%
-% (c) The GRASP/AQUA Project, Glasgow University, 1993-1995
+% (c) The GRASP/AQUA Project, Glasgow University, 1993-1998
%
\section[GHC_Main]{Main driver for Glasgow Haskell compiler}
\begin{code}
+module Main ( main ) where
+
#include "HsVersions.h"
-module Main (
-#ifdef __GLASGOW_HASKELL__
- mainPrimIO
-#else
- main
-#endif
- ) where
+import IO ( hPutStr, stderr )
+import HsSyn
+import BasicTypes ( NewOrData(..) )
-import MainMonad
-import CmdLineOpts
+import RdrHsSyn ( RdrNameHsModule )
+import FastString ( mkFastCharString, unpackFS )
+import StringBuffer ( hGetStringBuffer )
+import Parser ( parse )
+import Lex ( PState(..), P, ParseResult(..) )
+import SrcLoc ( mkSrcLoc )
-import AbsCSyn
-import AbsPrel ( builtinNameInfo )
-import AbsSyn
-import AbsUniType ( isDataTyCon, TauType(..), UniType, TyVar, TyCon, Class )
-import Bag ( emptyBag, isEmptyBag, Bag )
-import CE ( CE(..), UniqFM )
-import CodeGen ( codeGen )
-import CoreToStg ( topCoreBindsToStg )
+import Rename ( renameModule )
+
+import MkIface ( startIface, ifaceDecls, endIface )
+import TcModule ( TcResults(..), typecheckModule )
import Desugar ( deSugar )
-import DsMonad ( DsMatchContext, DsMatchKind, pprDsWarnings )
-import E ( getE_TCE, E, GVE(..) )
- -- most of above needed by mkInterface
-#ifndef DPH
-import Errors ( pprBagOfErrors, Error(..) )
-#else
-import Errors ( pprBagOfErrors, pprPodizedWarning, Error(..) )
-#endif {- Data Parallel Haskell -}
-import Id ( mkInstId, Id, Inst )
-import Maybes ( maybeToBool, Maybe(..), MaybeErr(..) )
-import MkIface ( mkInterface )
-import Outputable
-import PlainCore ( CoreExpr, CoreBinding, pprPlainCoreBinding,
- PlainCoreProgram(..), PlainCoreBinding(..)
- )
-import Pretty ( PprStyle(..), ppShow, ppAboves, ppAppendFile
- IF_ATTACK_PRAGMAS(COMMA ppAbove)
- )
-#ifdef USE_NEW_READER
-import ReadPrefix2 ( rdModule )
-#else
-import {-hide from mkdependHS-}
- ReadPrefix ( rdModule )
-#endif
-import Rename -- renameModule ...
-import SimplCore -- core2core
+import SimplCore ( core2core )
+import CoreLint ( endPass )
+import CoreTidy ( tidyCorePgm )
+import CoreToStg ( topCoreBindsToStg )
+import StgSyn ( collectFinalStgBinders, pprStgBindings )
import SimplStg ( stg2stg )
---ANDY: import SimplHaskell
-import StgSyn ( pprPlainStgBinding, StgBinding, StgRhs, CostCentre,
- StgBinderInfo, PlainStgProgram(..), PlainStgBinding(..)
- )
-import TCE ( rngTCE, {- UNUSED: printTypeInfoForPop,-} TCE(..)
- IF_ATTACK_PRAGMAS(COMMA eltsUFM)
- )
-import Typecheck -- typecheckModule ...
-import SplitUniq
-import Unique -- lots of UniqueSupplies, etc.
-import Util
-
-#if ! OMIT_NATIVE_CODEGEN
-import AsmCodeGen ( dumpRealAsm
-# if __GLASGOW_HASKELL__
- , writeRealAsm
-# endif
- )
-#endif
+import CodeGen ( codeGen )
+import CodeOutput ( codeOutput )
+
+import Module ( ModuleName, moduleNameUserString )
+import AbsCSyn ( absCNop )
+import CmdLineOpts
+import ErrUtils ( ghcExit, doIfSet, dumpIfSet )
+import Maybes ( maybeToBool, MaybeErr(..) )
+import TyCon ( isDataTyCon )
+import Class ( classTyCon )
+import UniqSupply ( mkSplitUniqSupply )
-#ifdef USE_SEMANTIQUE_STRANAL
-import ProgEnv ( ProgEnv(..), TreeProgEnv(..), createProgEnv )
-import StrAnal ( ppShowStrAnal, OAT )
+import FiniteMap ( emptyFM )
+import Outputable
+import Char ( isSpace )
+#if REPORT_TO_MOTHERLODE && __GLASGOW_HASKELL__ >= 303
+import SocketPrim
+import BSD
+import IOExts ( unsafePerformIO )
+import NativeInfo ( os, arch )
#endif
-#ifdef DPH
-import PodizeCore ( podizeCore , PodWarning)
-import AbsCTopApal ( nuAbsCToApal )
-import NextUsed ( pprTopNextUsedC, getTopLevelNexts, AbsCNextUsed,
- TopAbsCNextUsed(..) , MagicId)
-#endif {- Data Parallel Haskell -}
\end{code}
\begin{code}
-#ifndef __GLASGOW_HASKELL__
-main :: Dialogue
-
-main = mainIOtoDialogue main_io
+main =
+ -- _scc_ "main"
+ doIt classifyOpts
+\end{code}
-main_io :: MainIO ()
-main_io
-#else
-mainPrimIO
-#endif
- = BSCC("mainIO")
- BSCC("rdInput") readMn stdin ESCC `thenMn` \ input_pgm ->
- getArgsMn `thenMn` \ raw_cmd_line ->
- classifyOpts raw_cmd_line `thenMn` \ cmd_line_info ->
- BSCC("doPasses")
- doIt cmd_line_info input_pgm
- ESCC ESCC
+\begin{code}
+parseModule :: IO (ModuleName, RdrNameHsModule)
+parseModule = do
+ buf <- hGetStringBuffer True{-expand tabs-} (unpackFS src_filename)
+ case parse buf PState{ bol = 0#, atbol = 1#,
+ context = [], glasgow_exts = glaexts,
+ loc = mkSrcLoc src_filename 1 } of
+
+ PFailed err -> do
+ printErrs err
+ ghcExit 1
+ return (error "parseModule") -- just to get the types right
+
+ POk _ m@(HsModule mod _ _ _ _ _) ->
+ return (mod, m)
+ where
+ glaexts | opt_GlasgowExts = 1#
+ | otherwise = 0#
\end{code}
\begin{code}
-doIt :: CmdLineInfo -> String -> MainIO ()
-#ifndef DPH
-doIt (switch_lookup_fn, core_cmds, stg_cmds) input_pgm
-#else
-doIt (switch_lookup_fn, core_cmds, podize_cmds, pcore_cmds, stg_cmds) input_pgm
-#endif {- Data Parallel Haskell -}
- --
- -- Help functions and boring global variables (e.g., printing style)
- -- are figured out first; the "business end" follows, in the
- -- body of the let.
- --
- = let
- -- ****** help functions:
-
- switch_is_on switch = switchIsOn switch_lookup_fn switch
- -- essentially, converts SwBool answer to Bool
-
- string_switch_is_on switch
- = maybeToBool (stringSwitchSet switch_lookup_fn switch)
-
- doOutput switch io_action
- = BSCC("doOutput")
- case (stringSwitchSet switch_lookup_fn switch) of
- Nothing -> returnMn ()
- Just fname ->
- fopen fname "a+" `thenMn` \ file ->
- if (file == ``NULL'') then
- error ("doOutput: failed to open:"++fname)
- else
- io_action file `thenMn` \ () ->
- fclose file `thenMn` \ status ->
- if status == 0
- then returnMn ()
- else error ("doOutput: closed failed: "{-++show status++" "-}++fname)
- ESCC
-
- doDump switch hdr string
- = BSCC("doDump")
- if (switch_is_on switch)
- then writeMn stderr hdr `thenMn_`
- writeMn stderr ('\n': string) `thenMn_`
- writeMn stderr "\n"
- else returnMn ()
- ESCC
-
- -- ****** printing styles and column width:
-
- pprCols = (80 :: Int) -- could make configurable
-
- (pprStyle, pprErrorsStyle)
- = if switch_is_on PprStyle_All then
- (PprShowAll, PprShowAll)
- else if switch_is_on PprStyle_Debug then
- (PprDebug, PprDebug)
- else if switch_is_on PprStyle_User then
- (PprForUser, PprForUser)
- else -- defaults...
- (PprDebug, PprForUser)
-
- pp_show p = ppShow {-WAS:pprCols-}10000{-random-} p
- in
- -- non-tuple-ish bindings...
-
- -- ****** possibly fiddle builtin namespaces:
-
- BIND (BSCC("builtinEnv")
- builtinNameInfo switch_is_on {-switch looker-upper-}
- ESCC
- )
- _TO_ (init_val_lookup_fn, init_tc_lookup_fn) ->
-
- -- **********************************************
- -- Welcome to the business end of the main module
- -- of the Glorious Glasgow Haskell compiler!
- -- **********************************************
-#ifndef DPH
- doDump Verbose "Glasgow Haskell Compiler, version 0.26" "" `thenMn_`
-#else
- doDump Verbose "Data Parallel Haskell Compiler, version 0.06 (Glasgow 0.26)" ""
- `thenMn_`
-#endif {- Data Parallel Haskell -}
-
- -- ******* READER
-#ifdef USE_NEW_READER
- BSCC("rdModule")
- rdModule
- ESCC
- `thenMn` \ (mod_name, export_list_fns, absyn_tree) ->
-
- BIND (\x -> x) _TO_ bar_foo ->
- -- so BINDs and BENDs add up...
-#else
- BIND BSCC("rdModule")
- rdModule input_pgm
- ESCC
- _TO_ (mod_name, export_list_fns, absyn_tree) ->
-#endif
- let
- -- reader things used (much?) later
- ds_mod_name = mod_name
- if_mod_name = mod_name
- co_mod_name = mod_name
- st_mod_name = mod_name
- cc_mod_name = mod_name
- -- also: export_list_fns
- in
- doDump D_dump_rif2hs "Parsed, Haskellised:"
- (pp_show (ppr pprStyle absyn_tree)) `thenMn_`
-
- -- UniqueSupplies for later use
- getSplitUniqSupplyMn 'r' `thenMn` \ rn_uniqs -> -- renamer
- getSplitUniqSupplyMn 't' `thenMn` \ tc_uniqs -> -- typechecker
- getSplitUniqSupplyMn 'd' `thenMn` \ ds_uniqs -> -- desugarer
- getSplitUniqSupplyMn 's' `thenMn` \ sm_uniqs -> -- core-to-core simplifier
- getSplitUniqSupplyMn 'C' `thenMn` \ c2s_uniqs -> -- core-to-stg
- getSplitUniqSupplyMn 'T' `thenMn` \ st_uniqs -> -- stg-to-stg passes
- getSplitUniqSupplyMn 'F' `thenMn` \ fl_uniqs -> -- absC flattener
- getSplitUniqSupplyMn 'P' `thenMn` \ prof_uniqs -> -- profiling tidy-upper
- getSplitUniqSupplyMn 'L' `thenMn` \ pre_ncg_uniqs -> -- native-code generator
- let
- ncg_uniqs = {-mkUniqueSupplyGrimily-} pre_ncg_uniqs
- in
- -- ******* RENAMER
- BIND BSCC("Renamer")
- renameModule switch_is_on
- (init_val_lookup_fn, init_tc_lookup_fn)
- absyn_tree
- rn_uniqs
- ESCC
- _TO_ (mod4, import_names, final_name_funs, rn_errs_bag) ->
- let
- -- renamer things used (much?) later
- cc_import_names = import_names
- in
+doIt :: ([CoreToDo], [StgToDo]) -> IO ()
+
+doIt (core_cmds, stg_cmds)
+ = doIfSet opt_Verbose
+ (hPutStr stderr "Glasgow Haskell Compiler, version " >>
+ hPutStr stderr compiler_version >>
+ hPutStr stderr ", for Haskell 98, compiled by GHC version " >>
+ hPutStr stderr booter_version >>
+ hPutStr stderr "\n") >>
+
+ -------------------------- Reader ----------------
+ show_pass "Parser" >>
+ _scc_ "Parser"
+ parseModule >>= \ (mod_name, rdr_module) ->
+
+ dumpIfSet opt_D_dump_parsed "Parser" (ppr rdr_module) >>
+
+ dumpIfSet opt_D_source_stats "Source Statistics"
+ (ppSourceStats False rdr_module) >>
+
+ -- UniqueSupplies for later use (these are the only lower case uniques)
+ mkSplitUniqSupply 'r' >>= \ rn_uniqs -> -- renamer
+ mkSplitUniqSupply 'a' >>= \ tc_uniqs -> -- typechecker
+ mkSplitUniqSupply 'd' >>= \ ds_uniqs -> -- desugarer
+ mkSplitUniqSupply 'r' >>= \ ru_uniqs -> -- rules
+ mkSplitUniqSupply 'c' >>= \ c2s_uniqs -> -- core-to-stg
+ mkSplitUniqSupply 'u' >>= \ tidy_uniqs -> -- tidy up
+ mkSplitUniqSupply 'g' >>= \ st_uniqs -> -- stg-to-stg passes
+ mkSplitUniqSupply 'n' >>= \ ncg_uniqs -> -- native-code generator
+
+ -------------------------- Rename ----------------
+ show_pass "Renamer" >>
+ _scc_ "Renamer"
+
+ renameModule rn_uniqs rdr_module >>= \ maybe_rn_stuff ->
+ case maybe_rn_stuff of {
+ Nothing -> -- Hurrah! Renamer reckons that there's no need to
+ -- go any further
+ reportCompile mod_name "Compilation NOT required!" >>
+ return ();
+
+ Just (this_mod, rn_mod, iface_file_stuff, rn_name_supply, imported_modules) ->
+ -- Oh well, we've got to recompile for real
- doDump D_dump_rn4 "Renamer-pass4:"
- (pp_show (ppr pprStyle mod4)) `thenMn_`
- if (not (isEmptyBag rn_errs_bag)) then
- -- Stop right here
- writeMn stderr (ppShow pprCols (pprBagOfErrors pprErrorsStyle rn_errs_bag))
- `thenMn_` writeMn stderr "\n"
- `thenMn_` exitMn 1
+ -------------------------- Start interface file ----------------
+ -- Safely past renaming: we can start the interface file:
+ -- (the iface file is produced incrementally, as we have
+ -- the information that we need...; we use "iface<blah>")
+ -- "endIface" finishes the job.
+ startIface this_mod iface_file_stuff >>= \ if_handle ->
- else -- No renaming errors, carry on with...
- -- ******* TYPECHECKER
- BIND (case BSCC("TypeChecker")
- typecheckModule switch_is_on tc_uniqs final_name_funs mod4
- ESCC
- of
- Succeeded stuff
- -> (emptyBag, stuff)
- Failed tc_errs_bag
- -> (tc_errs_bag,
- panic "main: tickled tc_results even though there were errors"))
+ -------------------------- Typechecking ----------------
+ show_pass "TypeCheck" >>
+ _scc_ "TypeCheck"
+ typecheckModule tc_uniqs rn_name_supply
+ iface_file_stuff rn_mod >>= \ maybe_tc_stuff ->
+ case maybe_tc_stuff of {
+ Nothing -> ghcExit 1; -- Type checker failed
- _TO_ (tc_errs_bag, tc_results) ->
+ Just (tc_results@(TcResults {tc_tycons = local_tycons,
+ tc_classes = local_classes,
+ tc_insts = inst_info })) ->
- let
- ppr_b :: (Inst, TypecheckedExpr) -> Pretty
- ppr_b (i,e) = ppr pprStyle (VarMonoBind (mkInstId i) e)
- in
- if (not (isEmptyBag tc_errs_bag)) then
- -- Must stop *before* trying to dump tc output, because
- -- if it fails it does not give you any useful stuff back!
- writeMn stderr (ppShow pprCols (pprBagOfErrors pprErrorsStyle tc_errs_bag))
- `thenMn_` writeMn stderr "\n"
- `thenMn_` exitMn 1
-
- else ( -- No typechecking errors either -- so, go for broke!
-
- BIND tc_results
- _TO_ (typechecked_quad@(class_binds, inst_binds, val_binds, const_binds),
- interface_stuff@(_,_,_,_,_), -- @-pat just for strictness...
- tycon_specs, {-UNUSED:big_env,-} this_mod_env, ddump_deriv) ->
- let
--- big_tce = getE_TCE big_env
--- big_elts = rngTCE big_tce
- this_mod_tce = getE_TCE this_mod_env
- this_mod_elts = rngTCE this_mod_tce
-
- local_tycons = [tc | tc <- this_mod_elts,
- isLocallyDefined tc, -- from this module only
- isDataTyCon tc ] -- algebraic types only
- in
--- pprTrace "Envs:" (ppAboves [
--- ppr pprStyle if_global_ids,
--- ppr pprStyle if_tce,
--- ppr pprStyle if_ce,
--- ppr pprStyle this_mod_env,
--- ppr pprStyle big_env
--- ]) (
-
- doDump D_dump_tc "Typechecked:"
- (pp_show
- (ppAboves [ppr pprStyle class_binds,
- ppr pprStyle inst_binds,
- ppAboves (map ppr_b const_binds),
- ppr pprStyle val_binds])) `thenMn_`
-
- doDump D_dump_deriv "Derived instances:"
- (pp_show (ddump_deriv pprStyle)) `thenMn_`
-
---NOT REALLY USED:
--- doDump D_dump_type_info "" (pp_show (printTypeInfoForPop big_tce)) `thenMn_`
- -- ******* DESUGARER
- let
- (desugared,ds_warnings)
- = BSCC("DeSugarer")
- deSugar ds_uniqs switch_lookup_fn ds_mod_name typechecked_quad
- ESCC
- in
- (if isEmptyBag ds_warnings then
- returnMn ()
- else
- writeMn stderr (ppShow pprCols (pprDsWarnings pprErrorsStyle ds_warnings))
- `thenMn_` writeMn stderr "\n"
- ) `thenMn_`
-
- doDump D_dump_ds "Desugared:" (pp_show (ppAboves
- (map (pprPlainCoreBinding pprStyle) desugared))) `thenMn_`
-
- -- ******* CORE-TO-CORE SIMPLIFICATION (NB: I/O op)
- core2core core_cmds switch_lookup_fn co_mod_name pprStyle
- sm_uniqs local_tycons tycon_specs desugared
- `thenMn` \ (simplified, inlinings_env,
- SpecData _ _ _ gen_tycons all_tycon_specs
- spec_errs spec_warn spec_tyerrs) ->
-
- doDump D_dump_simpl "Simplified:" (pp_show (ppAboves
- (map (pprPlainCoreBinding pprStyle) simplified))) `thenMn_`
-
--- ANDY:
--- doDump D_dump_core_passes_info "(Haskell) Simplified:"
--- (coreToHaskell simplified) `thenMn_`
-
-#ifdef DPH
- -- ******* PODIZE (VECTORIZE) THE CORE PROGRAM
- let
- (warn,podized) = BSCC("PodizeCore")
- podizeCore podize_cmds switch_is_on
- uniqSupply_p simplified
- ESCC
- in
- (if (not (null warn))
- then writeMn stderr "\n" `thenMn_`
- writeMn stderr (ppShow pprCols (ppAboves
- (map (\w -> pprPodizedWarning w pprErrorsStyle) warn))) `thenMn_`
- writeMn stderr "\n"
- else returnMn ()) `thenMn_`
-
- doDump D_dump_pod "Podization:" (pp_show (ppAboves
- (map (pprPlainCoreBinding pprStyle) podized))) `thenMn_`
-
- -- ******** CORE-TO-CORE SIMPLIFICATION OF PODIZED PROGRAM
- let
- psimplified = BSCC("PodizeCore2Core")
- core2core pcore_cmds switch_is_on pprStyle
- uniqSupply_S podized
- ESCC
- in
- doDump D_dump_psimpl "Par Simplified:" (pp_show (ppAboves
- (map (pprPlainCoreBinding pprStyle) psimplified))) `thenMn_`
+ -------------------------- Desugaring ----------------
+ _scc_ "DeSugar"
+ deSugar this_mod ds_uniqs tc_results >>= \ (desugared, rules, h_code, c_code) ->
-#endif {- Data Parallel Haskell -}
-#ifdef USE_SEMANTIQUE_STRANAL
- -- ******* SEMANTIQUE STRICTNESS ANALYSER
- doDump D_dump_stranal_sem "Strictness:" (ppShowStrAnal simplified big_env) `thenMn_`
-#endif
+ -------------------------- Main Core-language transformations ----------------
+ _scc_ "Core2Core"
+ core2core core_cmds desugared rules >>= \ (simplified, imp_rule_ids) ->
- -- ******* STG-TO-STG SIMPLIFICATION
- let
-#ifndef DPH
- stg_binds = BSCC("Core2Stg")
- topCoreBindsToStg c2s_uniqs simplified
- ESCC
-#else
- stg_binds = BSCC("Core2Stg")
- topCoreBindsToStg c2s_uniqs psimplified
- ESCC
-#endif {- Data Parallel Haskell -}
- in
+ -- Do the final tidy-up
+ tidyCorePgm tidy_uniqs this_mod
+ simplified imp_rule_ids >>= \ (tidy_binds, tidy_imp_rule_ids) ->
- stg2stg stg_cmds switch_lookup_fn st_mod_name pprStyle st_uniqs stg_binds
- `thenMn` \ (stg_binds2, cost_centre_info) ->
-
- doDump D_dump_stg "STG syntax:" (pp_show (ppAboves
- (map (pprPlainStgBinding pprStyle) stg_binds2))) `thenMn_`
-
- -- ******* INTERFACE GENERATION (needs STG output)
-{- let
- mod_name = "_TestName_"
- export_list_fns = (\ x -> False, \ x -> False)
- inlinings_env = nullIdEnv
- fixities = []
- if_global_ids = []
- if_ce = nullCE
- if_tce = nullTCE
- if_inst_info = emptyBag
- in
--} let
- mod_interface
- = BSCC("MkInterface")
- mkInterface switch_is_on if_mod_name export_list_fns
- inlinings_env all_tycon_specs
- interface_stuff
- stg_binds2
- ESCC
- in
- doOutput ProduceHi BSCC("PrintInterface")
- ( \ file ->
- ppAppendFile file 1000{-pprCols-} mod_interface )
- ESCC `thenMn_`
- -- ******* "ABSTRACT", THEN "FLAT", THEN *REAL* C!
+ -------------------------- Convert to STG code -------------------------------
+ show_pass "Core2Stg" >>
+ _scc_ "Core2Stg"
let
- abstractC = BSCC("CodeGen")
- codeGen cc_mod_name -- module name for CC labelling
- cost_centre_info
- cc_import_names -- import names for CC registering
- switch_lookup_fn
- gen_tycons -- type constructors generated locally
- all_tycon_specs -- tycon specialisations
- stg_binds2
- ESCC
-
- flat_abstractC = BSCC("FlattenAbsC")
- flattenAbsC fl_uniqs abstractC
- ESCC
+ stg_binds = topCoreBindsToStg c2s_uniqs tidy_binds
in
- doDump D_dump_absC "Abstract C:" (dumpRealC switch_is_on abstractC) `thenMn_`
- doDump D_dump_flatC "Flat Abstract C:" (dumpRealC switch_is_on flat_abstractC) `thenMn_`
+ -------------------------- Simplify STG code -------------------------------
+ show_pass "Stg2Stg" >>
+ _scc_ "Stg2Stg"
+ stg2stg stg_cmds this_mod st_uniqs stg_binds >>= \ (stg_binds2, cost_centre_info) ->
- -- You can have C (c_output) or assembly-language (ncg_output),
- -- but not both. [Allowing for both gives a space leak on
- -- flat_abstractC. WDP 94/10]
- let
- (flat_absC_c, flat_absC_ncg) =
- case (string_switch_is_on ProduceC || switch_is_on D_dump_realC,
- string_switch_is_on ProduceS || switch_is_on D_dump_asm) of
- (True, False) -> (flat_abstractC, AbsCNop)
- (False, True) -> (AbsCNop, flat_abstractC)
- (False, False) -> (AbsCNop, AbsCNop)
- (True, True) -> error "ERROR: Can't do both .hc and .s at the same time"
-
- c_output_d = BSCC("PrintRealC")
- dumpRealC switch_is_on flat_absC_c
- ESCC
-
-#ifdef __GLASGOW_HASKELL__
- c_output_w = BSCC("PrintRealC")
- (\ f -> writeRealC switch_is_on f flat_absC_c)
- ESCC
-#else
- c_output_w = c_output_d
-#endif
-#if OMIT_NATIVE_CODEGEN
- ncg_output_d
- = error "*** GHC not built with a native-code generator ***"
- ncg_output_w = ncg_output_d
-#else
- ncg_output_d = BSCC("nativeCode")
- dumpRealAsm switch_lookup_fn flat_absC_ncg ncg_uniqs
- ESCC
-
-#ifdef __GLASGOW_HASKELL__
- ncg_output_w = BSCC("nativeCode")
- (\ f -> writeRealAsm switch_lookup_fn f flat_absC_ncg ncg_uniqs)
- ESCC
-#else
- ncg_output_w = ncg_output_d
-#endif
-#endif
+ -------------------------- Interface file -------------------------------
+ -- Dump instance decls and type signatures into the interface file
+ _scc_ "Interface"
+ let
+ final_ids = collectFinalStgBinders (map fst stg_binds2)
in
- doDump D_dump_asm "" ncg_output_d `thenMn_`
- doOutput ProduceS ncg_output_w `thenMn_`
+ ifaceDecls if_handle local_tycons local_classes
+ inst_info final_ids tidy_binds imp_rule_ids >>
+ endIface if_handle >>
+ -- We are definitely done w/ interface-file stuff at this point:
+ -- (See comments near call to "startIface".)
+
+
+ -------------------------- Code generation -------------------------------
+ show_pass "CodeGen" >>
+ _scc_ "CodeGen"
+ codeGen this_mod imported_modules
+ cost_centre_info
+ local_tycons local_classes
+ stg_binds2 >>= \ abstractC ->
+
+
+ -------------------------- Code output -------------------------------
+ show_pass "CodeOutput" >>
+ _scc_ "CodeOutput"
+ codeOutput this_mod c_code h_code abstractC ncg_uniqs >>
+
+
+ -------------------------- Final report -------------------------------
+ reportCompile mod_name (showSDoc (ppSourceStats True rdr_module)) >>
+
+ ghcExit 0
+ } }
+ where
+ -------------------------------------------------------------
+ -- ****** help functions:
+
+ show_pass
+ = if opt_D_show_passes
+ then \ what -> hPutStr stderr ("*** "++what++":\n")
+ else \ what -> return ()
+
+ppSourceStats short (HsModule name version exports imports decls src_loc)
+ = (if short then hcat else vcat)
+ (map pp_val
+ [("ExportAll ", export_all), -- 1 if no export list
+ ("ExportDecls ", export_ds),
+ ("ExportModules ", export_ms),
+ ("Imports ", import_no),
+ (" ImpQual ", import_qual),
+ (" ImpAs ", import_as),
+ (" ImpAll ", import_all),
+ (" ImpPartial ", import_partial),
+ (" ImpHiding ", import_hiding),
+ ("FixityDecls ", fixity_ds),
+ ("DefaultDecls ", default_ds),
+ ("TypeDecls ", type_ds),
+ ("DataDecls ", data_ds),
+ ("NewTypeDecls ", newt_ds),
+ ("DataConstrs ", data_constrs),
+ ("DataDerivings ", data_derivs),
+ ("ClassDecls ", class_ds),
+ ("ClassMethods ", class_method_ds),
+ ("DefaultMethods ", default_method_ds),
+ ("InstDecls ", inst_ds),
+ ("InstMethods ", inst_method_ds),
+ ("TypeSigs ", bind_tys),
+ ("ValBinds ", val_bind_ds),
+ ("FunBinds ", fn_bind_ds),
+ ("InlineMeths ", method_inlines),
+ ("InlineBinds ", bind_inlines),
+-- ("SpecialisedData ", data_specs),
+-- ("SpecialisedInsts ", inst_specs),
+ ("SpecialisedMeths ", method_specs),
+ ("SpecialisedBinds ", bind_specs)
+ ])
+ where
+ pp_val (str, 0) = empty
+ pp_val (str, n)
+ | not short = hcat [text str, int n]
+ | otherwise = hcat [text (trim str), equals, int n, semi]
+
+ trim ls = takeWhile (not.isSpace) (dropWhile isSpace ls)
+
+ fixity_ds = length [() | FixD d <- decls]
+ -- NB: this omits fixity decls on local bindings and
+ -- in class decls. ToDo
+
+ tycl_decls = [d | TyClD d <- decls]
+ (class_ds, data_ds, newt_ds, type_ds) = countTyClDecls tycl_decls
+
+ inst_decls = [d | InstD d <- decls]
+ inst_ds = length inst_decls
+ default_ds = length [() | DefD _ <- decls]
+ val_decls = [d | ValD d <- decls]
+
+ real_exports = case exports of { Nothing -> []; Just es -> es }
+ n_exports = length real_exports
+ export_ms = length [() | IEModuleContents _ <- real_exports]
+ export_ds = n_exports - export_ms
+ export_all = case exports of { Nothing -> 1; other -> 0 }
+
+ (val_bind_ds, fn_bind_ds, bind_tys, bind_specs, bind_inlines)
+ = count_binds (foldr ThenBinds EmptyBinds val_decls)
+
+ (import_no, import_qual, import_as, import_all, import_partial, import_hiding)
+ = foldr add6 (0,0,0,0,0,0) (map import_info imports)
+ (data_constrs, data_derivs)
+ = foldr add2 (0,0) (map data_info tycl_decls)
+ (class_method_ds, default_method_ds)
+ = foldr add2 (0,0) (map class_info tycl_decls)
+ (inst_method_ds, method_specs, method_inlines)
+ = foldr add3 (0,0,0) (map inst_info inst_decls)
+
+
+ count_binds EmptyBinds = (0,0,0,0,0)
+ count_binds (ThenBinds b1 b2) = count_binds b1 `add5` count_binds b2
+ count_binds (MonoBind b sigs _) = case (count_monobinds b, count_sigs sigs) of
+ ((vs,fs),(ts,_,ss,is)) -> (vs,fs,ts,ss,is)
+
+ count_monobinds EmptyMonoBinds = (0,0)
+ count_monobinds (AndMonoBinds b1 b2) = count_monobinds b1 `add2` count_monobinds b2
+ count_monobinds (PatMonoBind (VarPatIn n) r _) = (1,0)
+ count_monobinds (PatMonoBind p r _) = (0,1)
+ count_monobinds (FunMonoBind f _ m _) = (0,1)
+
+ count_sigs sigs = foldr add4 (0,0,0,0) (map sig_info sigs)
+
+ sig_info (Sig _ _ _) = (1,0,0,0)
+ sig_info (ClassOpSig _ _ _ _) = (0,1,0,0)
+ sig_info (SpecSig _ _ _) = (0,0,1,0)
+ sig_info (InlineSig _ _) = (0,0,0,1)
+ sig_info _ = (0,0,0,0)
+
+ import_info (ImportDecl _ _ qual as spec _)
+ = add6 (1, qual_info qual, as_info as, 0,0,0) (spec_info spec)
+ qual_info False = 0
+ qual_info True = 1
+ as_info Nothing = 0
+ as_info (Just _) = 1
+ spec_info Nothing = (0,0,0,1,0,0)
+ spec_info (Just (False, _)) = (0,0,0,0,1,0)
+ spec_info (Just (True, _)) = (0,0,0,0,0,1)
+
+ data_info (TyData _ _ _ _ constrs derivs _ _)
+ = (length constrs, case derivs of {Nothing -> 0; Just ds -> length ds})
+ data_info other = (0,0)
+
+ class_info (ClassDecl _ _ _ meth_sigs def_meths _ _ _ _ _)
+ = case count_sigs meth_sigs of
+ (_,classops,_,_) ->
+ (classops, addpr (count_monobinds def_meths))
+ class_info other = (0,0)
+
+ inst_info (InstDecl _ inst_meths inst_sigs _ _)
+ = case count_sigs inst_sigs of
+ (_,_,ss,is) ->
+ (addpr (count_monobinds inst_meths), ss, is)
+
+ addpr :: (Int,Int) -> Int
+ add1 :: Int -> Int -> Int
+ add2 :: (Int,Int) -> (Int,Int) -> (Int, Int)
+ add3 :: (Int,Int,Int) -> (Int,Int,Int) -> (Int, Int, Int)
+ add4 :: (Int,Int,Int,Int) -> (Int,Int,Int,Int) -> (Int, Int, Int, Int)
+ add5 :: (Int,Int,Int,Int,Int) -> (Int,Int,Int,Int,Int) -> (Int, Int, Int, Int, Int)
+ add6 :: (Int,Int,Int,Int,Int,Int) -> (Int,Int,Int,Int,Int,Int) -> (Int, Int, Int, Int, Int, Int)
+
+ addpr (x,y) = x+y
+ add1 x1 y1 = x1+y1
+ add2 (x1,x2) (y1,y2) = (x1+y1,x2+y2)
+ add3 (x1,x2,x3) (y1,y2,y3) = (x1+y1,x2+y2,x3+y3)
+ add4 (x1,x2,x3,x4) (y1,y2,y3,y4) = (x1+y1,x2+y2,x3+y3,x4+y4)
+ add5 (x1,x2,x3,x4,x5) (y1,y2,y3,y4,y5) = (x1+y1,x2+y2,x3+y3,x4+y4,x5+y5)
+ add6 (x1,x2,x3,x4,x5,x6) (y1,y2,y3,y4,y5,y6) = (x1+y1,x2+y2,x3+y3,x4+y4,x5+y5,x6+y6)
+\end{code}
-#ifndef DPH
- -- ********* GHC Finished !!!!
- doDump D_dump_realC "" c_output_d `thenMn_`
- doOutput ProduceC c_output_w `thenMn_`
+\begin{code}
+compiler_version :: String
+compiler_version =
+ case (show opt_HiVersion) of
+ [x] -> ['0','.',x]
+ ls@[x,y] -> "0." ++ ls
+ ls -> go ls
+ where
+ -- 10232353 => 10232.53
+ go ls@[x,y] = '.':ls
+ go (x:xs) = x:go xs
+
+booter_version
+ = case "\
+ \ __GLASGOW_HASKELL__" of
+ ' ':n:ns -> n:'.':ns
+ ' ':m -> m
+\end{code}
+\begin{code}
+reportCompile :: ModuleName -> String -> IO ()
+#if REPORT_TO_MOTHERLODE && __GLASGOW_HASKELL__ >= 303
+reportCompile mod_name info
+ | not opt_ReportCompile = return ()
+ | otherwise = (do
+ sock <- udpSocket 0
+ addr <- motherShip
+ sendTo sock (moduleNameUserString mod_name ++ ';': compiler_version ++
+ ';': os ++ ';':arch ++ '\n':' ':info ++ "\n") addr
+ return ()) `catch` (\ _ -> return ())
+
+motherShip :: IO SockAddr
+motherShip = do
+ he <- getHostByName "laysan.dcs.gla.ac.uk"
+ case (hostAddresses he) of
+ [] -> IOERROR (userError "No address!")
+ (x:_) -> return (SockAddrInet motherShipPort x)
+
+--magick
+motherShipPort :: PortNumber
+motherShipPort = mkPortNumber 12345
+
+-- creates a socket capable of sending datagrams,
+-- binding it to a port
+-- ( 0 => have the system pick next available port no.)
+udpSocket :: Int -> IO Socket
+udpSocket p = do
+ pr <- getProtocolNumber "udp"
+ s <- socket AF_INET Datagram pr
+ bindSocket s (SockAddrInet (mkPortNumber p) iNADDR_ANY)
+ return s
#else
- -- ********* DPH needs native code generator, nearly finished.....
- let
- next_used_flatC = getTopLevelNexts flat_abstractC []
- apal_module = nuAbsCToApal uniqSupply_L mod_name next_used_flatC
- in
- doDump D_dump_nextC "Next Used annotated C:" (ppShow pprCols
- (pprTopNextUsedC next_used_flatC)) `thenMn_`
- doOutput ProduceC ("! /* DAP assembler (APAL): */\n"++apal_module) `thenMn_`
+reportCompile _ _ = return ()
+#endif
-#endif {- Data Parallel Haskell -}
- exitMn 0
- {-)-} BEND ) BEND BEND BEND BEND
\end{code}
projects / ghc-hetmet.git / blobdiff