% The Compilation Manager
%
\begin{code}
-{-# OPTIONS -fvia-C #-}
module CompManager (
ModuleGraph, ModSummary(..),
CmState, -- abstract
- cmInit, -- :: GhciMode -> DynFlags -> IO CmState
+ cmInit, -- :: GhciMode -> IO CmState
- cmDepAnal, -- :: CmState -> DynFlags -> [FilePath] -> IO ModuleGraph
+ cmDepAnal, -- :: CmState -> [FilePath] -> IO ModuleGraph
- cmLoadModules, -- :: CmState -> DynFlags -> ModuleGraph
+ cmLoadModules, -- :: CmState -> ModuleGraph
-- -> IO (CmState, Bool, [String])
- cmUnload, -- :: CmState -> DynFlags -> IO CmState
+ cmUnload, -- :: CmState -> IO CmState
#ifdef GHCI
cmModuleIsInterpreted, -- :: CmState -> String -> IO Bool
- cmSetContext, -- :: CmState -> DynFlags -> [String] -> [String] -> IO CmState
+ cmSetContext, -- :: CmState -> [String] -> [String] -> IO CmState
cmGetContext, -- :: CmState -> IO ([String],[String])
- cmInfoThing, -- :: CmState -> DynFlags -> String
- -- -> IO (CmState, [(TyThing,Fixity)])
-
+ cmGetInfo, -- :: CmState -> String -> IO (CmState, [(TyThing,Fixity)])
+ GetInfoResult,
cmBrowseModule, -- :: CmState -> IO [TyThing]
CmRunResult(..),
- cmRunStmt, -- :: CmState -> DynFlags -> String
- -- -> IO (CmState, CmRunResult)
-
- cmTypeOfExpr, -- :: CmState -> DynFlags -> String
- -- -> IO (CmState, Maybe String)
+ cmRunStmt, -- :: CmState -> String -> IO (CmState, CmRunResult)
- cmTypeOfName, -- :: CmState -> Name -> IO (Maybe String)
+ cmTypeOfExpr, -- :: CmState -> String -> IO (CmState, Maybe String)
+ cmKindOfType, -- :: CmState -> String -> IO (CmState, Maybe String)
+ cmTypeOfName, -- :: CmState -> Name -> IO (Maybe String)
HValue,
- cmCompileExpr, -- :: CmState -> DynFlags -> String
- -- -> IO (CmState, Maybe HValue)
+ cmCompileExpr, -- :: CmState -> String -> IO (CmState, Maybe HValue)
- cmGetModInfo, -- :: CmState -> (ModuleGraph, HomePackageTable)
- findModuleLinkable_maybe, -- Exported to InteractiveUI
+ cmGetModInfo, -- :: CmState -> (ModuleGraph, HomePackageTable)
cmSetDFlags,
+ cmGetDFlags,
+
cmGetBindings, -- :: CmState -> [TyThing]
cmGetPrintUnqual, -- :: CmState -> PrintUnqualified
-
- sandboxIO -- Should be somewhere else
#endif
)
where
#include "HsVersions.h"
+import Packages ( isHomeModule )
import DriverPipeline ( CompResult(..), preprocess, compile, link )
import HscMain ( newHscEnv )
-import DriverState ( v_Output_file, v_NoHsMain )
+import DriverState ( v_Output_file, v_NoHsMain, v_MainModIs )
import DriverPhases
import Finder
import HscTypes
-import PrelNames ( gHC_PRIM_Name )
-import Module ( Module, ModuleName, moduleName, mkModuleName, isHomeModule,
- ModuleEnv, lookupModuleEnvByName, mkModuleEnv, moduleEnvElts,
- extendModuleEnvList, extendModuleEnv,
- moduleNameUserString,
+import PrelNames ( gHC_PRIM )
+import Module ( Module, mkModule,
+ ModuleEnv, lookupModuleEnv, mkModuleEnv,
+ moduleEnvElts, extendModuleEnvList, extendModuleEnv,
+ moduleUserString,
ModLocation(..) )
import GetImports
+import LoadIface ( noIfaceErr )
import UniqFM
import Digraph ( SCC(..), stronglyConnComp, flattenSCC, flattenSCCs )
import ErrUtils ( showPass )
import Util
import Outputable
import Panic
-import CmdLineOpts ( DynFlags(..), getDynFlags )
+import CmdLineOpts ( DynFlags(..), DynFlag(..), dopt_unset )
import Maybes ( expectJust, orElse, mapCatMaybes )
import DATA_IOREF ( readIORef )
#ifdef GHCI
-import HscMain ( hscThing, hscStmt, hscTcExpr )
+import HscMain ( hscGetInfo, GetInfoResult, hscStmt, hscTcExpr, hscKcType )
import TcRnDriver ( mkExportEnv, getModuleContents )
import IfaceSyn ( IfaceDecl )
+import RdrName ( GlobalRdrEnv, plusGlobalRdrEnv )
import Name ( Name )
import NameEnv
import Id ( idType )
import Linker ( HValue, unload, extendLinkEnv )
import GHC.Exts ( unsafeCoerce# )
import Foreign
+import SrcLoc ( SrcLoc )
import Control.Exception as Exception ( Exception, try )
#endif
type UnlinkedImage = [Linkable] -- the unlinked images (should be a set, really)
-findModuleLinkable_maybe :: [Linkable] -> ModuleName -> Maybe Linkable
+findModuleLinkable_maybe :: [Linkable] -> Module -> Maybe Linkable
findModuleLinkable_maybe lis mod
= case [LM time nm us | LM time nm us <- lis, nm == mod] of
[] -> Nothing
-> [String] -- and the just the exports from these
-> IO CmState
cmSetContext cmstate toplevs exports = do
- let old_ic = cm_ic cmstate
+ let old_ic = cm_ic cmstate
+ hsc_env = cm_hsc cmstate
+ hpt = hsc_HPT hsc_env
- export_env <- mkExportEnv (cm_hsc cmstate)
- (map mkModuleName exports)
+ export_env <- mkExportEnv hsc_env (map mkModule exports)
+ toplev_envs <- mapM (mkTopLevEnv hpt) toplevs
- putStrLn (showSDoc (text "export env" $$ ppr export_env))
+ let all_env = foldr plusGlobalRdrEnv export_env toplev_envs
return cmstate{ cm_ic = old_ic { ic_toplev_scope = toplevs,
- ic_exports = exports,
- ic_rn_gbl_env = export_env } }
+ ic_exports = exports,
+ ic_rn_gbl_env = all_env } }
+
+mkTopLevEnv :: HomePackageTable -> String -> IO GlobalRdrEnv
+mkTopLevEnv hpt mod
+ = case lookupModuleEnv hpt (mkModule mod) of
+ Nothing -> throwDyn (ProgramError ("mkTopLevEnv: not a home module " ++ mod))
+ Just details -> case hm_globals details of
+ Nothing -> throwDyn (ProgramError ("mkTopLevEnv: not interpreted " ++ mod))
+ Just env -> return env
cmGetContext :: CmState -> IO ([String],[String])
cmGetContext CmState{cm_ic=ic} =
cmModuleIsInterpreted :: CmState -> String -> IO Bool
cmModuleIsInterpreted cmstate str
- = case lookupModuleEnvByName (cmHPT cmstate) (mkModuleName str) of
+ = case lookupModuleEnv (cmHPT cmstate) (mkModule str) of
Just details -> return (isJust (hm_globals details))
_not_a_home_module -> return False
-----------------------------------------------------------------------------
+
cmSetDFlags :: CmState -> DynFlags -> CmState
cmSetDFlags cm_state dflags
= cm_state { cm_hsc = (cm_hsc cm_state) { hsc_dflags = dflags } }
+cmGetDFlags :: CmState -> DynFlags
+cmGetDFlags cm_state = hsc_dflags (cm_hsc cm_state)
+
-----------------------------------------------------------------------------
-- cmInfoThing: convert a String to a TyThing
-- A string may refer to more than one TyThing (eg. a constructor,
-- and type constructor), so we return a list of all the possible TyThings.
-cmInfoThing :: CmState -> String -> IO [(IfaceDecl,Fixity)]
-cmInfoThing cmstate id
- = hscThing (cm_hsc cmstate) (cm_ic cmstate) id
+cmGetInfo :: CmState -> String -> IO [GetInfoResult]
+cmGetInfo cmstate id = hscGetInfo (cm_hsc cmstate) (cm_ic cmstate) id
-- ---------------------------------------------------------------------------
-- cmBrowseModule: get all the TyThings defined in a module
cmBrowseModule :: CmState -> String -> Bool -> IO [IfaceDecl]
cmBrowseModule cmstate str exports_only
- = getModuleContents (cm_hsc cmstate) (cm_ic cmstate)
- (mkModuleName str) exports_only
+ = do { mb_decls <- getModuleContents (cm_hsc cmstate) (cm_ic cmstate)
+ (mkModule str) exports_only
+ ; case mb_decls of
+ Nothing -> return [] -- An error of some kind
+ Just ds -> return ds
+ }
-----------------------------------------------------------------------------
cmRunStmt :: CmState -> String -> IO (CmState, CmRunResult)
cmRunStmt cmstate@CmState{ cm_hsc=hsc_env, cm_ic=icontext } expr
= do
- maybe_stuff <- hscStmt hsc_env icontext expr
+ -- Turn off -fwarn-unused-bindings when running a statement, to hide
+ -- warnings about the implicit bindings we introduce.
+ let dflags' = dopt_unset (hsc_dflags hsc_env) Opt_WarnUnusedBinds
+ hsc_env' = hsc_env{ hsc_dflags = dflags' }
+
+ maybe_stuff <- hscStmt hsc_env' icontext expr
case maybe_stuff of
Nothing -> return (cmstate, CmRunFailed)
case maybe_stuff of
Nothing -> return Nothing
- Just ty -> return (Just str)
+ Just ty -> return (Just res_str)
where
- str = showSDocForUser unqual (text expr <+> dcolon <+> ppr tidy_ty)
+ res_str = showSDocForUser unqual (text expr <+> dcolon <+> ppr tidy_ty)
unqual = icPrintUnqual (cm_ic cmstate)
tidy_ty = tidyType emptyTidyEnv ty
-----------------------------------------------------------------------------
+-- cmKindOfType: returns a string representing the kind of a type
+
+cmKindOfType :: CmState -> String -> IO (Maybe String)
+cmKindOfType cmstate str
+ = do maybe_stuff <- hscKcType (cm_hsc cmstate) (cm_ic cmstate) str
+ case maybe_stuff of
+ Nothing -> return Nothing
+ Just kind -> return (Just res_str)
+ where
+ res_str = showSDocForUser unqual (text str <+> dcolon <+> ppr kind)
+ unqual = icPrintUnqual (cm_ic cmstate)
+
+-----------------------------------------------------------------------------
-- cmTypeOfName: returns a string representing the type of a name.
cmTypeOfName :: CmState -> Name -> IO (Maybe String)
hPutStrLn stderr (showSDoc (hcat [
text "Chasing modules from: ",
hcat (punctuate comma (map text rootnames))]))
- downsweep rootnames (cm_mg cmstate)
+ downsweep dflags rootnames (cm_mg cmstate)
where
hsc_env = cm_hsc cmstate
dflags = hsc_dflags hsc_env
let verb = verbosity dflags
-- Find out if we have a Main module
- let a_root_is_Main
- = any ((=="Main").moduleNameUserString.modSummaryName)
+ mb_main_mod <- readIORef v_MainModIs
+ let
+ main_mod = mb_main_mod `orElse` "Main"
+ a_root_is_Main
+ = any ((==main_mod).moduleUserString.ms_mod)
mg2unsorted
- let mg2unsorted_names = map modSummaryName mg2unsorted
+ let mg2unsorted_names = map ms_mod mg2unsorted
-- reachable_from follows source as well as normal imports
- let reachable_from :: ModuleName -> [ModuleName]
+ let reachable_from :: Module -> [Module]
reachable_from = downwards_closure_of_module mg2unsorted
-- should be cycle free; ignores 'import source's
-- putStrLn (showSDoc (vcat [ppr valid_old_linkables, ppr new_linkables]))
- -- Uniq of ModuleName is the same as Module, fortunately...
- let hpt2 = delListFromUFM hpt1 (map linkableModName new_linkables)
+ let hpt2 = delListFromUFM hpt1 (map linkableModule new_linkables)
hsc_env2 = hsc_env { hsc_HPT = hpt2 }
-- When (verb >= 2) $
= concatMap (findInSummaries mg2unsorted) stable_mods
stable_linkables
- = filter (\m -> linkableModName m `elem` stable_mods)
+ = filter (\m -> linkableModule m `elem` stable_mods)
valid_old_linkables
when (verb >= 2) $
hPutStrLn stderr (showSDoc (text "Stable modules:"
- <+> sep (map (text.moduleNameUserString) stable_mods)))
+ <+> sep (map (text.moduleUserString) stable_mods)))
-- Unload any modules which are going to be re-linked this
-- time around.
-- done before the upsweep is abandoned.
let upsweep_these
= filter (\scc -> any (`notElem` stable_mods)
- (map modSummaryName (flattenSCC scc)))
+ (map ms_mod (flattenSCC scc)))
mg2
--hPutStrLn stderr "after tsort:\n"
-- turn. Final result is version 3 of everything.
-- clean up between compilations
- let cleanup = cleanTempFilesExcept verb
+ let cleanup = cleanTempFilesExcept dflags
(ppFilesFromSummaries (flattenSCCs mg2))
(upsweep_ok, hsc_env3, modsUpswept)
hPutStrLn stderr "Upsweep completely successful."
-- clean up after ourselves
- cleanTempFilesExcept verb (ppFilesFromSummaries modsDone)
+ cleanTempFilesExcept dflags (ppFilesFromSummaries modsDone)
ofile <- readIORef v_Output_file
no_hs_main <- readIORef v_NoHsMain
let do_linking = a_root_is_Main || no_hs_main
when (ghci_mode == Batch && isJust ofile && not do_linking
&& verb > 0) $
- hPutStrLn stderr "Warning: output was redirected with -o, but no output will be generated\nbecause there is no Main module."
+ hPutStrLn stderr ("Warning: output was redirected with -o, but no output will be generated\nbecause there is no " ++ main_mod ++ " module.")
-- link everything together
linkresult <- link ghci_mode dflags do_linking (hsc_HPT hsc_env3)
hPutStrLn stderr "Upsweep partially successful."
let modsDone_names
- = map modSummaryName modsDone
+ = map ms_mod modsDone
let mods_to_zap_names
= findPartiallyCompletedCycles modsDone_names
mg2_with_srcimps
let mods_to_keep
- = filter ((`notElem` mods_to_zap_names).modSummaryName)
+ = filter ((`notElem` mods_to_zap_names).ms_mod)
modsDone
- let hpt4 = retainInTopLevelEnvs (map modSummaryName mods_to_keep)
+ let hpt4 = retainInTopLevelEnvs (map ms_mod mods_to_keep)
(hsc_HPT hsc_env3)
-- Clean up after ourselves
- cleanTempFilesExcept verb (ppFilesFromSummaries mods_to_keep)
+ cleanTempFilesExcept dflags (ppFilesFromSummaries mods_to_keep)
-- Link everything together
linkresult <- link ghci_mode dflags False hpt4
-- newly loaded module, or the Prelude if none were loaded.
cmLoadFinish ok Succeeded cmstate
= do let new_cmstate = cmstate { cm_ic = emptyInteractiveContext }
- mods_loaded = map (moduleNameUserString.modSummaryName)
+ mods_loaded = map (moduleUserString.ms_mod)
(cm_mg cmstate)
return (new_cmstate, ok, mods_loaded)
getValidLinkables
:: GhciMode
-> [Linkable] -- old linkables
- -> [ModuleName] -- all home modules
+ -> [Module] -- all home modules
-> [SCC ModSummary] -- all modules in the program, dependency order
-> IO ( [Linkable], -- still-valid linkables
[Linkable] -- new linkables we just found
getValidLinkablesSCC mode old_linkables all_home_mods new_linkables scc0
= let
scc = flattenSCC scc0
- scc_names = map modSummaryName scc
+ scc_names = map ms_mod scc
home_module m = m `elem` all_home_mods && m `notElem` scc_names
scc_allhomeimps = nub (filter home_module (concatMap ms_imps scc))
-- NB. ms_imps, not ms_allimps above. We don't want to
-- have a .o-file linkable. We only permit it if all the
-- modules it depends on also have .o files; a .o file can't
-- link to a bytecode module
- = do let mod_name = modSummaryName summary
+ = do let mod_name = ms_mod summary
maybe_disk_linkable
<- if (not objects_allowed)
-- * has an interface in the HPT (interactive mode only)
preUpsweep :: [Linkable] -- new valid linkables
- -> [ModuleName] -- names of all mods encountered in downsweep
- -> [ModuleName] -- accumulating stable modules
+ -> [Module] -- names of all mods encountered in downsweep
+ -> [Module] -- accumulating stable modules
-> [SCC ModSummary] -- scc-ified mod graph, including src imps
- -> IO [ModuleName] -- stable modules
+ -> IO [Module] -- stable modules
preUpsweep valid_lis all_home_mods stable [] = return stable
preUpsweep valid_lis all_home_mods stable (scc0:sccs)
= do let scc = flattenSCC scc0
- scc_allhomeimps :: [ModuleName]
+ scc_allhomeimps :: [Module]
scc_allhomeimps
= nub (filter (`elem` all_home_mods) (concatMap ms_allimps scc))
all_imports_in_scc_or_stable
= all in_stable_or_scc scc_allhomeimps
scc_names
- = map modSummaryName scc
+ = map ms_mod scc
in_stable_or_scc m
= m `elem` scc_names || m `elem` stable
-- have a valid linkable (see getValidLinkables above).
has_valid_linkable new_summary
= isJust (findModuleLinkable_maybe valid_lis modname)
- where modname = modSummaryName new_summary
+ where modname = ms_mod new_summary
scc_is_stable = all_imports_in_scc_or_stable
&& all has_valid_linkable scc
-- Helper for preUpsweep. Assuming that new_summary's imports are all
-- stable (in the sense of preUpsweep), determine if new_summary is itself
-- stable, and, if so, in batch mode, return its linkable.
-findInSummaries :: [ModSummary] -> ModuleName -> [ModSummary]
+findInSummaries :: [ModSummary] -> Module -> [ModSummary]
findInSummaries old_summaries mod_name
- = [s | s <- old_summaries, modSummaryName s == mod_name]
+ = [s | s <- old_summaries, ms_mod s == mod_name]
findModInSummaries :: [ModSummary] -> Module -> Maybe ModSummary
findModInSummaries old_summaries mod
-- Return (names of) all those in modsDone who are part of a cycle
-- as defined by theGraph.
-findPartiallyCompletedCycles :: [ModuleName] -> [SCC ModSummary] -> [ModuleName]
+findPartiallyCompletedCycles :: [Module] -> [SCC ModSummary] -> [Module]
findPartiallyCompletedCycles modsDone theGraph
= chew theGraph
where
chew [] = []
chew ((AcyclicSCC v):rest) = chew rest -- acyclic? not interesting.
chew ((CyclicSCC vs):rest)
- = let names_in_this_cycle = nub (map modSummaryName vs)
+ = let names_in_this_cycle = nub (map ms_mod vs)
mods_in_this_cycle
= nub ([done | done <- modsDone,
done `elem` names_in_this_cycle])
-- There better had not be any cyclic groups here -- we check for them.
upsweep_mods :: HscEnv -- Includes up-to-date HPT
-> [Linkable] -- Valid linkables
- -> (ModuleName -> [ModuleName]) -- to construct downward closures
+ -> (Module -> [Module]) -- to construct downward closures
-> IO () -- how to clean up unwanted tmp files
-> [SCC ModSummary] -- mods to do (the worklist)
-- ...... RETURNING ......
upsweep_mods hsc_env oldUI reachable_from cleanup
((CyclicSCC ms):_)
= do hPutStrLn stderr ("Module imports form a cycle for modules:\n\t" ++
- unwords (map (moduleNameUserString.modSummaryName) ms))
+ unwords (map (moduleUserString.ms_mod) ms))
return (Failed, hsc_env, [])
upsweep_mods hsc_env oldUI reachable_from cleanup
((AcyclicSCC mod):mods)
= do -- putStrLn ("UPSWEEP_MOD: hpt = " ++
- -- show (map (moduleNameUserString.moduleName.mi_module.hm_iface) (eltsUFM (hsc_HPT hsc_env)))
+ -- show (map (moduleUserString.moduleName.mi_module.hm_iface) (eltsUFM (hsc_HPT hsc_env)))
(ok_flag, hsc_env1) <- upsweep_mod hsc_env oldUI mod
- (reachable_from (modSummaryName mod))
+ (reachable_from (ms_mod mod))
cleanup -- Remove unwanted tmp files between compilations
upsweep_mod :: HscEnv
-> UnlinkedImage
-> ModSummary
- -> [ModuleName]
+ -> [Module]
-> IO (SuccessFlag,
HscEnv) -- With updated HPT
= do
let this_mod = ms_mod summary1
location = ms_location summary1
- mod_name = moduleName this_mod
hpt1 = hsc_HPT hsc_env
- let mb_old_iface = case lookupModuleEnvByName hpt1 mod_name of
+ let mb_old_iface = case lookupModuleEnv hpt1 this_mod of
Just mod_info -> Just (hm_iface mod_info)
Nothing -> Nothing
- let maybe_old_linkable = findModuleLinkable_maybe oldUI mod_name
+ let maybe_old_linkable = findModuleLinkable_maybe oldUI this_mod
source_unchanged = isJust maybe_old_linkable
- reachable_only = filter (/= mod_name) reachable_inc_me
+ reachable_only = filter (/= this_mod) reachable_inc_me
-- In interactive mode, all home modules below us *must* have an
-- interface in the HPT. We never demand-load home interfaces in
| otherwise = False
compresult <- compile hsc_env_strictDC this_mod location
- source_unchanged have_object mb_old_iface
+ (ms_hs_date summary1)
+ source_unchanged have_object mb_old_iface
case compresult of
CompErrs -> return (Failed, hsc_env)
-- Filter modules in the HPT
-retainInTopLevelEnvs :: [ModuleName] -> HomePackageTable -> HomePackageTable
+retainInTopLevelEnvs :: [Module] -> HomePackageTable -> HomePackageTable
retainInTopLevelEnvs keep_these hpt
= listToUFM (concatMap (maybeLookupUFM hpt) keep_these)
where
Just val -> [(u, val)]
-- Needed to clean up HPT so that we don't get duplicates in inst env
-downwards_closure_of_module :: [ModSummary] -> ModuleName -> [ModuleName]
+downwards_closure_of_module :: [ModSummary] -> Module -> [Module]
downwards_closure_of_module summaries root
- = let toEdge :: ModSummary -> (ModuleName,[ModuleName])
- toEdge summ = (modSummaryName summ,
+ = let toEdge :: ModSummary -> (Module,[Module])
+ toEdge summ = (ms_mod summ,
filter (`elem` all_mods) (ms_allimps summ))
- all_mods = map modSummaryName summaries
+ all_mods = map ms_mod summaries
res = simple_transitive_closure (map toEdge summaries) [root]
in
topological_sort :: Bool -> [ModSummary] -> [SCC ModSummary]
topological_sort include_source_imports summaries
= let
- toEdge :: ModSummary -> (ModSummary,ModuleName,[ModuleName])
+ toEdge :: ModSummary -> (ModSummary,Module,[Module])
toEdge summ
- = (summ, modSummaryName summ,
+ = (summ, ms_mod summ,
(if include_source_imports
then ms_srcimps summ else []) ++ ms_imps summ)
- mash_edge :: (ModSummary,ModuleName,[ModuleName]) -> (ModSummary,Int,[Int])
+ mash_edge :: (ModSummary,Module,[Module]) -> (ModSummary,Int,[Int])
mash_edge (summ, m, m_imports)
= case lookup m key_map of
Nothing -> panic "reverse_topological_sort"
mapCatMaybes (flip lookup key_map) m_imports)
edges = map toEdge summaries
- key_map = zip [nm | (s,nm,imps) <- edges] [1 ..] :: [(ModuleName,Int)]
+ key_map = zip [nm | (s,nm,imps) <- edges] [1 ..] :: [(Module,Int)]
scc_input = map mash_edge edges
sccs = stronglyConnComp scc_input
in
-- cache to avoid recalculating a module summary if the source is
-- unchanged.
-downsweep :: [FilePath] -> [ModSummary] -> IO [ModSummary]
-downsweep roots old_summaries
+downsweep :: DynFlags -> [FilePath] -> [ModSummary] -> IO [ModSummary]
+downsweep dflags roots old_summaries
= do rootSummaries <- mapM getRootSummary roots
checkDuplicates rootSummaries
all_summaries
<- loop (concat (map (\ m -> zip (repeat (fromMaybe "<unknown>" (ml_hs_file (ms_location m))))
(ms_imps m)) rootSummaries))
(mkModuleEnv [ (mod, s) | s <- rootSummaries,
- let mod = ms_mod s, isHomeModule mod
+ let mod = ms_mod s,
+ isHomeModule dflags mod
])
return all_summaries
where
getRootSummary :: FilePath -> IO ModSummary
getRootSummary file
- | haskellish_src_file file
+ | isHaskellSrcFilename file
= do exists <- doesFileExist file
- if exists then summariseFile file else do
+ if exists then summariseFile dflags file else do
throwDyn (CmdLineError ("can't find file `" ++ file ++ "'"))
| otherwise
= do exists <- doesFileExist hs_file
- if exists then summariseFile hs_file else do
+ if exists then summariseFile dflags hs_file else do
exists <- doesFileExist lhs_file
- if exists then summariseFile lhs_file else do
- let mod_name = mkModuleName file
+ if exists then summariseFile dflags lhs_file else do
+ let mod_name = mkModule file
maybe_summary <- getSummary (file, mod_name)
case maybe_summary of
Nothing -> packageModErr mod_name
[ fromJust (ml_hs_file (ms_location summ'))
| summ' <- summaries, ms_mod summ' == modl ]
- getSummary :: (FilePath,ModuleName) -> IO (Maybe ModSummary)
- getSummary (currentMod,nm)
- = do found <- findModule nm
+ getSummary :: (FilePath,Module) -> IO (Maybe ModSummary)
+ getSummary (currentMod,mod)
+ = do found <- findModule dflags mod True{-explicit-}
case found of
- Right (mod, location) -> do
+ Found location pkg -> do
let old_summary = findModInSummaries old_summaries mod
- summarise mod location old_summary
+ summarise dflags mod location old_summary
- Left files -> do
- dflags <- getDynFlags
- throwDyn (noModError dflags currentMod nm files)
+ err -> throwDyn (noModError dflags currentMod mod err)
-- loop invariant: env doesn't contain package modules
- loop :: [(FilePath,ModuleName)] -> ModuleEnv ModSummary -> IO [ModSummary]
+ loop :: [(FilePath,Module)] -> ModuleEnv ModSummary -> IO [ModSummary]
loop [] env = return (moduleEnvElts env)
loop imps env
= do -- imports for modules we don't already have
[ (ms_mod s, s) | s <- new_home_summaries ])
-- ToDo: we don't have a proper line number for this error
-noModError dflags loc mod_nm files = ProgramError (showSDoc (
- hang (text loc <> colon) 4 $
- (text "Can't find module" <+> quotes (ppr mod_nm) $$ extra)
- ))
- where
- extra
- | verbosity dflags < 3 =
- text "(use -v to see a list of the files searched for)"
- | otherwise =
- hang (ptext SLIT("locations searched:")) 4 (vcat (map text files))
+noModError dflags loc mod_nm err
+ = ProgramError (showSDoc (noIfaceErr dflags mod_nm err))
-----------------------------------------------------------------------------
-- Summarising modules
-- a summary. The finder is used to locate the file in which the module
-- resides.
-summariseFile :: FilePath -> IO ModSummary
-summariseFile file
- = do hspp_fn <- preprocess file
- (srcimps,imps,mod_name) <- getImportsFromFile hspp_fn
+summariseFile :: DynFlags -> FilePath -> IO ModSummary
+summariseFile dflags file
+ = do hspp_fn <- preprocess dflags file
+ (srcimps,imps,mod) <- getImportsFromFile hspp_fn
let -- GHC.Prim doesn't exist physically, so don't go looking for it.
- the_imps = filter (/= gHC_PRIM_Name) imps
+ the_imps = filter (/= gHC_PRIM) imps
- (mod, location) <- mkHomeModLocation mod_name file
+ location <- mkHomeModLocation mod file
src_timestamp
<- case ml_hs_file location of
- Nothing -> noHsFileErr mod_name
+ Nothing -> noHsFileErr mod
Just src_fn -> getModificationTime src_fn
return (ModSummary { ms_mod = mod,
ms_hs_date = src_timestamp })
-- Summarise a module, and pick up source and timestamp.
-summarise :: Module -> ModLocation -> Maybe ModSummary
+summarise :: DynFlags -> Module -> ModLocation -> Maybe ModSummary
-> IO (Maybe ModSummary)
-summarise mod location old_summary
- | not (isHomeModule mod) = return Nothing
+summarise dflags mod location old_summary
+ | not (isHomeModule dflags mod) = return Nothing
| otherwise
= do let hs_fn = expectJust "summarise" (ml_hs_file location)
Just s | ms_hs_date s == src_timestamp -> return (Just s);
_ -> do
- hspp_fn <- preprocess hs_fn
+ hspp_fn <- preprocess dflags hs_fn
(srcimps,imps,mod_name) <- getImportsFromFile hspp_fn
let
-- GHC.Prim doesn't exist physically, so don't go looking for it.
- the_imps = filter (/= gHC_PRIM_Name) imps
+ the_imps = filter (/= gHC_PRIM) imps
- when (mod_name /= moduleName mod) $
+ when (mod_name /= mod) $
throwDyn (ProgramError
(showSDoc (text hs_fn
<> text ": file name does not match module name"
- <+> quotes (ppr (moduleName mod)))))
+ <+> quotes (ppr mod))))
return (Just (ModSummary mod location{ml_hspp_file=Just hspp_fn}
srcimps the_imps src_timestamp))
= ModSummary {
ms_mod :: Module, -- name, package
ms_location :: ModLocation, -- location
- ms_srcimps :: [ModuleName], -- source imports
- ms_imps :: [ModuleName], -- non-source imports
+ ms_srcimps :: [Module], -- source imports
+ ms_imps :: [Module], -- non-source imports
ms_hs_date :: ClockTime -- timestamp of summarised file
}
]
ms_allimps ms = ms_srcimps ms ++ ms_imps ms
-
-modSummaryName :: ModSummary -> ModuleName
-modSummaryName = moduleName . ms_mod
\end{code}
projects / ghc-hetmet.git / blobdiff