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		prerequisites();

		//TEST
		do
		{
		   dbPrint(dbEntry(1));
		   dbSync();
		}while((windowEvent() != WM_CLOSE) && (!GetAsyncKeyState(VK_ESCAPE)));
		exit(1);
		//~

	string buff=dbEntry();
	if (buff.length()>0) dbPrint(buff);

std::string* target;
std::string  temp;

namespace tts
{
	void set( std::string* _tar )
	{
		dbClearEntryBuffer();
		target = _tar;
		temp = "";
	}

	void update()
	{
		if( target )
		{
			temp = dbEntry(0);

			if( temp.length() > 0 )
			{
				for( int i = 0 ; i<temp.length() ; i++ )
				{
					if( ( ( temp[i] >= '0' && temp[i] <= '9' )  ||
						  ( temp[i] >= 'a' && temp[i] <= 'z' )  ||
						  ( temp[i] >= 'A' && temp[i] <= 'Z' )  ||
						  ( temp[i] == '.')						||
						  ( temp[i] == '@')						||
						  ( temp[i] == 8 ) ) &&
						i%2 == 0 )
					{
						if( (*target).length() > 0 && temp[i] == 8 )
						{
							(*target) = (*target).substr( 0 , (*target).length()-1 );
						} else {
							(*target) = (*target) + temp[i];
						}
					}
				}
				dbClearEntryBuffer();
			}
		}
	}
}

void TEXTBOX::EditText(float fTBF){
	if (Text.size()==0){
		string tmp;
		Text.push_back(tmp);
		ViewLocX=ViewLocY=CurLocX=CurLocY=0;
		BottomScroll=RightScroll=false;
	}
	if (CurLocY>=int(Text.size())) CurLocY=int(Text.size())-1;
	if (CurLocY<0) CurLocY=0;
	if (CurLocX>int(Text[CurLocY].length())) CurLocX=int(Text[CurLocY].length());
	//edit the text field
	bool TakeInput=true;
	bool CheckViewLoc=false;
	string buff;
	if (dbKeyState(VK_LEFT)==1){//left key
		if ((ArrowKeyTime>1000)||(ArrowKeyTime==0)){
			if (ArrowKeyTime>1000) ArrowKeyTime-=100;
			CheckViewLoc=true;
			CurLocX--;
			if (CurLocX<0){
				if (CurLocY==0) CurLocX=0;
				else{//move to end of the line above
					CurLocY--;
					CurLocX=Text[CurLocY].length();
				}
			}
		}
		ArrowKeyTime+=int(fTBF);
		TakeInput=false;
	}
	if (dbKeyState(VK_RIGHT)==1){//right key
		if ((ArrowKeyTime>1000)||(ArrowKeyTime==0)){
			if (ArrowKeyTime>1000) ArrowKeyTime-=100;
			CheckViewLoc=true;
			CurLocX++;
			if (CurLocX>int(Text[CurLocY].length())){
				if (CurLocY+1==int(Text.size())) CurLocX=Text[CurLocY].length();
				else{//move to front of the line below
					CurLocY++;
					CurLocX=0;
				}
			}
		}
		ArrowKeyTime+=int(fTBF);
		TakeInput=false;
	}
	if (dbKeyState(VK_UP)==1){//up key
		if ((ArrowKeyTime>1000)||(ArrowKeyTime==0)){
			if (ArrowKeyTime>1000) ArrowKeyTime-=100;
			CheckViewLoc=true;
			CurLocY--;
			if (CurLocY<0) CurLocY=0;
			else{
				if (CurLocX>int(Text[CurLocY].length())) CurLocX=Text[CurLocY].length();
			}
		}
		ArrowKeyTime+=int(fTBF);
		TakeInput=false;
	}
	if (dbKeyState(VK_DOWN)==1){//down key
		if ((ArrowKeyTime>1000)||(ArrowKeyTime==0)){
			if (ArrowKeyTime>1000) ArrowKeyTime-=100;
			CheckViewLoc=true;
			CurLocY++;
			if (CurLocY>=int(Text.size())) CurLocY=int(Text.size())-1;
			else{
				if (CurLocX>int(Text[CurLocY].length())) CurLocX=Text[CurLocY].length();
			}
		}
		ArrowKeyTime+=int(fTBF);
		TakeInput=false;
	}
	if (dbKeyState(VK_DELETE)==1){//delete key
		if ((ArrowKeyTime>1000)||(ArrowKeyTime==0)){
			if (ArrowKeyTime>1000) ArrowKeyTime-=100;
			CheckViewLoc=true;
			if (CurLocX<int(Text[CurLocY].length())){//delete on the line
				Text[CurLocY].erase(CurLocX,1);
				UpdateDisplayString=true;
			}
		}
		ArrowKeyTime+=int(fTBF);
		TakeInput=false;
	}
	if (TakeInput) {//none of the arrow keys have been pressed
		ArrowKeyTime=0;
	}
	buff=dbEntry();
	if (buff.length()>0){
		//intercept the special keys
		if (dbKeyState(VK_RETURN)==1){//enter key
			if (!SingleLine){
				string tmp=RightString(Text[CurLocY],CurLocX);
				if (Text.size()==CurLocY+1){
					Text.push_back(tmp);
				}
				else Text.insert(Text.begin()+CurLocY+1,tmp);
				Text[CurLocY]=LeftString(Text[CurLocY],CurLocX);
				CurLocY++;
				CurLocX=0;
			}
			TakeInput=false;
			CheckViewLoc=true;
		}
		if (dbKeyState(VK_BACK)==1){//backspace
			CurLocX--;
			if (CurLocX<0){
				if (CurLocY>0){
					if (Text[CurLocY].length()==0) Text.erase(Text.begin()+CurLocY);
					CurLocY--;
					CurLocX=Text[CurLocY].length();
				}
				else CurLocX=0;
			}
			else{
				Text[CurLocY].erase(CurLocX,1);
			}
			TakeInput=false;
			CheckViewLoc=true;
		}
		if (TakeInput){
			CheckViewLoc=true;
			if ((CurLocX<MaxLength)||(MaxLength==-1)){
				if (CurLocX<int(Text[CurLocY].length())){//inside the string
					if (InsertKey) Text[CurLocY][CurLocX]=buff[0];//writes over any spot
					else {
						string tmp="";
						tmp+=buff[0];
						Text[CurLocY].insert(CurLocX,tmp);
					}
				}
				else {//at the edge of the string
					Text[CurLocY]+=buff[0];
				}
				CurLocX++;
			}
		}
		UpdateDisplayString=true;
	}
	dbClearEntryBuffer ( );
	if (CheckViewLoc){
		if (CurLocX<ViewLocX){
			ViewLocX=CurLocX;
			UpdateDisplayString=true;
		}
		if (CurLocY<ViewLocY){
			ViewLocY=CurLocY;
			UpdateDisplayString=true;
		}
		if (CurLocX>ViewLocX+LineSizeX-1-int(RightScroll)*2){
			ViewLocX=CurLocX-LineSizeX+1+int(RightScroll)*2;
			UpdateDisplayString=true;
		}
		if (CurLocY>=ViewLocY+LinesToDisplay-int(BottomScroll)*2){
			ViewLocY=CurLocY-LinesToDisplay+int(BottomScroll)*2;
			UpdateDisplayString=true;
		}
	}
}

	string buff=dbEntry();
	if (buff.length()>0){
           Text+=buff[0];
        }
        dbClearEntryBuffer ( );