def __init__(self, userSpecifiedPath=None):
"""
Can_create allows for the initialization of an empty configuration file
"""
if self.exists():
return
# call parent constructor with right file name.
try:
Conf.__init__(self, name="clientconfig.cfg",
userSpecifiedPath=userSpecifiedPath)
self.lock = threading.RLock()
self.initDefaults()
self._tryRead()
self._loadDefaultServer();
except NoConfError as e:
self._initClientConf()
def __init__(self,
userSpecifiedPath=None,
create=False,
fqdn=socket.getfqdn()):
# check whether the object is already initialized
if not create:
if self.exists():
return
# call parent constructor with right file name.
Conf.__init__(self,
name='client.cnx',
userSpecifiedPath=userSpecifiedPath)
if create:
# create an empty conf without any values.
self.conf = dict()
self.client_host = fqdn
self.server_secure_port = Conf.getDefaultServerSecurePort()
self.client_secure_port = Conf.getDefaultClientSecurePort()
self.privateKey = ''
self.publicKey = ''
self.cert = ''
self.CAcert = ''
self.initDefaults()
# TODO: make it a regular Lock() - for now this might reduce the
# chances of a deadlock
self.lock = threading.RLock()
#worker specific
dn = os.path.dirname(sys.argv[0])
self.execBasedir = ''
if dn != "":
self.execBasedir = os.path.abspath(dn)
self._add('exec_base_dir',
self.execBasedir,
'executable base directory',
writable=False)
self.tempfiles = dict()
#if conffile:
self._tryRead()
'''
the private key, cert and
ca cert need to be provided as filepaths to the ssl connection object
So we create tempfiles for them here
'''
privKeyTempFile = tempfile.NamedTemporaryFile(delete=False)
privKeyTempFile.write(self.get('private_key'))
privKeyTempFile.seek(0)
self.tempfiles['private_key'] = privKeyTempFile
privKeyTempFile.close()
certTempFile = tempfile.NamedTemporaryFile(delete=False)
certTempFile.write(self.get('cert'))
certTempFile.seek(0)
self.tempfiles['cert'] = certTempFile
certTempFile.close()
caCertTempFile = tempfile.NamedTemporaryFile(delete=False)
caCertTempFile.write(self.get('ca_cert'))
caCertTempFile.seek(0)
self.tempfiles['ca_cert'] = caCertTempFile
caCertTempFile.close()
def __init__(self, userSpecifiedPath=None, create=False,
fqdn=socket.getfqdn()):
# check whether the object is already initialized
if not create:
if self.exists():
return
# call parent constructor with right file name.
Conf.__init__(self, name='client.cnx',
userSpecifiedPath=userSpecifiedPath)
if create:
# create an empty conf without any values.
self.conf = dict()
self.client_host = fqdn
self.server_secure_port = Conf.getDefaultServerSecurePort()
self.client_secure_port = Conf.getDefaultClientSecurePort()
self.privateKey = ''
self.publicKey = ''
self.cert = ''
self.CAcert = ''
self.initDefaults()
# TODO: make it a regular Lock() - for now this might reduce the
# chances of a deadlock
self.lock = threading.RLock()
#worker specific
dn = os.path.dirname(sys.argv[0])
self.execBasedir = ''
if dn != "":
self.execBasedir = os.path.abspath(dn)
self._add('exec_base_dir', self.execBasedir,
'executable base directory', writable=False)
self.tempfiles = dict()
#if conffile:
self._tryRead()
'''
the private key, cert and
ca cert need to be provided as filepaths to the ssl connection object
So we create tempfiles for them here
'''
privKeyTempFile = tempfile.NamedTemporaryFile(delete=False)
privKeyTempFile.write(self.get('private_key'))
privKeyTempFile.seek(0)
self.tempfiles['private_key'] = privKeyTempFile
privKeyTempFile.close()
certTempFile = tempfile.NamedTemporaryFile(delete=False)
certTempFile.write(self.get('cert'))
certTempFile.seek(0)
self.tempfiles['cert'] = certTempFile
certTempFile.close()
caCertTempFile = tempfile.NamedTemporaryFile(delete=False)
caCertTempFile.write(self.get('ca_cert'))
caCertTempFile.seek(0)
self.tempfiles['ca_cert'] = caCertTempFile
caCertTempFile.close()
