-{-# OPTIONS_GHC -XCPP -XPatternGuards -XScopedTypeVariables -Wall #-}
+{-# LANGUAGE PatternGuards, ScopedTypeVariables #-}
module Main where
import Prelude hiding ( mod, id, mapM )
import GHC hiding (flags)
--import Packages
import HscTypes ( isBootSummary )
-import BasicTypes
import Digraph ( flattenSCCs )
import DriverPhases ( isHaskellSrcFilename )
import HscTypes ( msHsFilePath )
import Name ( getOccString )
--import ErrUtils ( printBagOfErrors )
import DynFlags ( defaultDynFlags )
-import SrcLoc
import Bag
-import Exception -- ( ghandle )
+import Exception
import FastString
import MonadUtils ( liftIO )
import Distribution.Simple.GHC ( ghcOptions )
import Distribution.Simple.Configure ( getPersistBuildConfig )
import Distribution.PackageDescription ( library, libBuildInfo )
-import Distribution.Simple.LocalBuildInfo ( localPkgDescr, buildDir )
+import Distribution.Simple.LocalBuildInfo ( localPkgDescr, buildDir, libraryConfig )
import Control.Monad hiding (mapM)
import System.Environment
import System.Console.GetOpt
import System.Exit
-import Data.Char
import System.IO
import Data.List as List hiding ( group )
-import Data.Maybe
import Data.Traversable (mapM)
import Data.Map ( Map )
import qualified Data.Map as M
ghcArgs <- case [ d | FlagUseCabalConfig d <- flags ] of
[distPref] -> do
cabalOpts <- flagsFromCabal distPref
- return (ghcArgs' ++ cabalOpts)
+ return (cabalOpts ++ ghcArgs')
[] ->
return ghcArgs'
_ -> error "Too many --use-cabal-config flags"
let modes = getMode flags
let openFileMode = if elem FlagAppend flags
- then AppendMode
- else WriteMode
+ then AppendMode
+ else WriteMode
ctags_hdl <- if CTags `elem` modes
then Just `liftM` openFile "tags" openFileMode
else return Nothing
let dflags2 = pflags { hscTarget = HscNothing } -- don't generate anything
-- liftIO $ print ("pkgDB", case (pkgDatabase dflags2) of Nothing -> 0
-- Just m -> sizeUFM m)
- setSessionDynFlags dflags2
+ _ <- setSessionDynFlags dflags2
--liftIO $ print (length pkgs)
GHC.defaultCleanupHandler dflags2 $ do
-
+
targetsAtOneGo hsfiles (ctags_hdl,etags_hdl)
mapM_ (mapM (liftIO . hClose)) [ctags_hdl, etags_hdl]
options :: [OptDescr Flag]
-- supports getopt
-options = [ Option "" ["topdir"]
+options = [ Option "" ["topdir"]
(ReqArg FlagTopDir "DIR") "root of GHC installation (optional)"
, Option "c" ["ctags"]
- (NoArg FlagCTags) "generate CTAGS file (ctags)"
- , Option "e" ["etags"]
- (NoArg FlagETags) "generate ETAGS file (etags)"
- , Option "b" ["both"]
- (NoArg FlagBoth) ("generate both CTAGS and ETAGS")
- , Option "a" ["append"]
- (NoArg FlagAppend) ("append to existing CTAGS and/or ETAGS file(s)")
+ (NoArg FlagCTags) "generate CTAGS file (ctags)"
+ , Option "e" ["etags"]
+ (NoArg FlagETags) "generate ETAGS file (etags)"
+ , Option "b" ["both"]
+ (NoArg FlagBoth) ("generate both CTAGS and ETAGS")
+ , Option "a" ["append"]
+ (NoArg FlagAppend) ("append to existing CTAGS and/or ETAGS file(s)")
, Option "" ["use-cabal-config"]
(ReqArg FlagUseCabalConfig "DIR") "use local cabal configuration from dist dir"
, Option "" ["files-from-cabal"]
(NoArg FlagFilesFromCabal) "use files from cabal"
- , Option "h" ["help"] (NoArg FlagHelp) "This help"
- ]
+ , Option "h" ["help"] (NoArg FlagHelp) "This help"
+ ]
flagsFromCabal :: FilePath -> IO [String]
flagsFromCabal distPref = do
lbi <- getPersistBuildConfig distPref
let pd = localPkgDescr lbi
- case library pd of
- Nothing -> error "no library"
- Just lib ->
+ case (library pd, libraryConfig lbi) of
+ (Just lib, Just clbi) ->
let bi = libBuildInfo lib
odir = buildDir lbi
- opts = ghcOptions lbi bi odir
+ opts = ghcOptions lbi bi clbi odir
in return opts
+ _ -> error "no library"
----------------------------------------------------------------
--- LOADING HASKELL SOURCE
liftIO $ exitWith (ExitFailure 1)
fileData :: FileName -> ModuleName -> RenamedSource -> IO FileData
-fileData filename modname (group, _imports, _lie, _doc, _haddock) = do
+fileData filename modname (group, _imports, _lie, _doc) = do
-- lie is related to type checking and so is irrelevant
-- imports contains import declarations and no definitions
-- doc and haddock seem haddock-related; let's hope to ignore them
ls <- lines `fmap` readFile filename
let line_map = M.fromAscList $ zip [1..] ls
- evaluate line_map
- return $ FileData filename (boundValues modname group) line_map
+ line_map' <- evaluate line_map
+ return $ FileData filename (boundValues modname group) line_map'
-boundValues :: ModuleName -> HsGroup Name -> [FoundThing]
+boundValues :: ModuleName -> HsGroup Name -> [FoundThing]
-- ^Finds all the top-level definitions in a module
boundValues mod group =
let vals = case hs_valds group of
ForeignImport n _ _ -> [found n]
ForeignExport { } -> []
in vals ++ tys ++ fors
- where dataNames tycon cons = found tycon : map conName cons
- conName td = found $ con_name $ unLoc td
- found = foundOfLName mod
+ where found = foundOfLName mod
startOfLocated :: Located a -> SrcLoc
startOfLocated lHs = srcSpanStart $ getLoc lHs
foundOfLName mod id = FoundThing mod (getOccString $ unLoc id) (startOfLocated id)
boundThings :: ModuleName -> LHsBind Name -> [FoundThing]
-boundThings modname lbinding =
+boundThings modname lbinding =
case unLoc lbinding of
FunBind { fun_id = id } -> [thing id]
PatBind { pat_lhs = lhs } -> patThings lhs []
ConPatIn _ conargs -> conArgs conargs tl
ConPatOut _ _ _ _ conargs _ -> conArgs conargs tl
LitPat _ -> tl
-#if __GLASGOW_HASKELL__ > 608
NPat _ _ _ -> tl -- form of literal pattern?
-#else
- NPat _ _ _ _ -> tl -- form of literal pattern?
-#endif
NPlusKPat id _ _ _ -> thing id : tl
TypePat _ -> tl -- XXX need help here
SigPatIn p _ -> patThings p tl
SigPatOut p _ -> patThings p tl
_ -> error "boundThings"
conArgs (PrefixCon ps) tl = foldr patThings tl ps
- conArgs (RecCon (HsRecFields { rec_flds = flds })) tl
+ conArgs (RecCon (HsRecFields { rec_flds = flds })) tl
= foldr (\f tl' -> patThings (hsRecFieldArg f) tl') tl flds
conArgs (InfixCon p1 p2) tl = patThings p1 $ patThings p2 tl
-- stuff for dealing with ctags output format
writeTagsData :: (Maybe Handle, Maybe Handle) -> FileData -> IO ()
-writeTagsData (mb_ctags_hdl, mb_etags_hdl) fd = do
+writeTagsData (mb_ctags_hdl, mb_etags_hdl) fd = do
maybe (return ()) (\hdl -> writectagsfile hdl fd) mb_ctags_hdl
maybe (return ()) (\hdl -> writeetagsfile hdl fd) mb_etags_hdl
writectagsfile :: Handle -> FileData -> IO ()
writectagsfile ctagsfile filedata = do
- let things = getfoundthings filedata
- mapM_ (\x -> hPutStrLn ctagsfile $ dumpthing False x) things
- mapM_ (\x -> hPutStrLn ctagsfile $ dumpthing True x) things
+ let things = getfoundthings filedata
+ mapM_ (\x -> hPutStrLn ctagsfile $ dumpthing False x) things
+ mapM_ (\x -> hPutStrLn ctagsfile $ dumpthing True x) things
getfoundthings :: FileData -> [FoundThing]
getfoundthings (FileData _filename things _src_lines) = things
dumpthing :: Bool -> FoundThing -> String
dumpthing showmod (FoundThing modname name loc) =
- fullname ++ "\t" ++ filename ++ "\t" ++ (show line)
+ fullname ++ "\t" ++ filename ++ "\t" ++ (show line)
where line = srcLocLine loc
filename = unpackFS $ srcLocFile loc
fullname = if showmod then moduleNameString modname ++ "." ++ name
e_dumpfiledata :: FileData -> String
e_dumpfiledata (FileData filename things line_map) =
- "\x0c\n" ++ filename ++ "," ++ (show thingslength) ++ "\n" ++ thingsdump
- where
- thingsdump = concat $ map (e_dumpthing line_map) things
- thingslength = length thingsdump
+ "\x0c\n" ++ filename ++ "," ++ (show thingslength) ++ "\n" ++ thingsdump
+ where
+ thingsdump = concat $ map (e_dumpthing line_map) things
+ thingslength = length thingsdump
e_dumpthing :: Map Int String -> FoundThing -> String
e_dumpthing src_lines (FoundThing modname name loc) =
column = srcLocCol loc
src_code = case M.lookup line src_lines of
Just l -> take (column + length name) l
- Nothing -> --trace (show ("not found: ", moduleNameString modname, name, line, column))
+ Nothing -> --trace (show ("not found: ", moduleNameString modname, name, line, column))
name
+++ /dev/null
-TOP=../..
-include $(TOP)/mk/boilerplate.mk
-
-SRC_HC_OPTS += -package ghc
-
-HC=$(GHC_STAGE1)
-
-# On Windows, ghc-pkg is a standalone program
-# ($bindir/ghc-pkg.exe), whereas on Unix it needs a wrapper script
-# to pass the appropriate flag to the real binary
-# ($libexecdir/ghc-pkg.bin) so that it can find package.conf.
-ifeq "$(HOSTPLATFORM)" "i386-unknown-mingw32"
-HS_PROG = ghctags.exe
-INSTALL_PROGS += $(HS_PROG)
-else
-HS_PROG = ghctags.bin
-INSTALL_LIBEXECS += $(HS_PROG)
-endif
-
-# -----------------------------------------------------------------------------
-# ghctags and ghctags-inplace scripts
-
-# See commentary in ../ghc-pkg/Makefile
-
-INPLACE_HS=ghctags-inplace.hs
-INPLACE_PROG=ghctags-inplace
-EXCLUDED_SRCS+=$(INPLACE_HS)
-
-$(INPLACE_HS): Makefile $(FPTOOLS_TOP)/mk/config.mk
- echo "import System.Cmd; import System.Environment; import System.Exit" > $@
- echo "main = do args <- getArgs; rawSystem \"$(FPTOOLS_TOP_ABS)/$(GHC_GHCTAGS_DIR_REL)/$(HS_PROG)\" (\"--topdir\":\"$(FPTOOLS_TOP_ABS)\":args) >>= exitWith" >> $@
-
-$(INPLACE_PROG): $(INPLACE_HS)
- $(HC) --make $< -o $@
-
-all :: $(INPLACE_PROG)
-
-CLEAN_FILES += $(INPLACE_HS) $(INPLACE_PROG)
-
-ifneq "$(HOSTPLATFORM)" "i386-unknown-mingw32"
-LINK = ghctags
-LINK_TARGET = $(LINK)-$(ProjectVersion)
-INSTALLED_SCRIPT=$(DESTDIR)$(bindir)/$(LINK_TARGET)
-install::
- $(INSTALL_DIR) $(DESTDIR)$(bindir)
- $(RM) -f $(INSTALLED_SCRIPT)
- echo "#!$(SHELL)" >> $(INSTALLED_SCRIPT)
- echo "GHCTAGSBIN=$(libexecdir)/$(HS_PROG)" >> $(INSTALLED_SCRIPT)
- echo "TOPDIR=$(libdir)" >> $(INSTALLED_SCRIPT)
- echo 'exec $$GHCTAGSBIN --topdir $$TOPDIR $${1+"$$@"}' >> $(INSTALLED_SCRIPT)
- $(EXECUTABLE_FILE) $(INSTALLED_SCRIPT)
-endif
-
-binary-dist:
- $(INSTALL_DIR) $(BIN_DIST_DIR)/utils/ghctags
- $(INSTALL_DATA) Makefile $(BIN_DIST_DIR)/utils/ghctags/
- $(INSTALL_PROGRAM) $(HS_PROG) $(BIN_DIST_DIR)/utils/ghctags/
-
-include $(TOP)/mk/target.mk
-
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