Edmunds Cers wrote:
> Peter Otten <__pete...@web.de> writes:
>
>> I don't know how to express it more clearly, so here's another example:
>>
> def f():
>> ... def g(): return a * a
>> ... def h(): return a + a
>> ... a = 5
>> ... return g, h
>> ...
> g, h = f()
> g(),
Peter Otten <__pete...@web.de> writes:
> I don't know how to express it more clearly, so here's another example:
>
def f():
> ... def g(): return a * a
> ... def h(): return a + a
> ... a = 5
> ... return g, h
> ...
g, h = f()
g(), h()
> (25, 10)
IMHO this whole con
iu2 wrote:
> I thought a function definition creates a closure around all used
> vars.
> As I understand now only variables that are passed as function
> arguments can participate in a closure.
No, it's just that all closures see the value of a variable at the time when
the closure is run, not w
On Jan 24, 9:51 am, Peter Otten <__pete...@web.de> wrote:
> iu2 wrote:
> > I'm trying to convert functions - pass a few functions to a converting
> > function, which change their behaviour and return the changed
> > functions:
>
> > >>> def cfuncs(*funcs):
> > n = []
> > for f in fu
iu2 wrote:
> I'm trying to convert functions - pass a few functions to a converting
> function, which change their behaviour and return the changed
> functions:
>
> >>> def cfuncs(*funcs):
> n = []
> for f in funcs:
> def ff(*args, **key):
>
Hi all,
I'm trying to convert functions - pass a few functions to a converting
function, which change their behaviour and return the changed
functions:
>>> def cfuncs(*funcs):
n = []
for f in funcs:
def ff(*args, **key):
print 'Start!', f.fu
> I have a convention when writing unit tests to put the target of the test
> into a class attribute, as follows:
>
> class MyTest(unittest.TestCase):
> target = mymodule.someclass
>
> def test_spam(self):
> """Test that someclass has a spam attribute."""
> self.failUnless(h
Steven D'Aprano wrote:
I have a convention when writing unit tests to put the target of the test
into a class attribute, as follows:
class MyTest(unittest.TestCase):
target = mymodule.someclass
def test_spam(self):
"""Test that someclass has a spam attribute."""
self.fa
On 20 Feb, 03:33, Steven D'Aprano wrote:
> I have a convention when writing unit tests to put the target of the test
> into a class attribute, as follows:
>
> class MyTest(unittest.TestCase):
> target = mymodule.someclass
>
> def test_spam(self):
> """Test that someclass has a spam
Steven D'Aprano writes:
> I have a convention when writing unit tests
Incidentally, you may be interested in the specific forum for testing in
Python http://lists.idyll.org/listinfo/testing-in-python> that is a
good resource for asking questions like this.
> to put the target of the test into a
this is somewhat hackish:
In [1]: def test():
...: print 'spam'
...:
...:
In [20]: class Ham():
: target = {'target': test}
: def test_eggs(self):
: self.target['target']()
:
:
In [21]: h = Ham()
In [22]: h.test_eggs()
spam
On Fr
I have a convention when writing unit tests to put the target of the test
into a class attribute, as follows:
class MyTest(unittest.TestCase):
target = mymodule.someclass
def test_spam(self):
"""Test that someclass has a spam attribute."""
self.failUnless(hasattr(self.tar
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