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How to use open method of StringExtensions Package

Best Howitzer_ruby code snippet using StringExtensions.open

extensions.rb

Source:extensions.rb

1# frozen_string_literal: true2module NETSNMP3  module IsNumericExtensions4    refine String do5      def integer?6        each_byte do |byte|7          return false unless byte >= 48 && byte <= 578        end9        true10      end11    end12  end13  module StringExtensions14    refine(String) do15      unless String.method_defined?(:delete_prefix)16        def delete_prefix(prefix)17          prefix = String(prefix)18          if rindex(prefix, 0)19            self[prefix.length..-1]20          else21            dup22          end23        end24      end25      unless String.method_defined?(:match?)26        def match?(*args)27          !match(*args).nil?28        end29      end30      unless String.method_defined?(:unpack1)31        def unpack1(format)32          unpack(format).first33        end34      end35    end36  end37  module ASNExtensions38    ASN_COLORS = {39      OpenSSL::ASN1::Sequence => 34, # blue40      OpenSSL::ASN1::OctetString => 32, # green41      OpenSSL::ASN1::Integer => 33, # yellow42      OpenSSL::ASN1::ObjectId => 35, # magenta43      OpenSSL::ASN1::ASN1Data => 36 # cyan44    }.freeze45    # basic types46    ASN_COLORS.each_key do |klass|47      refine(klass) do48        def to_hex49          "#{colorize_hex} (#{value.to_s.inspect})"50        end51      end52    end53    # composite types54    refine(OpenSSL::ASN1::Sequence) do55      def to_hex56        values = value.map(&:to_der).join57        hex_values = value.map(&:to_hex).map { |s| s.gsub(/(\t+)/) { "\t#{Regexp.last_match(1)}" } }.map { |s| "\n\t#{s}" }.join58        der = to_der59        der = der.sub(values, "")60        "#{colorize_hex(der)}#{hex_values}"61      end62    end63    refine(OpenSSL::ASN1::ASN1Data) do64      attr_reader :label65      def with_label(label)66        @label = label67        self68      end69      def to_hex70        case value71        when Array72          values = value.map(&:to_der).join73          hex_values = value.map(&:to_hex)74                            .map { |s| s.gsub(/(\t+)/) { "\t#{Regexp.last_match(1)}" } }75                            .map { |s| "\n\t#{s}" }.join76          der = to_der77          der = der.sub(values, "")78        else79          der = to_der80          hex_values = nil81        end82        "#{colorize_hex(der)}#{hex_values}"83      end84      private85      def colorize_hex(der = to_der)86        hex = Hexdump.dump(der, separator: " ")87        lbl = @label || self.class.name.split("::").last88        "#{lbl}: \e[#{ASN_COLORS[self.class]}m#{hex}\e[0m"89      end90    end91  end92  module Hexdump93    using StringExtensions94    def self.dump(data, width: 8, in_groups_of: 4, separator: "\n")95      pairs = data.unpack1("H*").scan(/.{#{in_groups_of}}/)96      pairs.each_slice(width).map do |row|97        row.join(" ")98      end.join(separator)99    end100  end101  # Like a string, but it prints an hex-string version of itself102  class HexString < String103    def inspect104      Hexdump.dump(to_s, in_groups_of: 2, separator: " ")105    end106  end107end...

string.rb

Source:string.rb

1# frozen_string_literal: true2module OpenHAB3  module DSL4    # monkey patches5    module MonkeyPatch6      # extensions to core Ruby objects7      module Ruby8        # extend String class so that it will do semantic comparisons against9        # DateTimeType and QuantityType, instead of converting the latter to10        # String and doing an exact match11        module StringExtensions12          # {include:StringExtensions}13          def ==(other)14            case other15            when Types::QuantityType,16              Types::DateTimeType,17              Items::DateTimeItem,18              Items::NumericItem19              other == self20            else21              super22            end23          end24          # {include:StringExtensions}25          def <=>(other)26            case other27            when Types::QuantityType,28              Types::DateTimeType,29              Items::DateTimeItem,30              Items::NumericItem31              (other <=> self)&.-@()32            else33              super34            end35          end36        end37      end38    end39  end40end41String.prepend(OpenHAB::DSL::MonkeyPatch::Ruby::StringExtensions)...

string_extensions.rb

Source:string_extensions.rb

1module StringExtensions2  def bracket(open_bracket = '(', close_bracket = nil)3      close_bracket =  matching_bracket(open_bracket) if close_bracket.nil?4      open_bracket + self + close_bracket5  end6  private7    ASCII_BRACKETS = "()[]<>{}".freeze8    def matching_bracket(char)9      char.ascii_only? ? ascii_match_bracket(char) : unicode_match_bracket(char)10    end11    def ascii_match_bracket(char)12      ix = ASCII_BRACKETS.index(char)13      if ix.nil?14        char15      else16        ix.even? ? ASCII_BRACKETS[ix+1] : ASCII_BRACKETS[ix-1]17      end18    end19    # note 1: chr + 1 doesn't work for some of the ASCII brackets, which are separated by another character.20    # eg. "<=>, [\], {|}21    # note 2: This method only works if you send it the opening bracket22    def unicode_match_bracket(char)23      (char.ord + 1).chr(Encoding::UTF_8)24    end25end26class String27  include StringExtensions28end...

open

Using AI Code Generation

1puts "Hello".open("rb")2puts "Hello".open("rb") {|f| f.read}3puts "Hello".open("rb")4puts "Hello".open("rb") {|f| f.read}5puts "Hello".open("rb")6puts "Hello".open("rb") {|f| f.read}7puts "Hello".open("rb")8puts "Hello".open("rb") {|f| f.read}9puts "Hello".open("rb")10puts "Hello".open("rb") {|f| f.read}11puts "Hello".open("rb")12puts "Hello".open("rb") {|f| f.read}13puts "Hello".open("rb")14puts "Hello".open("rb") {|f| f.read}15puts "Hello".open("rb")16puts "Hello".open("rb") {|f| f.read}17puts "Hello".open("rb")18puts "Hello".open("rb") {|f| f.read}19puts "Hello".open("rb")20puts "Hello".open("rb") {|f| f.read}21puts "Hello".open("rb")22puts "Hello".open("rb") {|f| f.read}

open

Using AI Code Generation

1"file.txt".open { |f| puts f.readlines }2 File.open(self) do |f|3f = File.open("file.txt")

open

Using AI Code Generation

1"file.txt".open { |f| puts f.readlines }2 File.open(self) do |f|3f = File.open("file.txt")

open

Using AI Code Generation

1puts "hello".open('w') {|f| f.puts "Hello world" }2 def open(*args, &block)3 open(self, *args, &block)

open

Using AI Code Generation

1StringExtensions.open(filename)2def self.open(filename)3StringExtensions.open(filename)4def open(filename)5  def open(name, *rest)6puts "hello".open('w') {|f| f.puts "Hello world" }7puts "hello".open('w') {|f| f.puts "Hello world" }

open

Using AI Code Generation

1puts "Hello".open("rb")2puts "Hello".open("rb") {|f| f.read}3puts "Hello".open("rb")4puts "Hello".open("rb") {|f| f.read}5puts "Hello".open("rb")6puts "Hello".open("rb") {|f| f.read}7puts "Hello".open("rb")8puts "Hello".open("rb") {|f| f.read}9puts "Hello".open("rb")10puts "Hello".open("rb") {|f| f.read}11puts "Hello".open("rb")12puts "Hello".open("rb") {|f| f.read}13puts "Hello".open("rb")14puts "Hello".open("rb") {|f| f.read}15puts "Hello".open("rb")16puts "Hello".open("rb") {|f| f.read}17puts "Hello".open("rb")18puts "Hello".open("rb") {|f| f.read}19puts "Hello".open("rb")20puts "Hello".open("rb") {|f| f.read}21puts "Hello".open("rb")22puts "Hello".open("rb") {|f| f.read}

open

Using AI Code Generation

1puts "hello".open('w') {|f| f.puts "Hello world" }2  def open(*args, &block)3    open(self, *args, &block)4  def open(name, *rest)5puts "hello".open('w') {|f| f.puts "Hello world" }6puts "hello".open('w') {|f| f.puts "Hello world" }

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