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pyFind wercker status

pyFind is meant to be a hybrid between UNIX utilities 'grep' and 'find'.

The motivation is to provide a cross-platform tool for both the novice

and experienced programmer, in the field of file and pattern manipulation.

All you'll need would be an installation of Python, and a little knowledge of

regular expressions. For the advanced, the concept of piping is useful.

Example usage:

For options do: ./pyFind.py -h or ./pyFind.py --help Usage: pyFind.py [options]

Options:
    -h, --help            show this help message and exit
    -a ACTION, --action=ACTION
                          Action to be executed Usage: <cmd> {} <....>\;
    -c, --colorOn         Turn off match coloring
    -i, --ignoreCase      Turn-off case sensitive matches
    -m MAXDEPTH, --maxDepth=MAXDEPTH
                          Set maximum recursion depth
    -n NEWERFILE, --newer=NEWERFILE
                          Any paths newer than this path will be matched
    -o, --onlyMatches     Set whether to only print the grouped/matched regex
                          patterns
    -p TARGETPATH, --path=TARGETPATH
                          Option for choosing the directory to search from
    -r REGEX, --regex=REGEX
                          The regular expression expected
    -l, --lineno          Toggle printing of line number occurances
    -v, --verbose         Set whether to display output.

To find all files with a python extension in the current directory

./pyFind.py -p . -r ".*py$"

--within a sub-directory max-depth of 2

./pyFind.py -p . -r "*.py$" -m 2

To get all occurances of 'include' library files as received from standard input,

printing only the matches as specified by the input regular expression

  cat * | ./pyFind.py -r "include\s<(.*)>" -o

To copy all header files( *.h ) in directory '/usr/include' to directory '/home/headerCollection'

./pyFind.py -p /usr/include -r ".*h$" -a "cp {} /home/headerCollection"

Get yourself all usages of 'git' in your history

history | ./pyFind.py -r "git"

Clean up all the swap files within a depth of 2 sub-directories of your current directory

./pyFind.py -p . -r ".*swp$" -a "rm {}"

To find all .py files newer than 'pyFind.py' within a sub-directory depth of 9,

and copy them to directory '../newest_pys'

./pyFind.py -p .. -m 9 -r "*py$" -a "cp {} ../newest_pys" -n "pyFind.py"

To turn off pattern-coloring:

./pyFind.py -c -p .. -r "*.h"

If no command line arguments are passed in, it will assume the order

<regex/pattern> <path>

For the traditional grep users:

./pyFind.py foo <==> grep foo <==> ./pyFind.py -r foo

ls | ./pyFind.py  foo <==> ls | grep foo

./pyFind.py foo . <==> grep foo . <==> ./pyFind.py -r foo -p .

Find a sequence and line number for text read from stdin:

eg after a cat of pyFind.py

    cat pyFind.py | pyFind.py -r 'search' -l

    9:     Pass a regular expression/pattern for a file to search for.

    10:  pyFind recursively searches through a tree; the maxDepth option

    11:  controls how deep pyFind searches.

    15:      ls | ./pyFind.py -r "*.c$" ##To search for all files with a .c extension

    51: intAble = lambda s: hasattr(s, '__divmod__') or intRegCompile.search(s)

    62: # Matcher to keep a greedy search going on and consuming endless memory

    243:   if re.search(WINDOWS_NT, OS_NAME): # Handling for windows to be explained