fish debug output

oration /o/dev (integration-tests*) ➜  dev test test/integration/first_bootstrap_test.rb
running
3255
clearing
prestdout: fish: handle_curses() called in response to 'TERM' changing
prestdout: fish: curses var TERM='ansi'
prestdout: fish: sourcing /usr/local/Cellar/fish/2.3.1/share/fish/config.fish
prestdout: fish: Exec job 'builtin source /usr/local/Cellar/fish/2.3.1/share/fish/config.fish' with id 1
prestdout: fish: Exec job 'set -g IFS \n\ \t' with id 2
prestdout: fish: Set status of set -g IFS \n\ \t to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -g IFS \n\ \t), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'status --is-interactive' with id 2
prestdout: fish: Set status of status --is-interactive to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (status --is-interactive), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 3 and 4
prestdout: fish: Exec job 'builtin -n' with id 3
prestdout: fish: Set status of builtin -n to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (builtin -n), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('builtin -n')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 3
prestdout: fish: Exec job 'not contains "string" (builtin -n)' with id 2
prestdout: fish: Set status of not contains "string" (builtin -n) to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not contains "string" (builtin -n)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not set -q NVIM_LISTEN_ADDRESS' with id 2
prestdout: fish: Set status of not set -q NVIM_LISTEN_ADDRESS to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not set -q NVIM_LISTEN_ADDRESS), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'and begin
prestdout: 				set -q KONSOLE_PROFILE_NAME # KDE's konsole
prestdout: 				or string match -q -- "*:*" $ITERM_SESSION_ID # Supporting versions of iTerm2 will include a colon here
prestdout: 				or string match -q -- "st-*" $TERM # suckless' st
prestdout: 				or test "$VTE_VERSION" -ge 3600 # Should be all gtk3-vte-based terms after version 3.6.0.0
prestdout: 				or test "$COLORTERM" = truecolor -o "$COLORTERM" = 24bit # slang expects this
prestdout: 			end' with id 2
prestdout: fish: Exec job 'set -q KONSOLE_PROFILE_NAME' with id 3
prestdout: fish: Set status of set -q KONSOLE_PROFILE_NAME to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -q KONSOLE_PROFILE_NAME), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'or string match -q -- "*:*" $ITERM_SESSION_ID' with id 3
prestdout: fish: Set status of or string match -q -- "*:*" $ITERM_SESSION_ID to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (or string match -q -- "*:*" $ITERM_SESSION_ID), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'or string match -q -- "st-*" $TERM' with id 3
prestdout: fish: Set status of or string match -q -- "st-*" $TERM to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (or string match -q -- "st-*" $TERM), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'or test "$VTE_VERSION" -ge 3600' with id 3
prestdout: fish: Set status of or test "$VTE_VERSION" -ge 3600 to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (or test "$VTE_VERSION" -ge 3600), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'or test "$COLORTERM" = truecolor -o "$COLORTERM" = 24bit' with id 3
prestdout: fish: Set status of or test "$COLORTERM" = truecolor -o "$COLORTERM" = 24bit to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (or test "$COLORTERM" = truecolor -o "$COLORTERM" = 24bit), COMPLETED, NON-INTERACTIVE
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (and begin
prestdout: 				set -q KONSOLE_PROFILE_NAME # KDE's konsole
prestdout: 				or string match -q -- "*:*" $ITERM_SESSION_ID # Supporting versions of iTerm2 will include a colon here
prestdout: 				or string match -q -- "st-*" $TERM # suckless' st
prestdout: 				or test "$VTE_VERSION" -ge 3600 # Should be all gtk3-vte-based terms after version 3.6.0.0
prestdout: 				or test "$COLORTERM" = truecolor -o "$COLORTERM" = 24bit # slang expects this
prestdout: 			end), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l configdir ~/.config' with id 2
prestdout: fish: Set status of set -l configdir ~/.config to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l configdir ~/.config), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -q XDG_CONFIG_HOME' with id 2
prestdout: fish: Set status of set -q XDG_CONFIG_HOME to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -q XDG_CONFIG_HOME), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set configdir $XDG_CONFIG_HOME' with id 2
prestdout: fish: Set status of set configdir $XDG_CONFIG_HOME to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set configdir $XDG_CONFIG_HOME), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l userdatadir ~/.local/share' with id 2
prestdout: fish: Set status of set -l userdatadir ~/.local/share to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l userdatadir ~/.local/share), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -q XDG_DATA_HOME' with id 2
prestdout: fish: Set status of set -q XDG_DATA_HOME to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -q XDG_DATA_HOME), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l __extra_completionsdir' with id 2
prestdout: fish: Set status of set -l __extra_completionsdir to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l __extra_completionsdir), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l __extra_functionsdir' with id 2
prestdout: fish: Set status of set -l __extra_functionsdir to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l __extra_functionsdir), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l __extra_confdir' with id 2
prestdout: fish: Set status of set -l __extra_confdir to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l __extra_confdir), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -f $__fish_datadir/__fish_build_paths.fish' with id 2
prestdout: fish: Set status of test -f $__fish_datadir/__fish_build_paths.fish to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (test -f $__fish_datadir/__fish_build_paths.fish), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'source $__fish_datadir/__fish_build_paths.fish' with id 2
prestdout: fish: Exec job 'set __extra_completionsdir /usr/local/share/fish/vendor_completions.d' with id 3
prestdout: fish: Set status of set __extra_completionsdir /usr/local/share/fish/vendor_completions.d to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __extra_completionsdir /usr/local/share/fish/vendor_completions.d), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __extra_functionsdir /usr/local/share/fish/vendor_functions.d' with id 3
prestdout: fish: Set status of set __extra_functionsdir /usr/local/share/fish/vendor_functions.d to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __extra_functionsdir /usr/local/share/fish/vendor_functions.d), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __extra_confdir /usr/local/share/fish/vendor_conf.d' with id 3
prestdout: fish: Set status of set __extra_confdir /usr/local/share/fish/vendor_conf.d to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __extra_confdir /usr/local/share/fish/vendor_conf.d), COMPLETED, NON-INTERACTIVE
prestdout: fish: Set status of source $__fish_datadir/__fish_build_paths.fish to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (source $__fish_datadir/__fish_build_paths.fish), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not set -q fish_function_path' with id 2
prestdout: fish: Set status of not set -q fish_function_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not set -q fish_function_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set fish_function_path $configdir/fish/functions $__fish_sysconfdir/functions $__extra_functionsdir $__fish_datadir/functions' with id 2
prestdout: fish: Set status of set fish_function_path $configdir/fish/functions $__fish_sysconfdir/functions $__extra_functionsdir $__fish_datadir/functions to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set fish_function_path $configdir/fish/functions $__fish_sysconfdir/functions $__extra_functionsdir $__fish_datadir/functions), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not contains $__fish_datadir/functions $fish_function_path' with id 2
prestdout: fish: Set status of not contains $__fish_datadir/functions $fish_function_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not contains $__fish_datadir/functions $fish_function_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not set -q fish_complete_path' with id 2
prestdout: fish: Set status of not set -q fish_complete_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not set -q fish_complete_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set fish_complete_path $configdir/fish/completions $__fish_sysconfdir/completions $__extra_completionsdir $__fish_datadir/completions $userdatadir/fish/generated_completions' with id 2
prestdout: fish: Set status of set fish_complete_path $configdir/fish/completions $__fish_sysconfdir/completions $__extra_completionsdir $__fish_datadir/completions $userdatadir/fish/generated_completions to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set fish_complete_path $configdir/fish/completions $__fish_sysconfdir/completions $__extra_completionsdir $__fish_datadir/completions $userdatadir/fish/generated_completions), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not contains $__fish_datadir/completions $fish_complete_path' with id 2
prestdout: fish: Set status of not contains $__fish_datadir/completions $fish_complete_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not contains $__fish_datadir/completions $fish_complete_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d /usr/xpg4/bin' with id 2
prestdout: fish: Set status of test -d /usr/xpg4/bin to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (test -d /usr/xpg4/bin), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -g __fish_tmp_path $PATH' with id 2
prestdout: fish: Set status of set -g __fish_tmp_path $PATH to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -g __fish_tmp_path $PATH), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -r /etc/paths' with id 2
prestdout: fish: Set status of test -r /etc/paths to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (test -r /etc/paths), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'and __fish_load_path_helper_paths < /etc/paths' with id 2
prestdout: fish: Exec job 'set __fish_tmp_path $__fish_tmp_path[-1..1]' with id 3
prestdout: fish: Set status of set __fish_tmp_path $__fish_tmp_path[-1..1] to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $__fish_tmp_path[-1..1]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'and set -e __fish_tmp_path[$where]' with id 3
prestdout: fish: Set status of and set -e __fish_tmp_path[$where] to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (and set -e __fish_tmp_path[$where]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'and set -e __fish_tmp_path[$where]' with id 3
prestdout: fish: Set status of and set -e __fish_tmp_path[$where] to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (and set -e __fish_tmp_path[$where]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $__fish_tmp_path[-1..1]' with id 3
prestdout: fish: Set status of set __fish_tmp_path $__fish_tmp_path[-1..1] to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $__fish_tmp_path[-1..1]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (and __fish_load_path_helper_paths < /etc/paths), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job '__fish_load_path_helper_paths < $pathfile' with id 2
prestdout: fish: Exec job 'set __fish_tmp_path $__fish_tmp_path[-1..1]' with id 3
prestdout: fish: Set status of set __fish_tmp_path $__fish_tmp_path[-1..1] to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $__fish_tmp_path[-1..1]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'test -d $new_path_comp' with id 3
prestdout: fish: Set status of test -d $new_path_comp to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (test -d $new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Created pipe using fds 4 and 5
prestdout: fish: Exec job 'contains -i $new_path_comp $__fish_tmp_path' with id 4
prestdout: fish: Set status of contains -i $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 4, gid 0 (contains -i $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: proc::read_try('contains -i $new_path_comp $__fish_tmp_path')
prestdout:
prestdout: fish: io_buffer_t::read: blocking read on fd 4
prestdout: fish: Exec job 'set -l where (contains -i $new_path_comp $__fish_tmp_path)' with id 3
prestdout: fish: Set status of set -l where (contains -i $new_path_comp $__fish_tmp_path) to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l where (contains -i $new_path_comp $__fish_tmp_path)), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $new_path_comp $__fish_tmp_path' with id 3
prestdout: fish: Set status of set __fish_tmp_path $new_path_comp $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $new_path_comp $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'read -l new_path_comp' with id 3
prestdout: fish: Set status of read -l new_path_comp to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (read -l new_path_comp), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set __fish_tmp_path $__fish_tmp_path[-1..1]' with id 3
prestdout: fish: Set status of set __fish_tmp_path $__fish_tmp_path[-1..1] to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set __fish_tmp_path $__fish_tmp_path[-1..1]), COMPLETED, NON-INTERACTIVE
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (__fish_load_path_helper_paths < $pathfile), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -xg PATH $__fish_tmp_path' with id 2
prestdout: fish: Set status of set -xg PATH $__fish_tmp_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -xg PATH $__fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -e __fish_tmp_path' with id 2
prestdout: fish: Set status of set -e __fish_tmp_path to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -e __fish_tmp_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'functions -e __fish_load_path_helper_paths' with id 2
prestdout: fish: unregister: EVENT_ANY: "__fish_load_path_helper_paths"
prestdout:
prestdout: fish: Set status of functions -e __fish_load_path_helper_paths to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (functions -e __fish_load_path_helper_paths), COMPLETED, NON-INTERACTIVE
prestdout: fish: register: EVENT_VARIABLE($fish_user_paths): "__fish_reconstruct_path"
prestdout:
prestdout: fish: Exec job '__fish_reconstruct_path' with id 2
prestdout: fish: Exec job 'set -l local_path $PATH' with id 3
prestdout: fish: Set status of set -l local_path $PATH to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l local_path $PATH), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l x' with id 3
prestdout: fish: Set status of set -l x to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -l x), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -e __fish_added_user_paths' with id 3
prestdout: fish: Set status of set -e __fish_added_user_paths to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -e __fish_added_user_paths), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -xg PATH $local_path' with id 3
prestdout: fish: Set status of set -xg PATH $local_path to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 3, gid 0 (set -xg PATH $local_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (__fish_reconstruct_path), COMPLETED, NON-INTERACTIVE
prestdout: fish: register: EVENT_SIGNAL(SIGTRAP): "fish_sigtrap_handler"
prestdout:
prestdout: fish: register: EVENT_GENERIC(fish_prompt): "__fish_on_interactive"
prestdout:
prestdout: fish: Exec job 'set -l sourcelist' with id 2
prestdout: fish: Set status of set -l sourcelist to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l sourcelist), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'not set -q __fish_init_2_3_0' with id 2
prestdout: fish: Set status of not set -q __fish_init_2_3_0 to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (not set -q __fish_init_2_3_0), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -l fab' with id 2
prestdout: fish: Set status of set -l fab to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -l fab), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set fish_user_abbreviations $fab' with id 2
prestdout: fish: Set status of set fish_user_abbreviations $fab to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set fish_user_abbreviations $fab), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'set -U __fish_init_2_3_0' with id 2
prestdout: fish: universal log sync
prestdout: fish: universal log performing full sync
prestdout: fish: Set status of set -U __fish_init_2_3_0 to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (set -U __fish_init_2_3_0), COMPLETED, NON-INTERACTIVE
prestdout: fish: Exec job 'status --is-login' with id 2
prestdout: fish: Set status of status --is-login to 1 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 2, gid 0 (status --is-login), COMPLETED, NON-INTERACTIVE
prestdout: fish: Set status of builtin source /usr/local/Cellar/fish/2.3.1/share/fish/config.fish to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 1, gid 0 (builtin source /usr/local/Cellar/fish/2.3.1/share/fish/config.fish), COMPLETED, NON-INTERACTIVE
prestdout: fish: sourcing /usr/local/Cellar/fish/2.3.1/etc/fish/config.fish
prestdout: fish: Exec job 'builtin source /usr/local/Cellar/fish/2.3.1/etc/fish/config.fish' with id 1
prestdout: fish: Set status of builtin source /usr/local/Cellar/fish/2.3.1/etc/fish/config.fish to 0 using short circuit
prestdout: fish: Job is constructed
prestdout: fish: Continue job 1, gid 0 (builtin source /usr/local/Cellar/fish/2.3.1/etc/fish/config.fish), COMPLETED, NON-INTERACTIVE
prestdout: fish: not sourcing /var/folders/5k/_m7hl3gs7kn4b6200s356s_m0000gn/T/d20161021-3250-130l8v2/fish/config.fish (not readable or does not exist)
prestdout: fish: Connect to socket /tmp/fishd.socket.dev at fd 5
prestdout: fish: Connect to socket /tmp/fish.dev/fishd.socket at fd 5

lsof output

oration /o/dev (integration-tests*) ➜  lsof  -p 2482
COMMAND  PID     USER   FD   TYPE             DEVICE  SIZE/OFF     NODE NAME
fish    2482 hornairs  cwd    DIR                1,4       884  1886364 /opt/dev
fish    2482 hornairs  txt    REG                1,4    949204 18304838 /usr/local/Cellar/fish/2.3.1/bin/fish
fish    2482 hornairs  txt    REG                1,4    401652 18303893 /usr/local/Cellar/pcre2/10.22/lib/libpcre2-32.0.dylib
fish    2482 hornairs  txt    REG                1,4    693344 15696172 /usr/lib/dyld
fish    2482 hornairs  txt    REG                1,4 647135232 17610691 /private/var/db/dyld/dyld_shared_cache_x86_64h
fish    2482 hornairs    0   PIPE 0x7d14c2053bd55831     16384          ->0x7d14c2053bd54b71
fish    2482 hornairs    1   PIPE 0x7d14c2053bd574b1     16384          ->0x7d14c2053bd54e71
fish    2482 hornairs    2   PIPE 0x7d14c2053bd54f31     16384          ->0x7d14c2053bd55231
fish    2482 hornairs    3   PIPE 0x7d14c2053bd57331     16384          ->0x7d14c2053bd568b1
fish    2482 hornairs    4   PIPE 0x7d14c2053bd568b1     16384          ->0x7d14c2053bd57331
fish    2482 hornairs    5   PIPE 0x7d14c2053bd55831     16384          ->0x7d14c2053bd54b71