lint.rb in cheap_ams-0.10.6

- old
+ new

@@ -13,19 +13,18 @@
   # These tests do not attempt to determine the semantic correctness of the
   # returned values. For instance, you could implement <tt>serializable_hash</tt> to
   # always return +{}+, and the tests would pass. It is up to you to ensure
   # that the values are semantically meaningful.
   module Tests
-
     # Passes if the object responds to <tt>serializable_hash</tt> and if it takes
     # zero or one arguments.
     # Fails otherwise.
     #
     # <tt>serializable_hash</tt> returns a hash representation of a object's attributes.
     # Typically, it is implemented by including ActiveModel::Serialization.
     def test_serializable_hash
-      assert_respond_to resource, :serializable_hash, "The resource should respond to serializable_hash"
+      assert_respond_to resource, :serializable_hash, 'The resource should respond to serializable_hash'
       resource.serializable_hash
       resource.serializable_hash(nil)
     end
 
     # Passes if the object responds to <tt>read_attribute_for_serialization</tt>
@@ -33,11 +32,11 @@
     # Fails otherwise.
     #
     # <tt>read_attribute_for_serialization</tt> gets the attribute value for serialization
     # Typically, it is implemented by including ActiveModel::Serialization.
     def test_read_attribute_for_serialization
-      assert_respond_to resource, :read_attribute_for_serialization, "The resource should respond to read_attribute_for_serialization"
+      assert_respond_to resource, :read_attribute_for_serialization, 'The resource should respond to read_attribute_for_serialization'
       actual_arity = resource.method(:read_attribute_for_serialization).arity
       if defined?(::Rubinius)
         #  1 for def read_attribute_for_serialization(name); end
         # -2 for alias :read_attribute_for_serialization :send for rbx because :shrug:
         assert_includes [1, -2], actual_arity, "expected #{actual_arity.inspect} to be 1 or -2"
@@ -124,8 +123,7 @@
     end
 
     def assert_instance_of(result, name)
       assert result.instance_of?(name), "#{result} should be an instance of #{name}"
     end
-
   end
 end