diff options
Diffstat (limited to 'Functions/Zle/match-words-by-style')
| -rw-r--r-- | Functions/Zle/match-words-by-style | 53 |
1 files changed, 45 insertions, 8 deletions
diff --git a/Functions/Zle/match-words-by-style b/Functions/Zle/match-words-by-style index 54e019d23..fc59c2764 100644 --- a/Functions/Zle/match-words-by-style +++ b/Functions/Zle/match-words-by-style @@ -5,8 +5,16 @@ # <whitespace-after-cursor> <word-after-cursor> <whitespace-after-word> # <stuff-at-end> # where the cursor position is always after the third item and `after' -# is to be interpreted as `after or on'. Some -# of the array elements will be empty; this depends on the style. +# is to be interpreted as `after or on'. +# +# matched_words may be an associative array, in which case the +# values above are now given by the elements named start, word-before-cursor, +# ws-before-cursor, ws-after-cursor, word-after-cursor, ws-after-word, +# end. In addition, the element is-word-start is 1 if the cursor +# is on the start of a word; this is non-trivial in the case of subword +# (camel case) matching as there may be no white space to test. +# +# Some of the array elements will be empty; this depends on the style. # For example # foo bar rod stick # ^ @@ -202,7 +210,7 @@ if [[ $wordstyle = *subword* ]]; then # followed by a lower case letter, or an upper case letter at # the start of a group of upper case letters. To make # it easier to be consistent, we just use anything that - # isn't an upper case characer instead of a lower case + # isn't an upper case character instead of a lower case # character. # Here the initial "*" will match greedily, so we get the # last such match, as we want. @@ -224,11 +232,18 @@ charskip=${(l:skip::?:)} eval pat2='${RBUFFER##(#b)('${charskip}${spacepat}')('\ ${wordpat2}')('${spacepat}')}' +if [[ -n $match[2] ]]; then + ws2=$match[1] + word2=$match[2] + ws3=$match[3] +else + # No more words, so anything left is white space after cursor. + ws2=$RBUFFER + pat2= +fi -ws2=$match[1] -word2=$match[2] -ws3=$match[3] - +integer wordstart +[[ ( -n $ws1 || -n $ws2 ) && -n $word2 ]] && wordstart=1 if [[ $wordstyle = *subword* ]]; then # Do we have a group of upper case characters at the start # of word2 (that don't form the entire word)? @@ -237,12 +252,19 @@ if [[ $wordstyle = *subword* ]]; then -n $match[2] ]]; then # Yes, so the last one is new word boundary. (( epos = ${#match[1]} - 1 )) + # Otherwise, are we in the middle of a word? + # In other, er, words, we've got something on the left with no + # white space following and something that doesn't start a word here. + elif [[ -n $word1 && -z $ws1 && -z $ws2 && \ + $word2 = (#b)([^${~subwordrange}]##)* ]]; then + (( epos = ${#match[1]} )) # Otherwise, do we have upper followed by non-upper not # at the start? Ignore the initial character, we already # know it's a word boundary so it can be an upper case character # if it wants. elif [[ $word2 = (#b)(?[^${~subwordrange}]##)[${~subwordrange}]* ]]; then (( epos = ${#match[1]} )) + (( wordstart = 1 )) else (( epos = 0 )) fi @@ -256,4 +278,19 @@ if [[ $wordstyle = *subword* ]]; then fi fi -matched_words=("$pat1" "$word1" "$ws1" "$ws2" "$word2" "$ws3" "$pat2") +# matched_words should be local to caller. +# Just fix type here. +if [[ ${(t)matched_words} = *association* ]]; then + matched_words=( + start "$pat1" + word-before-cursor "$word1" + ws-before-cursor "$ws1" + ws-after-cursor "$ws2" + word-after-cursor "$word2" + ws-after-word "$ws3" + end "$pat2" + is-word-start $wordstart + ) +else + matched_words=("$pat1" "$word1" "$ws1" "$ws2" "$word2" "$ws3" "$pat2") +fi |