old_contents: import unittest
  from lambdazen import zen
  
  class GivenAZenDecorator(unittest.TestCase):
      def test_It_creates_functions_from_alternate_lambda_syntax(self):
  
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x) > x + 1
  
          def emptyFunction():
              pass
  
          self.assertTrue(type(lambdaContainer.func) == type(emptyFunction))
          self.assertTrue(lambdaContainer.func(1) == 2)
          self.assertTrue(lambdaContainer.func(2) == 3)
          self.assertTrue(lambdaContainer.func(3) == 4)
  
      def test_It_creates_functions_with_multiple_arguments(self):
          
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x,y,z) > x + y + z
  
          self.assertTrue(lambdaContainer.func(1,3,5) == 9)
  
      def test_It_creates_functions_with_no_arguments(self):
          @zen
          def lambdaContainer():
              lambdaContainer.func = () > "hello"
  
          self.assertTrue(lambdaContainer.func() == "hello")
  
      def test_It_creates_functions_that_call_other_functions(self):
          def otherfunc(*args):
              return sum(args)
  
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x, y, z) > otherfunc(x,y,z)
  
          self.assertTrue(lambdaContainer.func(1,5,7) == 13)
  
      def test_It_creates_functions_that_call_other_functions_when_nested_in_another_function(self):
  
          def outer():
              def otherfunc(*args):
                  return sum(args)
  
              @zen
              def lambdaContainer():
                  lambdaContainer.func = (x, y, z) > otherfunc(x,y,z)
  
              self.assertTrue(lambdaContainer.func(1,5,7) == 13)
  
          outer()
new_contents: import unittest
  from lambdazen import zen
  
  class GivenAZenDecorator(unittest.TestCase):
      def test_It_creates_functions_from_alternate_lambda_syntax(self):
  
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x) > x + 1
  
          def emptyFunction():
              pass
  
          self.assertTrue(type(lambdaContainer.func) == type(emptyFunction))
          self.assertTrue(lambdaContainer.func(1) == 2)
          self.assertTrue(lambdaContainer.func(2) == 3)
          self.assertTrue(lambdaContainer.func(3) == 4)
  
      def test_It_creates_functions_with_multiple_arguments(self):
          
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x,y,z) > x + y + z
  
          self.assertTrue(lambdaContainer.func(1,3,5) == 9)
  
      def test_It_creates_functions_with_no_arguments(self):
          @zen
          def lambdaContainer():
              lambdaContainer.func = () > "hello"
  
          self.assertTrue(lambdaContainer.func() == "hello")
  
      def test_It_creates_functions_that_call_other_functions(self):
          def otherfunc(*args):
              return sum(args)
  
          @zen
          def lambdaContainer():
              lambdaContainer.func = (x, y, z) > otherfunc(x,y,z)
  
          self.assertTrue(lambdaContainer.func(1,5,7) == 13)
  
      def test_It_creates_functions_that_call_other_functions_when_nested_in_another_function(self):
  
          def outer():
              def otherfunc(*args):
                  return sum(args)
  
              @zen
              def lambdaContainer():
                  lambdaContainer.func = (x, y, z) > otherfunc(x,y,z)
  
              self.assertTrue(lambdaContainer.func(1,5,7) == 13)
  
          outer()
  
      def test_It_creates_multiple_functions(self):
          @zen
          def lambdaContainer():
              lambdaContainer.func = () > "hello"
              lambdaContainer.func2 = (x) > x + 1
              lambdaContainer.func3 = (x) > x * 2
  
          self.assertTrue(lambdaContainer.func() == "hello")
          self.assertTrue(lambdaContainer.func2(1) == 2)
          self.assertTrue(lambdaContainer.func3(5) == 10)
subject: add test for multiple lambdas in one container