static void AddAdapterProperty( GI::ObjectProto *proto )
{
proto->AddProperty( KEYVALUE( PMAX_STACKCNT, (long) DEFAULT_MAX_STACKCNT ) );
proto->AddProperty( KEYVALUE( PSTACKCNT, 0L ) );
proto->AddProperty( KEYVALUE( PID, NULL_GUID ) );
proto->AddProperty( KEYVALUE( PMAKER_NAME, "" ) );
}
void des_init( DESKEYTABLE * keytable , unsigned char * key )
{
int i, c;
LB a, d, k;
a.l = PC1TABLEFT[ key[7] ];
d.l = PC1TABRIGHT[ key[7] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[6] ];
d.l += PC1TABRIGHT[ key[6] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[5] ];
d.l += PC1TABRIGHT[ key[5] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[4] ];
d.l += PC1TABRIGHT[ key[4] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[3] ];
d.l += PC1TABRIGHT[ key[3] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[2] ];
d.l += PC1TABRIGHT[ key[2] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[1] ];
d.l += PC1TABRIGHT[ key[1] ];
a.l <<= 1;
d.l <<= 1;
a.l += PC1TABLEFT[ key[0] ];
d.l += PC1TABRIGHT[ key[0] ];
a.b.b3 &= 0xF0;
d.b.b3 <<= 4;
for( i = 0 ; i<16 ; i++ ) {
for( c = SHIFT[i] ; c-- ; ) {
a.l = (a.l<<1) + ((a.b.b0&0x80u)?0x10:0);
d.l = (d.l<<1) + ((d.b.b0&0x80u)?0x10:0);
}
#define KEYVALUE(x,s) (unsigned char)((((((((((((x>>s[0]))<<1)+((x>>s[1])&1))<<1)+((x>>s[2])&1))<<1)+((x>>s[3])&1))<<1)+((x>>s[4])&1))<<1)+((x>>s[5])&1))
k.b.b0 = KEYVALUE( a.l, KEYTAB[0]);
k.b.b1 = KEYVALUE( a.l, KEYTAB[2]);
k.b.b2 = KEYVALUE( d.l, KEYTAB[4]);
k.b.b3 = KEYVALUE( d.l, KEYTAB[6]);
keytable->KEY[i].KEY0246 = k.l;
k.b.b0 = KEYVALUE( a.l, KEYTAB[1]);
k.b.b1 = KEYVALUE( a.l, KEYTAB[3]);
k.b.b2 = KEYVALUE( d.l, KEYTAB[5]);
k.b.b3 = KEYVALUE( d.l, KEYTAB[7]);
keytable->KEY[i].KEY1357 = k.l;
}
}
static bool LoadProto( GI::ObjectProto *proto, CRFile *file )
{
long index = ReadLong( file );
proto->AddProperty( KEYVALUE( PINDEX, index ) );
std::string origName = ReadString( file );
proto->AddProperty( KEYVALUE( PORIGNAME, origName ) );
std::string name = ReadString( file );
proto->AddProperty( KEYVALUE( PNAME, name ) );
SkipByte<1>( file );
long goldPrice = ReadLong( file );
proto->AddProperty( KEYVALUE( PGOLD_PRICE, goldPrice ) );
long sliverPrice = ReadLong( file );
proto->AddProperty( KEYVALUE( PSILVER_PRICE, sliverPrice ) );
long type = ReadLong( file );
proto->AddProperty( KEYVALUE( PTYPE, type ) );
long pic = ReadLong( file );
proto->AddProperty( KEYVALUE( PUI_PICID, pic ) );
pic = ReadLong( file );
proto->AddProperty( KEYVALUE( PRGN_PICID, pic ) );
pic = ReadLong( file );
proto->AddProperty( KEYVALUE( PEQUIP_PICID, pic ) );
SkipByte<4*3>( file );
SkipByte<1>( file );
SkipByte<4>( file );
std::string desc = ReadString( file );
proto->AddProperty( KEYVALUE( PDESC, desc ) );
// NOTE:
AddAdapterProperty( proto );
LoadExtProperty( proto, file );
LoadSuitProperty( proto, file );
LoadTriggerProperty( proto, file );
return true;
}
static bool LoadExtProperty( GI::ObjectProto *proto, CRFile *file )
{
long cnt = ReadLong( file );
for( long i = 0; i < cnt; ++ i )
{
long type = ReadNumber<short>( file );
SkipByte<1>( file );
SkipByte<1>( file );
long val1 = ReadLong( file );
long val2 = ReadLong( file );
if( type == PMAX_STACKCNT_DEP )
{
SetIfExist( proto, KEYVALUE( PMAX_STACKCNT, val1 ) );
}
else
{
SetIfExist( proto, KEYVALUE( type, TypeSet::ValueType::LongPair( val1, val2 ) ) );
}
}
return true;
}
