def typeof(variable):
"""
Get the type of a variable.
Used outside of Numba code, infers the type for the object.
"""
from numba.environment import NumbaEnvironment
context = NumbaEnvironment.get_environment().context
return context.typemapper.from_python(variable)
def typeof(variable):
"""
Get the type of a variable.
Used outside of Numba code, infers the type for the object.
"""
from numba.environment import NumbaEnvironment
context = NumbaEnvironment.get_environment().context
return context.typemapper.from_python(variable)
def test_typeset_matching():
context = NumbaEnvironment.get_environment().context
numeric = typeset.typeset([int_, longlong])
n = numeric(numeric, numeric)
f = numba.floating(numba.floating, numba.floating)
signatures = [n, f, object_(object_, object_)]
ts = typeset.typeset(signatures)
assert ts.find_match(context, [float_, float_]) == s(float_)
assert ts.find_match(context, [float_, double]) == s(double)
assert ts.find_match(context, [longdouble, float_]) == s(longdouble)
assert ts.find_match(context, [int_, int_]) == s(int_)
assert ts.find_match(context, [int_, longlong]) == s(longlong)
assert ts.find_match(context, [short, int_]) == s(int_)
assert ts.find_match(context, [short, ulonglong]) is None
def test_typeset_matching():
context = NumbaEnvironment.get_environment().context
numeric = typeset.typeset([int_, longlong])
n = numeric(numeric, numeric)
f = numba.floating(numba.floating, numba.floating)
signatures = [n, f, object_(object_, object_)]
ts = typeset.typeset(signatures)
assert ts.find_match(context, [float_, float_]) == s(float_)
assert ts.find_match(context, [float_, double]) == s(double)
assert ts.find_match(context, [longdouble, float_]) == s(longdouble)
assert ts.find_match(context, [int_, int_]) == s(int_)
assert ts.find_match(context, [int_, longlong]) == s(longlong)
assert ts.find_match(context, [short, int_]) == s(int_)
assert ts.find_match(context, [short, ulonglong]) is None
