// 批次 2V1: the ported 40250 UserInterface/Packet.h against the classic wire layouts in net/classic/wire_classic.h,
// which the mtnet backend checked 1:1 against the 40250 server on 192.168.21.203. Win32 `long` is 32 bits and
// Packet.h now says LONG; a 64-bit long, or a missing #pragma pack(1), shows up here as a size mismatch.
// Covers the packets the login/select/loading phases send and read. The two headers cannot share a translation unit
// (Packet.h's macros such as SKILL_MAX_NUM collide with wire_classic.h's constants), so the wire sizes come from
// port_packet_test_wire.cpp.
#include "UserInterface/StdAfx.h"
#include "UserInterface/Packet.h"

#include <cstdio>
#include <cstddef>

struct WireSize { const char* name; std::size_t size; };
extern const WireSize kWireSizes[];

static const WireSize kPortSizes[] = {
	// HandShake phase
	{"TPacketGCHandshake", sizeof(TPacketGCHandshake)},
	{"TPacketGCPhase", sizeof(TPacketGCPhase)},
	{"TPacketGCBindUDP", sizeof(TPacketGCBindUDP)},
	{"TPacketKeyAgreement", sizeof(TPacketKeyAgreement)},
	{"TPacketKeyAgreementCompleted", sizeof(TPacketKeyAgreementCompleted)},
	{"TPacketGCPing", sizeof(TPacketGCPing)},
	{"TPacketCGPong", sizeof(TPacketCGPong)},
	// Login phase (and the auth server, CAccountConnector)
	{"TPacketCGLogin", sizeof(TPacketCGLogin)},
	{"TPacketCGLogin2", sizeof(TPacketCGLogin2)},
	{"TPacketCGLogin3", sizeof(TPacketCGLogin3)},
	{"TPacketGCLoginKey", sizeof(TPacketGCLoginKey)},
	{"TPacketGCAuthSuccess", sizeof(TPacketGCAuthSuccess)},
	{"TSimplePlayerInformation", sizeof(TSimplePlayerInformation)},
	{"TPacketGCLoginSuccess3", sizeof(TPacketGCLoginSuccess3)},
	{"TPacketGCLoginSuccess4", sizeof(TPacketGCLoginSuccess4)},
	{"TPacketGCLoginFailure", sizeof(TPacketGCLoginFailure)},
	{"TPacketGCEmpire", sizeof(TPacketGCEmpire)},
	{"TPacketCGEmpire", sizeof(TPacketCGEmpire)},
	// Select phase
	{"TPacketCGSelectCharacter", sizeof(TPacketCGSelectCharacter)},
	{"TPacketCGCreateCharacter", sizeof(TPacketCGCreateCharacter)},
	{"TPacketCGDestroyCharacter", sizeof(TPacketCGDestroyCharacter)},
	{"TPacketCGChangeName", sizeof(TPacketCGChangeName)},
	{"TPacketGCPlayerCreateSuccess", sizeof(TPacketGCPlayerCreateSuccess)},
	{"TPacketGCCreateFailure", sizeof(TPacketGCCreateFailure)},
	{"TPacketGCDestroyCharacterSuccess", sizeof(TPacketGCDestroyCharacterSuccess)},
	{"TPacketGCChangeName", sizeof(TPacketGCChangeName)},
	// Loading phase
	{"TPacketGCMainCharacter", sizeof(TPacketGCMainCharacter)},
	{"TPacketGCMainCharacter2_EMPIRE", sizeof(TPacketGCMainCharacter2_EMPIRE)},
	{"TPacketGCMainCharacter3_BGM", sizeof(TPacketGCMainCharacter3_BGM)},
	{"TPacketGCMainCharacter4_BGM_VOL", sizeof(TPacketGCMainCharacter4_BGM_VOL)},
	{"TPacketGCPoints", sizeof(TPacketGCPoints)},
	{"TPacketGCPointChange", sizeof(TPacketGCPointChange)},
	{"TPacketGCItemSet2", sizeof(TPacketGCItemSet2)},
	{"TPacketGCQuickSlotAdd", sizeof(TPacketGCQuickSlotAdd)},
	{"TPacketGCCharacterUpdate", sizeof(TPacketGCCharacterUpdate)},
	{"TPacketCGClientVersion2", sizeof(TPacketCGClientVersion2)},
	{"TPacketCGEnterFrontGame", sizeof(TPacketCGEnterFrontGame)},
	{nullptr, 0},
};

int main()
{
	int failures = 0;
	for (int i = 0; kPortSizes[i].name; ++i)
	{
		if (kPortSizes[i].size != kWireSizes[i].size)
		{
			std::fprintf(stderr, "%s is %zu bytes, %s is %zu\n", kPortSizes[i].name, kPortSizes[i].size,
				kWireSizes[i].name, kWireSizes[i].size);
			++failures;
		}
	}
	if (failures)
		return 1;
	std::printf("port_packet_test: ok\n");
	return 0;
}