def newSafe(psafePK, psafePassword, userPK=None, dbName=None, dbDesc=None):
""" Create a new, empty psafe (on disk) and then
load it into the cache. Will not error or overwrite
duplicate safes.
TODO: Clarify this description
"""
if userPK:
user = User.objects.get(pk=userPK)
else:
user = None
psafe = PasswordSafe.objects.get(pk=psafePK)
pypwsafe = PWSafe3(
filename=psafe.psafePath(),
password=psafePassword,
mode="RW",
)
# Set details
pypwsafe.setVersion()
pypwsafe.setTimeStampOfLastSave(datetime.datetime.now())
pypwsafe.setUUID()
pypwsafe.setLastSaveApp('PyPWSafe')
if user:
pypwsafe.setLastSaveUser(user.username)
try:
pypwsafe.setLastSaveHost(getfqdn())
except:
log.debug("Failed to set/save hostname in new psafe")
if dbName:
pypwsafe.setDbName(dbName)
if dbDesc:
pypwsafe.setDbDesc(dbDesc)
pypwsafe.save()
assert loadSafe(psafe_pk=psafePK, password=psafePassword, force=True)
try:
log.debug("Lock acquired")
for action in actions:
log.debug("Going to %r", action['action'])
if onError == "fail":
ret['changes'] += _action(psafe=psafe, pypwsafe=pypwsafe, **action)
elif onError == "skip":
try:
ret['changes'] += _action(psafe=psafe, pypwsafe=pypwsafe, **action)
except Exception, e:
log.warn("There was an error while updating %r per %r", pypwsafe, action)
ret['errors'].append(
dict(
action=action,
error=repr(e),
traceback=None, # TODO: Add traceback
)
)
pypwsafe.save()
finally:
log.debug("Going to unlock safe")
pypwsafe.unlock()
if updateCache:
log.debug("Going to update the ram cache for %r", pypwsafe)
assert loadSafe(psafe_pk=psafePK, password=psafePassword, force=True)
return ret