Result for 90110C9596A313B01CABF31BCFA707AD722632EF

Query result

Key Value
FileName./usr/lib64/libasyncqt.so.1.3.1
FileSize44184
MD54C33A77BE5B0362D8B21E81BEA37A0A8
SHA-190110C9596A313B01CABF31BCFA707AD722632EF
SHA-2560ED04982511D184A5B8FC5FF31595BE842A5A91D49C8916FC5098B8E1F624CE3
SSDEEP768:0295eAX0K9VrF09dDEOBj4Zc2nMDvP9Xo8DdApRt:55eAXDrF0MOR4ZnnOvPhXBcRt
TLSHT19C1318CBB715C9E5D8F07E32618F07B6D2362C7EE8897515B78DCB592C823804A26672
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
MD5951C7E0D7E05D51DDC5D1038F9F76CDE
PackageArchs390x
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-104CDB9BEFB6D75BB2864734B6E3382101FE493F8
SHA-256B67F938E512B8204787BA6337E0430EC2B5BBB71CB4A2610C3AA9CAEDD2E29A0