version 1.12, 2001/03/13 01:10:26 |
version 1.18, 2001/07/03 01:41:26 |
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* DEVELOPER SHALL HAVE NO LIABILITY IN CONNECTION WITH THE USE, |
* DEVELOPER SHALL HAVE NO LIABILITY IN CONNECTION WITH THE USE, |
* PERFORMANCE OR NON-PERFORMANCE OF THE SOFTWARE. |
* PERFORMANCE OR NON-PERFORMANCE OF THE SOFTWARE. |
* |
* |
* $OpenXM: OpenXM_contrib2/asir2000/include/ca.h,v 1.11 2000/12/22 10:03:29 saito Exp $ |
* $OpenXM: OpenXM_contrib2/asir2000/include/ca.h,v 1.17 2001/06/25 04:11:43 noro Exp $ |
*/ |
*/ |
#include <stdio.h> |
#include <stdio.h> |
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Line 108 typedef void * pointer; |
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Line 108 typedef void * pointer; |
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#define O_F 14 |
#define O_F 14 |
#define O_GFMMAT 15 |
#define O_GFMMAT 15 |
#define O_BYTEARRAY 16 |
#define O_BYTEARRAY 16 |
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#define O_QUOTE 17 |
#define O_VOID -1 |
#define O_VOID -1 |
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#define N_Q 0 |
#define N_Q 0 |
Line 331 typedef struct oBYTEARRAY { |
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Line 332 typedef struct oBYTEARRAY { |
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unsigned char *body; |
unsigned char *body; |
} *BYTEARRAY; |
} *BYTEARRAY; |
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typedef struct oQUOTE { |
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short id; |
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short pad; |
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pointer body; |
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} *QUOTE; |
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typedef struct oObj { |
typedef struct oObj { |
short id; |
short id; |
short pad; |
short pad; |
Line 363 typedef struct oNODE { |
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Line 370 typedef struct oNODE { |
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struct oNODE *next; |
struct oNODE *next; |
} *NODE; |
} *NODE; |
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/* univariate poly over small finite field; dense */ |
typedef struct oUM { |
typedef struct oUM { |
int d; |
int d; |
int c[1]; |
int c[1]; |
} *UM; |
} *UM; |
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/* univariate poly with padic coeff */ |
typedef struct oLUM { |
typedef struct oLUM { |
int d; |
int d; |
int *c[1]; |
int *c[1]; |
} *LUM; |
} *LUM; |
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/* bivariate poly over small finite field; dense */ |
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typedef struct oBM { |
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int d; |
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UM c[1]; |
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} *BM; |
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typedef struct oML { |
typedef struct oML { |
int n; |
int n; |
int mod; |
int mod; |
Line 522 bzero((char *)(p),(int)(((n)+1)*sizeof(type)))) |
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Line 538 bzero((char *)(p),(int)(((n)+1)*sizeof(type)))) |
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(p) = ___q___;\ |
(p) = ___q___;\ |
} |
} |
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#define W_BMALLOC(dx,dy,p)\ |
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{\ |
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BM ___q___;\ |
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int ___i___;\ |
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UM *___c___;\ |
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(___q___) = (BM)ALLOCA(TRUESIZE(oBM,(dy),UM));\ |
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DEG(___q___) = dy;\ |
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___c___ = (UM *)COEF(___q___);\ |
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for ( ___i___ = 0; ___i___ <= dy; ___i___++ ) {\ |
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___c___[___i___] = W_UMALLOC(dx);\ |
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clearum(___c___[___i___],dx);\ |
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}\ |
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(p) = ___q___;\ |
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} |
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#define NEWUP2(q,w)\ |
#define NEWUP2(q,w)\ |
((q)=(UP2)MALLOC_ATOMIC(TRUESIZE(oUP2,(w)-1,unsigned int)),\ |
((q)=(UP2)MALLOC_ATOMIC(TRUESIZE(oUP2,(w)-1,unsigned int)),\ |
bzero((char *)(q)->b,(w)*sizeof(unsigned int))) |
bzero((char *)(q)->b,(w)*sizeof(unsigned int))) |
Line 546 bzero((char *)(q)->b,(w)*sizeof(unsigned int))) |
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Line 577 bzero((char *)(q)->b,(w)*sizeof(unsigned int))) |
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#define NEWERR(e) ((e)=(ERR)MALLOC(sizeof(struct oERR)),OID(e)=O_ERR) |
#define NEWERR(e) ((e)=(ERR)MALLOC(sizeof(struct oERR)),OID(e)=O_ERR) |
#define NEWMATHCAP(e) ((e)=(MATHCAP)MALLOC(sizeof(struct oMATHCAP)),OID(e)=O_MATHCAP) |
#define NEWMATHCAP(e) ((e)=(MATHCAP)MALLOC(sizeof(struct oMATHCAP)),OID(e)=O_MATHCAP) |
#define NEWBYTEARRAY(e) ((e)=(BYTEARRAY)MALLOC(sizeof(struct oBYTEARRAY)),OID(e)=O_BYTEARRAY) |
#define NEWBYTEARRAY(e) ((e)=(BYTEARRAY)MALLOC(sizeof(struct oBYTEARRAY)),OID(e)=O_BYTEARRAY) |
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#define NEWQUOTE(e) ((e)=(QUOTE)MALLOC(sizeof(struct oQUOTE)),OID(e)=O_QUOTE) |
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#define NEWNODE(a) ((a)=(NODE)MALLOC(sizeof(struct oNODE))) |
#define NEWNODE(a) ((a)=(NODE)MALLOC(sizeof(struct oNODE))) |
#define NEWDC(dc) ((dc)=(DCP)MALLOC(sizeof(struct oDCP))) |
#define NEWDC(dc) ((dc)=(DCP)MALLOC(sizeof(struct oDCP))) |
Line 597 DEG(DC(p))=ONE,COEF(DC(p))=(P)ONEM,NEXT(DC(p))=0) |
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Line 629 DEG(DC(p))=ONE,COEF(DC(p))=(P)ONEM,NEXT(DC(p))=0) |
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#define MKMATHCAP(e,b) (NEWMATHCAP(e),(e)->body=(LIST)(b)) |
#define MKMATHCAP(e,b) (NEWMATHCAP(e),(e)->body=(LIST)(b)) |
#define MKBYTEARRAY(m,l) \ |
#define MKBYTEARRAY(m,l) \ |
(NEWBYTEARRAY(m),(m)->len=(l),(m)->body=(char *)MALLOC_ATOMIC((l)),bzero((m)->body,(l))) |
(NEWBYTEARRAY(m),(m)->len=(l),(m)->body=(char *)MALLOC_ATOMIC((l)),bzero((m)->body,(l))) |
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#define MKQUOTE(q,b) (NEWQUOTE(q),(q)->body=(pointer)(b)) |
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#define NEXTDC(r,c) \ |
#define NEXTDC(r,c) \ |
if(!(r)){NEWDC(r);(c)=(r);}else{NEWDC(NEXT(c));(c)=NEXT(c);} |
if(!(r)){NEWDC(r);(c)=(r);}else{NEWDC(NEXT(c));(c)=NEXT(c);} |
Line 668 PL(NM(q))=1,BD(NM(q))[0]=(unsigned int)(n),DN(q)=0,(q) |
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Line 701 PL(NM(q))=1,BD(NM(q))[0]=(unsigned int)(n),DN(q)=0,(q) |
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#define ITOS(p) (((unsigned int)(p))&0x7fffffff) |
#define ITOS(p) (((unsigned int)(p))&0x7fffffff) |
#define STOI(i) ((P)((unsigned int)(i)|0x80000000)) |
#define STOI(i) ((P)((unsigned int)(i)|0x80000000)) |
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/* immediate GFS representation */ |
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#define IFTOF(p) ((int)(((unsigned int)(p))&0x7fffffff)) |
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#define FTOIF(i) ((int)(((unsigned int)(i)|0x80000000))) |
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struct cdl { |
struct cdl { |
P c; |
P c; |
DL d; |
DL d; |
Line 725 extern UP2 ONEUP2; |
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Line 763 extern UP2 ONEUP2; |
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extern FILE *asir_out; |
extern FILE *asir_out; |
#if defined(__GNUC__) |
#if defined(__GNUC__) |
extern const int sprime[]; |
extern const int sprime[]; |
extern const int lprime[]; |
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#else |
#else |
extern int sprime[]; |
extern int sprime[]; |
extern int lprime[]; |
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#endif |
#endif |
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extern int lprime_size; |
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extern int *lprime; |
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extern void (*addnumt[])(); |
extern void (*addnumt[])(); |
extern void (*subnumt[])(); |
extern void (*subnumt[])(); |
extern void (*mulnumt[])(); |
extern void (*mulnumt[])(); |
Line 1080 int int_bits(int); |
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Line 1119 int int_bits(int); |
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LUM LUMALLOC(int, int); |
LUM LUMALLOC(int, int); |
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BM BMALLOC(int, int); |
Obj ToAlg(Num); |
Obj ToAlg(Num); |
UM *berlemain(register int, UM, UM *); |
UM *berlemain(register int, UM, UM *); |
void *Risa_GC_malloc(size_t); |
void *Risa_GC_malloc(size_t); |