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Multiplicative order: Difference between revisions
Add Perl using modules (we still should have a full implementation, using one of the same modules to supply factoring and lcm)
(Added Maple implementation.) |
(Add Perl using modules (we still should have a full implementation, using one of the same modules to supply factoring and lcm)) |
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Line 633:
=={{header|PARI/GP}}==
<lang parigp>znorder(Mod(a,n))</lang>
=={{header|Perl}}==
Using modules:
<lang perl>use Math::Prime::Util qw/znorder/;
say znorder(54, 100001);
use bigint; say znorder(11, 1 + 10**100);</lang>
or
<lang perl>use Math::Pari qw/znorder Mod/;
say znorder(Mod(54, 100001));
say znorder(Mod(11, 1 + Math::Pari::PARI(10)**100));</lang>
=={{header|Perl 6}}==
<lang perl6>my @primes := 2, grep *.is-prime, (3,5,7...*);
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