Second stage compiler namespace. More...

Namespaces
	aarch64

	alloc

	memory

	option

	tree

	x86_64

Data Structures
class	Backend

class	BackendBase
	Machine Backend. More...

class	LoweringVisitorBase

class	BasicBlockSchedule
	BasicBlockSchedule TODO: more info. More...

class	LoopScheduler

class	BasicBlockSchedulingPass
	BasicBlockSchedulingPass TODO: more info. More...

class	CFGConstructionPass
	CFGConstructionPass TODO: more info. More...

class	CFGMetaPass
	CFGMetaPass. More...

struct	MBBCompare

class	CodeGenPass
	CodeGenPass TODO: more info. More...

class	CodeMemory
	CodeMemory. More...

class	Conditional
	Type Class. More...

class	ConstantPropagationPass
	ConstantPropagationPass. More...

class	DeadCodeEliminationPass
	DeadCodeEliminationPass. More...

class	DisassemblerPass
	DisassemblerPass TODO: more info. More...

class	DominatorTree

class	DominatorPass
	Calculate the Dominator Tree. More...

class	DomTreePrinterPass
	DomTreePrinterPass TODO: more info. More...

class	ExamplePass
	ExamplePass. More...

class	GlobalSchedule
	GlobalSchedule TODO: more info. More...

class	GlobalValueNumberingPass
	GlobalValueNumberingPass. More...

class	DFSTraversal
	This helper class creates traversal for a graph. More...

class	ICMDPrinterPass
	ICMDPrinterPass. More...

class	Instruction
	Instruction super class. More...

struct	InstPtrLess
	Less comparator for Instruction pointers. More...

class	InstructionMetaPass
	InstructionMetaPass. More...

class	UnaryInst
	Base type of instructions with a single operand. More...

class	BinaryInst
	Base type of instructions with two operands. More...

class	MultiOpInst
	Base type of instructions with an arbitrary number of operands. More...

class	CondInst
	Base type of instructions that compute a condition. More...

class	SourceStateInst
	Provides a mapping from HIR values to baseline IR variables. More...

class	SourceStateAwareInst
	Base type of instructions that can be mapped to a SourceStateInst. More...

class	DereferenceInst
	Base type of instructions that dereference an object reference. More...

class	BeginInst
	This Instruction marks the start of a basic block. More...

class	BeginInstRef
	This stores a reference to a BeginInst. More...

class	EndInst
	This Instruction marks the end of a basic block. More...

class	CHECKNULLInst
	Represents an explicit null-check on an object reference. More...

class	ARRAYLENGTHInst
	Get the length of an array. More...

class	NEGInst

class	CASTInst

class	ADDInst

class	SUBInst

class	MULInst

class	DIVInst

class	REMInst

class	SHLInst

class	USHRInst

class	ANDInst

class	ORInst

class	XORInst

class	CMPInst

class	CONSTInst

class	FieldAccessInst
	Base class of instructions that access a field on a class or object. More...

class	GETFIELDInst
	Get the value of an object's field. More...

class	PUTFIELDInst
	Write a value to an object's field. More...

class	GETSTATICInst
	Get the value of a static field. More...

class	PUTSTATICInst
	Write a value to a static field. More...

class	INCInst

class	AREFInst

class	ASTOREInst
	Store a value into an array. More...

class	ALOADInst
	Load a value from an array. More...

class	ARRAYBOUNDSCHECKInst
	Perform a bounds-check for an array-access. More...

class	LOADInst
	A LOADInst represents an argument that is passed to the current method. More...

class	NEWInst

class	NEWARRAYInst

class	ANEWARRAYInst

class	MULTIANEWARRAYInst

class	CHECKCASTInst

class	INSTANCEOFInst

class	GOTOInst

class	INVOKEInst
	Base type of instruction that perform a method invocation. More...

class	INVOKESTATICInst
	Invoke a static method. More...

class	INVOKEVIRTUALInst
	Invoke an instance method. More...

class	INVOKESPECIALInst
	Invoke an instance method with special handling. More...

class	INVOKEINTERFACEInst
	Invoke an interface method. More...

class	BUILTINInst
	Invoke a builtin. More...

class	IFInst

class	IF_CMPInst

class	TABLESWITCHInst

class	LOOKUPSWITCHInst

class	RETURNInst
	Return from the current method. More...

class	THROWInst

class	PHIInst

class	ReplacementEntryInst
	A point where the method can be entered through on-stack replacement. More...

class	AssumptionInst
	Represents a speculative assumption that has to be checked at run-time. More...

class	DeoptimizeInst
	Transfers execution back to an unoptimized version of the method. More...

class	InstructionSchedule
	InstructionSchedule TODO: more info. More...

class	InstructionVisitor

class	JITData

struct	Move

struct	Edge

class	LinearScanAllocatorPass
	Linear Scan Allocator. More...

class	ListSchedulingPass
	ListSchedulingPass. More...

class	LivetimeAnalysisPass
	LivetimeAnalysisPass. More...

class	UseDef

struct	LivetimeRange

class	LivetimeInterval

class	LivetimeIntervalImpl

class	LoopBase

class	LoopTreeBase

class	LoopPassBase
	Calculate the Loop Tree. More...

class	LoopComparator

class	LoopTreePrinterPass
	LoopTreePrinterPass TODO: more info. More...

class	MachineAddress

class	MIIterator

class	MachineBasicBlock
	A basic block of (scheduled) machine instructions. More...

struct	MoveEdgeFunctor

class	MachineOperandDesc
	Descriptor of a MachineOperand. More...

class	MachineInstruction
	Proxy to encode explicit and implicit successors. More...

class	MachineInstructionPrinterPass
	MachineInstructionPrinterPass TODO: more info. More...

class	MachineLabelInst

class	MachinePhiInst

class	MachineJumpInst

class	MachineReplacementPointInst
	Represents a point in the program, where it is possible to recover the source state to perform on-stack replacement. More...

class	MachineReplacementEntryInst

class	MachineReplacementPointCallSiteInst
	Represents a replacement point at a call site (INVOKE* ICMDs) The reference to the corresponding call MachineInstruction is needed since the replacement point needs to know the size of the callsite (in bytes) More...

class	MachineReplacementPointStaticSpecialInst
	Specialication for INVOKESpecial and INVOKEStatic. More...

class	MachineDeoptInst

class	MBBIterator

class	const_MBBIterator

class	MBBBuilder

class	MachineInstructionSchedule

class	MachineInstructionSchedulingPass
	MachineInstructionSchedulingPass TODO: more info. More...

class	EmbeddedMachineOperand

class	MachineOperand
	Operands that can be directly used by the machine (register, memory, stackslot) More...

class	VoidOperand

class	Register

class	UnassignedReg

class	VirtualRegister

class	StackSlot

class	ManagedStackSlot
	A "virtual" slot that will eventually be mapped to a machine-level slot. More...

class	Immediate

class	Address

struct	MachineOperandComp

class	MachineRegister

class	NoInst

class	Matcher

struct	edge

class	Method

class	MethodDescriptor
	MethodDescriptor TODO: more info. More...

class	NullCheckEliminationPass
	NullCheckEliminationPass. More...

class	ObjectFileWriterPass
	ObjectFileWriterPass TODO: more info. More...

class	ParserPass
	ParserPass TODO: more info. More...

class	Pass
	Pass superclass All compiler passes should inheritate this class. More...

class	PassInfo

class	PassManager
	Manages pass registry and scheduling. More...

class	PassRunner
	Each instance of PassRunner represents a single run of the compiler2. More...

struct	PassRegistry

class	PassUsage
	Stores the interdependencies of a pass. More...

class	RegisterAllocatorPass
	RegisterAllocatorPass. More...

class	ScheduleClickPass
	ScheduleClickPass. More...

class	ScheduleEarlyPass
	ScheduleEarlyPass. More...

class	ScheduleLatePass
	ScheduleLatePass. More...

class	SegRef
	Segment reference. More...

class	SegmentTag

struct	classcomp

struct	NormalRefCategory

struct	ReverseRefCategory

class	Segment
	A segment of the code memory. More...

class	ConstTag

class	PointerTag

class	SourceStateAttachmentPass
	SourceStateAttachmentPass. More...

class	SSAConstructionPass
	SSAConstructionPass. More...

class	SSAPrinterPass
	SSAPrinterPass TODO: more info. More...

class	BasicBlockPrinterPass
	BasicBlockPrinterPass TODO: more info. More...

class	GlobalSchedulePrinterPass
	GlobalSchedulePrinterPass TODO: more info. More...

class	StackAnalysisPass
	StackAnalysisPass TODO: more info. More...

class	StackSlotManager
	StackSlotManager. More...

class	Type
	Type Class. More...

class	Value

class	VerifierPass
	VerifierPass TODO: more info. More...

Typedefs
typedef aarch64::Aarch64	Target

typedef aarch64::NativeRegister	NativeRegister

typedef aarch64::Aarch64LoweringVisitor	LoweringVisitor

typedef PointerTag < CodeSegmentType, const MachineBasicBlock, LabelID >	CSLabel

typedef Segment < CodeSegmentType, ReverseRefCategory >	CodeSegment

typedef SegRef < CodeSegmentType, ReverseRefCategory >	CodeFragment

typedef u1	MachineCode

typedef ConstTag < DataSegmentType, double, DoubleID >	DSDouble

typedef ConstTag < DataSegmentType, int64_t, LongID >	DSLong

typedef ConstTag < DataSegmentType, float, FloatID >	DSFloat

typedef ConstTag < DataSegmentType, int32_t, IntID >	DSInt

typedef PointerTag < DataSegmentType, constant_FMIref, FMIRefID >	DSFMIRef

typedef Segment < DataSegmentType, NormalRefCategory >	DataSegment

typedef SegRef < DataSegmentType, NormalRefCategory >	DataFragment

typedef alloc::list< Move >::type	MoveMapTy

typedef alloc::map< Edge, MoveMapTy >::type	EdgeMoveMapTy

typedef alloc::map < MachineBasicBlock *, alloc::list < LivetimeInterval >::type > ::type	BBtoLTI_Map

typedef LoopBase< BeginInst >	Loop

typedef LoopTreeBase< BeginInst >	LoopTree

typedef LoopPassBase< BeginInst >	LoopPass

typedef LoopBase < MachineBasicBlock >	MachineLoop

typedef LoopTreeBase < MachineBasicBlock >	MachineLoopTree

typedef LoopPassBase < MachineBasicBlock >	MachineLoopPass

typedef alloc::list < MachineOperand * >::type	OperandFile

typedef Instruction *	NODEPTR_TYPE

typedef struct burm_state	STATE_TYPE

using	PassUPtrTy = std::unique_ptr< Pass >

typedef x86_64::NativeAddress	NativeAddress

Enumerations
enum	CodeSegmentType { LabelID }

enum	DataSegmentType { DoubleID, LongID, FloatID, IntID, FMIRefID }

Functions
MachineCode *	compile (methodinfo *m)

OStream &	operator<< (OStream &OS, const Conditional::CondID &cond)

OStream &	operator<< (OStream &OS, const Instruction *I)

OStream &	operator<< (OStream &OS, const Instruction &I)

OStream &	operator<< (OStream &OS, const BeginInstRef &BIR)

bool	operator< (const Edge &lhs, const Edge &rhs)

UseDef	next_intersection (const LivetimeInterval &a, const LivetimeInterval &b, UseDef pos, UseDef end)

OStream &	operator<< (OStream &OS, const LivetimeIntervalImpl &lti)

OStream &	operator<< (OStream &OS, const LivetimeInterval &lti)

OStream &	operator<< (OStream &OS, const LivetimeInterval *lti)

OStream &	operator<< (OStream &OS, const UseDef &usedef)

OStream &	operator<< (OStream &OS, const LivetimeRange &range)

bool	operator< (const UseDef &lhs, const UseDef &rhs)
	less then operator More...

bool	operator!= (const UseDef &lhs, const UseDef &rhs)

bool	operator== (const UseDef &lhs, const UseDef &rhs)

bool	operator<= (const UseDef &lhs, const UseDef &rhs)

OStream &	operator<< (OStream &OS, const Loop &L)

OStream &	operator<< (OStream &OS, const Loop *L)

bool	check_is_phi (MachineInstruction *value)

OStream &	operator<< (OStream &OS, const MIIterator &it)

MachinePhiInst *	get_phi_from_operand (MachineBasicBlock MBB, MachineOperand op)

MachineBasicBlock *	get_edge_block (MachineBasicBlock from, MachineBasicBlock to, Backend *backend)
	get a new basic block for a given edge More...

MIIterator	get_edge_iterator (MachineBasicBlock from, MachineBasicBlock to, Backend *backend)

MIIterator	insert_before (MIIterator pos, MachineInstruction *value)
	Get an edge inserter. More...

MIIterator	insert_after (MIIterator pos, MachineInstruction *value)

bool	operator<= (const MIIterator &lhs, const MIIterator &rhs)

bool	operator> (const MIIterator &lhs, const MIIterator &rhs)

bool	operator>= (const MIIterator &lhs, const MIIterator &rhs)

OStream &	operator<< (OStream &OS, MachineBasicBlock &MBB)

template<class InputIterator >
void	move_instructions (InputIterator first, InputIterator last, MachineBasicBlock &from, MachineBasicBlock &to)
	Move instructions to another basic block. More...

OStream &	operator<< (OStream &OS, const MachineInstruction *MI)

OStream &	operator<< (OStream &OS, const MachineInstruction &MI)

OStream &	operator<< (OStream &OS, const MachineOperandDesc *MOD)

OStream &	operator<< (OStream &OS, const MachineOperandDesc &MOD)

OStream &	operator<< (OStream &OS, const MachineLoop &L)

OStream &	operator<< (OStream &OS, const MachineLoop *L)

OStream &	operator<< (OStream &OS, const MachineOperand &MO)

OStream &	operator<< (OStream &OS, const MachineOperand *MO)

OStream &	operator<< (OStream &OS, const Method &M)

template<typename _NodeType >
edge< _NodeType >	make_edge (_NodeType x, _NodeType y)

OStream &	operator<< (OStream &OS, const MethodDescriptor &MD)

void	print_PassDependencyGraph ()

template<class _PassClass >
Pass *	call_ctor ()

template<typename Tag , typename RefCategory >
u1 &	doAccess (SegRef< Tag, RefCategory > &ref, std::size_t i, NormalRefCategory)
	access data More...

template<typename Tag , typename RefCategory >
u1 &	doAccess (SegRef< Tag, RefCategory > &ref, std::size_t i, ReverseRefCategory)
	access data More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getAddStartIndex (SegRef< Tag, RefCategory > &ref, std::size_t v, NormalRefCategory)
	get subreference More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getAddStartIndex (SegRef< Tag, RefCategory > &ref, std::size_t v, ReverseRefCategory)
	get subreference More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getBegin (const SegRef< Tag, RefCategory > &ref, NormalRefCategory)
	get first index More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getBegin (const SegRef< Tag, RefCategory > &ref, ReverseRefCategory)
	get first index More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getEnd (const SegRef< Tag, RefCategory > &ref, NormalRefCategory)
	get last but one index More...

template<typename Tag , typename RefCategory >
SegRef< Tag, RefCategory >::IdxTy	getEnd (const SegRef< Tag, RefCategory > &ref, ReverseRefCategory)
	get last but one index More...

template<typename Tag , typename RefCategory >
Segment< Tag, RefCategory >::IdxTy	getFollowingIndex (const Segment< Tag, RefCategory > &ref, NormalRefCategory)

template<typename Tag , typename RefCategory >
Segment< Tag, RefCategory >::IdxTy	getFollowingIndex (const Segment< Tag, RefCategory > &ref, ReverseRefCategory)

template<class Type >
OStream &	operator<< (OStream &OS, SegmentTag< Type > &tag)

template<class Type >
OStream &	operator<< (OStream &OS, SegmentTag< Type > *tag)

const char *	get_type_name (int type)
	Get the printable name of the `type`. More...

Type::TypeID	convert_to_typeid (int type)
	Convert a Type to a Type::TypeID. More...

int	convert_to_type (Type::TypeID id)
	Convert a Type::TypeID to a Type. More...

OStream &	operator<< (OStream &OS, const Type::TypeID &type)

const char *	get_type_name (const Type::TypeID &type)

OStream &	operator<< (OStream &OS, const Value *V)

OStream &	operator<< (OStream &OS, const Value &V)

Variables
static PassRegistry < BasicBlockSchedulingPass >	X ("BasicBlockSchedulingPass")

static PassRegistry < CFGConstructionPass >	X ("CFGConstructionPass")

static PassRegistry< CFGMetaPass >	X ("CFGMetaPass")

static PassRegistry< CodeGenPass >	X ("CodeGenPass")

Option< bool >	enabled ("DebugCompiler2","compiler with compiler2", false, option::xx_root())

static PassRegistry < DisassemblerPass >	X ("DisassemblerPass")

static PassRegistry < DominatorPass >	X ("DominatorPass")

static PassRegistry < DomTreePrinterPass >	X ("DomTreePrinterPass")

static PassRegistry< ExamplePass >	X ("ExamplePass")

static PassRegistry < ICMDPrinterPass >	X ("ICMDPrinterPass")

static PassRegistry < InstructionMetaPass >	X ("InstructionMetaPass")

static PassRegistry < ListSchedulingPass >	X ("ListSchedulingPass")

static PassRegistry < LivetimeAnalysisPass >	X ("LivetimeAnalysisPass")

static PassRegistry< LoopPass >	X ("LoopPass")

static PassRegistry < LoopTreePrinterPass >	X ("LoopTreePrinterPass")

static PassRegistry < MachineInstructionPrinterPass >	X ("MachineInstructionPrinterPass")

static PassRegistry < MachineInstructionSchedulingPass >	X ("MachineInstructionSchedulingPass")

static PassRegistry < MachineLoopPass >	X ("MachineLoopPass")

VoidOperand	NoOperand

Instruction::InstID	tmp []

static PassRegistry < NullCheckEliminationPass >	X ("NullCheckEliminationPass")

static PassRegistry < ObjectFileWriterPass >	X ("ObjectFileWriterPass")

static PassRegistry< ParserPass >	X ("ParserPass")

static PassRegistry < RegisterAllocatorPass >	X ("RegisterAllocatorPass")

static PassRegistry < ScheduleClickPass >	X ("ScheduleClickPass")

static PassRegistry < ScheduleEarlyPass >	X ("ScheduleEarlyPass")

static PassRegistry < ScheduleLatePass >	X ("ScheduleLatePass")

static PassRegistry < SourceStateAttachmentPass >	X ("SourceStateAttachmentPass")

static PassRegistry < SSAPrinterPass >	X ("SSAPrinterPass")

static PassRegistry < BasicBlockPrinterPass >	Z ("BasicBlockPrinterPass")

Option< bool >	schedule_printer_enabled ("GlobalSchedulePrinterPass","compiler2: enable GlobalSchedulePrinterPass", false,::cacao::option::xx_root())

static PassRegistry < GlobalSchedulePrinterPass < ScheduleLatePass > >	X_late ("GlobalSchedulePrinterPass(late)")

static PassRegistry < GlobalSchedulePrinterPass < ScheduleEarlyPass > >	X_early ("GlobalSchedulePrinterPass(early)")

static PassRegistry < GlobalSchedulePrinterPass < ScheduleClickPass > >	X_click ("GlobalSchedulePrinterPass(click)")

static PassRegistry < StackAnalysisPass >	X ("StackAnalysisPass")

static PassRegistry< VerifierPass >	X ("VerifierPass")

Detailed Description

Second stage compiler namespace.

All parts specific to the second stage compiler are contained in this namespace.

Typedef Documentation

typedef alloc::map<MachineBasicBlock*, alloc::list<LivetimeInterval>::type >::type cacao::jit::compiler2::BBtoLTI_Map

Definition at line 68 of file LinearScanAllocatorPass.hpp.

typedef SegRef<CodeSegmentType,ReverseRefCategory> cacao::jit::compiler2::CodeFragment

Definition at line 52 of file CodeSegment.hpp.

typedef Segment<CodeSegmentType,ReverseRefCategory> cacao::jit::compiler2::CodeSegment

Definition at line 51 of file CodeSegment.hpp.

typedef PointerTag<CodeSegmentType,const MachineBasicBlock,LabelID> cacao::jit::compiler2::CSLabel

Definition at line 42 of file CodeSegment.hpp.

typedef SegRef<DataSegmentType,NormalRefCategory> cacao::jit::compiler2::DataFragment

Definition at line 52 of file DataSegment.hpp.

typedef Segment<DataSegmentType,NormalRefCategory> cacao::jit::compiler2::DataSegment

Definition at line 51 of file DataSegment.hpp.

typedef ConstTag<DataSegmentType,double,DoubleID> cacao::jit::compiler2::DSDouble

Definition at line 45 of file DataSegment.hpp.

typedef ConstTag<DataSegmentType,float,FloatID> cacao::jit::compiler2::DSFloat

Definition at line 47 of file DataSegment.hpp.

typedef PointerTag<DataSegmentType,constant_FMIref,FMIRefID> cacao::jit::compiler2::DSFMIRef

Definition at line 49 of file DataSegment.hpp.

typedef ConstTag<DataSegmentType,int32_t,IntID> cacao::jit::compiler2::DSInt

Definition at line 48 of file DataSegment.hpp.

typedef ConstTag<DataSegmentType,int64_t,LongID> cacao::jit::compiler2::DSLong

Definition at line 46 of file DataSegment.hpp.

typedef alloc::map<Edge,MoveMapTy>::type cacao::jit::compiler2::EdgeMoveMapTy

Definition at line 67 of file LinearScanAllocatorPass.hpp.

typedef LoopBase<BeginInst> cacao::jit::compiler2::Loop

Definition at line 35 of file Loop.hpp.

typedef LoopPassBase<BeginInst> cacao::jit::compiler2::LoopPass

Definition at line 35 of file LoopPass.hpp.

typedef LoopTreeBase<BeginInst> cacao::jit::compiler2::LoopTree

Definition at line 38 of file Loop.hpp.

typedef x86_64::X86_64LoweringVisitor cacao::jit::compiler2::LoweringVisitor

Definition at line 43 of file Target.hpp.

typedef u1 cacao::jit::compiler2::MachineCode

Definition at line 117 of file Compiler.hpp.

typedef LoopBase<MachineBasicBlock> cacao::jit::compiler2::MachineLoop

Definition at line 35 of file MachineLoop.hpp.

typedef LoopPassBase<MachineBasicBlock> cacao::jit::compiler2::MachineLoopPass

Definition at line 35 of file MachineLoopPass.hpp.

typedef LoopTreeBase<MachineBasicBlock> cacao::jit::compiler2::MachineLoopTree

Definition at line 38 of file MachineLoop.hpp.

typedef alloc::list<Move>::type cacao::jit::compiler2::MoveMapTy

Definition at line 66 of file LinearScanAllocatorPass.hpp.

typedef x86_64::NativeAddress cacao::jit::compiler2::NativeAddress

Definition at line 47 of file Target.hpp.

typedef x86_64::NativeRegister cacao::jit::compiler2::NativeRegister

Definition at line 42 of file Target.hpp.

typedef Instruction* cacao::jit::compiler2::NODEPTR_TYPE

Definition at line 48 of file Matcher.hpp.

typedef alloc::list<MachineOperand*>::type cacao::jit::compiler2::OperandFile

Definition at line 507 of file MachineOperand.hpp.

using cacao::jit::compiler2::PassUPtrTy = typedef std::unique_ptr<Pass>

Definition at line 53 of file PassManager.hpp.

typedef struct burm_state cacao::jit::compiler2::STATE_TYPE

Definition at line 49 of file Matcher.hpp.

typedef x86_64::X86_64 cacao::jit::compiler2::Target

Definition at line 41 of file Target.hpp.

Enumeration Type Documentation

enum cacao::jit::compiler2::CodeSegmentType

Enumerator
LabelID

Definition at line 38 of file CodeSegment.hpp.

enum cacao::jit::compiler2::DataSegmentType

Enumerator
DoubleID
LongID
FloatID
IntID
FMIRefID

Definition at line 37 of file DataSegment.hpp.

Function Documentation

template<class _PassClass >

Pass* cacao::jit::compiler2::call_ctor ( )

Definition at line 188 of file PassManager.hpp.

bool cacao::jit::compiler2::check_is_phi ( MachineInstruction * value )

Definition at line 69 of file MachineBasicBlock.cpp.

MachineCode * cacao::jit::compiler2::compile ( methodinfo * m )

prolog start jit_compile_intern

prolog end jit_compile_intern

epilog start jit_compile

Definition at line 123 of file Compiler.cpp.

int cacao::jit::compiler2::convert_to_type ( Type::TypeID id )

Convert a Type::TypeID to a Type.

Parameters

id	The Type::TypeID to convert.

Returns: The Type enum value (as defined in vm/global.hpp) that corresponds to id.

Definition at line 69 of file Type.cpp.

Type::TypeID cacao::jit::compiler2::convert_to_typeid ( int type )

Convert a Type to a Type::TypeID.

Parameters

type	One of the Type enum values (as defined in vm/global.hpp).

Returns: The Type::TypeID that corresponds to type.

Definition at line 51 of file Type.cpp.

template<typename Tag , typename RefCategory >

u1& cacao::jit::compiler2::doAccess	(	SegRef< Tag, RefCategory > &	ref,
		std::size_t	i,
		NormalRefCategory
	)

inline

access data

Definition at line 415 of file Segment.hpp.

template<typename Tag , typename RefCategory >

u1& cacao::jit::compiler2::doAccess	(	SegRef< Tag, RefCategory > &	ref,
		std::size_t	i,
		ReverseRefCategory
	)

inline

access data

Definition at line 422 of file Segment.hpp.

MachineBasicBlock * cacao::jit::compiler2::get_edge_block	(	MachineBasicBlock *	from,
		MachineBasicBlock *	to,
		Backend *	backend
	)

get a new basic block for a given edge

Definition at line 103 of file MachineBasicBlock.cpp.

MIIterator cacao::jit::compiler2::get_edge_iterator	(	MachineBasicBlock *	from,
		MachineBasicBlock *	to,
		Backend *	backend
	)

Definition at line 129 of file MachineBasicBlock.cpp.

MachinePhiInst * cacao::jit::compiler2::get_phi_from_operand	(	MachineBasicBlock *	MBB,
		MachineOperand *	op
	)

Definition at line 94 of file MachineBasicBlock.cpp.

const char * cacao::jit::compiler2::get_type_name ( int type )

Get the printable name of the type.

Parameters

type	One of the Type enum values (as defined in vm/global.hpp).

Returns: The printable name of type

Definition at line 37 of file Type.cpp.

const char* cacao::jit::compiler2::get_type_name ( const Type::TypeID & type )

Definition at line 106 of file Type.cpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getAddStartIndex	(	SegRef< Tag, RefCategory > &	ref,
		std::size_t	v,
		NormalRefCategory
	)

inline

get subreference

Definition at line 430 of file Segment.hpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getAddStartIndex	(	SegRef< Tag, RefCategory > &	ref,
		std::size_t	v,
		ReverseRefCategory
	)

inline

get subreference

Definition at line 436 of file Segment.hpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getBegin	(	const SegRef< Tag, RefCategory > &	ref,
		NormalRefCategory
	)

inline

get first index

Definition at line 443 of file Segment.hpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getBegin	(	const SegRef< Tag, RefCategory > &	ref,
		ReverseRefCategory
	)

inline

get first index

Definition at line 449 of file Segment.hpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getEnd	(	const SegRef< Tag, RefCategory > &	ref,
		NormalRefCategory
	)

inline

get last but one index

Definition at line 456 of file Segment.hpp.

template<typename Tag , typename RefCategory >

SegRef<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getEnd	(	const SegRef< Tag, RefCategory > &	ref,
		ReverseRefCategory
	)

inline

get last but one index

Definition at line 462 of file Segment.hpp.

template<typename Tag , typename RefCategory >

Segment<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getFollowingIndex	(	const Segment< Tag, RefCategory > &	ref,
		NormalRefCategory
	)

inline

Definition at line 469 of file Segment.hpp.

template<typename Tag , typename RefCategory >

Segment<Tag,RefCategory>::IdxTy cacao::jit::compiler2::getFollowingIndex	(	const Segment< Tag, RefCategory > &	ref,
		ReverseRefCategory
	)

inline

Definition at line 475 of file Segment.hpp.

MIIterator cacao::jit::compiler2::insert_after	(	MIIterator	pos,
		MachineInstruction *	value
	)

Definition at line 155 of file MachineBasicBlock.cpp.

MIIterator cacao::jit::compiler2::insert_before	(	MIIterator	pos,
		MachineInstruction *	value
	)

Get an edge inserter.

This may return an iterator to the end of predecessor block, if the predecessor has only one successor, an iterator to the beginning of the successor block, if the successor has only one predecessor, or else an iterator to a newly allocated block.

Definition at line 151 of file MachineBasicBlock.cpp.

template<typename _NodeType >

edge<_NodeType> cacao::jit::compiler2::make_edge	(	_NodeType	x,
		_NodeType	y
	)

Definition at line 60 of file MethodC2.hpp.

template<class InputIterator >

void cacao::jit::compiler2::move_instructions	(	InputIterator	first,
		InputIterator	last,
		MachineBasicBlock &	from,
		MachineBasicBlock &	to
	)

inline

Move instructions to another basic block.

Note: this also updates the predecessor list for the target basic blocks of jump instructions. Example if a JUMP to BB_target is moved from BB_from to BB_to than all occurrences of BB_from in BB_targets predecessor list are replaced with BB_to.

Definition at line 523 of file MachineBasicBlock.hpp.

UseDef cacao::jit::compiler2::next_intersection	(	const LivetimeInterval &	a,
		const LivetimeInterval &	b,
		UseDef	pos,
		UseDef	end
	)

Definition at line 118 of file LivetimeInterval.cpp.

bool cacao::jit::compiler2::operator!=	(	const UseDef &	lhs,
		const UseDef &	rhs
	)

inline

Definition at line 396 of file LivetimeInterval.hpp.

bool cacao::jit::compiler2::operator<	(	const Edge &	lhs,
		const Edge &	rhs
	)

inline

Definition at line 60 of file LinearScanAllocatorPass.hpp.

bool cacao::jit::compiler2::operator<	(	const UseDef &	lhs,
		const UseDef &	rhs
	)

inline

less then operator

Definition at line 385 of file LivetimeInterval.hpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MethodDescriptor &	MD
	)

Definition at line 31 of file MethodDescriptor.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Conditional::CondID &	cond
	)

Definition at line 34 of file Conditional.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Loop &	L
	)

Definition at line 34 of file Loop.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineLoop &	L
	)

Definition at line 35 of file MachineLoop.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Value *	V
	)

Definition at line 35 of file Value.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Loop *	L
	)

Definition at line 38 of file Loop.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Instruction *	I
	)

Definition at line 38 of file Instruction.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineLoop *	L
	)

Definition at line 39 of file MachineLoop.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MIIterator &	it
	)

Definition at line 73 of file MachineBasicBlock.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Type::TypeID &	type
	)

Definition at line 84 of file Type.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineInstruction *	MI
	)

Definition at line 95 of file MachineInstruction.cpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Value &	V
	)

inline

Definition at line 97 of file Value.hpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineInstruction &	MI
	)

Definition at line 101 of file MachineInstruction.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineOperandDesc *	MOD
	)

Definition at line 105 of file MachineInstruction.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineOperandDesc &	MOD
	)

Definition at line 111 of file MachineInstruction.cpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const LivetimeIntervalImpl &	lti
	)

Definition at line 136 of file LivetimeInterval.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Method &	M
	)

Definition at line 139 of file MethodC2.cpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const Instruction &	I
	)

inline

Definition at line 267 of file Instruction.hpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const LivetimeInterval &	lti
	)

Definition at line 356 of file LivetimeInterval.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const LivetimeInterval *	lti
	)

Definition at line 364 of file LivetimeInterval.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const UseDef &	usedef
	)

Definition at line 371 of file LivetimeInterval.cpp.

OStream & cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const LivetimeRange &	range
	)

Definition at line 377 of file LivetimeInterval.cpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		MachineBasicBlock &	MBB
	)

inline

Definition at line 449 of file MachineBasicBlock.hpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineOperand &	MO
	)

inline

Definition at line 491 of file MachineOperand.hpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const MachineOperand *	MO
	)

inline

Definition at line 494 of file MachineOperand.hpp.

template<class Type >

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		SegmentTag< Type > &	tag
	)

Definition at line 500 of file Segment.hpp.

template<class Type >

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		SegmentTag< Type > *	tag
	)

inline

Definition at line 504 of file Segment.hpp.

OStream& cacao::jit::compiler2::operator<<	(	OStream &	OS,
		const BeginInstRef &	BIR
	)

inline

Definition at line 532 of file Instructions.hpp.

bool cacao::jit::compiler2::operator<=	(	const MIIterator &	lhs,
		const MIIterator &	rhs
	)

inline

Definition at line 120 of file MachineBasicBlock.hpp.

bool cacao::jit::compiler2::operator<=	(	const UseDef &	lhs,
		const UseDef &	rhs
	)

inline

Definition at line 402 of file LivetimeInterval.hpp.

bool cacao::jit::compiler2::operator==	(	const UseDef &	lhs,
		const UseDef &	rhs
	)

inline

Definition at line 399 of file LivetimeInterval.hpp.

bool cacao::jit::compiler2::operator>	(	const MIIterator &	lhs,
		const MIIterator &	rhs
	)

inline

Definition at line 123 of file MachineBasicBlock.hpp.

bool cacao::jit::compiler2::operator>=	(	const MIIterator &	lhs,
		const MIIterator &	rhs
	)

inline

Definition at line 126 of file MachineBasicBlock.hpp.

void cacao::jit::compiler2::print_PassDependencyGraph ( )

Definition at line 127 of file PassDependencyGraphPrinter.cpp.

Variable Documentation

Option< bool > cacao::jit::compiler2::enabled

Definition at line 115 of file Compiler.hpp.

VoidOperand cacao::jit::compiler2::NoOperand

Definition at line 36 of file MachineOperand.cpp.

Option< bool > cacao::jit::compiler2::schedule_printer_enabled

Definition at line 71 of file SSAPrinterPass.hpp.

Instruction::InstID cacao::jit::compiler2::tmp[]

Definition at line 55 of file Matcher.cpp.

PassRegistry<CFGMetaPass> cacao::jit::compiler2::X("CFGMetaPass")

static

PassRegistry<InstructionMetaPass> cacao::jit::compiler2::X("InstructionMetaPass")

static

PassRegistry<MachineLoopPass> cacao::jit::compiler2::X("MachineLoopPass")

static

PassRegistry<RegisterAllocatorPass> cacao::jit::compiler2::X("RegisterAllocatorPass")

static

PassRegistry<LoopPass> cacao::jit::compiler2::X("LoopPass")

static

PassRegistry<ParserPass> cacao::jit::compiler2::X("ParserPass")

static

PassRegistry<StackAnalysisPass> cacao::jit::compiler2::X("StackAnalysisPass")

static

PassRegistry<ICMDPrinterPass> cacao::jit::compiler2::X("ICMDPrinterPass")

static

PassRegistry<CFGConstructionPass> cacao::jit::compiler2::X("CFGConstructionPass")

static

PassRegistry<VerifierPass> cacao::jit::compiler2::X("VerifierPass")

static

PassRegistry<ExamplePass> cacao::jit::compiler2::X("ExamplePass")

static

PassRegistry<MachineInstructionPrinterPass> cacao::jit::compiler2::X("MachineInstructionPrinterPass")

static

PassRegistry<ScheduleClickPass> cacao::jit::compiler2::X("ScheduleClickPass")

static

PassRegistry<DisassemblerPass> cacao::jit::compiler2::X("DisassemblerPass")

static

PassRegistry<DomTreePrinterPass> cacao::jit::compiler2::X("DomTreePrinterPass")

static

PassRegistry<LoopTreePrinterPass> cacao::jit::compiler2::X("LoopTreePrinterPass")

static

PassRegistry<ScheduleEarlyPass> cacao::jit::compiler2::X("ScheduleEarlyPass")

static

PassRegistry<SourceStateAttachmentPass> cacao::jit::compiler2::X("SourceStateAttachmentPass")

static

PassRegistry<ScheduleLatePass> cacao::jit::compiler2::X("ScheduleLatePass")

static

PassRegistry<MachineInstructionSchedulingPass> cacao::jit::compiler2::X("MachineInstructionSchedulingPass")

static

PassRegistry<DominatorPass> cacao::jit::compiler2::X("DominatorPass")

static

PassRegistry<NullCheckEliminationPass> cacao::jit::compiler2::X("NullCheckEliminationPass")

static

PassRegistry<ListSchedulingPass> cacao::jit::compiler2::X("ListSchedulingPass")

static

PassRegistry<ObjectFileWriterPass> cacao::jit::compiler2::X("ObjectFileWriterPass")

static

PassRegistry<SSAPrinterPass> cacao::jit::compiler2::X("SSAPrinterPass")

static

PassRegistry<BasicBlockSchedulingPass> cacao::jit::compiler2::X("BasicBlockSchedulingPass")

static

PassRegistry<LivetimeAnalysisPass> cacao::jit::compiler2::X("LivetimeAnalysisPass")

static

PassRegistry<CodeGenPass> cacao::jit::compiler2::X("CodeGenPass")

static

PassRegistry<GlobalSchedulePrinterPass<ScheduleClickPass> > cacao::jit::compiler2::X_click("GlobalSchedulePrinterPass(click)")

static

PassRegistry<GlobalSchedulePrinterPass<ScheduleEarlyPass> > cacao::jit::compiler2::X_early("GlobalSchedulePrinterPass(early)")

static

PassRegistry<GlobalSchedulePrinterPass<ScheduleLatePass> > cacao::jit::compiler2::X_late("GlobalSchedulePrinterPass(late)")

static

PassRegistry<BasicBlockPrinterPass> cacao::jit::compiler2::Z("BasicBlockPrinterPass")

static

Namespaces

Data Structures

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

Enumeration Type Documentation

Function Documentation

Variable Documentation