QUESTION: 25

A solution implementer is configuring a single multi-protocol gateway to dynamically route messages to back end servers. For internal consumers the request needs to be routed to an MQ based back end and for external consumersthe request needs to be routed to an HTTP based back end service. How can the solution implementer satisfy this requirement?

Use the xset-target extension function.
Select a route action with an XPath routing map.
Set the variable var://service/routing-url.
Set the variables var://service/URI for the server and var://service/protocol-method for the protocol type.

Answer(s): C

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QUESTION: 26

A solution implementer needs to configure a front side handler in a multi-protocol gateway service thatonly accepts messages from applications servers that are in the 10.10.10.0/24 subnet. What can the solution implementer configure in a front side handler to restrict messages to the 10.10.10.0/24 subnet?

Specify a Local IP Address of 10.10.10.0/24
Specify a Port Number to a value in the ephemeral port range
Specify an Access Control List with an entry of "allow 10.10.10.0/24"
Specify a SSL Proxy Profile that requires a client side certificate signed by a trusted certificate authority

Answer(s): C

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QUESTION: 27

A company would like to use a DataPower appliance to process messages from 3 different systems. The protocols for each system are: HTTP, HTTPS, and MQ. The solution implementer wants to use a single multi-protocol gateway (MPGW) serviceto handle all 3 types of messages. How can the solution implementer configure the MPGW service?

Create 3 Front Side Handlers, one for each protocol
Create 1 shared HTTP/HTTPS Front Side Handler, and 1 MQ Front Side Handler
Only 1 Front Side Handler can be used for each MPGW
All Front Side Handlers for a MPGW must be of same protocol type

Answer(s): A

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QUESTION: 28

An multi-protocol gateway (MPGW) service is created to process a request message containing values for the MQMD.ReplyQ andMQMD.ReplyToQMgr that are not configured in the MPGW service. The back end service sends a SOAP message as response to the MPGW service that needs to be routed to the originating client using MQ Object Descriptor (MQOD) method. How can the solution implementer accomplish this requirement using the configured MPGW service?

Using Header Tab, inject service virtual headers named "ReplyToQ" and "ReplyToQM" with the value of an empty string for the front end with a direction as "front"
Using Header Tab, inject service virtual headers named "ReplyToQ" and "ReplyToQM" with the value of an empty string for the back end with a direction as "back"
Using XSLT, inject service virtual headers named "ReplyToQ" and "ReplyToQM" with the value of an empty string inthe response rule as shown below:
<dp:set-response-header name="'ReplyToQ'" value="' '"/> <dp:set-response-header name="'ReplyToQM'" value="' '"/>
Using XSLT, inject service virtual headers named "ReplyToQ" and "ReplyToQM" with the value of an empty string in the request rule as shown below:
<dp:set-request-header name="'ReplyToQ'" value="' '"/> <dp:set-request-header name="'ReplyToQM'" value="' '"/>

Answer(s): C

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