# This file does some internal fish setup. # It is not recommended to remove or edit it. # # Set default field separators # set -g IFS \n\ \t set -qg __fish_added_user_paths or set -g __fish_added_user_paths # # Create the default command_not_found handler # function __fish_default_command_not_found_handler printf (_ "fish: Unknown command: %s\n") (string escape -- $argv[1]) >&2 end if not status --is-interactive # Hook up the default as the command_not_found handler # if we are not interactive to avoid custom handlers. function fish_command_not_found --on-event fish_command_not_found __fish_default_command_not_found_handler $argv end end # # Set default search paths for completions and shellscript functions # unless they already exist # # __fish_data_dir, __fish_sysconf_dir, __fish_help_dir, __fish_bin_dir # are expected to have been set up by read_init from fish.cpp # Grab extra directories (as specified by the build process, usually for # third-party packages to ship completions &c. set -l __extra_completionsdir set -l __extra_functionsdir set -l __extra_confdir if test -f $__fish_data_dir/__fish_build_paths.fish source $__fish_data_dir/__fish_build_paths.fish end # Compute the directories for vendor configuration. We want to include # all of XDG_DATA_DIRS, as well as the __extra_* dirs defined above. set -l xdg_data_dirs if set -q XDG_DATA_DIRS set --path xdg_data_dirs $XDG_DATA_DIRS set xdg_data_dirs (string replace -r '([^/])/$' '$1' -- $xdg_data_dirs)/fish else set xdg_data_dirs $__fish_data_dir end set -g __fish_vendor_completionsdirs set -g __fish_vendor_functionsdirs set -g __fish_vendor_confdirs # Don't load vendor directories when running unit tests if not set -q FISH_UNIT_TESTS_RUNNING set __fish_vendor_completionsdirs $__fish_user_data_dir/vendor_completions.d $xdg_data_dirs/vendor_completions.d set __fish_vendor_functionsdirs $__fish_user_data_dir/vendor_functions.d $xdg_data_dirs/vendor_functions.d set __fish_vendor_confdirs $__fish_user_data_dir/vendor_conf.d $xdg_data_dirs/vendor_conf.d # Ensure that extra directories are always included. if not contains -- $__extra_completionsdir $__fish_vendor_completionsdirs set -a __fish_vendor_completionsdirs $__extra_completionsdir end if not contains -- $__extra_functionsdir $__fish_vendor_functionsdirs set -a __fish_vendor_functionsdirs $__extra_functionsdir end if not contains -- $__extra_confdir $__fish_vendor_confdirs set -a __fish_vendor_confdirs $__extra_confdir end end # Set up function and completion paths. Make sure that the fish # default functions/completions are included in the respective path. if not set -q fish_function_path set fish_function_path $__fish_config_dir/functions $__fish_sysconf_dir/functions $__fish_vendor_functionsdirs $__fish_data_dir/functions else if not contains -- $__fish_data_dir/functions $fish_function_path set -a fish_function_path $__fish_data_dir/functions end if not set -q fish_complete_path set fish_complete_path $__fish_config_dir/completions $__fish_sysconf_dir/completions $__fish_vendor_completionsdirs $__fish_data_dir/completions $__fish_user_data_dir/generated_completions else if not contains -- $__fish_data_dir/completions $fish_complete_path set -a fish_complete_path $__fish_data_dir/completions end # Add a handler for when fish_user_path changes, so we can apply the same changes to PATH function __fish_reconstruct_path -d "Update PATH when fish_user_paths changes" --on-variable fish_user_paths # Deduplicate $fish_user_paths # This should help with people appending to it in config.fish set -l new_user_path for path in (string split : -- $fish_user_paths) if not contains -- $path $new_user_path set -a new_user_path $path end end if test (count $new_user_path) -lt (count $fish_user_paths) # This will end up calling us again, so we return set fish_user_paths $new_user_path return end set -l local_path $PATH for x in $__fish_added_user_paths set -l idx (contains --index -- $x $local_path) and set -e local_path[$idx] end set -g __fish_added_user_paths if set -q fish_user_paths # Explicitly split on ":" because $fish_user_paths might not be a path variable, # but $PATH definitely is. for x in (string split ":" -- $fish_user_paths[-1..1]) if set -l idx (contains --index -- $x $local_path) set -e local_path[$idx] else set -ga __fish_added_user_paths $x end set -p local_path $x end end set -xg PATH $local_path end # # Launch debugger on SIGTRAP # function fish_sigtrap_handler --on-signal TRAP --no-scope-shadowing --description "TRAP handler: debug prompt" breakpoint end # # When a prompt is first displayed, make sure that interactive # mode-specific initializations have been performed. # This includes a `read` prompt, hence the fish_read event. # This handler removes itself after it is first called. # function __fish_on_interactive --on-event fish_prompt --on-event fish_read __fish_config_interactive functions -e __fish_on_interactive end # Set the locale if it isn't explicitly set. Allowing the lack of locale env vars to imply the # C/POSIX locale causes too many problems. Do this before reading the snippets because they might be # in UTF-8 (with non-ASCII characters). __fish_set_locale # # Some things should only be done for login terminals # This used to be in etc/config.fish - keep it here to keep the semantics # if status --is-login if command -sq /usr/libexec/path_helper # Adapt construct_path from the macOS /usr/libexec/path_helper # executable for fish; see # https://opensource.apple.com/source/shell_cmds/shell_cmds-203/path_helper/path_helper.c.auto.html . function __fish_macos_set_env -d "set an environment variable like path_helper does (macOS only)" set -l result # Populate path according to config files for path_file in $argv[2] $argv[3]/* if test -f $path_file while read -l entry if not contains -- $entry $result test -n "$entry" and set -a result $entry end end <$path_file end end # Merge in any existing path elements for existing_entry in $$argv[1] if not contains -- $existing_entry $result set -a result $existing_entry end end set -xg $argv[1] $result end __fish_macos_set_env PATH /etc/paths '/etc/paths.d' if test -n "$MANPATH" __fish_macos_set_env MANPATH /etc/manpaths '/etc/manpaths.d' end functions -e __fish_macos_set_env end # # Put linux consoles in unicode mode. # if test "$TERM" = linux and string match -qir '\.UTF' -- $LANG and command -sq unicode_start unicode_start end end # Invoke this here to apply the current value of fish_user_path after # PATH is possibly set above. __fish_reconstruct_path # Allow %n job expansion to be used with fg/bg/wait # `jobs` is the only one that natively supports job expansion function __fish_expand_pid_args for arg in $argv if string match -qr '^%\d+$' -- $arg if not jobs -p $arg return 1 end else printf "%s\n" $arg end end end for jobbltn in bg wait disown function $jobbltn -V jobbltn builtin $jobbltn (__fish_expand_pid_args $argv) end end function fg builtin fg (__fish_expand_pid_args $argv)[-1] end if command -q kill # Only define this if something to wrap exists # this allows a nice "commad not found" error to be triggered. function kill command kill (__fish_expand_pid_args $argv) end end # As last part of initialization, source the conf directories. # Implement precedence (User > Admin > Extra (e.g. vendors) > Fish) by basically doing "basename". set -l sourcelist for file in $__fish_config_dir/conf.d/*.fish $__fish_sysconf_dir/conf.d/*.fish $__fish_vendor_confdirs/*.fish set -l basename (string replace -r '^.*/' '' -- $file) contains -- $basename $sourcelist and continue set sourcelist $sourcelist $basename # Also skip non-files or unreadable files. # This allows one to use e.g. symlinks to /dev/null to "mask" something (like in systemd). test -f $file -a -r $file and source $file end