Which two client requests are captured during database replay Capture？（）

A .  ${product ID} B .  ${param.productID} C .  ${params.productID} D .  ${params.productID[1]} E .  ${paramvalues.productID} F .  ${paramValues.productID[0]} G .  ${pageContext.request.productID}

A . Request.getHeader（"X-Retries"） B . Request.getIntHeader（"X-Retries"） C . Request.getRequestHeader（"X-Retries"） D . Request.getHeaders（"X-Retries"）.get（0） E . Request.getRequestHeaders（"X-Retries"）.get（0）

A . Only host B . Only local C . Either host or local D . Both host and local

A . The listener hands the connection request directly to a dispatcher.  B . A dedicated server inherits the connection request from the listener.  C . The client connects to a dedicated server directly using a protocol address provided by the listener.  D . The application initiating the session spawns a dedicated server process for the connection request.  E . The listener issues a redirect message to the client, containing the protocol address of a dispatcher. The client then terminates the network session to the listener and establishes a network session to the dispatcher, using the network address provided in the redirect message.&e

A . ADDRESS_LIST B . SID_NAME C . LISTENER D . SERVICE_LIST

A . Host 1 addresses the frames to the MAC address of router R1 B . Host 1 looks in its ARP cache for the MAC address of router R1 C . Host 1 addresses the frames to the MAC address of web server 2 D . Host 1 sends the packets to router R1 to be forwarded to web server 2 E . Host 1 sends a broadcast ARP request to obtain the MAC address of webserver2

A . Flashback queries B . Shared server requests C . Login and logoff activities of sessions D . Direct path load of data from external files by using utilities such as SQL *loader E . Data definition language (DDL) and data manipulation language (DML) operatio

A . ${true or false} B . ${requestScope[foo][0] > 500} C . ${requestScope[’foo’][1] = 420} D . ${（requestScope[’foo’][0] lt 50） && （3 gt 2）}

A .  flashback query B .  distributed transactions C .  logging in and logging out of sessions D .  all DDL statements having bind variables E .  direct path load of data from external file

A . Enable Remote Desktop in the System Properties dialog box. B . Enable Remote Assistance in the System Properties dialog box. C . Enable the Remote Desktop exception in Microsoft Windows Firewall. D . Enable the Remote Assistance exception in Microsoft Windows Firewall. E . Enable the Remote Administration exception in Windows Firewall.

A . Flashback queries B . Shared server requests C . Login and logoff activities of sessions D . Direct path load of data from external files by using utilities such as SQL *loader E . Data definition language (DDL) and data manipulation language (DML) operatio

A .  allow for guest access B .  increase connection speeds C .  add additional access points D .  network management with CLI

A . RSSI of the client at the access point B . WMM state C . current MOS value D . current RF channel E . current transmit data rate

A . probe request B . association request C . authentication request D . reassociation request

A . all active AVF routers as the first response is used by the client B . the AVG router，replying with a different AVF MAC address each time C . a random AVF router， based on a GLBP seed hash key D . only the AVG router that received the ARP request first

A . The active virtual gateway will reply with one of four possible virtual MAC addresses. B . All GLBP member routers will reply in round-robin fashion. C . The active virtual gateway will reply with its own hardware MAC address. D . The GLBP member routers will reply with one of four possible burned in hardware addresse

A .  Hash address： Selects the server by using a hash value based on either the source or destination IP address， or both B .  Hash URL： Selects the server by using a hash value based on the requested URL C .  Hash MAC.Selects the server by using a hash value based on either the source or destination MAC address， or both D .  Hash header： Selects the server by using a hash value based on the HTTP header name E .  Hash IP： Selects the server using a hash value based on the IP addre

A .  request.getHeader （“X-Retries”） B .  request.getIntHeader （“X-Retries”） C .  request.getRequestHeader （“x-Retries”） D .  request.getHeaders （“X-Retries”）.get （0） E .  re request.getRequest Headers （“X-Retries”）. Get （0）

A .  The servlet’s init method returns a non-zero status. B .  The servlet’s init method throws a Servlet Exception C .  The servlet’s init method sets the Servlet Response’s context length to 0 D .  The servlet’s init method sets the Servlet Response’s content type to null. E .  The servlet’s init method does NOT return within a time period defined by the servlet container.

A . passed by the AP to its connected switch and then forwarded directly to the connected router，which creates an MGID table entry B . passed by the AP to the WLAN controller and then forwarded to the source PIM-enabled router，which creates an MGID table entry C . passed by the AP to the WLAN controller， which creates an MGID table entry before forwarding to the directly connected PIM-enabled router D . passed by the AP to its connected switch and then forwarded to the rendezvous point router，which creates an MGID table entry

A . Transfer Object B . Session Facade C . Intercepting Filter D . Template Method E . Model-View-Controller

A . all active AVF routers as the first response is used by the client B . the AVG router，replying with a different AVF MAC address each time C . a random AVF router，based on a GLBP seed hash key D . only the AVG router that received the ARP request first

A . flashback query B . distributed transactions C . logging in and logging out of sessions D . all DDL statements having bind variables E . direct path load of data from external file

A .  bridge B .  access point C .  wireless adaptor D .  Layer 3 switch E .  antenna