Showing posts with label Cisco. Show all posts
Showing posts with label Cisco. Show all posts

Saturday, June 18, 2022

Cisco Huawei H3C Ruijie

 

 

Cisco

Huawei

H3C

Router

Cisco ISR 4431

 AR6140-9G-2AC 

H3C MSR3610-X1

Switch

Cisco WS-C3850-48T

 S5731-H48T4XC

H3C S5130S-28S-HI

Switch

Cisco C9300

24-port:
 S5731-H24T4XC (non-PoE)
 S5731-H24P4XC (PoE)
 
48-port
 S5731-H48T4XC (non-PoE)
 S5731-H48P4XC (PoE)

24-port:
H3C S5560X-30C-EI (non-POE)
H3C S5560X-30C-PWR-EI (POE)
 
48-port
H3C S5560X-54C-EI (non-PoE)
H3C S5560X-54C-PWR-EI (PoE)

Switch

Cisco Nexus 9500

CE16800 series

Cisco N9504: Huawei CE16804

H3C S12500X-AF series

Switch

Cisco Nexus 9300

1/10GE Base-T:
CE6870

25GE SFP28:
CE6865

H3C S6800 series

Wifi

Cisco AIR-AP3802I-S-K9

AirEngine 6760-X1

H3C WA66 series WiFi6

Firewall

5508-X, 5525-X


ASA5508: Huawei USG6525E

SA5525: Huawei USG6585E

ASA 5508-X——H3C SecPath F1030
ASA 5525-X——H3C SecPath F1050

 

 

 

Cisco

H3C

Ruijie

Router

Cisco ISR 4431

H3C MSR3610-X1

RG-EG3250

Switch

Cisco WS-C3850-48T

H3C S5130S-28S-HI

RG-S5750C-48GT4XS-H

Switch

Cisco C9300

24-port:
H3C S5560X-30C-EI (non-POE)
H3C S5560X-30C-PWR-EI (POE)
 
48-port
H3C S5560X-54C-EI (non-PoE)
H3C S5560X-54C-PWR-EI (PoE)

24 port:
RG-S5750C-28GT4XS-H(non-PoE)
RG-S5750C-28SFP4XS-H

24 port SPF:
RG-S5750C-28SFP4XS-H

48 port:
RG-S5750C-48GT4XS-H(non-PoE)
RG-S5750-48GT4XS-HP-H(POE)

48 port SPF:
RG-S5750C-48SFP4XS-H

Switch

Cisco Nexus 9500

H3C S12500X-AF series

RG-N18000-X series

Switch

Cisco Nexus 9300

H3C S6800 series

RG-S6500 Series Switches

RG-S6220-H Series Switches

Wifi

Cisco AIR-AP3802I-S-K9

H3C WA66 series WiFi6

RG-AP840-I

Firewall

5508-X, 5525-X

ASA 5508-X——H3C SecPath F1030
ASA 5525-X——H3C SecPath F1050

N/A

 


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Thursday, July 11, 2019

Cisco Jabber for VDI 12.6

Start from 12.6, there are 32bits and 64bits version JVDI client and JVDI agent.

If you are install the 64bits JVDI agent, you must install 64bits JVDI client. If either one on 32bits and another one on 64bits, it will not works.

You can run 32bits client on 64bits OS

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Monday, February 4, 2019

Juniper and Cisco Firewall Product line and OS change

Juniper Firewall

From Netscreen to SSG to SRX and the OS also from ScreenOS to JUNOS

 

Product series

Netscreen and SSG

SRX

OS

ScreenOS

JUNOS

 

 

Cisco Firewall

From PIX to ASA to Firepower

 

Product series

PIX

ASA

Firepower

OS

PIX OS (Finesse)

ASA OS (Linux)

FXOS


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Wednesday, January 9, 2013

Cisco Pre-shared Key Recovery

Run the following command will decrypt those pre-shared key in the configuration file:

 

more system:running config

 

Reference:

https://mebsd.com/cisco/cisco-show-run-vs-show-run-all-vs-more-systemrunning-config.html

http://www.cisco.com/en/US/products/hw/vpndevc/ps2030/products_tech_note09186a00807f2d37.shtml

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Tuesday, September 22, 2009

(轉貼) cisco switch 指令 (轉貼自 @@linux 亂try 一通@@ - http://blog.xuite.net/travisnauto/linuxgo)

1.在基於IOS的交換機上設置主機名/系統名:
switch(config)# hostname hostname
在基於CLI的交換機上設置主機名/系統名:
switch(enable) set system name name-string
2.
在基於IOS的交換機上設置登錄口令:
switch(config)# enable password level 1 password
在基於CLI的交換機上設置登錄口令:
switch(enable) set password
switch(enable) set enalbepass


3.在基於IOS的交換機上設置遠端存取:
switch(config)# interface vlan 1
switch(config-if)# ip address ip-address netmask
switch(config-if)# ip default-gateway ip-address
在基於CLI的交換機上設置遠端存取:
switch(enable) set interface sc0 ip-address netmask broadcast-address
switch(enable) set interface sc0 vlan
switch(enable) set ip route default gateway


4.在基於IOS的交換機上啟用和流覽CDP資訊:
switch(config-if)# cdp enable
switch(config-if)# no cdp enable
為了查看Cisco鄰接設備的CDP通告資訊:
switch# show cdp interface [type modle/port]
switch# show cdp neighbors [type module/port] [detail]
在基於CLI的交換機上啟用和流覽CDP資訊:
switch(enable) set cdp {enable|disable} module/port
為了查看Cisco鄰接設備的CDP通告資訊:
switch(enable) show cdp neighbors[module/port] [vlan|duplex|capabilities|detail]


5.基於IOS的交換機的埠描述:
switch(config-if)# description description-string
基於CLI的交換機的埠描述:
switch(enable)set port name module/number description-string


6.在基於IOS的交換機上設置埠速度:
switch(config-if)# speed{10|100|auto}
在基於CLI的交換機上設置埠速度:
switch(enable) set port speed moudle/number {10|100|auto}
switch(enable) set port speed moudle/number {4|16|auto}


7.在基於IOS的交換機上設置乙太網的鏈路模式:
switch(config-if)# duplex {auto|full|half}
在基於CLI的交換機上設置乙太網的鏈路模式:
switch(enable) set port duplex module/number {full|half}


8.在基於IOS的交換機上配置靜態VLAN:
switch# vlan database
switch(vlan)# vlan vlan-num name vla


switch(vlan)# exit
switch# configure teriminal
switch(config)# interface interface module/number
switch(config-if)# switchport mode access
switch(config-if)# switchport access vlan vlan-num
switch(config-if)# end
在基於CLI的交換機上配置靜態VLAN:
switch(enable) set vlan vlan-num [name name]
switch(enable) set vlan vlan-num mod-num/port-list


9. 在基於IOS的交換機上配置VLAN中繼線:
switch(config)# interface interface mod/port
switch(config-if)# switchport mode trunk
switch(config-if)# switchport trunk encapsulation {isl|dotlq}
switch(config-if)# switchport trunk allowed vlan remove vlan-list
switch(config-if)# switchport trunk allowed vlan add vlan-list
在基於CLI的交換機上配置VLAN中繼線:
switch(enable) set trunk module/port [on|off|desirable|auto|nonegotiate]
Vlan-range [isl|dotlq|dotl0|lane|negotiate]


10.在基於IOS的交換機上配置VTP管理域:
switch# vlan database
switch(vlan)# vtp domain domain-name
在基於CLI的交換機上配置VTP管理域:
switch(enable) set vtp [domain domain-name]



11.
在基於IOS的交換機上配置VTP 模式:
switch# vlan database
switch(vlan)# vtp domain domain-name
switch(vlan)# vtp {sever|cilent|transparent}
switch(vlan)# vtp password password
在基於CLI的交換機上配置VTP 模式:
switch(enable) set vtp [domain domain-name] [mode{ sever|cilent|transparent }][password password]
12.
在基於IOS的交換機上配置VTP版本:
switch# vlan database
switch(vlan)# vtp v2-mode
在基於CLI的交換機上配置VTP版本:
switch(enable) set vtp v2 enable


13. 在基於IOS的交換機上啟動VTP剪裁:
switch# vlan database
switch(vlan)# vtp pruning
在基於CL I 的交換機上啟動VTP剪裁:
switch(enable) set vtp pruning enable


14.在基於IOS的交換機上配置乙太通道:
switch(config-if)# port group group-number [distribution {source|destination}]
在基於CLI的交換機上配置乙太通道:
switch(enable) set port channel moudle/port-range mode{on|off|desirable|auto}


15.在基於IOS的交換機上調整根路徑成本:
switch(config-if)# spanning-tree [vlan vlan-list] cost cost
在基於CLI的交換機上調整根路徑成本:


switch(enable) set spantree portcost moudle/port cost
switch(enable) set spantree portvlancost moudle/port [cost cost][vlan-list]


16.在基於IOS的交換機上調整埠ID:
switch(config-if)# spanning-tree[vlan vlan-list]port-priority port-priority
在基於CLI的交換機上調整埠ID:
switch(enable) set spantree portpri {mldule/port}priority
switch(enable) set spantree portvlanpri {module/port}priority [vlans]


17. 在基於IOS的交換機上修改STP時鐘:
switch(config)# spanning-tree [vlan vlan-list] hello-time seconds
switch(config)# spanning-tree [vlan vlan-list] forward-time seconds
` switch(config)# spanning-tree [vlan vlan-list] max-age seconds
在基於CLI的交換機上修改STP時鐘:
switch(enable) set spantree hello interval[vlan]
switch(enable) set spantree fwddelay delay [vlan]
switch(enable) set spantree maxage agingtiame[vlan]


18. 在基於IOS的交換機埠上啟用或禁用Port Fast 特徵:
switch(config-if)#spanning-tree portfast
在基於CLI的交換機埠上啟用或禁用Port Fast 特徵:
switch(enable) set spantree portfast {module/port}{enable|disable}


19. 在基於IOS的交換機埠上啟用或禁用UplinkFast 特徵:
switch(config)# spanning-tree uplinkfast [max-update-rate pkts-per-second]
在基於CLI的交換機埠上啟用或禁用UplinkFast 特徵:
switch(enable) set spantree uplinkfast {enable|disable}[rate update-rate] [all-protocols off|on]

20. 為了將交換機配置成一個集群的命令交換機,首先要給管理介面分配一個IP位址,然後使用下列命令: switch(config)# cluster enable cluster-name



21. 為了從一條中繼鏈路上刪除VLAN,可使用下列命令:
switch(enable) clear trunk module/port vlan-range

22. 用show vtp domain 顯示管理域的VTP參數.


23. 用show vtp statistics顯示管理域的VTP參數.



24. 在Catalyst交換機上定義TrBRF的命令如下:
switch(enable) set vlan vlan-name [name name] type trbrf bridge bridge-num[stp {ieee|ibm}]


25. 在Catalyst交換機上定義TrCRF的命令如下:
switch (enable) set vlan vlan-num [name name] type trcrf
{ring hex-ring-num|decring decimal-ring-num} parent vlan-num


26. 在創建好TrBRF VLAN之後,就可以給它分配交換機埠.對於乙太網交換,可以採用如下命令給VLAN分配埠:
switch(enable) set vlan vlan-num mod-num/port-num

27. 命令show spantree顯示一個交換機埠的STP狀態.



28. 配置一個ELAN的LES和BUS,可以使用下列命令:
ATM (config)# interface atm number.subint multioint
ATM(config-subif)# lane serber-bus ethernet elan-name


29. 配置LECS:
ATM(config)# lane database database-name
ATM(lane-config-databade)# name elan1-name server-atm-address les1-nsap-address
ATM(lane-config-databade)# name elan2-name server-atm-address les2-nsap-address
ATM(lane-config-databade)# name …


30. 創建完資料庫後,必須在主介面上啟動LECS.命令如下:
ATM(config)# interface atm number
ATM(config-if)# lane config database database-name
ATM(config-if)# lane config auto-config-atm-address
31.
將每個LEC配置到一個不同的ATM子介面上.命令如下:
ATM(config)# interface atm number.subint multipoint
ATM(config)# lane client ethernet vlan-num elan-num

32. 用show lane server 顯示LES的狀態.


33. 用show lane bus顯示bus的狀態.


34. 用show lane database顯示LECS資料庫可內容.


35. 用show lane client顯示LEC的狀態.


36. 用show module顯示已安裝的模組列表.



37. 用物理介面建立與VLAN的連接:
router# configure terminal
router(config)# interface media module/port
router(config-if)# description description-string
router(config-if)# ip address ip-addr subnet-mask
router(config-if)# no shutdown


38. 用中繼鏈路來建立與VLAN的連接:
router(config)# interface module/port.subinterface
router(config-ig)# encapsulation[isl|dotlq] vlan-number
router(config-if)# ip address ip-address subnet-mask


39. 用LANE 來建立與VLAN的連接:
router(config)# interface atm module/port
router(config-if)# no ip address
router(config-if)# atm pvc 1 0 5 qsaal
router(config-if)# atm pvc 2 0 16 ilni
router(config-if)# interface atm module/port.subinterface multipoint
router(config-if)# ip address ip-address subnet-mask
router(config-if)# lane client ethernet elan-num
router(config-if)# interface atm module/port.subinterface multipoint
router(config-if)# ip address ip-address subnet-name
router(config-if)# lane client ethernet elan-name
router(config-if)# …


40. 為了在路由處理器上進行動態路由配置,可以用下列IOS命令來進行:
router(config)# ip routing
router(config)# router ip-routing-protocol
router(config-router)# network ip-network-number
router(config-router)# network ip-network-number


41. 配置默認路由:
switch(enable) set ip route default gateway


42. 為一個路由處理器分配VLANID,可在介面模式下使用下列命令:
router(config)# interface interface number
router(config-if)# mls rp vlan-id vlan-id-num


43. 在路由處理器啟用MLSP:
router(config)# mls rp ip


44. 為了把一個外置的路由處理器介面和交換機安置在同一個VTP域中:
router(config)# interface interface number
router(config-if)# mls rp vtp-domain domain-name


45. 查看指定的VTP域的資訊:
router# show mls rp vtp-domain vtp domain name


46. 要確定RSM或路由器上的管理介面,可以在介面模式下輸入下列命令:
router(config-if)#mls rp management-interface



47.
要檢驗MLS-RP的配置情況:
router# show mls rp
48.
檢驗特定介面上的MLS配置:
router# show mls rp interface interface number


49. 為了在MLS-SE上設置流遮罩而又不想在任一個路由處理器介面上設置訪問列表:
set mls flow [destination|destination-source|full]


50. 為使MLS和輸入訪問列表可以相容,可以在全局模式下使用下列命令:
router(config)# mls rp ip input-acl


51. 當某個交換機的第3層交換失效時,可在交換機的特權模式下輸入下列命令:
switch(enable) set mls enable


52. 若想改變老化時間的值,可在特權模式下輸入以下命令:
switch(enable) set mls agingtime agingtime


53. 設置快速老化:
switch(enable) set mls agingtime fast fastagingtime pkt_threshold


54. 確定那些MLS-RP和MLS-SE參與了MLS,可先顯示交換機引用列表中的內容再確定:
switch(enable) show mls include


55. 顯示MLS快取記憶體記錄:
switch(enable) show mls entry

56. 用命令show in arp顯示ARP快取記憶體區的內容。



57. 要把路由器配置為HSRP備份組的成員,可以在介面配置模式下使用下面的命令:
router(config-if)# standby group-number ip ip-address


58. 為了使一個路由器重新恢復轉發路由器的角色,在介面配置模式下:
router(config-if)# standy group-number preempt


59. 訪問時間和保持時間參數是可配置的:
router(config-if)# standy group-number timers hellotime holdtime


60. 配置HSRP跟蹤:
router(config-if)# standy group-number track type-number interface-priority


61. 要顯示HSRP路由器的狀態:
router# show standby type-number group brief

62. 用命令show ip igmp確定當選的查詢器。



63. 啟動IP組播路由選擇:
router(config)# ip muticast-routing


64. 啟動介面上的PIM:
dalllasr1>(config-if)# ip pim {dense-mode|sparse-mode|sparse-dense-mode}


65. 啟動稀疏-稠密模式下的PIM:
router# ip multicast-routing
router# interface type number
router# ip pim sparse-dense-mode


66. 核實PIM的配置:
dallasr1># show ip pim interface[type number] [count]


67. 顯示PIM鄰居:
dallasr1># show ip neighbor type number


68. 為了配置RP的位址,命令如下:
dallasr1># ip pim rp-address ip-address [group-access-list-number][override]


69. 選擇一個默認的RP:
dallasr1># ip pim rp-address
通告RP和它所服務的組範圍:
dallasr1># ip pim send-rp-announce type number scope ttl group-list access-list-number
為管理範圍組通告RP的地址:
dallasr1># ip pim send-rp-announce ethernet0 scope 16 group-list1
dallasr1># access-list 1 permit 266.0.0.0 0.255.255.255
設定一個RP映射代理:
dallasr1># ip pim send-rp-discovery scope ttl
核實組到RP的映射:
dallasr1># show ip pim rp mapping
dallasr1># show ip pim rp [group-name|group-address] [mapping]


70. 在路由器介面上用命令ip multicast ttl-threshold ttl-value設定TTL閥值:
dallasr1>(config-if)# ip multicast ttl-threshold ttl-value

71. 用show ip pim neighbor顯示PIM鄰居表。



72. 顯示組播通信路由表中的各條記錄:
dallasr1>show ip mroute [group-name|group-address][scoure][summary][count][active kbps]


73. 要記錄一個路由器接受和發送的全部IP組播包:
dallasr1> #debug ip mpacket [detail] [access-list][group]


74. 要在CISCO路由器上配置CGMP:
dallasr1>(config-if)# ip cgmp


75.配置一個組播路由器,使之加入某一個特定的組播組:
dallasr1>(config-if)# ip igmp join-group group-address


76. 關閉 CGMP:
dallasr1>(config-if)# no ip cgmp


77. 啟動交換機上的CGMP:
dallasr1>(enable) set cgmp enable


78. 核實Catalyst交換機上CGMP的配置情況:
catalystla1>(enable) show config
set prompt catalystla1>
set interface sc0 192.168.1.1 255.255.255.0
set cgmp enable


79. CGMP離開的設置:
Dallas_SW(enable) set cgmp leave


80. 在Cisco設備上修改控制埠密碼:
R1(config)# line console 0
R1(config-line)# login
R1(config-line)# password Lisbon
R1(config)# enable password Lilbao
R1(config)# login local
R1(config)# username student password cisco


81. 在Cisco設備上設置控制臺及vty埠的會話超時:
R1(config)# line console 0
R1(config-line)# exec-timeout 5 10
R1(config)# line vty 0 4
R1(config-line)# exec-timeout 5 2


82. 在Cisco設備上設定特權級:
R1(config)# privilege configure level 3 username
R1(config)# privilege configure level 3 copy run start
R1(config)# privilege configure level 3 ping
R1(config)# privilege configure level 3 show run
R1(config)# enable secret level 3 cisco


83. 使用命令privilege 可定義在該特權級下使用的命令:
router(config)# privilege mode level level command


84. 設定用戶特權級:
router(config)# enable secret level 3 dallas
router(config)# enable secret san-fran
router(config)# username student password cisco


85. 標誌設置與顯示:
R1(config)# banner motd ‘unauthorized access will be prosecuted!’


86. 設置vty訪問:
R1(config)# access-list 1 permit 192.168.2.5
R1(config)# line vty 0 4
R1(config)# access-class 1 in


87. 配置HTTP訪問:
Router3(config)# access-list 1 permit 192.168.10.7
Router3(config)# ip http sever
Router3(config)# ip http access-class 1
Router3(config)# ip http authentication local
Router3(config)# username student password cisco


88. 要啟用HTTP訪問,請鍵入以下命令:
switch(config)# ip http sever


89. 在基於set命令的交換機上用setCL1啟動和核實埠安全:
switch(enable) set port security mod_num/port_num…enable mac address
switch(enable) show port mod_num/port_num
在基於CiscoIOS命令的交換機上啟動和核實埠安全:
switch(config-if)# port secure [mac-mac-count maximum-MAC-count]
switch# show mac-address-table security [type module/port]


90. 用命令access-list在標準通信量過濾表中創建一條記錄:
Router(config)# access-list access-list-number {permit|deny} source-address [source-address]


91. 用命令access-list在擴展通信量過濾表中創建一條記錄:
Router(config)# access-list access-list-number {permit|deny{protocol|protocol-keyword}}{source source-wildcard|any}{destination destination-wildcard|any}[protocol-specific options][log]


92. 對於帶內路由更新,配置路由更新的最基本的命令格式是:
R1(config-router)#distribute-list access-list-number|name in [type number]


93. 對於帶外路由更新,配置路由更新的最基本的命令格式是:
R1(config-router)#distribute-list access-list-number|name out [interface-name] routing-process| autonomous-system-number


94. set snmp命令選項:
set snmp community {read-only|ready-write|read-write-all}[community_string]


95. set snmp trap 命令格式如下:
set snmp trap {enable|disable}
[all|moudle|classis|bridge|repeater| auth|vtp|ippermit|vmps|config|entity|stpx]
set snmp trap rvcr_addr rcvr_community


96. 啟用SNMP chassis 陷阱:
Console>(enable) set snmp trap enable chassis


97. 啟用所有SNMP chassis 陷阱:
Console>(enable) set snmp trap enable


原文網址  http://blog.xuite.net/travisnauto/linuxgo/19742581 Print Friendly and PDF
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