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The find() method of Array instances returns the first element in the provided array that satisfies the provided testing function. If no values satisfy the testing function, undefined is returned.

The find() method is an iterative method. It calls a provided callbackFn function once for each element in an array in ascending-index order, until callbackFn returns a truthy value. find() then returns that element and stops iterating through the array. If callbackFn never returns a truthy value, find() returns undefined. Read the iterative methods section for more information about how these methods work in general.

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The array argument is useful if you want to access another element in the array, especially when you don't have an existing variable that refers to the array. The following example first uses filter() to extract the positive values and then uses find() to find the first element that is less than its neighbors.

\n The find() method of Array instances returns the first element in the provided array that satisfies the provided testing function.\n If no values satisfy the testing function, undefined is returned.\n

Use start_num to skip a specified number of characters. Using FIND as an example, suppose you are working with the text string "AYF0093.YoungMensApparel". To find the number of the first "Y" in the descriptive part of the text string, set start_num equal to 8 so that the serial-number portion of the text is not searched. FIND begins with character 8, finds find_text at the next character, and returns the number 9. FIND always returns the number of characters from the start of within_text, counting the characters you skip if start_num is greater than 1.

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In Unix-like and some other operating systems, find is a command-line utility that locates files based on some user-specified criteria and either prints the pathname of each matched object or, if another action is requested, performs that action on each matched object.

It initiates a search from a desired starting location and then recursively traverses the nodes (directories) of a hierarchical structure (typically a tree). find can traverse and search through different file systems of partitions belonging to one or more storage devices mounted under the starting directory.[1]

The possible search criteria include a pattern to match against the filename or a time range to match against the modification time or access time of the file. By default, find returns a list of all files below the current working directory, although users can limit the search to any desired maximum number of levels under the starting directory.

The related locate programs use a database of indexed files obtained through find (updated at regular intervals, typically by cron job) to provide a faster method of searching the entire file system for files by name.

The two options control how the find command should treat symbolic links. The default behaviour is never to follow symbolic links. The -L flag will cause the find command to follow symbolic links. The -H flag will only follow symbolic links while processing the command line arguments. These flags are specified in the POSIX standard for find.[6] A common extension is the -P flag, for explicitly disabling symlink following.[7][8]

The find utility shall detect infinite loops; that is, entering a previously visiteddirectory that is an ancestor of the last file encountered. When it detects an infiniteloop, find shall write a diagnostic message to standard error and shall either recoverits position in the hierarchy or terminate.

The previous examples created listings of results because, by default, find executes the -print action. (Note that early versions of the find command had no default action at all; therefore the resulting list of files would be discarded, to the bewilderment of users.)

This searches every directory for a regular file whose name is myfile and prints it to the screen. It is generally not a good idea to look for files this way. This can take a considerable amount of time, so it is best to specify the directory more precisely. Some operating systems may mount dynamic file systems that are not congenial to find. More complex filenames including characters special to the shell may need to be enclosed in single quotes.

The -ls operator prints extended information, and the example finds any regular file whose name ends with either 'jsp' or 'java'. Note that the parentheses are required. In many shells the parentheses must be escaped with a backslash (\( and \)) to prevent them from being interpreted as special shell characters. The -ls operator is not available on all versions of find.

The -delete action is a GNU extension, and using it turns on -depth. So, if you are testing a find command with -print instead of -delete in order to figure out what will happen before going for it, you need to use -depth -print.

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The find program searches a directory tree to find a fileor group of files. It traverses the directory tree and reports alloccurrences of a file matching the user's specifications. Thefind program includes very powerful searching capability.

Here is an example operation to make all HTML files in thesubdirectory htdocs readable by all using find and xargs.This is a typical example of how find and xargs are used with otherutilities to provide powerful directory traversal capability.

Released versions of GNU findutils can be found in the subdirectory/gnu/findutils/ on your favorite GNU mirror. For other ways to obtainfindutils, please read How to get GNUSoftware. The latest released version will be the latest versionavailable here at

Findutils releases are signed by the GNU findutils maintainers as part ofthe procedure for uploading to the FTP site.The maintainer's keys that they are signed with are available on Savannah. The key is notavailable from some keyservers because it has an image in a subkey,which some of them don't like.

Official releases can be downloaded as source archives as described above, but the findutils source code is also available via git. See the Savannah web page findutils - Git Repositories for details.

If you would like to report a bug, please do so via the findutils bugreporting page on Savannah. If a bug is reported via the webpage, a notification is automatically sent to the mailing list. It is not required tosubmit a bug report via the Savannah bug form, but doing so willprevent the bug from being missed or forgotten and is thereforeencouraged. It will also ensure that you are notified when the bughas been fixed.

However, there will be occasions where you're not sure whether theproblem you have is actually a bug, or you just want to talk aboutideas for improving findutils. Using the mailing list is a good wayto do that. You can fill out a form on a web page to join the bug-findutils mailinglist or you can send email to with the word subscribe in the body.

For general discussion of findutils, the mailing list is the most appropriate forum. An archive of thefindutils bug report mailing list is available at -findutils/. If youhave a problem and are not sure it is a bug, or even if you are sure,feel free to open a discussion of the issue on the mailing list.Searching the archive prior to opening a new discussion is recommendedas many common problems will have already been discussed andexplained.

If you would like to submit a bug report directly to the bug databaseyou may do so on the findutils bugreporting page on Savannah. If a bug is reported via the webpage, a notification is automatically sent to the mailing list. It is not required tosubmit a bug report via the Savannah bug form but doing so willprevent the bug from being missed or forgotten and is thereforeencouraged.

The current maintainers of GNU findutils are James Youngman, Eric Blake,and Bernhard Voelker. A list of previous maintainers and other majorcontributors is to be found in the AUTHORSfile which is included in the findutils source code. A list of otherpeople who have helped is in the file THANKS.

k = find(X,n,direction),where direction is 'last', findsthe last n indices corresponding to nonzero elementsin X. The default for direction is 'first',which finds the first n indices corresponding tononzero elements.

When you execute find with a relationaloperation like X>1, it is important to rememberthat the result of the relational operation is a logical matrix ofones and zeros. For example, the command [row,col,v] = find(X>1) returnsa column vector of logical 1 (true)values for v.

The generated code always returns a variable-lengthvector. Even when you provide the output vector k,the output is not fixed-size because the output can contain fewerthan k elements. For example, find(x,1) returnsa variable-length vector with one or zero elements. 006ab0faaa