enums
1import enum 2 3 4class EnumDemo(enum.Enum): 5 """ 6 This is an example of an Enum. 7 8 As usual, you can link to individual properties: `GREEN`. 9 """ 10 11 RED = 1 12 """I am the red.""" 13 GREEN = 2 14 """I am green.""" 15 BLUE = enum.auto() 16 17 18class EnumWithoutDocstrings(enum.Enum): 19 FOO = enum.auto() 20 BAR = enum.auto() 21 22 23class IntEnum(enum.IntEnum): 24 FOO = enum.auto() 25 BAR = enum.auto() 26 27 28class StrEnum(enum.StrEnum): 29 FOO = enum.auto() 30 BAR = enum.auto() 31 32 def isprintable(self) -> bool: 33 """This method has different docstrings depending on the Python version, so we override here for testing purposes.""" 34 raise NotImplementedError
class
EnumDemo(enum.Enum):
5class EnumDemo(enum.Enum): 6 """ 7 This is an example of an Enum. 8 9 As usual, you can link to individual properties: `GREEN`. 10 """ 11 12 RED = 1 13 """I am the red.""" 14 GREEN = 2 15 """I am green.""" 16 BLUE = enum.auto()
This is an example of an Enum.
As usual, you can link to individual properties: GREEN.
BLUE =
<EnumDemo.BLUE: 3>
class
EnumWithoutDocstrings(enum.Enum):
FOO =
<EnumWithoutDocstrings.FOO: 1>
BAR =
<EnumWithoutDocstrings.BAR: 2>
class
IntEnum(enum.IntEnum):
FOO =
<IntEnum.FOO: 1>
BAR =
<IntEnum.BAR: 2>
class
StrEnum(enum.StrEnum):
29class StrEnum(enum.StrEnum): 30 FOO = enum.auto() 31 BAR = enum.auto() 32 33 def isprintable(self) -> bool: 34 """This method has different docstrings depending on the Python version, so we override here for testing purposes.""" 35 raise NotImplementedError
FOO =
<StrEnum.FOO: 'foo'>
BAR =
<StrEnum.BAR: 'bar'>
def
isprintable(self) -> bool:
33 def isprintable(self) -> bool: 34 """This method has different docstrings depending on the Python version, so we override here for testing purposes.""" 35 raise NotImplementedError
This method has different docstrings depending on the Python version, so we override here for testing purposes.