input: Write a function to eliminate any redundancies in the given Python function by combining multiple print statements into a single statement. The function should take in a code snippet as input and return the modified code.
  
  assert eliminate_redundancies("def just_me(name):\n    print('Hi, my name is '+name+'.')\n    print('I am special and nothing else matters.')\n    print('What about you?')") == "def just_me(name):\n    print('Hi, my name is '+name+'. I am special and nothing else matters.')\n    print('What about you?')"
  
  assert eliminate_redundancies("print('Hello')\nprint('World')") == "print('Hello World')"
  
  assert eliminate_redundancies("def greet(x):\n    print('Greetings, '+x+'.')\n    print('Welcome!')") == "def greet(x):\n    print('Greetings, '+x+'. Welcome!')"
  
  assert eliminate_redundancies("") == ""
output: def eliminate_redundancies(code):
      import re
      lines = code.split('\n')
      new_lines = []
      i = 0
      while i < len(lines):
          if re.match(r'\s*print\(', lines[i]):
              combined_print = lines[i]
              while i + 1 < len(lines) and re.match(r'\s*print\(', lines[i + 1]):
                  combined_print = combined_print.rstrip(')') + ' ' + lines[i + 1].lstrip('print(').lstrip()
                  i += 1
              new_lines.append(combined_print)
          else:
              new_lines.append(lines[i])
          i += 1
      return '\n'.join(new_lines)