def op_first(x, y):
try:
method = getattr(y, rmethod)
except AttributeError:
raise_no_methods(op, args=(x, y))
else:
return method(x)
def op_first(x, y):
try:
method = getattr(y, rmethod)
except AttributeError:
raise_no_methods(op, args=(x, y))
else:
return method(x)
def op(x, y):
out = getattr(x, method, lambda y: NotImplemented)(y)
if out is NotImplemented:
try:
return getattr(y, rmethod)(x)
except AttributeError:
raise_unordered(op, args=(x, y))
raise_no_methods(op, args=(x, y))
def op(x, y):
out = getattr(x, method, not_implemented)(y)
if out is NotImplemented:
try:
return getattr(y, rmethod)(x)
except AttributeError:
raise_no_methods(op, args=(x, y))
return out
def op(x, y):
out = getattr(x, method, lambda y: NotImplemented)(y)
if out is NotImplemented:
try:
return getattr(y, rmethod)(x)
except AttributeError:
raise_unordered(op, args=(x, y))
raise_no_methods(op, args=(x, y))
def op(x, y):
out = getattr(x, method, not_implemented)(y)
if out is NotImplemented:
try:
return getattr(y, rmethod)(x)
except AttributeError:
raise_no_methods(op, args=(x, y))
return out
def op_second(x, y):
out = getattr(x, method, not_implemented)(y)
if out is NotImplemented:
raise_no_methods(op, args=(x, y))
return out
def op_second(x, y):
out = getattr(x, method, not_implemented)(y)
if out is NotImplemented:
raise_no_methods(op, args=(x, y))
return out
