PmDriver.icl

implementation module PmDriver

import StdArray, StdBool, StdList, StdMisc, StdEnum
import StdPSt, StdSystem, StdPStClass, StdTimer
import StdWindow

import UtilNewlinesFile, UtilIO

import IdeState

from typewin import updateTypeWindow, tw_safe_close, class Typer, :: TypeWinInfo
from typeatt import typeWinKeyboard, typeWinMouse
from errwin  import updateErrorWindow, ew_safe_close
from messwin import showInfo, :: InfoMessage(..)
from projwin import pm_update_project_window

import PmCleanSystem
import PmPath
import PmProject
from PmDialogues import doPathsDialog
import PmAbcMagic
import PmFileInfo
import PmDirCache

import interrupt,Platform
from StdLibMisc import :: Date{..}, :: Time{..}

//from dodebug import trace_n`
//import nodebug
//import dodebug
trace_n _ g :== g
trace_n` _ g :== g
//from StdDebug import trace_r
//--

verboseInfo verbose info ps :== verbi verbose info ps
where
	verbi verbose info ps
		| not verbose && level3 info
			= ps
			= showInfo info ps

	level3 (Level3 _) = True
	level3 _ = False

traceInfo _ ps :== ps
//traceInfo i ps :== showInfo i ps

//--

getFICache` ps
	# (_,ps)	= getFICache ps
	# fi		= FI_EmptyCache
	= (fi,ps)


/*--- TO DO:

system module dependancy analysis is possible...

	ie. when you encounter a system module that must be recompiled then check in done list
	and remove those that depend on this system module and put them back into the todo list

should also be possible to detect cycles... -> generate warning dialogue...

---*/

System			:== "_system"

//--- project manager routines

:: SetMadeProjectFun :== (Bool -> Bool -> Project -> (PSt General) -> PSt General)

//	Compile /Check Syntax of the designated module
CompileProjectModule ::	!CompileOrCheckSyntax !Pathname !Project !SetMadeProjectFun !*(PSt General) -> *(PSt General)
CompileProjectModule compilerOrCheckSyntax path project setproject ps
	# ps					= ClearCompilerCache` ps
	# (syspaths,ps)			= getCurrentPaths ps
	# prjpaths				= PR_GetPaths project
	# srcpaths				= AppendLists prjpaths syspaths
	#! (abccache,ps)		= getABCCache ps
	#! (fileinfo,ps)		= getFICache` ps
	#! ((errs,warns,dircache),ps)
							= accFiles (DC_Setup srcpaths) ps
	# ({be_verbose},ps)		= getPrefs ps
	#! ps					= HandleDCErrors be_verbose errs warns ps
	#! (ps,fileinfo,_,abccache,project,ok,newpaths,_,_)
							= CompileTheProjectModule compilerOrCheckSyntax path fileinfo dircache abccache project ps
	# ps					= setABCCache abccache ps
	# ps					= setFICache fileinfo ps
	= setproject ok newpaths project ps

GenAsmProjectModule :: !.Pathname !Project !SetMadeProjectFun !*(PSt General) -> *(PSt *General)
GenAsmProjectModule path project setproject ps
	# ps					= ClearCompilerCache` ps
	# (syspaths,ps)			= getCurrentPaths ps
	# prjpaths				= PR_GetPaths project
	# srcpaths				= AppendLists prjpaths syspaths
	# (abccache,ps)			= getABCCache ps
	#! (fileinfo,ps)		= getFICache` ps
	# ((errs,warns,dircache),ps)
							= accFiles (DC_Setup srcpaths) ps
	# ({be_verbose},ps)		= getPrefs ps
	# ps					= HandleDCErrors be_verbose errs warns ps
	# (ps,fileinfo,_,abccache,project,ok,newpaths,abcpath,_)
							= CompileTheProjectModule Compilation path fileinfo dircache abccache project ps
	| not ok || newpaths
		# ps				= setABCCache abccache ps
		# ps				= setFICache fileinfo ps
		= setproject True False project ps
	#	(ps,abccache,fileinfo,project,ok,_)
							= GenCodeTheProjectModule True False AsmGeneration abcpath abccache fileinfo project ps
	# ps					= setABCCache abccache ps
	# ps					= setFICache fileinfo ps
	= setproject True ok project ps

:: CleanupCont :== Pathname Bool Bool *(PSt *General) -> *(PSt *General)

:: *DriverCompilingInfo
	= Sync
	| AsyncWin ![CurrentlyCompiled] !AsyncWinCompilingInfo
	| Async	![CurrentlyCompiled] !AsyncCompilingInfo
	| Pers	!*CompilingInfo

::	AsyncWinCompilingInfo = {
		win_max_n_processes :: !Int,
		win_compiler_process_ids :: !CompilerProcessIds
	};

::	AsyncCompilingInfo = {
		max_n_processes :: !Int,
		compiler_process_ids :: !CompilerProcessIds,
		unknown_finished_processors :: !UnknownFinishedProcessors
	};

BringProjectUptoDate :: !Bool CleanupCont !*(PSt *General) -> *PSt *General
BringProjectUptoDate force continuation ps
	#  (project,ps)		= getProject ps

	#	ps				= ew_safe_close ps							// close error window
	#	ps				= tw_safe_close ps							// close types window

	#	ps				= PrecompileFase project ps

	#	ps				= showInfo (Level1 "Bring up to date...") ps
	#	ps				= ClearCompilerCache` ps

	#!	(intr_info,ps) 	= getInterrupt ps
//		(interact,ps) 	= getInteract ps
		ini_step		= DInit force project cleanup
	#	ps				= StartIntr intr_info ini_step step ps
	= ps
where
	PrecompileFase project ps
		# (precompile,project)	= PR_GetPrecompile project
		| isJust precompile
			# ps				= showInfo (Level1 "Precompile...") ps
			# (ok,ec,ps)		= Execute` (fromJust precompile) ps
			// error handling???
			= ps
		= ps

	PostlinkFase project ps
		# (postlink,project)	= PR_GetPostlink project
		| isJust postlink
			# (Just post_link)	= postlink
			# (prj_path,ps)		= getPath ps
			# prj_dir_path		= RemoveFilename prj_path
			# (app_path,ps)		= getStup ps
			# post_link			= fulPath app_path prj_dir_path post_link
			# ps				= showInfo (Level1 "Postlink...") ps
			# (ok,ec,ps)		= Execute` ("\""+++post_link+++"\" \""+++prj_path+++"\"") ps
			= ps
		= ps

	cleanup :: !Bool !Bool !Bool !FileInfoCache !StaticLibInfo !(List Modulename) !Project !Bool (!*ABCCache,!(PSt *General)) -> *(!*DriverState,!PSt *General)
	cleanup ok newpaths linked fileinfo libsinfo modpaths project intr (abccache,ps)
		| newpaths && not intr		// if paths have changed -> try again
			# ps			= showInfo (Level1 "Paths have changed: remaking.") ps
			# ps			= ClearCompilerCache` ps
			= MakeTheProject False fileinfo libsinfo abccache project cleanup` ps

		# ps				= PostlinkFase project ps
		
		# ps				= showInfo (Level1 "Finished making.") ps
		# ps				= setProject project ps
		# ps				= setABCCache abccache ps
		# ps				= setFICache fileinfo ps
		# ps				= pm_update_project_window ps
		# path				= PR_GetExecPath project
		= stop (DDone,continuation path linked ok ps)
	
	cleanup` :: MTPContinuation
	cleanup` = cleanup

//-- Private stuff

:: MTPContinuation :== Bool Bool Bool FileInfoCache StaticLibInfo (List Modulename) Project Bool *(*ABCCache,(PSt *General)) -> *(*DriverState,PSt *General)

MakeTheProject :: !Bool !FileInfoCache !StaticLibInfo !*ABCCache !Project !MTPContinuation !(PSt General) -> (!*DriverState,!PSt General)
MakeTheProject force fileinfo libsinfo abccache project continue ps
	# (syspaths,ps)			= getCurrentPaths ps
	# prjpaths				= PR_GetPaths project
	# srcpaths				= AppendLists prjpaths syspaths
	# ((errs,warns,dircache),ps)
							= accFiles (DC_Setup srcpaths) ps
	# ({be_verbose},ps)		= getPrefs ps
	# ps					= HandleDCErrors be_verbose errs warns ps
	# (root,project)		= PR_GetRootPathName project
	# root					= MakeDefPathname root	// avoid double compilation...
	# inidone				= Nil
	# (env_static_libs,ps)	= getCurrentSlibs ps
	# sfiles				= (StrictListToList(Concat (SL_Libs libsinfo) env_static_libs))
	# (err,ps)				= check_exists sfiles ps
	| isJust err
		# line				= Level3 ["Error: Unable to find static library: '" +++ fromJust err +++ "'."]
		# ps				= showInfo line ps
		= continue False False False fileinfo libsinfo Nil project False (abccache, ps)
	# ((errs,slibs),ps)		= accFiles (getLibs sfiles) ps
	| not (isEmpty errs)
		# line				= Level3 ["Error: Failed reading static libraries: '" :errs]
		# ps				= showInfo line ps
		= continue False False False fileinfo libsinfo Nil project False (abccache, ps)
	# slibs					= ListToStrictList slibs
	# libsinfo				= SL_SetDcls slibs libsinfo
	# ps					= showInfo (Level1 "Compiling...") ps
	# rest					= root :! Nil
	# (method,ps)			= getCurrentMeth ps
	# (compinfo,ps) = case method of
				CompileSync			-> (Sync,ps)
				(CompileAsync cmax)	-> PlatformDependant
										(AsyncWin [] {win_max_n_processes=cmax,win_compiler_process_ids=NoCompilerProcessIds},ps)								// win
										(let (compiler_process_ids,ps2) = getCompilerProcessIds ps
										 in  (Async [] {max_n_processes=cmax,compiler_process_ids=compiler_process_ids,unknown_finished_processors=NoUnknownFinishedProcessors},ps2)	// mac
										)
				CompilePers			-> (Pers InitCompilingInfo,ps)
	# ds = 
		{ project	= project
		, continue	= continue
		, fileinfo	= fileinfo
		, abccache	= abccache
		, libsinfo	= libsinfo
		, ok		= True
		, newpaths	= False
		, modpaths	= inidone
		}
	= step False (DComp force dircache compinfo rest ds) ps
where
	check_exists [] ps = (Nothing,ps)
	check_exists [file:rest] ps
		# (ok,ps) = accFiles (FExists file) ps
		| ok = check_exists rest ps
		= (Just file,ps)

:: CurrentlyCompiled =
	{ iclModule	:: !String
	, options	:: CompilerOptions
	, slot		:: !Int
	}

:: *DriverCodeGenerationInfo
	= SyncCodeGeneration
	| ASyncCodeGeneration ![(Int,String,String)] !AsyncCompilingInfo // [(busy_process_number,abc_path,obj_path)]

:: *DriverState
	= DInit !Bool !Project !MTPContinuation
	| DComp !Bool !*DirCache !DriverCompilingInfo !(List String) !DriverStateRecord
	| DGene !(List String) !DriverCodeGenerationInfo !DriverStateRecord
	| DLink !DriverStateRecord
	| DDone

:: *DriverStateRecord =
	{ project	:: !Project
	, continue	:: !MTPContinuation
	, fileinfo	:: !FileInfoCache
	, abccache	:: !*ABCCache
	, libsinfo	:: !StaticLibInfo
	, ok		:: !Bool
	, newpaths	:: !Bool
	, modpaths	:: !List String
	}

//--

cont :: !*(.a,!*(PSt *General)) -> *(.a,!*(PSt *General));
cont (ls,ps)
	# (intr_info,ps) 	= getInterrupt ps
	# ps				= ContIntr intr_info ps
	= (ls,ps)

stop :: !*(.a,!*(PSt *General)) -> *(.a,!*(PSt *General));
stop (ls,ps)
	# (intr_info,ps) 	= getInterrupt ps
	# ps				= StopIntr intr_info ps
	= (ls,ps)

step :: !Bool !*DriverState !*(PSt General) -> (!*DriverState,!*(PSt General))
step intr (DInit force project setproject) ps
//	# ps				= showInfo (Level1 "Make the project...") ps
	# libsinfo			= PR_GetStaticLibsInfo project
	# (abccache,ps)		= getABCCache ps
	# (fileinfo,ps)		= getFICache` ps
	= MakeTheProject force fileinfo libsinfo abccache project setproject ps

step True (DComp force dircache (Pers inf) rest ds) ps
	# ds			= {ds & ok = False}
	# (paths,ds)	= ds!modpaths
	// compile phase finished: kill clean compiler
	# (_,ps)				= ExitCleanCompiler (inf,ps)
	= step True (DGene paths SyncCodeGeneration ds) ps

step True (DComp force dircache compinfo rest ds) ps
	// need async cocl shootdown as well..
	# ds			= {ds & ok = False}
	# (paths,ds)	= ds!modpaths
	= step True (DGene paths SyncCodeGeneration ds) ps

step intr (DComp force dircache Sync Nil ds) ps
	// compile phase finished: remove all modules not (indirectly) imported by main module
	# project				= PR_SetBuilt ds.modpaths ds.project	// removes unused modules
	# (modpaths,project)	= PR_GetModulenames True IclMod project
	# ds					= {ds & modpaths = modpaths, project = project}
	# ps					= showInfo (Level1 "Generating...") ps
	# (paths,ds)			= ds!modpaths
	= step intr (DGene paths SyncCodeGeneration ds) ps

step intr (DComp force dircache Sync (next :! rest) ds) ps
	// compile phase: check module 'next'
	| StringOccurs next ds.modpaths
		// if already done then skip
		= step intr (DComp force dircache Sync rest ds) ps
	# modname					= GetModuleName next
	| isProjLibraryModule modname ds.libsinfo
		// instead of testing explicitly put libmodules in done <= conflicts with other administration
		= step intr (DComp force dircache Sync rest ds) ps
	# (ps,dircache,ok,newpaths`,rest,compinfo,ds,_)
							= UpdateDependencies force next rest Sync dircache ds ps
	# ds	= {ds & newpaths = ds.newpaths || newpaths`, ok = ok}
	| not ok
		# (paths,ds)		= ds!modpaths
		= step intr (DGene paths SyncCodeGeneration ds) ps
	# ds	= {ds & modpaths = next :! ds.modpaths}
	= cont (DComp force dircache compinfo rest ds,ps)

step intr (DComp force dircache (Pers inf) Nil ds) ps
	// compile phase finished: kill clean compiler
	# (_,ps)				= ExitCleanCompiler (inf,ps)
	// compile phase finished: remove all modules not (indirectly) imported by main module
	# project				= PR_SetBuilt ds.modpaths ds.project	// removes unused modules
	# (modpaths,project)	= PR_GetModulenames True IclMod project
	# ds					= {ds & modpaths = modpaths, project = project}
	# ps					= showInfo (Level1 "Generating...") ps
//XXX	= step intr (DGene True newpaths fileinfo libsinfo modpaths modpaths abccache project setproject) ps
	# (paths,ds)			= ds!modpaths
	= step intr (DGene paths SyncCodeGeneration ds) ps

step intr (DComp force dircache compinfo=:(Pers _) (next :! rest) ds) ps
	// compile phase: check module 'next'
	# ps = trace_n ("comp step",next) ps
	| StringOccurs next ds.modpaths
		// if already done then skip
		= step intr (DComp force dircache compinfo rest ds) ps
	# modname					= GetModuleName next
	| isProjLibraryModule modname ds.libsinfo
		// instead of testing explicitly put libmodules in done <= conflicts with other administration
		= step intr (DComp force dircache compinfo rest ds) ps
	# ps = trace_n ("update",next) ps
	# (ps,dircache,ok,newpaths`,rest,compinfo,ds,_)
							= UpdateDependencies force next rest compinfo dircache ds ps
	# ds	= {ds & newpaths = ds.newpaths || newpaths`, ok = ok}
	| not ok
		# (Pers inf)		= compinfo
		# (_,ps)			= trace_n "exit compiler!" ExitCleanCompiler (inf,ps)
		# (paths,ds)		= ds!modpaths
		= step intr (DGene paths SyncCodeGeneration ds) ps
	# ds	= {ds & modpaths = next :! ds.modpaths}
	= cont (DComp force dircache compinfo rest ds,ps)

step intr (DComp force dircache (Async [] async_compiling_info=:{max_n_processes,compiler_process_ids,unknown_finished_processors=NoUnknownFinishedProcessors}) Nil ds) ps
	// compile phase finished: remove all modules not (indirectly) imported by main module
	# project				= PR_SetBuilt ds.modpaths ds.project	// removes unused modules
	# (modpaths,project)	= PR_GetModulenames True IclMod project
	# ds					= {ds & modpaths = modpaths, project = project}
	# (os_error,ps)			= ClearCompilerCaches compiler_process_ids ps;
	# ps					= showInfo (Level1 "Generating...") ps
	# (paths,ds)			= ds!modpaths
	= step intr (DGene paths (ASyncCodeGeneration [] async_compiling_info) ds) ps

step intr (DComp force dircache (AsyncWin [] {win_compiler_process_ids}) Nil ds) ps
	// compile phase finished: remove all modules not (indirectly) imported by main module
	# project				= PR_SetBuilt ds.modpaths ds.project	// removes unused modules
	# (modpaths,project)	= PR_GetModulenames True IclMod project
	# ds					= {ds & modpaths = modpaths, project = project}
	# ps = {ps & io=QuitCleanCompiler True win_compiler_process_ids ps.io};
	# ps					= showInfo (Level1 "Generating...") ps
	# (paths,ds)			= ds!modpaths
	= step intr (DGene paths SyncCodeGeneration ds) ps

step intr state=:(DComp force _ (Async _ _) _ _) ps
	# ps					= traceInfo (Level3 ["check_completed..."]) ps
	# (state, ps)			= check_completed state ps
	# ps					= traceInfo (Level3 ["start_compilations..."]) ps
	# (state, ps)			= start_compilations state ps
	= cont (state, ps)
	where
		check_completed :: !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		check_completed state=:(DComp force _ (Async current=:[_:_] {max_n_processes}) _ _)  ps
			= case (CompilePollCompleted ps) of
				(NoFinishedCompiler,ps)
					-> check_unknow_processors_are_known state ps
				(UnknownFinishedCompiler,ps)
					-> case state of
						DComp force dircache (Async current {max_n_processes,compiler_process_ids,unknown_finished_processors}) todo ds
							# unknown_finished_processors = add_unknown_finished_processor unknown_finished_processors
							# state = DComp force dircache (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) todo ds
							-> check_completed state ps
				(FinishedCompiler completedSlot exitcode,ps)
					# ps = traceInfo (Level3 ["process_completed...",toString completedSlot,toString exitcode]) ps
					#! (state,ps) = process_completed completedSlot exitcode state ps
					-> check_completed state ps
		check_completed state ps
			= check_unknow_processors_are_known state ps

		check_unknow_processors_are_known (DComp force dircache (Async current {max_n_processes,compiler_process_ids,unknown_finished_processors=UnknownFinishedProcessors n_unknown_finished_processors known_finished_processors}) todo ds) ps
			| n_unknown_finished_processors+length known_finished_processors>=max_n_processes
				# state = DComp force dircache (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=NoUnknownFinishedProcessors}) todo ds
				# (state,ps) = handle_completed_processes 0 state ps
					with
						handle_completed_processes process_n state ps
							| process_n>=max_n_processes
								= (state,ps)
							| isMember process_n known_finished_processors
								= handle_completed_processes (process_n+1) state ps
								# (_,ps) = SendRepeatResult process_n ps
								/*
								# exitcode = 1
								# ps = traceInfo (Level3 ["process_completed...",toString process_n,toString exitcode]) ps
								#! (state,ps) = process_completed process_n exitcode state ps
								*/
								= handle_completed_processes (process_n+1) state ps								
				= (state, ps)
		check_unknow_processors_are_known state ps
			=	(state, ps)

		process_completed :: !Int !Int !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		process_completed completedSlot exitcode (DComp force dircache (Async current {max_n_processes,compiler_process_ids,unknown_finished_processors}) todo ds) ps
			# (completed, current)			= removeFromCurrent completedSlot current
			# unknown_finished_processors	= remove_from_unknown_finished_processors completedSlot unknown_finished_processors
			# (startupdir,ps)				= getStup ps
			#  typewin = updateTypeWindow True (GetModuleName completed.iclModule) [typeWinKeyboard, typeWinMouse]
			# ccstring						= "dummy ccstring for now.."
			# (abcpath,res,ps)				= CompileHandleExitCode exitcode ccstring startupdir completedSlot updateErrorWindow typewin 
												completed.iclModule completed.options.listTypes ps // types param
			# (_,(ps,fileinfo,dircache,abccache,project,ok,newpaths`,_,deps))
											= ProcessCompilerMsg Nothing Compilation completed.options completed.iclModule abcpath res ds.fileinfo dircache ds.abccache ds.project ps
			# ds							= {ds & newpaths = ds.newpaths || newpaths`, fileinfo = fileinfo, abccache = abccache, project = project, ok = ok}
			| ok				
				# ds = {ds & modpaths = icl_to_dcl_file_name completed.iclModule :! ds.modpaths}
				= (DComp force dircache (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) (Concat deps todo) ds, ps)
			// not ok
				# (os_error,ps) = ClearCompilerCaches compiler_process_ids ps;
				# (paths,ds)	= ds!modpaths
				= (DGene paths SyncCodeGeneration ds, ps)
			where
				removeFromCurrent :: Int [CurrentlyCompiled] -> (CurrentlyCompiled, [CurrentlyCompiled])
				removeFromCurrent _ []
					=	abort "driver.icl: unknown threadId"
				removeFromCurrent completedSlot [current=:{slot} : rest]
					| completedSlot == slot
						=	(current, rest)
					// otherwise
						# (completed, rest) = removeFromCurrent completedSlot rest
						= (completed, [current : rest])

		start_compilations :: !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		start_compilations state=:(DComp force dircache (Async current {max_n_processes,compiler_process_ids,unknown_finished_processors}) (next :! rest) ds) ps
			// all threads used?
			| length current >= max_n_processes
				# ps = DelayEventLoop ps;			
				= (state, ps)
			// compile phase: check module 'next'
			# next_icl = dcl_to_icl_file_name next;
			| StringOccurs next ds.modpaths || currently_compiled next_icl current
				= start_compilations (DComp force dircache (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) rest ds) ps
			# modname = GetModuleName next
			| isProjLibraryModule modname ds.libsinfo
				// instead of testing explicitly put libmodules in done <= conflicts with other administration
				= (DComp force dircache (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) rest ds, ps)
			# (ps,dircache,ok,_,rest,compinfo,ds,_)
				= UpdateDependencies force next rest (Async current {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) dircache ds ps
			# ds = {ds & ok = ok}
			| not ok
				# (os_error,ps) = ClearCompilerCaches compiler_process_ids ps;
				#! (paths,ds)	= ds!modpaths
				= (DGene paths SyncCodeGeneration ds, ps)
			= start_compilations (DComp force dircache compinfo rest ds) ps
		start_compilations state ps
//			# ps = traceInfo (Level3 ["start_compilations no next..."]) ps
			# ps = DelayEventLoop ps
			= (state, ps)

		currently_compiled :: String [CurrentlyCompiled] -> Bool
		currently_compiled next current
			=	or [c.iclModule == next	\\ c <- current]

step intr state=:(DComp force dircache compinfo=:(AsyncWin _ _) rest ds) ps
	# ps					= traceInfo (Level3 ["check_completed..."]) ps
	# (state, ps) = check_completed state ps
	# ps					= traceInfo (Level3 ["start_compilations..."]) ps
	# (state, ps) = start_compilations state ps
	= cont (state, ps)
	where
		check_completed :: !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		check_completed state=:(DComp _ _ (AsyncWin current=:[_:_] _) _ _)  ps
			=	case (CompilePollCompleted ps) of
					(NoFinishedCompiler, ps)
						-> (state, ps)
					(FinishedCompiler completedSlot exitcode, ps)
						#! (state,ps) = process_completed completedSlot exitcode state ps
						-> check_completed state ps
					(UnknownFinishedCompiler,ps)
						-> (state, ps)	// -> doesn't occur on win
		check_completed state ps
			=	(state, ps)

		process_completed :: !Int !Int !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		process_completed completedSlot exitcode (DComp force dircache (AsyncWin current {win_max_n_processes,win_compiler_process_ids}) todo ds) ps
			# (completed, current)	= removeFromCurrent completedSlot current
			# (startupdir,ps)		= getStup ps
			# typewin				= updateTypeWindow True (GetModuleName completed.iclModule) [typeWinKeyboard, typeWinMouse]
			# ccstring				= "dummy ccstring for now.."
			# (abcpath,res,ps)		= CompileHandleExitCode exitcode ccstring startupdir completedSlot updateErrorWindow typewin 
										completed.iclModule completed.options.listTypes ps // types param
			# (_,(ps,fileinfo,dircache,abccache,project,ok,newpaths`,_,deps))
				= ProcessCompilerMsg Nothing Compilation completed.options completed.iclModule abcpath res ds.fileinfo dircache ds.abccache ds.project ps
			# ds					= {ds & newpaths = ds.newpaths || newpaths`, fileinfo = fileinfo, abccache = abccache, project = project, ok = ok}
			| ok
				# ds = {ds & modpaths = icl_to_dcl_file_name completed.iclModule :! ds.modpaths}
				= (DComp force dircache (AsyncWin current {win_max_n_processes=win_max_n_processes,win_compiler_process_ids=win_compiler_process_ids}) (Concat deps todo) ds, ps)
			// not ok
				# (paths,ds)	= ds!modpaths
				# ps = {ps & io=QuitCleanCompiler True win_compiler_process_ids ps.io};
				= (DGene paths SyncCodeGeneration ds, ps)
			where
				removeFromCurrent :: Int [CurrentlyCompiled] -> (CurrentlyCompiled, [CurrentlyCompiled])
				removeFromCurrent _ []
					=	abort "driver.icl: unknown threadId"
				removeFromCurrent completedSlot [current=:{slot} : rest]
					| completedSlot == slot
						=	(current, rest)
					// otherwise
						# (completed, rest) = removeFromCurrent completedSlot rest
						= (completed, [current : rest])

		start_compilations :: !*DriverState !*(PSt General) -> (!*DriverState,!*PSt General)
		start_compilations state=:(DComp force dircache (AsyncWin current {win_max_n_processes,win_compiler_process_ids}) (next :! rest) ds) ps
			| length current >= win_max_n_processes
				# ps = DelayEventLoop ps;			
				= (state, ps)
		// compile phase: check module 'next'
			# next_icl = dcl_to_icl_file_name next;
			| StringOccurs next ds.modpaths || currently_compiled next_icl current
				= start_compilations (DComp force dircache (AsyncWin current {win_max_n_processes=win_max_n_processes,win_compiler_process_ids=win_compiler_process_ids}) rest ds) ps
			# modname = GetModuleName next
			| isProjLibraryModule modname ds.libsinfo
				// instead of testing explicitly put libmodules in done <= conflicts with other administration
				= (DComp force dircache (AsyncWin current {win_max_n_processes=win_max_n_processes,win_compiler_process_ids=win_compiler_process_ids}) rest ds, ps)
			# (ps,dircache,ok,_,rest,compinfo,ds,_)
				= UpdateDependencies force next rest (AsyncWin current {win_max_n_processes=win_max_n_processes,win_compiler_process_ids=win_compiler_process_ids}) dircache ds ps
			# ds = {ds & ok = ok}
			| not ok
				#! (paths,ds)	= ds!modpaths
				# ps = {ps & io=QuitCleanCompiler True win_compiler_process_ids ps.io};
				= (DGene paths SyncCodeGeneration ds, ps)
			= start_compilations (DComp force dircache compinfo rest ds) ps
		start_compilations state=:(DComp force dircache (AsyncWin [] _) Nil ds) ps
			= (state, ps)
		start_compilations state ps
			# ps = DelayEventLoop ps;
			= (state, ps)

		currently_compiled :: String [CurrentlyCompiled] -> Bool
		currently_compiled next current
			=	or [c.iclModule == next \\ c <- current]

step intr (DGene Nil SyncCodeGeneration ds) ps
	#! ps	= showInfo (Level1 "Linking...") ps
	= step intr (DLink ds) ps

step intr (DGene Nil (ASyncCodeGeneration [] {unknown_finished_processors=NoUnknownFinishedProcessors,compiler_process_ids}) ds) ps
	# ps = setCompilerProcessIds compiler_process_ids ps
	#! ps	= showInfo (Level1 "Linking...") ps
	= step intr (DLink ds) ps

step intr (DGene (path:!rest) SyncCodeGeneration ds) ps
	| not ds.ok || intr
		# ds = {ds & ok = False}
		= step intr (DLink ds) ps
	# (ps,abccache,fileinfo,gen,abcpath)	= CheckABCOutOfDate False path ds.abccache ds.fileinfo ds.project ps
	# (ps,abccache,fileinfo,project,ok,_)	= GenCodeTheProjectModule gen False CodeGeneration abcpath abccache fileinfo ds.project ps
	# ds = {ds & abccache = abccache, fileinfo = fileinfo, project = project, ok = ok}
	| not ok
		= step intr (DLink ds) ps
	= cont (DGene rest SyncCodeGeneration ds, ps)

step intr (DGene paths (ASyncCodeGeneration busy_processes {max_n_processes,compiler_process_ids,unknown_finished_processors}) ds) ps
	# (ok,busy_processes,unknown_finished_processors,project,fileinfo,ps)
		= handle_finished_code_generators busy_processes unknown_finished_processors ds.project ds.fileinfo ps
		with
			handle_finished_code_generators busy_processes=:[_:_] unknown_finished_processors project fileinfo ps
				= case (CompilePollCompleted ps) of
					(NoFinishedCompiler, ps)
						-> check_unknow_processors_are_known busy_processes unknown_finished_processors project fileinfo ps
					(UnknownFinishedCompiler,ps)
						# unknown_finished_processors = add_unknown_finished_processor unknown_finished_processors
						-> (True,busy_processes,unknown_finished_processors,project,fileinfo,ps)
					(FinishedCompiler finished_cg_slot_n exit_code, ps)
//						# ps  = trace ("code generator finished "+++toString finished_cg_slot_n+++" "+++toString exit_code+++"\n") ps
//						# ps  = trace ("f "+++toString finished_cg_slot_n+++" "+++toString exit_code+++" ") ps

						# unknown_finished_processors = remove_from_unknown_finished_processors finished_cg_slot_n unknown_finished_processors
						# (abc_path,obj_path,busy_processes) = get_paths_and_remove_process_from_list finished_cg_slot_n busy_processes
							with
								get_paths_and_remove_process_from_list finished_cg_slot_n [busy_process=:(slot,abc_path,obj_path) : rest]
									| finished_cg_slot_n==slot
										= (abc_path,obj_path,rest)
										# (abc_path,obj_path,rest) = get_paths_and_remove_process_from_list finished_cg_slot_n rest
										= (abc_path,obj_path,[busy_process:rest])
								get_paths_and_remove_process_from_list finished_cg_slot_n []
									= abort "driver.icl: unknown code generator id"
						| exit_code==0
							# (fileinfo,ps) = accFiles (FI_UpdateObjDate abc_path obj_path fileinfo) ps
							# project = PR_SetCodeGenerated (GetModuleName abc_path) project
							-> handle_finished_code_generators busy_processes unknown_finished_processors project fileinfo ps
							-> (False,busy_processes,unknown_finished_processors,project,fileinfo,ps)
			handle_finished_code_generators [] unknown_finished_processors project fileinfo ps
				= check_unknow_processors_are_known [] unknown_finished_processors project fileinfo ps

			check_unknow_processors_are_known busy_processes (UnknownFinishedProcessors n_unknown_finished_processors known_finished_processors) project fileinfo ps
				| n_unknown_finished_processors+length known_finished_processors>=max_n_processes
					# (busy_processes,project,fileinfo,ps) = handle_completed_processes 0 busy_processes project fileinfo ps
						with
							handle_completed_processes process_n busy_processes project fileinfo ps
								| process_n>=max_n_processes
									= (busy_processes,project,fileinfo,ps)
								| isMember process_n known_finished_processors
									= handle_completed_processes (process_n+1) busy_processes project fileinfo ps
									# (_,ps) = SendRepeatResult process_n ps
									/*
									# unknown_finished_processors = remove_from_unknown_finished_processors finished_cg_slot_n unknown_finished_processors
									# (abc_path,obj_path,busy_processes) = get_paths_and_remove_process_from_list finished_cg_slot_n busy_processes
										with
											get_paths_and_remove_process_from_list finished_cg_slot_n [busy_process=:(slot,abc_path,obj_path) : rest]
												| process_n==slot
													= (abc_path,obj_path,rest)
													# (abc_path,obj_path,rest) = get_paths_and_remove_process_from_list finished_cg_slot_n rest
													= (abc_path,obj_path,[busy_process:rest])
											get_paths_and_remove_process_from_list finished_cg_slot_n []
												= abort "driver.icl: unknown code generator id"
									# (fileinfo,ps) = accFiles (FI_UpdateObjDate abc_path obj_path fileinfo) ps
									# project = PR_SetCodeGenerated (GetModuleName abc_path) project
									*/
									= handle_completed_processes (process_n+1) busy_processes project fileinfo ps								
					= (True,busy_processes,NoUnknownFinishedProcessors,project,fileinfo,ps)
			check_unknow_processors_are_known busy_processes unknown_finished_processors project fileinfo ps
				= (True,busy_processes,unknown_finished_processors,project,fileinfo,ps)
	# ds = {ds & fileinfo = fileinfo, project = project, ok = ds.ok && ok && not intr}
	| not ds.ok
		= cont (DGene paths (ASyncCodeGeneration busy_processes {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) ds,ps)
	| (length busy_processes>=max_n_processes || (case paths of Nil -> True ; _ -> False))
		# ps = DelayEventLoop ps
		= cont (DGene paths (ASyncCodeGeneration busy_processes {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) ds,ps)
	# (ok,paths,busy_processes,fileinfo,abccache,ps) = start_code_generators paths busy_processes ds.fileinfo ds.abccache ps
		with
			start_code_generators :: (List {#Char}) [(Int,{#Char},{#Char})] FileInfoCache *ABCCache !*(PSt *General) -> *(.Bool,(List {#Char}),[(Int,{#Char},{#Char})],FileInfoCache,*ABCCache,!*(PSt *General))
			start_code_generators paths=:(path :! rest) busy_processes fileinfo abccache ps
				| length busy_processes>=max_n_processes
		 			# ps = DelayEventLoop ps
					= (True,paths,busy_processes,fileinfo,abccache,ps)
				# (ps,abccache,fileinfo,gen,abc_path)
									= CheckABCOutOfDate False path abccache fileinfo project ps
				# cgo				= PR_GetCodeGenOptions project
				# (proc,ps)			= getCurrentProc ps
				# ((abccache,fileinfo,info), ps)
									= FI_GetFileInfo proc abc_path abccache fileinfo ps
				| not gen
					= start_code_generators rest busy_processes fileinfo abccache ps
				# ps				= showInfo (Level2 (
													(foldl (+++) ("Generating code for "
																	+++ RemovePath abc_path) [" "+++RemovePath abc_path \\ (_,abc_path,_)<-busy_processes])
													)) ps
				# (startupdir,ps)	= getStup ps
				# (cgen,ps)			= getCurrentCgen ps
				# ao				= PR_GetApplicationOptions project
				# (prefs,ps)		= getPrefs ps
				# defaultCO			= prefs.compopts
				# modname			= GetModuleName abc_path
				# co				= case (PR_GetModuleInfo modname project) of
										Just modinfo	-> modinfo.compilerOptions
										_				-> defaultCO
				# timeprofile		= ao.profiling && (not co.neverTimeProfile)
				# free_slot			= hd (removeMembers [0..max_n_processes-1] [slot \\ (slot,_,_) <- busy_processes])				

//				# ps  = trace ("code generator started "+++toString free_slot+++"\n") ps
//				# ps  = trace ("s "+++toString free_slot+++" ") ps

				# (res,obj_path,compiler_process_ids,ps) = StartCodeGenerator cgen updateErrorWindow CodeGeneration abc_path free_slot timeprofile cgo proc ao startupdir compiler_process_ids ps
				| not res				
					= (False,rest,busy_processes,fileinfo,abccache,ps)
				# busy_processes	= [(free_slot,abc_path,obj_path):busy_processes]
				= start_code_generators rest busy_processes fileinfo abccache ps
			start_code_generators Nil busy_processes fileinfo abccache ps
				# ps = DelayEventLoop ps
				= (True,Nil,busy_processes,fileinfo,abccache,ps)
	# ds = {ds & fileinfo = fileinfo, abccache = abccache, ok = ok}
	= cont (DGene paths (ASyncCodeGeneration busy_processes {max_n_processes=max_n_processes,compiler_process_ids=compiler_process_ids,unknown_finished_processors=unknown_finished_processors}) ds, ps)

step intr (DLink ds=:{ok, newpaths, fileinfo, libsinfo, modpaths, abccache, project, continue}) ps
	//	Check whether executable is out of date and relink it	if required.
	| intr || not ok
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	# lo						= PR_GetLinkOptions project
	# (prj_path,ps)				= getPath ps
	# (app_path,ps)				= getStup ps
	# (defpaths,ps)				= getCurrentPaths ps
	# prjpaths					= PR_GetPaths project
	# srcpaths					= AppendLists prjpaths defpaths

	// set up dircache for 'Clean System Files'
	# ((errs,warns,abcPathsCache),ps)	= accFiles (DC_Setup (Map MakeSystemPathname srcpaths)) ps
	// need to handle this differently? Now barfs on paths without Clean System File subdirs
	// maybe use variant DC_Setup which ignores nonexistent CSF-dirs...
	# ({be_verbose},ps)			= getPrefs ps
	# ps						= HandleDCErrors be_verbose errs warns ps
	# (ok,full_sys0,_,abcPathsCache) = DC_Search (MakeABCPathname System) abcPathsCache
	# full_sys					= full_sys0 +++ {dirseparator} +++ (MakeABCPathname System)
	# full_sys`					= MakeImpPathname full_sys
	
	# ao						= PR_GetApplicationOptions project
	// possibly patch _system to correct profiling settings...

//	# tp						= PR_GetProcessor project
	# (tp,ps)					= getCurrentProc ps
	# ((abccache,fileinfo,modinfo),ps)
								= FI_GetFileInfo tp  full_sys` abccache fileinfo ps
	
	# wantstp					= ao.profiling //&& (not co.neverTimeProfile)
	# compile					= /*mp <> info.abcOptions.abcMemoryProfile ||*/ wantstp <> modinfo.abcOptions.abcTimeProfile
	# lines						= if (be_verbose && compile)
									(Level3 ["["+++(MakeABCPathname System)+++",]: compiled with different options"])
									(Level3 [])
	# ps						= verboseInfo be_verbose lines ps
	# (version,ps)				= getCurrentVers ps
	# (patched, ps)				= accFiles (PatchSystemABC version compile full_sys /*ao.memoryProfiling*/ wantstp) ps
	| not patched
		# line					= Level3 ["Error: ["+++(MakeABCPathname System)+++",]: could not be patched."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	# ((abcdate,fileinfo), ps)	= accFiles (FI_UpdateAbcDate full_sys` full_sys wantstp fileinfo) ps
	# (ps,abccache,fileinfo,genabc,abcpath)
								// check _system module out of date
								= CheckABCOutOfDate True full_sys` abccache fileinfo project ps
	# (ps,abccache,fileinfo,project,ok,system_obj_path)
								// if out of date regenerate
								= GenCodeTheProjectModule genabc True CodeGeneration abcpath abccache fileinfo project ps
	# (sys_date, ps)			= accFiles (FModified full_sys) ps
	# sys_obj					= full_sys0 +++ {dirseparator} +++ (MakeObjPathname tp System)
	# (sys_obj_date,ps)			= accFiles (FModified sys_obj) ps
	# sys_obj_date_time			= DATEtoDateTime sys_obj_date
	# (abcPathsCache,ps)		= case genabc of
									True
										-> (DC_Update ((MakeObjPathname tp System),full_sys0,sys_obj_date_time) abcPathsCache,ps)
												// need to check if line above actually works now...
									False
										-> (abcPathsCache,ps)
	| not ok
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)

	# ((ok,_,_,_,sys_objs,sys_libs,abccache),ps)
								= accFiles (ParseABCDependencies` abcpath sys_date abccache) ps
	| not ok
		# line					= Level3 ["Error: ["+++(MakeABCPathname System)+++",]: could not be analysed."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	
	# prj_path`					= RemoveFilename prj_path
	# execpath					= PR_GetExecPath project
	# execpath					= fulPath app_path prj_path` execpath
	# ps						= showInfo (Level2 ("Linking '" +++ RemovePath execpath +++ "'")) ps
	
	# (use_64_bit_processor,ps) = getCurrent64BitProcessor ps

	// runtime objects and dynamic libs
	# stdl						= Concat sys_libs (standardStaticLibraries tp lo.method)
	# stdo						= Concat sys_objs (standardObjectFiles ao.stack_traces ao.profiling tp use_64_bit_processor)
	# (stdoOk,ofiles,abcPathsCache)
								= case ao.standard_rte of
									True	-> GetPathNames stdo Nil abcPathsCache
									False	-> (True,Nil,abcPathsCache)
	# (stdlOk,lfiles,abcPathsCache)
								= case ao.standard_rte of
									True	-> GetPathNames stdl Nil abcPathsCache
									False	-> (True,Nil,abcPathsCache)
	| not stdoOk
		# line					= Level3 ["Link error: File: '" +++ (Head ofiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	| not stdlOk
		# line					= Level3 ["Link error: File: '" +++ (Head lfiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)

	// environment objects and dynamic libs
	# (deflibs,ps)				= getCurrentDlibs ps
	# (defobjs,ps)				= getCurrentObjts ps
	# ofiles					= Concat defobjs ofiles
	# lfiles					= Concat deflibs lfiles
/* NO: these are stored with full path so need different approach???
	# (defobjsOk,defobjs,abcPathsCache)
								= GetPathNames defobjs Nil abcPathsCache
	# (deflibsOk,deflibs,abcPathsCache)
								= GetPathNames deflibs Nil abcPathsCache
	| not defobjsOk
		# line					= Level3 ["Link error: File: '" +++ (Head defobjs) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo abccache modpaths project intr ps
	| not deflibsOk
		# line					= Level3 ["Link error: File: '" +++ (Head deflibs) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo abccache modpaths project intr ps
*/

	// clean modules
	# (clmodpaths,fileinfo)		= FI_GetCleanModules system_obj_path libsinfo fileinfo
	// why couldn't we use ds.modpaths above??? No we need to do trickery to ensure main module is first!
	# (rootpath,project)		= PR_GetRootPathName project
	# rootpath					= MakeObjSystemPathname tp rootpath 
	# clmodpaths				= RemoveStringFromList rootpath clmodpaths
	# ofiles` = ofiles
	# ofiles					= rootpath :! ofiles
	
	# ofiles					= Reverse2 clmodpaths ofiles

	// module imported objects and dynamic libs
	# abcLinkInfo				= PR_GetABCLinkInfo project
	# linkObjFileNames			= Map (append_object_file_extension_if_dot_at_end tp use_64_bit_processor) abcLinkInfo.linkObjFileNames
	# (objPathsOk,ofiles,abcPathsCache)
								= GetPathNames linkObjFileNames ofiles abcPathsCache
	# (_,ofiles`,abcPathsCache) = GetPathNames /*abcLinkInfo.*/linkObjFileNames ofiles` abcPathsCache
	# (libPathsOk,lfiles,abcPathsCache)
								= GetPathNames abcLinkInfo.linkLibraryNames lfiles abcPathsCache
	| not objPathsOk
		# line					= Level3 ["Link error: File: '" +++ (Head ofiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	| not libPathsOk
		# line					= Level3 ["Link error: File: '" +++ (Head lfiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)

	// project objects and dynamic libs
/* full paths again...
	# (loobjsOk,ofiles,abcPathsCache)
								= GetPathNames lo.extraObjectModules ofiles abcPathsCache
	# (lolibsOk,lfiles,_)
								= GetPathNames lo.libraries lfiles abcPathsCache
*/
	# loobjsOk					= True
	# lolibsOk					= True
	# extraObjectModules		= lo.extraObjectModules
	# extraObjectModules		= Map (append_object_file_extension_if_dot_at_end tp use_64_bit_processor) extraObjectModules
	# ofiles					= Concat extraObjectModules ofiles
	# ofiles`					= Concat extraObjectModules ofiles`
	# lfiles					= Concat lo.libraries lfiles
	
	| not loobjsOk
		# line					= Level3 ["Link error: File: '" +++ (Head ofiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)
	| not lolibsOk
		# line					= Level3 ["Link error: File: '" +++ (Head lfiles) +++ "' not found."]
		# ps					= showInfo line ps
		= continue False newpaths False fileinfo libsinfo modpaths project intr (abccache, ps)

	# (env_static_libs,ps)		= getCurrentSlibs ps
	#! sfiles					= Concat (SL_Libs libsinfo) env_static_libs		// only if really used?
	#! ofiles					= Reverse ofiles
	#! lfiles					= Reverse lfiles

//*	
	// .exe or .dat older than module.o
	// martijn also wants comparison with other libs and objs
	// !!! fails to check if console type options have changed...
	// ie. tries with old-fashioned PR_ExecUptoDate...
	// can't really fix this...
//	# (genabc,ps)				= CheckObjsOutOfDate genabc ofiles ps
//	# (genabc,ps) 				= CheckLibsOutOfDate genabc lfiles ps
	# (ood,ps)					= case lo.method of
									LM_Static  
										# (ood,ps) = CheckObjsOutOfDate genabc execpath ofiles` ps
										| ood -> (ood,ps)
										-> CheckExecOutOfDate genabc execpath fileinfo project ps
									LM_Dynamic -> CheckExecOutOfDate genabc  ((RemoveSuffix` execpath) +++. ".bat") fileinfo project ps
	| not ood
		= continue True False False fileinfo libsinfo modpaths project intr (abccache, ps)
//*/
	# static_info = 
		{ stat_mods				= modpaths
		, stat_objs				= ofiles
		, stat_slibs			= sfiles
		, stat_dlibs			= lfiles
		, stat_paths			= srcpaths
		, stat_app_path			= app_path
		, stat_prj_path			= prj_path`
		}
	# project					= setStaticInfo static_info project
	# (_,ps)					= accFiles (SaveProjectFile prj_path project app_path) ps
	# (linkstr,ps)				= getCurrentLink ps
	# (startupdir,ps)			= getStup ps
		
// want to wait with .exe out of date checks till here...
// ao ok
// lfiles ok
// ofiles ok
// sfiles ok
// so: chache .exe date with used ao and lfiles,ofiles,sfiles dates...
// can imporve now by Younger checking all objects

	# optionspath				= MakeOptionsName prj_path tp
	# (dynlstr,ps)				= getCurrentDynl ps
	# (ps, ok)					= Link linkstr updateErrorWindow execpath ao
									optionspath lfiles ofiles sfiles
									(lo.method == LM_Static)
									lo.generate_relocations
									lo.generate_link_map
									lo.link_resources
									(fulPath app_path prj_path` lo.resource_source)
									lo.generate_dll
									(fulPath app_path prj_path` lo.dll_export_list_name)
									startupdir dynlstr tp /*lo.add_carb_resource*/ use_64_bit_processor ps
	# project					= if ok (PR_SetLinked project) project
	= continue ok False ok fileinfo libsinfo modpaths project intr (abccache, ps)
where
	DATEtoDateTime :: !DATE -> DateTime
	DATEtoDateTime {DATE | yy,mm,dd,h,m,s}
		= ({year=yy,month=mm,day=dd,dayNr=0},{hours=h,minutes=m,seconds=s})

step intr DDone