#include <sm.h>

Inheritance diagram for interpose_memory_sm:

Public Member Functions
virtual	~interpose_memory_sm ()
Static Public Member Functions
static pointer	create (const pointer &deeper, const location::pointer &start)
Private Member Functions
	interpose_memory_sm (const pointer &deeper, const location::pointer &start)
	interpose_memory_sm ()
	interpose_memory_sm (const interpose_memory_sm &rhs)
interpose_memory_sm &	operator= (const interpose_memory_sm &rhs)

Detailed Description

The interpose_memory_sm class is used to represent processing of the SM3~ {n} sequence into a single opcode.

Definition at line 27 of file sm.h.

Constructor & Destructor Documentation

interpose_memory_sm::~interpose_memory_sm ( ) [virtual]

The destructor.

Definition at line 21 of file sm.cc.

interpose_memory_sm::interpose_memory_sm	(	const pointer &	deeper,
		const location::pointer &	start
	)		`[private]`

The constructor. It is private on purpose, use the create class method instead.

Parameters:

deeper	where to write the stateless key stream
start	where the introducer opcode was seen

Definition at line 26 of file sm.cc.

interpose_memory_sm::interpose_memory_sm ( ) [private]

The default constructor. Do not use.

interpose_memory_sm::interpose_memory_sm ( const interpose_memory_sm & rhs ) [private]

The copy constructor. Do not use.

Parameters:

rhs	The right hand side of the initialization.

interpose::pointer interpose_memory_sm::create	(	const pointer &	deeper,
		const location::pointer &	start
	)		`[static]`

The create class method is used to create new dynamically allocated instance of this class.

Parameters:

deeper	where to write the stateless key stream
start	where the introducer opcode was seen

Definition at line 36 of file sm.cc.

interpose_memory_sm& interpose_memory_sm::operator= ( const interpose_memory_sm & rhs ) [private]

The assignment operator. Do not use.

Parameters:

rhs	The right hand side of the assignment.

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