def test_mapping(self):
from ktug_hanyang_pua.models import Mapping
lineFormat = self.make_one()
line = 'U+1107 U+1107 U+110B => U+112C'
parsed = lineFormat.parse(line)
self.assertEqual(
Mapping((0x1107, 0x1107, 0x110B), (0x112C, ), None),
parsed,
)
formatted = lineFormat.format(parsed)
self.assertEqual(
line,
formatted,
)
line = 'U+F86A =>'
parsed = lineFormat.parse(line)
self.assertEqual(
Mapping((0xF86A, ), (), None),
parsed,
)
formatted = lineFormat.format(parsed)
self.assertEqual(
line,
formatted,
)
def test_format_and_parse_without_comment(self):
from ktug_hanyang_pua.models import Mapping
from ktug_hanyang_pua.formats import MappingDictFormat
dictFormat = MappingDictFormat(comment=False)
for index, mapping in enumerate(TABLE.MAPPINGLIST):
mapping = Mapping(
source=mapping.source[0],
target=mapping.target,
comment=mapping.comment,
)
d = dictFormat.format(mapping)
self.assertEqual(
TABLE.MAPPINGDICTS_WITHOUT_COMMENT[index],
d,
)
parsed = dictFormat.parse(d)
parsed = Mapping(
source=tuple([parsed.source]),
target=tuple(parsed.target),
comment=parsed.comment,
)
self.assertEqual(
TABLE.MAPPINGLIST[index],
parsed,
)
def test_format_and_parse(self):
from ktug_hanyang_pua.models import Mapping
dictFormat = self.make_one()
for index, mapping in enumerate(TABLE.MAPPINGLIST):
mapping = Mapping(
source=mapping.source[0],
target=mapping.target,
comment=mapping.comment,
)
d = dictFormat.format(mapping)
self.assertEqual(
TABLE.MAPPINGDICTS[index],
d,
)
parsed = dictFormat.parse(d)
parsed = Mapping(
source=tuple([parsed.source]),
target=tuple(parsed.target),
comment=parsed.comment,
)
self.assertEqual(
TABLE.MAPPINGLIST[index],
parsed,
)
def MAPPINGLIST_SWITCHED(self):
from ktug_hanyang_pua.models import Mapping
return (
Mapping(
source=(0x115F, 0x1161, 0x11AE),
target=(0xE0BC, ),
comment=None,
),
Mapping(
source=(0x115F, 0x1161, 0xD7CD),
target=(0xE0BD, ),
comment=None,
),
Mapping(
source=(0x115F, 0x11A3),
target=(0xE0C6, ),
comment=None,
),
Mapping(
source=(0x115F, 0x11A3, 0x11AE),
target=(0xE0C7, ),
comment=None,
),
Mapping(
source=(0x115F, 0x1163, 0x11AB),
target=(0xE0C8, ),
comment=None,
),
Mapping(
source=(),
target=(0xF86A, ),
comment=None,
),
)
def test_mapping_with_comment(self):
from ktug_hanyang_pua.models import Mapping
from ktug_hanyang_pua.models import Comment
lineFormat = self.make_one()
line = 'U+11BC U+11A8 U+11A8 => U+11ED %%% legacy encoding'
parsed = lineFormat.parse(line)
self.assertEqual(
Mapping((0x11BC, 0x11A8, 0x11A8), (0x11ED, ),
Comment(' legacy encoding')), parsed)
formatted = lineFormat.format(parsed)
self.assertEqual(
line,
formatted,
)
def test_build_tree(self):
from ktug_hanyang_pua.models import Mapping
from ktug_hanyang_pua.formats import IterableFormat
from ktug_hanyang_pua.formats import LineFormat
from ktug_hanyang_pua.tree import build_tree
mappingsFormat = IterableFormat(LineFormat())
mappings = mappingsFormat.parse(TREE.MAPPINGS)
mappings = (Mapping(
source=m.target,
target=m.source[0],
comment=None,
) for m in mappings)
nodelist, node_childrens = build_tree(mappings)
self.assertEqual(TREE.NODELIST, nodelist)
self.assertEqual(TREE.NODE_CHILDRENS, node_childrens)