# Auto-generated repositories
from __future__ import annotations

from base_repository import BaseRepository
from entities import (
    Order,
    OrderItem,
    Product,
    ProductCategory,
    ProductReview,
    User,
    UserAddress,
    UserOrderHistory,
)


class UserRepository(BaseRepository[User]):
    """Repository for User entity operations"""

    def __init__(self, table_name: str = 'UserTable'):
        super().__init__(User, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_user(self, user: User) -> User:
        """Create a new user"""
        return self.create(user)

    def get_user(self, user_id: str) -> User | None:
        """Get a user by key"""
        pk = User.build_pk_for_lookup(user_id)
        sk = User.build_sk_for_lookup()
        return self.get(pk, sk)

    def update_user(self, user: User) -> User:
        """Update an existing user"""
        return self.update(user)

    def delete_user(self, user_id: str) -> bool:
        """Delete a user"""
        pk = User.build_pk_for_lookup(user_id)
        sk = User.build_sk_for_lookup()
        return self.delete(pk, sk)

    def put_user(self, user: User) -> User | None:
        """Put (upsert) new user account"""
        # TODO: Implement Access Pattern #2
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=user.model_dump())
        # return user
        pass

    def update_user_profile(self, user_id: str, email: str) -> User | None:
        """Update user profile information"""
        # TODO: Implement Access Pattern #3
        # Operation: UpdateItem | Index: Main Table
        #
        # Main Table UpdateItem Example:
        # Key Building:
        # - PK is built from: user_id (template: USER#{user_id})
        # - SK is built from:  (template: PROFILE)
        # pk = User.build_pk_for_lookup(user_id)
        # sk = User.build_sk_for_lookup()
        #
        # Update field parameter(s): email
        #
        # current_item = self.get(pk, sk)
        # if not current_item:
        #     raise RuntimeError(f"{self.model_class.__name__} not found")
        # current_version = current_item.version
        # next_version = current_version + 1
        # response = self.table.update_item(
        #     Key={'pk': pk, 'sk': sk},
        #     UpdateExpression='SET #field = :val, version = :new_version',
        #     ConditionExpression='version = :current_version',
        #     ExpressionAttributeNames={'#field': 'field_to_update'},
        #     ExpressionAttributeValues={':val': <update_param>, ':current_version': current_version, ':new_version': next_version},
        #     ReturnValues='ALL_NEW'
        # )
        # return self.model_class(**response['Attributes'])
        pass


class UserAddressRepository(BaseRepository[UserAddress]):
    """Repository for UserAddress entity operations"""

    def __init__(self, table_name: str = 'UserTable'):
        super().__init__(UserAddress, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_user_address(self, user_address: UserAddress) -> UserAddress:
        """Create a new user_address"""
        return self.create(user_address)

    def get_user_address(self, user_id: str, address_id: str) -> UserAddress | None:
        """Get a user_address by key"""
        pk = UserAddress.build_pk_for_lookup(user_id)
        sk = UserAddress.build_sk_for_lookup(address_id)
        return self.get(pk, sk)

    def update_user_address(self, user_address: UserAddress) -> UserAddress:
        """Update an existing user_address"""
        return self.update(user_address)

    def delete_user_address(self, user_id: str, address_id: str) -> bool:
        """Delete a user_address"""
        pk = UserAddress.build_pk_for_lookup(user_id)
        sk = UserAddress.build_sk_for_lookup(address_id)
        return self.delete(pk, sk)

    def get_user_addresses(
        self,
        user_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[UserAddress], dict | None]:
        """Get all addresses for a user

        Args:
            user_id: User id
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #4
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = UserAddress.build_pk_for_lookup(user_id)
        # Note: Item collection detected - multiple entities share PK "USER#{user_id}"
        # Use begins_with('ADDRESS#') to filter for only UserAddress items
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').begins_with('ADDRESS#'),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def add_user_address(self, address: UserAddress) -> UserAddress | None:
        """Add new address for user"""
        # TODO: Implement Access Pattern #5
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=user_address.model_dump())
        # return user_address
        pass


class ProductRepository(BaseRepository[Product]):
    """Repository for Product entity operations"""

    def __init__(self, table_name: str = 'ProductTable'):
        super().__init__(Product, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_product(self, product: Product) -> Product:
        """Create a new product"""
        return self.create(product)

    def get_product(self, product_id: str) -> Product | None:
        """Get a product by key"""
        pk = Product.build_pk_for_lookup(product_id)
        sk = Product.build_sk_for_lookup()
        return self.get(pk, sk)

    def update_product(self, product: Product) -> Product:
        """Update an existing product"""
        return self.update(product)

    def delete_product(self, product_id: str) -> bool:
        """Delete a product"""
        pk = Product.build_pk_for_lookup(product_id)
        sk = Product.build_sk_for_lookup()
        return self.delete(pk, sk)

    def put_product(self, product: Product) -> Product | None:
        """Put (upsert) new product"""
        # TODO: Implement Access Pattern #7
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=product.model_dump())
        # return product
        pass

    def update_product_stock(self, product_id: str, stock_quantity: int) -> Product | None:
        """Update product stock quantity"""
        # TODO: Implement Access Pattern #8
        # Operation: UpdateItem | Index: Main Table
        #
        # Main Table UpdateItem Example:
        # Key Building:
        # - PK is built from: product_id (template: PRODUCT#{product_id})
        # - SK is built from:  (template: DETAILS)
        # pk = Product.build_pk_for_lookup(product_id)
        # sk = Product.build_sk_for_lookup()
        #
        # Update field parameter(s): stock_quantity
        #
        # current_item = self.get(pk, sk)
        # if not current_item:
        #     raise RuntimeError(f"{self.model_class.__name__} not found")
        # current_version = current_item.version
        # next_version = current_version + 1
        # response = self.table.update_item(
        #     Key={'pk': pk, 'sk': sk},
        #     UpdateExpression='SET #field = :val, version = :new_version',
        #     ConditionExpression='version = :current_version',
        #     ExpressionAttributeNames={'#field': 'field_to_update'},
        #     ExpressionAttributeValues={':val': <update_param>, ':current_version': current_version, ':new_version': next_version},
        #     ReturnValues='ALL_NEW'
        # )
        # return self.model_class(**response['Attributes'])
        pass


class ProductCategoryRepository(BaseRepository[ProductCategory]):
    """Repository for ProductCategory entity operations"""

    def __init__(self, table_name: str = 'ProductTable'):
        super().__init__(ProductCategory, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_product_category(self, product_category: ProductCategory) -> ProductCategory:
        """Create a new product_category"""
        return self.create(product_category)

    def get_product_category(self, category_name: str, product_id: str) -> ProductCategory | None:
        """Get a product_category by key"""
        pk = ProductCategory.build_pk_for_lookup(category_name)
        sk = ProductCategory.build_sk_for_lookup(product_id)
        return self.get(pk, sk)

    def update_product_category(self, product_category: ProductCategory) -> ProductCategory:
        """Update an existing product_category"""
        return self.update(product_category)

    def delete_product_category(self, category_name: str, product_id: str) -> bool:
        """Delete a product_category"""
        pk = ProductCategory.build_pk_for_lookup(category_name)
        sk = ProductCategory.build_sk_for_lookup(product_id)
        return self.delete(pk, sk)

    def get_products_by_category(
        self,
        category_name: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[ProductCategory], dict | None]:
        """Get all products in a specific category

        Args:
            category_name: Category name
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #9
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = ProductCategory.build_pk_for_lookup(category_name)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').eq(sk),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def add_product_to_category(self, category_item: ProductCategory) -> ProductCategory | None:
        """Add product to category index"""
        # TODO: Implement Access Pattern #10
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=product_category.model_dump())
        # return product_category
        pass

    def get_category_products_after_id(
        self,
        category_name: str,
        after_product_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[ProductCategory], dict | None]:
        """Get category products after a specific product_id (Main Table Range Query)

        Args:
            category_name: Category name
            after_product_id: After product id
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #24
        # Operation: Query | Index: Main Table | Range Condition: >
        # Note: '>' requires 1 parameter for the range condition
        #
        # Main Table Query Example:
        # pk = ProductCategory.build_pk_for_lookup(category_name)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').>(after_product_id),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass


class ProductReviewRepository(BaseRepository[ProductReview]):
    """Repository for ProductReview entity operations"""

    def __init__(self, table_name: str = 'ProductTable'):
        super().__init__(ProductReview, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_product_review(self, product_review: ProductReview) -> ProductReview:
        """Create a new product_review"""
        return self.create(product_review)

    def get_product_review(self, product_id: str, review_id: str) -> ProductReview | None:
        """Get a product_review by key"""
        pk = ProductReview.build_pk_for_lookup(product_id)
        sk = ProductReview.build_sk_for_lookup(review_id)
        return self.get(pk, sk)

    def update_product_review(self, product_review: ProductReview) -> ProductReview:
        """Update an existing product_review"""
        return self.update(product_review)

    def delete_product_review(self, product_id: str, review_id: str) -> bool:
        """Delete a product_review"""
        pk = ProductReview.build_pk_for_lookup(product_id)
        sk = ProductReview.build_sk_for_lookup(review_id)
        return self.delete(pk, sk)

    def get_product_reviews(
        self,
        product_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[ProductReview], dict | None]:
        """Get all reviews for a product

        Args:
            product_id: Product id
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #11
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = ProductReview.build_pk_for_lookup(product_id)
        # Note: Item collection detected - multiple entities share PK "PRODUCT#{product_id}"
        # Use begins_with('REVIEW#') to filter for only ProductReview items
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').begins_with('REVIEW#'),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def put_product_review(self, review: ProductReview, user: User) -> ProductReview | None:
        """Put (upsert) new product review with user reference"""
        # TODO: Implement Access Pattern #12
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=product_review.model_dump())
        # return product_review
        pass

    def get_product_reviews_by_id_prefix(
        self,
        product_id: str,
        review_id_prefix: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[ProductReview], dict | None]:
        """Get product reviews by review_id prefix (Main Table Range Query)

        Args:
            product_id: Product id
            review_id_prefix: Review id prefix
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #23
        # Operation: Query | Index: Main Table | Range Condition: begins_with
        # Note: 'begins_with' requires 1 parameter for the range condition
        #
        # Main Table Query Example:
        # pk = ProductReview.build_pk_for_lookup(product_id)
        # Note: Item collection detected - multiple entities share PK "PRODUCT#{product_id}"
        # Use begins_with('REVIEW#') to filter for only ProductReview items
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').begins_with(review_id_prefix),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass


class OrderRepository(BaseRepository[Order]):
    """Repository for Order entity operations"""

    def __init__(self, table_name: str = 'OrderTable'):
        super().__init__(Order, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_order(self, order: Order) -> Order:
        """Create a new order"""
        return self.create(order)

    def get_order(self, order_id: str) -> Order | None:
        """Get a order by key"""
        pk = Order.build_pk_for_lookup(order_id)
        sk = Order.build_sk_for_lookup()
        return self.get(pk, sk)

    def update_order(self, order: Order) -> Order:
        """Update an existing order"""
        return self.update(order)

    def delete_order(self, order_id: str) -> bool:
        """Delete a order"""
        pk = Order.build_pk_for_lookup(order_id)
        sk = Order.build_sk_for_lookup()
        return self.delete(pk, sk)

    def put_order(self, order: Order, user: User) -> Order | None:
        """Put (upsert) new order with user reference"""
        # TODO: Implement Access Pattern #14
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=order.model_dump())
        # return order
        pass

    def update_order_status(
        self, order_id: str, status: str, tracking_number: str
    ) -> Order | None:
        """Update order status and tracking information"""
        # TODO: Implement Access Pattern #15
        # Operation: UpdateItem | Index: Main Table
        #
        # Main Table UpdateItem Example:
        # Key Building:
        # - PK is built from: order_id (template: ORDER#{order_id})
        # - SK is built from:  (template: DETAILS)
        # pk = Order.build_pk_for_lookup(order_id)
        # sk = Order.build_sk_for_lookup()
        #
        # Update field parameter(s): status, tracking_number
        #
        # current_item = self.get(pk, sk)
        # if not current_item:
        #     raise RuntimeError(f"{self.model_class.__name__} not found")
        # current_version = current_item.version
        # next_version = current_version + 1
        # response = self.table.update_item(
        #     Key={'pk': pk, 'sk': sk},
        #     UpdateExpression='SET #field = :val, version = :new_version',
        #     ConditionExpression='version = :current_version',
        #     ExpressionAttributeNames={'#field': 'field_to_update'},
        #     ExpressionAttributeValues={':val': <update_param>, ':current_version': current_version, ':new_version': next_version},
        #     ReturnValues='ALL_NEW'
        # )
        # return self.model_class(**response['Attributes'])
        pass


class OrderItemRepository(BaseRepository[OrderItem]):
    """Repository for OrderItem entity operations"""

    def __init__(self, table_name: str = 'OrderTable'):
        super().__init__(OrderItem, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_order_item(self, order_item: OrderItem) -> OrderItem:
        """Create a new order_item"""
        return self.create(order_item)

    def get_order_item(self, order_id: str, product_id: str) -> OrderItem | None:
        """Get a order_item by key"""
        pk = OrderItem.build_pk_for_lookup(order_id)
        sk = OrderItem.build_sk_for_lookup(product_id)
        return self.get(pk, sk)

    def update_order_item(self, order_item: OrderItem) -> OrderItem:
        """Update an existing order_item"""
        return self.update(order_item)

    def delete_order_item(self, order_id: str, product_id: str) -> bool:
        """Delete a order_item"""
        pk = OrderItem.build_pk_for_lookup(order_id)
        sk = OrderItem.build_sk_for_lookup(product_id)
        return self.delete(pk, sk)

    def get_order_items(
        self,
        order_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[OrderItem], dict | None]:
        """Get all items for an order

        Args:
            order_id: Order id
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #16
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = OrderItem.build_pk_for_lookup(order_id)
        # Note: Item collection detected - multiple entities share PK "ORDER#{order_id}"
        # Use begins_with('ITEM#') to filter for only OrderItem items
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').begins_with('ITEM#'),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def add_order_item(self, order_item: OrderItem, product: Product) -> OrderItem | None:
        """Add item to order with product reference"""
        # TODO: Implement Access Pattern #17
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=order_item.model_dump())
        # return order_item
        pass


class UserOrderHistoryRepository(BaseRepository[UserOrderHistory]):
    """Repository for UserOrderHistory entity operations"""

    def __init__(self, table_name: str = 'OrderTable'):
        super().__init__(UserOrderHistory, table_name, 'pk', 'sk')

    # Basic CRUD Operations (Generated)
    def create_user_order_history(self, user_order_history: UserOrderHistory) -> UserOrderHistory:
        """Create a new user_order_history"""
        return self.create(user_order_history)

    def get_user_order_history(
        self, user_id: str, order_date: str, order_id: str
    ) -> UserOrderHistory | None:
        """Get a user_order_history by key"""
        pk = UserOrderHistory.build_pk_for_lookup(user_id)
        sk = UserOrderHistory.build_sk_for_lookup(order_date, order_id)
        return self.get(pk, sk)

    def update_user_order_history(self, user_order_history: UserOrderHistory) -> UserOrderHistory:
        """Update an existing user_order_history"""
        return self.update(user_order_history)

    def delete_user_order_history(self, user_id: str, order_date: str, order_id: str) -> bool:
        """Delete a user_order_history"""
        pk = UserOrderHistory.build_pk_for_lookup(user_id)
        sk = UserOrderHistory.build_sk_for_lookup(order_date, order_id)
        return self.delete(pk, sk)

    def get_user_order_history_list(
        self,
        user_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[UserOrderHistory], dict | None]:
        """Get order history for a user (sorted by date)

        Args:
            user_id: User id
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #18
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = UserOrderHistory.build_pk_for_lookup(user_id)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').eq(sk),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def get_user_recent_orders(
        self,
        user_id: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[UserOrderHistory], dict | None]:
        """Get recent orders for a user with date range

        Args:
            user_id: User id
            start_date: Start date
            end_date: End date
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #19
        # Operation: Query | Index: Main Table
        #
        # Main Table Query Example:
        # pk = UserOrderHistory.build_pk_for_lookup(user_id)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').eq(sk),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def add_order_to_user_history(
        self, user_order: UserOrderHistory, user: User, order: Order
    ) -> UserOrderHistory | None:
        """Add order to user's order history with cross-table references"""
        # TODO: Implement Access Pattern #20
        # Operation: PutItem | Index: Main Table
        #
        # Main Table PutItem Example:
        # PutItem access pattern - unconditional upsert (no version checking)
        # Creates if not exists, overwrites if exists
        # self.table.put_item(Item=user_order_history.model_dump())
        # return user_order_history
        pass

    def get_user_orders_after_date(
        self,
        user_id: str,
        since_date: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[UserOrderHistory], dict | None]:
        """Get user orders after a specific date (Main Table Range Query)

        Args:
            user_id: User id
            since_date: Since date
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #21
        # Operation: Query | Index: Main Table | Range Condition: >=
        # Note: '>=' requires 1 parameter for the range condition
        #
        # Main Table Query Example:
        # pk = UserOrderHistory.build_pk_for_lookup(user_id)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').>=(since_date),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass

    def get_user_orders_in_date_range(
        self,
        user_id: str,
        start_date: str,
        end_date: str,
        limit: int = 100,
        exclusive_start_key: dict | None = None,
        skip_invalid_items: bool = True,
    ) -> tuple[list[UserOrderHistory], dict | None]:
        """Get user orders within date range (Main Table Range Query)

        Args:
            user_id: User id
            start_date: Start date
            end_date: End date
            limit: Maximum items per page (default: 100)
            exclusive_start_key: Continuation token from previous page
            skip_invalid_items: If True, skip items that fail deserialization and continue. If False, raise exception on validation errors.

        Returns:
            tuple: (items, last_evaluated_key)
        """
        # TODO: Implement Access Pattern #22
        # Operation: Query | Index: Main Table | Range Condition: between
        # Note: 'between' requires 2 parameters (min, max) for the range condition
        #
        # Main Table Query Example:
        # pk = UserOrderHistory.build_pk_for_lookup(user_id)
        # query_params = {
        #     'KeyConditionExpression': Key('pk').eq(pk) & Key('sk').between(start_date, end_date),
        #     'Limit': limit
        # }
        # if exclusive_start_key:
        #     query_params['ExclusiveStartKey'] = exclusive_start_key
        # response = self.table.query(**query_params)
        # return self._parse_query_response(response, skip_invalid_items)
        pass
