+# SPDX-License-Identifier: GPL-2.0-only
#
# Copyright (C) 2019 EfficiOS Inc.
#
-# This program is free software; you can redistribute it and/or
-# modify it under the terms of the GNU General Public License
-# as published by the Free Software Foundation; only version 2
-# of the License.
-#
-# This program is distributed in the hope that it will be useful,
-# but WITHOUT ANY WARRANTY; without even the implied warranty of
-# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-# GNU General Public License for more details.
-#
-# You should have received a copy of the GNU General Public License
-# along with this program; if not, write to the Free Software
-# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
-#
import unittest
import bt2
def _create_const_field_class(tc, field_class, value_setter_fn):
- field_name = 'const field'
+ field_name = "const field"
class MyIter(bt2._UserMessageIterator):
def __init__(self, config, self_port_output):
class MySrc(bt2._UserSourceComponent, message_iterator_class=MyIter):
def __init__(self, config, params, obj):
- self._add_output_port('out', params)
+ self._add_output_port("out", params)
graph = bt2.Graph()
- src_comp = graph.add_component(MySrc, 'my_source', None)
- msg_iter = TestOutputPortMessageIterator(graph, src_comp.output_ports['out'])
+ src_comp = graph.add_component(MySrc, "my_source", None)
+ msg_iter = TestOutputPortMessageIterator(graph, src_comp.output_ports["out"])
# Ignore first message, stream beginning
_ = next(msg_iter)
class _TestFieldClass:
def test_create_user_attributes(self):
- fc = self._create_default_field_class(user_attributes={'salut': 23})
- self.assertEqual(fc.user_attributes, {'salut': 23})
+ fc = self._create_default_field_class(user_attributes={"salut": 23})
+ self.assertEqual(fc.user_attributes, {"salut": 23})
self.assertIs(type(fc.user_attributes), bt2_value.MapValue)
def test_const_create_user_attributes(self):
- fc = self._create_default_const_field_class(user_attributes={'salut': 23})
- self.assertEqual(fc.user_attributes, {'salut': 23})
+ fc = self._create_default_const_field_class(user_attributes={"salut": 23})
+ self.assertEqual(fc.user_attributes, {"salut": 23})
self.assertIs(type(fc.user_attributes), bt2_value._MapValueConst)
def test_create_invalid_user_attributes(self):
def test_create_length_invalid_type(self):
with self.assertRaises(TypeError):
- self._create_field_class('lel')
+ self._create_field_class("lel")
def test_length_prop(self):
self.assertEqual(self._fc.length, 17)
def test_create_invalid_range(self):
with self.assertRaises(TypeError):
- self._create_field_class('yes')
+ self._create_field_class("yes")
with self.assertRaises(TypeError):
- self._create_field_class(field_value_range='yes')
+ self._create_field_class(field_value_range="yes")
with self.assertRaises(ValueError):
self._create_field_class(field_value_range=-2)
def test_create_invalid_base_type(self):
with self.assertRaises(TypeError):
- self._create_field_class(preferred_display_base='yes')
+ self._create_field_class(preferred_display_base="yes")
def test_create_invalid_base_value(self):
with self.assertRaises(ValueError):
_create_default_field_class = _create_field_class
-class RealFieldClassTestCase(_TestFieldClass, unittest.TestCase):
+class SingleRealFieldClassTestCase(_TestFieldClass, unittest.TestCase):
@staticmethod
def _const_value_setter(field):
- field.value = -18
+ field.value = -18.0
def _create_field_class(self, *args, **kwargs):
tc = get_default_trace_class()
- return tc.create_real_field_class(*args, **kwargs)
+ return tc.create_single_precision_real_field_class(*args, **kwargs)
def _create_default_const_field_class(self, *args, **kwargs):
tc = get_default_trace_class()
- fc = tc.create_real_field_class(*args, **kwargs)
+ fc = tc.create_single_precision_real_field_class(*args, **kwargs)
return _create_const_field_class(tc, fc, self._const_value_setter)
_create_default_field_class = _create_field_class
def test_create_default(self):
fc = self._create_field_class()
- self.assertFalse(fc.is_single_precision)
self.assertEqual(len(fc.user_attributes), 0)
- def test_create_is_single_precision(self):
- fc = self._create_field_class(is_single_precision=True)
- self.assertTrue(fc.is_single_precision)
- def test_create_invalid_is_single_precision(self):
- with self.assertRaises(TypeError):
- self._create_field_class(is_single_precision='hohoho')
+class DoubleRealFieldClassTestCase(_TestFieldClass, unittest.TestCase):
+ @staticmethod
+ def _const_value_setter(field):
+ field.value = -18.0
+
+ def _create_field_class(self, *args, **kwargs):
+ tc = get_default_trace_class()
+ return tc.create_double_precision_real_field_class(*args, **kwargs)
+
+ def _create_default_const_field_class(self, *args, **kwargs):
+ tc = get_default_trace_class()
+ fc = tc.create_double_precision_real_field_class(*args, **kwargs)
+ return _create_const_field_class(tc, fc, self._const_value_setter)
+
+ _create_default_field_class = _create_field_class
+
+ def test_create_default(self):
+ fc = self._create_field_class()
+ self.assertEqual(len(fc.user_attributes), 0)
# Converts an _EnumerationFieldClassMapping to a list of ranges:
def test_create_from_invalid_type(self):
with self.assertRaises(TypeError):
- self._create_field_class('coucou')
+ self._create_field_class("coucou")
def test_add_mapping_simple(self):
- self._fc.add_mapping('hello', self._ranges1)
- mapping = self._fc['hello']
- self.assertEqual(mapping.label, 'hello')
+ self._fc.add_mapping("hello", self._ranges1)
+ mapping = self._fc["hello"]
+ self.assertEqual(mapping.label, "hello")
self.assertEqual(mapping.ranges, self._ranges1)
def test_const_add_mapping(self):
with self.assertRaises(AttributeError):
- self._fc_const.add_mapping('hello', self._ranges1)
+ self._fc_const.add_mapping("hello", self._ranges1)
def test_add_mapping_simple_kwargs(self):
- self._fc.add_mapping(label='hello', ranges=self._ranges1)
- mapping = self._fc['hello']
- self.assertEqual(mapping.label, 'hello')
+ self._fc.add_mapping(label="hello", ranges=self._ranges1)
+ mapping = self._fc["hello"]
+ self.assertEqual(mapping.label, "hello")
self.assertEqual(mapping.ranges, self._ranges1)
def test_add_mapping_invalid_name(self):
def test_add_mapping_invalid_range(self):
with self.assertRaises(TypeError):
- self._fc.add_mapping('allo', 'meow')
+ self._fc.add_mapping("allo", "meow")
def test_add_mapping_dup_label(self):
with self.assertRaises(ValueError):
- self._fc.add_mapping('a', self._ranges1)
- self._fc.add_mapping('a', self._ranges2)
+ self._fc.add_mapping("a", self._ranges1)
+ self._fc.add_mapping("a", self._ranges2)
def test_add_mapping_invalid_ranges_signedness(self):
with self.assertRaises(TypeError):
- self._fc.add_mapping('allo', self._inval_ranges)
+ self._fc.add_mapping("allo", self._inval_ranges)
def test_iadd(self):
- self._fc.add_mapping('c', self._ranges1)
+ self._fc.add_mapping("c", self._ranges1)
- self._fc += [('d', self._ranges2), ('e', self._ranges3)]
+ self._fc += [("d", self._ranges2), ("e", self._ranges3)]
self.assertEqual(len(self._fc), 3)
- self.assertEqual(self._fc['c'].label, 'c')
- self.assertEqual(self._fc['c'].ranges, self._ranges1)
- self.assertEqual(self._fc['d'].label, 'd')
- self.assertEqual(self._fc['d'].ranges, self._ranges2)
- self.assertEqual(self._fc['e'].label, 'e')
- self.assertEqual(self._fc['e'].ranges, self._ranges3)
+ self.assertEqual(self._fc["c"].label, "c")
+ self.assertEqual(self._fc["c"].ranges, self._ranges1)
+ self.assertEqual(self._fc["d"].label, "d")
+ self.assertEqual(self._fc["d"].ranges, self._ranges2)
+ self.assertEqual(self._fc["e"].label, "e")
+ self.assertEqual(self._fc["e"].ranges, self._ranges3)
def test_const_iadd(self):
with self.assertRaises(TypeError):
- self._fc_const += [('d', self._ranges2), ('e', self._ranges3)]
+ self._fc_const += [("d", self._ranges2), ("e", self._ranges3)]
def test_bool_op(self):
self.assertFalse(self._fc)
- self._fc.add_mapping('a', self._ranges1)
+ self._fc.add_mapping("a", self._ranges1)
self.assertTrue(self._fc)
def test_len(self):
- self._fc.add_mapping('a', self._ranges1)
- self._fc.add_mapping('b', self._ranges2)
- self._fc.add_mapping('c', self._ranges3)
+ self._fc.add_mapping("a", self._ranges1)
+ self._fc.add_mapping("b", self._ranges2)
+ self._fc.add_mapping("c", self._ranges3)
self.assertEqual(len(self._fc), 3)
def test_getitem(self):
- self._fc.add_mapping('a', self._ranges1)
- self._fc.add_mapping('b', self._ranges2)
- self._fc.add_mapping('c', self._ranges3)
- mapping = self._fc['a']
- self.assertEqual(mapping.label, 'a')
+ self._fc.add_mapping("a", self._ranges1)
+ self._fc.add_mapping("b", self._ranges2)
+ self._fc.add_mapping("c", self._ranges3)
+ mapping = self._fc["a"]
+ self.assertEqual(mapping.label, "a")
self.assertEqual(mapping.ranges, self._ranges1)
+ self.assertIs(type(mapping), self._MAPPING_CLASS)
+ self.assertIs(type(mapping.ranges), self._CONST_RANGE_SET_CLASS)
def test_getitem_nonexistent(self):
with self.assertRaises(KeyError):
- self._fc['doesnotexist']
+ self._fc["doesnotexist"]
def test_iter(self):
- self._fc.add_mapping('a', self._ranges1)
- self._fc.add_mapping('b', self._ranges2)
- self._fc.add_mapping('c', self._ranges3)
+ self._fc.add_mapping("a", self._ranges1)
+ self._fc.add_mapping("b", self._ranges2)
+ self._fc.add_mapping("c", self._ranges3)
# This exercises iteration.
labels = sorted(self._fc)
- self.assertEqual(labels, ['a', 'b', 'c'])
+ self.assertEqual(labels, ["a", "b", "c"])
def test_find_by_value(self):
- self._fc.add_mapping('a', self._ranges1)
- self._fc.add_mapping('b', self._ranges2)
- self._fc.add_mapping('c', self._ranges3)
+ self._fc.add_mapping("a", self._ranges1)
+ self._fc.add_mapping("b", self._ranges2)
+ self._fc.add_mapping("c", self._ranges3)
mappings = self._fc.mappings_for_value(self._value_in_range_1_and_3)
labels = set([mapping.label for mapping in mappings])
- expected_labels = set(['a', 'c'])
+ expected_labels = set(["a", "c"])
self.assertEqual(labels, expected_labels)
class UnsignedEnumerationFieldClassTestCase(
_EnumerationFieldClassTestCase, _TestFieldClass, unittest.TestCase
):
+ _MAPPING_CLASS = bt2_field_class._UnsignedEnumerationFieldClassMappingConst
+ _RANGE_SET_CLASS = bt2.UnsignedIntegerRangeSet
+ _CONST_RANGE_SET_CLASS = bt2._UnsignedIntegerRangeSetConst
+
def _spec_set_up(self):
self._ranges1 = bt2.UnsignedIntegerRangeSet([(1, 4), (18, 47)])
self._ranges2 = bt2.UnsignedIntegerRangeSet([(5, 5)])
class SignedEnumerationFieldClassTestCase(
_EnumerationFieldClassTestCase, _TestFieldClass, unittest.TestCase
):
+ _MAPPING_CLASS = bt2_field_class._SignedEnumerationFieldClassMappingConst
+ _RANGE_SET_CLASS = bt2.SignedIntegerRangeSet
+ _CONST_RANGE_SET_CLASS = bt2._SignedIntegerRangeSetConst
+
def _spec_set_up(self):
self._ranges1 = bt2.SignedIntegerRangeSet([(-10, -4), (18, 47)])
self._ranges2 = bt2.SignedIntegerRangeSet([(-3, -3)])
class StringFieldClassTestCase(_TestFieldClass, unittest.TestCase):
@staticmethod
def _const_value_setter(field):
- field.value = 'chaine'
+ field.value = "chaine"
def _create_field_class(self, *args, **kwargs):
tc = get_default_trace_class()
def test_append_element(self):
int_field_class = self._tc.create_signed_integer_field_class(32)
- self._append_element_method(self._fc, 'int32', int_field_class)
- field_class = self._fc['int32'].field_class
+ self._append_element_method(self._fc, "int32", int_field_class)
+ field_class = self._fc["int32"].field_class
self.assertEqual(field_class.addr, int_field_class.addr)
def test_append_element_kwargs(self):
int_field_class = self._tc.create_signed_integer_field_class(32)
- self._append_element_method(self._fc, name='int32', field_class=int_field_class)
- field_class = self._fc['int32'].field_class
+ self._append_element_method(self._fc, name="int32", field_class=int_field_class)
+ field_class = self._fc["int32"].field_class
self.assertEqual(field_class.addr, int_field_class.addr)
def test_append_element_invalid_name(self):
def test_append_element_invalid_field_class(self):
with self.assertRaises(TypeError):
- self._append_element_method(self._fc, 'yes', object())
+ self._append_element_method(self._fc, "yes", object())
def test_append_element_dup_name(self):
sub_fc1 = self._tc.create_string_field_class()
sub_fc2 = self._tc.create_string_field_class()
with self.assertRaises(ValueError):
- self._append_element_method(self._fc, 'yes', sub_fc1)
- self._append_element_method(self._fc, 'yes', sub_fc2)
+ self._append_element_method(self._fc, "yes", sub_fc1)
+ self._append_element_method(self._fc, "yes", sub_fc2)
def test_attr_field_class(self):
int_field_class = self._tc.create_signed_integer_field_class(32)
- self._append_element_method(self._fc, 'int32', int_field_class)
- field_class = self._fc['int32'].field_class
+ self._append_element_method(self._fc, "int32", int_field_class)
+ field_class = self._fc["int32"].field_class
self.assertIs(type(field_class), bt2_field_class._SignedIntegerFieldClass)
def test_const_attr_field_class(self):
int_field_class = self._tc.create_signed_integer_field_class(32)
- self._append_element_method(self._fc, 'int32', int_field_class)
- field_class = self._fc['int32'].field_class
+ self._append_element_method(self._fc, "int32", int_field_class)
+ field_class = self._fc["int32"].field_class
const_fc = _create_const_field_class(
self._tc, self._fc, self._const_value_setter
)
- field_class = const_fc['int32'].field_class
+ field_class = const_fc["int32"].field_class
self.assertIs(type(field_class), bt2_field_class._SignedIntegerFieldClassConst)
def test_iadd(self):
- a_field_class = self._tc.create_real_field_class()
+ a_field_class = self._tc.create_single_precision_real_field_class()
b_field_class = self._tc.create_signed_integer_field_class(17)
- self._append_element_method(self._fc, 'a_float', a_field_class)
- self._append_element_method(self._fc, 'b_int', b_field_class)
+ self._append_element_method(self._fc, "a_float", a_field_class)
+ self._append_element_method(self._fc, "b_int", b_field_class)
c_field_class = self._tc.create_string_field_class()
d_field_class = self._tc.create_signed_enumeration_field_class(
field_value_range=32
)
e_field_class = self._tc.create_structure_field_class()
self._fc += [
- ('c_string', c_field_class),
- ('d_enum', d_field_class),
- ('e_struct', e_field_class),
+ ("c_string", c_field_class),
+ ("d_enum", d_field_class),
+ ("e_struct", e_field_class),
]
- self.assertEqual(self._fc['a_float'].field_class.addr, a_field_class.addr)
- self.assertEqual(self._fc['a_float'].name, 'a_float')
- self.assertEqual(self._fc['b_int'].field_class.addr, b_field_class.addr)
- self.assertEqual(self._fc['b_int'].name, 'b_int')
- self.assertEqual(self._fc['c_string'].field_class.addr, c_field_class.addr)
- self.assertEqual(self._fc['c_string'].name, 'c_string')
- self.assertEqual(self._fc['d_enum'].field_class.addr, d_field_class.addr)
- self.assertEqual(self._fc['d_enum'].name, 'd_enum')
- self.assertEqual(self._fc['e_struct'].field_class.addr, e_field_class.addr)
- self.assertEqual(self._fc['e_struct'].name, 'e_struct')
+ self.assertEqual(self._fc["a_float"].field_class.addr, a_field_class.addr)
+ self.assertEqual(self._fc["a_float"].name, "a_float")
+ self.assertEqual(self._fc["b_int"].field_class.addr, b_field_class.addr)
+ self.assertEqual(self._fc["b_int"].name, "b_int")
+ self.assertEqual(self._fc["c_string"].field_class.addr, c_field_class.addr)
+ self.assertEqual(self._fc["c_string"].name, "c_string")
+ self.assertEqual(self._fc["d_enum"].field_class.addr, d_field_class.addr)
+ self.assertEqual(self._fc["d_enum"].name, "d_enum")
+ self.assertEqual(self._fc["e_struct"].field_class.addr, e_field_class.addr)
+ self.assertEqual(self._fc["e_struct"].name, "e_struct")
def test_const_iadd(self):
- a_field_class = self._tc.create_real_field_class()
+ a_field_class = self._tc.create_single_precision_real_field_class()
with self.assertRaises(TypeError):
self._fc_const += a_field_class
def test_bool_op(self):
self.assertFalse(self._fc)
- self._append_element_method(self._fc, 'a', self._tc.create_string_field_class())
+ self._append_element_method(self._fc, "a", self._tc.create_string_field_class())
self.assertTrue(self._fc)
def test_len(self):
- self._append_element_method(self._fc, 'a', self._tc.create_string_field_class())
- self._append_element_method(self._fc, 'b', self._tc.create_string_field_class())
- self._append_element_method(self._fc, 'c', self._tc.create_string_field_class())
+ self._append_element_method(self._fc, "a", self._tc.create_string_field_class())
+ self._append_element_method(self._fc, "b", self._tc.create_string_field_class())
+ self._append_element_method(self._fc, "c", self._tc.create_string_field_class())
self.assertEqual(len(self._fc), 3)
def test_getitem(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
- self._append_element_method(self._fc, 'a', a_fc)
- self._append_element_method(self._fc, 'b', b_fc)
- self._append_element_method(self._fc, 'c', c_fc)
- self.assertEqual(self._fc['b'].field_class.addr, b_fc.addr)
- self.assertEqual(self._fc['b'].name, 'b')
+ c_fc = self._tc.create_single_precision_real_field_class()
+ self._append_element_method(self._fc, "a", a_fc)
+ self._append_element_method(self._fc, "b", b_fc)
+ self._append_element_method(self._fc, "c", c_fc)
+ self.assertEqual(self._fc["b"].field_class.addr, b_fc.addr)
+ self.assertEqual(self._fc["b"].name, "b")
def test_getitem_invalid_key_type(self):
with self.assertRaises(TypeError):
def test_getitem_invalid_key(self):
with self.assertRaises(KeyError):
- self._fc['no way']
+ self._fc["no way"]
def test_contains(self):
- self.assertFalse('a' in self._fc)
- self._append_element_method(self._fc, 'a', self._tc.create_string_field_class())
- self.assertTrue('a' in self._fc)
+ self.assertFalse("a" in self._fc)
+ self._append_element_method(self._fc, "a", self._tc.create_string_field_class())
+ self.assertTrue("a" in self._fc)
def test_iter(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
- elements = (('a', a_fc), ('b', b_fc), ('c', c_fc))
+ c_fc = self._tc.create_single_precision_real_field_class()
+ elements = (("a", a_fc), ("b", b_fc), ("c", c_fc))
for elem in elements:
self._append_element_method(self._fc, *elem)
def test_at_index(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
- self._append_element_method(self._fc, 'c', c_fc)
- self._append_element_method(self._fc, 'a', a_fc)
- self._append_element_method(self._fc, 'b', b_fc)
+ c_fc = self._tc.create_single_precision_real_field_class()
+ self._append_element_method(self._fc, "c", c_fc)
+ self._append_element_method(self._fc, "a", a_fc)
+ self._append_element_method(self._fc, "b", b_fc)
elem = self._at_index_method(self._fc, 1)
self.assertEqual(elem.field_class.addr, a_fc.addr)
- self.assertEqual(elem.name, 'a')
+ self.assertEqual(elem.name, "a")
def test_at_index_invalid(self):
self._append_element_method(
- self._fc, 'c', self._tc.create_signed_integer_field_class(32)
+ self._fc, "c", self._tc.create_signed_integer_field_class(32)
)
with self.assertRaises(TypeError):
- self._at_index_method(self._fc, 'yes')
+ self._at_index_method(self._fc, "yes")
def test_at_index_out_of_bounds_after(self):
self._append_element_method(
- self._fc, 'c', self._tc.create_signed_integer_field_class(32)
+ self._fc, "c", self._tc.create_signed_integer_field_class(32)
)
with self.assertRaises(IndexError):
def test_user_attributes(self):
self._append_element_method(
self._fc,
- 'c',
+ "c",
self._tc.create_string_field_class(),
- user_attributes={'salut': 23},
+ user_attributes={"salut": 23},
)
- self.assertEqual(self._fc['c'].user_attributes, {'salut': 23})
+ self.assertEqual(self._fc["c"].user_attributes, {"salut": 23})
self.assertIs(type(self._fc.user_attributes), bt2_value.MapValue)
- self.assertIs(type(self._fc['c'].user_attributes), bt2_value.MapValue)
+ self.assertIs(type(self._fc["c"].user_attributes), bt2_value.MapValue)
def test_invalid_user_attributes(self):
with self.assertRaises(TypeError):
self._append_element_method(
self._fc,
- 'c',
+ "c",
self._tc.create_string_field_class(),
user_attributes=object(),
)
def test_invalid_user_attributes_value_type(self):
with self.assertRaises(TypeError):
self._append_element_method(
- self._fc, 'c', self._tc.create_string_field_class(), user_attributes=23
+ self._fc, "c", self._tc.create_string_field_class(), user_attributes=23
)
def test_const_member_field_class(self):
def _real_value_setter(field):
- field.value = {'real': 0}
+ field.value = {"real": 0}
tc = get_default_trace_class()
fc = tc.create_structure_field_class()
- member_fc = self._tc.create_real_field_class()
- fc.append_member('real', member_fc)
+ member_fc = self._tc.create_single_precision_real_field_class()
+ fc.append_member("real", member_fc)
const_fc = _create_const_field_class(tc, fc, _real_value_setter)
self.assertIs(
- type(const_fc['real'].field_class), bt2_field_class._RealFieldClassConst
+ type(const_fc["real"].field_class),
+ bt2_field_class._SinglePrecisionRealFieldClassConst,
)
def test_member_field_class(self):
tc = get_default_trace_class()
fc = tc.create_structure_field_class()
- member_fc = self._tc.create_real_field_class()
- fc.append_member('real', member_fc)
+ member_fc = self._tc.create_single_precision_real_field_class()
+ fc.append_member("real", member_fc)
- self.assertIs(type(fc['real'].field_class), bt2_field_class._RealFieldClass)
+ self.assertIs(
+ type(fc["real"].field_class), bt2_field_class._SinglePrecisionRealFieldClass
+ )
-class OptionFieldClassTestCase(_TestFieldClass, unittest.TestCase):
+class OptionWithoutSelectorFieldClassTestCase(_TestFieldClass, unittest.TestCase):
@staticmethod
def _const_value_setter(field):
field.has_field = True
field.value = 12
def _create_default_field_class(self, *args, **kwargs):
- return self._tc.create_option_field_class(self._content_fc, **kwargs)
+ return self._tc.create_option_without_selector_field_class(
+ self._content_fc, *args, **kwargs
+ )
def _create_default_const_field_class(self, *args, **kwargs):
- fc = self._tc.create_option_field_class(self._content_fc, **kwargs)
+ fc = self._tc.create_option_without_selector_field_class(
+ self._content_fc, *args, **kwargs
+ )
return _create_const_field_class(self._tc, fc, self._const_value_setter)
def setUp(self):
self._tc = get_default_trace_class()
self._content_fc = self._tc.create_signed_integer_field_class(23)
- self._tag_fc = self._tc.create_bool_field_class()
def test_create_default(self):
fc = self._create_default_field_class()
self.assertEqual(fc.field_class.addr, self._content_fc.addr)
- self.assertIsNone(fc.selector_field_path, None)
self.assertEqual(len(fc.user_attributes), 0)
+ def test_create_invalid_field_class(self):
+ with self.assertRaises(TypeError):
+ self._tc.create_option_without_selector_field_class(object())
+
def test_attr_field_class(self):
fc = self._create_default_field_class()
self.assertIs(type(fc.field_class), bt2_field_class._SignedIntegerFieldClass)
type(fc.field_class), bt2_field_class._SignedIntegerFieldClassConst
)
+
+class _OptionWithSelectorFieldClassTestCase(_TestFieldClass):
+ @staticmethod
+ def _const_value_setter(field):
+ field["opt"].has_field = True
+ field["opt"].value = 12
+
+ def _create_default_const_field_class(self, *args, **kwargs):
+ # Create a struct to contain the option and its selector else we can't
+ # create the non-const field necessary to get the the const field_class
+ struct_fc = self._tc.create_structure_field_class()
+ struct_fc.append_member("selecteux", self._tag_fc)
+ opt_fc = self._create_default_field_class(*args, **kwargs)
+ struct_fc.append_member("opt", opt_fc)
+
+ return _create_const_field_class(self._tc, struct_fc, self._const_value_setter)[
+ "opt"
+ ].field_class
+
+ def setUp(self):
+ self._tc = get_default_trace_class()
+ self._content_fc = self._tc.create_signed_integer_field_class(23)
+ self._tag_fc = self._create_tag_fc()
+
def _create_field_class_for_field_path_test(self):
- fc = self._create_default_field_class(selector_fc=self._tag_fc)
+ fc = self._create_default_field_class()
- foo_fc = self._tc.create_real_field_class()
+ foo_fc = self._tc.create_single_precision_real_field_class()
bar_fc = self._tc.create_string_field_class()
baz_fc = self._tc.create_string_field_class()
inner_struct_fc = self._tc.create_structure_field_class()
- inner_struct_fc.append_member('bar', bar_fc)
- inner_struct_fc.append_member('baz', baz_fc)
- inner_struct_fc.append_member('tag', self._tag_fc)
- inner_struct_fc.append_member('opt', fc)
+ inner_struct_fc.append_member("bar", bar_fc)
+ inner_struct_fc.append_member("baz", baz_fc)
+ inner_struct_fc.append_member("tag", self._tag_fc)
+ inner_struct_fc.append_member("opt", fc)
- opt_struct_array_fc = self._tc.create_option_field_class(inner_struct_fc)
+ opt_struct_array_fc = self._tc.create_option_without_selector_field_class(
+ inner_struct_fc
+ )
outer_struct_fc = self._tc.create_structure_field_class()
- outer_struct_fc.append_member('foo', foo_fc)
- outer_struct_fc.append_member('inner_opt', opt_struct_array_fc)
+ outer_struct_fc.append_member("foo", foo_fc)
+ outer_struct_fc.append_member("inner_opt", opt_struct_array_fc)
# The path to the selector field class is resolved when the
# option field class is actually used, for example in a packet
fc.selector_field_path.root_scope, bt2.FieldPathScope.PACKET_CONTEXT
)
- def test_create_invalid_field_class(self):
+
+class OptionWithBoolSelectorFieldClassTestCase(
+ _OptionWithSelectorFieldClassTestCase, unittest.TestCase
+):
+ def _create_default_field_class(self, *args, **kwargs):
+ return self._tc.create_option_with_bool_selector_field_class(
+ self._content_fc, self._tag_fc, *args, **kwargs
+ )
+
+ def _create_tag_fc(self):
+ return self._tc.create_bool_field_class()
+
+ def test_create_default(self):
+ fc = self._create_default_field_class()
+ self.assertEqual(fc.field_class.addr, self._content_fc.addr)
+ self.assertFalse(fc.selector_is_reversed)
+ self.assertEqual(len(fc.user_attributes), 0)
+
+ def test_create_selector_is_reversed_wrong_type(self):
with self.assertRaises(TypeError):
- self._tc.create_option_field_class(object())
+ self._create_default_field_class(selector_is_reversed=23)
def test_create_invalid_selector_type(self):
with self.assertRaises(TypeError):
- self._tc.create_option_field_class(self._content_fc, 17)
+ self._tc.create_option_with_bool_selector_field_class(self._content_fc, 17)
+
+ def test_attr_selector_is_reversed(self):
+ fc = self._create_default_field_class(selector_is_reversed=True)
+ self.assertTrue(fc.selector_is_reversed)
+
+ def test_const_attr_selector_is_reversed(self):
+ fc = self._create_default_const_field_class(selector_is_reversed=True)
+ self.assertTrue(fc.selector_is_reversed)
+
+
+class _OptionWithIntegerSelectorFieldClassTestCase(
+ _OptionWithSelectorFieldClassTestCase
+):
+ def _create_default_field_class(self, *args, **kwargs):
+ return self._tc.create_option_with_integer_selector_field_class(
+ self._content_fc, self._tag_fc, self._ranges, *args, **kwargs
+ )
+
+ def test_create_default(self):
+ fc = self._create_default_field_class()
+ self.assertEqual(fc.field_class.addr, self._content_fc.addr)
+ self.assertEqual(fc.ranges, self._ranges)
+ self.assertEqual(len(fc.user_attributes), 0)
+
+ def test_create_ranges_wrong_type(self):
+ with self.assertRaises(TypeError):
+ self._tc.create_option_with_integer_selector_field_class(
+ self._content_fc, self._tag_fc, 23
+ )
+
+ def test_create_ranges_empty(self):
+ with self.assertRaises(ValueError):
+ self._tc.create_option_with_integer_selector_field_class(
+ self._content_fc, self._tag_fc, type(self._ranges)()
+ )
+
+ def test_create_invalid_selector_type(self):
+ with self.assertRaises(TypeError):
+ self._tc.create_option_with_bool_selector_field_class(self._content_fc, 17)
+
+ def test_attr_ranges(self):
+ fc = self._create_default_field_class()
+ self.assertEqual(fc.ranges, self._ranges)
+
+ def test_const_attr_ranges(self):
+ fc = self._create_default_const_field_class()
+ self.assertEqual(fc.ranges, self._ranges)
+
+
+class OptionWithUnsignedIntegerSelectorFieldClassTestCase(
+ _OptionWithIntegerSelectorFieldClassTestCase, unittest.TestCase
+):
+ def setUp(self):
+ self._ranges = bt2.UnsignedIntegerRangeSet([(1, 3), (18, 44)])
+ super().setUp()
+
+ def _create_tag_fc(self):
+ return self._tc.create_unsigned_integer_field_class()
class VariantFieldClassWithoutSelectorTestCase(
tc = get_default_trace_class()
fc = tc.create_variant_field_class(*args, **kwargs)
int_field_class = self._tc.create_signed_integer_field_class(32)
- fc.append_option('int32', int_field_class)
+ fc.append_option("int32", int_field_class)
return _create_const_field_class(tc, fc, self._const_value_setter)
_create_default_field_class = _create_field_class
-class _VariantFieldClassWithSelectorTestCase:
+class _VariantFieldClassWithIntegerSelectorTestCase:
@staticmethod
def _const_value_setter(field):
- field['variant'].selected_option_index = 0
- field['variant'] = 12
+ field["variant"].selected_option_index = 0
+ field["variant"] = 12
def _create_default_field_class(self, *args, **kwargs):
return self._tc.create_variant_field_class(
# Create a struct to contain the variant and its selector else we can't
# create the non-const field necessary to get the the const field_class
struct_fc = self._tc.create_structure_field_class()
- struct_fc.append_member('selecteux', self._selector_fc)
+ struct_fc.append_member("selecteux", self._selector_fc)
variant_fc = self._tc.create_variant_field_class(
*args, selector_fc=self._selector_fc
)
variant_fc.append_option(
- 'a', self._tc.create_signed_integer_field_class(32), self._ranges1
+ "a", self._tc.create_signed_integer_field_class(32), self._ranges1
)
- struct_fc.append_member('variant', variant_fc, **kwargs)
+ struct_fc.append_member("variant", variant_fc, **kwargs)
return _create_const_field_class(self._tc, struct_fc, self._const_value_setter)[
- 'variant'
+ "variant"
].field_class
def setUp(self):
def test_append_element(self):
str_field_class = self._tc.create_string_field_class()
- self._fc.append_option('str', str_field_class, self._ranges1)
- opt = self._fc['str']
+ self._fc.append_option("str", str_field_class, self._ranges1)
+ opt = self._fc["str"]
self.assertEqual(opt.field_class.addr, str_field_class.addr)
- self.assertEqual(opt.name, 'str')
+ self.assertEqual(opt.name, "str")
self.assertEqual(opt.ranges.addr, self._ranges1.addr)
def test_const_append(self):
fc_const = self._create_default_const_field_class()
str_field_class = self._tc.create_string_field_class()
with self.assertRaises(AttributeError):
- fc_const.append_option('str', str_field_class, self._ranges1)
+ fc_const.append_option("str", str_field_class, self._ranges1)
def test_append_element_kwargs(self):
int_field_class = self._tc.create_signed_integer_field_class(32)
self._fc.append_option(
- name='int32', field_class=int_field_class, ranges=self._ranges1
+ name="int32", field_class=int_field_class, ranges=self._ranges1
)
- opt = self._fc['int32']
+ opt = self._fc["int32"]
self.assertEqual(opt.field_class.addr, int_field_class.addr)
- self.assertEqual(opt.name, 'int32')
+ self.assertEqual(opt.name, "int32")
self.assertEqual(opt.ranges.addr, self._ranges1.addr)
def test_append_element_invalid_name(self):
def test_append_element_invalid_field_class(self):
with self.assertRaises(TypeError):
- self._fc.append_option(self._fc, 'yes', object())
+ self._fc.append_option(self._fc, "yes", object())
def test_append_element_invalid_ranges(self):
sub_fc = self._tc.create_string_field_class()
with self.assertRaises(TypeError):
- self._fc.append_option(self._fc, sub_fc, 'lel')
+ self._fc.append_option(self._fc, sub_fc, "lel")
def test_append_element_dup_name(self):
sub_fc1 = self._tc.create_string_field_class()
sub_fc2 = self._tc.create_string_field_class()
with self.assertRaises(ValueError):
- self._fc.append_option('yes', sub_fc1, self._ranges1)
- self._fc.append_option('yes', sub_fc2, self._ranges2)
+ self._fc.append_option("yes", sub_fc1, self._ranges1)
+ self._fc.append_option("yes", sub_fc2, self._ranges2)
def test_append_element_invalid_ranges_signedness(self):
sub_fc = self._tc.create_string_field_class()
def test_user_attributes(self):
self._fc.append_option(
- 'c',
+ "c",
self._tc.create_string_field_class(),
self._ranges1,
- user_attributes={'salut': 23},
+ user_attributes={"salut": 23},
)
- self.assertEqual(self._fc['c'].user_attributes, {'salut': 23})
+ self.assertEqual(self._fc["c"].user_attributes, {"salut": 23})
self.assertIs(type(self._fc.user_attributes), bt2_value.MapValue)
def test_const_user_attributes(self):
def test_invalid_user_attributes(self):
with self.assertRaises(TypeError):
self._fc.append_option(
- 'c',
+ "c",
self._tc.create_string_field_class(),
self._ranges1,
user_attributes=object(),
def test_invalid_user_attributes_value_type(self):
with self.assertRaises(TypeError):
self._fc.append_option(
- 'c',
+ "c",
self._tc.create_string_field_class(),
self._ranges1,
user_attributes=23,
)
def test_iadd(self):
- a_field_class = self._tc.create_real_field_class()
- self._fc.append_option('a_float', a_field_class, self._ranges1)
+ a_field_class = self._tc.create_single_precision_real_field_class()
+ self._fc.append_option("a_float", a_field_class, self._ranges1)
c_field_class = self._tc.create_string_field_class()
d_field_class = self._tc.create_signed_enumeration_field_class(
field_value_range=32
)
self._fc += [
- ('c_string', c_field_class, self._ranges2),
- ('d_enum', d_field_class, self._ranges3),
+ ("c_string", c_field_class, self._ranges2),
+ ("d_enum", d_field_class, self._ranges3),
]
- self.assertEqual(self._fc['a_float'].field_class.addr, a_field_class.addr)
- self.assertEqual(self._fc['a_float'].name, 'a_float')
- self.assertEqual(self._fc['a_float'].ranges, self._ranges1)
- self.assertEqual(self._fc['c_string'].field_class.addr, c_field_class.addr)
- self.assertEqual(self._fc['c_string'].name, 'c_string')
- self.assertEqual(self._fc['c_string'].ranges, self._ranges2)
- self.assertEqual(self._fc['d_enum'].field_class.addr, d_field_class.addr)
- self.assertEqual(self._fc['d_enum'].name, 'd_enum')
- self.assertEqual(self._fc['d_enum'].ranges, self._ranges3)
+ self.assertEqual(self._fc["a_float"].field_class.addr, a_field_class.addr)
+ self.assertEqual(self._fc["a_float"].name, "a_float")
+ self.assertEqual(self._fc["a_float"].ranges, self._ranges1)
+ self.assertEqual(self._fc["c_string"].field_class.addr, c_field_class.addr)
+ self.assertEqual(self._fc["c_string"].name, "c_string")
+ self.assertEqual(self._fc["c_string"].ranges, self._ranges2)
+ self.assertEqual(self._fc["d_enum"].field_class.addr, d_field_class.addr)
+ self.assertEqual(self._fc["d_enum"].name, "d_enum")
+ self.assertEqual(self._fc["d_enum"].ranges, self._ranges3)
def test_const_iadd(self):
fc_const = self._create_default_const_field_class()
- a_field_class = self._tc.create_real_field_class()
+ a_field_class = self._tc.create_single_precision_real_field_class()
with self.assertRaises(TypeError):
- fc_const += [('a_float', a_field_class, self._ranges1)]
+ fc_const += [("a_float", a_field_class, self._ranges1)]
def test_bool_op(self):
self.assertFalse(self._fc)
- self._fc.append_option('a', self._tc.create_string_field_class(), self._ranges1)
+ self._fc.append_option("a", self._tc.create_string_field_class(), self._ranges1)
self.assertTrue(self._fc)
def test_len(self):
- self._fc.append_option('a', self._tc.create_string_field_class(), self._ranges1)
- self._fc.append_option('b', self._tc.create_string_field_class(), self._ranges2)
- self._fc.append_option('c', self._tc.create_string_field_class(), self._ranges3)
+ self._fc.append_option("a", self._tc.create_string_field_class(), self._ranges1)
+ self._fc.append_option("b", self._tc.create_string_field_class(), self._ranges2)
+ self._fc.append_option("c", self._tc.create_string_field_class(), self._ranges3)
self.assertEqual(len(self._fc), 3)
def test_getitem(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
- self._fc.append_option('a', a_fc, self._ranges1)
- self._fc.append_option('b', b_fc, self._ranges2)
- self._fc.append_option('c', c_fc, self._ranges3)
- self.assertEqual(self._fc['b'].field_class.addr, b_fc.addr)
- self.assertEqual(self._fc['b'].name, 'b')
- self.assertEqual(self._fc['b'].ranges.addr, self._ranges2.addr)
+ c_fc = self._tc.create_single_precision_real_field_class()
+ self._fc.append_option("a", a_fc, self._ranges1)
+ self._fc.append_option("b", b_fc, self._ranges2)
+ self._fc.append_option("c", c_fc, self._ranges3)
+ self.assertEqual(self._fc["b"].field_class.addr, b_fc.addr)
+ self.assertEqual(self._fc["b"].name, "b")
+ self.assertEqual(self._fc["b"].ranges.addr, self._ranges2.addr)
def test_option_field_class(self):
a_fc = self._tc.create_signed_integer_field_class(32)
- self._fc.append_option('a', a_fc, self._ranges1)
+ self._fc.append_option("a", a_fc, self._ranges1)
self.assertIs(
- type(self._fc['a'].field_class), bt2_field_class._SignedIntegerFieldClass
+ type(self._fc["a"].field_class), bt2_field_class._SignedIntegerFieldClass
)
def test_const_option_field_class(self):
fc_const = self._create_default_const_field_class()
self.assertIs(
- type(fc_const['a'].field_class),
+ type(fc_const["a"].field_class),
bt2_field_class._SignedIntegerFieldClassConst,
)
def test_getitem_invalid_key(self):
with self.assertRaises(KeyError):
- self._fc['no way']
+ self._fc["no way"]
def test_contains(self):
- self.assertFalse('a' in self._fc)
- self._fc.append_option('a', self._tc.create_string_field_class(), self._ranges1)
- self.assertTrue('a' in self._fc)
+ self.assertFalse("a" in self._fc)
+ self._fc.append_option("a", self._tc.create_string_field_class(), self._ranges1)
+ self.assertTrue("a" in self._fc)
def test_iter(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
+ c_fc = self._tc.create_single_precision_real_field_class()
opts = (
- ('a', a_fc, self._ranges1),
- ('b', b_fc, self._ranges2),
- ('c', c_fc, self._ranges3),
+ ("a", a_fc, self._ranges1),
+ ("b", b_fc, self._ranges2),
+ ("c", c_fc, self._ranges3),
)
for opt in opts:
def test_at_index(self):
a_fc = self._tc.create_signed_integer_field_class(32)
b_fc = self._tc.create_string_field_class()
- c_fc = self._tc.create_real_field_class()
- self._fc.append_option('c', c_fc, self._ranges1)
- self._fc.append_option('a', a_fc, self._ranges2)
- self._fc.append_option('b', b_fc, self._ranges3)
+ c_fc = self._tc.create_single_precision_real_field_class()
+ self._fc.append_option("c", c_fc, self._ranges1)
+ self._fc.append_option("a", a_fc, self._ranges2)
+ self._fc.append_option("b", b_fc, self._ranges3)
self.assertEqual(self._fc.option_at_index(1).field_class.addr, a_fc.addr)
- self.assertEqual(self._fc.option_at_index(1).name, 'a')
+ self.assertEqual(self._fc.option_at_index(1).name, "a")
self.assertEqual(self._fc.option_at_index(1).ranges.addr, self._ranges2.addr)
def test_at_index_invalid(self):
self._fc.append_option(
- 'c', self._tc.create_signed_integer_field_class(32), self._ranges3
+ "c", self._tc.create_signed_integer_field_class(32), self._ranges3
)
with self.assertRaises(TypeError):
- self._fc.option_at_index('yes')
+ self._fc.option_at_index("yes")
def test_at_index_out_of_bounds_after(self):
self._fc.append_option(
- 'c', self._tc.create_signed_integer_field_class(32), self._ranges3
+ "c", self._tc.create_signed_integer_field_class(32), self._ranges3
)
with self.assertRaises(IndexError):
# } variant;
# } inner_struct[2];
# };
- self._fc.append_option('a', self._tc.create_real_field_class(), self._ranges1)
self._fc.append_option(
- 'b', self._tc.create_signed_integer_field_class(21), self._ranges2
+ "a", self._tc.create_single_precision_real_field_class(), self._ranges1
)
self._fc.append_option(
- 'c', self._tc.create_unsigned_integer_field_class(34), self._ranges3
+ "b", self._tc.create_signed_integer_field_class(21), self._ranges2
+ )
+ self._fc.append_option(
+ "c", self._tc.create_unsigned_integer_field_class(34), self._ranges3
)
- foo_fc = self._tc.create_real_field_class()
+ foo_fc = self._tc.create_single_precision_real_field_class()
bar_fc = self._tc.create_string_field_class()
baz_fc = self._tc.create_string_field_class()
inner_struct_fc = self._tc.create_structure_field_class()
- inner_struct_fc.append_member('selector', self._selector_fc)
- inner_struct_fc.append_member('bar', bar_fc)
- inner_struct_fc.append_member('baz', baz_fc)
- inner_struct_fc.append_member('variant', self._fc)
+ inner_struct_fc.append_member("selector", self._selector_fc)
+ inner_struct_fc.append_member("bar", bar_fc)
+ inner_struct_fc.append_member("baz", baz_fc)
+ inner_struct_fc.append_member("variant", self._fc)
inner_struct_array_fc = self._tc.create_static_array_field_class(
inner_struct_fc, 2
)
outer_struct_fc = self._tc.create_structure_field_class()
- outer_struct_fc.append_member('foo', foo_fc)
- outer_struct_fc.append_member('inner_struct', inner_struct_array_fc)
+ outer_struct_fc.append_member("foo", foo_fc)
+ outer_struct_fc.append_member("inner_struct", inner_struct_array_fc)
# The path to the selector field is resolved when the sequence is
# actually used, for example in a packet context.
class VariantFieldClassWithUnsignedSelectorTestCase(
- _VariantFieldClassWithSelectorTestCase, unittest.TestCase
+ _VariantFieldClassWithIntegerSelectorTestCase, unittest.TestCase
):
def _spec_set_up(self):
self._ranges1 = bt2.UnsignedIntegerRangeSet([(1, 4), (18, 47)])
class VariantFieldClassWithSignedSelectorTestCase(
- _VariantFieldClassWithSelectorTestCase, unittest.TestCase
+ _VariantFieldClassWithIntegerSelectorTestCase, unittest.TestCase
):
def _spec_set_up(self):
self._ranges1 = bt2.SignedIntegerRangeSet([(-10, -4), (18, 47)])
type(fc.element_field_class), bt2_field_class._SignedIntegerFieldClass
)
+
+class _ArrayFieldClassConstTestCase:
def test_const_attr_element_field_class(self):
fc = self._create_const_array()
self.assertIs(
)
-class StaticArrayFieldClassTestCase(_ArrayFieldClassTestCase, unittest.TestCase):
+class StaticArrayFieldClassTestCase(
+ _ArrayFieldClassTestCase, _ArrayFieldClassConstTestCase, unittest.TestCase
+):
@staticmethod
def _const_value_setter(field):
field.value = [9] * 45
def test_create_invalid_length_type(self):
with self.assertRaises(TypeError):
self._tc.create_static_array_field_class(
- self._tc.create_string_field_class(), 'the length'
+ self._tc.create_string_field_class(), "the length"
)
-class DynamicArrayFieldClassTestCase(_ArrayFieldClassTestCase, unittest.TestCase):
+class DynamicArrayFieldClassTestCase(
+ _ArrayFieldClassTestCase, _ArrayFieldClassConstTestCase, unittest.TestCase
+):
@staticmethod
def _const_value_setter(field):
field.value = []
def setUp(self):
self._tc = get_default_trace_class()
self._elem_fc = self._tc.create_signed_integer_field_class(23)
- self._len_fc = self._tc.create_unsigned_integer_field_class(12)
def test_create_default(self):
fc = self._tc.create_dynamic_array_field_class(self._elem_fc)
self.assertEqual(fc.element_field_class.addr, self._elem_fc.addr)
+ self.assertEqual(len(fc.user_attributes), 0)
+
+ def test_create_invalid_field_class(self):
+ with self.assertRaises(TypeError):
+ self._tc.create_dynamic_array_field_class(object())
+
+
+class DynamicArrayWithLengthFieldFieldClassTestCase(
+ _ArrayFieldClassTestCase, unittest.TestCase
+):
+ @staticmethod
+ def _const_value_setter(field):
+ field.value = []
+
+ def _create_array(self):
+ return self._tc.create_dynamic_array_field_class(self._elem_fc, self._len_fc)
+
+ def setUp(self):
+ self._tc = get_default_trace_class()
+ self._elem_fc = self._tc.create_signed_integer_field_class(23)
+ self._len_fc = self._tc.create_unsigned_integer_field_class(12)
+
+ def test_create_default(self):
+ fc = self._create_array()
+ self.assertEqual(fc.element_field_class.addr, self._elem_fc.addr)
self.assertIsNone(fc.length_field_path, None)
self.assertEqual(len(fc.user_attributes), 0)
# } inner_struct[2];
# };
- fc = self._tc.create_dynamic_array_field_class(self._elem_fc, self._len_fc)
+ fc = self._create_array()
- foo_fc = self._tc.create_real_field_class()
+ foo_fc = self._tc.create_single_precision_real_field_class()
bar_fc = self._tc.create_string_field_class()
baz_fc = self._tc.create_string_field_class()
inner_struct_fc = self._tc.create_structure_field_class()
- inner_struct_fc.append_member('bar', bar_fc)
- inner_struct_fc.append_member('baz', baz_fc)
- inner_struct_fc.append_member('len', self._len_fc)
- inner_struct_fc.append_member('dyn_array', fc)
+ inner_struct_fc.append_member("bar", bar_fc)
+ inner_struct_fc.append_member("baz", baz_fc)
+ inner_struct_fc.append_member("len", self._len_fc)
+ inner_struct_fc.append_member("dyn_array", fc)
inner_struct_array_fc = self._tc.create_static_array_field_class(
inner_struct_fc, 2
)
outer_struct_fc = self._tc.create_structure_field_class()
- outer_struct_fc.append_member('foo', foo_fc)
- outer_struct_fc.append_member('inner_struct', inner_struct_array_fc)
+ outer_struct_fc.append_member("foo", foo_fc)
+ outer_struct_fc.append_member("inner_struct", inner_struct_array_fc)
# The path to the length field is resolved when the sequence is
# actually used, for example in a packet context.
fc.length_field_path.root_scope, bt2.FieldPathScope.PACKET_CONTEXT
)
- def test_create_invalid_field_class(self):
- with self.assertRaises(TypeError):
- self._tc.create_dynamic_array_field_class(object())
-
def test_create_invalid_length_type(self):
with self.assertRaises(TypeError):
self._tc.create_dynamic_array_field_class(
projects / babeltrace.git / blobdiff