#include "C_LinkWirelessMultiboot.h"
#include "../LinkWirelessMultiboot.hpp"

extern "C" {
C_LinkWirelessMultibootHandle C_LinkWirelessMultiboot_create() {
  return new LinkWirelessMultiboot();
}

void C_LinkWirelessMultiboot_destroy(C_LinkWirelessMultibootHandle handle) {
  delete static_cast<LinkWirelessMultiboot*>(handle);
}

C_LinkWirelessMultiboot_Result C_LinkWirelessMultiboot_sendRom(
    C_LinkWirelessMultibootHandle handle,
    const u8* rom,
    u32 romSize,
    const char* gameName,
    const char* userName,
    u16 gameId,
    u8 players,
    C_LinkWirelessMultiboot_ListenerCallback listener,
    bool keepConnectionAlive) {
  auto result = static_cast<LinkWirelessMultiboot*>(handle)->sendRom(
      rom, romSize, gameName, userName, gameId, players,
      [listener](LinkWirelessMultiboot::MultibootProgress progress) {
        C_LinkWirelessMultiboot_Progress cProgress;
        cProgress.state =
            static_cast<C_LinkWirelessMultiboot_State>(progress.state);
        cProgress.connectedClients = progress.connectedClients;
        cProgress.percentage = progress.percentage;
        cProgress.ready = progress.ready;
        return listener(cProgress);
      },
      keepConnectionAlive);

  return static_cast<C_LinkWirelessMultiboot_Result>(result);
}

bool C_LinkWirelessMultiboot_reset(C_LinkWirelessMultibootHandle handle) {
  return static_cast<LinkWirelessMultiboot*>(handle)->reset();
}

C_LinkWirelessMultiboot_AsyncHandle
C_LinkWirelessMultiboot_Async_createDefault() {
  return new LinkWirelessMultiboot::Async();
}

C_LinkWirelessMultiboot_AsyncHandle C_LinkWirelessMultiboot_Async_create(
    const char* gameName,
    const char* userName,
    u16 gameId,
    u8 players,
    bool waitForReadySignal,
    bool keepConnectionAlive,
    u16 interval,
    u8 timerId) {
  return new LinkWirelessMultiboot::Async(
      gameName, userName, gameId, players, waitForReadySignal,
      keepConnectionAlive, interval, timerId);
}

void C_LinkWirelessMultiboot_Async_destroy(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  delete static_cast<LinkWirelessMultiboot::Async*>(handle);
}

bool C_LinkWirelessMultiboot_Async_sendRom(C_LinkWirelessMultibootHandle handle,
                                           const u8* rom,
                                           u32 romSize) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->sendRom(rom,
                                                                     romSize);
}

bool C_LinkWirelessMultiboot_Async_reset(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->reset();
}

bool C_LinkWirelessMultiboot_Async_isSending(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->isSending();
}

C_LinkWirelessMultiboot_Async_State C_LinkWirelessMultiboot_Async_getState(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<C_LinkWirelessMultiboot_Async_State>(
      static_cast<LinkWirelessMultiboot::Async*>(handle)->getState());
}

C_LinkWirelessMultiboot_Async_GeneralResult
C_LinkWirelessMultiboot_Async_getResult(
    C_LinkWirelessMultiboot_AsyncHandle handle,
    bool clear) {
  return static_cast<C_LinkWirelessMultiboot_Async_GeneralResult>(
      static_cast<LinkWirelessMultiboot::Async*>(handle)->getResult(clear));
}

C_LinkWirelessMultiboot_Async_Result
C_LinkWirelessMultiboot_Async_getDetailedResult(
    C_LinkWirelessMultiboot_AsyncHandle handle,
    bool clear) {
  return static_cast<C_LinkWirelessMultiboot_Async_Result>(
      static_cast<LinkWirelessMultiboot::Async*>(handle)->getDetailedResult(
          clear));
}

u8 C_LinkWirelessMultiboot_Async_playerCount(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->playerCount();
}

u8 C_LinkWirelessMultiboot_Async_getPercentage(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->getPercentage();
}

bool C_LinkWirelessMultiboot_Async_isReady(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  return static_cast<LinkWirelessMultiboot::Async*>(handle)->isReady();
}

void C_LinkWirelessMultiboot_Async_markReady(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  static_cast<LinkWirelessMultiboot::Async*>(handle)->markReady();
}

C_LinkWirelessMultiboot_Async_Config C_LinkWirelessMultiboot_Async_getConfig(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  C_LinkWirelessMultiboot_Async_Config config;
  auto instance = static_cast<LinkWirelessMultiboot::Async*>(handle);
  config.gameName = instance->config.gameName;
  config.userName = instance->config.userName;
  config.gameId = instance->config.gameId;
  config.players = instance->config.players;
  config.waitForReadySignal = instance->config.waitForReadySignal;
  config.keepConnectionAlive = instance->config.keepConnectionAlive;
  config.interval = instance->config.interval;
  config.timerId = instance->config.timerId;
  return config;
}

void C_LinkWirelessMultiboot_Async_setConfig(
    C_LinkWirelessMultiboot_AsyncHandle handle,
    C_LinkWirelessMultiboot_Async_Config config) {
  auto instance = static_cast<LinkWirelessMultiboot::Async*>(handle);
  instance->config.gameName = config.gameName;
  instance->config.userName = config.userName;
  instance->config.gameId = config.gameId;
  instance->config.players = config.players;
  instance->config.waitForReadySignal = config.waitForReadySignal;
  instance->config.keepConnectionAlive = config.keepConnectionAlive;
  instance->config.interval = config.interval;
  instance->config.timerId = config.timerId;
}

void C_LinkWirelessMultiboot_Async_onVBlank(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  static_cast<LinkWirelessMultiboot::Async*>(handle)->_onVBlank();
}

void C_LinkWirelessMultiboot_Async_onSerial(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  static_cast<LinkWirelessMultiboot::Async*>(handle)->_onSerial();
}

void C_LinkWirelessMultiboot_Async_onTimer(
    C_LinkWirelessMultiboot_AsyncHandle handle) {
  static_cast<LinkWirelessMultiboot::Async*>(handle)->_onTimer();
}
}