Ase::SHAKE_Base< HASHBITS, DOMAINBITS > Class Template Reference

Public Member Functions
size_t	byte_rate () const
void	reset ()
void	update (const uint8_t *data, size_t length)
size_t	get_hash (uint8_t hashvalue[HASHBITS/8])
	Switch from absorbing into squeezing mode and return digest.
void	squeeze_digest (uint8_t *output, size_t n_out)
	Read out the current Keccak state and permute as needed.

Protected Member Functions
size_t	xor_state (size_t offset, const uint8_t *input, size_t n_in)
	Add stream data up to block size into Keccak state via XOR.
void	absorb_padding (size_t offset, uint8_t trail=0x01)
	SHAKE_Base (size_t rate)

Detailed Description

template<size_t HASHBITS, uint8_t DOMAINBITS>
class Ase::SHAKE_Base< HASHBITS, DOMAINBITS >

Definition at line 207 of file randomhash.cc.

Constructor & Destructor Documentation

SHAKE_Base()

template<size_t HASHBITS, uint8_t DOMAINBITS>

Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::SHAKE_Base ( size_t  rate )

protected

Definition at line 241 of file randomhash.cc.

Member Function Documentation

absorb_padding()

template<size_t HASHBITS, uint8_t DOMAINBITS>

void Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::absorb_padding ( size_t  offset, uint8_t  trail = 0x01  )

protected

Pad stream from offset to block boundary into Keccak state via XOR. The trail argument must contain the termination bit, optionally preceeded by additional (LSB) bits for domain separation. A permutation is carried out if the trailing padding bits do not fit into the remaining block length.

Definition at line 229 of file randomhash.cc.

References ASE_ASSERT_RETURN.

Referenced by Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::get_hash().

byte_rate()

template<size_t HASHBITS, uint8_t DOMAINBITS>

size_t Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::byte_rate

(

)

const

Definition at line 246 of file randomhash.cc.

get_hash()

template<size_t HASHBITS, uint8_t DOMAINBITS>

size_t Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::get_hash

(

uint8_t

hashvalue[HASHBITS/8]

)

Switch from absorbing into squeezing mode and return digest.

Definition at line 277 of file randomhash.cc.

References Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::absorb_padding(), and uint8_t.

Referenced by Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::squeeze_digest().

reset()

template<size_t HASHBITS, uint8_t DOMAINBITS>

void Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::reset

(

)

Definition at line 251 of file randomhash.cc.

squeeze_digest()

template<size_t HASHBITS, uint8_t DOMAINBITS>

void Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::squeeze_digest	(	uint8_t *	output,
		size_t	n_out
	)

Read out the current Keccak state and permute as needed.

Definition at line 294 of file randomhash.cc.

References ASE_ASSERT_RETURN, Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::get_hash(), and std::min().

update()

template<size_t HASHBITS, uint8_t DOMAINBITS>

void Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::update	(	const uint8_t *	data,
		size_t	length
	)

Definition at line 258 of file randomhash.cc.

xor_state()

template<size_t HASHBITS, uint8_t DOMAINBITS>

size_t Ase::SHAKE_Base< HASHBITS, DOMAINBITS >::xor_state ( size_t  offset, const uint8_t *  input, size_t  n_in  )

protected

Add stream data up to block size into Keccak state via XOR.

Definition at line 215 of file randomhash.cc.

References ASE_ASSERT_RETURN.

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

• ase/randomhash.cc