int filecopy( char *fname, char *sname )
{
FILE *fp;
FILE *fp2;
int flen, rval;
int max=0x8000;
char *mem;
rval=1;
mem=mem_ini(max);
fp=fopen(fname,"rb");
if (fp==NULL) goto jobov;
fp2=fopen(sname,"wb");
if (fp2==NULL) goto jobov;
while(1) {
flen = (int)fread( mem, 1, max, fp );
if (flen==0) break;
fwrite( mem, 1, flen, fp2 );
if (flen<max) break;
}
fclose(fp2);
fclose(fp);
rval=0;
jobov:
mem_bye(mem);
return rval;
}
int RegistTexMem( unsigned char *ptr, int size )
{
// メモリ上の画像ファイルデータからテクスチャ読み込み
// (TEXINFのidを返す)
//
GLuint id;
int texid, tsx,tsy,comp;
int sx,sy;
unsigned char *pImg;
unsigned char *pImg2;
pImg = stbi_load_from_memory( ptr, size, &tsx, &tsy, &comp, 4 );
id = -1;
if ( pImg != NULL ) {
sx = Get2N( tsx );
sy = Get2N( tsy );
if (( sx != tsx )||( sy != tsy )) {
// Exchange to 2N bitmap
char *p;
char *p2;
int x,y;
pImg2 = (unsigned char *)mem_ini( sx * sy * 4 );
p = (char *)pImg;
p2 = (char *)pImg2;
for(y=0;y<tsy;y++) {
#if 0
p2 = (char *)pImg2 + (sx*y*4);
for(x=0;x<tsx;x++) {
p2[0] = p[0];
p2[1] = p[1];
p2[2] = p[2];
p2[3] = p[3];
p+=4; p2+=4;
}
#else
memcpy( p2, p, tsx*4 );
p+=tsx*4;
p2+=sx*4;
#endif
}
mem_bye(pImg);
pImg = pImg2;
}
glGenTextures( 1, &id );
glBindTexture( GL_TEXTURE_2D, id );
glTexImage2D( GL_TEXTURE_2D, 0, GL_RGBA, sx, sy, 0, GL_RGBA, GL_UNSIGNED_BYTE, pImg );
mem_bye(pImg);
texid = SetTex( -1, TEXMODE_NORMAL, 0, sx, sy, tsx, tsy, id );
Alertf( "Tex:ID%d (%d,%d)(%dx%d)",texid,sx,sy,tsx,tsy );
return texid;
}
Alertf( "Tex:failed" );
return -1;
}
int RegistTex( char *fname )
{
// 画像ファイルからテクスチャ読み込み
// (TEXINFのidを返す)
//
char *ptr;
int len;
int id;
len = dpm_exist( fname );
//Alertf( "Tex:read(%s)(%d)", fname, len );
if ( len < 0 ) return -1;
ptr = mem_ini( len );
dpm_read( fname, ptr, len, 0 );
id = RegistTexMem( (unsigned char *)ptr, len );
mem_bye( ptr );
return id;
}
int CAht::BuildParts( char *list, char *path )
{
int i;
char fullpath[256];
char fname[256];
CStrNote note;
note.Select( list );
maxparts = note.GetMaxLine();
DisposeParts();
mem_parts = (AHTPARTS *)mem_ini( sizeof(AHTPARTS) * maxparts );
for(i=0;i<maxparts;i++) {
note.GetLine( fname, i, 255 );
strcpy( fullpath, path );
strcat( fullpath, fname );
//Alertf( "#%d [%s]",i, fullpath );
BuildPartsSub( i, fullpath );
}
return maxparts;
}
int Hsp3::Reset( int mode )
{
// axを初期化
// mode: 0 = normal(debug) mode
// other = packfile PTR
//
int i;
char *ptr;
char fname[512];
HSPHED *hsphed;
if ( hspctx.mem_mcs != NULL ) Dispose();
// load HSP execute object
//
axtype = HSP3_AXTYPE_NONE;
if ( mode ) { // "start.ax"を呼び出す
i = dpm_ini( "", mode, hsp_sum, hsp_dec ); // customized EXE mode
//axname = NULL;
} else {
dpm_ini( "data.dpm",0,-1,-1 ); // original EXE mode
}
#ifdef HSP3IMP
// HSP3IMP用読み込み(暗号化ax対応)
if ( axname == NULL ) {
ptr = dpm_readalloc( "start.ax" );
if ( ptr == NULL ) {
int sz;
CzCrypt crypt;
if ( crypt.DataLoad( "start.axe" ) ) return -1;
crypt.SetSeed( hsp_sum, hsp_dec );
crypt.Decrypt();
sz = crypt.GetSize();
ptr = mem_ini( sz );
memcpy( ptr, crypt.GetData(), sz );
axtype |= HSP3_AXTYPE_ENCRYPT;
}
} else {
ptr = dpm_readalloc( axname );
if ( ptr == NULL ) return -1;
}
#else
// start.ax読み込み
if ( axname == NULL ) {
unsigned char *p;
unsigned char *s;
unsigned char ap;
int sum;
sum = 0;
p = (unsigned char *)fname;
s = (unsigned char *)startax;
while(1) {
ap = *s++;if ( ap==0 ) break;
ap += 40; *p++ = ap;
sum = sum*17 + (int)ap;
}
*p = 0;
if ( sum != 0x6cced385 ) return -1;
if ( mode ) {
if ( dpm_filebase( fname ) != 1 ) return -1; // DPM,packfileからのみstart.axを読み込む
}
} else {
strcpy( fname, axname );
}
ptr = dpm_readalloc( fname );
if ( ptr == NULL ) return -1;
#endif
axfile = ptr;
// memory location set
//
hsphed = (HSPHED *)ptr;
if ((hsphed->h1!='H')||(hsphed->h2!='S')||(hsphed->h3!='P')||(hsphed->h4!='3')) {
mem_bye( axfile );
return -1;
}
maxvar = hsphed->max_val;
hspctx.hsphed = hsphed;
hspctx.mem_mcs = (unsigned short *)copy_DAT(ptr + hsphed->pt_cs, hsphed->max_cs);
hspctx.mem_mds = (char *)( ptr + hsphed->pt_ds );
hspctx.mem_ot = (int *)copy_DAT(ptr + hsphed->pt_ot, hsphed->max_ot);
hspctx.mem_di = (unsigned char *)copy_DAT(ptr + hsphed->pt_dinfo, hsphed->max_dinfo);
hspctx.mem_linfo = (LIBDAT *)copy_LIBDAT(hsphed, ptr + hsphed->pt_linfo, hsphed->max_linfo);
hspctx.mem_minfo = (STRUCTPRM *)copy_DAT(ptr + hsphed->pt_minfo, hsphed->max_minfo);
hspctx.mem_finfo = (STRUCTDAT *)copy_STRUCTDAT(hsphed, ptr + hsphed->pt_finfo, hsphed->max_finfo);
HspVarCoreResetVartype( hsphed->max_varhpi ); // 型の初期化
code_resetctx( &hspctx ); // hsp3code setup
// HspVar setup
hspctx.mem_var = NULL;
if ( maxvar ) {
int i;
hspctx.mem_var = new PVal[maxvar];
for(i=0;i<maxvar;i++) {
PVal *pval = &hspctx.mem_var[i];
pval->mode = HSPVAR_MODE_NONE;
pval->flag = HSPVAR_FLAG_INT; // 仮の型
HspVarCoreClear( pval, HSPVAR_FLAG_INT ); // グローバル変数を0にリセット
}
}
// debug
//Alertf( "#HSP objcode initalized.(CS=%d/DS=%d/OT=%d/VAR=%d)\n",hsphed->max_cs, hsphed->max_ds, hsphed->max_ot, hsphed->max_val );
code_setpc( hspctx.mem_mcs );
code_debug_init();
return 0;
}
static void DataIni( int size )
{
DataBye();
dtmp=(DATA *)mem_ini( sizeof(DATA)*size );
dtmp_size = size;
}