class ProblemType(Enum):
SONG_ONLY = auto()
SONG_TAG = auto()
TAG_TITLE = auto()
TITLE_ONLY = auto()
ELSE = auto()
class RegNo(IntEnum):
R_none = -1
R_ax = 0
R_cx = auto() # 1
R_dx = auto() # 2
R_bx = auto() # 3
R_sp = auto() # 4
R_bp = auto() # 5
R_si = auto() # 6
R_di = auto() # 7
R_r8 = auto() # 8
R_r9 = auto() # 9
R_r10 = auto() # 10
R_r11 = auto() # 11
R_r12 = auto() # 12
R_r13 = auto() # 13
R_r14 = auto() # 14
R_r15 = auto() # 15
R_al = auto()
R_cl = auto()
R_dl = auto()
R_bl = auto()
R_ah = auto()
R_ch = auto()
R_dh = auto()
R_bh = auto()
R_spl = auto()
R_bpl = auto()
R_sil = auto()
R_dil = auto()
R_ip = auto()
R_es = auto() # 0
R_cs = auto() # 1
R_ss = auto() # 2
R_ds = auto() # 3
R_fs = auto()
R_gs = auto()
R_cf = auto() # main cc's
R_zf = auto()
R_sf = auto()
R_of = auto()
R_pf = auto() # additional cc's
R_af = auto()
R_tf = auto()
R_if = auto()
R_df = auto()
R_efl = auto() # eflags
# the following registers will be used in the disassembly
# starting from ida v5.7
R_st0 = auto() # floating point registers(not used in disassembly)
R_st1 = auto()
R_st2 = auto()
R_st3 = auto()
R_st4 = auto()
R_st5 = auto()
R_st6 = auto()
R_st7 = auto()
R_fpctrl = auto() # fpu control register
R_fpstat = auto() # fpu status register
R_fptags = auto() # fpu tags register
R_mm0 = auto() # mmx registers
R_mm1 = auto()
R_mm2 = auto()
R_mm3 = auto()
R_mm4 = auto()
R_mm5 = auto()
R_mm6 = auto()
R_mm7 = auto()
R_xmm0 = auto() # xmm registers
R_xmm1 = auto()
R_xmm2 = auto()
R_xmm3 = auto()
R_xmm4 = auto()
R_xmm5 = auto()
R_xmm6 = auto()
R_xmm7 = auto()
R_xmm8 = auto()
R_xmm9 = auto()
R_xmm10 = auto()
R_xmm11 = auto()
R_xmm12 = auto()
R_xmm13 = auto()
R_xmm14 = auto()
R_xmm15 = auto()
R_mxcsr = auto()
R_ymm0 = auto() # AVX 256 - bit registers
R_ymm1 = auto()
R_ymm2 = auto()
R_ymm3 = auto()
R_ymm4 = auto()
R_ymm5 = auto()
R_ymm6 = auto()
R_ymm7 = auto()
R_ymm8 = auto()
R_ymm9 = auto()
R_ymm10 = auto()
R_ymm11 = auto()
R_ymm12 = auto()
R_ymm13 = auto()
R_ymm14 = auto()
R_ymm15 = auto()
R_bnd0 = auto() # MPX registers
R_bnd1 = auto()
R_bnd2 = auto()
R_bnd3 = auto()
R_xmm16 = auto() # AVX - 512 extended XMM registers
R_xmm17 = auto()
R_xmm18 = auto()
R_xmm19 = auto()
R_xmm20 = auto()
R_xmm21 = auto()
R_xmm22 = auto()
R_xmm23 = auto()
R_xmm24 = auto()
R_xmm25 = auto()
R_xmm26 = auto()
R_xmm27 = auto()
R_xmm28 = auto()
R_xmm29 = auto()
R_xmm30 = auto()
R_xmm31 = auto()
R_ymm16 = auto() # AVX - 512 extended YMM registers
R_ymm17 = auto()
R_ymm18 = auto()
R_ymm19 = auto()
R_ymm20 = auto()
R_ymm21 = auto()
R_ymm22 = auto()
R_ymm23 = auto()
R_ymm24 = auto()
R_ymm25 = auto()
R_ymm26 = auto()
R_ymm27 = auto()
R_ymm28 = auto()
R_ymm29 = auto()
R_ymm30 = auto()
R_ymm31 = auto()
R_zmm0 = auto() # AVX - 512 ZMM registers
R_zmm1 = auto()
R_zmm2 = auto()
R_zmm3 = auto()
R_zmm4 = auto()
R_zmm5 = auto()
R_zmm6 = auto()
R_zmm7 = auto()
R_zmm8 = auto()
R_zmm9 = auto()
R_zmm10 = auto()
R_zmm11 = auto()
R_zmm12 = auto()
R_zmm13 = auto()
R_zmm14 = auto()
R_zmm15 = auto()
R_zmm16 = auto()
R_zmm17 = auto()
R_zmm18 = auto()
R_zmm19 = auto()
R_zmm20 = auto()
R_zmm21 = auto()
R_zmm22 = auto()
R_zmm23 = auto()
R_zmm24 = auto()
R_zmm25 = auto()
R_zmm26 = auto()
R_zmm27 = auto()
R_zmm28 = auto()
R_zmm29 = auto()
R_zmm30 = auto()
R_zmm31 = auto()
R_k0 = auto() # AVX - 512 opmask registers
R_k1 = auto()
R_k2 = auto()
R_k3 = auto()
R_k4 = auto()
R_k5 = auto()
R_k6 = auto()
R_k7 = auto()
R_last = auto()
class Priority(enum.Enum):
"""Enum which defines the possible priorities
of queue entries.
"""
HIGH = enum.auto()
LOW = enum.auto()
class RenderOrder(Enum):
STAIRS = auto()
CORPSE = auto()
ITEM = auto()
ACTOR = auto()
class BuildState(enum.Enum):
FINISHED = enum.auto()
ONGOING = enum.auto()
class ProtoEnumOpt(Enum):
INT = auto()
STR = auto()
class Thing(Enum):
FARMER = auto()
GOOSE = auto()
GRAIN = auto()
FOX = auto()
class DataMode(Enum):
DEFAULT = auto()
S3 = auto()
class Rotation(Enum):
FULL = auto()
STRETCH = auto()
class CheckpointImpl(Enum):
REENTRANT = auto()
NO_REENTRANT = auto()
class Display(Flag):
CLEAN = 0
FAILED = auto()
class _DefaultValue(enum.Enum):
INVALID = enum.auto()
class tags(IntEnum):
"""Avoids magic constants."""
start = auto()
stop = auto()
default = auto()
failed = auto()
class ChannelMode(enum.Enum):
FULL_READ_WRITE = enum.auto() # everything is allowed
WHITELISTED_READ_WRITE = enum.auto() # only some commands and non-command sends will be allowed
EXISTS = enum.auto() # bot knows channel exists, no interaction inside of the channel is allowed
PARENT = enum.auto() # means that the channel can't have messages sent to it directly but you need to pick a child
class FieldAttribute(enum.Enum):
OPTIONAL = enum.auto()
NULLABLE = enum.auto()
class GameState(Enum):
"""States of the game"""
RUNNING = auto()
OVER = auto()
PAUSED = auto()
NOT_STARTED = auto()
class MetadataOpt(Enum):
POSTFIX = auto()
TYPED = auto()
class Action(Enum):
NORTH = auto()
SOUTH = auto()
EAST = auto()
WEST = auto()
class FilterOpt(Enum):
ALL = auto()
LOGGED = auto()
class AttributeTag(enum.Enum):
READABLE = enum.auto()
WRITABLE = enum.auto()
GLOBAL = enum.auto()
NOSUBSCRIBE = enum.auto()
class MouseButton(Enum):
primary = auto()
secondary = auto()
middle = auto()
class EventPriority(enum.Enum):
DEBUG = enum.auto()
INFO = enum.auto()
CRITICAL = enum.auto()
class Field(Enum):
"""Enumeration, represent a non null field in a battle."""
ELECTRIC_TERRAIN = auto()
GRASSY_TERRAIN = auto()
GRAVITY = auto()
HEAL_BLOCK = auto()
MAGIC_ROOM = auto()
MISTY_TERRAIN = auto()
MUD_SPORT = auto()
MUD_SPOT = auto()
PSYCHIC_TERRAIN = auto()
TRICK_ROOM = auto()
WATER_SPORT = auto()
WONDER_ROOM = auto()
def __str__(self) -> str:
return f"{self.name} (field) object"
@staticmethod
def from_showdown_message(message: str) -> "Field":
"""Returns the Field object corresponding to the message.
:param message: The message to convert.
:type message: str
:return: The corresponding Field object.
:rtype: Field
"""
message = message.replace("move: ", "")
message = message.replace(" ", "_")
return Field[message.upper()]
class ClusterSide(enum.Enum):
CLIENT = enum.auto()
SERVER = enum.auto()
class LoadType(enum.Enum):
# One time load. All workflows are submitted almost at the same time.
ONE_TIME = enum.auto()
# Evenly spread load. N workflows are submitted every k seconds.
EVEN = enum.auto()
class StructTag(enum.Enum):
REQUEST = enum.auto()
RESPONSE = enum.auto()
class ShipyardAction(Enum):
SPAWN = auto()
def __str__(self) -> str:
return self.name
class EndpointContentType(enum.Enum):
SERVER_CLUSTER = enum.auto()
CLIENT_BINDING = enum.auto()
class TimingOption(Flag):
GLOBAL = auto()
PER_CHART = auto()
BPM_CHANGES = auto()
class AvailableDrink(Enum): # violates OCP
COFFEE = auto()
TEA = auto()
