![]() RELATED: Geek School: Learn How to Automate Windows with PowerShellĪs you might expect, PowerShell offers tremendous power when it comes to naming your files and we’re only scratching the surface here. The rest of the commandlet just signifies that any space ( " " ) should be replaced by an underscore ( "_" ). The -replace switch indicates that a replacement is going to happen. The $_.name part stands in for each of the files getting piped. The dir part of that commandlet lists all the files in the folder and pipes them (that’s the | symbol) to the rename-item commandlet. We could use the following commandlet: dir | rename-item -NewName Say we wanted to replace the space in those file names with an underscore so that the file names contain no spaces. Pipe the output of Dir to Rename-Item and you’re in business. Using PowerShell, you can pipe the output of one command-known as a “commandlet” in PowerShell terms-to another command, just like you can on Linux and other UNIX-like systems. The two important commands you’ll need are Dir, which lists the files in the current directory, and Rename-Item, which renames an item (a file, in this case). PowerShell offers even more flexibility for renaming files in a command-line environment. If you’re interested, the folks over at the Lagmonster forums have an excellent writeup on the subject. RELATED: How to Write a Batch Script on WindowsĪnd this only begins to address the kinds of command line wizardy you can get into if you want to build more complicated commands-or even batch scripts-by weaving other commands and conditionals into things. html extension to use the same file name and same first three letters only of the file extension, which ends up cutting the “l” off of all the extensions in the folder. This tells Windows to rename all files with the. You could use the following command to make the change: ren *.html *.? The command accepts wildcard characters like * and ? for matching multiple files, which can be helpful if you only want to rename a certain selection of files in a folder full of many.Īnd while we’re on the subject of wildcards, you can also do some interesting things with the ? wildcard, which is used to stand in for any single character. If you need more power than that, you can use the rename or ren command in a Command Prompt window to one or more files. Rename Multiple Files from the Command Prompt All the selected files are renamed using the name you just typed, and are appended with a number in parentheses to differentiate them. Type a new name for the file and then hit Enter or click somewhere else in the window. You’ll see that all the files remain selected, but the first one in the group gets its name highlighted so you can type a new name. When you’ve got the files selected, use one of the rename commands-the button on the Home menu, the command on the context menu, or just press F2. Start by selecting a bunch of files-you can hold down the Ctrl key to select multiple files at once, or Shift to select a range of files. If you’re renaming a bunch of files in the same folder and those files don’t need completely different names from one another, Windows provides an easier way to rename those files in batch. Keep hitting Tab and typing names this way and you can easily rename all the files in a folder if you’re so inclined. If you enter a value that cannot be translated to a date, then the macro will generate an error.Here’s where things get interesting: you can also hit the Tab key to automatically select the next file name in the folder so that you can immediately begin typing a new name for it. It then uses that date to start naming the different worksheets in the workbook. This version of the macro asks you for a beginning date. STemp = InputBox("Date for the first worksheet:", "End of Week?") ![]() If you instead need a way to create worksheets that show the ending date of each week for a year, then a different macro is needed. Worksheets.Add After:=Worksheets(Worksheets.Count), _ The following macro will add the appropriate number of worksheets, and then rename all of the worksheets according to week number (01 through 52). This is where a macro would come in handy. If you have a need to create such a workbook, you know that individually creating and naming all the worksheets can be a real hassle. In other words, a workbook could end up containing 52 or 53 worksheets, depending on how many weeks there are in a particular year. When you are starting a new workbook, one common scenario calls for creating a year's worth of worksheets, one for each week of the year.
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