Inhalt

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   Contents
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   List of Figures
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   List of Tables
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   I Foundations and Related Work
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  1 Introduction
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   1.1 Motivation
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   1.2 Problem Statement
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   1.3 Solution Overview
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   1.4 Publication Overview
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   1.5 Structure of the Thesis
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  2 Foundations
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   2.1 Software Reengineering
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   2.1.1 Software Migration
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   2.1.2 Concept Modeling
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   2.2 Software Co-Evolution
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   2.2.1 Change Detection
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   2.2.2 Impact Analysis
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   2.2.3 Change Propagation
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   2.2.4 Validation
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  2.3 Method Engineering
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   2.3.1 Situational Method Engineering
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   2.3.2 Project-Specific Software Engineering Methods
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   2.3.3 Concept-Based Engineering of Situation-Specific Methods
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  2.4 Software Testing
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   2.4.1 Model-based Testing
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   2.4.2 Testing Languages and Testing Frameworks
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   2.4.3 Mutation Testing
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   2.4.4 Test Case Quality
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  2.5 Technologies
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   2.5.1 Eclipse Modeling Framework
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   2.5.2 Xtend
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   2.5.3 Object Constraint Language (OCL)
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  3 Requirements and Related Work
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   3.1 Test Case Co-Migration Scenario
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   3.1.1 System Migration
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   3.1.2 Test Case Migration
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  3.2 Solution Requirements
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   3.2.1 Pre-Migration Phase: Test Case Quality Evaluation
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   3.2.2 Migration Phase: Co-Evolution and Migration
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   3.2.3 Post-Migration Phase: Migration Validation
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   3.3 Related Work
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   3.3.1 Quality Evaluation
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   3.3.2 Evolution, Reengineering, and Migration
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   3.3.3 Migration Validation
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   3.4 Summary
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   II Solution Concept
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  4 Solution Overview
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   4.1 Overview of the TeCoMi Framework
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   4.2 Pre-Migration Phase: Test Case Quality Evaluation
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   4.2.1 Roles
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  4.3 Migration Phase: Co-Evolution Analysis and Method Engineering
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   4.3.1 Method Base
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   4.3.2 Method Engineering Process
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   4.3.3 Roles
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   4.4 Post-Migration: Migration Validation
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   4.4.1 Roles
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   4.5 Summary
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  5 Pre-Migration Phase:Test Case Quality Evaluation
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   5.1 The Test Case Quality Plan Approach
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   5.1.1 Characterization of Context
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   5.1.2 Identification of Information Needs
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   5.1.3 Definition of a Common Quality Understanding
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   5.1.4 Definition of Measurements
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   5.1.5 Tool Support
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   5.2 The Quality Evaluation Process
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   5.2.1 Context Characterization
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   5.2.2 Test Case Quality Plan Creation
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   5.2.3 Measurement Tool Implementation
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   5.2.4 Execution and Decision-Making
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   5.3 Summary and Discussion
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  6 Migration Phase: Method Engineering considering Co-Evolution Analysis
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   6.1 Overview of the Migration Phase
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  6.2 Method Base
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   6.2.1 Transformation Phase Fragments
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   6.2.2 Tool Implementation Phase Fragments
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   6.2.3 Test Method Patterns
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   6.2.4 Co-Migration Method Patterns
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   6.2.5 Formalization
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   6.3 Method Engineering Process
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   6.3.1 Situational Context Identification
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   6.3.2 Transformation Method Construction
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   6.3.3 Tool Implementation
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   6.3.4 Transformation
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   6.4 Summary and Discussion
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  7 Post-Migration Phase: Migration Validation
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   7.1 Overview of the Post-Migration Phase
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   7.2 Mutation Analysis Repository
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   7.2.1 Mutation Analysis Scenarios
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   7.2.2 Mutation Operators
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   7.2.3 Mutation Method Patterns
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   7.3 Test Case Migration Validation Process
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   7.3.1 Context Characterization
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   7.3.2 Mutation Method Construction
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   7.3.3 Mutation Tool Implementation
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   7.3.4 Mutation Execution and Analysis
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   7.4 Summary and Discussion
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   III Evaluation and Conclusion
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  8 Evaluation
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   8.1 Evaluation Questions
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   8.2 Feasibility Study 1: Junit OCL Test Cases to MSUnit OCL Test Cases
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   8.2.1 Pre-Migration Phase
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   8.2.2 Migration Phase
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   8.2.3 Post-Migration Phase
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   8.3 Feasibility Study 2: JUnit OCL Test Cases to Jasmine OCL Test Cases
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   8.3.1 Migration Phase
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   8.4 Discussion
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   8.5 Summary
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  9 Conclusion and Future Work
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   9.1 Summary of Contributions
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   9.2 Requirements Revisited
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   9.3 Future Work
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   Bibliography
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  A Extended Quality Model for Test Cases
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   A.1 Extended Quality Model for Test Cases