Result for 6E7D06206D9678B8287B7200B005B73D0D61138E

Query result

Key Value
FileName./usr/bin/jpeghotp
FileSize18848
MD5665AFEB33AFE59B4EA1FFEABBC684339
SHA-16E7D06206D9678B8287B7200B005B73D0D61138E
SHA-256F86E2B2D539492B64B1DD661536B83365E4D961BAC1FC85CBF8902BC86F28DA1
SSDEEP192:RjV8Bw59vyttEZl4tU9qs0MTS8eQx6L/Z61u++KQjb1aQ54w5A8LHtaetRGNZkDJ:ojttEAG7R6DZ6MVJRaS/NCNC
TLSHT174822C4BF292497DC0D5C3B48A9B827875707854A311577B324CA6343F03F581F2EB5A
hashlookup:parent-total1
hashlookup:trust55

Network graph view

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
MD5F2245337DD0B09FBBD56DE2FD52EEF61
PackageArchx86_64
PackageDescription"Jpegpixi" is short for "JPEG pixel interpolator". The intent of the program is to interpolate pixels in JFIF images (commonly referred to as "JPEG images"). This is useful to correct images from a digital camera with CCD defects. For example, if one pixel is always bright green, this pixel can be interpolated away with jpegpixi. Jpegpixi is unique in that it tries to preserve the quality of the JFIF image as much as possible. Usual graphics programs decode JFIF images when they are loaded, and re-encode them when they are saved, which results in an overall loss of quality. Jpegpixi, on the other hand, does not decode and re-encode the image, but manipulates the encoded image data (known as the "discrete cosine transformation coefficients"). Therefore, the blocks (typically 8x8, 8x16, or 16x16 pixel areas) which contain the pixels to be interpolated are minimally disturbed, and other blocks remain pixel-by-pixel identical to the original image. Jpegpixi is a command line utility.
PackageNamejpegpixi
PackageReleaselp151.1.1
PackageVersion1.1.1
SHA-14A1217678807D7E10AE7B0019C8C9CFADED71D8B
SHA-2567EFCADADB6C3D6A6B743906DCB9CC2A7230F9609BD4ED5C73F9EF2EF9301DEF4