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view src/testdir/test_find_complete.vim @ 33374:62a34e280593 v9.0.1946
patch 9.0.1946: filename expansion using ** in bash may fail
Commit: https://github.com/vim/vim/commit/9eb1ce531527a7177d16373b0f8689bbcd3d5f73
Author: Christian Brabandt <cb@256bit.org>
Date: Wed Sep 27 19:08:25 2023 +0200
patch 9.0.1946: filename expansion using ** in bash may fail
Problem: filename expansion using ** in bash may fail
Solution: Try to enable the globstar setting
Starting with bash 4.0 it supports extended globbing using the globstar
shell option. This makes matching recursively below a certain directory
using the ** pattern work as expected nowadays. However, we need to
explicitly enable this using the 'shopt -s globstar' bash command.
So let's check the bash environment variable $BASH_VERSINFO (which is
supported since bash 3.0 and conditionally enable the globstar option,
if the major version is at least 4. For older bashs, this at least
shouldn't cause errors (unless one is using really ancient bash 2.X or
something).
closes: #13002
closes: #13144
Signed-off-by: Christian Brabandt <cb@256bit.org>
author | Christian Brabandt <cb@256bit.org> |
---|---|
date | Wed, 27 Sep 2023 19:15:06 +0200 |
parents | a7a9e8b9af89 |
children |
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" Tests for the 'find' command completion. " Do all the tests in a separate window to avoid E211 when we recursively " delete the Xfind directory during cleanup func Test_find_complete() set belloff=all " On windows a stale "Xfind" directory may exist, remove it so that " we start from a clean state. call delete("Xfind", "rf") let cwd = getcwd() let test_out = cwd . '/test.out' call mkdir('Xfind', 'R') cd Xfind new set path= call assert_fails('call feedkeys(":find \t\n", "xt")', 'E471:') close new set path=. call assert_fails('call feedkeys(":find \t\n", "xt")', 'E471:') close new set path=.,, call assert_fails('call feedkeys(":find \t\n", "xt")', 'E471:') close new set path=./** call assert_fails('call feedkeys(":find \t\n", "xt")', 'E471:') close " We shouldn't find any file till this point call mkdir('in/path', 'p') call chdir(cwd) call writefile(['Holy Grail'], 'Xfind/file.txt') call writefile(['Jimmy Hoffa'], 'Xfind/in/file.txt') call writefile(['Another Holy Grail'], 'Xfind/in/stuff.txt') call writefile(['E.T.'], 'Xfind/in/path/file.txt') new set path=Xfind/** call feedkeys(":find file\t\n", "xt") call assert_equal('Holy Grail', getline(1)) call feedkeys(":find file\t\t\n", "xt") call assert_equal('Jimmy Hoffa', getline(1)) call feedkeys(":find file\t\t\t\n", "xt") call assert_equal('E.T.', getline(1)) " Rerun the previous three find completions, using fullpath in 'path' exec "set path=" . cwd . "/Xfind/**" call feedkeys(":find file\t\n", "xt") call assert_equal('Holy Grail', getline(1)) call feedkeys(":find file\t\t\n", "xt") call assert_equal('Jimmy Hoffa', getline(1)) call feedkeys(":find file\t\t\t\n", "xt") call assert_equal('E.T.', getline(1)) " Same steps again, using relative and fullpath items that point to the same " recursive location. " This is to test that there are no duplicates in the completion list. set path+=Xfind/** call feedkeys(":find file\t\n", "xt") call assert_equal('Holy Grail', getline(1)) call feedkeys(":find file\t\t\n", "xt") call assert_equal('Jimmy Hoffa', getline(1)) call feedkeys(":find file\t\t\t\n", "xt") call assert_equal('E.T.', getline(1)) call feedkeys(":find file\t\t\n", "xt") " Test find completion for directory of current buffer, which at this point " is Xfind/in/file.txt. set path=. call feedkeys(":find st\t\n", "xt") call assert_equal('Another Holy Grail', getline(1)) " Test find completion for empty path item ",," which is the current " directory cd Xfind set path=,, call feedkeys(":find f\t\n", "xt") call assert_equal('Holy Grail', getline(1)) " Test that find completion on directory appends a slash call feedkeys(":find in/pa\tfile.txt\n", "xt") call assert_equal('E.T.', getline(1)) call feedkeys(":find ./i\tstuff.txt\n", "xt") call assert_equal('Another Holy Grail', getline(1)) " Test shortening of " " foo/x/bar/voyager.txt " foo/y/bar/voyager.txt " " When current directory is above foo/ they should be shortened to (in order " of appearance): " " x/bar/voyager.txt " y/bar/voyager.txt call mkdir('foo/x/bar', 'p') call mkdir('foo/y/bar', 'p') call writefile(['Voyager 1'], 'foo/x/bar/voyager.txt') call writefile(['Voyager 2'], 'foo/y/bar/voyager.txt') exec "set path=" . cwd . "/Xfind/**" call feedkeys(":find voyager\t\n", "xt") call assert_equal('Voyager 1', getline(1)) call feedkeys(":find voyager\t\t\n", "xt") call assert_equal('Voyager 2', getline(1)) " " When current directory is .../foo/y/bar they should be shortened to (in " order of appearance): " " ./voyager.txt " x/bar/voyager.txt cd foo/y/bar call feedkeys(":find voyager\t\n", "xt") call assert_equal('Voyager 2', getline(1)) call feedkeys(":find voyager\t\t\n", "xt") call assert_equal('Voyager 1', getline(1)) " Check the opposite too: cd ../../x/bar call feedkeys(":find voyager\t\n", "xt") call assert_equal('Voyager 1', getline(1)) call feedkeys(":find voyager\t\t\n", "xt") call assert_equal('Voyager 2', getline(1)) " Check for correct handling of shorten_fname()'s behavior on windows call chdir(cwd .. "/Xfind/in") call feedkeys(":find file\t\n", "xt") call assert_equal('Jimmy Hoffa', getline(1)) " Test for relative to current buffer 'path' item call chdir(cwd . "/Xfind/") set path=./path " Open the file where Jimmy Hoffa is found e in/file.txt " Find the file containing 'E.T.' in the Xfind/in/path directory call feedkeys(":find file\t\n", "xt") call assert_equal('E.T.', getline(1)) " Test that completion works when path=.,, set path=.,, " Open Jimmy Hoffa file e in/file.txt call assert_equal('Jimmy Hoffa', getline(1)) " Search for the file containing Holy Grail in same directory as in/path.txt call feedkeys(":find stu\t\n", "xt") call assert_equal('Another Holy Grail', getline(1)) enew | only call chdir(cwd) set path& endfunc " vim: shiftwidth=2 sts=2 expandtab