{- |

Module : $Header$

Copyright : (c) Felix Gabriel Mance

License : GPLv2 or higher, see LICENSE.txt

Maintainer : f.mance@jacobs-university.de

Stability : provisional

Portability : portable

Contains : Pretty printing for the Manchester Syntax of OWL 2

-}

module OWL2.ManchesterPrint where

import Common.Doc

import Common.DocUtils

import Common.Keywords

import OWL2.AS

import OWL2.MS

import OWL2.Print

import OWL.Keywords

import OWL.ColonKeywords

import qualified Data.Map as Map

printCharact :: String -> Doc

printCharact charact = text charact

instance Pretty Character where

pretty = printCharact . show

instance Pretty AnnotationValue where

pretty x = case x of

AnnValue iri -> pretty iri

AnnValLit lit -> pretty lit

instance Pretty Annotation where

pretty = printAnnotation

printAnnotation :: Annotation -> Doc

printAnnotation (Annotation ans ap av) =

sep [printAnnotations ans, sep [pretty ap, pretty av]]

printAnnotations :: Annotations -> Doc

printAnnotations l = case l of

[] -> empty

_ -> sep [keyword annotationsC, ppWithCommas l]

instance Pretty a => Pretty (AnnotatedList a) where

pretty = printAnnotatedList

printAnnotatedList :: Pretty a => AnnotatedList a -> Doc

printAnnotatedList (AnnotatedList l) =

vcat $ punctuate comma $ map

( \ (ans, a) -> printAnnotations ans $+$ pretty a) l

instance Pretty FrameBit where

pretty = printFrameBit

printFrameBit :: FrameBit -> Doc

printFrameBit fb = case fb of

AnnotationFrameBit x -> pretty x

AnnotationBit ed l -> printRelation ed <+> pretty l

AnnotationDR dr l -> printAnnDomainOrRange dr <+> pretty l

DatatypeBit ans a -> pretty ans $+$ keyword equivalentToC <+> pretty a

ExpressionBit x y -> printRelation x <+> pretty y

ClassDisjointUnion a x -> keyword disjointUnionOfC

<+> (pretty a $+$ vcat(punctuate comma ( map (\p -> pretty p) x )))

ClassHasKey a op dp -> keyword hasKeyC <+> (pretty a

$+$ vcat (punctuate comma $ map pretty op ++ map pretty dp))

ObjectBit dr x -> printRelation dr <+> pretty x

ObjectDomainOrRange dr x -> printObjDomainOrRange dr <+> pretty x

ObjectCharacteristics x -> keyword characteristicsC <+> pretty x

ObjectSubPropertyChain a opl -> keyword subPropertyChainC

<+> (pretty a $+$ fsep (prepPunctuate (keyword oS <> space) $ map pretty opl))

DataBit dr x -> printRelation dr <+> pretty x

DataPropRange x -> keyword rangeC <+> pretty x

DataPropDomain x -> keyword domainC <+> pretty x

DataFunctional x -> keyword characteristicsC <+> (pretty x $+$ printCharact functionalS)

IndividualFacts x -> keyword factsC <+> pretty x

IndividualSameOrDifferent s x -> printSameOrDifferent s <+> pretty x

instance Pretty Fact where

pretty = printFact

printFact :: Fact -> Doc

printFact pf = case pf of

ObjectPropertyFact pn op i -> printPositiveOrNegative pn <+> pretty op <+> pretty i

DataPropertyFact pn dp l -> printPositiveOrNegative pn <+> pretty dp <+> pretty l

printPositiveOrNegative :: PositiveOrNegative -> Doc

printPositiveOrNegative x = case x of

Positive -> empty

Negative -> keyword notS

instance Pretty Frame where

pretty = printFrame

printFrame :: Frame -> Doc

printFrame f = case f of

Frame (Entity e uri) bl -> pretty (showEntityType e) <+> fsep [pretty uri, vcat (map pretty bl)]

MiscFrame e a misc -> case misc of

MiscEquivOrDisjointClasses c -> printEquivOrDisjointClasses e <+> (pretty a $+$ vcat (punctuate comma (map pretty c) ))

MiscEquivOrDisjointObjProp c -> printEquivOrDisjointObj e <+> (pretty a $+$ vcat ( punctuate comma (map pretty c) ))

MiscEquivOrDisjointDataProp c -> printEquivOrDisjointData e <+> (pretty a $+$ vcat ( punctuate comma (map pretty c) ))

MiscSameOrDifferent s a c -> printSameOrDifferentInd s <+> (pretty a $+$ vcat( punctuate comma (map pretty c) ))

printEquivOrDisjointClasses :: Relation -> Doc

printEquivOrDisjointClasses x = case x of

Equivalent -> text "EquivalentClasses:"

Disjoint -> text "DisjointClasses:"

_ -> empty

printEquivOrDisjointObj :: Relation -> Doc

printEquivOrDisjointObj x = case x of

Equivalent -> text "EquivalentProperties:"

Disjoint -> text "DisjointProperties:"

_ -> empty

printEquivOrDisjointData :: Relation -> Doc

printEquivOrDisjointData x = case x of

Equivalent -> text "EquivalentProperties:"

Disjoint -> text "DisjointProperties:"

_ -> empty

printSameOrDifferentInd :: SameOrDifferent -> Doc

printSameOrDifferentInd x = case x of

Same -> keyword sameIndividualC

Different -> keyword differentIndividualsC

Individuals -> keyword individualsC

instance Pretty MOntology where

pretty = printOntology

printImport :: ImportIRI -> Doc

printImport x = keyword importC <+> pretty x

printPrefixes :: PrefixMap -> Doc

printPrefixes x = vcat (map (\(a, b) ->

(text "Prefix:" <+> text a <> colon <+> text ('<' : b ++ ">"))) (Map.toList x))

printOntology :: MOntology -> Doc

printOntology MOntology {muri = a, imports = b, ann = c, ontologyFrame = d} = keyword ontologyC

<+> pretty a $++$ vcat (map printImport b) $++$ vcat (map pretty c) $+$ vcat(map pretty d)

printOntologyDocument :: OntologyDocument -> Doc

printOntologyDocument OntologyDocument {prefixDeclaration = a, mOntology = b} = printPrefixes a $++$ pretty b

instance Pretty OntologyDocument where

pretty = printOntologyDocument