# VedioNet割接脚本

**Repository Path**: Andromedaspace/vedio-net-cutover-script

## Basic Information

- **Project Name**: VedioNet割接脚本
- **Description**: 共享割接脚本使用
- **Primary Language**: Unknown
- **License**: MulanPSL-2.0
- **Default Branch**: master
- **Homepage**: None
- **GVP Project**: No

## Statistics

- **Stars**: 0
- **Forks**: 0
- **Created**: 2023-04-24
- **Last Updated**: 2023-04-27

## Categories & Tags

**Categories**: Uncategorized

**Tags**: None

## README

# VideoNet割接脚本

## 介绍

共享割接脚本使用

## 脚本说明

华三、华为交换机命令，此脚本做参考用，实际操作时，请根据实际软件版本为准。

###  移动IDC .核心交换机堆叠线路冗余

***

#### CMCC.Video.Core.CE12808[视频网核心]增加STACK堆叠口
CE12800STACK堆叠连接方式示意图：

![输入图片说明](CE12800%E5%A0%86%E5%8F%A0%E7%A4%BA%E6%84%8F%E5%9B%BE.png)




步骤一：CE12808堆叠配置
```
#关闭需要加入STACK堆叠端口的业务口
interface range 10G1/8/0/13 10G1/8/0/15 10G1/8/0/19 10G2/8/0/13 10G2/8/0/15 10G2/8/0/19
shutdown
quit
commit

#将业务口加入STACK堆叠端口
interface 10G1/8/0/13
port mode stack
stack-port 1/1

interface 10G1/8/0/15
port mode stack
stack-port 1/1

interface 10G1/8/0/19
port mode stack
stack-port 1/1

interface  10G2/8/0/13
port mode stack
stack-port 1/1

interface  10G2/8/0/15
port mode stack
stack-port 1/1

interface  10G2/8/0/19
port mode stack
stack-port 1/1

quit
commit

```
> 被配置为堆叠物理成员端口后，端口下会自动配置port crc-statistics trigger error-down
```

#开启堆叠端口中的成员端口
interface range 10G1/8/0/13 10G1/8/0/15 10G1/8/0/19 10G2/8/0/13 10G2/8/0/15 10G2/8/0/19
undo shutdown
quit
commit

```
步骤二：STACK堆叠连线。
> - 光模块先提前插上，光纤先接第一台，第二台做完堆叠口后再接上
> - STACK堆叠接线表：

| Stack-Port1/1 | Stack-Port2/1 | 备注 |
|---------------|---------------|----|
| 10G1/8/0/13   |  10G2/8/0/13  |    |
| 10G1/8/0/15   |  10G2/8/0/15  |    |
| 10G1/8/0/19   |  10G2/8/0/19  |    |
| 10G1/8/0/22   |  10G2/8/0/22  | （使用中） |


步骤三：STACK堆叠验证。

```
#查看STACK堆叠的成员信息
display stack [ member member-id ]

#查看STACK堆叠配置信息
display stack configuration [ member member-id | all ]

#查看STACK堆叠拓扑信息
display stack topology [ link | neighbor ]

```
步骤三：配置双主检测（已经配置过？）。

    完成。
***

#### CMCC.TrafSign.Core.S7606[信号网核心]增加IRF堆叠口
IRF典型配置组网示意图（BFD MAD检测方式）

![输入图片说明](IRF%E5%85%B8%E5%9E%8B%E9%85%8D%E7%BD%AE%E7%BB%84%E7%BD%91%E5%9B%BE%EF%BC%88BFD%20MAD%E6%A3%80%E6%B5%8B%E6%96%B9%E5%BC%8F.png)


步骤一：配置MAD检测（已经配好，但端口未启用）。

```
vlan  4001 
des BFD_MAD
quit
interface range GE1/5/0/32 GE2/5/0/32
undo shutdown
port access vlan  4001
quit
interface vlan4001
mad bfd enable
mad ip address 1.40.1.1 29 member 1
mad ip address 1.40.1.2 29 member 2
```
步骤二：MAD检测连线
> 千兆板卡是光电复用的，使用5/0/32电口时一定要把5/0/24光模块拔掉。
```
GE1/5/0/32<------>GE2/5/0/32
```


步骤三：S7606IRF堆叠配置
```
#关闭需要加入IRF堆叠端口的业务口
interface ten 1/4/0/6
shut
interface ten 1/4/0/7
shut
interface ten 1/4/0/8
shut

quit


#将业务口加入IRF堆叠端口
irf-port 1/1
port group interface ten 1/4/0/6 mode normal
port group interface ten 1/4/0/7 mode normal
port group interface ten 1/4/0/8 mode normal
quit

irf-port 2/2
port group interface ten 2/4/0/6 mode normal
port group interface ten 2/4/0/7 mode normal
port group interface ten 2/4/0/8 mode normal
quit

#开启IRF堆叠端口中的成员端口
interface interface-type interface-number
undo shutdown
quit

#激活IRF端口下的配置(非必须？此种场景下文档未严格说明)
irf-port-configuration active

```
步骤四：IRF堆叠连线。
> 光模块先提前插上，光纤先接第一台，第二台做完堆叠口时再接上

| irf-Port1/1 | irf-Port2/2 | 备注 |
|---------------|---------------|----|
| XG1/2/0/8     |   XG2/2/0/8   | （使用中） |
| XG1/4/0/6     |   XG2/4/0/6   |    |
| XG1/4/0/7     |   XG2/4/0/7   |    |
| XG1/4/0/8     |   XG2/4/0/8   |    |


步骤五：IRF堆叠验证。

```
#显示IRF中所有成员设备的相关信息
display irf
#显示IRF的拓扑信息
display irf topology
#显示IRF链路信息
display irf link
#显示所有成员设备上重启以后生效的IRF配置
display irf configuration
#显示IRF链路的负载分担模式
display irf-port load-sharing mode [ irf-port [ member-id/irf-port-number ] ]
```

步骤六：验证MAD检测

```
#显示MAD配置信息
display mad [ verbose ]
```
    完成。
###  核心交换机互联改四链路

***
#### Video.Core.S10510X[视频网核心&信号网核心]
步骤一：提前拉线、测线、插光模块。

步骤二：三层链路聚合组配置：
```
interface route-aggregation 1000
link-aggregation mode dynamic
#可选
lacp period short

interface range Te1/5/0/16 Te2/5/0/16
port link-mode route
port link-agg group 1000

interface route-aggregation 900
link-aggregation mode dynamic
#可选
lacp period short

interface range G1/3/0/8 G2/3/0/8
port link-mode route
port link-agg group 900

interface vlanif 1001
undo ip add

interface vlanif 1000
undo ip add

interface route-aggregation 1000
ip addr
quit

interface route-aggregation 900
ip addr
quit
```
步骤三：二层链路聚合组成员移到三层链路聚合组


#### CMCC.Video.Core.CE12808[视频网核心]

步骤一：提前拉线、测线、插光模块。
> 接线表

| Video.Core.S10510X | CMCC.Video.Core.CE12808 | 备注 |
|---------------|---------------|----|
|   BGAA102->RAGG1000:    |  Eth-Trunk1->Eth-Trunk500:  | 聚合组 |
| XG1/5/0/4    |  10G 1/8/0/0   |    |
| XG2/5/0/4    |  10G 2/8/0/0   |    |
| XG1/5/0/16   |  10G 1/8/0/9   | （新增）  |
| XG2/5/0/16   |  10G 2/8/0/9   | （新增）  |

步骤二：三层链路聚合组增加成员端口配置：
```
interface eth-trunk 500
mode lacp
undo portswitch

interface range 10G 1/8/0/9 10G 2/8/0/9 
eth-trunk 500

interface vlanif 1001
undo ip add 112.112.113.1 30


interface eth-trunk 500
ip addr 112.112.113.1 30
des Link-to-Video.Core.10510X

```
步骤三：二层链路聚合组成员移到三层链路聚合组

#### CMCC.TrafSign.Core.S7606[信号网核心]
步骤一：提前拉线、测线、插光模块。
> 接线表

| Video.Core.S10510X | CMCC.TrafSign.Core.S7606 | 备注 |
|---------------|---------------|----|
|   BAGG103:    |  BAGG1->RAGG200:       |  聚合组  |
| G1/3/0/7      |  G1/5/0/1     |    |
| G2/3/0/7      |  G2/5/0/1     |    |
| G1/3/0/8      |  G1/5/0/16    | （新增）  |
| G2/3/0/8      |  G2/5/0/16    | （新增）  |

步骤二：三层链路聚合组增加成员端口配置：

```
interface route-aggregation interface-number
link-aggregation mode dynamic
#可选
lacp period short

interface range G1/5/0/16 G2/5/0/16
port link-mode route
port link-agg group 200

interface vlanif 1000
undo ip add 112.112.112.1 30

interface route-aggregation 200
ip addr 112.112.112.1 30
des Link-to-Video.Core.10510X
quit
```
步骤三：二层链路聚合组成员移到三层链路聚合组


### 移动自有网络设备网关上移

***
#### CMCC.Video.Core.CE12808[视频网核心]
```
vlan batch 10 to 11 200 to 204  2451 to 2500

int eth-trunk8
port link-type trunk
port trunk allow-pass vlan 1
port trunk allow-pass vlan 10 to 11 2451 to 2500
quit

vlan 10
description TO-shijiaojing-gaojiadadui-luoxian
Vlanif11
 description TO-shijiaojing-gaosuzhongdui-luoxian
vlan 200
 description TO-SinPin
 aggregate-vlan
 access-vlan 2451 to 2460
vlan 201
 description TO-SinPin
 aggregate-vlan
 access-vlan 2461 to 2470
vlan 202
 description PTN-ShiPinWang
 aggregate-vlan
 access-vlan 2471 to 2480
vlan 203
 description TO-SinPin
 aggregate-vlan
 access-vlan 2481 to 2490
vlan 204
 description TO-SinPin
 aggregate-vlan
 access-vlan 2491 to 2500
#

interface Vlanif10
 description TO-shijiaojing-gaojiadadui-luoxian
 ip address 33.175.233.254 255.255.255.128
#
interface Vlanif11
 description TO-shijiaojing-gaosuzhongdui-luoxian
 ip address 33.175.233.1 255.255.255.128
#
interface Vlanif200
 description To PTN-ShiPinWang
 ip address 33.175.228.1 255.255.255.128
#
interface Vlanif201
 description To PTN-ShiPinWang
 ip address 33.175.228.129 255.255.255.128
#
interface Vlanif202
 description To PTN-ShiPinWang
 ip address 33.175.229.1 255.255.255.0
#
interface Vlanif203
 description To PTN-ShiPinWang
 ip address 33.175.230.1 255.255.255.0
#
interface Vlanif204
 description To PTN-ShiPinWang
 ip address 33.175.231.1 255.255.255.0
#

```
#### CMCC.TrafSign.Core.S7606[信号网核心]
```
vlan 2401 to 2409  2410 to 2420 3001 to 3010 2421 to 2430 

#5560上的vlan100改成vlan99
vlan 99
 description TO PTN-XinHaoWang
 supervlan     
 subvlan 2401 to 2409 
#
vlan 101
 description TO PTN-XinHaoWang
 supervlan
 subvlan 2410 to 2420 
#
vlan 102
 description TO PTN-xinhaowang
 supervlan
 subvlan 3001 to 3010 
#
vlan 103
 description TO_PTN-XinHaoWang-yayunyoudaoping
 supervlan
 subvlan 2421 to 2430 

interface Vlan-interface99
 description To PTN-XinHaoWang
 ip address 33.175.225.129 255.255.255.224
#
interface Vlan-interface101
 description TO PTN-xinhaowang
 ip address 33.175.225.161 255.255.255.224
#
interface Vlan-interface102
 description TO PTN-xinhaowang
 ip address 33.175.232.1 255.255.255.0
#
interface Vlan-interface103
 description TO PTN-XinHaoWang-yayunyoudaoping
 ip address 33.175.234.1 255.255.255.224

```

#### Video.Core.S10510X[视频网核心&信号网核心]
增加路由条目
详见VSCode