backendconvert.icl 68.7 KB
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implementation module backendconvert

import code from library "backend_library"

import StdEnv

import frontend
import backend
import backendsupport, backendpreprocess
import RWSDebug
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import StdDebug
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// trace macro
(-*->) infixl
(-*->) value trace
	:==	value // ---> trace
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/*
sfoldr op r l
	:== foldr l
	where
		foldr [] = r
		foldr [a:x] = \s -> op a (foldr x) s
*/
sfoldr op r l s
	:== foldr l s
	where
		foldr [] = r
		foldr [a:x] = op a (foldr x)
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// fix spelling, this will be removed when cases are implemented in the back end
:: BackEndBody :== BackendBody
BackEndBody x :== BackendBody x


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:: BEMonad a :== St !*BackEndState !a
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:: BackEnder :== *BackEndState -> *BackEndState
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//
:: *BackEndState = {bes_backEnd :: !BackEnd, bes_varHeap :: !*VarHeap}
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appBackEnd f beState
	:== {beState & bes_backEnd = bes_backEnd}
	where
		bes_backEnd = f beState.bes_backEnd
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accBackEnd f beState
	:== accBackEnd
	where
		accBackEnd
			# (result, bes_backEnd) =	f beState.bes_backEnd
			#! beState2 = {beState & bes_backEnd = bes_backEnd}
			= (result,beState2)
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accVarHeap f beState
	:== (result, {beState & bes_varHeap = varHeap})
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	where
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		(result, varHeap) =	f beState.bes_varHeap
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read_from_var_heap ptr _ beState
	= (result, {beState & bes_varHeap = varHeap})
where
		(result, varHeap) =	readPtr ptr beState.bes_varHeap
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write_to_var_heap ptr v beState
	= {beState & bes_varHeap = writePtr ptr v beState.bes_varHeap}
/*
read_from_var_heap ptr heap be
	= (sreadPtr ptr heap,be)
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::	*BackEndState :== BackEnd

appBackEnd f beState :== f beState
accBackEnd f beState :== f beState
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accVarHeap f beState :== f beState
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*/
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beApFunction0 f
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	:== appBackEnd f
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beApFunction1 f m1
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	:== m1 ==> \a1
	->	appBackEnd (f a1)
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beApFunction2 f m1 m2
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	appBackEnd (f a1 a2)
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beApFunction3 f m1 m2 m3
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	appBackEnd (f a1 a2 a3)
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beApFunction4 f m1 m2 m3 m4
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	appBackEnd (f a1 a2 a3 a4)
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beApFunction5 f m1 m2 m3 m4 m5
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	appBackEnd (f a1 a2 a3 a4 a5)
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beApFunction6 f m1 m2 m3 m4 m5 m6
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	m6 ==> \a6
	->	appBackEnd (f a1 a2 a3 a4 a5 a6)
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beApFunction7 f m1 m2 m3 m4 m5 m6 m7
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	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	m6 ==> \a6
	->	m7 ==> \a7
	->	appBackEnd (f a1 a2 a3 a4 a5 a6 a7)

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beFunction0 f
	:== accBackEnd f
beFunction1 f m1
	:== m1 ==> \a1
	->	accBackEnd (f a1)
beFunction2 f m1 m2
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	accBackEnd (f a1 a2)
beFunction3 f m1 m2 m3
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	accBackEnd (f a1 a2 a3)
beFunction4 f m1 m2 m3 m4
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	accBackEnd (f a1 a2 a3 a4)
beFunction5 f m1 m2 m3 m4 m5
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	accBackEnd (f a1 a2 a3 a4 a5)
beFunction6 f m1 m2 m3 m4 m5 m6
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	m6 ==> \a6
	->	accBackEnd (f a1 a2 a3 a4 a5 a6)
beFunction7 f m1 m2 m3 m4 m5 m6 m7
	:== m1 ==> \a1
	->	m2 ==> \a2
	->	m3 ==> \a3
	->	m4 ==> \a4
	->	m5 ==> \a5
	->	m6 ==> \a6
	->	m7 ==> \a7
	->	accBackEnd (f a1 a2 a3 a4 a5 a6 a7)

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changeArrayFunctionIndex selectIndex
	:== selectIndex

beBoolSymbol value
	:==	beFunction0 (BEBoolSymbol value)
beLiteralSymbol type value
	:==	beFunction0 (BELiteralSymbol type value)
beFunctionSymbol functionIndex moduleIndex
	:==	beFunction0 (BEFunctionSymbol functionIndex moduleIndex)
beSpecialArrayFunctionSymbol arrayFunKind functionIndex moduleIndex
	:==	beFunction0 (BESpecialArrayFunctionSymbol arrayFunKind (changeArrayFunctionIndex functionIndex) moduleIndex)
beDictionarySelectFunSymbol
	:==	beFunction0 BEDictionarySelectFunSymbol
beDictionaryUpdateFunSymbol
	:==	beFunction0 BEDictionaryUpdateFunSymbol
beConstructorSymbol moduleIndex constructorIndex
	:==	beFunction0 (BEConstructorSymbol constructorIndex moduleIndex)
beFieldSymbol fieldIndex moduleIndex
	:==	beFunction0 (BEFieldSymbol fieldIndex moduleIndex)
beTypeSymbol typeIndex moduleIndex
	:==	beFunction0 (BETypeSymbol typeIndex moduleIndex)
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beBasicSymbol symbolIndex
	:==	beFunction0 (BEBasicSymbol symbolIndex)
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beDontCareDefinitionSymbol
	:==	beFunction0 BEDontCareDefinitionSymbol
beNoArgs
	:==	beFunction0 BENoArgs
beArgs
	:==	beFunction2 BEArgs
beNoTypeArgs
	:==	beFunction0 BENoTypeArgs
beTypeArgs
	:==	beFunction2 BETypeArgs
beNormalNode
	:==	beFunction2 BENormalNode
beIfNode
	:==	beFunction3 BEIfNode
beGuardNode
	:==	beFunction7 BEGuardNode
beSelectorNode selectorKind
	:==	beFunction2 (BESelectorNode selectorKind)
beUpdateNode
	:==	beFunction1 BEUpdateNode
beNormalTypeNode
	:==	beFunction2 BENormalTypeNode
beVarTypeNode name
	:==	beFunction0 (BEVarTypeNode name)
beRuleAlt lineNumber
	:==	beFunction5 (BERuleAlt lineNumber)
beNoRuleAlts
	:==	beFunction0 BENoRuleAlts
beRuleAlts
	:==	beFunction2 BERuleAlts
beTypeAlt
	:==	beFunction2 BETypeAlt
beRule index isCaf
	:==	beFunction2 (BERule index isCaf)
beNoRules
	:==	beFunction0 BENoRules
beRules
	:==	beFunction2 BERules
beNodeDef sequenceNumber
	:==	beFunction1 (BENodeDef sequenceNumber)
beNoNodeDefs
	:==	beFunction0 BENoNodeDefs
beNodeDefs
	:==	beFunction2 BENodeDefs
beStrictNodeId
	:==	beFunction1 BEStrictNodeId
beNoStrictNodeIds
	:==	beFunction0 BENoStrictNodeIds
beStrictNodeIds
	:==	beFunction2 BEStrictNodeIds
beNodeIdNode
	:==	beFunction2 BENodeIdNode
beNodeId sequenceNumber
	:==	beFunction0 (BENodeId sequenceNumber)
beWildCardNodeId
	:==	beFunction0 BEWildCardNodeId
beConstructor
	:==	beFunction1 BEConstructor
beNoConstructors
	:==	beFunction0 BENoConstructors
beConstructors
	:==	beFunction2 BEConstructors
beNoFields
	:==	beFunction0 BENoFields
beFields
	:==	beFunction2 BEFields
beField fieldIndex moduleIndex 
	:==	beFunction1 (BEField fieldIndex moduleIndex)
beAnnotateTypeNode annotation
	:==	beFunction1 (BEAnnotateTypeNode annotation)
beAttributeTypeNode attribution
	:==	beFunction1 (BEAttributeTypeNode attribution)
beDeclareRuleType functionIndex moduleIndex name
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	:==	beApFunction0 (BEDeclareRuleType functionIndex moduleIndex name)
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beDefineRuleType functionIndex moduleIndex
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	:==	beApFunction1 (BEDefineRuleType functionIndex moduleIndex)
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beCodeAlt lineNumber
	:==	beFunction3 (BECodeAlt lineNumber)
beString string
	:==	beFunction0 (BEString string)
beStrings
	:==	beFunction2 BEStrings
beNoStrings
	:==	beFunction0 BENoStrings
beCodeParameter location
	:==	beFunction1 (BECodeParameter location)
beCodeParameters
	:==	beFunction2 BECodeParameters
beNoCodeParameters
	:==	beFunction0 BENoCodeParameters
beAbcCodeBlock inline
	:==	beFunction1 (BEAbcCodeBlock inline)
beAnyCodeBlock
	:==	beFunction3 BEAnyCodeBlock
beDeclareNodeId number lhsOrRhs name
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	:==	beApFunction0 (BEDeclareNodeId number lhsOrRhs name)
beAdjustArrayFunction backendId functionIndex moduleIndex
	:==	beApFunction0 (BEAdjustArrayFunction backendId functionIndex moduleIndex)
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beFlatType
	:==	beFunction2 BEFlatType
beNoTypeVars
	:==	beFunction0 BENoTypeVars
beTypeVars
	:==	beFunction2 BETypeVars
beTypeVar name
	:==	beFunction0 (BETypeVar name)
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beExportType dclTypeIndex iclTypeIndex
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	:==	beApFunction0 (BEExportType dclTypeIndex iclTypeIndex)
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beExportConstructor dclConstructorIndex iclConstructorIndex
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	:==	beApFunction0 (BEExportConstructor dclConstructorIndex iclConstructorIndex)
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beExportField dclFieldIndex iclFieldIndex
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	:==	beApFunction0 (BEExportField dclFieldIndex iclFieldIndex)
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beExportFunction dclIndexFunctionIndex iclFunctionIndex
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	:==	beApFunction0 (BEExportFunction dclIndexFunctionIndex iclFunctionIndex)
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beTupleSelectNode arity index
	:==	beFunction1 (BETupleSelectNode arity index)
beMatchNode arity
	:==	beFunction2 (BEMatchNode arity)
beDefineImportedObjsAndLibs
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	:== beApFunction2 BEDefineImportedObjsAndLibs
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beAbsType
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	:== beApFunction1 BEAbsType
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beSwitchNode
	:==	beFunction2 BESwitchNode
beCaseNode symbolArity
	:== beFunction4 (BECaseNode symbolArity)
bePushNode symbolArity
	:== beFunction3 (BEPushNode symbolArity)
beDefaultNode
	:==	beFunction3 BEDefaultNode
beNoNodeIds
	:==	beFunction0 BENoNodeIds
beNodeIds
	:==	beFunction2 BENodeIds
beNodeIdListElem
	:==	beFunction1 BENodeIdListElem
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// temporary hack
beDynamicTempTypeSymbol
	:== beFunction0 BEDynamicTempTypeSymbol
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notYetImplementedExpr :: Expression
notYetImplementedExpr
	=	(BasicExpr (BVS "\"error in compiler (something was not implemented by lazy Ronny)\"") BT_Int)

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backEndConvertModules :: PredefinedSymbols FrontEndSyntaxTree !Int *VarHeap *BackEnd -> (!*VarHeap,!*BackEnd)
/*
backEndConvertModules p s main_dcl_module_n v be
	= (newHeap,backEndConvertModulesH p s v be)
*/
backEndConvertModules p s main_dcl_module_n var_heap be
	# {bes_varHeap,bes_backEnd} = backEndConvertModulesH p s main_dcl_module_n newHeap {bes_varHeap=var_heap,bes_backEnd=be}
	= (bes_varHeap,bes_backEnd)

backEndConvertModulesH :: PredefinedSymbols FrontEndSyntaxTree !Int VarHeap *BackEndState -> *BackEndState
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backEndConvertModulesH predefs {fe_icl = fe_icl =: {icl_name, icl_functions, icl_common,icl_imported_objects,icl_used_module_numbers}, fe_components, fe_dcls, fe_arrayInstances, fe_dclIclConversions, fe_iclDclConversions,fe_globalFunctions} main_dcl_module_n varHeap backEnd
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	// sanity check ...
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//	| cIclModIndex <> kIclModuleIndex || cPredefinedModuleIndex <> kPredefinedModuleIndex
//		=	undef <<- "backendconvert, backEndConvertModules: module index mismatch"
	// ... sanity check
/*
	#  backEnd
		=	ruleDoesNotMatch 1 backEnd
			with
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				ruleDoesNotMatch 0 backEnd
					=	backEnd
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	#  backEnd
		=	abort "front end abort" backEnd
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*/	#! backEnd = appBackEnd (BESetMainDclModuleN main_dcl_module_n) backEnd
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	#! backEnd
		=	appBackEnd (BEDeclareModules (size fe_dcls)) backEnd
	#! backEnd
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		=	predefineSymbols fe_dcls.[cPredefinedModuleIndex] predefs backEnd
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	#  currentDcl
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	   	=	fe_dcls.[main_dcl_module_n]
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	   typeConversions
		=	currentModuleTypeConversions icl_common.com_class_defs currentDcl.dcl_common.com_class_defs currentDcl.dcl_conversions
/*
	# 	rstypes = reshuffleTypes (size icl_common.com_type_defs) typeConversions {type.td_name.id_name \\ type <-: currentDcl.dcl_common.com_type_defs}
		types = {type.td_name.id_name \\ type <-: icl_common.com_type_defs}
	#  backEnd
		=	backEnd ->>
				(	"dcl conversions"
				,	currentDcl.dcl_conversions
				,	"dcl constructors"
				,	[constructor.cons_symb.id_name \\ constructor <-: currentDcl.dcl_common.com_cons_defs]
				,	"dcl selectors"
				,	[selector.sd_symb.id_name \\ selector <-: currentDcl.dcl_common.com_selector_defs]
				,	"dcl types"
				,	[type.td_name.id_name \\ type <-: currentDcl.dcl_common.com_type_defs]
				,	"icl selectors"
				,	[constructor.cons_symb.id_name \\ constructor <-: icl_common.com_cons_defs]
				,	"icl fields"
				,	[selector.sd_symb.id_name \\ selector <-: icl_common.com_selector_defs]
				,	"icl types"
				,	[type.td_name.id_name \\ type <-: icl_common.com_type_defs]
				,	"compare names"
				,	(rstypes, types)
				)
*/
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	#! backEnd
		=	declareCurrentDclModule fe_icl fe_dcls.[main_dcl_module_n] main_dcl_module_n (backEnd -*-> "declareCurrentDclModule")
	#! backEnd
		=	declareOtherDclModules fe_dcls main_dcl_module_n icl_used_module_numbers (backEnd -*-> "declareOtherDclModules")
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// tempory hack
	#! backEnd
		=	declareDynamicTemp predefs (backEnd -*-> "declareDynamicTemp")

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	#! backEnd
		=	defineDclModule varHeap main_dcl_module_n fe_dcls.[main_dcl_module_n] (backEnd -*-> "defineDclModule(cIclMoIndex)")
	#! backEnd
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		=	reshuffleTypes (size icl_common.com_type_defs) typeConversions (backEnd -*-> "reshuffleTypes")
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	#! backEnd
		=	defineOtherDclModules fe_dcls main_dcl_module_n icl_used_module_numbers varHeap (backEnd -*-> "defineOtherDclModules")
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	#! backEnd
		=	appBackEnd (BEDeclareIclModule icl_name.id_name (size icl_functions) (size icl_common.com_type_defs) (size icl_common.com_cons_defs) (size icl_common.com_selector_defs)) (backEnd -*-> "BEDeclareIclModule")
	#! backEnd
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		=	declareFunctionSymbols icl_functions (getConversions fe_iclDclConversions) functionIndices fe_globalFunctions (backEnd -*-> "declareFunctionSymbols")
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		with
			getConversions :: (Optional {#Int}) -> {#Int}
			getConversions No
				=	{}
			getConversions (Yes conversions)
				=	conversions
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	#! backEnd
		=	declare main_dcl_module_n varHeap icl_common (backEnd -*-> "declare (main_dcl_module_n)")
	#! backEnd
		=	declareArrayInstances fe_arrayInstances main_dcl_module_n icl_functions (backEnd -*-> "declareArrayInstances")
	#! backEnd
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		=	adjustArrayFunctions predefs fe_arrayInstances main_dcl_module_n icl_functions fe_dcls icl_common.com_instance_defs icl_used_module_numbers varHeap (backEnd -*-> "adjustArrayFunctions")
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	#! (rules, backEnd)
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		=	convertRules [(index, icl_functions.[index]) \\ (_, index) <- functionIndices] main_dcl_module_n predefs.[PD_DummyForStrictAliasFun].pds_ident varHeap (backEnd -*-> "convertRules")
	#! backEnd
		=	appBackEnd (BEDefineRules rules) (backEnd -*-> "BEDefineRules")
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	#! backEnd
		=	beDefineImportedObjsAndLibs
				(convertStrings [imported.io_name \\ imported <- icl_imported_objects | not imported.io_is_library])
				(convertStrings [imported.io_name \\ imported <- icl_imported_objects | imported.io_is_library])
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				(backEnd -*-> "beDefineImportedObjsAndLibs")
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	#! backEnd
		=	markExports fe_dcls.[main_dcl_module_n] dcl_common.com_class_defs dcl_common.com_type_defs icl_common.com_class_defs icl_common.com_type_defs fe_dclIclConversions (backEnd -*-> "markExports")
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			with
				dcl_common
					=	currentDcl.dcl_common
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	#! backEnd = removeExpandedTypesFromDclModules fe_dcls icl_used_module_numbers backEnd
	=	(backEnd -*-> "backend done")
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	where
		componentCount
			=	length functionIndices
		functionIndices
			=	flatten [[(componentIndex, member) \\ member <- group.group_members] \\ group <-: fe_components & componentIndex <- [0..]]

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declareOtherDclModules :: {#DclModule} Int NumberSet -> BackEnder
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declareOtherDclModules dcls main_dcl_module_n used_module_numbers
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	=	foldStateWithIndexA declareOtherDclModule dcls
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where
	declareOtherDclModule :: ModuleIndex DclModule -> BackEnder
	declareOtherDclModule moduleIndex dclModule
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		| moduleIndex == main_dcl_module_n || moduleIndex == cPredefinedModuleIndex || not (inNumberSet moduleIndex used_module_numbers)
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			=	identity
		// otherwise
			=	declareDclModule moduleIndex dclModule

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defineOtherDclModules :: {#DclModule} Int NumberSet VarHeap -> BackEnder
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defineOtherDclModules dcls main_dcl_module_n used_module_numbers varHeap
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	=	foldStateWithIndexA (defineOtherDclModule varHeap) dcls
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where
	defineOtherDclModule :: VarHeap ModuleIndex DclModule -> BackEnder
	defineOtherDclModule varHeap moduleIndex dclModule
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		| moduleIndex == main_dcl_module_n || moduleIndex == cPredefinedModuleIndex || not (inNumberSet moduleIndex used_module_numbers)
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			=	identity
		// otherwise
			=	defineDclModule varHeap moduleIndex dclModule

declareCurrentDclModule :: IclModule DclModule Int -> BackEnder
declareCurrentDclModule {icl_common} {dcl_name, dcl_functions, dcl_is_system, dcl_common} main_dcl_module_n
	=	appBackEnd (BEDeclareDclModule main_dcl_module_n dcl_name.id_name dcl_is_system (size dcl_functions) (size icl_common.com_type_defs) (size dcl_common.com_cons_defs) (size dcl_common.com_selector_defs))
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declareDclModule :: ModuleIndex DclModule -> BackEnder
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declareDclModule moduleIndex {dcl_name, dcl_common, dcl_functions, dcl_is_system}
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	=	appBackEnd (BEDeclareDclModule moduleIndex dcl_name.id_name dcl_is_system (size dcl_functions) (size dcl_common.com_type_defs) (size dcl_common.com_cons_defs) (size dcl_common.com_selector_defs))
/*
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defineCurrentDclModule :: VarHeap IclModule DclModule {#Int} -> BackEnder
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defineCurrentDclModule varHeap {icl_common} {dcl_name, dcl_common, dcl_functions, dcl_is_system, dcl_conversions} typeConversions
	=	declareCurrentDclModuleTypes icl_common.com_type_defs typeConversions varHeap
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	o`	defineCurrentDclModuleTypes dcl_common.com_cons_defs dcl_common.com_selector_defs dcl_common.com_type_defs typeConversions varHeap
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*/
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defineDclModule :: VarHeap ModuleIndex DclModule -> BackEnder
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defineDclModule varHeap moduleIndex {dcl_name, dcl_common, dcl_functions, dcl_is_system,dcl_instances}
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	=	declare moduleIndex varHeap dcl_common
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	o`	declareFunTypes moduleIndex dcl_functions dcl_instances.ir_from  varHeap

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removeExpandedTypesFromDclModules :: {#DclModule} NumberSet -> BackEnder
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removeExpandedTypesFromDclModules dcls used_module_numbers
	=	foldStateWithIndexA removeExpandedTypesFromDclModule dcls
where
	removeExpandedTypesFromDclModule :: ModuleIndex DclModule -> BackEnder
	removeExpandedTypesFromDclModule moduleIndex dclModule=:{dcl_functions}
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		| moduleIndex == cPredefinedModuleIndex || not (inNumberSet moduleIndex used_module_numbers)
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			= identity
			= foldStateWithIndexA (removeExpandedTypesFromFunType moduleIndex)  dcl_functions
			where
				removeExpandedTypesFromFunType :: ModuleIndex Index FunType -> BackEnder
				removeExpandedTypesFromFunType moduleIndex functionIndex {ft_symb, ft_type_ptr}
					= \be0 ->	let (ft_type,be) = read_from_var_heap ft_type_ptr 0 be0 in
						(case ft_type of
							VI_ExpandedType expandedType
								->	write_to_var_heap ft_type_ptr VI_Empty	
							_
								->	identity) be
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// move types from their dcl to icl positions

class swapTypes a :: Int Int *a -> *a

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instance swapTypes BackEndState where
//instance swapTypes BackEnd where
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	swapTypes i j be
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		=	appBackEnd (BESwapTypes i j) be
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instance swapTypes {{#Char}} where
	swapTypes i j a
		=	swap i j a

swap i j a
	#! iValue = a.[i]
	#! jValue = a.[j]
	=	{a & [i] = jValue, [j] = iValue}

reshuffleTypes :: Int {#Int} *a -> *a | swapTypes a
reshuffleTypes nIclTypes dclIclConversions be
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	=	thd3 (foldStateWithIndexA (swapType nDclTypes) dclIclConversions (idP nDclTypes, idP nIclTypes, be))
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	where
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		nDclTypes
			=	size dclIclConversions

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		idP :: Int -> .{#Int}
		idP n
			=	{i \\ i <- [0 .. n-1]}

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		swapType :: Int Int Int (*{#Int}, *{#Int},  *a) -> (*{#Int}, *{#Int},  *a) | swapTypes a
		swapType nDclTypes dclIndex iclIndex state=:(p,p`,be)
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			#! frm
				=	p.[dclIndex]
			#! to
				=	iclIndex
			| frm == to
				=	state
			// otherwise
				#! frm` = dclIndex
				#! to` = p`.[iclIndex]
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				#! to` = if (to` >= nDclTypes) frm` to`
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				=	(swap frm` to` p, swap frm to p`, swapTypes frm to be)

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:: DeclVarsInput :== (!Ident, !VarHeap)

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class declareVars a :: a !DeclVarsInput -> BackEnder
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instance declareVars [a] | declareVars a where
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	declareVars :: [a] !DeclVarsInput -> BackEnder | declareVars a
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	declareVars list dvInput
		=	foldState (flip declareVars dvInput) list

instance declareVars (Ptr VarInfo) where
	declareVars varInfoPtr (_, varHeap)
		=	declareVariable BELhsNodeId varInfoPtr "_var???" varHeap	// +++ name

instance declareVars FreeVar where
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	declareVars :: FreeVar !DeclVarsInput -> BackEnder
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	declareVars freeVar (_, varHeap)
		=	declareVariable BELhsNodeId freeVar.fv_info_ptr freeVar.fv_name.id_name varHeap

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// MW0instance declareVars (Bind Expression FreeVar) where
instance declareVars LetBind where
// MW0	declareVars :: (Bind Expression FreeVar) !DeclVarsInput -> BackEnder
	declareVars :: LetBind !DeclVarsInput -> BackEnder
// MW0	declareVars {bind_src=App {app_symb, app_args=[Var _:_]}, bind_dst=freeVar} (aliasDummyId, varHeap)
	declareVars {lb_src=App {app_symb, app_args=[Var _:_]}, lb_dst=freeVar} (aliasDummyId, varHeap)
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		| app_symb.symb_name==aliasDummyId
			= identity		// we have an alias. Don't declare the same variable twice
		= declareVariable BERhsNodeId freeVar.fv_info_ptr freeVar.fv_name.id_name varHeap
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// MW0	declareVars {bind_dst=freeVar} (_, varHeap)
	declareVars {lb_dst=freeVar} (_, varHeap)
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		= declareVariable BERhsNodeId freeVar.fv_info_ptr freeVar.fv_name.id_name varHeap

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declareVariable :: Int (Ptr VarInfo) {#Char} VarHeap -> BackEnder
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declareVariable lhsOrRhs varInfoPtr name varHeap
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	= \be0 -> let (variable_sequence_number,be) = getVariableSequenceNumber varInfoPtr varHeap be0 in
		beDeclareNodeId variable_sequence_number lhsOrRhs name be
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instance declareVars (Optional a) | declareVars a where
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	declareVars :: (Optional a) !DeclVarsInput -> BackEnder | declareVars a
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	declareVars (Yes x) dvInput
		=	declareVars x dvInput
	declareVars No _
		=	identity

instance declareVars FunctionPattern where
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	declareVars :: FunctionPattern !DeclVarsInput -> BackEnder
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	declareVars (FP_Algebraic _ freeVars optionalVar) dvInput
		=	declareVars freeVars dvInput
		o`	declareVars optionalVar dvInput
	declareVars (FP_Variable freeVar) dvInput
		=	declareVars freeVar dvInput
	declareVars (FP_Basic _ optionalVar) dvInput
		=	declareVars optionalVar dvInput
	declareVars FP_Empty dvInput
		=	identity

instance declareVars Expression where
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	declareVars :: Expression !DeclVarsInput -> BackEnder
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	declareVars (Let {let_strict_binds, let_lazy_binds, let_expr}) dvInput
		=	declareVars let_strict_binds dvInput
		o`	declareVars let_lazy_binds dvInput
		o`	declareVars let_expr dvInput
	declareVars (Conditional {if_then, if_else}) dvInput
		=	declareVars if_then dvInput
		o`	declareVars if_else dvInput
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	declareVars (Case caseExpr) dvInput
		=	declareVars caseExpr dvInput
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	declareVars (AnyCodeExpr _ outParams _) (_, varHeap)
		=	foldState (declVar varHeap) outParams 
	  where
		declVar varHeap {bind_dst=freeVar} 
			= declareVariable BERhsNodeId freeVar.fv_info_ptr freeVar.fv_name.id_name varHeap
	declareVars _ _
		=	identity

instance declareVars TransformedBody where
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	declareVars :: TransformedBody !DeclVarsInput -> BackEnder
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	declareVars {tb_args, tb_rhs} dvInput
		=	declareVars tb_args dvInput
		o`	declareVars tb_rhs dvInput

instance declareVars BackendBody where
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	declareVars :: BackendBody !DeclVarsInput -> BackEnder
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	declareVars {bb_args, bb_rhs} dvInput
		=	declareVars bb_args dvInput
		o`	declareVars bb_rhs dvInput

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instance declareVars Case where
	declareVars {case_expr, case_guards, case_default} dvInput
		=	declareVars case_guards dvInput
		o`	declareVars case_default dvInput

instance declareVars CasePatterns where
	declareVars (AlgebraicPatterns _ patterns) dvInput
		=	declareVars patterns dvInput
	declareVars (BasicPatterns _ patterns) dvInput
		=	declareVars patterns dvInput

instance declareVars AlgebraicPattern where
	declareVars {ap_vars, ap_expr} dvInput
		=	declareVars ap_vars dvInput
		o`	declareVars ap_expr dvInput

instance declareVars BasicPattern where
	declareVars {bp_expr} dvInput
		=	declareVars bp_expr dvInput

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:: ModuleIndex :== Index

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class declare a :: ModuleIndex !VarHeap a  -> BackEnder
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class declareWithIndex a :: Index ModuleIndex !VarHeap a -> BackEnder
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//1.3
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instance declare {#a} | declareWithIndex a & ArrayElem a where
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	declare :: ModuleIndex  VarHeap {#a} -> BackEnder | declareWithIndex a & ArrayElem a 
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//3.1
/*2.0
instance declare {#a} | declareWithIndex a & Array {#} a where
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	declare :: ModuleIndex  VarHeap {#a} -> BackEnder | declareWithIndex a & Array {#} a 
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0.2*/
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	declare moduleIndex varHeap array
		=	foldStateWithIndexA (\i -> declareWithIndex i moduleIndex varHeap) array

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declareFunctionSymbols :: {#FunDef} {#Int} [(Int, Int)] IndexRange *BackEndState -> *BackEndState
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declareFunctionSymbols functions iclDclConversions functionIndices globalFunctions backEnd
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	=	foldr (declare iclDclConversions) backEnd [(functionIndex, componentIndex, functions.[functionIndex]) \\ (componentIndex, functionIndex) <- functionIndices]
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	where
		declare iclDclConversions (functionIndex, componentIndex, function) backEnd
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			=	appBackEnd (BEDeclareFunction (functionName function.fun_symb.id_name functionIndex iclDclConversions globalFunctions) 
					function.fun_arity functionIndex componentIndex) backEnd
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			where
				functionName :: {#Char} Int {#Int} IndexRange -> {#Char}
				functionName name functionIndex iclDclConversions {ir_from, ir_to}
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//				| trace_t ("|"+++toString functionIndex)
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					| functionIndex >= ir_to || functionIndex < ir_from
						=	(name +++ ";" +++ toString iclDclConversions.[functionIndex])
					// otherwise
						=	name
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// move to backendsupport
foldStateWithIndexRangeA function frm to array
	:== foldStateWithIndexRangeA frm
	where
		foldStateWithIndexRangeA index
			| index == to
				=	identity
			// otherwise
				=	function index array.[index]
				o`	foldStateWithIndexRangeA (index+1)

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declareArrayInstances :: IndexRange Int {#FunDef} -> BackEnder
declareArrayInstances {ir_from, ir_to} main_dcl_module_n functions
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//	| trace_tn ("declareArrayInstances "+++toString ir_from+++" "+++toString ir_to)
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	=	foldStateWithIndexRangeA declareArrayInstance ir_from ir_to functions
	where
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		declareArrayInstance :: Index FunDef -> BackEnder
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		declareArrayInstance index {fun_symb={id_name}, fun_type=Yes type}
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			=	beDeclareRuleType index main_dcl_module_n (id_name +++ ";" +++ toString index)
			o`	beDefineRuleType index main_dcl_module_n (convertTypeAlt index main_dcl_module_n type)
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instance declare CommonDefs where
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	declare :: ModuleIndex VarHeap CommonDefs -> BackEnder
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	declare moduleIndex varHeap {com_cons_defs, com_type_defs, com_selector_defs, com_class_defs}
		=	declare moduleIndex varHeap com_type_defs
		o`	defineTypes moduleIndex com_cons_defs com_selector_defs com_type_defs varHeap

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instance declareWithIndex (TypeDef a) where
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	declareWithIndex :: Index ModuleIndex VarHeap (TypeDef a) -> BackEnder
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	declareWithIndex typeIndex moduleIndex _ {td_name}
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		=	appBackEnd (BEDeclareType typeIndex moduleIndex td_name.id_name)
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declareFunTypes :: ModuleIndex {#FunType} Int VarHeap -> BackEnder
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declareFunTypes moduleIndex funTypes nrOfDclFunctions varHeap
		=	foldStateWithIndexA (declareFunType moduleIndex varHeap nrOfDclFunctions) funTypes
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declareFunType :: ModuleIndex VarHeap Index Int FunType -> BackEnder
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declareFunType moduleIndex varHeap nrOfDclFunctions functionIndex {ft_symb, ft_type_ptr}
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	= \be0 -> let (vi,be) = read_from_var_heap ft_type_ptr varHeap be0 in
					(case vi of
						VI_ExpandedType expandedType
							->	beDeclareRuleType functionIndex moduleIndex (functionName ft_symb.id_name functionIndex nrOfDclFunctions)
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//							->	beDeclareRuleType functionIndex moduleIndex (functionName moduleIndex ft_symb.id_name functionIndex nrOfDclFunctions)
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							o`	beDefineRuleType functionIndex moduleIndex (convertTypeAlt functionIndex moduleIndex expandedType)
						_
							->	identity) be
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		where
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/*
			functionName :: Int {#Char} Int Int -> {#Char}
			functionName moduleIndex name functionIndex nrOfDclFunctions 
				| trace_t (":"+++toString moduleIndex+++" "+++toString functionIndex)
*/
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			functionName :: {#Char} Int Int -> {#Char}
			functionName name functionIndex nrOfDclFunctions 
				| functionIndex < nrOfDclFunctions
					=	name
				// otherwise
					=	name +++ ";" +++ toString functionIndex
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currentModuleTypeConversions :: {#ClassDef} {#ClassDef} (Optional ConversionTable) -> {#Int}
currentModuleTypeConversions iclClasses dclClasses (Yes conversionTable)
	// sanity check ...
	| sort [dclClass.class_dictionary.ds_index \\ dclClass <-: dclClasses]
				<> [size typeConversions .. size typeConversions + size dclClasses - 1]
		=	abort "backendconvert, currentModuleTypeConversions wrong index range for dcl dictionary types"
	// ... sanity check
	| nDclClasses == 0
		=	typeConversions
	// otherwise
		=	{createArray (nDclTypes + nDclClasses) NoIndex
				& [i] = typeConversion
					\\ typeConversion <-: typeConversions & i <- [0..]}
			:-  foldStateWithIndexA (updateDictionaryTypeIndex classConversions) classConversions
	where
		typeConversions
			=	conversionTable.[cTypeDefs]
		nDclTypes
			=	size typeConversions
		classConversions
			=	conversionTable.[cClassDefs]
		nDclClasses
			=	size classConversions

		updateDictionaryTypeIndex :: {#Int} Int Int *{#Int} -> *{#Int}
		updateDictionaryTypeIndex classConversions dclClassIndex iclClassIndex allTypeConversions
			// sanity check ...
			# (oldIndex, allTypeConversions)
				=	uselect allTypeConversions dclTypeIndex
			| oldIndex <> NoIndex
				=	abort "backendconvert, updateDictionaryTypeIndex wrong index overwritten"
			// ... sanity chechk
			=	{allTypeConversions & [dclTypeIndex] = iclTypeIndex}
			where
				dclTypeIndex
					=	dclClasses.[dclClassIndex].class_dictionary.ds_index
				iclClassIndex
					=	classConversions.[dclClassIndex]
				iclTypeIndex
					=	iclClasses.[iclClassIndex].class_dictionary.ds_index
currentModuleTypeConversions _ _ No
	=	{}

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/*
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declareCurrentDclModuleTypes :: {#CheckedTypeDef} {#Int} VarHeap -> BackEnder
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*/
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defineTypes :: ModuleIndex {#ConsDef} {#SelectorDef} {#CheckedTypeDef} VarHeap -> BackEnder
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defineTypes moduleIndex constructors selectors types varHeap
	=	foldStateWithIndexA (defineType moduleIndex constructors selectors varHeap) types

convertTypeLhs :: ModuleIndex Index  [ATypeVar] -> BEMonad BEFlatTypeP
convertTypeLhs moduleIndex typeIndex args
	=	beFlatType (beTypeSymbol typeIndex moduleIndex) (convertTypeVars args)

convertTypeVars :: [ATypeVar] -> BEMonad BETypeVarListP
convertTypeVars typeVars
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	=	sfoldr (beTypeVars o convertTypeVar) beNoTypeVars typeVars
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convertTypeVar :: ATypeVar -> BEMonad BETypeVarP
convertTypeVar typeVar
	=	beTypeVar typeVar.atv_variable.tv_name.id_name

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defineType :: ModuleIndex {#ConsDef} {#SelectorDef} VarHeap Index CheckedTypeDef *BackEndState -> *BackEndState
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defineType moduleIndex constructors _ varHeap typeIndex {td_name, td_args, td_rhs=AlgType constructorSymbols} be
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	# (flatType, be)
		=	convertTypeLhs moduleIndex typeIndex td_args be
	# (constructors, be)
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		=	convertConstructors typeIndex td_name.id_name moduleIndex constructors constructorSymbols varHeap be
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	=	appBackEnd (BEAlgebraicType flatType constructors) be
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defineType moduleIndex constructors selectors varHeap typeIndex {td_args, td_rhs=RecordType {rt_constructor, rt_fields}} be
	# (flatType, be)
		=	convertTypeLhs moduleIndex typeIndex td_args be
	# (fields, be)
		=	convertSelectors moduleIndex selectors rt_fields varHeap be
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	# (constructorType,be) = constructorTypeFunction be
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	# (constructorTypeNode, be)
		=	beNormalTypeNode
				(beConstructorSymbol moduleIndex constructorIndex)
				(convertSymbolTypeArgs constructorType)
				be
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	=	appBackEnd (BERecordType moduleIndex flatType constructorTypeNode fields) be
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	where
		constructorIndex
			=	rt_constructor.ds_index
		constructorDef
			=	constructors.[constructorIndex]
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		constructorTypeFunction be0
			= let (cons_type,be) = read_from_var_heap constructorDef.cons_type_ptr varHeap be0 in
					(case cons_type of
						VI_ExpandedType expandedType
							->	(expandedType,be)
						_
							->	(constructorDef.cons_type,be))
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defineType moduleIndex _ _ _ typeIndex {td_args, td_rhs=AbstractType _} be
 	=	beAbsType (convertTypeLhs moduleIndex typeIndex td_args) be
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defineType _ _ _ _ _ _ be
	=	be

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convertConstructors :: Int {#Char} ModuleIndex {#ConsDef} [DefinedSymbol] VarHeap -> BEMonad BEConstructorListP
convertConstructors typeIndex typeName moduleIndex constructors symbols varHeap
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	=	sfoldr (beConstructors o convertConstructor typeIndex typeName moduleIndex constructors varHeap) beNoConstructors symbols
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convertConstructor :: Int {#Char} ModuleIndex {#ConsDef} VarHeap DefinedSymbol -> BEMonad BEConstructorListP
convertConstructor typeIndex typeName moduleIndex constructorDefs varHeap {ds_index}
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	= \be0 -> let (constructorType,be) = constructorTypeFunction be0 in
		(appBackEnd (BEDeclareConstructor ds_index moduleIndex constructorDef.cons_symb.id_name) // +++ remove declare
		o`	beConstructor
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			(beNormalTypeNode
				(beConstructorSymbol moduleIndex ds_index)
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				(convertSymbolTypeArgs constructorType))) be
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	where
		constructorDef
			=	constructorDefs.[ds_index]
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		constructorTypeFunction be0
			= let (cons_type,be) = read_from_var_heap constructorDef.cons_type_ptr varHeap be0 in
					(case cons_type of
						VI_ExpandedType expandedType
							->	(expandedType,be) // ->> (typeName, typeIndex, constructorDef.cons_symb.id_name, ds_index, expandedType)
						_
							->	(constructorDef.cons_type,be)) // ->> (typeName, typeIndex, constructorDef.cons_symb.id_name, ds_index, constructorDef.cons_type)
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convertSelectors :: ModuleIndex {#SelectorDef} {#FieldSymbol} VarHeap -> BEMonad BEFieldListP
convertSelectors moduleIndex selectors symbols varHeap
	=	foldrA (beFields o convertSelector moduleIndex selectors varHeap) beNoFields symbols

convertSelector :: ModuleIndex {#SelectorDef} VarHeap FieldSymbol -> BEMonad BEFieldListP
convertSelector moduleIndex selectorDefs varHeap {fs_index}
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	= \be0 -> let (selectorType,be) = selectorTypeFunction be0 in
		(	appBackEnd (BEDeclareField fs_index moduleIndex selectorDef.sd_symb.id_name)
		o`	beField fs_index moduleIndex (convertAnnotTypeNode (selectorType.st_result))) be
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	where
		selectorDef
			=	selectorDefs.[fs_index]
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		selectorTypeFunction be0
			= let (sd_type,be) = read_from_var_heap selectorDef.sd_type_ptr varHeap be0 in
				(case sd_type of
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					VI_ExpandedType expandedType
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						->	(expandedType,be)
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					_
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						->	(selectorDef.sd_type,be))
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declareDynamicTemp :: PredefinedSymbols -> BackEnder
declareDynamicTemp predefs
	=	appBackEnd (BEDeclareDynamicTypeSymbol predefs.[PD_StdDynamics].pds_def predefs.[PD_DynamicTemp].pds_def)

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predefineSymbols :: DclModule PredefinedSymbols -> BackEnder
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predefineSymbols {dcl_common} predefs
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	=	appBackEnd (BEDeclarePredefinedModule (size dcl_common.com_type_defs) (size dcl_common.com_cons_defs))
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	o`	foldState predefineType types
	o`	foldState predefineConstructor constructors
	where
		predefineType (index, arity, symbolKind)
			// sanity check ...
			| predefs.[index].pds_def == NoIndex
				=	abort "backendconvert, predefineSymbols predef is not a type"
			// ... sanity check
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			=	appBackEnd (BEPredefineTypeSymbol arity predefs.[index].pds_def cPredefinedModuleIndex symbolKind)
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		predefineConstructor (index, arity, symbolKind)
			// sanity check ...
			| predefs.[index].pds_def == NoIndex
				=	abort "backendconvert, predefineSymbols predef is not a constructor"
			// ... sanity check
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			=	appBackEnd (BEPredefineConstructorSymbol arity predefs.[index].pds_def cPredefinedModuleIndex symbolKind)
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		types :: [(Int, Int, BESymbKind)]
		types
			=	[	(PD_ListType, 1, BEListType)
				,	(PD_LazyArrayType, 1, BEArrayType)
				,	(PD_StrictArrayType, 1, BEStrictArrayType)
				,	(PD_UnboxedArrayType, 1, BEUnboxedArrayType)
				:	[(index, index-PD_Arity2TupleType+2, BETupleType) \\ index <- [PD_Arity2TupleType..PD_Arity32TupleType]]
				]

		constructors :: [(Int, Int, BESymbKind)]
		constructors
			=	[	(PD_NilSymbol, 0, BENilSymb)
				,	(PD_ConsSymbol, 2, BEConsSymb)
				:	[(index, index-PD_Arity2TupleSymbol+2, BETupleSymb) \\ index <- [PD_Arity2TupleSymbol..PD_Arity32TupleSymbol]]
				]

:: AdjustStdArrayInfo =
	{	asai_moduleIndex	:: !Int
	,	asai_mapping 		:: !{#BEArrayFunKind}
	,	asai_funs			:: !{#FunType}
	,	asai_varHeap	 	:: !VarHeap
	}

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adjustArrayFunctions :: PredefinedSymbols IndexRange Int {#FunDef} {#DclModule} {#ClassInstance} NumberSet VarHeap -> BackEnder
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adjustArrayFunctions predefs arrayInstancesRange main_dcl_module_n functions dcls icl_instances used_module_numbers varHeap
	=	adjustStdArray arrayInfo predefs
				(if (arrayModuleIndex == main_dcl_module_n) icl_instances stdArray.dcl_common.com_instance_defs)
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	o`	adjustIclArrayInstances arrayInstancesRange arrayMemberMapping functions
	where
		arrayModuleIndex
			=	predefs.[PD_StdArray].pds_def
		arrayClassIndex
			=	predefs.[PD_ArrayClass].pds_def
		arrayClass
			=	stdArray.dcl_common.com_class_defs.[arrayClassIndex]
		stdArray
			=	dcls.[arrayModuleIndex]
		arrayMemberMapping
			=	getArrayMemberMapping predefs arrayClass.class_members
		arrayInfo
			=	{	asai_moduleIndex	= arrayModuleIndex
				,	asai_mapping 		= arrayMemberMapping
				,	asai_funs			= stdArray.dcl_functions
				,	asai_varHeap		= varHeap
				}

		getArrayMemberMapping :: PredefinedSymbols {#DefinedSymbol} -> {#BEArrayFunKind}
		getArrayMemberMapping predefs members
			// sanity check ...
			| size members <> length (memberIndexMapping predefs)
				=	abort "backendconvert, arrayMemberMapping: incorrect number of members"
			// ... sanity check
			=	{	createArray (size members) BENoArrayFun
				&	[i] = backEndFunKind member.ds_index (memberIndexMapping predefs) \\ member <-: members & i <- [0..]
				}				
			where
				memberIndexMapping :: PredefinedSymbols -> [(!Index, !BEArrayFunKind)]
				memberIndexMapping predefs
					=	[(predefs.[predefIndex].pds_def, backEndArrayFunKind) \\ (predefIndex, backEndArrayFunKind) <- predefMapping]
					where
						predefMapping 
							=	[	(PD_CreateArrayFun,		BECreateArrayFun)
								,	(PD_ArraySelectFun,		BEArraySelectFun)
								,	(PD_UnqArraySelectFun,	BEUnqArraySelectFun)
								,	(PD_ArrayUpdateFun,		BEArrayUpdateFun)
								,	(PD_ArrayReplaceFun,	BEArrayReplaceFun)
								,	(PD_ArraySizeFun,		BEArraySizeFun)
								,	(PD_UnqArraySizeFun,	BEUnqArraySizeFun)
								,	(PD__CreateArrayFun,	BE_CreateArrayFun)
								]

				backEndFunKind :: Index [(!Index, !BEArrayFunKind)] -> BEArrayFunKind
				backEndFunKind memberIndex predefMapping
					=	hd [back \\ (predefMemberIndex, back) <- predefMapping | predefMemberIndex == memberIndex]

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		adjustStdArray :: AdjustStdArrayInfo PredefinedSymbols {#ClassInstance} -> BackEnder
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		adjustStdArray arrayInfo predefs instances
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			| arrayModuleIndex == NoIndex || not (inNumberSet arrayModuleIndex used_module_numbers)
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//				|| arrayModuleIndex <> main_dcl_module_n
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				=	identity
			// otherwise
				=	foldStateA (adjustStdArrayInstance arrayClassIndex arrayInfo) instances
			where
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				adjustStdArrayInstance :: Index AdjustStdArrayInfo ClassInstance -> BackEnder
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				adjustStdArrayInstance arrayClassIndex arrayInfo=:{asai_moduleIndex} instance`=:{ins_class}
					| ins_class.glob_object.ds_index == arrayClassIndex && ins_class.glob_module == asai_moduleIndex
						=	adjustArrayClassInstance arrayInfo instance`
					// otherwise
						=	identity
					where
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						adjustArrayClassInstance :: AdjustStdArrayInfo ClassInstance -> BackEnder
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						adjustArrayClassInstance arrayInfo {ins_members, ins_ident}
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							=	foldStateWithIndexA (adjustMember arrayInfo) ins_members
						where
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							adjustMember :: AdjustStdArrayInfo Int DefinedSymbol -> BackEnder
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							adjustMember {asai_moduleIndex, asai_mapping, asai_funs, asai_varHeap} offset {ds_index}
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								| asai_moduleIndex == main_dcl_module_n
									=	beAdjustArrayFunction asai_mapping.[offset] ds_index asai_moduleIndex
								// otherwise
									= \be0 ->	let (ft_type,be) = read_from_var_heap asai_funs.[ds_index].ft_type_ptr varHeap be0 in
										(case ft_type of
											VI_ExpandedType _
												->	beAdjustArrayFunction asai_mapping.[offset] ds_index asai_moduleIndex
											_
												->	identity) be
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		adjustIclArrayInstances :: IndexRange {#BEArrayFunKind} {#FunDef} -> BackEnder
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		adjustIclArrayInstances  {ir_from, ir_to} mapping instances
			=	foldStateWithIndexRangeA (adjustIclArrayInstance mapping) ir_from ir_to instances
			where
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				adjustIclArrayInstance :: {#BEArrayFunKind} Index FunDef -> BackEnder
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				// for array functions fun_index is not the index in the FunDef array,
				// but its member index in the Array class
				adjustIclArrayInstance mapping index {fun_index}
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					=	beAdjustArrayFunction mapping.[fun_index] index main_dcl_module_n
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/*
convertRules :: [(Int, FunDef)] VarHeap -> BEMonad BEImpRuleP
convertRules rules varHeap
//	=	foldr (beRules o flip convertRule varHeap) beNoRules rules
	=	foldl (flip beRules) beNoRules (map (flip convertRule varHeap) rules)
*/

convertRules :: [(Int, FunDef)] Int Ident VarHeap *BackEndState -> (BEImpRuleP, *BackEndState)
convertRules rules main_dcl_module_n aliasDummyId varHeap be
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	# (null, be)
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		=	accBackEnd BENoRules be
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	=	convert rules varHeap null be
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//	=	foldr (beRules o flip convertRule main_dcl_module_n varHeap) beNoRules rules
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	where
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		convert :: [(Int, FunDef)] VarHeap BEImpRuleP *BackEndState -> (BEImpRuleP, *BackEndState)
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		convert [] _ rulesP be
			=	(rulesP, be)
		convert [h:t] varHeap rulesP be
			# (ruleP, be)
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				=	convertRule aliasDummyId h main_dcl_module_n varHeap be
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			# (rulesP, be)
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				=	accBackEnd (BERules ruleP rulesP) be
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			=	convert t varHeap rulesP be
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convertRule :: Ident (Int,FunDef) Int VarHeap -> BEMonad BEImpRuleP
convertRule aliasDummyId (index, {fun_type=Yes type, fun_body=body, fun_pos, fun_kind, fun_symb}) main_dcl_module_n varHeap
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	=	beRule index (cafness fun_kind)
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			(convertTypeAlt index main_dcl_module_n (type -*-> ("convertRule", fun_symb.id_name, index, type)))
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			(convertFunctionBody index (positionToLineNumber fun_pos) aliasDummyId body main_dcl_module_n varHeap)
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	where
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		cafness :: DefOrImpFunKind -> Int
		cafness (FK_DefFunction _)
			=	BEIsNotACaf
		cafness (FK_ImpFunction _)
			=	BEIsNotACaf
		cafness FK_DefMacro
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			=	BEIsNotACaf
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		cafness FK_ImpMacro
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			=	BEIsNotACaf
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		cafness FK_ImpCaf
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			=	BEIsACaf
		cafness funKind
			=	BEIsNotACaf <<- ("backendconvert, cafness: unknown fun kind", funKind)

		positionToLineNumber :: Position -> Int
		positionToLineNumber (FunPos  _ lineNumber _)
			=	lineNumber
		positionToLineNumber (LinePos _ lineNumber)
			=	lineNumber
		positionToLineNumber _
			=	-1

convertTypeAlt :: Int ModuleIndex SymbolType -> BEMonad BETypeAltP
convertTypeAlt functionIndex moduleIndex symbol=:{st_result}
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	=	beTypeAlt
			(beNormalTypeNode (beFunctionSymbol functionIndex moduleIndex) (convertSymbolTypeArgs symbol))
			(convertAnnotTypeNode st_result)
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convertSymbolTypeArgs :: SymbolType -> BEMonad BETypeArgP
convertSymbolTypeArgs {st_args}
	=	convertTypeArgs st_args

convertBasicTypeKind :: BasicType -> BESymbKind
convertBasicTypeKind BT_Int
	=	BEIntType
convertBasicTypeKind BT_Char
	=	BECharType
convertBasicTypeKind BT_Real
	=	BERealType
convertBasicTypeKind BT_Bool
	=	BEBoolType
convertBasicTypeKind BT_File
	=	BEFileType
convertBasicTypeKind BT_World
	=	BEWorldType
convertBasicTypeKind BT_Dynamic
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	=	undef <<- "convertBasicTypeKind (BT_Dynamic) shouldn't occur"
//	=	BEDynamicType
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convertBasicTypeKind (BT_String _)
	=	undef <<- "convertBasicTypeKind (BT_String _) shouldn't occur"

convertAnnotation :: Annotation -> BEAnnotation
convertAnnotation AN_None
	=	BENoAnnot
convertAnnotation AN_Strict
	=	BEStrictAnnot

convertAttribution :: TypeAttribute -> BEAttribution
convertAttribution TA_Unique
	=	BEUniqueAttr
convertAttribution _ // +++ uni vars, etc.
	=	BENoUniAttr

convertAnnotTypeNode :: AType -> BEMonad BETypeNodeP
convertAnnotTypeNode {at_type, at_annotation, at_attribute}
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/*
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	=	convertTypeNode at_type
	:-	beAnnotateTypeNode (convertAnnotation at_annotation)
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	:-	beAttributeTypeNode (convertAttribution at_attribute)
*/
	=
//	\s -> (
	convertTypeNode at_type
	:-	beAnnotateTypeNode c_annot
	:-	beAttributeTypeNode c_attrib
//	) s
	where
		c_annot = convertAnnotation at_annotation
		c_attrib = convertAttribution at_attribute
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convertTypeNode :: Type -> BEMonad BETypeNodeP
convertTypeNode (TB (BT_String type))
	=	convertTypeNode type
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convertTypeNode (TB BT_Dynamic)
	=	beNormalTypeNode beDynamicTempTypeSymbol beNoTypeArgs	
convertTypeNode (TB basicType)
	=	beNormalTypeNode (beBasicSymbol (convertBasicTypeKind basicType)) beNoTypeArgs	
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convertTypeNode (TA typeSymbolIdent typeArgs)
	=	beNormalTypeNode (convertTypeSymbolIdent typeSymbolIdent) (convertTypeArgs typeArgs)
convertTypeNode (TV {tv_name})
	=	beVarTypeNode tv_name.id_name
convertTypeNode (TempQV n)
	=	beVarTypeNode ("_tqv" +++ toString n)
convertTypeNode (TempV n)
	=	beVarTypeNode ("_tv" +++ toString n)
convertTypeNode (a --> b)
	=	beNormalTypeNode (beBasicSymbol BEFunType) (convertTypeArgs [a, b])
convertTypeNode (a :@: b)
	=	beNormalTypeNode (beBasicSymbol BEApplySymb) (convertTypeArgs [{at_attribute=TA_Multi, at_annotation=AN_None, at_type = consVariableToType a} : b])
convertTypeNode TE
	=	beNormalTypeNode beDontCareDefinitionSymbol beNoTypeArgs
convertTypeNode typeNode
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	=	abort "convertTypeNode" <<- ("backendconvert, convertTypeNode: unknown type node", typeNode)
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consVariableToType :: ConsVariable -> Type
consVariableToType (CV typeVar)
	=	TV typeVar
consVariableToType (TempCV varId)
	=	TempV varId
consVariableToType (TempQCV varId)
	=	TempQV varId

convertTypeArgs :: [AType] -> BEMonad BETypeArgP
convertTypeArgs args
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	=	sfoldr (beTypeArgs o convertAnnotTypeNode) beNoTypeArgs args

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convertTransformedBody :: Int Int Ident TransformedBody Int VarHeap -> BEMonad BERuleAltP
convertTransformedBody functionIndex lineNumber aliasDummyId body main_dcl_module_n varHeap
	| isCodeBlock body.tb_rhs
		=	declareVars body (aliasDummyId, varHeap)
		o`	convertCodeBody functionIndex lineNumber aliasDummyId body main_dcl_module_n varHeap
	// otherwise
		=	declareVars body (aliasDummyId, varHeap)
		o`	convertBody functionIndex lineNumber aliasDummyId (map FP_Variable body.tb_args) body.tb_rhs main_dcl_module_n varHeap

isCodeBlock :: Expression -> Bool