async def math_execute(self):
t = False
for arg in self.args:
t = truthy(await self.evaluate(arg))
if not t:
return False
return t
async def execute(self):
lsargs, rsargs = self.eqsplit_args(self.args)
obj, attr_name, err = self.target_obj_attr(
await self.parser.evaluate(lsargs), default=self.executor)
if err:
self.executor.msg(Text(err))
actions = await self.get_attr(obj, attr_name=attr_name)
if not truthy(actions):
self.executor.msg(
f"{self.name} cannot use that attribute. Is it accessible, and an action list?"
)
number_args = [
await self.parser.evaluate(arg)
for arg in self.split_cmd_args(rsargs)
]
await self.entry.inline(actions,
nobreak="nobreak" in self.switches,
number_args=number_args)
async def math_execute(self):
for arg in self.args:
if truthy(await self.evaluate(arg)):
return True
return False
async def math_execute(self):
return any([truthy(await self.evaluate(arg)) for arg in self.args])
async def math_execute(self):
return truthy(await self.evaluate(self.args[0]))