{- |

Module : $Header$

Description : pretty printing (parts of) a LibEnv

Copyright : (c) C. Maeder, Uni Bremen 2002-2006

License : similar to LGPL, see HetCATS/LICENSE.txt or LIZENZ.txt

Maintainer : Christian.Maeder@dfki.de

Stability : provisional

Portability : non-portable(DevGraph)

pretty printing (parts of) a LibEnv

-}

module Static.PrintDevGraph

( printLibrary

, prettyLibEnv

, printTh

, showLEdge

) where

import Logic.Logic

import Comorphisms.LogicList (defaultLogic)

import Static.GTheory

import Static.DevGraph

import Static.DGToSpec

import Syntax.AS_Library (LIB_NAME, getLIB_ID)

import Syntax.Print_AS_Library ()

import Common.GlobalAnnotations

import Common.Id

import Common.Doc as Doc

import Common.DocUtils

import Common.Result

import Common.Keywords

import Common.ConvertGlobalAnnos

import Common.AnalyseAnnos

import qualified Common.Lib.Rel as Rel

import qualified Common.Lib.Graph as Tree

import Data.Graph.Inductive.Graph as Graph

import qualified Data.Map as Map

import qualified Data.Set as Set

import Data.List

import Data.Char (isAlpha)

printLibrary :: LibEnv -> (LIB_NAME, DGraph) -> Doc

printLibrary le (ln, DGraph { globalAnnos = ga, globalEnv = ge }) =

keyword libraryS <+> pretty ln $+$

foldr ($++$) Doc.empty

(map (uncurry $ printTheory le ln ga) $ Map.toList ge)

printTheory :: LibEnv -> LIB_NAME -> GlobalAnnos

-> SIMPLE_ID -> GlobalEntry -> Doc

printTheory le ln ga sn ge = case ge of

SpecEntry (ExtGenSig _ _ _ (NodeSig n _)) ->

case maybeResult $ computeTheory le ln n of

Nothing -> Doc.empty

Just g -> printTh ga sn g

_ -> Doc.empty

printTh :: GlobalAnnos -> SIMPLE_ID -> G_theory -> Doc

printTh oga sn g@(G_theory lid _ _ _ _) =

let ga = removeProblematicListAnnos oga in

useGlobalAnnos ga $ pretty ga $+$

(let l = language_name lid in if l == show defaultLogic then Doc.empty else

keyword logicS <+> structId l) $+$

sep [keyword specS <+> sidDoc sn <+> equals, pretty g]

removeProblematicListAnnos :: GlobalAnnos -> GlobalAnnos

removeProblematicListAnnos ga = let

is = Map.keysSet $ Rel.toMap $ prec_annos ga

la = literal_annos ga

nla = la { list_lit = Map.filterWithKey ( \ li _ ->

let (op, cl, cs) = getListBrackets li in

Set.null $ Set.filter ( \ (Id ts ics _) ->

cs == ics && isPrefixOf op ts && isSuffixOf cl ts) is)

$ list_lit la }

Result _ (Just lm) = store_literal_map Map.empty $ c_lit_an nla

in ga { literal_annos = nla

, literal_map = lm }

-- * pretty instances

showNodeId :: Node -> String

showNodeId i = "node " ++ show i

instance Pretty NodeSig where

pretty (NodeSig n sig) = fsep [ text (showNodeId n) <> colon, pretty sig ]

dgOriginSpec :: DGOrigin -> Maybe SIMPLE_ID

dgOriginSpec o = case o of

DGSpecInst n -> Just n

DGFitView n -> Just n

DGFitViewA n -> Just n

_ -> Nothing

dgOriginHeder :: DGOrigin -> String

dgOriginHeder o = case o of

DGEmpty -> "empty-spec"

DGBasic -> "basic-spec"

DGExtension -> "extension"

DGTranslation -> "translation"

DGUnion -> "union"

DGHiding -> "hiding"

DGRevealing -> "revealing"

DGRevealTranslation -> "translation part of a revealing"

DGFree -> "free-spec"

DGCofree -> "cofree-spec"

DGLocal -> "local-spec"

DGClosed -> "closed-spec"

DGLogicQual -> "spec with logic qualifier"

DGData -> "data-spec"

DGFormalParams -> "formal parameters"

DGImports -> "arch import"

DGSpecInst _ -> "instantiation"

DGFitSpec -> "fitting-spec"

DGFitView _ -> "fitting-view"

DGFitViewA _ -> "fitting view (actual parameters)"

DGProof -> "proof-construct"

DGintegratedSCC -> "OWL spec with integrated strongly connected components"

instance Pretty DGOrigin where

pretty o = text (dgOriginHeder o) <+> pretty (dgOriginSpec o)

instance Pretty DGNodeInfo where

pretty c = case c of

DGNode {} -> pretty $ node_origin c

DGRef {} ->

pretty (getLIB_ID $ ref_libname c) <+> text (showNodeId $ ref_node c)

prettyDGNodeLab :: DGNodeLab -> Doc

prettyDGNodeLab l = sep [ text $ showName $ dgn_name l, pretty $ nodeInfo l]

instance Pretty DGNodeLab where

pretty l = vcat

[ prettyDGNodeLab l

, case dgn_nf l of

Nothing -> Doc.empty

Just n -> text "normal form:" <+> text (showNodeId n)

, case dgn_sigma l of

Nothing -> Doc.empty

Just gm -> text "normal form inclusion:" $+$ pretty gm

, case dgn_lock l of

Nothing -> Doc.empty

Just _ -> text "currently locked." ]

showEdgeId :: EdgeId -> String

showEdgeId (EdgeId i) = "edge " ++ show i

instance Pretty EdgeId where

pretty = text . showEdgeId

dgLinkOriginSpec :: DGLinkOrigin -> Maybe SIMPLE_ID

dgLinkOriginSpec o = case o of

DGLinkSpecInst n -> Just n

DGLinkView n -> Just n

DGLinkFitView n -> Just n

DGLinkFitViewImp n -> Just n

DGLinkFitViewAImp n -> Just n

_ -> Nothing

dgLinkOriginHeder :: DGLinkOrigin -> String

dgLinkOriginHeder o = case o of

SeeTarget -> "see target"

SeeSource -> "see source"

DGLinkExtension -> "extension"

DGLinkTranslation -> "OMDoc translation"

DGLinkClosedLenv -> "closed spec (inclusion of local environment)"

DGLinkImports -> "OWL import"

DGLinkSpecInst _ -> "instantiation link"

DGLinkFitSpec -> "fitting-spec-link"

DGLinkView _ -> "view"

DGLinkFitView _ -> "fitting view to"

DGLinkFitViewImp _ -> "fitting view (imports)"

DGLinkFitViewAImp _ -> "fitting view (imports and actual parameters)"

DGLinkProof -> "proof-link"

instance Pretty DGLinkOrigin where

pretty o = text (dgLinkOriginHeder o) <+> pretty (dgLinkOriginSpec o)

-- | only shows the edge and node ids

showLEdge :: LEdge DGLinkLab -> String

showLEdge (s, t, l) = showEdgeId (dgl_id l)

++ " (" ++ showNodeId s ++ " --> " ++ show t ++ ")"

-- | only print the origin and some notion of the tye of the label

prettyDGLinkLab :: (DGLinkLab -> Doc) -> DGLinkLab -> Doc

prettyDGLinkLab f l = fsep

[ case dgl_origin l of

SeeTarget -> Doc.empty

o -> pretty o

, f l ]

-- | print edge information

prettyGenLEdge :: (DGLinkLab -> Doc) -> LEdge DGLinkLab -> Doc

prettyGenLEdge f e@(_, _, l) = fsep [text $ showLEdge e, prettyDGLinkLab f l]

-- | print short edge information

prettyLEdge :: LEdge DGLinkLab -> Doc

prettyLEdge = prettyGenLEdge (text . getDGLinkType)

dgRuleEdges :: DGRule -> [LEdge DGLinkLab]

dgRuleEdges r = case r of

HideTheoremShift l -> [l]

GlobDecomp l -> [l]

LocDecomp l -> [l]

LocInference l -> [l]

GlobSubsumption l -> [l]

Composition ls -> ls

_ -> []

dgRuleHeader :: DGRule -> String

dgRuleHeader r = case r of

GlobDecomp _ -> "Global-Decomposition"

LocDecomp _ -> "Local-Decomposition"

LocInference _ -> "Local-Inference"

GlobSubsumption _ -> "Global-Subsumption"

BasicInference _ _ -> "Basic-Inference"

BasicConsInference _ _ -> "Basic-Cons-Inference"

_ -> takeWhile isAlpha $ show r

instance Pretty DGRule where

pretty r = fsep [ text $ dgRuleHeader r, case r of

BasicInference c bp -> fsep

[ text $ "using comorphism '" ++ show c ++ "' with proof tree:"

, text $ show bp]

BasicConsInference c bp -> fsep

[ text $ "using comorphism '" ++ show c ++ "' with proof tree:"

, text $ show bp]

_ -> case dgRuleEdges r of

[e] -> fsep

[ text "resulting link:"

, prettyLEdge e]

ls -> vcat (map prettyLEdge ls)]

instance Pretty ThmLinkStatus where

pretty tls = case tls of

LeftOpen -> text "Open"

Proven r ls -> fsep

[ text "Proven with rule"

, pretty r

, text "Proof based on links:"

, pretty $ Set.toList $ proofBasis ls ]

dgLinkTypeHeader :: DGLinkType -> String

dgLinkTypeHeader = takeWhile isAlpha . show

instance Pretty DGLinkType where

pretty t = text (dgLinkTypeHeader t)

<+> maybe Doc.empty (text . getThmTypeAux) (thmLinkStatus t)

instance Pretty DGLinkLab where

pretty l = fsep

[ text $ showEdgeId $ dgl_id l

, prettyDGLinkLab (\ t -> fsep [text "Type:", pretty $ dgl_type t]) l

, text "Morphism:"

, pretty $ dgl_morphism l ]

-- | pretty print a labelled node

prettyGenLNode :: (a -> Doc) -> LNode a -> Doc

prettyGenLNode f (n, l) = fsep [text (showNodeId n) <> colon, f l]

prettyLNode :: LNode DGNodeLab -> Doc

prettyLNode = prettyGenLNode prettyDGNodeLab

dgChangeType :: DGChange -> String

dgChangeType c = case c of

InsertNode _ -> "insert"

DeleteNode _ -> "delete"

InsertEdge _ -> "insert"

DeleteEdge _ -> "delete"

SetNodeLab _ _ -> "change"

instance Pretty DGChange where

pretty c = text (dgChangeType c) <+> case c of

InsertNode n -> prettyLNode n

DeleteNode n -> prettyLNode n

InsertEdge e -> prettyLEdge e

DeleteEdge e -> prettyLEdge e

SetNodeLab l n -> fsep

[ prettyDGNodeLab l

, mapsto

, prettyLNode n ]

prettyGr :: Tree.Gr DGNodeLab DGLinkLab -> Doc

prettyGr g = vcat (map (prettyLNode) $ labNodes g)

$+$ vcat (map prettyLEdge $ labEdges g)

instance Pretty DGraph where

pretty dg = prettyGr (dgBody dg)

prettyLibEnv :: LibEnv -> Doc

prettyLibEnv = printMap id vsep ($+$)