This is kinda important for now, the error handling or using assertions for compile time checking. I havent found any use case for using assertions for compile time checking, can probably use it in create_vector function.

    Vector *int_vector = create_vector(5, INT);
    Vector *float_vector = create_vector(5, FLOAT);
    Vector *char_vector = create_vector(5, CHAR);
    Vector *string_vector = create_vector(5, STR);

Maybe this can require compile time checking, although if you pass Vector *char_vector = create_vector(5, INT); this will produce error and will exit.

In the functions like

push_back_int(...)
push_back_float(...)
push_back_double(...)

These along with some other functions, they return 1 on success and 0 on failure, the idea is to have some predefined macros with error codes and user can choose whether they want to handle error or not by comparing the error codes against the functions returned values.

Currently the Vector container defined in include/Vector.h is mission detailed documentation, i will be working on adding documentation myself maybe directly with readme files or using gituhb wiki, but currently we only have the usage example of vector.

Another idea is to add comment block over each function in the Vector.h but that will significantly increase the LoCs so this is kept as a future idea when the functions/methods definitions and declarations are moved into separate files .c and .h files, or a static library used is added.

Implementing Basic iterators for iterating containers and adding more iterator methods

My basic idea is to create a iterator struct inside the vector struct so that each vector will have a iterator associated with it.
The iterator struct will have defined methods like the C++ iterators have See so that we can user (.) operator to call the iterator associated with it.

And making each iterator struct's object/variable as a stand alone datatype which can be used to iterate vector for now only, but the issue with this is whether to choose if the iterator will have a type, like in C++ there are iterator of all datatype so how to implement something similar in this scenario.

Feel free to share any ideas.