Parents (Total: 8)

The searched file hash is included in 8 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.1/packages//i386//hs-enumerator-0.4.20p2.tgz
MD5	0ED7D2F8E1E96B4C10E86EB2AA460B5A
SHA-1	7E23865CFEA6C0BA4007DC6373A2E3D0A0C9CF7B
SHA-256	22C6F0F4FB0E08E299803C4DC86FC2796A0D7963E1B9A4D2489C8950B2B646B0
SSDEEP	24576:QGWPHuwP16TyDjhl3IphSFwbc8TydqjzmPF:lWPHuwP162XkSebcCXY
TLSH	T119052398A130147DE39486C788BB6319E9CD5F6889F1F6483BED504BE3B706AB131F19

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.9/packages//i386//hs-enumerator-0.4.20p2.tgz
MD5	E21083CC34C4EE16749B17AF826FA6BE
SHA-1	CBF612B336D2707EE06E07B257DD7277EBD3BA82
SHA-256	6940822BBC61927FEBF4EC3CAF7C0E0B0BB645F35ABCA46AF439CDF33297BB7D
SSDEEP	12288:bH5wPfFnCVtcPoKLS7mqZTACKknour1geKCE7FtyvGDaUiVjJL42oCJ3tiSGQnsZ:bHqfFgtm+ZTZKYr4C8eGWUe61gEssZ
TLSH	T1C30533B5D72268FA55001F51628209EBECD2711E1ED37D317B2E315AB21460FDCA7B3A

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.0/packages//amd64//hs-enumerator-0.4.20p2.tgz
MD5	BCF60CFF66F4094C556300E1458F0DDC
SHA-1	85F32AA905216B926A82F5B12D0F93B81831E414
SHA-256	68CE5B18C973DD8F57B8C723F6A3ED3547D08080FC340A488FC11B13D23D165C
SSDEEP	12288:NTt0r6uCIAm4yM7hz6G9nXmq/zn/9MU08bN0oVMk6eYRwo8m2+vmgHBX:1SCIzjSnXz/9Q8Z4deYCZczF
TLSH	T19E0533B08727E9A1EFCE0A4B1E3F08B5D4CA7504B64449BC899071D6958A3FC6F6DD0E

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.9/packages//amd64//hs-enumerator-0.4.20p2.tgz
MD5	F46C64EE5F5109E5916A53173C139377
SHA-1	6E6B8EC6C575CC133E21D7EB2F5DD5943300486A
SHA-256	5A0690B63D88E8AB50D761AF93B9CF4A5B0A23E8D67B954844642EA29122AED4
SSDEEP	12288:BkLrXVLQIOBPYchpY8kb2KoQdCCg7ZSwSHsdCCJGMk6pYEndSXMiqBvAOi:BerFL4ThpYTbC59SHTwXdpYEnUXuC
TLSH	T1F10523E6FBA32F261E1A73FF5D6D00E930598905FB901E64DFB26D80604353C2A6CB55

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.2/packages//amd64//hs-enumerator-0.4.20p2.tgz
MD5	05B6D864468845E2958691131AA88248
SHA-1	1430C5ACDE9AD2F4D4E87B054DDC1F84E703A67A
SHA-256	F41210494EB256004E266F0C948FEDD3A578DD12F13DD956FDB70FAD78489663
SSDEEP	12288:FTaLNaZwkmtCuGkUYEmNVkQ3LFzmBTRHlfT/+T/pq46e9HiqGrUNhuBX:Va5aZ/m4uGkUYBjkHBV1/+TBgNOuF
TLSH	T1F60523C00688B698DD8F01964D23D7FDDB96B1C4468166DC8EB87487609B331BBBE4BD

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.1/packages//amd64//hs-enumerator-0.4.20p2.tgz
MD5	6CE7DE05A4314D7D40A1D6D55C6BE077
SHA-1	53DC7AD55A5D5FA4143A7609BAC114B64E55B554
SHA-256	B03E6F4E42A8119358D963524D3194E8916D030F15346C0CC4231F6C8E2F311F
SSDEEP	12288:uTt0r6uHvHgL4yM7hz6G9nXmq/zn/9MU08bN0oVMk6eYRwo8m2+vmgHBX:4SHvH0jSnXz/9Q8Z4deYCZczF
TLSH	T1440533B08727E9A1FFCD0A4B1E3B08B5D0CA7500BB4449AC89A171D295897FC6F6DD1E

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.0/packages//i386//hs-enumerator-0.4.20p2.tgz
MD5	B174B57E96B48AB14378869EAD032F72
SHA-1	EA7C8E5337273494C741760F73549833FDAB0CA8
SHA-256	AAD0EF144E2DDEE4322ADACCFB1C8DFAD64CBECB53CB2F3A9DF2DE6C3A510D07
SSDEEP	24576:q3CWTpuwP16TyDjhl3IphSFwbc8TydqjzmPF:mCWTpuwP162XkSebcCXY
TLSH	T1540523A8C434347DF39497C788AB621AE5CD9E244CF1F7A43BF9205AA3B741A6132F15

Key	Value
FileSize	87508
MD5	2B2695A77ABAEC2C835EC8D435B2E4EE
PackageDescription	high-performance left-fold enumerators; documentation Typical buffer–based incremental I/O is based around a single loop, which reads data from some source (such as a socket or file), transforms it, and generates one or more outputs (such as a line count, HTTP responses, or modified file). Although efficient and safe, these loops are all single–purpose; it is difficult or impossible to compose buffer–based processing loops. . Haskell's concept of "lazy I/O" allows pure code to operate on data from an external source. However, lazy I/O has several shortcomings. Most notably, resources such as memory and file handles can be retained for arbitrarily long periods of time, causing unpredictable performance and error conditions. . Enumerators are an efficient, predictable, and safe alternative to lazy I/O. Discovered by Oleg Kiselyov, they allow large datasets to be processed in near–constant space by pure code. Although somewhat more complex to write, using enumerators instead of lazy I/O produces more correct programs. . This library contains an enumerator implementation for Haskell, designed to be both simple and efficient. Three core types are defined, along with numerous helper functions: . Iteratee: Data sinks, analogous to left folds. Iteratees consume a sequence of input values, and generate a single output value. Many iteratees are designed to perform side effects (such as printing to stdout), so they can also be used as monad transformers. . Enumerator: Data sources, which generate input sequences. Typical enumerators read from a file handle, socket, random number generator, or other external stream. To operate, enumerators are passed an iteratee, and provide that iteratee with input until either the iteratee has completed its computation, or EOF. . Enumeratee: Data transformers, which operate as both enumerators and iteratees. Enumeratees read from an outer enumerator, and provide the transformed data to an inner iteratee. . This package provides the documentation for a library for the Haskell programming language. See http://www.haskell.org/ for more information on Haskell.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	libghc-enumerator-doc
PackageSection	doc
PackageVersion	0.4.20-4build1
SHA-1	7896A159BF10A32C65E02236895E39F2030069A7
SHA-256	473FB9C2D414FE8678BF940CB139AB2C77A14B84DC1C72A304FC6956126AC302