python内class不影响程序正常运行

Question

I'm learning Python at the same time I'm working on a subject project, and I realized that I have two classes (class senA and senB) that represent two similar elements, therefore, I wondered if those two classes could be grouped in a general class (General class), I was looking at the inner class but unfortunately as I must access the arguments of each class (senA and senB) always generates an error. My code is like this

class senA():
    def __init__(self, arg, arg2):
        self.arg = arg 
        self.arg2 = arg2 

class sensB():
    def __init__(self, arg3):
        self.arg3 = arg3


for i in range (3):
    obj = senA('hx', 'ex')
    objx = sensB ('hello')
    values=list(attrs.values())
    valuesx=list(attrsx.values())
    list_VALORES.append(values)
    list_metodos.append(valuesx)

print(list_metodos)
print(list_VALORES)

and it works well but I would like to associate the classes senA and senB into one called classGeneral

class general():
    class senA():
        def __init__(self, arg, arg2):
            self.arg = arg 
            self.arg2 = arg2 
    
    class sensB():
        def __init__(self, arg3):
            self.arg3 = arg3

but it generates constant errors or for example the program stops recognizing the classes when I instantiate the objects. Any idea how I could solve this

Sorry about my bad English, but I'm not a native English speaker. I try to be as clear as possible

Answer 1

From what I understand, what you want is to create a separate module to hold the senA and sensB classes. If you create a python file called general.py that holds the class definitions, you can then import that into another python script. So in your main.py , you would add the following line to the top: from general import senA, sensB , and you would be able to use them like normal.

If your classes are all similar and share attributes, than you could also use inheritance. For example:

class General:
    def __init__(self, arg1):
        self.arg1 = arg1  # argument that both senA and sensB use

class senA(General):
    def __init__(self, arg1, arg2):
        super().__init__(arg1)
        self.arg2 = arg2

class sensB(General):
    def __init__(self, arg1, arg2, arg3):
        super().__init__(arg1)
        self.arg2 = arg2
        self.arg3 = arg3

You could then access attributes from those classes as normal, for example:

a = senA('arg1 value', 'arg2 value')
print(a.arg1)  # returns 'arg1 value'
print(a.arg2)  # returns 'arg2 value'