ruby-main-branch-process_executer-actual-small-change

This mapping has 1 multi-map group: several pairings are equally correct there. The code view shows one arbitrary valid pairing, not the only one.

Before1# frozen_string_literal: true
2
3require 'process_executer/destination_base'
4
5module ProcessExecuter
module Destinations
  # Handles numeric file descriptors
  #
  # @api private
  class FileDescriptor < ProcessExecuter::DestinationBase
    # Writes data to the file descriptor
    #
    # @param data [String] the data to write
    # @return [Integer] the number of bytes written
    # @raise [SystemCallError] if the file descriptor is invalid
    #
    # @example
    #   fd_handler = ProcessExecuter::Destinations::FileDescriptor.new(3)
    #   fd_handler.write("Hello world")
    def write(data)
      super
      io = ::IO.open(destination, mode: 'a', autoclose: false)
      io.write(data)
      io.close
    end
26
    # Determines if this class can handle the given destination
    #
    # @param destination [Object] the destination to check
    # @return [Boolean] true if destination is an Integer that's not stdout/stderr
    def self.handles?(destination)
      destination.is_a?(Integer) && ![:out, 1, :err, 2].include?(destination)
    end
  end
end
36end
37

After1# frozen_string_literal: true
2
3require_relative 'destination_base'
4
5module ProcessExecuter
module Destinations
  # Handles numeric file descriptors
  #
  # @api private
  class FileDescriptor < DestinationBase
    # Writes data to the file descriptor
    #
    # @param data [String] the data to write
    #
    # @return [Integer] the number of bytes written
    #
    # @raise [SystemCallError] if the file descriptor is invalid
    #
    # @example
    #   fd_handler = ProcessExecuter::Destinations::FileDescriptor.new(3)
    #   fd_handler.write("Hello world")
    #
    def write(data)
      super
      io = ::IO.open(destination, mode: 'a', autoclose: false)
      io.write(data).tap { io.close }
    end
28
    # Determines if this class can handle the given destination
    #
    # @param destination [Object] the destination to check
    #
    # @return [Boolean] true if destination is a file descriptor that's not stdout or stderr
    #
    def self.handles?(destination)
      destination.is_a?(Integer) && ![1, 2].include?(destination)
    end
  end
end
40end
41

Before

program

comment "# frozen_string_literal: true"

call

identifier "require"

argument_list

string

" "'"

string_content "process_executer/destination_base"

" "'"

module

module "module"

constant "ProcessExecuter"

body_statement

module

module "module"

constant "Destinations"

comment "# Handles numeric file descriptors"

comment "#"

comment "# @api private"

body_statement

class

class "class"

constant "FileDescriptor"

superclass

< "<"

scope_resolution

constant "ProcessExecuter"

:: "::"

constant "DestinationBase"

comment "# Writes data to the file descriptor"

comment "#"

comment "# @param data [String] the data to write"

comment "# @return [Integer] the number of bytes written"

comment "# @raise [SystemCallError] if the file descriptor is invalid"

comment "#"

comment "# @example"

comment "# fd_handler = ProcessExecuter::Destinations::FileDescript"...

comment "# fd_handler.write(\"Hello world\")"

body_statement

method

def "def"

identifier "write"

method_parameters

( "("

identifier "data"

) ")"

body_statement

super "super"

assignment (+26 nodes collapsed)

call any 2:3

identifier "io"

. "."

identifier "write"

argument_list

( "("

identifier "data"

) ")"

call any 2:3

identifier "io"

. "."

identifier "close"

end "end"

comment "# Determines if this class can handle the given destination"

comment "#"

comment "# @param destination [Object] the destination to check"

comment "# @return [Boolean] true if destination is an Integer that's"...

singleton_method

def "def"

self "self"

. "."

identifier "handles?"

method_parameters

( "("

identifier "destination"

) ")"

body_statement

binary

call

identifier "destination"

. "."

identifier "is_a?"

argument_list

( "("

constant "Integer"

) ")"

&& "&&"

unary

! "!"

call

array

[ "["

simple_symbol ":out"

, ","

integer "1"

, ","

simple_symbol ":err"

, ","

integer "2"

] "]"

. "."

identifier "include?"

argument_list

( "("

identifier "destination"

) ")"

end "end"

After

program

comment "# frozen_string_literal: true"

call

identifier "require_relative"

argument_list

string

" "'"

string_content "destination_base"

" "'"

module

module "module"

constant "ProcessExecuter"

body_statement

module

module "module"

constant "Destinations"

comment "# Handles numeric file descriptors"

comment "#"

comment "# @api private"

body_statement

class

class "class"

constant "FileDescriptor"

superclass

< "<"

constant "DestinationBase"

comment "# Writes data to the file descriptor"

comment "#"

comment "# @param data [String] the data to write"

comment "#"

comment "# @return [Integer] the number of bytes written"

comment "#"

comment "# @raise [SystemCallError] if the file descriptor is invalid"

comment "#"

comment "# @example"

comment "# fd_handler = ProcessExecuter::Destinations::FileDescript"...

comment "# fd_handler.write(\"Hello world\")"

comment "#"

body_statement

method

def "def"

identifier "write"

method_parameters

( "("

identifier "data"

) ")"

body_statement

super "super"

assignment (+26 nodes collapsed)

call any 2:3

identifier "io"

. "."

identifier "write"

argument_list

( "("

identifier "data"

) ")"

. "."

identifier "tap"

block

{ "{"

block_body

call any 2:3

identifier "io"

. "."

identifier "close"

} "}"

end "end"

comment "# Determines if this class can handle the given destination"

comment "#"

comment "# @param destination [Object] the destination to check"

comment "#"

comment "# @return [Boolean] true if destination is a file descriptor"...

comment "#"

singleton_method

def "def"

self "self"

. "."

identifier "handles?"

method_parameters

( "("

identifier "destination"

) ")"

body_statement

binary

call

identifier "destination"

. "."

identifier "is_a?"

argument_list

( "("

constant "Integer"

) ")"

&& "&&"

unary

! "!"

call

array

[ "["

integer "1"

, ","

integer "2"

] "]"

. "."

identifier "include?"

argument_list

( "("

identifier "destination"

) ")"

end "end"