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How to use any method of RR Package

Best Rr_ruby code snippet using RR.any

tc_update.rb

Source:tc_update.rb

1# --2# Copyright 2007 Nominet UK3#4# Licensed under the Apache License, Version 2.0 (the "License");5# you may not use this file except in compliance with the License.6# You may obtain a copy of the License at7#8#     http://www.apache.org/licenses/LICENSE-2.09#10# Unless required by applicable law or agreed to in writing, software11# distributed under the License is distributed on an "AS IS" BASIS,12# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.13# See the License for the specific language governing permissions and14# limitations under the License.15# ++16require_relative 'spec_helper'17class TestUpdate < Minitest::Test18  include Dnsruby19  def is_empty(string)20    return true if string == nil || string.length == 021    return (string == "; no data" || string == "; rdlength = 0");22  end23  def test_update24    # ------------------------------------------------------------------------------25    #  Canned data.26    # ------------------------------------------------------------------------------27    zone	= "example.com";28    name	= "foo.example.com";29    klass	= Classes.CLASS32;30    klass2  = Classes.CH;31    type	= Types.A;32    ttl	    = 43200;33    rdata	= "10.1.2.3";34    rr      = nil;35    # ------------------------------------------------------------------------------36    #  Packet creation.37    # ------------------------------------------------------------------------------38    update = Dnsruby::Update.new(zone, klass);39    z = (update.zone)[0];40    assert(update,                                'new() returned packet');  #241    assert_equal(update.header.opcode, OpCode.UPDATE,      'header opcode correct');  #342    assert_equal(z.zname.to_s,  zone,                      'zname correct');          #443    assert_equal(z.zclass.to_s, klass.to_s,                     'zclass correct');         #544    assert_equal(z.ztype,  Types.SOA,                      'ztype correct');          #645    # ------------------------------------------------------------------------------46    #  RRset exists (value-independent).47    # ------------------------------------------------------------------------------48    rr = update.present(name, type);49    assert(rr,                                    'yxrrset() returned RR');  #750    assert_equal(name,                      rr.name.to_s,  'yxrrset - right name');   #851    assert_equal(0,                          rr.ttl,   'yxrrset - right TTL');    #952    assert_equal('ANY',                      rr.klass.string, 'yxrrset - right class');  #1053    assert_equal(type,                      rr.type,  'yxrrset - right type');   #1154    assert(is_empty(rr.rdata),                "yxrrset - data empty (#{rr.rdata})");   #1255    rr = nil56    # ------------------------------------------------------------------------------57    #  RRset exists (value-dependent).58    # ------------------------------------------------------------------------------59    rr = update.present(name, type, rdata, klass);60    assert(rr,                                    'yxrrset() returned RR');  #1361    assert_equal(name,                   rr.name.to_s,     'yxrrset - right name');   #1462    assert_equal(0,                       rr.ttl,      'yxrrset - right TTL');    #1563    assert_equal(klass,                  rr.klass.string,    'yxrrset - right class');  #1664    assert_equal(type,                   rr.type,     'yxrrset - right type');   #1765    assert_equal(rdata,                  rr.rdata, 'yxrrset - right data');   #1866    rr=nil67    # ------------------------------------------------------------------------------68    #  RRset does not exist.69    # ------------------------------------------------------------------------------70    rr = update.absent(name, type);71    assert(rr,                                    'nxrrset() returned RR');  #1972    assert_equal(name,                      rr.name.to_s,  'nxrrset - right name');   #2073    assert_equal(0,                          rr.ttl,   'nxrrset - right ttl');    #2174    assert_equal('NONE',                     rr.klass.string, 'nxrrset - right class');  #2275    assert_equal(type,                      rr.type,  'nxrrset - right type');   #2376    assert(is_empty(rr.rdata),                'nxrrset - data empty');   #2477    rr = nil78    # ------------------------------------------------------------------------------79    #  Name is in use.80    # ------------------------------------------------------------------------------81    rr = update.present(name);82    assert(rr,                                    'yxdomain() returned RR'); #2583    assert_equal(rr.name.to_s,  name,                      'yxdomain - right name');  #2684    assert_equal(rr.ttl,   0,                          'yxdomain - right ttl');   #2785    assert_equal(rr.klass.string, 'ANY',                      'yxdomain - right class'); #2886    assert_equal(rr.type.string,  'ANY',                      'yxdomain - right type');  #2987    assert(is_empty(rr.rdata),                'yxdomain - data empty');  #3088    rr = nil89    # ------------------------------------------------------------------------------90    #  Name is not in use. (No Class)91    # ------------------------------------------------------------------------------92    rr = update.absent(name);93    assert(rr,                                    'nxdomain() returned RR'); #3194    assert_equal(rr.name.to_s,  name,                      'nxdomain - right name');  #3295    assert_equal(rr.ttl,   0,                          'nxdomain - right ttl');   #3396    assert_equal(rr.klass.string, 'NONE',                     'nxdomain - right class'); #3497    assert_equal(rr.type.string,  'ANY',                      'nxdomain - right type');  #3598    assert(is_empty(rr.rdata),                'nxdomain - data empty');  #3699    rr = nil100    # ------------------------------------------------------------------------------101    #  Add to an RRset.102    # ------------------------------------------------------------------------------103    rr = update.add(name, type, ttl, rdata);104    assert(rr,                                    'rr_add() returned RR');   #37105    assert_equal(rr.name.to_s,     name,                   'rr_add - right name');    #38106    assert_equal(rr.ttl,      ttl,                    'rr_add - right ttl');     #39107    assert_equal(rr.klass,    klass,                  'rr_add - right class');   #40108    assert_equal(rr.type,     type,                   'rr_add - right type');    #41109    assert_equal(rr.rdata, rdata,                  'rr_add - right data');    #42110    rr = nil111    # ------------------------------------------------------------------------------112    #  Delete an RRset.113    # ------------------------------------------------------------------------------114    rr = update.delete(name, type);115    assert(rr,                                    'rr_del() returned RR');   #43116    assert_equal(name,                      rr.name.to_s,  'rr_del - right name');    #44117    assert_equal(0,                          rr.ttl,   'rr_del - right ttl');     #45118    assert_equal('ANY',                      rr.klass.string, 'rr_del - right class');   #46119    assert_equal(type,                      rr.type,  'rr_del - right type');    #47120    assert(is_empty(rr.rdata),                'rr_del - data empty');    #48121    rr = nil122    # ------------------------------------------------------------------------------123    #  Delete All RRsets From A Name.124    # ------------------------------------------------------------------------------125    rr = update.delete(name);126    assert(rr,                                    'rr_del() returned RR');   #49127    assert_equal(name,                      rr.name.to_s,  'rr_del - right name');    #50128    assert_equal(0,                          rr.ttl,   'rr_del - right ttl');     #51129    assert_equal(Classes.ANY,                      rr.klass, 'rr_del - right class');   #52130    assert_equal(Classes.ANY,                      rr.type,  'rr_del - right type');    #53131    assert(is_empty(rr.rdata),                'rr_del - data empty');    #54132    rr = nil133    # ------------------------------------------------------------------------------134    #  Delete An RR From An RRset.135    # ------------------------------------------------------------------------------136    rr = update.delete(name, type, rdata);137    assert(rr,                                    'rr_del() returned RR');   #55138    assert_equal(name,                   rr.name.to_s,     'rr_del - right name');    #56139    assert_equal(0,                       rr.ttl,      'rr_del - right ttl');     #57140    assert_equal('NONE',                  rr.klass.string,    'rr_del - right class');   #58141    assert_equal(type,                   rr.type,     'rr_del - right type');    #59142    assert_equal(rdata,                  rr.rdata, 'rr_del - right data');    #60143    rr = nil144    data = update.encode145    header = Header.new_from_data(data)146    assert(header.opcode == OpCode.Update)147    new_update = Message.decode(data)148    assert(new_update.header.opcode == OpCode.Update)149    # ------------------------------------------------------------------------------150    #  Make sure RRs in an update packet have the same class as the zone, unless151    #  the class is NONE or ANY.152    # ------------------------------------------------------------------------------153    update = Dnsruby::Update.new(zone, klass);154    assert(update,                               'packet created');          #61155    update.present(name, type, rdata);156    update.present(name, type, rdata);157    update.present(name, type);158    update.absent(name, type);159    pre = update.pre;160    assert_equal(3,                     pre.size, 'pushed inserted correctly'); #62161    assert_equal(klass,              pre[0].klass.string, 'first class right');         #63162    assert_equal(Classes.ANY,               pre[1].klass, 'third class right');         #65163    assert_equal(Classes.NONE,              pre[2].klass, 'forth class right');         #66164  end165  def test_absent_cname166    update = Update.new()167    rr = update.absent("target_name", "CNAME")168    assert(rr,                                    'nxdomain() returned RR');169    assert_equal(rr.name.to_s,  "target_name",                      'nxdomain - right name');170    assert_equal(rr.ttl,   0,                          'nxdomain - right ttl');171    assert_equal(rr.klass.string, 'NONE',                     'nxdomain - right class');172    assert_equal(rr.type.string,  'CNAME',                      'nxdomain - right type');173    assert(is_empty(rr.rdata),                'nxdomain - data empty');174    encoded_msg = Message.decode(update.encode)175    rr = encoded_msg.answer.first176    assert(rr,                                    'nxdomain() returned RR')177    assert_equal(rr.name.to_s,  "target_name",                      'nxdomain - right name')178    assert_equal(rr.ttl,   0,                          'nxdomain - right ttl')179    assert_equal(rr.klass.string, 'NONE',                     'nxdomain - right class')180    assert_equal(rr.type.string,  'CNAME',                      'nxdomain - right type')181    # assert_nil(rr.rdata, 'nxdomain - data empty')182    assert(is_empty(rr.rdata), 'nxdomain - data empty')183  end184  def test_delete_specific_cname185    update = Update.new 'example.com'186    update.delete 'test.example.com', 'CNAME', 'target.example.com'187    encoded_msg = Message.decode update.encode188    rr = encoded_msg.authority.first189    assert_equal rr.name.to_s, 'test.example.com', 'delete_cname - right name'190    assert_equal 0, rr.ttl, 'delete_cname - right ttl'191    assert_equal 'NONE', rr.klass.string, 'delete_cname - right class'192    assert_equal 'CNAME', rr.type.string, 'delete_cname - right type'193    assert_equal 'target.example.com', rr.rdata.to_s, 'delete_cname - right target'194  end195  def test_delete_cname196    update = Update.new 'example.com'197    update.delete 'test.example.com', 'CNAME'198    encoded_msg = Message.decode update.encode199    rr = encoded_msg.authority.first200    assert_equal rr.name.to_s, 'test.example.com', 'delete_cname - right name'201    assert_equal 0, rr.ttl, 'delete_cname - right ttl'202    assert_equal 'ANY', rr.klass.string, 'delete_cname - right class'203    assert_equal 'CNAME', rr.type.string, 'delete_cname - right type'204    assert(is_empty(rr.rdata), 'delete_cname - right rdata')205  end206  def test_txt207    update = Update.new()208    update.add("target_name", "TXT", 100, "test signed update")209    assert(update.to_s.index("test signed update"))210  end211  def test_delete_txt212    update = Update.new 'example.com'213    update.delete 'test.example.com', 'TXT', 'foo bar'214    encoded_msg = Message.decode update.encode215    rr = encoded_msg.authority.first216    assert_equal rr.name.to_s, 'test.example.com', 'delete_txt - right name'217    assert_equal 0, rr.ttl, 'delete_txt - right ttl'218    assert_equal 'TXT', rr.type.string, 'delete_txt - right type'219    assert_equal ['foo bar'], rr.rdata, 'delete_txt - right rdata'220  end221  def test_array222    update = Update.new223    update.add("target_name", "TXT", 100, ['"test signed update"', 'item#2'])224    assert(update.to_s.index("item"))225  end226end...

any

Using AI Code Generation

1require File.dirname(__FILE__) + '/../config/environment'2require File.dirname(__FILE__) + '/../config/environment'3require File.dirname(__FILE__) + '/../config/environment'4require File.dirname(__FILE__) + '/../config/environment'5require File.dirname(__FILE__) + '/../config/environment'

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