Result for 01BDC89A768CF8C3874DF46C4A197DAA1B89109C

Query result

Key Value
FileName./usr/lib/x86_64-linux-gnu/knot-resolver/kres_modules/daf.lua
FileSize9511
MD5B638DB01538DA13965760FD525CF997E
SHA-101BDC89A768CF8C3874DF46C4A197DAA1B89109C
SHA-256FB2B381B49F54D4C488D28D457763B7689EC3D77F478F797AD2CFCD52C3D0F29
SSDEEP192:Dz9CMwvR54jmrCmmNf48KtAMv0RHbn7uSt8JffBbGTDKe4+sylQi0yv0Edmg:cMm5PGmafAtR8Jt83Bb6u+sAH2g
TLSHT1F31283DD76AF72235A2225A8E9074504FE9DBA2221991354D0DE80B17D12A7FC1FBD3C
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
FileSize270644
MD5EE3A9BD3089EE98FB3DA96A9F2A43F06
PackageDescriptioncaching, DNSSEC-validating DNS resolver The Knot Resolver is a caching full resolver implementation written in C and LuaJIT, including both a resolver library and a daemon. Modular architecture of the library keeps the core tiny and efficient, and provides a state-machine like API for extensions. There are three built-in modules - iterator, cache, validator, and many external. . The Lua modules, switchable and shareable cache, and fast FFI bindings makes it great to tap into resolution process, or be used for your recursive DNS service. It's the OpenResty of DNS. . The server adopts a different scaling strategy than the rest of the DNS recursors - no threading, shared-nothing architecture (except MVCC cache that may be shared). You can start and stop additional nodes depending on the contention without downtime.
PackageMaintainerUbuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageNameknot-resolver
PackageSectionnet
PackageVersion5.2.1-1
SHA-1C04CEC76C3D1DE2C0BB85AF4FE13B631D944AB48
SHA-256BEE2B2E09353585415C108CEDD692589C3EEB5CD1D8ABC6E872AE463BC738D03