I suppose I was lulled into complacency by how Python makes so many things
look like classes, but I'm starting to realize that they're not, are they?
I'm writing a C program which handles Python objects in different ways based
on their type. I do a PyInstance_Check(PyObj) to determine if the PyO
> From Python, you create a Noddy object by *calling* its type. Do the same
> in C:
>
> return PyObject_CallObject((PyObject *) &NoddyType, NULL);
>
> Or any other suitable variant of PyObject_CallXXX. (I've answered this
> same question yesterday, when I was not sure about this; then I've tried
"Jia Lu" <[EMAIL PROTECTED]> wrote in message
news:[EMAIL PROTECTED]
> I see dict type can do 1-to-1 pattern, But is there any method to do
> 1-to-many, many-to-1 and many-to-many pattern ?
Dict objects can do many-to-1 relationships.
Dict[Key1] = Obj
Dict[Key2] = Obj
Dict[Key3] = Obj
1-to-man
<[EMAIL PROTECTED]> wrote in message
news:[EMAIL PROTECTED]
> Hi,
>
> I am creating a library of functions. I would like to have them saved
> in a sub folder of pythons LIB folder, but I cannot get it to work.
>
> I have a script called test.py
> I stored it in LIB folder and typed
> Import test,
(My apologies if this appears twice. It did not post the first time.)
I'm so confuzzled! How do I instantiate my new C Python object from C?
After flailing helplessly with my own code, and searching tirelessly with
Google, I stepped back to the classic noddy2.c example in the Python help
files an
"aiwarrior" <[EMAIL PROTECTED]> wrote in message
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> If file.WriteLines( seq ) accepts a list and it says it writes lines,
> why does it write the whole list in a single line. Be cause of that
> the reverse of file.writelines(seq) is not file.readlines().
> Are the assumptions
