test(old): add test_cdo.vim and test_packadd.vim

test_cdo.vim is copied from Vim v8.1.1483.
test_packadd.vim is copied from Vim v8.2.0174.
This commit is contained in:
zeertzjq 2022-02-13 10:26:11 +08:00
parent a87eb896a5
commit b16fae0f26
4 changed files with 566 additions and 735 deletions

View File

@ -0,0 +1,205 @@
" Tests for the :cdo, :cfdo, :ldo and :lfdo commands
if !has('quickfix')
throw 'Skipped: quickfix feature missing'
endif
" Create the files used by the tests
function SetUp()
call writefile(["Line1", "Line2", "Line3"], 'Xtestfile1')
call writefile(["Line1", "Line2", "Line3"], 'Xtestfile2')
call writefile(["Line1", "Line2", "Line3"], 'Xtestfile3')
endfunction
" Remove the files used by the tests
function TearDown()
call delete('Xtestfile1')
call delete('Xtestfile2')
call delete('Xtestfile3')
endfunction
" Returns the current line in '<filename> <linenum>L <column>C' format
function GetRuler()
return expand('%') . ' ' . line('.') . 'L' . ' ' . col('.') . 'C'
endfunction
" Tests for the :cdo and :ldo commands
function XdoTests(cchar)
enew
" Shortcuts for calling the cdo and ldo commands
let Xdo = a:cchar . 'do'
let Xgetexpr = a:cchar . 'getexpr'
let Xprev = a:cchar. 'prev'
let XdoCmd = Xdo . ' call add(l, GetRuler())'
" Try with an empty list
let l = []
exe XdoCmd
call assert_equal([], l)
" Populate the list and then try
exe Xgetexpr . " ['non-error 1', 'Xtestfile1:1:3:Line1', 'non-error 2', 'Xtestfile2:2:2:Line2', 'non-error 3', 'Xtestfile3:3:1:Line3']"
let l = []
exe XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
" Run command only on selected error lines
let l = []
enew
exe "2,3" . XdoCmd
call assert_equal(['Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
" Boundary condition tests
let l = []
enew
exe "1,1" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C'], l)
let l = []
enew
exe "3" . XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
" Range test commands
let l = []
enew
exe "%" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
let l = []
enew
exe "1,$" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
let l = []
enew
exe Xprev
exe "." . XdoCmd
call assert_equal(['Xtestfile2 2L 2C'], l)
let l = []
enew
exe "+" . XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
" Invalid error lines test
let l = []
enew
exe "silent! 27" . XdoCmd
exe "silent! 4,5" . XdoCmd
call assert_equal([], l)
" Run commands from an unsaved buffer
let v:errmsg=''
let l = []
enew
setlocal modified
exe "silent! 2,2" . XdoCmd
if v:errmsg !~# 'No write since last change'
call add(v:errors, 'Unsaved file change test failed')
endif
" If the executed command fails, then the operation should be aborted
enew!
let subst_count = 0
exe "silent!" . Xdo . " s/Line/xLine/ | let subst_count += 1"
if subst_count != 1 || getline('.') != 'xLine1'
call add(v:errors, 'Abort command on error test failed')
endif
let l = []
exe "2,2" . Xdo . "! call add(l, GetRuler())"
call assert_equal(['Xtestfile2 2L 2C'], l)
" List with no valid error entries
let l = []
edit! +2 Xtestfile1
exe Xgetexpr . " ['non-error 1', 'non-error 2', 'non-error 3']"
exe XdoCmd
call assert_equal([], l)
exe "silent! 2" . XdoCmd
call assert_equal([], l)
let v:errmsg=''
exe "%" . XdoCmd
exe "1,$" . XdoCmd
exe "." . XdoCmd
call assert_equal('', v:errmsg)
" List with only one valid entry
let l = []
exe Xgetexpr . " ['Xtestfile3:3:1:Line3']"
exe XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
endfunction
" Tests for the :cfdo and :lfdo commands
function XfdoTests(cchar)
enew
" Shortcuts for calling the cfdo and lfdo commands
let Xfdo = a:cchar . 'fdo'
let Xgetexpr = a:cchar . 'getexpr'
let XfdoCmd = Xfdo . ' call add(l, GetRuler())'
let Xpfile = a:cchar. 'pfile'
" Clear the quickfix/location list
exe Xgetexpr . " []"
" Try with an empty list
let l = []
exe XfdoCmd
call assert_equal([], l)
" Populate the list and then try
exe Xgetexpr . " ['non-error 1', 'Xtestfile1:1:3:Line1', 'Xtestfile1:2:1:Line2', 'non-error 2', 'Xtestfile2:2:2:Line2', 'non-error 3', 'Xtestfile3:2:3:Line2', 'Xtestfile3:3:1:Line3']"
let l = []
exe XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
" Run command only on selected error lines
let l = []
exe "2,3" . XfdoCmd
call assert_equal(['Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
" Boundary condition tests
let l = []
exe "3" . XfdoCmd
call assert_equal(['Xtestfile3 2L 3C'], l)
" Range test commands
let l = []
exe "%" . XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
let l = []
exe "1,$" . XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
let l = []
exe Xpfile
exe "." . XfdoCmd
call assert_equal(['Xtestfile2 2L 2C'], l)
" List with only one valid entry
let l = []
exe Xgetexpr . " ['Xtestfile2:2:5:Line2']"
exe XfdoCmd
call assert_equal(['Xtestfile2 2L 5C'], l)
endfunction
" Tests for cdo and cfdo
function Test_cdo()
call XdoTests('c')
call XfdoTests('c')
endfunction
" Tests for ldo and lfdo
function Test_ldo()
call XdoTests('l')
call XfdoTests('l')
endfunction

View File

@ -0,0 +1,361 @@
" Tests for 'packpath' and :packadd
func SetUp()
let s:topdir = getcwd() . '/Xdir'
exe 'set packpath=' . s:topdir
let s:plugdir = s:topdir . '/pack/mine/opt/mytest'
endfunc
func TearDown()
call delete(s:topdir, 'rf')
endfunc
func Test_packadd()
if !exists('s:plugdir')
echomsg 'when running this test manually, call SetUp() first'
return
endif
call mkdir(s:plugdir . '/plugin/also', 'p')
call mkdir(s:plugdir . '/ftdetect', 'p')
call mkdir(s:plugdir . '/after', 'p')
set rtp&
let rtp = &rtp
filetype on
let rtp_entries = split(rtp, ',')
for entry in rtp_entries
if entry =~? '\<after\>'
let first_after_entry = entry
break
endif
endfor
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 42')
wq
exe 'split ' . s:plugdir . '/plugin/also/loaded.vim'
call setline(1, 'let g:plugin_also_works = 77')
wq
exe 'split ' . s:plugdir . '/ftdetect/test.vim'
call setline(1, 'let g:ftdetect_works = 17')
wq
packadd mytest
call assert_equal(42, g:plugin_works)
call assert_equal(77, g:plugin_also_works)
call assert_equal(17, g:ftdetect_works)
call assert_true(len(&rtp) > len(rtp))
call assert_match('/testdir/Xdir/pack/mine/opt/mytest\($\|,\)', &rtp)
let new_after = match(&rtp, '/testdir/Xdir/pack/mine/opt/mytest/after,')
let forwarded = substitute(first_after_entry, '\\', '[/\\\\]', 'g')
let old_after = match(&rtp, ',' . forwarded . '\>')
call assert_true(new_after > 0, 'rtp is ' . &rtp)
call assert_true(old_after > 0, 'match ' . forwarded . ' in ' . &rtp)
call assert_true(new_after < old_after, 'rtp is ' . &rtp)
" NOTE: '/.../opt/myte' forwardly matches with '/.../opt/mytest'
call mkdir(fnamemodify(s:plugdir, ':h') . '/myte', 'p')
let rtp = &rtp
packadd myte
" Check the path of 'myte' is added
call assert_true(len(&rtp) > len(rtp))
call assert_match('/testdir/Xdir/pack/mine/opt/myte\($\|,\)', &rtp)
" Check exception
call assert_fails("packadd directorynotfound", 'E919:')
call assert_fails("packadd", 'E471:')
endfunc
func Test_packadd_start()
let plugdir = s:topdir . '/pack/mine/start/other'
call mkdir(plugdir . '/plugin', 'p')
set rtp&
let rtp = &rtp
filetype on
exe 'split ' . plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 24')
wq
packadd other
call assert_equal(24, g:plugin_works)
call assert_true(len(&rtp) > len(rtp))
call assert_match('/testdir/Xdir/pack/mine/start/other\($\|,\)', &rtp)
endfunc
func Test_packadd_noload()
call mkdir(s:plugdir . '/plugin', 'p')
call mkdir(s:plugdir . '/syntax', 'p')
set rtp&
let rtp = &rtp
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 42')
wq
let g:plugin_works = 0
packadd! mytest
call assert_true(len(&rtp) > len(rtp))
call assert_match('testdir/Xdir/pack/mine/opt/mytest\($\|,\)', &rtp)
call assert_equal(0, g:plugin_works)
" check the path is not added twice
let new_rtp = &rtp
packadd! mytest
call assert_equal(new_rtp, &rtp)
endfunc
func Test_packadd_symlink_dir()
if !has('unix')
return
endif
let top2_dir = s:topdir . '/Xdir2'
let real_dir = s:topdir . '/Xsym'
call mkdir(real_dir, 'p')
exec "silent !ln -s Xsym" top2_dir
let &rtp = top2_dir . ',' . top2_dir . '/after'
let &packpath = &rtp
let s:plugdir = top2_dir . '/pack/mine/opt/mytest'
call mkdir(s:plugdir . '/plugin', 'p')
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 44')
wq
let g:plugin_works = 0
packadd mytest
" Must have been inserted in the middle, not at the end
call assert_match('/pack/mine/opt/mytest,', &rtp)
call assert_equal(44, g:plugin_works)
" No change when doing it again.
let rtp_before = &rtp
packadd mytest
call assert_equal(rtp_before, &rtp)
set rtp&
let rtp = &rtp
exec "silent !rm" top2_dir
endfunc
func Test_packadd_symlink_dir2()
if !has('unix')
return
endif
let top2_dir = s:topdir . '/Xdir2'
let real_dir = s:topdir . '/Xsym/pack'
call mkdir(top2_dir, 'p')
call mkdir(real_dir, 'p')
let &rtp = top2_dir . ',' . top2_dir . '/after'
let &packpath = &rtp
exec "silent !ln -s ../Xsym/pack" top2_dir . '/pack'
let s:plugdir = top2_dir . '/pack/mine/opt/mytest'
call mkdir(s:plugdir . '/plugin', 'p')
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 48')
wq
let g:plugin_works = 0
packadd mytest
" Must have been inserted in the middle, not at the end
call assert_match('/Xdir2/pack/mine/opt/mytest,', &rtp)
call assert_equal(48, g:plugin_works)
" No change when doing it again.
let rtp_before = &rtp
packadd mytest
call assert_equal(rtp_before, &rtp)
set rtp&
let rtp = &rtp
exec "silent !rm" top2_dir . '/pack'
exec "silent !rmdir" top2_dir
endfunc
" Check command-line completion for 'packadd'
func Test_packadd_completion()
let optdir1 = &packpath . '/pack/mine/opt'
let optdir2 = &packpath . '/pack/candidate/opt'
call mkdir(optdir1 . '/pluginA', 'p')
call mkdir(optdir1 . '/pluginC', 'p')
call mkdir(optdir2 . '/pluginB', 'p')
call mkdir(optdir2 . '/pluginC', 'p')
let li = []
call feedkeys(":packadd \<Tab>')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":packadd " . repeat("\<Tab>", 2) . "')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":packadd " . repeat("\<Tab>", 3) . "')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":packadd " . repeat("\<Tab>", 4) . "')\<C-B>call add(li, '\<CR>", 'tx')
call assert_equal("packadd pluginA", li[0])
call assert_equal("packadd pluginB", li[1])
call assert_equal("packadd pluginC", li[2])
call assert_equal("packadd ", li[3])
endfunc
func Test_packloadall()
" plugin foo with an autoload directory
let fooplugindir = &packpath . '/pack/mine/start/foo/plugin'
call mkdir(fooplugindir, 'p')
call writefile(['let g:plugin_foo_number = 1234',
\ 'let g:plugin_foo_auto = bbb#value',
\ 'let g:plugin_extra_auto = extra#value'], fooplugindir . '/bar.vim')
let fooautodir = &packpath . '/pack/mine/start/foo/autoload'
call mkdir(fooautodir, 'p')
call writefile(['let bar#value = 77'], fooautodir . '/bar.vim')
" plugin aaa with an autoload directory
let aaaplugindir = &packpath . '/pack/mine/start/aaa/plugin'
call mkdir(aaaplugindir, 'p')
call writefile(['let g:plugin_aaa_number = 333',
\ 'let g:plugin_aaa_auto = bar#value'], aaaplugindir . '/bbb.vim')
let aaaautodir = &packpath . '/pack/mine/start/aaa/autoload'
call mkdir(aaaautodir, 'p')
call writefile(['let bbb#value = 55'], aaaautodir . '/bbb.vim')
" plugin extra with only an autoload directory
let extraautodir = &packpath . '/pack/mine/start/extra/autoload'
call mkdir(extraautodir, 'p')
call writefile(['let extra#value = 99'], extraautodir . '/extra.vim')
packloadall
call assert_equal(1234, g:plugin_foo_number)
call assert_equal(55, g:plugin_foo_auto)
call assert_equal(99, g:plugin_extra_auto)
call assert_equal(333, g:plugin_aaa_number)
call assert_equal(77, g:plugin_aaa_auto)
" only works once
call writefile(['let g:plugin_bar_number = 4321'], fooplugindir . '/bar2.vim')
packloadall
call assert_false(exists('g:plugin_bar_number'))
" works when ! used
packloadall!
call assert_equal(4321, g:plugin_bar_number)
endfunc
func Test_helptags()
let docdir1 = &packpath . '/pack/mine/start/foo/doc'
let docdir2 = &packpath . '/pack/mine/start/bar/doc'
call mkdir(docdir1, 'p')
call mkdir(docdir2, 'p')
call writefile(['look here: *look-here*'], docdir1 . '/bar.txt')
call writefile(['look away: *look-away*'], docdir2 . '/foo.txt')
exe 'set rtp=' . &packpath . '/pack/mine/start/foo,' . &packpath . '/pack/mine/start/bar'
helptags ALL
let tags1 = readfile(docdir1 . '/tags')
call assert_match('look-here', tags1[0])
let tags2 = readfile(docdir2 . '/tags')
call assert_match('look-away', tags2[0])
call assert_fails('helptags abcxyz', 'E150:')
endfunc
func Test_colorscheme()
let colordirrun = &packpath . '/runtime/colors'
let colordirstart = &packpath . '/pack/mine/start/foo/colors'
let colordiropt = &packpath . '/pack/mine/opt/bar/colors'
call mkdir(colordirrun, 'p')
call mkdir(colordirstart, 'p')
call mkdir(colordiropt, 'p')
call writefile(['let g:found_one = 1'], colordirrun . '/one.vim')
call writefile(['let g:found_two = 1'], colordirstart . '/two.vim')
call writefile(['let g:found_three = 1'], colordiropt . '/three.vim')
exe 'set rtp=' . &packpath . '/runtime'
colorscheme one
call assert_equal(1, g:found_one)
colorscheme two
call assert_equal(1, g:found_two)
colorscheme three
call assert_equal(1, g:found_three)
endfunc
func Test_colorscheme_completion()
let colordirrun = &packpath . '/runtime/colors'
let colordirstart = &packpath . '/pack/mine/start/foo/colors'
let colordiropt = &packpath . '/pack/mine/opt/bar/colors'
call mkdir(colordirrun, 'p')
call mkdir(colordirstart, 'p')
call mkdir(colordiropt, 'p')
call writefile(['let g:found_one = 1'], colordirrun . '/one.vim')
call writefile(['let g:found_two = 1'], colordirstart . '/two.vim')
call writefile(['let g:found_three = 1'], colordiropt . '/three.vim')
exe 'set rtp=' . &packpath . '/runtime'
let li=[]
call feedkeys(":colorscheme " . repeat("\<Tab>", 1) . "')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":colorscheme " . repeat("\<Tab>", 2) . "')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":colorscheme " . repeat("\<Tab>", 3) . "')\<C-B>call add(li, '\<CR>", 't')
call feedkeys(":colorscheme " . repeat("\<Tab>", 4) . "')\<C-B>call add(li, '\<CR>", 'tx')
call assert_equal("colorscheme one", li[0])
call assert_equal("colorscheme three", li[1])
call assert_equal("colorscheme two", li[2])
call assert_equal("colorscheme ", li[3])
endfunc
func Test_runtime()
let rundir = &packpath . '/runtime/extra'
let startdir = &packpath . '/pack/mine/start/foo/extra'
let optdir = &packpath . '/pack/mine/opt/bar/extra'
call mkdir(rundir, 'p')
call mkdir(startdir, 'p')
call mkdir(optdir, 'p')
call writefile(['let g:sequence .= "run"'], rundir . '/bar.vim')
call writefile(['let g:sequence .= "start"'], startdir . '/bar.vim')
call writefile(['let g:sequence .= "foostart"'], startdir . '/foo.vim')
call writefile(['let g:sequence .= "opt"'], optdir . '/bar.vim')
call writefile(['let g:sequence .= "xxxopt"'], optdir . '/xxx.vim')
exe 'set rtp=' . &packpath . '/runtime'
let g:sequence = ''
runtime extra/bar.vim
call assert_equal('run', g:sequence)
let g:sequence = ''
runtime START extra/bar.vim
call assert_equal('start', g:sequence)
let g:sequence = ''
runtime OPT extra/bar.vim
call assert_equal('opt', g:sequence)
let g:sequence = ''
runtime PACK extra/bar.vim
call assert_equal('start', g:sequence)
let g:sequence = ''
runtime! PACK extra/bar.vim
call assert_equal('startopt', g:sequence)
let g:sequence = ''
runtime PACK extra/xxx.vim
call assert_equal('xxxopt', g:sequence)
let g:sequence = ''
runtime ALL extra/bar.vim
call assert_equal('run', g:sequence)
let g:sequence = ''
runtime ALL extra/foo.vim
call assert_equal('foostart', g:sequence)
let g:sequence = ''
runtime! ALL extra/xxx.vim
call assert_equal('xxxopt', g:sequence)
let g:sequence = ''
runtime! ALL extra/bar.vim
call assert_equal('runstartopt', g:sequence)
endfunc
" vim: shiftwidth=2 sts=2 expandtab

View File

@ -1,228 +0,0 @@
-- Tests for the :cdo, :cfdo, :ldo and :lfdo commands
local helpers = require('test.functional.helpers')(after_each)
local nvim, clear = helpers.meths, helpers.clear
local call, feed = helpers.call, helpers.feed
local source, eq = helpers.source, helpers.eq
local function expected_empty()
eq({}, nvim.get_vvar('errors'))
end
describe('cdo', function()
before_each(function()
clear()
call('writefile', {'Line1', 'Line2', 'Line3'}, 'Xtestfile1')
call('writefile', {'Line1', 'Line2', 'Line3'}, 'Xtestfile2')
call('writefile', {'Line1', 'Line2', 'Line3'}, 'Xtestfile3')
source([=[
" Returns the current line in '<filename> <linenum>L <column>C' format
function GetRuler()
return expand('%') . ' ' . line('.') . 'L' . ' ' . col('.') . 'C'
endfunction
" Tests for the :cdo and :ldo commands
function XdoTests(cchar)
enew
" Shortcuts for calling the cdo and ldo commands
let Xdo = a:cchar . 'do'
let Xgetexpr = a:cchar . 'getexpr'
let Xprev = a:cchar. 'prev'
let XdoCmd = Xdo . ' call add(l, GetRuler())'
" Try with an empty list
let l = []
exe XdoCmd
call assert_equal([], l)
" Populate the list and then try
exe Xgetexpr . " ['non-error 1', 'Xtestfile1:1:3:Line1', 'non-error 2', 'Xtestfile2:2:2:Line2', 'non-error 3', 'Xtestfile3:3:1:Line3']"
let l = []
exe XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
" Run command only on selected error lines
let l = []
enew
exe "2,3" . XdoCmd
call assert_equal(['Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
" Boundary condition tests
let l = []
enew
exe "1,1" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C'], l)
let l = []
enew
exe "3" . XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
" Range test commands
let l = []
enew
exe "%" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
let l = []
enew
exe "1,$" . XdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 3L 1C'], l)
let l = []
enew
exe Xprev
exe "." . XdoCmd
call assert_equal(['Xtestfile2 2L 2C'], l)
let l = []
enew
exe "+" . XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
" Invalid error lines test
let l = []
enew
exe "silent! 27" . XdoCmd
exe "silent! 4,5" . XdoCmd
call assert_equal([], l)
" Run commands from an unsaved buffer when 'hidden' is unset
set nohidden
let v:errmsg=''
let l = []
enew
setlocal modified
exe "silent! 2,2" . XdoCmd
if v:errmsg !~# 'No write since last change'
call add(v:errors, 'Unsaved file change test failed')
endif
" If the executed command fails, then the operation should be aborted
enew!
let subst_count = 0
exe "silent!" . Xdo . " s/Line/xLine/ | let subst_count += 1"
if subst_count != 1 || getline('.') != 'xLine1'
call add(v:errors, 'Abort command on error test failed')
endif
set hidden
let l = []
exe "2,2" . Xdo . "! call add(l, GetRuler())"
call assert_equal(['Xtestfile2 2L 2C'], l)
" List with no valid error entries
let l = []
edit! +2 Xtestfile1
exe Xgetexpr . " ['non-error 1', 'non-error 2', 'non-error 3']"
exe XdoCmd
call assert_equal([], l)
exe "silent! 2" . XdoCmd
call assert_equal([], l)
let v:errmsg=''
exe "%" . XdoCmd
exe "1,$" . XdoCmd
exe "." . XdoCmd
call assert_equal('', v:errmsg)
" List with only one valid entry
let l = []
exe Xgetexpr . " ['Xtestfile3:3:1:Line3']"
exe XdoCmd
call assert_equal(['Xtestfile3 3L 1C'], l)
endfunction
" Tests for the :cfdo and :lfdo commands
function XfdoTests(cchar)
enew
" Shortcuts for calling the cfdo and lfdo commands
let Xfdo = a:cchar . 'fdo'
let Xgetexpr = a:cchar . 'getexpr'
let XfdoCmd = Xfdo . ' call add(l, GetRuler())'
let Xpfile = a:cchar. 'pfile'
" Clear the quickfix/location list
exe Xgetexpr . " []"
" Try with an empty list
let l = []
exe XfdoCmd
call assert_equal([], l)
" Populate the list and then try
exe Xgetexpr . " ['non-error 1', 'Xtestfile1:1:3:Line1', 'Xtestfile1:2:1:Line2', 'non-error 2', 'Xtestfile2:2:2:Line2', 'non-error 3', 'Xtestfile3:2:3:Line2', 'Xtestfile3:3:1:Line3']"
let l = []
exe XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
" Run command only on selected error lines
let l = []
exe "2,3" . XfdoCmd
call assert_equal(['Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
" Boundary condition tests
let l = []
exe "3" . XfdoCmd
call assert_equal(['Xtestfile3 2L 3C'], l)
" Range test commands
let l = []
exe "%" . XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
let l = []
exe "1,$" . XfdoCmd
call assert_equal(['Xtestfile1 1L 3C', 'Xtestfile2 2L 2C', 'Xtestfile3 2L 3C'], l)
let l = []
exe Xpfile
exe "." . XfdoCmd
call assert_equal(['Xtestfile2 2L 2C'], l)
" List with only one valid entry
let l = []
exe Xgetexpr . " ['Xtestfile2:2:5:Line2']"
exe XfdoCmd
call assert_equal(['Xtestfile2 2L 5C'], l)
endfunction
]=])
end)
after_each(function()
os.remove('Xtestfile1')
os.remove('Xtestfile2')
os.remove('Xtestfile3')
end)
it('works for :cdo', function()
-- call('XdoTests', 'c')
feed(":call XdoTests('c')<CR><C-l>")
expected_empty()
end)
it('works for :cfdo', function()
-- call('XfdoTests', 'c')
feed(":call XfdoTests('c')<CR><C-l>")
expected_empty()
end)
it('works for :ldo', function()
-- call('XdoTests', 'l')
feed(":call XdoTests('l')<CR><C-l>")
expected_empty()
end)
it('works for :lfdo', function()
-- call('XfdoTests', 'l')
feed(":call XfdoTests('l')<CR><C-l>")
expected_empty()
end)
end)

View File

@ -1,507 +0,0 @@
-- Tests for 'packpath' and :packadd
local helpers = require('test.functional.helpers')(after_each)
local clear, source, command = helpers.clear, helpers.source, helpers.command
local call, eq, nvim = helpers.call, helpers.eq, helpers.meths
local feed = helpers.feed
local function expected_empty()
eq({}, nvim.get_vvar('errors'))
end
describe('packadd', function()
before_each(function()
clear()
source([=[
func Escape(s)
return escape(a:s, '\~')
endfunc
func SetUp()
let s:topdir = expand(getcwd() . '/Xdir')
if isdirectory(s:topdir)
call delete(s:topdir, 'rf')
endif
exe 'set packpath=' . s:topdir
let s:plugdir = expand(s:topdir . '/pack/mine/opt/mytest')
endfunc
func TearDown()
call delete(s:topdir, 'rf')
endfunc
func Test_packadd()
if !exists('s:plugdir')
echomsg 'when running this test manually, call SetUp() first'
return
endif
call mkdir(s:plugdir . '/plugin/also', 'p')
call mkdir(s:plugdir . '/ftdetect', 'p')
call mkdir(s:plugdir . '/after', 'p')
set rtp&
let rtp = &rtp
filetype on
let rtp_entries = split(rtp, ',')
for entry in rtp_entries
if entry =~? '\<after\>'
let first_after_entry = entry
break
endif
endfor
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 42')
wq
exe 'split ' . s:plugdir . '/plugin/also/loaded.vim'
call setline(1, 'let g:plugin_also_works = 77')
wq
exe 'split ' . s:plugdir . '/ftdetect/test.vim'
call setline(1, 'let g:ftdetect_works = 17')
wq
packadd mytest
call assert_true(42, g:plugin_works)
call assert_equal(77, g:plugin_also_works)
call assert_true(17, g:ftdetect_works)
call assert_true(len(&rtp) > len(rtp))
call assert_match(Escape(s:plugdir) . '\($\|,\)', &rtp)
let new_after = match(&rtp, Escape(expand(s:plugdir . '/after') . ','))
let forwarded = substitute(first_after_entry, '\\', '[/\\\\]', 'g')
let old_after = match(&rtp, ',' . escape(forwarded, '~') . '\>')
call assert_true(new_after > 0, 'rtp is ' . &rtp)
call assert_true(old_after > 0, 'match ' . forwarded . ' in ' . &rtp)
call assert_true(new_after < old_after, 'rtp is ' . &rtp)
" NOTE: '/.../opt/myte' forwardly matches with '/.../opt/mytest'
call mkdir(fnamemodify(s:plugdir, ':h') . '/myte', 'p')
let rtp = &rtp
packadd myte
" Check the path of 'myte' is added
call assert_true(len(&rtp) > len(rtp))
call assert_match(Escape(s:plugdir) . '\($\|,\)', &rtp)
" Check exception
call assert_fails("packadd directorynotfound", 'E919:')
call assert_fails("packadd", 'E471:')
endfunc
func Test_packadd_start()
let plugdir = expand(s:topdir . '/pack/mine/start/other')
call mkdir(plugdir . '/plugin', 'p')
set rtp&
let rtp = &rtp
filetype on
exe 'split ' . plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 24')
wq
exe 'split ' . plugdir . '/plugin/test.lua'
call setline(1, 'vim.g.plugin_lua_works = 24')
wq
packadd other
call assert_equal(24, g:plugin_works)
call assert_equal(24, g:plugin_lua_works)
call assert_true(len(&rtp) > len(rtp))
call assert_match(Escape(plugdir) . '\($\|,\)', &rtp)
endfunc
func Test_packadd_noload()
call mkdir(s:plugdir . '/plugin', 'p')
call mkdir(s:plugdir . '/syntax', 'p')
set rtp&
let rtp = &rtp
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 42')
wq
exe 'split ' . s:plugdir . '/plugin/test.lua'
call setline(1, 'let g:plugin_lua_works = 42')
wq
let g:plugin_works = 0
let g:plugin_lua_works = 0
packadd! mytest
call assert_true(len(&rtp) > len(rtp))
call assert_match(Escape(s:plugdir) . '\($\|,\)', &rtp)
call assert_equal(0, g:plugin_works)
call assert_equal(0, g:plugin_lua_works)
" check the path is not added twice
let new_rtp = &rtp
packadd! mytest
call assert_equal(new_rtp, &rtp)
endfunc
func Test_packadd_symlink_dir()
let top2_dir = expand(s:topdir . '/Xdir2')
let real_dir = expand(s:topdir . '/Xsym')
call mkdir(real_dir, 'p')
if has('win32')
exec "silent! !mklink /d" top2_dir "Xsym"
else
exec "silent! !ln -s Xsym" top2_dir
endif
let &rtp = top2_dir . ',' . expand(top2_dir . '/after')
let &packpath = &rtp
let s:plugdir = expand(top2_dir . '/pack/mine/opt/mytest')
call mkdir(s:plugdir . '/plugin', 'p')
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 44')
wq
let g:plugin_works = 0
packadd mytest
" Must have been inserted in the middle, not at the end
call assert_match(Escape(expand('/pack/mine/opt/mytest').','), &rtp)
call assert_equal(44, g:plugin_works)
" No change when doing it again.
let rtp_before = &rtp
packadd mytest
call assert_equal(rtp_before, &rtp)
set rtp&
let rtp = &rtp
exec "silent !" (has('win32') ? "rd /q/s" : "rm") top2_dir
endfunc
func Test_packadd_symlink_dir2()
let top2_dir = expand(s:topdir . '/Xdir2')
let real_dir = expand(s:topdir . '/Xsym/pack')
call mkdir(top2_dir, 'p')
call mkdir(real_dir, 'p')
let &rtp = top2_dir . ',' . top2_dir . '/after'
let &packpath = &rtp
if has('win32')
exec "silent! !mklink /d" top2_dir "Xsym"
else
exec "silent !ln -s ../Xsym/pack" top2_dir . '/pack'
endif
let s:plugdir = expand(top2_dir . '/pack/mine/opt/mytest')
call mkdir(s:plugdir . '/plugin', 'p')
exe 'split ' . s:plugdir . '/plugin/test.vim'
call setline(1, 'let g:plugin_works = 48')
wq
let g:plugin_works = 0
packadd mytest
" Must have been inserted in the middle, not at the end
call assert_match(Escape(expand('/Xdir2/pack/mine/opt/mytest').','), &rtp)
call assert_equal(48, g:plugin_works)
" No change when doing it again.
let rtp_before = &rtp
packadd mytest
call assert_equal(rtp_before, &rtp)
set rtp&
let rtp = &rtp
if has('win32')
exec "silent !rd /q/s" top2_dir
else
exec "silent !rm" top2_dir . '/pack'
exec "silent !rmdir" top2_dir
endif
endfunc
func Test_packloadall()
" plugin foo with an autoload directory
let fooplugindir = &packpath . '/pack/mine/start/foo/plugin'
call mkdir(fooplugindir, 'p')
call writefile(['let g:plugin_foo_number = 1234',
\ 'let g:plugin_foo_auto = bbb#value',
\ 'let g:plugin_extra_auto = extra#value'], fooplugindir . '/bar.vim')
let fooautodir = &packpath . '/pack/mine/start/foo/autoload'
call mkdir(fooautodir, 'p')
call writefile(['let bar#value = 77'], fooautodir . '/bar.vim')
" plugin aaa with an autoload directory
let aaaplugindir = &packpath . '/pack/mine/start/aaa/plugin'
call mkdir(aaaplugindir, 'p')
call writefile(['let g:plugin_aaa_number = 333',
\ 'let g:plugin_aaa_auto = bar#value'], aaaplugindir . '/bbb.vim')
let aaaautodir = &packpath . '/pack/mine/start/aaa/autoload'
call mkdir(aaaautodir, 'p')
call writefile(['let bbb#value = 55'], aaaautodir . '/bbb.vim')
" plugin extra with only an autoload directory
let extraautodir = &packpath . '/pack/mine/start/extra/autoload'
call mkdir(extraautodir, 'p')
call writefile(['let extra#value = 99'], extraautodir . '/extra.vim')
packloadall
call assert_equal(1234, g:plugin_foo_number)
call assert_equal(55, g:plugin_foo_auto)
call assert_equal(99, g:plugin_extra_auto)
call assert_equal(333, g:plugin_aaa_number)
call assert_equal(77, g:plugin_aaa_auto)
" only works once
call writefile(['let g:plugin_bar_number = 4321'],
\ fooplugindir . '/bar2.vim')
packloadall
call assert_false(exists('g:plugin_bar_number'))
" works when ! used
packloadall!
call assert_equal(4321, g:plugin_bar_number)
endfunc
func Test_helptags()
let docdir1 = &packpath . '/pack/mine/start/foo/doc'
let docdir2 = &packpath . '/pack/mine/start/bar/doc'
call mkdir(docdir1, 'p')
call mkdir(docdir2, 'p')
call writefile(['look here: *look-here*'], docdir1 . '/bar.txt')
call writefile(['look away: *look-away*'], docdir2 . '/foo.txt')
exe 'set rtp=' . &packpath . '/pack/mine/start/foo,' . &packpath . '/pack/mine/start/bar'
helptags ALL
let tags1 = readfile(docdir1 . '/tags')
call assert_match('look-here', tags1[0])
let tags2 = readfile(docdir2 . '/tags')
call assert_match('look-away', tags2[0])
call assert_fails('helptags abcxyz', 'E150:')
endfunc
func Test_colorscheme()
let colordirrun = &packpath . '/runtime/colors'
let colordirstart = &packpath . '/pack/mine/start/foo/colors'
let colordiropt = &packpath . '/pack/mine/opt/bar/colors'
call mkdir(colordirrun, 'p')
call mkdir(colordirstart, 'p')
call mkdir(colordiropt, 'p')
call writefile(['let g:found_one = 1'], colordirrun . '/one.vim')
call writefile(['let g:found_two = 1'], colordirstart . '/two.vim')
call writefile(['let g:found_three = 1'], colordiropt . '/three.vim')
exe 'set rtp=' . &packpath . '/runtime'
colorscheme one
call assert_equal(1, g:found_one)
colorscheme two
call assert_equal(1, g:found_two)
colorscheme three
call assert_equal(1, g:found_three)
endfunc
func Test_runtime()
let rundir = &packpath . '/runtime/extra'
let startdir = &packpath . '/pack/mine/start/foo/extra'
let optdir = &packpath . '/pack/mine/opt/bar/extra'
call mkdir(rundir, 'p')
call mkdir(startdir, 'p')
call mkdir(optdir, 'p')
call writefile(['let g:sequence .= "run"'], rundir . '/bar.vim')
call writefile(['let g:sequence .= "start"'], startdir . '/bar.vim')
call writefile(['let g:sequence .= "foostart"'], startdir . '/foo.vim')
call writefile(['let g:sequence .= "opt"'], optdir . '/bar.vim')
call writefile(['let g:sequence .= "xxxopt"'], optdir . '/xxx.vim')
exe 'set rtp=' . &packpath . '/runtime'
let g:sequence = ''
runtime extra/bar.vim
call assert_equal('run', g:sequence)
let g:sequence = ''
runtime START extra/bar.vim
call assert_equal('start', g:sequence)
let g:sequence = ''
runtime OPT extra/bar.vim
call assert_equal('opt', g:sequence)
let g:sequence = ''
runtime PACK extra/bar.vim
call assert_equal('start', g:sequence)
let g:sequence = ''
runtime! PACK extra/bar.vim
call assert_equal('startopt', g:sequence)
let g:sequence = ''
runtime PACK extra/xxx.vim
call assert_equal('xxxopt', g:sequence)
let g:sequence = ''
runtime ALL extra/bar.vim
call assert_equal('run', g:sequence)
let g:sequence = ''
runtime ALL extra/foo.vim
call assert_equal('foostart', g:sequence)
let g:sequence = ''
runtime! ALL extra/xxx.vim
call assert_equal('xxxopt', g:sequence)
let g:sequence = ''
runtime! ALL extra/bar.vim
call assert_equal('runstartopt', g:sequence)
endfunc
]=])
call('SetUp')
end)
after_each(function()
call('TearDown')
end)
it('is working', function()
call('Test_packadd')
expected_empty()
end)
it('works with packadd!', function()
call('Test_packadd_noload')
expected_empty()
end)
it('works with symlinks', function()
call('Test_packadd_symlink_dir')
expected_empty()
end)
it('works with :packloadall', function()
call('Test_packloadall')
expected_empty()
end)
it('works with helptags', function()
call('Test_helptags')
expected_empty()
end)
it('works with colorschemes', function()
call('Test_colorscheme')
expected_empty()
end)
it('works with :runtime [what]', function()
call('Test_runtime')
expected_empty()
end)
it('loads packages from "start" directory', function()
call('Test_packadd_start')
expected_empty()
end)
describe('command line completion', function()
local Screen = require('test.functional.ui.screen')
local screen
before_each(function()
screen = Screen.new(30, 5)
screen:attach()
screen:set_default_attr_ids({
[0] = {bold=true, foreground=Screen.colors.Blue},
[1] = {
foreground = Screen.colors.Black,
background = Screen.colors.Yellow,
},
[2] = {bold = true, reverse = true}
})
command([[let optdir1 = &packpath . '/pack/mine/opt']])
command([[let optdir2 = &packpath . '/pack/candidate/opt']])
command([[call mkdir(optdir1 . '/pluginA', 'p')]])
command([[call mkdir(optdir1 . '/pluginC', 'p')]])
command([[call mkdir(optdir2 . '/pluginB', 'p')]])
command([[call mkdir(optdir2 . '/pluginC', 'p')]])
end)
it('works', function()
feed(':packadd <Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{1:pluginA}{2: pluginB pluginC }|
:packadd pluginA^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:pluginA }{1:pluginB}{2: pluginC }|
:packadd pluginB^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:pluginA pluginB }{1:pluginC}{2: }|
:packadd pluginC^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:pluginA pluginB pluginC }|
:packadd ^ |
]=])
end)
it('works for colorschemes', function()
source([[
let colordirrun = &packpath . '/runtime/colors'
let colordirstart = &packpath . '/pack/mine/start/foo/colors'
let colordiropt = &packpath . '/pack/mine/opt/bar/colors'
call mkdir(colordirrun, 'p')
call mkdir(colordirstart, 'p')
call mkdir(colordiropt, 'p')
call writefile(['let g:found_one = 1'], colordirrun . '/one.vim')
call writefile(['let g:found_two = 1'], colordirstart . '/two.vim')
call writefile(['let g:found_three = 1'], colordiropt . '/three.vim')
exe 'set rtp=' . &packpath . '/runtime']])
feed(':colorscheme <Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{1:one}{2: three two }|
:colorscheme one^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:one }{1:three}{2: two }|
:colorscheme three^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:one three }{1:two}{2: }|
:colorscheme two^ |
]=])
feed('<Tab>')
screen:expect([=[
|
{0:~ }|
{0:~ }|
{2:one three two }|
:colorscheme ^ |
]=])
end)
end)
end)