/
address.h
126 lines (63 loc) · 2.03 KB
/
address.h
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#pragma once
#include <intrin.h>
struct address {
address( ) : m_address{ } {
}
address( std::size_t address ) : m_address{ address } {
}
address( void* address ) : m_address{ reinterpret_cast< std::size_t >( address ) } {
}
inline operator std::size_t( ) {
return m_address;
}
inline operator void* ( ) {
return reinterpret_cast< void* >( m_address );
}
inline bool operator==( address address ) {
return as< std::size_t >( ) == address.as< std::size_t >( );
}
inline bool operator!=( address address ) {
return as< std::size_t >( ) != address.as< std::size_t >( );
}
template< typename t = address > inline t to( ) {
return *( t* )m_address;
}
template< typename t = address > inline t as( ) {
return m_address ? ( t )m_address : t( );
}
template< typename t = address > inline t at( std::size_t offset ) {
return m_address ? *( t* )( m_address + offset ) : t( );
}
template< typename t = address > inline t add( std::size_t offset ) {
return m_address ? ( t )( m_address + offset ) : t( );
}
template< typename t = address > inline t sub( std::size_t offset ) {
return m_address ? ( t )( m_address - offset ) : t( );
}
template< typename t = address > inline t get( std::size_t dereferences = 1 ) {
if ( !m_address )
return t( );
std::size_t object = m_address;
while ( dereferences-- )
if ( object )
object = *reinterpret_cast< std::size_t* >( object );
return ( t )object;
}
template< typename t = std::size_t > inline void set( const t& value ) {
if ( !m_address )
return;
*( t* )m_address = value;
}
template< typename t = address > inline t relative( std::size_t offset = 0x1 ) {
if ( !m_address )
return t( );
std::size_t new_address = m_address + offset;
// boris will gutter stomp you
std::int32_t relative_offset = *reinterpret_cast< std::int32_t* >( new_address );
if ( !relative_offset )
return t( );
return ( t )( new_address + sizeof( std::size_t ) + relative_offset );
}
protected:
std::size_t m_address;
};