forked from mirrors/thatmattlove-hyperglass
overhaul of construct.py
This commit is contained in:
checktheroads
parent
370916662d
commit
b489874928
2 changed files with 251 additions and 336 deletions
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@ -20,94 +20,78 @@ commands = configuration.commands()
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routers_list = devices["router"]
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def frr(router, cmd, ipprefix):
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logger.info(f"Constructing {cmd} command for FRR router {router} to {ipprefix}...")
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try:
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# Loop through routers config file, match input router with configured routers, set variables
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for r in routers_list:
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if router == r["address"]:
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type = r["type"]
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src_addr_ipv4 = r["src_addr_ipv4"]
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src_addr_ipv6 = r["src_addr_ipv6"]
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try:
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# Loop through commands config file, set variables for matched commands
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if cmd == "Query Type":
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msg = "You must select a query type."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, cmd, ipprefix)
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class codes:
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"""Class for easy calling & recalling of http success/error codes"""
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def __init__(self):
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# 200 OK: renders standard display text
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self.success = 200
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# 405 Method Not Allowed: Renders Bulma "warning" class notification message with message text
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self.warning = 405
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# 415 Unsupported Media Type: Renders Bulma "danger" class notification message with message text
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self.danger = 415
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code = codes()
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def frr(cmd, ipprefix, device):
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d_address = device["address"]
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d_src_addr_ipv4 = device["src_addr_ipv4"]
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d_src_addr_ipv6 = device["src_addr_ipv6"]
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d_location = device["location"]
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d_name = device["name"]
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d_port = device["port"]
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d_type = device["type"]
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logger.info(f"Constructing {cmd} command for FRR router {d_name} to {ipprefix}...")
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# BGP Community Query
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elif cmd in ["bgp_community"]:
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if cmd in ["bgp_community"]:
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# Extended Communities, new-format
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query = json.dumps({"cmd": cmd, "afi": "dual", "target": ipprefix})
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if re.match("^([0-9]{0,5})\:([0-9]{1,5})$", ipprefix):
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query = json.dumps(
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{"cmd": cmd, "afi": "dual", "target": ipprefix}
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)
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msg = f"{ipprefix} matched new-format community."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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# Extended Communities, 32 bit format
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elif re.match("^[0-9]{1,10}$", ipprefix):
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query = json.dumps(
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{"cmd": cmd, "afi": "dual", "target": ipprefix}
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)
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msg = f"{ipprefix} matched 32 bit community."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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# RFC 8092 Large Community Support
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elif re.match(
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"^([0-9]{1,10})\:([0-9]{1,10})\:[0-9]{1,10}$", ipprefix
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):
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query = json.dumps(
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{"cmd": cmd, "afi": "dual", "target": ipprefix}
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)
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elif re.match("^([0-9]{1,10})\:([0-9]{1,10})\:[0-9]{1,10}$", ipprefix):
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msg = f"{ipprefix} matched large community."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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else:
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msg = f"{ipprefix} is an invalid BGP Community Format."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {query}")
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return (msg, code.danger, d_address, query)
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# BGP AS_PATH Query
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elif cmd in ["bgp_aspath"]:
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if re.match(".*", ipprefix):
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query = json.dumps(
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{"cmd": cmd, "afi": "dual", "target": ipprefix}
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)
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query = json.dumps({"cmd": cmd, "afi": "dual", "target": ipprefix})
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msg = f"{ipprefix} matched AS_PATH regex."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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else:
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msg = f"{ipprefix} is an invalid AS_PATH regex."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, query)
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_address, query)
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# BGP Route Query
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elif cmd in ["bgp_route"]:
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try:
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# Use netaddr library to verify if input is a valid IPv4 address or prefix
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if IPNetwork(ipprefix).ip.version == 4:
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query = json.dumps(
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{"cmd": cmd, "afi": "ipv4", "target": ipprefix}
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)
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query = json.dumps({"cmd": cmd, "afi": "ipv4", "target": ipprefix})
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msg = f"{ipprefix} is a valid IPv4 Adddress."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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# Use netaddr library to verify if input is a valid IPv6 address or prefix
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elif IPNetwork(ipprefix).ip.version == 6:
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query = json.dumps(
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{"cmd": cmd, "afi": "ipv6", "target": ipprefix}
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)
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query = json.dumps({"cmd": cmd, "afi": "ipv6", "target": ipprefix})
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msg = f"{ipprefix} is a valid IPv6 Adddress."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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# Exception from netaddr library will return a user-facing error
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except:
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msg = f"{ipprefix} is an invalid IP Address."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {query}")
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return (msg, code.danger, d_address, query)
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# Ping/Traceroute
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elif cmd in ["ping", "traceroute"]:
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try:
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@ -116,221 +100,130 @@ def frr(router, cmd, ipprefix):
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{
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"cmd": cmd,
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"afi": "ipv4",
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"source": src_addr_ipv4,
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"source": d_src_addr_ipv4,
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"target": ipprefix,
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}
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)
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msg = f"{ipprefix} is a valid IPv4 Adddress."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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elif IPNetwork(ipprefix).ip.version == 6:
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query = json.dumps(
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{
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"cmd": cmd,
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"afi": "ipv6",
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"source": src_addr_ipv6,
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"source": d_src_addr_ipv6,
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"target": ipprefix,
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}
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)
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msg = f"{ipprefix} is a valid IPv6 Adddress."
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code = 200
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return (msg, code, router, query)
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return (msg, code.success, d_address, query)
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except:
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msg = f"{ipprefix} is an invalid IP Address."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {query}")
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return (msg, code.danger, d_name, query)
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else:
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msg = f"Command {cmd} not found."
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code = 415
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logger.error(f"{msg}, {code}, {router}, {cmd}, {ipprefix}")
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return (msg, code, router, cmd, ipprefix)
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except:
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router_ip = r["address"]
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error_msg = logger.error(
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f"Input router IP {router} does not match the configured router IP of {router_ip}"
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)
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raise ValueError(error_msg)
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except:
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raise
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logger.error(f"{msg}, {code.danger}, {d_name}, {query}")
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return (msg, code.danger, d_name, query)
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def netmiko(router, cmd, ipprefix):
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def ssh(cmd, ipprefix, device):
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"""Receives JSON from Flask, constucts the command that will be passed to the router. Also handles input validation & error handling."""
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logger.info(f"Constructing {cmd} command for {router} to {ipprefix}...")
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try:
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# Loop through routers config file, match input router with configured routers, set variables
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for r in routers_list:
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try:
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if router == r["address"]:
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type = r["type"]
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src_addr_ipv4 = r["src_addr_ipv4"]
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src_addr_ipv6 = r["src_addr_ipv6"]
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d_address = device["address"]
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d_src_addr_ipv4 = device["src_addr_ipv4"]
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d_src_addr_ipv6 = device["src_addr_ipv6"]
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d_location = device["location"]
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d_name = device["name"]
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d_port = device["port"]
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d_type = device["type"]
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logger.info(f"Constructing {cmd} command for {d_name} to {ipprefix}...")
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# Loop through commands config file, set variables for matched commands
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for nos in commands:
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if type == nos:
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nos = commands[type]
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nos_commands = nos[0]
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# Dual stack commands (agnostic of IPv4/IPv6)
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dual_commands = nos_commands["dual"]
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# IPv4 Specific Commands
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ipv4_commands = nos_commands["ipv4"]
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# IPv6 Specific Commands
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ipv6_commands = nos_commands["ipv6"]
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if cmd == "Query Type":
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msg = "You must select a query type."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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class command:
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def __init__(self, type):
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if type in commands:
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self.dual = commands[type][0]["dual"]
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self.ipv4 = commands[type][0]["ipv4"]
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self.ipv6 = commands[type][0]["ipv6"]
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else:
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msg = f"{d_type} is an unsupported network operating system."
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_name, cmd, ipprefix)
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c = command(d_type)
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# BGP Community Query
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elif cmd in ["bgp_community"]:
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if cmd == "bgp_community":
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# Extended Communities, new-format
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if re.match("^([0-9]{0,5})\:([0-9]{1,5})$", ipprefix):
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for a, c in dual_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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mc = c.dual[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} matched new-format community."
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code = 200
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return (msg, code, router, type, command)
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return (msg, code.success, d_address, d_type, command)
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# Extended Communities, 32 bit format
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elif re.match("^[0-9]{1,10}$", ipprefix):
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for a, c in dual_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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msg = (
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f"{ipprefix} matched 32 bit community."
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)
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code = 200
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return (msg, code, router, type, command)
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mc = c.dual[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} matched 32 bit community."
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return (msg, code.success, d_address, d_type, command)
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# RFC 8092 Large Community Support
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elif re.match(
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"^([0-9]{1,10})\:([0-9]{1,10})\:[0-9]{1,10}$",
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ipprefix,
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):
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for a, c in dual_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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elif re.match("^([0-9]{1,10})\:([0-9]{1,10})\:[0-9]{1,10}$", ipprefix):
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mc = c.dual[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} matched large community."
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code = 200
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return (msg, code, router, type, command)
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return (msg, code.success, d_address, d_type, command)
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else:
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msg = f"{ipprefix} is an invalid BGP Community Format."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_name, cmd, ipprefix)
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# BGP AS_PATH Query
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elif cmd in ["bgp_aspath"]:
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elif cmd == "bgp_aspath":
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if re.match(".*", ipprefix):
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for a, c in dual_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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mc = c.dual[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} matched AS_PATH regex."
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code = 200
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return (msg, code, router, type, command)
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return (msg, code.success, d_address, d_type, command)
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else:
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msg = f"{ipprefix} is an invalid AS_PATH regex."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_name, cmd, ipprefix)
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# BGP Route Query
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elif cmd in ["bgp_route"]:
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elif cmd == "bgp_route":
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try:
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# Use netaddr library to verify if input is a valid IPv4 address or prefix
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if IPNetwork(ipprefix).ip.version == 4:
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for a, c in ipv4_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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mc = c.ipv4[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} is a valid IPv4 Adddress."
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code = 200
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return (
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msg,
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code,
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router,
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type,
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command,
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)
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return (msg, code.success, d_address, d_type, command)
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# Use netaddr library to verify if input is a valid IPv6 address or prefix
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elif IPNetwork(ipprefix).ip.version == 6:
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for a, c in ipv6_commands.items():
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if a == cmd:
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command = c.format(target=ipprefix)
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mc = c.ipv6[cmd]
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command = mc.format(target=ipprefix)
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msg = f"{ipprefix} is a valid IPv6 Adddress."
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code = 200
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return (
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msg,
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code,
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router,
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type,
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command,
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)
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return (msg, code.success, d_address, d_type, command)
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# Exception from netaddr library will return a user-facing error
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except:
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msg = f"{ipprefix} is an invalid IP Address."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_name, cmd, ipprefix)
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# Ping/Traceroute
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elif cmd in ["ping", "traceroute"]:
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try:
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if IPNetwork(ipprefix).ip.version == 4:
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for a, c in ipv4_commands.items():
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if a == cmd:
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command = c.format(
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target=ipprefix,
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src_addr_ipv4=src_addr_ipv4,
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)
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mc = c.ipv4[cmd]
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command = mc.format(target=ipprefix, src_addr_ipv4=d_src_addr_ipv4)
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msg = f"{ipprefix} is a valid IPv4 Adddress."
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code = 200
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return (
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msg,
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code,
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router,
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type,
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command,
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)
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return (msg, code.success, d_address, d_type, command)
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elif IPNetwork(ipprefix).ip.version == 6:
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for a, c in ipv6_commands.items():
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if a == cmd:
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command = c.format(
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target=ipprefix,
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src_addr_ipv6=src_addr_ipv6,
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)
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mc = c.ipv6[cmd]
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command = mc.format(target=ipprefix, src_addr_ipv6=d_src_addr_ipv6)
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msg = f"{ipprefix} is a valid IPv6 Adddress."
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code = 200
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return (
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msg,
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code,
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router,
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type,
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command,
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)
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return (msg, code.success, d_address, d_type, command)
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except:
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msg = f"{ipprefix} is an invalid IP Address."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
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return (msg, code.danger, d_name, cmd, ipprefix)
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else:
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msg = f"Command {cmd} not found."
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code = 415
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logger.error(
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f"{msg}, {code}, {router}, {cmd}, {ipprefix}"
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)
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return (msg, code, router, cmd, ipprefix)
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except:
|
||||
router_ip = r["address"]
|
||||
error_msg = logger.error(
|
||||
f"Input router IP {router} does not match the configured router IP of {router_ip}"
|
||||
)
|
||||
raise ValueError(error_msg)
|
||||
except:
|
||||
raise
|
||||
logger.error(f"{msg}, {code.danger}, {d_name}, {cmd}, {ipprefix}")
|
||||
return (msg, code.danger, d_name, cmd, ipprefix)
|
||||
|
|
|
|||
|
|
@ -32,12 +32,19 @@ class device:
|
|||
for r in routers_list:
|
||||
if r["location"] == lg_router:
|
||||
self.address = r["address"]
|
||||
self.port = r["port"]
|
||||
self.type = r["type"]
|
||||
self.asn = r["asn"]
|
||||
self.src_addr_ipv4 = r["src_addr_ipv4"]
|
||||
self.src_addr_ipv6 = r["src_addr_ipv6"]
|
||||
self.credential = r["credential"]
|
||||
self.location = r["location"]
|
||||
self.name = r["name"]
|
||||
self.port = r["port"]
|
||||
self.type = r["type"]
|
||||
self.proxy = r["proxy"]
|
||||
|
||||
def __call__(self):
|
||||
return vars(self)
|
||||
|
||||
|
||||
class credential:
|
||||
def __init__(self, cred):
|
||||
|
|
@ -60,20 +67,20 @@ class params:
|
|||
class http:
|
||||
def __init__(self):
|
||||
self.msg, self.status, self.router, self.query = construct.frr(
|
||||
d.address, lg_cmd, lg_ipprefix
|
||||
lg_cmd, lg_ipprefix, d()
|
||||
)
|
||||
|
||||
def all(self):
|
||||
return self.msg, self.status, self.router, self.query
|
||||
def __call__(self):
|
||||
return vars(self)
|
||||
|
||||
class ssh:
|
||||
def __init__(self):
|
||||
self.msg, self.status, self.router, self.type, self.command = construct.netmiko(
|
||||
d.address, lg_cmd, lg_ipprefix
|
||||
self.msg, self.status, self.router, self.type, self.command = construct.ssh(
|
||||
lg_cmd, lg_ipprefix, d()
|
||||
)
|
||||
|
||||
def all(self):
|
||||
return self.msg, self.status, self.router, self.type, self.command
|
||||
def __call__(self):
|
||||
return vars(self)
|
||||
|
||||
def nm_host(self):
|
||||
c = credential(d.credential)
|
||||
|
|
@ -104,15 +111,14 @@ class connect:
|
|||
"""Sends HTTP POST to router running the hyperglass-frr API"""
|
||||
http = params().http()
|
||||
c = credential(d.credential)
|
||||
logger.error(f"API Key: {c.password}")
|
||||
try:
|
||||
headers = {"Content-Type": "application/json", "X-API-Key": c.password}
|
||||
json_query = json.dumps(http.query)
|
||||
frr_endpoint = f"http://{d.address}:{d.port}/frr"
|
||||
frr_output = requests.post(
|
||||
frr_response = requests.post(
|
||||
frr_endpoint, headers=headers, data=json_query
|
||||
)
|
||||
return frr_output
|
||||
return frr_response.text, frr_response.status_code
|
||||
except:
|
||||
raise
|
||||
|
||||
|
|
@ -130,6 +136,7 @@ class connect:
|
|||
ssh = params().ssh()
|
||||
nm_proxy = ssh.nm_proxy()
|
||||
nm_host = ssh.nm_host()
|
||||
dp = proxy(d.proxy)
|
||||
|
||||
nm_connect_proxied = ConnectHandler(**nm_proxy)
|
||||
nm_ssh_command = dp.ssh_command.format(**nm_host) + "\n"
|
||||
|
|
@ -188,7 +195,12 @@ def execute(lg_data):
|
|||
# If netaddr library throws an exception, return a user-facing error.
|
||||
except:
|
||||
msg = f"{lg_ipprefix} is not a valid IP Address."
|
||||
code = 415
|
||||
code = 405
|
||||
logger.error(f"{msg}, {code}, {lg_data}")
|
||||
return (msg, code, lg_data)
|
||||
elif lg_cmd == "Query Type":
|
||||
msg = "You must select a query type."
|
||||
code = 405
|
||||
logger.error(f"{msg}, {code}, {lg_data}")
|
||||
return (msg, code, lg_data)
|
||||
|
||||
|
|
@ -198,17 +210,22 @@ def execute(lg_data):
|
|||
if d.type == "frr":
|
||||
http = params().http()
|
||||
try:
|
||||
output = connect.restapi.frr()
|
||||
if http.status in range(200, 300):
|
||||
output, frr_status = connect.restapi.frr()
|
||||
parsed_output = parse.parse(output, d.type, lg_cmd)
|
||||
return parsed_output, http.status, params().http().all()
|
||||
return parsed_output, frr_status, http()
|
||||
elif http.status in range(400, 500):
|
||||
return http.msg, http.status, http()
|
||||
else:
|
||||
logger.error(general_error, 500, http())
|
||||
return general_error, 500, http()
|
||||
except:
|
||||
raise
|
||||
else:
|
||||
try:
|
||||
ssh = params().ssh()
|
||||
if ssh.status in range(200, 300):
|
||||
if d.proxy:
|
||||
global dp
|
||||
dp = proxy(d.proxy)
|
||||
output = connect.nm.proxied(d.proxy)
|
||||
parsed_output = parse.parse(output, d.type, lg_cmd)
|
||||
return parsed_output, ssh.status, ssh.router, ssh.command
|
||||
|
|
@ -216,5 +233,10 @@ def execute(lg_data):
|
|||
output = connect.nm.direct()
|
||||
parsed_output = parse.parse(output, d.type, lg_cmd)
|
||||
return parsed_output, ssh.status, ssh.router, ssh.command
|
||||
elif ssh.status in range(400, 500):
|
||||
return ssh.msg, ssh.status, ssh()
|
||||
else:
|
||||
logger.error(general_error, 500, ssh())
|
||||
return general_error, 500, ssh()
|
||||
except:
|
||||
raise
|
||||
|
|
|
|||
Loading…
Add table
Reference in a new issue