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" Test for :cd and chdir()
source shared.vim
func Test_cd_large_path()
" This used to crash with a heap write overflow.
call assert_fails('cd ' . repeat('x', 5000), 'E472:')
endfunc
func Test_cd_up_and_down()
let path = getcwd()
cd ..
call assert_notequal(path, getcwd())
exe 'cd ' .. fnameescape(path)
call assert_equal(path, getcwd())
endfunc
func Test_cd_no_arg()
if has('unix')
" Test that cd without argument goes to $HOME directory on Unix systems.
let path = getcwd()
cd
call assert_equal($HOME, getcwd())
call assert_notequal(path, getcwd())
exe 'cd ' .. fnameescape(path)
call assert_equal(path, getcwd())
else
" Test that cd without argument echoes cwd on non-Unix systems.
call assert_match(getcwd(), execute('cd'))
endif
endfunc
func Test_cd_minus()
" Test the :cd - goes back to the previous directory.
let path = getcwd()
cd ..
let path_dotdot = getcwd()
call assert_notequal(path, path_dotdot)
cd -
call assert_equal(path, getcwd())
cd -
call assert_equal(path_dotdot, getcwd())
cd -
call assert_equal(path, getcwd())
" Test for :cd - without a previous directory
let lines =<< trim [SCRIPT]
call assert_fails('cd -', 'E186:')
call assert_fails('call chdir("-")', 'E186:')
call writefile(v:errors, 'Xresult')
qall!
[SCRIPT]
call writefile(lines, 'Xscript')
if RunVim([], [], '--clean -S Xscript')
call assert_equal([], readfile('Xresult'))
endif
call delete('Xscript')
call delete('Xresult')
endfunc
func Test_cd_with_cpo_chdir()
e Xfoo
call setline(1, 'foo')
let path = getcwd()
set cpo+=.
" :cd should fail when buffer is modified and 'cpo' contains dot.
call assert_fails('cd ..', 'E747:')
call assert_equal(path, getcwd())
" :cd with exclamation mark should succeed.
cd! ..
call assert_notequal(path, getcwd())
" :cd should succeed when buffer has been written.
w!
exe 'cd ' .. fnameescape(path)
call assert_equal(path, getcwd())
call delete('Xfoo')
set cpo&
bw!
endfunc
" Test for chdir()
func Test_chdir_func()
let topdir = getcwd()
call mkdir('Xdir/y/z', 'p')
" Create a few tabpages and windows with different directories
new
cd Xdir
tabnew
tcd y
below new
below new
lcd z
tabfirst
call chdir('..')
call assert_equal('y', fnamemodify(getcwd(1, 2), ':t'))
call assert_equal('z', fnamemodify(3->getcwd(2), ':t'))
tabnext | wincmd t
eval '..'->chdir()
call assert_equal('Xdir', fnamemodify(getcwd(1, 2), ':t'))
call assert_equal('Xdir', fnamemodify(getcwd(2, 2), ':t'))
call assert_equal('z', fnamemodify(getcwd(3, 2), ':t'))
call assert_equal('testdir', fnamemodify(getcwd(1, 1), ':t'))
3wincmd w
call chdir('..')
call assert_equal('Xdir', fnamemodify(getcwd(1, 2), ':t'))
call assert_equal('Xdir', fnamemodify(getcwd(2, 2), ':t'))
call assert_equal('y', fnamemodify(getcwd(3, 2), ':t'))
call assert_equal('testdir', fnamemodify(getcwd(1, 1), ':t'))
" Error case
call assert_fails("call chdir('dir-abcd')", 'E472:')
silent! let d = chdir("dir_abcd")
call assert_equal("", d)
" Should not crash
call chdir(d)
only | tabonly
call chdir(topdir)
call delete('Xdir', 'rf')
endfunc
func Test_cd_completion()
call mkdir('XComplDir1', 'p')
call mkdir('XComplDir2', 'p')
call writefile([], 'XComplFile')
for cmd in ['cd', 'chdir', 'lcd', 'lchdir', 'tcd', 'tchdir']
call feedkeys(':' .. cmd .. " XCompl\<C-A>\<C-B>\"\<CR>", 'tx')
call assert_equal('"' .. cmd .. ' XComplDir1/ XComplDir2/', @:)
endfor
call delete('XComplDir1', 'd')
call delete('XComplDir2', 'd')
call delete('XComplFile')
endfunc
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