Transformation of Applicative Specifications into Imperative ...

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APPENDIX D. SPECIFICATION OF TRANSFORMER IN RSL1 end, or, Known(TypeLiteral(BOOL)), typings, func, trans, envMap( CheckValueExpr( ve, et, typings, func, trans, env, types)), typesMap( CheckValueExpr( ve, et, typings, func, trans, env, types))))) CheckListExpr : ListExpr × ExpType × TYPINGS × FUNC × TRANS × ENV × TYPES → BOOL_ENV_TYPES CheckListExpr(le, et, typings, func, trans, env, types) ≡ case le <strong>of</strong> RangedListExpr(fve, sve) → CheckValueExprList( 〈fve, sve〉, 〈et, et〉, typings, func, trans, env, types), EnumeratedListExpr(ovel) → CheckOptValueExprList( ovel, et, typings, func, trans, env, types), ComprehendedListExpr(ve1, b, ve2, or) → mk_BOOL_ENV_TYPES( and( and( bool( CheckValueExpr( ve1, et, typings, func, trans, env, types)), bool( CheckValueExpr( ve2, et, typings, func, trans, envMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)), typesMap( CheckValueExpr( ve1, et, typings, func, trans, env, types))))), 332
D.2. FORMAL SPECIFICATION OF THE TRANSFORMER IN RSL1 bool( CheckOptRestriction( or, Known(TypeLiteral(BOOL)), typings, func, trans, envMap( CheckValueExpr( ve2, et, typings, func, trans, envMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)), typesMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)))), typesMap( CheckValueExpr( ve2, et, typings, func, trans, envMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)), typesMap( CheckValueExpr( ve1, et, typings, func, trans, env, types))))))), envMap( CheckOptRestriction( or, Known(TypeLiteral(BOOL)), typings, func, trans, envMap( CheckValueExpr( ve2, et, typings, func, trans, envMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)), typesMap( CheckValueExpr( ve1, et, typings, func, trans, env, types)))), typesMap( CheckValueExpr( ve2, et, typings, func, trans, 333
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Transformation of Applicative Speci
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Resumé RAISE udviklingsmetoden er
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viii
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CONTENTS 6.4.3 Transforming Value E
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CONTENTS 12.2.4 Interactive Transfo
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xiv
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LIST OF FIGURES xvi
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CHAPTER 1. INTRODUCTION This stepwi
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CHAPTER 1. INTRODUCTION 1. Formulat
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CHAPTER 1. INTRODUCTION 1.7 Content
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CHAPTER 2. GENERAL IDEA end value e
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CHAPTER 2. GENERAL IDEA • In the
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CHAPTER 2. GENERAL IDEA value incre
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CHAPTER 3. TERMINOLOGY Expected Typ
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CHAPTER 3. TERMINOLOGY Example 3.5
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CHAPTER 3. TERMINOLOGY 18
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CHAPTER 4. CONSTRAINTS further deve
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CHAPTER 4. CONSTRAINTS of interest.
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CHAPTER 4. CONSTRAINTS 24
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CHAPTER 5. TRANSFORMABILITY scheme
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CHAPTER 5. TRANSFORMABILITY 28
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CHAPTER 6. TRANSFORMATIONS 6.2.1 Tr
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CHAPTER 6. TRANSFORMATIONS Example
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CHAPTER 6. TRANSFORMATIONS Applicat
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CHAPTER 6. TRANSFORMATIONS object A
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CHAPTER 6. TRANSFORMATIONS type T =
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CHAPTER 6. TRANSFORMATIONS where ge
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CHAPTER 6. TRANSFORMATIONS Ranged s
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CHAPTER 6. TRANSFORMATIONS ✄ end
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CHAPTER 6. TRANSFORMATIONS Value In
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CHAPTER 6. TRANSFORMATIONS ✄ sche
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CHAPTER 6. TRANSFORMATIONS A case e
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CHAPTER 6. TRANSFORMATIONS is due t
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CHAPTER 6. TRANSFORMATIONS 6.4.4 Tr
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CHAPTER 6. TRANSFORMATIONS 56
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CHAPTER 7. CORRECTNESS OF TRANSFORM
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CHAPTER 8. SPECIFICATIONS The rewri
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CHAPTER 8. SPECIFICATIONS RSL speci
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CHAPTER 8. SPECIFICATIONS The FUNC
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CHAPTER 8. SPECIFICATIONS out, that
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CHAPTER 8. SPECIFICATIONS construct
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CHAPTER 8. SPECIFICATIONS 8.4.1 Mor
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CHAPTER 8. SPECIFICATIONS PRECOND_T
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CHAPTER 8. SPECIFICATIONS if length
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CHAPTER 8. SPECIFICATIONS subtypes.
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CHAPTER 8. SPECIFICATIONS 8.5.2 Cha
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CHAPTER 8. SPECIFICATIONS axiom [ m
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CHAPTER 8. SPECIFICATIONS Specifica
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CHAPTER 8. SPECIFICATIONS the lack
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CHAPTER 9. IMPLEMENTATION OF THE TR
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CHAPTER 10. EXAMPLES OF TRANSFORMAT
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CHAPTER 11. TEST 11.1.1 Lexer and P
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CHAPTER 11. TEST An overview of the
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CHAPTER 12. POSSIBLE EXTENSIONS OF
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CHAPTER 13. CONCLUSION RSL AST and
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CHAPTER 13. CONCLUSION 132
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BIBLIOGRAPHY [ST02] Donald Sannello
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APPENDIX A. USING AND EXTENDING THE
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APPENDIX A. USING AND EXTENDING THE
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APPENDIX B. CONTENTS OF CD-ROM 140
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APPENDIX C. FORMAL SPECIFICATIONS O
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Page 298 and 299: APPENDIX C. FORMAL SPECIFICATIONS O
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APPENDIX D. SPECIFICATION OF TRANSF
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APPENDIX E. ANTLR GRAMMAR END = "en
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APPENDIX E. ANTLR GRAMMAR ; d = d e
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APPENDIX E. ANTLR GRAMMAR ; } ( com
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APPENDIX E. ANTLR GRAMMAR ; ) ∗ }
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APPENDIX E. ANTLR GRAMMAR ; } else
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APPENDIX E. ANTLR GRAMMAR prod_bind
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APPENDIX E. ANTLR GRAMMAR ; | | | |
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APPENDIX E. ANTLR GRAMMAR ; | NAT {
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APPENDIX E. ANTLR GRAMMAR ; { ve3 =
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APPENDIX E. ANTLR GRAMMAR ( | RPARE
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APPENDIX E. ANTLR GRAMMAR | { optio
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APPENDIX E. ANTLR GRAMMAR new RSLLi
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APPENDIX E. ANTLR GRAMMAR infix_op_
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APPENDIX E. ANTLR GRAMMAR : v l = v
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APPENDIX E. ANTLR GRAMMAR } t e s t
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APPENDIX E. ANTLR GRAMMAR } : ’ .
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APPENDIX E. ANTLR GRAMMAR 508
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APPENDIX F. SOURCE CODE System . e
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APPENDIX F. SOURCE CODE } } catch (
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APPENDIX F. SOURCE CODE F.2 Visitor
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APPENDIX F. SOURCE CODE public void
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APPENDIX F. SOURCE CODE StringRSLAs
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APPENDIX F. SOURCE CODE } nameOrWil
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APPENDIX F. SOURCE CODE } public vo
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APPENDIX F. SOURCE CODE } r e s u l
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APPENDIX F. SOURCE CODE } } public
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APPENDIX F. SOURCE CODE } v a l u e
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APPENDIX F. SOURCE CODE } r e s u l
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APPENDIX F. SOURCE CODE } } r e s u
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APPENDIX G. TEST RESULTS continued
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