def test_fixedbytes_type(self):
d = ndt.make_fixedbytes(4, 4)
self.assertEqual(str(d), 'bytes[4, align=4]')
self.assertEqual(d.data_size, 4)
self.assertEqual(d.data_alignment, 4)
d = ndt.make_fixedbytes(9, 1)
self.assertEqual(str(d), 'bytes[9]')
self.assertEqual(d.data_size, 9)
self.assertEqual(d.data_alignment, 1)
# Alignment must not be greater than data_size
self.assertRaises(RuntimeError, ndt.make_fixedbytes, 1, 2)
# Alignment must be a power of 2
self.assertRaises(RuntimeError, ndt.make_fixedbytes, 6, 3)
# Alignment must divide into the data_size
self.assertRaises(RuntimeError, ndt.make_fixedbytes, 6, 4)
def test_type_id(self):
# Numeric type id
self.assertEqual(self.type_id_of(ndt.bool),
_lowlevel.type_id.BOOL)
self.assertEqual(self.type_id_of(ndt.int8),
_lowlevel.type_id.INT8)
self.assertEqual(self.type_id_of(ndt.int16),
_lowlevel.type_id.INT16)
self.assertEqual(self.type_id_of(ndt.int32),
_lowlevel.type_id.INT32)
self.assertEqual(self.type_id_of(ndt.int64),
_lowlevel.type_id.INT64)
self.assertEqual(self.type_id_of(ndt.uint8),
_lowlevel.type_id.UINT8)
self.assertEqual(self.type_id_of(ndt.uint16),
_lowlevel.type_id.UINT16)
self.assertEqual(self.type_id_of(ndt.uint32),
_lowlevel.type_id.UINT32)
self.assertEqual(self.type_id_of(ndt.uint64),
_lowlevel.type_id.UINT64)
self.assertEqual(self.type_id_of(ndt.float32),
_lowlevel.type_id.FLOAT32)
self.assertEqual(self.type_id_of(ndt.float64),
_lowlevel.type_id.FLOAT64)
self.assertEqual(self.type_id_of(ndt.complex_float32),
_lowlevel.type_id.COMPLEX_FLOAT32)
self.assertEqual(self.type_id_of(ndt.complex_float64),
_lowlevel.type_id.COMPLEX_FLOAT64)
# String/bytes
self.assertEqual(self.type_id_of(ndt.string),
_lowlevel.type_id.STRING)
self.assertEqual(self.type_id_of(ndt.make_fixedstring(16)),
_lowlevel.type_id.FIXEDSTRING)
self.assertEqual(self.type_id_of(ndt.bytes),
_lowlevel.type_id.BYTES)
self.assertEqual(self.type_id_of(ndt.make_fixedbytes(16)),
_lowlevel.type_id.FIXEDBYTES)
self.assertEqual(self.type_id_of(ndt.json),
_lowlevel.type_id.JSON)
# Date
self.assertEqual(self.type_id_of(ndt.date),
_lowlevel.type_id.DATE)
# Property
self.assertEqual(self.type_id_of(nd.type_of(ndt.date(2000, 1, 1).year)),
_lowlevel.type_id.PROPERTY)
# Categorical
self.assertEqual(self.type_id_of(ndt.make_categorical([1, 2, 3])),
_lowlevel.type_id.CATEGORICAL)
# Struct
self.assertEqual(self.type_id_of(ndt.make_struct(
[ndt.int32, ndt.int32], ['x', 'y'])),
_lowlevel.type_id.STRUCT)
self.assertEqual(self.type_id_of(ndt.type('{x : int32, y : int32}')),
_lowlevel.type_id.FIXEDSTRUCT)
# Convert/byteswap/view
self.assertEqual(self.type_id_of(ndt.make_convert(
ndt.int32, ndt.int8)),
_lowlevel.type_id.CONVERT)
self.assertEqual(self.type_id_of(ndt.make_byteswap(ndt.int32)),
_lowlevel.type_id.BYTESWAP)
self.assertEqual(self.type_id_of(ndt.make_view(
ndt.int32, ndt.uint32)),
_lowlevel.type_id.VIEW)
# CUDA types
if ndt.cuda_support:
self.assertEqual(self.type_id_of(ndt.type('cuda_device[int32]')),
_lowlevel.type_id.CUDA_DEVICE)
self.assertEqual(self.type_id_of(ndt.type('cuda_host[int32]')),
_lowlevel.type_id.CUDA_HOST)
# Uniform arrays
self.assertEqual(self.type_id_of(ndt.type('3 * int32')),
_lowlevel.type_id.FIXED_DIM)
self.assertEqual(self.type_id_of(ndt.type('strided * int32')),
_lowlevel.type_id.STRIDED_DIM)
self.assertEqual(self.type_id_of(ndt.type('var * int32')),
_lowlevel.type_id.VAR_DIM)
# GroupBy
self.assertEqual(self.type_id_of(nd.type_of(nd.groupby([1, 2],
['a', 'a']))),
_lowlevel.type_id.GROUPBY)
# Type
self.assertEqual(self.type_id_of(ndt.type('type')),
_lowlevel.type_id.TYPE)
