name : _mac_files_for_application #autoload _mac_rsrc_check() { [[ ! -s "$REPLY/..namedfork/rsrc" ]] && return 1 if [[ -x /Developer/Tools/GetFileInfo ]]; then local ftype="$(command /Developer/Tools/GetFileInfo -t $REPLY)" ftype="${ftype//\"/}" [[ -n "$types[(r)$ftype]" ]] else grep --quiet "\(${(j/\|/)types}\)" "$REPLY/..namedfork/rsrc" fi } _mac_parse_info_plist() { # For now, awk is used because builtin function "read" was too slow. # '<' is used for the delimiter because some Info.plist files use CR as # newline but read doesn't treat them as so local s=' BEGIN { RS="<" } /^key>/ { sub(/key>/, ""); reading_key=$0 } /^string>/ { sub(/string>/, "") if (reading_key == "CFBundleTypeExtensions") exts=exts " \"" $0 "\"" if (reading_key == "CFBundleTypeOSTypes") types=types " \"" $0 "\"" } END { print "exts=(" exts ")\ntypes=(" types ")" } ' command awk $s "$app_path/Contents/Info.plist" | while read; do eval "$REPLY" done } # Try to complete files for the specified application. _mac_files_for_application() { local -a opts zparseopts -D -a opts q n 1 2 o+: P: S: r: R: W: x+: X+: M+: F: J+: V+: local app_path _retrieve_mac_apps app_path="${_mac_apps[(r)*/$1(|.app)]:-$1}" local -a glob_patterns glob_patterns=() # Try to get extensions from "Info.plist" XML file. if [[ -f "$app_path/Contents/Info.plist" ]]; then local -a exts types _mac_parse_info_plist if [[ -n "$exts[(r)\*]" ]]; then glob_patterns=( "*" ) else if (( #exts != 0 )); then glob_patterns+=( "*.(${(j/|/)exts})(N)" ) fi if (( #types != 0 )); then glob_patterns+=( "^*.[[:alnum:]]##(.Ne:_mac_rsrc_check:)" ) fi fi else glob_patterns=( "*" ) fi case ${#glob_patterns} in 0) return 1 ;; 1) _files "$opts[@]" -g "$glob_patterns[1]" ;; *) _files "$opts[@]" -g "{${(j/,/)glob_patterns}}" ;; esac } _mac_files_for_application "$@"