np2/statsave.c - diff

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Diff for /np2/statsave.c between versions 1.5 and 1.13

version 1.5, 2003/10/19 14:56:15	version 1.13, 2003/10/25 09:08:24
Line 12	Line 12
#include "pc9861k.h"	#include "pc9861k.h"
#include "mpu98ii.h"	#include "mpu98ii.h"
#include "board14.h"	#include "board14.h"
	#include "bios.h"
#include "vram.h"	#include "vram.h"
#include "maketext.h"
#include "palettes.h"	#include "palettes.h"
#include "font.h"	#include "maketext.h"
#include "sound.h"	#include "sound.h"
#include "bios.h"
#include "fmboard.h"	#include "fmboard.h"
#include "beep.h"	#include "beep.h"
	#include "font.h"
#include "fddfile.h"	#include "fddfile.h"
#include "fdd_mtr.h"	#include "fdd_mtr.h"
#include "sxsi.h"	#include "sxsi.h"
Line 38 typedef struct {	Line 38 typedef struct {
char index[10];	char index[10];
UINT16 ver;	UINT16 ver;
UINT32 size;	UINT32 size;
} NP2FLAGPART_T;	} NP2FENT;

enum {	enum {
NP2FLAG_BIN = 0,	NP2FLAG_BIN = 0,
NP2FLAG_TERM,	NP2FLAG_TERM,
NP2FLAG_CORE,	NP2FLAG_CLOCK,
NP2FLAG_DMA,	NP2FLAG_DMA,
NP2FLAG_EGC,	NP2FLAG_EGC,
NP2FLAG_EXT,	NP2FLAG_EXT,
NP2FLAG_EVT,	NP2FLAG_EVT,
NP2FLAG_GIJ,	NP2FLAG_GIJ,
NP2FLAG_FM,	NP2FLAG_FM,
NP2FLAG_BEEP,	NP2FLAG_COM,
NP2FLAG_MIDI,
NP2FLAG_DISK	NP2FLAG_DISK
};	};

Line 73 typedef struct {	Line 72 typedef struct {
int num;	int num;
} ENUMTBL;	} ENUMTBL;

#define PROCID(a, b, c, d) (((d) << 24) \| ((c) << 16) \| ((b) << 8) \| (a))	#define PROCID(a, b, c, d) (((d) << 24) + ((c) << 16) + ((b) << 8) + (a))
#define PROC2NUM(a, b) proc2num(&(a), b, sizeof(b)/sizeof(PROCTBL))	#define PROC2NUM(a, b) proc2num(&(a), (b), sizeof(b)/sizeof(PROCTBL))
#define NUM2PROC(a, b) num2proc(&(a), b, sizeof(b)/sizeof(PROCTBL))	#define NUM2PROC(a, b) num2proc(&(a), (b), sizeof(b)/sizeof(PROCTBL))

#include "statsave.tbl"	#include "statsave.tbl"

Line 139 static BOOL num2proc(void *func, const P	Line 138 static BOOL num2proc(void *func, const P
// ----	// ----

typedef struct {	typedef struct {
FILEH fh;	FILEH fh;
long pos;	long pos;
long bak;	long bak;
long next;	long next;
NP2FHDR f;	NP2FHDR f;
NP2FLAGPART_T p;	NP2FENT p;
} NP2FFILE;	} _NP2FFILE, *NP2FFILE;

static int flagopen(NP2FFILE f, const char filename, ERR_BUF *e) {	static int flagopen(NP2FFILE f, const char filename, ERR_BUF e) {

if (f) {	if (f) {
f->fh = file_open(filename);	f->fh = file_open(filename);
Line 186 static int flagopen(NP2FFILE *f, const c	Line 185 static int flagopen(NP2FFILE *f, const c
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagcreate(NP2FFILE f, const char filename) {	static int flagcreate(NP2FFILE f, const char *filename) {

if (f) {	if (f) {
f->fh = file_create(filename);	f->fh = file_create(filename);
Line 204 static int flagcreate(NP2FFILE *f, const	Line 203 static int flagcreate(NP2FFILE *f, const
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagload_create(NP2FFILE *f) {	static int flagload_create(NP2FFILE f) {

if (f) {	if (f) {
ZeroMemory(&f->p, sizeof(NP2FLAGPART_T));	ZeroMemory(&f->p, sizeof(NP2FENT));
if (f->pos & 15) {	if (f->pos & 15) {
f->pos += 15;	f->pos += 15;
f->pos &= ~0xf;	f->pos &= ~0xf;
Line 215 static int flagload_create(NP2FFILE *f)	Line 214 static int flagload_create(NP2FFILE *f)
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}
}	}
if (file_read(f->fh, &f->p, sizeof(NP2FLAGPART_T))	if (file_read(f->fh, &f->p, sizeof(NP2FENT)) != sizeof(NP2FENT)) {
!= sizeof(NP2FLAGPART_T)) {
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}
f->pos += sizeof(NP2FLAGPART_T);	f->pos += sizeof(NP2FENT);
f->next = f->pos + f->p.size;	f->next = f->pos + f->p.size;
return(NP2FLAG_SUCCESS);	return(NP2FLAG_SUCCESS);
}	}
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagload_load(NP2FFILE f, void buf, UINT size) {	static int flagload_load(NP2FFILE f, void *buf, UINT size) {

if (f && buf && size && (file_read(f->fh, buf, size) == size)) {	if (f && buf && size && (file_read(f->fh, buf, size) == size)) {
f->pos += size;	f->pos += size;
Line 235 static int flagload_load(NP2FFILE *f, vo	Line 233 static int flagload_load(NP2FFILE *f, vo
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagload_close(NP2FFILE *f) {	static int flagload_close(NP2FFILE f) {

if (file_seek(f->fh, f->next, 0) != f->next) {	if (file_seek(f->fh, f->next, 0) != f->next) {
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
Line 244 static int flagload_close(NP2FFILE *f) {	Line 242 static int flagload_close(NP2FFILE *f) {
return(NP2FLAG_SUCCESS);	return(NP2FLAG_SUCCESS);
}	}

static int flagsave_create(NP2FFILE f, const STENTRY t) {	static int flagsave_create(NP2FFILE f, const STENTRY *t) {

if (f && t) {	if (f && t) {
int len;	int len;
ZeroMemory(&f->p, sizeof(NP2FLAGPART_T));	ZeroMemory(&f->p, sizeof(NP2FENT));
if (f->pos & 15) {	if (f->pos & 15) {
UINT rem;	UINT rem;
rem = 16 - (f->pos & 15);	rem = 16 - (f->pos & 15);
Line 267 static int flagsave_create(NP2FFILE *f,	Line 265 static int flagsave_create(NP2FFILE *f,
CopyMemory(f->p.index, t->index, len);	CopyMemory(f->p.index, t->index, len);
}	}
f->p.ver = t->ver;	f->p.ver = t->ver;
if (file_write(f->fh, &f->p, sizeof(NP2FLAGPART_T))	if (file_write(f->fh, &f->p, sizeof(NP2FENT)) != sizeof(NP2FENT)) {
!= sizeof(NP2FLAGPART_T)) {
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}
f->pos += sizeof(NP2FLAGPART_T);	f->pos += sizeof(NP2FENT);
return(NP2FLAG_SUCCESS);	return(NP2FLAG_SUCCESS);
}	}
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagsave_save(NP2FFILE f, void buf, UINT size) {	static int flagsave_save(NP2FFILE f, void *buf, UINT size) {

if (f && buf && size && (file_write(f->fh, buf, size) == size)) {	if (f && buf && size && (file_write(f->fh, buf, size) == size)) {
f->pos += size;	f->pos += size;
Line 287 static int flagsave_save(NP2FFILE *f, vo	Line 284 static int flagsave_save(NP2FFILE *f, vo
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagsave_close(NP2FFILE *f) {	static int flagsave_close(NP2FFILE f) {

if (!f) {	if (!f) {
goto fs_closeerr;	goto fs_closeerr;
Line 295 static int flagsave_close(NP2FFILE *f) {	Line 292 static int flagsave_close(NP2FFILE *f) {
if (file_seek(f->fh, f->bak, 0) != f->bak) {	if (file_seek(f->fh, f->bak, 0) != f->bak) {
goto fs_closeerr;	goto fs_closeerr;
}	}
if (file_write(f->fh, &f->p, sizeof(NP2FLAGPART_T))	if (file_write(f->fh, &f->p, sizeof(NP2FENT)) != sizeof(NP2FENT)) {
!= sizeof(NP2FLAGPART_T)) {
goto fs_closeerr;	goto fs_closeerr;
}	}
if (file_seek(f->fh, f->pos, 0) == f->pos) {	if (file_seek(f->fh, f->pos, 0) == f->pos) {
Line 307 fs_closeerr:	Line 303 fs_closeerr:
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static void flagclose(NP2FFILE *f) {	static void flagclose(NP2FFILE f) {

if (f) {	if (f) {
file_close(f->fh);	file_close(f->fh);
Line 317 static void flagclose(NP2FFILE *f) {	Line 313 static void flagclose(NP2FFILE *f) {

// ----	// ----

static int flagsave_term(NP2FFILE f, const STENTRY t) {	static int flagsave_term(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;

Line 329 static int flagsave_term(NP2FFILE *f, co	Line 325 static int flagsave_term(NP2FFILE *f, co

// ----	// ----

static int flagsave_common(NP2FFILE f, const STENTRY t) {	static int flagsave_common(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;

Line 341 static int flagsave_common(NP2FFILE *f,	Line 337 static int flagsave_common(NP2FFILE *f,
return(ret);	return(ret);
}	}

static int flagload_common(NP2FFILE f, const STENTRY t) {	static int flagload_common(NP2FFILE f, const STENTRY *t) {

return(flagload_load(f, t->arg1, t->arg2));	return(flagload_load(f, t->arg1, t->arg2));
}	}
Line 349 static int flagload_common(NP2FFILE *f,	Line 345 static int flagload_common(NP2FFILE *f,

// -----	// -----

static int flagload_core(NP2FFILE f, const STENTRY t) {	static int flagload_clock(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;

ret = flagload_common(f, t);	ret = flagload_common(f, t);
if (opna_rate) {	sound_changeclock();
pc.sampleclock = (pc.realclock / opna_rate) + 1;	beep_changeclock();
}
else {
pc.sampleclock = 0;
}
return(ret);	return(ret);
}	}


// -----	// -----

static int flagsave_dma(NP2FFILE f, const STENTRY t) {	static int flagsave_dma(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
int i;	int i;
Line 388 static int flagsave_dma(NP2FFILE *f, con	Line 380 static int flagsave_dma(NP2FFILE *f, con
return(ret);	return(ret);
}	}

static int flagload_dma(NP2FFILE f, const STENTRY t) {	static int flagload_dma(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
int i;	int i;
Line 416 static int flagload_dma(NP2FFILE *f, con	Line 408 static int flagload_dma(NP2FFILE *f, con

// -----	// -----

static int flagsave_egc(NP2FFILE f, const STENTRY t) {	static int flagsave_egc(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
_EGC egcbak;	_EGC egcbak;
Line 433 static int flagsave_egc(NP2FFILE *f, con	Line 425 static int flagsave_egc(NP2FFILE *f, con
return(ret);	return(ret);
}	}

static int flagload_egc(NP2FFILE f, const STENTRY t) {	static int flagload_egc(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;

Line 447 static int flagload_egc(NP2FFILE *f, con	Line 439 static int flagload_egc(NP2FFILE *f, con

// -----	// -----

static int flagsave_ext(NP2FFILE f, const STENTRY t) {	static int flagsave_ext(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;

Line 462 static int flagsave_ext(NP2FFILE *f, con	Line 454 static int flagsave_ext(NP2FFILE *f, con
return(ret);	return(ret);
}	}

static int flagload_ext(NP2FFILE f, const STENTRY t) {	static int flagload_ext(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
int i;	int i;
Line 510 typedef struct {	Line 502 typedef struct {
NEVENTCB proc;	NEVENTCB proc;
} NEVTITEM;	} NEVTITEM;

static int nevent_save(NP2FFILE *f, int num) {	static int nevent_save(NP2FFILE f, int num) {

NEVTITEM nit;	NEVTITEM nit;
UINT i;	UINT i;
Line 531 static int nevent_save(NP2FFILE *f, int	Line 523 static int nevent_save(NP2FFILE *f, int
return(flagsave_save(f, &nit, sizeof(nit)));	return(flagsave_save(f, &nit, sizeof(nit)));
}	}

static int flagsave_evt(NP2FFILE f, const STENTRY t) {	static int flagsave_evt(NP2FFILE f, const STENTRY *t) {

NEVTSAVE nevt;	NEVTSAVE nevt;
int ret;	int ret;
Line 554 static int flagsave_evt(NP2FFILE *f, con	Line 546 static int flagsave_evt(NP2FFILE *f, con
return(ret);	return(ret);
}	}

static int nevent_load(NP2FFILE f, UINT tbl, UINT *pos) {	static int nevent_load(NP2FFILE f, UINT tbl, UINT pos) {

int ret;	int ret;
NEVTITEM nit;	NEVTITEM nit;
Line 587 static int nevent_load(NP2FFILE *f, UINT	Line 579 static int nevent_load(NP2FFILE *f, UINT
return(ret);	return(ret);
}	}

static int flagload_evt(NP2FFILE f, const STENTRY t) {	static int flagload_evt(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
NEVTSAVE nevt;	NEVTSAVE nevt;
Line 611 static int flagload_evt(NP2FFILE *f, con	Line 603 static int flagload_evt(NP2FFILE *f, con

// ----	// ----

static int flagsave_gij(NP2FFILE f, const STENTRY t) {	static int flagsave_gij(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
int i;	int i;
Line 632 static int flagsave_gij(NP2FFILE *f, con	Line 624 static int flagsave_gij(NP2FFILE *f, con
return(ret);	return(ret);
}	}

static int flagload_gij(NP2FFILE f, const STENTRY t) {	static int flagload_gij(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
int i;	int i;
Line 673 typedef struct {	Line 665 typedef struct {
BYTE extop[4];	BYTE extop[4];
} OPNKEY;	} OPNKEY;

static int flagsave_fm(NP2FFILE f, const STENTRY t) {	static int flagsave_fm(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
UINT saveflg;	UINT saveflg;
Line 788 static void play_psgreg(PSGGEN psg) {	Line 780 static void play_psgreg(PSGGEN psg) {
}	}
}	}

static int flagload_fm(NP2FFILE f, const STENTRY t) {	static int flagload_fm(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
UINT saveflg;	UINT saveflg;
Line 846 static int flagload_fm(NP2FFILE *f, cons	Line 838 static int flagload_fm(NP2FFILE *f, cons
break;	break;

default:	default:
	saveflg = 0;
break;	break;
}	}

Line 924 typedef struct {	Line 917 typedef struct {
DOSTIME time;	DOSTIME time;
} STATDISK;	} STATDISK;

static int disksave(NP2FFILE f, const char path, int readonly) {	static int disksave(NP2FFILE f, const char *path, int readonly) {

STATDISK st;	STATDISK st;
FILEH fh;	FILEH fh;
Line 942 static int disksave(NP2FFILE *f, const c	Line 935 static int disksave(NP2FFILE *f, const c
return(flagsave_save(f, &st, sizeof(st)));	return(flagsave_save(f, &st, sizeof(st)));
}	}

static int flagsave_disk(NP2FFILE f, const STENTRY t) {	static int flagsave_disk(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
BYTE i;	BYTE i;
Line 964 static int flagsave_disk(NP2FFILE *f, co	Line 957 static int flagsave_disk(NP2FFILE *f, co
return(ret);	return(ret);
}	}

static int diskcheck(NP2FFILE f, const char name, ERR_BUF *e) {	static int diskcheck(NP2FFILE f, const char name, ERR_BUF e) {

int ret;	int ret;
FILEH fh;	FILEH fh;
Line 995 static int diskcheck(NP2FFILE *f, const	Line 988 static int diskcheck(NP2FFILE *f, const
return(ret);	return(ret);
}	}

static int flagcheck_disk(NP2FFILE f, const STENTRY t, ERR_BUF *e) {	static int flagcheck_disk(NP2FFILE f, const STENTRY t, ERR_BUF e) {

int ret;	int ret;
int i;	int i;
Line 1019 static int flagcheck_disk(NP2FFILE *f, c	Line 1012 static int flagcheck_disk(NP2FFILE *f, c
return(ret);	return(ret);
}	}

static int flagload_disk(NP2FFILE f, const STENTRY t) {	static int flagload_disk(NP2FFILE f, const STENTRY *t) {

int ret;	int ret;
BYTE i;	BYTE i;
Line 1054 static int flagload_disk(NP2FFILE *f, co	Line 1047 static int flagload_disk(NP2FFILE *f, co

// -----	// -----

#ifdef _MIDICH	static int flagsave_com(NP2FFILE f, const STENTRY *t) {
static int flagsave_midi(NP2FFILE f, const STENTRY t) {

UINT device;	UINT device;
COMMNG cm;	COMMNG cm;
int ret;	int ret;
_MIDICH mch[16];	COMFLAG flag;

device = (UINT)t->arg1;	device = (UINT)t->arg1;
switch(device) {	switch(device) {
Line 1077 static int flagsave_midi(NP2FFILE *f, co	Line 1069 static int flagsave_midi(NP2FFILE *f, co
break;	break;
}	}
ret = NP2FLAG_SUCCESS;	ret = NP2FLAG_SUCCESS;
if ((cm != NULL) && (cm->msg(cm, COMMSG_MIDISTATGET, (long)mch))) {	if (cm) {
ret = flagsave_create(f, t);	flag = (COMFLAG)cm->msg(cm, COMMSG_GETFLAG, 0);
if (ret != NP2FLAG_FAILURE) {	if (flag) {
ret \|= flagsave_save(f, mch, sizeof(mch));	ret = flagsave_create(f, t);
ret \|= flagsave_close(f);	if (ret != NP2FLAG_FAILURE) {
	ret \|= flagsave_save(f, flag, flag->size);
	ret \|= flagsave_close(f);
	}
	_MFREE(flag);
}	}
}	}
return(ret);	return(ret);
}	}

static int flagload_midi(NP2FFILE f, const STENTRY t) {	static int flagload_com(NP2FFILE f, const STENTRY *t) {

_MIDICH mch[16];	UINT device;
UINT device;	COMMNG cm;
COMMNG cm;	int ret;
int ret;	_COMFLAG fhdr;
	COMFLAG flag;

ret = flagload_load(f, mch, sizeof(mch));	ret = flagload_load(f, &fhdr, sizeof(fhdr));
if (ret != NP2FLAG_FAILURE) {	if (ret != NP2FLAG_SUCCESS) {
device = (UINT)t->arg1;	goto flcom_err1;
switch(device) {	}
case 0:	if (fhdr.size < sizeof(fhdr)) {
commng_destroy(cm_mpu98);	goto flcom_err1;
cm = commng_create(COMCREATE_MPU98II);	}
cm_mpu98 = cm;	flag = (COMFLAG)_MALLOC(fhdr.size, "com stat flag");
break;	if (flag == NULL) {
	goto flcom_err1;
	}
	CopyMemory(flag, &fhdr, sizeof(fhdr));
	ret \|= flagload_load(f, flag + 1, fhdr.size - sizeof(fhdr));
	if (ret != NP2FLAG_SUCCESS) {
	goto flcom_err2;
	}

case 1:	device = (UINT)t->arg1;
commng_destroy(cm_rs232c);	switch(device) {
cm = commng_create(COMCREATE_SERIAL);	case 0:
cm_rs232c = cm;	commng_destroy(cm_mpu98);
break;	cm = commng_create(COMCREATE_MPU98II);
	cm_mpu98 = cm;
	break;

default:	case 1:
cm = NULL;	commng_destroy(cm_rs232c);
break;	cm = commng_create(COMCREATE_SERIAL);
}	cm_rs232c = cm;
if (cm) {	break;
cm->msg(cm, COMMSG_MIDISTATSET, (long)mch);
}	default:
	cm = NULL;
	break;
}	}
	if (cm) {
	cm->msg(cm, COMMSG_SETFLAG, (long)flag);
	}

	flcom_err2:
	_MFREE(flag);

	flcom_err1:
return(ret);	return(ret);
}	}
#endif


// ----	// ----

static int flagcheck_versize(NP2FFILE f, const STENTRY t, ERR_BUF *e) {	static int flagcheck_versize(NP2FFILE f, const STENTRY t, ERR_BUF e) {

if ((f) && (t)) {	if ((f) && (t)) {
if ((f->p.ver == t->ver) && (f->p.size == t->arg2)) {	if ((f->p.ver == t->ver) && (f->p.size == t->arg2)) {
Line 1137 static int flagcheck_versize(NP2FFILE *f	Line 1152 static int flagcheck_versize(NP2FFILE *f
return(NP2FLAG_FAILURE);	return(NP2FLAG_FAILURE);
}	}

static int flagcheck_veronly(NP2FFILE f, const STENTRY t, ERR_BUF *e) {	static int flagcheck_veronly(NP2FFILE f, const STENTRY t, ERR_BUF e) {

if ((f) && (t)) {	if ((f) && (t)) {
if (f->p.ver == t->ver) {	if (f->p.ver == t->ver) {
Line 1154 static int flagcheck_veronly(NP2FFILE *f	Line 1169 static int flagcheck_veronly(NP2FFILE *f

int statsave_save(const char *filename) {	int statsave_save(const char *filename) {

NP2FFILE f;	_NP2FFILE f;
int ret;	int ret;
UINT i;	UINT i;

Line 1165 int statsave_save(const char *filename)	Line 1180 int statsave_save(const char *filename)
for (i=0; i<sizeof(np2tbl)/sizeof(STENTRY); i++) {	for (i=0; i<sizeof(np2tbl)/sizeof(STENTRY); i++) {
switch(np2tbl[i].type) {	switch(np2tbl[i].type) {
case NP2FLAG_BIN:	case NP2FLAG_BIN:
case NP2FLAG_CORE:	case NP2FLAG_CLOCK:
case NP2FLAG_BEEP:
ret \|= flagsave_common(&f, &np2tbl[i]);	ret \|= flagsave_common(&f, &np2tbl[i]);
break;	break;

Line 1202 int statsave_save(const char *filename)	Line 1216 int statsave_save(const char *filename)
ret \|= flagsave_disk(&f, &np2tbl[i]);	ret \|= flagsave_disk(&f, &np2tbl[i]);
break;	break;

#if defined(MIDICH)	case NP2FLAG_COM:
case NP2FLAG_MIDI:	ret \|= flagsave_com(&f, &np2tbl[i]);
ret \|= flagsave_midi(&f, &np2tbl[i]);
break;	break;
#endif
}	}
}	}
flagclose(&f);	flagclose(&f);
Line 1215 int statsave_save(const char *filename)	Line 1227 int statsave_save(const char *filename)

int statsave_check(const char filename, char buf, int size) {	int statsave_check(const char filename, char buf, int size) {

NP2FFILE f;	_NP2FFILE f;
int ret;	int ret;
UINT i;	UINT i;
BOOL done;	BOOL done;
Line 1249 int statsave_check(const char *filename,	Line 1261 int statsave_check(const char *filename,
if (i < (sizeof(np2tbl)/sizeof(STENTRY))) {	if (i < (sizeof(np2tbl)/sizeof(STENTRY))) {
switch(np2tbl[i].type) {	switch(np2tbl[i].type) {
case NP2FLAG_BIN:	case NP2FLAG_BIN:
	case NP2FLAG_CLOCK:
ret \|= flagcheck_versize(&f, &np2tbl[i], &e);	ret \|= flagcheck_versize(&f, &np2tbl[i], &e);
break;	break;

Line 1256 int statsave_check(const char *filename,	Line 1269 int statsave_check(const char *filename,
done = TRUE;	done = TRUE;
break;	break;

case NP2FLAG_CORE:
case NP2FLAG_DMA:	case NP2FLAG_DMA:
case NP2FLAG_EGC:	case NP2FLAG_EGC:
case NP2FLAG_EXT:	case NP2FLAG_EXT:
case NP2FLAG_EVT:	case NP2FLAG_EVT:
case NP2FLAG_GIJ:	case NP2FLAG_GIJ:
case NP2FLAG_BEEP:	case NP2FLAG_COM:
#if defined(MIDICH)
case NP2FLAG_MIDI:
#endif
ret \|= flagcheck_veronly(&f, &np2tbl[i], &e);	ret \|= flagcheck_veronly(&f, &np2tbl[i], &e);
break;	break;

Line 1296 int statsave_check(const char *filename,	Line 1305 int statsave_check(const char *filename,

int statsave_load(const char *filename) {	int statsave_load(const char *filename) {

NP2FFILE f;	_NP2FFILE f;
int ret;	int ret;
UINT i;	UINT i;
BOOL done;	BOOL done;
Line 1327 int statsave_load(const char *filename)	Line 1336 int statsave_load(const char *filename)
if (i < (sizeof(np2tbl)/sizeof(STENTRY))) {	if (i < (sizeof(np2tbl)/sizeof(STENTRY))) {
switch(np2tbl[i].type) {	switch(np2tbl[i].type) {
case NP2FLAG_BIN:	case NP2FLAG_BIN:
case NP2FLAG_BEEP:
ret \|= flagload_common(&f, &np2tbl[i]);	ret \|= flagload_common(&f, &np2tbl[i]);
break;	break;

Line 1335 int statsave_load(const char *filename)	Line 1343 int statsave_load(const char *filename)
done = TRUE;	done = TRUE;
break;	break;

case NP2FLAG_CORE:	case NP2FLAG_CLOCK:
ret \|= flagload_core(&f, &np2tbl[i]);	ret \|= flagload_clock(&f, &np2tbl[i]);
break;	break;

case NP2FLAG_DMA:	case NP2FLAG_DMA:
Line 1367 int statsave_load(const char *filename)	Line 1375 int statsave_load(const char *filename)
ret \|= flagload_disk(&f, &np2tbl[i]);	ret \|= flagload_disk(&f, &np2tbl[i]);
break;	break;

#if defined(MIDICH)	case NP2FLAG_COM:
case NP2FLAG_MIDI:	ret \|= flagload_com(&f, &np2tbl[i]);
ret \|= flagload_midi(&f, &np2tbl[i]);
break;	break;
#endif

default:	default:
ret \|= NP2FLAG_WARNING;	ret \|= NP2FLAG_WARNING;

RetroPC.NET-CVS <cvs@retropc.net>

Removed from v.1.5
changed lines
	Added in v.1.13