from cwf.splitter.imports import steal
import os
this_dir = os.path.dirname(__file__)
steal('numbers',
'letters',
folder=os.path.join(this_dir, 'vars'),
globals=globals(),
locals=locals())
__ignored = 'ignored'
_hidden = '_hidden'
# coding: spec
from cwf.splitter.imports import steal
import stolen_vars
import itertools
import fudge
describe "Stealing variables":
it "should complain if folder, globals or locals isn't supplied":
value = fudge.Fake("value")
for combination in itertools.combinations(['folder', 'globals', 'locals'], 2):
kwargs = {key:value for key in combination}
with self.assertRaises(Exception):
steal("a", **kwargs)
@fudge.patch("__builtin__.execfile", "os.path.join")
it "execfiles on combination of folder and each filename with globals and locals", fake_execfile, fake_join:
fn1 = fudge.Fake("fn1")
fn2 = fudge.Fake("fn2")
folder = fudge.Fake("folder")
location1 = fudge.Fake("location1")
location2 = fudge.Fake("location2")
lcls = fudge.Fake("lcls")
glbls = fudge.Fake("glbls")
# Each location execfile'd is determined by joining folder with each filename
(fake_join.expects_call()
.with_args(folder, "%s.py" % fn1).returns(location1)
from cwf.splitter.imports import steal
import os
this_dir = os.path.dirname(__file__)
steal('numbers', 'letters'
, folder=os.path.join(this_dir, 'vars'), globals=globals(), locals=locals()
)
__ignored = 'ignored'
_hidden = '_hidden'
