Mercurial > vim
view src/testdir/test_usercommands.vim @ 18829:eff8d8f72a82 v8.1.2402
patch 8.1.2402: typos and other small things
Commit: https://github.com/vim/vim/commit/f48ee3c28488f7c361732316f905ac420b3d8087
Author: Bram Moolenaar <Bram@vim.org>
Date: Fri Dec 6 22:18:20 2019 +0100
patch 8.1.2402: typos and other small things
Problem: Typos and other small things.
Solution: Small fixes.
author | Bram Moolenaar <Bram@vim.org> |
---|---|
date | Fri, 06 Dec 2019 22:30:04 +0100 |
parents | 854fb0ad4be6 |
children | 9199f34d838e |
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" Tests for user defined commands " Test for <mods> in user defined commands function Test_cmdmods() let g:mods = '' command! -nargs=* MyCmd let g:mods .= '<mods> ' MyCmd aboveleft MyCmd abo MyCmd belowright MyCmd bel MyCmd botright MyCmd bo MyCmd browse MyCmd bro MyCmd confirm MyCmd conf MyCmd hide MyCmd hid MyCmd keepalt MyCmd keepa MyCmd keepjumps MyCmd keepj MyCmd keepmarks MyCmd kee MyCmd keeppatterns MyCmd keepp MyCmd leftabove MyCmd " results in :aboveleft lefta MyCmd lockmarks MyCmd loc MyCmd " noautocmd MyCmd noswapfile MyCmd nos MyCmd rightbelow MyCmd " results in :belowright rightb MyCmd " sandbox MyCmd silent MyCmd sil MyCmd tab MyCmd topleft MyCmd to MyCmd " unsilent MyCmd verbose MyCmd verb MyCmd vertical MyCmd vert MyCmd aboveleft belowright botright browse confirm hide keepalt keepjumps \ keepmarks keeppatterns lockmarks noswapfile silent tab \ topleft verbose vertical MyCmd call assert_equal(' aboveleft aboveleft belowright belowright botright ' . \ 'botright browse browse confirm confirm hide hide ' . \ 'keepalt keepalt keepjumps keepjumps keepmarks keepmarks ' . \ 'keeppatterns keeppatterns aboveleft aboveleft lockmarks lockmarks noswapfile ' . \ 'noswapfile belowright belowright silent silent tab topleft topleft verbose verbose ' . \ 'vertical vertical ' . \ 'aboveleft belowright botright browse confirm hide keepalt keepjumps ' . \ 'keepmarks keeppatterns lockmarks noswapfile silent tab topleft ' . \ 'verbose vertical ', g:mods) let g:mods = '' command! -nargs=* MyQCmd let g:mods .= '<q-mods> ' vertical MyQCmd call assert_equal('"vertical" ', g:mods) delcommand MyCmd delcommand MyQCmd unlet g:mods endfunction func SaveCmdArgs(...) let g:args = a:000 endfunc func Test_f_args() command -nargs=* TestFArgs call SaveCmdArgs(<f-args>) TestFArgs call assert_equal([], g:args) TestFArgs one two three call assert_equal(['one', 'two', 'three'], g:args) TestFArgs one\\two three call assert_equal(['one\two', 'three'], g:args) TestFArgs one\ two three call assert_equal(['one two', 'three'], g:args) TestFArgs one\"two three call assert_equal(['one\"two', 'three'], g:args) delcommand TestFArgs endfunc func Test_q_args() command -nargs=* TestQArgs call SaveCmdArgs(<q-args>) TestQArgs call assert_equal([''], g:args) TestQArgs one two three call assert_equal(['one two three'], g:args) TestQArgs one\\two three call assert_equal(['one\\two three'], g:args) TestQArgs one\ two three call assert_equal(['one\ two three'], g:args) TestQArgs one\"two three call assert_equal(['one\"two three'], g:args) delcommand TestQArgs endfunc func Test_reg_arg() command -nargs=* -reg TestRegArg call SaveCmdArgs("<reg>", "<register>") TestRegArg call assert_equal(['', ''], g:args) TestRegArg x call assert_equal(['x', 'x'], g:args) delcommand TestRegArg endfunc func Test_no_arg() command -nargs=* TestNoArg call SaveCmdArgs("<args>", "<>", "<x>", "<lt>") TestNoArg call assert_equal(['', '<>', '<x>', '<'], g:args) TestNoArg one call assert_equal(['one', '<>', '<x>', '<'], g:args) delcommand TestNoArg endfunc func Test_range_arg() command -range TestRangeArg call SaveCmdArgs(<range>, <line1>, <line2>) new call setline(1, range(100)) let lnum = line('.') TestRangeArg call assert_equal([0, lnum, lnum], g:args) 99TestRangeArg call assert_equal([1, 99, 99], g:args) 88,99TestRangeArg call assert_equal([2, 88, 99], g:args) call assert_fails('102TestRangeArg', 'E16:') bwipe! delcommand TestRangeArg endfunc func Test_Ambiguous() command Doit let g:didit = 'yes' command Dothat let g:didthat = 'also' call assert_fails('Do', 'E464:') Doit call assert_equal('yes', g:didit) Dothat call assert_equal('also', g:didthat) unlet g:didit unlet g:didthat delcommand Doit Do call assert_equal('also', g:didthat) delcommand Dothat call assert_fails("\x4ei\041", ' you demand a ') endfunc func Test_redefine_on_reload() call writefile(['command ExistingCommand echo "yes"'], 'Xcommandexists') call assert_equal(0, exists(':ExistingCommand')) source Xcommandexists call assert_equal(2, exists(':ExistingCommand')) " Redefining a command when reloading a script is OK. source Xcommandexists call assert_equal(2, exists(':ExistingCommand')) " But redefining in another script is not OK. call writefile(['command ExistingCommand echo "yes"'], 'Xcommandexists2') call assert_fails('source Xcommandexists2', 'E174:') call delete('Xcommandexists2') " And defining twice in one script is not OK. delcommand ExistingCommand call assert_equal(0, exists(':ExistingCommand')) call writefile([ \ 'command ExistingCommand echo "yes"', \ 'command ExistingCommand echo "no"', \ ], 'Xcommandexists') call assert_fails('source Xcommandexists', 'E174:') call assert_equal(2, exists(':ExistingCommand')) call delete('Xcommandexists') delcommand ExistingCommand endfunc func Test_CmdUndefined() call assert_fails('Doit', 'E492:') au CmdUndefined Doit :command Doit let g:didit = 'yes' Doit call assert_equal('yes', g:didit) delcommand Doit call assert_fails('Dothat', 'E492:') au CmdUndefined * let g:didnot = 'yes' call assert_fails('Dothat', 'E492:') call assert_equal('yes', g:didnot) endfunc func Test_CmdErrors() call assert_fails('com! docmd :', 'E183:') call assert_fails('com! \<Tab> :', 'E182:') call assert_fails('com! _ :', 'E182:') call assert_fails('com! X :', 'E841:') call assert_fails('com! - DoCmd :', 'E175:') call assert_fails('com! -xxx DoCmd :', 'E181:') call assert_fails('com! -addr DoCmd :', 'E179:') call assert_fails('com! -addr=asdf DoCmd :', 'E180:') call assert_fails('com! -complete DoCmd :', 'E179:') call assert_fails('com! -complete=xxx DoCmd :', 'E180:') call assert_fails('com! -complete=custom DoCmd :', 'E467:') call assert_fails('com! -complete=customlist DoCmd :', 'E467:') call assert_fails('com! -complete=behave,CustomComplete DoCmd :', 'E468:') call assert_fails('com! -nargs=x DoCmd :', 'E176:') call assert_fails('com! -count=1 -count=2 DoCmd :', 'E177:') call assert_fails('com! -count=x DoCmd :', 'E178:') call assert_fails('com! -range=x DoCmd :', 'E178:') com! -nargs=0 DoCmd : call assert_fails('DoCmd x', 'E488:') com! -nargs=1 DoCmd : call assert_fails('DoCmd', 'E471:') com! -nargs=+ DoCmd : call assert_fails('DoCmd', 'E471:') call assert_fails('com DoCmd :', 'E174:') comclear call assert_fails('delcom DoCmd', 'E184:') endfunc func CustomComplete(A, L, P) return "January\nFebruary\nMars\n" endfunc func CustomCompleteList(A, L, P) return [ "Monday", "Tuesday", "Wednesday" ] endfunc func Test_CmdCompletion() call feedkeys(":com -\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com -addr bang bar buffer complete count nargs range register', @:) call feedkeys(":com -nargs=0 -\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com -nargs=0 -addr bang bar buffer complete count nargs range register', @:) call feedkeys(":com -nargs=\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com -nargs=* + 0 1 ?', @:) call feedkeys(":com -addr=\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com -addr=arguments buffers lines loaded_buffers other quickfix tabs windows', @:) call feedkeys(":com -complete=co\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com -complete=color command compiler', @:) command! DoCmd1 : command! DoCmd2 : call feedkeys(":com \<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com DoCmd1 DoCmd2', @:) call feedkeys(":DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"DoCmd1 DoCmd2', @:) call feedkeys(":delcom DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"delcom DoCmd1 DoCmd2', @:) delcom DoCmd1 call feedkeys(":delcom DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"delcom DoCmd2', @:) call feedkeys(":com DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com DoCmd2', @:) delcom DoCmd2 call feedkeys(":delcom DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"delcom DoC', @:) call feedkeys(":com DoC\<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"com DoC', @:) com! -complete=behave DoCmd : call feedkeys(":DoCmd \<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"DoCmd mswin xterm', @:) " This does not work. Why? "call feedkeys(":DoCmd x\<C-A>\<C-B>\"\<CR>", 'tx') "call assert_equal('"DoCmd xterm', @:) com! -complete=custom,CustomComplete DoCmd : call feedkeys(":DoCmd \<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"DoCmd January February Mars', @:) com! -complete=customlist,CustomCompleteList DoCmd : call feedkeys(":DoCmd \<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"DoCmd Monday Tuesday Wednesday', @:) com! -complete=custom,CustomCompleteList DoCmd : call assert_fails("call feedkeys(':DoCmd \<C-D>', 'tx')", 'E730:') com! -complete=customlist,CustomComp DoCmd : call assert_fails("call feedkeys(':DoCmd \<C-D>', 'tx')", 'E117:') endfunc func CallExecute(A, L, P) " Drop first '\n' return execute('echo "hi"')[1:] endfunc func Test_use_execute_in_completion() command! -nargs=* -complete=custom,CallExecute DoExec : call feedkeys(":DoExec \<C-A>\<C-B>\"\<CR>", 'tx') call assert_equal('"DoExec hi', @:) delcommand DoExec endfunc func Test_addr_all() command! -addr=lines DoSomething let g:a1 = <line1> | let g:a2 = <line2> %DoSomething call assert_equal(1, g:a1) call assert_equal(line('$'), g:a2) command! -addr=arguments DoSomething let g:a1 = <line1> | let g:a2 = <line2> args one two three %DoSomething call assert_equal(1, g:a1) call assert_equal(3, g:a2) command! -addr=buffers DoSomething let g:a1 = <line1> | let g:a2 = <line2> %DoSomething for low in range(1, bufnr('$')) if buflisted(low) break endif endfor call assert_equal(low, g:a1) call assert_equal(bufnr('$'), g:a2) command! -addr=loaded_buffers DoSomething let g:a1 = <line1> | let g:a2 = <line2> %DoSomething for low in range(1, bufnr('$')) if bufloaded(low) break endif endfor call assert_equal(low, g:a1) for up in range(bufnr('$'), 1, -1) if bufloaded(up) break endif endfor call assert_equal(up, g:a2) command! -addr=windows DoSomething let g:a1 = <line1> | let g:a2 = <line2> new %DoSomething call assert_equal(1, g:a1) call assert_equal(winnr('$'), g:a2) bwipe command! -addr=tabs DoSomething let g:a1 = <line1> | let g:a2 = <line2> tabnew %DoSomething call assert_equal(1, g:a1) call assert_equal(len(gettabinfo()), g:a2) bwipe command! -addr=other DoSomething let g:a1 = <line1> | let g:a2 = <line2> DoSomething call assert_equal(line('.'), g:a1) call assert_equal(line('.'), g:a2) %DoSomething call assert_equal(1, g:a1) call assert_equal(line('$'), g:a2) delcommand DoSomething endfunc func Test_command_list() command! DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 :", \ execute('command DoCmd')) " Test with various -range= and -count= argument values. command! -range DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . :", \ execute('command DoCmd')) command! -range=% DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 % :", \ execute('command! DoCmd')) command! -range=2 DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 2 :", \ execute('command DoCmd')) command! -count=2 DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 2c ? :", \ execute('command DoCmd')) " Test with various -addr= argument values. command! -addr=lines DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . :", \ execute('command DoCmd')) command! -addr=arguments DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . arg :", \ execute('command DoCmd')) command! -addr=buffers DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . buf :", \ execute('command DoCmd')) command! -addr=loaded_buffers DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . load :", \ execute('command DoCmd')) command! -addr=windows DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . win :", \ execute('command DoCmd')) command! -addr=tabs DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . tab :", \ execute('command DoCmd')) command! -addr=other DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 . ? :", \ execute('command DoCmd')) " Test with various -complete= argument values (non-exhaustive list) command! -complete=arglist DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 arglist :", \ execute('command DoCmd')) command! -complete=augroup DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 augroup :", \ execute('command DoCmd')) command! -complete=custom,CustomComplete DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 custom :", \ execute('command DoCmd')) command! -complete=customlist,CustomComplete DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 customlist :", \ execute('command DoCmd')) " Test with various -narg= argument values. command! -nargs=0 DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 :", \ execute('command DoCmd')) command! -nargs=1 DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 1 :", \ execute('command DoCmd')) command! -nargs=* DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd * :", \ execute('command DoCmd')) command! -nargs=? DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd ? :", \ execute('command DoCmd')) command! -nargs=+ DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd + :", \ execute('command DoCmd')) " Test with other arguments. command! -bang DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n! DoCmd 0 :", \ execute('command DoCmd')) command! -bar DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n| DoCmd 0 :", \ execute('command DoCmd')) command! -register DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n\" DoCmd 0 :", \ execute('command DoCmd')) command! -buffer DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\nb DoCmd 0 :" \ .. "\n\" DoCmd 0 :", \ execute('command DoCmd')) comclear " Test with many args. command! -bang -bar -register -buffer -nargs=+ -complete=environment -addr=windows -count=3 DoCmd : call assert_equal("\n Name Args Address Complete Definition" \ .. "\n!\"b|DoCmd + 3c win environment :", \ execute('command DoCmd')) comclear " Test with special characters in command definition. command! DoCmd :<cr><tab><c-d> call assert_equal("\n Name Args Address Complete Definition" \ .. "\n DoCmd 0 :<CR><Tab><C-D>", \ execute('command DoCmd')) " Test output in verbose mode. command! DoCmd : call assert_match("^\n" \ .. " Name Args Address Complete Definition\n" \ .. " DoCmd 0 :\n" \ .. "\tLast set from .*/test_usercommands.vim line \\d\\+$", \ execute('verbose command DoCmd')) comclear call assert_equal("\nNo user-defined commands found", execute(':command Xxx')) call assert_equal("\nNo user-defined commands found", execute('command')) endfunc