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Автор темы
- #1
credits: soufiw
Код:
void DrawNetVars( C_CSPlayer* player ) {
if ( player && !player->IsDead( ) ) {
auto& pPropManager = Engine::PropManager::Instance( );
auto cs_player = pPropManager->GetTable( XorStr( "DT_CSPlayer" ) );
auto base_player = pPropManager->GetTable( XorStr( "DT_BasePlayer" ) );
auto base_anim = pPropManager->GetTable( XorStr( "DT_BaseAnimating" ) );
auto base_entity = pPropManager->GetTable( XorStr( "DT_BaseEntity" ) );
auto DT_BaseCombatCharacter = pPropManager->GetTable( XorStr( "DT_BaseCombatCharacter" ) );
auto DT_BaseFlex = pPropManager->GetTable( XorStr( "DT_BaseFlex" ) );
struct cached_netvars {
SendPropType m_RecvType;
int offset;
const char* name;
};
static std::vector<cached_netvars> netvars;
static std::function<int( RecvTable * table )> add_all_netvars;
add_all_netvars = [] ( RecvTable* table ) {
int extra = 0;
for ( int i = 0; i < table->m_nProps; i++ ) {
auto prop = &table->m_pProps[ i ];
auto child = prop->m_pDataTable;
if ( child && child->m_nProps ) {
int add = add_all_netvars( child );
if(add)
extra += ( prop->m_Offset + add );
} else if ( !isdigit( prop->m_pVarName[ 0 ] ) && prop->m_RecvType != DPT_Array && prop->m_RecvType != DPT_DataTable && prop->m_RecvType != DPT_String
&& uint32_t( prop->m_Offset + extra ) > 0x40 ) {
netvars.push_back( { prop->m_RecvType, prop->m_Offset + extra, prop->m_pVarName } );
}
}
return extra;
};
//cs_player: 050
if ( netvars.empty( ) ) {
//add_all_netvars( cs_player );
//add_all_netvars( DT_BaseCombatCharacter );
add_all_netvars( DT_BaseFlex );
//add_all_netvars( DT_BaseCombatCharacter );
}
Vector2D draw_pos = Vector2D( 200.0f, 10.0f );
float biggestWidth = 0.0f;
Render::Get( )->SetTextFont( FONT_VISITOR );
for ( auto& net : netvars ) {
static const auto MAX_BUFFER_SIZE = 4096;
static char buffer[ MAX_BUFFER_SIZE ] = u8"";
int kek = *( int* ) ( uintptr_t( player ) + net.offset );
float kek2 = *( float* ) ( uintptr_t( player ) + net.offset );
Vector kek3 = *( Vector* ) ( uintptr_t( player ) + net.offset );
Vector2D kek4 = *( Vector2D* ) ( uintptr_t( player ) + net.offset );
switch (net.m_RecvType) {
case DPT_Int:
// m_b
if ( net.name[ 2 ] == XorStr( 'b' ) )
sprintf_s( buffer, XorStr( "%s : %s [%X]" ), net.name, ( *( bool* ) ( uintptr_t( player ) + net.offset ) ) ? XorStr( "true" ) : XorStr( "false"), net.offset);
else
sprintf_s( buffer, XorStr( "%s : %d [%X]" ), net.name, kek, net.offset );
break;
case DPT_Float:
sprintf_s( buffer, XorStr( "%s : %.5f [%X]" ), net.name, kek2, net.offset );
break;
case DPT_Vector:
sprintf_s( buffer, XorStr( "%s : x %.5f y %.5f z %.5f [%X]" ), net.name, kek3.x, kek3.y, kek3.z, net.offset );
break;
case DPT_VectorXY:
sprintf_s( buffer, XorStr( "%s : x %.5f y %.5f [%X]" ), net.name, kek4.x, kek4.y, net.offset );
break;
default:
continue;
}
Render::Get( )->AddText( draw_pos, 0xFFFFFFFF, OUTLINED, buffer );
Vector2D size = Render::Get( )->CalcTextSize( buffer );
biggestWidth = std::fmaxf( size.x, biggestWidth );
draw_pos.y += size.y + 1.0f;
if (draw_pos.y >= 1050.0f) {
draw_pos.y = 10.0f;
draw_pos.x += biggestWidth + 5.0f;
biggestWidth = 0.0f;
}
}
}
}
