webrtc: wire full NAT1To1IPs list into core config, replace single-IP workaround (issue #20)
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1 changed files with 16 additions and 7 deletions
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@ -67,14 +67,23 @@ func New(dataCfg config.DataWebRTC, logger log.Logger) (*Subsystem, error) {
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coreCfg.Enabled = dataCfg.Enable
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coreCfg.PublicIP = dataCfg.PublicIP
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// If the operator configured multiple NAT1To1 IPs (e.g., dual
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// LAN/public), they take precedence over PublicIP. Wire them
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// through via PublicIP as the first entry; core/webrtc currently
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// reads a single PublicIP, so M2 joins the list with the first
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// entry winning. (Multi-IP NAT1To1 is an M3 enhancement.)
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if len(dataCfg.NAT1To1IPs) > 0 && coreCfg.PublicIP == "" {
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coreCfg.PublicIP = dataCfg.NAT1To1IPs[0]
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// Build the NAT1To1IPs list that Pion will use for host candidates.
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// Strategy: merge PublicIP and NAT1To1IPs, deduplicating.
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// - If PublicIP is set it comes first.
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// - Any entries in NAT1To1IPs that differ from PublicIP are appended.
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// This replaces the old single-IP workaround and allows dual-homed
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// servers (e.g., a LAN IP + a public IP) to advertise host candidates
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// on all interfaces simultaneously.
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nat1to1IPs := make([]string, 0, len(dataCfg.NAT1To1IPs)+1)
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if dataCfg.PublicIP != "" {
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nat1to1IPs = append(nat1to1IPs, dataCfg.PublicIP)
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}
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for _, ip := range dataCfg.NAT1To1IPs {
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if ip != dataCfg.PublicIP {
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nat1to1IPs = append(nat1to1IPs, ip)
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}
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}
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coreCfg.NAT1To1IPs = nat1to1IPs
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factory, err := corewebrtc.NewPeerFactory(coreCfg)
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if err != nil {
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