File: //usr/lib/python3.5/__pycache__/pathlib.cpython-35.pyc
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z'_PosixFlavour.resolve.<locals>._resolver& )r" _accessor is_absoluter^ r_ r] )r$ ra baser )r r r r" r rb s % z_PosixFlavour.resolvec C s d S)NFr )r$ r1 r r r rh L s z_PosixFlavour.is_reservedc C s t | } d t | S)Nzfile://)bytesrk )r$ ra Zbpathr r r rn O s z_PosixFlavour.make_uric C s | sO y t j d SWq t k
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r t d | Yn Xd S)Nro r z%Can't determine home directory for %r) r^ rp rq pwdgetpwuidgetuidpw_dirgetpwnamrr )r$ rs r r r r ru U s
z_PosixFlavour.gethomedirN)r; r< r= r" r( rv posixpathrx r^ ry rz r+ r9 r\ rb rh rn ru r r r r r~ s , r~ c @ s e Z d Z d Z d S) _AccessorzjAn accessor implements a particular (system-specific or not) way of
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S)_NormalAccessorc s+ t j f d d } t | S)Nc s t | | S)N)r] )pathobjargs)strfuncr r wrappedq s z._NormalAccessor._wrap_strfunc.<locals>.wrapped) functoolswraps staticmethod)r r r )r r
_wrap_strfuncp s !z _NormalAccessor._wrap_strfuncc s+ t j f d d } t | S)Nc s t | t | | S)N)r] )ZpathobjAZpathobjBr )r r r r w s z5_NormalAccessor._wrap_binary_strfunc.<locals>.wrapped)r r r )r r r )r r _wrap_binary_strfuncv s !z$_NormalAccessor._wrap_binary_strfunclchmodc C s t d d S)Nz%lchmod() not available on this system)NotImplementedError)r$ r moder r r r s z_NormalAccessor.lchmodc C s t d d S)Nz&symlink() not available on this system)r )rE btarget_is_directoryr r r symlink s z_NormalAccessor.symlinkc C s t j t | t | S)N)r^ r r] )rE r r r r r r s c C s
t j | S)N)r^ r )r$ ra r r r r s z_NormalAccessor.readlinkN)r; r< r= r r r^ statlstatopenlistdirchmodhasattrr mkdirunlinkrmdirrenamer* r supports_symlinksr r utimer r r r r r n s, r c # sd y j VWnM t k
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__cached__AttributeErrorclear)r r r )r r r _cached s
r c C sr | d } | d d } | d k r/ t } n6 d | k rJ t d n t | r_ t } n t } | | | S)Nr r8 z**z:Invalid pattern: '**' can only be an entire path component)_RecursiveWildcardSelector
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pattern_partsr child_partsclsr r r _make_selector s
r lru_cachec @ s. e Z d Z d Z d d Z d d Z d S) _SelectorzYA selector matches a specific glob pattern part against the children
of a given path.c C s1 | | _ | r! t | | _ n t | _ d S)N)r r successor_TerminatingSelector)r$ r r r r r% s z_Selector.__init__c C s@ t | } | j } | j } | j j } | j | | | | S)zuIterate over all child paths of `parent_path` matched by this
selector. This can contain parent_path itself.)typeis_direxistsr r _select_from)r$ parent_pathZpath_clsr r r r r r select_from s
z_Selector.select_fromN)r; r< r= r> r% r r r r r r s r c @ s e Z d Z d d Z d S)r c c s | Vd S)Nr )r$ r r r r r r r r s z!_TerminatingSelector._select_fromN)r; r< r= r r r r r r s r c @ s( e Z d Z d d Z d d Z d S)r c C s | | _ t j | | d S)N)ry r r% )r$ ry r r r r r% s z_PreciseSelector.__init__c c sz y] | | s d S| j | j } | | r\ x( | j j | | | | D] } | VqM WWn t k
ru d SYn Xd S)N)_make_child_relpathry r r PermissionError)r$ r r r r ra rZ r r r r s "
z _PreciseSelector._select_fromN)r; r< r= r% r r r r r r s r c @ s( e Z d Z d d Z d d Z d S)r c C s/ t j t j | | _ t j | | d S)N)recompilefnmatch translater r r% )r$ r r r r r r% s z_WildcardSelector.__init__c
c s y | | s d S| j j } xl | | D]^ } | | } | j j | r, | j | } x( | j j | | | | D] } | Vq{ Wq, WWn t k
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z/_RecursiveWildcardSelector._iterate_directoriesc c s y | | s d St | } t } zn | j j } x[ | j | | | D]D } x; | | | | | D]$ } | | k rl | V| j | ql WqP WWd | j XWd QRXWn t k
r d SYn Xd S)N)r r{ r r r addr r ) r$ r r r r ZyieldedZsuccessor_selectZstarting_pointrZ r r r r ' s
z'_RecursiveWildcardSelector._select_fromN)r; r< r= r% r r r r r r r s r c @ sL e Z d Z d Z d Z d d Z d d Z d
d Z d d
Z d S) _PathParentszvThis object provides sequence-like access to the logical ancestors
of a path. Don't try to construct it yourself._pathcls_drv_root_partsc C s7 t | | _ | j | _ | j | _ | j | _ d S)N)r r r r r )r$ ra r r r r% C s z_PathParents.__init__c C s4 | j s | j r# t | j d St | j Sd S)Nr8 )r r rQ r )r$ r r r __len__J s z_PathParents.__len__c C sX | d k s | t | k r* t | | j j | j | j | j d | d S)Nr r8 )rQ
IndexErrorr _from_parsed_partsr r r )r$ idxr r r __getitem__P s z_PathParents.__getitem__c C s d j | j j S)Nz <{}.parents>)formatr r; )r$ r r r __repr__V s z_PathParents.__repr__N)r r r r ) r; r< r= r> __slots__r% r r r r r r r r > s r c @ s\ e Z d Z d Z dX Z d d
Z d d Z e d
d Z e d d d Z e d d d Z
e d d Z d d Z d d Z
d d Z d d Z d d Z d d! Z d" d# Z e d$ d% Z d& d' Z d( d) Z d* d+ Z d, d- Z d. d/ Z d0 d1 Z e e d d2 d3 Z e e d d2 d4 Z e d5 d6 Z e d7 d8 Z e d9 d: Z e d; d< Z! e d= d> Z" d? d@ Z# dA dB Z$ dC dD Z% e dE dF Z& dG dH Z' dI dJ Z( dK dL Z) e dM dN Z* e dO dP Z+ dQ dR Z, dS dT Z- dU dV Z. dW S)Yr aH PurePath represents a filesystem path and offers operations which
don't imply any actual filesystem I/O. Depending on your system,
instantiating a PurePath will return either a PurePosixPath or a
PureWindowsPath object. You can also instantiate either of these classes
directly, regardless of your system.
r r r _str_hash_pparts_cached_cpartsc G s4 | t k r' t j d k r! t n t } | j | S)zConstruct a PurePath from one or several strings and or existing
PurePath objects. The strings and path objects are combined so as
to yield a canonicalized path, which is incorporated into the
new PurePath object.
r )r r^ ry r r _from_parts)r r r r r __new__f s zPurePath.__new__c C s | j t | j f S)N) __class__tupler )r$ r r r
__reduce__p s zPurePath.__reduce__c C s g } xh | D]` } t | t r2 | | j 7} q
t | t rW | j t | q
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W| j j | S)Nz/argument should be a path or str object, not %r)
isinstancer r r] r- TypeErrorr r r7 )r r r1 rE r r r _parse_argsu s
zPurePath._parse_argsTc C sV t j | } | j | \ } } } | | _ | | _ | | _ | rR | j | S)N)objectr r r r r _init)r r initr$ r2 r3 r1 r r r r s
zPurePath._from_partsc C s> t j | } | | _ | | _ | | _ | r: | j | S)N)r r r r r r )r r2 r3 r1 r r$ r r r r s
zPurePath._from_parsed_partsc C sB | s | r. | | | j j | d d S| j j | Sd S)Nr8 )r r# )r r2 r3 r1 r r r _format_parsed_parts s "z PurePath._format_parsed_partsc C s d S)Nr )r$ r r r r s zPurePath._initc C s^ | j | \ } } } | j j | j | j | j | | | \ } } } | j | | | S)N)r r r: r r r r )r$ r r2 r3 r1 r r r _make_child s *zPurePath._make_childc C sR y | j SWn@ t k
rM | j | j | j | j p< d | _ | j SYn Xd S)z[Return the string representation of the path, suitable for
passing to system calls.r' N)r r r r r r )r$ r r r __str__ s
zPurePath.__str__c C s" | j } t | j | j d S)zNReturn the string representation of the path with forward (/)
slashes.rA )r r] r* r" )r$ fr r r rj s zPurePath.as_posixc C s t j t | S)zaReturn the bytes representation of the path. This is only
recommended to use under Unix.)r^ fsencoder] )r$ r r r __bytes__ s zPurePath.__bytes__c C s d j | j j | j S)Nz{}({!r}))r r r; rj )r$ r r r r s zPurePath.__repr__c C s( | j s t d | j j | S)z Return the path as a 'file' URI.z.relative path can't be expressed as a file URI)r r r rn )r$ r r r as_uri s zPurePath.as_uric C sC y | j SWn1 t k
r> | j j | j | _ | j SYn Xd S)N)r r r r\ r )r$ r r r _cparts s
zPurePath._cpartsc C s5 t | t s t S| j | j k o4 | j | j k S)N)r r NotImplementedr r )r$ otherr r r __eq__ s zPurePath.__eq__c C sC y | j SWn1 t k
r> t t | j | _ | j SYn Xd S)N)r r hashr r )r$ r r r __hash__ s
zPurePath.__hash__c C s6 t | t s" | j | j k r& t S| j | j k S)N)r r r r r )r$ r r r r __lt__ s "zPurePath.__lt__c C s6 t | t s" | j | j k r& t S| j | j k S)N)r r r r r )r$ r r r r __le__ s "zPurePath.__le__c C s6 t | t s" | j | j k r& t S| j | j k S)N)r r r r r )r$ r r r r __gt__ s "zPurePath.__gt__c C s6 t | t s" | j | j k r& t S| j | j k S)N)r r r r r )r$ r r r r __ge__ s "zPurePath.__ge__docz.The drive prefix (letter or UNC path), if any.z The root of the path, if any.c C s | j | j } | S)z/The concatenation of the drive and root, or ''.)r r )r$ anchorr r r r s zPurePath.anchorc C s? | j } t | | j s$ | j r* d n d k r7 d S| d S)z!The final path component, if any.r8 r r& rN )r rQ r r )r$ r1 r r r ry s *z
PurePath.namec C sT | j } | j d } d | k o9 t | d k n rL | | d Sd Sd S)z*The final component's last suffix, if any.r' r r8 Nr& )ry rfindrQ )r$ ry rI r r r suffix s
&zPurePath.suffixc C sO | j } | j d r g S| j d } d d | j d d d D S)z1A list of the final component's suffixes, if any.r' c S s g | ] } d | q S)r' r )rC r r r r r[ s z%PurePath.suffixes.<locals>.<listcomp>r8 N)ry endswithrS r, )r$ ry r r r suffixes s
zPurePath.suffixesc C sT | j } | j d } d | k o9 t | d k n rL | d | S| Sd S)z0The final path component, minus its last suffix.r' r r8 N)ry r rQ )r$ ry rI r r r stem s
&z
PurePath.stemc C s | j s t d | f | j j | f \ } } } | s | d | j j | j j g k s | s | s t | d k r t d | | j | j | j | j
d d | g S)z-Return a new path with the file name changed.z%r has an empty namer8 zInvalid name %rNrN rN ) ry r r r7 r" r( rQ r r r r )r$ ry r2 r3 r1 r r r with_name& s ) zPurePath.with_namec C s | j } | j | k s0 | j r@ | j | k r@ t d | | rV | j d sb | d k rr t d | | j } | s t d | f | j } | s | | } n | d t | | } | j | j | j
| j d d | g S)zCReturn a new path with the file suffix changed (or added, if none).zInvalid suffix %rr' z%r has an empty nameNr8 rN ) r r" r( r rd ry r rQ r r r r )r$ r r ry Z
old_suffixr r r with_suffix1 s '"
zPurePath.with_suffixc
G sQ | s t d | j } | j } | j } | rP | | g | d d } n | } | j | \ } } } | r | | g | d d } n | } t | }
| j j } |
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d k r=| n d | |
d S)zReturn the relative path to another path identified by the passed
arguments. If the operation is not possible (because this is not
a subpath of the other path), raise ValueError.
zneed at least one argumentr8 Nr z {!r} does not start with {!r}r& )
r r r r r rQ r r\ r r r r] r )
r$ r r1 r2 r3 Z abs_partsZto_drvZto_rootZto_partsZ to_abs_partsnr Z formattedr r r relative_toD s( : zPurePath.relative_toc C s= y | j SWn+ t k
r8 t | j | _ | j SYn Xd S)zZAn object providing sequence-like access to the
components in the filesystem path.N)r r r r )r$ r r r r1 d s
zPurePath.partsc G s
| j | S)zCombine this path with one or several arguments, and return a
new path representing either a subpath (if all arguments are relative
paths) or a totally different path (if one of the arguments is
anchored).
)r )r$ r r r r joinpathp s zPurePath.joinpathc C s | j | f S)N)r )r$ keyr r r __truediv__x s zPurePath.__truediv__c C s | j | g | j S)N)r r )r$ r r r r __rtruediv__{ s zPurePath.__rtruediv__c C sZ | j } | j } | j } t | d k r= | s9 | r= | S| j | | | d d S)z The logical parent of the path.r8 NrN )r r r rQ r )r$ r2 r3 r1 r r r parent~ s zPurePath.parentc C s
t | S)z*A sequence of this path's logical parents.)r )r$ r r r parents s zPurePath.parentsc C s' | j s
d S| j j p& t | j S)zSTrue if the path is absolute (has both a root and, if applicable,
a drive).F)r r rv boolr )r$ r r r r s zPurePath.is_absolutec C s | j j | j S)zaReturn True if the path contains one of the special names reserved
by the system, if any.)r rh r )r$ r r r rh s zPurePath.is_reservedc C s, | j j } | | } | j j | f \ } } } | sH t d | rg | | | j k rg d S| r | | | j k r d S| j } | s | r t | t | k r d S| d d } n t | t | k r d Sx? t t | t | D]" \ } } t
j | | sd SqWd S)zE
Return True if this path matches the given pattern.
z
empty patternFr8 NT) r r9 r7 r r r r rQ zipr) r Z fnmatchcase) r$ Z path_patternr r2 r3 Z pat_partsr1 r5 r r r r r s( (zPurePath.matchN)r r r r r r r )/r; r< r= r> r r r classmethodr r r r r r r rj r r r propertyr r r r r r r r ri r3 r ry r r r
r r r r1 r r r r r r rh r r r r r r Z s\
c @ s e Z d Z e Z f Z d S)r N)r; r< r= _posix_flavourr r r r r r r s c @ s e Z d Z e Z f Z d S)r N)r; r< r= _windows_flavourr r r r r r r s c @ s\ e Z d Z d` Z d d Z d d d Z d d Z d
d Z d d
Z d d Z d d d Z
d d d Z e d d Z
e d d Z d d Z d d Z d d Z d d! Z d" d# Z d$ d% Z d& d' Z d( d) Z d* d+ Z d, da d d d d. d/ Z d0 d1 Z d d d2 d3 Z d4 d5 Z d d d6 d7 Z d d8 d9 d: Z d d; d; d< d= Z d> d? Z d@ dA Z dB dC Z! dD dE Z" dF dG Z# dH dI Z$ dJ dK Z% d; dL dM Z& dN dO Z' dP dQ Z( dR dS Z) dT dU Z* dV dW Z+ dX dY Z, dZ d[ Z- d\ d] Z. d^ d_ Z/ d S)br r _closedc O sl | t k r' t j d k r! t n t } | j | d d } | j j s^ t d | j f | j
| S)Nr r Fz$cannot instantiate %r on your system) r r^ ry r r r r rz r r; r )r r kwargsr$ r r r r s
z Path.__new__Nc C s1 d | _ | d k r$ | j | _ n t | _ d S)NF)r r _normal_accessor)r$ templater r r r s z
Path._initc C s) | j | g } | j | j | j | S)N)r r r r )r$ r5 r1 r r r r s zPath._make_child_relpathc C s | j r | j | S)N)r
_raise_closed)r$ r r r __enter__ s
zPath.__enter__c C s
d | _ d S)NT)r )r$ tvtbr r r __exit__ s z
Path.__exit__c C s t d d S)Nz I/O operation on closed path)r )r$ r r r r s zPath._raise_closedi c C s | j j | | | S)N)r r )r$ ry flagsr r r r _opener s z Path._openeri c C s) | j r | j | j j | | | S)zm
Open the file pointed by this path and return a file descriptor,
as os.open() does.
)r r r r )r$ r% r r r r _raw_open s
zPath._raw_openc C s | t j S)zjReturn a new path pointing to the current working directory
(as returned by os.getcwd()).
)r^ r_ )r r r r cwd s zPath.cwdc C s | | j j d S)zrReturn a new path pointing to the user's home directory (as
returned by os.path.expanduser('~')).
N)r ru )r r r r home s z Path.homec C sS | j } y | j } Wn! t k
r? t j | } Yn Xt j j | | S)zoReturn whether other_path is the same or not as this file
(as returned by os.path.samefile()).
)r r r^ ra samestat)r$ Z
other_pathstZother_str r r samefile s
z
Path.samefilec c sd | j r | j xJ | j j | D]6 } | d k r; q& | j | V| j r& | j q& Wd S)zyIterate over the files in this directory. Does not yield any
result for the special paths '.' and '..'.
r' ..N> r- r' )r r r r r )r$ ry r r r iterdir s
z Path.iterdirc c s | s t d j | | j j | } | j j | f \ } } } | sW | rc t d t t | } x | j | D] } | Vq Wd S)zIterate over this subtree and yield all existing files (of any
kind, including directories) matching the given pattern.
zUnacceptable pattern: {!r}z%Non-relative patterns are unsupportedN) r r r r9 r7 r r r r )r$ patternr2 r3 r selectorrZ r r r glob! s z Path.globc c s | j j | } | j j | f \ } } } | s< | rH t d t d t | } x | j | D] } | Vqn Wd S)zRecursively yield all existing files (of any kind, including
directories) matching the given pattern, anywhere in this subtree.
z%Non-relative patterns are unsupported**N)r2 )r r9 r7 r r r r )r$ r/ r2 r3 r r0 rZ r r r rglob/ s z
Path.rglobc C s\ | j r | j | j r# | S| j t j g | j d d } | j d | | S)a Return an absolute version of this path. This function works
even if the path doesn't point to anything.
No normalization is done, i.e. all '.' and '..' will be kept along.
Use resolve() to get the canonical path to a file.
r Fr )r r r r r^ r_ r r )r$ objr r r absolute; s
%z
Path.absolutec C s | j r | j | j j | } | d k rM | j t | j } | j j j | } | j | f d d } | j
d | | S)z
Make the path absolute, resolving all symlinks on the way and also
normalizing it (for example turning slashes into backslashes under
Windows).
Nr Fr ) r r r rb r r] r5 rx normpathr r )r$ rY Znormedr4 r r r rb M s
z Path.resolvec C s | j j | S)zh
Return the result of the stat() system call on this path, like
os.stat() does.
)r r )r$ r r r r a s z Path.statc C s% d d l } | j | j j j S)z:
Return the login name of the file owner.
r N)r r r st_uidZpw_name)r$ r r r r ownerh s z
Path.ownerc C s% d d l } | j | j j j S)z8
Return the group name of the file gid.
r N)grpZgetgrgidr st_gidZgr_name)r$ r9 r r r groupo s z
Path.grouprr8 c C s> | j r | j t j t | | | | | | d | j S)z|
Open the file pointed by this path and return a file object, as
the built-in open() function does.
Zopener)r r ior r] r& )r$ r bufferingencodingerrorsnewliner r r r v s
!z Path.openc C s* | j d d } | j SWd QRXd S)zK
Open the file in bytes mode, read it, and close the file.
r rbN)r read)r$ r r r r
read_bytes s zPath.read_bytesc C s6 | j d d d | d | } | j SWd QRXd S)zJ
Open the file in text mode, read it, and close the file.
r r< r? r@ N)r rC )r$ r? r@ r r r r read_text s !zPath.read_textc C s9 t | } | j d d } | j | SWd QRXd S)zO
Open the file in bytes mode, write to it, and close the file.
r wbN)
memoryviewr write)r$ dataZviewr r r r write_bytes s zPath.write_bytesc C s^ t | t s% t d | j j | j d d d | d | } | j | SWd QRXd S)zN
Open the file in text mode, write to it, and close the file.
zdata must be str, not %sr wr? r@ N)r r] r r r; r rH )r$ rI r? r@ r r r r
write_text s
!zPath.write_textTc C s | j r | j | rI y | j j | d Wn t k
rD Yn Xd St j t j B} | sl | t j O} | j | | } t j
| d S)zS
Create this file with the given access mode, if it doesn't exist.
N) r r r r r r^ O_CREATO_WRONLYO_EXCLr' close)r$ r exist_okr% fdr r r touch s
z
Path.touchFc C s | j r | j | s_ y | j j | | Wq t k
r[ | sT | j rW Yq Xn y | j j | | Wn t k
r | s | j r Yn] t k
r } z= | j t k r | j j d d | j j | | WYd d } ~ Xn Xd S)Nr T)
r r r r FileExistsErrorr r r r r )r$ r r rQ r r r r r s$
z
Path.mkdirc C s* | j r | j | j j | | d S)zF
Change the permissions of the path, like os.chmod().
N)r r r r )r$ r r r r r s
z
Path.chmodc C s* | j r | j | j j | | d S)z
Like chmod(), except if the path points to a symlink, the symlink's
permissions are changed, rather than its target's.
N)r r r r )r$ r r r r r s
z Path.lchmodc C s' | j r | j | j j | d S)zd
Remove this file or link.
If the path is a directory, use rmdir() instead.
N)r r r r )r$ r r r r s
z Path.unlinkc C s' | j r | j | j j | d S)zF
Remove this directory. The directory must be empty.
N)r r r r )r$ r r r r s
z
Path.rmdirc C s# | j r | j | j j | S)z
Like stat(), except if the path points to a symlink, the symlink's
status information is returned, rather than its target's.
)r r r r )r$ r r r r s
z
Path.lstatc C s* | j r | j | j j | | d S)z5
Rename this path to the given path.
N)r r r r )r$ r r r r r s
z Path.renamec C s* | j r | j | j j | | d S)zo
Rename this path to the given path, clobbering the existing
destination if it exists.
N)r r r r* )r$ r r r r r* s
z Path.replacec C s- | j r | j | j j | | | d S)z
Make this path a symlink pointing to the given path.
Note the order of arguments (self, target) is the reverse of os.symlink's.
N)r r r r )r$ r r r r r
symlink_to
s
zPath.symlink_toc C sV y | j WnA t k
rQ } z! | j t t f k r; d SWYd d } ~ Xn Xd S)z+
Whether this path exists.
FNT)r r r r r )r$ r r r r r s z Path.existsc C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z3
Whether this path is a directory.
FN)r r st_moder r r r )r$ r r r r r ! s z Path.is_dirc C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)zq
Whether this path is a regular file (also True for symlinks pointing
to regular files).
FN)r
r rV r r r r )r$ r r r r is_file. s z Path.is_filec C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z7
Whether this path is a symbolic link.
FN)r r rV r r r r )r$ r r r r r < s zPath.is_symlinkc C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z6
Whether this path is a block device.
FN)r r rV r r r r )r$ r r r r is_block_deviceH s zPath.is_block_devicec C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z:
Whether this path is a character device.
FN)r
r rV r r r r )r$ r r r r is_char_deviceU s zPath.is_char_devicec C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z.
Whether this path is a FIFO.
FN)r r rV r r r r )r$ r r r r is_fifob s z Path.is_fifoc C s_ y t | j j SWnA t k
rZ } z! | j t t f k rD d SWYd d } ~ Xn Xd S)z0
Whether this path is a socket.
FN)r r rV r r r r )r$ r r r r is_socketo s zPath.is_socketc C s | j p | j r} | j r} | j d d d d k r} | j j | j d d d } | j | g | j d d S| S)zl Return a new path with expanded ~ and ~user constructs
(as returned by os.path.expanduser)
r Nr8 ~)r r r r ru r )r$ Zhomedirr r r
expanduser| s
&#!zPath.expanduser)r r rN )0r; r< r= r r r r r r$ r r& r' r r( r) r, r. r1 r3 r5 rb r r8 r; r rD rE rJ rL rS r r r r r r r r* rU r r rW r rX rY rZ r[ r] r r r r r s\
c @ s e Z d Z f Z d S)r N)r; r< r= r r r r r r s c @ s. e Z d Z f Z d d Z d d Z d S)r c C s t d d S)Nz*Path.owner() is unsupported on this system)r )r$ r r r r8 s zWindowsPath.ownerc C s t d d S)Nz*Path.group() is unsupported on this system)r )r$ r r r r; s zWindowsPath.groupN)r; r< r= r r8 r; r r r r r s )=r r r= rw r^ r r r. collectionsr
contextlibr r r r r operatorr r r r r
r r r
r Z urllib.parser rk r ry r Zgetwindowsversionr __all__r r r! r? r~ r r r r r r r r r r r r r r r r r r r r r r r r r <module> sd 4 " ?b ;
' Z