{- |

Module : $EmptyHeader$

Description : <optional short description entry>

Copyright : (c) <Authors or Affiliations>

License : GPLv2 or higher

Maintainer : <email>

Stability : unstable | experimental | provisional | stable | frozen

Portability : portable | non-portable (<reason>)

<optional description>

-}

{-# OPTIONS_GHC -fno-warn-unused-imports -fno-warn-unused-binds #-}

import Syntax.AS_Library

import Static.AnalysisLibrary

import Static.GTheory

import Static.DevGraph

import Static.PrintDevGraph

import Static.History

import Driver.Options

import Driver.AnaLib

import qualified Common.OrderedMap as OMap

import Common.AS_Annotation as Anno

import Common.Result

import Common.ResultT

import Common.LibName

import Common.Id as Id

import Common.ExtSign

import Common.Doc

import Common.DocUtils

import System.Environment

import Data.Graph.Inductive.Graph

import qualified Data.Map as Map

import qualified Data.Set as Set

import Data.Maybe

import Data.List

-- CASL things

import Logic.Coerce

import CASL.Logic_CASL

import CASL.AS_Basic_CASL

import CASL.Sign

import Comorphisms.LogicGraph

-- DG things :)

import Proofs.Global

import Proofs.EdgeUtils

import Proofs.StatusUtils

import Proofs.Automatic

myHetcatsOpts :: HetcatsOpts

myHetcatsOpts = defaultHetcatsOpts { libdirs = ["../Hets-lib"] }

process :: FilePath -> IO (Maybe (LibName, LibEnv))

process = anaLib myHetcatsOpts

{- ln -s sample-ghci-script .ghci and call "make ghci" -}

-- sample code

getDevGraph :: FilePath -> IO DGraph

getDevGraph fname = do

res <- process fname

case res of

Nothing -> error "getDevGraph: process"

Just (ln, lenv) -> case Map.lookup ln lenv of

Nothing -> error "getDevGraph: lookup"

Just dg -> return dg

main :: IO()

main = do

files <- getArgs

mapM_ process files

return ()

{- Test functions for CASL signature -}

proceed :: FilePath -> ResultT IO (LibName, LibEnv)

proceed = anaSourceFile logicGraph myHetcatsOpts Set.empty emptyLibEnv emptyDG

-- read in a CASL file and return the basic theory

getCASLSigSens :: String -- filename

-> String -- name of spec

-> IO (CASLSign,[(String, CASLFORMULA)])

getCASLSigSens fname sp = do

Result _ res <- runResultT $ proceed fname

case res of

Just (ln, lenv) ->

let dg = lookupDGraph ln lenv

SpecEntry (ExtGenSig _ (NodeSig node _)) =

case Map.lookup (Id.mkSimpleId sp) $ globalEnv dg of

Just x -> x

_ -> error ("Specification "++sp++" not found")

in

case match node (dgBody dg) of

(Just ctx, _) ->

case dgn_theory $ lab' ctx of

G_theory { gTheoryLogic = lid

, gTheorySign = gSig

, gTheorySens = gSens } ->

case (coerceSign lid CASL "" gSig,

coerceThSens lid CASL "" gSens) of

(Just sig, Just sens) ->

return (plainSign sig,

map (\ (x, y) -> (x, sentence y)) $ OMap.toList sens)

_ -> error "Not a CASL sig"

_ -> error "Node 1 no in development graph"

Nothing -> error "Error occured"

{- myTest for globDecomp(or more possiblely for removeContraryChanges

from Proofs/StatusUtils.hs -}

{- try to print the DGChanges list before and after executing

removeContraryChanges, in order to see what exactly is going on -}

myTest :: IO()

myTest = do

res <- process "../Hets-lib/Basic/RelationsAndOrders.casl"

-- not ok with "RelationsAndOrders.casl " :(

case res of

Nothing -> error "myTest"

Just (ln, lenv) -> do

{- (edges2, dgchanges2) <- myGlobal ln 2 lenv

print dgchanges

-- print the DGChanges before execusion

putStrLn $ "!!!!!The DGChanges before excecuting of " ++

"removeContraryChanges by the third excecuting of " ++

"GlobalDecomposition!!!!!"

print $ myPrintShow dgchanges2

putStrLn $ "!!!!!the DGChanges afterwards by the third excecuting"

++ " of GlobalDecomposition!!!!!"

print $ myPrintShow $

-- removeContraryChanges dgchanges2

print $ myPrintEdges edges2

-}

(edges3, dgchanges3) <- myGlobal ln 3 lenv

putStrLn $ "The global thm Edges before executing globDecomp for " ++

"the fourth time"

print $ myPrintEdges edges3

{- putStrLn $ "!!!!!The DGChanges before excecuting of " ++

"removeContraryChanges by the fouth excecuting of " ++

"GlobalDecomposition!!!!!"

print $ myPrintShow dgchanges3

-}

putStrLn $ "!!!!!the DGChanges by the fouth excecuting of " ++

"GlobalDecomposition: !!!!!"

print $ myPrintDGChanges dgchanges3

print $ myPrintDGChanges $ removeContraryChanges dgchanges3

{- print (removeContraryChanges dgchanges)

-- print after...

print $ countD $ removeContraryChanges dgchanges

dgchanges4<- myGlobal ln 4 lenv

putStrLn "aaa"

-}

myPrintEdges :: [LEdge DGLinkLab] -> [String]

myPrintEdges = map showLEdge

showDGChange :: DGChange -> String

showDGChange c = showDoc c ""

myPrintDGChanges :: [DGChange] -> [String]

myPrintDGChanges = map showDGChange

countD :: [DGChange] -> Int

countD = length . filter (isPrefixOf "delete edge" . showDGChange)

-- my simulated execusion of globDecomp

myGlobal :: LibName -> Int -> LibEnv -> IO ([LEdge DGLinkLab], [DGChange])

myGlobal ln n lenv =

let newLenv = executeGlobalDecompByNTimes n ln lenv

-- try to do n times globDecomp

dgraph = lookupDGraph ln newLenv

globalThmEdges = filter (liftE isUnprovenGlobalThm) (labEdgesDG dgraph)

ngraph = foldl globDecompAux dgraph globalThmEdges

defEdgesToSource = myGoingIntoGTE dgraph globalThmEdges []

in do putStrLn "all the edges going into global Thm Edges"

print defEdgesToSource

return (globalThmEdges,

flatHistory $ snd $ splitHistory dgraph ngraph)

-- get the DGChanges by executing globDecomp

myGoingIntoGTE :: DGraph -> [LEdge DGLinkLab] -> [String]->[String]

myGoingIntoGTE _ [] res = res

myGoingIntoGTE dgraph ((source, _ , _) : ys) res =

let defEdgesToSource = [e | e@(_, t, l) <- labEdgesDG dgraph,

isDefEdge (dgl_type l), t == source]

in myGoingIntoGTE dgraph ys $ res ++ myPrintEdges defEdgesToSource

-- execute globDecomp by n times :)

executeGlobalDecompByNTimes :: Int -> LibName -> LibEnv -> LibEnv

executeGlobalDecompByNTimes n ln lenv = case compare n 0 of

LT -> error "excecuteGlobalDecompByNTimes"

EQ -> lenv

GT -> executeGlobalDecompByNTimes (n-1) ln $ globDecomp ln lenv