Citrix 1Y0-241 dumps - 100% Pass Guarantee!

Scenario: A Citrix Administrator installed the compression feature on the web servers. To offload the compression on the Citrix ADC, the administrator configured the Citrix ADC appliance to remove the `Accept Encoding' header from all HTTP client requests. However, the administrator observes that data is NOT being compressed by the Citrix ADC, even though the `Accept Encoding' header is being removed from all requests.

What could be the cause of this issue?

A. The rewrite policy is bound at an incorrect bind point

B. The servers are automatically compressing all responses

C. The compression policy needs to be reconfigured

D. Servercmp is disabled on the Citrix ADC

To protect an environment against Hash DoS attacks, which two configurations can a Citrix Administrator use to block all post requests that are larger than 10,000 bytes? (Choose two.)

A. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\")andandhttp.REQ.CONTENT_LENGTH.GT(10000)" > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 100 END -type REQ_OVERRIDE

B. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\")andandhttp.REQ.CONTENT_LENGTH.GT(10000)" > add responder policy pol_resp_hashdos_prevention expr_hashdos_prevention DROP NOOP > bind responder global pol_resp_hashdos_prevention 70 END -type REQ_OVERRIDE

C. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\") || http.REQ.CONTENT_LENGTH.GT(10000)" > add responder policy pol_resp_hashdos_prevention expr_hashdos_prevention DROP NOOP > bind responder global pol_resp_hashdos_prevention 70 END -type REQ_OVERRIDE

D. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\") || http.REQ.CONTENT_LENGTH.GT(10000)" > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 70 END -type REQ_OVERRIDE

E. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\") || http.REQ.CONTENT_LENGTH.GT(10000)" > add responder policy pol_resp_hashdos_prevention expr_hashdos_prevention DROP NOOP > bind responder global pol_resp_hashdos_prevention 100 END -type REQ_OVERRIDE

F. > add policy expression expr_hashdos_prevention "http.REQ.METHOD.EQ(\"POST\") || http.REQ.CONTENT_LENGTH.GT(10000)" > add rewrite policy drop_rewrite expr_hashdos_prevention DROP > bind rewrite global drop_rewrite 100 END -type REQ_OVERRIDE

Which Citrix ADC feature can a Citrix Administrator employ to reuse existing TCP connections?

A. TCP buffering

B. Connection multiplexing

C. Keep-alive

D. Content switching

Scenario: A Citrix Administrator configured a rewrite action as follows: > add rewrite action sync_date replace http.res.date.sys.time What is the correct way to interpret this rewrite action?

A. It replaces the date header in the HTTP response with the Citrix ADC system time in a conventional date format.

B. It replaces the date header in the HTTP response with the Greenwich Mean Time (GMT) time stamp.

C. It replaces the Citrix ADC system time with the date header in a conventional date format.

D. It is invalid, as system time CANNOT be referenced in the system policy.

Scenario: A Citrix Administrator is running an e-commerce web service that uses backend SQL and RADIUS servers. The e-commerce platform runs on a web server using port 80, and a website status page on port 99 reports the status of all servers.

Which monitor should the administrator choose to confirm the availability of the e- commerce solution?

A. HTTP on port 99

B. HTTP-ECV on port 80

C. HTTP on port 80

D. HTTP_ECV on port 99