Extracted from Pike v7.8 release 866 at 2016-11-06.
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Gmp
Gmp.mpz

Methods
 __hash()
 _decode()
 _encode()
 _is_type()
 _random()
 _sprintf()
 `!()
 `!=()
 `%()
 `&()
 `*()
 `*=()
 `+()
 `+=()
 `-()
 `/()
 `<()
 `<<()
 `<=()
 `==()
 `>()
 `>=()
 `>>()
 `^()
 ``%()
 ``*()
 ``+()
 ``-()
 ``/()
 ``<<()
 ``>>()
 `|()
 `~()
 bin()
 cast()
 cast_to_float()
 cast_to_int()
 cast_to_string()
 create()
 digits()
 fac()
 gcd()
 gcdext()
 gcdext2()
 invert()
 next_prime()
 popcount()
 pow()
 powm()
 probably_prime_p()
 sgn()
 size()
 small_factor()
 sqrt()
 sqrtrem()
previousGmp.mpq()->sgn()
Gmp.mpz()->__hash()next

Class Gmp.mpz

Description

Gmp.mpz implements very large integers. In fact, the only limitation on these integers is the available memory. The mpz object implements all the normal integer operations.

Note that the auto-bignum feature also makes these operations available "in" normal integers. For instance, to calculate the greatest common divisor between 51 and 85, you can do 51->gcd(85).