{-# LANGUAGE CPP, TypeFamilies, DeriveDataTypeable #-}

module PGIP.Output.Proof

( ProofFormatterOptions

, proofFormatterOptions

, pfoIncludeProof

, pfoIncludeDetails

, ProofResult

, formatProofs

) where

import PGIP.Common

import PGIP.Output.Formatting

import PGIP.Output.Mime

import Interfaces.GenericATPState (tsTimeLimit, tsExtraOpts)

import Logic.Comorphism (AnyComorphism)

import qualified Logic.Prover as LP

import Proofs.AbstractState (G_proof_tree)

import Common.Json (ppJson, asJson)

import Common.ToXml (asXml)

import Data.Data

import Data.Time.LocalTime

import Numeric

import Text.XML.Light (ppTopElement)

type ProofResult = (String, String, String, ProverOrConsChecker,

-- ^(goalName, goalResult, goalDetails, prover

AnyComorphism, Maybe (LP.ProofStatus G_proof_tree))

-- translation, proofStatusM)

type ProofFormatter =

ProofFormatterOptions -> [(String, [ProofResult])] -> (String, String)

-- [(dgNodeName, result)] -> (responseType, response)

data ProofFormatterOptions = ProofFormatterOptions

{ pfoIncludeProof :: Bool

, pfoIncludeDetails :: Bool

} deriving (Show, Eq)

proofFormatterOptions :: ProofFormatterOptions

proofFormatterOptions = ProofFormatterOptions

{ pfoIncludeProof = True

, pfoIncludeDetails = True

}

formatProofs :: Maybe String -> ProofFormatter

formatProofs format options proofs = case format of

Just "json" -> formatAsJSON

_ -> formatAsXML

where

proof :: [Proof]

proof = map convertProof proofs

formatAsJSON :: (String, String)

formatAsJSON = (jsonC, ppJson $ asJson proof)

formatAsXML :: (String, String)

formatAsXML = (xmlC, ppTopElement $ asXml proof)

convertProof :: (String, [ProofResult]) -> Proof

convertProof (nodeName, proofResults) = Proof

{ node = nodeName

, goals = map convertGoal proofResults

}

convertGoal :: ProofResult -> ProofGoal

convertGoal (goalName, goalResult, goalDetails, proverOrConsChecker,

translation, proofStatusM) =

ProofGoal

{ name = goalName

, result = goalResult

, details =

if pfoIncludeDetails options

then Just goalDetails

else Nothing

, usedProver = proverOrConsCheckerName proverOrConsChecker

, usedTranslation = showComorph translation

, tacticScript = fmap convertTacticScript proofStatusM

, proofTree = fmap (show . LP.proofTree) proofStatusM

, usedTime = fmap (convertTime . LP.usedTime) proofStatusM

, usedAxioms = fmap LP.usedAxioms proofStatusM

, proverOutput =

if pfoIncludeProof options

then fmap (unlines . LP.proofLines) proofStatusM

else Nothing

}

convertTime :: TimeOfDay -> ProofTime

convertTime tod = ProofTime

{ seconds = read $ init $ show $ timeOfDayToTime tod

, components = convertTimeComponents tod

}

convertTimeComponents :: TimeOfDay -> ProofTimeComponents

convertTimeComponents tod = ProofTimeComponents

{ hours = todHour tod

, mins = todMin tod

, secs = case readSigned readFloat $ show $ todSec tod of

[(n, "")] -> n

_ -> error $ "Failed reading the number " ++ show (todSec tod)

}

convertTacticScript :: LP.ProofStatus G_proof_tree -> TacticScript

convertTacticScript ps =

let atp = read $ (\ (LP.TacticScript ts) -> ts) $ LP.tacticScript ps

in TacticScript { timeLimit = tsTimeLimit atp

, extraOptions = tsExtraOpts atp

}

data Proof = Proof

{ node :: String

, goals :: [ProofGoal]

} deriving (Show, Typeable, Data)

data ProofGoal = ProofGoal

{ name :: String

, result :: String

, details :: Maybe String

, usedProver :: String

, usedTranslation :: String

, tacticScript :: Maybe TacticScript

, proofTree :: Maybe String

, usedTime :: Maybe ProofTime

, usedAxioms :: Maybe [String]

, proverOutput :: Maybe String

} deriving (Show, Typeable, Data)

data TacticScript = TacticScript

{ timeLimit :: Int

, extraOptions :: [String]

} deriving (Show, Typeable, Data)

data ProofTime = ProofTime

{ seconds :: Int

, components :: ProofTimeComponents

} deriving (Show, Typeable, Data)

data ProofTimeComponents = ProofTimeComponents

{ hours :: Int

, mins :: Int

, secs :: Double

} deriving (Show, Typeable, Data)