lime::Xpair< Curve > Class Template Reference

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

#include <lime_crypto_primitives.hpp>

Public Member Functions
X< Curve, lime::Xtype::privateKey > &	privateKey (void)
	access the private key
X< Curve, lime::Xtype::publicKey > &	publicKey (void)
	access the public key
	Xpair (X< Curve, lime::Xtype::publicKey > &pub, X< Curve, lime::Xtype::privateKey > &priv)
	copy construct a key pair from public and private keys (no verification on validity of keys is performed)
	Xpair ()
bool	operator== (Xpair< Curve > b) const
	== operator assert that public and private keys are the same

Detailed Description

template<typename Curve>
class lime::Xpair< Curve >

Key pair structure for key exchange algorithm.

Constructor & Destructor Documentation

Xpair() [1/2]

template<typename Curve>

lime::Xpair< Curve >::Xpair ( X< Curve, lime::Xtype::publicKey > & pub, X< Curve, lime::Xtype::privateKey > & priv )

inline

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

Xpair() [2/2]

template<typename Curve>

lime::Xpair< Curve >::Xpair ( )

inline

Member Function Documentation

operator==()

template<typename Curve>

bool lime::Xpair< Curve >::operator== ( Xpair< Curve > b ) const

inline

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

privateKey()

template<typename Curve>

X< Curve, lime::Xtype::privateKey > & lime::Xpair< Curve >::privateKey ( void )

inline

access the private key

publicKey()

template<typename Curve>

X< Curve, lime::Xtype::publicKey > & lime::Xpair< Curve >::publicKey ( void )

inline

access the public key

---

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

• /build/lime-9DdzML/lime-5.3.105+dfsg/src/lime_crypto_primitives.hpp