Accepting request 656949 from science
- Update to new upstream release 2.11 OBS-URL: https://build.opensuse.org/request/show/656949 OBS-URL: https://build.opensuse.org/package/show/openSUSE:Factory/pari?expand=0&rev=17
This commit is contained in:
Dominique Leuenberger
Git OBS Bridge
commit
f30dcedec2
@ -1,686 +0,0 @@
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Bug numbers refer to the BTS at http://pari.math.u-bordeaux.fr/Bugs/
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Done for version 2.11.0 (released 18/07/2018):
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Fixed
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1- uninitialized memory reads in lgcdii and red_montgomery
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BA 2- memory leaks on pari_close [s_dbginfo, s_frame, colormap/graphcolor]
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BA 3- disallow generic operations that end up producing t_POLMOD modulo 0
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e.g. matker( [Mod(1,2); Mod(1,2*x)] )
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4- Fp_powu(a,n,N) incorrect when a not reduced mod N
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BA 5- Flm_adjoint: treat rectangular matrices correctly
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Done for version 2.10.1 (released 04/07/2018):
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Fixed
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1- t_LIST corrupted on writebin / read [#2040]
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BA 2- nfisincl() result uses wrong variable [#2041]
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3- polcompositum(,1) when one polynomial has degree 1 [#2045]
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4- Mod(0,3)*x + O(x^2) -> O(x^2) [instead of same]
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AP 5- alginit(nf, hasse inv.) sometimes wrong degree or stack overflow
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6- factor(x/y) -> error
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7- factor(y/x) -> x^-1 [ instead of y^1 * x^-1 ]
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8- factor(x^2 + O(2^2)) -> x^2 [ instead of (x+O(2^2))^1 * (x+O(2^2))^1 ]
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9- mfeigenbasis(mfinit(71,1,71)) -> error [ full space in wt 1 ]
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10- make galoissubcyclo compatible with znstar(,1)
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11- idealfactor(nfinit(polcyclo(5)),2^4*[0,1,0,0]~,100) => SEGV
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12- idealredmodpower(nf,x,...) incorrect when x a t_INT or t_FRAC
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13- znchargauss(,,a != 1): wrong value (missing \bar{chi}(a))
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14- factorpadic(): wrong results when p-adic accuracy too low
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15- elleisnum([1,I/2^100],4) -> exponent overflow
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16- galoischartable: wrong results
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17- factor(N, lim) was using primes <= lim instead of < lim as documented
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18- bnrinit(,m,1) could return generators not coprime to m (when 2 || Nm)
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19- genus2red(3*(4*x^6+6*x^5+3*x^4+8*x^3+9*x^2-3),3) -> bug in
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litredp [#2053]
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20- missing type check in mfsymbol [ mfsymbol(mf,'f) -> SEGV ]
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21- incorrect values in ellzeta() [#2060]
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22- ((y^-3+O(y))*x+1)/x -> oo loop [#2063]
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23- mfslashexpansion: use Neururer-Brunault's theorem
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24- iferr(sqrt(x+1/y),E,E) -> SEGV [ typo in err_DOMAIN exception ]
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25- t_LIST corrupted on writebin / read [#2040]
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26- prevent diviiexact from creating invalid t_INT on bad input [#2064]
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27- Mod(*, constant polynomial) created invalid t_POLMODs
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28- rnfalgtobasis could create invalid t_POLMODs
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29- mftobasis(mf,f) could raise an exception when f was defined at a
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larger level than its conductor
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30- incorrect values in ellsigma() [#2061]
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31- incorrect values for bnrL1 at large accuracy [#1877]
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Changed
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1- polcoeff is deprecated and renamed polcoef: it now only applies
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to scalars, polynomials, series and rational functions; no longer to
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vector/matrices or quadratic forms (use [] or "component").
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2- [libpari] rename polcoeff0 -> polcoef, polcoeff_i -> polcoef_i,
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truecoeff -> truecoef
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3- add optional argument to denominator/content/numerator to allow
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better control over semantic. E.g.
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No arg: denominator([1/2, 1/x, 1/y]) -> 2*y*x
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denominator([1/2, 1/x, x/y]) -> 2*x
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denominator([x/2, 1/x, 1/y]) -> y*x
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With arg: denominator(,1) is 2 in all 3 cases
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denominator(,x) is x in all 3 cases
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denominator(,y) is y in all 3 cases
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4- factor(t_RFRAC): sort factors by increasing degree
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5- [libpari] rename constant LOG2 -> M_LN2 (from math.h if available)
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6- ellweilcurve: allow input in ellisomat form
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7- [libpari] rnf_get_nfzk / nf_nfzk / nfeltup interface (czknf was
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useless, return and use nfzk)
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8- the rnf struct from rnfinit has changed, the new format is not
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compatible with pari-2.9
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9- improved eta(x^k)
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10- sinc(t_SER) more accurate
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11- in prettymatrix format, no longer print all 0 x n matrices as [;]:
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use [;] iff n = 0 and matrix(0,n) otherwise
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12- bnrdisclist returned t_MATs whose columns were t_VECSMALL
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13- mateigen(m): fall back to qfjacobi when m close to symmetric [#2059]
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Added
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1- [libpari] denom_i, numer_i, conj_i
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BA 2- [libpari] Fp_pow_init, Flxq_pow_init, F2xq_pow_init
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Fp_pow_table, Flxq_pow_table, F2xq_pow_table
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gen_pow_init, gen_pow_table
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3- new GP function serchop
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4- [libpari] serchop_i
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BA 5- [libpari] hash_init_GEN, hash_haskey_long, hash_insert_long
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BA 6- [libpari] FpX_ddf_degree, FpXQX_ddf_degree, FlxqX_ddf_degree
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7- [libpari] checkell_i
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8- new GP function ellisotree
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9- mspolygon: add graphical representations (LaTeX form)
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10- [libpari] idealprodval, rnfdisc_factored
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11- [libpari] eta_ZXn, eta_product_ZXn
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BA 12- New GP functions galoisgetgroup, galoisgetname
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13- [libpari] cxtoreal, cxEk
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14- [libpari] gmin_shallow, gmax_shallow
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Done for version 2.10.0 (released 15/05/2018):
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Fixed
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1- subst(1+x^3+O(x^6),x,x+O(x^4)) -> SEGV [#1865]
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BA 2- lfunartin was using too much stack
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BA 3- fflog in char 3 or 5 was slower than intended
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4- RgX_blocks only worked for t_INT or t_POL coeffs
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5- spurious bnrdlisclist entries (with negative number of real
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places...) when modulus not a conductor
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BA 6- modular algorithms could fail for very large input
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BA 7- [mingw] writebin did not work
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BA 8- forprime(N=2^100,oo,...) did not work
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9- mseval(W,s,p) did not check 'p' in weight 2
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10- matrixqz(m, -1 or -2) was very slow
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11- ZG_normalize destroyed its input
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12- [install] prototype code D0,U, did not work
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BA 13- use of complex default function argument could lead to stack error.
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14- factorpadic(2*x^4+x^2,2,2) -> division by 0 [#1876]
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15- incgam(110, I) very inaccurate
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BA 16- ellinit over number field was not compatible with generic operations.
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BA 17- [breakloop] dbg_up could confuse the breakloop.
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HC 18- sumnummonieninit(,,a) + sumnummonien(n = a, ...) with a > 1 gave wrong
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result
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19- sumnummonieninit([a,b], t_CLOSURE) => incorrect initialization
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20- lngamma(1+epsilon) much slower than in pari-2.7; eg. 10^-4 at \p200
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BA 21- lfun(...,t_SER,n>=1) returned a wrong result
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22- lfun(,, negative derivation order) => internal bug
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23- SEGV in sumnummonieninit when accuracy too low
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BA 24- ellidentify: check curve is over Q
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25- gdivgs(t_RFRAC,s) could create invalid objects
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26- chareval(G,chi,x,[[...], o]) didn't work (off-by-1)
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27- polsturm(x^2-1,[-1,1]) -> SEGV [#1884]
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28- typo in description of "call" symbolic operator [ _(_) ]
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PB 29- matinverseimage could find spurious solutions [#1888]
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30- ellsea could leak variables (=> "no more variables" error)
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31- ellsea leaked clones
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32- 1/x - 1/x returned gen_0 (instead of Pol(0))
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33- printf("%d",factor(2*3*5*7)) => SEGV
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34- lfuninit: incorrect guess for root number depending on init domain
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E = ellinit([0,-a,1,157*a-27,-90*a-543], nfinit(a^2-a+1));
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lfuninit(E,[0,20,10])[2][6] -> 1 (whereas rootno is -1)
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35- bnrinit(bnf,idealfactor(bnf,1)) -> SEGV [#1890]
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BA 36- lfuncreate([1,0,[0],1,1,1,1]) -> SEGV (invalid input)
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37- thue(imaginary quadratic of disc -3f^2, n) could return half-integers
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BA 38- [libpari] Z_ZV_mod caused gerepile error
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39- bestappr(1+0.*I) -> 1 + 0*I instead of 1
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40- memory corruption in qfminim [#1894]
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41- polylog(x) used realprecision accuracy instead of precision(x) [#1895]
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42- exp or log(I*1.0) used realprecision accuracy instead of precision(x)
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[#1896]
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PB 43- M = ffgen(2017^3)*[0, 1; 0, 0]; M^-1 -> SEGV [#1887]
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BA 44- lfun(lfungenus2(...),...) was much slower than intended
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BA 45- nfsubfields(polcyclo(88), 20) -> wrong result [#1892]
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BA 46- [mpi] dynamically linking with libpari did not work
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47- sin(1 + 1.0*I) used realprecision accuracy instead of precision(x);
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same for cos, tan, arg, expm1, sinc.
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48- make idealstar(,N) an actual shortcut for ideal(nfinit(x), N) [#1900];
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it is recommended to use znstar instead.
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HIL 49- polclass could access invalid memory
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50- K=bnfinit(x^2+2323);
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P=idealprimedec(K,23)[1];
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bnfisprincipal(K,P); \\ oo loop
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51- nfvalrem() overflowed in case of negative valuation
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52- ellminimalmodel over number field fails with impossible inverse [#1899]
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53- incorrect GC in nfgcd [#1903]
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54- missing GC in rnfisabelian
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55- derivnum(x = a, ...) allowed t_POL a but not t_RFRAC
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56- missing GC in vectorsmall
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BA 57- missing GC in idealramgroups
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BA 58- ellweilpairing failed for supersingular curves in char. 2 [#1910]
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BA 59- Mat()[1..0,1..0] -> SEGV
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PB 60- galoissubcyclo(1,1,fl) ignored fl [#1914]
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61- PostScript plot: fix font scaling
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EB 62- GP was incorrectly issuing fflush(NULL) [#1913]
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63- issquare(Mod(1,67)*x^4+Mod(14,67)*x^2+Mod(49,67)) -> SEGV [#1915]
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64- polroots(t_POL whose coeffs vary by a factor > 2^100000) -> SEGV
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(or stack overflow)
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65- nfisincl(nf1, nf2) didn't work [#1921]
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66- setting sopath in gprc then calling install() -> SEGV [#1922]
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67- nfislocalpower did not accept a bnf in place of a nf
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68- subst(t_SER, x, 0 t_POL) [#1925], e.g
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subst(x+O(x^2),x,0*x) -> 1 + O(x) [ instead of 0 ]
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subst(x+O(x^2),x,Mod(0,3)*x) -> O(x^0) [ instead of Mod(0,3) ]
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69- valuation(Mod(0,3)*x,x) -> 0 [ instead of oo ]
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70- factor(x^2 * (1+O(5^2))) -> domain error
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71- for T in Q_p[X], factor (round then compute multiplicity)
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and issquarefree (assume input is separable) did not agree. Now,
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factor() repeats irreducible factors according to apparent
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multiplicity (note that the multiplicity is not well defined for
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inexact inputs, which are close to being inseparable, i.e.
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v_p( disc(T) ) is large compared to the input accuracy). On the
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other hand, factorpadic with exact input is able to compute
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multiplicities reliably.
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72- Vecsmall(t_STR with extended (8-bit) ASCII) -> platform dependent +
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can't be converted back with Strchr
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73- x^y: loss of accuracy when y >> 1 and x exact
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BA 74- [pthread] do not use pthread when nbthreads=1
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75- sumdiv(arg. in factored form, k < 0) => error or wrong result
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76- Mod(0,1)^0 -> invalid t_INTMOD
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77- gamma and lngamma inaccurate near negative integers, e.g.
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gamma(-1+10^-16)
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BA 78- nfisisom, nfisincl and factor were still using factornf
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PB 79- nfinit(t_POL of deg 1, 3) => incorrect change of variable
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80- subst(t_SER, x, x+O(x^N)) was slow [ e.g. ellj(x+O(x^10000)) ]
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BA 81- setrand(2);polclass(-5032,27) -> wrong result
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82- polredabs(non-monic t_POL, 1) => potentially wrong transformation map
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83- if 'a < 'b < 'c, charpoly(Mod(a, a^2 + Mod(b,b^2+1)), c) => 1
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[ now error: the result can't be repreѕented as a t_POL in 'c, only
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as a t_POLMOD modulo b^2 whose coefficients are t_POL in 'c ]
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84- mathouseholder: missing sanity checks (SEGV, didn't accept t_COL)
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85- bestapprPade did not handle positive valuation correctly [#1945]
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PB 86- subst(Mod(1/z, y), z, x) -> wrong answer [#1949]
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87- subst(1+x^2+O(x^3),x,y) -> 1 + y^2 + O(y^4) [#1950]
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BA 88- [pthread] thread stacks could silently overflow
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XR 89- padicfields(3,6) -> FPE [#1947]
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90- nfislocalpower could compute ZV_pval(0 vector,) -> oo loop [#1955]
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BA 91- iferr(1/0,E,1,break()) -> SEGV
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92- missing roots in nfroots (when r2>0) [#1956,#1957]
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BA 93- factormod(...,p,1) was incorrect for large p
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BA 94- foo = vectorsmall(1);for(i=1,1, foo[1]); -> error [#1958]
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BA 95- v=Vecsmall([2]); Fl_neg(v[1],3) when Fl_neg is installed [#1958]
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96- fincke_pohst with stockmax = -1 and non-zero CHECK (infinite
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capacity + selection criterion) could lose some vectors
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Affected polredabs [#1963]
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97- ellwp(,,1) returned \wp'/2 instead of \wp'
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98- inaccuracy in ellL1 / ellanalyticrank (usually last digit)
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99- nffactor factors could be non-monic [#1967]
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100- bestapprPade(,explicit B): wrong result [#1946]
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101- bestappr(Mod(10,307), 40) -> 10 (instead of 3/31)
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102- mathnf([x;1]) -> SEGV [#1971]
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BA 103- ispower((x^3+ffgen([2^127-1,3])*x+1)^2,2,&r);r was wrong [#1976]
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104- factorpadic(3*x+O(2^5),2,5) -> division by 0 [#1982]
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105- vecmax(Vecsmall()) -> some random value [#1983]
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106- SEGV in install() when bad prototype supplied [#1977]
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107- ellzeta(., real number) possibly wrong result [#1981]
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BA 108- sqrtn(Mod(9, 101), -2) -> wrong result
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109- multiplying t_SER with t_INTMOD entries (mod a composite) whose
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leading term cancels -> SEGV [#1986]
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110- lambertw(t_SER) could create invalid t_FRACs
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111- matintersect did not always return a basis
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112- nfinit([T, listP]) could error out when a small prime
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outside listP divided the index [#1993]
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113- lfuntheta(1,1e50) -> overflow
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114- nfrootsof1 could return a t_POL (always return \pm 1 or a t_COL)
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115- oo-loop in msfromell [#1906]
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116- memory leak due to cgetg_block / gunclone_deep usage
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117- memory leak in ellminimalmodel when e memoized periods/roots components
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BA 118- [win32] plot colors were shifted by 1
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119- RgX_translate(P,c) with c equal to \pm 1 (e.g. as t_REAL or t_PADIC)
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incorrectly replaced c by its t_INT approximation [#1995]
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BA 120- matsupplement(Mod(matrix(5,1),2)) --> SEGV [#1996]
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121- PostScript engine: missing 'stroke' in plotbox method => some
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commands (e.g. colors) could be ignored
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122- sqrtnint(a,k) very inefficient for huge k [and huge a]
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123- powuu(0,1) -> SEGV
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124- mathnfmodid([;], t_VEC) did not correspond to specifications
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(always returned [;])
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125- matsolvemod([;],2,[]~) -> no solution [ instead of []~ ]
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126- a[1]=vector(10):a[1][1]=b;a[1]=vector(10); could leak memory [#1999]
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127- lcm(Pol(0),0) -> division by 0
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128- QX_complex_roots(a*x^n,) => SEGV
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BA 129- default(strictargs,1); my(a=2);(f(b,c)=123);f(1) => SEGV [#2004]
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130- factor(0.*x + 1) -> SEGV [#2005]
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131- sinh(x close to 0) -> loss of accuracy
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132- sinc(0.*I) -> division by 0
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133- wrong result in bnfinit due to loss of accuracy and unsufficient
|
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heuristics to detect it [#2007].
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{setrand(2);p=x^8-1661000*x^6+967427199776*x^4-230628391373468096*x^2
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+19278898978723566612544;bnfinit(p).cyc}
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=> [60,2,2,2,2,2,2,2,2,2] instead of [6,2]
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134- nffactor(y^8-y^6+y^4-y^2+1,x^4-1) -> concatenation error [#2009]
|
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135- vecsort / vecsearch: comparison function was required to assume
|
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integral values; allow t_INT, t_FRAC or t_REAL
|
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136- mathess was very unstable, and so was charpoly(,,2) [#2010]
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137- memory corruption in nffactor [#2013]
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BA 138- partitions(1,[0,5],[3,4]) -> incorrect result
|
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139- quadclassunit(-699,,[6,6]) -> SEGV [#2015]
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140- intnum would lose accuracy when using more control points, e.g.
|
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intnum(x=0,1,x*cos(Pi*x), 2) at \p100 [#2014]
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141- polcoeff(t_SER) -> incorrect types and values
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polcoeff(1/(1+x+y+O(y^2)+O(x^2)), 1,y) -> 2*x-1 [now -1+2*x+O(x^2)]
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polcoeff(y+O(y^2), 0, x) -> 0 [now y+O(y^2)]
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142- ellperiods([1,0.1 + I/10^50]) -> division by 0
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143- nfmodpr(nfinit(x),[],[]~) -> SEGV [#2020]
|
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144- nfisisom(nfinit(x^2+4),x^2+1) -> reverse isomorphism [#2022]
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145- forbid ellinit(E/Qp, prime != p or 1.0)
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146- elllocalred(non integral E/nf,p) -> wrong result
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147- ellorder(E/Q, P with t_FFELT entries) not accepted [ t_INTMOD was ]
|
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148- missing GC in lfuntheta
|
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149- implementation of newblock was incompatible with getheap(). Now we
|
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always include the 'block' size in the header.
|
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150- gamma(0.0+1/2*x+O(x^2)) -> domain error in factorial
|
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151- affrr(0.0, x) did not reset the exponent correctly: use
|
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min(expo(0.0), bit_accuracy(lg(x)))
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152- matkerint could be exponentially slow; guarantee polynomial time
|
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(drawback: slows down some classes of matrices) [#2034]
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153- ellminimaltwist did not check that E is defined over Q
|
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154- padicappr('x,Mod(0,'t^2+1)+O(7^10)) -> SEGV [#2036]
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155- allow \r "foo bar" (quotes around file names are optional for
|
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\l,\r, \w; they allow filenames with spaces) [#2035]
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156- memory leak in polclass()
|
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AP 157- fix integrality condition in algsubalg/algquotient/algcentralproj
|
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158- factorpadic gave wrong results at low accuracy
|
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|
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Added
|
||||
1- [libari] ZM_isidentity
|
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2- [libpari] rename buchnarrow -> bnfnarrow
|
||||
3- [libpari] ZX_radical
|
||||
BA 4- [gmp] support for mpn_divexact_1
|
||||
BA 5- parallel fflog in characteristic at most 5
|
||||
BA 6- parallel znlog for large characteristic
|
||||
7- [libpari] u_chinese_coprime
|
||||
BA 8- new GP function elltamagawa
|
||||
9- [libpari] RgX_rescale_to_int, RgM_rescale_to_int
|
||||
BA 10- [libpari] Flx_digits/FlxV_Flx_fromdigits
|
||||
11- new argument (multiple derivation) in GP function derivnum
|
||||
12- allow matrix(n) for n x n matrices
|
||||
13- new GP functions nfeltsign, nfeltembed, nfpolsturm
|
||||
HC 14- new GP functions sumnumap, sumnumapinit (Abel-Plana summation)
|
||||
HC 15- new GP functions zetamultall, zetamultconvert
|
||||
16- allow t_VECSMALL for vecsort [already there but undocumented] and
|
||||
vecsearch [already there but prevented by a typo]
|
||||
CG 17- new GP function matpermanent [#1860]
|
||||
18- [libpari] hammingl, RgM_is_QM, vecsmall_prod, zm_permanent,
|
||||
ZM_permanent
|
||||
19- lfuncreate: no longer assume Ramanujan-Petersson, allow specifying
|
||||
an arbitrary growth rate a_n = O(n^(k_1 + eps))
|
||||
BA 20- new GP function vecprod
|
||||
21- new GP function znchar
|
||||
VD 22- new GP functions forperm, forsubset
|
||||
PB 23- [libpari] F2xqM_F2xqC_gauss F2xqM_F2xqC_invimage F2xqM_gauss F2xqM_invimage
|
||||
FlxqM_FlxqC_invimage FlxqM_invimage
|
||||
FqM_FqC_invimage FqM_invimage
|
||||
gen_matcolinvimage gen_matinvimage
|
||||
FFM_FFC_invimage FFM_FFC_gauss FFM_gauss FFM_invimage
|
||||
24- new GP function polrootsbound
|
||||
HC 25- new GP functions prodeulerrat, sumeulerrat, sumnumrat, prodnumrat
|
||||
HC 26- new GP function zetahurwitz
|
||||
27- [libpari] sqrtnr_abs
|
||||
28- binomial(x,k): allow omitting k [ => vecbinomial ]
|
||||
VD 29- [libpari] forperm_init, forperm_next, forperm, forallsubset_init,
|
||||
forallsubset_next, forksubset_init, forksubset_next, forsubset
|
||||
30- [libpari] lindep_bit
|
||||
BA 31- new GP function ellbsd
|
||||
32- new GP function poldiscfactors
|
||||
33- [libpari] FpX_gcd_check
|
||||
34- [libpari] str_init, str_printf, str_putc, str_puts
|
||||
35- new GP function printp [ used to exist with a slightly different
|
||||
meaning: pretty format vs prettymatrix ]
|
||||
36- new GP function sumnumlagrange, sumnulagrangeinit
|
||||
37- [libpari] int2um1 (for 2^n - 1)
|
||||
38- Fl_powu: special purpose code when base is 2
|
||||
39- [libpari] vecpowuu, vecpowug
|
||||
40- [libpari] zerovec_block
|
||||
41- [libpari] Z_ZV_mod_tree
|
||||
42- [libpari] vecvecsmall_max, vecsmall_to_vec_inplace
|
||||
43- new GP function zetamultinit
|
||||
BA 44- new GP functions permorder, permsign
|
||||
BA 45- new GP function galoisconjclasses
|
||||
AP 46- new GP functions galoischartable, alggroupcenter, algmakeintegral
|
||||
47- [libpari] Flxn_inv
|
||||
48- new GP function chargalois
|
||||
49- [libpari] expose znstar internal interface: znstar_get_N,
|
||||
znstar_get_conreycyc, znstar_get_conreygen, znstar_get_faN, znstar_get_no,
|
||||
znstar_get_pe, znstar_get_Ui, checkznstar_i
|
||||
50- [libpari] coreu_fact, moebiusu_fact
|
||||
51- [libpari] ZabM_ker, ZabM_indexrank, ZabM_inv, ZabM_pseudoinv,
|
||||
BA 52- [libpari] stack_malloc_align
|
||||
PB 53- [libpari] FFM_deplin, FFM_indexrank, FFM_suppl F2xqM_deplin,
|
||||
F2xqM_indexrank, F2xqM_suppl FlxqM_deplin, FlxqM_indexrank, FlxqM_suppl
|
||||
FqM_indexrank
|
||||
JD 54- [plot] SVG support
|
||||
55- [libpari] upper_to_cx, cxredsl2, cxredsl2_i
|
||||
56- new GP function charpow
|
||||
57- [libpari] ZM_pseudoinv
|
||||
58- [libpari] ulogintall, ulogint, umuluu_or_0, QXQV_to_FpM, ZM_ZX_mul,
|
||||
RgM_RgX_mul
|
||||
59- new GP function ellminimaldisc
|
||||
60- [libpari] rfracrecip_to_ser_absolute, RgV_to_ser
|
||||
61- new GP function znchardecompose, zncharconductor, znchartoprimitive
|
||||
PB 62- [libpari] perm_sign
|
||||
PB 63- [libpari] FlxC_neg FlxC_sub FlxM_neg FlxM_sub FlxqC_Flxq_mul
|
||||
FlxqM_Flxq_mul zero_FlxC zero_FlxM
|
||||
PB 64- asymptotically fast linear algebra using CUP decomposition
|
||||
65- [libpari] nf_get_zkden, nf_get_zkprimpart
|
||||
66- [libpari] idealprimedec_galois, idealprimedec_degrees
|
||||
67- [libpari] idealaddtoone_raw, ZM_hnfmodprime, pr_hnf
|
||||
BA 68- new GP functions hyperellratpoints and ellratpoints based on
|
||||
Michael Stoll ratpoints code.
|
||||
69- [libpari] Z_pollardbrent, Z_ECM
|
||||
70- [libpari] RgX_mulhigh_i
|
||||
71- GP function znchargauss
|
||||
72- Configure --graphic=svg
|
||||
73- GP function divisorslenstra (divisors in residue classes)
|
||||
74- [libpari] lg_increase, vecfactoru, vecfactoru_i, vecfactoroddu,
|
||||
vecfactoroddu_i, vecfactorsquarefreeu
|
||||
BA 75- ellheight for curves over number fields
|
||||
76- new GP function forfactored
|
||||
77- [libpari] ZV_sort_inplace
|
||||
BA 78- ellrootno for curves over number fields
|
||||
79- optional flag to 'divisors' (add factorization)
|
||||
80- GP functions fordivfactored
|
||||
BA 81- [libpari] ZXQM_mul, ZXQM_sqr, QXQM_mul, QXQM_sqr
|
||||
82- [libpari] ZX_z_unscale
|
||||
83- [libpari] Flxn_mul
|
||||
BA 84- [libpari] FlxqX_is_squarefree, FlxqX_nbfact, RgX_to_FlxqX
|
||||
85- [libpari] RgX_addmulXn, RgX_addmulXn_shallow, RgX_addspec,
|
||||
RgX_addspec_shallow
|
||||
BA 86- GP functions galoischardet, galoischarpoly
|
||||
87- [libpari] mulcxpowIs
|
||||
BA 88- [libpari] function RgXn_sqrt
|
||||
KB+HC89- new package 'mf' for modular forms; new GP functions
|
||||
getcache lfunmf mfDelta mfEH
|
||||
mfEk mfTheta mfatkin mfatkineigenvalues
|
||||
mfatkininit mfbasis mfbd mfbracket
|
||||
mfcoef mfcoefs mfconductor mfcosets
|
||||
mfcuspisregular mfcusps mfcuspval mfcuspwidth
|
||||
mfderiv mfderivE2 mfdescribe mfdim
|
||||
mfdiv mfeigenbasis mfeigensearch mfeisenstein
|
||||
mfembed mfeval mffields mffromell
|
||||
mffrometaquo mffromlfun mffromqf mfgaloistype
|
||||
mfhecke mfheckemat mfinit mfisCM
|
||||
mfisequal mfkohnenbasis mfkohnenbijection mfkohneneigenbasis
|
||||
mflinear mfmanin mfmul mfnumcusps
|
||||
mfparams mfperiodpol mfperiodpolbasis mfpetersson
|
||||
mfpow mfsearch mfshift mfshimura
|
||||
mfslashexpansion mfspace mfsplit mfsturm
|
||||
mfsymbol mfsymboleval mftaylor mftobasis
|
||||
mftocoset mftonew mftraceform mftwist
|
||||
90- [libpari] ZV_cba, Z_cba_extend
|
||||
91- [libpari] RgV_is_ZVpos, RgV_is_ZVnon0
|
||||
JA 92- GP functions primecert, primecertexport, primecertisvalid (ECPP).
|
||||
93- [libpari] ncharvecexpo
|
||||
94- [libpari] rootsof1q_cx, rootsof1powinit, rootsof1pow
|
||||
BA 95- [libpari] RgX_digits
|
||||
96- [libpari] Q_content_safe
|
||||
BA 97- ellisomat: support for curve over finite field without CM
|
||||
98- GP function: bestapprnf
|
||||
99- [libpari] vec_prepend, lindepfull_bit
|
||||
BA 100- [libpari] QX_mul/QX_sqr/QX_ZX_rem, FFX_mul/FFX_sqr/FFX_rem,
|
||||
RgX_mul_i/RgX_sqr_i, ZXQX_mul/ZXQX_sqr
|
||||
BA 101- [libpari] Rg_type, RgX_type2, RgX_type3,
|
||||
RgM_type, RgM_type2, RgM_RgC_type
|
||||
BA 102- RgX_mul/RgX_sqr: support for coefficient ring detection
|
||||
BA 103- [libpari] FlxqXQ_auttrace
|
||||
BA 104- [libpari] F2xX_F2x_add, FlxX_Flx_sub, FqX_Fq_sub
|
||||
BA 105- [libpari] F2x_get_red, get_F2x_mod, get_F2x_var, get_F2x_degree,
|
||||
F2xqX_get_red, get_F2xqX_mod, get_F2xqX_var, get_F2xqX_degree
|
||||
106- [libpari] vecmoduu, quadclassno, mkfracss, sstoQ, Qtoss
|
||||
107- [libpari] znchar_quad
|
||||
VD 108- [libpari] closure_func_err
|
||||
BA 109- [libpari] F2xqX_extgcd, F2xqXQ_inv, F2xqXQ_invsafe, FFXQ_inv
|
||||
BA 110- [libpari] ZV_nv_mod_tree, ZM_nv_mod_tree, ZXC_nv_mod_tree,
|
||||
ZXM_nv_mod_tree
|
||||
BA 111- [libpari] FF_gen, FF_map, FFX_preimage, FF_Frobenius
|
||||
BA 112- New GP functions ffembed, ffmap, ffinvmap, ffcompomap, ffextend,
|
||||
fffrobenius
|
||||
113- [libpari] cx_approx_equal
|
||||
BA 114- [libpari] F2xqX_ispower, FlxqX_ispower, FpXQX_ispower, FFX_ispower,
|
||||
FpX_ispower, FqX_to_mod, FqM_to_mod, RgC_to_FqC, RgM_to_FqM,
|
||||
QXQC_to_mod_shallow, QXQM_to_mod_shallow
|
||||
BA 115- [libpari] ZC_Q_mul, ZM_Q_mul, ZX_Q_mul, QM_mul, QM_det, QM_ker
|
||||
BA 116- [libpari] Fl_log, Fl_log_pre, Fl_sqrtn, Fl_sqrtn_pre
|
||||
BA 117- [libpari] Flc_Flv_mul, Flm_adjoint, Flm_powers
|
||||
118- New GP function exponent()
|
||||
BA 119- [libpari] ZXM_init_CRT, ZXM_incremental_CRT
|
||||
120- [libpari] numdivu, numdivu_fact, gexpo_safe
|
||||
BA 121- [libpari] FpXC_center, FpXM_center
|
||||
BA 122- [libpari] nxV_chinese_center, nxCV_chinese_center, nxMV_chinese_center
|
||||
AP 123- New GP functions matdetmod, matimagemod, matinvmod, matkermod
|
||||
BA 124- [libpari] Z_content
|
||||
125- [libpari] checkMF, checkMF_i, checkmf_i, inv_content
|
||||
BA 126- [libpari] F2xqXQ_inv, F2xqXQ_invsafe, F2xqX_invBarrett, Flc_Flv_mul
|
||||
coprimes_zv
|
||||
127- New GP functions msdim, mslattice, mspetersson, mspolygon,
|
||||
ellweilcurve, ellpadicbsd, ellpadicregulator
|
||||
BA 128- New GP function lfuntwist
|
||||
129- [libpari] mkmat22, mkmat22s, Qp_agm2_sequence, Qp_ascending_Landen,
|
||||
Qp_descending_Landen
|
||||
BA 130- [libpari] famat_pows_shallow, famat_mulpows_shallow
|
||||
131- [libpari] QXQ_div_ratlift, ZM_equal0, QM_ImZ_hnfall, QM_ImQ_hnfall
|
||||
BA 132- [libpari] ZXn_mul, ZXn_sqr, FpXn_mul, FpXn_sqr, RgXn_recip_shallow,
|
||||
FpXn_exp, FpX_Newton, FpX_fromNewton, FpX_Laplace, FpX_invLaplace
|
||||
BA 133- [libpari] FpX_integ, FpX_convol
|
||||
134- allow zeta(power series)
|
||||
135- New GP function laurentseries
|
||||
LGr 136- default(echo): new value echo = 2 [ print as is, incl. whitespace ]
|
||||
LGr 137- allow power series as limits for intnum()
|
||||
138- [libpari] uordinal
|
||||
BA 139- [libpari] QM_gauss, QM_rank, QM_indexrank, QM_QC_mul
|
||||
LGr 140- make TESTS="a b c" test-all to test only 'a' 'b' and 'c', e.g.
|
||||
'lfun', 'gamma' and 'lfuntype' (same for statest-all and dyntest-all)
|
||||
141- allow quaddisc(integer factorization matrix)
|
||||
142- New GP function forsquarefree
|
||||
143- allow matsolve(m,b) when m is only left-invertible
|
||||
BA 144- [libpari] QXQ_mul, QXQ_sqr, FFXQ_mul, FFXQ_sqr
|
||||
145- New GP function idealispower
|
||||
BA 146- New GP function idealredmodpower
|
||||
147- 'ms' modular symbol package: support N = 1 as well
|
||||
148- allow mssplit(M), splits msnew(M) by default
|
||||
BA 149- [libpari] FpXQXn_mul, FpXQXn_sqr, FqXn_mul, FqXn_sqr
|
||||
150- New GP functions plothexport, plothrawexport, plotexport
|
||||
151- plotcolor(w, col) now allows color names (t_STR) or [R,G,B] values
|
||||
152- allow a t_STR composed of # + 6 hex digits for colour names
|
||||
153- isprime(,3): use ECPP
|
||||
154- new GP function log1p [#1829]
|
||||
BA 155- qfisom: allow to give the automorphism group of the second lattice
|
||||
156- optional argument to idealfactor [limit factorization]
|
||||
157- [libpari] idealHNF_Z_factor_i, idealfactor_limit, famat_div_shallow,
|
||||
Q_factor, Q_factor_limit, vecsquarefreeu, gprec_wensure
|
||||
158- vecsort / vecsearch: allow sort/search wrt to a "key" (closure with
|
||||
arity 1)
|
||||
159- [libpari] forprimestep_init
|
||||
160- allow forstep(a,b, Mod(c,q), ...)
|
||||
161- new GP function forprimestep
|
||||
162- [libpari] RgX_sylvestermatrix
|
||||
163- [libpari] Rg_to_Fq, Fp_invgen
|
||||
BA 164- [libpari] F2xqX_factor_squarefree, FlxqX_factor_squarefree,
|
||||
FpXQX_factor_squarefree, FqX_factor_squarefree, FFX_factor_squarefree
|
||||
BA 165- [libpari] FpXX_integ, FpXX_halve, FqX_halve, FpXQXn_exp, FqXn_exp,
|
||||
FqX_integ
|
||||
166- new file Ser.c
|
||||
BA 167- [libpari] FpXn_inv, FpXQXn_inv, FqXn_inv
|
||||
BA 168- New file GP interface: fileclose fileextern fileflush fileopen
|
||||
fileread filereadstr filewrite filewrite1
|
||||
BA 169- [libpari] Flx_ddf, F2x_ddf, FpX_ddf, F2xqX_ddf, FlxqX_ddf, FpXQX_ddf,
|
||||
FqX_ddf, FFX_ddf
|
||||
F2xqX_degfact, FlxqX_degfact, FpXQX_degfact, FqX_degfact, FFX_degfact
|
||||
170- new GP functions factormodSQF, factormodDDF
|
||||
171- [libpari] umuluu_le, ugcdiu, ugcdui, ulcm
|
||||
172- [libpari] Fp_center_i, FpX_center_i
|
||||
173- [libpari] hclassno6, hclassno6u
|
||||
BA 174- New GP function lfunsympow
|
||||
BA 175- nfsplitting: support for reducible polynomials
|
||||
AP 176- new GP functions alglatadd, alglatcontains, alglatelement, alglathnf,
|
||||
alglatindex, alglatinter, alglatlefttransporter, alglatmul,
|
||||
alglatrighttransporter, alglatsubset
|
||||
AP 177- new GP function algsplit
|
||||
|
||||
Changed
|
||||
1- rewrite bnfnarrow
|
||||
2- the bid struct from idealstar has been changed, the new format is
|
||||
not compatible with pari-2.9
|
||||
3- bnrdisclist output is now an ordinary vector (not a vector of vectors)
|
||||
4- made nfsign() / nfsign_arch() reliable [ use algebraic method
|
||||
besides floating point approximation to real embeddings ]
|
||||
5- support ??refcard-ell (or mf/nf/lfun)
|
||||
6- [libpari internals] bnrinit(,,1) [with generators] is no longer
|
||||
necessary for bnrsurjection()
|
||||
7- bnrinit(,,1) is no longer necessary for bnrL1, bnrconductor,
|
||||
bnrrootnumber, bnrstark, rnfkummer, galoissubcyclo
|
||||
8- msfromell: use a (much faster) modular algorithm, allow a vector
|
||||
of isogenous curves
|
||||
9- mseval(W,s,p): allow 2x2 matrix for the path 'p' argument
|
||||
10- allow mseval(W, t_MAT, p) to evaluate many symbols simultaneously
|
||||
11- allow polrootsreal() and polsturm() with non-rational real polynomials
|
||||
(input is rounded first)
|
||||
BA 12- FlxX_shift did not support negative (left) shift.
|
||||
BA 13- [libpari] rename FpX_fromdigits -> FpXV_FpX_fromdigits,
|
||||
FpXQX_fromdigits -> FpXQXV_FpXQX_fromdigits
|
||||
14- made lngamma(t_COMPLEX) faster
|
||||
15- made sumnummonieninit(,1) faster
|
||||
HC 16- sumnummonieninit(a) for [a,a] did not conform to documentation.
|
||||
Change to sumnummonieninit(b) for [1,b]
|
||||
17- improve prime() and primepi() by adding more checkpoints [#1878]
|
||||
18- lfun(Dirichlet character): switch automatically to lfunchiquad
|
||||
(Kronecker) if char has order <= 2
|
||||
19- nfchecksigns: replace by rigorous algorithm
|
||||
20- asympnum: better tunings => usually finds more terms
|
||||
21- extended help: make ?? op work for ALL operators (=> GP operators@2)
|
||||
22- idealstar(,N) : always include generators, for all values of flag
|
||||
[ this is cheap, allowing not to compute it doesn't make much sense;
|
||||
and G.gen is now always defined. ]
|
||||
23- let ellsea call the generic algorithm when q <= 523 to avoid an oo-loop
|
||||
24- sqrtnr algorithm (Newton iteration instead of exp(log(x)/n)
|
||||
BA 25- quadgen/quadunit: allow to specify the variable name instead of w.
|
||||
26- [libpari] rename vecbinome -> vecbinomial
|
||||
27- [libpari] rename padic_lindep -> lindep_padic, Xadic_lindep ->
|
||||
lindep_Xadic
|
||||
28- x^(t_FRAC) use sqrtnr if possible
|
||||
BA 29- keri replaced by ZM_ker (use modular algorithm)
|
||||
30- lfuncreate() change of format for (p,d)->Lp closure:
|
||||
- Lp here and in bad primes [p,Lp] must now use the actual local
|
||||
factor and not its inverse
|
||||
- d is now the exact number of terms needed (was 1 less), i.e.
|
||||
one need only return Lp + O(x^d)
|
||||
- bad primes are given as a separate 2nd component:
|
||||
[Lp, [[p1,L1],...[pk,Lk]]], not as [Lp, [p1,L1],...[pk,Lk]]
|
||||
31- faster nfgaloismatrix / nfgaloisapply(nf,s, ideal)
|
||||
32- nf struct: nf[7] now stores nf.zk / content(nf.zk). Old format is
|
||||
still supported (to read in data involving old-style nf generated by
|
||||
gp version < 2.10) but incurs a small speed penalty.
|
||||
JD 33- move plotport.c to libpari
|
||||
34- default window size for hi-res plots using --graphic=X
|
||||
35- component(t_POL T, n) used to return polcoeff(T, n-1) for all n >= 1
|
||||
[ undocumented compatibility behaviour, deprecated since the
|
||||
introduction of polcoeff ], and raised an exception for n <= 0.
|
||||
Now returns a true GEN component whenever it exists and raises an
|
||||
exception when it does not [ n <= 0 or n > polcoeff(T)+1 ].
|
||||
BA 36- Fl_addmul_pre: change arguments order to follow Fp_addmul convention
|
||||
37- issquarefree / isfundamental with integer argument: allow factored form
|
||||
38- change polred-type algorithm to return 'x' (no longer 'x-1') for
|
||||
the field of rational numbers (make it consistent with polredabs)
|
||||
BA 39- ellisomat(E,{fl}) is now ellisomat(E,{p},{fl}) (p degree of isogenies)
|
||||
40- the definition used in polred / polredbest / polredabs to decide
|
||||
what is the "best" polynomial to return
|
||||
41- removed resultant_all, use RgX_resultant_all
|
||||
42- polresultant: no longer compute the content of arguments
|
||||
(potentially very expensive for a generically small gain)
|
||||
43- support Q(i) in Q_denom / Q_remove_denom
|
||||
BA 44-[libpari] rename {FpXQXQ,FlxqXQ,F2xqXQ}V_aut{sum,trace,pow} to
|
||||
{FpXQXQ,FlxqXQ,F2xqXQ}_aut{sum,trace,pow}
|
||||
BA 45-[libpari] FpXQXQ_auttrace now identical to FpXQ_auttrace
|
||||
BA 46-[libpari] RgX_type now only handles polynomials.
|
||||
47-log: change threshold between Taylor / AGM when x close to a power
|
||||
of 2 [#1934]
|
||||
48-[libpari] ZM_inv and QM_inv interface
|
||||
49- K.tu[2]: make it a t_INT if possible, else a t_POLMOD
|
||||
50- removed warning "Mod(a,b)^n with n >> b : wasteful"
|
||||
51- ellpadicmatrix now returns a pair of matrices (instead of a matrix
|
||||
whose entries are pairs of values)
|
||||
52- ellpadicheight and ellpadicmatrix no longer accept [p,[a,b]]
|
||||
arguments; use * [a,b]~
|
||||
53- ellpadics2: allow curves with multiplicative reduction
|
||||
54- E/Qp now allowed in ellcard, ellap, ellgroup, ellissupersingular,
|
||||
ellpadicfrobenius, ellpadics2, ellintegralmodel, elllocalred
|
||||
55- E/Qp convert coefficient to exact form using centered residues
|
||||
56- msissymbol now returns a GEN (gen_0/gen_1) instead of a long, allow
|
||||
t_MAT arguments and return a vector of 0/1 in this case.
|
||||
57- allow mseval(M, t_MAT)
|
||||
58- change 'debugmem' default value to 1;
|
||||
no memory-related message at value 0 (not recommended under gp).
|
||||
BA 59- V=galoisfixedfield(,,2): return V[1] in the same variable as the
|
||||
coeffs of V[3] instead of P.
|
||||
60- numtoperm now returns a t_VECSMALL (so that results can be
|
||||
multiplied as permutations, etc.), no longer a ZV
|
||||
61- improve Fp_sqrt for p = 5 (mod 8) [Atkin's formula]
|
||||
62- improved matrixqz(,‐1 or -2) by using matkermod
|
||||
63- The functions psdraw, psploth and psplothraw and the default psfile
|
||||
are obsolete. Use one of plotexport, plothexport or plothrawexport
|
||||
with format "ps" and write the result to file.
|
||||
AP 64- new implementation of matsolvemod; old matsolvemod0 is deprecated
|
||||
65- plotcolor(w,c) now returns the [R,G,B] value attached to c
|
||||
66- allow plotdraw(w) for plotdraw([w,0,0])
|
||||
67- allow isprime(n) to use ECPP
|
||||
68- isprime(n,1) no longer outputs a certificate, use primecert(n)
|
||||
69- isprime(n,1) no longer uses APRCL for large prime divisors of n-1
|
||||
(pure Pocklington-Lehmer-Selfridge); use primecert(n).
|
||||
70- getrand() encoded results in a way that depended on 32bit/64bit arch
|
||||
71- thue(p, rhs) is much easier when p has no real roots; don't insist
|
||||
on computing bnfinit(p) in this case [#2003]
|
||||
72- use Newton in expm1
|
||||
73- change rnfpolredabs so that it outputs a canonical polynomial. As a
|
||||
result, the function is no longer Obsolete.
|
||||
74- allow polrecip(scalar x) -> x
|
||||
75- extend factormod(f, D) for general finite fields: D = p prime
|
||||
[over Fp], D = [T,p] (over Fp[x]/(T)), or omited [over field of
|
||||
definition of f]. Same for polrootsmod.
|
||||
76- factorff and polrootsff are now obsolete. Use factormod/polrootsmod
|
||||
77- Ser(s, 'x, d) now always return a series with d significant terms.
|
||||
It used to return a t_SER s in 'x verbatim and to use all given
|
||||
coefficients for a t_VEC/t_COL. Only if d is explicitly given,
|
||||
no change for Ser(s,'x)
|
||||
78- elllocalred, ellap, ellcard, ellissupersingular, ellgroup(,0):
|
||||
allow models which are not p-integral
|
||||
79- ellgroup: allow E over number field
|
||||
80- factorback([;]) is now invalid [ [;] is not the empty factorization,
|
||||
factor(1) = matrix(0,2) is ]
|
||||
81- cmpiu / cmpiu, equaliu / equalui : no longer assume that t_INT argument
|
||||
is non-negative
|
||||
82- rename diviu_rem -> absdiviu_rem, udiviu_rem -> uabsdiviu_rem,
|
||||
udivui_rem -> uabsdivui_rem
|
||||
83- allow E.omega, E.eta, E.area for E over number field
|
||||
84- ellpointtoz for E over number field
|
||||
AP 85- algnorm, algtrace and algcharpoly now have an optional flag to get the
|
||||
absolute version over an alginit algebra
|
||||
AP 86- renamed algsplittingmatrix -> algtomatrix
|
||||
AP 87- algleftmultable now always returns the multiplication table on the
|
||||
integral basis
|
||||
AP 88- merge algdecomposition + algsimpledec -> algsimpledec
|
||||
AP 89- algpoleval: new syntax for matrix argument algpoleval(al,pol,[x,mx])
|
||||
BA 90- ellmoddegree: return only the modular degree, do not depend on current
|
||||
precision.
|
||||
91- polsturm: allow non-squarefree polynomials (count distinct roots)
|
||||
AP 92- merge algdim + algdim -> algdim(,{abs=0})
|
||||
AP 93- merge algleftmultable + algtomatrix -> algtomatrix(,{abs=0})
|
||||
|
||||
Removed
|
||||
1- file 'MACHINES' (no longer maintained)
|
||||
2- useless argument nf in ZC_nfval, ZC_nfvalrem, pr_equal, ZC_prdvd
|
||||
3- useless flag argument in polrootsmod
|
||||
4- [libpari] useless function Flx_roots_naive; rootmod and rootmod2
|
||||
are now an alias for polrootsmod (both have been deprecated for years)
|
||||
rootmod0 is just as obsolete.
|
||||
@ -1,3 +0,0 @@
|
||||
version https://git-lfs.github.com/spec/v1
|
||||
oid sha256:3835caccaa3e0c64764521032d89efeb8773cce841f6655fec6d58e790f4c9a1
|
||||
size 4419112
|
||||
@ -1,17 +0,0 @@
|
||||
-----BEGIN PGP SIGNATURE-----
|
||||
Version: GnuPG v1
|
||||
|
||||
iQIcBAABAgAGBQJbTzT/AAoJEI8OfCtFIuOHLhkQAISARBXFFkFopo4t1XONpoE0
|
||||
gx763x2jdBQao6IredpUFxEAJlXFLo+oIkrKKlmuhH2hIf6TyLrHm5aGUWZ64Uxf
|
||||
/ZYMfsWgmal7KFvg46mjHpwd6k7VxSrooWmBFO5lpee10xLn7uYpornLAm6jBtYw
|
||||
kkY10W55DMzGDVda5uNGhaljqzG3ptfbTHTL99dRB25CLRHH9xaJBVTtgOeV44dL
|
||||
rshSpVnfPcN/p7HAJpolBHuOJdqXdreCSPUFprBf48+XG0e4os9wYYkhLbnQu201
|
||||
oDBK9LAmoZlv9TZUHi8bmJKp5Ay74Z94hbkGiTZVah0Qe93HDDbK3T4m7gEmLmf0
|
||||
DQo41/0Y7C+LxRVOfL6ypWjmFPrn5Y5CFX0oksCb61QTG8fja1eApM5gpaHDweMm
|
||||
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|
||||
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|
||||
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|
||||
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|
||||
LUTThhjFUf9WGyFRe1t0
|
||||
=az8E
|
||||
-----END PGP SIGNATURE-----
|
||||
44
pari-2.11.1.changelog
Normal file
44
pari-2.11.1.changelog
Normal file
@ -0,0 +1,44 @@
|
||||
Bug numbers refer to the BTS at http://pari.math.u-bordeaux.fr/Bugs/
|
||||
|
||||
Done for version 2.11.1 (released 1/12/2018):
|
||||
Fixed
|
||||
1- heap-buffer-overflow in init_prefix [readline] [F4]
|
||||
2- mfsplit(mf,,flag) could return uninitialized objects => SEGV [F5]
|
||||
3- mfeisenstein(k,,chi) was treated as E(k,chi) instead of E(k,1,chi)[F6]
|
||||
4- poldegree(y/x) -> 0 [ instead of -1 ] [F7]
|
||||
5- sumeulerrat(y/x^2,1) -> junk [F8]
|
||||
HC 6- incgam(-1000.4,2) -> SEGV [F9]
|
||||
7- mfatkininit(mfinit([366,2]),2) -> precision error [F10]
|
||||
8- forprimestep: wrong when wrapping over word boundary [#2071] [F11]
|
||||
9- mfbracket: [f,g]_m was multiplied by (-1)^m [F12]
|
||||
10- wrong results in mfatkininit / mfatkineigenvalues [#2073/#2074] [F13]
|
||||
11- issquare(Mod(x,ffinit(3,2))) -> wrong result [broken Fq_ispower] [F14]
|
||||
12- possible SEGV in rnfpseudobasis(, [pol,lim]) [F15]
|
||||
13- wrong result in elllog over F_p, p in [2^63,2^64[ [F16]
|
||||
14- wrong result in mfsymboleval when path extremities are close to [F17]
|
||||
real axis (cusps were OK) [#2075]
|
||||
15- mfcoefs(mfDelta(),0) -> SEGV [#2078] [F18]
|
||||
16- GC error in lfuncreate(elliptic curve over number field) [#2080] [F19]
|
||||
17- X11 and Qt graphic engine: pari_close called too soon => crash [F20]
|
||||
18- pariold.h: mix up with obsoleted taille / taille2 [F21]
|
||||
19- foo(n)=vector(n)[1..n];123; would corrupt the GP interpreter [F22]
|
||||
20- Pol(0)/'x -> t_INT 0 (instead of 0*x^0) [F23]
|
||||
Pol(0)/(Mod(1,2)*'x) -> t_INT 0 (instead of Mod(0,2)*x^0)
|
||||
21- missing typecheck in nfalgtobasis [#2084] [F24]
|
||||
22- dbllog2(t_COMPLEX of t_FRAC) => junk [F25]
|
||||
23- nffactor(t_POL, t_POL) => bug in LLL_cmbf [#2083] [F26]
|
||||
24- ideallog(pure archimedean conductor, t_FRAC) -> log(0) error [F27]
|
||||
25- lfunrootres: avoid oo-loop [F28]
|
||||
26- mfgaloistype: dihedral forms possibly incorrect for N > 3000 [F29]
|
||||
27- mfgaloistype: error on mf=mfinit([1159,1,Mod(930,1159)],0); [F30]
|
||||
28- hash_GEN(x) differed depending on whether x was a clone [F33]
|
||||
BA 29- [mpi] setting nbthreads in .gprc could lead to crashes. [F34]
|
||||
30- accuracy too large in derivnum => slowdown [F35]
|
||||
31- nfisincl(x^5-x^4+x^3-2*x^2+3*x-1,x^20+x^15+x^10+x^5+1) -> SEGV [F36]
|
||||
32- stack corruption in addsub_frac [F37]
|
||||
AP 33- segfault in rnfidealup [#2093] [F38]
|
||||
34- Ser(x,x,0) -> error instead of O(x) [#2092] [F39]
|
||||
35- fix mspolygon(,2) [add 1/3rd hyperbolic triangles + fix labels] [F40]
|
||||
36- factor(3/(x^5+3*y*x^4+3*y^2*x^3+y^3*x^2)) -> SEGV [F41]
|
||||
37- catastrophic cancellation in acosh / asinh for large t_COMPLEX [F43]
|
||||
38- zeta(1/2 + I*t) => internal error [F44]
|
||||
3
pari-2.11.1.tar.gz
Normal file
3
pari-2.11.1.tar.gz
Normal file
@ -0,0 +1,3 @@
|
||||
version https://git-lfs.github.com/spec/v1
|
||||
oid sha256:24a9b324a6e9fb161f49dd93aa4dc3f8bb8996c96050ee0468b2f92b45eacac9
|
||||
size 4426390
|
||||
16
pari-2.11.1.tar.gz.asc
Normal file
16
pari-2.11.1.tar.gz.asc
Normal file
@ -0,0 +1,16 @@
|
||||
-----BEGIN PGP SIGNATURE-----
|
||||
|
||||
iQIzBAABCAAdFiEEQgKOpASi6dgKxFMUjw58K0Ui44cFAlv1n3EACgkQjw58K0Ui
|
||||
44cX4Q//Z7/TdwbzGOSjTq3yqt5i403KaMr5WRszZvgzSWYLsuqBv2HW5nJx5549
|
||||
Zrlw0liO+bWct4N5ZPZF+0/1i4C0O9d94zCuDjJvAvzJCS9mON4XCpY+xln3wc3R
|
||||
tTWecFPuYspkL7mOMtOeqYFCnsGsc1XIh+tSU9+urYr3cLkeBzVVJUbzuuYR0ZJ1
|
||||
2/MhERhuM0aElNLM7ghP2QDL1HDH8PZBoHAQc71TrQeCdqIPR73GctFRRCPjZXjr
|
||||
iE3H0QxZ/yy5S6Z8g0siFReZtKzSsPL6d36UzKY51YkNf2VSPFwx9M3lrRcmSSrs
|
||||
19c/KufakxqaCEukCBJ7qI5R0PXYKlY98yYxa+7cG7bUQuiPiBvRrlg4IyY5bO5S
|
||||
HR0fFZx6C6ZV94c3JOgBd8w7ddeA8lMrQWUN+M7bTZT3jxOXbN73NZ2l64n2s8E8
|
||||
1aFAcvGpQdPt9w18vVJhKEjeA+JCcnD5h7AgIpvzWEymvyfi1FphrWPp50XkHLfp
|
||||
kJuw6nnefbAw6LVuYdBi92FpL8bYckahw+EHpIhFRco29b4xIDUCzxnoqACWKtdx
|
||||
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|
||||
eBAIwEX4vc2esCHsdPlt6y58PSAYUp3KwIhoG/+lw6tydFm1/9U=
|
||||
=u6wF
|
||||
-----END PGP SIGNATURE-----
|
||||
22
pari.changes
22
pari.changes
@ -1,3 +1,25 @@
|
||||
-------------------------------------------------------------------
|
||||
Mon Dec 10 23:51:20 UTC 2018 - Jan Engelhardt <jengelh@inai.de>
|
||||
|
||||
- Update to new upstream release 2.11
|
||||
* Fixed a heap buffer overflow
|
||||
* Fixed mfsplit(mf,,flag) could return uninitialized objects
|
||||
causing SIGSEGV
|
||||
* Fixed incgam(-1000.4,2) causing SIGSEGV
|
||||
* Fixed mfcoefs(mfDelta(),0) causing SIGSEGV
|
||||
* Fixed segfault in rnfidealup
|
||||
|
||||
-------------------------------------------------------------------
|
||||
Fri Dec 7 21:14:49 UTC 2018 - Todd R <toddrme2178@gmail.com>
|
||||
|
||||
- Use %macro instead of %{macro} wherever possible.
|
||||
|
||||
-------------------------------------------------------------------
|
||||
Fri Dec 7 16:38:08 UTC 2018 - Todd R <toddrme2178@gmail.com>
|
||||
|
||||
- Fix building on SLE 15
|
||||
- Use %license macro
|
||||
|
||||
-------------------------------------------------------------------
|
||||
Wed Aug 29 20:32:25 UTC 2018 - Jan Engelhardt <jengelh@inai.de>
|
||||
|
||||
|
||||
63
pari.spec
63
pari.spec
@ -12,32 +12,43 @@
|
||||
# license that conforms to the Open Source Definition (Version 1.9)
|
||||
# published by the Open Source Initiative.
|
||||
|
||||
# Please submit bugfixes or comments via http://bugs.opensuse.org/
|
||||
# Please submit bugfixes or comments via https://bugs.opensuse.org/
|
||||
#
|
||||
|
||||
|
||||
%if 0%{?sle_version} == 150000 && !0%{?is_opensuse}
|
||||
%bcond_with qt
|
||||
%else
|
||||
%bcond_without qt
|
||||
%endif
|
||||
|
||||
# See
|
||||
# http://pari.math.u-bordeaux.fr/archives/pari-dev-1211/msg00006.html
|
||||
# for details on the SO versioning.
|
||||
|
||||
Name: pari
|
||||
%define lname libpari-gmp6
|
||||
Version: 2.11.0
|
||||
%define sover 6
|
||||
%define lname libpari-gmp%sover
|
||||
Version: 2.11.1
|
||||
Release: 0
|
||||
Summary: Computer Algebra System for fast computations in Number Theory
|
||||
Summary: Computer Algebra System for computations in Number Theory
|
||||
License: GPL-2.0-only
|
||||
Group: Productivity/Scientific/Math
|
||||
Url: http://pari.math.u-bordeaux.fr/
|
||||
|
||||
URL: http://pari.math.u-bordeaux.fr/
|
||||
#Git-Clone: http://pari.math.u-bordeaux.fr/git/pari.git
|
||||
#Git-Web: http://pari.math.u-bordeaux.fr/cgi-bin/gitweb.cgi
|
||||
Source: http://pari.math.u-bordeaux.fr/pub/pari/unix/pari-%version.tar.gz
|
||||
Source2: http://pari.math.u-bordeaux.fr/pub/pari/unix/pari-%version.tar.gz.asc
|
||||
Source3: http://pari.math.u-bordeaux.fr/pub/pari/unix/pari-%version.changelog
|
||||
Patch1: pari-nodate.diff
|
||||
BuildRoot: %{_tmppath}/%{name}-%{version}-build
|
||||
BuildRequires: fltk-devel
|
||||
BuildRequires: gmp-devel
|
||||
BuildRequires: libX11-devel
|
||||
BuildRequires: libqt4-devel
|
||||
BuildRequires: readline-devel
|
||||
BuildRequires: xorg-x11-proto-devel
|
||||
%if %{with qt}
|
||||
BuildRequires: libqt4-devel
|
||||
%endif
|
||||
|
||||
%description
|
||||
PARI/GP is a computer algebra system designed for fast computations
|
||||
@ -63,7 +74,7 @@ functions.
|
||||
Summary: Computer Algebra System library for fast computations in Number Theory
|
||||
# This is used by the data packages to avoid having a too-old version of libpari:
|
||||
Group: System/Libraries
|
||||
Provides: libpari-gmp = %version-%release
|
||||
Provides: libpari-gmp = %version
|
||||
|
||||
%description -n %lname
|
||||
PARI/GP is a computer algebra system designed for fast computations
|
||||
@ -88,47 +99,45 @@ functions.
|
||||
|
||||
%prep
|
||||
%setup -q
|
||||
%patch -p 1 -P 1
|
||||
%patch -P 1 -p1
|
||||
|
||||
%build
|
||||
./Configure --prefix="%_prefix" \
|
||||
--bindir="%_bindir" --includedir="%_includedir" \
|
||||
--libdir="%_libdir" \
|
||||
--sysdatadir="%_libdir" --datadir="%_datadir/%name";
|
||||
--sysdatadir="%_libdir" --datadir="%_datadir/%name"
|
||||
make %{?_smp_mflags} all \
|
||||
CFLAGS="%optflags -fno-strict-aliasing" \
|
||||
STRIP=true;
|
||||
|
||||
cp "%{S:3}" .;
|
||||
STRIP=true
|
||||
cp "%{S:3}" .
|
||||
|
||||
%install
|
||||
b="%buildroot";
|
||||
make install DESTDIR="$b";
|
||||
%make_install
|
||||
|
||||
%post -n %lname -p /sbin/ldconfig
|
||||
%postun -n %lname -p /sbin/ldconfig
|
||||
|
||||
%files gp
|
||||
%defattr(-,root,root)
|
||||
%license AUTHORS COPYING
|
||||
%_bindir/*
|
||||
%_datadir/%name
|
||||
%_libdir/%name.cfg
|
||||
%_mandir/man*/*
|
||||
%doc %name-%version.changelog
|
||||
|
||||
#
|
||||
# See
|
||||
# http://pari.math.u-bordeaux.fr/archives/pari-dev-1211/msg00006.html
|
||||
# for details on the SO versioning.
|
||||
#
|
||||
%files -n %lname
|
||||
%defattr(-,root,root)
|
||||
%if 0%{?sle_version} <= 150000 && !0%{?is_opensuse}
|
||||
%dir %_licensedir
|
||||
%endif
|
||||
%license AUTHORS COPYING
|
||||
%doc %name-%version.changelog
|
||||
%doc CHANGES CHANGES-* NEW README
|
||||
%doc examples/
|
||||
%_libdir/libpari-gmp.so.%version
|
||||
%_libdir/libpari-gmp.so.6
|
||||
%_libdir/libpari-gmp.so.%sover
|
||||
|
||||
%files devel
|
||||
%defattr(-,root,root)
|
||||
%_includedir/pari
|
||||
%license AUTHORS COPYING
|
||||
%_includedir/pari/
|
||||
%_libdir/libpari.so
|
||||
|
||||
%changelog
|
||||
|
||||
Loading…
Reference in New Issue
Block a user