Key pair structure for key exchange algorithm. More...

Public Member Functions
K< Algo, lime::Ktype::privateKey > &	privateKey (void)
	access the private key More...

const K< Algo, lime::Ktype::privateKey > &	cprivateKey (void) const

K< Algo, lime::Ktype::publicKey > &	publicKey (void)
	access the public key More...

const K< Algo, lime::Ktype::publicKey > &	cpublicKey (void) const

	Kpair (const K< Algo, lime::Ktype::publicKey > &pub, const K< Algo, lime::Ktype::privateKey > &priv)
	copy construct a key pair from public and private keys (no verification on validity of keys is performed) More...

	Kpair ()

bool	operator== (Kpair< Algo > b) const
	== operator assert that public and private keys are the same More...

Detailed Description

Key pair structure for key exchange algorithm.

Constructor & Destructor Documentation

template<typename Algo>

lime::Kpair< Algo >::Kpair	(	const K< Algo, lime::Ktype::publicKey > &	pub,
		const K< Algo, lime::Ktype::privateKey > &	priv
	)

inline

copy construct a key pair from public and private keys (no verification on validity of keys is performed)

template<typename Algo>

lime::Kpair< Algo >::Kpair ( )

inline

template<typename Algo>

const K<Algo, lime::Ktype::privateKey>& lime::Kpair< Algo >::cprivateKey ( void ) const

inline

template<typename Algo>

const K<Algo, lime::Ktype::publicKey>& lime::Kpair< Algo >::cpublicKey ( void ) const

inline

template<typename Algo>

bool lime::Kpair< Algo >::operator== ( Kpair< Algo > b ) const

inline

== operator assert that public and private keys are the same

template<typename Algo>

K<Algo, lime::Ktype::privateKey>& lime::Kpair< Algo >::privateKey ( void )

inline

access the private key

template<typename Algo>

K<Algo, lime::Ktype::publicKey>& lime::Kpair< Algo >::publicKey ( void )

inline

access the public key

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

/tmp/B.4283tfon/BUILD/lime-5.4.38-build/lime-5.4.38/src/lime_crypto_primitives.hpp