Public Types
using	serializedBuffer = sBuffer< X< Algo, lime::Xtype::publicKey >::ssize()+X< Algo, lime::Xtype::privateKey >::ssize()+K< Algo, lime::Ktype::publicKey >::ssize()+K< Algo, lime::Ktype::privateKey >::ssize()>

Public Member Functions
	SignedPreKey (const X< typename Algo::EC, lime::Xtype::publicKey > &SPk_EC_Public, const X< typename Algo::EC, lime::Xtype::privateKey > &SPk_EC_Private, const K< typename Algo::KEM, lime::Ktype::publicKey > &SPk_KEM_Public, const K< typename Algo::KEM, lime::Ktype::privateKey > &SPk_KEM_Private)

	SignedPreKey ()

	SignedPreKey (const serializedBuffer &SPk, uint32_t Id)
	Unserializing constructor: from data read in DB. More...

	SignedPreKey (const std::vector< uint8_t >::const_iterator s)
	Unserializing constructor: from data read in received bundle: EC public key \|\| KEM public key \|\| Id \|\| signature. More...

const X< typename Algo::EC, lime::Xtype::privateKey > &	cECprivateKey (void) const
	accessors More...

const X< typename Algo::EC, lime::Xtype::publicKey > &	cECpublicKey (void) const

const K< typename Algo::KEM, lime::Ktype::privateKey > &	cKEMprivateKey (void) const

const K< typename Algo::KEM, lime::Ktype::publicKey > &	cKEMpublicKey (void) const

const DSA< typename Algo::EC, lime::DSAtype::signature > &	csignature (void) const

DSA< typename Algo::EC, lime::DSAtype::signature > &	signature (void)

const Xpair< typename Algo::EC > &	cECKeypair (void) const

const Kpair< typename Algo::KEM > &	cKEMKeypair (void) const

uint32_t	get_Id (void) const

void	set_Id (uint32_t Id)

serializedBuffer	serialize (void) const
	Serialize the key pair (to store in DB): EC public \|\| EC private \|\| KEM public \|\| KEM private. More...

std::vector< uint8_t >	serializePublic (bool signedMessage=false) const

void	dump (std::ostringstream &os, std::string indent=" ") const
	Dump the public key, signature and Id. More...

Static Public Member Functions
static constexpr size_t	serializedPublicSize (void)

static constexpr size_t	serializedSize (void)

Member Typedef Documentation

template<typename Algo >

using lime::SignedPreKey< Algo, true >::serializedBuffer = sBuffer< X<Algo, lime::Xtype::publicKey>::ssize() + X<Algo, lime::Xtype::privateKey>::ssize() + K<Algo, lime::Ktype::publicKey>::ssize() + K<Algo, lime::Ktype::privateKey>::ssize()>

Constructor & Destructor Documentation

template<typename Algo >

lime::SignedPreKey< Algo, true >::SignedPreKey	(	const X< typename Algo::EC, lime::Xtype::publicKey > &	SPk_EC_Public,
		const X< typename Algo::EC, lime::Xtype::privateKey > &	SPk_EC_Private,
		const K< typename Algo::KEM, lime::Ktype::publicKey > &	SPk_KEM_Public,
		const K< typename Algo::KEM, lime::Ktype::privateKey > &	SPk_KEM_Private
	)

inline

template<typename Algo >

lime::SignedPreKey< Algo, true >::SignedPreKey ( )

inline

template<typename Algo >

lime::SignedPreKey< Algo, true >::SignedPreKey	(	const serializedBuffer &	SPk,
		uint32_t	Id
	)

inline

Unserializing constructor: from data read in DB.

template<typename Algo >

lime::SignedPreKey< Algo, true >::SignedPreKey ( const std::vector< uint8_t >::const_iterator s )

inline

Unserializing constructor: from data read in received bundle: EC public key || KEM public key || Id || signature.

Member Function Documentation

template<typename Algo >

const Xpair<typename Algo::EC>& lime::SignedPreKey< Algo, true >::cECKeypair ( void ) const

inline

template<typename Algo >

const X<typename Algo::EC, lime::Xtype::privateKey>& lime::SignedPreKey< Algo, true >::cECprivateKey ( void ) const

inline

accessors

template<typename Algo >

const X<typename Algo::EC, lime::Xtype::publicKey>& lime::SignedPreKey< Algo, true >::cECpublicKey ( void ) const

inline

template<typename Algo >

const Kpair<typename Algo::KEM>& lime::SignedPreKey< Algo, true >::cKEMKeypair ( void ) const

inline

template<typename Algo >

const K<typename Algo::KEM, lime::Ktype::privateKey>& lime::SignedPreKey< Algo, true >::cKEMprivateKey ( void ) const

inline

template<typename Algo >

const K<typename Algo::KEM, lime::Ktype::publicKey>& lime::SignedPreKey< Algo, true >::cKEMpublicKey ( void ) const

inline

template<typename Algo >

const DSA<typename Algo::EC, lime::DSAtype::signature>& lime::SignedPreKey< Algo, true >::csignature ( void ) const

inline

template<typename Algo >

void lime::SignedPreKey< Algo, true >::dump	(	std::ostringstream &	os,
		std::string	indent = `" "`
	)		const

inline

Dump the public key, signature and Id.

template<typename Algo >

uint32_t lime::SignedPreKey< Algo, true >::get_Id ( void ) const

inline

template<typename Algo >

serializedBuffer lime::SignedPreKey< Algo, true >::serialize ( void ) const

inline

Serialize the key pair (to store in DB): EC public || EC private || KEM public || KEM private.

template<typename Algo >

static constexpr size_t lime::SignedPreKey< Algo, true >::serializedPublicSize ( void )

inlinestatic

Serializing:

public is publicKey EC || publicKey KEM || signature || Id (4bytes) -> used to publish
storage publicKey EC || privateKey EC || publicKey KEM || privateKey KEM -> used to store in DB, Id is stored separately

template<typename Algo >

static constexpr size_t lime::SignedPreKey< Algo, true >::serializedSize ( void )

inlinestatic

template<typename Algo >

std::vector<uint8_t> lime::SignedPreKey< Algo, true >::serializePublic ( bool signedMessage = false ) const

inline

Serialize the public keys, signature and Id to publish on the server

Parameters

[in] signedMessage when true return the message (to be)signed - in this case EC public key || KEM public key

Returns: the serialized public value: either the public part to be signed, or the whole bundle: EC public key || KEM public key || signature || Id

template<typename Algo >

void lime::SignedPreKey< Algo, true >::set_Id ( uint32_t Id )

inline

template<typename Algo >

DSA<typename Algo::EC, lime::DSAtype::signature>& lime::SignedPreKey< Algo, true >::signature ( void )

inline

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

/tmp/B.4283tfon/BUILD/lime-5.4.38-build/lime-5.4.38/src/lime_x3dh.hpp

Public Types

Public Member Functions

Static Public Member Functions

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation