from dataclasses import dataclass
from typing import Any, List, Tuple
import random


@dataclass
class CompositeTool:
    name: str  # name of the composite tool
    tools: List[Tool]  # tools that make up the composite tool
    compatible_keys: List[str]  # keys that the composite tool can fix
    who_can_build: List[
        Tuple[str, int]
    ]  # expertise and count of people in each expertise needed to build the composite tool

    def __str__(self):
        return f"CompositeTool {self.name}"

    def get_description(self):
        return f"CompositeTool {self.name} can fix keys: {self.compatible_keys} but consists of tools: {self.tools}"


@dataclass
class Tool:
    name: str  # name of the tool
    compatible_keys: List[str]  # keys that the tool can fix
    who_can_use: List[str]  # expertise needed to use the tool

    def __str__(self):
        return f"Tool {self.name}"

    def get_description(self):
        return f"Tool {self.name} can fix keys: {self.compatible_keys}"


@dataclass
class Key:
    name: str  # name of the key
    color: str  # color of the key
    broken: bool  # whether the key is broken
    fixable: bool  # whether the key is fixable
    tools: List[str]  # tools or composite tools that are needed to fix the key
    who_can_fix: List[
        Tuple[str, int]
    ]  # expertise and count of people in each expertise needed to fix the key

    def __str__(self):
        return f"Key {self.name}"

    def description(self):
        return f"""Key {self.name} is {self.color}
                   {'but it is broken and cannot be used' if self.broken else ' and it works'}"""


@dataclass
class Object:
    name: str  # name of the object
    description: str  # description of the object

    def __str__(self):
        return f"item {self.name} ({self.description})"

    def get_description(self):
        return f"item {self.name} is described as {self.description}"


@dataclass
class Box:
    name: str  # name of the box
    contents: List[
        str
    ]  # contents of the box - list of box names or key names or tool names
    locked: bool  # whether the box is locked

    def __str__(self):
        return f"Box {self.name}"

    def get_description(self):
        return f"Box {self.name} contains: {self.contents}"


@dataclass
class Person:
    name: str  # name of the person
    room: None | Any  # room that the person is in
    boxes: List[Box]  # boxes that the person has
    keys: List[Key]  # keys that the person has
    cooperates_with: List[str]  # names of people
    can_build: List[str]  # names of composite tools that the person can build
    can_fix: List[str]  # names of keys that the person can fix
    can_use: List[str]  # names of keys that the person can use

    def __str__(self):
        return f"Person {self.name}"

    def get_description(self):
        return f"Person {self.name} is in room {self.room.name}"


@dataclass
class Door:
    name: str  # name of the door
    locked: bool  # whether the door is locked
    key: None | Key  # key that can unlock the door
    two_way: bool  # whether the door is two way
    key_hole_outward_facing: bool  # whether the key hole is outward facing

    def __str__(self):
        return f"Door {self.name}"

    def get_description(self):
        return f"Door {self.name} is {'locked' if self.locked else 'unlocked'}"


@dataclass
class Room:
    name: str  # name of the room
    west: None | Door  # door to the west
    east: None | Door  # door to the east
    north: None | Door  # door to the north
    south: None | Door  # door to the south
    occupants: list[str]  # names of people in the room
    west_neighbor: None | Any  # room to the west
    east_neighbor: None | Any  # room to the east
    north_neighbor: None | Any  # room to the north
    south_neighbor: None | Any  # room to the south

    def __str__(self):
        return f"""Room {self.name}"""

    def get_description(self):
        return f"""Room {self.name} is adjacent to {self.west_neighbor.name
                                                    if self.west_neighbor else 'none'} on the west side,
                   {self.east_neighbor.name if self.east_neighbor else 'none'} on the east side,
                   {self.north_neighbor.name if self.north_neighbor else 'none'} on the north side,
                   {self.south_neighbor.name if self.south_neighbor else 'none'} on the south side
                   {self.occupants} are in the room and there are doors on these sides
                   {self.west.name if self.west else 'none'} on the west side,
                   {self.east.name if self.east else 'none'} on the east side,
                   {self.north.name if self.north else 'none'} on the north side,
                   {self.south.name if self.south else 'none'} on the south side"""


@dataclass
class World:
    rooms: List[Room]  # rooms in the world
    people: List[Person]  # people in the world
    boxes: List[Box]  # boxes in the world
    keys: List[Key]  # keys in the world
    tools: List[Tool]  # tools in the world

    def __str__(self):
        return f"World"

    def get_description(self):
        return f"This is the world: {self.rooms} {self.people} {self.boxes} {self.keys} {self.tools}"


def generate_configuration(N_x: int, N_y: int, n_people: int):

    # generate a random configuration of people in rooms
    # sample larger than population with replacement
    walls = [True] + random.choices([True, False], k=3)
    random.shuffle(walls)
    rooms = [
        Room(
            name=f"Room {i}",
            west=walls[0],
            east=walls[1],
            north=walls[2],
            south=walls[3],
            occupants=[],
            lattice_position=(i, j),
        )
        for i in range(N_y)
        for j in range(N_x)
    ]

    # generate a random configuration of people in rooms
    people = [Person(name=f"Person {i}") for i in range(n_people)]
    for person in people:
        room = random.choice(rooms)
        room.occupants.append(person)
    return rooms


def print_walls():
    for i in range(10):
        print(generate_configuration(10, 10))


if __name__ == "__main__":
    print_walls()