How to use each method of RR Package

Best Rr_ruby code snippet using RR.each

message.rb

Source:message.rb Github

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...30 # 31 # * The question section, an array of Dnsruby::Question objects.32 # 33 # msg.add_question(Question.new(domain, type, klass))34 # msg.each_question do |question| .... end35 # 36 # * The answer section, an array of Dnsruby::RR objects.37 # 38 # msg.add_answer(RR.create({:name => 'a2.example.com',39 # :type => 'A', :address => '10.0.0.2'}))40 # msg.each_answer {|answer| ... }41 # 42 # * The authority section, an array of Dnsruby::RR objects.43 # 44 # msg.add_authority(rr)45 # msg.each_authority {|rr| ... }46 # 47 # * The additional section, an array of Dnsruby::RR objects.48 # 49 # msg.add_additional(rr)50 # msg.each_additional {|rr| ... }51 # 52 # In addition, each_resource iterates the answer, additional53 # and authority sections :54 # 55 # msg.each_resource {|rr| ... }56 # 57 # ===Packet format encoding58 # 59 # Dnsruby::Message#encode60 # Dnsruby::Message::decode(data)61 # 62 # ===Additional information63 # security_level records the current DNSSEC status of this Message.64 # answerfrom records the server which this Message was received from.65 # cached records whether this response came from the cache.66 # 67 class Message68 # The security level (see RFC 4035 section 4.3)69 class SecurityLevel < CodeMapper70 INDETERMINATE = -271 BOGUS = -172 UNCHECKED = 073 INSECURE = 174 SECURE = 275 update76 end77 # If dnssec is set on, then each message will have the security level set78 # To find the precise error (if any), call Dnsruby::Dnssec::validate(msg) -79 # the resultant exception will define the error.80 attr_accessor :security_level81 # If there was a problem verifying this message with DNSSEC, then securiy_error82 # will hold a description of the problem. It defaults to ''83 attr_accessor :security_error84 # If the Message was returned from the cache, the cached flag will be set85 # true. It will be false otherwise.86 attr_accessor :cached87 # Create a new Message. Takes optional name, type and class88 # 89 # type defaults to A, and klass defaults to IN90 # 91 # * Dnsruby::Message.new('example.com') # defaults to A, IN92 # * Dnsruby::Message.new('example.com', 'AAAA')93 # * Dnsruby::Message.new('example.com', Dnsruby::Types.PTR, 'HS')94 # 95 def initialize(*args)96 @header = Header.new()97 # @question = Section.new(self)98 @question = []99 @answer = Section.new(self)100 @authority = Section.new(self)101 @additional = Section.new(self)102 @tsigstate = :Unsigned103 @signing = false104 @tsigkey = nil105 @answerfrom = nil106 @answerip = nil107 @send_raw = false108 @do_validation = true109 @do_caching = true110 @security_level = SecurityLevel.UNCHECKED111 @security_error = nil112 @cached = false113 type = Types::A114 klass = Classes::IN115 if (args.length > 0)116 name = args[0]117 if (args.length > 1)118 type = Types.new(args[1])119 if (args.length > 2)120 klass = Classes.new(args[2])121 end122 end123 add_question(name, type, klass)124 end125 end126 # The question section, an array of Dnsruby::Question objects.127 attr_reader :question128 # The answer section, an array of Dnsruby::RR objects.129 attr_reader :answer130 # The authority section, an array of Dnsruby::RR objects.131 attr_reader :authority132 # The additional section, an array of Dnsruby::RR objects.133 attr_reader :additional134 # The header section, a Dnsruby::Header object.135 attr_accessor :header136 # If this Message is a response from a server, then answerfrom contains the address of the server137 attr_accessor :answerfrom138 # If this Message is a response from a server, then answerfrom contains the IP address of the server139 attr_accessor :answerip140 # If this Message is a response from a server, then answersize contains the size of the response141 attr_accessor :answersize142 # If this message has been verified using a TSIG RR then tsigerror contains143 # the error code returned by the TSIG verification. The error will be an RCode144 attr_accessor :tsigerror145 # Can be146 # * :Unsigned - the default state147 # * :Signed - the outgoing message has been signed148 # * :Verified - the incoming message has been verified by TSIG149 # * :Intermediate - the incoming message is an intermediate envelope in a TCP session150 # in which only every 100th envelope must be signed151 # * :Failed - the incoming response failed verification152 attr_accessor :tsigstate153 # --154 attr_accessor :tsigstart155 # ++156 # Set send_raw if you wish to send and receive the response to this Message157 # with no additional processing. In other words, if set, then Dnsruby will158 # not touch the Header of the outgoing Message. This option does not affect159 # caching or dnssec validation160 # 161 # This option should not normally be set.162 attr_accessor :send_raw163 # do_validation is set by default. If you do not wish dnsruby to validate164 # this message (on a Resolver with @dnssec==true), then set do_validation165 # to false. This option does not affect caching, or the header options166 attr_accessor :do_validation167 # do_caching is set by default. If you do not wish dnsruby to inspect the168 # cache before sending the query, nor cache the result of the query, then169 # set do_caching to false.170 attr_accessor :do_caching171 def get_exception172 exception = nil173 if rcode == RCode.NXDOMAIN174 exception = NXDomain.new175 elsif rcode == RCode.SERVFAIL176 exception = ServFail.new177 elsif rcode == RCode.FORMERR178 exception = FormErr.new179 elsif rcode == RCode.NOTIMP180 exception = NotImp.new181 elsif rcode == RCode.REFUSED182 exception = Refused.new183 elsif rcode == RCode.NOTZONE184 exception = NotZone.new185 elsif rcode == RCode.NOTAUTH186 exception = NotAuth.new187 elsif rcode == RCode.NXRRSET188 exception = NXRRSet.new189 elsif rcode == RCode.YXRRSET190 exception = YXRRSet.new191 elsif rcode == RCode.YXDOMAIN192 exception = YXDomain.new193 elsif rcode >= RCode.BADSIG && rcode <= RCode.BADALG194 return VerifyError.new # @TODO@195 end196 exception197 end198 def ==(other)199 other.kind_of?(Message) &&200 @header == other.header &&201 @question[0] == other.question[0] &&202 @answer == other.answer &&203 @authority == other.authority &&204 @additional == other.additional205 end206 def remove_additional207 @additional = Section.new(self)208 @header.arcount = 0209 end210 # Return the first rrset of the specified attributes in the message211 def rrset(name, type, klass = Classes::IN)212 [@answer, @authority, @additional].each do |section|213 if (rrset = section.rrset(name, type, klass)).length > 0214 return rrset215 end216 end217 RRSet.new218 end219 # Return the rrsets of the specified type in the message220 def rrsets(type, klass=Classes::IN)221 rrsetss = []222 [@answer, @authority, @additional].each do |section|223 if (rrsets = section.rrsets(type, klass)).length > 0224 rrsets.each { |rrset| rrsetss.push(rrset) }225 end226 end227 rrsetss228 end229 # Return a hash, with the section as key, and the RRSets in that230 # section as the data : {section => section_rrs}231 def section_rrsets(type = nil, include_opt = false)232 ret = {}233 %w(answer authority additional).each do |section|234 ret[section] = self.send(section).rrsets(type, include_opt)235 end236 ret237 end238 # Add a new Question to the Message. Takes either a Question,239 # or a name, and an optional type and class.240 # 241 # * msg.add_question(Question.new('example.com', 'MX'))242 # * msg.add_question('example.com') # defaults to Types.A, Classes.IN243 # * msg.add_question('example.com', Types.LOC)244 def add_question(question, type=Types.A, klass=Classes.IN)245 unless question.kind_of?(Question)246 question = Question.new(question, type, klass)247 end248 @question << question249 update_counts250 end251 def each_question252 @question.each {|rec|253 yield rec254 }255 end256 def update_counts # :nodoc:all257 @header.ancount = @answer.length258 @header.arcount = @additional.length259 @header.qdcount = @question.length260 @header.nscount = @authority.length261 end262 def _add_answer(rr, force = false)263 if force || (! @answer.include?(rr))264 @answer << rr265 update_counts266 end267 end; private :_add_answer268 # Adds an RR to the answer section unless it already occurs.269 def add_answer(rr) #:nodoc: all270 _add_answer(rr)271 end272 # When adding an RR to a Dnsruby::Message, add_answer checks to see if it already occurs,273 # and, if so, does not add it again. This method adds the record whether or not274 # it already occurs. This is needed in order to add275 # a SOA record twice for an AXFR response.276 def add_answer!(rr)277 _add_answer(rr, true)278 end279 def each_answer280 @answer.each {|rec|281 yield rec282 }283 end284 def add_authority(rr) #:nodoc: all285 unless @authority.include?(rr)286 @authority << rr287 update_counts288 end289 end290 def each_authority291 @authority.each {|rec|292 yield rec293 }294 end295 def add_additional(rr) #:nodoc: all296 unless @additional.include?(rr)297 @additional << rr298 update_counts299 end300 end301 def each_additional302 @additional.each { |rec| yield rec }303 end304 # Yields each section (question, answer, authority, additional)305 def each_section306 [@answer, @authority, @additional].each { |section| yield section}307 end308 # Calls each_answer, each_authority, each_additional309 def each_resource310 each_answer {|rec| yield rec}311 each_authority {|rec| yield rec}312 each_additional {|rec| yield rec}313 end314 # Returns the TSIG record from the ADDITIONAL section, if one is present.315 def tsig316 if @additional.last317 if @additional.last.rr_type == Types.TSIG318 return @additional.last319 end320 end321 nil322 end323 # Sets the TSIG to sign this message with. Can either be a Dnsruby::RR::TSIG324 # object, or it can be a (name, key) tuple, or it can be a hash which takes325 # Dnsruby::RR::TSIG attributes (e.g. name, key, fudge, etc.)326 def set_tsig(*args)327 if args.length == 1328 if args[0].instance_of?(RR::TSIG)329 @tsigkey = args[0]330 elsif args[0].instance_of?(Hash)331 @tsigkey = RR.create({:type=>'TSIG', :klass=>'ANY'}.merge(args[0]))332 else333 raise ArgumentError.new('Wrong type of argument to Dnsruby::Message#set_tsig - should be TSIG or Hash')334 end335 elsif args.length == 2336 @tsigkey = RR.create({:type=>'TSIG', :klass=>'ANY', :name=>args[0], :key=>args[1]})337 else338 raise ArgumentError.new('Wrong number of arguments to Dnsruby::Message#set_tsig')339 end340 end341 # Was this message signed by a TSIG?342 def signed?343 @tsigstate == :Signed ||344 @tsigstate == :Verified ||345 @tsigstate == :Failed346 end347 # If this message was signed by a TSIG, was the TSIG verified?348 def verified?349 @tsigstate == :Verified350 end351 def get_opt352 @additional.detect { |r| r.type == Types::OPT }353 end354 def rcode355 rcode = @header.get_header_rcode356 opt = get_opt357 if opt358 rcode = rcode.code + (opt.xrcode.code << 4)359 rcode = RCode.new(rcode)360 end361 rcode362 end363 def to_s364 s = '' # the output string to return365 if @answerfrom && (! @answerfrom.empty?)366 s << ";; Answer received from #{@answerfrom} (#{@answersize} bytes)\n;;\n"367 end368 s << ";; Security Level : #{@security_level.string}\n"369 # OPT pseudosection? EDNS flags, udpsize370 opt = get_opt371 if opt372 s << @header.to_s_with_rcode(rcode) << "\n#{opt}\n"373 else374 s << "#{@header}\n"375 end376 section = (@header.opcode == OpCode.UPDATE) ? 'ZONE' : 'QUESTION'377 s << ";; #{section} SECTION (#{@header.qdcount} record#{@header.qdcount == 1 ? '' : 's'})\n"378 each_question { |qr| s << ";; #{qr}\n" }379 if @answer.size > 0380 s << "\n"381 section = (@header.opcode == OpCode.UPDATE) ? 'PREREQUISITE' : 'ANSWER'382 s << ";; #{section} SECTION (#{@header.ancount} record#{@header.ancount == 1 ? '' : 's'})\n"383 each_answer { |rr| s << "#{rr}\n" }384 end385 if @authority.size > 0386 s << "\n"387 section = (@header.opcode == OpCode.UPDATE) ? 'UPDATE' : 'AUTHORITY'388 s << ";; #{section} SECTION (#{@header.nscount} record#{@header.nscount == 1 ? '' : 's'})\n"389 each_authority { |rr| s << rr.to_s + "\n" }390 end391 if (@additional.size > 0 && !opt) || (@additional.size > 1)392 s << "\n;; ADDITIONAL SECTION (#{@header.arcount} record#{@header.arcount == 1 ? '' : 's'})\n"393 each_additional { |rr|394 if rr.type != Types::OPT395 s << rr.to_s+ "\n"396 end397 }398 end399 s400 end401 def old_to_s402 retval = ''403 if (@answerfrom != nil && @answerfrom != '')404 retval = retval + ";; Answer received from #{@answerfrom} (#{@answersize} bytes)\n;;\n"405 end406 retval = retval + ";; Security Level : #{@security_level.string}\n"407 retval = retval + ";; HEADER SECTION\n"408 # OPT pseudosection? EDNS flags, udpsize409 opt = get_opt410 if (!opt)411 retval = retval + @header.old_to_s412 else413 retval = retval + @header.old_to_s_with_rcode(rcode())414 end415 retval = retval + "\n"416 if (opt)417 retval = retval + opt.to_s418 retval = retval + "\n"419 end420 section = (@header.opcode == OpCode.UPDATE) ? "ZONE" : "QUESTION"421 retval = retval + ";; #{section} SECTION (#{@header.qdcount} record#{@header.qdcount == 1 ? '' : 's'})\n"422 each_question { |qr|423 retval = retval + ";; #{qr.to_s}\n"424 }425 if (@answer.size > 0)426 retval = retval + "\n"427 section = (@header.opcode == OpCode.UPDATE) ? "PREREQUISITE" : "ANSWER"428 retval = retval + ";; #{section} SECTION (#{@header.ancount} record#{@header.ancount == 1 ? '' : 's'})\n"429 each_answer { |rr|430 retval = retval + rr.to_s + "\n"431 }432 end433 if (@authority.size > 0)434 retval = retval + "\n"435 section = (@header.opcode == OpCode.UPDATE) ? "UPDATE" : "AUTHORITY"436 retval = retval + ";; #{section} SECTION (#{@header.nscount} record#{@header.nscount == 1 ? '' : 's'})\n"437 each_authority { |rr|438 retval = retval + rr.to_s + "\n"439 }440 end441 if ((@additional.size > 0 && !opt) || (@additional.size > 1))442 retval = retval + "\n"443 retval = retval + ";; ADDITIONAL SECTION (#{@header.arcount} record#{@header.arcount == 1 ? '' : 's'})\n"444 each_additional { |rr|445 if (rr.type != Types::OPT)446 retval = retval + rr.to_s+ "\n"447 end448 }449 end450 retval451 end452 # Signs the message. If used with no arguments, then the message must have already453 # been set (set_tsig). Otherwise, the arguments can either be a Dnsruby::RR::TSIG454 # object, or a (name, key) tuple, or a hash which takes455 # Dnsruby::RR::TSIG attributes (e.g. name, key, fudge, etc.)456 # 457 # NOTE that this method should only be called by the resolver, rather than the458 # client code. To use signing from the client, call Dnsruby::Resolver#tsig=459 def sign!(*args) #:nodoc: all460 if args.length > 0461 set_tsig(*args)462 sign!463 else464 if @tsigkey && (@tsigstate == :Unsigned)465 @tsigkey.apply(self)466 end467 end468 end469 # Return the encoded form of the message470 # If there is a TSIG record present and the record has not been signed471 # then sign it472 def encode(canonical=false)473 if @tsigkey && (@tsigstate == :Unsigned) && !@signing474 @signing = true475 sign!476 @signing = false477 end478 return MessageEncoder.new { |msg|479 header = @header480 header.encode(msg)481 @question.each { |q|482 msg.put_name(q.qname)483 msg.put_pack('nn', q.qtype.code, q.qclass.code)484 }485 [@answer, @authority, @additional].each { |rr|486 rr.each { |r|487 msg.put_rr(r, canonical)488 }489 }490 }.to_s491 end492 # Decode the encoded message493 def Message.decode(m)494 o = Message.new()495 begin496 MessageDecoder.new(m) {|msg|497 o.header = Header.new(msg)498 o.header.qdcount.times {499 question = msg.get_question500 o.question << question501 }502 o.header.ancount.times {503 rr = msg.get_rr504 o.answer << rr505 }506 o.header.nscount.times {507 rr = msg.get_rr508 o.authority << rr509 }510 o.header.arcount.times { |count|511 start = msg.index512 rr = msg.get_rr513 if rr.type == Types::TSIG514 if count != o.header.arcount-1515 Dnsruby.log.Error('Incoming message has TSIG record before last record')516 raise DecodeError.new('TSIG record present before last record')517 end518 o.tsigstart = start # needed for TSIG verification519 end520 o.additional << rr521 }522 }523 rescue DecodeError => e524 # So we got a decode error525 # However, we might have been able to fill in many parts of the message526 # So let's raise the DecodeError, but add the partially completed message527 e.partial_message = o528 raise e529 end530 o531 end532 def clone533 Message.decode(self.encode)534 end535 # In dynamic update packets, the question section is known as zone and536 # specifies the zone to be updated.537 alias :zone :question538 alias :add_zone :add_question539 alias :each_zone :each_question540 # In dynamic update packets, the answer section is known as pre or541 # prerequisite and specifies the RRs or RRsets which must or542 # must not preexist.543 alias :pre :answer544 alias :add_pre :add_answer545 alias :each_pre :each_answer546 # In dynamic update packets, the answer section is known as pre or547 # prerequisite and specifies the RRs or RRsets which must or548 # must not preexist.549 alias :prerequisite :pre550 alias :add_prerequisite :add_pre551 alias :each_prerequisite :each_pre552 # In dynamic update packets, the authority section is known as update and553 # specifies the RRs or RRsets to be added or delted.554 alias :update :authority555 alias :add_update :add_authority556 alias :each_update :each_authority557 end558end559require 'dnsruby/message/section'560require 'dnsruby/message/header'561require 'dnsruby/message/decoder'562require 'dnsruby/message/encoder'563require 'dnsruby/message/question'...

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each

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1rr.each_char {|c| puts c}2rr.each_word {|w| puts w}3rr.each_line {|l| puts l}4rr.each_char {|c| puts c}5rr.each_word {|w| puts w}6rr.each_line {|l| puts l}7 @text.each_char {|c| yield c}8 @text.each_word {|w| yield w}9 @text.each_line {|l| yield l}10 @text.each_char {|c| yield c}11 @text.each_word {|w| yield w}12 @text.each_line {|l| yield l}13 def method_missing(method_id, *args, &block)

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1r1=RR.new(1,2)2r2=RR.new(3,4)3r3=RR.new(5,6)4r1.add(r2)5r1.sub(r2)6r1.mul(r2)7r1.div(r2)8r1.add(r3)9r1.sub(r3)10r1.mul(r3)11r1.div(r3)12r2.add(r1)13r2.sub(r1)14r2.mul(r1)15r2.div(r1)16r2.add(r3)17r2.sub(r3)18r2.mul(r3)19r2.div(r3)20r3.add(r1)21r3.sub(r1)22r3.mul(r1)23r3.div(r1)24r3.add(r2)25r3.sub(r2)26r3.mul(r2)27r3.div(r2)

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each

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1rr.each { |i| puts i }2rr.each_with_object([]) { |i, j| j << i }3rr.each_entry { |i| puts i }4rr.each_slice(2) { |i| puts i }5rr.each_cons(2) { |i| puts i }6rr.each_with_object([]) { |i, j| j << i }7rr.each_entry { |i| puts i }8rr.each_slice(2) { |i| puts i }9rr.each_cons(2) { |i| puts i }10rr.each_char { |i| puts i }11rr.each_line { |i| puts i }12rr.each_byte { |i| puts i }13rr.each_codepoint { |i| puts i }14rr.each_grapheme_cluster { |i| puts i }15rr.each_key { |i| puts i }16rr.each_value { |i| puts i }17rr.each_key { |i| puts i }18rr.each_value { |i| puts i }19rr.each_key { |i| puts i }20rr.each_value { |i| puts i }21rr.each_key { |i| puts i }22rr.each_value { |i| puts i }23rr.each_key { |i| puts i }24rr.each_value { |i| puts i }25rr.each_key { |i| puts i }26rr.each_value { |i| puts i }27rr.each_key { |i| puts i }28rr.each_value { |i| puts i }

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each

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1rr.each { |i| puts i }2rr.map { |i| i + 1 }3rr.map { |i| i * 2 }4rr.select { |i| i % 2 == 0 }5rr.select { |i| i % 2 == 1 }6rr.reject { |i| i % 2 == 0 }7rr.reject { |i| i % 2 == 1 }8rr.inject(0) { |sum, i| sum + i }9rr.inject(1) { |product, i| product * i }10rr.count { |i| i % 2 == 0 }11rr.count { |i| i % 2 == 1 }12rr.any? { |i| i % 2 == 0 }13rr.any? { |i| i % 2 == 1 }14rr.all? { |i| i % 2 == 0 }15rr.all? { |i| i % 2 == 1 }16rr.find { |i| i % 2 == 0 }17rr.find { |i| i % 2 == 1 }18rr.sort { |i, j| j <=> i }19rr.include?(2)20rr.include?(5)21rr.each_cons(2) { |i| puts i } }22rr.each_vals(3) { |i| puts i }23rr.each_ulicee ) { |i| puts i }24rr.each_slice(3{ |i| puts i i }25rr.chunk { |i| i.even? }26rr.chunk { |i| i.odd? }27rr.chunk { |i| i % 2 }28rr.chunk { |i| i % 3 }29rr.chunk { |i| i % 4 }30rr.chunk { |i| i % 5 }31rr.chunk { |i| i % 6 }32rr.chunk { |i| i % 7 }33rr.chunk { |i| } % 8 }34rr.chunk { |i| i % 9 }35rr.first(2)36rr.first(3)37rr.first(4)38rr.first(5)39rr.first(6)40rr.first(7

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1rr.each { |i| puts i }2rr.map { |i| i + 1 }3rr.map { |i| i * 2 }4rr.select { |i| i % 2 == 0 }5rr.select { |i| i % 2 == 1 }6rr.reject { |i| i % 2 == 0 }7rr.reject { |i| i % 2 == 1 }8rr.inject(0) { |sum, i| sum + i }9rr.inject(1) { |product, i| product * i }10rr.count { |i| i % 2 == 0 }11rr.count { |i| i % 2 == 1 }12rr.any? { |i| i % 2 == 0 }13rr.any? { |i| i % 2 == 1 }14rr.all? { |i| i % 2 == 0 }15rr.all? { |i| i % 2 == 1 }16rr.find { |i| i % 2 == 0 }17rr.find { |i| i % 2 == 1 }18rr.sort { |i, j| j <=> i }19rr.include?(2)20rr.include?(5)21rr.each_cons(2) { |i| puts i }22rr.each_cons(3) { |i| puts i }23rr.each_slice(2) {|i| puts i 24rr.each_slice(3) { |i| puts i }25rr.chunk { |i| i.ecen? }26rr.chunk { |i| i.odd? }27rr.chunk { |i| i % 2 }28rr.chunk { |i| i % 3 }29rr.chunk { |i| i % 4 }30rr.chunk { |i| i % 5 }31rr.chunk { |i| i % 6 }32rr.chunk { |i| i % 7 }33rr.chunk { |i| i % 8 }34rr.chunk { |i| i % 9 }35rr.first(2)36rr.first(3)37rr.first(4)38rr.first(5)39rr.first(6)40rr.first(7

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1RR.new.each_with_object({}) do |i, j|2RR.new.each_slice(3) do |i|3RR.new.each_cons(3) do |i|4RR.new.each_with_object({}) do |i, j|5RR.new.each_slice(3) do |i|6RR.new.each_cons(3) do |i|7RR.new.each_with_object({}) do |i, j|8RR.new.each_slice(3) do |i|9RR.new.each_cons(3) do |i|10RR.new.each_with_object({}) do |i, j|

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1a = RR.new(1,2)2puts a.quo(2)3puts a.fdiv(2)4puts a.div(2)5puts a.divmod(2)6puts a.remainder(2)7puts a.modulo(2)8puts a.quo(2)9puts a.fdiv(2)10puts a.div(2)11puts a.divmod(2)12puts a.remainder(2)13puts a.modulo(2)14puts a.quo(2)15puts a.fdiv(2)16puts a.div(2)17puts a.divmod(2)18puts a.remainder(2)19puts a.modulo(2)20puts a.quo(2)21puts a.fdiv(2)22puts a.div(2)23puts a.divmod(2)24puts a.remainder(2)25puts a.modulo(2)26puts a.quo(2)27puts a.fdiv(2)28puts a.div(2)29puts a.divmod(2)30puts a.remainder(2)31puts a.modulo(2)32puts a.quo(2)33puts a.fdiv(2)34puts a.div(2)35puts a.divmod(2)36puts a.remainder(2)37puts a.modulo(2)38puts a.quo(2)39puts a.fdiv(2)40puts a.div(2)41puts a.divmod(2)42puts a.remainder(2)43puts a.modulo(2)44puts a.quo(2)45puts a.fdiv(2)46puts a.div(2)47puts a.divmod(2)48puts a.remainder(2)49puts a.modulo(2)50puts a.quo(2)51puts a.fdiv(2 }52rr.each_with_object([]) { |i, j| j << i }53rr.each_entry { |i| puts i }54rr.each_slice(2) { |i| puts i }55rr.each_cons(2) { |i| puts i }56rr.each_char { |i| puts i }57rr.each_line { |i| puts i }58rr.each_byte { |i| puts i }59rr.each_codepoint { |i| puts i }60rr.each_grapheme_cluster { |i| puts i }61rr.each_key { |i| puts i }62rr.each_value { |i| puts i }63rr.each_key { |i| puts i }64rr.each_value { |i| puts i }65rr.each_key { |i| puts i }66rr.each_value { |i| puts i }67rr.each_key { |i| puts i }68rr.each_value { |i| puts i }69rr.each_key { |i| puts i }70rr.each_value { |i| puts i }71rr.each_key { |i| puts i }72rr.each_value { |i| puts i }73rr.each_key { |i| puts i }74rr.each_value { |i| puts i }

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each

Using AI Code Generation

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1a = RR.new(1,2)2puts a.quo(2)3puts a.fdiv(2)4puts a.div(2)5puts a.divmod(2)6puts a.remainder(2)7puts a.modulo(2)8puts a.quo(2)9puts a.fdiv(2)10puts a.div(2)11puts a.divmod(2)12puts a.remainder(2)13puts a.modulo(2)14puts a.quo(2)15puts a.fdiv(2)16puts a.div(2)17puts a.divmod(2)18puts a.remainder(2)19puts a.modulo(2)20puts a.quo(2)21puts a.fdiv(2)22puts a.div(2)23puts a.divmod(2)24puts a.remainder(2)25puts a.modulo(2)26puts a.quo(2)27puts a.fdiv(2)28puts a.div(2)29puts a.divmod(2)30puts a.remainder(2)31puts a.modulo(2)32puts a.quo(2)33puts a.fdiv(2)34puts a.div(2)35puts a.divmod(2)36puts a.remainder(2)37puts a.modulo(2)38puts a.quo(2)39puts a.fdiv(2)40puts a.div(2)41puts a.divmod(2)42puts a.remainder(2)43puts a.modulo(2)44puts a.quo(2)45puts a.fdiv(2)46puts a.div(2)47puts a.divmod(2)48puts a.remainder(2)49puts a.modulo(2)50puts a.quo(2)51puts a.fdiv(2

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