sipcapture/heplify

docker build --no-cache -t sipcapture/heplify:latest -f docker/heplify/Dockerfile .

 -assembly_debug_log
	If true, the github.com/google/gopacket/tcpassembly library will log verbose debugging information (at least one line per packet)
  -assembly_memuse_log
	If true, the github.com/google/gopacket/tcpassembly library will log information regarding its memory use every once in a while.
  -b int
	Interface buffersize (MB) (default 32)
  -d string
	Enable certain debug selectors [defrag,layer,payload,rtp,rtcp,sdp]
  -dd
	Deduplicate packets
  -di string
	Discard uninteresting packets by any string
  -dim string
	Discard uninteresting SIP packets by CSeq [OPTIONS,NOTIFY]
  -diip string
	Discard uninteresting SIP packets by Source or Destination IP(s)
  -disip string
	Discard uninteresting SIP packets by Source IP(s)
  -didip string
	Discard uninteresting SIP packets by Destination IP(s)
  -e	
	Log to stderr and disable syslog/file output
  -erspan
	erspan
  -fg uint
	Fanout group ID for af_packet
  -fi string
	Filter interesting packets by any string
  -fw int
	Fanout worker count for af_packet (default 4)
  -hi uint
	HEP node ID (default 2002)
  -hin
	HEP collector listening protocol, address and port (example: "tcp:10.10.99.10:9060")
  -hn string
	HEP node Name
  -hp string
	HEP node PW
  -hs string
	HEP server destination address and port (default "127.0.0.1:9060")
  -i string
	Listen on interface (default "any")
  -l string
	Log level [debug, info, warning, error] (default "info")
  -lp int
	Loop count over ReadFile. Use 0 to loop forever (default 1)
  -m string
	Capture modes [SIP, SIPDNS, SIPLOG, SIPRTCP] (default "SIPRTCP")
  -n string
	Log filename (default "heplify.log")
  -nt string
	Network types are [udp, tcp, tls] (default "udp")
  -bpf string
	Custom bpf filter (default "")
  -o	
	Read packet for packet
  -p string
	Log filepath (default "./")
  -pr string
	Portrange to capture SIP (default "5060-5090")
  -protobuf
	Use Protobuf on wire
  -rf string
	Read pcap file
  -rs
	Use packet timestamps with maximum pcap read speed
  -rt int
	Pcap rotation time in minutes (default 60)
  -s int
	Snaplength (default 8192)
  -sl
	Log to syslog
  -t string
	Capture types are [pcap, af_packet] (default "pcap")
  -tcpassembly
	If true, tcpassembly will be enabled
  -tcpsendretries uint
	Number of retries for sending before giving up and reconnecting (default 64)
  -version
	Show heplify version
  -vlan
	vlan
  -wf string
	Path to write pcap file
  -zf
	Enable pcap compression

# Capture SIP and RTCP packets on any interface and send them to 127.0.0.1:9060
./heplify

# Capture SIP and RTCP packets on any interface and send them via TLS to 192.168.1.1:9060
./heplify -hs 192.168.1.1:9060 -nt tls

# Capture SIP and RTCP packets on any interface and send them to 192.168.1.1:9060. Use a someNodeName
./heplify -hs 192.168.1.1:9060 -hn someNodeName

# Capture SIP and RTCP packets on any interface and send them to 192.168.1.1:9060. Print info to stdout
./heplify -hs 192.168.1.1:9060 -e

# Capture SIP and RTCP packets on any interface and send them to 192.168.1.1:9060 and 192.168.2.2:9060
./heplify -hs "192.168.1.1:9060,192.168.2.2:9060"

# Capture SIP and RTCP packets on any interface and send them to 192.168.1.1:9060. Print debug selectors
./heplify -hs 192.168.1.1:9060 -e -d fragment,payload,rtcp

# Capture SIP and RTCP packets with custom SIP port range on eth2 and send them to 192.168.1.1:9060
./heplify -i eth2 -pr 6000-6010 -hs 192.168.1.1:9060

# Capture SIP and RTCP packets on eth2, send them to homer and compressed to /srv/pcapdumps/
./heplify -i eth2 -hs 192.168.1.1:9060 -wf /srv/pcapdumps/ -zf

# Read example/rtp_rtcp_sip.pcap and send SIP and correlated RTCP packets to 192.168.1.1:9060
./heplify -rf example/rtp_rtcp_sip.pcap -hs 192.168.1.1:9060

# Capture and send packets except SIP OPTIONS and NOTIFY to 192.168.1.1:9060
./heplify -hs 192.168.1.1:9060 -dim OPTIONS,NOTIFY

# Capture SIP packet with HPERM encapsulation on port 7932 and interface eth2, send to 192.168.1.1:9060 and print debug info on stdout
./heplify -i eth2 -bpf "port 7932" -hs 192.168.1.1:9060 -l debug -e

# Run heplify in "HEP Collector" mode in order to receive HEP input via TCP on port 9060 and fork (output) to two HEP servers listening on port 9063
./heplify -e -hs HEPServer1:9063,HEPserver2:9063 -hin tcp:1.2.3.4:9060