In EMS clock configuration interface, the lower the BMC priority value of ZXCTN equipm

A.planning of EMS and DCN

B.planning of clock

C.planning of vlan and ip

D.planning of network reliability

首先在R1和R2上做基本配置，完成部分语句的解释或命令。

R1

Router＞en

Routerconf t

Enter configuration commands, one per line. End with CNTL/Z．

Router(config)host r1

r1(config)int s0/0

r1(config-if)ip addr 172.16.1.1 255.255.255.0

r1(config-if)no shut

％LINK-5-CHANGED：Interface Seria10/0，changed srate to up

r1(config-if)clock rate 64000

％LINEPROTO-5-UPDOWN：Line protocol on Interface Seria10/0，changed state to u

r1(config-if)exit

r1(config)int f0/0

r1(config-if)no ip addr

r1(config-if)no shut

r1(config-if)exit

r1(config)int f0/0.1配置子接口

r1(config-subif)encapsulation (4) //配置子接口必须使用dot1Q进行封装

r1(config-subif)ip addr 192.168.1.1 255.255.255.0

r1(config-subif)no shut

r1(config-subif)exit

r1(config)int f0/0.2配置子接口

r1(config-subif)encapsulation (5) //配置子接口必须使用dot1Q进行封装

r1(config-subif)ip addr 192.168.2.1 255.255.255.0

r1(config-subif)no shut

rl(config-subif)exit

rl(config)int f0/0.3配置子接口

rl(config-subif)encapsulation (6) //配置子接口必须使用dot1Q进行封装

r1(config-subif)ip addr 192.168.3.1 255.255.255.0

我们把R2当作公网使用，所以只需要在R2的S0/0口上配置ip。

You have a self-hosted Windows Communication Foundation (WCF) service. You need to configure the service to provide an X509 certificate during authentication. What should you use to configure the service？（）

A. the Certificate property of the X509 Certificate lnitiator Service Credential class

B. the SetCertificate method of the X509 Certificate Initiator Service Credential class

C. the SetCertificate method of the X509 Certificate Recipient Service Credential class

D. the TrustedStoreLocation property of the X509 Certificate Recipient Service Credential class

某路由器的部分配置信息如附图2所示，请解释其中标有下划线部分的含义。

路由器配置信息：

Configuration for Router A

access-list 2 permit 36.48.0.3 第(1)处

access-list 2 deny 36.48.0.0 0.0.255.255 第(2)处

access-list 2 permit 36.0.0.0 0.255.255.255 第(3)处

interface ethernet 0

ip access-group 2 in 第(4)处

inbound load of 65% and 20% respectively. After further investigation, traffic to 10.10.1.16/28 accounts for 45%, and t raffic to 10.10.1.32/28 and to 10.10.1.48/28 each account for 20% of the inbound load. The BGP attributes are currently set at their default values in both autonomous systems. If you want to influence how AS200 sends traffic to AS100, which eBGP configu rations would you configure in AS100 to influence AS200 to use the eBGP links more evenly？（）

A. neighbor 192.168.30.2 route - map as_50 out

B. neighbor 192.168.20.2 route - map as_50 out

C. route - map as_50 permit 10 match ip address 50 set metric 150 a ccess - list 50 permit 10.10.1.16 0.0.0.240

D. route - map as_50 permit 10 match ip address 50 set metric 150 access - list 50 permit 10.10.1.32 0.0.0.240

A.clock’ EVENT

B.clock’ EVENT AND clock=’1’

C.clock=’1’

D.clock’ EVENT AND clock=’0’

A.Line extraction clock

B.Tributary extraction clock

C.GPS clock

D.1588 clock

A.Ordinary Clock(OC)

B.Boundary Clock(BC)

C.Transparent Clock(TO)

D.Normal Clock(NC)

A.nexternal clock source

B.nline clock source

C.ntributary clock source

D.ninternal clocking source