def test_unknown_logging(caplog):
assert parse_bool(UNKNOWN[-1], fallback=True, warn=True) is True
wrn = caplog.records[0]
assert caplog.records == [wrn]
assert wrn.levelname == "WARNING"
assert "fallback" in wrn.message
assert "True" in wrn.message
def test_logging(caplog):
assert parse_bool(WRONG[-1], fallback=True, warn=True) is True
exc, wrn = caplog.records
assert exc.levelname == "ERROR"
assert wrn.levelname == "WARNING"
assert "Exception" in exc.message
assert "lower" in exc.message
assert "fallback" in wrn.message
assert "True" in wrn.message
MIGR_DIR = path.abspath(path.join(ROOT_DIR, "migrate"))
DATABASE = getenv("DATABASE", "sqlite://")
DATABASE_DEV = getenv(
"DATABASE_DEV",
f"sqlite:///{path.abspath(path.join(ROOT_DIR, 'database_dev.sqlite'))}",
)
SECRET_FILE = getenv("SECRET_FILE", "secret.key")
SECRET_BASE = getenv("SECRET_BASE", ROOT_DIR)
BLOCK_FILE = getenv("BLOCK_FILE", "blocklist.txt")
BLOCK_BASE = getenv("BLOCK_BASE", ROOT_DIR)
CSRF_STRICT = parse_bool(getenv("CSRF_STRICT", "true"), fallback=True)
THEME = getenv("THEME", "default")
TITLE = getenv("TITLE", APP_NAME)
HTML_LANG = getenv("HTML_LANG", "en")
DELAY_MIN = parse_int(getenv("DELAY_MIN", "0"), fallback=0)
DELAY_MAX = parse_int(getenv("DELAY_MAX", "30"), fallback=30)
DELAY_DEF = parse_int(getenv("DELAY_DEF", "6"), fallback=6)
DELAY_STP = parse_int(getenv("DELAY_STP", "3"), fallback=3)
SYM_POOL = "".join((ascii_letters, digits))
SYM_MINI = parse_int(getenv("SYM_MINI", "3"), fallback=3)
PAGINATION = parse_int(getenv("PAGINATION", "100"), fallback=100)
def test_simple():
for val in TRUTHY:
assert parse_bool(val, warn=False) is True
for val in FALSY:
assert parse_bool(val, warn=False) is False
def test_silent(caplog):
assert parse_bool(WRONG[-1], fallback=True, warn=False) is True
assert not caplog.records
def test_unknown_fallback():
for val in UNKNOWN:
assert parse_bool(val, fallback=True, warn=False) is True
assert parse_bool(val, fallback=False, warn=False) is False
def test_fallback():
for val in WRONG:
assert parse_bool(val, fallback=True, warn=False) is True
assert parse_bool(val, fallback=False, warn=False) is False
def test_case_insensitive():
for val in TRUTHY:
assert parse_bool(val.upper(), warn=False) is True
for val in FALSY:
assert parse_bool(val.upper(), warn=False) is False