Result for 86CE2546B1FCAEA30084B40C19E046E77CF21B3A

Query result

Key Value
FileName./usr/bin/epeg
FileSize14352
MD5C6049B5769180E4BD3A04484407A478F
SHA-186CE2546B1FCAEA30084B40C19E046E77CF21B3A
SHA-2563268EDBDB2F68A7340272A98CD5D10D11B8D5727C4BD0B91853F7469E8DDBEB7
SSDEEP192:Xo8LLrNoEib4F3vEFMvaSZZCTfjI/zuR/FR/pH9fdkwxUPjhNf7SUg:LhXi8BvkGaSnAkU7pdvxUr
TLSHT17D522167E3461AEBC46A2372C7EB275C337AF3A8D353471B9368C1612D537994F22284
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
MD56F3AD24109CADA2B5492B42B1FA642CF
PackageArchia64
PackageDescriptionEpeg is insanely fast at loading large JPEG images and scaling them down to tiny thumbnails. It's speedup will be proportional to the size difference between the source image and the output thumbnail size as a count of their pixels. It makes use of libjpeg features of being able to load an image by only decoding the DCT coefficients needed to reconstruct an image of the size desired. This gives a massive speedup. If you do not try and access the pixels in a format other than YUV (or GRAY8 if the source is grascale) then it also avoids colorspace conversions as well.
PackageMaintainerFedora Project
PackageNameepeg
PackageRelease4.fc10
PackageVersion0.9.1.042
SHA-17259D627C792EA4176C33451A625CFF4412574F4
SHA-256837E7898782AD887647CBF36CB7BDF9192F82DE7940588D0769399B7C1D4A34E