先创建隧道，然后在隧道上创建业务，要理清此思路。
在postmhttp://172.16.110.18:60131/restconf/operations/raisecom-tunnel:create-tunnelan的四大场景中：这四处可以创建隧道
183-185b之间lspvlan1
183-185b之间lspvlan2
183-88之间lspvlan1
183-88之间lspvlan2
{
"input": {
"id": "31",
"name": "31",
"user-label": "31",
"direction": "bidirection",
"tunnel-type": "linearMPLS",
"source-ne-id": "openflow:112777252306944",
"destination-ne-id": "openflow:4044003901243392",
"source-ip": "10.0.51.39",
"destination-ip": "10.0.51.42",
"lsp": [
{
"id": "31",
"name": "31",
"user-label": "31",
"direction": "bidirection",
"lsp-role": "master",
"lsp-type": "pepe",
"ingress-ne-id": "openflow:112777252306944",
"egress-ne-id": "openflow:4044003901243392",
"admin-status": "admin-up",
"operate-status": "operate-up",
"route": [
{
"id": "31",
"name": "31",
"layer-rate": "lsp",
"snc-id": "31",
"xc": [
{
"ne-id": "openflow:112777252306944",
"ingress-ltp-id": "5",（主要是指从设备的哪个端口发出的）
"egress-ltp-id": "4",（同上）以上两个值要通过：拓扑—链路列表，查出，在根据：资产—端口：所有端口，立案查出其对应的具体是哪个端口号
"forward-peer-id": "10.0.51.42",（两台设备这个写对方，或者理解为目的的ip）
"forward-out-label": "1996",
"backward-in-label": "1996",
"ingress-vlan": "100",
"egress-vlan": "100"
},
{
"ne-id": "openflow:4044003901243392",
"ingress-ltp-id": "4",
"backward-peer-id": "10.0.51.39",
"egress-ltp-id": "5",
"forward-in-label": "1996",
"backward-out-label": "1996",
"ingress-vlan": "100",
"egress-vlan": "100"（此栏中的内容，与上栏中的填写方式一致，最易错点是 ne-id与backward-peer-id(forward-peer-id)的填写）
}
]
}
]
}
],
"operate-status": "operate-up"
}
}
结果：
{
"output": {
"error-message": "add success",
"error-code": "200"
}
}
总结："input"中的:
"id": "31",
"name": "31",
"user-label": "31"
这三个值可以随意定义，就好比是起个名字
"source-ne-id": "openflow:112777252306944",
"destination-ne-id": "openflow:4044003901243392",
"source-ip": "10.0.51.39",
"destination-ip": "10.0.51.42",
这四条消息的值，source(destination) ne-id是指某个域的起始（终止）节点，主要是通过数据库Heid SQL中查询，在res_ne—数据—hostname下查看；source ip（destination ip）主要指源或目的ip的值