Im toying around with the idea to use python as an embedded scripting
language for a project im working on and have got most things working.
However i cant seem to be able to convert a python extended object back
into a native c++ pointer.
So this is my class:
class CGEGameModeBase
{
File "test_c.py", line 25, in NewCharlie
charlieTemp = Charlie()
NameError: global name 'Charlie' is not defined
Stefan Seefeld wrote:
On 08/31/2009 07:51 AM, Mark Chandler wrote:
Im toying around with the idea to use python as an embedded scripting
language for a project im
, Mark Chandler wrote:
Stefan i spent so long on this thank you!
I got another quick question, how do i define the class in the global
namespace but still refer to it in functions? I want to do something
like this but keep getting compile errors.
The script itself looks fine (apart from some
I worked out what was causing it. I was using a diff dict for global
and local thus locals couldnt see globals and globals couldnt see
locals.
Thanks for your help
On 31/08/2009, at 9:12 PM, Mark Chandler wrote:
im using boost 1_36_0 as the latest has compile issues.
im loading it via
when you do the exec add the main_namespace twice
object ignored = exec("print('Headline')\n print(iptc['Headline'])
\n", main_namespace,main_namespace);
On 03/09/2009, at 3:12 PM, Constant Dupuis wrote:
Hi,
I would like to expose a dictionary object instanciated in C++ to a
Python code, w
Can you print iptc by it self?
On 03/09/2009, at 3:41 PM, Constant Dupuis wrote:
Ok, thanks,
Now I got a "Segmentation fault" error message when I try "print
iptc['Headline']".
Is the dict object directly exposable ? Or do I have to create a
std::map base cl
Is there a small subset of the default python library that i can use
for our embedded instance. Since this is part of a larger app that
doesnt expect to have python installed thus we are including it with
the program data. How ever there is alot of stuff in there that we are
not going to us
