Changelog for s6-dns. In 2.3.8.0 ---------- - Depend on skalibs-2.14.3.0, remove s6dns_mininetstring_read - Better debug packet dump in s6-dnsq[r] - New s6dns_engine_query() to get the query encoded in a dt In 2.3.7.2 ---------- - Bugfixes. In 2.3.7.1 ---------- - Bugfixes. In 2.3.7.0 ---------- - New s6dns_init_options() function, to choose whether to support /etc/hosts or not. - Properly ignore link-local addresses in hosts files instead of erroring out on them. - New s6dns_hosts_name46() macro. In 2.3.6.0 ---------- - Bugfixes. - New s6dns_hosts functions. - New command: s6-dns-hosts-compile - s6-dnsip* and s6-dnsname now support a -h option, to make use of /etc/hosts data. In 2.3.5.5 ---------- - Bugfixes. - Adaptation to skalibs-2.13.0.0. - Workarounds for broken DNS caches. In 2.3.5.4 ---------- - Adaptation to skalibs-2.12.0.0. In 2.3.5.3 ---------- - Bugfixes. In 2.3.5.2 ---------- - Adaptation to skalibs-2.11.0.0. - Bugfixes. In 2.3.5.1 ---------- - Bugfixes. In 2.3.5.0 ---------- - s6dns_message_get_domain_internal() is now public under the name s6dns_message_get_domain_nodecode(). In 2.3.4.0 ---------- - New function: s6dns_message_parse_question(). In 2.3.3.0 ---------- - Bugfixes. - New binary: s6-dnsip, returning both v4 and v6 addresses. In 2.3.2.0 ---------- - Bugfixes. - New caching library to build a DNS cache over. In 2.3.1.1 ---------- - Bugfixes. In 2.3.1.0 ---------- - Adaptation to skalibs-2.9.0.0. In 2.3.0.2 ---------- - Adaptation to skalibs-2.8.0.0. - Everything now builds as PIC by default. In 2.3.0.1 ---------- - Adaptation to skalibs-2.7.0.0. In 2.3.0.0 ---------- - skadns now uses the textclient API/ABI instead of the skaclient one. The change is invisible, but it's leaner and faster. In 2.2.0.1 ---------- - Optimization release for skalibs-2.6.0.0. In 2.2.0.0 ---------- - Added this NEWS file. :) - Major types overhaul to make them more POSIXly correct: compatibility with skalibs-2.5.0.0. - Fixed a long-standing bug that sometimes prevented DNS reply headers from being correctly decoded on big-endian machines.