Result for 510E0D675FF98B3BB5F6A261F512E835E665A9D6

Query result

Key Value
FileName./usr/lib/libembryo.so.0.9.9
FileSize82408
MD50D7BF410F3A875547B894BD3B5F5CCA4
SHA-1510E0D675FF98B3BB5F6A261F512E835E665A9D6
SHA-256706C123FCFEFFC809E24A33708F655501D29398D45C59F4AD2624E51DEABEC32
SSDEEP768:lSrl9VlkmVcx3U4dcatOEJ0ZJ4W6Kvbnd1+aEGaz4LOEEJI/5:BWcLcVZWW6KvuaEGaMLOxg
TLSHT14383A2E3B75649E7D41E037287CB4358233AFA1593A39B27473882787E877896F21742
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
MD59FA865F158DE11D00FFB30FE4ABCD3EE
PackageArchia64
PackageDescriptionEmbryo is primarily a shared library that gives you an API to load and control interpreted programs compiled into an abstract machine bytecode that it understands. This abstract (or virtual) machine is similar to a real machine with a CPU, but it is emulated in software. The architecture is simple and is the same as the abstract machine (AMX) in the PAWN language (formerly called SMALL) as it is based on exactly the same code. Embryo has modified the code for the AMX extensively and has made it smaller and more portable. It is VERY small. The total size of the virtual machine code AND header files is less than 2500 lines of code. It includes the floating point library support by default as well. This makes it one of the smallest interpreters around, and thus makes is very efficient to use in code.
PackageMaintainerFedora Project
PackageNameembryo
PackageRelease1.fc10
PackageVersion0.9.9.043
SHA-18F132C2FD44CDA7E4480199E3812D0B3017F7C9A
SHA-256487AF8DC0027178A108B786BED9436F27AFC1A86C699E2B5628B1E9B8722C458