![]() ![]() Type "help", "copyright", "credits" or "license" for more information. Alternatively, you can use "imp import reload" and use reload(my_module). You have to execute an "import imp" and use imp.reload(my_module). ![]() So it's still possible to reload files as before, but the functionality has to be imported. ![]() Since Python 3.0 the reload built-in function has been moved into the imp standard library module. in -> 1 reload (one_time ) NameError: name 'reload' is not defined NameError Traceback (most recent call last) The executable application will be created by putting them together. When creating a modular system, several modules are built separately and more or less independently. In other words: Minimization of dependencies is the goal. The focus for this separation should be to have modules with no or just few dependencies upon other modules. Modular programming is a software design technique to split your code into separate parts. There exists a variety of concepts to design software in modular form. Especially if your application has a certain size. If you want to develop programs which are readable, reliable and maintainable without too much effort, you have to use some kind of modular software design. So, what's a must for the hardware is an unavoidable necessity for the software running on the computers. Computers belong to those products which are modularised to the utmost. There is hardly any product nowadays, which doesn't heavily rely on modularisation, like cars and mobile phones. In many cases, they can be even used in other systems as well. These components can be independently created and tested. Modular design means that a complex system is broken down into smaller parts or components, i.e. Modular design is an approach which has been proven as indispensable in engineering even long before the first computers. Therefore i just corrected this behavior in my main _init_.unregister() function that clean up all traces of my plugin in sys.modules What does "del sys.Modular programming is a software design technique, which is based on the general principal of modular design. ![]() If we inspect sys.modules we can still see traces of our plugin that we just disabled.Īnd why so? That’s the root of our hot-reload problem isn’t it? (yes i know, i should prolly have a better global/local space and module organisation to avoid such i guess? but it’s quite a hard fix when un-experienced)īut why bother to do all this? Why do we need them at first place? well that’s because plugins modules are still loaded in the python interpreter after disabling operation. I had constant value error where sub properties straight up refuse tor register after an importlib.reload() Which was my case these last 24hs, i was stuck on an import reload similar to the link above Initially it seems that the “standard method” is by using importlibs.reload()īut this method can cause issues as if the modules we want to reload contains other modules, those modules are not reloaded recursively, so depending on the exact code you can wind up in a rather broken state Of course we can always shut down blender and restart but well… that’s annoying When writing a multi-module plugin, it can be tricky to implement a hot reload function that will automatically reload modules when we enabled/disable the plugin ![]()
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