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Related to the broad area of therapy, licensed therapy professionals may incorporate horses in five distinct therapies: counseling, occupational therapy, physical therapy, psychotherapy and speech-language pathology.

The default operation of the node:path module varies based on the operatingsystem on which a Node.js application is running. Specifically, when running ona Windows operating system, the node:path module will assume thatWindows-style paths are being used.

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On Windows Node.js follows the concept of per-drive working directory.This behavior can be observed when using a drive path without a backslash. Forexample, path.resolve('C:\\') can potentially return a different result thanpath.resolve('C:'). For more information, seethis MSDN page.

The path.extname() method returns the extension of the path, from the lastoccurrence of the . (period) character to end of string in the last portion ofthe path. If there is no . in the last portion of the path, or ifthere are no . characters other than the first character ofthe basename of path (see path.basename()) , an empty string is returned.

When multiple, sequential path segment separation characters are found (e.g./ on POSIX and either \ or / on Windows), they are replaced by a singleinstance of the platform-specific path segment separator (/ on POSIX and\ on Windows). Trailing separators are preserved.

The path.relative() method returns the relative path from from to to basedon the current working directory. If from and to each resolve to the samepath (after calling path.resolve() on each), a zero-length string is returned.

The given sequence of paths is processed from right to left, with eachsubsequent path prepended until an absolute path is constructed.For instance, given the sequence of path segments: /foo, /bar, baz,calling path.resolve('/foo', '/bar', 'baz') would return /bar/bazbecause 'baz' is not an absolute path but '/bar' + '/' + 'baz' is.

This module offers classes representing filesystem paths with semanticsappropriate for different operating systems. Path classes are dividedbetween pure paths, which provide purely computationaloperations without I/O, and concrete paths, whichinherit from pure paths but also provide I/O operations.

Each element of pathsegments can be either a string representing apath segment, or an object implementing the os.PathLike interfacewhere the __fspath__() method returns a string,such as another path object:

Spurious slashes and single dots are collapsed, but double dots ('..')and leading double slashes ('//') are not, since this would change themeaning of a path for various reasons (e.g. symbolic links, UNC paths):

The slash operator helps create child paths, like os.path.join().If the argument is an absolute path, the previous path is ignored.On Windows, the drive is not reset when the argument is a rootedrelative path (e.g., r'\foo'):

When walk_up is False (the default), the path must start with other.When the argument is True, .. entries may be added to form therelative path. In all other cases, such as the paths referencingdifferent drives, ValueError is raised.:

This function is part of PurePath and works with strings.It does not check or access the underlying file structure.This can impact the walk_up option as it assumes that no symlinksare present in the path; call resolve() first ifnecessary to resolve symlinks.

Create a new path object of the same type by combining the givenpathsegments. This method is called whenever a derivative path is created,such as from parent and relative_to(). Subclasses mayoverride this method to pass information to derivative paths, for example:

Concrete paths are subclasses of the pure path classes. In addition tooperations provided by the latter, they also provide methods to do systemcalls on path objects. There are three ways to instantiate concrete paths:

Changed in version 3.8: exists(), is_dir(), is_file(),is_mount(), is_symlink(),is_block_device(), is_char_device(),is_fifo(), is_socket() now return Falseinstead of raising an exception for paths that contain charactersunrepresentable at the OS level.

By default, or when the case_sensitive keyword-only argument is set toNone, this method matches paths using platform-specific casing rules:typically, case-sensitive on POSIX, and case-insensitive on Windows.Set case_sensitive to True or False to override this behaviour.

The children are yielded in arbitrary order, and the special entries'.' and '..' are not included. If a file is removed from or addedto the directory after creating the iterator, whether a path object forthat file be included is unspecified.

dirpath is a Path to the directory currently being walked,dirnames is a list of strings for the names of subdirectories in dirpath(excluding '.' and '..'), and filenames is a list of strings forthe names of the non-directory files in dirpath. To get a full path(which begins with self) to a file or directory in dirpath, dodirpath / name. Whether or not the lists are sorted is filesystem-dependent.

Rename this file or directory to the given target, and return a new Pathinstance pointing to target. On Unix, if target exists and is a file,it will be replaced silently if the user has permission.On Windows, if target exists, FileExistsError will be raised.target can be either a string or another path object:

Not all pairs of functions/methods below are equivalent. Some of them,despite having some overlapping use-cases, have different semantics. Theyinclude os.path.abspath() and Path.absolute(),os.path.relpath() and PurePath.relative_to().

A Path represents a path that is hierarchical and composed of a sequence of directory and file name elements separated by a special separator or delimiter. A root component, that identifies a file system hierarchy, may also be present. The name element that is farthest from the root of the directory hierarchy is the name of a file or directory. The other name elements are directory names. A Path can represent a root, a root and a sequence of names, or simply one or more name elements. A Path is considered to be an empty path if it consists solely of one name element that is empty. Accessing a file using an empty path is equivalent to accessing the default directory of the file system. Path defines the getFileName, getParent, getRoot, and subpath methods to access the path components or a subsequence of its name elements.

In addition to accessing the components of a path, a Path also defines the resolve and resolveSibling methods to combine paths. The relativize method that can be used to construct a relative path between two paths. Paths can be compared, and tested against each other using the startsWith and endsWith methods.

Paths may be used with the Files class to operate on files, directories, and other types of files. For example, suppose we want a BufferedReader to read text from a file "access.log". The file is located in a directory "logs" relative to the current working directory and is UTF-8 encoded. Path path = FileSystems.getDefault().getPath("logs", "access.log"); BufferedReader reader = Files.newBufferedReader(path, StandardCharsets.UTF_8);

Paths associated with the default provider are generally interoperable with the java.io.File class. Paths created by other providers are unlikely to be interoperable with the abstract path names represented by java.io.File. The toPath method may be used to obtain a Path from the abstract path name represented by a java.io.File object. The resulting Path can be used to operate on the same file as the java.io.File object. In addition, the toFile method is useful to construct a File from the String representation of a Path.

Note that while this method is very convenient, using it will imply an assumed reference to the default FileSystem and limit the utility of the calling code. Hence it should not be used in library code intended for flexible reuse. A more flexible alternative is to use an existing Path instance as an anchor, such as: Path dir = ... Path path = dir.resolve("file");

In the case of the default provider, identified by the URI scheme "file", the given URI has a non-empty path component, and undefined query and fragment components. Whether the authority component may be present is platform specific. The returned Path is associated with the default file system.

The parent of this path object consists of this path's root component, if any, and each element in the path except for the farthest from the root in the directory hierarchy. This method does not access the file system; the path or its parent may not exist. Furthermore, this method does not eliminate special names such as "." and ".." that may be used in some implementations. On UNIX for example, the parent of "/a/b/c" is "/a/b", and the parent of "x/y/." is "x/y". This method may be used with the normalize method, to eliminate redundant names, for cases where shell-like navigation is required.

This path starts with the given path if this path's root component starts with the root component of the given path, and this path starts with the same name elements as the given path. If the given path has more name elements than this path then false is returned.

Whether or not the root component of this path starts with the root component of the given path is file system specific. If this path does not have a root component and the given path has a root component then this path does not start with the given path.

If the given path has N elements, and no root component, and this path has N or more elements, then this path ends with the given path if the last N elements of each path, starting at the element farthest from the root, are equal.

If the given path has a root component then this path ends with the given path if the root component of this path ends with the root component of the given path, and the corresponding elements of both paths are equal. Whether or not the root component of this path ends with the root component of the given path is file system specific. If this path does not have a root component and the given path has a root component then this path does not end with the given path. 2351a5e196