket for that, since Sage's beta(!) version of Tachyon is also out of date since at least 19 month and the spkg really needs work...Sorry for this rather off-topic comment.
Leif,
you should open a ticket for this Tachyon problem. Put what info you have and cc me. I'd like to know of anything that adds -m32
as that sort of thing could screw up on any system, but particularly might screw up on systems were we add -m64
as we do on 64-bit Solaris builds. As you say, it's well off topic for this ticket, which is already very very long.
Dave
comment:327 follow-up: ↓ 328 Changed 9 years ago by
comment:328 in reply to: ↑ 327 ; follow-up: ↓ 329 Changed 9 years ago by
Replying to leif:
Should we open a new ticket for issues with MPIR 2.1.1 (#8664) and ECM 6.3 (#5847)?
(Both currently need review, work for me with 4.5.3.alpha2, but not fully with 4.6.prealpha3 [segfault in
sage/schemes/elliptic_curves/ell_point.py
].)
Any idea which patch from 4.6.prealpha3 could cause this? I don't think MPIR or ECM depends on PARI/GP.
comment:329 in reply to: ↑ 328 ; follow-up: ↓ 331 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
Should we open a new ticket for issues with MPIR 2.1.1 (#8664) and ECM 6.3 (#5847)?
(Both currently need review, work for me with 4.5.3.alpha2, but not fully with 4.6.prealpha3 [segfault in
sage/schemes/elliptic_curves/ell_point.py
].)Any idea which patch from 4.6.prealpha3 could cause this?
Nope. I'm not competent to track this down. But since the file containing the failing example also has a 9343-patched doctest (different result only), the code obviously (indirectly) uses PARI.
I don't think MPIR or ECM depends on PARI/GP.
No, but the code depends on them.
I guess John C. will know. I just wonder where we should address such issues; #8664 (with #5847 mandatory) is likely to go into the 4.6 series. (Though perhaps not 4.6.0, I'm not the release manager.)
comment:330 follow-up: ↓ 332 Changed 9 years ago by
P.S.: Perhaps "just" some rare incompatibility of PARI to the new GMP/MPIR.
comment:331 in reply to: ↑ 329 ; follow-up: ↓ 333 Changed 9 years ago by
Replying to leif:
Replying to jdemeyer:
Replying to leif:
Should we open a new ticket for issues with MPIR 2.1.1 (#8664) and ECM 6.3 (#5847)?
(Both currently need review, work for me with 4.5.3.alpha2, but not fully with 4.6.prealpha3 [segfault in
sage/schemes/elliptic_curves/ell_point.py
].)Any idea which patch from 4.6.prealpha3 could cause this?
Nope. I'm not competent to track this down. But since the file containing the failing example also has a 9343-patched doctest (different result only), the code obviously (indirectly) uses PARI.
I don't think MPIR or ECM depends on PARI/GP.
No, but the code depends on them.
I guess John C. will know. I just wonder where we should address such issues; #8664 (with #5847 mandatory) is likely to go into the 4.6 series. (Though perhaps not 4.6.0, I'm not the release manager.)
What exactly might I know?
comment:332 in reply to: ↑ 330 Changed 9 years ago by
Replying to leif:
P.S.: Perhaps "just" some rare incompatibility of PARI to the new GMP/MPIR.
At least PARI 2.4.3.svn-12577.p4 passes its test suite with MPIR 2.1.1.
comment:333 in reply to: ↑ 331 ; follow-up: ↓ 334 Changed 9 years ago by
Replying to cremona:
What exactly might I know?
Sorry, John, I have not even posted the failing doctest, because I'm not sure if we should discuss it on this already large ticket... (and also hesitated to open a ticket "not-yet-positively-reviewed fails on/with not-yet-released 4.6.prealpha3")
But you're one of the authors of sage/schemes/elliptic_curves/ell_point.py
.
comment:334 in reply to: ↑ 333 ; follow-up: ↓ 335 Changed 9 years ago by
Replying to leif:
Replying to cremona:
What exactly might I know?
Sorry, John, I have not even posted the failing doctest, because I'm not sure if we should discuss it on this already large ticket...
I think my guess (that you would know the code) was right. :-)
It's exactly the two long doctests you added at #8319 (as part of a regression doctest) that individually both segfault with MPIR 2.1.1 and ECM 6.3, in EllipticCurvePoint_number_field.height()
. Tagging these two doctests # not tested
, ptestlong
passes all tests on 64-bit Ubuntu 10.04; still waiting for the results on another, 32-bit Fedora 13 machine.
comment:335 in reply to: ↑ 334 ; follow-up: ↓ 336 Changed 9 years ago by
comment:336 in reply to: ↑ 335 ; follow-up: ↓ 337 Changed 9 years ago by
Replying to leif:
Replying to leif:
It's exactly the two long doctests you added at #8319 (as part of a regression doctest) that individually both segfault with MPIR 2.1.1 and ECM 6.3 [...]
... and of course only in combination with the new PARI, i.e. all tests pass with 4.5.3.alpha2 and MPIR 2.1.1 and ECM 6.3.
OK, here's one way of testing this (perhaps). I made an input file for gp which computes that same example: http://www.warwick.ac.uk/staff/J.E.Cremona/pari-test.gp
To test this save the file and run it using sage -gp pari-test.gp
. If nothing goes wrong it should output some stuff ending with
%11 = 2.386623822 E-29
comment:337 in reply to: ↑ 336 Changed 9 years ago by
Replying to cremona:
To test this save the file and run it using
sage -gp pari-test.gp
. If nothing goes wrong it should output some stuff ending with
%11 = 2.386623822 E-29
leif@quadriga:~/Sage/sage-4.6.prealpha3-with-mpir-2.1.1$ ./sage -gp GP/PARI CALCULATOR Version 2.4.3 (development svn-12577) amd64 running linux (x86-64/GMP-5.0.1 kernel) 64-bit version compiled: Aug 27 2010, gcc-4.4.3 (Ubuntu 4.4.3-4ubuntu5) (readline v6.0 enabled, extended help enabled) Copyright (C) 2000-2008 The PARI Group PARI/GP is free software, covered by the GNU General Public License, and comes WITHOUT ANY WARRANTY WHATSOEVER. Type ? for help, \q to quit. Type ?12 for how to get moral (and possibly technical) support. parisize = 8000000, primelimit = 500509 ? read("pari-test-cremona.gp") %1 = -8.968227546699448805 E-38 ? quit Goodbye!
I'm not that sure I made it right, but except for the number following "%", the output looks ok to me.
The segfaults when doctesting happen in libgmp.so
, mpn_submul_1()
, which is (indirectly) called by __gmpn_divexact()
(gdb stack), but the origin/cause seems to be sage/libs/pari/gen.pyx
, gen.__setitem__()
, or its caller EllipticCurvePoint_field.__getitem__()
... I don't recall when I last used debuggers... ;-)
The last output from running the doctest example (copied to a .sage
file, activating pdb
right before Q.height()
) in gdb is:
> /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_rational_field.py(657)pari_curve()->[0, 0, 0...854 E-19] -> return self._pari_curve[L[-1]] (Pdb) --Call-- > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(334)__getitem__() -> def __getitem__(self, n): (Pdb) > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(345)__getitem__() -> return self._coords[n] (Pdb) --Return-- > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(345)__getitem__()->21043516...115795849 -> return self._coords[n] (Pdb) --Call-- > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(334)__getitem__() -> def __getitem__(self, n): (Pdb) > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(345)__getitem__() -> return self._coords[n] (Pdb) --Return-- > /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/python2.6/site-packages/sage/schemes/elliptic_curves/ell_point.py(345)__getitem__()->30508178...767198757 -> return self._coords[n] (Pdb) Program received signal SIGSEGV, Segmentation fault. 0x00007ffff29c08fd in mpn_submul_1 () from /home/leif/Sage/sage-4.6.prealpha3-with-mpir-2.1.1/local/lib/libgmp.so.8 (gdb) c Continuing. Program received signal SIGSEGV, Segmentation fault. 0x00007fffeca17fee in __pyx_pf_4sage_4libs_4pari_3gen_3gen___setitem__ ( __pyx_v_self=<value optimized out>, __pyx_v_n=<value optimized out>, __pyx_v_y=<value optimized out>) at sage/libs/pari/gen.c:7018 7018 } (gdb)
comment:338 Changed 9 years ago by
Replying to leif:
I guess John C. will know. I just wonder where we should address such issues; #8664 (with #5847 mandatory) is likely to go into the 4.6 series. (Though perhaps not 4.6.0, I'm not the release manager.)
Although #8664 and #5847 are not prerequisites for the PARI upgrade --- please correct me if I'm wrong --- I think is OK to add comments about "NewPARI." Just be sure to prefix the comments with, e.g.,
This is about #9343's PARI upgrade. See NewPARI for more information and links.
comment:339 Changed 9 years ago by
Replying to leif:
... %1 = -8.968227546699448805 E-38
I get the same result with "vanilla" 4.6.prealpha3 (MPIR 1.2.2.p1/GMP-4.2.1 kernel).
The 32-bit Fedora machine segfaults at Q.height()
, too; in addition, a segfault occurs in ell_rational_field.py
. (Again 4.6.prealpha3 with MPIR 2.1.1 and ECM 6.3.)
comment:340 follow-up: ↓ 341 Changed 9 years ago by
? read("../pari-test-cremona.gp") %1 = 2.386623822 E-29
Exactly John's result on the 32-bit machine with 4.6.prealpha3 and MPIR 2.1.1/GMP-5.0.1 kernel.
comment:341 in reply to: ↑ 340 ; follow-up: ↓ 342 Changed 9 years ago by
Replying to leif:
? read("../pari-test-cremona.gp") %1 = 2.386623822 E-29Exactly John's result on the 32-bit machine with 4.6.prealpha3 and MPIR 2.1.1/GMP-5.0.1 kernel.
Those are the expected results on 32 and 64 bit machines.
Sorry, I'm not able to look at this at all today (Saturday).
comment:342 in reply to: ↑ 341 ; follow-ups: ↓ 343 ↓ 345 Changed 9 years ago by
Replying to cremona:
Sorry, I'm not able to look at this at all today (Saturday).
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
More to come...
comment:343 in reply to: ↑ 342 ; follow-up: ↓ 344 Changed 9 years ago by
Replying to leif:
Replying to cremona:
Sorry, I'm not able to look at this at all today (Saturday).
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
I thought it might be, which is why I provided a test gp script which Pari developers would like more than some Sage code.
More to come...
comment:344 in reply to: ↑ 343 Changed 9 years ago by
Replying to cremona:
Replying to leif:
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
I thought it might be, which is why I provided a test gp script which Pari developers would like more than some Sage code.
I was actually thinking (fearing) it was a Sage/Cython? bug, but can meanwhile reproduce the segfault with a GP script; going to sort out if it's PARI's or MPIR's fault.
comment:345 in reply to: ↑ 342 ; follow-up: ↓ 346 Changed 9 years ago by
Replying to leif:
Replying to cremona:
Sorry, I'm not able to look at this at all today (Saturday).
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
I'm not able to reproduce this problem. I'm using vanilla MPIR 2.1.1, vanilla PARI svn-12577 and using PARI's --with-gmp feature and setting LD_LIBRARY_PATH to use my newly compiled MPIR. This is using gcc (GCC) 4.6.0 20100705 (experimental) on a Gentoo Linux x86_64 system. I run the gp script provided by John and it just works.
comment:346 in reply to: ↑ 345 ; follow-ups: ↓ 347 ↓ 348 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
I'm not able to reproduce this problem. I'm using vanilla MPIR 2.1.1, vanilla PARI svn-12577 [...]
I run the gp script provided by John and it just works.
Well, I wrote "a GP script"; John's doesn't resemble what Sage actually does.
Try ellorder(E,Q)
...
With true GMP 5.0.1 (and ECM 6.3), Sage 4.6.prealpha3 passes all tests for me; I'll try later on further machines.
I've put a remark on the NewPARI Wiki page, and will revert #8664 to "needs work".
comment:347 in reply to: ↑ 346 Changed 9 years ago by
Replying to leif:
Replying to jdemeyer:
Replying to leif:
It's an upstream problem (PARI/GP 2.4.3.svn-12577 with MPIR 2.1.1). :)
I'm not able to reproduce this problem. I'm using vanilla MPIR 2.1.1, vanilla PARI svn-12577 [...]
I run the gp script provided by John and it just works.
Well, I wrote "a GP script"; John's doesn't resemble what Sage actually does.
My script was intended to make the pari library do exactly what is does in that Sage example, i.e. it calls ellheight with the same point and curve.
Try
ellorder(E,Q)
...
Meaning? That returns 0, which is correct (it means infinite order).
With true GMP 5.0.1 (and ECM 6.3), Sage 4.6.prealpha3 passes all tests for me; I'll try later on further machines.
I've put a remark on the NewPARI Wiki page, and will revert #8664 to "needs work".
comment:348 in reply to: ↑ 346 ; follow-up: ↓ 349 Changed 9 years ago by
comment:349 in reply to: ↑ 348 Changed 9 years ago by
comment:350 Changed 9 years ago by
If I understand correctly, this is a probably a Pari bug, which the Pari developers will hopefully fix. (It might not be of course - I'm not saying it is a Pari bug).
I would suggest that it would suggest it might be wiser to just add the bug fix to the Sage package, and not use the very latest svn checkout. That should reduce the chance of you getting any new bugs that might have been created. Since these are only svn snapshots, they can't be expected to be as stable as a well tested release.
Of course, it would be wise to ask the Pari developers too, but my general feeling is that it would be wise to make major changes now.
Dave
comment:351 Changed 9 years ago by
Replying to cremona:
Replying to leif:
Well, I wrote "a GP script"; John's doesn't resemble what Sage actually does.
My script was intended to make the pari library do exactly what is does in that Sage example, i.e. it calls ellheight with the same point and curve.
This wasn't meant as an offense; perhaps I should have written "... does not fully resemble what Sage does".
Try
ellorder(E,Q)
...Meaning? That returns 0, which is correct (it means infinite order).
Yes, and that's what crashes with MPIR 2.1.1.
Sage's EllipticCurvePoint_number_field.height()
first calls self.has_finite_order()
, which in turn calls self.order()
, which uses PARI's orderell()
(deprecated, ellorder()
in the GP interpreter).
comment:352 Changed 9 years ago by
In order not to flood this ticket any further, I opened a ticket for this new PARI + new MPIR issue: #9837
comment:353 follow-ups: ↓ 354 ↓ 355 Changed 9 years ago by
comment:354 in reply to: ↑ 353 Changed 9 years ago by
Replying to mpatel:
How close are the essential PARI upgrade tickets #9343, #9591, and #9592 (any others?) to being positively reviewed?
If the Pari upgrade is stalled over some issues, it might be worth considering putting the upgrade off for the a release. That would not slow the Pari upgrade, if the tickets merged had an almost zero probability of conflicting with the upgrade.
- #9766 is for example a ticket I reviewed, which is an update to an SPKG.txt file only.
That's an extreme example, but there must be other tickets which have a very small probability of affecting the Pari upgrade.
That said, I'm glad the 4.5.3.alpha2 has become available, and people are having time to test that without 4.5.3 being rushed out.
comment:355 in reply to: ↑ 353 ; follow-up: ↓ 357 Changed 9 years ago by
Replying to mpatel:
How close are the essential PARI upgrade tickets #9343, #9591, and #9592 (any others?) to being positively reviewed?
I lost track of who is doing what, so I don't know what (or who) we are waiting for. Or who will be the one to actually give it a positive review. Presumably what we want is that as soon as 4.5.3 is released the current prealpha of 4.6 is released as an alpha? What is to stop that happening now?
comment:356 Changed 9 years ago by
As far as I know, the only remaining issue is to port #9722 to #9343. I believe leif is working on that (If leif is unable to do it, I'm also willing to take care of that).
The large number of doctests without errors for sage-4.6.prealpha3 seem to indicate that the patches are fine.
I also would very much like somebody to have a look at #9400, because it also touches a lot of PARI code (the patch for #9400 has been included in 4.6.prealpha2 and 4.6.prealpha3).
comment:357 in reply to: ↑ 355 ; follow-up: ↓ 359 Changed 9 years ago by
Replying to cremona:
I lost track of who is doing what, so I don't know what (or who) we are waiting for. Or who will be the one to actually give it a positive review.
Me, too. Also, it looks as if there was a lack of (other, "independent") reviewers, or at least people testing this. I still don't know if this has been tested on Cygwin, and, if there were any issues, if we should address them here. (Mike has provided a "follow-up" Lcalc to make it work on Cygwin; I'm not sure if that's the only required change w.r.t. prealpha3.)
Presumably what we want is that as soon as 4.5.3 is released the current prealpha of 4.6 is released as an alpha?
I actually expected a 4.5.3 release candidate rather than an alpha2, and 4.5.3 released earlier. 4.6.prealpha3 is still based on 4.5.3.alpha1, but as far as I know the only changes in 4.5.3.alpha2 are fixing numerical noise in doctests, and #9722, which I am porting to the new PARI; Mitesh will know better.
What is to stop that happening now?
Regarding this ticket, the only things I'm aware of are:
- preparing a PARI 2.4.3.svn-12577.p5 spkg, with the fixes from #9722, and in addition disabling the use of GMP internals by PARI by default (with an option to make PARI use them)
- fixing Sphinx warnings
- adding more documentation (strings) and doctests to (at least)
sage/libs/pari/gen.pyx
(cf. this comment and the corresponding attachment).
I don't know if further (new?) PARI functions should be wrapped; I only came across the deprecated orderell()
.
IMHO other things (e.g. Lcalc spkg improvements; I've commented on Mike's follow-up #9775) should be addressed during the normal 4.6 release cycle.
I guess an official 4.6.alpha would be tested by far more people, on a broader variety of systems. Same for 4.5.3 (final). If any problems arise with the latter, they should be fixed during the preparation of 4.6 alphas, not in our inofficial prealphas.
Replying to jdemeyer:
[...] port #9722 to #9343. I believe leif is working on that.
Yes. Unfortunately the MPIR 2.1.1 issue took too much of my time and resources; I now consider it (more or less) "resolved", and continue the work on the PARI 2.4.3.svn-12577.p5 spkg.
The large number of doctests without errors for sage-4.6.prealpha3 seem to indicate that the patches are fine.
Hopefully. It might also indicate a lack of (appropriate) doctests... ;-)
(E.g., despite the obvious bug in MPIR 2.1.1, Sage 4.5.3.alpha2 and 4.6.prealpha3 - with PARI not using GMP internals - both passed all long tests on two systems with it. There have been similar cases in the past.)
comment:358 Changed 9 years ago by
P.S.: In prealpha3, the "coverage" slightly rised (by 1 percent):
SCORE devel/sage/sage/libs/pari/gen.pyx: 56% (220 of 389)
comment:359 in reply to: ↑ 357 Changed 9 years ago by
Replying to leif:
- preparing a PARI 2.4.3.svn-12577.p5 spkg, with the fixes from #9722, and in addition disabling the use of GMP internals by PARI by default (with an option to make PARI use them)
I'm assuming you refer to the "GMP internals" mentioned in #9837? Note that these are actually documented GMP internals, so it's not as bad as it sounds. So I would prefer not to touch that code and leave PARI using documented GMP/MPIR internals as it is.
Also, on the who-is-doing-what part: I am not doing anything with this for the moment (I do plan to release a prealpha4 when leif's done with p5).
comment:360 Changed 9 years ago by
I'll release a 4.5.3.rc0 later today (or possibly, tomorrow) which, if there are no new blockers, will become Sage 4.5.3 a week later. Soon after that, I'll start merging positively-reviewed (PR) tickets (listed at reports {11} and {32}) into 4.6.alpha0.
If the essential PARI upgrade tickets are
- PR at that time, I'll merge them (and perhaps other PR PARI-related tickets) into 4.6.alpha0 and leave the other PR tickets for 4.6.alpha1 (or later).
- Not PR at that time, I'll merge other PR tickets into 4.6.alpha0 and leave the PARI tickets for 4.6.alpha1 (or later).
Either way, I don't plan to release Sage 4.6 (== 4.6.0) until it's sufficiently stable.
comment:361 follow-ups: ↓ 362 ↓ 363 Changed 9 years ago by
The PARI have been starting to fix some bugs that we reported (as I said, they usually do it, albeit slowly). Two patches which are in pari-2.4.3.svn-12577.p4.spkg are now fixed upstream in svn 12588:
- http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1089
- http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1091
Personally, I think we should upgrade our spkg from svn 12577 to 12588. This might be a controversial proposal, so what do you think of it?
Leif, how is the progress on p5?
comment:362 in reply to: ↑ 361 Changed 9 years ago by
Replying to jdemeyer:
Personally, I think we should upgrade our spkg from svn 12577 to 12588. This might be a controversial proposal, so what do you think of it?
No idea what else they changed. Without further knowledge, I'd prefer staying with "our already well-tested" 12577, but don't insist on that. I'll leave the decision to the others.
Btw, as Mitesh mentioned, we need a (formal) positive review to get this into Sage 4.6.
Leif, how is the progress on p5?
Ongoing... ;-)
I currently have some hardware issues I cannot solve until tomorrow, but will post a p5 either later today or latest by tomorrow evening.
comment:363 in reply to: ↑ 361 ; follow-up: ↓ 364 Changed 9 years ago by
Replying to jdemeyer:
The PARI have been starting to fix some bugs that we reported (as I said, they usually do it, albeit slowly). Two patches which are in pari-2.4.3.svn-12577.p4.spkg are now fixed upstream in svn 12588:
- http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1089
- http://pari.math.u-bordeaux.fr/cgi-bin/bugreport.cgi?bug=1091
Personally, I think we should upgrade our spkg from svn 12577 to 12588. This might be a controversial proposal, so what do you think of it?
I think that would be a bad idea. It's difficult to say for sure without knowing what was changed in all 11 different svn snapshots, but given these are only snapshots with little testing, I think you have a reasonable probability of hitting another bug.
Not only that, but people have spent a lot of time testing this. Their appetite for testing might diminish.
Where do you stop?
Dave
comment:364 in reply to: ↑ 363 ; follow-ups: ↓ 365 ↓ 366 Changed 9 years ago by
Replying to drkirkby:
I think that would be a bad idea. It's difficult to say for sure without knowing what was changed in all 11 different svn snapshots, but given these are only snapshots with little testing, I think you have a reasonable probability of hitting another bug.
So the PARI/GP people are fixing bugs that we reported, but we're not going to apply those bugfixes? That also sounds stupid.
comment:365 in reply to: ↑ 364 Changed 9 years ago by
Replying to jdemeyer:
So the PARI/GP people are fixing bugs that we reported, but we're not going to apply those bugfixes? [...]
"In a later, stable release..." ;-)
I think we should really get into 4.6 what we have by now, or this ticket will never end.
comment:366 in reply to: ↑ 364 ; follow-up: ↓ 367 Changed 9 years ago by
Replying to jdemeyer:
Replying to drkirkby:
I think that would be a bad idea. It's difficult to say for sure without knowing what was changed in all 11 different svn snapshots, but given these are only snapshots with little testing, I think you have a reasonable probability of hitting another bug.
So the PARI/GP people are fixing bugs that we reported, but we're not going to apply those bugfixes? That also sounds stupid.
I think you didn't get Dave's point. He wants the fixes and only the fixes. If we take another snapshot we get the fixes and who knows what else.
I second leif this needs merging soon or it will never happen. We just have to be ready to pick up the pieces in 4.6.1.
comment:367 in reply to: ↑ 366 Changed 9 years ago by
Replying to fbissey:
Replying to jdemeyer:
Replying to drkirkby:
I think that would be a bad idea. It's difficult to say for sure without knowing what was changed in all 11 different svn snapshots, but given these are only snapshots with little testing, I think you have a reasonable probability of hitting another bug.
So the PARI/GP people are fixing bugs that we reported, but we're not going to apply those bugfixes? That also sounds stupid.
I think you didn't get Dave's point. He wants the fixes and only the fixes. If we take another snapshot we get the fixes and who knows what else.
That is exactly what I meant.
I second leif this needs merging soon or it will never happen. We just have to be ready to pick up the pieces in 4.6.1.
Me too.
comment:368 Changed 9 years ago by
I've put the diffs of and a link to the new PARI 2.4.3.svn-12577.p5 spkg onto #9860. Needs review...
comment:369 Changed 9 years ago by
Dave, you changed the status from "positive review" to "needs work" about three weeks ago.
Are there still known issues not yet fixed?
Otherwise we should at least put it back to "needs review".
comment:370 Changed 9 years ago by
- Status changed from needs_work to needs_review
comment:371 Changed 9 years ago by
I will add some small changes to your spkg:
- config/Makefile.SH: now fixed upstream.
- src/tune/tune.c: tuning fixed upstream.
I will update just these two files from upstream and remove our patch for config/Makefile.SH (no other changes, I promise!)
comment:372 Changed 9 years ago by
I have made a few small changes to the pari spkg and put the result at http://sage.math.washington.edu/home/jdemeyer/spkg/pari-2.4.3.svn-12577.p5.spkg (I kept the p5 version number).
comment:373 Changed 9 years ago by
comment:374 follow-up: ↓ 376 Changed 9 years ago by
- Status changed from needs_review to positive_review
New prealpha4: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha4.tar
Tested successfully on sage.math.washington.edu
, more testing underway. Also tuning and spkg-check worked:
env SAGE_CHECK=yes SAGE_TUNE_pari=yes ./sage -f pari-2.4.3.svn-12577.p5.spkg
As far as I know, there are no remaining issues, so I will be bold and set this back to positive review.
comment:375 follow-up: ↓ 380 Changed 9 years ago by
The prealpha4 passed ptestlong
on Ubuntu 10.04 x86_64 (Core2) and Fedora 13 x86 (Pentium 4 Prescott), too. Installing the package with SAGE_CHECK=yes
also works.
Tuning now doesn't give an error on the former, but still hangs on the latter (see previous posts).
The patch to tune.c
from svn 12588 is a one-liner btw.
comment:376 in reply to: ↑ 374 ; follow-up: ↓ 377 Changed 9 years ago by
Replying to jdemeyer:
New prealpha4: http://sage.math.washington.edu/home/jdemeyer/dist/sage-4.6.prealpha4.tar
Tested successfully on
sage.math.washington.edu
, more testing underway. Also tuning and spkg-check worked:env SAGE_CHECK=yes SAGE_TUNE_pari=yes ./sage -f pari-2.4.3.svn-12577.p5.spkgAs far as I know, there are no remaining issues, so I will be bold and set this back to positive review.
Having produced a tar file for people to test, it would have been wise to get some more feedback before setting it to positive review.
I'm going to build it now on OpenSolaris. Nice thing about that is that's it's very quick. Downloading the tarball is less so!
Dave
comment:377 in reply to: ↑ 376 ; follow-up: ↓ 378 Changed 9 years ago by
Replying to drkirkby:
I'm going to build it now on OpenSolaris. Nice thing about that is that's it's very quick.
If so, you could try reinstalling the PARI package with PARI_EXTRA_OPTS="--graphic=auto"
or e.g. X11
; best once with X11 development files present, and once in addition without (a functional) xmkmf
. (I don't know what X11 [development] packages OpenSolaris provides.) :-)
Downloading the tarball is less so!
Took more than three times longer than usual for me yesterday...
comment:378 in reply to: ↑ 377 ; follow-up: ↓ 379 Changed 9 years ago by
Replying to leif:
Replying to drkirkby:
I'm going to build it now on OpenSolaris. Nice thing about that is that's it's very quick.
If so, you could try reinstalling the PARI package with
PARI_EXTRA_OPTS="--graphic=auto"
or e.g.X11
; best once with X11 development files present, and once in addition without (a functional)xmkmf
. (I don't know what X11 [development] packages OpenSolaris provides.) :-)Downloading the tarball is less so!
Took more than three times longer than usual for me yesterday...
Is the
PARI_EXTRA_OPTS="--graphic=auto"
just an environment variable I should set? If so, that will be trivial. I'm actually building two copies of Sage at the minute on this machine, so its under a heavy load, but I'll try this later
I see your point elsewhere about Qt. I have some Qt libraries on here, which come as part of Mathematica. Not sure if I should set LD_LIBRARY_PATH to include them. Let me know.
Dave
comment:379 in reply to: ↑ 378 Changed 9 years ago by
Replying to drkirkby:
Replying to leif:
Replying to drkirkby:
I'm going to build it now on OpenSolaris. Nice thing about that is that's it's very quick.
If so, you could try reinstalling the PARI package with
PARI_EXTRA_OPTS="--graphic=auto"
or e.g.X11
; best once with X11 development files present, and once in addition without (a functional)xmkmf
. (I don't know what X11 [development] packages OpenSolaris provides.) :-)Is the
PARI_EXTRA_OPTS="--graphic=auto"
just an environment variable I should set?
Yes, that's passed (verbatim) to PARI's Configure
by Sage, so do
export PARI_EXTRA_OPTS="--graphic=X11"
(--graphic=auto
will pick X11 if it's found, otherwise try FLTK and Qt.)
I'm actually building two copies of Sage at the minute on this machine, so its under a heavy load, but I'll try this later
That would be nice.
I see your point elsewhere about Qt. I have some Qt libraries on here, which come as part of Mathematica. Not sure if I should set LD_LIBRARY_PATH to include them. Let me know.
I don't think Mathematica ships with Qt development files... (But there should be such OpenSolaris packages. If you choose X11, PARI will just use "plain" X11.)
W.r.t. #9603, my main machine is still headless... :/
comment:380 in reply to: ↑ 375 ; follow-up: ↓ 387 Changed 9 years ago by
Replying to leif:
The prealpha4 passed
ptestlong
on Ubuntu 10.04 x86_64 (Core2) and Fedora 13 x86 (Pentium 4 Prescott), too. Installing the package withSAGE_CHECK=yes
also works.Tuning now doesn't give an error on the former, but still hangs on the latter (see previous posts).
It also hangs with CFLAGS=-O0
, and also if I do
.../pari-2.4.3.svn-12577.p5/src$ ./Configure --graphic=none --kernel=gmp --tune
(which uses the system's GMP, which is version 4.3.1), regardless of CFLAGS
settings. (gcc is version 4.4.4.)
It doesn't always hang at exactly the same point (of output), but this might simply be due to unflushed buffers; the point where it "stops" only differs by some lines (different size / threshold for the same function, when attempting to tune REMIIMUL_LIMIT
if I understand correctly). When I interrupt the tuning from within a Sage build with Control-C, I get cores dumped. Plain PARI seems to catch the signal (properly) and exits with
^C *** user interrupt. *** Error in the PARI system. End of program.
but continues compilation (which of course fails).
comment:381 follow-up: ↓ 382 Changed 9 years ago by
On a Pentium 4 (Northwood), PARI self-tuning works, and make test-all
apparently passes all tests except those few that require extra data files, though the self-test also ends with
+++ [BUG] Total bench for gp-sta is 585030 +++ [BUG] Total bench for gp-dyn is 592375 ...
I'm not sure what that's intended to mean.
This is with gcc 4.2.1 and GMP 4.3.2 though.
comment:382 in reply to: ↑ 381 ; follow-up: ↓ 383 Changed 9 years ago by
Replying to leif:
On a Pentium 4 (Northwood), PARI self-tuning works, and
make test-all
apparently passes all tests except those few that require extra data files, though the self-test also ends with+++ [BUG] Total bench for gp-sta is 585030 +++ [BUG] Total bench for gp-dyn is 592375 ...
This means that some self-tests failed. Normally you can see which tests failed by looking at the last lines of the output of make test-all
.
comment:383 in reply to: ↑ 382 Changed 9 years ago by
Replying to jdemeyer:
Replying to leif:
+++ [BUG] Total bench for gp-sta is 585030 +++ [BUG] Total bench for gp-dyn is 592375 ...
This means that some self-tests failed. Normally you can see which tests failed by looking at the last lines of the output of
make test-all
.
Yes, and these are exactly the six (IIRC) tests that need extra data; I verified that by looking at the diffs. I don't know what "total bench" and the numbers express. (It's near to, but not the seconds the tests took... ;-) )
comment:384 follow-up: ↓ 385 Changed 9 years ago by
Oh, it might be the (CPU) time in ms the test(s) took (sum about 20 minutes), but the "[BUG]" next to it is quite irritating.
Btw, tuning also works on the Pentium 4 Prescott with GMP 4.2.4 and gcc 4.3.3, so perhaps there's a bug in GMP; a bug in gcc (4.4.4) is IMHO rather unlikely.
comment:385 in reply to: ↑ 384 ; follow-up: ↓ 386 Changed 9 years ago by
Replying to leif:
Btw, tuning also works on the Pentium 4 Prescott with GMP 4.2.4 and gcc 4.3.3, so perhaps there's a bug in GMP; a bug in gcc (4.4.4) is IMHO rather unlikely.
But there another test fails (in linear-{sta,dyn
}) which is not due to missing data files; perhaps numerical noise... (Both diffs are identical.)
comment:386 in reply to: ↑ 385 Changed 9 years ago by
Replying to leif:
But there another test fails (in
linear-{sta,dyn
}) which is not due to missing data files; perhaps numerical noise... (Both diffs are identical.)
This shouldn't happen, can you make a new ticket and post the the linear-sta.dif
?
comment:387 in reply to: ↑ 380 Changed 9 years ago by
Final post here (I'll open a new ticket shortly):
Replying to leif:
Replying to leif:
The prealpha4 passed
ptestlong
on Ubuntu 10.04 x86_64 (Core2) and Fedora 13 x86 (Pentium 4 Prescott), too. Installing the package withSAGE_CHECK=yes
also works.Tuning now doesn't give an error on the former, but still hangs on the latter (see previous posts).
It also hangs with
CFLAGS=-O0
, and also if I do
.../pari-2.4.3.svn-12577.p5/src$ ./Configure --graphic=none --kernel=gmp --tune
(which uses the system's GMP, which is version 4.3.1), regardless of
CFLAGS
settings. (gcc is version 4.4.4.)
It also hangs with GMP 5.0.1 ("plain" PARI, gcc 4.4.4 as before, in tuning REMIIMUL_LIMIT
).
It doesn't always hang at exactly the same point (of output), but this might simply be due to unflushed buffers; the point where it "stops" only differs by some lines (different size / threshold for the same function, when attempting to tune
REMIIMUL_LIMIT
if I understand correctly).
comment:388 follow-up: ↓ 389 Changed 9 years ago by
prealpha4 worked fine for me on 32-bit and 64-bit linux.
Now that 4.5.3 has been released it would be great of we could get this as the beginning of an actual 4.6.0 series.
comment:389 in reply to: ↑ 388 Changed 9 years ago by
Replying to cremona:
Now that 4.5.3 has been released it would be great of we could get this as the beginning of an actual 4.6.0 series.
Mitesh Patel wrote on sage-release ("4.6 sketch" thread):
On 09/07/2010 05:38 PM, Jason Grout wrote:
What do you see as the window for merging changes into 4.6? I'd like to finish some significant changes to fast_callable, but don't think they should be introduced in a point-point release. 4.6 sounds like a good release for the changes.
Up to three weeks. I think there will be three alphas for the 4.6 cycle, since I'll focus on the PARI upgrade (#9343 and related tickets) for 4.6.alpha0. For alpha1 and alpha2, I plan to merge most of the other positively reviewed tickets waiting at reports 11 and 32:
http://trac.sagemath.org/sage_trac/report/11 http://trac.sagemath.org/sage_trac/report/32
Of course, how it really goes will depend significantly on build and test reports. [...]
:)
(For unknown reason I do not see this thread on Google's page.)
comment:390 Changed 9 years ago by
I've updated the commit string for the extcode patch and updated NewPARI.
comment:391 Changed 9 years ago by
- Merged in set to sage-4.6.alpha0
- Resolution set to fixed
- Status changed from positive_review to closed
comment:392 in reply to: ↑ 302 ; follow-up: ↓ 393 Changed 8 years ago by
Replying to jdemeyer:
I found out what prevents PARI/GP from compiling on Solaris. The problem is that
/bin/sh
from Solaris doesn't know abouttest -e <filename>
.
It should, since test -e ...
is POSIX (2004).
Dave, what shell is /bin/sh
there?
comment:393 in reply to: ↑ 392 Changed 8 years ago by
Replying to leif:
Replying to jdemeyer:
I found out what prevents PARI/GP from compiling on Solaris. The problem is that
/bin/sh
from Solaris doesn't know abouttest -e <filename>
.It should, since
test -e ...
is POSIX (2004).Dave, what shell is
/bin/sh
there?
/bin/sh
is a borne shell, but it is not POSIX compatible, since to make it POSIX compatible would break backwards compatibility in Solaris.
There are however other shells, such as /usr/xpg4/bin/sh
which are POSIX compatible. Hence there is a need to work around the Solaris shell /bin/sh
, and do not assume that it is POSIX compatible, since it is not.
Dave
NOTE: According to http://pari.math.u-bordeaux.fr/packages.html, there are now two seadata tarballs; we'll have to make one standard, and one optional.