Bring the good part of Shell scripting to Python.
$ pip install shell.pyBlock until return:
>>> from shell import ex
>>> ex('echo hello shell.py').stdout()
'hello shell.py\n'Asynchronous execution:
>>> from shell import ex
>>> c = asex('echo hello shell.py')
>>> # do something else
...
>>> c.stdout() # wait until process exit and read stdout
'hello shell.py\n'from shell import ex
re = (ex("ifconfig")
| "grep -A 1 eth0"
| "grep inet"
| "awk '{print $2}'"
| "cut -d: -f 2").stdout()Or
from shell import pipe_all
pipe_all(["ls -la ~",
"awk '{print $9}'",
"grep -E '^\.'",
"wc -l"]).stdout()>>> from shell import instream
>>> instream("1 2 3").p("awk '{print $1}'").stdout()
'1\n'This is equivalent to:
>>> from shell import ex
>>> ex("echo 1 2 3").p("awk '{print $1}'").stdout()Overwrite a file:
>>> from shell import ex
>>> ex('echo yolo').wr('/tmp/out')
>>> ex('echo yolo') > '/tmp/out'Append to a file:
>>> from shell import ex
>>> ex('echo yolo').ap('/tmp/out')
>>> ex('echo yolo') >> '/tmp/out'Block until all commands return:
>>> from shell import parallel as par
>>> par.ex_all(['sleep 2', 'sleep 2']) # return in 2sAsynchronous parallel execution:
>>> from shell import parallel as par
>>> pe = par.asex_all(['sleep 2', 'sleep 2']) # return immediately
>>> # do something else
...
>>> pe.wait()Set the directory in which the commands are executed:
>>> with shell.cwd('~/server/data/upload/') as old_path:
>>> shell.ex('find ./images -name "*.png"') | 'minify ./public' >> 'upload.log'This is equivalent to:
>>> shell.ex('find ~/server/data/upload/images -name "*.png"') | 'minify ~/server/data/upload/public' >> '~/server/data/upload.log'See test cases for more examples.
Run tests with nosetests(at least v1.3.0):
$ make test
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent