Parents (Total: 4)

The searched file hash is included in 4 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	00CBA3FD7BF3259D5B21DE4C5E949ACD
PackageArch	ppc64
PackageDescription	This library implements arithmetic and logical operations over arbitrary-precision integers. The module is simply named "Z". Its interface is similar to that of the Int32, Int64 and Nativeint modules from the OCaml standard library, with some additional functions. See the file z.mlip for documentation. The implementation uses GMP (the GNU Multiple Precision arithmetic library) to compute over big integers. However, small integers are represented as unboxed Caml integers, to save space and improve performance. Big integers are allocated in the Caml heap, bypassing GMP's memory management and achieving better GC behavior than e.g. the MLGMP library. Computations on small integers use a special, faster path (coded in assembly for some platforms and functions) eschewing calls to GMP, while computations on large integers use the low-level MPN functions from GMP. Arbitrary-precision integers can be compared correctly using OCaml's polymorphic comparison operators (=, <, >, etc.). Additional features include: - a module Q for rationals, built on top of Z (see q.mli) - a compatibility layer Big_int_Z that implements the same API as Big_int, but uses Z internally
PackageMaintainer	Fedora Project
PackageName	ocaml-zarith
PackageRelease	1.fc19
PackageVersion	1.2
SHA-1	59CFC72957B1C1E3DD0E03EBE4995672846787E2
SHA-256	FF09AA4BDC92D6DB92D77F1922A8148484610E60C7A9036AE4DE04F92472F692

Key	Value
MD5	CAD416DE9D6509FD05B42BDA4A34350E
PackageArch	ppc64
PackageDescription	This library implements arithmetic and logical operations over arbitrary-precision integers. The module is simply named "Z". Its interface is similar to that of the Int32, Int64 and Nativeint modules from the OCaml standard library, with some additional functions. See the file z.mlip for documentation. The implementation uses GMP (the GNU Multiple Precision arithmetic library) to compute over big integers. However, small integers are represented as unboxed Caml integers, to save space and improve performance. Big integers are allocated in the Caml heap, bypassing GMP's memory management and achieving better GC behavior than e.g. the MLGMP library. Computations on small integers use a special, faster path (coded in assembly for some platforms and functions) eschewing calls to GMP, while computations on large integers use the low-level MPN functions from GMP. Arbitrary-precision integers can be compared correctly using OCaml's polymorphic comparison operators (=, <, >, etc.). Additional features include: - a module Q for rationals, built on top of Z (see q.mli) - a compatibility layer Big_int_Z that implements the same API as Big_int, but uses Z internally
PackageMaintainer	Fedora Project
PackageName	ocaml-zarith
PackageRelease	2.fc20
PackageVersion	1.2.1
SHA-1	C5B28EC514458CC1603232E9E3C9F2CB9FB2ADFA
SHA-256	8322AC70994119427B09BE0D3188EFF407F39F7ADBAB170AEEDE35985B8F384E

Key	Value
MD5	2F04EF9AED262DBF5A7FC8E6065A3099
PackageArch	ppc
PackageDescription	This library implements arithmetic and logical operations over arbitrary-precision integers. The module is simply named "Z". Its interface is similar to that of the Int32, Int64 and Nativeint modules from the OCaml standard library, with some additional functions. See the file z.mlip for documentation. The implementation uses GMP (the GNU Multiple Precision arithmetic library) to compute over big integers. However, small integers are represented as unboxed Caml integers, to save space and improve performance. Big integers are allocated in the Caml heap, bypassing GMP's memory management and achieving better GC behavior than e.g. the MLGMP library. Computations on small integers use a special, faster path (coded in assembly for some platforms and functions) eschewing calls to GMP, while computations on large integers use the low-level MPN functions from GMP. Arbitrary-precision integers can be compared correctly using OCaml's polymorphic comparison operators (=, <, >, etc.). Additional features include: - a module Q for rationals, built on top of Z (see q.mli) - a compatibility layer Big_int_Z that implements the same API as Big_int, but uses Z internally
PackageMaintainer	Fedora Project
PackageName	ocaml-zarith
PackageRelease	1.fc19
PackageVersion	1.2
SHA-1	8F6734AF440951E97848DBBE33142C25B5DF06EF
SHA-256	5228F640E6DD473CCABD0D73DA2AE195475AE9995B1013BB4628362B6FD31414

Key	Value
MD5	1FCA71ADAB8A1B6D6DD05615BFE3A422
PackageArch	ppc
PackageDescription	This library implements arithmetic and logical operations over arbitrary-precision integers. The module is simply named "Z". Its interface is similar to that of the Int32, Int64 and Nativeint modules from the OCaml standard library, with some additional functions. See the file z.mlip for documentation. The implementation uses GMP (the GNU Multiple Precision arithmetic library) to compute over big integers. However, small integers are represented as unboxed Caml integers, to save space and improve performance. Big integers are allocated in the Caml heap, bypassing GMP's memory management and achieving better GC behavior than e.g. the MLGMP library. Computations on small integers use a special, faster path (coded in assembly for some platforms and functions) eschewing calls to GMP, while computations on large integers use the low-level MPN functions from GMP. Arbitrary-precision integers can be compared correctly using OCaml's polymorphic comparison operators (=, <, >, etc.). Additional features include: - a module Q for rationals, built on top of Z (see q.mli) - a compatibility layer Big_int_Z that implements the same API as Big_int, but uses Z internally
PackageMaintainer	Fedora Project
PackageName	ocaml-zarith
PackageRelease	2.fc20
PackageVersion	1.2.1
SHA-1	D39948E613CFD39DE7E920D42F48B06461A09C2E
SHA-256	C69CF0E2BE238D5287DAB33E8633F5E3FDBB4663060E9BA134C41349E7E5A5D5