Result for 8FC9FE7CD048CB4AEDAD5726982225BEA2C7E83E

Query result

Key Value
FileName./usr/lib64/ocaml/stublibs/dllancient.so
FileSize69416
MD5E4E28367C33D388179506D50F33EE5A2
SHA-18FC9FE7CD048CB4AEDAD5726982225BEA2C7E83E
SHA-2565FCBF120AFA7AD7C7BD38FC34DB181CD5A4C4DB85F32D4FE053547B2BEAB3B0B
SSDEEP384:7O/uYymt6QJMDMLdiYu8d4Sqs4rwF0ySD+tw/Ic7O42i3nt06EDkzjB:cVJmOnw9i433twkh
TLSHT1266324A6F30FB86ED341A2747BFE95EFE13E7085928125F63C1486844AA2F18ED73044
hashlookup:parent-total1
hashlookup:trust55

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Parents (Total: 1)

The searched file hash is included in 1 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD5BBD159CA4F2C98CC0C6615BE3138375D
PackageArchaarch64
PackageDescriptionAncient is an OCaml module that allows you to use in-memory data structures which are larger than available memory and so are kept in swap. If you try this in normal OCaml code, you'll find that the machine quickly descends into thrashing as the garbage collector repeatedly iterates over swapped memory structures. This module lets you break that limitation. Of course the module doesn't work by magic. If your program tries to access these large structures, they still need to be swapped back in, but it is suitable for large, sparsely accessed structures. Secondly, this module allows you to share those structures between processes. In this mode, the structures are backed by a disk file, and any process that has read/write access to that disk file can map that file in and see the structures. Developers should read the README.txt file included with the ocaml-ancient-devel package carefully.
PackageMaintainerFedora Project
PackageNameocaml-ancient
PackageRelease57.fc33.1
PackageVersion0.9.0
SHA-1CC6A637324B6E19764172DC9D888EE1141E4D1FD
SHA-256B69C653F7DE3936B50721553939182A46F7B214B5673604C6516A93C73F7C73C