def test_get_set_spatial_regions(self):
dr = DescriptorRequest()
ul = np.array([0, 0])
lr = np.array([720, 1080])
b = bbI(ul, lr)
dr.spatial_regions = np.array([b])
b_arr = dr.spatial_regions
npt.assert_array_equal(b_arr[0].upper_left(), ul)
def test_set_and_get_image_data(self):
dr = DescriptorRequest()
imc_list = [ImageContainer(Image())]
dr.image_data = imc_list
nt.assert_equals(len(dr.image_data), len(imc_list))
nt.assert_equals(len(imc_list), 1)
nt.assert_equals(dr.image_data[0].size(), imc_list[0].size())
nt.assert_equals(imc_list[0].size(), 0)
imc_list.append(ImageContainer(Image(720, 480)))
dr.image_data = imc_list
nt.assert_equals(len(dr.image_data), len(imc_list))
nt.assert_equals(len(imc_list), 2)
nt.assert_equals(dr.image_data[0].size(), imc_list[0].size())
nt.assert_equals(imc_list[0].size(), 0)
nt.assert_equals(dr.image_data[1].size(), imc_list[1].size())
nt.assert_equals(imc_list[1].size(), 720 * 480)
dr.image_data = []
nt.assert_equals(len(dr.image_data), 0)
def test_set_and_get_data_location(self):
dr = DescriptorRequest()
nt.assert_equals(dr.data_location, "")
dr.data_location = "first"
nt.assert_equals(dr.data_location, "first")
dr.data_location = "second"
nt.assert_equals(dr.data_location, "second")
dr.data_location = "42"
nt.assert_equals(dr.data_location, "42")
dr.data_location = ""
nt.assert_equals(dr.data_location, "")
def test_set_and_get_id(self):
dr = DescriptorRequest()
# First check default
nt.assert_equals(dr.id.value(), "")
nt.assert_false(dr.id.is_valid())
# Now check setting and getting a few values
dr.id = UID("first")
nt.assert_equals(dr.id.value(), "first")
dr.id = UID("second")
nt.assert_equals(dr.id.value(), "second")
dr.id = UID("42")
nt.assert_equals(dr.id.value(), "42")
# Try setting back to empty
dr.id = UID()
nt.assert_equals(dr.id.value(), "")
def test_set_and_get_temporal_bounds(self):
dr = DescriptorRequest()
# First check the defaults
nt.assert_false(dr.temporal_lower_bound().is_valid())
nt.assert_false(dr.temporal_upper_bound().is_valid())
test_bounds = [
(Timestamp(100, 1), Timestamp(100, 1)),
(Timestamp(100, 1), Timestamp(200, 2)),
(Timestamp(300, 5), Timestamp(400, 6)),
]
for (t1, t2) in test_bounds:
dr.set_temporal_bounds(t1, t2)
nt.assert_equals(dr.temporal_lower_bound(), t1)
nt.assert_equals(dr.temporal_upper_bound(), t2)
dr.set_temporal_bounds(Timestamp(), Timestamp())
nt.assert_false(dr.temporal_lower_bound().is_valid())
nt.assert_false(dr.temporal_upper_bound().is_valid())
def test_bad_set_id(self):
dr = DescriptorRequest()
dr.id = "string, not uid"
def test_create(self):
DescriptorRequest()
def test_bad_set_data_location(self):
dr = DescriptorRequest()
dr.data_location = 5
def test_bad_set_image_data(self):
dr = DescriptorRequest()
dr.image_data = "string, not image_data"
def test_bad_set_spatial_regions(self):
dr = DescriptorRequest()
dr.spatial_regions = "string, not list"
def test_bad_set_temporal_bounds(self):
dr = DescriptorRequest()
dr.set_temporal_bounds("string", "another_string")