def is_aggregate(self) -> Optional[bool]:
"""
This is a shortcut that assumes if a function has a single argument and that argument is aggregated, then this
function is also aggregated. A more sophisticated approach is needed, however it is unclear how that might work.
:returns:
True if the function accepts one argument and that argument is aggregate.
"""
return resolve_is_aggregate([arg.is_aggregate for arg in self.args])
def is_aggregate(self):
# True if all cases are True or None. None all cases are None. Otherwise, False
return resolve_is_aggregate(
[term.is_aggregate for _, term in self._cases] +
[self._else.is_aggregate if self._else else None])
def is_aggregate(self):
# True if both left and right terms are True or None. None if both terms are None. Otherwise, False
return resolve_is_aggregate(
[self.left.is_aggregate, self.right.is_aggregate])
def is_aggregate(self):
return resolve_is_aggregate(
[term.is_aggregate for term in [self.left, self.right]])
def is_aggregate(self) -> Optional[bool]:
# True if all criterions/cases are True or None. None all cases are None. Otherwise, False
return resolve_is_aggregate(
[criterion.is_aggregate or term.is_aggregate for criterion, term in self._cases]
+ [self._else.is_aggregate if self._else else None]
)
def is_aggregate(self) -> Optional[bool]:
return resolve_is_aggregate(
[term.is_aggregate for term in [self.left, self.right]]
)
def is_aggregate(self):
# True if all cases are True or None. None all cases are None. Otherwise, False
return resolve_is_aggregate([term.is_aggregate for _, term in self._cases]
+ [self._else.is_aggregate if self._else else None])
def is_aggregate(self):
# True if both left and right terms are True or None. None if both terms are None. Otherwise, False
return resolve_is_aggregate([self.left.is_aggregate, self.right.is_aggregate])
def is_aggregate(self) -> bool:
return resolve_is_aggregate([val.is_aggregate for val in self.values])
def is_aggregate(self):
return resolve_is_aggregate([term.is_aggregate for term in [self.left, self.right]])