-- SPDX-License-Identifier: GPL-3.0-or-later

trust_anchors.remove('.')
{% for TAF in TRUST_ANCHOR_FILES %}
trust_anchors.add_file('{{TAF}}')
{% endfor %}

modules.load("hints")
hints.root({['{{ROOT_NAME}}'] = '{{ROOT_ADDR}}'})

{% raw %}
-- Disable RFC5011 TA update
if ta_update then
        modules.unload('ta_update')
end

-- Disable RFC8145 signaling, scenario doesn't provide expected answers
if ta_signal_query then
        modules.unload('ta_signal_query')
end

-- Disable RFC8109 priming, scenario doesn't provide expected answers
if priming then
        modules.unload('priming')
end

-- Disable this module because it make one priming query
if detect_time_skew then
        modules.unload('detect_time_skew')
end

log_level('debug')
policy.add(policy.all(policy.DEBUG_ALWAYS))

cache.open(1*MB)

{% endraw %}

{% if DO_IP6 == "true" %}
net.ipv6 = true
{% else %}
net.ipv6 = false
{% endif %}

{% if DO_IP4 == "true" %}
net.ipv4 = true
{% else %}
net.ipv4 = false
{% endif %}

-- both instances listen on both addresses
-- so queries get distributed between them randomly
net.listen('{{programs[0]["address"]}}')
net.listen('{{programs[1]["address"]}}')

{% raw %}
-- Self-checks on globals
assert(help() ~= nil)
assert(worker.id ~= nil)
-- Self-checks on facilities
assert(cache.stats() ~= nil)
assert(cache.backends() ~= nil)
assert(worker.stats() ~= nil)
assert(net.interfaces() ~= nil)
-- Self-checks on loaded stuff
{% endraw %}

assert(net.list()[1].transport.ip == '{{programs[0]["address"]}}')

{% raw %}
assert(#modules.list() > 0)
-- Self-check timers
ev = event.recurrent(1 * sec, function (ev) return 1 end)
event.cancel(ev)
ev = event.after(0, function (ev) return 1 end)

local ffi = require('ffi')
local kr_cach = kres.context().cache

-- canary for cache overflow
local kr_rrset = kres.rrset(
	todname('www.example.com'),
	kres.type.A,
	kres.class.IN,
	604800)
assert(kr_rrset:add_rdata('\192\000\002\001', 4))
assert(kr_cach:insert(kr_rrset, nil, ffi.C.KR_RANK_SECURE))

local generators = dofile('./dns_gen.lua')
event.after(0, generators.gen_batch)
{% endraw %}