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NEW QUESTION: 1
DRAG DROP
You need to identify which commands must be run to perform the maintenance window tasks.
Which commands should you run? (To answer, drag the appropriate commands to the correct tasks. Each command may be used once, more than once, or not at all. You may need to drag the split bar between panes or scroll to view content.)
Select and Place:

Answer:
Explanation:

Explanation/Reference:
Explanation:
Start-DatabaseAvailabilityGroup
Use the Start-DatabaseAvailabilityGroup cmdlet to reincorporate one or more previously failed members of a database availability group (DAG).
EXAMPLE 1
This example starts the Mailbox server MBX2 in the DAG DAG1.
Start-DatabaseAvailabilityGroup -Identity DAG1 -MailboxServer MBX2
Stop-DatabaseAvailabilityGroup
Use the Stop-DatabaseAvailabilityGroup cmdlet to mark a member of a database availability group (DAG) as failed, or to mark all DAG members in a specific Active Directory site as failed.
EXAMPLE 1
This example stops the Mailbox server MBX2 in the DAG DAG1.
Stop-DatabaseAvailabilityGroup -Identity DAG1 -MailboxServer MBX2
The Stop-DatabaseAvailabilityGroup cmdlet is used during a datacenter switchover. This cmdlet is used to mark one or members of the DAG as failed (also known as stopped).The Stop-DatabaseAvailabilityGroup cmdlet can be run against a DAG only when the DAG is configured with a DatacenterActivationMode value of DagOnly.
Suspend-ClusterNode <ServerName>
Run Suspend-ClusterNode <ServerName> to pause the cluster node, which prevents the node from being and becoming the PAM.
Primary Active Manager (PAM)
Microsoft Exchange Server 2013 includes a component called Active Manager that manages the high availability platform that includes the database availability group (DAG) and mailbox database copies.
Active Manager runs inside the Microsoft Exchange Replication service (MSExchangeRepl.exe) on all Mailbox servers. On Mailbox servers that aren't members of a DAG, there is a single Active Manager role:
Standalone Active Manager. On servers that are members of a DAG, there are two Active Manager roles:
Primary Active Manager (PAM) and Standby Active Manager (SAM). PAM is the Active Manager role in a DAG that decides which copies will be active and passive. PAM is responsible for getting topology change notifications and reacting to server failures. The DAG member that holds the PAM role is always the member that currently owns the cluster quorum resource (default cluster group). If the server that owns the cluster quorum resource fails, the PAM role automatically moves to a surviving server that takes ownership of the cluster quorum resource. In addition, if you need to take the server that hosts the cluster quorum resource offline for maintenance or an upgrade, you must first move the PAM to another server in the DAG. The PAM controls all movement of the active designations between a database's copies. (Only one copy can be active at any specified time, and that copy may be mounted or dismounted.) The PAM also performs the functions of the SAM role on the local system (detecting local database and local Information Store failures).
Set-MailboxServer <ServerName> - DatabaseCopyAutoActivationPolicy Blocked Performing maintenance on DAG members
http://technet.microsoft.com/en-us/library/dd298065(v=exchg.150).aspx
Run Set-MailboxServer <ServerName> -DatabaseCopyAutoActivationPolicy Blocked to prevent the server from hosting active database copies.
Set-MailboxServer <ServerName> - DatabaseCopyActivationDisabledAndMoveNow $True Failover the databases that are hosted on the Mailbox server by using this command:
In computing, failover is switching to a redundant or standby computer server, system, hardware component or network upon the failure or abnormal termination of the previously active application,[1] server, system, hardware component, or network. Failover and switchover are essentially the same operation, except that failover is automatic and usually operates without warning, while switchover requires human intervention.
At server level, failover automation usually uses a "heartbeat" cable that connects two servers. As long as a regular "pulse" or "heartbeat" continues between the main server and the second server, the second server will not initiate its systems. There may also be a third "spare parts" server that has running spare components for "hot" switching to prevent downtime. The second server takes over the work of the first as soon as it detects an alteration in the "heartbeat" of the first machine. Some systems have the ability to send a notification of failover.
Set-MailboxServer <ServerName> -Component Hub Transport -State Draining -Requester Maintenance Run Set-ServerComponentState <ServerName> -Component HubTransport -State Draining -Requester Maintenance to begin the process of draining the transport queues.
Draining the transport queue refers to emptying the transport queue.
Set-ServerComponentState <ServerName> - Component ServerWideOffline - State Inactive Requester Maintenance
Run Set-ServerComponentState <ServerName> -Component ServerWideOffline -State Inactive - Requester Maintenance to place the server into maintenance mode.
STEPS
1. All mounted databases on the server undergoing maintenance must be activated on another servver.
Set-MailboxServer <ServerName> - DatabaseCopyActivationDisabledAndMoveNow $True The question is asking you to failover the databases
2. All message queue on the server undergoing maintenance must be empty before maintenance can begin
Set-MailboxServer <ServerName> -Component Hub Transport -State Draining -Requester Maintenance Run Set-ServerComponentState <ServerName> -Component HubTransport -State Draining -Requester Maintenance to begin the process of draining the transport queues.
Draining the transport queue refers to emptying the transport queue.
3. The server undergoing maitenance must be prevented from becoming a PAM.
Suspend-ClusterNode <ServerName>
Run Suspend-ClusterNode <ServerName> to pause the cluster node, which prevents the node from being and becoming the PAM.
Primary Active Manager (PAM)
4. Database copies on the server undergoing maintenance must not be activated while maintenance is occurring.
Set-MailboxServer <ServerName> - DatabaseCopyAutoActivationPolicy Blocked Performing maintenance on DAG members
http://technet.microsoft.com/en-us/library/dd298065(v=exchg.150).aspx
Run Set-MailboxServer <ServerName> -DatabaseCopyAutoActivationPolicy Blocked to prevent the server from hosting active database copies.
http://technet.microsoft.com/en-us/library/dd298065(v=exchg.150).aspx
Performing maintenance on DAG members
Before performing any type of software or hardware maintenance on a DAG member, you should first place the DAG member into maintenance mode. This involves moving all active databases off the server and blocking active databases from moving to the server. It also ensures that all critical DAG support functionality that may be on the server (for example, the Primary Active Manager (PAM) role) is moved to another server and blocked from moving back to the server. Specifically, you should perform the following tasks:
Run Set-ServerComponentState <ServerName> -Component HubTransport -State Draining -Requester Maintenance to begin the process of draining the transport queues.
Run Set-ServerComponentState <ServerName> -Component UMCallRouter -State Draining -Requestor Maintenance to begin the process of draining all Unified Messaging calls.
Run Redirect-Message -Server <ServerName> -Target <MailboxServerFQDN> to redirect messages pending delivery in the local queues to the Mailbox server specified by the Target parameter.
Run Suspend-ClusterNode <ServerName> to pause the cluster node, which prevents the node from being and becoming the PAM.
Run Set-MailboxServer <ServerName> -DatabaseCopyActivationDisabledAndMoveNow $True to move all active databases currently hosted on the DAG member to other DAG members.
Run Set-MailboxServer <ServerName> -DatabaseCopyAutoActivationPolicy Blocked to prevent the server from hosting active database copies.
Run Set-ServerComponentState <ServerName> -Component ServerWideOffline -State Inactive - Requester Maintenance to place the server into maintenance mode.
To verify that a server is ready for maintenance, perform the following tasks:
Run Get-ServerComponentState <ServerName> | ft Component,State -Autosize to verify the server has been placed into maintenance mode
Run Get-MailboxServer <ServerName> | ft DatabaseCopy* -Autosize to verify the server is not hosting any active database copies.
Run Get-ClusterNode <ServerName> | fl to verify that the node is paused.
Run Get-Queue to verify that all transport queues have been drained.
After the maintenance is complete and the DAG member is ready to return to service, you can take the DAG member out of maintenance mode and put it back into production by performing the following tasks:
Run Set-ServerComponentState <ServerName> -Component ServerWideOffline -State Active -Requester Maintenance to designate that the server is out of maintenance mode.
Run Set-ServerComponentState <ServerName> -Component UMCallRouter -State Active -Requestor Maintenance to allow the server to accept Unified Messaging calls.
Run Resume-ClusterNode <ServerName> to resume the node in the cluster, which enables full cluster functionality for the server.
Run Set-MailboxServer <ServerName> -DatabaseCopyActivationDisabledAndMoveNow $False to allow databases to become active on the server.
Run Set-MailboxServer <ServerName> -DatabaseCopyAutoActivationPolicy Unrestricted to remove the automatic activation blocks.
Run Set-ServerComponentState <ServerName> -Component HubTransport -State Active -Requester Maintenance to resume the transport queues and allow the server to accept and process messages.
http://technet.microsoft.com/en-us/library/aa998651(v=exchg.150).aspx

NEW QUESTION: 2
SIMULATION
Scenario:
You work for SWITCH.com. They have just added a new switch (SwitchB) to the existing network as shown in the topology diagram.
RouterA is currently configured correctly and is providing the routing function for devices on SwitchA and SwitchB. SwitchA is currently configured correctly, but will need to be modified to support the addition of SwitchB. SwitchB has a minimal configuration. You have been tasked with competing the needed configuring of SwitchA and SwitchB. SwitchA and SwitchB use Cisco as the enable password.
All commands must be entered at the physical interface level.
Configuration Requirements for SwitchA
The VTP and STP configuration models on Switch A should not be modified.

SwitchA needs to be the root switch for vlans 11, 12, 13, 21, 22, and 23. All other vlans should be left at

their default values.
Configuration Requirements for SwitchB
Vlan21

- Name: Marketing
- will support two servers attached to fa0/9 and fa0/10
Vlan22

- Name: Sales
- will support two servers attached to fa0/13 and fa0/14
Vlan23

- Name: Engineering
- will support two servers attached to fa0/15 and fa0/16
Access ports that connect to server should transition immediately to forwarding state upon detecting the

connection of a device
SwitchB VTP mode needs to be the same as SwitchA.

SwitchB must operate in the same spanning tree mode as SwitchA.

No routing is to be configured on SwitchB.

Only the SVI Vlan 1 is to be configured and it is to use address 192.168.1.11/24.

Inter-switch Connectivity Configuration Requirements
For operational and security reasons trunking should be unconditional and Vlans 1, 21, 22 and23

should be tagged when traversing the trunk link.
The two trunks between SwitchA and SwitchB need to be configured in a mode that allows for the

maximum use of their bandwidth for all vlans. This mode should be done with a non-proprietary protocol, with SwitchA controlling activation.
Propagation of unnecessary broadcasts should be limited using manual pruning on this trunk link.




Answer:
Explanation:
Here are steps
Explanation/Reference:
Initial Configuration (some lines have been removed)

Solution
SW-A (close to router)
Note: If Sw-A does not have Vlan 11, 12, 13 we have to create them first with command "SW-A(config)
#vlan 11,12,13"
SW-A(config)#spanning-tree vlan 11-13,21-23 root primary
SW-A(config)#vlan 21
SW-A(config-vlan)#name Marketing
SW-A(config-vlan)#exit
SW-A(config)#vlan 22
SW-A(config-vlan)#name Sales
SW-A(config-vlan)#exit
SW-A(config)#vlan 23
SW-A(config-vlan)#name Engineering
SW-A(config-vlan)#exit
SW-A(config)#interface range fa0/3 - 4
SW-A(config-if-range)#no switchport mode access
SW-A(config-if-range)#no switchport access vlan 98 (These two commands must be deleted to form a trunking link)
SW-A(config-if-range)#channel-group 1 mode active
SW-A(config-if-range)#channel-protocol lacp
SW-A(config-if-range)#no shutdown
SW-A(config-if)#interface port-channel 1
SW-A(config-if)#switchport mode trunk
SW-A(config-if)#switchport trunk native vlan 99 //this command will prevent the "Native VLAN mismatched" error on both switches
SW-A(config-if)#switchport trunk allowed vlan 1,21-23
SW-A(config-if)#no shut
Note: When you apply commands under "interface port-channel 1", the same commands will be automatically applied to the physical member interfaces (of port-channel 1) so you don't need to type them under physical member interfaces again.
-------------------------------
SW-B (far from router)
SW-B(config)#vlan 21
SW-B(config-vlan)#name Marketing
SW-B(config-vlan)#exit
SW-B(config)#vlan 22
SW-B(config-vlan)#name Sales
SW-B(config-vlan)#exit
SW-B(config)#vlan 23
SW-B(config-vlan)#name Engineering
SW-B(config-vlan)#exit
SW-B(config)#vlan 99
SW-B(config-vlan)#name TrunkNative // not necessary to name it but just name it same as SwitchA SW-B(config-vlan)#exit
SW-B(config)#interface range fa0/9 - 10
SW-B(config-if-range)#switchport mode access
SW-B(config-if-range)#switchport access vlan 21
SW-B(config-if-range)#spanning-tree portfast
SW-B(config-if-range)#no shutdown
SW-B(config-if-range)#exit
SW-B(config)#interface range fa0/13 - 14
SW-B(config-if-range)#switchport mode access
SW-B(config-if-range)#switchport access vlan 22
SW-B(config-if-range)#spanning-tree portfast
SW-B(config-if-range)#no shutdown
SW-B(config-if-range)#exit
SW-B(config)#interface range fa0/15 - 16
SW-B(config-if-range)#switchport mode access
SW-B(config-if-range)#switchport access vlan 23
SW-B(config-if-range)#spanning-tree portfast
SW-B(config-if-range)#no shutdown
SW-B(config-if-range)#exit
SW-B(config)#vtp mode transparent
SW-B(config)#spanning-tree mode rapid-pvst //Same as Sw-A
SW-B(config)#ip default-gateway 192.168.1.1 (you can get this IP from SW-A with command show cdp neighbour detail)
SW-B(config)#interface vlan 1
SW-B(config-if)#ip address 192.168.1.11 255.255.255.0
SW-B(config-if)#no shutdown
SW-B(config-if)#exit
SW-B(config)#interface range fa0/3 - 4
SW-B(config-if-range)#channel-group 1 mode passive //mode passive because "SwitchA controlling activation"
SW-B(config-if-range)#channel-protocol lacp
SW-B(config-if-range)#no shutdown
SW-B(config-if)#interface port-channel 1
SW-B(config-if)#switchport trunk encapsulation dot1q
SW-B(config-if)#switchport mode trunk
SW-B(config-if)#switchport trunk native vlan 99 //this command will prevent the "Native VLAN mismatched" error on both switches
SW-B(config-if)#switchport trunk allowed vlan 1,21-23
SW-B(config-if)#no shut
Note: For Sw-B we have to set the 802.1q trunking protocol (switchport trunk encapsulation dot1q) before converting it into a trunk because it is a 3500 series (or higher) switch which supports both ISL and 802.1Q and we have to explicitly set which trunking protocol to be used. Sw-A is a 2900x series (or lower) switch and does not support ISL trunking protocol (802.1Q is the only supported trunking protocol) so we can apply "switchport mode trunk" directly.
- ------------------
Some guidelines for configuring SwitchA & SwitchB:
Configuration Requirements for SwitchA

Configuration Requirements for SwitchB

Inter-switch Connectivity Configuration Requirements:

Some notes for this sim:
+ You should check the initial status of both switches with these commands: show vtp status (transparent mode on switchA and we have to set the same mode on switchB), show spanning-tree
[summary] (rapid-pvst mode on switchA and we have to set the same mode on switchB), show vlan (check the native vlan and the existence of vlan99), show etherchannel 1 port-channel and show ip int brief(check if Port-channel 1 has been created and make sure it is up),show run (to check everything again).
+ When using "int range f0/x - y" command hit space bar before and after "-" otherwise the simulator does not accept it.
+ You must create vlan 99 for the switchB. SwitchA already have vlan 99 configured.
+ At the end, you can try to ping from SwitchB to RouterA (you can get the IP on RouterA via the show cdp neighbors detail on SwitchA), not sure if it can ping or not. If not, you can use the "ip default-gateway
192.168.1.1" on SwitchB.
+ The name of SwitchA and SwitchB can be swapped or changed so be careful to put your configuration into appropriate switch.

NEW QUESTION: 3
会社には、複数のサーバーを含むオンプレミスネットワークがあります。
同社は、ネットワーク管理者の次の管理責任を軽減することを計画しています。
*アプリケーションデータのバックアップ
*故障したサーバーハードウェアの交換
*物理サーバーセキュリティの管理
*サーバーオペレーティングシステムの更新
*共有ドキュメントへのアクセス許可の管理
同社は、複数のサーバーをAzure仮想マシンに移行する予定です。
計画された移行後に削減される管理責任を特定する必要があります。
どちらの責任を特定する必要がありますか？ それぞれの正解は完全な解決策を提示します。 注：それぞれの正しい選択には1ポイントの価値があります。
A. 故障したサーバーハードウェアの交換
B. サーバーのオペレーティングシステムを更新する
C. 物理サーバーのセキュリティの管理
D. 共有ドキュメントへのアクセス許可を管理する
E. アプリケーションデータのバックアップ
Answer: A,C

NEW QUESTION: 4
Information security awareness programs in a large organization should be:
A. Written by an external security company
B. the same for all employees.
C. customized for each target audience.
D. developed by user management.
Answer: C