Use spaces instead of tabs

This commit is contained in:
Shohei YOSHIDA 2026-03-13 11:31:47 +09:00
parent 28c5bdcaf8
commit 32210c83c5
No known key found for this signature in database
GPG Key ID: C9A1BB11BB940CF2
4 changed files with 595 additions and 623 deletions

View File

@ -108,8 +108,8 @@ _chromium_proxyurls () {
do
while _next_label prefixes expl 'URL prefix' -S '' "$@"
do
compset -S '[^:/]*' && compstate[to_end]=''
compadd "$expl[@]" http:// socks:// socks4:// socks5:// && ret=0
compset -S '[^:/]*' && compstate[to_end]=''
compadd "$expl[@]" http:// socks:// socks4:// socks5:// && ret=0
done
(( ret )) || return 0
done
@ -123,27 +123,27 @@ _chromium_proxyurls () {
return
fi ;;
(file) [[ -prefix //(127.0.0.1|localhost)/ ]] && compset -P '//(127.0.0.1|localhost)'
[[ -prefix /// ]] && compset -P //
if ! compset -P //
then
_tags -C file files
while _tags
do
while _next_label files expl 'local file'
do
if [[ -prefix / ]]
then
_path_files "$expl[@]" -S '' "${glob[@]}" && ret=0
_path_files "$expl[@]" -S/ -r '/' -/ && ret=0
elif [[ -z "$PREFIX" ]]
then
compadd -S '/' -r '/' "$expl[@]" "$@" - "${PWD%/}" && ret=0
fi
done
(( ret )) || return 0
done
return 1
fi ;;
[[ -prefix /// ]] && compset -P //
if ! compset -P //
then
_tags -C file files
while _tags
do
while _next_label files expl 'local file'
do
if [[ -prefix / ]]
then
_path_files "$expl[@]" -S '' "${glob[@]}" && ret=0
_path_files "$expl[@]" -S/ -r '/' -/ && ret=0
elif [[ -z "$PREFIX" ]]
then
compadd -S '/' -r '/' "$expl[@]" "$@" - "${PWD%/}" && ret=0
fi
done
(( ret )) || return 0
done
return 1
fi ;;
esac
if ! compset -P '(#b)([^:/]#)([:/])'
then
@ -153,10 +153,10 @@ _chromium_proxyurls () {
do
while _next_label hosts expl host
do
compset -S '[:/]*' || suf="/"
(( $#uhosts )) || _hosts -S "$suf" -r '/:' "$expl[@]" && ret=0
[[ "$scheme" = http ]] && uhosts=($uhosts $localhttp_servername)
compadd -S "$suf" -r '/:' "$expl[@]" -a uhosts && ret=0
compset -S '[:/]*' || suf="/"
(( $#uhosts )) || _hosts -S "$suf" -r '/:' "$expl[@]" && ret=0
[[ "$scheme" = http ]] && uhosts=($uhosts $localhttp_servername)
compadd -S "$suf" -r '/:' "$expl[@]" -a uhosts && ret=0
done
(( ret )) || return 0
done
@ -171,28 +171,28 @@ _chromium_proxyurls () {
then
if ! compset -P '(#b)([^/]#)/'
then
_users -S/ "$@"
return
_users -S/ "$@"
return
fi
user="$match[1]"
while _tags
do
while _next_label files expl 'local file'
do
_path_files "$expl[@]" "$@" -W ~$user/$localhttp_userdir "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W ~$user/$localhttp_userdir-/ && ret=0
done
(( ret )) || return 0
while _next_label files expl 'local file'
do
_path_files "$expl[@]" "$@" -W ~$user/$localhttp_userdir "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W ~$user/$localhttp_userdir-/ && ret=0
done
(( ret )) || return 0
done
else
while _tags
do
while _next_label files expl 'local file'
do
_path_files "$expl[@]" "$@" -W $localhttp_documentroot "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W $localhttp_documentroot -/ && ret=0
done
(( ret )) || return 0
while _next_label files expl 'local file'
do
_path_files "$expl[@]" "$@" -W $localhttp_documentroot "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W $localhttp_documentroot -/ && ret=0
done
(( ret )) || return 0
done
fi
else
@ -200,8 +200,8 @@ _chromium_proxyurls () {
do
(( $#urls )) && while _next_label files expl 'local file'
do
_path_files "$expl[@]" "$@" -W $urls/$scheme/$host "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W $urls/$scheme/$host -/ && ret=0
_path_files "$expl[@]" "$@" -W $urls/$scheme/$host "${glob[@]}" && ret=0
_path_files -S/ -r '/' "$expl[@]" -W $urls/$scheme/$host -/ && ret=0
done
[[ $scheme = (scp|sftp) ]] && _requested remote-files && _remote_files -h $host -- ssh && ret=0
(( ret )) || return 0

View File

@ -40,397 +40,367 @@
#
# ------------------------------------------------------------------------------
_git-flow () {
local curcontext="$curcontext" state line
typeset -A opt_args
_git-flow ()
{
local curcontext="$curcontext" state line
typeset -A opt_args
_arguments -C \
':command:->command' \
'*::options:->options'
_arguments -C \
':command:->command' \
'*::options:->options'
case $state in
(command)
local -a subcommands
subcommands=(
'init:Initialize a new git repo with support for the branching model.'
'feature:Manage your feature branches.'
'release:Manage your release branches.'
'hotfix:Manage your hotfix branches.'
'support:Manage your support branches.'
'version:Shows version information.'
)
_describe -t commands 'git flow' subcommands
;;
case $state in
(command)
(options)
case $line[1] in
(init)
_arguments \
-f'[Force setting of gitflow branches, even if already configured]' \
-d'[Use default branch naming conventions and prefixes]'
;;
(version)
;;
(hotfix)
__git-flow-hotfix
;;
(release)
__git-flow-release
;;
(feature)
__git-flow-feature
;;
(support)
__git-flow-support
;;
local -a subcommands
subcommands=(
'init:Initialize a new git repo with support for the branching model.'
'feature:Manage your feature branches.'
'release:Manage your release branches.'
'hotfix:Manage your hotfix branches.'
'support:Manage your support branches.'
'version:Shows version information.'
)
_describe -t commands 'git flow' subcommands
;;
(options)
case $line[1] in
(init)
_arguments \
-f'[Force setting of gitflow branches, even if already configured]' \
-d'[Use default branch naming conventions and prefixes]'
;;
(version)
;;
(hotfix)
__git-flow-hotfix
;;
(release)
__git-flow-release
;;
(feature)
__git-flow-feature
;;
(support)
__git-flow-support
;;
esac
;;
esac
esac
;;
esac
}
__git-flow-release ()
{
local curcontext="$curcontext" state line
typeset -A opt_args
__git-flow-release () {
local curcontext="$curcontext" state line
typeset -A opt_args
_arguments -C \
':command:->command' \
'*::options:->options'
_arguments -C \
':command:->command' \
'*::options:->options'
case $state in
(command)
case $state in
(command)
local -a subcommands
subcommands=(
'start:Start a new release branch.'
'finish:Finish a release branch.'
'list:List all your release branches. (Alias to `git flow release`)'
'publish:Publish this release branch to origin.`)'
'track:Track a release branch from origin.`)'
)
_describe -t commands 'git flow release' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
local -a subcommands
subcommands=(
'start:Start a new release branch.'
'finish:Finish a release branch.'
'list:List all your release branches. (Alias to `git flow release`)'
'publish:Publish this release branch to origin.`)'
'track:Track a release branch from origin.`)'
)
_describe -t commands 'git flow release' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
(options)
case $line[1] in
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':version:__git_flow_version_list'
;;
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-s'[Sign the release tag cryptographically]'\
-u'[Use the given GPG-key for the digital signature (implies -s)]'\
-m'[Use the given tag message]'\
-n'[Don'\''t tag this release]'\
-p'[Push to $ORIGIN after performing finish]'\
-k'[Keep branch after performing finish]'\
':version:__git_flow_version_list'
;;
(publish)
_arguments \
':version:__git_flow_version_list'
;;
(track)
_arguments \
':version:__git_flow_version_list'
;;
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
(options)
case $line[1] in
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':version:__git_flow_version_list'
;;
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-s'[Sign the release tag cryptographically]'\
-u'[Use the given GPG-key for the digital signature (implies -s)]'\
-m'[Use the given tag message]'\
-n'[Don'\''t tag this release]'\
-p'[Push to $ORIGIN after performing finish]'\
-k'[Keep branch after performing finish]'\
':version:__git_flow_version_list'
;;
(publish)
_arguments \
':version:__git_flow_version_list'
;;
(track)
_arguments \
':version:__git_flow_version_list'
;;
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
}
__git-flow-hotfix ()
{
local curcontext="$curcontext" state line
typeset -A opt_args
__git-flow-hotfix () {
local curcontext="$curcontext" state line
typeset -A opt_args
_arguments -C \
':command:->command' \
'*::options:->options'
_arguments -C \
':command:->command' \
'*::options:->options'
case $state in
(command)
case $state in
(command)
local -a subcommands
subcommands=(
'start:Start a new hotfix branch.'
'finish:Finish a hotfix branch.'
'list:List all your hotfix branches. (Alias to `git flow hotfix`)'
'publish:Publish this hotfix branch to origin`)'
)
_describe -t commands 'git flow hotfix' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
local -a subcommands
subcommands=(
'start:Start a new hotfix branch.'
'finish:Finish a hotfix branch.'
'list:List all your hotfix branches. (Alias to `git flow hotfix`)'
'publish:Publish this hotfix branch to origin`)'
)
_describe -t commands 'git flow hotfix' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
(options)
case $line[1] in
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':hotfix:__git_flow_version_list'\
':branch-name:__git_branch_names'
;;
(options)
case $line[1] in
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-s'[Sign the release tag cryptographically]'\
-u'[Use the given GPG-key for the digital signature (implies -s)]'\
-m'[Use the given tag message]'\
-p'[Push to $ORIGIN after performing finish]'\
':hotfix:__git_flow_hotfix_list'
;;
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':hotfix:__git_flow_version_list'\
':branch-name:__git_branch_names'
;;
(publish)
_arguments \
':hotfix:__git_flow_hotfix_list'
;;
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-s'[Sign the release tag cryptographically]'\
-u'[Use the given GPG-key for the digital signature (implies -s)]'\
-m'[Use the given tag message]'\
-p'[Push to $ORIGIN after performing finish]'\
':hotfix:__git_flow_hotfix_list'
;;
(publish)
_arguments \
':hotfix:__git_flow_hotfix_list'
;;
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
}
__git-flow-feature ()
{
local curcontext="$curcontext" state line
typeset -A opt_args
__git-flow-feature () {
local curcontext="$curcontext" state line
typeset -A opt_args
_arguments -C \
':command:->command' \
'*::options:->options'
_arguments -C \
':command:->command' \
'*::options:->options'
case $state in
(command)
local -a subcommands
subcommands=(
'start:Start a new feature branch.'
'finish:Finish a feature branch.'
'list:List all your feature branches. (Alias to `git flow feature`)'
'publish:Publish this feature branch to origin.'
'track:Track a feature branch from origin.'
'diff:Show a diff of changes since this feature branched off.'
'rebase:Rebase a feature branch on top of develop.'
case $state in
(command)
local -a subcommands
subcommands=(
'start:Start a new feature branch.'
'finish:Finish a feature branch.'
'list:List all your feature branches. (Alias to `git flow feature`)'
'publish:Publish this feature branch to origin.'
'track:Track a feature branch from origin.'
'diff:Show a diff of changes since this feature branched off.'
'rebase:Rebase a feature branch on top of develop.'
'checkout:Check out (switch to) the given feature branch.'
'pull:Pull a feature branch from a remote peer.'
)
_describe -t commands 'git flow feature' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
'pull:Pull a feature branch from a remote peer.'
)
_describe -t commands 'git flow feature' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
(options)
case $line[1] in
(options)
case $line[1] in
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':feature:__git_flow_feature_list'\
':branch-name:__git_branch_names'
;;
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':feature:__git_flow_feature_list'\
':branch-name:__git_branch_names'
;;
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-r'[Finish branch by rebasing first]'\
-k'[Keep branch after performing finish]'\
-D'[Force delete feature branch after finish]'\
':feature:__git_flow_feature_list'
;;
(finish)
_arguments \
-F'[Fetch from origin before performing finish]' \
-r'[Finish branch by rebasing first]'\
-k'[Keep branch after performing finish]'\
-D'[Force delete feature branch after finish]'\
':feature:__git_flow_feature_list'
;;
(publish)
_arguments \
':feature:__git_flow_feature_list'\
;;
(publish)
_arguments \
':feature:__git_flow_feature_list'\
;;
(track)
_arguments \
':feature:__git_flow_feature_list'\
;;
(track)
_arguments \
':feature:__git_flow_feature_list'\
;;
(diff)
_arguments \
':branch:__git_branch_names'\
;;
(diff)
_arguments \
':branch:__git_branch_names'\
;;
(rebase)
_arguments \
-i'[Do an interactive rebase]' \
':branch:__git_branch_names'
;;
(rebase)
_arguments \
-i'[Do an interactive rebase]' \
':branch:__git_branch_names'
;;
(checkout)
_arguments \
':branch:__git_flow_feature_list'\
;;
(checkout)
_arguments \
':branch:__git_flow_feature_list'\
;;
(pull)
_arguments \
':remote:__git_remotes'\
':branch:__git_branch_names'
;;
(pull)
_arguments \
':remote:__git_remotes'\
':branch:__git_branch_names'
;;
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
}
__git-flow-support ()
{
local curcontext="$curcontext" state line
typeset -A opt_args
__git-flow-support () {
local curcontext="$curcontext" state line
typeset -A opt_args
_arguments -C \
':command:->command' \
'*::options:->options'
_arguments -C \
':command:->command' \
'*::options:->options'
case $state in
(command)
case $state in
(command)
local -a subcommands
subcommands=(
'start:Start a new support branch.'
'list:List all your support branches. (Alias to `git flow support`)'
)
_describe -t commands 'git flow support' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
local -a subcommands
subcommands=(
'start:Start a new support branch.'
'list:List all your support branches. (Alias to `git flow support`)'
)
_describe -t commands 'git flow support' subcommands
_arguments \
-v'[Verbose (more) output]'
;;
(options)
case $line[1] in
(options)
case $line[1] in
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':feature:__git_flow_support_list'\
':branch-name:__git_branch_names'
;;
(start)
_arguments \
-F'[Fetch from origin before performing finish]'\
':feature:__git_flow_support_list'\
':branch-name:__git_branch_names'
;;
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
*)
_arguments \
-v'[Verbose (more) output]'
;;
esac
;;
esac
}
__git_flow_version_list ()
{
local expl
declare -a versions
__git_flow_version_list () {
local expl
declare -a versions
versions=(${${(f)"$(_call_program versions git flow release list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
versions=(${${(f)"$(_call_program versions git flow release list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
_wanted versions expl 'version' compadd $versions
_wanted versions expl 'version' compadd $versions
}
__git_flow_feature_list ()
{
local expl
declare -a features
__git_flow_feature_list () {
local expl
declare -a features
features=(${${(f)"$(_call_program features git flow feature list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
features=(${${(f)"$(_call_program features git flow feature list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
_wanted features expl 'feature' compadd $features
_wanted features expl 'feature' compadd $features
}
__git_remotes () {
local expl gitdir remotes
local expl gitdir remotes
gitdir=$(_call_program gitdir git rev-parse --git-dir 2>/dev/null)
__git_command_successful || return
gitdir=$(_call_program gitdir git rev-parse --git-dir 2>/dev/null)
__git_command_successful || return
remotes=(${${(f)"$(_call_program remotes git config --get-regexp '"^remote\..*\.url$"')"}//#(#b)remote.(*).url */$match[1]})
__git_command_successful || return
remotes=(${${(f)"$(_call_program remotes git config --get-regexp '"^remote\..*\.url$"')"}//#(#b)remote.(*).url */$match[1]})
__git_command_successful || return
# TODO: Should combine the two instead of either or.
if (( $#remotes > 0 )); then
_wanted remotes expl remote compadd $* - $remotes
else
_wanted remotes expl remote _files $* - -W "($gitdir/remotes)" -g "$gitdir/remotes/*"
fi
# TODO: Should combine the two instead of either or.
if (( $#remotes > 0 )); then
_wanted remotes expl remote compadd $* - $remotes
else
_wanted remotes expl remote _files $* - -W "($gitdir/remotes)" -g "$gitdir/remotes/*"
fi
}
__git_flow_hotfix_list ()
{
local expl
declare -a hotfixes
__git_flow_hotfix_list () {
local expl
declare -a hotfixes
hotfixes=(${${(f)"$(_call_program hotfixes git flow hotfix list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
hotfixes=(${${(f)"$(_call_program hotfixes git flow hotfix list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
_wanted hotfixes expl 'hotfix' compadd $hotfixes
_wanted hotfixes expl 'hotfix' compadd $hotfixes
}
__git_flow_support_list ()
{
local expl
declare -a support
__git_flow_support_list () {
local expl
declare -a support
support=(${${(f)"$(_call_program support git flow support list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
support=(${${(f)"$(_call_program support git flow support list 2> /dev/null | tr -d ' |*')"}})
__git_command_successful || return
_wanted hotfixes expl 'support' compadd $support
_wanted hotfixes expl 'support' compadd $support
}
__git_branch_names () {
local expl
declare -a branch_names
local expl
declare -a branch_names
branch_names=(${${(f)"$(_call_program branchrefs git for-each-ref --format='"%(refname)"' refs/heads 2>/dev/null)"}#refs/heads/})
__git_command_successful || return
branch_names=(${${(f)"$(_call_program branchrefs git for-each-ref --format='"%(refname)"' refs/heads 2>/dev/null)"}#refs/heads/})
__git_command_successful || return
_wanted branch-names expl branch-name compadd $* - $branch_names
_wanted branch-names expl branch-name compadd $* - $branch_names
}
__git_command_successful () {
if (( ${#pipestatus:#0} > 0 )); then
_message 'not a git repository'
return 1
fi
return 0
if (( ${#pipestatus:#0} > 0 )); then
_message 'not a git repository'
return 1
fi
return 0
}
_git-flow "$@"

View File

@ -230,7 +230,7 @@ _language_codes() {
case $command in
ISO-639-1)
_language_codes_${${command//-/_}:l} "${@[1,-2]}" && ret=0
_language_codes_${${command//-/_}:l} "${@[1,-2]}" && ret=0
;;
*)
_message "unknown command: $command"

View File

@ -12,278 +12,280 @@
# * Markus Richter ( https://github.com/mqus , <mqus@disroot.org>)
#
# ------------------------------------------------------------------------------
_nft(){
local -a rules states prev args families options descriptors
local state="start" line nextstate cmd_obj cmd_subcmd cmd_fam cmd_tab cmd_chain #curcontext="$curcontext"
local -a rules states prev args families options descriptors
local state="start" line nextstate cmd_obj cmd_subcmd cmd_fam cmd_tab cmd_chain #curcontext="$curcontext"
options=(
'(-)'{-h,--help}'[show help]' \
'(-)'{-v,--version}'[print version information]' \
"(-i --interactive)"{-i,--interactive}'[read input from interactive CLI]: :->end' \
"(-f --file)"{-f,--file}'[read input from <filename>]:nftables rule file:_files' \
'(-c --check -n --numeric -N)'{-c,--check}"[check command's validity without actually applying the changes]" \
'(-j --json)'{-j,--json}'[format output in json]' \
'(-c --check -N)*'{-n,--numeric}'[can be specified up to 3 times, Shows 1:network addresses(default behaviour), 2:internet services (port numbers) and 3:protocols, user IDs, and group IDs numerically]' \
'(-s --stateless)'{-s,--stateless}'[omit stateful information of ruleset]' \
'(-N -n --numeric -c --check)'-N'[translate IP addresses to names]' \
'(-a --handle)'{-a,--handle}'[output rule handle]' \
'(-e --echo)'{-e,--echo}'[echo what has been added, inserted or replaced]' \
{-I,--includepath}'[add specified directory to the paths searched for include files]:include directory [/usr/share]:include directory:_directories'
)
options=(
'(-)'{-h,--help}'[show help]'
'(-)'{-v,--version}'[print version information]'
"(-i --interactive)"{-i,--interactive}'[read input from interactive CLI]: :->end'
"(-f --file)"{-f,--file}'[read input from <filename>]:nftables rule file:_files'
'(-c --check -n --numeric -N)'{-c,--check}"[check command's validity without actually applying the changes]"
'(-j --json)'{-j,--json}'[format output in json]'
'(-c --check -N)*'{-n,--numeric}'[can be specified up to 3 times, Shows 1:network addresses(default behaviour), 2:internet services (port numbers) and 3:protocols, user IDs, and group IDs numerically]'
'(-s --stateless)'{-s,--stateless}'[omit stateful information of ruleset]'
'(-N -n --numeric -c --check)'-N'[translate IP addresses to names]'
'(-a --handle)'{-a,--handle}'[output rule handle]'
'(-e --echo)'{-e,--echo}'[echo what has been added, inserted or replaced]'
{-I,--includepath}'[add specified directory to the paths searched for include files]:include directory [/usr/share]:include directory:_directories'
)
# start a state machine. The state is modified by _arguments if the
# current argument (descriptors) cannot be completed. Each state has to define is successive state and the
# 'descriptors' for _arguments, which essentially tells _arguments how to complete
local _i=0
while true;do
(( _i+=1 ))
#Guard for endless loops
[[ $_i -gt 100 ]] && return 1
# start a state machine. The state is modified by _arguments if the
# current argument (descriptors) cannot be completed. Each state has to define is successive state and the
# 'descriptors' for _arguments, which essentially tells _arguments how to complete
local _i=0
while true;do
(( _i+=1 ))
#Guard for endless loops
[[ $_i -gt 100 ]] && return 1
descriptors=()
nextstate="end"
case $state in
(start)
##if line is empty (at the start) or ends with semicolon, autocomplete subcommands,
# else if we are after a space,complete a semicolon (end the current nft command) and start anew
if [[ $line[1] = "" || $line[1] =~ ';$' ]] ; then
descriptors=( ":: :_nft_subcommands" )
nextstate="category"
else
if [[ $words =~ ' $' ]]; then
descriptors=(':: :(\;)')
else
descriptors=(':argument: ')
fi
descriptors=()
nextstate="end"
case $state in
(start)
##if line is empty (at the start) or ends with semicolon, autocomplete subcommands,
# else if we are after a space,complete a semicolon (end the current nft command) and start anew
if [[ $line[1] = "" || $line[1] =~ ';$' ]] ; then
descriptors=( ":: :_nft_subcommands" )
nextstate="category"
else
if [[ $words =~ ' $' ]]; then
descriptors=(':: :(\;)')
else
descriptors=(':argument: ')
fi
nextstate="start"
fi
;;
(category)
case $line[1] in
(add | list | flush | delete | create | rename | insert | replace | reset)
descriptors=( ":: :_nft_${line[1]}" )
nextstate=$line[1]
;;
(monitor)
descriptors=( ":: : _nft_mon_filter" )
nextstate="mon1"
;;
(export)
descriptors=( ":: :(ruleset)" ":: :_nft_out_format" )
nextstate="preend"
;;
(describe)
descriptors=( ":expression: ")
nextstate="start" #x restart
;;
(*)
return 1;
;;
esac
#descriptors=( "(ruleset)" )
#nextstate="end"
;;
(mon1)
case $line[1] in
(new | destroy)
# descriptors=( ":: :_nft_mon_keywords" ":: :_nft_out_format")
descriptors=( ":: : _nft_mon_keywords")
nextstate="mon1"
;;
(tables | chains | sets | rules | elements | ruleset)
descriptors=( ":: : _nft_out_format")
nextstate="preend"
;;
esac
;;
#all completions for create and insert match with the completions of add
(create | insert)
state="add"
;|
#all completions for reset and flush match with the completions of list
(reset | flush)
state="list"
;|
#(add(^table)/create(^table)/delete/flush(^ruleset)/insert/list(^ruleset)/rename/replace)[family]table
(reset | delete | insert | rename | replace | add | create | flush | list)
if [[ $state = "add" && $line[1] = "table" ]]; then
descriptors=( ":: :_nft_families" ":table name:")
nextstate="start" #x restart
elif [[ $state = "list" && ( $line[1] = "ruleset" || $line[1] = "tables" ) ]]; then
descriptors=( ":: :_nft_families")
nextstate="start" #x restart
elif [[ $state = "delete" && $line[1] = "table" ]]; then
descriptors=(": : _nft_table all-handle")
nextstate="tcomplete-delete-table"
else
cmd_obj=$line[1]
cmd_subcmd=$state
descriptors=(": : _nft_table all")
nextstate="tcomplete"
fi
;;
(tcomplete-delete-table)
# if only a family was completed, complete the table name.
case $line[1] in
(arp | bridge | inet | ip | ip6 | netdev)
descriptors=(": : _nft_table ${line[1]}-handle")
cmd_fam=$line[1]
;;
# if 'handle' was completed, complete the handle number.
(handle)
descriptors=(": : _nft_table_handle_all " )
;;
# else, complete nothing and go to the next state. default family is 'ip'
(*)
descriptors=()
cmd_fam="ip"
;;
esac
nextstate="delete-table"
;;
(tcomplete)
# if only a family was completed, complete the table name.
case $line[1] in
(arp | bridge | inet | ip | ip6 | netdev)
descriptors=(": : _nft_table ${line[1]}")
cmd_fam=$line[1]
;;
# else, complete nothing and go to the next state. default family is 'ip'
(*)
descriptors=()
cmd_fam="ip"
;;
esac
nextstate="$cmd_subcmd-$cmd_obj"
;;
(list-table)
descriptors=(":: :(\;)")
nextstate="start"
;;
(delete-table)
#if family AND handle were input, complete handle number for given family.
if [[ $line[1] == "handle" ]]; then
descriptors=(":table handle: _nft_table_handle $cmd_fam" )
else
descriptors=()
fi
nextstate="start"
;;
(delete-chain | delete-set | delete-quota | delete-counter | delete-ct\\ helper)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab $cmd_obj true")
nextstate="delete-obj-handle"
;;
(delete-obj-handle)
if [[ $line[1] == "handle" ]]; then
descriptors=(": : _nft_object_handle $cmd_fam $cmd_tab $cmd_obj")
else
descriptors=(": :(\;)")
fi
nextstate="start"
;;
(add-chain)
descriptors=(":chain name:")
nextstate="start"
;;
(rename-chain)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="add-chain"
;;
(replace-rule | delete-rule)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="repdel-rule"
;;
(repdel-rule)
cmd_chain=$line[1]
descriptors=(": :(handle)" ": : _nft_rule_handle $cmd_fam $cmd_tab ${line[1]}")
if [[ $cmd_subcmd = "replace" ]];then
nextstate="rule-stmt"
else
nextstate="start"
fi
;;
(add-rule)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="add-rule-2"
;;
(add-rule-2)
cmd_chain=$line[1]
descriptors=(": :(handle index position)")
nextstate="add-rule-3"
;;
(add-rule-3)
case $line[1] in
(index | position)
descriptors=(":${line[1]}:")
;;
(handle)
descriptors=(": : _nft_rule_handle $cmd_fam $cmd_tab $cmd_chain")
;;
(*)
descriptors=()
;;
esac
nextstate="rule-stmt"
;;
(rule-stmt)
#TODO
# _nft_rule $cmd_fam $cmd_tab $cmd_chain\
# && return 0;
descriptors=(":expression: ")
nextstate="start"
;;
(list-set | list-map | delete-map | list-chain | list-flowtable | delete-flowtable | list-ct\\ helper | list-counter | list-quota | list-meter)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab $cmd_obj false")
nextstate="start"
fi
;;
(category)
case $line[1] in
(add | list | flush | delete | create | rename | insert | replace | reset)
descriptors=( ":: :_nft_${line[1]}" )
nextstate=$line[1]
;;
(monitor)
descriptors=( ":: : _nft_mon_filter" )
nextstate="mon1"
;;
(export)
descriptors=( ":: :(ruleset)" ":: :_nft_out_format" )
nextstate="preend"
;;
(describe)
descriptors=( ":expression: ")
nextstate="start" #x restart
;;
(*)
return 1;
;;
esac
;;
(add-element | delete-element)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab '\(map\|set\)' false")
nextstate="start"
;;
#TODO:
#(add-set | add-map)
#(add-flowtable)
#("add-ct\ helper")
#(add-counter)
#(add-quota)
#descriptors=( "(ruleset)" )
#nextstate="end"
;;
(mon1)
case $line[1] in
(new | destroy)
# descriptors=( ":: :_nft_mon_keywords" ":: :_nft_out_format")
descriptors=( ":: : _nft_mon_keywords")
nextstate="mon1"
;;
(tables | chains | sets | rules | elements | ruleset)
descriptors=( ":: : _nft_out_format")
nextstate="preend"
;;
(*)
return 1;
;;
esac
;;
#all completions for create and insert match with the completions of add
(create | insert)
state="add"
;|
#all completions for reset and flush match with the completions of list
(reset | flush)
state="list"
;|
#(add(^table)/create(^table)/delete/flush(^ruleset)/insert/list(^ruleset)/rename/replace)[family]table
(reset | delete | insert | rename | replace | add | create | flush | list)
if [[ $state = "add" && $line[1] = "table" ]]; then
descriptors=( ":: :_nft_families" ":table name:")
nextstate="start" #x restart
elif [[ $state = "list" && ( $line[1] = "ruleset" || $line[1] = "tables" ) ]]; then
descriptors=( ":: :_nft_families")
nextstate="start" #x restart
elif [[ $state = "delete" && $line[1] = "table" ]]; then
descriptors=(": : _nft_table all-handle")
nextstate="tcomplete-delete-table"
else
cmd_obj=$line[1]
cmd_subcmd=$state
descriptors=(": : _nft_table all")
nextstate="tcomplete"
fi
;;
(tcomplete-delete-table)
# if only a family was completed, complete the table name.
case $line[1] in
(arp | bridge | inet | ip | ip6 | netdev)
descriptors=(": : _nft_table ${line[1]}-handle")
cmd_fam=$line[1]
;;
# if 'handle' was completed, complete the handle number.
(handle)
descriptors=(": : _nft_table_handle_all " )
;;
# else, complete nothing and go to the next state. default family is 'ip'
(*)
descriptors=()
cmd_fam="ip"
;;
esac
nextstate="delete-table"
;;
(tcomplete)
# if only a family was completed, complete the table name.
case $line[1] in
(arp | bridge | inet | ip | ip6 | netdev)
descriptors=(": : _nft_table ${line[1]}")
cmd_fam=$line[1]
;;
# else, complete nothing and go to the next state. default family is 'ip'
(*)
descriptors=()
cmd_fam="ip"
;;
esac
nextstate="$cmd_subcmd-$cmd_obj"
;;
(list-table)
descriptors=(":: :(\;)")
nextstate="start"
;;
(delete-table)
#if family AND handle were input, complete handle number for given family.
if [[ $line[1] == "handle" ]]; then
descriptors=(":table handle: _nft_table_handle $cmd_fam" )
else
descriptors=()
fi
nextstate="start"
;;
(delete-chain | delete-set | delete-quota | delete-counter | delete-ct\\ helper)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab $cmd_obj true")
nextstate="delete-obj-handle"
;;
(delete-obj-handle)
if [[ $line[1] == "handle" ]]; then
descriptors=(": : _nft_object_handle $cmd_fam $cmd_tab $cmd_obj")
else
descriptors=(": :(\;)")
fi
nextstate="start"
;;
(add-chain)
descriptors=(":chain name:")
nextstate="start"
;;
(rename-chain)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="add-chain"
;;
(replace-rule | delete-rule)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="repdel-rule"
;;
(repdel-rule)
cmd_chain=$line[1]
descriptors=(": :(handle)" ": : _nft_rule_handle $cmd_fam $cmd_tab ${line[1]}")
if [[ $cmd_subcmd = "replace" ]];then
nextstate="rule-stmt"
else
nextstate="start"
fi
;;
(add-rule)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab chain false")
nextstate="add-rule-2"
;;
(add-rule-2)
cmd_chain=$line[1]
descriptors=(": :(handle index position)")
nextstate="add-rule-3"
;;
(add-rule-3)
case $line[1] in
(index | position)
descriptors=(":${line[1]}:")
;;
(handle)
descriptors=(": : _nft_rule_handle $cmd_fam $cmd_tab $cmd_chain")
;;
(*)
descriptors=()
;;
esac
nextstate="rule-stmt"
;;
(rule-stmt)
#TODO
# _nft_rule $cmd_fam $cmd_tab $cmd_chain\
# && return 0;
descriptors=(":expression: ")
nextstate="start"
;;
(list-set | list-map | delete-map | list-chain | list-flowtable | delete-flowtable | list-ct\\ helper | list-counter | list-quota | list-meter)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab $cmd_obj false")
nextstate="start"
;;
(add-element | delete-element)
cmd_tab=$line[1]
descriptors=(": : _nft_object $cmd_fam $cmd_tab '\(map\|set\)' false")
nextstate="start"
;;
#TODO:
#(add-set | add-map)
#(add-flowtable)
#("add-ct\ helper")
#(add-counter)
#(add-quota)
_arguments -C -s \
"${options[@]}" \
"${descriptors[@]}" \
"*:: :->$nextstate" \
&& return 0;
(*)
return 1;
;;
esac
_arguments -C -s \
"${options[@]}" \
"${descriptors[@]}" \
"*:: :->$nextstate" \
&& return 0;
done
done
} # end _nft
_nft_subcommands(){
local commands=(
'add:add a table, chain, rule, set, map, or object'
'list:list a ruleset, table, chain, set, map, or object'
'flush:flush (delete everything from) a ruleset, table, chain, set, or map'
'export:print the ruleset in a machine readable format (json or xml)'
'delete:delete a table, chain, rule, set, element, map, or object'
'create:similar to add but returns an error for existing chain'
'rename:rename the specified chain'
'insert:similar to the add command, but the rule is prepended to the beginning of the chain or before the rule at the given position'
'replace:similar to the add command, but replaces the specified rule'
'reset:list-and-reset stateful object'
'monitor:listen to Netlink events'
'describe:show information about the type of an expression and its data type'
'add:add a table, chain, rule, set, map, or object'
'list:list a ruleset, table, chain, set, map, or object'
'flush:flush (delete everything from) a ruleset, table, chain, set, or map'
'export:print the ruleset in a machine readable format (json or xml)'
'delete:delete a table, chain, rule, set, element, map, or object'
'create:similar to add but returns an error for existing chain'
'rename:rename the specified chain'
'insert:similar to the add command, but the rule is prepended to the beginning of the chain or before the rule at the given position'
'replace:similar to the add command, but replaces the specified rule'
'reset:list-and-reset stateful object'
'monitor:listen to Netlink events'
'describe:show information about the type of an expression and its data type'
)
_describe -t commands 'nft subcommand' commands "$@"
}
_nft_mon_filter(){
local monitor_filters=(
'new:show only events of created objects'