7ea448352f44eec95bc3e5dcf6f59a4b5dbc5f79Christian Maeder

7ea448352f44eec95bc3e5dcf6f59a4b5dbc5f79Christian Maeder{- |

7ea448352f44eec95bc3e5dcf6f59a4b5dbc5f79Christian MaederModule : $Header$

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian MaederCopyright : (c) Markus Roggenbach, Till Mossakowski and Uni Bremen 2003

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian MaederLicence : similar to LGPL, see HetCATS/LICENCE.txt or LIZENZ.txt

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian Maeder

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian MaederMaintainer : hets@tzi.de

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian MaederStability : experimental

1d2c2ebba52ca5c89ca40181064ab30e2ef26403Christian MaederPortability : non-portable

Here is the place where the class Logic is instantiated for CspCASL.

Also the instances for Syntax an Category.

todo:

- writing real functions

- Modul Sign.hs mit CSP-CASL-Signaturen und Morphismen, basiernd auf CASL.Sign

CSP-CASL-Signatur = (CASL-Sig,Menge von Kanalnamen)

CSP-CASL-Morphismus = (CASL-Morphismus, Kanalnamenabbildung)

oder nur CASL-Morphismus

SYMB_ITEMS SYMB_MAP_ITEMS: erstmal von CASL (d.h. nur CASL-Morphismus)

- instance Sentences

S�tze = entweder CASL-S�tze oder CSP-CASL-S�tze

Rest soweit wie m�glich von CASL �bernehmen

- statische Analyse (gem�� Typ in Logic.Logic) schreiben

und unten f�r basic_analysis einh�ngen

K�r:

- Teillogiken (instance LatticeWithTop ...)

-}

module CspCASL.Logic_CspCASL(CspCASL(CspCASL)) where

import CspCASL.AS_CSP_CASL

import CspCASL.CCKeywords

import CspCASL.Parse_hugo

import CspCASL.LaTeX_AS_CSP_CASL

import CspCASL.ATC_CspCASL

import CASL.AS_Basic_CASL

import CASL.SymbolParser

import CASL.Logic_CASL(CASL(CASL))

import Logic.Logic

import Data.Dynamic

-- a dummy datatype for the LogicGraph and for identifying the right

-- instances

data CspCASL = CspCASL deriving (Show)

instance Language CspCASL -- default definition is okay

instance Category CspCASL () ()

where

-- ide :: id -> object -> morphism

ide CspCASL sigma = fun_err "ide"

-- o :: id -> morphism -> morphism -> Maybe morphism

comp CspCASL sigma1 _sigma2 = fun_err "comp"

-- dom, cod :: id -> morphism -> object

dom CspCASL _ = fun_err "dom"

cod CspCASL _ = fun_err "cod"

-- legal_obj :: id -> object -> Bool

legal_obj CspCASL _ = fun_err "legall_obj"

-- legal_mor :: id -> morphism -> Bool

legal_mor CspCASL _ = fun_err "legal_mor"

-- abstract syntax, parsing (and printing)

instance Syntax CspCASL Basic_CSP_CASL_C_SPEC

SYMB_ITEMS SYMB_MAP_ITEMS

where

parse_basic_spec CspCASL = Just basicCspCaslCSpec

parse_symb_items CspCASL = Just $ symbItems csp_casl_keywords

parse_symb_map_items CspCASL = Just $ symbMapItems csp_casl_keywords

-- lattices (for sublogics)

{-

instance LatticeWithTop () where

-- meet, join :: l -> l -> l

meet = fun_err "meet"

join = fun_err "join"

-- top :: l

top = fun_err "top"

-}

-- CspCASL logic

instance Sentences CspCASL () () () () () where

parse_sentence CspCASL = Nothing

instance StaticAnalysis CspCASL Basic_CSP_CASL_C_SPEC () ()

SYMB_ITEMS SYMB_MAP_ITEMS

() () () () where

basic_analysis CspCASL = Nothing -- Just(\(bspec,_,_) -> return (bspec,(),(),[]))

stat_symb_map_items CspCASL = error "Logic_CspCASL.hs"

stat_symb_items CspCASL = error "Logic_CspCASL.hs"

instance Logic CspCASL ()

Basic_CSP_CASL_C_SPEC () SYMB_ITEMS SYMB_MAP_ITEMS

()

()

() () () where

data_logic CspCASL = Just (Logic CASL)

cspCaslBasicSpecTc :: TyCon

cspCaslBasicSpecTc = mkTyCon "CspCASL.Basic_CSP_CASL_C_SPEC"

instance Typeable Basic_CSP_CASL_C_SPEC where

typeOf _ = mkTyConApp cspCaslBasicSpecTc []

---- helpers ---------------------------------

fun_err :: String -> a

fun_err fname =

error ("*** Function \"" ++ fname ++ "\" is not yet implemented!")

----------------------------------------------