finished revisions for project 2

Project 2/Card.py

@@ -1,3 +1,11 @@
+######################################
+# DCS 229 -- Project 2
+# This is the Card.py file, which defines the Card class used in the Solitaire game. The Card class represents a playing card with a suit and value, and includes methods to retrieve the suit and value, as well as a string representation of the card.
+# Date: 04/01/2026
+# Name: Benjamin Adovasio
+# Resources Used: Fran 
+##########################################
+
 class Card:
     """
     Represents a playing card with a suit and value.

Project 2/Deck.py

@@ -1,3 +1,11 @@
+######################################
+# DCS 229 -- Project 2
+# This is the Deck.py file, which defines the Deck class used in the Solitaire game. The Deck class represents a standard 52-card deck, and includes methods to shuffle the deck, deal cards, and check the number of remaining cards.
+# Date: 04/01/2026
+# Name: Benjamin Adovasio
+# Resources Used: Fran 
+##########################################
+
 import random
 from Card import Card
 """

Project 2/Solitaire.py

@@ -1,19 +1,28 @@
-from Deck import Deck
-"""
-Defines the Solitaire game logic. Contains methods to play the game by dealing cards, removing cards based on game rules, and checking for a win condition.
+######################################
+# DCS 229 -- Project 2
+# Defines the Solitaire game logic. Contains methods to play the game by dealing cards, removing cards based on game rules, and checking for a win condition.
+# Name: Benjamin Adovasio
+# Resources Used: Fran 
+##########################################
+
+from Deck import Deck
 
-Important Note: The prints in this file only run when this file is ececuted directly. This file should not be executed directly normally.
-"""
 
 class Solitaire:
     def __init__(self):
         self.deck = Deck()
         self.face_up = [] #List to hold face-up cards.
 
+    '''
+    deals cards until there are four face-up cards or the deck is empty.
+    '''
     def deal_until_four(self):
         while len(self.face_up) < 4 and self.deck.number_of_cards() > 0:
             self.face_up.append(self.deck.deal()) #Deals cards until there are four face-up cards.
 
+    '''
+    removes the last four cards if they are all the same suit. Returns True if cards were removed, False otherwise.
+    '''
     def remove_four_same_suit(self) -> bool:
         if len(self.face_up) < 4:
             return False #Not enough cards to remove four of the same suit.
@@ -27,6 +36,9 @@ class Solitaire:
         
         return False
     
+    '''
+    removes the inner two cards if the first and last card of the last four cards are the same suit. Returns True if cards were removed, False otherwise.
+    '''
     def remove_inner_two(self) -> bool:
         if len(self.face_up) < 4:
             return False #Not enough cards to remove inner two cards.
@@ -38,6 +50,9 @@ class Solitaire:
 
         return False
 
+    '''
+    Attempts to remove cards based on game rules.
+    '''
     def remove_all_possible(self):
         removed = True
         while removed and len(self.face_up) >= 4:
@@ -45,6 +60,9 @@ class Solitaire:
             if not removed:
                 removed = self.remove_inner_two() # Attempts to remove cards based on game rules.
 
+    '''
+    plays the game by shuffling the deck, dealing cards, removing cards based on game rules, and checking for a win condition.
+    '''
     def playGame(self) -> bool:
         self.deck.shuffle()
         self.face_up = []

Project 2/main.py

@@ -1,6 +1,11 @@
-"""
-This is the main file that should be called to run the simulation.
-"""
+######################################
+# DCS 229 -- Unfair Solitaire 
+# This is the main.py file, which contains the main function to run the simulation.
+# Date: 04/01/2026
+# Name: Benjamin Adovasio
+# Resources Used: Fran 
+##########################################
+
 from Solitaire import Solitaire
 
 

Project 2/utilities.py

@@ -1,24 +1,37 @@
-"""
-Reo
-"""
+######################################
+# DCS 229 -- Project 2
+# This is the utilities.py file, which contains utility functions for the Solitaire game.
+# Date: 04/01/2026
+# Name: Benjamin Adovasio
+# Resources Used: Fran 
+##########################################
+
 from __future__ import annotations
 from Card import Card
 
-def sum_cards_iter(cards: list[Card]) -> int:
+'''
+Added for project 2: Created a function to sum a list of Card objects using iteration.
+'''
+def sum_cards_iter(cards: list[Card]) -> int: #start total at 0
     total = 0 #start total at 0
     for card in cards:
-        total = total + card 
+        total = total + card #Adds the value of each card to the total using iteration.
     return total
-#Added for project 2: Created a function to sum a list of Card objects using iteration.
 
-def sum_cards_recursive(cards: list[Card]) -> int:
+'''
+Added for project 2: Created a function to sum a list of Card objects using recursion.
+'''
+def sum_cards_recursive(cards: list[Card]) -> int: #start total at 0
     if cards == []:
         #Base case
-        return 0
-    return cards[0] + sum_cards_recursive(cards[1:])
+        return 0 #If the list of cards is empty, return 0.
+    return cards[0] + sum_cards_recursive(cards[1:]) #Adds the value of the first card to the sum of the remaining cards using recursion.
     #Recursive case
-#Added for project 2: Created a function to sum a list of Card objects using recursion.
 
+
+'''
+Added for project 2: Example tests given
+'''
 def test_sum_cards():
     cards = [
         Card("diamond", 5),
@@ -28,4 +41,3 @@ def test_sum_cards():
     ]
     assert sum_cards_iter(cards) == 21
     assert sum_cards_recursive(cards) == 21
-#Added for project 2: Example tests given