OBJECT
NearRealTimeDataSRTNetworkInfo

The low-level network performance information for a SRT connection.
GraphQL Schema definition

type NearRealTimeDataSRTNetworkInfo {
#   Time elapsed since the SRT socket was started (after a successful call to 
#   srt_connect(...) or srt_bind(...)), in milliseconds.
msTimeStamp: Long 
#   The total number of sent data packets, including re-transmitted packets. Sender 
#   side.
pktSentTotal: Long 
#   The total number of received packets, including received re-transmitted packets. 
#   Receiver side.
pktRecvTotal: Long 
#   The total number of data packets considered or reported lost by the sender. This 
#   doesn't correspond to packets detected as lost by the receiver. Sender side.
pktSndLossTotal: Int 
#   The total number of data packets detected as lost by the receiver.
pktRcvLossTotal: Int 
#   The total number of re-transmitted packets as calculated by the sender. Not 
#   exchanged with the receiver.
pktRetransTotal: Int 
#   The total number of sent ACK packets. Sender side.
pktSentACKTotal: Int 
#   The total number of received ACK packets. Receiver side.
pktRecvACKTotal: Int 
#   The total number of sent NAK (not acknowledged) packets. This is, essentially, 
#   LOSS reports. Sender side.
pktSentNAKTotal: Int 
#   The total number of received NAK (not acknowledged) packets. This is, 
#   essentially, LOSS reports. Receiver side.
pktRecvNAKTotal: Int 
#   The total accumulated time, in microseconds, during which the SRT sender has 
#   data to transmit or just sent data, but is waiting for acknowledgement. In other 
#   words, the total accumulated duration, in microseconds, when there was a 
#   non-empty senders' buffer. Sender side.
usSndDurationTotal: Long 
#   The number of 'too late to send' packets dropped by sender (refer to TLPKTDROP).
pktSndDropTotal: Int 
#   The number of 'too late to play' missing packets. Receiver side only.
pktRcvDropTotal: Int 
#   The total size, in bytes, of sent data packets. This includes the payload and 
#   all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of UDP + 16 bytes SRT header. 
#   Sender side.
byteSentTotal: Long 
#   The total size, in bytes, of received packets. This includes the payload and all 
#   headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of UDP + 16 bytes SRT header. 
#   Receiver side.
byteRecvTotal: Long 
#   The total size, in bytes, of data packets detected as lost by the receiver. This 
#   includes the payload and all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of 
#   UDP + 16 bytes SRT header. Receiver side.
byteRcvLossTotal: Long 
#   The total size, in bytes, of re-transmitted packets as calculated by the sender. 
#   This includes the payload and all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes 
#   of UDP + 16 bytes SRT header. Sender side only.
byteRetransTotal: Long 
#   The total size, in bytes, of 'too late to send' packets dropped by sender (refer 
#   to TLPKTDROP). This includes the payload and all headers (IP+UDP+SRT): 20 bytes 
#   IPv4 + 8 bytes of UDP + 16 bytes SRT header. Sender side only.
byteSndDropTotal: Long 
#   The total size, in bytes, of 'too late to play' missing packets. This includes 
#   the payload and all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of UDP + 16 
#   bytes SRT header. Bytes for dropped packet payloads are estimated based on 
#   average packet size. Receiver side.
byteRcvDropTotal: Long 
#   Current minimum time interval, in microseconds, between which consecutive 
#   packets are sent. Sender side.
usPktSndPeriod: Float 
#   The maximum number of packets that can be (in flight). Sender only.
pktFlowWindow: Int 
#   Congestion window size, in number of packets. Sender only.
pktCongestionWindow: Int 
#   The number of packets in flight. Sender only.
pktFlightSize: Int 
#   The calculated round trip time (RTT), in milliseconds. Sender and Receiver. This 
#   value is calculated by the receiver based on the incoming ACKACK control packets 
#   (used by sender to acknowledge ACKs from receiver).
msRTT: Float 
#   The estimated bandwidth of the network link, in megabits per second (Mbps). 
#   Sender only.
mbpsBandwidth: Float 
#   The available space in the sender's buffer, in bytes. Sender only.
byteAvailSndBuf: Int 
#   The available space in the receiver's buffer, in bytes. Receiver only.
byteAvailRcvBuf: Int 
#   The transmission bandwidth limit, in megabits per second (Mbps). Sender only. 
#   Usually this is the setting from the SRTO_MAXBW option, which may include the 
#   value 0 (unlimited). Under certain conditions, a non-zero value might be be 
#   provided by a congestion control module, although none of the built-in 
#   congestion control modules currently use it.
mbpsMaxBW: Float 
#   The maximum segment size (MSS), in bytes.
byteMSS: Int 
#   The number of packets in the sender's buffer that are already scheduled for 
#   sending or even possibly sent, but not yet acknowledged. Sender only.
pktSndBuf: Int 
#   The instantaneous (current) pktSndBuf value, in bytes. This includes the payload 
#   and all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of UDP + 16 bytes SRT 
#   header.
byteSndBuf: Int 
#   The timespan, in milliseconds, of packets in the sender's buffer (unacknowledged 
#   packets). Sender only.
msSndBuf: Int 
#   The timestamp-based packet delivery (TSBPD) delay value of the peer. If 
#   SRTO_TSBPDMODE (the default for live mode) is on, it returns the value of 
#   SRTO_PEERLATENCY; otherwise this is 0. The sender reports the TSBPD delay value 
#   of the receiver and the receiver reports the TSBPD delay of the sender.
msSndTsbPdDelay: Int 
#   The number of acknowledged packets in receiver's buffer. Receiver only.
pktRcvBuf: Int 
#   The instantaneous (current) pktRcvBuf value, in bytes. This includes the payload 
#   and all headers (IP+UDP+SRT): 20 bytes IPv4 + 8 bytes of UDP + 16 bytes SRT 
#   header..
byteRcvBuf: Int 
#   The timespan, in milliseconds, of acknowledged packets in the receiver's buffer. 
#   Receiver side.
msRcvBuf: Int 
#   The timestamp-based packet delivery (TSBPD) delay value set on the socket via 
#   SRTO_RCVLATENCY or SRTO_LATENCY. This value is used to apply TSBPD delay for 
#   reading the received data on the socket. Receiver side.
msRcvTsbPdDelay: Int 
#   The total size of the send buffer, in bytes.
szSndBuf: Int 
#   The total size of the receive buffer, in bytes.
szRcvBuf: Int 
}
Require by

NearRealTimeDataStreamTargetThe stream target information.
NearRealTimeDataSRTNetworkInfo

link GraphQL Schema definition

link Require by

GraphQL Schema definition

Require by
