#include <circuit.h>

Inheritance diagram for Circuit:

Collaboration diagram for Circuit:

Public Member Functions
	Circuit (ABYCircuit *aby, e_sharing context, e_role myrole, uint32_t bitlen, e_circuit circ)

virtual	~Circuit ()

void	Init ()

void	Cleanup ()

void	Reset ()

uint32_t	GetShareBitLen ()

uint32_t	GetMaxDepth ()

deque< uint32_t >	GetLocalQueueOnLvl (uint32_t lvl)

deque< uint32_t >	GetInteractiveQueueOnLvl (uint32_t lvl)

uint32_t	GetNumLocalLayers ()

uint32_t	GetNumInteractiveLayers ()

uint32_t	GetNumInputBitsForParty (e_role party)

uint32_t	GetNumOutputBitsForParty (e_role party)

deque< uint32_t >	GetInputGatesForParty (e_role party)

deque< uint32_t >	GetOutputGatesForParty (e_role party)

e_sharing	GetContext ()

uint32_t	GetNumGates ()

UGATE_T *	GetOutputGateValue (uint32_t gateid)

uint32_t	GetOutputGateValue (uint32_t gateid, UGATE_T *&outval)

template<class T >
void	GetOutputGateValue (uint32_t gateid, T &val)

uint32_t	GetNumVals (uint32_t gateid)

virtual share *	PutCONSGate (uint32_t nvals, UGATE_T val, uint32_t bitlen)=0

virtual share *	PutCONSGate (uint32_t nvals, uint32_t *val, uint32_t bitlen)=0

virtual share *	PutCONSGate (uint32_t nvals, uint8_t *val, uint32_t bitlen)=0

virtual uint32_t	PutConstantGate (UGATE_T val, uint32_t nvals=1)=0

virtual share *	PutINGate (uint32_t nvals, uint64_t val, uint32_t bitlen, e_role role)=0

virtual share *	PutINGate (uint32_t nvals, uint32_t *val, uint32_t bitlen, e_role role)=0

virtual share *	PutINGate (uint32_t nvals, uint8_t *val, uint32_t bitlen, e_role role)=0

virtual share *	PutADDGate (share ina, share inb)=0

virtual share *	PutSUBGate (share ina, share inb)=0

virtual share *	PutANDGate (share ina, share inb)=0

virtual share *	PutXORGate (share ina, share inb)=0

virtual share *	PutMULGate (share ina, share inb)=0

virtual share *	PutGEGate (share ina, share inb)=0

virtual share *	PutEQGate (share ina, share inb)=0

virtual share *	PutMUXGate (share ina, share inb, share *sel)=0

virtual share *	PutY2BGate (share *ina)=0

virtual share *	PutB2AGate (share *ina)=0

virtual share *	PutB2YGate (share *ina)=0

virtual share *	PutA2YGate (share *ina)=0

virtual share *	PutANDVecGate (share ina, share inb)=0

virtual share *	PutCallbackGate (share in, uint32_t rounds, void(callback)(GATE , void ), void *infos, uint32_t nvals)=0

share *	PutCombinerGate (share *ina)

share *	PutSplitterGate (share *ina)

share *	PutRepeaterGate (uint32_t nvals, share *ina)

template<class T >
uint32_t	PutINGate (uint32_t nvals, T val)

template<class T >
uint32_t	PutINGate (uint32_t nvals, T val, e_role role)

virtual share *	PutOUTGate (share *parent, e_role dst)=0

virtual uint32_t	PutINVGate (uint32_t parentid)=0

e_circuit	GetCircuitType ()

Protected Member Functions
virtual void	UpdateInteractiveQueue (uint32_t gateid)=0

virtual void	UpdateLocalQueue (uint32_t gateid)=0

void	UpdateInteractiveQueue (share *gateid)

void	UpdateLocalQueue (share *gateid)

Protected Attributes
ABYCircuit *	m_cCircuit

GATE *	m_pGates

e_sharing	m_eContext

e_circuit	m_eCirctype

e_role	m_eMyRole

uint32_t	m_nShareBitLen

uint32_t	m_nMaxDepth

vector< deque< uint32_t > >	m_vLocalQueueOnLvl

vector< deque< uint32_t > >	m_vInteractiveQueueOnLvl

vector< deque< uint32_t > >	m_vInputGates

vector< deque< uint32_t > >	m_vOutputGates

vector< uint32_t >	m_vInputBits

vector< uint32_t >	m_vOutputBits

uint32_t	m_nMULs

uint32_t	m_nCONVGates

uint32_t	m_nGates

uint32_t	m_nRoundsAND

uint32_t	m_nRoundsXOR

vector< uint32_t >	m_nRoundsIN

vector< uint32_t >	m_nRoundsOUT

const deque< uint32_t >	EMPTYQUEUE

Detailed Description

Circuit class

Constructor & Destructor Documentation

Circuit::Circuit	(	ABYCircuit *	aby,
		e_sharing	context,
		e_role	myrole,
		uint32_t	bitlen,
		e_circuit	circ
	)

inline

Constructor of the class.

virtual Circuit::~Circuit ( )

inlinevirtual

Destructor of the class.

Member Function Documentation

void Circuit::Cleanup ( )

Incomplete method

deque<uint32_t> Circuit::GetInputGatesForParty ( e_role party )

inline

It is a getter method which returns the Input Gates provided for the given party

Parameters

party Party role based on which the Input gates are returned.

Returns: Input gates for the provided party

deque<uint32_t> Circuit::GetInteractiveQueueOnLvl ( uint32_t lvl )

inline

It is a getter method which returns the Interactive queue based on the inputed level.

Parameters

lvl	Required level of interactive queue.

Returns: Interactive queue on the required level

deque<uint32_t> Circuit::GetLocalQueueOnLvl ( uint32_t lvl )

inline

It is a getter method which returns the Local queue based on the inputed level.

Parameters

lvl	Required level of local queue.

Returns: Local queue on the required level

uint32_t Circuit::GetMaxDepth ( )

inline

It is a getter method which will return the value of Maximum Depth.

uint32_t Circuit::GetNumInputBitsForParty ( e_role party )

inline

It is a getter method which returns the number of Input bits provided for the given party

Parameters

party Party role based on which the number of Input bits are returned.

Returns: Number of Input bits for the provided party

uint32_t Circuit::GetNumInteractiveLayers ( )

inline

It is a getter method which returns the number of levels/layers in the Interactive queue.

Returns: Number of layers in the Interactive Queue.

uint32_t Circuit::GetNumLocalLayers ( )

inline

It is a getter method which returns the number of levels/layers in the Local queue.

Returns: Number of layers in the Local Queue.

uint32_t Circuit::GetNumOutputBitsForParty ( e_role party )

inline

It is a getter method which returns the number of Output bits provided for the given party

Parameters

party Party role based on which the number of Output bits are returned.

Returns: Number of Output bits for the provided party

deque<uint32_t> Circuit::GetOutputGatesForParty ( e_role party )

inline

It is a getter method which returns the Output Gates provided for the given party

Parameters

party Party role based on which the Output gates are returned.

Returns: Output gates for the provided party

uint32_t Circuit::GetShareBitLen ( )

inline

It is a getter method which will return the value of Bit Length of the share object.

Returns: Bit length of share Object.

void Circuit::Init ( )

Method performs the initialization of member objects of the Circuit class. It is called from Constructor of the class [Circuit(ABYCircuit* aby, e_sharing context, e_role myrole, uint32_t bitlen, e_circuit circ)]

void Circuit::Reset ( )

It will reset all the member objects to zero/clear them.

Member Data Documentation

e_sharing Circuit::m_eContext

protected

Gates vector which stores the

GATE* Circuit::m_pGates

protected

ABYCircuit Object

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

src/abycore/circuit/circuit.h
src/abycore/circuit/circuit.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation