Result for 899FA35BC1A4F00D7801AE4A9EBD9C6DDE174421

Query result

Key Value
FileName./usr/lib64/libasyncqt.so.1.3.1
FileSize68792
MD5FA3A7D4FEDADCCA2291B9B6A03AB9F1D
SHA-1899FA35BC1A4F00D7801AE4A9EBD9C6DDE174421
SHA-2560878F2995553758E529158592E170B092DF6E5075E4856A10C7C12FBE1F59080
SSDEEP1536:UudXsagHmt0czC5Qn2tEXqR1/eFMDSpALPe1zFeWzRRPDSX:HdXjFeWzR5Dw
TLSHT1CE63D71AFB0CFEA2FAC5FE39468B4361B723984CD5518393B04A4B9C3EC51C99F65254
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
MD5F8BB85F3EB64B9E55CCC844BB2F271FE
PackageArchaarch64
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
PackageRelease2.fc23
PackageVersion1.3.1
SHA-10D2D87846AB4D303927765959E4EA6E04469140F
SHA-25658117D3EF1BFB860183CD5CED09EFF8FE57D18FB35692DA35C455E8097DCE8E8