rdesktop/crypto/arith.h

/*******************************************************************************
*                                                                              *
*       Copyright (c) Martin Nicolay,  22. Nov. 1988                           *
*                                                                              *
*       Wenn diese (oder sinngemaess uebersetzte) Copyright-Angabe enthalten   *
*       bleibt, darf diese Source fuer jeden nichtkomerziellen Zweck weiter    *
*       verwendet werden.                                                      *
*                                                                              *
*       martin@trillian.megalon.de                                             *
*                                                                              *
*******************************************************************************/

#ifndef _arith_h_
#define _arith_h_

#ifndef _conf_h_
#include        "conf.h"
#endif

extern NUMBER a_one,a_two;

/*
 * Prototypes
 */

void    a_add           P(( NUMBER*, NUMBER*, NUMBER* ));
void    a_assign        P(( NUMBER*, NUMBER* ));
int     a_cmp           P(( NUMBER*, NUMBER* ));
void    a_div           P(( NUMBER*, NUMBER*, NUMBER*, NUMBER* ));
void    a_div2          P(( NUMBER* ));
void    a_ggt           P(( NUMBER*, NUMBER*, NUMBER* ));
void    a_imult         P(( NUMBER*, INT, NUMBER* ));
void    a_mult          P(( NUMBER*, NUMBER*, NUMBER* ));
void    a_sub           P(( NUMBER*, NUMBER*, NUMBER* ));
void    m_init          P(( NUMBER*, NUMBER* ));
void    m_add           P(( NUMBER*, NUMBER*, NUMBER* ));
void    m_mult          P(( NUMBER*, NUMBER*, NUMBER* ));
void    m_exp           P(( NUMBER*, NUMBER*, NUMBER* ));
int     n_bits          P(( NUMBER*, int));
void    n_div           P(( NUMBER*, NUMBER*, NUMBER*, NUMBER* ));
int     n_cmp           P(( INT*, INT*, int ));
int     n_mult          P(( INT*, INT, INT*, int ));
int     n_sub           P(( INT*, INT*, INT*, int, int ));
int     n_bitlen        P(( NUMBER* ));

#endif
1	/*******************************************************************************
2	* *
3	* Copyright (c) Martin Nicolay, 22. Nov. 1988 *
4	* *
5	* Wenn diese (oder sinngemaess uebersetzte) Copyright-Angabe enthalten *
6	* bleibt, darf diese Source fuer jeden nichtkomerziellen Zweck weiter *
7	* verwendet werden. *
8	* *
9	* martin@trillian.megalon.de *
10	* *
11	*******************************************************************************/
12
13	#ifndef _arith_h_
14	#define _arith_h_
15
16	#ifndef _conf_h_
17	#include "conf.h"
18	#endif
19
20	extern NUMBER a_one,a_two;
21
22	/*
23	* Prototypes
24	*/
25
26	void a_add P(( NUMBER, NUMBER, NUMBER* ));
27	void a_assign P(( NUMBER, NUMBER ));
28	int a_cmp P(( NUMBER, NUMBER ));
29	void a_div P(( NUMBER, NUMBER, NUMBER, NUMBER ));
30	void a_div2 P(( NUMBER* ));
31	void a_ggt P(( NUMBER, NUMBER, NUMBER* ));
32	void a_imult P(( NUMBER, INT, NUMBER ));
33	void a_mult P(( NUMBER, NUMBER, NUMBER* ));
34	void a_sub P(( NUMBER, NUMBER, NUMBER* ));
35	void m_init P(( NUMBER, NUMBER ));
36	void m_add P(( NUMBER, NUMBER, NUMBER* ));
37	void m_mult P(( NUMBER, NUMBER, NUMBER* ));
38	void m_exp P(( NUMBER, NUMBER, NUMBER* ));
39	int n_bits P(( NUMBER*, int));
40	void n_div P(( NUMBER, NUMBER, NUMBER, NUMBER ));
41	int n_cmp P(( INT, INT, int ));
42	int n_mult P(( INT, INT, INT, int ));
43	int n_sub P(( INT, INT, INT*, int, int ));
44	int n_bitlen P(( NUMBER* ));
45
46	#endif