for i in range(counter):
path = []
current = src
path.append(src)
s.push(src)
while (not(current == tgt)) and (not(s.isEmpty())):
for edge in current.out_edges():
if g.ep.edge_flow[edge] == 1 and g.ep.residual_capacity[edge] == 1:
s.push(edge.target())
current = s.pop()
g.ep.residual_capacity[g.edge(path[-1], current)] = 0
g.ep.residual_capacity[g.edge(current, path[-1])] = 0
path.append(current)
paths.append(path)
s.allClear()
temp_list = []
for each_path in paths:
temp_list.append([int(x) for x in each_path])
frequency_n_paths[g.gp.layer_name] = temp_list
paths = []
max_flow = sum(g.ep.edge_flow[e] for e in tgt.in_edges())
request_key = str(request[0]) + " -> " + str(request[1])
# print(request_key)
all_requests_n_paths[request_key] = frequency_n_paths
