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from __future__ import annotations
import copy
import pytest
from pycountry import countries # type: ignore
from schwifty import BIC
from schwifty import exceptions
def test_bic() -> None:
bic = BIC("GENODEM1GLS")
assert bic.formatted == "GENO DE M1 GLS"
assert bic.validate()
def test_bic_allow_invalid() -> None:
bic = BIC("GENODXM1GLS", allow_invalid=True)
assert bic
assert bic.country_code == "DX"
with pytest.raises(exceptions.InvalidCountryCode):
bic.validate()
def test_bic_no_branch_code() -> None:
bic = BIC("GENODEM1")
assert bic.branch_code == ""
assert bic.formatted == "GENO DE M1"
def test_bic_properties() -> None:
bic = BIC("GENODEM1GLS")
assert bic.length == len(bic) == 11
assert bic.bank_code == "GENO"
assert bic.country_code == "DE"
assert bic.location_code == "M1"
assert bic.branch_code == "GLS"
assert bic.domestic_bank_codes == ["43060967", "43060988"]
assert bic.bank_names == [
"GLS Gemeinschaftsbank",
"GLS Gemeinschaftsbank (GAA)",
]
assert bic.bank_short_names == [
"GLS Bank in Bochum (GAA)",
"GLS Gemeinschaftsbk Bochum",
]
assert bic.country == countries.get(alpha_2="DE")
with pytest.warns(DeprecationWarning):
assert bic.bank_name == "GLS Gemeinschaftsbank"
with pytest.warns(DeprecationWarning):
assert bic.bank_short_name == "GLS Bank in Bochum (GAA)"
with pytest.warns(DeprecationWarning):
assert bic.country_bank_code == "43060967"
assert bic.exists
assert bic.type == "passive"
def test_unknown_bic_properties() -> None:
bic = BIC("ABNAJPJTXXX")
assert bic.length == len(bic) == 11
assert bic.bank_code == "ABNA"
assert bic.country_code == "JP"
assert bic.location_code == "JT"
assert bic.branch_code == "XXX"
assert bic.country_bank_code is None
assert bic.domestic_bank_codes == []
assert bic.bank_name is None
assert bic.bank_names == []
assert bic.bank_short_name is None
assert bic.bank_short_names == []
assert not bic.exists
assert bic.type == "default"
@pytest.mark.parametrize(
("code", "type"),
[
("GENODEM0GLS", "testing"),
("GENODEM1GLS", "passive"),
("GENODEM2GLS", "reverse billing"),
("GENODEMMGLS", "default"),
("1234DEWWXXX", "default"),
],
)
def test_bic_type(code: str, type: str) -> None: # noqa: A002
bic = BIC(code)
assert bic.type == type
def test_enforce_swift_compliance() -> None:
with pytest.raises(exceptions.InvalidStructure):
BIC("1234DEWWXXX", enforce_swift_compliance=True)
@pytest.mark.parametrize(
("code", "exc"),
[
("AAAA", exceptions.InvalidLength),
("AAAADEM1GLSX", exceptions.InvalidLength),
("GENOD1M1GLS", exceptions.InvalidStructure),
("GENOXXM1GLS", exceptions.InvalidCountryCode),
],
)
def test_invalid_bic(code: str, exc: type[Exception]) -> None:
with pytest.raises(exc):
BIC(code)
@pytest.mark.parametrize(
("country", "bank_code", "bic"),
[
("AT", "36274", "RZTIAT22274"),
("BE", "002", "GEBABEBB"),
("CH", "00777", "KBSZCH22XXX"),
("CH", "08390", "ABSOCH22XXX"),
("CZ", "0600", "AGBACZPP"),
("DE", "43060967", "GENODEM1GLS"),
("ES", "0209", "BSABESBB"),
("FI", "101", "NDEAFIHH"),
("FR", "30004", "BNPAFRPP"),
("FR", "30066", "CMCIFRPPXXX"),
("FR", "17469", "SOCBPFTXXXX"),
("FR", "10096", "CMCIFRPP"),
("FR", "18719", "BFCOYTYTXXX"),
("FR", "30077", "SMCTFR2A"),
("FR", "13489", "NORDFRPP"),
("HU", "107", "CIBHHUHB"),
("HR", "2485003", "CROAHR2X"),
("IT", "01015", "SARDIT31"), # generated
("IT", "01030", "PASCITMM"), # curated
("LV", "RIKO", "RIKOLV2XXXX"),
("MC", "30003", "SOGEMCM1"),
("NL", "ADYB", "ADYBNL2A"),
("PL", "10100055", "NBPLPLPWXXX"),
("PL", "10900004", "WBKPPLPPXXX"),
("RO", "BPOS", "BPOSROBU"),
("SE", "500", "ESSESESS"),
("SI", "01050", "BSLJSI2XFNB"),
("SK", "0900", "GIBASKBX"),
],
)
def test_bic_from_bank_code(country: str, bank_code: str, bic: str) -> None:
assert BIC.from_bank_code(country, bank_code).compact == bic
def test_bic_from_unknown_bank_code() -> None:
with pytest.raises(exceptions.InvalidBankCode):
BIC.from_bank_code("PO", "12345678")
@pytest.mark.parametrize(
("country", "bank_code", "bic_codes"),
[
("AT", "36274", ["RZTIAT22274"]),
("BE", "002", ["GEBABEBB"]),
("CH", "00100", ["SNBZCHZZXXX"]),
("CZ", "0600", ["AGBACZPP"]),
("ES", "0209", ["BSABESBB"]),
("FI", "101", ["NDEAFIHH"]),
(
"FR",
"30004",
[
"BNPAFRPPIFN",
"BNPAFRPPPAA",
"BNPAFRPPMED",
"BNPAFRPPCRN",
"BNPAFRPP",
"BNPAFRPPPAE",
"BNPAFRPPPBQ",
"BNPAFRPPNFE",
"BNPAFRPPPGN",
"BNPAFRPPXXX",
"BNPAFRPPBOR",
"BNPAFRPPCRM",
"BNPAFRPPPVD",
"BNPAFRPPPTX",
"BNPAFRPPPAC",
"BNPAFRPPPLZ",
"BNPAFRPP039",
"BNPAFRPPENG",
"BNPAFRPPNEU",
"BNPAFRPPORE",
"BNPAFRPPPEE",
"BNPAFRPPPXV",
"BNPAFRPPIFO",
],
),
("DE", "43060967", ["GENODEM1GLS"]),
("DK", "0040", ["NDEADKKK"]),
("HU", "107", ["CIBHHUHB"]),
("HR", "2485003", ["CROAHR2X"]),
("LV", "RIKO", ["RIKOLV2XXXX"]),
("ME", "907", ["CBCGMEPG"]),
("NL", "ADYB", ["ADYBNL2A"]),
("PL", "10100055", ["NBPLPLPWXXX"]),
("RO", "BPOS", ["BPOSROBU"]),
("SE", "500", ["ESSESESS"]),
("SI", "01050", ["BSLJSI2XFNB"]),
("SK", "0900", ["GIBASKBX"]),
],
)
def test_bic_candidates_from_bank_code(country: str, bank_code: str, bic_codes: list[str]) -> None:
for bic in BIC.candidates_from_bank_code(country, bank_code):
assert bic.compact in bic_codes
def test_bic_candidates_from_unknown_bank_code() -> None:
with pytest.raises(exceptions.InvalidBankCode):
BIC.candidates_from_bank_code("PO", "12345678")
def test_bic_is_from_primary_bank_code() -> None:
bic = BIC.from_bank_code("DE", "20070024")
assert bic.compact == "DEUTDEDBHAM"
def test_magic_methods() -> None:
bic = BIC("GENODEM1GLS")
assert bic == "GENODEM1GLS"
assert bic == BIC("GENODEM1GLS")
assert bic != BIC("GENODEMMXXX")
assert bic != 12345
assert bic < "GENODEM1GLT"
assert str(bic) == "GENODEM1GLS"
assert hash(bic) == hash("GENODEM1GLS")
assert repr(bic) == "<BIC=GENODEM1GLS>"
def test_pydantic_protocol() -> None:
from pydantic import BaseModel
from pydantic import ValidationError
class Model(BaseModel):
bic: BIC
model = Model(bic="GENODEM1GLS") # type: ignore[arg-type]
assert isinstance(model.bic, BIC)
assert model.model_dump() == {"bic": model.bic}
with pytest.raises(ValidationError) as err:
Model(bic="GENODXM1GLS") # type: ignore[arg-type]
assert len(err.value.errors()) == 1
error = err.value.errors()[0]
assert error["type"] == "bic_format"
assert error["msg"] == "Invalid country code 'DX'"
assert error["input"] == "GENODXM1GLS"
dumped = model.model_dump_json()
assert dumped == '{"bic":"GENODEM1GLS"}'
loaded = Model.model_validate_json(dumped)
assert loaded == model
def test_deepcopy() -> None:
bic = BIC("GENODEM1GLS")
bic_deepcopy = copy.deepcopy(bic)
assert id(bic) != id(bic_deepcopy)
assert bic == bic_deepcopy
bic_copy = copy.copy(bic)
assert id(bic) != id(bic_copy)
assert bic == bic_copy
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