Result for D163FA7FB6248FEC3788096F4E49348CCA2AB75D

Query result

Key Value
FileName./usr/lib/libasyncaudio-0.18.2.so
FileSize337536
MD56C8FA89D26E25FF0D4EA70BBF5211122
SHA-1D163FA7FB6248FEC3788096F4E49348CCA2AB75D
SHA-2566B9055A06CA6D28436DDFFBABBAF78ECED2965EB4FA385706A28810F0645B3EC
SSDEEP6144:Squg81YWhwyPzTd4YUP9QtKpbqztTh3aE2ChQFjmLdrmH5DYk:Scmpb5a9QtK5qztThE
TLSHT1C674F913FB0E8913CAA17BB5317B87D0B70A9DC294A4A19A725F538E3F766E001057ED
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
MD583D3D7582C675E02EC046599F1D0B607
PackageArchppc
PackageDescriptionThe Async library is a programming framework that is used to write event driven applications. It provides abstractions for file descriptor watches, timers, network communications, serial port communications and config file reading. Async is written in such a way that it can support other frameworks. Right now there are two basic frameworks, a simple "select" based implementation and a Qt implementation. The idea is that advanced libraries can be implemented in such a way that they only depend on Async. That means that these libraries can be used in both Qt and pure console applications and in any future frameworks supported by Async (e.g. Gtk, wxWidgets etc). Another big part of Async is the audio pipe framework. It is an audio handling framework that is geared towards single channel (mono) audio applications. The framework consists of a large number of audio handling classes such as audio i/o, filtering, mixing, audio codecs etc.
PackageMaintainerFedora Project
PackageNamelibasync
PackageRelease10.fc20
PackageVersion0.18.2
SHA-1625EBE09A482C00A4C80FCD16B2EB99CB3B24CAC
SHA-25644BA6357885CAE3FF187529DFC8570674307B5A924E9D017B73B99242E77366B