async def calculate_crush(key: str = Form(...)):
c = crush.Crush()
c.parse(json.loads(get_current_map()))
hashed_val = jenkins.hashlittle(key) % 2147483647
print(hashed_val)
ans = c.map(rule="data", value=hashed_val, replication_count=3)
return {'device_list': ans}
def import_edge_to_ubigraph(u, edge):
"""xmlrpc server, dict -> NoneType
Takes an xml rpc server and a edge dictionary and sends
the edge to the ubigraph server.
"""
# Create a copy of the edge
e = edge.copy()
# Hash the source/target to make an ID for the edge
edgeID = jenkins.hashlittle("{0}{1}".format(e["source"], e["target"]))
sourceID = jenkins.hashlittle(e.pop("source"))
targetID = jenkins.hashlittle(e.pop("target"))
# Create the node
u.new_edge_w_id(edgeID, sourceID, targetID)
def import_edge_to_ubigraph(u, edge):
"""xmlrpc server, dict -> NoneType
Takes an xml rpc server and a edge dictionary and sends
the edge to the ubigraph server.
"""
# Create a copy of the edge
e = edge.copy()
# Hash the source/target to make an ID for the edge
edgeID = jenkins.hashlittle("{0}{1}".format(e["source"], e["target"]))
sourceID = jenkins.hashlittle(e.pop("source"))
targetID = jenkins.hashlittle(e.pop("target"))
# Create the node
u.new_edge_w_id(edgeID, sourceID, targetID)
def import_node_to_ubigraph(u, node):
"""xmlrpc server, dict -> NoneType
Takes an xml rpc server and a node dictionary and sends
the node to the ubigraph server.
"""
name = jenkins.hashlittle(node["name"])
# Create Node
u.new_vertex_w_id(name)
# Add node name as a label
u.set_vertex_attribute(name, "label", node["name"])
def import_node_to_ubigraph(u, node):
"""xmlrpc server, dict -> NoneType
Takes an xml rpc server and a node dictionary and sends
the node to the ubigraph server.
"""
name = jenkins.hashlittle(node["name"])
# Create Node
u.new_vertex_w_id(name)
# Add node name as a label
u.set_vertex_attribute(name, "label", node["name"])
def import_edge_to_gephi(graph_ws, edge):
"""websocket, dict -> NoneType
Takes a websocket and a edge dictionary and adds the edge to
gephi through a websocket.
"""
# Make sure the edge is directional
edge["directed"] = True
# Hash the source/target to make an ID for the edge
edgeID = jenkins.hashlittle("{0}{1}".format(edge["source"], edge["target"]))
# Create the string formatted for the gephi websocket plugin
s = json.dumps({"ae":{edgeID:edge}})
# Add the edge with attributes
graph_ws.send(s)
def import_edge_to_gephi(graph_ws, edge):
"""websocket, dict -> NoneType
Takes a websocket and a edge dictionary and adds the edge to
gephi through a websocket.
"""
# Make sure the edge is directional
edge["directed"] = True
# Hash the source/target to make an ID for the edge
edgeID = jenkins.hashlittle("{0}{1}".format(edge["source"],
edge["target"]))
# Create the string formatted for the gephi websocket plugin
s = json.dumps({"ae": {edgeID: edge}})
# Add the edge with attributes
graph_ws.send(s)
def keyhash(self, input): return jenkins.hashlittle(input) & self.size
