lib/99_game.rb in 99_game-3.2.2 vs lib/99_game.rb in 99_game-4.0.0.pre

@@ -1,58 +1,58 @@
-autoload :CardDeck, "card_deck"
-autoload :Card, "card"
-autoload :Hand, "hand"
-=begin
-@param card [CardDeck::Card]
-@param actual_value [Integer]
-@return [Integer]
-@note Used by the CPU to determine which card to play. Parameter card needs to be an instance of Card.
-=end
-	def card_test(card, actual_value)
-		test_value = case card.num
-			when "King" then 99
-        		when "Joker" then 0
-        	else
-			actual_value + card.value
-	    	end
-	    	test_value = -1 if test_value > 99
-		test_value
-    	end
-# Tests if obj is not nil.
-	def not_nil?(obj)
-		!obj.nil?
-	end
-# Converts input to an integer if String#capitalize does something. If parameter input is an abbreviation, _input_ is converted to what it stands for. Otherwise, it simply returns a capitalized version of _input_. If _input_ is nil or an emtpy string, raises a CardError
-# Expected errors
-class CardError < Exception; end
-=begin
-Combines sleep and a newline
-@param p [Integer] amount of time to sleep
-@return [void]
-=end
-def pause(p)
-    	sleep p
-    	puts
-end
-=begin
-@param input [String]
-@return [String, Integer]
-If parameter input is an abbreviation, input is converted to what it stands for.
-Otherwise, it simply returns a capitalized version of input.
-@raise [CardError] if input is nil or an emtpy string
-=end
-def converter(input)
-	abbrev = {"$" => "Joker", "K" => "King", "J" => "Jack", "Q" => "Queen", "A" => "Ace"}
-	raise(CardError, "Input cannot be blank") if input == String.new
-	if input.to_i.zero?
-		case input.capitalize
-			when ?$, "Joker" then "Joker"
-			when ?K, "King" then "King"
-			when ?J, "Jack" then "Jack"
-			when ?Q, "Queen" then "Queen"
-			when ?A, "Ace" then "Ace"
-		end
-	else
-		input.to_i
-	end
-end
-
+autoload :CardDeck, "card_deck"
+autoload :Card, "card"
+autoload :Hand, "hand"
+=begin
+@param card [CardDeck::Card]
+@param actual_value [Integer]
+@return [Integer]
+@note Used by the CPU to determine which card to play. Parameter card needs to be an instance of Card.
+=end
+	def card_test(card, actual_value)
+		test_value = case card.num
+			when "King" then 99
+        		when "Joker" then 0
+        	else
+			actual_value + card.value
+	    	end
+	    	test_value = -1 if test_value > 99
+		test_value
+    	end
+# Tests if obj is not nil.
+	def not_nil?(obj)
+		!obj.nil?
+	end
+# Converts input to an integer if String#capitalize does something. If parameter input is an abbreviation, _input_ is converted to what it stands for. Otherwise, it simply returns a capitalized version of _input_. If _input_ is nil or an emtpy string, raises a CardError
+# Expected errors
+class CardError < Exception; end
+=begin
+Combines sleep and a newline
+@param p [Integer] amount of time to sleep
+@return [void]
+=end
+def pause(p)
+    	sleep p
+    	puts
+end
+=begin
+@param input [String]
+@return [String, Integer]
+If parameter input is an abbreviation, input is converted to what it stands for.
+Otherwise, it simply returns a capitalized version of input.
+@raise [CardError] if input is nil or an emtpy string
+=end
+def converter(input)
+	abbrev = {"$" => "Joker", "K" => "King", "J" => "Jack", "Q" => "Queen", "A" => "Ace"}
+	raise(CardError, "Input cannot be blank") if input == String.new
+	if input.to_i.zero?
+		case input.capitalize
+			when ?$, "Joker" then "Joker"
+			when ?K, "King" then "King"
+			when ?J, "Jack" then "Jack"
+			when ?Q, "Queen" then "Queen"
+			when ?A, "Ace" then "Ace"
+		end
+	else
+		input.to_i
+	end
+end
+