targ | Python CLI using type hints and docstrings | Code Analyzer library

I want to create dynamic assembly with generic class:

Contain the necessary files. Add this to your "My Drive". https://drive.google.com/drive/folders/1epROVNfvO10Ksy8CwJQdamSK96JZnWW9?usp=sharing Google colab link with a minimal example: https://colab.research.google.com/drive/18sMqNn8IpTQLZBlInWSbX0ITd2GWDDkz?usp=sharing

This basic block 'module', if you will, is part of a larger network. It all boils down to this block, however, as this is where the convolutions are performed (in this case depthwise separable convolution). The network is seemingly able to train, however, while training (and during all the epochs) a WARNING is thrown out:

im trying to grab the transform component via t.find and then via the transform component, grab the game object component, and then t.LookAt can work, and look at the player.

this is the code:

I am trying to solve this problem in C++ TMP where in i need to convert one parameter pack types into another, and then convert back the types and also values. The conversion back part is based on a boolean criteria that whether an arg in Args... was transformed or not in the first place.

Basically, i have a pack(Args...). First, i transform this (for each args[i], call a transform function). It works like this: For each arg in Args..., just create same type in transformed_args... unless it is one of following, in that case do following conversions:

everything else remains the same for ex: int remains int std::string remains std::string

I achieve this by template specialization, of course For the next part, i take transformed_args..., publish a class and a functor. I receive call back on this functor from(C++generated Python using Pybind, not important though). Relevant bits of that class look like this...

I have modified the sample from https://en.cppreference.com/w/cpp/language/parameter_pack to save the string in a variable. My code

I'm trying to implement a globally accessible undo/redo functionality in my Rust app via the undo crate. Additionally I am using enum_dispatch to handle the dynamic dispatch of my dyn AppActions, such as AddName or AddPhoneNumber.

However I'm running into the issue of needing to mutably borrow self more than once when I want to add a phone number or add a name to state. This is because I need to mutate some field of my state (names or phone_numbers) to add some data, and I need to mutate history so we have a record of these changes which can be undone/redone.But this leads me to mutably borrowing our state twice, once for the history, and once for whatever field we're wanting to add data to. Now I know one solutions to this problem, as discussed here, is borrowing specific fields from self, rather then the whole self. But for this approach to work we need to provide our AppAction implementers with some type attributes, so that when we pass them into self.history.apply(), we can also pass in self.names or self.phone_numbers, which have types Vec and Vec, respectively.

This sounds simple enough, but as it's unclear to me how to do this given the limitations of enum_dispatch. I thought that I could add associated types to AppAction , similar to the way undo::Action has associated typesTarget,Output, and Error. So for AddName, Target=Vec and for AddPhoneNumber Targe=Vec. But for reasons described in this issue, enum_dispatch does not allow you to add associated types to your trait definition. Is there some other way to add these type arguments to my AppAction implementers, AddName and AddPhoneNumber?

In the referenced issue, OP mentions:

I should wrap the associated type in another enum. Maybe it's not necessary for enum_dispatch to provide a general solution. Users should customize themselves. I'll close the issue.

However I'm not really sure what they mean by this or how to apply this to my particular case. Dopes OP suggest that we have some Enum, AppActionType as Target instead of AppState? Or is OP essentially suggesting not to use enum_dispatch for cases where implementer methods need differently typed values?

If anyone would like to play with the actual code, I put it in this repo.

I am reading in an edge list from a file and trying to make a graph out of it using boost graph library. The final goal is to implement the girvan newman algorithm, but right now I'm just working on getting the graph read in. I read the data in as two unordered maps that are duplicated with switch key and value pairs, that way I can use .find with both the key and value. Here is my code:

I have an interface and I want to mock a function of this interface with an argument which is a reference to a function. See code exmple:

I am trying to get the forbes list using a query in R: