old_contents: #!/usr/bin/env python
  from nodes import Node
  
  class Divide(Node):
      """
      Takes two items from the stack and divides them
      """
      char = "/"
      args = 2
      results = 1
      
      
      @Node.test_func([4,2], [2])
      @Node.test_func([2,4], [0.5])
      def func(self, a: Node.number, b: Node.number):
          """a/b. floating point division.
  For integer division, see `f`"""
          return a/b
      
      @Node.test_func(["test", "t"], [2])
      @Node.test_func([(3,1,2,1,3), 3], [2])
      def count(self, a: Node.indexable, b):
          """a.count(b)"""
          return a.count(b)
  
      @Node.test_func([[4, 4, 2, 2, 9, 9], [1, 2, 3]], [[[4], [4, 2], [2, 9, 9]]])
      def split_length(self, inp: Node.sequence, lengths: Node.sequence):
          """Split inp into sections length lengths"""
          rtn = [[]]
          cur_length = 0
          for i in inp:
              if cur_length != len(lengths) and len(rtn[-1]) == lengths[cur_length]:
                  cur_length += 1
                  rtn.append([])
              rtn[-1].append(i)
          return [rtn]
new_contents: #!/usr/bin/env python
  from nodes import Node
  
  class Divide(Node):
      """
      Takes two items from the stack and divides them
      """
      char = "/"
      args = 2
      results = 1
      
      
      @Node.test_func([4,2], [2])
      @Node.test_func([2,4], [0.5])
      def func(self, a: Node.number, b: Node.number):
          """a/b. floating point division.
  For integer division, see `f`"""
          return a/b
      
      @Node.test_func(["test", "t"], [2])
      @Node.test_func([(3,1,2,1,3), 3], [2])
      def count(self, a: Node.indexable, b):
          """a.count(b)"""
          return a.count(b)
  
      @Node.test_func([[4, 4, 2, 2, 9, 9], [1, 2, 3]], [[[4], [4, 2], [2, 9, 9]]])
      def split_length(self, inp: Node.indexable, lengths: Node.sequence):
          """Split inp into sections length lengths"""
          rtn = [[]]
          cur_length = 0
          for i in inp:
              if cur_length != len(lengths) and len(rtn[-1]) == lengths[cur_length]:
                  cur_length += 1
                  rtn.append([])
              rtn[-1].append(i)
          return [rtn]
subject: Fix divide