-- SPDX-License-Identifier: GPL-3.0-or-later
local ffi = require('ffi')

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

{% raw %}
modules.load('bogus_log')

function check_stats(got)
	log_info(ffi.C.LOG_GRP_TESTS, 'checking if bogus_log.frequent values match expected values:')
	local expected = {
		[1] = {
			['type'] = 'DNSKEY',
			['count'] = 2,
			['name'] = '.',
		}
	}
	print(table_print(expected))

	if table_print(expected) == table_print(got) then
		log_info(ffi.C.LOG_GRP_TESTS, 'no problem found')
		return policy.DENY_MSG('Ok')
	else
		log_info(ffi.C.LOG_GRP_TESTS, 'mismatch!')
		return policy.DENY_MSG('bogus_log.frequent mismatch, see logs')
	end
end

function reply_result(state, req)
	local got = bogus_log.frequent()
	print('current bogus_log.frequent() values:')
	print(table_print(got))
	local result = check_stats(got)
	return result(state, req)
end
policy.add(policy.pattern(reply_result, 'bogus_log.test.'))

-- 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

_hint_root_file('hints')
cache.size = 2*MB
log_level('debug')
{% endraw %}

net = { '{{SELF_ADDR}}' }


{% if QMIN == "false" %}
option('NO_MINIMIZE', true)
{% else %}
option('NO_MINIMIZE', false)
{% endif %}


-- Self-checks on globals
assert(help() ~= nil)
assert(worker.id ~= nil)
-- Self-checks on facilities
assert(cache.count() == 0)
assert(cache.stats() ~= nil)
assert(cache.backends() ~= nil)
assert(worker.stats() ~= nil)
assert(net.interfaces() ~= nil)
-- Self-checks on loaded stuff
assert(net.list()[1].transport.ip == '{{SELF_ADDR}}')
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)
