Result for 0094CACD9B2485A3566923AC7D3F21DAD701279D

Query result

Key Value
FileName./usr/lib64/libepeg.so.0.9.1
FileSize21048
MD5FB8E52C8B4990C1B7DBE2594ACB739AF
SHA-10094CACD9B2485A3566923AC7D3F21DAD701279D
SHA-256FCAC07A936AAAA06184B7EB20C592911530291385F04AA017BD5041C838F7AA8
SSDEEP384:WvIYvaa3APs3KGMhk1wp0tmETpshFM8GJcCl3YXsSrNvtK8ULVg/A+XEBGR0:z23vMhJmmEi4adAyEkR0
TLSHT1CF92D65AEA10C557C0B53F32C2AA9BBAA7721C3877195E0EF75CDB391973B404E09712
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
MD5B410FBA672CDF63033B27908786F358D
PackageArchs390x
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
PackageRelease5.fc11
PackageVersion0.9.1.042
SHA-143E367217563D2FB0EAB1E3049BE109064F2D056
SHA-256CED3E0541C288691F810A73EB48F96524EAA27284BF1A7063EE4FB516AA54C48