OriginDex/DBEditor/db_controller.py

import sqlite3
import sys
import os

from event_system import event_system

def parse_pfic(pfic):
    parts = pfic.split('-')
    return tuple(int(part) if part.isdigit() else part for part in parts)

class DBController:
    def __init__(self):
        self.conn = sqlite3.connect(':memory:', check_same_thread=False)  # Use in-memory database for runtime
        self.cursor = self.conn.cursor()

        event_system.add_listener('get_pokemon_data', self.load_pokemon_details)
        event_system.add_listener('get_pokemon_list', self.send_pokemon_list)
        event_system.add_listener('get_home_storable', self.get_home_storable)
        event_system.add_listener('get_evolution_chain', self.get_evolution_chain)
        event_system.add_listener('get_evolution_parent', self.get_evolution_parent)
        event_system.add_listener('get_encounter_locations', self.get_encounter_locations)
        event_system.add_listener('get_game_generation', self.get_game_generation)
        event_system.add_listener('get_pokemon_with_encounters', self.get_pokemon_with_encounters)
        event_system.add_listener('refresh_in_memory_db', self.refresh_in_memory_db)
        event_system.add_listener('clear_encounters_for_pokemon', self.clear_encounters_for_pokemon)
        event_system.add_listener('get_game_id_for_name', self.get_game_id_for_name)

    def init_database(self):
        disk_conn = sqlite3.connect('pokemon_forms.db')
        disk_cursor = disk_conn.cursor()

        # Create tables in the file-based database
        self.create_games_table(disk_cursor)
        self.create_pokemon_forms_table(disk_cursor)
        self.create_pokemon_storage_table(disk_cursor)
        self.create_evolution_chains_table(disk_cursor)
        self.create_exclusive_encounter_groups_table(disk_cursor)
        self.create_encounters_table(disk_cursor)
        self.create_mark_table(disk_cursor)

        # Commit changes to the file-based database
        disk_conn.commit()

        # Copy the file-based database to the in-memory database
        disk_conn.backup(self.conn)

        # Close the file-based database connection
        disk_conn.close()

    def create_pokemon_forms_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS pokemon_forms (
            PFIC TEXT PRIMARY KEY,
            name TEXT NOT NULL,
            form_name TEXT,
            national_dex INTEGER NOT NULL,
            generation INTEGER NOT NULL,
            is_baby_form BOOLEAN
        )
        ''')

    def create_pokemon_storage_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS pokemon_storage (
            PFIC TEXT PRIMARY KEY,
            storable_in_home BOOLEAN NOT NULL,
            FOREIGN KEY (PFIC) REFERENCES pokemon_forms (PFIC)
        )
        ''')

    def create_evolution_chains_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS evolution_chains (
            from_pfic TEXT,
            to_pfic TEXT,
            method TEXT,
            PRIMARY KEY (from_pfic, to_pfic),
            FOREIGN KEY (from_pfic) REFERENCES pokemon_forms (PFIC),
            FOREIGN KEY (to_pfic) REFERENCES pokemon_forms (PFIC)
        )
        ''')

    def create_exclusive_encounter_groups_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS exclusive_encounter_groups (
            id INTEGER PRIMARY KEY AUTOINCREMENT,
            group_name TEXT NOT NULL,
            description TEXT,
            game_id INTEGER,
            FOREIGN KEY (game_id) REFERENCES games (id)
        )
        ''')

    def create_encounter_exclusive_group_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS encounter_exclusive_groups (
            encounter_id INTEGER,
            group_id INTEGER,
            FOREIGN KEY (encounter_id) REFERENCES encounters (id),
            FOREIGN KEY (group_id) REFERENCES exclusive_encounter_groups (id),
            PRIMARY KEY (encounter_id, group_id)
        )
        ''')

    def create_encounters_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS encounters (
            id INTEGER PRIMARY KEY AUTOINCREMENT,
            pfic TEXT,
            game_id INTEGER,
            location TEXT,
            day TEXT,
            time TEXT,
            dual_slot TEXT,
            static_encounter BOOLEAN,
            static_encounter_count INTEGER,
            extra_text TEXT,
            stars TEXT,
            fishing BOOLEAN,
            rods TEXT,
            starter BOOLEAN,
            FOREIGN KEY (pfic) REFERENCES pokemon_forms (PFIC),
            FOREIGN KEY (game_id) REFERENCES games (id)
        )
        ''')

    def create_mark_table(self, cursor):
        cursor.execute('''
        CREATE TABLE IF NOT EXISTS marks (
            id INTEGER PRIMARY KEY,
            name TEXT NOT NULL UNIQUE,
            icon_path TEXT NOT NULL
        )
        ''')

        cursor.execute('''
        CREATE TABLE IF NOT EXISTS mark_game_associations (
            mark_id INTEGER,
            game_id INTEGER,
            FOREIGN KEY (mark_id) REFERENCES marks (id),
            FOREIGN KEY (game_id) REFERENCES games (id),
            PRIMARY KEY (mark_id, game_id)
        )
        ''')
        
        marks = [
            ("Game Boy", "images/marks/GB_icon_HOME.png", ["Red", "Blue", "Yellow", "Gold", "Silver", "Crystal"]),
            ("Kalos", "images/marks/Blue_pentagon_HOME.png", ["X", "Y", "Omega Ruby", "Alpha Sapphire"]),
            ("Alola", "images/marks/Black_clover_HOME.png", ["Sun", "Moon", "Ultra Sun", "Ultra Moon"]),
            ("Let's Go", "images/marks/Let's_Go_icon_HOME.png", ["Let's Go Pikachu", "Let's Go Eevee"]),
            ("Galar", "images/marks/Galar_symbol_HOME.png", ["Sword", "Shield"]),
            ("Sinnoh", "images/marks/BDSP_icon_HOME.png", ["Brilliant Diamond", "Shining Pearl"]),
            ("Hisui", "images/marks/Arceus_mark_HOME.png", ["Legends Arceus"]),
            ("Paldea", "images/marks/Paldea_icon_HOME.png", ["Scarlet", "Violet"]),
        ]
        
        # Check if marks already exist
        cursor.execute('SELECT COUNT(*) FROM marks')
        marks_count = cursor.fetchone()[0]

        if marks_count == 0:
            for mark in marks:
                cursor.execute('''
                INSERT OR IGNORE INTO marks (name, icon_path)
                VALUES (?, ?)
                ''', (mark[0], mark[1]))
                
                mark_id = cursor.lastrowid
                
                for game_name in mark[2]:
                    cursor.execute('''
                    INSERT OR IGNORE INTO mark_game_associations (mark_id, game_id)
                    SELECT ?, id FROM games WHERE name = ?
                    ''', (mark_id, game_name))
        
    def create_games_table(self, cursor):

        cursor.execute('''
        CREATE TABLE IF NOT EXISTS games (
            id INTEGER PRIMARY KEY,
            name TEXT NOT NULL,
            generation INTEGER NOT NULL
        )
        ''')

        cursor.execute('''
        CREATE TABLE IF NOT EXISTS alternate_game_names (
            id INTEGER PRIMARY KEY,
            game_id INTEGER NOT NULL,
            alternate_name TEXT NOT NULL,
            FOREIGN KEY (game_id) REFERENCES games (id),
            UNIQUE (alternate_name COLLATE NOCASE)
        )
        ''')

        games = [
            ("Red", 1, ["Red Version"]),
            ("Blue", 1, ["Blue Version"]),
            ("Yellow", 1, ["Yellow Version"]),
            ("Gold", 2, ["Gold Version"]),
            ("Silver", 2, ["Silver Version"]),
            ("Crystal", 2, ["Crystal Version"]),
            ("Ruby", 3, ["Ruby Version"]),
            ("Sapphire", 3, ["Sapphire Version"]),
            ("Emerald", 3, ["Emerald Version"]),
            ("FireRed", 3, ["Fire Red", "Fire-Red"]),
            ("LeafGreen", 3, ["Leaf Green", "Leaf-Green"]),
            ("Diamond", 4, ["Diamond Version"]),
            ("Pearl", 4, ["Pearl Version"]),
            ("Platinum", 4, ["Platinum Version"]),
            ("HeartGold", 4, ["Heart Gold", "Heart-Gold"]),
            ("SoulSilver", 4, ["Soul Silver", "Soul-Silver"]),
            ("Black", 5, ["Black Version"]),
            ("White", 5, ["White Version"]),
            ("Black 2", 5, ["Black Version 2", "Black-2"]),
            ("White 2", 5, ["White Version 2", "White-2"]),
            ("X", 6, ["X Version"]),
            ("Y", 6, ["Y Version"]),
            ("Omega Ruby", 6, ["Omega Ruby Version", "Omega-Ruby"]),
            ("Alpha Sapphire", 6, ["Alpha Sapphire Version", "Alpha-Sapphire"]),
            ("Sun", 7, ["Sun Version"]),
            ("Moon", 7, ["Moon Version"]),
            ("Ultra Sun", 7, ["Ultra Sun Version", "Ultra-Sun"]),
            ("Ultra Moon", 7, ["Ultra Moon Version", "Ultra-Moon"]),
            ("Let's Go Pikachu", 7, ["Let's Go, Pikachu!", "Lets Go Pikachu"]),
            ("Let's Go Eevee", 7, ["Let's Go, Eevee!", "Lets Go Eevee"]),
            ("Sword", 8, ["Sword Version"]),
            ("Shield", 8, ["Shield Version"]),
            ("Expansion Pass", 8, ["Expansion Pass (Sword)", "Expansion Pass (Shield)"]),
            ("Brilliant Diamond", 8, ["Brilliant Diamond Version", "Brilliant-Diamond"]),
            ("Shining Pearl", 8, ["Shining Pearl Version", "Shining-Pearl"]),
            ("Legends Arceus", 8, ["Legends: Arceus", "Legends-Arceus"]),
            ("Scarlet", 9, ["Scarlet Version"]),
            ("Violet", 9, ["Violet Version"]),
            ("The Teal Mask", 9, ["The Teal Mask Version", "The Teal Mask (Scarlet)", "The Teal Mask (Violet)"]),
            ("The Hidden Treasure of Area Zero", 9, ["The Hidden Treasure of Area Zero Version", "The Hidden Treasure of Area Zero (Scarlet)", "The Hidden Treasure of Area Zero (Violet)"]),

            ("Pokémon Home", 98, ["Pokémon HOME"]),
            ("Pokémon Go", 99, ["Pokémon GO"]),
        ]
        
        for game in games:
            cursor.execute('''
            INSERT OR IGNORE INTO games (name, generation)
            VALUES (?, ?)
            ''', (game[0], game[1]))
            
            game_id = cursor.lastrowid
            
            # Insert alternate names
            for alt_name in game[2]:
                cursor.execute('''
                INSERT OR IGNORE INTO alternate_game_names (game_id, alternate_name)
                VALUES (?, ?)
                ''', (game_id, alt_name))

    def load_pokemon_details(self, pfic):
        self.cursor.execute('''
            SELECT pf.name, pf.form_name, pf.national_dex, pf.generation, ps.storable_in_home, pf.is_baby_form
            FROM pokemon_forms pf
            LEFT JOIN pokemon_storage ps ON pf.PFIC = ps.PFIC
            WHERE pf.PFIC = ?
        ''', (pfic,))
        
        return self.cursor.fetchone()
    
    def send_pokemon_list(self, data):
        # Fetch pokemon list from database
        self.cursor.execute('''
            SELECT pf.PFIC, pf.name, pf.form_name, pf.national_dex
            FROM pokemon_forms pf
        ''')
        pokemon_data = self.cursor.fetchall()

        # Sort the pokemon_data based on PFIC
        pokemon_data.sort(key=lambda x: parse_pfic(x[0]))
        return pokemon_data

    def get_home_storable(self, pfic):
        self.cursor.execute('SELECT storable_in_home FROM pokemon_storage WHERE PFIC = ?', (pfic,))
        result = self.cursor.fetchone()
        home_storable = result[0] if result else False
        return home_storable
    
    def get_evolution_chain(self, pfic):
        def follow_chain(start_pfic, visited=None):
            if visited is None:
                visited = set()
            
            chain = []
            stack = [(start_pfic, None)]
            
            while stack:
                current_pfic, method = stack.pop()
                if current_pfic in visited:
                    continue
                
                visited.add(current_pfic)
                self.cursor.execute('SELECT name, form_name FROM pokemon_forms WHERE PFIC = ?', (current_pfic,))
                name, form_name = self.cursor.fetchone()
                
                chain.append((current_pfic, name, form_name, method))
                
                # Get previous evolutions
                self.cursor.execute('SELECT from_pfic, method FROM evolution_chains WHERE to_pfic = ?', (current_pfic,))
                prev_evolutions = self.cursor.fetchall()
                for prev_pfic, prev_method in prev_evolutions:
                    if prev_pfic not in visited:
                        stack.append((prev_pfic, prev_method))
                
                # Get next evolutions
                self.cursor.execute('SELECT to_pfic, method FROM evolution_chains WHERE from_pfic = ?', (current_pfic,))
                next_evolutions = self.cursor.fetchall()
                for next_pfic, next_method in next_evolutions:
                    if next_pfic not in visited:
                        stack.append((next_pfic, next_method))
            
            return chain

        return follow_chain(pfic)
    
    def get_evolution_parent(self, pfic):
        self.cursor.execute('SELECT from_pfic FROM evolution_chains WHERE to_pfic = ?', (pfic,))
        return self.cursor.fetchone()
    
    def get_encounter_locations(self, pfic):
        self.cursor.execute('''
            SELECT g.name, e.location, e.day, e.time, e.dual_slot, e.static_encounter_count, e.static_encounter, e.extra_text, e.stars, e.rods, e.fishing
            FROM encounters e
            JOIN games g ON e.game_id = g.id
            WHERE e.pfic = ?
            ORDER BY g.name, e.location
        ''', (pfic,))
        return self.cursor.fetchall()
    
    def get_game_generation(self, game):
        self.cursor.execute('''
            SELECT g.generation
            FROM games g
            LEFT JOIN alternate_game_names agn ON g.id = agn.game_id
            WHERE g.name = ? OR agn.alternate_name = ?
            LIMIT 1
        ''', (game, game))
        result = self.cursor.fetchone()
        return result[0] if result else None
    
    def get_game_id_for_name(self, game):
        # First, try to find the game in the main games table
        self.cursor.execute('''
            SELECT id 
            FROM games
            WHERE name = ?
        ''', (game,))
        result = self.cursor.fetchone()
        
        if result:
            return result[0]
        
        # If not found, check the alternate_game_names table
        self.cursor.execute('''
            SELECT game_id 
            FROM alternate_game_names
            WHERE alternate_name = ?
        ''', (game,))
        result = self.cursor.fetchone()
        
        return result[0] if result else None
    
    def get_pokemon_with_encounters(self, data):
        self.cursor.execute('''
            SELECT DISTINCT pfic
            FROM encounters
        ''')
        pokemon_with_encounters = set(row[0] for row in self.cursor.fetchall())
        return pokemon_with_encounters
    
    def refresh_in_memory_db(self, temp_conn):
        temp_conn.backup(self.conn)

    def clear_encounters_for_pokemon(self, pfic):
        self.cursor.execute('DELETE FROM encounters WHERE pfic = ?', (pfic,))
        self.conn.commit()