GladePyC generates Python code from Glade XML files, specifically for the low-level portion of "PyGtk" - the binding between Python and Gtk+.
GladePyC is a powerful Python code generator that enables developers to easily convert Glade's XML save files into the low-level part of "PyGtk," the Python-Gtk+ binding. Created specifically for Gtk+, a GUI toolkit, Glade is a reliable GUI builder that offers developers plenty of flexibility in the development of their projects.
At first glance, some may question why a developer would choose GladePyC over libglade, another popular runtime library for working with Python and Glade. While both libraries offer their own advantages, GladePyC is object-oriented, making it a more reliable option for developing dynamic interfaces.
Additionally, unlike libglade, which loads the GUI using the high-level, object-oriented layer (gtk.py), GladePyC leverages the basic layer, minimizing the number of objects in memory to help ensure the faster execution and reduce the overall system load.
Dynamic interfaces can also be challenging to manage with libglade, leading to issues with XML analysis when creating multiple instances of the same window class. GladePyC offers a more streamlined solution, allowing developers to create multiple independent instances of the same window class without having to spend time on XML analysis.
For those interested in targeting OpenVMS, GladePyC stands out as an ideal option as it does not require an additional library, unlike libglade. Moreover, GladePyC offers several other compelling features, including object-orientedness in windows and widget subtrees through generated code as classes, so that multiple independent instances of them can be created.
Furthermore, individual widgets are easily accessible by name as attributes of instantiated objects, and signal connections can be made to methods of so-called "controller" objects, providing more streamlined functionality. With data classes, developers can also create quick access methods for data stored at runtime in widget instances.
Overall, GladePyC offers a compelling alternative to libglade, with more advanced object-oriented features, faster execution times, and streamlined functionality. While it requires Gtk+, PyGtk, and Python, this software comes highly recommended for developers looking for an efficient and powerful code generator.
At first glance, some may question why a developer would choose GladePyC over libglade, another popular runtime library for working with Python and Glade. While both libraries offer their own advantages, GladePyC is object-oriented, making it a more reliable option for developing dynamic interfaces.
Additionally, unlike libglade, which loads the GUI using the high-level, object-oriented layer (gtk.py), GladePyC leverages the basic layer, minimizing the number of objects in memory to help ensure the faster execution and reduce the overall system load.
Dynamic interfaces can also be challenging to manage with libglade, leading to issues with XML analysis when creating multiple instances of the same window class. GladePyC offers a more streamlined solution, allowing developers to create multiple independent instances of the same window class without having to spend time on XML analysis.
For those interested in targeting OpenVMS, GladePyC stands out as an ideal option as it does not require an additional library, unlike libglade. Moreover, GladePyC offers several other compelling features, including object-orientedness in windows and widget subtrees through generated code as classes, so that multiple independent instances of them can be created.
Furthermore, individual widgets are easily accessible by name as attributes of instantiated objects, and signal connections can be made to methods of so-called "controller" objects, providing more streamlined functionality. With data classes, developers can also create quick access methods for data stored at runtime in widget instances.
Overall, GladePyC offers a compelling alternative to libglade, with more advanced object-oriented features, faster execution times, and streamlined functionality. While it requires Gtk+, PyGtk, and Python, this software comes highly recommended for developers looking for an efficient and powerful code generator.
What's New
Version 1.6: N/A