def fabric_nodes_table(self, fabric_name):
out = CommandTemplateExecutor(
self._cli_service,
command_template.FABRIC_NODES_SHOW,
remove_prompt=True).execute_command(fabric_name=fabric_name)
nodes_table = {}
for line in out.splitlines():
match = re.match(r'.+\:(.+)\:.+', line)
if match:
node_name = match.group(1).strip()
nodes_table[node_name] = self._switch_info_table(node_name)
return nodes_table
def associations_table(self):
out = CommandTemplateExecutor(self._cli_service,
command_template.VLE_SHOW,
remove_prompt=True).execute_command()
associations_table = {}
for line in out.splitlines():
match = re.match(r'\s*(.+)\:(.+)\:(.+)\:(.+)\:(.+)\s*', line)
if match:
master_port = (match.group(2), match.group(4))
slave_port = (match.group(3), match.group(5))
associations_table[master_port] = slave_port
associations_table[slave_port] = master_port
return associations_table
def map_uni(self, src_port, dst_port):
"""
Unidirectional mapping
:param src_port:
:param dst_port:
:return:
"""
if len(dst_port) > 1:
raise Exception('Not supported')
tap_src_port = src_port.split("/")[-1]
tap_dst_port = dst_port[0].split("/")[-1]
bidi_dst_port = None
current_config = CommandTemplateExecutor(
self._cli_service,
command_template.GET_CURRENT_CONNECTIONS).execute_command()
if tap_src_port in current_config:
for line in current_config.splitlines():
if tap_src_port in line:
ports = re.findall(r"[A-Z]\d+", line)
for prt in ports:
if prt != tap_src_port:
bidi_dst_port = prt
break
if bidi_dst_port:
output = CommandTemplateExecutor(
self._cli_service, command_template.MAP_TAP).execute_command(
src_port=tap_src_port,
dst_port=bidi_dst_port,
tap_port=tap_dst_port)
else:
output = CommandTemplateExecutor(
self._cli_service, command_template.MAP_UNI).execute_command(
src_port=src_port.split("/")[-1],
dst_port=dst_port[0].split("/")[-1])
return output
def port_table(self):
"""
Port table
:return:
"""
map_types_dict = {">>": "uni", "<>": "bidi"}
port_dict = dict()
output = CommandTemplateExecutor(
self._cli_service, command_template.PORT_NAMES).execute_command()
port_list = re.findall(r"[A-Z]\d+", output)
for port in port_list:
port_info_dict = dict()
port_info_dict["speed"] = ""
port_info_dict["serial_number"] = ""
port_info_dict["autoneg"] = ""
port_info_dict["protocol"] = ""
port_info_dict["protocol_type"] = ""
port_info_dict["wavelength"] = ""
port_info_dict["duplex"] = ""
port_info_dict["rx_signal"] = ""
port_info_dict["tx_signal"] = ""
port_info = CommandTemplateExecutor(
self._cli_service,
command_template.PORT_INFO).execute_command(port_name=port)
for port_info_line in port_info.splitlines():
if "rate" in port_info_line.lower():
speed = port_info_line.split(":")[-1]
port_info_dict["speed"] = speed
port_info_dict["protocol_type"] = speed
continue
if "protocol" in port_info_line.lower():
port_info_dict["protocol"] = port_info_line.split(
":")[-1].strip()
continue
if "wavelength" in port_info_line.lower():
port_info_dict["wavelength"] = port_info_line.split(
":")[-1].strip()
continue
if "serial" in port_info_line.lower():
port_info_dict["serial_number"] = port_info_line.split(
":")[-1].strip()
continue
if "rx signal" in port_info_line.lower():
port_info_dict["rx_signal"] = port_info_line.split(
":")[-1].strip()
continue
if "tx signal" in port_info_line.lower():
port_info_dict["tx_signal"] = port_info_line.split(
":")[-1].strip()
continue
if "autoneg" in port_info_line.lower():
port_info_dict["autoneg"] = port_info_line.split(
":")[-1].strip()
continue
if "connections" in port_info_line.lower():
# A31 Incoming_mapping = A15
# A15 Incoming mapping = A20
# A20 Incoming mapping = A15
map_info = port_info_line.split(":")[-1].strip()
match = self.PORT_CONNECTION_PATTERN.search(map_info)
if match:
src_port, connection_type, dst_port = match.groups()
map_type = map_types_dict.get(connection_type)
if map_type == 'uni' and dst_port == port:
mapped_port = Address(0,
map_info.split()[-1][:1],
src_port)
elif map_type == 'bidi':
mapped_port = Address(0,
map_info.split()[-1][:1],
dst_port)
else:
continue
port_info_dict["mapped_to"] = mapped_port
port_dict[Address(0, port[:1], port)] = port_info_dict
return port_dict
