Source: congestionmonitorreport.h
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// ##########################################################################
// #### ####
// #### RTP Audio Server Project ####
// #### ============================ ####
// #### ####
// #### Congestion Monitor Report ####
// #### ####
// #### Version 1.00 -- February 04, 2001 ####
// #### ####
// #### Copyright (C) 1999 Thomas Dreibholz ####
// #### 2000 Universität Bonn, Abt. IV ####
// #### 2001 EMail: Dreibholz@bigfoot.com ####
// #### WWW: http://www.bigfoot.com/~dreibholz ####
// #### ####
// ##########################################################################
#ifndef CONGESTIONMONITORREPORT_H
#define CONGESTIONMONITORREPORT_H
#include "system.h"
#include "networkmonitorreport.h"
namespace Coral {
/**
* This is a congestion monitor report, which can be read from the CongestionMonitor.
*
* @short Congestion Monitor Report
* @author Thomas Dreibholz (Dreibholz@bigfoot.com)
* @version 1.0
*/
class CongestionMonitorReport : public NetworkMonitorReport
{
// ====== Constructor ====================================================
public:
/**
* Constructor.
*/
CongestionMonitorReport();
// ====== Byte order translation =========================================
/**
* Translate byte order.
*/
void translate();
// ====== Status functions ===============================================
/**
* Reset report.
*/
void reset();
// ====== Report data ====================================================
/**
* Sequence number for this report.
*/
card32 SeqNum;
/**
* Congestion of the reported network. To get the percentage of congestion,
* calculate (100.0 * Bandwidth) / 65536.0.
*/
card32 Congestion;
/**
* Bandwidth of the reported network.
*/
card64 Bandwidth;
/**
* CongestionMonitor flags.
*/
card8 CongestionMonitorFlags;
};
#define CMF_SIMULATION (1 << 0)
/**
* Implementation of << operator.
*/
ostream& operator<<(ostream& os, const CongestionMonitorReport& report);
}
#endif
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