func ns1BuildRecord(zoneName string, change *ns1Change) *dns.Record {
	record := dns.NewRecord(zoneName, change.Endpoint.DNSName, change.Endpoint.RecordType)
	for _, v := range change.Endpoint.Targets {
		record.AddAnswer(dns.NewAnswer(strings.Split(v, " ")))
	}
	// set detault ttl
	var ttl = ns1DefaultTTL
	if change.Endpoint.RecordTTL.IsConfigured() {
		ttl = int(change.Endpoint.RecordTTL)
	}
	record.TTL = ttl

	return record
}
func ns1BuildRecord(zoneName string, change *ns1Change) *dns.Record {
	record := dns.NewRecord(zoneName, change.Endpoint.DNSName, change.Endpoint.RecordType)
	for _, v := range change.Endpoint.Targets {
		record.AddAnswer(dns.NewAnswer(strings.Split(v, " ")))
	}
	// set detault ttl
	var ttl = ns1DefaultTTL
	if change.Endpoint.RecordTTL.IsConfigured() {
		ttl = int(change.Endpoint.RecordTTL)
	}
	record.TTL = ttl

	return record
}
func ns1BuildRecord ( zoneName string , change * ns1Change ) * dns . Record { record := dns . NewRecord ( zoneName , change . Endpoint . DNSName , change . Endpoint . RecordType ) for _ , v := range change . Endpoint . Targets { record . AddAnswer ( dns . NewAnswer ( strings . Split ( v , " " ) ) ) } // set detault ttl var ttl = ns1DefaultTTL if change . Endpoint . RecordTTL . IsConfigured ( ) { ttl = int ( change . Endpoint . RecordTTL ) } record . TTL = ttl return record }
// ns1BuildRecord returns a dns.Record for a change set
ns1BuildRecord returns a dns . Record for a change set