package zarith
Implements arithmetic and logical operations over arbitrary-precision integers
Install
Dune Dependency
Authors
Maintainers
Sources
zarith-1.4.1.tgz
sha256=23b6c140aad25385bb0b862b9b9fe8a5c6e6f608d0fac7a688aaede5ea876650
md5=9ab2482d57f632c9cb3d10149138bc6e
Description
The Zarith library implements arithmetic and logical operations over arbitrary-precision integers. It uses GMP to efficiently implement arithmetic over big integers. Small integers are represented as Caml unboxed integers, for speed and space economy.
Published: 12 Nov 2015
Dev Dependencies
None
Used by (81)
-
alt-ergo
< "2.3.0"
-
alt-ergo-free
< "2.3.3"
-
alt-ergo-lib
!= "2.4.2" & < "2.5.0"
- alt-ergo-lib-free
-
altgr-ergo
< "2.3.0"
- archsat
- asli
-
asn1-combinators
< "0.3.0"
- awa
- awsm
-
bamboo
< "0.0.02"
-
bap
< "1.0.0"
-
bap-mips
>= "2.2.0"
- bap-patterns
- bap-powerpc
-
bap-primus-random
>= "2.2.0"
- bap-primus-symbolic-executor
- bap-radare2
- bap-std
-
bignum
< "v0.12.0"
- binsec
- bitvec
-
bitwuzla
>= "1.0.0"
- bitwuzla-cxx
- bn128
- bt
- calli
- clp_operations
-
cryptokit
>= "1.11"
- ctypes-zarith
- data-encoding
-
dht
< "0.2.0"
-
exenum
>= "0.84"
- farith
- feat
- fm-simplex-plugin
-
frama-c
>= "11.0" & != "15.0" & < "23.0"
-
frama-c-base
>= "15.0"
-
fstar
>= "0.9.3.0-beta1"
- gemini
-
goblint-cil
>= "1.7.4"
- hacl-star
- jose
- karamel
- key-parsers
-
kremlin
< "transition"
- lem
-
letsencrypt
< "0.3.0"
-
libzipperposition
< "2.1"
- logtk
- malfunction
-
mirage-crypto-pk
< "1.0.0"
- nocrypto
-
ocplib-simplex
>= "0.5.1"
- ortac-runtime
- osdp
- parsley
-
pilat
< "1.6"
-
pkcs11
>= "0.10.0"
- ppx_wideopen
- primes
- profiler-plugin
-
sail
< "0.15"
- satML-plugin
- scaml
- solidity-common
- tezos-base58
- tezos-context-hash
-
tezos-crypto
< "8.0"
-
tezos-protocol-environment
>= "8.0" & < "11.0"
-
tezos-stdlib
< "11.0"
- tptp
-
voqc
< "0.2.1"
-
why3
>= "0.84" & < "1.0.0"
- yices2
- yices2_bindings
-
z3
>= "4.8.7"
-
zarith-freestanding
= "1.4.1"
- zarith-ppx
-
zipperposition
< "2.1"
-
zipperposition-tools
< "2.1"
Conflicts
None
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
On This Page