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What are the upper rows of a decision table used for?
What are the upper rows of a decision table used for?
A rule in a decision table indicates that if a condition is true, then the corresponding action will not be executed.
A rule in a decision table indicates that if a condition is true, then the corresponding action will not be executed.
False
What is the primary goal of system testing?
What is the primary goal of system testing?
What does a formal specification language consist of?
What does a formal specification language consist of?
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In a decision table, if the valid selection condition is false, the action taken is to 'display _____ message'.
In a decision table, if the valid selection condition is false, the action taken is to 'display _____ message'.
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Acceptance testing is performed by the development team.
Acceptance testing is performed by the development team.
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What are the three kinds of maintenance activities involved in software maintenance?
What are the three kinds of maintenance activities involved in software maintenance?
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Match the following components of a formal specification language:
Match the following components of a formal specification language:
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During α-testing, the system is tested by the __________ team.
During α-testing, the system is tested by the __________ team.
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What does the satisfaction relation denote in formal specification?
What does the satisfaction relation denote in formal specification?
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Which type of maintenance involves enhancing functionalities according to customer requirements?
Which type of maintenance involves enhancing functionalities according to customer requirements?
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Abstract data type specification languages are primarily used to specify programs.
Abstract data type specification languages are primarily used to specify programs.
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What do the lower rows of a decision table represent?
What do the lower rows of a decision table represent?
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Match the types of testing with their correct descriptions:
Match the types of testing with their correct descriptions:
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What is the typical ratio of effort spent on software development compared to maintenance?
What is the typical ratio of effort spent on software development compared to maintenance?
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A formal technique is a _____ method used for specifying systems and verifying specifications.
A formal technique is a _____ method used for specifying systems and verifying specifications.
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Which of the following best describes a pure mathematical function?
Which of the following best describes a pure mathematical function?
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The pre-conditions of a function must specify the expected input values.
The pre-conditions of a function must specify the expected input values.
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What does the post-condition of a function describe?
What does the post-condition of a function describe?
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The architectural design is the highest __________ version of the system.
The architectural design is the highest __________ version of the system.
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In the function specified for halving or doubling a number, what will be the output if the input is 150?
In the function specified for halving or doubling a number, what will be the output if the input is 150?
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The transform process in software design starts from the solution domain.
The transform process in software design starts from the solution domain.
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What does SRS stand for in software design?
What does SRS stand for in software design?
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If a function modifies an input parameter named X, it is referred to as __________ after execution.
If a function modifies an input parameter named X, it is referred to as __________ after execution.
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Match the software design levels with their descriptions:
Match the software design levels with their descriptions:
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What is one of the main outputs of the software design process?
What is one of the main outputs of the software design process?
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Which type of cohesion involves elements that are organized to be processed at a similar point in time?
Which type of cohesion involves elements that are organized to be processed at a similar point in time?
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Functional cohesion is considered to be the lowest degree of cohesion.
Functional cohesion is considered to be the lowest degree of cohesion.
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What is the term used to describe the quality measures of design modules and their interactions?
What is the term used to describe the quality measures of design modules and their interactions?
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_________ cohesion is when elements of a module are grouped together and executed sequentially because one element’s output serves as another element’s input.
_________ cohesion is when elements of a module are grouped together and executed sequentially because one element’s output serves as another element’s input.
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Match the following types of cohesion with their definitions:
Match the following types of cohesion with their definitions:
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What is the primary focus of high-level design?
What is the primary focus of high-level design?
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Detailed design is less focused on module implementation compared to high-level design.
Detailed design is less focused on module implementation compared to high-level design.
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What does modularization aim to achieve in software design?
What does modularization aim to achieve in software design?
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In software execution, _____ provides the capability to run more than one part of code in parallel.
In software execution, _____ provides the capability to run more than one part of code in parallel.
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Match the following advantages of modularization with their descriptions:
Match the following advantages of modularization with their descriptions:
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Which of the following is NOT an advantage of modularization?
Which of the following is NOT an advantage of modularization?
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Concurrency allows modules to execute sequentially, one after another.
Concurrency allows modules to execute sequentially, one after another.
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Describe one benefit of using modular design in software development.
Describe one benefit of using modular design in software development.
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High-level design recognizes the _____ structure of each sub-system.
High-level design recognizes the _____ structure of each sub-system.
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Which design deals specifically with the logical structure and interface of modules?
Which design deals specifically with the logical structure and interface of modules?
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Study Notes
Lecture Notes - Software Engineering
- Course Code: BCS-306
- Instructors: Dr. H.S. Behera, Asst. Prof K.K. Sahu, Asst. Prof Gargi Bhattacharjee
- Institution: Veer Surendra Sai University of Technology, Odisha, Burla
- This document is a compilation of lecture notes and is not intended to replace prescribed textbooks or be used as the sole material for studying software engineering.
- Information contained within is collected by committee members for teaching assignments, including various textbooks, and freely available internet resources.
Syllabus
- Module I: Introductory concepts, definition, life cycle, requirements analysis, and specification, design and analysis (cohesion, coupling, data flow oriented design, transform-centered design, transaction-centered design), analysis of systems (inventory control, reservation system)
- Module II: Object-oriented design (UML, use case diagrams, class diagrams, interaction diagrams, activity diagrams, unified development process)
- Module III: Implementation and Testing (programming language characteristics, fundamentals, classes, coding style efficiency, testing objectives, black box and white box testing, strategies, debugging techniques, maintenance, reliability and availability, characteristics controlling factors, maintenance tasks, side effects, preventive maintenance, re-engineering, reverse engineering, configuration management, reliability and availability models, Recent trends and developments)
- Module IV: Software quality, SEI CMM, ISO-9001, software reliability and fault-tolerance, software project planning, monitoring, and control, Computer-aided software engineering (CASE), component model of software development, software reuse.
Contents
- Module 1: Introduction to Software Engineering, Software Development Life Cycle - Classical Waterfall Model, Iterative Waterfall Model, Prototyping Model, Evolutionary Model, Spiral Model, Requirements Analysis and Specification, Formal System Specification (problems, decision tree, decision tables), Software Design Strategies, Software Analysis & Design Tools, Structured Design.
- Module 2: Object Modelling Using UML, Use Case Diagram, Class Diagrams, Interaction Diagrams, Activity and State Chart Diagram
- Module 3: Coding, Black-Box Testing, White-Box Testing, Debugging, Integration and System Testing, Software Maintenance, Software Maintenance Process Models, Reliability and Quality Management, Reliability Growth Models, Software Quality, SEI Capability Maturity Model, Software Project Planning, Metrics for Software Project Size Estimation.
- Module 4: Software Project Planning, Metrics for Software Project Size Estimation, COCOMO Model, Intermediate COCOMO Model, Staffing Level Estimation.
Lecture Note 1 - Introduction to Software Engineering
- Software engineering is a branch of computer science focused on software development using scientific principles.
- Software is more than just executable code, it includes code, libraries, and documentation.
- Software engineering utilizes systematic and disciplined methodologies, enabling effective and reliable software product development.
- Reduction in complexity is achieved through abstraction and decomposition.
- It is important for large programs.
- Crucial for avoiding errors in large programs due to exponential growth in complexity.
- Effective methods include abstraction and decomposition.
Lecture Note 2 - Software Development Life Cycle
- A software life cycle model maps the activities and order in which they occur during software development.
- Models address and guide the various steps in software production like iterative waterfall model, prototyping model, and evolutionary model.
- Various Models use predefined steps that are common to all models.
- Importance of the methodology.
- Need for a software life cycle model for systematic and disciplined software development.
- different models, classical waterfall, iterative waterfall, prototyping, evolutionary, spiral models.
Other Notes
- This document contains a variety of topics on software engineering, including methodologies, tools, processes, and best practices.
- It covers various models, tools, and techniques used in the software engineering process.
- It also includes the concepts of risk analysis that are crucial for successful project completion.
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Description
Test your knowledge on software testing processes, decision tables, and formal specification languages with this quiz. Explore concepts like system testing, acceptance testing, and maintenance activities as you answer a variety of questions.