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|
#compdef chdman
local ret=1 words1=$words[1]
local -a opts args context state state_descr line expl
local -a create_common_opts extract_common_opts ld_common_opts
local -a meta_common_opts input_bytes_hunks_opts
local -A opt_args
opts=(
'(--input -i)'{--input,-i}'[specify input file]:input file:_files'
'(--inputparent -ip)'{--inputparent,-ip}'[specify parent file for input CHD]:input parent file:_files'
'(--output -o)'{--output,-o}'[specify output file]:output file:_files'
'(--outputbin -ob)'{--outputbin,-ob}'[specify output file for binary data]:output binary file:_files'
'(--splitbin -sb)'{--splitbin,-sb}'[output one binary file per track]'
'(--force -f)'{--force,-f}'[overwrite existing file]' # note same short option as --fix
'(--outputparent -op)'{--outputparent,-op}'[specify parent file for output CHD]:output parent file:_files'
'(--inputstartbyte -isb)'{--inputstartbyte,-isb}'[specify starting byte offset within input]: :\
_numbers -u bytes "start byte" k m g'
'(--inputstarthunk -ish)'{--inputstarthunk,-ish}'[specify starting hunk offset within input]: :\
_numbers -u hunks "start hunk" k m g'
'(--inputstartframe -isf)'{--inputstartframe,-isf}'[specify starting frame within input]: :\
_numbers -u frames "start frame" k m g'
'(--inputbytes -ib)'{--inputbytes,-ib}'[specify effective length of input in bytes]: :\
_numbers -u bytes "input length" k m g'
'(--inputhunks -ih)'{--inputhunks,-ih}'[specify effective length of input in hunks]: :\
_numbers -u hunks "input length" k m g'
'(--inputframes -if)'{--inputframes,-if}'[specify effective length of input in frames]: :\
_numbers -u frames "input length" k m g'
'(--hunksize -hs)'{--hunksize,-hs}'[specify size of each hunk in bytes]: :\
_numbers -u bytes -l 16 -m $((1024*1024)) "hunk size" k m g'
'(--unitsize -us)'{--unitsize,-us}'[specify size of each unit in bytes]: :\
_numbers -u bytes "unit size" k m g'
'(--compression -c)'{--compression,-c}'[specify compression codecs to use]: :->codecs'
'(--ident -id)'{--ident,-id}'[specify ident file to provide CHS information]:ident file:_files'
'(--chs -chs)'{--chs,-chs}'[specify CHS information directly]:cylinders,heads,sectors:'
'(--sectorsize -ss)'{--sectorsize,-ss}'[specfiy size of each hard disk sector]: :\
_numbers -u bytes "sector size" k m g'
'(--tag -t)'{--tag,-t}'[specify metadata tag]:4-character metadata tag:'
'(--index -ix)'{--index,-ix}'[specify indexed instance of metadata tag]:index:'
'(--valuetext -vt)'{--valuetext,-vt}'[specify metadata value as text]:metadata value:'
'(--valuefile -vf)'{--valuefile,-vf}'[specify file containing metadata value]:metadata value file:_files'
'(--numprocessors -np)'{--numprocessors,-np}'[specify max number of processors to use during compression]: :\
_numbers -u processors -l1 "processor limit"'
'(--nochecksum -nocs)'{--nochecksum,-nocs}'[excluded added metadata from SHA-1]'
'(--fix -f)'{--fix,-f}'[fix SHA-1 if incorrect]' # note same short option as --force
'(--verbose -v)'{--verbose,-v}'[output additional information]'
'(--size -s)'{--size,-s}'[specify size of output file]: :\
_numbers -u bytes "output file size" k m g'
'(--template -tp)'{--template,-tp}'[specify hard disk template]: :->templates'
)
create_common_opts=(
${(M)opts:#(|*\))--(output|outputparent|force|input|hunksize|compression|numprocessors)\[*}
${(M)opts:#(|*\))-(o|op|f|i|hs|c|np)\[*~*-f*fix*}
)
extract_common_opts=(
${(M)opts:#(|*\))--(output|force|input|inputparent)\[*}
${(M)opts:#(|*\))-(o|f|i|ip)\[*~*-f*fix*}
)
ld_common_opts=(
${(M)opts:#(|*\))--(inputstartframe|inputframes)\[*}
${(M)opts:#(|*\))-(isf|if)\[*}
)
meta_common_opts=(
${(M)opts:#(|*\))--(input|tag|index)\[*}
${(M)opts:#(|*\))-(i|t|ix)\[*}
)
input_bytes_hunks_opts=(
${(M)opts:#(|*\))--(inputstartbyte|inputstarthunk|inputbytes|inputhunks)\[*}
${(M)opts:#(|*\))-(isb|ish|ib|ih)\[*}
)
if (( CURRENT < 3 )); then
args=( ': :->commands' )
else
case $words[2] in
help) args=( ': :->commands' ) ;;
info) args=(
${(M)opts:#(|*\))--(input|verbose)\[*}
${(M)opts:#(|*\))-(i|v)\[*}
) ;;
verify) args=(
${(M)opts:#(|*\))--(input|inputparent)\[*}
${(M)opts:#(|*\))-(i|ip)\[*}
) ;;
createraw|createdvd) args=(
$create_common_opts
$input_bytes_hunks_opts
${(M)opts:#(|*\))--(unitsize)\[*}
${(M)opts:#(|*\))-(us)\[*}
) ;;
createhd) args=(
$create_common_opts
$input_bytes_hunks_opts
${(M)opts:#(|*\))--(unitsize|chs|sectorsize|template|ident)\[*}
${(M)opts:#(|*\))-(us|chs|ss|tp|id)\[*}
) ;;
createcd) args=( $create_common_opts ) ;;
createld) args=( $create_common_opts $ld_common_opts ) ;;
extractraw|extractdvd|extracthd) args=(
$extract_common_opts
$input_bytes_hunks_opts
) ;;
extractcd) args=(
$extract_common_opts
${(M)opts:#(|*\))--(outputbin)\[*}
${(M)opts:#(|*\))-(ob)\[*}
) ;;
extractld) args=( $extract_common_opts $ld_common_opts ) ;;
copy) args=(
$create_common_opts
$input_bytes_hunks_opts
${(M)opts:#(|*\))--(inputparent)\[*}
${(M)opts:#(|*\))-(ip)\[*}
) ;;
addmeta) args=(
$meta_common_opts
${(M)opts:#(|*\))--(valuetext|valuefile|nochecksum)\[*}
${(M)opts:#(|*\))-(vt|vf|nocs)\[*}
) ;;
delmeta) args=( $meta_common_opts ) ;;
dumpmeta) args=(
$meta_common_opts
${(M)opts:#(|*\))--(output|force)\[*}
${(M)opts:#(|*\))-(o|f)\[*~*-f*fix*}
) ;;
esac
shift words
(( CURRENT-- ))
fi
_arguments : $args && ret=0
case $state in
commands)
_describe -t commands command '(
"help:display usage information"
"info:display CHD information"
"verify:verify CHD integrity"
"createraw:create raw CHD"
"createhd:create hard disk CHD"
"createcd:create CD CHD"
"createdvd:create DVD CHD"
"createld:create LaserDisc CHD"
"extractraw:extract raw file from CHD"
"extracthd:extract hard disk file from CHD"
"extractcd:extract CD file from CHD"
"extractdvd:extract DVD file from CHD"
"extractld:extract LaserDisc AVI from CHD"
"copy:copy data from one CHD to another"
"addmeta:add metadata to CHD"
"delmeta:remove metadata from CHD"
"dumpmeta:dump metadata from CHD"
"listtemplates:list hard disk templates"
)' && ret=0
;;
codecs)
local -a codecs
case $words[1] in # was $words[2]
*ld) codecs=(
'avhu[A/V Huffman]'
) ;;
*cd) codecs=(
'cdfl[CD FLAC]' 'cdlz[CD LZMA]' 'cdzl[CD Deflate]' 'cdzs[CD Zstandard]'
) ;;
*) codecs=(
'flac[FLAC]' 'huff[Huffman]' 'lzma[LZMA]' 'zlib[Deflate]' 'zstd[Zstandard]'
) ;;
esac
_alternative \
'codecs-none:no codec:(( none\:uncompressed ))' \
"codecs: :_values -s, 'compression codec' ${(j< >)${(@q+)codecs}}" \
&& ret=0
;;
templates)
local -a tpls tmp=( ${(f)"$(
_call_program templates $words1 listtemplates
)"} )
tmp=( ${(@)${(@)tmp//[[:space:]]##/ }# } )
tmp=( ${(@M)tmp:#<-> *} )
for 1 in $tmp; do
tmp=( ${(z)1} )
# id : mfg model (c,h,s)
tpls+=( "${tmp[1]}:$tmp[2] $tmp[3] (${(j<,>)${(@)tmp[4,6]}})" )
done
_describe -2V -t templates 'hard disk template' tpls && ret=0
;;
esac
return ret
|
