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// Includes
#include <queue>
#include "template.h"

// Namespace
using namespace AGK;
using namespace std;

app App;
std::queue<int> speechQueue;
enum test {CLOSEONE=1,KEYPLAYER,KEYPLAYER2,NICE,ONSLAUGHT,PUSHBACKOFFENSE,SLOMO,SMALLHITZONE,TERRIBLEDEFENSE,THEREISTHEDEFENSE,VERYGOODDEFENSE, PLAY_NOTHING} mytest;

unsigned int test1;
unsigned int test2;
unsigned int test3;
unsigned int test4;
unsigned int test5;
unsigned int test6;
unsigned int test7;
unsigned int test8;
unsigned int test9;
unsigned int test10;
unsigned int test11;

int _rnd=0;
char *speechText;

void PlayFromQueue();
void FlushEntireQueue();
void ClearQueue();


void app::Begin(void)
{
	test1 = agk::LoadMusic("closeone.mp3");
	test2 = agk::LoadMusic("keyplayer.mp3");
	test3 = agk::LoadMusic("keyplayer2.mp3");
	test4 = agk::LoadMusic("nice.mp3");
	test5 = agk::LoadMusic("onslaught.mp3");
	test6 = agk::LoadMusic("pushbackoffense.mp3");
	test7 = agk::LoadMusic("slomo.mp3");
	test8 = agk::LoadMusic("smallhitzone.mp3");
	test9 = agk::LoadMusic("terribledefense.mp3");
	test10 = agk::LoadMusic("thereisthedefense.mp3");
	test11 = agk::LoadMusic("verygooddefense.mp3");

	//seed generator
	agk::SetRandomSeed(agk::GetMilliseconds());
}

void app::Loop (void)
{
	//AGK DOESN'T LIKE THIS IN A WHILE LOOP - IT CREATES A INFINITE LOOP BY NOT BREAKING OUT OF THE PLAY QUEUE FUNCTION
  //while (!speechQueue.empty())
  //{
		//PlayFromQueue();
  //}

	
	agk::Print("Click 8 or more times ");
	agk::Print("in the window to play");
	agk::Print("a speech hook. ");
	agk::Print(" ");
	agk::Print("Only 8 speech hooks are");
	agk::Print("queued up at a time.");
	agk::Print(" ");
	agk::Print("If there are more than 8 hooks");
	agk::Print("in the queue, the queue flushes.");
	agk::Print(" ");
	agk::Print(" ");

	agk::Print(speechText);
  //press a button to add speech to queue
	if(agk::GetPointerPressed() == 1)
	{

		_rnd = agk::Random(1,11);
		//PUSH you speech onto the queue
		switch(_rnd)
		{
		case 1:
			speechQueue.push (CLOSEONE);
			speechText="Close One";
			break;
		case 2:
			speechQueue.push (KEYPLAYER);	
			speechText="Watch out for the key Player";
			break;
		case 3:
			speechQueue.push (KEYPLAYER2);	
			speechText="Here Comes the key Player";
			break;
		case 4:
			speechQueue.push (NICE);	
			speechText="Nice";
			break;
		case 5:
			speechQueue.push (ONSLAUGHT);	
			speechText="Look out for the onslaught";
			break;
		case 6:
			speechQueue.push (PUSHBACKOFFENSE);
			speechText="Way to push back the offense";
			break;
		case 7:
			speechQueue.push (SLOMO);	
			speechText="Slo Mo";
			break;
		case 8:
			speechQueue.push (SMALLHITZONE);
			speechText="Small Hitzone";
			break;
		case 9:
			speechQueue.push (VERYGOODDEFENSE);	
			speechText="Very Good Defense";
			break;
		case 10:
			speechQueue.push (TERRIBLEDEFENSE);	
			speechText="Terrible Defense";
			break;
		case 11:
			speechQueue.push (THEREISTHEDEFENSE);
			speechText="There's the defense";
			break;
		}

	}

  if (speechQueue.empty() == false)
  {
		PlayFromQueue();
  }

  //check to see if queue is getting too big
  ClearQueue();
  agk::Sync();
  return;
}


void app::End (void)
{
	agk::DeleteMusic(test1);
	agk::DeleteMusic(test2);
	agk::DeleteMusic(test3);
	agk::DeleteMusic(test4);
	agk::DeleteMusic(test5);
	agk::DeleteMusic(test6);
	agk::DeleteMusic(test7);
	agk::DeleteMusic(test8);
	agk::DeleteMusic(test9);
	agk::DeleteMusic(test10);
	agk::DeleteMusic(test11);


}

void PlayFromQueue()
{
        //if speech is playing exit so that speech is not interrupted
	if (agk::GetMusicPlaying() == 0){}else{return;}

	switch(speechQueue.front())
	{
	case CLOSEONE:
		if (agk::GetMusicExists(test1))
		{
			agk::PlayMusic(test1,0,test1,test1);
			speechQueue.pop();
		}
		break;
	case KEYPLAYER:
		if (agk::GetMusicExists(test2))
		{
			agk::PlayMusic(test2,0,test2,test2);
		    speechQueue.pop();
		}
		break;
	case KEYPLAYER2:
		if (agk::GetMusicExists(test3))
		{
			agk::PlayMusic(test3,0,test3,test3);
		    speechQueue.pop();
		}
		break;
	case NICE:
		if (agk::GetMusicExists(test4))
		{
			agk::PlayMusic(test4,0,test4,test4);
		    speechQueue.pop();
		}
		break;
	case ONSLAUGHT:
		if (agk::GetMusicExists(test5))
		{
			agk::PlayMusic(test5,0,test5,test5);
			speechQueue.pop();
		}
		break;
	case PUSHBACKOFFENSE:
		if (agk::GetMusicExists(test6))
		{
			agk::PlayMusic(test6,0,test6,test6);
		    speechQueue.pop();
		}
		break;
	case SLOMO:
		if (agk::GetMusicExists(test7))
		{
			agk::PlayMusic(test7,0,test7,test7);
		    speechQueue.pop();
		}
		break;
	case SMALLHITZONE:
		if (agk::GetMusicExists(test8))
		{
			agk::PlayMusic(test8,0,test8,test8);
		    speechQueue.pop();
		}
		break;
	case TERRIBLEDEFENSE:
		if (agk::GetMusicExists(test9))
		{
			agk::PlayMusic(test9,0,test9,test9);
		    speechQueue.pop();
		}
		break;
	case THEREISTHEDEFENSE:
		if (agk::GetMusicExists(test10))
		{
			agk::PlayMusic(test10,0,test10,test10);
		    speechQueue.pop();
		}
		break;
	case VERYGOODDEFENSE:
		if (agk::GetMusicExists(test11))
		{
			agk::PlayMusic(test11,0,test11,test11);
		    speechQueue.pop();
		}
		break;
	default:
		break;
		
	}
	return;
}

void FlushEntireQueue() //flushes the entire queue
{
	  while (!speechQueue.empty())
	  {
			speechQueue.pop();
	  }
	  return;
}
void ClearQueue()
{
	//clear the queue if its gets to big - in this case more than eight
  if (speechQueue.size() > 8)
  {
	  while (!speechQueue.empty())
	  {
			speechQueue.pop();
	  }
  }
}