springvorti.blogg.se - Double commander debian repository linux beta

#Double commander debian repository linux beta update#
#Double commander debian repository linux beta full#

not $ -path "some_dir/dir_to_exclude3" -prune $ not $ -path "some_dir/dir_to_exclude2" -prune $ \

#Double commander debian repository linux beta update#

# to update the beginning of your `-path` with that as well, like this:įind "some_dir" -name '*.js' -not $ -path "some_dir/dir_to_exclude" -prune $ # If you change your "starting point" path from `.` to something else, be sure # Exclude multiple paths and their contents, saving time by *not* recursing down # beginning with this match pattern but not otherwise in an excluded dir.įind. # "./dir_to_exclude_another_long_name", etc., as well as exclude all **files** # - This example pattern would exclude "./dir_to_exclude", "./dir_to_exclude1", # all examples below as well, if desired. # - You can add the asterisk to the end of the pattern to apply this pattern to Prune to save time by *not* recursing down the # in "./dir_to_exclude*", to exclude all files & folders beginning with the # Add the wildcard asterisk (`*`) to the end of the match pattern, as # Exclude one path, and its contents, saving time by *not* recursing down theįind. Remove the -name '*.js' part of each command below, of course, if you are looking for a generic answer and not trying to solve the OP's original question, which involved also finding only files with extension. The escaped parenthesis ( $ and $) and the -prune option are very important. These are the best and most-effective patterns I have found, period. How do I exclude a specific directory when searching for *.js files using find? Quick summary and answer:įollow these patterns.

Printf " $name3_num $name3_perf\n\n"įind is incredibly important and powerful, but it is so nuanced and confusing! I set up a simple test of the three top upvoted answers on this question (replaced -print with -exec bash -c 'echo $0' \\\ But for specifying -prune to make sense, find needs to hit a directory and stop descending it, which clearly makes no sense with -depth or -delete on. Why doesn't it work with delete? For -delete to work, find needs to traverse the directory in DFS order, since -deletewill first delete the leaves, then the parents of the leaves, etc. prune works with any action except -delete. prune only works with -print and no other actions. To avoid printing the directory altogether, use a syntax that logically omits it.

TRUE That's intended behavior, it just doesn't descend into it.

prune does what it's intended to, but are still some things you have to take care of when using it. Just specifying -not -path will still descend into the skipped directory, but -not -path will be false whenever find tests each file. prune stops find from descending into a directory. GNU Opinion To ignore a directory and the files under it, use -prune There is clearly some confusion here as to what the preferred syntax for skipping a directory should be. If on the other hand you run find like this cd /tmp find. Note : If you want to exclude /tmp/foo/bar and you run find like this " find /tmp $." then you must specify -path /tmp/foo/bar. This comes from an actual use case, where I needed to call yui-compressor on some files generated by wintersmith, but leave out other files that need to be sent as-is. The way -prune works is that anything that, once it is reached, the files below that directory are permanently ignored. One might ask if adding -not will not make all other files hidden by -prune reappear, and the answer is no. This is then grouped as a single expression with the escaped parenthesis, and prefixed with -not which will make find skip anything that was matched by that expression. Inside \( and $ is an expression that will match exactly build/external (see important note above), and will, on success, avoid traversing anything below. See note if you'd like a better understanding.

#Double commander debian repository linux beta full#

If this sentence confuses you just make sure to use full paths through out the whole command like this: find /full/path/ -not $ -path /full/path/exclude/this -prune $. Important Note: the paths you type after -path must exactly match what find would print without the exclusion. I find the following easier to reason about than other proposed solutions: find build -not $ -path build/external -prune $ -name \*.jsįind build -not $ -path build/external -prune $ -not $ -path build/blog -prune $ -name \*.js