input: 
  from typing import List
  
  def ModelOperations(name: str, operation: str, update_name: str = None) -> List[str]:
      """Perform CRUD operations on a SQLite database for a model named 'name'.
      Depending on the 'operation' parameter, it will either:
      - Create a new entry with the provided 'name'.
      - Read all entries from the database.
      - Update the entry with 'name' to 'update_name'.
      - Delete the entry with 'name'.
      The function returns a list of names from the database after the operation.
      >>> ModelOperations('Alice', 'create')
      ['Alice']
      >>> ModelOperations('Alice', 'read')
      ['Alice']
      >>> ModelOperations('Alice', 'update', 'Bob')
      ['Bob']
      >>> ModelOperations('Bob', 'delete')
      []
      """
      import sqlite3
  
      class Model:
          def __init__(self):
              self.conn = sqlite3.connect(":memory:")
              self.cursor = self.conn.cursor()
              self.cursor.execute("CREATE TABLE IF NOT EXISTS Models (name TEXT)")
              self.conn.commit()
  
          def create(self, name):
              self.cursor.execute("INSERT INTO Models(name) VALUES (?)", (name,))
              self.conn.commit()
  
          def read(self):
              self.cursor.execute("SELECT * FROM Models")
              return self.cursor.fetchall()
  
          def update(self, current_name, new_name):
              self.cursor.execute("UPDATE Models SET name = ? WHERE name = ?", (new_name, current_name,))
              self.conn.commit()
  
          def delete(self, name):
              self.cursor.execute("DELETE FROM Models WHERE name = ?", (name,))
              self.conn.commit()
  
      model = Model()
  
      if operation == 'create':
          model.create(name)
          return [n for (n,) in model.read()]
      elif operation == 'read':
          return [n for (n,) in model.read()]
      elif operation == 'update':
          model.update(name, update_name)
          return [n for (n,) in model.read()]
      elif operation == 'delete':
          model.delete(name)
          return [n for (n,) in model.read()]
  
output:     else:
          raise ValueError("Invalid operation")