Parents (Total: 23)

The searched file hash is included in 23 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/5.9/packages//amd64//hs-directory-tree-0.11.0p3.tgz
MD5	1793B96642BC5681FDC8D4804EDDE243
SHA-1	0D98397DFBB7AE3A423C8D13F59B62BC1557AD4A
SHA-256	05B1E263DC5E1277E831CF9E00A399C31FFC60A5DAD2F0B5BEB90B2E690F3C3F
SSDEEP	3072:pKQNKQTYFX8kYFbFIS7issJmEXWzdwRTVhyEVFwIC811knG4bBXQuToese:pKQnUn2+SmNAerhyPrnG4tFN3
TLSH	T115F312C86025329AAD4248790F3F4C412476D9703ECF852FAD69D36E5BC1DA6379BEC2

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.5/packages//amd64//hs-directory-tree-0.11.0.tgz
MD5	35C2C755AFC5424D9D0907A26AD60D34
SHA-1	0FBB444A49E732FD1EF42B787318A3944A8DDECB
SHA-256	8D034AB7FC4239C8C1518A077625824E5B422956F3108931BEB806C0B85116B1
SSDEEP	3072:lFFcq3JJcHWRnd3nMGx2pj7k2w3v47Bwrnodj2D:xXJc2FlM9fjKcAoR2D
TLSH	T1F9E31264495BB11B76B3E4CC17FAB7014AD6C4202F6F9AEA3E77891287D390F720191B

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.6/packages//i386//hs-directory-tree-0.11.0.tgz
MD5	5D74C4E05230A62DD23BD2E8862F870A
SHA-1	10F153BB3C220C0DB321C50075C148A02CBF8B1E
SHA-256	ECD40684805F142E44838886DC13C860DF500FF5E4453EE68A09028016BADE0C
SSDEEP	3072:aYJzgTJ2UFWVaJv52nGxARXG8ULMyrz3czDGhGoaVwnk7sx5l:aWzgTJ29QKGIX2LnX3cfGhGoXCW
TLSH	T1F6E323C9B4CC1A5C40E2E8E78B2061BB0EAE5A1C9B590A644B953FD58E30992733577E

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.5/packages//i386//hs-directory-tree-0.11.0.tgz
MD5	D53F2D7C1C41027D9CEE6DDA0BA3A351
SHA-1	10FDFA202994C3A4D137674727095DC44BA2EF98
SHA-256	085816833D5703DF3FC5EA62B4F7688DF1764126D7AE8382ECD0903C28DBFDDF
SSDEEP	3072:GF2uSs6V+pf0E/1fLJ6jRyvMndIikmWDgWmn8YvdZJnt:L7Qpf0L8MdItMzn84dZdt
TLSH	T1DEE31215C81D53A58AE8D79338FEF6E256923036F263327ABA333FB5611145C5CAC48B

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.0/packages//i386//hs-directory-tree-0.11.0p3.tgz
MD5	07B2A9D9BFFD06B3759DE8F01F417CAB
SHA-1	1AFDDC0A5A3B9689D2E6C694917E48BF9D705415
SHA-256	F4F366D4CFC0405D4CA1C91EFB695335DCFC7622B5542D183606E7EEB955348B
SSDEEP	3072:LAxT3O40oT4SUU8OMUCALC9kzhA2Gyl0ugwfaH9oawE+Q5cEKoo/i8Vr8aIEA67y:LAx7O3oTzTLCOi2GjrwfaaZEtcEDqVre
TLSH	T1B9F323EA82D7804DEA9C3C56DCE56153C2567A26CC1CC8471B3B4A185FAF47CEF20DA6

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.0/packages//amd64//hs-directory-tree-0.11.0p3.tgz
MD5	760848D194318C3C03DCBC5F5A3DE42B
SHA-1	1FF1C9292EC13F023C837EF6233BBC88EE7F8C83
SHA-256	E2E6A39300A719BB8E453BA099D1E4BC92F127B23775CF5C3FC55474D789D199
SSDEEP	3072:MGCXGhWMnsKJqOn6cAx2U36orNGZ4splsWs9eHnzeeEBlAZxWPPfDIQuslCtvzS:MG1hWM1JpnelO4qy9eH2yx6fDjLeS
TLSH	T1BEF3231134C21917A9A8A3235E63CEC41E9D5C4BB7F614DB14DE98941CBE6FA18DCC8F

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/5.7/packages//amd64//hs-directory-tree-0.11.0p0.tgz
MD5	915B1D1631452D32CF9FDAAF21EDA708
SHA-1	26BC6917C2E9A92D6AC0EB4D4AE9DFAA8FCDEEAC
SHA-256	B21BB9946FD812F6FC6C163E185F9DA4A070282FD71F3A7BEC244F32E52353FE
SSDEEP	3072:izBY6o3RIV+oUG1cTdnfs/2ks8YC/SInXtcAnW12P:q66SeVTP+9s+ksJC/SEXtcAnp
TLSH	T1E0D31241CE7BBB27CDC89C118179E2BBEE13B51DF1B1142848C7156B38576E2426F8AE

Key	Value
FileName	https://ftp.lysator.liu.se/pub/OpenBSD/6.2/packages//amd64//hs-directory-tree-0.11.0p3.tgz
MD5	41CF8E99B68BA628C140C239F41AB9E4
SHA-1	3957764A10B92EB5B2449698DFF0BFA757E8874E
SHA-256	CBB6B7FC2785B2EA987BCE7F2FAB950258069FAB106FFFE5590C150EC46A049F
SSDEEP	3072:yYT6dV7NTRbJBtPgOJ9gMUGSzAsV0cz4V0k5lPvJgP1MTIbBtdUPV3Jg7c:lT8V7tBBhpS0sVH0NlPvJgu0t7U9+7c
TLSH	T108F3127D8B42790887EF29C3C8E7F9B5C1825BCB97502E195B2C97887538D19AB4732C

Key	Value
MD5	286053A29246DBEC151A4ADB068EB672
PackageArch	x86_64
PackageDescription	A simple directory-like tree datatype, with useful IO functions and Foldable and Traversable instance Provides a simple data structure mirroring a directory tree on the filesystem, as well as useful functions for reading and writing file and directory structures in the IO monad. Importing the library and optional (useful) Foldable and Traverable libraries: > import System.Directory.Tree > import qualified Data.Foldable as F > import qualified Data.Traversable as T Write a hand-made directory tree of textfiles (strings) to the disk. Simulates creating a new user Tux's home directory on a unix machine: > writeDirectory$ "/home" :/ Dir "Tux" [File "README" "Welcome!"] "read" a directory by opening all the files at a filepath with readFile, returning an 'AnchoredDirTree String' (d2). Then check for any IO failures: > do (base :/ d2) <- readDirectory "../parent_dir/dir2/" > let failed = anyFailed d2 > if failed then ... Use Foldable instance function to concat a directory 'dir' of text files into a single file under the same directory: > do (b :/ dt) <- readDirectory dir > let f = F.concat dt > return$ b :/ File "ALL_TEXT" f Open all the files in the current directory as lazy bytestrings, ignoring the base path in Anchored wrapper: > import qualified Data.ByteString.Lazy as B > do (_ :/ dTree) <- readDirectoryWith B.readFile "./" This version also offers an experimental function `readDirectoryWithL` that does lazy directory IO, allowing you to treat the returned `DirTree` as if it were a normal lazily-generated data structure. For example, the following does only the amount of IO necessary to list the file names of the children of the root directory, similar to "ls /": > do d <- readDirectoryWithL readFile "/" > mapM_ (putStrLn . name) $ contents $ free d Any ideas or suggestions for improvements are most welcome :-) /CHANGES/: from 0.11 - export 'System.Directory.Tree.transformDir' as requested - add test suite to cabal file - remove redundant 'removeNonexistent' (thanks to dmwit for patch) .
PackageName	ghc-directory-tree
PackageRelease	3.10
PackageVersion	0.12.1
SHA-1	48441F33164544CB8105FB5DA47C69E2B5597D65
SHA-256	F0BC140161F7C944916B99DA67A8B7102E72A80B7852C11540EE6B0678233F1E

Key	Value
MD5	C96E96134173C807C5B38AF68D427684
PackageArch	x86_64
PackageDescription	A simple directory-like tree datatype, with useful IO functions and Foldable and Traversable instance Provides a simple data structure mirroring a directory tree on the filesystem, as well as useful functions for reading and writing file and directory structures in the IO monad. Importing the library and optional (useful) Foldable and Traverable libraries: > import System.Directory.Tree > import qualified Data.Foldable as F > import qualified Data.Traversable as T Write a hand-made directory tree of textfiles (strings) to the disk. Simulates creating a new user Tux's home directory on a unix machine: > writeDirectory$ "/home" :/ Dir "Tux" [File "README" "Welcome!"] "read" a directory by opening all the files at a filepath with readFile, returning an 'AnchoredDirTree String' (d2). Then check for any IO failures: > do (base :/ d2) <- readDirectory "../parent_dir/dir2/" > let failed = anyFailed d2 > if failed then ... Use Foldable instance function to concat a directory 'dir' of text files into a single file under the same directory: > do (b :/ dt) <- readDirectory dir > let f = F.concat dt > return$ b :/ File "ALL_TEXT" f Open all the files in the current directory as lazy bytestrings, ignoring the base path in Anchored wrapper: > import qualified Data.ByteString.Lazy as B > do (_ :/ dTree) <- readDirectoryWith B.readFile "./" This version also offers an experimental function `readDirectoryWithL` that does lazy directory IO, allowing you to treat the returned `DirTree` as if it were a normal lazily-generated data structure. For example, the following does only the amount of IO necessary to list the file names of the children of the root directory, similar to "ls /": > do d <- readDirectoryWithL readFile "/" > mapM_ (putStrLn . name) $ contents $ free d Any ideas or suggestions for improvements are most welcome :-) /CHANGES/: from 0.11 - export 'System.Directory.Tree.transformDir' as requested - add test suite to cabal file - remove redundant 'removeNonexistent' (thanks to dmwit for patch) .
PackageName	ghc-directory-tree
PackageRelease	ghc86.3.7
PackageVersion	0.12.1
SHA-1	7D924692DB9C4F923B0780D504DAABD06659F1D8
SHA-256	D6594E7CC2096127BDBA7BC075FB09811175BB5BEB5FE1D82E9E750A347593CD