def bootstrap(self, seed_nodes=[]):
"""
根据初始节点引导初始化
:param seed_nodes:<Node list> 种子节点列表
:return:
"""
for seed_node in seed_nodes:
#判断是否已经存在在邻居中
flag = self.tablsp.judnei(seed_node) #不同的格式怎么处理todo
print self.tablsp.basetable[1]
if flag == 0: #不在邻居中
#将该节点放入邻居中
self.tablsp.neighbourip.append(seed_node.ip)
self.tablsp.neighbourport.append(seed_node.port)
#设置距离
d = random.choice((1, 2, 3, 4, 40, 40, 40, 40))
print "insert distance in bootrs"
print d
self.tablsp.neighbourdistance.append(d)
# 握手,加入lsptab中
self.sendversion(
seed_node,
Version(
1, int(time.time()), self.node_id, seed_node.node_id,
db.get_block_height(
self.blockchain.get_wallet_address()), d))
#建立邻居完毕后整理lsp
self.tablsp.generatelsp()
print "neighbour"
print self.tablsp.lsp
def bootstrap(self, seed_nodes=[]):
"""
根据初始节点引导初始化
:param seed_nodes:<Node list> 种子节点列表
:return:
"""
for seed_node in seed_nodes:
# 握手
self.sendversion(
seed_node,
Version(
1, int(time.time()), self.node_id, seed_node.node_id,
db.get_block_height(self.blockchain.get_wallet_address())))
for seed_node in seed_nodes:
self.iterative_find_nodes(self.client.node_id, seed_node)
if len(seed_nodes) == 0:
for seed_node in self.buckets.get_all_nodes():
self.iterative_find_nodes(self.client.node_id, seed_node)