mirror of
https://github.com/ValveSoftware/GameNetworkingSockets.git
synced 2026-05-29 16:20:34 +00:00
Improve formating of stats wall of text
This commit is contained in:
Fletcher Dunn
@@ -1154,6 +1154,10 @@ void LinkStatsPrintInstantaneousToBuf( const char *pszLeader, const SteamDatagra
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void LinkStatsPrintLifetimeToBuf( const char *pszLeader, const SteamDatagramLinkLifetimeStats &stats, CUtlBuffer &buf )
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{
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char temp1[256];
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char temp2[256];
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char num[64];
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buf.Printf( "%sTotals\n", pszLeader );
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buf.Printf( "%s Sent:%11s pkts %15s bytes\n", pszLeader, NumberPrettyPrinter( stats.m_nPacketsSent ).String(), NumberPrettyPrinter( stats.m_nBytesSent ).String() );
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buf.Printf( "%s Recv:%11s pkts %15s bytes\n", pszLeader, NumberPrettyPrinter( stats.m_nPacketsRecv ).String(), NumberPrettyPrinter( stats.m_nBytesRecv ).String() );
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@@ -1174,21 +1178,54 @@ void LinkStatsPrintLifetimeToBuf( const char *pszLeader, const SteamDatagramLink
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{
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float flToPct = 100.0f / nPingSamples;
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buf.Printf( "%sPing histogram: (%d total samples)\n", pszLeader, nPingSamples );
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buf.Printf( "%s 0-25 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n25 , stats.m_pingHistogram.m_n25 *flToPct );
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buf.Printf( "%s 25-50 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n50 , stats.m_pingHistogram.m_n50 *flToPct );
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buf.Printf( "%s 50-75 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n75 , stats.m_pingHistogram.m_n75 *flToPct );
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buf.Printf( "%s 75-100 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n100, stats.m_pingHistogram.m_n100*flToPct );
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buf.Printf( "%s 100-125 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n125, stats.m_pingHistogram.m_n125*flToPct );
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buf.Printf( "%s 125-150 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n150, stats.m_pingHistogram.m_n150*flToPct );
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buf.Printf( "%s 150-200 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n200, stats.m_pingHistogram.m_n200*flToPct );
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buf.Printf( "%s 200-300 :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_n300, stats.m_pingHistogram.m_n300*flToPct );
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buf.Printf( "%s 300+ :%5d %3.0f%%\n", pszLeader, stats.m_pingHistogram.m_nMax, stats.m_pingHistogram.m_nMax*flToPct );
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buf.Printf( "%sPing distribution:\n", pszLeader );
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if ( stats.m_nPingNtile5th >= 0 ) buf.Printf( "%s 5%% of pings <= %4dms\n", pszLeader, stats.m_nPingNtile5th );
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if ( stats.m_nPingNtile50th >= 0 ) buf.Printf( "%s 50%% of pings <= %4dms\n", pszLeader, stats.m_nPingNtile50th );
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if ( stats.m_nPingNtile75th >= 0 ) buf.Printf( "%s 75%% of pings <= %4dms\n", pszLeader, stats.m_nPingNtile75th );
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if ( stats.m_nPingNtile95th >= 0 ) buf.Printf( "%s 95%% of pings <= %4dms\n", pszLeader, stats.m_nPingNtile95th );
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if ( stats.m_nPingNtile98th >= 0 ) buf.Printf( "%s 98%% of pings <= %4dms\n", pszLeader, stats.m_nPingNtile98th );
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buf.Printf( "%s 0-25 25-50 50-75 75-100 100-125 125-150 150-200 200-300 300+\n", pszLeader );
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buf.Printf( "%s %9d%9d%9d%9d%9d%9d%9d%9d%9d\n",
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pszLeader,
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stats.m_pingHistogram.m_n25,
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stats.m_pingHistogram.m_n50,
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stats.m_pingHistogram.m_n75,
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stats.m_pingHistogram.m_n100,
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stats.m_pingHistogram.m_n125,
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stats.m_pingHistogram.m_n150,
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stats.m_pingHistogram.m_n200,
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stats.m_pingHistogram.m_n300,
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stats.m_pingHistogram.m_nMax );
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buf.Printf( "%s %8.1f%%%8.1f%%%8.1f%%%8.1f%%%8.1f%%%8.1f%%%8.1f%%%8.1f%%%8.1f%%\n",
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pszLeader,
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stats.m_pingHistogram.m_n25 *flToPct,
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stats.m_pingHistogram.m_n50 *flToPct,
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stats.m_pingHistogram.m_n75 *flToPct,
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stats.m_pingHistogram.m_n100*flToPct,
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stats.m_pingHistogram.m_n125*flToPct,
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stats.m_pingHistogram.m_n150*flToPct,
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stats.m_pingHistogram.m_n200*flToPct,
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stats.m_pingHistogram.m_n300*flToPct,
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stats.m_pingHistogram.m_nMax*flToPct );
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temp1[0] = '\0';
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temp2[0] = '\0';
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#define PING_NTILE( ntile, val ) \
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if ( val >= 0 ) \
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{ \
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V_sprintf_safe( num, "%7s", ntile ); V_strcat_safe( temp1, num ); \
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V_sprintf_safe( num, "%5dms", val ); V_strcat_safe( temp2, num ); \
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}
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PING_NTILE( "5th", stats.m_nPingNtile5th )
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PING_NTILE( "50th", stats.m_nPingNtile50th );
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PING_NTILE( "75th", stats.m_nPingNtile75th );
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PING_NTILE( "95th", stats.m_nPingNtile95th );
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PING_NTILE( "98th", stats.m_nPingNtile98th );
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#undef PING_NTILE
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if ( temp1[0] != '\0' )
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{
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buf.Printf( "%sPing distribution:\n", pszLeader );
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buf.Printf( "%s%s\n", pszLeader, temp1 );
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buf.Printf( "%s%s\n", pszLeader, temp2 );
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}
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}
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else
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{
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@@ -1204,20 +1241,56 @@ void LinkStatsPrintLifetimeToBuf( const char *pszLeader, const SteamDatagramLink
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float flToPct = 100.0f / nQualitySamples;
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buf.Printf( "%sConnection quality histogram: (%d measurement intervals)\n", pszLeader, nQualitySamples );
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buf.Printf( "%s 100 :%5d %3.0f%% (All packets received in order)\n", pszLeader, stats.m_qualityHistogram.m_n100, stats.m_qualityHistogram.m_n100*flToPct );
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buf.Printf( "%s 99+ :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n99, stats.m_qualityHistogram.m_n99*flToPct );
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buf.Printf( "%s 97-99 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n97, stats.m_qualityHistogram.m_n97*flToPct );
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buf.Printf( "%s 95-97 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n95, stats.m_qualityHistogram.m_n95*flToPct );
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buf.Printf( "%s 90-95 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n90, stats.m_qualityHistogram.m_n90*flToPct );
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buf.Printf( "%s 75-90 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n75, stats.m_qualityHistogram.m_n75*flToPct );
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buf.Printf( "%s 50-75 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n50, stats.m_qualityHistogram.m_n50*flToPct );
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buf.Printf( "%s <50 :%5d %3.0f%%\n", pszLeader, stats.m_qualityHistogram.m_n1, stats.m_qualityHistogram.m_n1*flToPct );
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buf.Printf( "%s dead :%5d %3.0f%% (Expected to receive something but didn't)\n", pszLeader, stats.m_qualityHistogram.m_nDead, stats.m_qualityHistogram.m_nDead*flToPct );
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buf.Printf( "%sConnection quality distribution:\n", pszLeader );
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if ( stats.m_nQualityNtile50th >= 0 ) buf.Printf( "%s 50%% of intervals >= %3d%%\n", pszLeader, stats.m_nQualityNtile50th );
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if ( stats.m_nQualityNtile25th >= 0 ) buf.Printf( "%s 75%% of intervals >= %3d%%\n", pszLeader, stats.m_nQualityNtile25th );
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if ( stats.m_nQualityNtile5th >= 0 ) buf.Printf( "%s 95%% of intervals >= %3d%%\n", pszLeader, stats.m_nQualityNtile5th );
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if ( stats.m_nQualityNtile2nd >= 0 ) buf.Printf( "%s 98%% of intervals >= %3d%%\n", pszLeader, stats.m_nQualityNtile2nd );
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buf.Printf( "%s perfect 99+ 97-99 95-97 90-95 75-90 50-75 <50 dead\n", pszLeader );
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buf.Printf( "%s %7d%7d%7d%7d%7d%7d%7d%7d%7d\n",
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pszLeader,
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stats.m_qualityHistogram.m_n100,
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stats.m_qualityHistogram.m_n99,
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stats.m_qualityHistogram.m_n97,
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stats.m_qualityHistogram.m_n95,
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stats.m_qualityHistogram.m_n90,
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stats.m_qualityHistogram.m_n75,
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stats.m_qualityHistogram.m_n50,
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stats.m_qualityHistogram.m_n1,
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stats.m_qualityHistogram.m_nDead
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);
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buf.Printf( "%s %6.1f%%%6.1f%%%6.1f%%%6.1f%%%6.1f%%%6.1f%%%6.1f%%%6.1f%%%6.1f%%\n",
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pszLeader,
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stats.m_qualityHistogram.m_n100 *flToPct,
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stats.m_qualityHistogram.m_n99 *flToPct,
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stats.m_qualityHistogram.m_n97 *flToPct,
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stats.m_qualityHistogram.m_n95 *flToPct,
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stats.m_qualityHistogram.m_n90 *flToPct,
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stats.m_qualityHistogram.m_n75 *flToPct,
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stats.m_qualityHistogram.m_n50 *flToPct,
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stats.m_qualityHistogram.m_n1 *flToPct,
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stats.m_qualityHistogram.m_nDead*flToPct
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);
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temp1[0] = '\0';
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temp2[0] = '\0';
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#define QUALITY_NTILE( ntile, val ) \
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if ( val >= 0 ) \
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{ \
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V_sprintf_safe( num, "%6s", ntile ); V_strcat_safe( temp1, num ); \
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V_sprintf_safe( num, "%5d%%", val ); V_strcat_safe( temp2, num ); \
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}
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QUALITY_NTILE( "50th", stats.m_nQualityNtile50th );
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QUALITY_NTILE( "25th", stats.m_nQualityNtile25th );
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QUALITY_NTILE( "5th", stats.m_nQualityNtile5th );
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QUALITY_NTILE( "2nd", stats.m_nQualityNtile2nd );
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#undef QUALITY_NTILE
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if ( temp1[0] != '\0' )
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{
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buf.Printf( "%sConnection quality distribution:\n", pszLeader );
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buf.Printf( "%s%s\n", pszLeader, temp1 );
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buf.Printf( "%s%s\n", pszLeader, temp2 );
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}
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}
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else
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{
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@@ -1233,12 +1306,21 @@ void LinkStatsPrintLifetimeToBuf( const char *pszLeader, const SteamDatagramLink
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float flToPct = 100.0f / nJitterSamples;
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buf.Printf( "%sLatency variance histogram: (%d total measurements)\n", pszLeader, nJitterSamples );
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buf.Printf( "%s <1 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_nNegligible, stats.m_jitterHistogram.m_nNegligible*flToPct );
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buf.Printf( "%s 1-2 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_n1 , stats.m_jitterHistogram.m_n1 *flToPct );
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buf.Printf( "%s 2-5 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_n2 , stats.m_jitterHistogram.m_n2 *flToPct );
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buf.Printf( "%s 5-10 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_n5 , stats.m_jitterHistogram.m_n5 *flToPct );
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buf.Printf( "%s 10-20 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_n10, stats.m_jitterHistogram.m_n10*flToPct );
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buf.Printf( "%s >20 :%7d %3.0f%%\n", pszLeader, stats.m_jitterHistogram.m_n20, stats.m_jitterHistogram.m_n20*flToPct );
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buf.Printf( "%s <1 1-2 2-5 5-10 10-20 >20\n", pszLeader );
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buf.Printf( "%s %8d%8d%8d%8d%8d%8d\n", pszLeader,
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stats.m_jitterHistogram.m_nNegligible,
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stats.m_jitterHistogram.m_n1 ,
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stats.m_jitterHistogram.m_n2 ,
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stats.m_jitterHistogram.m_n5 ,
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stats.m_jitterHistogram.m_n10,
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stats.m_jitterHistogram.m_n20 );
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buf.Printf( "%s %7.1f%%%7.1f%%%7.1f%%%7.1f%%%7.1f%%%7.1f%%\n", pszLeader,
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stats.m_jitterHistogram.m_nNegligible*flToPct,
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stats.m_jitterHistogram.m_n1 *flToPct,
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stats.m_jitterHistogram.m_n2 *flToPct,
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stats.m_jitterHistogram.m_n5 *flToPct,
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stats.m_jitterHistogram.m_n10*flToPct,
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stats.m_jitterHistogram.m_n20*flToPct );
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}
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else
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{
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@@ -1246,61 +1328,62 @@ void LinkStatsPrintLifetimeToBuf( const char *pszLeader, const SteamDatagramLink
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}
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}
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// Do we have enough tx speed samples such that the distribution might be interesting?
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{
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int nTXSpeedSamples = stats.TXSpeedHistogramTotalCount();
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if ( nTXSpeedSamples >= 5 )
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{
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float flToPct = 100.0f / nTXSpeedSamples;
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buf.Printf( "%sTX Speed histogram: (%d total samples)\n", pszLeader, nTXSpeedSamples );
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buf.Printf( "%s 0 - 16 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram16, stats.m_nTXSpeedHistogram16 *flToPct );
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buf.Printf( "%s 16 - 32 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram32, stats.m_nTXSpeedHistogram32 *flToPct );
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buf.Printf( "%s 32 - 64 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram64, stats.m_nTXSpeedHistogram64 *flToPct );
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buf.Printf( "%s 64 - 128 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram128, stats.m_nTXSpeedHistogram128 *flToPct );
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buf.Printf( "%s 128 - 256 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram256, stats.m_nTXSpeedHistogram256 *flToPct );
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buf.Printf( "%s 256 - 512 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram512, stats.m_nTXSpeedHistogram512 *flToPct );
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buf.Printf( "%s 512 - 1024 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram1024, stats.m_nTXSpeedHistogram1024*flToPct );
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buf.Printf( "%s 1024+ KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogramMax, stats.m_nTXSpeedHistogramMax *flToPct );
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buf.Printf( "%sTransmit speed distribution:\n", pszLeader );
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if ( stats.m_nTXSpeedNtile5th >= 0 ) buf.Printf( "%s 5%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile5th );
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if ( stats.m_nTXSpeedNtile50th >= 0 ) buf.Printf( "%s 50%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile50th );
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if ( stats.m_nTXSpeedNtile75th >= 0 ) buf.Printf( "%s 75%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile75th );
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if ( stats.m_nTXSpeedNtile95th >= 0 ) buf.Printf( "%s 95%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile95th );
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if ( stats.m_nTXSpeedNtile98th >= 0 ) buf.Printf( "%s 98%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile98th );
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}
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else
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{
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buf.Printf( "%sNo connection transmit speed distribution available. (%d measurement intervals)\n", pszLeader, nTXSpeedSamples );
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}
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}
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// Do we have enough RX speed samples such that the distribution might be interesting?
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{
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int nRXSpeedSamples = stats.RXSpeedHistogramTotalCount();
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if ( nRXSpeedSamples >= 5 )
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{
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float flToPct = 100.0f / nRXSpeedSamples;
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buf.Printf( "%sRX Speed histogram: (%d total samples)\n", pszLeader, nRXSpeedSamples );
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buf.Printf( "%s 0 - 16 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram16, stats.m_nRXSpeedHistogram16 *flToPct );
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buf.Printf( "%s 16 - 32 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram32, stats.m_nRXSpeedHistogram32 *flToPct );
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buf.Printf( "%s 32 - 64 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram64, stats.m_nRXSpeedHistogram64 *flToPct );
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buf.Printf( "%s 64 - 128 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram128, stats.m_nRXSpeedHistogram128 *flToPct );
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buf.Printf( "%s 128 - 256 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram256, stats.m_nRXSpeedHistogram256 *flToPct );
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buf.Printf( "%s 256 - 512 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram512, stats.m_nRXSpeedHistogram512 *flToPct );
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buf.Printf( "%s 512 - 1024 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram1024, stats.m_nRXSpeedHistogram1024*flToPct );
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buf.Printf( "%s 1024+ KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogramMax, stats.m_nRXSpeedHistogramMax *flToPct );
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buf.Printf( "%sReceive speed distribution:\n", pszLeader );
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if ( stats.m_nRXSpeedNtile5th >= 0 ) buf.Printf( "%s 5%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile5th );
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if ( stats.m_nRXSpeedNtile50th >= 0 ) buf.Printf( "%s 50%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile50th );
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if ( stats.m_nRXSpeedNtile75th >= 0 ) buf.Printf( "%s 75%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile75th );
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if ( stats.m_nRXSpeedNtile95th >= 0 ) buf.Printf( "%s 95%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile95th );
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if ( stats.m_nRXSpeedNtile98th >= 0 ) buf.Printf( "%s 98%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile98th );
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}
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else
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{
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buf.Printf( "%sNo connection recieve speed distribution available. (%d measurement intervals)\n", pszLeader, nRXSpeedSamples );
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}
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}
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// This is all bogus right now, just don't print it
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//// Do we have enough tx speed samples such that the distribution might be interesting?
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//{
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// int nTXSpeedSamples = stats.TXSpeedHistogramTotalCount();
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// if ( nTXSpeedSamples >= 5 )
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// {
|
||||
// float flToPct = 100.0f / nTXSpeedSamples;
|
||||
// buf.Printf( "%sTX Speed histogram: (%d total samples)\n", pszLeader, nTXSpeedSamples );
|
||||
// buf.Printf( "%s 0 - 16 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram16, stats.m_nTXSpeedHistogram16 *flToPct );
|
||||
// buf.Printf( "%s 16 - 32 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram32, stats.m_nTXSpeedHistogram32 *flToPct );
|
||||
// buf.Printf( "%s 32 - 64 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram64, stats.m_nTXSpeedHistogram64 *flToPct );
|
||||
// buf.Printf( "%s 64 - 128 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram128, stats.m_nTXSpeedHistogram128 *flToPct );
|
||||
// buf.Printf( "%s 128 - 256 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram256, stats.m_nTXSpeedHistogram256 *flToPct );
|
||||
// buf.Printf( "%s 256 - 512 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram512, stats.m_nTXSpeedHistogram512 *flToPct );
|
||||
// buf.Printf( "%s 512 - 1024 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogram1024, stats.m_nTXSpeedHistogram1024*flToPct );
|
||||
// buf.Printf( "%s 1024+ KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nTXSpeedHistogramMax, stats.m_nTXSpeedHistogramMax *flToPct );
|
||||
// buf.Printf( "%sTransmit speed distribution:\n", pszLeader );
|
||||
// if ( stats.m_nTXSpeedNtile5th >= 0 ) buf.Printf( "%s 5%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile5th );
|
||||
// if ( stats.m_nTXSpeedNtile50th >= 0 ) buf.Printf( "%s 50%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile50th );
|
||||
// if ( stats.m_nTXSpeedNtile75th >= 0 ) buf.Printf( "%s 75%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile75th );
|
||||
// if ( stats.m_nTXSpeedNtile95th >= 0 ) buf.Printf( "%s 95%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile95th );
|
||||
// if ( stats.m_nTXSpeedNtile98th >= 0 ) buf.Printf( "%s 98%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nTXSpeedNtile98th );
|
||||
// }
|
||||
// else
|
||||
// {
|
||||
// buf.Printf( "%sNo connection transmit speed distribution available. (%d measurement intervals)\n", pszLeader, nTXSpeedSamples );
|
||||
// }
|
||||
//}
|
||||
//
|
||||
//// Do we have enough RX speed samples such that the distribution might be interesting?
|
||||
//{
|
||||
// int nRXSpeedSamples = stats.RXSpeedHistogramTotalCount();
|
||||
// if ( nRXSpeedSamples >= 5 )
|
||||
// {
|
||||
// float flToPct = 100.0f / nRXSpeedSamples;
|
||||
// buf.Printf( "%sRX Speed histogram: (%d total samples)\n", pszLeader, nRXSpeedSamples );
|
||||
// buf.Printf( "%s 0 - 16 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram16, stats.m_nRXSpeedHistogram16 *flToPct );
|
||||
// buf.Printf( "%s 16 - 32 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram32, stats.m_nRXSpeedHistogram32 *flToPct );
|
||||
// buf.Printf( "%s 32 - 64 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram64, stats.m_nRXSpeedHistogram64 *flToPct );
|
||||
// buf.Printf( "%s 64 - 128 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram128, stats.m_nRXSpeedHistogram128 *flToPct );
|
||||
// buf.Printf( "%s 128 - 256 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram256, stats.m_nRXSpeedHistogram256 *flToPct );
|
||||
// buf.Printf( "%s 256 - 512 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram512, stats.m_nRXSpeedHistogram512 *flToPct );
|
||||
// buf.Printf( "%s 512 - 1024 KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogram1024, stats.m_nRXSpeedHistogram1024*flToPct );
|
||||
// buf.Printf( "%s 1024+ KB/s:%5d %3.0f%%\n", pszLeader, stats.m_nRXSpeedHistogramMax, stats.m_nRXSpeedHistogramMax *flToPct );
|
||||
// buf.Printf( "%sReceive speed distribution:\n", pszLeader );
|
||||
// if ( stats.m_nRXSpeedNtile5th >= 0 ) buf.Printf( "%s 5%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile5th );
|
||||
// if ( stats.m_nRXSpeedNtile50th >= 0 ) buf.Printf( "%s 50%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile50th );
|
||||
// if ( stats.m_nRXSpeedNtile75th >= 0 ) buf.Printf( "%s 75%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile75th );
|
||||
// if ( stats.m_nRXSpeedNtile95th >= 0 ) buf.Printf( "%s 95%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile95th );
|
||||
// if ( stats.m_nRXSpeedNtile98th >= 0 ) buf.Printf( "%s 98%% of speeds <= %4d KB/s\n", pszLeader, stats.m_nRXSpeedNtile98th );
|
||||
// }
|
||||
// else
|
||||
// {
|
||||
// buf.Printf( "%sNo connection recieve speed distribution available. (%d measurement intervals)\n", pszLeader, nRXSpeedSamples );
|
||||
// }
|
||||
//}
|
||||
|
||||
}
|
||||
|
||||
|
||||
Reference in New Issue
Block a user