![]() ![]() I was trying to understand the difference between ending a find's exec command with a \ and a + (I had not known of the latter).Įxecute command true if 0 status is returned. But that's really still making life unnecessarily difficult for oneself, considering that TCC/LE has a built in TOUCH command that directly supports an /S option. It adds an /S option to its COPY command, meaning that one could use COPY /S with the "plus" syntax to eliminate the need for a FOR wrapper. Use a replacement command interpreter and be less clever and more straightforward than CMD. This of course can be combined with FOR /R to perform the operation recursively, as hinted at in another answer here. As mentioned in the other answer, COPY /B myfile+, will update a file's last modification datestamp, using the little-known "plus" syntax of the COPY command (more on which can be found here, incidentally). Get clever with the arcane mysteries of CMD. (They are, after all, targeting a userbase that is looking for a touch command because it doesn't have a whole load of ported Unix commands.) One such is Stéphane Duguay's touch which as you can see has a -recursive option. Many of them support options to perform recursion, without the necessity for a Unix find to wrap around them. Use one of the many native Win32 touch commands that people have written and published. That's not a problem with the following alternatives. All of these toolkits have the well-known disadvantage of running a separate process for every file to be touched, of course. And yes, the toolkit has touch and find, as well as some 300 others. The programs run in Windows' native proper POSIX environment, rather than with emulator DLLs (such as cygwin1.dll) layering things over Win32. It comes in both x86-64 and IA64 flavours as well as x86-32. (For Windows XP, one can download and install Services for UNIX version 3.5.) This toolkit has a large number of command-line TUI tools, from mv and du, through the Korn and C shells, to perl and awk. Less well known, but in some ways better, are the tools in the SFUA utility toolkit, which run in the Subsystem for UNIX-based Applications that comes right there in the box with Windows 7 Ultimate edition and Windows Server 2008 R2. Oft-mentioned are GNUWin32, cygwin, and unxutils. Use a port of a Unix touch command and simply combine find and touch in the Unix way. find /dir/ -print : Use the find command to see recursive directory listing in Unix systems.ls -R : Use the ls command to get recursive directory listing on Linux systems.Linux Ubuntu users can use any one of the following commands: ![]() There are many other commands to find files recursively. It is a great set of commands to recursively searching files in all subdirectories. It searches all files in all subdirectories of the current directory’, and print the filenames. type f -exec grep -l 'directory_name' \ You can also use a combination of two commands in Linux – find and grep commands to recursively search subdirectories for files that match a grep pattern (provided with the argument): find. Also, in no event does tree print the file system constructs.’ (current directory) and `.’ (previous directory). By default tree does not print hidden files (those beginning with a dot. When -a is used with the tree command, all files are printed. Here is an easier way to perform the recursive search with the tree command: tree -a Upon completion of listing all files/directories found, tree returns the total number of files and/or directories listed. When directory arguments are given, tree lists all the files and/or directories found in the given directories each in turn. With no arguments, tree lists the files in the current directory. Tree is a recursive directory listing program that produces a depth indented listing of files. The simplest way to see the list of files and sub-directories in any specific directory is using tree command. ![]()
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