On 02/07/2010 04:51 PM, Murray Cumming wrote:
On Sun, 2010-02-07 at 09:51 -0500, Stefan Seefeld wrote:
Sorry, I don't understand the question. Can you give an example of
what
you want to do ? May be you want to "exec" some python code that
defines
a function, which you then want to extract a
On Sun, 2010-02-07 at 09:51 -0500, Stefan Seefeld wrote:
>
> Sorry, I don't understand the question. Can you give an example of
> what
> you want to do ? May be you want to "exec" some python code that
> defines
> a function, which you then want to extract and call later ?
> That may look like t
On 02/07/2010 08:29 AM, Murray Cumming wrote:
So, I guess I can use boost::python::exec() to call code that defines a
Python function.
bpl::exec() executes a chunk of Python code, no matter what it contains.
But how can I get a boost::python::object for the (callable object of)
the functi
On Sun, 2010-02-07 at 08:03 -0500, Stefan Seefeld wrote:
> On 02/07/2010 05:22 AM, Murray Cumming wrote:
> > In Glom, to execute arbitrary Python code, I use PyRun_String() to parse
> > the Python code, PyDict_GetItemString() and PyObject_Call() to get a
> > callable object for that code, and then
On 02/07/2010 05:22 AM, Murray Cumming wrote:
In Glom, to execute arbitrary Python code, I use PyRun_String() to parse
the Python code, PyDict_GetItemString() and PyObject_Call() to get a
callable object for that code, and then PyObject_CallObject() to
actually execute the code and get a return v
In Glom, to execute arbitrary Python code, I use PyRun_String() to parse
the Python code, PyDict_GetItemString() and PyObject_Call() to get a
callable object for that code, and then PyObject_CallObject() to
actually execute the code and get a return value. This was the result of
experimentation and
