//////////////////////////////////////////////////////
//													//
//	Incremental Clock Syncronization.				//
//	236503(20)	Summer 2001							//
//	Advanced Programming Project.					//
//	Technion. Computer Science Department.			//
//													//
//	Written by:		Reitman Anna	<s0anna0r@t2>	//
//					Fidelman Greg	<sgregf@t2>		//
//	Supervisor:		Hagit Attya		<hagit@cs>		//
//					Saar Pilosof	<psaar@cs>		//
//													//
//////////////////////////////////////////////////////
// IncClockSynch.h

#ifndef _INCCLOCKSYNCH_H
#define _INCCLOCKSYNCH_H


#pragma warning(disable:4786)



//#define DBG	if( 1 ) std::cout


enum Scenario { UNDEF, GAP_TIME, TIME_PROC, NEW_PROC };

// The way of sending of the messages (random, sequential...)
enum SendMsgRule { RANDOM, SEQUENTIAL };



typedef struct {
	long	ProcNum; //total number of processes
	long	MinClock; //min initial clock value
	long	MaxClock; //max initial clock value
	long	PercentCorrectProc;	//percent of correct processes (with average clock value)
	long	StopTime; //time to stop the testing (in ticks)
} GapTimeInput;

typedef struct {
	long	MaxProcNum; //max number of processes
	long	MinClock; //min initial clock value
	long	MaxClock; //max initial clock value
	long	PercentCorrectProc;	//percent of correct processes (with average clock value)
	long	StopGap; //gap to stop the testing
	long	StopTime; //time to stop the testing (in ticks)
} TimeProcInput;

typedef struct {
	long	MaxProcNum; //max number of processes
	long	ClocksValue; //clock value of old processes
	long	NewClockValue; //clock value of the incoming process
	long	StopGap; //gap to stop the testing
	long	StopTime; //time to stop the testing (in ticks)
} NewProcInput;

extern int NumMsg;
extern SendMsgRule rule;
extern CFile outputFile;
int mainPr(long,long,long,long,long);
int mainPr(long,long,long,long,long,long);
int mainPt(long,long,long,long,long);

#endif //_INCCLOCKSYNCH_H