#include <share_wrapper.h>

Public Member Functions
	ShareWrapper ()

	ShareWrapper (const SharePointer &share)

	ShareWrapper (const ShareWrapper &sw)

void	operator= (SharePointer share)

void	operator= (const ShareWrapper &sw)

ShareWrapper	operator~ () const

ShareWrapper	operator^ (const ShareWrapper &other) const

ShareWrapper &	operator^= (const ShareWrapper &other)

ShareWrapper	operator& (const ShareWrapper &other) const

ShareWrapper &	operator&= (const ShareWrapper &other)

ShareWrapper	operator\| (const ShareWrapper &other) const

ShareWrapper &	operator\|= (const ShareWrapper &other)

ShareWrapper	operator+ (const ShareWrapper &other) const

ShareWrapper &	operator+= (const ShareWrapper &other)

ShareWrapper	operator- (const ShareWrapper &other) const

ShareWrapper &	operator-= (const ShareWrapper &other)

ShareWrapper	operator* (const ShareWrapper &other) const

ShareWrapper &	operator*= (const ShareWrapper &other)

ShareWrapper	operator== (const ShareWrapper &other) const

ShareWrapper	Mux (const ShareWrapper &a, const ShareWrapper &b) const

template<MpcProtocol P>
ShareWrapper	Convert () const

SharePointer &	Get ()

const SharePointer &	Get () const

const SharePointer &	operator* () const

const SharePointer &	operator-> () const

ShareWrapper	Out (std::size_t output_owner=std::numeric_limits< std::int64_t >::max()) const
	constructs an output gate, which reconstructs the cleartext result. The default parameter for the output owner corresponds to all parties being the output owners. More...

std::vector< ShareWrapper >	Split () const
	splits the share into single wires. More...

ShareWrapper	GetWire (std::size_t i) const
	yields wire #i from share_ as ShareWrapper. More...

ShareWrapper	Evaluate (const std::shared_ptr< const AlgorithmDescription > &algo) const
	evaluates AlgorithmDescription also on this->share_ as input. More...

ShareWrapper	Evaluate (const AlgorithmDescription &algo) const
	constructs a circuit from AlgorithmDescription algo and sets this->share_ as input. More...

ShareWrapper	Subset (std::vector< std::size_t > &&positions)
	constructs a SubsetGate that returns values stored at positions in this->share_. Internally calls ShareWrapper Subset(std::span<std::size_t> positions). More...

ShareWrapper	Subset (std::span< const std::size_t > positions)
	constructs a SubsetGate that returns values stored at positions in this->share_, e.g., Subset on values {0,1,2} on a share containing l wires with 4 SIMD values each would return all but the last SIMD value on the share while maintaining the number of wires and their order. Repetitions of the positions as well as the number of output SIMD values being greater the the number of the input SIMD values is allowed, e.g., subset of {0,0} of a share with only 1 SIMD value would yield an output share that stores the same value as SIMD twice. More...

std::vector< ShareWrapper >	Unsimdify ()
	constructs an Unsimdify gate with this->share_ as input. UnsimdifyGate decomposes this->share_ into shares with exactly 1 SIMD value, e.g., if this->share_ contained s_0, s_1, and s_2 and SIMD values in this->share_, it will return an std::vector {s_0, s_1, s_2} as separate shares with exactly one SIMD value in each share. More...

template<typename T >
T	As () const
	converts the information on the wires to T. Boolean and arithmetic GMW returns the secret-shared values on the wires. BMR returns "public values", which is also the place where the plaintext results from the output gates is stored. Only conversions to the same format are allowed, e.g., Boolean GMW and BMR to bool, BitVector, or std::vector<BitVector>. Arithmetic GMW shares can only be converted to the same unsigned integer type T that they hold or to std::vector<T>. Converting a Boolean share to (1) bool returns the 0th SIMD value of the 0th wire, (2) BitVector returns all SIMD values on the 0th wire, and (3) std::vector<BitVector> all SIMD values on all wires. More...

template<>
bool	As () const

Static Public Member Functions
static ShareWrapper	Concatenate (std::vector< ShareWrapper > &&input)
	concatenates wires in multiple shares in one share. More...

static ShareWrapper	Concatenate (const std::vector< ShareWrapper >::const_iterator vector_begin, const std::vector< ShareWrapper >::const_iterator vector_end)
	concatenates wires in multiple shares in one share. More...

static ShareWrapper	Concatenate (std::span< const ShareWrapper > input)
	concatenates wires in multiple shares in one share. Throws if wires have different numbers of SIMD values. More...

static ShareWrapper	Simdify (std::span< SharePointer > input)
	constructs a SimdifyGate that composes the shares in input into a "larger" share with all the input shares as SIMD values in one share. More...

static ShareWrapper	Simdify (std::span< const ShareWrapper > input)
	internally extracts shares from each entry in input and calls Simdify(std::span<SharePointer> input) on the result. More...

static ShareWrapper	Simdify (std::vector< ShareWrapper > &&input)
	internally extracts shares from each entry in input and calls Simdify(std::span<SharePointer> input) on the result. More...

Constructor & Destructor Documentation

◆ ShareWrapper() [1/3]

encrypto::motion::ShareWrapper::ShareWrapper ( )

inline

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◆ ShareWrapper() [2/3]

encrypto::motion::ShareWrapper::ShareWrapper ( const SharePointer & share )

inline

◆ ShareWrapper() [3/3]

encrypto::motion::ShareWrapper::ShareWrapper ( const ShareWrapper & sw )

inline

Member Function Documentation

◆ As() [1/2]

template<typename T >

T encrypto::motion::ShareWrapper::As

converts the information on the wires to T. Boolean and arithmetic GMW returns the secret-shared values on the wires. BMR returns "public values", which is also the place where the plaintext results from the output gates is stored. Only conversions to the same format are allowed, e.g., Boolean GMW and BMR to bool, BitVector, or std::vector<BitVector>. Arithmetic GMW shares can only be converted to the same unsigned integer type T that they hold or to std::vector<T>. Converting a Boolean share to (1) bool returns the 0th SIMD value of the 0th wire, (2) BitVector returns all SIMD values on the 0th wire, and (3) std::vector<BitVector> all SIMD values on all wires.

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◆ As() [2/2]

template<>

template std::vector< std::uint64_t > encrypto::motion::ShareWrapper::As ( ) const

◆ Concatenate() [1/3]

static ShareWrapper encrypto::motion::ShareWrapper::Concatenate	(	const std::vector< ShareWrapper >::const_iterator	vector_begin,
		const std::vector< ShareWrapper >::const_iterator	vector_end
	)

inlinestatic

concatenates wires in multiple shares in one share.

Exceptions

if	wires have different numbers of SIMD values.

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◆ Concatenate() [2/3]

ShareWrapper encrypto::motion::ShareWrapper::Concatenate ( std::span< const ShareWrapper > input )

static

concatenates wires in multiple shares in one share. Throws if wires have different numbers of SIMD values.

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◆ Concatenate() [3/3]

static ShareWrapper encrypto::motion::ShareWrapper::Concatenate ( std::vector< ShareWrapper > && input )

inlinestatic

concatenates wires in multiple shares in one share.

Exceptions

if	wires have different numbers of SIMD values.

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◆ Convert()

template<MpcProtocol P>

ShareWrapper encrypto::motion::ShareWrapper::Convert

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◆ Evaluate() [1/2]

ShareWrapper encrypto::motion::ShareWrapper::Evaluate ( const AlgorithmDescription & algo ) const

constructs a circuit from AlgorithmDescription algo and sets this->share_ as input.

Returns: a share over the output wires of the constructed circuit.

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◆ Evaluate() [2/2]

ShareWrapper encrypto::motion::ShareWrapper::Evaluate ( const std::shared_ptr< const AlgorithmDescription > & algo ) const

inline

evaluates AlgorithmDescription also on this->share_ as input.

Returns: the output share of the evaluated circuit as ShareWrapper.

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◆ Get() [1/2]

SharePointer& encrypto::motion::ShareWrapper::Get ( )

inline

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◆ Get() [2/2]

const SharePointer& encrypto::motion::ShareWrapper::Get ( ) const

inline

◆ GetWire()

ShareWrapper encrypto::motion::ShareWrapper::GetWire ( std::size_t i ) const

yields wire #i from share_ as ShareWrapper.

Exceptions

if	i is out of range.

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◆ Mux()

ShareWrapper encrypto::motion::ShareWrapper::Mux	(	const ShareWrapper &	a,
		const ShareWrapper &	b
	)		const

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◆ operator&()

ShareWrapper encrypto::motion::ShareWrapper::operator& ( const ShareWrapper & other ) const

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◆ operator&=()

ShareWrapper& encrypto::motion::ShareWrapper::operator&= ( const ShareWrapper & other )

inline

◆ operator*() [1/2]

const SharePointer& encrypto::motion::ShareWrapper::operator* ( ) const

inline

◆ operator*() [2/2]

ShareWrapper encrypto::motion::ShareWrapper::operator* ( const ShareWrapper & other ) const

◆ operator*=()

ShareWrapper& encrypto::motion::ShareWrapper::operator*= ( const ShareWrapper & other )

inline

◆ operator+()

ShareWrapper encrypto::motion::ShareWrapper::operator+ ( const ShareWrapper & other ) const

◆ operator+=()

ShareWrapper& encrypto::motion::ShareWrapper::operator+= ( const ShareWrapper & other )

inline

◆ operator-()

ShareWrapper encrypto::motion::ShareWrapper::operator- ( const ShareWrapper & other ) const

◆ operator-=()

ShareWrapper& encrypto::motion::ShareWrapper::operator-= ( const ShareWrapper & other )

inline

◆ operator->()

const SharePointer& encrypto::motion::ShareWrapper::operator-> ( ) const

inline

◆ operator=() [1/2]

void encrypto::motion::ShareWrapper::operator= ( const ShareWrapper & sw )

inline

◆ operator=() [2/2]

void encrypto::motion::ShareWrapper::operator= ( SharePointer share )

inline

◆ operator==()

ShareWrapper encrypto::motion::ShareWrapper::operator== ( const ShareWrapper & other ) const

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◆ operator^()

ShareWrapper encrypto::motion::ShareWrapper::operator^ ( const ShareWrapper & other ) const

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◆ operator^=()

ShareWrapper& encrypto::motion::ShareWrapper::operator^= ( const ShareWrapper & other )

inline

◆ operator|()

ShareWrapper encrypto::motion::ShareWrapper::operator| ( const ShareWrapper & other ) const

◆ operator|=()

ShareWrapper& encrypto::motion::ShareWrapper::operator|= ( const ShareWrapper & other )

inline

◆ operator~()

ShareWrapper encrypto::motion::ShareWrapper::operator~ ( ) const

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◆ Out()

ShareWrapper encrypto::motion::ShareWrapper::Out ( std::size_t output_owner = std::numeric_limits<std::int64_t>::max() ) const

constructs an output gate, which reconstructs the cleartext result. The default parameter for the output owner corresponds to all parties being the output owners.

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◆ Simdify() [1/3]

ShareWrapper encrypto::motion::ShareWrapper::Simdify ( std::span< const ShareWrapper > input )

static

internally extracts shares from each entry in input and calls Simdify(std::span<SharePointer> input) on the result.

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◆ Simdify() [2/3]

ShareWrapper encrypto::motion::ShareWrapper::Simdify ( std::span< SharePointer > input )

static

constructs a SimdifyGate that composes the shares in input into a "larger" share with all the input shares as SIMD values in one share.

Exceptions

invalid_argument	the shares in input are "empty", i.e., contain 0 SIMD values.
invalid_argument	if any of the shares have inconsistent number of wires.
invalid_argument	if any of the shares internally has an inconsistent number of SIMD values across the wires.

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◆ Simdify() [3/3]

ShareWrapper encrypto::motion::ShareWrapper::Simdify ( std::vector< ShareWrapper > && input )

static

internally extracts shares from each entry in input and calls Simdify(std::span<SharePointer> input) on the result.

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◆ Split()

std::vector< ShareWrapper > encrypto::motion::ShareWrapper::Split ( ) const

splits the share into single wires.

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◆ Subset() [1/2]

ShareWrapper encrypto::motion::ShareWrapper::Subset ( std::span< const std::size_t > positions )

constructs a SubsetGate that returns values stored at positions in this->share_, e.g., Subset on values {0,1,2} on a share containing l wires with 4 SIMD values each would return all but the last SIMD value on the share while maintaining the number of wires and their order. Repetitions of the positions as well as the number of output SIMD values being greater the the number of the input SIMD values is allowed, e.g., subset of {0,0} of a share with only 1 SIMD value would yield an output share that stores the same value as SIMD twice.

Exceptions

out_of_range if at least one of the indices in positions is out of range.

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◆ Subset() [2/2]

ShareWrapper encrypto::motion::ShareWrapper::Subset ( std::vector< std::size_t > && positions )

constructs a SubsetGate that returns values stored at positions in this->share_. Internally calls ShareWrapper Subset(std::span<std::size_t> positions).

◆ Unsimdify()

std::vector< ShareWrapper > encrypto::motion::ShareWrapper::Unsimdify ( )

constructs an Unsimdify gate with this->share_ as input. UnsimdifyGate decomposes this->share_ into shares with exactly 1 SIMD value, e.g., if this->share_ contained s_0, s_1, and s_2 and SIMD values in this->share_, it will return an std::vector {s_0, s_1, s_2} as separate shares with exactly one SIMD value in each share.

Exceptions

invalid_argument	if any of the shares internally has an inconsistent number of SIMD values across the wires.
invalid_argument	if this->share_ is "empty", i.e., contains 0 SIMD values.

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

Public Member Functions

Static Public Member Functions

Constructor & Destructor Documentation

◆ ShareWrapper() [1/3]

◆ ShareWrapper() [2/3]

◆ ShareWrapper() [3/3]

Member Function Documentation

◆ As() [1/2]

◆ As() [2/2]

◆ Concatenate() [1/3]

◆ Concatenate() [2/3]

◆ Concatenate() [3/3]

◆ Convert()

◆ Evaluate() [1/2]

◆ Evaluate() [2/2]

◆ Get() [1/2]

◆ Get() [2/2]

◆ GetWire()

◆ Mux()

◆ operator&()

◆ operator&=()

◆ operator*() [1/2]

◆ operator*() [2/2]

◆ operator*=()

◆ operator+()

◆ operator+=()

◆ operator-()

◆ operator-=()

◆ operator->()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator==()

◆ operator^()

◆ operator^=()

◆ operator|()

◆ operator|=()

◆ operator~()

◆ Out()

◆ Simdify() [1/3]

◆ Simdify() [2/3]

◆ Simdify() [3/3]

◆ Split()

◆ Subset() [1/2]

◆ Subset() [2/2]

◆ Unsimdify()