Transformation of Applicative Specifications into Imperative ...
Transformation of Applicative Specifications into Imperative ... Transformation of Applicative Specifications into Imperative ...
APPENDIX D. SPECIFICATION OF TRANSFORMER IN RSL1 getSequencingAccess : ValueExpr × TypeExpr × ExpType × TRANS × FUNC → Access ∗ getSequencingAccess(ve, te, et, trans, func) ≡ if and( and( isTGen(ve, trans, func), not(returnsNonTOI(ve, et, trans, func))), not(equalsType(te, et))) then getTOIReturnsListTN(te, trans) else 〈〉 end, getAccessObsSetExpr : Id ∗ × SetExpr × ExpType × FUNC × TRANS → AccessResult getAccessObsSetExpr(idset, se, et, func, trans) ≡ case se of RangedSetExpr(fve, sve) → getAccessObsListList( idset, 〈fve, sve〉, 〈et, et〉, func, trans), EnumeratedSetExpr(ovel) → getAccessObsOptVEL(idset, ovel, et, func, trans), ComprehendedSetExpr(ve, typlist, or) → mk_AccessResult( removeDuplets( accessList( getAccessObs(idset, ve, et, func, trans) ) accessList( getAccessObsList( getAccessIdSet( getAccessObs( idset, ve, et, func, trans)), getVEOptRestriction(or), Known(TypeLiteral(BOOL)), func, trans ))), getAccessIdSet( getAccessObsList( getAccessIdSet( getAccessObs( idset, ve, et, func, trans)), getVEOptRestriction(or), 428
D.2. FORMAL SPECIFICATION OF THE TRANSFORMER IN RSL1 end, Known(TypeLiteral(BOOL)), func, trans))) getAccessObsListExpr : Id ∗ × ListExpr × ExpType × FUNC × TRANS → AccessResult getAccessObsListExpr(idset, le, et, func, trans) ≡ case le of RangedListExpr(fve, sve) → getAccessObsListList( idset, 〈fve, sve〉, 〈et, et〉, func, trans), EnumeratedListExpr(ovel) → getAccessObsOptVEL(idset, ovel, et, func, trans), ComprehendedListExpr(ve1, b, ve2, or) → getAccessObsListList( idset, 〈ve1〉 〈ve2〉 getVEOptRestriction(or), 〈et, et, Known(TypeLiteral(BOOL))〉, func, trans) end, getAccessObsMapExpr : Id ∗ × MapExpr × MapType × FUNC × TRANS → AccessResult getAccessObsMapExpr(idset, me, et, func, trans) ≡ case me of EnumeratedMapExpr(ovel) → getAccessObsOptVEPL(idset, ovel, et, func, trans), ComprehendedMapExpr(ve, typlist, or) → getAccessObsListList( idset, getValueExprList(ve) getVEOptRestriction(or), 〈tedom(et), terange(et), Known(TypeLiteral(BOOL))〉, func, trans) end, getAccessObsOptVEL : Id ∗ × OptionalValueExprList × ExpType × FUNC × TRANS → AccessResult getAccessObsOptVEL(idset, ovel, et, func, trans) ≡ case ovel of ValueExprList(vel) → 429
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D.2. FORMAL SPECIFICATION OF THE TRANSFORMER IN RSL1<br />
end,<br />
Known(TypeLiteral(BOOL)), func, trans)))<br />
getAccessObsListExpr :<br />
Id ∗ × ListExpr × ExpType × FUNC × TRANS →<br />
AccessResult<br />
getAccessObsListExpr(idset, le, et, func, trans) ≡<br />
case le <strong>of</strong><br />
RangedListExpr(fve, sve) →<br />
getAccessObsListList(<br />
idset, 〈fve, sve〉, 〈et, et〉, func, trans),<br />
EnumeratedListExpr(ovel) →<br />
getAccessObsOptVEL(idset, ovel, et, func, trans),<br />
ComprehendedListExpr(ve1, b, ve2, or) →<br />
getAccessObsListList(<br />
idset,<br />
〈ve1〉 〈ve2〉 getVEOptRestriction(or),<br />
〈et, et, Known(TypeLiteral(BOOL))〉, func,<br />
trans)<br />
end,<br />
getAccessObsMapExpr :<br />
Id ∗ × MapExpr × MapType × FUNC × TRANS →<br />
AccessResult<br />
getAccessObsMapExpr(idset, me, et, func, trans) ≡<br />
case me <strong>of</strong><br />
EnumeratedMapExpr(ovel) →<br />
getAccessObsOptVEPL(idset, ovel, et, func, trans),<br />
ComprehendedMapExpr(ve, typlist, or) →<br />
getAccessObsListList(<br />
idset,<br />
getValueExprList(ve) <br />
getVEOptRestriction(or),<br />
〈tedom(et), terange(et),<br />
Known(TypeLiteral(BOOL))〉, func, trans)<br />
end,<br />
getAccessObsOptVEL :<br />
Id ∗ × OptionalValueExprList × ExpType ×<br />
FUNC × TRANS →<br />
AccessResult<br />
getAccessObsOptVEL(idset, ovel, et, func, trans) ≡<br />
case ovel <strong>of</strong><br />
ValueExprList(vel) →<br />
429
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