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|
" Tests for various eval things.
function s:foo() abort
try
return [] == 0
catch
return 1
endtry
endfunction
func Test_catch_return_with_error()
call assert_equal(1, s:foo())
endfunc
func Test_nocatch_restore_silent_emsg()
silent! try
throw 1
catch
endtry
echoerr 'wrong'
let c1 = nr2char(screenchar(&lines, 1))
let c2 = nr2char(screenchar(&lines, 2))
let c3 = nr2char(screenchar(&lines, 3))
let c4 = nr2char(screenchar(&lines, 4))
let c5 = nr2char(screenchar(&lines, 5))
call assert_equal('wrong', c1 . c2 . c3 . c4 . c5)
endfunc
func Test_mkdir_p()
call mkdir('Xmkdir/nested', 'p')
call assert_true(isdirectory('Xmkdir/nested'))
try
" Trying to make existing directories doesn't error
call mkdir('Xmkdir', 'p')
call mkdir('Xmkdir/nested', 'p')
catch /E739:/
call assert_report('mkdir(..., "p") failed for an existing directory')
endtry
" 'p' doesn't suppress real errors
call writefile([], 'Xfile')
call assert_fails('call mkdir("Xfile", "p")', 'E739')
call delete('Xfile')
call delete('Xmkdir', 'rf')
endfunc
func Test_line_continuation()
let array = [5,
"\ ignore this
\ 6,
"\ more to ignore
"\ more moreto ignore
\ ]
"\ and some more
call assert_equal([5, 6], array)
endfunc
func Test_E963()
" These commands used to cause an internal error prior to vim 8.1.0563
let v_e = v:errors
let v_o = v:oldfiles
call assert_fails("let v:errors=''", 'E963:')
call assert_equal(v_e, v:errors)
call assert_fails("let v:oldfiles=''", 'E963:')
call assert_equal(v_o, v:oldfiles)
endfunc
func Test_for_invalid()
call assert_fails("for x in 99", 'E1098:')
call assert_fails("for x in function('winnr')", 'E1098:')
call assert_fails("for x in {'a': 9}", 'E1098:')
if 0
/1/5/2/s/\n
endif
redraw
endfunc
func Test_for_over_null_string()
let save_enc = &enc
" set enc=iso8859
let cnt = 0
for c in v:_null_string
let cnt += 1
endfor
call assert_equal(0, cnt)
let &enc = save_enc
endfunc
func Test_readfile_binary()
new
call setline(1, ['one', 'two', 'three'])
setlocal ff=dos
silent write XReadfile
let lines = readfile('XReadfile')
call assert_equal(['one', 'two', 'three'], lines)
let lines = readfile('XReadfile', '', 2)
call assert_equal(['one', 'two'], lines)
let lines = readfile('XReadfile', 'b')
call assert_equal(["one\r", "two\r", "three\r", ""], lines)
let lines = readfile('XReadfile', 'b', 2)
call assert_equal(["one\r", "two\r"], lines)
bwipe!
call delete('XReadfile')
endfunc
func Test_let_errmsg()
call assert_fails('let v:errmsg = []', 'E730:')
let v:errmsg = ''
call assert_fails('let v:errmsg = []', 'E730:')
let v:errmsg = ''
endfunc
func Test_string_concatenation()
call assert_equal('ab', 'a'.'b')
call assert_equal('ab', 'a' .'b')
call assert_equal('ab', 'a'. 'b')
call assert_equal('ab', 'a' . 'b')
call assert_equal('ab', 'a'..'b')
call assert_equal('ab', 'a' ..'b')
call assert_equal('ab', 'a'.. 'b')
call assert_equal('ab', 'a' .. 'b')
let a = 'a'
let b = 'b'
let a .= b
call assert_equal('ab', a)
let a = 'a'
let a.=b
call assert_equal('ab', a)
let a = 'a'
let a ..= b
call assert_equal('ab', a)
let a = 'a'
let a..=b
call assert_equal('ab', a)
endfunc
" Test fix for issue #4507
func Test_skip_after_throw()
try
throw 'something'
let x = wincol() || &ts
catch /something/
endtry
endfunc
" scriptversion 1
func Test_string_concat_scriptversion1()
call assert_true(has('vimscript-1'))
let a = 'a'
let b = 'b'
echo a . b
let a .= b
let vers = 1.2.3
call assert_equal('123', vers)
if has('float')
call assert_fails('let f = .5', 'E15:')
endif
endfunc
" scriptversion 1
func Test_vvar_scriptversion1()
call assert_equal(15, 017)
call assert_equal(15, 0o17)
call assert_equal(15, 0O17)
call assert_equal(18, 018)
call assert_equal(511, 0o777)
endfunc
func Test_number_max_min_size()
" This will fail on systems without 64 bit number support or when not
" configured correctly.
call assert_equal(64, v:numbersize)
call assert_true(v:numbermin < -9999999)
call assert_true(v:numbermax > 9999999)
endfunc
func Assert_reg(name, type, value, valuestr, expr, exprstr)
call assert_equal(a:type, getregtype(a:name))
call assert_equal(a:value, getreg(a:name))
call assert_equal(a:valuestr, string(getreg(a:name, 0, 1)))
call assert_equal(a:expr, getreg(a:name, 1))
call assert_equal(a:exprstr, string(getreg(a:name, 1, 1)))
endfunc
func Test_let_register()
let @" = 'abc'
call Assert_reg('"', 'v', "abc", "['abc']", "abc", "['abc']")
let @" = "abc\n"
call Assert_reg('"', 'V', "abc\n", "['abc']", "abc\n", "['abc']")
let @" = "abc\<C-m>"
call Assert_reg('"', 'V', "abc\r\n", "['abc\r']", "abc\r\n", "['abc\r']")
let @= = '"abc"'
call Assert_reg('=', 'v', "abc", "['abc']", '"abc"', "['\"abc\"']")
endfunc
func Assert_regput(name, result)
new
execute "silent normal! o==\n==\e\"" . a:name . "P"
call assert_equal(a:result, getline(2, line('$')))
bwipe!
endfunc
func Test_setreg_basic()
call setreg('a', 'abcA', 'c')
call Assert_reg('a', 'v', "abcA", "['abcA']", "abcA", "['abcA']")
call Assert_regput('a', ['==', '=abcA='])
call setreg('A', 'abcAc', 'c')
call Assert_reg('A', 'v', "abcAabcAc", "['abcAabcAc']", "abcAabcAc", "['abcAabcAc']")
call Assert_regput('a', ['==', '=abcAabcAc='])
call setreg('A', 'abcAl', 'l')
call Assert_reg('A', 'V', "abcAabcAcabcAl\n", "['abcAabcAcabcAl']", "abcAabcAcabcAl\n", "['abcAabcAcabcAl']")
call Assert_regput('a', ['==', 'abcAabcAcabcAl', '=='])
call setreg('A', 'abcAc2','c')
call Assert_reg('A', 'v', "abcAabcAcabcAl\nabcAc2", "['abcAabcAcabcAl', 'abcAc2']", "abcAabcAcabcAl\nabcAc2", "['abcAabcAcabcAl', 'abcAc2']")
call Assert_regput('a', ['==', '=abcAabcAcabcAl', 'abcAc2='])
call setreg('b', 'abcB', 'v')
call Assert_reg('b', 'v', "abcB", "['abcB']", "abcB", "['abcB']")
call Assert_regput('b', ['==', '=abcB='])
call setreg('b', 'abcBc', 'ca')
call Assert_reg('b', 'v', "abcBabcBc", "['abcBabcBc']", "abcBabcBc", "['abcBabcBc']")
call Assert_regput('b', ['==', '=abcBabcBc='])
call setreg('b', 'abcBb', 'ba')
call Assert_reg('b', "\<C-V>5", "abcBabcBcabcBb", "['abcBabcBcabcBb']", "abcBabcBcabcBb", "['abcBabcBcabcBb']")
call Assert_regput('b', ['==', '=abcBabcBcabcBb='])
call setreg('b', 'abcBc2','ca')
call Assert_reg('b', "v", "abcBabcBcabcBb\nabcBc2", "['abcBabcBcabcBb', 'abcBc2']", "abcBabcBcabcBb\nabcBc2", "['abcBabcBcabcBb', 'abcBc2']")
call Assert_regput('b', ['==', '=abcBabcBcabcBb', 'abcBc2='])
call setreg('b', 'abcBb2','b50a')
call Assert_reg('b', "\<C-V>50", "abcBabcBcabcBb\nabcBc2abcBb2", "['abcBabcBcabcBb', 'abcBc2abcBb2']", "abcBabcBcabcBb\nabcBc2abcBb2", "['abcBabcBcabcBb', 'abcBc2abcBb2']")
call Assert_regput('b', ['==', '=abcBabcBcabcBb =', ' abcBc2abcBb2'])
call setreg('c', 'abcC', 'l')
call Assert_reg('c', 'V', "abcC\n", "['abcC']", "abcC\n", "['abcC']")
call Assert_regput('c', ['==', 'abcC', '=='])
call setreg('C', 'abcCl', 'l')
call Assert_reg('C', 'V', "abcC\nabcCl\n", "['abcC', 'abcCl']", "abcC\nabcCl\n", "['abcC', 'abcCl']")
call Assert_regput('c', ['==', 'abcC', 'abcCl', '=='])
call setreg('C', 'abcCc', 'c')
call Assert_reg('C', 'v', "abcC\nabcCl\nabcCc", "['abcC', 'abcCl', 'abcCc']", "abcC\nabcCl\nabcCc", "['abcC', 'abcCl', 'abcCc']")
call Assert_regput('c', ['==', '=abcC', 'abcCl', 'abcCc='])
call setreg('d', 'abcD', 'V')
call Assert_reg('d', 'V', "abcD\n", "['abcD']", "abcD\n", "['abcD']")
call Assert_regput('d', ['==', 'abcD', '=='])
call setreg('D', 'abcDb', 'b')
call Assert_reg('d', "\<C-V>5", "abcD\nabcDb", "['abcD', 'abcDb']", "abcD\nabcDb", "['abcD', 'abcDb']")
call Assert_regput('d', ['==', '=abcD =', ' abcDb'])
call setreg('e', 'abcE', 'b')
call Assert_reg('e', "\<C-V>4", "abcE", "['abcE']", "abcE", "['abcE']")
call Assert_regput('e', ['==', '=abcE='])
call setreg('E', 'abcEb', 'b')
call Assert_reg('E', "\<C-V>5", "abcE\nabcEb", "['abcE', 'abcEb']", "abcE\nabcEb", "['abcE', 'abcEb']")
call Assert_regput('e', ['==', '=abcE =', ' abcEb'])
call setreg('E', 'abcEl', 'l')
call Assert_reg('E', "V", "abcE\nabcEb\nabcEl\n", "['abcE', 'abcEb', 'abcEl']", "abcE\nabcEb\nabcEl\n", "['abcE', 'abcEb', 'abcEl']")
call Assert_regput('e', ['==', 'abcE', 'abcEb', 'abcEl', '=='])
call setreg('f', 'abcF', "\<C-v>")
call Assert_reg('f', "\<C-V>4", "abcF", "['abcF']", "abcF", "['abcF']")
call Assert_regput('f', ['==', '=abcF='])
call setreg('F', 'abcFc', 'c')
call Assert_reg('F', "v", "abcF\nabcFc", "['abcF', 'abcFc']", "abcF\nabcFc", "['abcF', 'abcFc']")
call Assert_regput('f', ['==', '=abcF', 'abcFc='])
call setreg('g', 'abcG', 'b10')
call Assert_reg('g', "\<C-V>10", "abcG", "['abcG']", "abcG", "['abcG']")
call Assert_regput('g', ['==', '=abcG ='])
call setreg('h', 'abcH', "\<C-v>10")
call Assert_reg('h', "\<C-V>10", "abcH", "['abcH']", "abcH", "['abcH']")
call Assert_regput('h', ['==', '=abcH ='])
call setreg('I', 'abcI')
call Assert_reg('I', "v", "abcI", "['abcI']", "abcI", "['abcI']")
call Assert_regput('I', ['==', '=abcI='])
" Error cases
call assert_fails('call setreg()', 'E119:')
call assert_fails('call setreg(1)', 'E119:')
call assert_fails('call setreg(1, 2, 3, 4)', 'E118:')
call assert_fails('call setreg([], 2)', 'E730:')
call assert_fails('call setreg(1, 2, [])', 'E730:')
call assert_fails('call setreg("/", ["1", "2"])', 'E883:')
call assert_fails('call setreg("=", ["1", "2"])', 'E883:')
call assert_fails('call setreg(1, ["", "", [], ""])', 'E730:')
endfunc
func Test_curly_assignment()
let s:svar = 'svar'
let g:gvar = 'gvar'
let lname = 'gvar'
let gname = 'gvar'
let {'s:'.lname} = {'g:'.gname}
call assert_equal('gvar', s:gvar)
let s:gvar = ''
let { 's:'.lname } = { 'g:'.gname }
call assert_equal('gvar', s:gvar)
let s:gvar = ''
let { 's:' . lname } = { 'g:' . gname }
call assert_equal('gvar', s:gvar)
let s:gvar = ''
let { 's:' .. lname } = { 'g:' .. gname }
call assert_equal('gvar', s:gvar)
unlet s:svar
unlet s:gvar
unlet g:gvar
endfunc
" K_SPECIAL in the modified character used be escaped, which causes
" double-escaping with feedkeys() or as the return value of an <expr> mapping,
" and doesn't match what getchar() returns,
func Test_modified_char_no_escape_special()
nnoremap <M-…> <Cmd>let g:got_m_ellipsis += 1<CR>
call feedkeys("\<M-…>", 't')
call assert_equal("\<M-…>", getchar())
let g:got_m_ellipsis = 0
call feedkeys("\<M-…>", 'xt')
call assert_equal(1, g:got_m_ellipsis)
func Func()
return "\<M-…>"
endfunc
nmap <expr> <F2> Func()
call feedkeys("\<F2>", 'xt')
call assert_equal(2, g:got_m_ellipsis)
delfunc Func
nunmap <F2>
unlet g:got_m_ellipsis
nunmap <M-…>
endfunc
" vim: shiftwidth=2 sts=2 expandtab
|
