Result for 12EDF475A995FBC79EE4EE199C16A1BAADE2294D

Query result

Key Value
FileName./usr/lib/java/lz4.jar
FileSize132449
MD59148CFDC7FCD5DA3E9D7269CA060D6A6
SHA-112EDF475A995FBC79EE4EE199C16A1BAADE2294D
SHA-25639F7B5E5CCA1F9D48F763E711D336B5FDF1DB1431F2BB3A23E99D87E669C4BDB
SSDEEP3072:+XsmAfBpG/CQGYXyu2JA84rHp8rtyBVKptdWgAr9q0o/KPHjO:eqgCQpXyuwgJ8rUBUdWd+/QjO
TLSHT12CD3E061D98E07A5F0325B753E044A473C8FFC9B6DCA50EEA9D05D88A5632CCC98B3A0
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
MD52EA42E9B9BF53F9BB0A9DC06A91B2F1A
PackageArcharmv7hl
PackageDescriptionLZ4 compression for Java, based on Yann Collet's work. This library provides access to two compression methods that both generate a valid LZ4 stream: * fast scan (LZ4): ° low memory footprint (~ 16 KB), ° very fast (fast scan with skipping heuristics in case the input looks incompressible), ° reasonable compression ratio (depending on the redundancy of the input). * high compression (LZ4 HC): ° medium memory footprint (~ 256 KB), ° rather slow (~ 10 times slower than LZ4), ° good compression ratio (depending on the size and the redundancy of the input). The streams produced by those 2 compression algorithms use the same compression format, are very fast to decompress and can be decompressed by the same decompressor instance.
PackageMaintainerFedora Project
PackageNamelz4-java
PackageRelease13.fc32
PackageVersion1.3.0
SHA-1A4E62EABEDE14CBDF269CF967F2F8232757161F6
SHA-256FD7D8DE5DA8FB1DC6C0925A68FA9D5EA382F314F1E3F0B9E1B564D732B4A271F