def test_return_mixed_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("MIXED_LIST")
assert type(v) is list
assert v == [1, "cat", 2.5]
v = env["MIXED_LIST"]
assert type(v) is list
assert v == [1, "cat", 2.5]
def test_return_single_element_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("SINGLE_ELEMENT_LIST")
assert type(v) is list
assert v == [1]
v = env["SINGLE_ELEMENT_LIST"]
assert type(v) is list
assert v == [1]
def test_return_ip_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("IP_LIST")
assert type(v) is list
assert v == ["127.0.0.1", "0.0.0.0", "localhost"]
v = env["IP_LIST"]
assert type(v) is list
assert v == ["127.0.0.1", "0.0.0.0", "localhost"]
def test_return_string_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("STRING_LIST")
assert type(v) is list
assert v == ["cat", "dog", "mouse", "pig"]
v = env["STRING_LIST"]
assert type(v) is list
assert v == ["cat", "dog", "mouse", "pig"]
def test_return_float(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("FLOAT")
assert type(v) is float
assert v == 1.25
v = env["FLOAT"]
assert type(v) is float
assert v == 1.25
def test_return_int_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("INT_LIST")
assert type(v) is list
assert v == [5, 1, 2]
v = env["INT_LIST"]
assert type(v) is list
assert v == [5, 1, 2]
def test_local_is_overriding_base_env(tmp_path, env_file, env_local_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV,
dir_path=tmp_path,
raise_file_not_found=True)
v = env.get("A")
assert v == "local"
v = env["A"]
assert v == "local"
def test_return_int(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("INT")
assert type(v) is int
assert v == 100
v = env["INT"]
assert type(v) is int
assert v == 100
def test_return_bool(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("BOOL")
assert type(v) is bool
assert v is True
v = env["BOOL"]
assert type(v) is bool
assert v is True
def test_return_empty_list(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("EMPTY_LIST")
assert type(v) is list
assert v == []
v = env["EMPTY_LIST"]
assert type(v) is list
assert v == []
def test_iterator(tmp_path, env_file):
keys = [
'A', 'BOOL', 'INT', 'FLOAT', 'INT_LIST', 'IP_LIST', 'STRING_LIST',
'MIXED_LIST', 'SINGLE_ELEMENT_LIST', 'EMPTY_LIST'
]
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
for k, v in env:
assert k in keys
assert v is not None
def test_auto_parse_false_is_not_parsing(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV,
dir_path=tmp_path,
auto_parse=False)
v = env.get("EMPTY_LIST")
assert type(v) is str
assert v == ","
v = env["EMPTY_LIST"]
assert type(v) is str
assert v == ","
def test_return_default_value_when_key_is_missing(tmp_path, env_file):
env = load_env(env_type=EnvTypes.DEFAULT_ENV, dir_path=tmp_path)
v = env.get("B", "default_value")
assert v == "default_value"
v = env["B"]
assert v is None