input: def eliminate_redundancies(code: str) -> str:
      """ Modify an existing Python function to eliminate any redundancies.
      For example, if the function is:
          def just_me(name):
              print("Hi, my name is "+name+".")
              print("I am special and nothing else matters.")
              print("What about you?")
      The output should be:
          def just_me(name):
              print("Hi, my name is "+name+". I am special and nothing else matters.")
              print("What about you?")
      """
  
  def eliminate_redundancies(code: str) -> str:
      """ Modify an existing Python function to eliminate any redundancies.
      For example, if the function is:
          def just_me(name):
              print("Hi, my name is "+name+".")
              print("I am special and nothing else matters.")
              print("What about you?")
      The output should be:
          def just_me(name):
              print("Hi, my name is "+name+". I am special and nothing else matters.")
              print("What about you?")
      """
output:     
      import ast
      import astor
  
      class RedundancyEliminator(ast.NodeTransformer):
          def visit_Print(self, node):
              if isinstance(node.values[0], ast.BinOp) and isinstance(node.values[0].op, ast.Add):
                  if isinstance(node.values[0].left, ast.Str) and isinstance(node.values[0].right, ast.Str):
                      node.values[0].left.s += node.values[0].right.s
                      node.values[0].right = None
              return node
  
      tree = ast.parse(code)
      RedundancyEliminator().visit(tree)
      return astor.to_source(tree).strip()
  