/*
....[@@@..[@@@..............[@.................. MUD++ is a written from
....[@..[@..[@..[@..[@..[@@@@@....[@......[@.... scratch multi-user swords and
....[@..[@..[@..[@..[@..[@..[@..[@@@@@..[@@@@@.. sorcery game written in C++.
....[@......[@..[@..[@..[@..[@....[@......[@.... This server is an ongoing
....[@......[@..[@@@@@..[@@@@@.................. development project.  All 
................................................ contributions are welcome. 
....Copyright(C).1995.Melvin.Smith.............. Enjoy. 
------------------------------------------------------------------------------
Melvin Smith (aka Fusion)         msmith@hom.net
MUD++ development mailing list    mudpp-list@mailhost.net
------------------------------------------------------------------------------
objtypes.cc
*/

// Classes derived from Object class

#include "string.h"
#include "io.h"
#include "combat.h"
#include "object.h"

/*
// superclass call at end
int ObjTemplate::readFromTypeSpecific( StaticInput & in )
{
	return Object::readFromTypeSpecific(in);
}
int ObjTemplate::writeToTypeSpecific( Output & outf ) const
{
	return Object::writeToTypeSpecific(outf);
}

// superclass call at beginning
void ObjTemplate::reportVals( String & str ) const
{
	Object::reportVals(str);
}

// superclass call at end
char * ObjTemplate::setVals( const String & arg )
{							 
	Object::setVals(str);
}
*/

int ObjWeapon::readFromTypeSpecific( StaticInput & in )
{
	char buf[BUF];

	in.getword( buf );
	dam_type = ::getDamType( buf );
	if( dam_type == NONE )
	{
		Cout << "BUG: Invalid dam type " << buf << " for " << getShort() << endl;
	}

	min_dam = in.getnum();
	max_dam = in.getnum();

	return Object::readFromTypeSpecific(in);
	
}

int ObjWeapon::writeToTypeSpecific( Output & outf ) const
{
	outf << getDamTypeName( dam_type ) << ' ' << min_dam << ' ' << max_dam << endl;
	return Object::writeToTypeSpecific( outf );
}

void ObjWeapon::reportVals( String & str ) const
{
	Object::reportVals(str);
	str << "DamType: " << getDamTypeName( dam_type ) << 
		"Min: " << min_dam << "Max: " << max_dam << endl;
}

char * ObjWeapon::setVals( const String & str )
{
	String arg1;
	String arg2;
	int i;
	str.startArgs();
	arg1 = str.getArg();
	arg2 = str.getArgRest();

	if ( arg1 == "DamType" )
	{
		i = ::getDamType( arg2.chars() );
		if ( i == NONE )
		{
			return "Wrong damage type.\n\r";
		}
		dam_type = i;
		return "DamType set.\n\r";
	}
	else if ( arg1 == "Min" )
	{
		if ( !arg2.isNumber() )
			return "Must be number.\n\r";
		
		i = arg2.asInt();
		if ( i < 0 )
			return "Must be positive.\n\r";
		min_dam = i;
		return "Min damage set.\n\r";
	}
	else if ( arg1 == "Max" )
	{
		if ( !arg2.isNumber() )
			return "Must be number.\n\r";
		
		i = arg2.asInt();
		if ( i < 0 )
			return "Must be positive.\n\r";
		max_dam = i;
		return "Max damage set.\n\r";
	}

	return Object::setVals(str);
}




int ObjFood::readFromTypeSpecific( StaticInput & in )
{
	food_worth = in.getnum();
	return Object::readFromTypeSpecific(in);
}

int ObjFood::writeToTypeSpecific( Output & outf ) const 
{
	outf << food_worth << endl;
	return Object::writeToTypeSpecific(outf);
}

void ObjFood::reportVals( String & str ) const
{
	Object::reportVals(str);
	str << "Worth (in food units): " << food_worth << endl;
}

char * ObjFood::setVals( const String & str )
{
	String arg1;
	String arg2;
	int i;
	str.startArgs();
	arg1 = str.getArg();
	arg2 = str.getArgRest();
	
	if ( arg1 == "Worth" )
	{
		if ( !arg2.isNumber() )
			return "This value must be a number.\n\r";
		i = arg2.asInt();
		if ( i < 0 )
			return "Must be postive.\n\r";
		food_worth = i;
		return "Food worth set.\n\r";
	}
	
	return Object::setVals(str);
}



int ObjLiquidContainer::readFromTypeSpecific( StaticInput & in )
{
	amount = in.getnum();
	return Object::readFromTypeSpecific(in);
}

int ObjLiquidContainer::writeToTypeSpecific( Output & outf ) const
{
	outf << amount << endl;
	return Object::writeToTypeSpecific(outf);
}

void ObjLiquidContainer::reportVals( String & str ) const
{
	Object::reportVals(str);
	str << "Amount of liquid: " << amount << endl;
}

char * ObjLiquidContainer::setVals( const String & str )
{
	String arg1;
	String arg2;
	int i;
	str.startArgs();
	arg1 = str.getArg();
	arg2 = str.getArgRest();
	
	if ( arg1 == "Amount" )
	{
		if ( !arg2.isNumber() )
			return "This value must be a number.\n\r";
		i = arg2.asInt();
		if ( i < 0 )
			return "Must be postive.\n\r";
		amount = i;
		return "Amount of liquid set.\n\r";
	}
	
	return Object::setVals(str);
}