Result for 0A4A67EDF7D93F2880670DE609BAC7603A7D362E

Query result

Key Value
FileName./usr/lib/python3.6/site-packages/networking_sfc/policies/__pycache__/port_pair.cpython-36.pyc
FileSize756
MD509813E2D5B4EEB6E54A6490B3124D870
SHA-10A4A67EDF7D93F2880670DE609BAC7603A7D362E
SHA-256EF69005FA149D7AADD726B5BA57856EDE93A71EEFB9A60ECEDD463FCAC365155
SSDEEP12:brGOTHK9U4xNeXpOoNiqz1nMzQqa1dzCPwqJe12ZkykJPB66z0Q8rPlRTecSTd+I:br5Ke43KpbNiU1Ph1d7ee1qkykJJo7K3
TLSHT1B1019C4F07D2A996F0DBB73AA409DB1FCAE1400B7A18553F8D741BA15C89341CC2AC1C
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
MD55BE4320F6A9904FD16F5D787012CBF4F
PackageArchnoarch
PackageDescription This project provides APIs and implementations to support Service Function Chaining in Neutron. Service Function Chaining is a mechanism for overriding the basic destination based forwarding that is typical of IP networks. It is conceptually related to Policy Based Routing in physical networks but it is typically thought of as a Software Defined Networking technology. It is often used in conjunction with security functions although it may be used for a broader range of features. Fundamentally SFC is the ability to cause network packet flows to route through a network via a path other than the one that would be chosen by routing table lookup on the packet's destination IP address. It is most commonly used in conjunction with Network Function Virtualization when recreating in a virtual environment a series of network functions that would have traditionally been implemented as a collection of physical network devices connected in series by cables.
PackageMaintainerCBS <cbs@centos.org>
PackageNamepython3-networking-sfc
PackageRelease0.1.0rc1.el8
PackageVersion12.0.0
SHA-102BA8944A49A6216B3C9661CC83EF562E41A24C2
SHA-256A9BE62DDE0316BD9A5B34D8DD6FAB78D921BE81A6D4C163CFCCD2C56037189D4