#include "HsVersions.h"
import Maybe ( isJust )
-import IO ( hPutStr, hPutStrLn, stderr )
+import IO ( hPutStrLn, stderr )
import HsSyn
import StringBuffer ( hGetStringBuffer )
import Module ( ModuleName, moduleName, mkModuleInThisPackage )
import CmdLineOpts
-import ErrUtils ( dumpIfSet_dyn )
+import ErrUtils ( dumpIfSet_dyn, showPass )
import Util ( unJust )
import UniqSupply ( mkSplitUniqSupply )
hscMain dflags source_unchanged location maybe_old_iface hst hit pcs
= do {
putStrLn "CHECKING OLD IFACE";
- (pcs_ch, check_errs, (recomp_reqd, maybe_checked_iface))
+ (pcs_ch, errs_found, (recomp_reqd, maybe_checked_iface))
<- checkOldIface dflags hit hst pcs (unJust (ml_hi_file location) "hscMain")
source_unchanged maybe_old_iface;
- if check_errs then
+
+ if errs_found then
return (HscFail pcs_ch)
else do {
else do {
-- TYPECHECK
- maybe_tc_result
- <- typecheckModule dflags this_mod pcs_cl hst old_iface cl_hs_decls;
+ maybe_tc_result <- typecheckModule dflags this_mod pcs_cl hst
+ old_iface alwaysQualify cl_hs_decls;
case maybe_tc_result of {
Nothing -> return (HscFail pcs_cl);
Just tc_result -> do {
hscRecomp dflags location maybe_checked_iface hst hit pcs_ch
- = do {
- hPutStrLn stderr "COMPILATION IS REQUIRED";
-
- -- what target are we shooting for?
- let toInterp = dopt_HscLang dflags == HscInterpreted
- ;
- -- PARSE
- maybe_parsed
- <- myParseModule dflags (unJust (ml_hspp_file location) "hscRecomp:hspp");
- case maybe_parsed of {
- Nothing -> return (HscFail pcs_ch);
- Just rdr_module -> do {
-
- -- RENAME
- let this_mod = mkModuleInThisPackage (hsModuleName rdr_module)
- ;
- show_pass dflags "Renamer";
- (pcs_rn, maybe_rn_result)
- <- renameModule dflags hit hst pcs_ch this_mod rdr_module;
- case maybe_rn_result of {
- Nothing -> return (HscFail pcs_rn);
- Just (new_iface, rn_hs_decls) -> do {
-
- -- TYPECHECK
- show_pass dflags "Typechecker";
- maybe_tc_result
- <- typecheckModule dflags this_mod pcs_rn hst new_iface rn_hs_decls;
- case maybe_tc_result of {
- Nothing -> do { hPutStrLn stderr "Typechecked failed"
- ; return (HscFail pcs_rn) } ;
- Just tc_result -> do {
-
- let pcs_tc = tc_pcs tc_result
- env_tc = tc_env tc_result
- local_insts = tc_insts tc_result
- ;
- -- DESUGAR, SIMPLIFY, TIDY-CORE
- -- We grab the the unfoldings at this point.
- (tidy_binds, orphan_rules, foreign_stuff)
- <- dsThenSimplThenTidy dflags (pcs_rules pcs_tc) this_mod tc_result hst
- ;
- -- CONVERT TO STG
- (stg_binds, oa_tidy_binds, cost_centre_info, top_level_ids)
- <- myCoreToStg dflags this_mod tidy_binds
- ;
- -- cook up a new ModDetails now we (finally) have all the bits
- let new_details = mkModDetails env_tc local_insts tidy_binds
- top_level_ids orphan_rules
- ;
- -- and the final interface
- final_iface
- <- mkFinalIface dflags location maybe_checked_iface new_iface new_details
- ;
- -- do the rest of code generation/emission
- (maybe_stub_h_filename, maybe_stub_c_filename, maybe_ibinds)
- <- restOfCodeGeneration dflags toInterp this_mod
- (map ideclName (hsModuleImports rdr_module))
- cost_centre_info foreign_stuff env_tc stg_binds oa_tidy_binds
- hit (pcs_PIT pcs_tc)
- ;
- -- and the answer is ...
- return (HscOK new_details (Just final_iface)
- maybe_stub_h_filename maybe_stub_c_filename
- maybe_ibinds pcs_tc)
- }}}}}}}
+ = do {
+ ; hPutStrLn stderr "COMPILATION IS REQUIRED";
+
+ -- what target are we shooting for?
+ ; let toInterp = dopt_HscLang dflags == HscInterpreted
+
+ -------------------
+ -- PARSE
+ -------------------
+ ; maybe_parsed <- myParseModule dflags (unJust (ml_hspp_file location) "hscRecomp:hspp")
+ ; case maybe_parsed of {
+ Nothing -> return (HscFail pcs_ch);
+ Just rdr_module -> do {
+ ; let this_mod = mkModuleInThisPackage (hsModuleName rdr_module)
+
+ -------------------
+ -- RENAME
+ -------------------
+ ; (pcs_rn, maybe_rn_result)
+ <- renameModule dflags hit hst pcs_ch this_mod rdr_module
+ ; case maybe_rn_result of {
+ Nothing -> return (HscFail pcs_rn);
+ Just (print_unqualified, new_iface, rn_hs_decls) -> do {
+
+ -------------------
+ -- TYPECHECK
+ -------------------
+ ; maybe_tc_result <- typecheckModule dflags this_mod pcs_rn hst new_iface
+ print_unqualified rn_hs_decls
+ ; case maybe_tc_result of {
+ Nothing -> do { hPutStrLn stderr "Typechecked failed"
+ ; return (HscFail pcs_rn) } ;
+ Just tc_result -> do {
+
+ ; let pcs_tc = tc_pcs tc_result
+ env_tc = tc_env tc_result
+ local_insts = tc_insts tc_result
+
+ -------------------
+ -- DESUGAR, SIMPLIFY, TIDY-CORE
+ -------------------
+ -- We grab the the unfoldings at this point.
+ ; simpl_result <- dsThenSimplThenTidy dflags (pcs_rules pcs_tc) this_mod
+ print_unqualified tc_result hst
+ ; let (tidy_binds, orphan_rules, foreign_stuff) = simpl_result
+
+ -------------------
+ -- CONVERT TO STG
+ -------------------
+ ; (stg_binds, oa_tidy_binds, cost_centre_info, top_level_ids)
+ <- myCoreToStg dflags this_mod tidy_binds
+
+
+ -------------------
+ -- BUILD THE NEW ModDetails AND ModIface
+ -------------------
+ ; let new_details = mkModDetails env_tc local_insts tidy_binds
+ top_level_ids orphan_rules
+ ; final_iface <- mkFinalIface dflags location maybe_checked_iface
+ new_iface new_details
+
+ -------------------
+ -- COMPLETE CODE GENERATION
+ -------------------
+ ; (maybe_stub_h_filename, maybe_stub_c_filename, maybe_ibinds)
+ <- restOfCodeGeneration dflags toInterp this_mod
+ (map ideclName (hsModuleImports rdr_module))
+ cost_centre_info foreign_stuff env_tc stg_binds oa_tidy_binds
+ hit (pcs_PIT pcs_tc)
+
+ -- and the answer is ...
+ ; return (HscOK new_details (Just final_iface)
+ maybe_stub_h_filename maybe_stub_c_filename
+ maybe_ibinds pcs_tc)
+ }}}}}}}
myParseModule dflags src_filename
= do -------------------------- Parser ----------------
- show_pass dflags "Parser"
+ showPass dflags "Parser"
-- _scc_ "Parser"
buf <- hGetStringBuffer True{-expand tabs-} src_filename
| otherwise
= do -------------------------- Code generation -------------------------------
- show_pass dflags "CodeGen"
-- _scc_ "CodeGen"
abstractC <- codeGen dflags this_mod imported_modules
cost_centre_info fe_binders
local_tycons stg_binds
-------------------------- Code output -------------------------------
- show_pass dflags "CodeOutput"
-- _scc_ "CodeOutput"
(maybe_stub_h_name, maybe_stub_c_name)
<- codeOutput dflags this_mod local_tycons
(ppr nm)
-dsThenSimplThenTidy dflags rule_base this_mod tc_result hst
+dsThenSimplThenTidy dflags rule_base this_mod print_unqual tc_result hst
= do -------------------------- Desugaring ----------------
-- _scc_ "DeSugar"
- show_pass dflags "DeSugar"
- ds_uniqs <- mkSplitUniqSupply 'd'
(desugared, rules, h_code, c_code, fe_binders)
- <- deSugar dflags this_mod ds_uniqs hst tc_result
+ <- deSugar dflags this_mod print_unqual hst tc_result
-------------------------- Main Core-language transformations ----------------
-- _scc_ "Core2Core"
- show_pass dflags "Core2Core"
(simplified, orphan_rules)
<- core2core dflags rule_base hst desugared rules
-- Do the final tidy-up
- show_pass dflags "CoreTidy"
(tidy_binds, tidy_orphan_rules)
<- tidyCorePgm dflags this_mod simplified orphan_rules
-- simplifier, which for reasons I don't understand, persists
-- thoroughout code generation
- show_pass dflags "Core2Stg"
+ showPass dflags "Core2Stg"
-- _scc_ "Core2Stg"
let stg_binds = topCoreBindsToStg c2s_uniqs occ_anal_tidy_binds
- show_pass dflags "Stg2Stg"
+ showPass dflags "Stg2Stg"
-- _scc_ "Stg2Stg"
(stg_binds2, cost_centre_info) <- stg2stg dflags this_mod st_uniqs stg_binds
let final_ids = collectFinalStgBinders (map fst stg_binds2)
return (stg_binds2, occ_anal_tidy_binds, cost_centre_info, final_ids)
-
-
-show_pass dflags what
- = if dopt Opt_D_show_passes dflags
- then hPutStr stderr ("*** "++what++":\n")
- else return ()
\end{code}
projects / ghc-hetmet.git / blobdiff