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How to use keys method of RR Package

Best Rr_ruby code snippet using RR.keys

tc_verifier.rb

Source:tc_verifier.rb

...79    end80  end81  def test_se_query82    #  Run some queries on the .se zone83    Dnsruby::Dnssec.clear_trusted_keys84    Dnsruby::Dnssec.clear_trust_anchors85    res = Dnsruby::Resolver.new(Dnsruby::Resolv.getaddress("a.ns.se"))86    res.dnssec = true87    r = res.query("se", Dnsruby::Types.ANY)88    #  See comment below89    Dnsruby::Dnssec.anchor_verifier.add_trusted_key(r.answer.rrset("se", 'DNSKEY'))90    nss = r.answer.rrset("se", 'NS')91    ret = Dnsruby::Dnssec.verify_rrset(nss)92    assert(ret, "Dnssec verification failed")93  end94  def test_verify_message95    Dnsruby::Dnssec.clear_trusted_keys96    Dnsruby::Dnssec.clear_trust_anchors97    res = Dnsruby::Resolver.new(Dnsruby::Resolv.getaddress("a.ns.se"))98    res.udp_size = 500099    r = res.query("se", Dnsruby::Types.DNSKEY)100    #  This shouldn't be in the code - but the key is rotated by the .se registry101    #  so we can't keep up with it in the test code.102    #  Oh, for a signed root...103    #     print "Adding keys : #{r.answer.rrset("se", 'DNSKEY')}\n"104    Dnsruby::Dnssec.anchor_verifier.add_trusted_key(r.answer.rrset("se", 'DNSKEY'))105    ret = Dnsruby::Dnssec.verify(r)106    assert(ret, "Dnssec message verification failed : #{ret}")107  end108  def test_verify_message_fails109    Dnsruby::Dnssec.clear_trusted_keys110    Dnsruby::Dnssec.clear_trust_anchors111    res = Dnsruby::Resolver.new("a.ns.se")112    r = res.query("se", Dnsruby::Types.ANY)113    #  Haven't configured key for this, so should fail114    begin115      ret = Dnsruby::Dnssec.verify(r)116      fail("Message shouldn't have verified")117    rescue (Dnsruby::VerifyError)118    end119    #     assert(!ret, "Dnssec message verification failed")120  end121  def test_trusted_key122    Dnsruby::Dnssec.clear_trusted_keys123    Dnsruby::Dnssec.clear_trust_anchors124    res = Dnsruby::Resolver.new("dnssec.nominet.org.uk")125    res.dnssec = true126    bad_key = Dnsruby::RR.create(127      "uk-dnssec.nic.uk. 86400 IN DNSKEY 257 3 5 "+128        "AwEAAbhThsjZqxZDyZLie1BYP+R/G1YRhmuIFCbmuQiF4NB86gpW8EVR l2s+gvNuQw6yh2YdDdyJBselE4znRP1XQbpOTC5UO5CDwge9NYja/jrX lvrX2N048vhIG8uk8yVxJDosxf6nmptsJBp3GAjF25soJs07Bailcr+5 vdZ7GibH")129    ret = Dnsruby::Dnssec.add_trust_anchor(bad_key)130    r = res.query("uk-dnssec.nic.uk", Dnsruby::Types.DNSKEY)131    begin132      ret = Dnsruby::Dnssec.verify(r)133      fail("Dnssec trusted key message verification should have failed with bad key")134    rescue (Dnsruby::VerifyError)135      #     assert(!ret, "Dnssec trusted key message verification should have failed with bad key")136    end137    trusted_key = Dnsruby::RR.create({:name => "uk-dnssec.nic.uk.",138        :type => Dnsruby::Types.DNSKEY,139        :flags => 257,140        :protocol => 3,141        :algorithm => 5,142        :key=> "AQPJO6LjrCHhzSF9PIVV7YoQ8iE31FXvghx+14E+jsv4uWJR9jLrxMYm sFOGAKWhiis832ISbPTYtF8sxbNVEotgf9eePruAFPIg6ZixG4yMO9XG LXmcKTQ/cVudqkU00V7M0cUzsYrhc4gPH/NKfQJBC5dbBkbIXJkksPLv Fe8lReKYqocYP6Bng1eBTtkA+N+6mSXzCwSApbNysFnm6yfQwtKlr75p m+pd0/Um+uBkR4nJQGYNt0mPuw4QVBu1TfF5mQYIFoDYASLiDQpvNRN3 US0U5DEG9mARulKSSw448urHvOBwT9Gx5qF2NE4H9ySjOdftjpj62kjb Lmc8/v+z"143      })144    ret = Dnsruby::Dnssec.add_trust_anchor(trusted_key)145    ret = Dnsruby::Dnssec.verify(r)146    assert(ret, "Dnssec trusted key message verification failed")147    #     # Check that keys have been added to trusted key cache148    #     ret = Dnsruby::Dnssec.verify(r)149    #     assert(ret, "Dnssec trusted key cache failed")150  end151  def test_expired_keys152    #  Add some keys with an expiration of 1 second.153    #  Then wait a second or two, and check they are not available any more.154    Dnsruby::Dnssec.clear_trusted_keys155    Dnsruby::Dnssec.clear_trust_anchors156    assert(Dnsruby::Dnssec.anchor_verifier.trusted_keys.length==0)157    trusted_key = Dnsruby::RR.create({:name => "uk-dnssec.nic.uk.",158        :type => Dnsruby::Types.DNSKEY,159        :key=> "AQPJO6LjrCHhzSF9PIVV7YoQ8iE31FXvghx+14E+jsv4uWJR9jLrxMYm sFOGAKWhiis832ISbPTYtF8sxbNVEotgf9eePruAFPIg6ZixG4yMO9XG LXmcKTQ/cVudqkU00V7M0cUzsYrhc4gPH/NKfQJBC5dbBkbIXJkksPLv Fe8lReKYqocYP6Bng1eBTtkA+N+6mSXzCwSApbNysFnm6yfQwtKlr75p m+pd0/Um+uBkR4nJQGYNt0mPuw4QVBu1TfF5mQYIFoDYASLiDQpvNRN3 US0U5DEG9mARulKSSw448urHvOBwT9Gx5qF2NE4H9ySjOdftjpj62kjb Lmc8/v+z"160      })161    Dnsruby::Dnssec.add_trust_anchor_with_expiration(trusted_key, Time.now.to_i + 1)162    assert(Dnsruby::Dnssec.trust_anchors.length==1)163    sleep(2)164    assert(Dnsruby::Dnssec.trust_anchors.length==0)165  end166  def test_tcp167    # These queries work:168    # 		 dig @194.0.1.13 isoc.lu dnskey169    # 		 dig @194.0.1.13 isoc.lu dnskey +dnssec170    # 		 dig @194.0.1.13 isoc.lu dnskey +tcp171    # This one does not172    # 173    # 		 dig @194.0.1.13 isoc.lu dnskey +dnssec +tcp174    r = Dnsruby::SingleResolver.new()# "194.0.1.13")175    r.dnssec = true176    r.use_tcp = true177    ret = r.query("isoc.lu", Dnsruby::Types.DNSKEY)178    #     print ret.to_s+"\n"179    r = Dnsruby::SingleResolver.new("194.0.1.13")180    r.dnssec = true181    # r.use_tcp = true182    ret = r.query("isoc.lu", Dnsruby::Types.DNSKEY)183    #     print ret.to_s+"\n"184    r.use_tcp = true185    r.dnssec = false186    ret = r.query("isoc.lu", Dnsruby::Types.DNSKEY)187    #     print ret.to_s+"\n"188    r.dnssec = true189    begin190      ret = r.query("isoc.lu", Dnsruby::Types.DNSKEY)191    rescue (Dnsruby::OtherResolvError)192    end193  end194  def test_sendraw195    Dnsruby::Dnssec.clear_trusted_keys196    Dnsruby::Dnssec.clear_trust_anchors197    res = Dnsruby::Resolver.new("a.ns.se")198    res.dnssec = true199    message = Dnsruby::Message.new("se", Dnsruby::Types.ANY)200    begin201      res.send_message(message)202      fail()203    rescue (Exception)204    end205    message.send_raw = true206    res.send_message(message)207  end208  def test_dsa209    #  Let's check sources.org for DSA keys210    Dnsruby::Dnssec.clear_trusted_keys211    Dnsruby::Dnssec.clear_trust_anchors212    res = Dnsruby::Recursor.new()213    ret = res.query("sources.org", Dnsruby::Types.DNSKEY)214    keys = ret.rrset("sources.org", "DNSKEY")215    assert(keys && keys.length > 0)216    dsa = nil217    keys.each {|key|218      if (key.algorithm == Dnsruby::Algorithms.DSA)219        dsa = key220      end221    }222    assert(dsa)223    #  Now do something with it224    response = res.query("sources.org", Dnsruby::Types.ANY)225    verified = 0226    #     response.each_section {|sec|227    response.answer.rrsets.each {|rs|228      if (rs.sigs()[0].algorithm == Dnsruby::Algorithms.DSA &&229            rs.sigs()[0].key_tag == dsa.key_tag)230        ret = Dnsruby::Dnssec.verify_rrset(rs, keys)231        assert(ret)232        verified+=1233      end234    }235    #    }236    assert(verified > 0)237  end238  def do_test_nsec239    begin240      begin241        require 'rubygems'242      rescue LoadError243      end244      require 'timecop'...

keys

Using AI Code Generation

1rr.add('a', 1)2rr.add('b', 2)3rr.add('c', 3)

keys

Using AI Code Generation

1  def initialize(name, age)2    @people = {}3  def add(person)4  def get(name)5  def initialize(repository)6  def add_person(person)7    @repository.add(person)8  def get_person(name)9    @repository.get(name)10  before(:each) do11    @person_repository = mock(PersonRepository)12    @person_service = PersonService.new(@person_repository)13    person = Person.new("John", 20)14    @person_repository.should_receive(:add).with(person)15    @person_service.add_person(person)16    person = Person.new("John", 20)17    @person_repository.should_receive(:get).with("John").and_return(person)18    @person_service.get_person("John").should == person19    @person_repository.should_receive(:keys).and_return(['John', 'Mary'])

keys

Using AI Code Generation

1rr.set("a", 1)2rr.set("b", 2)3rr.set("c", 3)

keys

Using AI Code Generation

1rr.add("a", 1)2rr.add("b", 2)3rr.add("c", 3)

keys

Using AI Code Generation

1rr.add('one', 1)2rr.add('two', 2)3rr.add('three', 3)

keys

Using AI Code Generation

1a = RR.new(1, 1, 1, 1, 1, 1, 1, 1, 1, 1)2b = RR.new(2, 2, 2, 2, 2, 2, 2, 2, 2, 2)3c = RR.new(3, 3, 3, 3, 3, 3, 3, 3, 3, 3)4d = RR.new(4, 4, 4, 4, 4, 4, 4, 4, 4, 4)5e = RR.new(5, 5, 5, 5, 5, 5, 5, 5, 5, 5)6f = RR.new(6, 6, 6, 6, 6, 6, 6, 6, 6, 6)7g = RR.new(7, 7, 7, 7, 7, 7, 7, 7, 7, 7)8h = RR.new(8, 8, 8, 8, 8, 8, 8, 8, 8, 8)9i = RR.new(9, 9, 9, 9, 9, 9, 9, 9, 9, 9)10j = RR.new(10, 10, 10, 10, 10, 10, 10, 10, 10, 10)11k = RR.new(11, 11, 11, 11, 11, 11, 11, 11, 11, 11)12l = RR.new(12, 12, 12, 12, 12, 12, 12, 12, 12, 12)13m = RR.new(13, 13, 13, 13, 13, 13, 13, 13, 13, 13)14n = RR.new(14, 14, 14, 14, 14, 14, 14, 14, 14, 14)15o = RR.new(15, 15,

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