Which of the following are key goals of systematic software reuse?

• Eliminate all development costs

• Reduce time-to-market

• Minimize risks through proven components

• Ensure 100% code originality

Which statements about software reuse benefits are accurate?

• Guarantees zero maintenance effort

• Improves system reliability through pre-validated components

• Requires no adaptation of reused assets

• Lowers overall project costs

Which reuse levels allow integration without code modification?

• Application reuse

• Component reuse

• Object reuse

• Function reuse

Select valid business factors for evaluating reuse adoption:

• ROI analysis

• Developer preference for new tools

• Long-term maintenance costs

• Availability of reusable assets

Which architectural patterns directly support component reuse?

• Monolithic architecture

• Layered architecture

• Microservices architecture

• Event-driven architecture

Component interfaces in reuse architecture must:

• Expose internal implementation details

• Provide clear abstraction boundaries

• Be tightly coupled to specific platforms

• Support version compatibility

Which challenges arise when separating components?

• Defining cohesive responsibilities

• Ensuring backward compatibility

• Maximizing code duplication

• Managing cross-component dependencies

Component-based development requires:

• Centralized version control

• Standardized communication protocols

• Proprietary programming languages

• Documentation of reuse guidelines

Which are critical organizational capabilities for reuse adoption?

• Mandatory overnight legacy system replacement

• Reuse-focused training programs

• Component certification processes

• Incentive structures for contributors

Domain analysis for reuse involves:

• Copying competitors' code

• Identifying common system requirements

• Creating domain-specific taxonomies

• Ignoring legacy system constraints