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Exam Code: C2090-312 Practice test 2022 by Killexams.com team
C2090-312 IBM DB2 11 DBA for z/OS
Exam Title : IBM Certified Database Administrator - DB2 11 DBA for z/OS
Exam ID : C2090-312
Exam Duration : 90 mins
Questions in test : 67
Passing Score : 59%
Official Training : DB2 11 for zOS Implementation Workshop
Exam Center : Pearson VUE
Real Questions : IBM DB2 DBA for z/OS Real Questions
VCE practice test : IBM C2090-312 Certification VCE Practice Test

Database Design and Implementation
- Design tables and views (columns, data type considerations for large objects, XML, column sequences, user-defined data types, temp tables, clone tables, temporal tables, MQTs, new archive transparency, etc.)
- Explain the different performance implications of identity column, row ID, and sequence column definitions (applications, utilities), hash access
- Design indexes (key structures, type of index, index page structure, index column order, index space, clustering, compression, index on expression, include column)
- Design table spaces (choose a DB2 page size, clustering) and determine space attributes
- Perform partitioning (table partitioning, index partitioning, DPSI, universal table space)
- Normalize data (E-R model, process model) and translate data model into physical model (denormalize tables)
- Implement user-defined integrity rules (referential integrity, user-defined functions & data types, check constraints, triggers)
- Use the appropriate method to alter DB2 objects (table, column, drop column, alter limit key, index, table space, database, online schema)
- Understand impacts of different encoding schemes 24%
Operation and Recovery
- Knowledge of commands for normal operational conditions (START, STOP, DISPLAY)
- Knowledge of commands and utility control statements for use in abnormal conditions (RECOVER, RESTART)
- Load and unload data into and from the created tables
- Reorganize objects when necessary (reorg avoidance, automatic mapping table, new reorg features)
- Monitor the object by collecting statistics (run stats, improved in-line statistics, real time stats, autonomic stats, and statistics related stored procedures)
- Monitor and manage threads and utilities (distributed, local, MODIFY DDF)
- Identify and respond to advisory/restrictive statuses on objects
- Identify and perform problem determination (traces and other utilities, plans and packages)
- Perform health checks (check utilities, offline utilities, catalog queries)
- Identify and perform actions that are needed to protect databases from planned and unplanned outages (tables spaces; indexes; full pack; hardware; Flash copies; full, incremental, reference update; copy-to-copy, non-data objects; catalog) and recovery scenarios (off-site recovery, data sharing, table spaces, indexes, roll forward, roll back, current point in time, prior point in time, system point in time copy and restore, catalog and directory, offline utilities (DSN1), new Extended RBA and LRSN) 22%
Security and Auditing
- Understanding privileges and authorities
- Protect access to DB2 and its objects
- Audit DB2 activity and resources and identify primary audit techniques
- Identify and respond appropriately to symptoms from trace output or error messages that signify security problems 6%
Performance
- Plan for performance monitoring by setting up and running monitoring procedures (continuous, detailed, periodic, exception)
- Analyze performance (manage and tune CPU requirements, memory, I/O, locks, response time, index and table compression)
- Analyze and respond to RUNSTATS statistics analysis (real-time, batch, catalog queries, reports, histograms)
- Determine when and how to perform REBIND (APCOMPARE and APREUSE)
- Describe DB2 interaction with WLM (distributed, stored procedures, user-defined functions, RRS)
- Interpret traces (statistics, accounting, performance) & explain the performance impact of different DB2 traces
- Identify and respond to critical performance metrics (excessive I/O wait times, lock-latch waits and CPU waits; deadlocks, timeouts, RID failures)
- Review and tune SQL (access paths, EXPLAIN tables, awareness of query transformation and predicate processing, use of Virtual Indexes)
- Dynamic SQL Performance (DSN_STATEMENT_CACHE_TABLE, parameter markers, literal replacement, REOPT)
- Design features for performance (hash row access, inline LOBs)
- Knowledge of controlling access paths (SYSSTATSFEEDBACK table, SYSQUERY) 22%
Installation and Migration / Upgrade
- Knowledge and understanding of the critical ZPARMs (database-, object- and application-oriented, application compatibility - no DDF)
- Identify and explain Datasharing components and commands
- Knowledge of pre-migration checklists
- Knowledge of catalog and directory (new tables, change tables, new objects) 7%
Additional Database Functionality
- Knowledge of SQL constructs (temporal, archive, table functions, built-in scalar functions, recursive, common table expresssions)
- Knowledge of SQL/PL (Array data type, new array data type functions, functions and procedures)
- Knowledge of SQL/XML (results database, XML functions, cross loader with XML, xpath expressions, FLWOR, pattern matching and regular expressions)
- Knowledge of Stored Procedures (native, external, autonomous, ziip considerations)
- Knowledge of User-defined functions (scalar functions, table functions, SQL/external functions)
- Knowledge of global variables (in stored procedures, in SQL/PL, distributed considerations) 10%
Distributed Access
- Implementing distributed data access (communications database)
- Knowledge of ZPARMs (for DDF)
- Knowledge of DDF setup (DB2 Connect, Client, Drivers, profile tables, RLMT)
- Understanding and implementing distributed data access (perf settings for DDF access) 7%
IBM DB2 11 DBA for z/OS
IBM z/OS test
Killexams : IBM z/OS test - BingNews https://killexams.com/pass4sure/exam-detail/C2090-312 Search results Killexams : IBM z/OS test - BingNews https://killexams.com/pass4sure/exam-detail/C2090-312 https://killexams.com/exam_list/IBM Killexams : IBM gives its Linux mainframe a major update null © IBM null

IBM has announced the latest version of its Linux-focused mainframe - the LinuxOne Emperor 4 as the company leads with promises of reduced energy consumption and increased sustainability.

While the z16 mainframe, which was announced by the company in April 2022, is optimized for IBM’s z/OS operating system, the LinuxOne Emperor 4 is designed to support Linux operating systems in a bid to obtain a significant portion of the Linux market.

Big Blue’s latest mainframe supports 32 Telum processors and can provide up to 40TB of RAIM. The Emperor 4 also provides “seven nines” of availability, which should translate to three seconds of downtime per year.

Mainframes for Linux distros are increasingly popular among financial services organizations, with Citibank being a user of IBM’s LinuxOne mainframes, combined with the MongoDB database. 

With its latest iteration, it’s clear that IBM’s focus is on increasing environmental pressures. In a release, it claims that the Emperor 4 “can reduce energy consumption by 75%, space by 50%, and the CO2e footprint by over 850 metric tons annually.”

This expression of commitment towards creating more sustainable products goes hand-in-hand with IBM’s own research which suggests that around half of the CEOs that took part saw sustainability as their highest priority, and indeed one of their greatest challenges.

The integration of artificial intelligence inference should also serve to Excellerate latency.

Availability for the IBM LinuxOne Emperor 4 is scheduled for September 14, 2022, with entry- and mid-range models set to follow in the first half of 2023.

Via VentureBeat

 Tue, 13 Sep 2022 03:17:00 -0500 en-US text/html https://www.msn.com/en-us/news/technology/ibm-gives-its-linux-mainframe-a-major-update/ar-AA11Mme9 Killexams : Rocket Support for Zowe Delivers Security, Applications, and Support for the Zowe Open-Source Platform For z/OS

Rocket Software, a global technology leader that develops enterprise software for some of the world’s largest companies, is launching Rocket Support for Zowe, a supporting offering for the Open Mainframe Project’s Zowe open-source framework for z/OS and its multiple modern interfaces.

Rocket Support for Zowe provides customers with 24/7 support for Zowe core components, improved security, and exclusive desktop applications, according to the vendor.

Rocket Support for Zowe also provides exclusive virtual desktop applications like Rocket USS Process Manager, which monitors all UNIX System Services, the operating system host to much of Zowe.

More exclusive desktop applications will continue to become available in the near and long term as Rocket Software continuously improves Rocket Support for Zowe.

Rocket Support for Zowe offers unique synergies when used with Rocket Open AppDev for Z, an open-source DevOps solution providing services and support for over 20 open-source languages and tools—including Git, Python, cURL, and Bash—that enable the mainframe to be another valuable platform in a DevOps infrastructure.

Rocket Support for Zowe will enable any developer to Excellerate upon and expedite mainframe application development and delivery with secure and supported open-source software innovation for z/OS.

“Rocket Software is a proud founding member of Zowe, which has been an open-source software framework for z/OS, providing interoperability and scalability among products through the Open Mainframe ProjectTM since 2018,” said Phil Buckellew, president, infrastructure modernization unit, Rocket Software. “Rocket Support for Zowe will relieve the challenges of open-source software for Rocket customers and accelerate mainframe application development.”

For more information about this news, visit www.rocketsoftware.com.


 Mon, 19 Sep 2022 01:00:00 -0500 en text/html https://www.dbta.com/Editorial/News-Flashes/Rocket-Support-for-Zowe-Delivers-Security-Applications-and-Support-for-the-Zowe-Open-Source-Platform-For-z-OS-154879.aspx C2090-312 exam dump and training guide direct download
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