Bind9 not updating zone serial

Support and training for BIND 9 are Mar 28 hcsvrxx named[5687]: available at https://org/support Mar 28 hcsvrxx named[5687]: ---------------------------------------------------- Mar 28 hcsvrxx named[5687]: adjusted limit on open files from 4096 to 1048576 Mar 28 hcsvrxx named[5687]: found 2 CPUs, using 2 worker threads Mar 28 hcsvrxx named[5687]: using 2 UDP listeners per interface Mar 28 hcsvrxx named[5687]: using up to 4096 sockets Mar 28 hcsvrxx named[5687]: loading configuration from '/etc/bind/named.conf' Mar 28 hcsvrxx named[5687]: reading built-in trusted keys from file '/etc/bind/bind.keys' Mar 28 hcsvrxx named[5687]: using default UDP/IPv4 port range: [1024, 65535] Mar 28 hcsvrxx named[5687]: using default UDP/IPv6 port range: [1024, 65535] Mar 28 hcsvrxx named[5687]: listening on IPv4 interface lo, 127.0.0.1#53 Mar 28 hcsvrxx named[5687]: listening on IPv4 interface eth0, 1078.xx#53 Mar 28 hcsvrxx named[5687]: generating session key for dynamic DNS Mar 28 hcsvrxx named[5687]: sizing zone task pool based on 17835 zones Mar 28 hcsvrxx named[5687]: set up managed keys zone for view _default, file 'managed-keys.bind' Mar 28 hcsvrxx named[5687]: automatic empty zone: 64.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 65.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 66.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 67.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 68.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 69.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 70.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 71.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 72.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 73.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 74.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 75.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 76.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 77.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 78.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 79.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 80.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 81.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 82.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 83.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 84.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 85.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 86.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 87.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 88.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 89.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 90.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 91.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 92.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 93.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 94.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 95.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 96.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 97.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 98.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 99.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 100.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 101.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 102.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 103.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 104.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 105.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 106.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 107.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 108.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 109.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 110.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 111.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 112.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 113.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 114.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 115.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 116.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 117.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 118.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 119.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 120.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 121.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 122.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 123.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 124.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 125.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 126.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 127.100. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 254.169. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 2.0.192. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 1. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 113.0.203. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 255.255.255.255. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: 1.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: D.

allow-notify applies to slave zones only and defines a match list, for example, IP address(es) that are allowed to NOTIFY this server and implicitly update the zone in addition to those hosts defined in the masters option for the zone.

However if the thought of anyone being able to transfer your precious zone file is repugnant, or (and this is far more significant) you are concerned about possible Do S attack initiated by XFER requests, then use the following policy.

allow-update defines an address_match_list of hosts that are allowed to submit dynamic updates for master zones, and thus this statement enables Dynamic DNS.

I know it's not quite right because if I do $ORIGIN .

Stack Exchange network consists of 175 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers. ARPA Mar 28 hcsvrxx named[5687]: command channel listening on 127.0.0.1#953 Mar 28 hcsvrxx named[5687]: command channel listening on 1078.xx#953 Mar 28 hcsvrxx rbind.sh[5694]: ...

The key-name field defines the key to be used to authenticate the NOTIFY when using TSIG and references the name of a key clause; a corresponding key clause with the same key-name must be present in the slave server(s) for the zone.

None of the logs are bringing up errors; dhcp has no issues updating the either zone; but arp, dig -x, and host do not resolve the ip to hostname. ARPA Mar 28 hcsvrxx named[5687]: automatic empty zone: B. Many people like to be cautious in case the default mode changes.// fragment // key clause is shown only for illustration and would // normally be included in the file key "update-key" ; .... zone "example.com" in; zone "example.org" in; In the zone, the reference to the key clause "update-key" implies that the application that performs the update, say nsupdate, is using TSIG and must also have the same shared secret with the same key-name.I've been trying to learn how to setup isc-dhcp-server and bind9 for dynamic dns service within my home LAN. ( 7 ; serial 10800 ; refresh (3 hours) 3600 ; retry (1 hour) 604800 ; expire (1 week) 38400 ; minimum (10 hours 40 minutes) ) NS $TTL 3600 ; 1 hour android A 192.168.1.5 TXT "317532858ab461b8e08e92465158353660" i Pad A 192.168.1.10 TXT "31fc08f1797f8ef06bf8bbd71c6889c2c3" printer A 192.168.1.3 TXT "31445a58fc15ac8a0c45ca7f81d62dc2ba" laptop A 192.168.1.6 TXT "31b7f1f9e90f391d8733427cd4f783363f" $TTL 907200 ; 1 week 3 days 12 hours IXTREME A 192.168.1.2 $TTL 3600 ; 1 hour i Phone A 192.168.1.7 TXT "31ff1a903b509d454737f163433b50e979" raspbmc A 192.168.1.12 TXT "319a34a5c33f22852155f1d0d79d29b7c9" $ORIGIN . ( 7 ; serial 10800 ; refresh (3 hours) 604800 ; retry (1 week) 604800 ; expire (1 week) 86400 ; minimum (1 day) ) NS I've followed a few how-tos online and managed to get it working, with one exception that my reverse zone doesn't seem to be getting updated correctly. $TTL 907200 ; 1 week 3 days 12 hours 1.168.192.IN SOA

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