lare
1fda3c11a4
- remove http only in login.html - extract PeeringManager into separate file - add "progress meter" for "used" to "available" peerings
176 lines
7 KiB
Python
176 lines
7 KiB
Python
import json
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import os
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import base64
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import logging
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import random
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class NodeCommunicator:
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def __init__(self, name:str, config):
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self.name = name
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self.__config = config
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self.__api_addr = config["api-con"]
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class PeeringManager:
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def __init__(self, config):
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self.__config = config
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self.__peering_file = config["peerings"]
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self.__load_peerings()
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self._nodes = {}
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for node in self.__config["nodes"]:
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self._nodes[node] = NodeCommunicator(name=node, config=self.__config["nodes"][node])
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self._amounts = None
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def __load_peerings(self):
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if not os.path.exists(self.__peering_file):
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with open(self.__peering_file, "x") as p:
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json.dump({"mnter": {}, "asn": {}}, p)
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try:
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with open(self.__peering_file, "r") as p:
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self.peerings = json.load(p)
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except json.decoder.JSONDecodeError:
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with open(self.__peering_file, "w") as p:
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json.dump({"mnter": {}, "asn": {}}, p)
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with open(self.__peering_file, "r") as p:
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self.peerings = json.load(p)
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# self.peerings = {}
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# missing_peerings = False
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# for peering in self._peerings:
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# if os.path.exists(f"{self._peering_dir}/{peering}.json"):
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# with open(f"{self._peering_dir}/{peering}.json") as peer_cfg:
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# self.peerings[peering] = json.load(peer_cfg)
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# else:
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# logging.warning(f"peering with id {peering} doesn't exist. removing reference in `{self._peering_dir}/peerings.json`")
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# self._peerings.remove(peering)
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# missing_peerings = True
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# if missing_peerings:
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# with open(f"{self._peering_dir}/peerings.json","w") as p:
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# json.dump(self._peerings, p, indent=4)
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def _save_peerings(self):
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with open(self.__peering_file, "w") as p:
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json.dump(self.peerings, p, indent=4)
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self._amounts = None
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def _update_nodes(self, mode, peering, new_peering=None):
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"""mode: "add","update","delete
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peering: peering to send to node (included in peering)
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new_peering: if mode=="update" the new peering to update to
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"""
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pass
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def _update_amounts(self):
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__new = {}
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for asn in self.peerings["asn"]:
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for peering in self.peerings["asn"][asn]:
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if not peering["node"] in __new:
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__new[peering["node"]] = 0
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__new[peering["node"]] += 1
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self._amounts = __new
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def amount_by_node(self, node_name: str):
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if self._amounts ==None:
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self._update_amounts()
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try:
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return self._amounts[node_name]
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except KeyError:
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return 0
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def exists(self, asn, node, mnt=None, wg_key=None, endpoint=None, ipv6ll=None, ipv4=None, ipv6=None, bgp_mp=True, bgp_enh=True):
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"""checks if a peerings with specific data already exists"""
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# check if mnt is specified, already exists in the database and if that mnt has the specified ASn -> if not: return False
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if mnt and not (mnt in self.peerings["mnter"] and asn in self.peerings["mnter"][mnt]):
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return False
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selected_peerings = self.peerings["asn"][asn]
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# check if the ASn even has peerings
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if len(selected_peerings) == 0:
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return False
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for p in selected_peerings:
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if p["node"] == node:
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if (not wg_key or p["wg_key"] == wg_key) and (not endpoint or p["endpoint"] == endpoint) \
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and (not ipv6ll or p["ipv6ll"] == ipv6ll) and (not ipv4 or p["ipv4"] == ipv4) and (not ipv6 or p["ipv6"] == ipv6)\
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and (not bgp_mp or p["bgp_mp"] == bgp_mp) and (not bgp_enh or p["bgp_enh"] == bgp_enh):
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return True
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return False
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def get_peerings_by_mnt(self, mnt):
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# print(self.peerings)
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try:
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out = []
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for asn in self.peerings["mnter"][mnt]:
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try:
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for peering in self.peerings["asn"][asn]:
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out.append(peering)
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except KeyError as e:
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pass
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return out
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except KeyError:
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return {}
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def add_peering(self, asn, node, mnt, wg_key, endpoint=None, ipv6ll=None, ipv4=None, ipv6=None, bgp_mp=True, bgp_enh=True):
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# check if this MNT already has a/this asn
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try:
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if not asn in self.peerings["mnter"][mnt]:
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# ... and add it if it hasn't
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self.peerings[mnt].append(asn)
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except KeyError:
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# ... and cerate it if it doesn't have any yet
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self.peerings["mnter"][mnt] = [asn]
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try:
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if not asn in self.peerings["asn"]:
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self.peerings["asn"][asn] = []
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except KeyError:
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self.peerings["asn"][asn] = []
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# deny more than one peering per ASN to one node
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for peering in self.peerings["asn"][asn]:
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if peering["node"] == node:
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return False
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self.peerings["asn"][asn].append({"MNT": mnt, "ASN": asn, "node": node, "wg_key": wg_key, "endpoint": endpoint,
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"ipv6ll": ipv6ll, "ipv4": ipv4, "ipv6": ipv6, "bgp_mp": bgp_mp, "bgp_enh": bgp_enh})
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self._save_peerings()
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return True
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def update_peering(self, asn, node, mnt, wg_key, endpoint=None, ipv6ll=None, ipv4=None, ipv6=None, bgp_mp=True, bgp_enh=True):
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# check if this MNT already has a/this asn
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try:
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if not asn in self.peerings["mnter"][mnt]:
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# ... and add it if it hasn't
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self.peerings[mnt].append(asn)
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except KeyError:
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# ... and cerate it if it doesn't have any yet
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self.peerings["mnter"][mnt] = [asn]
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try:
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if not asn in self.peerings["asn"]:
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return False
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except KeyError:
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return False
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success = False
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for pNr in range(len(self.peerings["asn"][asn])):
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if self.peerings["asn"][asn][pNr]["node"] == node:
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self.peerings["asn"][asn][pNr] = {"MNT": mnt, "ASN": asn, "node": node, "wg_key": wg_key,
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"endpoint": endpoint, "ipv6ll": ipv6ll, "ipv4": ipv4, "ipv6": ipv6, "bgp_mp": bgp_mp, "bgp_enh": bgp_enh}
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success = True
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if not success:
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return False
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self._save_peerings()
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return True
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def delete_peering(self, asn, node, mnt, wg_key=None):
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if not self.exists(asn, node, mnt=mnt, wg_key=wg_key):
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return False
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for p in self.peerings["asn"][asn]:
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if p["node"] == node:
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if wg_key and p["wg_key"] != wg_key:
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continue
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self.peerings["asn"][asn].remove(p)
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self._save_peerings()
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return True
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# if nothing got found (should have been catched by self.exists)
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return False
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