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# --
# Copyright 2007 Nominet UK
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# ++
require_relative 'spec_helper'
class TestDNS < Minitest::Test
include Dnsruby
def setup
Dnsruby::Config.reset
end
def test_ipv4_address
Dnsruby::DNS.open { |dns| dns.getnames(Dnsruby::IPv4.create("221.186.184.68")) }
end
# def test_resolv_rb_api
# DNS.open {|dns|
# # dns.getresources("www.ruby-lang.org", Types.A).each {|r| assert_equal(r.address.to_s, "221.186.184.68")}
# dns.getresources("www.ruby-lang.org", Types.A).each {|r| assert_equal(r.address.to_s, "54.163.249.195")}
# r= dns.getresources("ruby-lang.org", Types.MX, Classes.IN).collect {|r| [r.exchange.to_s, r.preference]}
# assert_equal(r, [["carbon.ruby-lang.org", 10]])
# }
# d = DNS.open
# # d.getresources("www.ruby-lang.org", Types.A, Classes.IN).each {|r| assert_equal(r.address.to_s, "221.186.184.68")}
# d.getresources("www.ruby-lang.org", Types.A, Classes.IN).each {|r| assert_equal(r.address.to_s, "54.163.249.195")}
# assert_equal(d.getaddress("www.ruby-lang.org").to_s, "54.163.249.195")
# # assert_equal(d.getaddress("www.ruby-lang.org").to_s, "221.186.184.68")
# r = d.getaddresses("www.ruby-lang.org")
# assert_equal(r.length, 1)
# assert_equal(r[0].to_s, "221.186.184.68")
# d.each_address("www.ruby-lang.org") {|address| assert_equal(address.to_s, "54.163.249.195")}
# # d.each_address("www.ruby-lang.org") {|address| assert_equal(address.to_s, "221.186.184.68")}
# assert_equal(d.getname("210.251.121.214").to_s, "ci.ruby-lang.org")
# r = d.getnames("210.251.121.214")
# assert_equal(r.length, 1)
# assert_equal(r[0].to_s, "ci.ruby-lang.org")
# d.each_name("210.251.121.214") {|name| assert_equal(name.to_s, "ci.ruby-lang.org")}
# r = d.getresource("www.ruby-lang.org", Types.A)
# assert_equal(r.name.to_s, "carbon.ruby-lang.org")
# assert_equal(r.address.to_s, "221.186.184.68")
# assert_equal(r.klass, Classes.IN)
# assert_equal(r.type, Types.A)
# r = d.getresources("www.ruby-lang.org", Types.MX)
# assert(r.length==1)
# assert_equal(r[0].name.to_s, "carbon.ruby-lang.org")
# assert_equal(r[0].preference, 10)
# assert_equal(r[0].exchange.to_s, "carbon.ruby-lang.org")
# assert_equal(r[0].klass, Classes.IN)
# assert_equal(r[0].type, Types.MX)
# r = d.each_resource("www.ruby-lang.org", Types.ANY) {|r|
# assert_equal(r.name.to_s, "www.ruby-lang.org")
# assert_equal(r.domainname.to_s, "carbon.ruby-lang.org")
# assert_equal(r.klass, Classes.IN)
# assert_equal(r.type, Types.CNAME)
# }
# d.close
# end
def test_async_api
# @TODO@ Do we really want an async API for Resolv/DNS?
# Or would users be better off with Resolver async API?
end
def test_concurrent
# @TODO@ What kind of concurrent testing are we going to do on the top-level API?
end
def test_bad_input
#
# Check that new() is vetting things properly.
#
Dnsruby.log.level=Logger::FATAL
[:nameserver].each do |test|
# [{}, 'kjghdfkjhase',1,'\1',nil].each do |input|
# Config now only checks that an IPv4, IPv6 or Name can be made with each input
[{},1,nil].each do |input|
res=nil
begin
res = Dnsruby::DNS.new({test => input})
assert(false, "Accepted invalid input")
rescue
assert(res==nil, "No resolver should be returned for #{test} = #{input}")
end
end
end
end
def test_online
res = DNS.new
rrs = [
{
:type => Types.A,
:name => 'a.t.net-dns.org',
# :name => 'a.t.dnsruby.validation-test-servers.nominet.org.uk',
:address => '10.0.1.128'
},
{
:type => Types::MX,
:name => 'mx.t.net-dns.org',
:exchange => 'a.t.net-dns.org',
# :name => 'mx.t.dnsruby.validation-test-servers.nominet.org.uk',
# :exchange => 'a.t.dnsruby.validation-test-servers.nominet.org.uk',
:preference => 10
},
{
:type => 'CNAME',
:name => 'cname.t.net-dns.org',
:domainname => 'a.t.net-dns.org'
# :name => 'cname.t.dnsruby.validation-test-servers.nominet.org.uk',
# :domainname => 'a.t.dnsruby.validation-test-servers.nominet.org.uk'
},
{
:type => Types.TXT,
:name => 'txt.t.net-dns.org',
# :name => 'txt.t.dnsruby.validation-test-servers.nominet.org.uk',
:strings => ['Net-DNS']
}
]
rrs.each do |data|
answer = res.getresource(data[:name], data[:type])
assert(answer)
assert_equal(answer.klass, 'IN', 'Class correct' )
packet, queried_name = res.send_query(data[:name], data[:type])
assert(packet, "Got an answer for #{data[:name]} IN #{data[:type]}")
assert_equal(1, packet.header.qdcount, 'Only one question')
# assert_equal(1, answer.length, 'Got single answer')
question = (packet.question)[0]
answer = (packet.answer)[0]
assert(question, 'Got question' )
assert_equal(data[:name], question.qname.to_s, 'Question has right name' )
assert_equal(data[:name], queried_name.to_s, 'queried_name has right name' )
assert_equal(Types.new(data[:type]), question.qtype, 'Question has right type' )
assert_equal('IN', question.qclass.string, 'Question has right class')
assert(answer)
assert_equal(answer.klass, 'IN', 'Class correct' )
data.keys.each do |meth|
if (meth == :type)
assert_equal(Types.new(data[meth]).to_s, answer.send(meth).to_s, "#{meth} correct (#{data[:name]})")
else
assert_equal(data[meth].to_s, answer.send(meth).to_s, "#{meth} correct (#{data[:name]})")
end
end
end # do
end # test_online
def test_search_query_reverse
#
# test that getname() DTRT with reverse lookups
#
tests = [
{
:ip => '198.41.0.4',
:host => 'a.root-servers.net',
},
{
:ip => '2001:500:1::803f:235',
:host => 'h.root-servers.net',
},
]
res = DNS.new
tests.each do |test|
name = res.getname(test[:ip])
assert_instance_of(Name,name)
next unless name
assert_equal(name.to_s, test[:host], "getname(#{test[:ip]}) works")
end # do
end # test
def test_searchlist
res = DNS.new(
:domain => 't.net-dns.org',
:search => ["t.net-dns.org", "net-dns.org"]
# :domain => 't.dnsruby.validation-test-servers.nominet.org.uk',
# :search => ["t.dnsruby.validation-test-servers.nominet.org.uk", "dnsruby.validation-test-servers.nominet.org.uk"]
)
#
# test the send_query() appends the default domain and
# searchlist correctly.
#
# @TODO@ Should really be done in Config test!
tests = [
{
:method => 'search',
:name => 'a'
},
{
:method => 'search',
:name => 'a.t'
},
{
:method => 'query',
:name => 'a'
}
]
# res.send_query("a.t.dnsruby.validation-test-servers.nominet.org.uk", "A")
res.send_query("a.t.net-dns.org", "A")
res.config.ndots=2
tests.each do |test|
method = test[:method]
if (method=="query")
res.config.apply_search_list=false
else
res.config.apply_search_list=true
end
ans, query = res.send_query(test[:name])
assert_instance_of(Message, ans)
# assert_equal(2, ans.header.ancount, "Correct answer count (with persistent socket and #{method})")
a = ans.answer
assert_instance_of(RR::IN::A, a[0])
assert_equal(a[0].name.to_s, 'a.t.net-dns.org',"Correct name (with persistent socket and #{method})")
# assert_equal(a[0].name.to_s, 'a.t.dnsruby.validation-test-servers.nominet.org.uk',"Correct name (with persistent socket and #{method})")
end
end
def test_port
d = DNS.new({:port => 5353})
assert(d.to_s.include?"5353")
end
def test_port_nil
d = DNS.new({:port => nil})
assert(d.to_s.include? Dnsruby::Config::DEFAULT_PORT.to_s)
end
end
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