Now we can see every file in every subfolder is renamed in one operation. Rename_files_recursively ( r"C:\\Users\\shedloadofcode\\Documents\\TestFolder" ) rename (file_path, new_name ) continueĬount = 1 print ( f" " ) if _name_ = "_main_" : join (path, prefix postfix extension ) splitext (filename ) for i, term in enumerate (search_terms ) : if term in name : Search_terms = Ĭount = 0 for filename in os. To trim the identifier at the beginning of the file name we’ll use string slicing. For example, if the file name includes X then replace with Y. As you can see it isn’t a straight up find and replace job, we will need some logic to match a search term to a replacement. The files names on the left needed to look like the file names on the right (this is a small sample but there were hundreds of files). The problem given was that during an automation process hundreds of files had been produced but using the wrong names. This called for a custom script to help out a fellow engineer. However, not all of the renaming followed a set pattern! Nor did it follow any real pattern at all, so using regex probably wasn’t going to help. This is a situation I found myself in recently, a seemingly simple request to help rename a few hundred files in a folder. Although there are many tutorials on renaming files with Python, most don’t go into how to create flexible logic to tailor that batch file rename job to your needs.
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