static int Hsp3ExtAddPlugin( void )
{
// プラグインの登録
//
int i;
HSPHED *hed;
char *ptr;
char *libname;
char *funcname;
HPIDAT *hpi;
HSP3TYPEINFO *info;
HINSTANCE hd;
char tmp[512];
hed = hspctx->hsphed; ptr = (char *)hed;
hpi = hpidat = (HPIDAT *)( ptr + hed->pt_hpidat );
hpimax = hed->max_hpi / sizeof( HPIDAT );
for ( i=0;i<hpimax;i++ ) {
libname = strp(hpi->libname);
funcname = strp(hpi->funcname);
info = code_gettypeinfo(-1);
if ( hpi->flag == HPIDAT_FLAG_TYPEFUNC ) {
hd = DllManager().load_library( libname );
if ( hd == NULL ) {
sprintf( tmp,"No DLL:%s",libname );
Alert( tmp );
return 1;
}
hpi->libptr = (void *)hd;
func = (DLLFUNC)GetProcAddress( hd, funcname );
if ( func == NULL ) {
sprintf( tmp,"No DLL:%s:%s", libname, funcname );
Alert( tmp );
return 1;
}
func( info );
code_enable_typeinfo( info );
//Alertf( "%d_%d [%s][%s]", i, info->type, libname, funcname );
}
hpi++;
}
return 0;
}
static void BindLIB( LIBDAT *lib, char *name )
{
// ライブラリのバインドを行なう
// (name:後から与える時のライブラリ名)
//
int i;
char *n;
HINSTANCE hd;
if ( lib->flag != LIBDAT_FLAG_DLL ) return;
i = lib->nameidx;
if ( i < 0 ) {
if ( name == NULL ) return;
n = name;
} else {
n = strp(i);
}
hd = DllManager().load_library( n );
if ( hd == NULL ) return;
lib->hlib = (void *)hd;
lib->flag = LIBDAT_FLAG_DLLINIT;
}
static int Hsp3ExtAddPlugin( void )
{
// プラグインの登録
//
int i;
HSPHED *hed;
char *ptr;
char *libname;
char *funcname;
HPIDAT *org_hpi;
MEM_HPIDAT *hpi;
HSP3TYPEINFO *info;
HINSTANCE hd;
TCHAR tmp[512];
hed = hspctx->hsphed; ptr = (char *)hed;
org_hpi = (HPIDAT *)(ptr + hed->pt_hpidat);
hpimax = hed->max_hpi / sizeof(HPIDAT);
if ( hpimax == 0 ) return 0;
hpidat = (MEM_HPIDAT *)malloc(hpimax * sizeof(MEM_HPIDAT));
hpi = hpidat;
for ( i=0;i<hpimax;i++ ) {
hpi->flag = org_hpi->flag;
hpi->option = org_hpi->option;
hpi->libname = org_hpi->libname;
hpi->funcname = org_hpi->funcname;
hpi->libptr = NULL;
libname = strp(hpi->libname);
funcname = strp(hpi->funcname);
info = code_gettypeinfo(-1);
if ( hpi->flag == HPIDAT_FLAG_TYPEFUNC ) {
hd = DllManager().load_library( libname );
if ( hd == NULL ) {
#ifdef HSPUTF8
TCHAR tmp[512];
HSPAPICHAR *haclibname;
chartoapichar(libname, &haclibname);
_stprintf(tmp, TEXT("No DLL:%s"), haclibname);
freehac(&haclibname);
AlertW(tmp);
#else
Alertf( "No DLL:%s", libname );
#endif
return 1;
}
hpi->libptr = (void *)hd;
#ifdef HSPUTF8
HSPAPICHAR *hacfuncname;
char tmp2[512];
chartoapichar(funcname,&hacfuncname);
cnvsjis(tmp2,(char*)hacfuncname,512);
func = (DLLFUNC)GetProcAddress( hd, tmp2 );
#else
func = (DLLFUNC)GetProcAddress( hd, funcname );
#endif
if ( func == NULL ) {
#ifdef HSPUTF8
TCHAR tmp[512];
HSPAPICHAR *haclibname;
chartoapichar(libname, &haclibname);
_stprintf(tmp, TEXT("No DLL:%s:%s"), haclibname, hacfuncname);
freehac(&haclibname);
AlertW(tmp);
freehac(&hacfuncname);
#else
Alertf("No DLL:%s:%s", libname, funcname);
#endif
return 1;
}
func( info );
code_enable_typeinfo( info );
//Alertf( "%d_%d [%s][%s]", i, info->type, libname, funcname );
#ifdef HSPUTF8
freehac(&hacfuncname);
#endif
}
hpi++;
org_hpi++;
}
return 0;
}