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import sys, os, imp
filepath = os.path.abspath(sys.argv[1])
mod_name = os.path.splitext(filepath)[0]
user_mod = imp.load_source(mod_name, filepath)
check_sudoku = user_mod.check_sudoku
solve_sudoku = user_mod.solve_sudoku
# Then just run it, e.g. with do_test(check_sudoku, solve_sudoku)

jtratner

# In an actual use case, pkg1 and pkg2 would be packages, 
# but to make this runnable I used classes 
# to make a namespace instead (same idea regardless)

# make a dummy class so we can use it as a namespace
class Dummy(object): pass

pkg1, pkg2 = Dummy(), Dummy()
pkg1.average = lambda *args : sum(args) * 1.0 / len(args)
pkg2.get_lengths = lambda *args : map(len, args)

jtratner

import os

PATH = path/to/my/blueprints/directory
BLUEPRINT = 'the_blueprint'

def import_file(path, name=None):
    """ imports a file with given name and path """
    # use the imp module to do actual imports
    import imp
    name = name or os.path.split(path)[-1].replace(".", "_")

jtratner

# grab guard from https://github.com/guard/guard to use this file.
# Place it in the toplevel of the pandas repo and it'll just work for you.
def python_test(testpath)
  base = "nosetests -A \"not slow\""
  if testpath.nil?
    puts "Running all non-slow tests"
    return `#{base}`
  else
    puts "Running test on #{testpath}"
    if !File.exists? testpath

jtratner

import inspect
import os

def trace(f, indent_level=[0]):
    """
    slap this on a function as a decorator and 
    it'll show you what it's called with 
    and what it returns.
    
    As an aside, if you put this on classes, be sure to

jtratner

• Source p, virtualenv.zsh, auto-workon.sh in your .zshrc
• Put _p in your fpath. (e.g., /usr/share/zsh/site-functions)
• Change PYTHONPROJECTS in virtualenv.zsh to the base directory for your Python projects.
• Now you can use p to get to a project and switch to its virtualenv and p alone to deactivate your virtualenv entirely. Plus you now have tab completion into your projects - yay!

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