Other than the feature of renaming multiple files at once Windows, you can even filter the files using this software.Īlso Read: Best Free File Managers For Windows 10 The best part about the software is that it does not require any installation to run, you can easily use this portable software according to your preference. This software is compatible with Windows 10, 11, and older versions. If you are new to the software then it can be a little difficult to understand at first but later you will easily get used to it. This is very easy-to-use software using which you can easily rename, edit or delete the file names according to your preferences. One of the most popular software for renaming bulk files is Bulk Rename Utility. You can even rename mp3 files using this software. For renaming, you can easily select the folders or files which you wish to rename and then change the name. The software has won many awards for its excellent performance. Using this amazing software you can easily rename up to 1000 files in one go. Other than the free version, this Windows bulk rename tool has a Regular and Deluxe version too which requires a subscription. This software is compatible with almost every version of Windows and the best part about the software is that it is available for free. File Renamer Basicįirst, in the list of bulk rename utility for Windows 10 and other versions, we have File Renamer Basic. Here is the list of best software that you can use to rename Windows files in bulk easily. You have provided one (in a comment), where mv is not mentioned at all, but rename.Concluding Words: List of Best Bulk Rename Utility Windows 10, 11 Top 11 Best Bulk Rename Utility for Windows 10, 11 in 2023 (Optionally you can use the -t TARGET_DIR option, at least for GNU mv.)Īnd all the files end up in the directory foo.Īs for your links. But if there are more than two the last one has to be a target directory. Now: the mv command can and does work on multiple files. Mkdir: cannot create directory ‘file2.txt’: File exists Mkdir: cannot create directory ‘file1.txt’: File exists The expansion can further be viewed if you do, for example: $ ls By quoting you prevent the wildcards from being expanded if there should be any matches. Now: using commands like some_command *.tsv when the intention is to actually keep the wildcard one should always quote it. $ mv *1.txt *.tsvĪs *.tsv now is a directory, the files end up being moved there. That is: the file is renamed to *.tsv with the asterisk and all. As it does not, the file file1.txt is moved to *.tsv. Now, again, mv checks to see if *.tsv exists. The mv command is executed with: argc = 3 Now if you instead say: $ mv *1.txt *.tsv (combine all the files into one.) Nor can it create directories on a whim.Īs a result, it aborts and reports the error: mv: target ‘*.tsv’ is not a directory As it is not, the program can not continue as it is not designed to concatenate files. The mv program checks to see if the last argument, *.tsv, is a directory. In the above example that would be: argc = 4 argv: An array of arguments, including the program as first entry.argc: Number of arguments, including the program.The mv command is called with two special arguments: As there are no *.tsv files that is not changed. Now what happens on the mv line is that the shell expands *.txt to the matching files. Loads of examples is perhaps best way to understand why this won't work. If no matches are found the unexpanded version is passed.Īgain: the shell expands the patterns, not the program. The list of files is passed to the program, here mv. The shell, lets assume bash, expands the wildcards if there are any matching files (including directories). When you issue the command: mv *.txt *.tsv This answer won't help you change the extension, but it will help you understand why your command is not doing what you expect. 1 root root 0 Jan 26 11:40 test4.gappedPeak 1 root root 0 Jan 26 11:40 test3.gappedPeak 1 root root 0 Jan 26 11:40 test2.gappedPeak 1 root root 0 Jan 26 11:40 test1.gappedPeak name "*.gappedPeak" -exec sh -c 'mv "$1" "$ is replaced by each ( *.gappedPeak) filename foundīy the find command, and becomes $1 to the sh command. This should work on any POSIX-compliant system: find. I know this doesn't answer your question, but in case you were looking for another way to rename the files compared to your work-around loop, why not use find? I have used this command many times to replace file extensions in large directories with hundreds of thousands of files in it.
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