Advanced Software Engineering MCQs

Option A: Creation of usage scenarios

Option B: Specific usage file

Option C: Generation of test cases from the servers end.

Option D: Reliability

Correct Answer: Generation of test cases from the servers end. ✔

Option A: lower costs

Option B: faster software development

Option C: high effectiveness

Option D: lower risks

Correct Answer: high effectiveness ✔

Option A: Periodic stimuli

Option B: Software stimuli

Option C: Hardware stimuli

Option D: Management stimuli

Correct Answer: Periodic stimuli ✔

Option A: Class diagram

Option B: Object diagram

Option C: Sequence diagram

Option D: ER diagram

Correct Answer: Object diagram ✔

Option A: A specific type of equipment

Option B: Maintenance record for each and every equipment item

Option C: Check in/check out equipment for maintenance

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: It makes explicit use of statistical quality control

Option B: It verifies design specification using a mathematically based proof of correctness

Option C: It relies heavily on statistical use testing to uncover high-impact errors

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: mean-time-to-function

Option B: mean-time-to-failure

Option C: manufacture-time-to-function

Option D: none of the mentioned

Correct Answer: mean-time-to-failure ✔

Option A: real-life operating system

Option B: real-time operating system

Option C: real-time operating software

Option D: real-life operating software

Correct Answer: real-time operating system ✔

Option A: Observe and React

Option B: Environmental Control

Option C: Embedded System

Option D: Process Pipeline

Correct Answer: Embedded System ✔

Option A: Compile time

Option B: Frequency

Option C: Deadlines

Option D: Execution time

Correct Answer: Deadlines ✔

Option A: 50 ms

Option B: 55 ms

Option C: 70 ms

Option D: 100 ms

Correct Answer: 50 ms ✔

Option A: Class

Option B: Object

Option C: User authentication

Option D: All of the mentioned

Correct Answer: User authentication ✔

Option A: Separation of concerns

Option B: Writing aspects

Option C: Finding code complexity

Option D: None of the mentioned

Correct Answer: Separation of concerns ✔

Option A: 1ms

Option B: 10ms

Option C: 100ms

Option D: none of the mentioned

Correct Answer: 1ms ✔

Option A: High-speed data acquisition system

Option B: Failure of a power supply in an embedded system

Option C: Both High-speed data acquisition system AND Failure of a power supply in an embedded system

Option D: None of the mentioned

Correct Answer: High-speed data acquisition system ✔

Option A: software re-engineering

Option B: artificial programming

Option C: aspect-oriented programming

Option D: all of the mentioned

Correct Answer: aspect-oriented programming ✔

Option A: Functional concerns

Option B: Quality of service concerns

Option C: Policy concern

Option D: Non-functional concern

Correct Answer: Functional concerns ✔

Option A: maintaining records of patients

Option B: diagnose and treatments

Option C: consultations

Option D: all of the mentioned

Correct Answer: maintaining records of patients ✔

Option A: aspect

Option B: join point

Option C: join point model

Option D: weaving

Correct Answer: weaving ✔

Option A: Functional concerns

Option B: Quality of service concerns

Option C: System concerns

Option D: Cross-cutting concerns

Correct Answer: Cross-cutting concerns ✔

Option A: aspect

Option B: join point

Option C: join point model

Option D: pointcut

Correct Answer: join point ✔

Option A: Database

Option B: Software

Option C: Hardware

Option D: None of the mentioned

Correct Answer: ✔

Option A: UI

Option B: DBMS

Option C: Application subsystem

Option D: None of the mentioned

Correct Answer: Application subsystem ✔

Option A: Local Presentation

Option B: Distributed presentation

Option C: Remote presentation

Option D: All of the mentioned

Correct Answer: Remote presentation ✔

Option A: File servers

Option B: Database servers

Option C: Client servers

Option D: None of the mentioned

Correct Answer: Database servers ✔

Option A: Server tests

Option B: Application function tests

Option C: Transaction tests

Option D: Network communication tests

Correct Answer: Server tests ✔

Option A: Distributed logic

Option B: Distributed presentation

Option C: Remote presentation

Option D: All of the mentioned

Correct Answer: Distributed logic ✔

Option A: obtain pertinent information about the desired method from the interface repository

Option B: create a data structure with parameters to be passed to the object

Option C: create a request for the object

Option D: all of the mentioned

Correct Answer: all of the mentioned ✔

Option A: Control couple

Option B: Application object

Option C: Data couple

Option D: Database object

Correct Answer: Data couple ✔

Option A: Client/server SQL interaction

Option B: Remote procedure calls

Option C: SQL Injection

Option D: All of the mentioned

Correct Answer: Client/server SQL interaction ✔

Option A: Activating & Deactivating Objects

Option B: Security features

Option C: Files implementing the entities identified within the ERD

Option D: Registering object implementation

Correct Answer: Files implementing the entities identified within the ERD ✔

Option A: Common Object Request Build Architecture

Option B: Common Object Request Broker Architecture

Option C: Common Object Request Break Architecture

Option D: All of the mentioned

Correct Answer: Common Object Request Broker Architecture ✔

Option A: Consistency

Option B: Reliability

Option C: Scalability

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: Policy implementation

Option B: QoS

Option C: Security

Option D: Verify invoice

Correct Answer: Verify invoice ✔

Option A: Strong coupling among objects

Option B: Communications are prescriptive rather than being descriptive

Option C: Data is separated from a service or behavior

Option D: Data and methods are integrated into a single object

Correct Answer: Data is separated from a service or behavior ✔

Option A: Task centric service

Option B: Wrapper Services

Option C: Get account info

Option D: Entity centric service

Correct Answer: Wrapper Services ✔

Option A: The Application Architecture

Option B: The Service Architecture

Option C: The Component Architecture

Option D: None of the mentioned

Correct Answer: The Component Architecture ✔

Option A: The Application Architecture

Option B: The Service Architecture

Option C: The Component Architecture

Option D: None of the mentioned

Correct Answer: The Application Architecture ✔

Option A: i, ii, iii, iv

Option B: iii, ii, i, iv

Option C: ii, iii, i, iv

Option D: ii, iii, iv, i

Correct Answer: ii, iii, i, iv ✔

Option A: Strongly Coupled

Option B: Loosely Coupled

Option C: Strongly Cohesive

Option D: Loosely Cohesive

Correct Answer: Loosely Coupled ✔

Option A: Yellow box

Option B: Clear box

Option C: White box

Option D: Black box

Correct Answer: Black box ✔

Option A: Yellow box

Option B: Clear box

Option C: White box

Option D: Black box

Correct Answer: Clear box ✔

Option A: State box

Option B: Clean box

Option C: White box

Option D: Black box

Correct Answer: State box ✔

Option A: Sampling model

Option B: Component model

Option C: Certification model

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: box structure specification

Option B: referential transparency

Option C: degenerative error correction

Option D: none of the mentioned

Correct Answer: box structure specification ✔

Option A: Mills

Option B: Dyer

Option C: Linger

Option D: All of the Mentioned

Correct Answer: All of the Mentioned ✔

Option A: Specification team

Option B: Development team

Option C: Certification team

Option D: All of the mentioned

Correct Answer: Development team ✔

Option A: Standardized

Option B: Independent

Option C: Composable

Option D: Documented

Correct Answer: Composable ✔

Option A: Size

Option B: Distribution

Option C: Manageability

Option D: Interception

Correct Answer: Interception ✔

Option A: Quality of security

Option B: Quality of system

Option C: Quality of service

Option D: None of the mentioned

Correct Answer: Quality of service ✔

Option A: Parameter incompatibility

Option B: Operation incompleteness

Option C: Operation incompatibility

Option D: None of the mentioned

Correct Answer: Parameter incompatibility ✔

Option A: properties

Option B: methods

Option C: mechanisms

Option D: all of the mentioned

Correct Answer: all of the mentioned ✔

Option A: It increases quality

Option B: CBSE shortens delivery time

Option C: CBSE increases productivity

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: EJB

Option B: COM+

Option C: .NET

Option D: None of the mentioned

Correct Answer: None of the mentioned ✔

Option A: Parameter incompatibility

Option B: Operation incompleteness

Option C: Operation incompatibility

Option D: None of the mentioned

Correct Answer: Operation incompatibility ✔

Option A: Component modules

Option B: Component composition

Option C: Component model

Option D: Component interfaces

Correct Answer: Component model ✔

Option A: Component-based software engineering

Option B: Component composition

Option C: Component model

Option D: Component interfaces

Correct Answer: Component-based software engineering ✔

Option A: Component-based software engineering

Option B: Component composition

Option C: Component model

Option D: Component interfaces

Correct Answer: Component interfaces ✔

Option A: Modification

Option B: Interruption

Option C: Fabrication

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: Concurrency

Option B: Openness

Option C: Resource sharing

Option D: Fault tolerance

Correct Answer: Concurrency ✔

Option A: Remote Method Invocations

Option B: Operating System

Option C: Client–server computing

Option D: None of the mentioned

Correct Answer: Remote Method Invocations ✔

Option A: Multi-tier client–server architecture

Option B: Master-slave architecture

Option C: Distributed component architecture

Option D: Peer-to-peer architecture

Correct Answer: Multi-tier client–server architecture ✔

Option A: SaaS

Option B: SOA

Option C: Configurability

Option D: Both SaaS and Configurability

Correct Answer: SaaS ✔

Option A: Master-slave architectures

Option B: Client–server systems

Option C: Two-tier client–server architecture

Option D: Both Master-slave architectures AND Client–server systems

Correct Answer: Client–server systems ✔

Option A: Multi-tier client–server architecture

Option B: Master-slave architecture

Option C: Distributed component architecture

Option D: Peer-to-peer architecture

Correct Answer: Distributed component architecture ✔

Option A: Set

Option B: Sequence

Option C: Universal quantification

Option D: Both Set and Sequence

Correct Answer: Universal quantification ✔

Option A: Multi-tier client–server architecture

Option B: Master-slave architecture

Option C: Distributed component architecture

Option D: Peer-to-peer architecture

Correct Answer: Peer-to-peer architecture ✔

Option A: providing frameworks

Option B: verifying systems

Option C: provide investors

Option D: both providing frameworks and verifying systems

Correct Answer: providing frameworks ✔

Option A: Contradictions

Option B: Post-condition

Option C: Vagueness

Option D: None of the mentioned

Correct Answer: None of the mentioned ✔

Option A: semantic domain

Option B: syntactic domain

Option C: sequence

Option D: set

Correct Answer: syntactic domain ✔

Option A: Expert training

Option B: Consulting

Option C: Prerequisite knowledge

Option D: Both Expert training and Consulting

Correct Answer: Expert training ✔

Option A: semantic domain

Option B: syntactic domain

Option C: sequence

Option D: set

Correct Answer: semantic domain ✔

Option A: CMM

Option B: ISO-9001

Option C: CASE tools

Option D: Formal methods

Correct Answer: Formal methods ✔

Option A: Contradictions

Option B: Ambiguities

Option C: Vagueness

Option D: Incompleteness

Correct Answer: Vagueness ✔

Option A: Contradictions

Option B: Ambiguities

Option C: Vagueness

Option D: Comments

Correct Answer: Contradictions ✔

Option A: difficult

Option B: expensive

Option C: unreliable

Option D: difficult and expensive

Correct Answer: difficult ✔

Option A: Session Management

Option B: Security

Option C: User interaction

Option D: Database support

Correct Answer: User interaction ✔

Option A: MVC pattern

Option B: Web application frameworks

Option C: Debugging framework

Option D: None of the mentioned

Correct Answer: Debugging framework ✔

Option A: Observer pattern

Option B: Strategy pattern

Option C: Composite pattern

Option D: All of the mentioned

Correct Answer: All of the mentioned ✔

Option A: Middleware integration frameworks

Option B: System infrastructure framework

Option C: Enterprise application frameworks

Option D: Web application frameworks

Correct Answer: System infrastructure framework ✔

Option A: Standards compliance

Option B: Increased Reliability

Option C: Reduced Process risk

Option D: Maintaining a component library

Correct Answer: Reduced Process risk ✔

Option A: Session management

Option B: Security

Option C: User interaction

Option D: Database support

Correct Answer: Database support ✔

Option A: Session management

Option B: Security

Option C: User interaction

Option D: Database support

Correct Answer: Session management ✔

Option A: Web application frameworks

Option B: Middleware integration frameworks

Option C: Web application frameworks

Option D: GUI design

Correct Answer: GUI design ✔

Option A: C#

Option B: Ruby

Option C: PHP

Option D: Java

Correct Answer: PHP ✔

Option A: Effective Reuse Planning

Option B: Enterprise Resource Planning

Option C: Effective Research Planning

Option D: None of the mentioned

Correct Answer: Enterprise Resource Planning ✔

Option A: Software reuse

Option B: Object-oriented programming language

Option C: Framework

Option D: None of the mentioned

Correct Answer: Framework ✔

Option A: COTS-solution systems

Option B: COTS-integrated systems

Option C: ERP systems

Option D: Both COTS-solution and COTS-integrated systems

Correct Answer: COTS-solution systems ✔

Option A: System infrastructure frameworks

Option B: Middleware integration frameworks

Option C: Enterprise application frameworks

Option D: MVC

Correct Answer: Middleware integration frameworks ✔

Option A: Process specialization

Option B: Platform specialization

Option C: Environment specialization

Option D: Functional specialization

Correct Answer: Process specialization ✔

Option A: free of cost

Option B: low cost

Option C: high cost

Option D: short period of time

Correct Answer: low cost ✔

Option A: Java

Option B: Mac-OS

Option C: Microsoft

Option D: LINUX

Correct Answer: Microsoft ✔

Option A: Class and function libraries that implement commonly used abstractions are available for reuse

Option B: Shared components are woven into an application at different places when the program is compiled

Option C: Large-scale systems that encapsulate generic business functionality and rules are configured for an organization

Option D: Systems are developed by configuring and integrating existing application systems

Correct Answer: Systems are developed by configuring and integrating existing application systems ✔

Option A: Application system reuse

Option B: Component reuse

Option C: Object and function reuse

Option D: None of the mentioned

Correct Answer: Component reuse ✔

Option A: Commercial Off-The-Shelf systems

Option B: Commercial Off-The-Shelf states

Option C: Commercial Off-The-System state

Option D: None of the mentioned

Correct Answer: Commercial Off-The-Shelf systems ✔