Go rtp-h264 Packet Analysis

RTP (H264) First package (single NAL unit mode) ————-SPS

    80{v=10,p=0,x=0,cc=0000}60{m=0,pt=110 0000}5370{Sequence Number}9A FC AF27{timestamp}69 25 77  {ssrc} 67 4 d 40 33  54 0c 04 B4 20 00 00 03 00  00 00 0 c D1 E3 06 54 (SPS H264)   

RTP (H264) second package (single NAL unit mode) ——— PPS

    80 {V=10,p=0,x=0,cc=0000}    60 {m=0,pt=110 0000}    53 71{sequence number} 9A FC AF 27 {timestamp} 69 25 77 65 {ssrc} 68 EE 3C 80 {pps H264}

RTP (H264) 3rd packet (fu-a) ———— data

    80 {v=10,p=0,x=0,Cc=0000}60 {m=0,pt=1100000 ((H264 RTP TYPE) &0x7f)}53Sequence {Number}9A FC AF{timestamp}692577$ {SSRC} {H264 RTP TYPE:60 (decimal:)-----01100000} {H264 FRAME TYPE:-----01000001}5C {f=0,Nri=10,type=1 1100 (decimal: 28)}---RTP shard 81 {s= 1 (First shard), e=0,r=0,type=0 0001 ( Span class= "Hljs-number" >0x41&0x1f)} 9A A5 4b 24 FF ... F3 6b B5 0c DF 48 24 92 A6 CE 0a       

RTP (H264) 4th packet (FU-A) ———— data

    80 {v=10,p=0,x=0,Cc=0000}60 {m=0,pt=1100000}53Sequence Number}9A FC AF{timestamp}692577$ {SSRC}5C {f=0,NRI= 10,type=1 1100 (decimal: 28)}---RTP shard 01 {s=0 (non-start shard), e= 0,r=0, type=0 0001 ( 0x41&0x1f)} 80 29 2f  15 ... F5 4f 46         

RTP (H264) 4th packet (FU-A) ———— data

    80 {v=10,p=0,x=0,Cc=0000} E0 {m=1 (Mark stream important events),pt=1100000} (The last piece of data after the Shardm=1)53Sequence {Number}9A FC AF{timestamp}692577 65 {ssrc} 5c {f=0,nri=10,< Span class= "hljs-variable" >type=1 1100 (decimal: 28)} ---RTP shard 41 {s=0,e=1 (Last Shard), r=0,< Span class= "hljs-variable" >type=0 0001 ( 0x41&0x1f)} BF 8d EA 77 ... Be                 

RTP (H264) nth packet (FU-A) ———— data

    80 {v=10,p=0,x=0,Cc=0000}60 {m=0,pt=1100000}538C {Sequence Number}9A FD2 b3 B {Timestamp}692577$ {SSRC}7C {(f=0,Nri=11) (0x65&0xe0), type=1 1100 (decimal: 28)}---RTP shards 85 {s=1, e=0,r= 0,type=0 0001 (0x65&0x1f)} 88 80 00 18 18 00 ... 4b 28           

RTP (H264) M-Pack ((single NAL unit mode)-) ———— data

    80{v=10,p=0,x=0,cc=0000} E0{M=1 (Tag stream important event), pt=110 0000} (The last piece of data after the Shard m=1) 54 8f { Sequence number} 9b 01 B1 4d {timestamp} 69 25 Span class= "Hljs-number" >77 65 {ssrc}  9a 89 13 25 FF 00 06 ... 8e 56 3B 60              

(GO) rtp-h264 packet analysis