I received the following mail which is in my opinion interesting to the complete list. Please answer to his personal address and to the mailing list, as well. -Thorsten
Hi there, I have send this e-mail first to [EMAIL PROTECTED], but the e-mail address seems to be down. So i'm sending it to you. Hope you can help :) My question is regarding embedding Qt and Python in one app. ---- I have successfully downloaded and installed your by the way excellent product. We want to use PyQt to embed Qt and Python in one application, where the 'cradle' is done in c++ under Windows (application consists of a QApplication and a QMainWindow) and several python scripts are done to make dialogs and such. Using your product in the Python interpreter itself is no problem at all, but using it in an Qt app with an embedded python where one part of Qt is in c++ and one part is in python IS a problem. We have no idea how to go about this. We tried to recompile the library, using our own qt library, and to use the .lib that come out of it, but python still needs the libqt221.dll. And since there are no libs to links the DLL in c++, there are two seperate versions of Qt linked. In short, is there a way to rebuild the python module so that it uses our commercial version of Qt and - most important - is it possible to mix c++ and python in a way that the cradle can be done in c++ and the other GUI elements in python? And in long, how? I hope to hear from you soon! Met vriendelijke groet/with regards, Floris van den Berg Research & Development Magenta MultiMedia Tools Colosseum 29 7521 PV Enschede The Netherlands Tel. +31 (53) 43 34 201 Fax +31 (53) 43 09 449 Visit us at www.MagentaMMT.com --------------------------------------- To define recursion, we must first define recursion Met vriendelijke groet/with regards, Floris van den Berg Research & Development Magenta MultiMedia Tools Colosseum 29 7521 PV Enschede The Netherlands Tel. +31 (53) 43 34 201 Fax +31 (53) 43 09 449 Visit us at www.MagentaMMT.com --------------------------------------- To define recursion, we must first define recursion
