entity.cpp

#include "csgo_sdk.h"

//Macro to implement simple netvars quickly
#define ent_netvar( nv_type, nv_name, nv_offset ) nv_type entity_t::##nv_name( ) { return m_memory->read< nv_type >( m_ptr + nv_offset );  }

namespace sdk {
	entity_t::entity_t(forceinline::memory_manager* memory, sdk::modules_t* modules, std::uintptr_t ent_ptr) {
		m_memory = memory;
		m_modules = modules;
		m_ptr = ent_ptr;
	}

	ent_netvar(bool, dormant, 0xED);

	ent_netvar(int, health, 0x100);
	ent_netvar(int, index, 0x64);
	ent_netvar(int, life_state, 0x25F);
	ent_netvar(int, team, 0xF4);

	ent_netvar(vec3_t, origin, 0x138);

	void entity_t::get_name(std::string& out) {
		struct player_info_t {
			char __pad[0x10];
			char name[32];
		};

		std::uintptr_t client_state = m_memory->read< std::uintptr_t >(m_modules->engine_dll + 0x588FEC); //m_dwClientState
		std::uintptr_t user_info_table = m_memory->read< std::uintptr_t >(client_state + 0x52C0); //m_dwClientState_PlayerInfo
		std::uintptr_t x = m_memory->read< std::uintptr_t >(m_memory->read< std::uintptr_t >(user_info_table + 0x40) + 0xC);
		player_info_t p = m_memory->read< player_info_t >(m_memory->read< uintptr_t >(x + 0x28 + 0x34 * (index() - 1)));

		out.resize(32);
		memcpy(out.data(), p.name, 32);
	}

	bool entity_t::is_alive() {
		return life_state() == 0;
	}
}