![]() ![]() If this was a success, we print the file name. We then build an array f out of these, and, finally, we exit this bash process with success if f contains only one element (so, very likely, f only contains X.avi in our test example), and failure otherwise. In our test example this is just like: X.* name '*.avi' -type f -execdir bash -c "* will expand to all files in current directory (remember, the one containing the file) that have the. If more than one match was found, then each line number will be appended to the filename.Would this do? find. Demos/snippets/multiComptSigNeur.py:268Īnd voila, it generates the path of matched files and line number at which the match was found. python/moose/multiscale/core/mumbl.py:206 ![]() Only those files which matches this regular expression will be considered.įor example, if I want to search Python files with the extension py containing Pool( followed by word Adaptor, I do the following. ![]() This is another regular expression which works on a filename. The third argument, file_pattern, is optional. We use the regular expression format defined in the Python re library. The second argument, pattern_to_search, is a regular expression which we want to search in a file. The first argument, path, is the directory in which we will search recursively. This is how one should use this script./sniff.py path pattern_to_search 'File types' on a Unix system are things like regular files, directories, named pipes, character special files, symbolic links etc. I wrote a Python script which does something similar. name \.xls -o -name \.csv -print outputs only files matching.
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