# localization: skip(private) # # Initializations that should only be performed when entering interactive mode. # # This function is called by the __fish_on_interactive function, which is defined in config.fish. # function __fish_config_interactive -d "Initializations that should be performed when entering interactive mode" functions -e __fish_config_interactive set -g __fish_active_key_bindings functions -q __fish_webconfig_update_color_hook # # Generate man page completions if not present. # # Don't do this if we're being invoked as part of running unit tests. if not set -q FISH_UNIT_TESTS_RUNNING if not test -d $__fish_cache_dir/generated_completions # We cannot simply do `fish_update_completions &` because it is a function. # We don't want to call `fish -c` since that is unnecessary and sources config.fish again. mkdir -p $__fish_cache_dir/generated_completions fish_update_completions_detach=true fish_update_completions 2>/dev/null end end # # Print a greeting. # The default just prints a variable of the same name. # # NOTE: This status check is necessary to not print the greeting when `read`ing in scripts. See #7080. if status --is-interactive and functions -q fish_greeting fish_greeting end # Display SHELL_WELCOME if set. This is a standard environment variable (introduced by # systemd v257) intended for shells to display when they first initialize. if status --is-interactive and set -q SHELL_WELCOME[1] string join -- ' ' $SHELL_WELCOME end # # Completions for SysV startup scripts. These aren't bound to any # specific command, so they can't be autoloaded. # if test -d /etc/init.d complete -x -p "/etc/init.d/*" -a start --description 'Start service' complete -x -p "/etc/init.d/*" -a stop --description 'Stop service' complete -x -p "/etc/init.d/*" -a status --description 'Print service status' complete -x -p "/etc/init.d/*" -a restart --description 'Stop and then start service' complete -x -p "/etc/init.d/*" -a reload --description 'Reload service configuration' end # # Only a few builtins take filenames; initialize the rest with no file completions # complete -c(builtin -n | string match -rv '(\.|:|source|cd|contains|count|echo|exec|fish_indent|printf|random|realpath|set|\\[|test|for)') --no-files # Reload key bindings when binding variable change function __fish_reload_key_bindings -d "Reload key bindings when binding variable change" --on-variable fish_key_bindings # Make sure some key bindings are set if not set --query fish_key_bindings set --global fish_key_bindings fish_default_key_bindings return end # Do nothing if the key bindings didn't actually change. # This could be because the variable was set to the existing value # or because it was a local variable. # If fish_key_bindings is empty on the first run, we still need to set the defaults. if test "$fish_key_bindings" = "$__fish_active_key_bindings" -a -n "$fish_key_bindings" return end # Check if fish_key_bindings is a valid function. # If not, either keep the previous bindings (if any) or revert to default. # Also print an error so the user knows. if not functions -q "$fish_key_bindings" echo "There is no fish_key_bindings function called: '$fish_key_bindings'" >&2 # We need to see if this is a defined function, otherwise we'd be in an endless loop. if functions -q $__fish_active_key_bindings echo "Keeping $__fish_active_key_bindings" >&2 # Set the variable to the old value so this error doesn't happen again. set fish_key_bindings $__fish_active_key_bindings return 1 else if functions -q fish_default_key_bindings echo "Reverting to default bindings" >&2 set fish_key_bindings fish_default_key_bindings # Return because we are called again return 0 else # If we can't even find the default bindings, something is broken. # Without it, we would eventually run into the stack size limit, but that'd print hundreds of duplicate lines # so we should give up earlier. echo "Cannot find fish_default_key_bindings, falling back to very simple bindings." >&2 echo "Most likely something is wrong with your installation." >&2 return 0 end end set -g __fish_active_key_bindings "$fish_key_bindings" set -g fish_bind_mode default $fish_key_bindings # Load user key bindings if they are defined if functions --query fish_user_key_bindings >/dev/null fish_user_key_bindings end end # Load key bindings __fish_reload_key_bindings # Detect whether the terminal reflows on its own # If it does we shouldn't do it. # Allow $fish_handle_reflow to override it. if not set -q fish_handle_reflow # VTE reflows the text itself, so us doing it inevitably races against it. # Guidance from the VTE developers is to let them repaint. # Konsole reflows since version 21.04. Konsole added XTVERSION # in v22.03.80~7. # TODO(term-workaround) if string match -rq -- '^(?:VTE\b|Konsole |WezTerm )' (status terminal) or begin set -q KONSOLE_VERSION and test "$KONSOLE_VERSION" -ge 210400 2>/dev/null end or string match -q -- 'alacritty*' $TERM set -g fish_handle_reflow 0 else set -g fish_handle_reflow 1 end end function __fish_winch_handler --on-signal WINCH -d "Repaint screen when window changes size" if test "$fish_handle_reflow" = 1 2>/dev/null commandline -f repaint >/dev/null 2>/dev/null end end # Notify terminals when $PWD changes via OSC 7 (issue #906). if not functions --query __fish_update_cwd_osc function __fish_update_cwd_osc --description 'Notify terminals when $PWD might have changed' \ --on-variable=PWD --on-event=fish_prompt set -l host $hostname # if set -l konsole_version (string match -r -- '^Konsole (\d+)\..*' (status terminal))[2] # # To-do: use a Konsole version where KF6_DEP_VERSION is >= 6.12 # and $konsole_version -lt ??? # end # TODO(term-workaround) if set -q KONSOLE_VERSION set host '' end if [ -n "$MSYSTEM" ] && string match -rq -- '^(Konsole|WezTerm) ' (status terminal) return end if [ "$TERM" = dumb ] return end printf \e\]7\;file://%s%s\a (string escape --style=url -- $host $PWD) end end __fish_update_cwd_osc # Run once because we might have already inherited a PWD from an old tab end