def test_unset_using_mock(monkeypatch):
passwords = _monkeypatch_keyring(monkeypatch)
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
keyring.unset("abc", "FOO")
assert keyring.get("abc", "FOO") is None
assert dict(anaconda=dict()) == passwords
keyring.reset_keyring_module()
def test_unset_using_mock(monkeypatch):
passwords = _monkeypatch_keyring(monkeypatch)
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
keyring.unset("abc", "FOO")
assert keyring.get("abc", "FOO") is None
assert dict(anaconda=dict()) == passwords
keyring.reset_keyring_module()
def test_get_set_using_mock(monkeypatch):
passwords = _monkeypatch_keyring(monkeypatch)
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
assert dict(anaconda={'abc/FOO': 'bar'}) == passwords
keyring.reset_keyring_module()
def test_get_set_using_mock(monkeypatch):
passwords = _monkeypatch_keyring(monkeypatch)
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
assert dict(anaconda={'abc/FOO': 'bar'}) == passwords
keyring.reset_keyring_module()
def test_get_using_broken(monkeypatch, capsys):
_monkeypatch_broken_keyring(monkeypatch)
assert keyring.get("abc", "FOO") is None
(out, err) = capsys.readouterr()
assert '' == out
assert (expected_broken_message % "getting") == err
keyring.reset_keyring_module()
def test_get_using_broken(monkeypatch, capsys):
_monkeypatch_broken_keyring(monkeypatch)
assert keyring.get("abc", "FOO") is None
(out, err) = capsys.readouterr()
assert '' == out
assert (expected_broken_message % "getting") == err
keyring.reset_keyring_module()
def _set_encrypted_config_values_as_strings(self, requirement, environ, local_state_file, default_env_spec_name,
overrides, values):
env_prefix = self._get_env_prefix(environ)
from_keyring = keyring.get(env_prefix, requirement.env_var)
value_string = values.get('value', from_keyring)
if value_string is not None:
if value_string == '':
keyring.unset(env_prefix, requirement.env_var)
else:
keyring.set(env_prefix, requirement.env_var, value_string)
def provide(self, requirement, context):
"""Override superclass to use configured env var (or already-set env var)."""
errors = []
logs = []
# We prefer the values in this order:
# - value set in project-local state overrides everything
# (otherwise the UI for configuring the value would end
# up ignored)
# - value in the keyring overrides (treated the same as
# kapsel-local.yml, but for encrypted variables)
# - then anything already set in the environment wins, so you
# can override on the command line like `FOO=bar myapp`
# - then the kapsel.yml default value
local_state_override = None
if requirement.encrypted:
# import keyring locally because it's an optional dependency
# that prints a warning when it's needed but not found.
import conda_kapsel.internal.keyring as keyring
env_prefix = self._get_env_prefix(context.environ)
if env_prefix is not None:
local_state_override = keyring.get(env_prefix, requirement.env_var)
# we will read encrypted vars from local state, though we never
# put them in there ourselves
if local_state_override is None:
local_state_override = self._local_state_override(requirement, context.local_state_file)
if local_state_override is not None:
# kapsel-local.yml
#
# variables:
# REDIS_URL: "redis://example.com:1234"
context.environ[requirement.env_var] = local_state_override
elif requirement.env_var in context.environ:
# nothing to do here
pass
elif 'default' in requirement.options:
# kapsel.yml
#
# variables:
# REDIS_URL:
# default: "redis://example.com:1234"
value = requirement.options['default']
if value is not None:
context.environ[requirement.env_var] = value
else:
pass
return ProvideResult.empty().copy_with_additions(errors, logs)
def _set_encrypted_config_values_as_strings(self, requirement, environ, local_state_file, default_env_spec_name,
overrides, values):
# import keyring locally because it's an optional dependency
# that prints a warning when it's needed but not found.
import conda_kapsel.internal.keyring as keyring
env_prefix = self._get_env_prefix(environ)
from_keyring = keyring.get(env_prefix, requirement.env_var)
value_string = values.get('value', from_keyring)
if value_string is not None:
if value_string == '':
keyring.unset(env_prefix, requirement.env_var)
else:
keyring.set(env_prefix, requirement.env_var, value_string)
def provide(self, requirement, context):
"""Override superclass to use configured env var (or already-set env var)."""
errors = []
logs = []
# We prefer the values in this order:
# - value set in project-local state overrides everything
# (otherwise the UI for configuring the value would end
# up ignored)
# - value in the keyring overrides (treated the same as
# kapsel-local.yml, but for encrypted variables)
# - then anything already set in the environment wins, so you
# can override on the command line like `FOO=bar myapp`
# - then the kapsel.yml default value
local_state_override = None
if requirement.encrypted:
env_prefix = self._get_env_prefix(context.environ)
if env_prefix is not None:
local_state_override = keyring.get(env_prefix, requirement.env_var)
# we will read encrypted vars from local state, though we never
# put them in there ourselves
if local_state_override is None:
local_state_override = self._local_state_override(requirement, context.local_state_file)
if local_state_override is not None:
# kapsel-local.yml
#
# variables:
# REDIS_URL: "redis://example.com:1234"
context.environ[requirement.env_var] = local_state_override
elif requirement.env_var in context.environ:
# nothing to do here
pass
elif 'default' in requirement.options:
# kapsel.yml
#
# variables:
# REDIS_URL:
# default: "redis://example.com:1234"
value = requirement.options['default']
if value is not None:
context.environ[requirement.env_var] = value
else:
pass
return ProvideResult.empty().copy_with_additions(errors, logs)
def read_config(self, requirement, environ, local_state_file, default_env_spec_name, overrides):
"""Override superclass to read env var value."""
config = dict()
value = None
if requirement.encrypted:
# import keyring locally because it's an optional dependency
# that prints a warning when it's needed but not found.
import conda_kapsel.internal.keyring as keyring
env_prefix = self._get_env_prefix(environ)
if env_prefix is None:
value = None
else:
value = keyring.get(env_prefix, requirement.env_var)
# note that we will READ an encrypted value from local
# state if someone puts it in there by hand, but we won't
# ever write one there ourselves.
if value is None:
value = self._local_state_override(requirement, local_state_file)
disabled_value = self._disabled_local_state_override(requirement, local_state_file)
was_disabled = value is None and disabled_value is not None
if was_disabled:
value = disabled_value
if value is not None:
config['value'] = value
if value is not None and not was_disabled:
source = 'variables'
elif requirement.env_var in environ:
source = 'environ'
config['value'] = environ[requirement.env_var]
elif 'default' in requirement.options:
source = 'default'
else:
source = 'unset'
config['source'] = source
return config
def read_config(self, requirement, environ, local_state_file, default_env_spec_name, overrides):
"""Override superclass to read env var value."""
config = dict()
value = None
if requirement.encrypted:
env_prefix = self._get_env_prefix(environ)
if env_prefix is None:
value = None
else:
value = keyring.get(env_prefix, requirement.env_var)
# note that we will READ an encrypted value from local
# state if someone puts it in there by hand, but we won't
# ever write one there ourselves.
if value is None:
value = self._local_state_override(requirement, local_state_file)
disabled_value = self._disabled_local_state_override(requirement, local_state_file)
was_disabled = value is None and disabled_value is not None
if was_disabled:
value = disabled_value
if value is not None:
config['value'] = value
if value is not None and not was_disabled:
source = 'variables'
elif requirement.env_var in environ:
source = 'environ'
config['value'] = environ[requirement.env_var]
elif 'default' in requirement.options:
source = 'default'
else:
source = 'unset'
config['source'] = source
return config
def check():
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
keyring.unset("abc", "FOO")
assert keyring.get("abc", "FOO") is None
def check():
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
def check():
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")
keyring.unset("abc", "FOO")
assert keyring.get("abc", "FOO") is None
def check():
keyring.set("abc", "FOO", "bar")
assert "bar" == keyring.get("abc", "FOO")