hpath/hpath.haddock

<0C><>
<01><>
<01>8<EFBFBD>









	
























 
!
"
#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>

Safe


Returns 
True
<02> if posix-paths was compiled with support for the provided
 flag. (As of this writing, the only flag for which this check may be
 necessary is 

$; all other flags will always yield 
True.)
	O_CLOEXEC
0 is not supported on every POSIX platform. Use
 

	 oCloexec
 to determine if support for 
	O_CLOEXEC
@ was
 compiled into your version of posix-paths. (If not, using 
oCloexec will
 throw an exception.)
	


	


	



	


<00> 2016 Julian Ospald
BSD3
"Julian Ospald <hasufell@posteo.de>
experimental
portable
Safe

L
#

*Open and optionally create this file. See 

	
$
 for information on how to use the 
FileMode type.
Note that passing 
Just x
# as the 4th argument triggers the
 

1 status flag, which must be set when you pass in 

0
 to the status flags. Also see the manpage for 
open(2)
.<00><00>#
status flags of open(2)
Just xJ => creates the file with the given modes, Nothing => the file must exist.
#
#<00><00>#
<00> 2016 Julian Ospald
BSD3
"Julian Ospald <hasufell@posteo.de>
experimental
portable
Safe

L.$Path separator character%
*Check if a character is the path separator+\n ->  (_chr n == '/') == isPathSeparator n&Search path separator'
1Check if a character is the search path separator0\n -> (_chr n == ':') == isSearchPathSeparator n(File extension separator)
4Check if a character is the file extension separator)\n -> (_chr n == '.') == isExtSeparator n*

#Take a ByteString, split it on the 
&
 .
 Blank items are converted to 

.
.

 Follows the recommendations in
 Fhttp://www.opengroup.org/onlinepubs/009695399/basedefs/xbd_chap08.html#splitSearchPath "File1:File2:File3"
["File1","File2","File3"]$splitSearchPath "File1::File2:File3"
["File1",".","File2","File3"]splitSearchPath ""
["."]+
Get a list of 
<00>s in the $PATH variable.,

Split a 
<00># into a path+filename and extension
splitExtension "file.exe"
("file",".exe")splitExtension "file"
("file","")"splitExtension "/path/file.tar.gz"
("/path/file.tar",".gz"):\path -> uncurry (BS.append) (splitExtension path) == path-

Get the final extension from a <00>takeExtension "file.exe"
".exe"takeExtension "file"
""!takeExtension "/path/file.tar.gz"
".gz".
Change a file's extensionJ\path -> let ext = takeExtension path in replaceExtension path ext == path/

 Drop the final extension from a <00>dropExtension "file.exe"
"file"dropExtension "file"
"file"!dropExtension "/path/file.tar.gz"
"/path/file.tar"0

Add an extension to a <00>addExtension "file" ".exe"

"file.exe"addExtension "file.tar" ".gz"

"file.tar.gz"addExtension "/path/" ".ext"
"/path/.ext"1

Check if a 
<00> has an extensionhasExtension "file"
FalsehasExtension "file.tar"
TruehasExtension "/path.part1/"
False2
Operator version of 03

Split a 
<00> on the first extension.

#splitExtensions "/path/file.tar.gz"
("/path/file",".tar.gz")<\path -> uncurry addExtension (splitExtensions path) == path4

Remove all extensions from a <00>
"dropExtensions "/path/file.tar.gz"
"/path/file"5

Take all extensions from a <00>
"takeExtensions "/path/file.tar.gz"
	".tar.gz"6

2Drop the given extension from a FilePath, and the 
"."
 preceding it.
 Returns 
<00>
8 if the FilePath does not have the given extension, or
 
<00>. and the part before the extension if it does.

+This function can be more predictable than 
4
3,
 especially if the filename might itself contain 

. characters.
"stripExtension "hs.o" "foo.x.hs.o"
Just "foo.x""stripExtension "hi.o" "foo.x.hs.o"
NothingstripExtension ".c.d" "a.b.c.d"

Just "a.b" stripExtension ".c.d" "a.b..c.d"
Just "a.b."stripExtension "baz"  "foo.bar"
NothingstripExtension "bar"  "foobar"
Nothing
,\path -> stripExtension "" path == Just path
S\path -> dropExtension path  == fromJust (stripExtension (takeExtension path) path)T\path -> dropExtensions path == fromJust (stripExtension (takeExtensions path) path)7

Split a 
<00>
 into (path,file).  
? is the inverse
splitFileName "path/file.txt"
("path/","file.txt")splitFileName "path/"
("path/","")splitFileName "file.txt"
("./","file.txt")Y\path -> uncurry combine (splitFileName path) == path || fst (splitFileName path) == "./"8
Get the file nametakeFileName "path/file.txt"

"file.txt"takeFileName "path/"
""9
Change the file name9\path -> replaceFileName path (takeFileName path) == path:
Drop the file namedropFileName "path/file.txt"
"path/"dropFileName "file.txt"
"./";
/Get the file name, without a trailing extensiontakeBaseName "path/file.tar.gz"

"file.tar"takeBaseName ""
""<
Change the base name

(replaceBaseName "path/file.tar.gz" "bob"

"path/bob.gz"9\path -> replaceBaseName path (takeBaseName path) == path=
BGet the directory, moving up one level if it's already a directorytakeDirectory "path/file.txt"
"path"takeDirectory "file"
"."takeDirectory "/path/to/"

"/path/to"takeDirectory "/path/to"
"/path">

$Change the directory component of a <00>e\path -> replaceDirectory path (takeDirectory path) `equalFilePath` path || takeDirectory path == "."?
Join two paths togethercombine "/" "file"
"/file"combine "/path/to" "file"
"/path/to/file"combine "file" "/absolute/path"
"/absolute/path"@Operator version of combineA
'Split a path into a list of components:

splitPath "/path/to/file.txt"
["/","path/","to/","file.txt"]+\path -> BS.concat (splitPath path) == pathB
Join a split path back together
*\path -> joinPath (splitPath path) == path
!joinPath ["path","to","file.txt"]
"path/to/file.txt"C

Like 
A, but without trailing slashes$splitDirectories "/path/to/file.txt"
["/","path","to","file.txt"]splitDirectories ""
[]D

!Check if the last character of a 
<00>
 is 
<00>
.!hasTrailingPathSeparator "/path/"
TruehasTrailingPathSeparator "/"
True hasTrailingPathSeparator "/path"
FalseE
Add a trailing path separator. addTrailingPathSeparator "/path"
"/path/"!addTrailingPathSeparator "/path/"
"/path/"ad
 path will never introduce 
..
+ paths, as the presence of symlinks
 means 
../b
 may not reach 
a/b
 if it starts from 
a/c
. For a
 worked example see
 
Vhttp://neilmitchell.blogspot.co.uk/2015/10/filepaths-are-subtle-symlinks-are-hard.html
this blog post
.
/makeRelative "/directory" "/directory/file.ext"

"file.ext" makeRelative "/Home" "/home/bob"
"/home/bob")makeRelative "/home/" "/home/bob/foo/bar"

"bob/foo/bar"makeRelative "/fred" "bob"
"bob"+makeRelative "/file/test" "/file/test/fred"
"fred",makeRelative "/file/test" "/file/test/fred/"
"fred/"*makeRelative "some/path" "some/path/a/b/c"
"a/b/c"
\p -> makeRelative p p == "."
E\p -> makeRelative (takeDirectory p) p `equalFilePath` takeFileName p
]prop x y -> equalFilePath x y || (isRelative x && makeRelative y x == x) || equalFilePath (y 

/ makeRelative y x) xI
bEquality of two filepaths. The filepaths are normalised
 and trailing path separators are dropped.
equalFilePath "foo" "foo"
TrueequalFilePath "foo" "foo/"
TrueequalFilePath "foo" "./foo"
TrueequalFilePath "" ""
TrueequalFilePath "foo" "/foo"
FalseequalFilePath "foo" "FOO"
FalseequalFilePath "foo" "../foo"
False\p -> equalFilePath p pJ
Check if a path is relative+\path -> isRelative path /= isAbsolute pathK
Check if a path is absoluteisAbsolute "/path"
TrueisAbsolute "path"
False
isAbsolute ""
FalseL
:Is a FilePath valid, i.e. could you create a file like it?
isValid ""
FalseisValid "\0"
FalseisValid "/random_ path:*"
TrueM
KTake a FilePath and make it valid; does not change already valid FilePaths.
makeValid ""
"_"makeValid "file\0name"
"file_name"
>\p -> if isValid p then makeValid p == p else makeValid p /= p\p -> isValid (makeValid p)N
@Is the given path a valid filename? This includes
 "." and "..".isFileName "lal"
TrueisFileName "."
TrueisFileName ".."
True
isFileName ""
FalseisFileName "\0"
FalseisFileName "/random_ path:*"
FalseO
7Check if the filepath has any parent directories in it.hasParentDir "/.."
TruehasParentDir "foo/bar/.."
TruehasParentDir "foo/../bar/."
TruehasParentDir "foo/bar"
FalsehasParentDir "foo"
FalsehasParentDir ""
FalsehasParentDir ".."
FalseP
"Whether the file is a hidden file.hiddenFile ".foo"
TruehiddenFile "..foo.bar"
TruehiddenFile "some/path/.bar"
TruehiddenFile "..."
TruehiddenFile "dod.bar"
FalsehiddenFile "."
FalsehiddenFile ".."
False
hiddenFile ""
False<00>0Combine two paths, assuming rhs is NOT absolute./$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOP<00><00>;<00><00><00><00><00><00><00><00><00><00><00><00><00><00>$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOP-$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOP/$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOP<00><00>
<00> 2016 Julian Ospald
BSD3
"Julian Ospald <hasufell@posteo.de>
experimental
portable
None

$LSQ
6Get all files from a directory and its su
 strictly.  However the returned list is lazy in that directories will only
 be accessed on demand.)Follows symbolic links for the input dir.R
?Get all files from a directory and its subdirectories strictly.)Follows symbolic links for the input dir.S

Recursively apply the 
action7 to the parent directory and all
 files/subdirectories.
5This function allows for memory-efficient traversals.)Follows symbolic links for the input dir.W.Gets all directory contents (not recursively).X
Binding to 
fdopendir(3)
.Y

Like 
W except for a file descriptor.
;To avoid complicated error checks, the file descriptor is
 
always
 closed, even if 
X
2 fails. Usually, this
 only happens on successful 
X
D and after the directory
 stream is closed. Also see the manpage of 
fdopendir(3) for
 more details.Z
*return the canonicalized absolute pathname
 like canonicalizePath, but uses realpath(3)<00><00><00><00><00><00><00><00>QRS<00>TUVWXY<00>Z
QRSTUVWXYZ
WYQRSVUTXZ<00><00><00><00><00><00><00><00>QRS<00>TUVWXY<00>Z

Safe


0[
Path of some base and type.
FInternally is a ByteString. The ByteString can be of two formats only:
	
!without trailing path separator: 
file.txt
, 
foo/bar.txt
, /foo/bar.txt
with trailing path separator: 
foo/
, 	/foo/bar/
(There are no duplicate
 path separators 
//
, no 
..
, no 
./
, no 
~/, etc.<00>

Same as 

.
The following property holds:x == y "a show x == show y<00>
ByteString ordering.
The following property holds:'show x `compare` show y "a x `compare` y<00>
ByteString equality.
The following property holds:show x == show y "a x == y[<00><00><00><00><00>[<00>
[
<00><00><00><00><00>
+<00> 2015 2016 FP Complete, 2016 Julian Ospald
BSD 3 clause
"Julian Ospald <hasufell@posteo.de>
experimental
portable
Safe

0b^"Exception when parsing a location._
A filename, without any 
<00>
.`$A relative path; one without a root.aAn absolute path.c
@Get a location for an absolute path. Produces a normalised path.

Throws: ^,parseAbs "/abc"          :: Maybe (Path Abs)
Just "/abc",parseAbs "/"             :: Maybe (Path Abs)
Just "/",parseAbs "/abc/def"      :: Maybe (Path Abs)
Just "/abc/def",parseAbs "/abc/def/.///" :: Maybe (Path Abs)
Just "/abc/def/",parseAbs "abc"           :: Maybe (Path Abs)
Nothing,parseAbs ""              :: Maybe (Path Abs)
Nothing,parseAbs "/abc/../foo"   :: Maybe (Path Abs)
Nothingd
 path.


Note that 
filepath
 may contain any number of 
./
  but may not consist
 solely of 
./
$.  It also may not contain a single 
..
 anywhere.

Throws: ^	)parseRel "abc"        :: Maybe (Path Rel)

Just "abc")parseRel "def/"       :: Maybe (Path Rel)
Just "def/")parseRel "abc/def"    :: Maybe (Path Rel)
Just "abc/def")parseRel "abc/def/."  :: Maybe (Path Rel)
Just "abc/def/")parseRel "/abc"       :: Maybe (Path Rel)
Nothing)parseRel ""           :: Maybe (Path Rel)
Nothing)parseRel "abc/../foo" :: Maybe (Path Rel)
Nothing)parseRel "."          :: Maybe (Path Rel)
Nothing)parseRel ".."         :: Maybe (Path Rel)
Nothinge

AParses a filename. Filenames must not contain slashes.
 Excludes 
<00>
 and 
'..'
.

Throws: ^
'parseFn "abc"        :: Maybe (Path Fn)

Just "abc"'parseFn "..."        :: Maybe (Path Fn)

Just "..."'parseFn "def/"       :: Maybe (Path Fn)
Nothing'parseFn "abc/def"    :: Maybe (Path Fn)
Nothing'parseFn "abc/def/."  :: Maybe (Path Fn)
Nothing'parseFn "/abc"       :: Maybe (Path Fn)
Nothing'parseFn ""           :: Maybe (Path Fn)
Nothing'parseFn "abc/../foo" :: Maybe (Path Fn)
Nothing'parseFn "."          :: Maybe (Path Fn)
Nothing'parseFn ".."         :: Maybe (Path Fn)
Nothingf&Convert any Path to a ByteString type.g.Convert an absolute Path to a ByteString type.h-Convert a relative Path to a ByteString type.i
Append two paths.

bThe second argument must always be a relative path, which ensures
 that undefinable things like `"
abc" <> "/def"` cannot happen.
<02>Technically, the first argument can be a path that points to a non-directory,
 because this library is IO-agnostic and makes no assumptions about
 file types.7(MkPath "/")        </> (MkPath "file"     :: Path Rel)
"/file"7(MkPath "/path/to") </> (MkPath "file"     :: Path Rel)
"/path/to/file"7(MkPath "/")        </> (MkPath "file/lal" :: Path Rel)
"/file/lal"7(MkPath "/")        </> (MkPath "file/"    :: Path Rel)
"/file/"j

IStrip directory from path, making it relative to that directory.
 Throws 
Couldn'tStripPrefixDir* if directory is not a parent of the path.
The bases must match.N(MkPath "/lal/lad")     `stripDir` (MkPath "/lal/lad/fad") :: Maybe (Path Rel)

Just "fad"N(MkPath "lal/lad")      `stripDir` (MkPath "lal/lad/fad")  :: Maybe (Path Rel)

Just "fad"N(MkPath "/")            `stripDir` (MkPath "/")            :: Maybe (Path Rel)
NothingN(MkPath "/lal/lad/fad") `stripDir` (MkPath "/lal/lad")     :: Maybe (Path Rel)
NothingN(MkPath "fad")          `stripDir` (MkPath "fad")          :: Maybe (Path Rel)
Nothingk

>Is p a parent of the given location? Implemented in terms of
 
j. The bases must match.<(MkPath "/lal/lad")     `isParentOf` (MkPath "/lal/lad/fad")
True;(MkPath "lal/lad")      `isParentOf` (MkPath "lal/lad/fad")
True1(MkPath "/")            `isParentOf` (MkPath "/")
False8(MkPath "/lal/lad/fad") `isParentOf` (MkPath "/lal/lad")
False3(MkPath "fad")          `isParentOf` (MkPath "fad")
Falsel
Get all parents of a path.%getAllParents (MkPath "/abs/def/dod")
["/abs/def","/abs","/"]getAllParents (MkPath "/")
[]m
%Extract the directory name of a path.
The following properties hold:
dirname (p </> a) == dirname pdirname (MkPath "/abc/def/dod")

"/abc/def"dirname (MkPath "/")
"/"n
 Extract the file part of a path.
The following properties hold:
 basename (p </> a) == basename a

Throws: 
] if given the root path "/"3basename (MkPath "/abc/def/dod") :: Maybe (Path Fn)

Just "dod"4basename (MkPath "/abc/def/dod/") :: Maybe (Path Fn)

Just "dod"3basename (MkPath "/")            :: Maybe (Path Fn)
Nothing\]<00>^<00><00><00><00>_`abcdefghijklmnopqrstu[\]^_`abcdefghijklmnopqa[`_^]\bcedghfinmkljopq\]
<00>^<00><00><00><00>_`abcdefghijklmnopqrstu
<00> 2016 Julian Ospald
BSD3
"Julian Ospald <hasufell@posteo.de>
experimental
portable
None

0Ty

<02>A type for giving failure hints on recursive failure, which allows
 to programmatically make choices without examining
 the weakly typed I/O error attributes (like 
ioeGetFileName).`The first argument to the data constructor is always the
 source and the second the destination.~JAdditional generic IO exceptions that the posix functions
 do not provide.<00>
Throws 

AlreadyExists

 
<00> if file exists.<00>
Throws 

AlreadyExists

 
<00> if directory exists.<00>
Uses 
<00>
 and throws 
 if it returns True.<00>^Check if the files are the same by examining device and file id.
 This follows symbolic links.<00><02>Checks whether the destination directory is contained
 within the source directory by comparing the device+file ID of the
 source directory with all device+file IDs of the parent directories
 of the destination.<00>RChecks if the given file exists and is not a directory.
 Does not follow symlinks.<00>NChecks if the given file exists and is a directory.
 Does not follow symlinks.<00>,Checks whether a file or folder is writable.<00>
WChecks whether the directory at the given path exists and can be
 opened. This invokes 

openDirStream which follows symlinks.<00><02>Carries out an action, then checks if there is an IOException and
 a specific errno. If so, then it carries out another action, otherwise
 it rethrows the error.<00><02>Execute the given action and retrow IO exceptions as a new Exception
 that have the given errno. If errno does not match the exception is rethrown
 as is.<00>
Like 
<00>, with arguments swapped.<00>
Like 
<00><02>, but allows to have different clean-up
 actions depending on whether the in-between computation
 has raised an exception or not.  yz{|}~<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>
source dir

full destination, 
dirname dest
   must exist<00><00><00><00><00>errno to catch
-action to try, which can raise an IOExceptionEaction to carry out in case of an IOException and
   if errno matches<00>errno to catch
rethrow as if errno matches
action to try<00><00>computation to run first
8computation to run last, when
   no exception was raised8computation to run last,
   when an exception was raisedcomputation to run in-between<00>
reaction on IO errorsreaction on HPathIOException<00>yz{|}~<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>~<00><00>yz{|}<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>yz{|}~<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>
<00> 2016 Julian Ospald
BSD3
"Julian Ospald <hasufell@posteo.de>
experimental
portable
None

Sx

Applies 
realpath on the given absolute path.
Throws:
<00>- if the file at the given path does not exist
<00> if the symlink is broken<00>sThe mode for copy and file moves.
 Overwrite mode is usually not very well defined, but is a convenience
 shortcut.<00>fail if any target exists<00>overwrite targets<00>
(The error mode for recursive operations.

On 
<00><02> the whole operation fails immediately if any of the
 recursive sub-operations fail, which is sort of the default
 for IO operations.
On 
<00>
` skips errors in the recursion and keeps on recursing.
 However all errors are collected in the 
<00>
N error type,
 which is raised finally if there was any error. Also note that
 
<00>K does not give any guarantees on the ordering
 of the collected exceptions.<00>
<02>Copies the contents of a directory recursively to the given destination, while preserving permissions.
 Does not follow symbolic links. This behaves more or less like
 the following, without descending into the destination if it
 already exists:
)  cp -a /source/dir /destination/somedir


DFor directory contents, this will ignore any file type that is not
 
<00>
, 
<00>
 or 
<00>
.

For 
<00><02> copy mode this does not prune destination directory
 contents, so the destination might contain more files than the source after
 the operation has completed. Permissions of existing directories are
 fixed.
Safety/reliability concerns:

not atomicexamines filetypes explicitly
an explicit check 
<00><02> is carried out for the
      top directory for basic sanity, because otherwise we might end up
      with an infinite copy loop... however, this operation is not
      carried out recursively (because it's slow)
Throws:

<00># if source directory does not exist
<00>$ if source directory can't be opened

4 if source and destination are the same file
      (
~
)
<00>
. if destination is contained in source
      (
~
)


Throws in 
<00> RecursiveErrorMode only:

<00>$ if output directory is not writable
<00>, if source directory is wrong type (symlink)
<00>1 if source directory is wrong type (regular file)


Throws in 
<00> RecursiveErrorMode only:


<00>
e if any of the recursive operations that are not
      part of the top-directory sanity-checks fail (
~
)


Throws in 
<00> CopyMode only:

<00> if destination already exists<00>
Recreate a symlink.

In 
<00>8 copy mode only files and empty directories are deleted.
Safety/reliability concerns:


<00> mode is inherently non-atomic
Throws:

<00>- if source file is wrong type (not a symlink)
<00>) if output directory cannot be written to
<00>% if source directory cannot be opened

4 if source and destination are the same file
      (
~
)


Throws in 
<00> mode only:


<00> if destination already exists


Throws in 
<00> mode only:


<00>+ if destination file is non-empty directory
Note: calls symlink<00>

<02>Copies the given regular file to the given destination.
 Neither follows symbolic links, nor accepts them.
 For "copying" symbolic links, use 
<00>	 instead.

yNote that this is still sort of a low-level function and doesn't
 examine file types. For a more high-level version, use 
<00>

 instead.

In 
<00>9 copy mode only overwrites actual files, not directories.
Safety/reliability concerns:

<00> mode is not atomic

when used on 
<00>], reads the "contents" and copies
      them to a regular file, which might take indefinitely

when used on 
<00><02>, may either read the "contents"
      and copy them to a regular file (potentially hanging indefinitely)
      or may create a regular empty destination file

when used on 
<00>, will hang indefinitely
Throws:

<00> if source file does not exist
<00>
 if source file is a a <00>
<00>$ if output directory is not writable
<00>$ if source directory can't be opened
<00>4 if source file is wrong type (symlink or directory)

4 if source and destination are the same file
      (
~
)


Throws in 
<00> mode only:


<00> if destination already exists
Note: calls 
sendfile
 and possibly 
<00>

/
write as fallback<00>
<02>Copies a regular file, directory or symbolic link. In case of a
 symbolic link it is just recreated, even if it points to a directory.
 Any other file type is ignored.
Safety/reliability concerns:examines filetypes explicitly
calls 
<00> for directories<00>

Deletes the given file. Raises 
eISDIR8
 if run on a directory. Does not follow symbolic links.
Throws:
<00>  for wrong file type (directory)
<00> if the file does not exist
<00>  if the directory cannot be read<00>
ADeletes the given directory, which must be empty, never symlinks.
Throws:

<00>+ for wrong file type (symlink to directory)
<00># for wrong file type (regular file)
<00> if directory does not exist
<00> if directory is not empty
<00>. if we can't open or write to parent directory

Notes: calls rmdir<00>

PDeletes the given directory recursively. Does not follow symbolic
 links. Tries 
<00>/ first before attemtping a recursive
 deletion.

(On directory contents this behaves like 
<00>
1
 and thus will ignore any file type that is not 
<00>
,
 
<00>
 or 
<00>
.
Safety/reliability concerns:

not atomicexamines filetypes explicitly
Throws:
<00>+ for wrong file type (symlink to directory)
<00># for wrong file type (regular file)
<00> if directory does not exist
<00>. if we can't open or write to parent directory<00>
<02>Deletes a file, directory or symlink.
 In case of directory, performs recursive deletion. In case of
 a symlink, the symlink file is deleted.
 Any other file type is ignored.
Safety/reliability concerns:examines filetypes explicitly
calls 
<00> for directories<00>eOpens a file appropriately by invoking xdg-open. The file type
 is not checked. This forks a process.<00>BExecutes a program with the given arguments. This forks a process.<00>
MCreate an empty regular file at the given directory with the given
 filename.
Throws:
<00>) if output directory cannot be written to
<00> if destination already exists
<00>? if any of the parent components of the path
      do not exist<00>
ICreate an empty directory at the given directory with the given filename.
Throws:
<00>) if output directory cannot be written to
<00> if destination already exists
<00>? if any of the parent components of the path
      do not exist<00>
<02>Create an empty directory at the given directory with the given filename.
 All parent directories are created with the same filemode. This
 basically behaves like:
  mkdir -p /some/dir

Safety/reliability concerns:


not atomic
Throws:
<00>O if any part of the path components do not
      exist and cannot be written to
<00>; if destination already exists and
      is not a directory<00>
Create a symlink.
Throws:

<00>) if output directory cannot be written to
<00># if destination file already exists
<00>? if any of the parent components of the path
      do not exist
Note: calls symlink<00>

nRename a given file with the provided filename. Destination and source
 must be on the same device, otherwise 
<00> will be raised.
CDoes not follow symbolic links, but renames the symbolic link file.
Safety/reliability concerns:

@has a separate set of exception handling, apart from the syscall
Throws:

<00> if source file does not exist
<00>) if output directory cannot be written to
<00>% if source directory cannot be opened
<00>: if source and destination are on different
       devices
<00> if destination already exists

5 if destination and source are the same file
       (
~
)
Note: calls 
<00>3 (but does not allow to rename over existing files)<00>
dMove a file. This also works across devices by copy-delete fallback.
 And also works on directories.
CDoes not follow symbolic links, but renames the symbolic link file.
Safety/reliability concerns:

<00> mode is not atomic-copy-delete fallback is inherently non-atomic
since this function calls 
<00>
 and 
<00>
 as a fallback
      to 
<00>
, file types that are not 
<00>
, 
<00>


      or 
<00> may be ignored
for 
<00>L mode, the destination will be deleted (not recursively)
      before moving
Throws:

<00> if source file does not exist
<00>) if output directory cannot be written to
<00>% if source directory cannot be opened

5 if destination and source are the same file
       (
~
)


Throws in 
<00> mode only:


<00> if destination already exists
Note: calls 
<00>3 (but does not allow to rename over existing files)<00>#Default permissions for a new file.<00>(Default permissions for a new directory.<00>
tGets all filenames of the given directory. This excludes "." and "..".
 This version does not follow symbolic links.
FThe contents are not sorted and there is no guarantee on the ordering.
Throws:
<00> if directory does not exist
<00> if file type is wrong (file)
<00>( if file type is wrong (symlink to file)
<00>' if file type is wrong (symlink to dir)
<00> if directory cannot be opened<00>
YGet the file type of the file located at the given path. Does
 not follow symbolic links.
Throws:
<00> if the file does not exist
<00>* if any part of the path is not accessible$x<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>
source dir
:destination (parent dirs
   are not automatically created)<00>the old symlink file
destination file<00>source file
destination file<00>source filedestination file<00><00><00><00><00><00><00>program
	arguments<00><00><00><00>destination file
path the symlink points to<00><00>file to move
destination<00><00><00>
dir to read<00>#x<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>#<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>xx<00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00><00>


























 
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renameFilemoveFilenewFilePermsnewDirPermsgetDirsFilesgetFileType$fEqFileType$fShowFileTypec_openopen_unix-2.7.2.0 System.Posix.ByteString.FilePathRawFilePathbaseGHC.BaseNothingJustGHC.Real
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