def register(self, node, obmd_uri, obmd_admin_token, subtype, *args):
"""Register a node with appropriate OBM driver. """
# Registering a node requires apriori knowledge of the
# available OBM driver and its corresponding arguments.
# We assume that the HIL administrator is aware as to which
# Node requires which OBM, and knows arguments required
# for successful node registration.
if (len(args) != 3):
raise BadArgumentError("3 Arguments needed. Supplied " +
str(len(args)))
obm_api = "http://schema.massopencloud.org/haas/v0/obm/"
# This is a bit of a hack, but this block of code will be removed
# soon when obmd becomes the only mechanism.
obm_types = ["ipmi", "mock"]
if subtype in obm_types:
obminfo = {
"type": obm_api + subtype,
"host": args[0],
"user": args[1],
"password": args[2]
}
else:
raise UnknownSubtypeError("Unknown subtype provided.")
url = self.object_url('node', node)
payload = json.dumps({
"obm": obminfo,
"obmd": {
'uri': obmd_uri,
'admin_token': obmd_admin_token,
},
})
return self.check_response(
self.httpClient.request('PUT', url, data=payload))
def register(self, node, subtype, *args):
"""Register a node with appropriate OBM driver. """
# Registering a node requires apriori knowledge of the
# available OBM driver and its corresponding arguments.
# We assume that the HIL administrator is aware as to which
# Node requires which OBM, and knows arguments required
# for successful node registration.
# FIXME: In future obm_types should be dynamically fetched.
# We need a new api call for querying available
# and currently active drivers for HIL
# obm_api = "http://schema.massopencloud.org/haas/v0/obm/"
# obm_types = ["ipmi", "mock"]
if (len(args) != 3):
raise BadArgumentError("3 Arguments needed. Supplied " +
str(len(args)))
obm_api = "http://schema.massopencloud.org/haas/v0/obm/"
# This is a temp fix. obmd will let node_register no longer
# need a type so a new design will be required.
obm_types = ["ipmi", "mock"]
if subtype in obm_types:
obminfo = {
"type": obm_api + subtype,
"host": args[0],
"user": args[1],
"password": args[2]
}
else:
raise UnknownSubtypeError("Unknown subtype provided.")
url = self.object_url('node', node)
payload = json.dumps({"obm": obminfo})
return self.check_response(
self.httpClient.request('PUT', url, data=payload))
def validate_port_name(port):
"""Valid port names for this switch are of the form 1/0/1 or 1/2"""
if not re.match(r'^\d+/\d+(/\d+)?$', port):
raise BadArgumentError("Invalid port name. Valid port names for "
"this switch are of the form 1/0/1 or 1/2")
return
def validate_port_name(port):
"""Valid port names for this switch are of the form 1/0/1 or 1/2"""
val = re.compile(r'^\d+/\d+(/\d+)?$')
if not val.match(port):
raise BadArgumentError("Invalid port name. Valid port names for "
"this switch are of the from 1/0/1 or 1/2")
return
def validate_port_name(port):
"""
Valid port names for this switch are of the form gi1/0/11,
te1/0/12, gi1/12, or te1/3
"""
val = re.compile(r'^(gi|te)\d+/\d+(/\d+)?$')
if not val.match(port):
raise BadArgumentError("Invalid port name. Valid port names for "
"this switch are of the form gi1/0/11, "
"te1/0/12, gi1/12, or te1/3")
return
def validate_port_name(port):
"""
Valid port names for this switch are of the form: Ethernet1/12,
ethernet1/12, Ethernet1/0/10, or ethernet1/0/10
"""
val = re.compile(r'^(E|e)thernet\d+/\d+(/\d+)?$')
if not val.match(port):
raise BadArgumentError("Invalid port name. Valid port names for "
"this switch are of the form: Ethernet1/12"
" ethernet1/12, Ethernet1/0/10, or"
" ethernet1/0/10")
return
def require_legal_bootdev(self, dev):
if dev not in self.valid_bootdevices:
raise BadArgumentError('Invald boot device')
def check_reserved(obj_type, obj_string, slashes_ok=False):
"""Check for illegal characters and report of their existence"""
bad_chars = _find_reserved(obj_string, slashes_ok)
if bool(bad_chars):
error = obj_type + " may not contain: " + str(bad_chars)
raise BadArgumentError(error)
