def __init__(self, top_man, overlay_id, node_id, max_wrkld):
self._current_adj_list = ConnEdgeAdjacenctList(overlay_id, node_id)
self._pending_adj_list = None
self._negotiated_edges = {}
self._refresh_in_progress = 0
self._max_concurrent_wrkload = max_wrkld
#self._lock = threading.Lock()
self._top = top_man
self._net_ops = None
self.dbg_netop_max_pri = 0
def build_adj_list(self, transition_adj_list):
adj_list = ConnEdgeAdjacenctList(
self.overlay_id, self._node_id,
dict(MaxSuccessors=self._max_successors,
MaxLongDistEdges=self._max_ldl_cnt))
self._build_enforced(adj_list)
if not self._manual_topo:
self._build_successors(adj_list)
self._build_long_dist_links(adj_list, transition_adj_list)
adj_list.validate()
return adj_list
def build_adj_list(self, ):
"""
Generates a new adjacency list from the list of available peers
"""
adj_list = ConnEdgeAdjacenctList(self.overlay_id, self._node_id)
for peer_id in self._peers:
if self._enforced and peer_id in self._enforced:
ce = ConnectionEdge(peer_id)
ce.type = "CETypeEnforced"
adj_list.conn_edges[peer_id] = ce
elif not self._manual_topo and self._node_id < peer_id:
ce = ConnectionEdge(peer_id)
ce.type = "CETypeSuccessor"
adj_list.conn_edges[peer_id] = ce
return adj_list
def build_adj_list_ata(self, ):
"""
Generates a new adjacency list from the list of available peers
"""
adj_list = ConnEdgeAdjacenctList(self.overlay_id, self._node_id,
self._max_successors,
self._max_ldl_cnt, self._max_ond)
for peer_id in self._peers:
if self._enforced_edges and peer_id in self._enforced_edges:
ce = ConnectionEdge(peer_id)
ce.edge_type = "CETypeEnforced"
adj_list.add_conn_edge(ce)
elif not self._manual_topo and self._node_id < peer_id:
ce = ConnectionEdge(peer_id)
ce.edge_type = "CETypeSuccessor"
adj_list.add_conn_edge(ce)
return adj_list
def build_adj_list(self,
peers,
transition_adj_list,
request_list=None,
relink=False):
self._relink = relink
self._prep(peers)
if request_list is None:
request_list = []
adj_list = ConnEdgeAdjacenctList(self.overlay_id, self._node_id,
self._max_successors,
self._max_ldl_cnt, self._max_ond)
self._build_enforced(adj_list)
if not self._manual_topo:
self._build_successors(adj_list, transition_adj_list)
self._build_long_dist_links(adj_list, transition_adj_list)
self._build_ondemand_links(adj_list, transition_adj_list,
request_list)
for _, ce in adj_list.conn_edges.items():
assert ce.edge_state == "CEStateInitialized", "Invalid CE edge state, CE={}".format(
ce)
return adj_list
def __init__(self, top_man, overlay_id, node_id):
self._current_edges = ConnEdgeAdjacenctList(overlay_id, node_id)
self._refresh_in_progress = 0
self._pending_edges = None
self._lock = threading.Lock()
self._top = top_man