How to use compressed method of Header Package

Best Vcr_ruby code snippet using Header.compressed

zip64.rb

Source:zip64.rb

1module Zip2  # Info-ZIP Extra for Zip64 size3  class ExtraField::Zip64 < ExtraField::Generic4    attr_accessor :original_size, :compressed_size, :relative_header_offset, :disk_start_number5    HEADER_ID = ['0100'].pack('H*')6    register_map7    def initialize(binstr = nil)8      # unparsed binary; we don't actually know what this contains9      # without looking for FFs in the associated file header10      # call parse after initializing with a binary string11      @content                = nil12      @original_size          = nil13      @compressed_size        = nil14      @relative_header_offset = nil15      @disk_start_number      = nil16      binstr && merge(binstr)17    end18    def ==(other)19      other.original_size == @original_size &&20        other.compressed_size == @compressed_size &&21        other.relative_header_offset == @relative_header_offset &&22        other.disk_start_number == @disk_start_number23    end24    def merge(binstr)25      return if binstr.empty?26      _, @content = initial_parse(binstr)27    end28    # pass the values from the base entry (if applicable)29    # wider values are only present in the extra field for base values set to all FFs30    # returns the final values for the four attributes (from the base or zip64 extra record)31    def parse(original_size, compressed_size, relative_header_offset = nil, disk_start_number = nil)32      @original_size = extract(8, 'Q<') if original_size == 0xFFFFFFFF33      @compressed_size = extract(8, 'Q<') if compressed_size == 0xFFFFFFFF34      @relative_header_offset = extract(8, 'Q<') if relative_header_offset && relative_header_offset == 0xFFFFFFFF35      @disk_start_number = extract(4, 'V') if disk_start_number && disk_start_number == 0xFFFF36      @content = nil37      [@original_size || original_size,38       @compressed_size || compressed_size,39       @relative_header_offset || relative_header_offset,40       @disk_start_number || disk_start_number]41    end42    def extract(size, format)43      @content.slice!(0, size).unpack1(format)44    end45    private :extract46    def pack_for_local47      # local header entries must contain original size and compressed size; other fields do not apply48      return '' unless @original_size && @compressed_size49      [@original_size, @compressed_size].pack('Q<Q<')50    end51    def pack_for_c_dir52      # central directory entries contain only fields that didn't fit in the main entry part53      packed = ''.force_encoding('BINARY')54      packed << [@original_size].pack('Q<') if @original_size55      packed << [@compressed_size].pack('Q<') if @compressed_size56      packed << [@relative_header_offset].pack('Q<') if @relative_header_offset57      packed << [@disk_start_number].pack('V') if @disk_start_number58      packed59    end60  end61end...

compressed

Using AI Code Generation

1  def compressed=(compressed)2  def compressed=(compressed)3  def compressed=(compressed)4  def compressed=(compressed)5  def compressed=(compressed)

compressed

Using AI Code Generation

1  def initialize(data)2    @data = Zlib::Deflate.deflate(data)3  def initialize(data)4    @data = Zlib::Inflate.inflate(data)5  def initialize(data)6    @data = Zlib::Deflate.deflate(data)7  def initialize(data)8    @data = Zlib::Inflate.inflate(data)9  def initialize(data)10    @data = Zlib::Deflate.deflate(data)11  def initialize(data)12    @data = Zlib::Inflate.inflate(data)13  def initialize(data)14    @data = Zlib::Deflate.deflate(data)15  def initialize(data)16    @data = Zlib::Inflate.inflate(data)17  def initialize(data)18    @data = Zlib::Deflate.deflate(data)19  def initialize(data)20    @data = Zlib::Inflate.inflate(data)

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