Number of questions: 60
Number of questions to pass: 36
Time allowed: 75 mins
Status: Live
The test consists of seven sections containing a total of approximately 60
multiple-choice questions. The percentages after each section title reflect the
approximate distribution of the total question set across the sections.
Section 1 - Workbench Basics 5%
Set Workbench preferences
Work with perspectives and views
Create and manage projects
Use the import and export wizards
Use the Help feature to aid in development activities
Use the Local History to compare and replace resources
Section 2 - Java Development 5%
Create Java projects packages, classes, and methods
Manage the Java Build Path
Use the Java perspective and views
Generate Javadoc
Use the Java scrapbook
Use the Java editor features for rapid application development
Section 3 - Web Development 30%
Create dynamic and static Web projects
Understand classpath and module dependencies
Use Page Designer to add and modify HTML, XHTML, JSP, and JSF content
Configure Web project properties
Understand the available JSF (JavaServer Faces) development tools
Understand the available Struts development tools
Create and configure Servlets
Understand Web 2.0 architecture and technologies
Create Ajax components using the Dojo toolkit
Section 4 - Enterprise Components Development 5%
Understand EJB component types and annotations
Create EJB projects
Invoke EJBs from web applications
Understand web services wizards
Create web services from existing JavaBeans, EJBs or WSDL
Generate a web service client
Section 5 - Databases Access and Persistence 10%
Create database connection
Create SQL Statement and Java Stored Procedures
Understand the JPA persistence mechanism
Create a JPA project
Create and test JPA entities
Section 6 - Deploying and Testing 15%
Perform unit testing using JUnit and TPTP
Test snippets using Java and SQL scrapbook pages
Understand component types, deployment modules and packaging formats
Create Servers and Server configurations
Test Ajax resources using the Ajax test server
Test EJBs using the Universal Test Client
Test web services using the Generic Service Client
Use WebSphere Application Server V7 to run web applications
Add and remove projects from the server
Understand application and server resources like data sources
Locate and view WebSphere application server logs
Section 7 - Debugging Applications 20%
Running application in debug mode
Understand the debug perspective
Work with breakpoints
Debug web pages with Firebug
Debug Java EE applications
Tracing JSF applications using the JSF Trace view
These sections provide demonstrations on some of the new features in Rational
Application Developer v8:
- Web Page editing
- JSF 2.0
- Web 2.0 and Dojo
- Java EE 6
- Web Services
Rational Application Developer for WebSphere Software V8 Programming Guide
This IBM Redbooks® publication is a programming guide that highlights the
features and tooling included with Rational Application Developer V7.0. Many of
the chapters provide working examples that demonstrate how to use the tooling to
develop applications, as well as achieve the benefits of visual and rapid
application development. This publication is an update of Rational Application
Developer V7 Programming Guide, SG24-7501-00.
This book consists of eight parts:
- Introduction to Rational Application Developer
- Basic Java and XML development
- Persistence and enterprise information system integration development
- Enterprise and SOA application development
- Web application development
- Deploying, testing, profiling, and debugging applications
- Management and team development
- Appendixes
Overview
PartnerWorld Code: 01002604
Replaces PW Code: 01002603
Status: Live
This certification targets entry level developers. This certification
requires product knowledge and practical experience with IBM Rational
Application Developer v8.
This certification involves a stand-alone entry level test and is a prerequisite
for other IBM certifications. It is intended for new adopters of IBM Rational
Application Developer v8, specifically professionals and students entering into
Web and Java EE development using IBM products. Areas not covered as part of
this certification because they are specifically addressed by other IBM
certification offerings include Portal development, Enterprise Generation
Language (EGL), and XML tools. Additionally, Session Initiation Protocol (SIP)
application development is not covered is this certification.
The Associate Developer provides application development services related to
design, implementation, testing, debugging, and deployment of Java EE
applications. The applications typically make use of HTML, Servlets, JavaServer
Pages (JSPs), JavaServer Faces (JSF), Enterprise Beans (EJB), web services, and
Java Persistence API (JPA).
The Associate Developer applies object-oriented analysis and design techniques,
makes proper use of the IBM Rational Application Developer V8.0 product and
exhibits the ability to use the Java language to develop simple Web and Java EE
applications.
Recommended Prerequisite Skills
(knowledge and skills one needs to possess before beginning to prepare for this
job role certification; skills not measured on the exam)
Basic knowledge of Java development
Basic knowledge of Java EE development (web and enterprise)
Exam Required:
Click on the link below to see exam details, exam objectives, suggested
training and sample tests.
C9510-819 - Rational Application Developer V8 Associate
Each test:
contains questions requiring single and multiple answers. For
multiple-answer questions, you need to choose all required options to get the
answer correct. You will be advised how many options make up the correct answer.
is designed to provide diagnostic feedback on the Examination Score Report,
correlating back to the test objectives, informing the test taker how he or she
did on each section of the test. As a result, to maintain the integrity of each
test, questions and answers are not distributed
QUESTION 1
Each server profile created with Rational Application Developer has its own what?
A. libraries
B. runtime scripts
C. administrative console
D. Java runtime environment
Answer: C
QUESTION 2
Which projects can be deployed to a WebSphere Application Server test environment in Rational Application Developer?
A. Dynamic Web
B. Enterprise Application
C. Enterprise Java Bean
D. Application Client
Answer: B
QUESTION 3
A developer needs to debug an application on Rational Application Developer. How can the developer add breakpoints in the code?
A. enable System.out.println on the code
B. select Window -> Preferences -> Debug -> Breakpoints -> Enable on the application code
C. click on the gray area of the left frame on the line of code for which breakpoint is required
D. enable Tracing on the server with breakpoint
Answer: C
QUESTION 4
Which term refers to the set of files that defines the runtime environment of a WebSphere Application Server?
A. script set
B. profile
C. installation
D. node
Answer: B
QUESTION 5
There is a simple named query defined in the following way: @NamedQuery(name=etCustomer? query=elect c from Customer c?@NamedQuery(name=?etCustomer? query=?elect c from Customer c? Which Entity Manager (em) method must be used to access this defined named query?
A. Query q = em.createNamedQuery(etCustomer?;Query q = em.createNamedQuery(?etCustomer?;
B. Query q = em.createQueryByName(etCustomer?;Query q = em.createQueryByName(?etCustomer?;
C. Query q = em.findNamedQuery(etCustomer?;Query q = em.findNamedQuery(?etCustomer?;
D. Query q = em.getNamedQuery(etCustomer?;Query q = em.getNamedQuery(?etCustomer?;
Answer: A
Thursday, December 21, 2017
Friday, November 17, 2017
C9020-667 IBM New Workloads Sales V1
Number of questions: 60
Number of questions to pass: 35
Time allowed: 90 mins
Status: Live
This exam consists of 6 sections described below.
Determine New Workload Solutions 15%
Identify potential solutions for the customer.
Gather Customer Requirements 26%
Describe a customer's hardware and software environment.
Describe a customer operational constraints, including power, cooling, personnel, knowledge level, and service level requirements.
Describe a customer's disaster recovery and high availability requirements.
Describe a customer's performance requirements, including throughput and latency.
Describe a customer's capacity and growth requirements.
Describe the process to qualify a customer's expectations, including the decision making process and the business requirement(s).
Describe the financial justification for a system acquisition.
Describe a customer's existing systems environment and new workloads.
IBM Spectrum Family Software 22%
Compare IBM management tools with competitive management tools and techniques to identify IBM strengths.
Describe integration with open software standards.
Describe cloud-enabled solutions.
Identify how IBM Storage software and products help clients solve data management issues through application efficiency.
Describe the use-case of IBM Spectrum family software.
IBM Storage Solutions 5%
Describe IBM Storage solution advantages.
Using Sales Tools and Resources in Support of Solutions 12%
Identify appropriate resources within IBM or through the business partner channel to develop and close business.
Identify the TDA and SAPR responsibilities.
Identify appropriate warranty and service levels and contracts.
Value Proposition 22%
Identify the benefits of IBM flash technologies.
Identify the difference in cost, performance, and reliability of IBM storage solutions.
Identify IBM's competitive advantages.
Identify application and OS integration.
Given a scenario, explain investment protection and TCO of a solution.
Overview
PartnerWorld Code: 32002501
Replaces PW Code: Not Applicable
Status: Live
The New Workloads Sales Specialist identifies opportunities for business and generates and qualifies demand using a consultative approach. This specialist determines and effectively uses available tools and resources to determine and sell storage solutions that meet the customer's needs and requirements. This specialist has a broad knowledge of the features, functions and benefits of IBM storage solutions, and a high-level understanding of competitive solutions from a business perspective. The successful candidate will apply knowledge of the IBM storage solutions portfolio to the customer's environment to solve business problems.
The IBM storage technologies and solutions included in this exam are: IBM software defined storage concepts including IBM Spectrum Suite; IBM Flash Storage Family; IBM all flash concepts and application acceleration; IBM FlashSystem A9000 and grid scale cloud concepts; IBM XIV Storage System; new workload concepts; IBM Storwize family and virtualized storage concepts; IBM SAN Volume Controller; IBM Spectrum Control, IBM Spectrum Protect, IBM Spectrum Archive, IBM Spectrum Virtualize, IBM Spectrum Scale; and Cloud Object Storage; and storage cloud and hybrid cloud concepts. A basic understanding and general knowledge of IBM System Storage DS8000 family; IBM Real-time Compression; Deduplication; SAN technologies; tape solutions (TS7700, TS3500, TS4500); tape technologies (LTO/LTFS); IBM VersaStack and converged infrastructure is also recommended.
This specialist can perform the following tasks without assistance: determine basic product positioning across the full IBM storage solution portfolio; know where to look for IBM marketing and sales initiatives; gather customer requirements; identify and engage correct resources, including technical support, customer demonstration facilities and tools; possess a general knowledge of the competitive landscape for large scale storage products; understand TCO/ROI fundamentals; articulate features/benefits/fit of IBM storage solutions to solve customer problems; identify warranty, installation and support options; be aware of the Solutions Assurance/TDA process; know where to find training materials, sales support materials; and articulate hybrid cloud and analytics basics.
This specialist can perform the following tasks with assistance: drill down into solution specifics; articulate and present the solution to the customer; mitigate competitors; develop the solution; have an awareness of the purpose and general capabilities of tools; define IBM storage solutions relative to private and hybrid cloud implementations; and understand IBM storage solutions from a new workload perspective (e.g., disaster recovery solutions, cloud integration, etc.).
This specialist should be familiar with the following resources: eConfig; competitive sales tools such as COMP database and CompeteCenter; TCOnow!; IBM Executive Briefing Centers; IBM PartnerWorld; sales manuals; sales playbook; storage and SDI essentials; Techdocs; IBM Systems Consolidation Evaluation Tool hosted by Alinean; Arxview; System Storage Interoperability Center (SSIC); FindIT; IBM SmartSeller; Batch Magic, Disk Magic, Capacity Magic; VSI (third-party vendor IBM uses to run assessment on data storage); Butterfly; and Atlantis.
Recommended Prerequisite Skills
Minimum 12 months practical, storage-related experience selling in the large scale storage environment, and three months selling IBM storage solutions.
Number of questions to pass: 35
Time allowed: 90 mins
Status: Live
This exam consists of 6 sections described below.
Determine New Workload Solutions 15%
Identify potential solutions for the customer.
Gather Customer Requirements 26%
Describe a customer's hardware and software environment.
Describe a customer operational constraints, including power, cooling, personnel, knowledge level, and service level requirements.
Describe a customer's disaster recovery and high availability requirements.
Describe a customer's performance requirements, including throughput and latency.
Describe a customer's capacity and growth requirements.
Describe the process to qualify a customer's expectations, including the decision making process and the business requirement(s).
Describe the financial justification for a system acquisition.
Describe a customer's existing systems environment and new workloads.
IBM Spectrum Family Software 22%
Compare IBM management tools with competitive management tools and techniques to identify IBM strengths.
Describe integration with open software standards.
Describe cloud-enabled solutions.
Identify how IBM Storage software and products help clients solve data management issues through application efficiency.
Describe the use-case of IBM Spectrum family software.
IBM Storage Solutions 5%
Describe IBM Storage solution advantages.
Using Sales Tools and Resources in Support of Solutions 12%
Identify appropriate resources within IBM or through the business partner channel to develop and close business.
Identify the TDA and SAPR responsibilities.
Identify appropriate warranty and service levels and contracts.
Value Proposition 22%
Identify the benefits of IBM flash technologies.
Identify the difference in cost, performance, and reliability of IBM storage solutions.
Identify IBM's competitive advantages.
Identify application and OS integration.
Given a scenario, explain investment protection and TCO of a solution.
Overview
PartnerWorld Code: 32002501
Replaces PW Code: Not Applicable
Status: Live
The New Workloads Sales Specialist identifies opportunities for business and generates and qualifies demand using a consultative approach. This specialist determines and effectively uses available tools and resources to determine and sell storage solutions that meet the customer's needs and requirements. This specialist has a broad knowledge of the features, functions and benefits of IBM storage solutions, and a high-level understanding of competitive solutions from a business perspective. The successful candidate will apply knowledge of the IBM storage solutions portfolio to the customer's environment to solve business problems.
The IBM storage technologies and solutions included in this exam are: IBM software defined storage concepts including IBM Spectrum Suite; IBM Flash Storage Family; IBM all flash concepts and application acceleration; IBM FlashSystem A9000 and grid scale cloud concepts; IBM XIV Storage System; new workload concepts; IBM Storwize family and virtualized storage concepts; IBM SAN Volume Controller; IBM Spectrum Control, IBM Spectrum Protect, IBM Spectrum Archive, IBM Spectrum Virtualize, IBM Spectrum Scale; and Cloud Object Storage; and storage cloud and hybrid cloud concepts. A basic understanding and general knowledge of IBM System Storage DS8000 family; IBM Real-time Compression; Deduplication; SAN technologies; tape solutions (TS7700, TS3500, TS4500); tape technologies (LTO/LTFS); IBM VersaStack and converged infrastructure is also recommended.
This specialist can perform the following tasks without assistance: determine basic product positioning across the full IBM storage solution portfolio; know where to look for IBM marketing and sales initiatives; gather customer requirements; identify and engage correct resources, including technical support, customer demonstration facilities and tools; possess a general knowledge of the competitive landscape for large scale storage products; understand TCO/ROI fundamentals; articulate features/benefits/fit of IBM storage solutions to solve customer problems; identify warranty, installation and support options; be aware of the Solutions Assurance/TDA process; know where to find training materials, sales support materials; and articulate hybrid cloud and analytics basics.
This specialist can perform the following tasks with assistance: drill down into solution specifics; articulate and present the solution to the customer; mitigate competitors; develop the solution; have an awareness of the purpose and general capabilities of tools; define IBM storage solutions relative to private and hybrid cloud implementations; and understand IBM storage solutions from a new workload perspective (e.g., disaster recovery solutions, cloud integration, etc.).
This specialist should be familiar with the following resources: eConfig; competitive sales tools such as COMP database and CompeteCenter; TCOnow!; IBM Executive Briefing Centers; IBM PartnerWorld; sales manuals; sales playbook; storage and SDI essentials; Techdocs; IBM Systems Consolidation Evaluation Tool hosted by Alinean; Arxview; System Storage Interoperability Center (SSIC); FindIT; IBM SmartSeller; Batch Magic, Disk Magic, Capacity Magic; VSI (third-party vendor IBM uses to run assessment on data storage); Butterfly; and Atlantis.
Recommended Prerequisite Skills
Minimum 12 months practical, storage-related experience selling in the large scale storage environment, and three months selling IBM storage solutions.
Monday, November 6, 2017
JN0-647 Enterprise Routing and Switching Exam
JN0-647 Enterprise Routing and Switching Exam
This list provides a general view of the skill set required to successfully complete the specified certification exam. Topics listed are subject to change.
Interior Gateway Protocols (IGPs)
BGP
IP Multicast
Ethernet Switching and Spanning Tree
Layer 2 Authentication and Access Control
IP Telephony Features
Class of Service (CoS)
Interior Gateway Protocols (IGPs)
Describe the concepts, operation or functionality of IGPs
IS-IS
RIP
OSPFv2 and OSPFv3
Routing Policy
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor IGPs
BGP
Describe the concepts, operation or functionality of BGP
BGP route selection process
Next hop resolution
BGP attributes - concept and operation
BGP communities
Regular expressions
Load balancing - multipath, multihop, forwarding table
NLRI families -- inet, inet6
Advanced BGP options
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor BGP
Implement BGP routing policy
IP Multicast
Describe the concepts, operation or functionality of IP multicast
Components of IP multicast, including multicast addressing
IP multicast traffic flow
Any-Source Multicast (ASM) vs. Source-Specific Multicast (SSM)
RPF - concept and operation
IGMP, IGMP snooping
PIM dense-mode and sparse-mode
Rendezvous point (RP) - concept, operation, discovery, election
SSM - requirements, benefits, address ranges
Anycast RP
MSDP
Routing policy and scoping
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor IP multicast
IGMP, PIM-DM, or PIM-SM (including SSM)
Implement IP multicast routing policy
Ethernet Switching and Spanning Tree
Describe the concepts, operation or functionality of advanced Ethernet switching
Filter-based VLANs
Private VLANs
Dynamic VLAN registration using MVRP
Tunnel Layer 2 traffic through Ethernet networks
Junos Fusion Enterprise
Layer 2 tunneling using Q-in-Q and L2PT
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor advanced Ethernet switching
Filter-based VLANs
Private VLANs
Dynamic VLAN registration using MVRP
Tunnel Layer 2 traffic through Ethernet networks
Junos Fusion Enterprise
Layer 2 tunneling using Q-in-Q and L2PT
Describe the concepts, operation or functionality of advanced spanning tree protocols, including MSTP or VSTP
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor MSTP or VSTP
Layer 2 Authentication and Access Control
Describe the operation of various Layer 2 authentication or access control features
Authentication process flow
802.1x - concepts and functionality
MAC RADIUS
Captive portal
Server fail fallback
Guest VLAN
Considerations when using multiple authentication/access control methods
Given a scenario, demonstrate how to configure, troubleshoot, or monitor Layer 2 authentication or access control
IP Telephony Features
Describe the concepts, operation or functionality of features that facilitate IP telephony deployments
Power over Ethernet (PoE)
LLDP and LLDP-MED
Voice VLAN
Given a scenario, demonstrate how to configure, troubleshoot, or monitor features used to support IP telephony deployments
Class of Service (CoS)
Describe the concepts, operation or functionality of Junos CoS for Layer 2/3 networks
CoS processing on Junos devices
CoS header fields
Forwarding classes
Classification
Packet loss priority
Policers
Schedulers
Drop profiles
Shaping
Rewrite rules
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor CoS for Layer 2/3 networks
QUESTION 1
You are configuring a scheduler map on an EX9200 Series device. You want to ensure that traffic is dropped in a policing action once traffic exceeds the configured transit rate.
Which configuration parameter will meet this requirement?
A. exact
B. rate-limit
C. remainder
D. percent
Answer: B
QUESTION 2
Which two statements are true about PIM source-specific multicast (SSM)? (Choose two.)
A. The receiver DR builds a source-base tree to the RP.
B. S, G is always used.
C. A Different group address must be used by each source.
D. IGMPv3 is required.
Answer: B,D
QUESTION 3
Which statement is correct about CoS policers on Junos devices?
A. Traffic that exceeds a policer’s traffic profile can be dropped or assigned to aspecific drop profile.
B. A policer can assign in-profile traffic to a specific forwarding class.
C. A policer does not alter in-profile traffic.
D. Policers can be configured to buffer traffic that exceeds the policer’s traffic profile.
Answer: C
QUESTION 4
Which statement is correct about MSTP?
A. MSTP enables mapping multiple independent spanning-tree instances onto one physical topology.
B. MSTP enables dynamic discovery of Layer 2 neighbors.
C. MSTP dynamically manages VLAN registration in a LAN.
D. MSTP uses stacked VLAN tags to extend a Layer 2 Ethernet connection between multiple sites.
Answer: A
QUESTION 5
Which type of BGP is used to peer with a different autonomous system?
A. external
B. classless
C. dynamic
D. static
Answer: A
This list provides a general view of the skill set required to successfully complete the specified certification exam. Topics listed are subject to change.
Interior Gateway Protocols (IGPs)
BGP
IP Multicast
Ethernet Switching and Spanning Tree
Layer 2 Authentication and Access Control
IP Telephony Features
Class of Service (CoS)
Interior Gateway Protocols (IGPs)
Describe the concepts, operation or functionality of IGPs
IS-IS
RIP
OSPFv2 and OSPFv3
Routing Policy
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor IGPs
BGP
Describe the concepts, operation or functionality of BGP
BGP route selection process
Next hop resolution
BGP attributes - concept and operation
BGP communities
Regular expressions
Load balancing - multipath, multihop, forwarding table
NLRI families -- inet, inet6
Advanced BGP options
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor BGP
Implement BGP routing policy
IP Multicast
Describe the concepts, operation or functionality of IP multicast
Components of IP multicast, including multicast addressing
IP multicast traffic flow
Any-Source Multicast (ASM) vs. Source-Specific Multicast (SSM)
RPF - concept and operation
IGMP, IGMP snooping
PIM dense-mode and sparse-mode
Rendezvous point (RP) - concept, operation, discovery, election
SSM - requirements, benefits, address ranges
Anycast RP
MSDP
Routing policy and scoping
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor IP multicast
IGMP, PIM-DM, or PIM-SM (including SSM)
Implement IP multicast routing policy
Ethernet Switching and Spanning Tree
Describe the concepts, operation or functionality of advanced Ethernet switching
Filter-based VLANs
Private VLANs
Dynamic VLAN registration using MVRP
Tunnel Layer 2 traffic through Ethernet networks
Junos Fusion Enterprise
Layer 2 tunneling using Q-in-Q and L2PT
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor advanced Ethernet switching
Filter-based VLANs
Private VLANs
Dynamic VLAN registration using MVRP
Tunnel Layer 2 traffic through Ethernet networks
Junos Fusion Enterprise
Layer 2 tunneling using Q-in-Q and L2PT
Describe the concepts, operation or functionality of advanced spanning tree protocols, including MSTP or VSTP
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor MSTP or VSTP
Layer 2 Authentication and Access Control
Describe the operation of various Layer 2 authentication or access control features
Authentication process flow
802.1x - concepts and functionality
MAC RADIUS
Captive portal
Server fail fallback
Guest VLAN
Considerations when using multiple authentication/access control methods
Given a scenario, demonstrate how to configure, troubleshoot, or monitor Layer 2 authentication or access control
IP Telephony Features
Describe the concepts, operation or functionality of features that facilitate IP telephony deployments
Power over Ethernet (PoE)
LLDP and LLDP-MED
Voice VLAN
Given a scenario, demonstrate how to configure, troubleshoot, or monitor features used to support IP telephony deployments
Class of Service (CoS)
Describe the concepts, operation or functionality of Junos CoS for Layer 2/3 networks
CoS processing on Junos devices
CoS header fields
Forwarding classes
Classification
Packet loss priority
Policers
Schedulers
Drop profiles
Shaping
Rewrite rules
Given a scenario, demonstrate knowledge of how to configure, troubleshoot, or monitor CoS for Layer 2/3 networks
QUESTION 1
You are configuring a scheduler map on an EX9200 Series device. You want to ensure that traffic is dropped in a policing action once traffic exceeds the configured transit rate.
Which configuration parameter will meet this requirement?
A. exact
B. rate-limit
C. remainder
D. percent
Answer: B
QUESTION 2
Which two statements are true about PIM source-specific multicast (SSM)? (Choose two.)
A. The receiver DR builds a source-base tree to the RP.
B. S, G is always used.
C. A Different group address must be used by each source.
D. IGMPv3 is required.
Answer: B,D
QUESTION 3
Which statement is correct about CoS policers on Junos devices?
A. Traffic that exceeds a policer’s traffic profile can be dropped or assigned to aspecific drop profile.
B. A policer can assign in-profile traffic to a specific forwarding class.
C. A policer does not alter in-profile traffic.
D. Policers can be configured to buffer traffic that exceeds the policer’s traffic profile.
Answer: C
QUESTION 4
Which statement is correct about MSTP?
A. MSTP enables mapping multiple independent spanning-tree instances onto one physical topology.
B. MSTP enables dynamic discovery of Layer 2 neighbors.
C. MSTP dynamically manages VLAN registration in a LAN.
D. MSTP uses stacked VLAN tags to extend a Layer 2 Ethernet connection between multiple sites.
Answer: A
QUESTION 5
Which type of BGP is used to peer with a different autonomous system?
A. external
B. classless
C. dynamic
D. static
Answer: A
Tuesday, October 17, 2017
C7010-010 IBM Cúram V6.0.4 Application Development
Number of questions: 50
Number of questions to pass: 35
Time allowed: 75 mins
The contents of this exam is applicable for IBM Cúram V6.0.4 and later V6 versions.
This multiple-choice test contains questions requiring single and multiple answers. For multiple-answer questions, you need to choose all required options to get the answer correct. You will be advised how many options make up the correct answer.
This test is designed to provide diagnostic feedback on the Examination Score Report, correlating back to the test objectives, informing the test taker how he or she did on each section of the test. As a result, to maintain the integrity of each test, questions and answers are not distributed.
The test contains five sections totalling 50 multiple-choice questions. The percentages after each section title reflect the approximate distribution of the total question set across the sections. The contents of this exam is applicable to IBM Cúram V6.0.4 and later V6 versions.
Section 1 - IBM Cúram Infrastructure 10%
Identify the components of IBM Cúram Social Program Management
Outline the runtime architecture used in IBM Cúram for the client and server applications
Access product documentation that is provided with the IBM Cúram application
Select the appropriate build target for a particular task
Other - file types
Section 2 - Server Development 30%
Use RSA fragments, RSA packages, and the CODE_PACKAGE option
Model the following classes: Domain Definition, Entity, Struct, Process, and Facade
Interpret the class hierarchy that is generated from modeled classes
Model the following relationships: Index, Foreign Key, Assignable, Aggregation
Define appropriate stereotype operations for entity, process and facade classes
Specify options for exit points, auditing and optimistic locking
Define code tables, data manager files, and message files
Implement exception handling
Specify modeled and mandatory field validations
Implement server validation and post-processing messages using the Informational Manager
Perform server-side testing and tracing
Generate unique IDs
Section 3 - Client Development 20%
Identify features for localization and externalizing strings
Select the necessary build targets for client development
Employ common UIM elements: PAGE, CLUSTER, FIELD, CONNECT, LINK, PAGE_PARAMETER, SOURCE, TARGET, SERVER_INTERFACE, ACTION_SET, ACTION_CONTROL
Implement a simple search feature
Implement a modify feature
Identify the parts of the IBM Cúram user interface
Configure application navigation features
Implement the following client features: multiple submit, select lists, display images, views, wizards and in-page navigation, and expandable lists
Invoke the UIM Generator to create pages
Add logic to your UIM pages using JSP scriptlets and JavaScript
Use features to perform client-side validation
Identify out-of-the-box domain specific controls or widgets and the use of the Custom Widget Development Framework (CWDF)
Perform client tracing
Section 4 - Server Customization 30%
Identify the features for deprecation reporting
Access and interpret documentation to determine the compliant customization approach
Specify the build precedence using the component order variables
Customize non-source code artifacts compliantly: message files, code tables, data manager files, server configuration files
Configure validations using the Administration Suite
Customize source code artifacts compliantly: Structs, Façade and Process classes, Entity classes, Domain Definitions
Distinguish between service layer classes developed using the persistence infrastructure and those developed using the classic development approach
Customize service layer implementations using the Event/Listener pattern, Strategy pattern, and references to services layer classes
Section 5 - Client Customization 10%
Customize client artifacts compliantly, including UIM pages, property files, application navigation, images, and style sheets
Determine the purpose of the key client configuration files and how they can customized
Implement a plug-in for custom data conversion and sorting
Identify the options for customizing widgets
Overview
PartnerWorld Code: 58000501
Replaces PW Code: 58000501
Status: Live
This intermediate level certification is intended for Java developers who will work as Cúram developers for V6.0.4 and V6.0.5.
Recommended Prerequisite Skills
Before preparing for this certification, working knowledge of the following is recommended and assumed:
object-oriented concepts
Java
XML
SQL
n-tier enterprise applications
In preparing for this certification, the following IBM courses are highly recommended:
9D32G (or 9D44G): Fundamentals of the IBM Cúram SPM Platform for Developers V6.0.4 (or V6.0.5)
OR
9D40G (or 9D49G): Fundamentals of the IBM Cúram SPM Platform for Developers (ADE) V6.0.4 (SPVC) (or V6.0.5)
AND
9D41G (or 9D50G): Fundamentals of the IBM Cúram SPM Platform for Developers (Customization) V6.0.4 (SPVC) (or V6.0.5)
You may also consider taking one of the following courses to practice using IBM Cúram features:
9D46G (or 9D53G): IBM Cúram SPM Platform Development Environment 6.0.4 - Expert Arena (SPVC) (6.0.5)
QUESTION 1
Which of the following entity method stereotypes require SQL to be provided?
A. nsread
B. ns
C. nsmulti
D. batch
E. nsmodify
Answer: B,C
QUESTION 2
The default control for CODETABLE values in a Cúram page is a drop-down menu. The default control for CODETABLE values in a Cúram page is a drop-down menu. How can this be replaced with a set of radio buttons?
A. Ensure that the underlying Domain Definition on the model resolves to SHORT_CODETABLE_CODE.
B. Set the SHORT attribute on the FIELD to true.
C. Set the Radio Button option on the Domain Definition to true.
D. Set the Radio Button option on the corresponding struct to true.
Answer: A
QUESTION 3
Which of the following are valid subdirectories of a server component directory?
A. model
B. codetable
C. database
D. EJBserver
E. message
Answer: A,B,E
QUESTION 4
Which of the following are stored in the datamanager_config.xml file?
A. Database table names used by the application
B. Database type and port numbers
C. References to DMX files containing data to be inserted on a build
D. References to SQL scripts to be run on a build
E. References to CTX files containing code tables to be inserted on a build
Answer: C,D
QUESTION 5
An application's Server Components folder contains the following components: Appeals, core, custom, ISScreening, and ServicePlanning. The SERVER_COMPONENT_ORDER variable is set as follows: SERVER_COMPONENT_ORDER=custom, ServicePlanning.
Which of the following statements BEST reflects the order of priority (decreasing priority left to right) in which the generators will process the components?
A. custom, ServicePlanning, core
B. custom, ServicePlanning
C. custom, ServicePlanning, Appeals, core, ISScreening
D. custom, ServicePlanning, Appeals, ISScreening, core
E. Appeals, custom, ISScreening, ServicePlanning, core
Answer: D
Number of questions to pass: 35
Time allowed: 75 mins
The contents of this exam is applicable for IBM Cúram V6.0.4 and later V6 versions.
This multiple-choice test contains questions requiring single and multiple answers. For multiple-answer questions, you need to choose all required options to get the answer correct. You will be advised how many options make up the correct answer.
This test is designed to provide diagnostic feedback on the Examination Score Report, correlating back to the test objectives, informing the test taker how he or she did on each section of the test. As a result, to maintain the integrity of each test, questions and answers are not distributed.
The test contains five sections totalling 50 multiple-choice questions. The percentages after each section title reflect the approximate distribution of the total question set across the sections. The contents of this exam is applicable to IBM Cúram V6.0.4 and later V6 versions.
Section 1 - IBM Cúram Infrastructure 10%
Identify the components of IBM Cúram Social Program Management
Outline the runtime architecture used in IBM Cúram for the client and server applications
Access product documentation that is provided with the IBM Cúram application
Select the appropriate build target for a particular task
Other - file types
Section 2 - Server Development 30%
Use RSA fragments, RSA packages, and the CODE_PACKAGE option
Model the following classes: Domain Definition, Entity, Struct, Process, and Facade
Interpret the class hierarchy that is generated from modeled classes
Model the following relationships: Index, Foreign Key, Assignable, Aggregation
Define appropriate stereotype operations for entity, process and facade classes
Specify options for exit points, auditing and optimistic locking
Define code tables, data manager files, and message files
Implement exception handling
Specify modeled and mandatory field validations
Implement server validation and post-processing messages using the Informational Manager
Perform server-side testing and tracing
Generate unique IDs
Section 3 - Client Development 20%
Identify features for localization and externalizing strings
Select the necessary build targets for client development
Employ common UIM elements: PAGE, CLUSTER, FIELD, CONNECT, LINK, PAGE_PARAMETER, SOURCE, TARGET, SERVER_INTERFACE, ACTION_SET, ACTION_CONTROL
Implement a simple search feature
Implement a modify feature
Identify the parts of the IBM Cúram user interface
Configure application navigation features
Implement the following client features: multiple submit, select lists, display images, views, wizards and in-page navigation, and expandable lists
Invoke the UIM Generator to create pages
Add logic to your UIM pages using JSP scriptlets and JavaScript
Use features to perform client-side validation
Identify out-of-the-box domain specific controls or widgets and the use of the Custom Widget Development Framework (CWDF)
Perform client tracing
Section 4 - Server Customization 30%
Identify the features for deprecation reporting
Access and interpret documentation to determine the compliant customization approach
Specify the build precedence using the component order variables
Customize non-source code artifacts compliantly: message files, code tables, data manager files, server configuration files
Configure validations using the Administration Suite
Customize source code artifacts compliantly: Structs, Façade and Process classes, Entity classes, Domain Definitions
Distinguish between service layer classes developed using the persistence infrastructure and those developed using the classic development approach
Customize service layer implementations using the Event/Listener pattern, Strategy pattern, and references to services layer classes
Section 5 - Client Customization 10%
Customize client artifacts compliantly, including UIM pages, property files, application navigation, images, and style sheets
Determine the purpose of the key client configuration files and how they can customized
Implement a plug-in for custom data conversion and sorting
Identify the options for customizing widgets
Overview
PartnerWorld Code: 58000501
Replaces PW Code: 58000501
Status: Live
This intermediate level certification is intended for Java developers who will work as Cúram developers for V6.0.4 and V6.0.5.
Recommended Prerequisite Skills
Before preparing for this certification, working knowledge of the following is recommended and assumed:
object-oriented concepts
Java
XML
SQL
n-tier enterprise applications
In preparing for this certification, the following IBM courses are highly recommended:
9D32G (or 9D44G): Fundamentals of the IBM Cúram SPM Platform for Developers V6.0.4 (or V6.0.5)
OR
9D40G (or 9D49G): Fundamentals of the IBM Cúram SPM Platform for Developers (ADE) V6.0.4 (SPVC) (or V6.0.5)
AND
9D41G (or 9D50G): Fundamentals of the IBM Cúram SPM Platform for Developers (Customization) V6.0.4 (SPVC) (or V6.0.5)
You may also consider taking one of the following courses to practice using IBM Cúram features:
9D46G (or 9D53G): IBM Cúram SPM Platform Development Environment 6.0.4 - Expert Arena (SPVC) (6.0.5)
QUESTION 1
Which of the following entity method stereotypes require SQL to be provided?
A. nsread
B. ns
C. nsmulti
D. batch
E. nsmodify
Answer: B,C
QUESTION 2
The default control for CODETABLE values in a Cúram page is a drop-down menu. The default control for CODETABLE values in a Cúram page is a drop-down menu. How can this be replaced with a set of radio buttons?
A. Ensure that the underlying Domain Definition on the model resolves to SHORT_CODETABLE_CODE.
B. Set the SHORT attribute on the FIELD to true.
C. Set the Radio Button option on the Domain Definition to true.
D. Set the Radio Button option on the corresponding struct to true.
Answer: A
QUESTION 3
Which of the following are valid subdirectories of a server component directory?
A. model
B. codetable
C. database
D. EJBserver
E. message
Answer: A,B,E
QUESTION 4
Which of the following are stored in the datamanager_config.xml file?
A. Database table names used by the application
B. Database type and port numbers
C. References to DMX files containing data to be inserted on a build
D. References to SQL scripts to be run on a build
E. References to CTX files containing code tables to be inserted on a build
Answer: C,D
QUESTION 5
An application's Server Components folder contains the following components: Appeals, core, custom, ISScreening, and ServicePlanning. The SERVER_COMPONENT_ORDER variable is set as follows: SERVER_COMPONENT_ORDER=custom, ServicePlanning.
Which of the following statements BEST reflects the order of priority (decreasing priority left to right) in which the generators will process the components?
A. custom, ServicePlanning, core
B. custom, ServicePlanning
C. custom, ServicePlanning, Appeals, core, ISScreening
D. custom, ServicePlanning, Appeals, ISScreening, core
E. Appeals, custom, ISScreening, ServicePlanning, core
Answer: D
Thursday, June 15, 2017
C2090-430 IBM InfoSphere Master Data Management v11.3 (Physical)
Test information:
Number of questions: 70
Time allowed in minutes: 105
Required passing score: 63%
Languages: English
The IBM Certified Specialist - InfoSphere Master Data Management (MDM) v11.3 (Physical) will certify that the successful candidate has important knowledge and skills necessary to install, configure and deploy MDM on a development workstation along with extending the MDM capabilities using the MDM Workbench. The successful candidate will also understand the architecture components and solution building blocks of Physical MDM.
Design and Architecture (7%)
Describe a Virtual vs Physical vs Hybrid MDM implementation
Describe the Physical MDM technical architecture
Describe the Physical MDM solution building blocks
Data Model (8%)
Describe the Physical MDM business entities and their relationships
Describe common domain entities
Describe administration tables
Install and Configure Physical MDM (4%)
Identify environment setup and configuration
Extending the Physical MDM Capabilities (20%)
Demonstrate knowledge of the Request Response Framework
Demonstrate knowledge of data additions
Demonstrate knowledge of data extensions
Identify how to create code tables
Demonstrate knowledge of behavior extensions
Identify the steps to create a new service
Demonstrate knowledge of composite services
Identify how Physical MDM invokes custom code
External Rules and Validation (5%)
Describe External Rule Framework
Describe external validation and when to use it
Identify how to create and modify an external rule
Data Management (17%)
Describe Suspect Duplicate Processing work flow
Describe Deterministic Matching
Demonstrate knowledge of Probabilistic Matching
Identify components of a Probabilistic Matching Engine algorithm
Describe Physical MDM Standardization
Demonstrate knowledge of search capabilities in Physical MDM
Describe Data Governance
Features and Functionality (10%)
Describe knowledge of management of historical data
Demonstrate knowledge of configurable inquiry levels
Describe Batch Job Processing
Describe the IBM Stewardship Center
Describe Event Manager
Describe language and locale
Describe knowledge of Transaction Audit Information Log
Security (5%)
Describe Physical MDM Authentication and Authorization
Describe Physical MDM security entitlements
Integration (12%)
Describe how to invoke a Physical MDM service
Describe the Adaptive Service Interface
Describe the Notification Framework
Describe the Broadcast Framework
Describe the bulk import and extraction of data
Troubleshooting (12%)
Demonstrate knowledge of configuring and analyzing Physical MDM log files
Demonstrate knowledge of error handling
Describe troubleshooting an installation
Describe Workbench debugging
Describe the Physical MDM support tools
Job Role Description / Target Audience
The IBM Certified Specialist - InfoSphere Master Data Management (MDM) v11.3 (Physical) will certify that the successful candidate has important knowledge and skills necessary to install, configure and deploy MDM on a development workstation along with extending the MDM capabilities using the MDM Workbench. The successful candidate will also understand the architecture components and solution building blocks of Physical MDM.
Recommended Prerequisite Skills
Java EE Architectural design - intermediate
OSGI Framework knowledge - intermediate
WebSphere Application Server - intermediate
Rational Application Developer - intermediate
Database Skills - intermediate
JAVA programming - intermediate
General knowledge of XML - intermediate
General knowledge of JMS, RMI and Webservices - basic
General knowledge of MQ - basic
Number of questions: 70
Time allowed in minutes: 105
Required passing score: 63%
Languages: English
The IBM Certified Specialist - InfoSphere Master Data Management (MDM) v11.3 (Physical) will certify that the successful candidate has important knowledge and skills necessary to install, configure and deploy MDM on a development workstation along with extending the MDM capabilities using the MDM Workbench. The successful candidate will also understand the architecture components and solution building blocks of Physical MDM.
Design and Architecture (7%)
Describe a Virtual vs Physical vs Hybrid MDM implementation
Describe the Physical MDM technical architecture
Describe the Physical MDM solution building blocks
Data Model (8%)
Describe the Physical MDM business entities and their relationships
Describe common domain entities
Describe administration tables
Install and Configure Physical MDM (4%)
Identify environment setup and configuration
Extending the Physical MDM Capabilities (20%)
Demonstrate knowledge of the Request Response Framework
Demonstrate knowledge of data additions
Demonstrate knowledge of data extensions
Identify how to create code tables
Demonstrate knowledge of behavior extensions
Identify the steps to create a new service
Demonstrate knowledge of composite services
Identify how Physical MDM invokes custom code
External Rules and Validation (5%)
Describe External Rule Framework
Describe external validation and when to use it
Identify how to create and modify an external rule
Data Management (17%)
Describe Suspect Duplicate Processing work flow
Describe Deterministic Matching
Demonstrate knowledge of Probabilistic Matching
Identify components of a Probabilistic Matching Engine algorithm
Describe Physical MDM Standardization
Demonstrate knowledge of search capabilities in Physical MDM
Describe Data Governance
Features and Functionality (10%)
Describe knowledge of management of historical data
Demonstrate knowledge of configurable inquiry levels
Describe Batch Job Processing
Describe the IBM Stewardship Center
Describe Event Manager
Describe language and locale
Describe knowledge of Transaction Audit Information Log
Security (5%)
Describe Physical MDM Authentication and Authorization
Describe Physical MDM security entitlements
Integration (12%)
Describe how to invoke a Physical MDM service
Describe the Adaptive Service Interface
Describe the Notification Framework
Describe the Broadcast Framework
Describe the bulk import and extraction of data
Troubleshooting (12%)
Demonstrate knowledge of configuring and analyzing Physical MDM log files
Demonstrate knowledge of error handling
Describe troubleshooting an installation
Describe Workbench debugging
Describe the Physical MDM support tools
Job Role Description / Target Audience
The IBM Certified Specialist - InfoSphere Master Data Management (MDM) v11.3 (Physical) will certify that the successful candidate has important knowledge and skills necessary to install, configure and deploy MDM on a development workstation along with extending the MDM capabilities using the MDM Workbench. The successful candidate will also understand the architecture components and solution building blocks of Physical MDM.
Recommended Prerequisite Skills
Java EE Architectural design - intermediate
OSGI Framework knowledge - intermediate
WebSphere Application Server - intermediate
Rational Application Developer - intermediate
Database Skills - intermediate
JAVA programming - intermediate
General knowledge of XML - intermediate
General knowledge of JMS, RMI and Webservices - basic
General knowledge of MQ - basic
Tuesday, June 13, 2017
C2090-420 IBM InfoSphere MDM Server v9.0
C2090-420: IBM InfoSphere MDM Server v9.0
Test information:
Number of questions: 63
Time allowed in minutes: 90
Required passing score: 67%
Languages: English
Section 1 - Configure and Deploy InfoSphere MDM Server in a Development Workstation (9%)
Given a scenario, describe workstation RAD/RSA development environment setup
Demonstrate knowledge of deploying Custom Code
Demonstrate knowledge of configuring MDM Server features
Section 2 - MDM Server Architecture and Domain Model (12%)
Describe basic MDM Server architecture
Describe MDM Server business entities and their relationships
Section 3 - Extensions and Additions (through Workbench) (12%)
Given a scenario, demonstrate knowledge of differences between a data extension and an addition
Given a scenario, demonstrate knowledge of creating code tables
Demonstrate knowledge of how to create a behavior extension
Section 4 - Composite Transactions (8%)
Describe how to create composite transactions using Business Proxy
Describe the difference between composite XML transactions and Java business proxy composites
Section 5 - External Rules and Validation (9%)
Describe External Business Rules Framework
Describe how to create a new external rule
Describe external validation and when to use it
Section 6 - Search Strategy (5%)
Describe search strategy (high level)
Describe different implementations of seach strategy
Section 7 - Suspect Duplicate Processing (14%)
Describe party SDP work flow
Demonstrate knowledge of implementing customized SDP logic
Deomonstrate knowledge of 'evergreening'
Section 8 - Features and Functionality (16%)
Describe simple/compound history
Describe the MDM Server components
Demonstrate knowledge of configurable inquiry levels
Section 9 - Security (6%)
Describe MDM Server data visibility and accessibility control
Demonstrate knowledge of Authentication versus Authorization
Section 10 - Troubleshooting (9%)
Given a scenario, demonstrate knowledge of configuring and analyzing MDM Server log files
Given a scenario, demonstrate knowledge of Error handling
The IBM Certified Developer - InfoSphere MDM Server v9.0 will certify that the successful candidate has important knowledge and skills necessary to configure and deploy InfoSphere MDM Server v9.0 in a development workstation along with being able to customize the data model and develop custom services through the use of the Infosphere MDM Server v9.0 workbench.
Recommended Prerequisite Skills
Major topics covered by the test include:
Configure and Deploy InfoSphere MDM Server in a Development Workstation
MDM Server Architecture and Domain Model
Extensions and Additions (through Workbench)
Composite Transactions
External Rules and Validation
Search Strategy
Suspect Duplicate Processing
Features and Functionality
Security
Troubleshooting
QUESTION 1
Which two features differ between the probabilistic and deterministic approach to Suspect
Duplication Processing? (Choose two.)
A. candidate list selection
B. matching critical data elements between praties
C. handing A2 suspects
D. determining the match category
Answer: B,D
Explanation:
QUESTION 2
What is a design component of Data Persistency Entitlements?
A. Ancestors
B. Accessors
C. Activities
D. Profiles
Answer: B
Explanation:
QUESTION 3
An external system provides a daily master data feed into InfoSphere MDM Server. New business
proxies are created to synchronize this information with existing data in the MDM database. The
synchronization process involves calling existing InfoSphere MDM Server transactions. What
information does the business proxy use to resolve the identities of business objects and detect
transactions needed in the composite transaction?(Choose two.)
A. business object primary key fields
B. business object foreign key fields
C. business object business key fields
D. business key fields in parent business object hierarchy
Answer: C,D
Explanation:
QUESTION 4
Which two statements are true about the type of history database triggers in InfSphere MDM
Server?(Choose two.)
A. SIMPLE triggers populate the history record in audit tables when a record is inserted into an
operational table in the InfoSphere MDM Server database.
B. COMPOUND triggers populate the history record in audit tables when a record is updated or
deleted from within an operational table in the InfoSphere MDM Server database.
C. SIMPLE triggers populate the history record in audit tables when a record is updated from
within an operational table in the InfoSphere MDM Server database.
D. COMPOUND triggers populate the history record in audit tables when a record is inserted or
updated from within an operational table in the InfSphere MDM Server database.
Answer: C,D
Explanation:
Test information:
Number of questions: 63
Time allowed in minutes: 90
Required passing score: 67%
Languages: English
Section 1 - Configure and Deploy InfoSphere MDM Server in a Development Workstation (9%)
Given a scenario, describe workstation RAD/RSA development environment setup
Demonstrate knowledge of deploying Custom Code
Demonstrate knowledge of configuring MDM Server features
Section 2 - MDM Server Architecture and Domain Model (12%)
Describe basic MDM Server architecture
Describe MDM Server business entities and their relationships
Section 3 - Extensions and Additions (through Workbench) (12%)
Given a scenario, demonstrate knowledge of differences between a data extension and an addition
Given a scenario, demonstrate knowledge of creating code tables
Demonstrate knowledge of how to create a behavior extension
Section 4 - Composite Transactions (8%)
Describe how to create composite transactions using Business Proxy
Describe the difference between composite XML transactions and Java business proxy composites
Section 5 - External Rules and Validation (9%)
Describe External Business Rules Framework
Describe how to create a new external rule
Describe external validation and when to use it
Section 6 - Search Strategy (5%)
Describe search strategy (high level)
Describe different implementations of seach strategy
Section 7 - Suspect Duplicate Processing (14%)
Describe party SDP work flow
Demonstrate knowledge of implementing customized SDP logic
Deomonstrate knowledge of 'evergreening'
Section 8 - Features and Functionality (16%)
Describe simple/compound history
Describe the MDM Server components
Demonstrate knowledge of configurable inquiry levels
Section 9 - Security (6%)
Describe MDM Server data visibility and accessibility control
Demonstrate knowledge of Authentication versus Authorization
Section 10 - Troubleshooting (9%)
Given a scenario, demonstrate knowledge of configuring and analyzing MDM Server log files
Given a scenario, demonstrate knowledge of Error handling
The IBM Certified Developer - InfoSphere MDM Server v9.0 will certify that the successful candidate has important knowledge and skills necessary to configure and deploy InfoSphere MDM Server v9.0 in a development workstation along with being able to customize the data model and develop custom services through the use of the Infosphere MDM Server v9.0 workbench.
Recommended Prerequisite Skills
Major topics covered by the test include:
Configure and Deploy InfoSphere MDM Server in a Development Workstation
MDM Server Architecture and Domain Model
Extensions and Additions (through Workbench)
Composite Transactions
External Rules and Validation
Search Strategy
Suspect Duplicate Processing
Features and Functionality
Security
Troubleshooting
QUESTION 1
Which two features differ between the probabilistic and deterministic approach to Suspect
Duplication Processing? (Choose two.)
A. candidate list selection
B. matching critical data elements between praties
C. handing A2 suspects
D. determining the match category
Answer: B,D
Explanation:
QUESTION 2
What is a design component of Data Persistency Entitlements?
A. Ancestors
B. Accessors
C. Activities
D. Profiles
Answer: B
Explanation:
QUESTION 3
An external system provides a daily master data feed into InfoSphere MDM Server. New business
proxies are created to synchronize this information with existing data in the MDM database. The
synchronization process involves calling existing InfoSphere MDM Server transactions. What
information does the business proxy use to resolve the identities of business objects and detect
transactions needed in the composite transaction?(Choose two.)
A. business object primary key fields
B. business object foreign key fields
C. business object business key fields
D. business key fields in parent business object hierarchy
Answer: C,D
Explanation:
QUESTION 4
Which two statements are true about the type of history database triggers in InfSphere MDM
Server?(Choose two.)
A. SIMPLE triggers populate the history record in audit tables when a record is inserted into an
operational table in the InfoSphere MDM Server database.
B. COMPOUND triggers populate the history record in audit tables when a record is updated or
deleted from within an operational table in the InfoSphere MDM Server database.
C. SIMPLE triggers populate the history record in audit tables when a record is updated from
within an operational table in the InfoSphere MDM Server database.
D. COMPOUND triggers populate the history record in audit tables when a record is inserted or
updated from within an operational table in the InfSphere MDM Server database.
Answer: C,D
Explanation:
Tuesday, May 23, 2017
C2090-304 IBM InfoSphere QualityStage v9.1 Solution Developer
Test information:
Number of questions: 63
Time allowed in minutes: 90
Required passing score: 71%
Languages: English, Japanese
This exam will certify that the successful candidate has important knowledge and skills necessary to professionally design and develop a QualityStage v9.1 solution to produce efficient and accurate results.
Section 1 - Methodology (5%)
Describe the steps in data quality methodology
Understand the impact of data integration preparsing
Section 2 - Design Considerations (13%)
Identify the steps for standardization
Demonstrate knowledge how to optimize QualityStage jobs using parallel concepts
Demonstrate knowledge how to handle data from multiple countries
Describe initial vs. delta vs. real-time design considerations
Section 3 - Investigation (8%)
Demonstrate knowledge of investigation types
Describe how investigation results can be used
Section 4 - Standardization / Adresses / Postal (14%)
Describe the differences between certification, vertification and standardization
Define what the standardization stages are and how to use them
Describe the purpose of standardization and what results are produced by the process
Section 5 - Rule Sets (16%)
Demonstrate knowledge of how to customize standardization rules
Demonstrate knowledge of the components of a rule and their functions
Demonstrate knowledge of managing standardizations rules
Demonstrate knowledge of user defined standardization rules
Section 6 - Matching (21%)
Demonstrate knowledge of match concepts
Describe the match job components
Describe how to review and tune a match
Demonstrate knowledge of managing match specification (re-usability)
Demonstrate knowledge of match job design to achieve optimal performance
Section 7 - Survive (10%)
Describe the purpose of the survive stage
Demonstrate knowledge of the different rule types for surviving data and when to use them
Describe how to implement a survive stage
Section 8 - Setup and Troubleshooting (14%)
Identify how to troubleshoot a QualityStage job
Describe how to configure data quiality environment functionality
Describe QualityStage deployment considerations
Demonstrate knowledge of NLS/non-NLS install and its impact on QualityStage stages
Explain the process necessary to run multiple copies of the job (job multi-instance)
IBM Certified Solution Developer - InfoSphere QualityStage v9.1
Job Role Description / Target Audience
The IBM Certified Solution Developer - InfoSphere QualityStage v9.1 is a data quality developer, analyst and architect and has important knowledge and skills necessary to professionally design and develop a QualityStage v9.1 solution to produce efficient and accurate results.
Recommended Prerequisite Skills
Must understand overall QualityStage functionality:
Possess detailed knowledge of QualityStage stages to develop an effective application
Postal Applications and Address Verification Interface (AVI)
Real-time design of QualityStage
Integration into InfoSphere DataStage solutions
Job design using the DataStage and QualityStage Designer interface
Assess the appropriateness and quality of data for data integration initiative
Ensures QualityStage solution meets business requirements
Monitors resolution of data quality issues
Provides metadata to create functional and technical specifications for data integration/cleansing applications
Design auditing processes to meet data integrity needs
Design data quality processes through a QualityStage application
Determine the appropriate tool to fulfill data quality and business requirements
QUESTION 1Number of questions: 63
Time allowed in minutes: 90
Required passing score: 71%
Languages: English, Japanese
This exam will certify that the successful candidate has important knowledge and skills necessary to professionally design and develop a QualityStage v9.1 solution to produce efficient and accurate results.
Section 1 - Methodology (5%)
Describe the steps in data quality methodology
Understand the impact of data integration preparsing
Section 2 - Design Considerations (13%)
Identify the steps for standardization
Demonstrate knowledge how to optimize QualityStage jobs using parallel concepts
Demonstrate knowledge how to handle data from multiple countries
Describe initial vs. delta vs. real-time design considerations
Section 3 - Investigation (8%)
Demonstrate knowledge of investigation types
Describe how investigation results can be used
Section 4 - Standardization / Adresses / Postal (14%)
Describe the differences between certification, vertification and standardization
Define what the standardization stages are and how to use them
Describe the purpose of standardization and what results are produced by the process
Section 5 - Rule Sets (16%)
Demonstrate knowledge of how to customize standardization rules
Demonstrate knowledge of the components of a rule and their functions
Demonstrate knowledge of managing standardizations rules
Demonstrate knowledge of user defined standardization rules
Section 6 - Matching (21%)
Demonstrate knowledge of match concepts
Describe the match job components
Describe how to review and tune a match
Demonstrate knowledge of managing match specification (re-usability)
Demonstrate knowledge of match job design to achieve optimal performance
Section 7 - Survive (10%)
Describe the purpose of the survive stage
Demonstrate knowledge of the different rule types for surviving data and when to use them
Describe how to implement a survive stage
Section 8 - Setup and Troubleshooting (14%)
Identify how to troubleshoot a QualityStage job
Describe how to configure data quiality environment functionality
Describe QualityStage deployment considerations
Demonstrate knowledge of NLS/non-NLS install and its impact on QualityStage stages
Explain the process necessary to run multiple copies of the job (job multi-instance)
IBM Certified Solution Developer - InfoSphere QualityStage v9.1
Job Role Description / Target Audience
The IBM Certified Solution Developer - InfoSphere QualityStage v9.1 is a data quality developer, analyst and architect and has important knowledge and skills necessary to professionally design and develop a QualityStage v9.1 solution to produce efficient and accurate results.
Recommended Prerequisite Skills
Must understand overall QualityStage functionality:
Possess detailed knowledge of QualityStage stages to develop an effective application
Postal Applications and Address Verification Interface (AVI)
Real-time design of QualityStage
Integration into InfoSphere DataStage solutions
Job design using the DataStage and QualityStage Designer interface
Assess the appropriateness and quality of data for data integration initiative
Ensures QualityStage solution meets business requirements
Monitors resolution of data quality issues
Provides metadata to create functional and technical specifications for data integration/cleansing applications
Design auditing processes to meet data integrity needs
Design data quality processes through a QualityStage application
Determine the appropriate tool to fulfill data quality and business requirements
How does QualityStage output the correct ISO code for a record?
A. ISO code functionality is not available.
B. ISO code supplied by the Country rule set.
C. ISO code supplied by the USPREP rule set.
D. ISO code supplied by the US Address rule set.
Answer: C
Explanation: The ISOterritorycode is appended to the domain preprocessor abbreviation (PREP).
QUESTION 2
You need to create a batch delta match process for transaction records against a very large
master file of existing clients.
Which QualityStage match option should be used?
A. Transitive One-source match
B. Two-source many-to-one match
C. Deterministic One-source match
D. Two-source many-to-many match
Answer: A
Explanation: Transitive One-source matchcan extend further than one-source-dependent
because it uses all the pairs that score above the match cutoff. It's recommended if you want to
account forinconsistentdata entryin fields that assist in duplicate identification.
QUESTION 3
How can Word Investigation reports be used to modify a rule set?
A. Corrects spelling errors in the data field.
B. Adds tokens to allow identification of additional duplicates.
C. Identifies new tokens to allow additional words to be classified.
D. Identifies matched words to be used in match designer frequency distribution.
Answer: A
Explanation:
QUESTION 4
Which statement about the jobs used by the Match Specification Setup Wizard is true?
A. The jobs must be created.
B. The jobs must be imported.
C. The jobs exist for only One-source individual match.
D. The jobs are created in the repository at installation time.
Answer: A
Explanation:
QUESTION 5
When would you use the survive technique 'Most Frequent'?
A. When more than one target field is required.
B. When the most frequent occurrence is required.
C. When the most frequently populated value is required.
D. When the most frequently populated value is required with two or more occurrences.
Answer: D
Explanation:
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