def test_signs_get(client, sign_repository):
sign = Sign(SignName("test"))
sign_repository.create(sign)
result = client.simulate_get(f"/signs/{sign.name}")
assert result.json == SignDtoSchema().dump(sign)
assert result.status == falcon.HTTP_OK
def test_sign_dto_schema():
sign = Sign(
SignName("KUR"),
(SignListRecord("ABZ", "03+53"), ),
(Value("kur", 3), Value("ruk")),
)
expected = {
"name": "KUR",
"lists": [{
"name": "ABZ",
"number": "03+53"
}],
"values": [{
"value": "kur",
"subIndex": 3
}, {
"value": "ruk"
}],
"mesZl": "",
"LaBaSi": "",
"unicode": [],
"logograms": [],
"fossey": [],
}
assert SignDtoSchema().dump(sign) == expected
def test_sign_schema():
data = {
"_id": "KUR",
"lists": [{
"name": "ABZ",
"number": "03+53"
}],
"values": [{
"value": "kur",
"subIndex": 3
}, {
"value": "ruk"
}],
"unicode": [],
"mesZl": "",
"LaBaSi": "",
"logograms": [],
"fossey": [],
}
sign = Sign(
SignName("KUR"),
(SignListRecord("ABZ", "03+53"), ),
(Value("kur", 3), Value("ruk")),
)
assert SignSchema().dump(sign) == data
assert SignSchema().load(data) == sign
def make_sign(self, data, **kwargs) -> Sign:
data["lists"] = tuple(data["lists"])
data["values"] = tuple(data["values"])
data["logograms"] = tuple(data["logograms"])
data["fossey"] = tuple(data["fossey"])
data["unicode"] = tuple(data["unicode"])
return Sign(**data)
def test_standardization_multiple_abz():
name = "ABZ"
number = "123"
sign = Sign(
SignName("KUR"),
lists=(SignListRecord(name, number), SignListRecord(name, "999")),
)
assert sign.standardization == f"{name}{number}"
def signs():
return [
Sign(
name,
tuple(
SignListRecord(list_name, number)
for list_name, number in lists),
tuple(
Value(value_name, sub_index)
for value_name, sub_index in values),
) for name, values, lists in [
("P₂", [(":", 1)], [("ABZ", "377n1")]),
("KU", [("ku", 1)], [("KWU", "869")]),
("NU", [("nu", 1)], [("ABZ", "075")]),
("IGI", [("ši", 1)], [("HZL", "288"), ("ABZ", "207a/207b X")]),
("DIŠ", [("ana", 1), ("1", 1)], []),
("UD", [("u", 4), ("tu", 2)], []),
("MI", [("mi", 1), ("gi", 6)], []),
("KI", [("ki", 1)], []),
("DU", [("du", 1)], []),
("U", [("u", 1), ("10", 1)], [("ABZ", "411")]),
("|U.U|", [("20", 1)], [("ABZ", "471")]),
("BA", [("ba", 1), ("ku", 1)], []),
("MA", [("ma", 1)], []),
("TI", [("ti", 1)], []),
("MU", [("mu", 1)], []),
("TA", [("ta", 1)], []),
("ŠU", [("šu", 1)], []),
("BU", [("gid", 2)], []),
("|(4×ZA)×KUR|", [("geštae", 1)], [("ABZ", "531+588")]),
("|(AŠ&AŠ@180)×U|", [], []),
("|A.EDIN.LAL|", [("ummu", 3)], []),
("|HU.HI|", [("mat", 3)], [("ABZ", "081")]),
("AŠ", [("ana", 3)], [("ABZ", "001")]),
("EDIN", [("bil", None), ("bir", 4)], [("ABZ", "168")]),
("|ŠU₂.3×AN|", [("kunga", 1)], []),
("BUR₂", [("bul", 1)], [("ABZ", "11")]),
("HU", [("u", 18)], [("ABZ", "78")]),
]
]
def test_sign():
name = SignName("KUR")
lists = (SignListRecord("FOO", "123"),)
values = (Value("kur", 8), Value("ruk"))
logogram = Logogram(
"AŠ-IKU", Atf("AŠ-IKU"), ["ikû I"], "AŠ-IKU; *iku* (Deich); ZL 290 (Lit.)"
)
fossey = Fossey(
405,
25728,
"B",
"Mai: MDP, VI, 11.I, 11",
"Paulus AOAT 50, 981",
"NABU 1997/1",
"P123456",
MuseumNumber("K", "4562"),
"dcclt",
"Das Zeichen ist eigentlich ZA₇",
"Marduk-apla-iddina I, 1171-1159 BC",
"me-luḫ-ḫa",
"M15,21.7c-0.1-0.1-0.2-0.4-0.2-0.8c-0.1-1-0.1-1.2-0.5-1.3c-0.2",
)
sign = Sign(
name,
lists=lists,
values=values,
logograms=logogram,
fossey=fossey,
mes_zl="test_mesZl",
labasi="test_LaBaSi",
)
assert sign.name == name
assert sign.lists == lists
assert sign.values == values
assert sign.logograms == logogram
assert sign.fossey == fossey
assert sign.mes_zl == "test_mesZl"
assert sign.labasi == "test_LaBaSi"
def test_standardization_no_abz():
sign = Sign(SignName("KUR"))
assert sign.standardization == sign.name