#include "cpustate.hpp"

#include <ostream>
#include <iomanip>

#define PRINT_REGISTER(NAME, FNAME) #NAME": 0x" << std::hex << std::setw(8) << std::setfill('0') << cpu.FNAME() << std::endl


std::ostream&operator<<(std::ostream& os, CpuState& cpu) {
	os	<< PRINT_REGISTER(EIP, eip)
		<< PRINT_REGISTER(EAX, eax)
		<< PRINT_REGISTER(EBX, ebx)
		<< PRINT_REGISTER(ECX, ecx)
		<< PRINT_REGISTER(EDX, edx)
		<< PRINT_REGISTER(ESP, esp)
		<< PRINT_REGISTER(EBP, ebp)
		<< PRINT_REGISTER(ESI, esi)
		<< PRINT_REGISTER(EDI, edi)
		<< PRINT_REGISTER( CS,  cs)
		<< PRINT_REGISTER( DS,  ds)
		<< PRINT_REGISTER( ES,  es)
		<< PRINT_REGISTER( SS,  ss)
		<< PRINT_REGISTER( FS,  fs)
		<< PRINT_REGISTER( GS,  gs)
		<< "cf \tpf \taf \tzf \tsf \ttf \tintf \tdf" << std::endl
		<< cpu.cf() << "\t"
		<< cpu.pf() << "\t"
		<< cpu.af() << "\t"
		<< cpu.zf() << "\t"
		<< cpu.sf() << "\t"
		<< cpu.tf() << "\t"
		<< cpu.intf() << "\t"
		<< cpu.df()
		<< std::endl << std::endl
		<< "of \tnt \trf \tvm \tac \tvif \tvip \tid" << std::endl
		<< cpu.of() << "\t"
		<< cpu.nt() << "\t"
		<< cpu.rf() << "\t"
		<< cpu.vm() << "\t"
		<< cpu.ac() << "\t"
		<< cpu.vif() << "\t"
		<< cpu.vip() << "\t"
		<< cpu.id()
		<< std::endl;
return os;
}

#undef PRINT_REGISTER