#!/usr/bin/env perl
use strict;
use warnings;
use Math::Prime::Util::GMP;
use Test::More tests => 1;
my @functions = qw(
is_prime
is_prob_prime
is_bpsw_prime
is_provable_prime
is_provable_prime_with_cert
is_aks_prime
is_nminus1_prime
is_ecpp_prime
is_pseudoprime
is_strong_pseudoprime
is_lucas_pseudoprime
is_strong_lucas_pseudoprime
is_extra_strong_lucas_pseudoprime
is_almost_extra_strong_lucas_pseudoprime
is_perrin_pseudoprime
is_frobenius_pseudoprime
is_frobenius_underwood_pseudoprime
is_frobenius_khashin_pseudoprime
is_mersenne_prime
is_llr_prime
is_proth_prime
miller_rabin_random
lucas_sequence lucasu lucasv
primes
sieve_primes
sieve_twin_primes
sieve_prime_cluster
sieve_range
next_prime
prev_prime
trial_factor
prho_factor
pbrent_factor
pminus1_factor
pplus1_factor
holf_factor
squfof_factor
ecm_factor
qs_factor
factor
sigma
chinese
moebius
prime_count prime_count_lower prime_count_upper
primorial
pn_primorial
factorial factorialmod
consecutive_integer_lcm
partitions bernfrac bernreal harmfrac harmreal stirling
zeta li ei riemannr lambertw
logreal expreal powreal agmreal
gcd lcm kronecker valuation binomial gcdext hammingweight
invmod sqrtmod addmod mulmod divmod powmod
vecsum vecprod
exp_mangoldt
liouville
totient
jordan_totient
carmichael_lambda
sqrtint rootint logint
is_power is_prime_power is_semiprime is_square
is_carmichael is_fundamental is_totient
is_primitive_root
is_polygonal polygonal_nth
znorder
znprimroot
ramanujan_tau
Pi Euler
todigits
random_prime random_nbit_prime random_ndigit_prime
random_strong_prime
random_maurer_prime random_shawe_taylor_prime
random_maurer_prime_with_cert
random_shawe_taylor_prime_with_cert
seed_csprng is_csprng_well_seeded
irand irand64 drand urandomb urandomm urandomr random_bytes
permtonum numtoperm
);
can_ok( 'Math::Prime::Util::GMP', @functions);