TAILIEUCHUNG - Lecture Software engineering II: Chapter 31 - Dr. Muzafar Khan

Lecture 31 - Component-based software engineering. In this chapter, the following content will be discussed: Component-based software engineering, essentials of CBSE, characteristics of components, elements of component model, CBSE processes. | Component-Based Software Engineering SEII-Lecture 31 Dr. Muzafar Khan Assistant Professor Department of Computer Science CIIT, Islamabad. 1 Recap Component-based software engineering Essentials of CBSE Independent components, component standards, middleware, development process Characteristics of components Standardized, independent, composable, deployable, documented Elements of component model Interfaces, usage, deployment CBSE processes Development for reuse, development with reuse Component acquisition, management, and certification 2 CBSE for Reuse [1/2] Process of developing reusable components and making them available for reuse The vision of early supporters Thriving component marketplace Specialist component providers and vendors Software developers would buy components or pay for services This vision is not realized Most likely CBSE for reuse take place within an organization Internally developed components also need modification to reuse 3 CBSE for Reuse [2/2] Efforts are required to change application-specific components to more generic one Need to decide whether a component is likely to be reused and cost comparison for it To make the component reusable Either the component implements stable domain abstraction (business objects) Estimate the cost of changes to make it reusable 4 Possible Changes [1/2] Removing application-specific methods Changing names to make them more general Adding methods to provide more complete functional coverage Making exception handling consistent for all methods Adding a ‘configuration’ interface to allow the component to be adapted to different situations of use Integrating required components to increase independence 5 Possible Changes [2/2] Problem of exception handling is difficult Applications have their exception handling requirements Component should define what exceptions can arise and publish these as a part of the interface Example: component for stack data management should detect and publish stack overflow and .

• Kỹ thuật lập trình
• Component based software engineering
• Software engineering
• Handouts Software engineering
• Software design
• Software project management
• Quality management
• Control of quality
• Quality improvement
• Quản lý chất lượng
• Total quality in organizations
• Modern quality management
• Manufacturing systems
• The management of quality
• The definition of quality
• Total quality management
• The tools of quality control
• Decision theory
• Acceptance sampling
• Control charts
• Project management
• Lecture Project management in practice
• Project quality management
• Cost of quality
• Quality assurance
• Quality control
• Operations management
• Competitive advantage
• Quality management
• Design quality
• Quality specifications
• Supply chain quality management
• Internal quality management
• Upstream quality management
• Downstream quality management
• Supply chain performance
• Logistics management
• Lecturte Logistics management
• Quản trị logistics
• Lecture Operations management
• Supply chain management
• Quality tools
• Software quality assurance
• Lecture Software Quality Assurance
• Software quality
• Management components of software quality
• Project progress control
• Software quality metrics
• Service quality in leisure and tourism
• Leisure industry
• Delivering quality
• Quality management systems
• Quality management tools
• Human resource management
• Modern importance of quality
• The costs of quality
• Total quality management in education
• The idea of quality
• Two concepts of quality
• The educational product
• Continuous improvement
• Tạp chí khoa học
• joint training
• Giáo dục đại học
• Process management
• Competitive priorities
• Types of processes
• The impact of supply chain quality management on firm performance
• Empirical evidence from Vietnam
• Measure supply chain quality management include
• Quality contributors
• Dimensions of product quality
• Nghiên cứu chính sách và quản lý
• Performance measurement
• Strategic information management