// To sort some subdirectories during the search, list them in priority order // (one per line) in a file called _ORDER_FiF.txt to be placed in each parent // directory.
Find file linux recursive windows#
// *** Version 3.0 *** // // ************************************************************************************************* // // USAGE: // ****** // // Open a Windows console (with cmd.exe), go into the directory in which to run // the recursive search, and then call this program as follows: // FiF.exe * string_to_find * // FiF.exe -ignorecase * string_to_find * // FiF.exe -open occ_nb // FiF.exe -opendir occ_nb // FiF.exe -print occ_nb // FiF.exe -listfiles * // FiF.exe -compare * directory // FiF.exe -diffbin filename1 filename2 // FiF.exe -copybin filename1 filename2 // FiF.exe -record * // FiF.exe -updatefiles * // FiF.exe -backup * directory // FiF.exe -checkbackup * directory // FiF.exe -runcommand * command // // To exclude some subdirectories from the search, list them (one per line) // in a file called _EXCLUDE_FiF.txt to be placed in each parent directory // (the -all option at the end of the command line disables this feature). To compile/recompile it, use a Windows compatible C compiler like MinGW's gcc or cygwin's gcc. It is called "FiF", which stands for "Find in Files". It also compares in a fast way the contents of 2 directories (recursive directory comparison). Options are documented below in the header of the C program.
Find file linux recursive update#
The cygwin's gcc compiler can be installed from (select the "gcc-g++: GNU Compiler Collection (C++)" package during the installation).ģ) Update your Windows PATH environment variable so that "FiF.exe" can be called from any directory.Ĥ) Open a Windows console (with cmd.exe), go into the directory in which to run the recursive search or directory comparison, and then type: FiF.exe parameters. The MinGW's gcc compiler can be installed from. You shall use a Windows compatible C compiler like MinGW's gcc or cygwin's gcc (not a Unix/Linux compiler):Ĭ:\MinGW\bin\gcc.exe FiF.c -Wl,-stack,32000000 -O3 -o FiF.exe c file.Ģ) Compile it to generate an executable file named "FiF.exe". To compile/recompile this program, use a Windows compatible C compiler like MinGW's gcc or cygwin's gcc.ġ) Save the source C file FiF.c on your hard disk (e.g. Its usage and options are documented below in the header of the C program. bat or Windows commands (piped commands). It works in command line so can be used together with any other. This program is called "FiF", which stands for "Find in Files". The file tree is recorded locally, and you can also specify files which will be stored locally, so not reloaded at each new search when unnecessary.Īt last, for faster searches, quick search & access to distant LINUX/UNIX files through SSH is also supported: this is useful for example when a Samba drive is mounted on Windows, on which recursive searches are slow due to the slow file accesses.įor recursive directory comparisons, the above recursive find options can be used when they are applicable.
This mode is useful in case of searches on high-latency or distant file systems onto which you have mapped a Windows network drive. In addition, there is a file-tree recording & replaying mode for very fast searches. in which order the directories/subdirectories shall be searched: priority can be given to some subdirectories in the file tree, so that the first relevant search results are displayed more quickly. if some directories/subdirectories shall be excluded from the search, if lower/upper case shall be considered during the search, which strings shall be found and/or avoided on the lines of the files, which file names/suffixes shall be considered during the search, It also compares in a fast way the contents of 2 directories ( recursive directory comparison). This C program looks for all the lines containing a given string or set of strings, in the files stored in the current directory and its subdirectories ( recursive find).
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