Compact again, we need the storage space!
Greeting=lambda n,rank="",formal=0:f"He{['y','llo'][formal]}, {['',f'{rank} '][bool(rank and formal)]}{n}{chr(33+13*formal)}"def Greeting(name, rank=None, formal=False):greeting_style = "Hello" if formal else "Hey"rank_part = f"{rank} " if rank and formal else ""punctuation = '.' if formal else '!'return f"{greeting_style}, {rank_part}{name}{punctuation}"- Greeting=lambda n,rank="",formal=0:f"He{['y','llo'][formal]}, {['',f'{rank} '][bool(rank and formal)]}{n}{chr(33+13*formal)}"
Compact, can't be taking up too much storage space!
class Greeting: def __init__(self, name, rank=None, formal=False): self.name = name self.rank = rank self.formal = formal def __call__(self): return f'He{["y","llo"][self.formal]}, {[str(self.rank)+" ",""][self.rank is None or not self.formal]}{self.name}{chr(33+self.formal*13)}'- class Greeting:
- def __init__(self, name, rank=None, formal=False):
- self.name = name
- self.rank = rank
- self.formal = formal
- def __call__(self):
if self.formal: return f'Hello,{" " + self.rank if self.rank is not None else ""} {self.name}.'else: return f'Hey, {self.name}!'- return f'He{["y","llo"][self.formal]}, {[str(self.rank)+" ",""][self.rank is None or not self.formal]}{self.name}{chr(33+self.formal*13)}'