Result for A435DE009D6E866F9E48334EE033338E2C345E96

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Parent (128)

Query result

Key Value
FileName./usr/lib64/libdieharder.so.3
FileSize22
MD5E2A6EFD2598AA918F9C40F9420EC412F
SHA-1A435DE009D6E866F9E48334EE033338E2C345E96
SHA-256620B99FA8696BCEF669A412077614EC309D0C173D876A57AA09091ACEDF23AE5
SSDEEP3:EBARAXLNLULU:EQAXLYU
TLSH
hashlookup:parent-total128
hashlookup:trust100

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Parents (Total: 128)

The searched file hash is included in 128 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD56FB553C8ECE79551DB00DED939265F36
PackageArchaarch64
PackageDescriptionDevelopment files for dieharder
PackageMaintainerFedora Project
PackageNamedieharder-devel
PackageRelease14.fc23
PackageVersion3.31.1
SHA-1005D2178827BEF248D96C07C36704ACA64981D90
SHA-256EB9E30DEF066B9FEF83252F938E102511F1CAC619497B023601C4A8BC333AE6F
Key Value
MD5A1FDAFFA943B3BEC8D4FADC7BBA00698
PackageArchs390x
PackageDescription libdieharder is the core library of dieharder designed to be "the last suite of random number testers you'll ever wear". It can test any of its many prebuilt and library linked generators (basically all of those in the Gnu Scientific Library plus a number of others from various sources) or a potentially random data-set in either an ASCII-formatted or raw (presumed 32 bit unsigned int) binary file. It is fairly straightforward to wrap new software generators for testing, or to add hardware generators that have a software interface for testing, and the file input method permits pretty much any software or hardware RNG to be tested using libdieharder calls. libdieharder has as a design goal the full encapsulation in an extensible shell of basically all the random number tests: George Marsaglia's "Diehard" battery of tests, STS (v1.6) from NIST FIPS, Knuth's tests, and more. Check the documentation for complete list.
PackageMaintainerFedora Project
PackageNamedieharder-libs
PackageRelease8.fc20
PackageVersion3.31.1
SHA-1013A816BD56C3EEE86713C7A20DB50406D1B61A4
SHA-256A890F101DD715D5ECC484B96E75D311F0A13C6957C380871A91D783827BA02FE
Key Value
MD5BD1D94D7F78BB7D0032AEB15FF2CFD16
PackageArchs390
PackageDescriptionDevelopment files for dieharder
PackageMaintainerFedora Project
PackageNamedieharder-devel
PackageRelease13.fc21
PackageVersion3.31.1
SHA-104A10D2478216AE17A4F02924870AD5E78BED018
SHA-25656444C90D7BCC9970858B4D5FB90A4293B9C12A053DBC5EEE8651E5FFDAFC952
Key Value
MD5BF3C8E28FCE57902A9A322BC6FE4408D
PackageArchaarch64
PackageDescription libdieharder is the core library of dieharder designed to be "the last suite of random number testers you'll ever wear". It can test any of its many pre-built and library linked generators (basically all of those in the Gnu Scientific Library plus a number of others from various sources) or a potentially random data-set in either an ASCII-formatted or raw (presumed 32 bit unsigned int) binary file. It is fairly straightforward to wrap new software generators for testing, or to add hardware generators that have a software interface for testing, and the file input method permits pretty much any software or hardware RNG to be tested using libdieharder calls. libdieharder has as a design goal the full encapsulation in an extensible shell of basically all the random number tests: George Marsaglia's "Diehard" battery of tests, STS (v1.6) from NIST FIPS, Knuth's tests, and more. Check the documentation for complete list.
PackageMaintainerFedora Project
PackageNamedieharder-libs
PackageRelease17.fc24
PackageVersion3.31.1
SHA-105DBF4B4B6260E0E1DA227CDE0537FFDE0800E24
SHA-2560206AB306DF4DB803BFE88ABDB8B01100AD063A050F0CCFDDDD6220842F2A7AA
Key Value
MD5BD71415B05F5C2DB054A641CDEEAD08E
PackageArchppc
PackageDescription libdieharder is the core library of dieharder designed to be "the last suite of random number testers you'll ever wear". It can test any of its many prebuilt and library linked generators (basically all of those in the Gnu Scientific Library plus a number of others from various sources) or a potentially random data-set in either an ASCII-formatted or raw (presumed 32 bit unsigned int) binary file. It is fairly straightforward to wrap new software generators for testing, or to add hardware generators that have a software interface for testing, and the file input method permits pretty much any software or hardware RNG to be tested using libdieharder calls. libdieharder has as a design goal the full encapsulation in an extensible shell of basically all the random number tests: George Marsaglia's "Diehard" battery of tests, STS (v1.6) from NIST FIPS, Knuth's tests, and more. Check the documentation for complete list.
PackageMaintainerFedora Project
PackageNamedieharder-libs
PackageRelease4.el5
PackageVersion3.31.1
SHA-1060897F52C81E68271088A772CB1005512C523E1
SHA-256AF008934CB29480D3C698AA09579A6AE0E208689274A1D62EF531E83AA1D597A
Key Value
MD5EDE170BFFF873DD5798CF92D2E4603BA
PackageArchppc64le
PackageDescriptionDevelopment files for dieharder
PackageMaintainerFedora Project
PackageNamedieharder-devel
PackageRelease13.fc22
PackageVersion3.31.1
SHA-1065C171513B59DFB6CF6959F24E15DA0888B19CF
SHA-2566446405DA0E513151F88D8ECAF7B39469417D31DD2B0E1EDA677A615C69C4842
Key Value
MD5CE0CDB99C5023FD8385C66A27BF4E445
PackageArchx86_64
PackageDescriptionDevelopment files for dieharder
PackageMaintainerFedora Project
PackageNamedieharder-devel
PackageRelease9.el7
PackageVersion3.31.1
SHA-111AF4210637CD65213B99C6A04E726B413E40115
SHA-25640D9731511A08895446231A30C5C5F954629D91AE70CE5B43E930AC128DF9D03
Key Value
MD539B0C1E51558819F0F5BA3FEF122BE58
PackageArchs390
PackageDescription libdieharder is the core library of dieharder designed to be "the last suite of random number testers you'll ever wear". It can test any of its many pre-built and library linked generators (basically all of those in the Gnu Scientific Library plus a number of others from various sources) or a potentially random data-set in either an ASCII-formatted or raw (presumed 32 bit unsigned int) binary file. It is fairly straightforward to wrap new software generators for testing, or to add hardware generators that have a software interface for testing, and the file input method permits pretty much any software or hardware RNG to be tested using libdieharder calls. libdieharder has as a design goal the full encapsulation in an extensible shell of basically all the random number tests: George Marsaglia's "Diehard" battery of tests, STS (v1.6) from NIST FIPS, Knuth's tests, and more. Check the documentation for complete list.
PackageMaintainerFedora Project
PackageNamedieharder-libs
PackageRelease13.fc22
PackageVersion3.31.1
SHA-1126EE34B5E7386917BDA15C916CF577FFFE00C22
SHA-256108E368A5CF462EAA1991BCE1FE4EDD8202EB03B2564B66C8C66A71D7A43AB96
Key Value
MD57E382889C3E686360BDCF767AA4C5D49
PackageArchppc64
PackageDescriptionDevelopment files for dieharder
PackageMaintainerKoji
PackageNamedieharder-devel
PackageRelease6.fc18
PackageVersion3.31.1
SHA-1126F22C890393B7D2760AFA6E912654A62A0C98A
SHA-256389394662A1651B85646E18F960402306D227279D852E83262BA36267B65E16B
Key Value
MD5C9707E12737F1C328CF3BC27594EAF58
PackageArchppc64
PackageDescriptionDevelopment files for dieharder
PackageMaintainerFedora Project
PackageNamedieharder-devel
PackageRelease13.fc21
PackageVersion3.31.1
SHA-1133EAB77E1011CBD0057487273CD25E8726F83BF
SHA-256BC8170E5D63049209FE1ACEB33D417251C76D202664E3148574B4AE7A1893141





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