def testPreloadedCertificates(self):
self.loadParcel("osaf.framework.certstore.data")
view = self.view
rootCerts = FilteredCollection(
'rootCertsQuery',
itsView=view,
source=utils.getExtent(certificate.Certificate, view, exact=True),
filterExpression=u"view.findValue(uuid, 'purpose') & %d" %
constants.PURPOSE_CA,
filterAttributes=['purpose'])
now = time.gmtime()
format = '%b %d %H:%M:%S %Y %Z'
self.assert_(not rootCerts.isEmpty())
for cert in rootCerts:
x509 = cert.asX509()
self.assertTrue(x509.verify())
# verify() should have caught bad times, but just in case:
before = x509.get_not_before()
after = x509.get_not_after()
try:
self.assert_(
time.strptime(str(before), format) < now,
'%s not yet valid:%s' % (cert.displayName, before))
self.assert_(now < time.strptime(str(after), format),
'%s expired:%s' % (cert.displayName, after))
except ValueError:
raise ValueError('bad time value in ' +
cert.displayName.encode('utf8'))
self.assertTrue(len(cert.displayName) > 0)
self.assertTrue(cert.purpose & constants.PURPOSE_CA,
cert.getAsTextAsString())
self.assertTrue(cert.trust == constants.TRUST_AUTHENTICITY
| constants.TRUST_SERVER)
self.assertTrue(cert.fingerprintAlgorithm == 'sha1')
self.assertTrue(len(cert.fingerprint) > 3)
self.assertTrue(cert.asTextAsString[:12] == 'Certificate:')
self.assertTrue(
certificate.certificatePurpose(x509) & constants.PURPOSE_CA,
cert.getAsTextAsString())
def installParcel(parcel, oldVersion=None):
# load our subparcels
from application import schema
schema.synchronize(parcel.itsView, "osaf.framework.certstore.data")
schema.synchronize(parcel.itsView, "osaf.framework.certstore.blocks")
from osaf.pim.collections import FilteredCollection
import certificate, utils
FilteredCollection.update(parcel, 'sslCertificateQuery',
source=utils.getExtent(certificate.Certificate, parcel.itsView),
filterMethod=(TrustedCACertsFilter(None, parcel), 'isTrustedCACert'),
filterAttributes=['purpose', 'trust']
)
FilteredCollection.update(parcel, 'sslTrustedServerCertificatesQuery',
source=utils.getExtent(certificate.Certificate, parcel.itsView),
filterMethod=(TrustedServerCertsFilter(None, parcel),
'isTrustedServerCert'),
filterAttributes=['purpose', 'trust']
)
def installParcel(parcel, oldVersion=None):
# load our subparcels
from application import schema
schema.synchronize(parcel.itsView, "osaf.framework.certstore.data")
schema.synchronize(parcel.itsView, "osaf.framework.certstore.blocks")
from osaf.pim.collections import FilteredCollection
import certificate, utils
FilteredCollection.update(parcel,
'sslCertificateQuery',
source=utils.getExtent(certificate.Certificate,
parcel.itsView),
filterMethod=(TrustedCACertsFilter(None, parcel),
'isTrustedCACert'),
filterAttributes=['purpose', 'trust'])
FilteredCollection.update(parcel,
'sslTrustedServerCertificatesQuery',
source=utils.getExtent(certificate.Certificate,
parcel.itsView),
filterMethod=(TrustedServerCertsFilter(
None, parcel), 'isTrustedServerCert'),
filterAttributes=['purpose', 'trust'])
def testPreloadedCertificates(self):
self.loadParcel("osaf.framework.certstore.data")
view = self.view
rootCerts = FilteredCollection('rootCertsQuery',
itsView=view,
source=utils.getExtent(certificate.Certificate, view, exact=True),
filterExpression=u"view.findValue(uuid, 'purpose') & %d" % constants.PURPOSE_CA,
filterAttributes=['purpose'])
now = time.gmtime()
format = '%b %d %H:%M:%S %Y %Z'
self.assert_(not rootCerts.isEmpty())
for cert in rootCerts:
x509 = cert.asX509()
self.assertTrue(x509.verify())
# verify() should have caught bad times, but just in case:
before = x509.get_not_before()
after = x509.get_not_after()
try:
self.assert_(time.strptime(str(before), format) < now, '%s not yet valid:%s' % (cert.displayName, before))
self.assert_(now < time.strptime(str(after), format), '%s expired:%s' % (cert.displayName, after))
except ValueError:
raise ValueError('bad time value in ' + cert.displayName.encode('utf8'))
self.assertTrue(len(cert.displayName) > 0)
self.assertTrue(cert.purpose & constants.PURPOSE_CA, cert.getAsTextAsString())
self.assertTrue(cert.trust == constants.TRUST_AUTHENTICITY | constants.TRUST_SERVER)
self.assertTrue(cert.fingerprintAlgorithm == 'sha1')
self.assertTrue(len(cert.fingerprint) > 3)
self.assertTrue(cert.asTextAsString[:12] == 'Certificate:')
self.assertTrue(certificate.certificatePurpose(x509) & constants.PURPOSE_CA, cert.getAsTextAsString())
def _importAndFind(self, pem, trust):
x509 = X509.load_cert_string(pem)
fingerprint = utils.fingerprint(x509)
certificate.importCertificate(x509, fingerprint, trust, self.view)
view = self.view
matchingCerts = FilteredCollection(
'fpCertQuery' + fingerprint,
itsView=view,
source=utils.getExtent(certificate.Certificate, view, exact=True),
filterExpression=u"view.findValue(uuid, 'fingerprint') == '%s'" %
fingerprint,
filterAttributes=['fingerprint'])
self.assert_(len(matchingCerts) == 1)
return iter(matchingCerts).next()
def installParcel(parcel, oldVersion=None):
rv = parcel.itsView
SharingPreferences.update(parcel, "prefs")
# Even though we're not using this at the moment, I'm leaving it here
# because people's personal parcels refer to this and we'll probably
# resurrect this someday:
Reference.update(parcel, "currentSharingAccount")
SyncPeriodicTask.update(
parcel,
"sharingTask",
invoke="osaf.sharing.BackgroundSyncHandler",
run_at_startup=False,
active=True,
interval=datetime.timedelta(minutes=15),
)
# Make a collection of all Notes with an icalUID, so that
# we can index it.
filterAttribute = pim.Note.icalUID.name
iCalendarItems = FilteredCollection.update(
parcel,
"iCalendarItems",
source=schema.ns("osaf.pim", rv).noteCollection,
filterExpression="view.hasTrueValues(uuid, '%s')" % (filterAttribute,),
filterAttributes=[filterAttribute],
)
iCalendarItems.addIndex("icalUID", "value", attribute=filterAttribute)
# Make a collection used to let the main ui view know what new shared
# inbound occurrences have come in so that OnIdle can check for duplicate
# recurrenceIDs (via the processSharingQueue function below):
pim.ListCollection.update(parcel, "newItems")
if not Globals.options.reload:
prepareAccounts(rv)
def installParcel(parcel, oldVersion=None):
rv = parcel.itsView
SharingPreferences.update(parcel, "prefs")
# Even though we're not using this at the moment, I'm leaving it here
# because people's personal parcels refer to this and we'll probably
# resurrect this someday:
Reference.update(parcel, 'currentSharingAccount')
SyncPeriodicTask.update(parcel,
"sharingTask",
invoke="osaf.sharing.BackgroundSyncHandler",
run_at_startup=False,
active=True,
interval=datetime.timedelta(minutes=15))
# Make a collection of all Notes with an icalUID, so that
# we can index it.
filterAttribute = pim.Note.icalUID.name
iCalendarItems = FilteredCollection.update(
parcel,
'iCalendarItems',
source=schema.ns('osaf.pim', rv).noteCollection,
filterExpression="view.hasTrueValues(uuid, '%s')" %
(filterAttribute, ),
filterAttributes=[filterAttribute])
iCalendarItems.addIndex('icalUID', 'value', attribute=filterAttribute)
# Make a collection used to let the main ui view know what new shared
# inbound occurrences have come in so that OnIdle can check for duplicate
# recurrenceIDs (via the processSharingQueue function below):
pim.ListCollection.update(parcel, 'newItems')
if not Globals.options.reload:
prepareAccounts(rv)