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SmartPtr: Support load test for source by srs-bench. v6.0.130 (#4097)

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1. Add live benchmark support in srs-bench, which only connects and
disconnects without any media transport, to test source creation and
disposal and verify source memory leaks.
2. SmartPtr: Support cleanup of HTTP-FLV stream. Unregister the HTTP-FLV
handler for the pattern and clean up the objects and resources.
3. Support benchmarking RTMP/SRT with srs-bench by integrating the gosrt
and oryx RTMP libraries.
4. Refine SRT and RTC sources by using a timer to clean up the sources,
following the same strategy as the Live source.

---------

Co-authored-by: Haibo Chen <495810242@qq.com>
Co-authored-by: Jacob Su <suzp1984@gmail.com>
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Winlin 2024-06-21 07:13:12 +08:00 • committed by GitHub
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trunk/3rdparty/srs-bench/vendor/github.com/haivision/srtgo/srtstats.go generated vendored Normal file
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package srtgo
// #cgo LDFLAGS: -lsrt
// #include <srt/srt.h>
import "C"
type SrtStats struct {
// Global measurements
MsTimeStamp int64 // time since the UDT entity is started, in milliseconds
PktSentTotal int64 // total number of sent data packets, including retransmissions
PktRecvTotal int64 // total number of received packets
PktSndLossTotal int // total number of lost packets (sender side)
PktRcvLossTotal int // total number of lost packets (receiver side)
PktRetransTotal int // total number of retransmitted packets
PktSentACKTotal int // total number of sent ACK packets
PktRecvACKTotal int // total number of received ACK packets
PktSentNAKTotal int // total number of sent NAK packets
PktRecvNAKTotal int // total number of received NAK packets
UsSndDurationTotal int64 // total time duration when UDT is sending data (idle time exclusive)
PktSndDropTotal int // number of too-late-to-send dropped packets
PktRcvDropTotal int // number of too-late-to play missing packets
PktRcvUndecryptTotal int // number of undecrypted packets
ByteSentTotal int64 // total number of sent data bytes, including retransmissions
ByteRecvTotal int64 // total number of received bytes
ByteRcvLossTotal int64 // total number of lost bytes
ByteRetransTotal int64 // total number of retransmitted bytes
ByteSndDropTotal int64 // number of too-late-to-send dropped bytes
ByteRcvDropTotal int64 // number of too-late-to play missing bytes (estimate based on average packet size)
ByteRcvUndecryptTotal int64 // number of undecrypted bytes
// Local measurements
PktSent int64 // number of sent data packets, including retransmissions
PktRecv int64 // number of received packets
PktSndLoss int // number of lost packets (sender side)
PktRcvLoss int // number of lost packets (receiver side)
PktRetrans int // number of retransmitted packets
PktRcvRetrans int // number of retransmitted packets received
PktSentACK int // number of sent ACK packets
PktRecvACK int // number of received ACK packets
PktSentNAK int // number of sent NAK packets
PktRecvNAK int // number of received NAK packets
MbpsSendRate float64 // sending rate in Mb/s
MbpsRecvRate float64 // receiving rate in Mb/s
UsSndDuration int64 // busy sending time (i.e., idle time exclusive)
PktReorderDistance int // size of order discrepancy in received sequences
PktRcvAvgBelatedTime float64 // average time of packet delay for belated packets (packets with sequence past the ACK)
PktRcvBelated int64 // number of received AND IGNORED packets due to having come too late
PktSndDrop int // number of too-late-to-send dropped packets
PktRcvDrop int // number of too-late-to play missing packets
PktRcvUndecrypt int // number of undecrypted packets
ByteSent int64 // number of sent data bytes, including retransmissions
ByteRecv int64 // number of received bytes
ByteRcvLoss int64 // number of retransmitted Bytes
ByteRetrans int64 // number of retransmitted Bytes
ByteSndDrop int64 // number of too-late-to-send dropped Bytes
ByteRcvDrop int64 // number of too-late-to play missing Bytes (estimate based on average packet size)
ByteRcvUndecrypt int64 // number of undecrypted bytes
// Instant measurements
UsPktSndPeriod float64 // packet sending period, in microseconds
PktFlowWindow int // flow window size, in number of packets
PktCongestionWindow int // congestion window size, in number of packets
PktFlightSize int // number of packets on flight
MsRTT float64 // RTT, in milliseconds
MbpsBandwidth float64 // estimated bandwidth, in Mb/s
ByteAvailSndBuf int // available UDT sender buffer size
ByteAvailRcvBuf int // available UDT receiver buffer size
MbpsMaxBW float64 // Transmit Bandwidth ceiling (Mbps)
ByteMSS int // MTU
PktSndBuf int // UnACKed packets in UDT sender
ByteSndBuf int // UnACKed bytes in UDT sender
MsSndBuf int // UnACKed timespan (msec) of UDT sender
MsSndTsbPdDelay int // Timestamp-based Packet Delivery Delay
PktRcvBuf int // Undelivered packets in UDT receiver
ByteRcvBuf int // Undelivered bytes of UDT receiver
MsRcvBuf int // Undelivered timespan (msec) of UDT receiver
MsRcvTsbPdDelay int // Timestamp-based Packet Delivery Delay
PktSndFilterExtraTotal int // number of control packets supplied by packet filter
PktRcvFilterExtraTotal int // number of control packets received and not supplied back
PktRcvFilterSupplyTotal int // number of packets that the filter supplied extra (e.g. FEC rebuilt)
PktRcvFilterLossTotal int // number of packet loss not coverable by filter
PktSndFilterExtra int // number of control packets supplied by packet filter
PktRcvFilterExtra int // number of control packets received and not supplied back
PktRcvFilterSupply int // number of packets that the filter supplied extra (e.g. FEC rebuilt)
PktRcvFilterLoss int // number of packet loss not coverable by filter
PktReorderTolerance int // packet reorder tolerance value
}
func newSrtStats(stats *C.SRT_TRACEBSTATS) *SrtStats {
s := new(SrtStats)
s.MsTimeStamp = int64(stats.msTimeStamp)
s.PktSentTotal = int64(stats.pktSentTotal)
s.PktRecvTotal = int64(stats.pktRecvTotal)
s.PktSndLossTotal = int(stats.pktSndLossTotal)
s.PktRcvLossTotal = int(stats.pktRcvLossTotal)
s.PktRetransTotal = int(stats.pktRetransTotal)
s.PktSentACKTotal = int(stats.pktSentACKTotal)
s.PktRecvACKTotal = int(stats.pktRecvACKTotal)
s.PktSentNAKTotal = int(stats.pktSentNAKTotal)
s.PktRecvNAKTotal = int(stats.pktRecvNAKTotal)
s.UsSndDurationTotal = int64(stats.usSndDurationTotal)
s.PktSndDropTotal = int(stats.pktSndDropTotal)
s.PktRcvDropTotal = int(stats.pktRcvDropTotal)
s.PktRcvUndecryptTotal = int(stats.pktRcvUndecryptTotal)
s.ByteSentTotal = int64(stats.byteSentTotal)
s.ByteRecvTotal = int64(stats.byteRecvTotal)
s.ByteRcvLossTotal = int64(stats.byteRcvLossTotal)
s.ByteRetransTotal = int64(stats.byteRetransTotal)
s.ByteSndDropTotal = int64(stats.byteSndDropTotal)
s.ByteRcvDropTotal = int64(stats.byteRcvDropTotal)
s.ByteRcvUndecryptTotal = int64(stats.byteRcvUndecryptTotal)
s.PktSent = int64(stats.pktSent)
s.PktRecv = int64(stats.pktRecv)
s.PktSndLoss = int(stats.pktSndLoss)
s.PktRcvLoss = int(stats.pktRcvLoss)
s.PktRetrans = int(stats.pktRetrans)
s.PktRcvRetrans = int(stats.pktRcvRetrans)
s.PktSentACK = int(stats.pktSentACK)
s.PktRecvACK = int(stats.pktRecvACK)
s.PktSentNAK = int(stats.pktSentNAK)
s.PktRecvNAK = int(stats.pktRecvNAK)
s.MbpsSendRate = float64(stats.mbpsSendRate)
s.MbpsRecvRate = float64(stats.mbpsRecvRate)
s.UsSndDuration = int64(stats.usSndDuration)
s.PktReorderDistance = int(stats.pktReorderDistance)
s.PktRcvAvgBelatedTime = float64(stats.pktRcvAvgBelatedTime)
s.PktRcvBelated = int64(stats.pktRcvBelated)
s.PktSndDrop = int(stats.pktSndDrop)
s.PktRcvDrop = int(stats.pktRcvDrop)
s.PktRcvUndecrypt = int(stats.pktRcvUndecrypt)
s.ByteSent = int64(stats.byteSent)
s.ByteRecv = int64(stats.byteRecv)
s.ByteRcvLoss = int64(stats.byteRcvLoss)
s.ByteRetrans = int64(stats.byteRetrans)
s.ByteSndDrop = int64(stats.byteSndDrop)
s.ByteRcvDrop = int64(stats.byteRcvDrop)
s.ByteRcvUndecrypt = int64(stats.byteRcvUndecrypt)
s.UsPktSndPeriod = float64(stats.usPktSndPeriod)
s.PktFlowWindow = int(stats.pktFlowWindow)
s.PktCongestionWindow = int(stats.pktCongestionWindow)
s.PktFlightSize = int(stats.pktFlightSize)
s.MsRTT = float64(stats.msRTT)
s.MbpsBandwidth = float64(stats.mbpsBandwidth)
s.ByteAvailSndBuf = int(stats.byteAvailSndBuf)
s.ByteAvailRcvBuf = int(stats.byteAvailRcvBuf)
s.MbpsMaxBW = float64(stats.mbpsMaxBW)
s.ByteMSS = int(stats.byteMSS)
s.PktSndBuf = int(stats.pktSndBuf)
s.ByteSndBuf = int(stats.byteSndBuf)
s.MsSndBuf = int(stats.msSndBuf)
s.MsSndTsbPdDelay = int(stats.msSndTsbPdDelay)
s.PktRcvBuf = int(stats.pktRcvBuf)
s.ByteRcvBuf = int(stats.byteRcvBuf)
s.MsRcvBuf = int(stats.msRcvBuf)
s.MsRcvTsbPdDelay = int(stats.msRcvTsbPdDelay)
s.PktSndFilterExtraTotal = int(stats.pktSndFilterExtraTotal)
s.PktRcvFilterExtraTotal = int(stats.pktRcvFilterExtraTotal)
s.PktRcvFilterSupplyTotal = int(stats.pktRcvFilterSupplyTotal)
s.PktRcvFilterLossTotal = int(stats.pktRcvFilterLossTotal)
s.PktSndFilterExtra = int(stats.pktSndFilterExtra)
s.PktRcvFilterExtra = int(stats.pktRcvFilterExtra)
s.PktRcvFilterSupply = int(stats.pktRcvFilterSupply)
s.PktRcvFilterLoss = int(stats.pktRcvFilterLoss)
s.PktReorderTolerance = int(stats.pktReorderTolerance)
return s
}