Testing code

Python/3sum-closest.py

@@ -26,4 +26,4 @@ def threeSumClosest(self, nums, target):
                     min_diff = abs(total-target)
                     result = total
         return result
-
+˝

Python/word_guess.py

@@ -0,0 +1,59 @@
+import random
+
+class WordGuess:
+    # choices = all possible target words for the guessing game
+	choices = ["able", "belt", "bolt", "cast", "cash", "knot", "note", "near", "over", "salt", "wind"]
+	choices_set = set()
+	target = ""
+	wrong_msg = "Wrong guess! Try again:"
+	correct_msg = "You got it! Amazing!"
+	game_over = "You're out of turns, game over!"
+	new_game_msg = "Welcome to Word Guess! You have 5 turns to guess the word. Please enter your first guess:"
+	not_choice_msg = "The word you guesssed is not a possible answer."
+	max_turns = 5
+	curr_turn = 0
+	is_over = False
+	chars_in_tgt = [0] * 26
+
+	def __init__(self):
+		print(self.new_game_msg)
+		self.choices_set = set(self.choices)
+
+	def choose_target(self):
+		self.target = random.choice(self.choices)
+		for c in self.target:
+			self.chars_in_tgt[ord(c) - ord('a')] += 1
+
+	def guess(self, guess: str):
+		if guess not in self.choices_set or guess == "":
+			print(self.not_choice_msg)
+			print(f"Guesses left {self.max_turns - self.curr_turn}")
+			return
+		is_correct = guess == self.target
+		if is_correct:
+			print(self.correct_msg)
+			self.is_over = True
+			return
+		else:
+			print(self.wrong_msg)
+		for i in range(len(guess)):
+			c = guess[i]
+			to_print = "-"
+			if self.chars_in_tgt[ord(c) - ord('a')] and c != self.target[i]:
+				to_print = "0"
+			elif c == self.target[i]:
+				to_print = "1"
+			print(to_print, end="")
+		print("")
+		self.curr_turn += 1
+		print(f"Guesses left {self.max_turns - self.curr_turn}")
+		if self.curr_turn == self.max_turns:
+			print(self.game_over)
+			self.is_over = True
+
+wg = WordGuess()
+wg.choose_target()
+print(wg.target)
+while not wg.is_over:
+	a=input()
+	wg.guess(a)