If you don't control the programs that create them, this isn't an option. This grep command will give you a precise result when you are searching for specific text on Linux.
LINUX FIND FILE BY NAME RECURSIVELY FULL
f shows the full file path and is used to pipe the output of tree to grep to find the file containing the string filename in the name. However, if this information is important to you, you could create and maintain such a database by having your programs increment a number when they create a file in this directory and decrement it when deleted. This is a very simple solution using the tree command in the directory you want to search for. This will prune (remove) all directories in /root from the search, except for the /root directory itself, and continue with printing the filenames of any regular file that matches. Other than the inode table as shown by "df -i", there really is no database of how many files there are under a given directory. With standard find: find /root -path /root -prune -type f -name '.csv'. The biggest issue here is not the piping of all the text to "wc", but seeking around among all the inodes and directory entries to put that data together. If you have to differentiate files from directories, you're going to have to walk the file-system and "stat" each one to see if it's a file, directory, sym-link, etc. ext2/3/4 will all work, however btrfs always reports 0. NOTE: Not all file-systems maintain inode counts the same way. For example I can use rsync with -b flag, but i dont want to sync files right now. However, these inodes are not just files, they are also directories. Now I want to find all files with same path in 2 folders. html Find File by Name and other options. html We can also use the following command to get this. foo, the foo would be expanded AND THEN passed to find. This command will help you search all the file names in the directories of. Is there a way to explicitly say that we only want to search for. Assume many sub-folders under the current folder tree has a file with that same name 'log7'.
This command find all files name 'log7' recursively in current folder. schumacher574 at 18:00 47 note that the 'foo' is in quotes so the shell doesn't expand it before passing it to find. R option search files recursively from subdirectories, starting from the. find recursively, but with specific sub-folder name. On my test box above I have 75,885 inodes allocated. This Linux find command using the not operator creates a list of all files not ending with the. You could use 'gpio' to find all files who's names start with gpio, or just 'gpio1' to find all files named gpio1. If you have this on a dedicated file-system, or you have a steady number of files overhead, you may be able to get a rough enough count of the number of files by looking at the number of inodes in the file-system via "df -i": df -iįilesystem Inodes IUsed IFree IUse% Mounted on
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