class Array

# File lib/ronin/support/binary/core_ext/array.rb, line 71
def pack(*arguments,**kwargs)
  if (arguments.length == 1 && arguments.first.kind_of?(String))
    pack_original(arguments.first)
  else
    template = Ronin::Support::Binary::Template.new(arguments,**kwargs)
    template.pack(*self)
  end
end

Packs the Array into a String.

@param [String, Array<Symbol, (Symbol, Integer)>] arguments

The `Array#pack` format string or a list of
{Ronin::Support::Binary::Template} types.

@param [Hash{Symbol => Object}] kwargs

Additional keyword arguments for
{Ronin::Support::Binary::Template#initialize}.

@option kwargs [:little, :big, :net, nil] :endian

The desired endianness to pack the data for.

@option kwargs [:x86, :x86_64, :ppc, :ppc64,

              :arm, :arm_be, :arm64, :arm64_be,
              :mips, :mips_le, :mips64, :mips64_le, nil] :arch
The desired architecture to pack the data for.

@option kwargs [:linux, :macos, :windows,

              :android, :apple_ios, :bsd,
              :freebsd, :openbsd, :netbsd] :os
The Operating System (OS) to use.

@return [String]

The packed Array.

@raise [ArgumentError]

One of the arguments was not a known {Ronin::Support::Binary::Template}
type.

@example using {Ronin::Support::Binary::Template} types:

[0x1234, "hello"].pack(:uint16_le, :string)
# => "\x34\x12hello\0"

@example using a ‘String#unpack` format string:

[0x1234, "hello"].pack('vZ*')
# => "\x34\x12hello\0"

@see rubydoc.info/stdlib/core/Array:pack @see Ronin::Support::Binary::Template

@since 0.5.0

@api public