def test_encoded():
v = DiracProxy()
assert v.encoded() == 'some_group'
v = DiracProxy(group='foo')
assert v.encoded() == 'foo'
a = AfsToken()
assert a.encoded() == ''
def test_encoded():
v = VomsProxy()
assert v.encoded() == ''
v = VomsProxy(vo='foo', group='bar')
assert v.encoded() == 'foo:bar'
a = AfsToken()
assert a.encoded() == ''
def test_eq():
v1 = VomsProxy()
v2 = VomsProxy()
assert v1 == v2
v2 = VomsProxy(vo='foo', group='bar')
assert v1 != v2
a1 = AfsToken()
a2 = AfsToken()
assert a1 == a2
assert v1 != a1
def test_hash():
v1 = VomsProxy()
v2 = VomsProxy()
assert hash(v1) == hash(v2)
v2 = VomsProxy(vo='foo', group='bar')
assert hash(v1) != hash(v2)
a1 = AfsToken()
a2 = AfsToken()
assert hash(a1) == hash(a2)
assert hash(v1) != hash(a1)
def test_eq():
v1 = DiracProxy()
v2 = DiracProxy()
assert v1 == v2
v2 = DiracProxy(group='bar')
assert v1 != v2
a1 = AfsToken()
a2 = AfsToken()
assert a1 == a2
assert v1 != a1
def test_hash():
v1 = DiracProxy()
v2 = DiracProxy()
assert hash(v1) == hash(v2)
v2 = DiracProxy(group='bar')
assert hash(v1) != hash(v2)
a1 = AfsToken()
a2 = AfsToken()
assert hash(a1) == hash(a2)
assert hash(v1) != hash(a1)
def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
if servicesEnabled:
log.error("Cannot (re)enable services, they're already running")
from Ganga.Core.exceptions import GangaException
raise GangaException("Cannot (re)enable services")
# startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
# make sure all required credentials are valid
invalid_afs = [
afsToken
for afsToken in credential_store.get_all_matching_type(AfsToken())
if not afsToken.is_valid()
]
if invalid_afs:
log.error(
'No valid AFS token was found. Please re-authorise before reactivating this session.'
)
return
log.debug("Enabling the internal services")
# re-enable the monitoring loop as it's been explicityly requested here
enableMonitoringService()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
def test_str():
v = DiracProxy()
assert str(v).startswith('DiracProxy(')
a = AfsToken()
assert str(a) == 'AfsToken()'
v = DiracProxy(group='foo')
assert str(v).startswith('DiracProxy(')
assert "group='foo'" in str(v)
def test_repr():
v = VomsProxy()
assert repr(v) == 'VomsProxy()'
assert eval(repr(v)) == v
a = AfsToken()
assert repr(a) == 'AfsToken()'
assert eval(repr(a)) == a
v = VomsProxy(vo='foo', group='bar')
assert eval(repr(v)) == v
def test_str():
v = VomsProxy()
assert str(v) == 'VomsProxy()'
a = AfsToken()
assert str(a) == 'AfsToken()'
v = VomsProxy(vo='foo', group='bar')
assert str(v).startswith('VomsProxy(')
assert "vo='foo'" in str(v)
assert "group='bar'" in str(v)
def test_repr():
v = DiracProxy()
assert repr(v).startswith('DiracProxy(')
assert eval(repr(v)) == v
a = AfsToken()
assert repr(a) == 'AfsToken()'
assert eval(repr(a)) == a
v = DiracProxy(group='foo')
assert eval(repr(v)) == v
def test_plain_construct(fake_shell):
VomsProxyInfo(VomsProxy())
AfsTokenInfo(AfsToken())