HP NonStop Systems and Technologies - HP0-A22 Exam Practice Test

A. Different local data volumes can log to different local audit trails.

B. All local data volumes must log to one local audit trail.

C. Audit trail files must be archived to disk or tape.

D. Audit trail configuration changes can be made only after shutting down Nonstop TMF.

A. UNIX procedures are converted to corresponding POSIX procedures

B. applications issue SQL standard calls, eliminating the need for conversion

C. applications issue calls to standardized application programmatic interfaces common to multiple platforms

D. programs are converted using the UNIX to POSIX file conversion utility supplied with OSS

A. E4SA

B. SWAN concentrator

C. PMFCRU

D. IOMFCRU

A. They correspond to the processor numbers housed within the group.

B. They uniquely identify the IOAM and p-switch components of the system.

C. They determine the order in which racks are added to the system.

D. They enable disk drives to be switched from group to group easily.

A. Blade Element

B. SNDA

C. VIO

D. maintenance switch

E. IOMF2

F. LSU

A. TCP/IP

B. NonStop TS/MP

C. RSC

D. NonStop TMF

A. 8192 bytes

B. 512 bytes

C. 2048 bytes

D. 4096 bytes

A. Entry sequenced index blocks are always kept in cache.

B. Different disk cache block sizes exist to assist in performance tuning.

C. Changes to disk cache block values take effect after the next system cold load.

D. Different file types require different disk cache block sizes.

A. TCM

B. MEASURE

C. OMF

D. ASAP

A. set server priorities lower than requester priorities

B. distribute Pathway requesters and servers

C. make all data block sizes equal to index block sizes

D. recode all server programs

A. Interact with and configure the VHS process in a standard conversational interface

B. View primary log file messages and application prompts and reply to application prompts

C. Emulate the OSM console when logged on as a member of the API.* user group

D. Emulate a 6530 terminal in conversational mode

A. a single fabric of a processor enclosure to the same fabric of another system enclosure

B. the X and Yfabrics of an I/O enclosure to the same fabrics on another I/O enclosure

C. a Nonstop S-series node to another Nonstop S-series node

D. the X and Y fabrics of a processor enclosure to the same fabrics of another system enclosure

A. Systems on different continents run with the same system time.

B. There is no distance limitation between the processors and peripherals in a system.

C. A process on one system can be executing from an object file on a different system.

D. Applications can move easily from a single system to a network of systems.