Compute the control flow graph for the operations. More...

#include <IR_lowering.hpp>

Inheritance diagram for IR_lowering:

Collaboration diagram for IR_lowering:

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Public Member Functions
	IR_lowering (const ParameterConstRef Param, const application_managerRef AppM, unsigned int function_id, const DesignFlowManagerConstRef design_flow_manager)
	Constructor. More...

	~IR_lowering () override
	Destructor. More...

DesignFlowStep_Status	InternalExec () override
	traverse the data structure to simplify and make more homogeneous as possible. More...

void	Initialize () override
	Initialize the step (i.e., like a constructor, but executed just before exec. More...

void	ComputeRelationships (DesignFlowStepSet &relationship, const DesignFlowStep::RelationshipType relationship_type) override
	Compute the relationships of a step with other steps. More...

Public Member Functions inherited from FunctionFrontendFlowStep
	FunctionFrontendFlowStep (const application_managerRef AppM, const unsigned int function_id, const FrontendFlowStepType frontend_flow_step_type, const DesignFlowManagerConstRef design_flow_manager, const ParameterConstRef parameters)
	Constructor. More...

	~FunctionFrontendFlowStep () override
	Destructor. More...

std::string	GetSignature () const override
	Return the signature of this step. More...

std::string	GetName () const override
	Return the name of this design step. More...

DesignFlowStep_Status	Exec () final
	Execute the step. More...

bool	HasToBeExecuted () const override
	Check if this step has actually to be executed. More...

unsigned int	CGetBBVersion () const

unsigned int	GetBitValueVersion () const

void	PrintInitialIR () const override
	Dump the initial intermediate representation. More...

void	PrintFinalIR () const override
	Dump the final intermediate representation. More...

Public Member Functions inherited from FrontendFlowStep
	FrontendFlowStep (const application_managerRef AppM, const FrontendFlowStepType frontend_flow_step_type, const DesignFlowManagerConstRef design_flow_manager, const ParameterConstRef parameters)
	Constructor. More...

	~FrontendFlowStep () override
	Destructor. More...

virtual std::string	GetKindText () const
	Return the name of the type of this frontend flow step. More...

DesignFlowStepFactoryConstRef	CGetDesignFlowStepFactory () const override
	Return the factory to create this type of steps. More...

void	PrintTreeManager (const bool before) const
	Dump the tree manager. More...

Public Member Functions inherited from DesignFlowStep
	DesignFlowStep (const DesignFlowManagerConstRef design_flow_manager, const ParameterConstRef parameters)
	Constructor. More...

virtual	~DesignFlowStep ()
	Destructor. More...

DesignFlowStep_Status	GetStatus () const
	Return the status of this design step. More...

virtual void	WriteDot (std::ostream &out) const
	Write the label for a dot graph. More...

bool	IsComposed () const
	Returns if this step is composed. More...

int	CGetDebugLevel () const
	Return the debug level of the step. More...

Private Member Functions
tree_nodeRef	expand_mult_const (const tree_nodeRef &op0, unsigned long long int val, const struct algorithm &alg, enum mult_variant &variant, const tree_nodeRef &stmt, const blocRef &block, const tree_nodeRef &type, const std::string &srcp_default)
	A subroutine of expand_mult, used for constant multiplications. More...

tree_nodeRef	expand_smod_pow2 (const tree_nodeRef &op0, unsigned long long int d, const tree_nodeRef &stmt, const blocRef &block, const tree_nodeRef &type, const std::string &srcp_default)
	Expand signed modulus of OP0 by a power of two D in mode MODE. More...

tree_nodeRef	expand_sdiv_pow2 (const tree_nodeRef &op0, unsigned long long int d, const tree_nodeRef &stmt, const blocRef &block, const tree_nodeRef &type, const std::string &srcp_default)
	Expand signed division of OP0 by a power of two D in mode MODE. More...

tree_nodeRef	expand_MC (const tree_nodeRef &op0, const integer_cst *ic_node, const tree_nodeRef &old_target, const tree_nodeRef &stmt, const blocRef &block, const tree_nodeRef &type_expr, const std::string &srcp_default)

bool	expand_target_mem_ref (target_mem_ref461 *tmr, const tree_nodeRef &stmt, const blocRef &block, const std::string &srcp_default, bool temp_addr)

tree_nodeRef	expand_mult_highpart (const tree_nodeRef &op0, unsigned long long int ml, const tree_nodeRef &type_expr, int data_bitsize, const std::list< tree_nodeRef >::const_iterator it_los, const blocRef &block, const std::string &srcp_default)

const CustomUnorderedSet< std::pair< FrontendFlowStepType, FunctionRelationship > >	ComputeFrontendRelationships (const DesignFlowStep::RelationshipType relationship_type) const override
	Return the set of analyses in relationship with this design step. More...

tree_nodeRef	array_ref_lowering (array_ref *AR, const std::string &srcp_default, std::pair< unsigned int, blocRef > block, std::list< tree_nodeRef >::const_iterator it_los, bool temp_addr)

bool	reached_max_transformation_limit (const tree_nodeRef &stmt)
	check if the max transformation limit has been reached More...

void	division_by_a_constant (const std::pair< unsigned int, blocRef > &block, std::list< tree_nodeRef >::const_iterator &it_los, gimple_assign *ga, const tree_nodeRef &op1, enum kind code1, bool &restart_analysis, const std::string &srcp_default, const std::string &step_name)

Private Attributes
tree_managerRef	TM
	The tree manager. More...

tree_manipulationRef	tree_man
	The IR manipulation. More...

Additional Inherited Members
Public Types inherited from FrontendFlowStep
using	FunctionRelationship = enum { ALL_FUNCTIONS, CALLED_FUNCTIONS, CALLING_FUNCTIONS, SAME_FUNCTION, WHOLE_APPLICATION }
	The different relationship type between function analysis. More...

Public Types inherited from DesignFlowStep
enum	RelationshipType { DEPENDENCE_RELATIONSHIP, INVALIDATION_RELATIONSHIP, PRECEDENCE_RELATIONSHIP }
	The relationship type. More...

Static Public Member Functions inherited from FunctionFrontendFlowStep
static const std::string	ComputeSignature (const FrontendFlowStepType frontend_flow_step_type, const unsigned int function_id)
	Compute the signature of a function frontend flow step. More...

Static Public Member Functions inherited from FrontendFlowStep
static void	CreateSteps (const DesignFlowManagerConstRef design_flow_manager, const CustomUnorderedSet< std::pair< FrontendFlowStepType, FunctionRelationship >> &frontend_relationships, const application_managerConstRef application_manager, DesignFlowStepSet &relationships)
	Create the relationship steps of a step with other steps starting from already specified dependencies between frontend flow steps. More...

static const std::string	EnumToKindText (const FrontendFlowStepType frontend_flow_step_type)
	Given a frontend flow step type, return the name of the type. More...

Protected Member Functions inherited from FunctionFrontendFlowStep
void	WriteBBGraphDot (const std::string &filename) const
	Write the current version of statement list in dot format. More...

Protected Attributes inherited from FunctionFrontendFlowStep
const FunctionBehaviorRef	function_behavior
	The function behavior of the function to be analyzed. More...

const unsigned int	function_id
	The index of the function to be analyzed. More...

unsigned int	bb_version
	The version of the basic block intermediate representation on which this step has been applied. More...

unsigned int	bitvalue_version
	The version of the bitvalue information on which this step has been applied. More...

Protected Attributes inherited from FrontendFlowStep
const application_managerRef	AppM
	The application manager. More...

const FrontendFlowStepType	frontend_flow_step_type
	The type of this step. More...

unsigned int	print_counter
	Print counter. More...

Protected Attributes inherited from DesignFlowStep
bool	composed
	True if this step represents a composition of design flow steps (e.g., a flow); must be set by specialized constructors. More...

const Wrefcount< const DesignFlowManager >	design_flow_manager
	The design flow manager. More...

const ParameterConstRef	parameters
	Set of input parameters. More...

int	debug_level
	The debug level. More...

const int	output_level
	The output level. More...

Detailed Description

Compute the control flow graph for the operations.

Definition at line 84 of file IR_lowering.hpp.

Constructor & Destructor Documentation

◆ IR_lowering()

IR_lowering::IR_lowering	(	const ParameterConstRef	Param,
		const application_managerRef	AppM,
		unsigned int	function_id,
		const DesignFlowManagerConstRef	design_flow_manager
	)

Constructor.

Parameters

Param	is the set of the parameters
AppM	is the application manager
function_id	is the identifier of the function
DesignFlowManagerConstRef	is the design flow manager

Definition at line 82 of file IR_lowering.cpp.

References DesignFlowStep::debug_level, GET_CLASS, and DesignFlowStep::parameters.

◆ ~IR_lowering()

IR_lowering::~IR_lowering ( )

overridedefault

Destructor.

Referenced by ComputeFrontendRelationships().

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Member Function Documentation

◆ array_ref_lowering()

tree_nodeRef IR_lowering::array_ref_lowering	(	array_ref *	AR,
		const std::string &	srcp_default,
		std::pair< unsigned int, blocRef >	block,
		std::list< tree_nodeRef >::const_iterator	it_los,
		bool	temp_addr
	)

private

Definition at line 1733 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, tree_helper::CGetType(), compute_n_bytes(), tree_manipulation::create_binary_operation(), tree_manipulation::create_unary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), DesignFlowStep::debug_level, DEBUG_LEVEL_VERY_PEDANTIC, FunctionFrontendFlowStep::function_id, GET_CONST_NODE, GET_INDEX_NODE, GET_NODE, tree_helper::GetArrayDimensions(), tree_helper::GetArrayElementSize(), tree_manipulation::GetPointerType(), tree_manipulation::GetSizeType(), INDENT_DBG_MEX, tree_node::index, offset, STR, THROW_ASSERT, TM, ToString(), tree_man, and test_panda::type.

Referenced by InternalExec().

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◆ ComputeFrontendRelationships()

const CustomUnorderedSet< std::pair< FrontendFlowStepType, FrontendFlowStep::FunctionRelationship > > IR_lowering::ComputeFrontendRelationships ( const DesignFlowStep::RelationshipType relationship_type ) const

overrideprivatevirtual

Return the set of analyses in relationship with this design step.

Parameters

relationship_type is the type of relationship to be considered

Implements FrontendFlowStep.

Definition at line 90 of file IR_lowering.cpp.

References DesignFlowStep::DEPENDENCE_RELATIONSHIP, DesignFlowStep::INVALIDATION_RELATIONSHIP, DesignFlowStep::PRECEDENCE_RELATIONSHIP, SAME_FUNCTION, THROW_UNREACHABLE, WHOLE_APPLICATION, and ~IR_lowering().

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◆ ComputeRelationships()

void IR_lowering::ComputeRelationships	(	DesignFlowStepSet &	relationship,
		const DesignFlowStep::RelationshipType	relationship_type
	)

overridevirtual

Compute the relationships of a step with other steps.

Parameters

dependencies	is where relationships will be stored
relationship_type	is the type of relationship to be computed

Reimplemented from FunctionFrontendFlowStep.

Definition at line 129 of file IR_lowering.cpp.

References FunctionFrontendFlowStep::ComputeRelationships(), TechnologyFlowStep::ComputeSignature(), DesignFlowStep::DEPENDENCE_RELATIONSHIP, DesignFlowStep::design_flow_manager, DesignFlowStep::INVALIDATION_RELATIONSHIP, LOAD_TECHNOLOGY, Wrefcount< T >::lock(), DesignFlowStep::PRECEDENCE_RELATIONSHIP, and THROW_UNREACHABLE.

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◆ division_by_a_constant()

void IR_lowering::division_by_a_constant	(	const std::pair< unsigned int, blocRef > &	block,
		std::list< tree_nodeRef >::const_iterator &	it_los,
		gimple_assign *	ga,
		const tree_nodeRef &	op1,
		enum kind	code1,
		bool &	restart_analysis,
		const std::string &	srcp_default,
		const std::string &	step_name
	)

private

very special case op1 == 1

Find a suitable multiplier and right shift count instead of multiplying with D.

restrict if needed the input bit-widths

We have computed OP0 / abs(OP1). If OP1 is negative, negate the quotient.

Definition at line 406 of file IR_lowering_exec.cpp.

References FrontendFlowStep::AppM, CASE_CPP_NODES, CASE_CST_NODES, CASE_DECL_NODES, CASE_FAKE_NODES, CASE_GIMPLE_NODES, CASE_PRAGMA_NODES, CASE_QUATERNARY_EXPRESSION, CASE_TERNARY_EXPRESSION, CASE_TYPE_NODES, CASE_UNARY_EXPRESSION, ceil_log2(), tree_helper::CGetType(), choose_multiplier(), tree_manipulation::create_binary_operation(), tree_manipulation::create_unary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), DesignFlowStep::debug_level, DEBUG_LEVEL_VERY_PEDANTIC, EXACT_POWER_OF_2_OR_ZERO_P, expand_mult_highpart(), expand_sdiv_pow2(), expand_smod_pow2(), floor_log2(), FunctionFrontendFlowStep::function_id, GET_CONST_NODE, GET_NODE, tree_manipulation::GetBooleanType(), tree_helper::GetConstValue(), INDENT_DBG_MEX, INDENT_OUT_MEX, invert_mod2n(), tree_helper::IsConstant(), tree_helper::IsUnsignedIntegerType(), max, min, gimple_assign::op0, gimple_assign::op1, DesignFlowStep::output_level, OUTPUT_LEVEL_VERBOSE, tree_helper::Size(), STR, THROW_ASSERT, THROW_ERROR, TM, tree_man, and test_panda::type.

Referenced by InternalExec().

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◆ expand_MC()

tree_nodeRef IR_lowering::expand_MC	(	const tree_nodeRef &	op0,
		const integer_cst *	ic_node,
		const tree_nodeRef &	old_target,
		const tree_nodeRef &	stmt,
		const blocRef &	block,
		const tree_nodeRef &	type_expr,
		const std::string &	srcp_default
	)

private

very special case op1 == 0

very special case op1 == 1

very special case op1 == -1

keep the old assign

Definition at line 1163 of file IR_lowering.cpp.

References ADDER_STD, FrontendFlowStep::AppM, choose_mult_variant(), tree_manipulation::create_binary_operation(), tree_manipulation::create_unary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), EXACT_POWER_OF_2_OR_ZERO_P, expand_mult_const(), floor_log2(), FunctionFrontendFlowStep::function_id, technology_manager::get_fu(), tree_helper::get_integer_cst_value(), GET_NODE, generic_device::get_parameter(), generic_device::get_technology_manager(), generic_device::has_parameter(), LIBRARY_STD_FU, max, MULTIPLIER_STD, tree_helper::Size(), STR, THROW_ASSERT, TM, and tree_man.

Referenced by expand_target_mem_ref(), and InternalExec().

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◆ expand_mult_const()

tree_nodeRef IR_lowering::expand_mult_const	(	const tree_nodeRef &	op0,
		unsigned long long int	val,
		const struct algorithm &	alg,
		enum mult_variant &	variant,
		const tree_nodeRef &	stmt,
		const blocRef &	block,
		const tree_nodeRef &	type,
		const std::string &	srcp_default
	)

private

A subroutine of expand_mult, used for constant multiplications.

Multiply OP0 by VAL in mode MODE, storing the result in TARGET if convenient. Use the shift/add sequence described by ALG and apply the final fixup specified by VARIANT.

Compare only the bits of val and val_so_far that are significant in the result mode, to avoid sign-/zero-extension confusion.

Definition at line 782 of file IR_lowering.cpp.

References add_variant, alg_add_factor, alg_add_t2_m, alg_add_t_m2, alg_impossible, alg_m, alg_shift, alg_sub_factor, alg_sub_t2_m, alg_sub_t_m2, alg_unknown, alg_zero, FrontendFlowStep::AppM, tree_helper::CGetType(), tree_manipulation::create_binary_operation(), tree_manipulation::create_unary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), DesignFlowStep::debug_level, DEBUG_LEVEL_VERY_PEDANTIC, FunctionFrontendFlowStep::function_id, GET_NODE, INDENT_DBG_MEX, algorithm::log, negate_variant, algorithm::op, algorithm::ops, tree_helper::Size(), THROW_ASSERT, THROW_ERROR, THROW_UNREACHABLE, TM, tree_node::ToString(), and tree_man.

Referenced by expand_MC().

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◆ expand_mult_highpart()

tree_nodeRef IR_lowering::expand_mult_highpart	(	const tree_nodeRef &	op0,
		unsigned long long int	ml,
		const tree_nodeRef &	type_expr,
		int	data_bitsize,
		const std::list< tree_nodeRef >::const_iterator	it_los,
		const blocRef &	block,
		const std::string &	srcp_default
	)

private

long long int u0, v0, u1, v1, u0v0, u0v0h, u1v0, u0v0hu1v0, u0v1, u0v0hu1v0u0v1, u0v0hu1v0u0v1h, u1v1; u0 = u & ((1LL<<32)-1); u1 = u >>32; v0 = v & ((1LL<<32)-1); v1 = v >>32; u0v0 = u0 * v0; u0v0h = u0v0>>32; u0v0hU = u0v0h & ((1LL<<32)-1);///only for signed computation u1v0 = u1 * v0; u0v0hu1v0 = u0v0hU + u1v0; w1 = u0v0hu1v0 & ((1LL<<32)-1); w2 = u0v0hu1v0 >>32; u0v1 = u0 * v1; w1u0v1 = w1+u0v1; w1u0v1h = w1u0v1 >> 32; u1v1 = u1 * v1; w1u0v1hw2 = w1u0v1h + w2; return w1u0v1hw2 + u1v1;

Definition at line 1466 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, tree_manipulation::create_binary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), FunctionFrontendFlowStep::function_id, GET_INDEX_NODE, GET_NODE, tree_helper::is_unsigned(), THROW_ASSERT, TM, and tree_man.

Referenced by division_by_a_constant().

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◆ expand_sdiv_pow2()

tree_nodeRef IR_lowering::expand_sdiv_pow2	(	const tree_nodeRef &	op0,
		unsigned long long int	d,
		const tree_nodeRef &	stmt,
		const blocRef &	block,
		const tree_nodeRef &	type,
		const std::string &	srcp_default
	)

private

Expand signed division of OP0 by a power of two D in mode MODE.

This routine is only called for positive values of D.

Definition at line 1116 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, tree_manipulation::create_binary_operation(), tree_manipulation::create_ternary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manager::CreateUniqueIntegerCst(), floor_log2(), FunctionFrontendFlowStep::function_id, GET_NODE, tree_manipulation::GetBooleanType(), TM, and tree_man.

Referenced by division_by_a_constant().

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◆ expand_smod_pow2()

tree_nodeRef IR_lowering::expand_smod_pow2	(	const tree_nodeRef &	op0,
		unsigned long long int	d,
		const tree_nodeRef &	stmt,
		const blocRef &	block,
		const tree_nodeRef &	type,
		const std::string &	srcp_default
	)

private

Expand signed modulus of OP0 by a power of two D in mode MODE.

Definition at line 1041 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, tree_manipulation::create_binary_operation(), tree_manipulation::create_ternary_operation(), tree_manipulation::CreateGimpleAssign(), tree_manipulation::CreateNopExpr(), tree_manager::CreateUniqueIntegerCst(), tree_manipulation::CreateUnsigned(), floor_log2(), FunctionFrontendFlowStep::function_id, GET_NODE, tree_manipulation::GetBooleanType(), FunctionFrontendFlowStep::GetName(), tree_helper::IsUnsignedIntegerType(), tree_helper::Size(), THROW_ERROR, TM, and tree_man.

Referenced by division_by_a_constant().

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◆ expand_target_mem_ref()

bool IR_lowering::expand_target_mem_ref	(	target_mem_ref461 *	tmr,
		const tree_nodeRef &	stmt,
		const blocRef &	block,
		const std::string &	srcp_default,
		bool	temp_addr
	)

private

nothing to optimize

It is required to de-share some IR nodes

Definition at line 1285 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, target_mem_ref461::base, tree_manipulation::create_binary_operation(), tree_manipulation::create_unary_operation(), tree_manipulation::CreateGimpleAssign(), DesignFlowStep::debug_level, DEBUG_LEVEL_VERY_PEDANTIC, expand_MC(), FunctionFrontendFlowStep::function_id, GET_INDEX_NODE, GET_NODE, tree_helper::get_type_index(), tree_helper::GetConstValue(), tree_manipulation::GetPointerType(), tree_manipulation::GetSizeType(), target_mem_ref461::idx, target_mem_ref461::idx2, INDENT_DBG_MEX, target_mem_ref461::offset, lenet_tvm::params, target_mem_ref461::step, TM, ToString(), tree_man, test_panda::type, and target_mem_ref461::type.

Referenced by InternalExec().

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◆ Initialize()

void IR_lowering::Initialize ( )

overridevirtual

Initialize the step (i.e., like a constructor, but executed just before exec.

Reimplemented from DesignFlowStep.

Definition at line 123 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, DesignFlowStep::parameters, TM, and tree_man.

◆ InternalExec()

DesignFlowStep_Status IR_lowering::InternalExec ( )

overridevirtual

traverse the data structure to simplify and make more homogeneous as possible.

Returns: the exit status of this step

first analyze phis

It is required to de-share some IR nodes

for each basic block B in CFG do > Consider all blocks successively

found a a clobber assignment do nothing

required by the CLANG/LLVM plugin

check for a missing cast

normalize op0

expose some part of the target_mem_ref statement

check missing cast

split the target_mem_ref in a address computation statement and in a load statement

check if there is a misaligned access

required by CLANG/LLVM plugin

if the previous transformation still give a multiplication let's check if this multiplication is actually widen_mult_expr

check if a mult_expr may become a widen_mult_expr

check if there is a misaligned access

check if the mem_ref corresponds to an implicit memset and then it will be lowered to simple loop initializing the variable

split the target_mem_ref in a address computation statement and in a store statement

manage something as binary operand

required by the CLANG/LLVM plugin

optimize less than 0 or greater than or equal than 0

required by the CLANG/LLVM plugin

Implements FunctionFrontendFlowStep.

Definition at line 1035 of file IR_lowering_exec.cpp.

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◆ reached_max_transformation_limit()

bool IR_lowering::reached_max_transformation_limit ( const tree_nodeRef & stmt )

private

check if the max transformation limit has been reached

Parameters

stmt	is the current statement

Returns: true in case all the next transformations have to be skipped

Definition at line 1792 of file IR_lowering.cpp.

References FrontendFlowStep::AppM, GET_CONST_NODE, and tree_node::get_kind().

Referenced by InternalExec().

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Field Documentation

◆ TM

tree_managerRef IR_lowering::TM

private

The tree manager.

Definition at line 88 of file IR_lowering.hpp.

Referenced by array_ref_lowering(), division_by_a_constant(), expand_MC(), expand_mult_const(), expand_mult_highpart(), expand_sdiv_pow2(), expand_smod_pow2(), expand_target_mem_ref(), Initialize(), and InternalExec().

◆ tree_man

tree_manipulationRef IR_lowering::tree_man

private

The IR manipulation.

Definition at line 91 of file IR_lowering.hpp.

Referenced by array_ref_lowering(), division_by_a_constant(), expand_MC(), expand_mult_const(), expand_mult_highpart(), expand_sdiv_pow2(), expand_smod_pow2(), expand_target_mem_ref(), Initialize(), and InternalExec().

The documentation for this class was generated from the following files:

/workspace/src/frontend_analysis/IR_analysis/IR_lowering.hpp
/workspace/src/frontend_analysis/IR_analysis/IR_lowering.cpp
/workspace/src/frontend_analysis/IR_analysis/IR_lowering_exec.cpp

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ IR_lowering()

◆ ~IR_lowering()

Member Function Documentation

◆ array_ref_lowering()

◆ ComputeFrontendRelationships()

◆ ComputeRelationships()

◆ division_by_a_constant()

◆ expand_MC()

◆ expand_mult_const()

◆ expand_mult_highpart()

◆ expand_sdiv_pow2()

◆ expand_smod_pow2()

◆ expand_target_mem_ref()

◆ Initialize()

◆ InternalExec()

◆ reached_max_transformation_limit()

Field Documentation

◆ TM

◆ tree_man