Class: OBSOLETE
- Inherits:
-
Object
- Object
- OBSOLETE
- Defined in:
- lib/rbt/actions/individual_actions/installer/aggregate.rb
Instance Method Summary collapse
-
#invoke_extracter(i = program_path?, , extract_to_this_directory = extract_where_to?, , keep_the_old_directory_if_it_exists = false) ⇒ Object
# === invoke_extracter.
-
#parse_this_line_obtained_via_io_popen(line, use_colours = use_colours?, , use_inner_padding = false) ⇒ Object
# === parse_this_line_obtained_via_io_popen (io-open tag, sys tag).
-
#run_make ⇒ Object
(also: #run_make_command, #considering_running_make_command_via_system)
# === run_make (make tag, Makefile tag).
-
#run_system_or_ioparser_command(i, use_colours = use_colours?, , use_padding = true, show_the_command_used = true, &block) ⇒ Object
(also: #run_this_sys_command, #custom_system, #run_this_system_command, #run_this_command)
# === run_system_or_ioparser_command (iopen tag).
-
#set_install_these_programs(i = first_argument?, , consider_replacing_the_given_input = :honour_user_configuration_setting) ⇒ Object
(also: #set_compile_these_programs, #set_array_compile_these_programs, #compile_this=, #determine_which_programs_to_compile, #set_work_on_this_program)
# === set_install_these_programs.
-
#set_install_this_program(i, &block) ⇒ Object
(also: #set_handle_this_program, #set_compile_this_program, #set_program_name)
# === set_install_this_program.
Instance Method Details
#invoke_extracter(i = program_path?, , extract_to_this_directory = extract_where_to?, , keep_the_old_directory_if_it_exists = false) ⇒ Object
#
invoke_extracter
Delegate towards class Extracter next.
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 8 def invoke_extracter( i = program_path?, extract_to_this_directory = extract_where_to?, keep_the_old_directory_if_it_exists = false ) case extract_to_this_directory when nil extract_to_this_directory = will_be_extracted_towards? @internal_hash[:extract_to_this_directory_as_specified_by_the_user] = extract_to_this_directory set_extract_to_this_directory(extract_to_this_directory) end yielded = nil case keep_the_old_directory_if_it_exists # case tag. # ======================================================================= # # === :do_keep_the_old_directory_if_it_exists, # ======================================================================= # when :do_keep_the_old_directory_if_it_exists, :keep_the_old_directory_if_it_exists keep_the_old_directory_if_it_exists = true end # ======================================================================= # # === Handle blocks given to this method next: # ======================================================================= # if block_given? yielded = yield case yielded # ===================================================================== # # === :keep_the_old_directory_if_it_exists # ===================================================================== # when :keep_the_old_directory_if_it_exists keep_the_old_directory_if_it_exists = true else # =================================================================== # # === Handle Hashes next # =================================================================== # if yielded.is_a? Hash # ================================================================= # # === :append_to_the_commandline # ================================================================= # if yielded.has_key? :append_to_the_commandline append_to_the_commandline << yielded[:append_to_the_commandline] end end end end unless skip_extracting? case extract_to_this_directory # ===================================================================== # # === :default # ===================================================================== # when :default extract_to_this_directory = will_be_extracted_towards? end # ===================================================================== # # Remove the extracted directory if it exists next. This will, # however had, NOT be done if we extract to another target # directory, such as when issuing a command like # "ry htop --extract-to=/opt/test". # ===================================================================== # # possibly_existing_old_extracted_archive = cookbooks_dataset_extracted_towards? # unless possibly_existing_old_extracted_archive.include? extract_to? # =================================================================== # # In this case we reasonably assume that the user has NOT given a # --extract-to value. # # Keep in mind that the user may specify another temp-directory, # which explains the check for user-input. # =================================================================== # if cookbooks_for? and !keep_the_old_directory_if_it_exists _ = will_be_extracted_towards? if @internal_hash.has_key?(:extract_to_this_directory_as_specified_by_the_user) and @internal_hash[:extract_to_this_directory_as_specified_by_the_user] _ = @internal_hash[:extract_to_this_directory_as_specified_by_the_user] end unless (_.squeeze('/').strip == '/') # Prevent erroneous removal of /. if File.directory?(_) _ = _.dup if _.frozen? if (_ == rbt_log_dir?) opnerror 'A problem was encountered, but this should never happen.' opnerror 'RBT::Action::SoftwareManager tried to remove the base directory at '+ sdir(rbt_log_dir?) opnerror 'which was the same as the passed directory `'+sdir(_)+'`.' e opnerror 'Something must be wrong in the information-chain, such as a' opnerror 'faulty .yml file. Please review the information shown above' opnerror 'and make sure that the used .yml file is correct.' e exit_program { :exit_no_matter_what } else _.strip! _.squeeze!('/') # =========================================================== # # Notify the user that we will remove the old directory next. # =========================================================== # notify_the_user_that_this_old_directory_will_be_removed_next(_) remove_directory(_) end end end end # end end end |
#parse_this_line_obtained_via_io_popen(line, use_colours = use_colours?, , use_inner_padding = false) ⇒ Object
#
parse_this_line_obtained_via_io_popen (io-open tag, sys tag)
This method is used to parse all output generated via IO.popen().
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 482 def parse_this_line_obtained_via_io_popen( line, use_colours = use_colours?, use_inner_padding = false ) case use_colours # ======================================================================= # # === :default # ======================================================================= # when :default use_colours = use_colours? end # ======================================================================= # # Delegate towards class ColourizeParser next. # ======================================================================= # cparser = @internal_hash[:colourize_parser] unless use_colours cparser.disable_colours end line.chomp! # ======================================================================= # # Feed towards module RBT::Errors::MapLineToASpecificError next: # ======================================================================= # RBT::Errors::MapLineToASpecificError.parse_this_line(line) # ======================================================================= # # Next, put the line towards ColourizeParser. The reason why this is # done after the error checking above is to simply keep the output # as it was originally, before changing it via colours and the like. # ======================================================================= # cparser.grab_this_line(line) line = cparser.line?.dup # ======================================================================= # # === A required package was not found # # Notify the user about this problem. # ======================================================================= # if line.include?('A required package was not found') and !RBT::Errors::MapLineToASpecificError.required_packages?.empty? name_of_the_package = RBT::Errors::MapLineToASpecificError.required_packages?.first.to_s # ===================================================================== # # That name may end with -4, such as "gtksourceview-4". This is not # good as we report this, but the user should really just use # "gtksourceview" instead - hence the following check. # ===================================================================== # if name_of_the_package.include?('-') and (name_of_the_package =~ /-\d{1,20}$/) name_of_the_package = name_of_the_package.split('-')[0 .. -2].join('-') end line << ' '+crimson("( → #{name_of_the_package} is missing)") line << "#{N}#{N}You can try to install it via:#{N}" line << "#{N}#{slateblue(' rbt '+name_of_the_package)}#{N}#{N}" end # ======================================================================= # # The reason we output the line here is so that we can still do # modifications to it, if we have to. This is the case e. g. for # when we wish to display which package is missing. # ======================================================================= # if use_inner_padding e e " #{line}" # Output here. e else e line # Output here. end if line.include?('configure: No such file or directory') opne rev+'The '+crimson('above error message')+rev+ ' most likely means '\ 'that no configure script could be found.' end @internal_hash[:array_sys_command_string] << line # We could also store the lines here. end |
#run_make ⇒ Object Also known as: run_make_command, considering_running_make_command_via_system
#
run_make (make tag, Makefile tag)
This is the wrapper method over “make”.
This method will, in the end, delegate towards RBT.colour_make, which in turn runs the command/binary called “make”.
The specific command that will be used, in this case “make”, can also be a different one, as defined by the respective .yml file for the given program at hand. Not all programs require “make” for their compilation.
The method will also have to ensure that a Makefile-file exists, but only for installation types that do happen to require a Makefile.
Some build systems, such as meson/ninja, may use ‘make’, but may also skip it and do “ninja install” instead.
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 629 def run_make if exit_before_make? opne "#{rev}Exiting now as instructed before "\ "reaching the \"#{orange('make')}\" stage." exit_program end # ======================================================================= # # === Determine whether the Makefile has to be modified or not. # ======================================================================= # if modify_the_makefile? opne rev+'The Makefile will be modified next ('+ steelblue('PREFIX')+' value will be changed).' do_use_this_makefile_here = "#{return_pwd}Makefile" # ======================================================================= # # Delegate towards RBT::ChangePrefix next. # ======================================================================= # RBT::ChangePrefix.new( use_this_makefile: do_use_this_makefile_here, use_this_as_the_new_prefix: prefix?.to_s.dup ) end if run_make? # ======================================================================= # # "make" is usually used, but we may also make use of "ninja" instead, # so we have to pass in this option towards RBT.colour_make. # ======================================================================= # if run_simulation? opne "#{rev}We are running a simulation, hence the following command" opne "#{rev}will not be run:" opnfancy " #{make_command?}" else # =================================================================== # # Clear the old buffer first: # =================================================================== # reset_error_map_line_to_a_specific_error if has_to_be_compiled? consider_using_maximum_speed_for_compilation end # =================================================================== # # We will have to make a cd-operation to the configure base directory # if run_configure is no/false and if we use a build directory. # # This, however had, breaks cmake builds, so it was disabled in # February 2019. It may have to be changed at a later time # anyway. # =================================================================== # # if !run_configure? and use_build_directory? # cd_to_the_configure_base_directory # end # =================================================================== # # Next consider running pre-make commands - but this must come # AFTER running GNU configure and similar build-style runs. # =================================================================== # consider_running_premake_instructions unless installation_steps?.empty? installation_steps?.each {|this_step| opne "Next doing this step: #{sfancy(this_step)}" esystem this_step } end # =================================================================== # # Delegate towards RBT.colour_make next: # =================================================================== # _ = use_which_system_command? case _ # =================================================================== # # === :ioparser # # This is the more sophisticated ioparser variant. # =================================================================== # when :ioparser, :default RBT.colour_make { return_default_hash_to_be_passed_into_colour_make } # =================================================================== # # === :system # # This is the simple system-variant. # =================================================================== # when :system cmd = use_this_make_command?.to_s.dup hash = return_default_hash_to_be_passed_into_colour_make if hash.has_key? :append_these_options cmd << hash[:append_these_options].join(' ') end cmd = cmd.strip.squeeze(' ') coloured_and_padded_esystem(cmd) else e "Unknown system-command: #{steelblue(_.to_s)}" end end run_through_the_registered_problems_registered_errors_and_behaviour_changes reset_error_map_line_to_a_specific_error if automatically_create_package? if is_on_slackware? # =================================================================== # # Create a slackware-package in this case. # =================================================================== # opne rev+'Next trying to create a package for `'+ royalblue('slackware')+rev+'`.' # The following subsection is incomplete. The path could be used # to find out whether things are put in their right position. # path = create_slackware_description_file RBT.run_makepkg_command(compile_which_program?, program_version?) end end end end |
#run_system_or_ioparser_command(i, use_colours = use_colours?, , use_padding = true, show_the_command_used = true, &block) ⇒ Object Also known as: run_this_sys_command, custom_system, run_this_system_command, run_this_command
#
run_system_or_ioparser_command (iopen tag)
This method will, by default, try to make use of IO.popen.
The alternatives, system() or backticks, are not as useful, in my opinion. However had, the user can use these others variants as well, since as of July 2020.
The current idea is to work on a line-by-line basis when IO.popen is used, and to also display what is done, so that the user has an idea what is happening.
There is also the possibility to use colours and colourize the input; this allows us to, for example, use specific colours for directories or for files or to indicate failures.
Usage example:
run_this_system_command_in_a_coloured_and_padded_manner(full_configure_command?) { :also_pad_via_cliner }
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 136 def run_system_or_ioparser_command( i, use_colours = use_colours?, use_padding = true, show_the_command_used = true, &block ) yielded = nil if block_given? yielded = yield end case use_colours # ======================================================================= # # === :default # ======================================================================= # when :default use_colours = use_colours? end use_this_colour = :konsole_dodgerblue # ← dodgerblue set_pid(nil) # Reset the PID here. # ======================================================================= # # === The usere wants to do something with "make" past this point here # # I still do not quite understand the second argument. Either way, # I have determined that this works better. # # ffmpeg = IO.popen(cmdline + " #{SHELL_ERROR_CODE}", "w+") # # ======================================================================= # if i and i.start_with?('make') unless is_make_available? # =================================================================== # # We need to inform the user that the "make" binary is not available. # =================================================================== # orev "The program \"#{sfancy('make')}\" #{rev}is "\ "#{swarn('not available')}#{rev}, at the least not as "\ "part of the #{steelblue('$PATH')} #{rev}variable." orev "RBT::Action::SoftwareManager thus can not compile anything. You "\ "may want to check the #{orange('$PATH')} variable." do_not_continue_and_do_not_compile(:be_quiet) return end end i = i.dup if i.frozen? # Work on a copy, just in case. i.strip! # ======================================================================= # # Next append shell-error-code, which is just ' 2>&1' really. # The user can disable this, though, via --do-not-append-no-error, # hence the following if-clause. # ======================================================================= # if append_shell_error_code? i << " #{SHELL_ERROR_CODE}" unless i.end_with? " #{SHELL_ERROR_CODE}" end # ======================================================================= # # We have to determine whether we will ultimately run a system() # variant or Ioparser # ======================================================================= # case use_which_system_command? # ======================================================================= # # === :ioparser # ======================================================================= # when :ioparser if show_the_command_used case yielded when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end coloured_and_padded_e(i, :default, :inner_padding) case yielded when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end end io_object = IO.popen(i, {:err => [:child, :out]}) set_pid(io_object.pid) io_object.each { |line| # =================================================================== # # The next line will also display what has happened. # =================================================================== # parse_this_line_obtained_via_io_popen(line, use_colours) } io_object.close # ======================================================================= # # Right now only the io-parser above can handle the sys-command # strings. # ======================================================================= # # Next, we attempt to determine what some of the errors may be and # perhaps even how to resolve them. # ======================================================================= # # Handle "no configure file" next. # ======================================================================= # if array_sys_command_string? and array_sys_command_string?.any? {|line| line.include? 'sh: ./configure: No such file or directory' } problem_is :no_configure_file # ======================================================================= # # Handle missing headers next. # ======================================================================= # elsif array_sys_command_string?.any? {|line| line.include? 'headers are missing' } _ = array_sys_command_string?.select {|line| line.include? 'headers are missing' } problem_is _ end # ======================================================================= # # === :simple_system # # This entry point is for simple system() calls. # ======================================================================= # when :simple_system, :system if use_padding and show_the_command_used case yielded when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end coloured_and_padded_esystem "#{cmd}", :default, :inner_padding case yielded when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end else if show_the_command_used case yielded when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end colourized_and_padded_esystem(cmd) case yielded # ================================================================= # # === :also_pad_via_cliner # ================================================================= # when :also_pad_via_cliner if use_colours? cliner(use_colour: use_this_colour) else cliner end end else system(cmd) end end end end |
#set_install_these_programs(i = first_argument?, , consider_replacing_the_given_input = :honour_user_configuration_setting) ⇒ Object Also known as: set_compile_these_programs, set_array_compile_these_programs, compile_this=, determine_which_programs_to_compile, set_work_on_this_program
#
set_install_these_programs
This setter-method will designate which programs are to be installed/compiled.
The format for this will be an Array, such as:
['htop','ruby','php']
Note that this method will remove all ‘-’ tokens from the given input at hand, if the second argument given to this method allows this method to do so.
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 323 def set_install_these_programs( i = first_argument?, consider_replacing_the_given_input = :honour_user_configuration_setting ) if i.nil? or i.empty? i = DEFAULT_PROGRAM end i = i.dup if i and i.is_a?(String) and i.frozen? case consider_replacing_the_given_input # ======================================================================= # # === :default # ======================================================================= # when :default consider_replacing_the_given_input = true # ======================================================================= # # === :do_not_replace # # In this case we may not replace the given input. # ======================================================================= # when :do_not_replace consider_replacing_the_given_input = false # ======================================================================= # # === :honour_user_configuration_setting # ======================================================================= # when :honour_user_configuration_setting, :honour_user_settings if will_we_make_use_of_abbreviations? consider_replacing_the_given_input = @internal_hash[:make_use_of_the_cookbook_aliases] else consider_replacing_the_given_input = false end end # ======================================================================= # # We may not replace anything in this case, as otherwise # "--lxqt" may become "--lxqtconfig" or just "lxqtconfig" # which is not desirable. But sometimes this is useful, # so ... # ======================================================================= # unless is_an_archive?(i) _ = i.to_s.dup.downcase.delete('/') # ← Get rid of some unwanted characters. But no longer of '-'. _replace_or_dont_replace = :honour_user_settings if _.start_with?('--') _replace_or_dont_replace = :do_not_replace # This is not yet in use ^^^. else i = remove_archive_at_the_end(File.basename(_)) end end # ======================================================================= # # Next, look for chained-programs. # ======================================================================= # _ = dataset_from_the_file_cookbook_chained_programs? if _.has_key?(i) and !does_include?(i) i = _[i] end # ======================================================================= # # Past this point we don't want "--" entries. # ======================================================================= # i = [i].flatten.compact.reject {|entry| entry.start_with? '--' } i.map! {|entry| entry = entry.to_s.dup # ======================================================================= # # === Handle the possibility of replacing the given input at hand # # This clause is triggered when the user wishes to replace # the given input at hand. # # Invocation example: # # trad libx # # ======================================================================= # if consider_replacing_the_given_input # =================================================================== # # First, check for .pc files directly. That way we can find the # real program at hand; and if not then the .pc suffix will be # dropped anyway. # =================================================================== # if entry.end_with? '.pc' _ = RBT.return_the_associated_program_of_this_pkgconfig_file(entry) unless _ == entry opne 'This .pc file is registered and points to '\ 'the program called '+steelblue(_)+'.' opne 'It will be used as input next.' entry = _ end entry.delete_suffix!('.pc') if entry.end_with? '.pc' end entry.delete_suffix!('.yml') if entry.end_with? '.yml' entry.chop! if entry.end_with? ':','#' # Get rid of trailing ':' and '#'. # entry = entry.delete('-').downcase # All gets downcased. \o/ # ^^^ removeing '-' can be problematic. entry = entry.downcase unless File.exist? entry if is_an_archive?(entry) entry = remove_archive_at_the_end(entry) if entry.include?('-') and (entry =~ /\d+/) # ============================================================= # # Assume entries such as this one here: # mate-panel-1.21.3 # ============================================================= # program_name = ProgramInformation.return_name(entry) _program_version = ProgramInformation.return_version(entry) entry = program_name end end end entry = File.basename(entry) if entry.include? '/' unless RBT.is_this_program_registered?(entry) _ = action(:MapThisInputToThatRegisteredProgram, entry) { :be_quiet } new_entry = _.return_possible_match if new_entry and (new_entry.to_s != entry.to_s) type = _.type? a_or_an = a_or_an?(type) opne "#{rev}Replacing #{steelblue(entry)}"+ rev+' with '+mediumslateblue(new_entry)+rev+ ", as input. It is #{a_or_an} #{rev}"+ mediumorchid(type.tr('_',' '))+"#{rev}." entry = new_entry end end unless entry.to_s.start_with? '--' # Exclude "--flag" options here. end entry } # ======================================================================= # # We will also initialize the cookbook_dataset for the first program, # if possible. We will also delete '.' characters since as of September # 2019, as some programs may be called e. g. "ruamel.yaml". # This was disabled in September 2022. # ======================================================================= # # original_first_program = RBT.compile_these_programs?.first.to_s # first_program = File.basename( # original_first_program.downcase.delete('/.') # ) # if first_program and RBT.is_this_program_included?(first_program) # # ===================================================================== # # # Set the initial seeds for the programs at hand. # # ===================================================================== # # set_compile_this_program(first_program) # initialize_cookbook_dataset_for(first_program) # end ::RBT.set_install_these_programs(i) { :remove_underscore } end |
#set_install_this_program(i, &block) ⇒ Object Also known as: set_handle_this_program, set_compile_this_program, set_program_name
#
set_install_this_program
This method is called set_handle_this_program() in class RBT::Action::SoftwareManager.
#
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# File 'lib/rbt/actions/individual_actions/installer/aggregate.rb', line 558 def set_install_this_program( i, &block ) return if i and i.respond_to?(:start_with?) and i.start_with?('--') # Ignore '--' entries. if i.is_a? Array # Only consider the first input argument here. i = i.first end i = i.to_s.dup # ======================================================================= # # === Ad-hox fix libtool files if given to RBT::Action::SoftwareManager next # # Invocation example: # # rbt libgdk-3.la # # ======================================================================= # if i.respond_to?(:end_with?) and i.end_with?('.la') and !File.exist?(i) do_not_try_to_autofix opne "#{rev}Trying to autocorrect the libtool entry at "\ "#{royalblue(i)}" try_to_autocorrect_this_erroneous_libtool_entry(i) return # And "exit" here. end # ======================================================================= # # Enable is-on-gobolinux if a certain .md file exists: # ======================================================================= # target_file = "#{log_dir?}is_on_gobolinux.md" if File.exist?(target_file) and !File.empty?(target_file) # ======================================================================= # # The above file must have been set on a GoboLinux system, when the # user did a rbt --auto before (or created the file manually). # ======================================================================= # enable_is_on_gobolinux end # ======================================================================= # # Keep track of the program we are compiling in the following variable; # after all that's the whole point of this method. # ======================================================================= # i = i.dup # Must be a String. @internal_hash[:install_this_program] = i return i # Return it here just in case. end |