Pattern Matching with Data Class

In fact, can be used with any type of class
Pattern Matching can be Simple with sequences: Pattern Matching or Destructuring
There is Pattern Matching with Keyword

import typing
class City(typing.NamedTuple):
    continent: str
    name: str
    country: str
cities = [
    City('Asia', 'Tokyo', 'JP'),
    City('Asia', 'Delhi', 'IN'),
    City('North America', 'Mexico City', 'MX'),
    City('North America', 'New York', 'US'),
    City('South America', 'São Paulo', 'BR'),
]

def match_asian_cities():
    results = []
    for city in cities:
        match city:
            case City(continent='Asia'):
                results.append(city)
    return results

And there is Positional, where the order of the attribute matters

def match_asian_countries_pos():
    results = []
    for city in cities:
        match city:
            case City('Asia', _, country):
                results.append(country)
    return results

Supporting Positional Pattern Matching with Classes

References

Ramalho, 2022, p190-196