Serviceware for Self-Managing Intentional Programming

Serviceware for Self-Managing Intentional Programming by Yasir Karam

1. Abstraction Level

2. Re-factoring

2.1. Patterns On-Demand

3. Code Domain

3.1. Domain Self-Diagnose

3.2. Domain Sense-Actuate

3.3. Domain Problem-Driven

3.4. Domain based expression handling

4. Code Manageability

4.1. Code Accessibility

4.1.1. Code Efficiency

4.2. Code Statement Simplicty

4.3. Code Sahring

4.3.1. Code On-Demand

5. Serviceware

5.1. On-Demand

5.1.1. JIT

5.2. Quality Assurance

5.2.1. Fedility

5.2.1.1. SLA & Contracts

5.3. Discovery

5.4. SOA

5.4.1. Interoperability

5.4.2. Loose Coupling

6. Self-Ware

6.1. Self-Diagnosing

6.1.1. Sensing-Actuating

6.2. Self-Configuring

6.3. Self-Managing

6.4. Self-Optimizing

6.5. Self-Protecting

6.6. Self-Governing

7. Model Program Generation

7.1. Model Driven Development

7.2. Model Driven Architecture

8. Aspect Driven

8.1. Aspect Exatrction

9. Collaborative Contribution

9.1. Code Collaboration

10. Independent Code Parsing

10.1. Neutral Source Tree

11. Intentions

11.1. Imaging

11.2. Reduction Enzymes

12. Enzymes

13. Semantic Linking

14. New node

15. Requirement Arbitraion

15.1. Extensibility

15.2. Arbitrary Notation

15.3. Arbitrary Semantic

16. Notational Spapce

17. Extension Machinary