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neovim/test/old/testdir/test_spellfile.vim
zeertzjq f25ebc2290
vim-patch:9.1.0783: 'spell' option setting has problems (#30818) 
Problem:  'spell' option setting has problems
Solution: correctly check for comma for 'spellfile' option,
          remove unnecessary checks, refactor slightly (Milly)

closes: vim/vim#15873

322ad0c953

Co-authored-by: Milly <milly.ca@gmail.com>
2024-10-15 09:40:54 +08:00

1174 lines
39 KiB
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" Test for commands that operate on the spellfile.
source shared.vim
source check.vim
CheckFeature spell
CheckFeature syntax
func Test_spell_normal()
new
call append(0, ['1 good', '2 goood', '3 goood'])
set spell spellfile=./Xspellfile.add spelllang=en
let oldlang=v:lang
lang C
" Test for zg
1
norm! ]s
call assert_equal('2 goood', getline('.'))
norm! zg
1
let a=execute('unsilent :norm! ]s')
call assert_equal('1 good', getline('.'))
call assert_equal('search hit BOTTOM, continuing at TOP', a[1:])
let cnt=readfile('./Xspellfile.add')
call assert_equal('goood', cnt[0])
" zg should fail in operator-pending mode
call assert_beeps('norm! czg')
" zg fails in visual mode when not able to get the visual text
call assert_beeps('norm! ggVjzg')
norm! V
" zg fails for a non-identifier word
call append(line('$'), '###')
call assert_fails('norm! Gzg', 'E349:')
$d
" Test for zw
2
norm! $zw
1
norm! ]s
call assert_equal('2 goood', getline('.'))
let cnt=readfile('./Xspellfile.add')
call assert_equal('#oood', cnt[0])
call assert_equal('goood/!', cnt[1])
" Test for :spellrare
spellrare rare
let cnt=readfile('./Xspellfile.add')
call assert_equal(['#oood', 'goood/!', 'rare/?'], cnt)
" Make sure :spellundo works for rare words.
spellundo rare
let cnt=readfile('./Xspellfile.add')
call assert_equal(['#oood', 'goood/!', '#are/?'], cnt)
" Test for zg in visual mode
let a=execute('unsilent :norm! V$zg')
call assert_equal("Word '2 goood' added to ./Xspellfile.add", a[1:])
1
norm! ]s
call assert_equal('3 goood', getline('.'))
let cnt=readfile('./Xspellfile.add')
call assert_equal('2 goood', cnt[3])
" Remove "2 good" from spellfile
2
let a=execute('unsilent norm! V$zw')
call assert_equal("Word '2 goood' added to ./Xspellfile.add", a[1:])
let cnt=readfile('./Xspellfile.add')
call assert_equal('2 goood/!', cnt[4])
" Test for zG
let a=execute('unsilent norm! V$zG')
call assert_match("Word '2 goood' added to .*", a)
let fname=matchstr(a, 'to\s\+\zs\f\+$')
let cnt=readfile(fname)
call assert_equal('2 goood', cnt[0])
" Test for zW
let a=execute('unsilent norm! V$zW')
call assert_match("Word '2 goood' added to .*", a)
let cnt=readfile(fname)
call assert_equal('# goood', cnt[0])
call assert_equal('2 goood/!', cnt[1])
" Test for zuW
let a=execute('unsilent norm! V$zuW')
call assert_match("Word '2 goood' removed from .*", a)
let cnt=readfile(fname)
call assert_equal('# goood', cnt[0])
call assert_equal('# goood/!', cnt[1])
" Test for zuG
let a=execute('unsilent norm! $zG')
call assert_match("Word 'goood' added to .*", a)
let cnt=readfile(fname)
call assert_equal('# goood', cnt[0])
call assert_equal('# goood/!', cnt[1])
call assert_equal('goood', cnt[2])
let a=execute('unsilent norm! $zuG')
let cnt=readfile(fname)
call assert_match("Word 'goood' removed from .*", a)
call assert_equal('# goood', cnt[0])
call assert_equal('# goood/!', cnt[1])
call assert_equal('#oood', cnt[2])
" word not found in wordlist
let a=execute('unsilent norm! V$zuG')
let cnt=readfile(fname)
call assert_match("", a)
call assert_equal('# goood', cnt[0])
call assert_equal('# goood/!', cnt[1])
call assert_equal('#oood', cnt[2])
" Test for zug
call delete('./Xspellfile.add')
2
let a=execute('unsilent norm! $zg')
let cnt=readfile('./Xspellfile.add')
call assert_equal('goood', cnt[0])
let a=execute('unsilent norm! $zug')
call assert_match("Word 'goood' removed from \./Xspellfile.add", a)
let cnt=readfile('./Xspellfile.add')
call assert_equal('#oood', cnt[0])
" word not in wordlist
let a=execute('unsilent norm! V$zug')
call assert_match('', a)
let cnt=readfile('./Xspellfile.add')
call assert_equal('#oood', cnt[0])
" Test for zuw
call delete('./Xspellfile.add')
2
let a=execute('unsilent norm! Vzw')
let cnt=readfile('./Xspellfile.add')
call assert_equal('2 goood/!', cnt[0])
let a=execute('unsilent norm! Vzuw')
call assert_match("Word '2 goood' removed from \./Xspellfile.add", a)
let cnt=readfile('./Xspellfile.add')
call assert_equal('# goood/!', cnt[0])
" word not in wordlist
let a=execute('unsilent norm! $zug')
call assert_match('', a)
let cnt=readfile('./Xspellfile.add')
call assert_equal('# goood/!', cnt[0])
" add second entry to spellfile setting
set spellfile=./Xspellfile.add,./Xspellfile2.add
call delete('./Xspellfile.add')
2
let a=execute('unsilent norm! $2zg')
let cnt=readfile('./Xspellfile2.add')
call assert_match("Word 'goood' added to ./Xspellfile2.add", a)
call assert_equal('goood', cnt[0])
" Test for :spellgood!
let temp = execute(':spe!0/0')
call assert_match('Invalid region', temp)
let spellfile = matchstr(temp, 'Invalid region nr in \zs.*\ze line \d: 0')
call assert_equal(['# goood', '# goood/!', '#oood', '0/0'], readfile(spellfile))
" Test for :spellrare!
:spellrare! raare
call assert_equal(['# goood', '# goood/!', '#oood', '0/0', 'raare/?'], readfile(spellfile))
call delete(spellfile)
" clean up
exe "lang" oldlang
call delete("./Xspellfile.add")
call delete("./Xspellfile2.add")
call delete("./Xspellfile.add.spl")
call delete("./Xspellfile2.add.spl")
" zux -> no-op
2
norm! $zux
call assert_equal([], glob('Xspellfile.add',0,1))
call assert_equal([], glob('Xspellfile2.add',0,1))
set spellfile= spell& spelllang&
bw!
endfunc
" Spell file content test. Write 'content' to the spell file prefixed by the
" spell file header and then enable spell checking. If 'emsg' is not empty,
" then check for error.
func Spellfile_Test(content, emsg)
let splfile = './Xtest/spell/Xtest.utf-8.spl'
" Add the spell file header and version (VIMspell2)
let v = 0z56494D7370656C6C32 + a:content
call writefile(v, splfile, 'b')
" 'encoding' is set before each test to clear the previously loaded suggest
" file from memory.
set encoding=utf-8
set runtimepath=./Xtest
set spelllang=Xtest
if a:emsg != ''
call assert_fails('set spell', a:emsg)
else
" FIXME: With some invalid spellfile contents, there are no error
" messages. So don't know how to check for the test result.
set spell
endif
set nospell spelllang& rtp&
endfunc
" Test for spell file format errors.
" The spell file format is described in spellfile.c
func Test_spellfile_format_error()
let save_rtp = &rtp
call mkdir('Xtest/spell', 'pR')
let splfile = './Xtest/spell/Xtest.utf-8.spl'
" empty spell file
call writefile([], splfile)
set runtimepath=./Xtest
set spelllang=Xtest
call assert_fails('set spell', 'E757:')
set nospell spelllang&
" invalid file ID
call writefile(0z56494D, splfile, 'b')
set runtimepath=./Xtest
set spelllang=Xtest
call assert_fails('set spell', 'E757:')
set nospell spelllang&
" missing version number
call writefile(0z56494D7370656C6C, splfile, 'b')
set runtimepath=./Xtest
set spelllang=Xtest
call assert_fails('set spell', 'E771:')
set nospell spelllang&
" invalid version number
call writefile(0z56494D7370656C6C7A, splfile, 'b')
set runtimepath=./Xtest
set spelllang=Xtest
call assert_fails('set spell', 'E772:')
set nospell spelllang&
" no sections
call Spellfile_Test(0z, 'E758:')
" missing section length
call Spellfile_Test(0z00, 'E758:')
" unsupported required section
call Spellfile_Test(0z7A0100000004, 'E770:')
" unsupported not-required section
call Spellfile_Test(0z7A0000000004, 'E758:')
" SN_REGION: invalid number of region names
call Spellfile_Test(0z0000000000FF, 'E759:')
" SN_CHARFLAGS: missing <charflagslen> length
call Spellfile_Test(0z010000000004, 'E758:')
" SN_CHARFLAGS: invalid <charflagslen> length
call Spellfile_Test(0z0100000000010201, '')
" SN_CHARFLAGS: charflagslen == 0 and folcharslen != 0
call Spellfile_Test(0z01000000000400000101, 'E759:')
" SN_CHARFLAGS: missing <folcharslen> length
call Spellfile_Test(0z01000000000100, 'E758:')
" SN_PREFCOND: invalid prefcondcnt
call Spellfile_Test(0z03000000000100, 'E759:')
" SN_PREFCOND: invalid condlen
call Spellfile_Test(0z0300000000020001, 'E759:')
" SN_REP: invalid repcount
call Spellfile_Test(0z04000000000100, 'E758:')
" SN_REP: missing rep
call Spellfile_Test(0z0400000000020004, 'E758:')
" SN_REP: zero repfromlen
call Spellfile_Test(0z040000000003000100, 'E759:')
" SN_REP: invalid reptolen
call Spellfile_Test(0z0400000000050001014101, '')
" SN_REP: zero reptolen
call Spellfile_Test(0z0400000000050001014100, 'E759:')
" SN_SAL: missing salcount
call Spellfile_Test(0z05000000000102, 'E758:')
" SN_SAL: missing salfromlen
call Spellfile_Test(0z050000000003080001, 'E758:')
" SN_SAL: missing saltolen
call Spellfile_Test(0z0500000000050400010161, 'E758:')
" SN_WORDS: non-NUL terminated word
call Spellfile_Test(0z0D000000000376696D, 'E758:')
" SN_WORDS: very long word
let v = eval('0z0D000000012C' .. repeat('41', 300))
call Spellfile_Test(v, 'E759:')
" SN_SOFO: missing sofofromlen
call Spellfile_Test(0z06000000000100, 'E758:')
" SN_SOFO: missing sofotolen
call Spellfile_Test(0z06000000000400016100, 'E758:')
" SN_SOFO: missing sofoto
call Spellfile_Test(0z0600000000050001610000, 'E759:')
" SN_SOFO: empty sofofrom and sofoto
call Spellfile_Test(0z06000000000400000000FF000000000000000000000000, '')
" SN_SOFO: multi-byte characters in sofofrom and sofoto
call Spellfile_Test(0z0600000000080002CF810002CF82FF000000000000000000000000, '')
" SN_COMPOUND: compmax is less than 2
call Spellfile_Test(0z08000000000101, 'E759:')
" SN_COMPOUND: missing compsylmax and other options
call Spellfile_Test(0z0800000000020401, 'E759:')
" SN_COMPOUND: missing compoptions
call Spellfile_Test(0z080000000005040101, 'E758:')
" SN_COMPOUND: missing comppattern
call Spellfile_Test(0z08000000000704010100000001, 'E758:')
" SN_COMPOUND: incorrect comppatlen
call Spellfile_Test(0z080000000007040101000000020165, 'E758:')
" SN_INFO: missing info
call Spellfile_Test(0z0F0000000005040101, '')
" SN_MIDWORD: missing midword
call Spellfile_Test(0z0200000000040102, '')
" SN_MAP: missing midword
call Spellfile_Test(0z0700000000040102, '')
" SN_MAP: empty map string
call Spellfile_Test(0z070000000000FF000000000000000000000000, '')
" SN_MAP: duplicate multibyte character
call Spellfile_Test(0z070000000004DC81DC81, 'E783:')
" SN_SYLLABLE: missing SYLLABLE item
call Spellfile_Test(0z0900000000040102, '')
" SN_SYLLABLE: More than SY_MAXLEN size
let v = eval('0z090000000022612F' .. repeat('62', 32))
call Spellfile_Test(v, '')
" LWORDTREE: missing
call Spellfile_Test(0zFF, 'E758:')
" LWORDTREE: missing tree node
call Spellfile_Test(0zFF00000004, 'E758:')
" LWORDTREE: missing tree node value
call Spellfile_Test(0zFF0000000402, 'E758:')
" LWORDTREE: incorrect sibling node count
call Spellfile_Test(0zFF00000001040000000000000000, 'E759:')
" KWORDTREE: missing tree node
call Spellfile_Test(0zFF0000000000000004, 'E758:')
" PREFIXTREE: missing tree node
call Spellfile_Test(0zFF000000000000000000000004, 'E758:')
" PREFIXTREE: incorrect prefcondnr
call Spellfile_Test(0zFF000000000000000000000002010200000020, 'E759:')
" PREFIXTREE: invalid nodeidx
call Spellfile_Test(0zFF00000000000000000000000201010000, 'E759:')
let &rtp = save_rtp
endfunc
" Test for format errors in suggest file
func Test_sugfile_format_error()
let save_rtp = &rtp
call mkdir('Xtest/spell', 'pR')
let splfile = './Xtest/spell/Xtest.utf-8.spl'
let sugfile = './Xtest/spell/Xtest.utf-8.sug'
" create an empty spell file with a suggest timestamp
call writefile(0z56494D7370656C6C320B00000000080000000000000044FF000000000000000000000000, splfile, 'b')
" 'encoding' is set before each test to clear the previously loaded suggest
" file from memory.
" empty suggest file
set encoding=utf-8
call writefile([], sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E778:')
set nospell spelllang&
" zero suggest version
set encoding=utf-8
call writefile(0z56494D73756700, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E779:')
set nospell spelllang&
" unsupported suggest version
set encoding=utf-8
call writefile(0z56494D7375671F, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E780:')
set nospell spelllang&
" missing suggest timestamp
set encoding=utf-8
call writefile(0z56494D73756701, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E781:')
set nospell spelllang&
" incorrect suggest timestamp
set encoding=utf-8
call writefile(0z56494D7375670100000000000000FF, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E781:')
set nospell spelllang&
" missing suggest wordtree
set encoding=utf-8
call writefile(0z56494D737567010000000000000044, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E782:')
set nospell spelllang&
" invalid suggest word count in SUGTABLE
set encoding=utf-8
call writefile(0z56494D7375670100000000000000440000000022, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E782:')
set nospell spelllang&
" missing sugline in SUGTABLE
set encoding=utf-8
call writefile(0z56494D7375670100000000000000440000000000000005, sugfile)
set runtimepath=./Xtest
set spelllang=Xtest
set spell
call assert_fails("let s = spellsuggest('abc')", 'E782:')
set nospell spelllang&
let &rtp = save_rtp
endfunc
" Test for using :mkspell to create a spell file from a list of words
func Test_wordlist_dic()
" duplicate encoding
let lines =<< trim [END]
# This is an example word list
/encoding=latin1
/encoding=latin1
example
[END]
call writefile(lines, 'Xwordlist.dic', 'D')
let output = execute('mkspell Xwordlist.spl Xwordlist.dic')
call assert_match('Duplicate /encoding= line ignored in Xwordlist.dic line 4: /encoding=latin1', output)
" multiple encoding for a word
let lines =<< trim [END]
example
/encoding=latin1
example
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('/encoding= line after word ignored in Xwordlist.dic line 2: /encoding=latin1', output)
" unsupported encoding for a word
let lines =<< trim [END]
/encoding=Xtest
example
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('Conversion in Xwordlist.dic not supported: from Xtest to utf-8', output)
" duplicate region
let lines =<< trim [END]
/regions=usca
/regions=usca
example
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('Duplicate /regions= line ignored in Xwordlist.dic line 2: regions=usca', output)
" maximum regions
let lines =<< trim [END]
/regions=uscauscauscauscausca
example
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('Too many regions in Xwordlist.dic line 1: uscauscauscauscausca', output)
" unsupported '/' value
let lines =<< trim [END]
/test=abc
example
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('/ line ignored in Xwordlist.dic line 1: /test=abc', output)
" unsupported flag
let lines =<< trim [END]
example/+
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('Unrecognized flags in Xwordlist.dic line 1: +', output)
" non-ascii word
call writefile(["ʀʀ"], 'Xwordlist.dic')
let output = execute('mkspell! -ascii Xwordlist.spl Xwordlist.dic')
call assert_match('Ignored 1 words with non-ASCII characters', output)
" keep case of a word
let lines =<< trim [END]
example/=
[END]
call writefile(lines, 'Xwordlist.dic')
let output = execute('mkspell! Xwordlist.spl Xwordlist.dic')
call assert_match('Compressed keep-case:', output)
call delete('Xwordlist.spl')
endfunc
" Test for the :mkspell command
func Test_mkspell()
call assert_fails('mkspell Xtest_us.spl', 'E751:')
call assert_fails('mkspell Xtest.spl abc', 'E484:')
call assert_fails('mkspell a b c d e f g h i j k', 'E754:')
" create a .aff file but not the .dic file
call writefile([], 'Xtest.aff')
call assert_fails('mkspell Xtest.spl Xtest', 'E484:')
call delete('Xtest.aff')
call writefile([], 'Xtest.spl')
call writefile([], 'Xtest.dic')
call assert_fails('mkspell Xtest.spl Xtest.dic', 'E13:')
call delete('Xtest.spl')
call delete('Xtest.dic')
call mkdir('Xtest.spl')
call assert_fails('mkspell! Xtest.spl Xtest.dic', 'E17:')
call delete('Xtest.spl', 'rf')
" can't write the .spl file as its directory does not exist
call writefile([], 'Xtest.aff')
call writefile([], 'Xtest.dic')
call assert_fails('mkspell DOES_NOT_EXIT/Xtest.spl Xtest.dic', 'E484:')
call delete('Xtest.aff')
call delete('Xtest.dic')
call assert_fails('mkspell en en_US abc_xyz', 'E755:')
endfunc
" Tests for :mkspell with a .dic and .aff file
func Test_aff_file_format_error()
" FIXME: For some reason, the :mkspell command below doesn't fail on the
" MS-Windows CI build. Disable this test on MS-Windows for now.
CheckNotMSWindows
" No word count in .dic file
call writefile([], 'Xtest.dic', 'D')
call writefile([], 'Xtest.aff', 'D')
call assert_fails('mkspell! Xtest.spl Xtest', 'E760:')
" create a .dic file for the tests below
call writefile(['1', 'work'], 'Xtest.dic')
" Invalid encoding in .aff file
call writefile(['# comment', 'SET Xinvalidencoding'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Conversion in Xtest.aff not supported: from xinvalidencoding', output)
" Invalid flag in .aff file
call writefile(['FLAG xxx'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Invalid value for FLAG in Xtest.aff line 1: xxx', output)
" set FLAGS after using flag for an affix
call writefile(['SFX L Y 1', 'SFX L 0 re [^x]', 'FLAG long'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('FLAG after using flags in Xtest.aff line 3: long', output)
" INFO in affix file
let save_encoding = &encoding
call mkdir('Xrtp/spell', 'p')
call writefile(['1', 'work'], 'Xrtp/spell/Xtest.dic')
call writefile(['NAME klingon', 'VERSION 1.4', 'AUTHOR Spock'],
\ 'Xrtp/spell/Xtest.aff')
silent mkspell! Xrtp/spell/Xtest.utf-8.spl Xrtp/spell/Xtest
let save_rtp = &rtp
set runtimepath=./Xrtp
set spelllang=Xtest
set spell
let output = split(execute('spellinfo'), "\n")
call assert_equal("NAME klingon", output[1])
call assert_equal("VERSION 1.4", output[2])
call assert_equal("AUTHOR Spock", output[3])
let &rtp = save_rtp
call delete('Xrtp', 'rf')
set spell& spelllang& spellfile&
%bw!
" 'encoding' must be set again to clear the spell file in memory
let &encoding = save_encoding
" COMPOUNDFORBIDFLAG flag after PFX in an affix file
call writefile(['PFX L Y 1', 'PFX L 0 re x', 'COMPOUNDFLAG c', 'COMPOUNDFORBIDFLAG x'],
\ 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Defining COMPOUNDFORBIDFLAG after PFX item may give wrong results in Xtest.aff line 4', output)
" COMPOUNDPERMITFLAG flag after PFX in an affix file
call writefile(['PFX L Y 1', 'PFX L 0 re x', 'COMPOUNDPERMITFLAG c'],
\ 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Defining COMPOUNDPERMITFLAG after PFX item may give wrong results in Xtest.aff line 3', output)
" Wrong COMPOUNDRULES flag value in an affix file
call writefile(['COMPOUNDRULES a'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Wrong COMPOUNDRULES value in Xtest.aff line 1: a', output)
" Wrong COMPOUNDWORDMAX flag value in an affix file
call writefile(['COMPOUNDWORDMAX 0'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Wrong COMPOUNDWORDMAX value in Xtest.aff line 1: 0', output)
" Wrong COMPOUNDMIN flag value in an affix file
call writefile(['COMPOUNDMIN 0'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Wrong COMPOUNDMIN value in Xtest.aff line 1: 0', output)
" Wrong COMPOUNDSYLMAX flag value in an affix file
call writefile(['COMPOUNDSYLMAX 0'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Wrong COMPOUNDSYLMAX value in Xtest.aff line 1: 0', output)
" Wrong CHECKCOMPOUNDPATTERN flag value in an affix file
call writefile(['CHECKCOMPOUNDPATTERN 0'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Wrong CHECKCOMPOUNDPATTERN value in Xtest.aff line 1: 0', output)
" Both compounding and NOBREAK specified
call writefile(['COMPOUNDFLAG c', 'NOBREAK'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Warning: both compounding and NOBREAK specified', output)
" Duplicate affix entry in an affix file
call writefile(['PFX L Y 1', 'PFX L 0 re x', 'PFX L Y 1', 'PFX L 0 re x'],
\ 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Duplicate affix in Xtest.aff line 3: L', output)
" Duplicate affix entry in an affix file
call writefile(['PFX L Y 1', 'PFX L Y 1'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Unrecognized or duplicate item in Xtest.aff line 2: PFX', output)
" Different combining flags in an affix file
call writefile(['PFX L Y 1', 'PFX L 0 re x', 'PFX L N 1'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Different combining flag in continued affix block in Xtest.aff line 3', output)
" Try to reuse an affix used for BAD flag
call writefile(['BAD x', 'PFX x Y 1', 'PFX x 0 re x'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Affix also used for BAD/RARE/KEEPCASE/NEEDAFFIX/NEEDCOMPOUND/NOSUGGEST in Xtest.aff line 2: x', output)
" Trailing characters in an affix entry
call writefile(['PFX L Y 1 Test', 'PFX L 0 re x'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Trailing text in Xtest.aff line 1: Test', output)
" Trailing characters in an affix entry
call writefile(['PFX L Y 1', 'PFX L 0 re x Test'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Trailing text in Xtest.aff line 2: Test', output)
" Incorrect combine flag in an affix entry
call writefile(['PFX L X 1', 'PFX L 0 re x'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Expected Y or N in Xtest.aff line 1: X', output)
" Invalid count for REP item
call writefile(['REP a'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Expected REP(SAL) count in Xtest.aff line 1', output)
" Trailing characters in REP item
call writefile(['REP 1', 'REP f ph test'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Trailing text in Xtest.aff line 2: test', output)
" Invalid count for MAP item
call writefile(['MAP a'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Expected MAP count in Xtest.aff line 1', output)
" Duplicate character in a MAP item
call writefile(['MAP 2', 'MAP xx', 'MAP yy'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Duplicate character in MAP in Xtest.aff line 2', output)
" Use COMPOUNDSYLMAX without SYLLABLE
call writefile(['COMPOUNDSYLMAX 2'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('COMPOUNDSYLMAX used without SYLLABLE', output)
" Missing SOFOTO
call writefile(['SOFOFROM abcdef'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Missing SOFOTO line in Xtest.aff', output)
" Length of SOFOFROM and SOFOTO differ
call writefile(['SOFOFROM abcde', 'SOFOTO ABCD'], 'Xtest.aff')
call assert_fails('mkspell! Xtest.spl Xtest', 'E759:')
" Both SAL and SOFOFROM/SOFOTO items
call writefile(['SOFOFROM abcd', 'SOFOTO ABCD', 'SAL CIA X'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Both SAL and SOFO lines in Xtest.aff', output)
" use an alphabet flag when FLAG is num
call writefile(['FLAG num', 'SFX L Y 1', 'SFX L 0 re [^x]'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Flag is not a number in Xtest.aff line 2: L', output)
" use number and alphabet flag when FLAG is num
call writefile(['FLAG num', 'SFX 4f Y 1', 'SFX 4f 0 re [^x]'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Affix name too long in Xtest.aff line 2: 4f', output)
" use a single character flag when FLAG is long
call writefile(['FLAG long', 'SFX L Y 1', 'SFX L 0 re [^x]'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('Illegal flag in Xtest.aff line 2: L', output)
" Nvim: non-utf8 encoding not supported
" " missing character in UPP entry. The character table is used only in a
" " non-utf8 encoding
" call writefile(['FOL abc', 'LOW abc', 'UPP A'], 'Xtest.aff')
" let save_encoding = &encoding
" set encoding=cp949
" call assert_fails('mkspell! Xtest.spl Xtest', 'E761:')
" let &encoding = save_encoding
"
" " character range doesn't match between FOL and LOW entries
" call writefile(["FOL \u0102bc", 'LOW abc', 'UPP ABC'], 'Xtest.aff')
" let save_encoding = &encoding
" set encoding=cp949
" call assert_fails('mkspell! Xtest.spl Xtest', 'E762:')
" let &encoding = save_encoding
"
" " character range doesn't match between FOL and UPP entries
" call writefile(["FOL \u0102bc", "LOW \u0102bc", 'UPP ABC'], 'Xtest.aff')
" let save_encoding = &encoding
" set encoding=cp949
" call assert_fails('mkspell! Xtest.spl Xtest', 'E762:')
" let &encoding = save_encoding
"
" " additional characters in LOW and UPP entries
" call writefile(["FOL ab", "LOW abc", 'UPP ABC'], 'Xtest.aff')
" let save_encoding = &encoding
" set encoding=cp949
" call assert_fails('mkspell! Xtest.spl Xtest', 'E761:')
" let &encoding = save_encoding
"
" " missing UPP entry
" call writefile(["FOL abc", "LOW abc"], 'Xtest.aff')
" let save_encoding = &encoding
" set encoding=cp949
" let output = execute('mkspell! Xtest.spl Xtest')
" call assert_match('Missing FOL/LOW/UPP line in Xtest.aff', output)
" let &encoding = save_encoding
" duplicate word in the .dic file
call writefile(['2', 'good', 'good', 'good'], 'Xtest.dic')
call writefile(['NAME vim'], 'Xtest.aff')
let output = execute('mkspell! Xtest.spl Xtest')
call assert_match('First duplicate word in Xtest.dic line 3: good', output)
call assert_match('2 duplicate word(s) in Xtest.dic', output)
" use multiple .aff files with different values for COMPOUNDWORDMAX and
" MIDWORD (number and string)
call writefile(['1', 'world'], 'Xtest_US.dic', 'D')
call writefile(['1', 'world'], 'Xtest_CA.dic', 'D')
call writefile(["COMPOUNDWORDMAX 3", "MIDWORD '-"], 'Xtest_US.aff', 'D')
call writefile(["COMPOUNDWORDMAX 4", "MIDWORD '="], 'Xtest_CA.aff', 'D')
let output = execute('mkspell! Xtest.spl Xtest_US Xtest_CA')
call assert_match('COMPOUNDWORDMAX value differs from what is used in another .aff file', output)
call assert_match('MIDWORD value differs from what is used in another .aff file', output)
call delete('Xtest.spl')
call delete('Xtest.sug')
endfunc
func Test_spell_add_word()
set spellfile=
call assert_fails('spellgood abc', 'E764:')
set spellfile=Xtest.utf-8.add
call assert_fails('2spellgood abc', 'E765:')
edit Xtest.utf-8.add
call setline(1, 'sample')
call assert_fails('spellgood abc', 'E139:')
set spellfile&
%bw!
endfunc
func Test_spell_add_long_word()
set spell spellfile=./Xspellfile.add spelllang=en
let word = repeat('a', 9000)
let v:errmsg = ''
" Spell checking doesn't really work for such a long word,
" but this should not cause an E1510 error.
exe 'spellgood ' .. word
call assert_equal('', v:errmsg)
call assert_equal([word], readfile('./Xspellfile.add'))
set spell& spellfile= spelllang& encoding=utf-8
call delete('./Xspellfile.add')
call delete('./Xspellfile.add.spl')
endfunc
func Test_spellfile_verbose()
call writefile(['1', 'one'], 'XtestVerbose.dic', 'D')
call writefile([], 'XtestVerbose.aff', 'D')
mkspell! XtestVerbose-utf8.spl XtestVerbose
set spell
" First time: the spl file should be read.
let a = execute('3verbose set spelllang=XtestVerbose-utf8.spl')
call assert_match('Reading spell file "XtestVerbose-utf8.spl"', a)
" Second time time: the spl file should not be read (already read).
let a = execute('3verbose set spelllang=XtestVerbose-utf8.spl')
call assert_notmatch('Reading spell file "XtestVerbose-utf8.spl"', a)
set spell& spelllang&
call delete('XtestVerbose-utf8.spl')
endfunc
" Test NOBREAK (see :help spell-NOBREAK)
func Test_NOBREAK()
call writefile(['3', 'one', 'two', 'three' ], 'XtestNOBREAK.dic', 'D')
call writefile(['NOBREAK' ], 'XtestNOBREAK.aff', 'D')
mkspell! XtestNOBREAK-utf8.spl XtestNOBREAK
set spell spelllang=XtestNOBREAK-utf8.spl
call assert_equal(['', ''], spellbadword('One two three onetwo onetwothree threetwoone'))
call assert_equal(['x', 'bad'], spellbadword('x'))
call assert_equal(['y', 'bad'], spellbadword('yone'))
call assert_equal(['z', 'bad'], spellbadword('onez'))
call assert_equal(['zero', 'bad'], spellbadword('Onetwozerothree'))
new
call setline(1, 'Onetwwothree')
norm! fw1z=
call assert_equal('Onetwothree', getline(1))
call setline(1, 'Onetwothre')
norm! fh1z=
call assert_equal('Onetwothree', getline(1))
bw!
set spell& spelllang&
call delete('XtestNOBREAK-utf8.spl')
endfunc
" Test CHECKCOMPOUNDPATTERN (see :help spell-CHECKCOMPOUNDPATTERN)
func Test_spellfile_CHECKCOMPOUNDPATTERN()
call writefile(['4',
\ 'one/c',
\ 'two/c',
\ 'three/c',
\ 'four'], 'XtestCHECKCOMPOUNDPATTERN.dic', 'D')
" Forbid compound words where first word ends with 'wo' and second starts with 'on'.
call writefile(['CHECKCOMPOUNDPATTERN 1',
\ 'CHECKCOMPOUNDPATTERN wo on',
\ 'COMPOUNDFLAG c'], 'XtestCHECKCOMPOUNDPATTERN.aff', 'D')
mkspell! XtestCHECKCOMPOUNDPATTERN-utf8.spl XtestCHECKCOMPOUNDPATTERN
set spell spelllang=XtestCHECKCOMPOUNDPATTERN-utf8.spl
" Check valid words with and without valid compounds.
for goodword in ['one', 'two', 'three', 'four',
\ 'oneone', 'onetwo', 'onethree',
\ 'twotwo', 'twothree',
\ 'threeone', 'threetwo', 'threethree',
\ 'onetwothree', 'onethreetwo', 'twothreeone', 'oneoneone']
call assert_equal(['', ''], spellbadword(goodword), goodword)
endfor
" Compounds 'twoone' or 'threetwoone' should be forbidden by CHECKCOMPOUNPATTERN.
" 'four' does not have the 'c' flag in *.aff file so no compound.
" 'five' is not in the *.dic file.
for badword in ['five', 'onetwox',
\ 'twoone', 'threetwoone',
\ 'fourone', 'onefour']
call assert_equal([badword, 'bad'], spellbadword(badword))
endfor
set spell& spelllang&
call delete('XtestCHECKCOMPOUNDPATTERN-utf8.spl')
endfunc
" Test NOCOMPOUNDSUGS (see :help spell-NOCOMPOUNDSUGS)
func Test_spellfile_NOCOMPOUNDSUGS()
call writefile(['3',
\ 'one/c',
\ 'two/c',
\ 'three/c'], 'XtestNOCOMPOUNDSUGS.dic', 'D')
" pass 0 tests without NOCOMPOUNDSUGS, pass 1 tests with NOCOMPOUNDSUGS
for pass in [0, 1]
if pass == 0
call writefile(['COMPOUNDFLAG c'], 'XtestNOCOMPOUNDSUGS.aff', 'D')
else
call writefile(['NOCOMPOUNDSUGS',
\ 'COMPOUNDFLAG c'], 'XtestNOCOMPOUNDSUGS.aff', 'D')
endif
mkspell! XtestNOCOMPOUNDSUGS-utf8.spl XtestNOCOMPOUNDSUGS
set spell spelllang=XtestNOCOMPOUNDSUGS-utf8.spl
for goodword in ['one', 'two', 'three',
\ 'oneone', 'onetwo', 'onethree',
\ 'twoone', 'twotwo', 'twothree',
\ 'threeone', 'threetwo', 'threethree',
\ 'onetwothree', 'onethreetwo', 'twothreeone', 'oneoneone']
call assert_equal(['', ''], spellbadword(goodword), goodword)
endfor
for badword in ['four', 'onetwox', 'onexone']
call assert_equal([badword, 'bad'], spellbadword(badword))
endfor
if pass == 0
call assert_equal(['one', 'oneone'], spellsuggest('onne', 2))
call assert_equal(['onethree', 'one three'], spellsuggest('onethre', 2))
else
call assert_equal(['one', 'one one'], spellsuggest('onne', 2))
call assert_equal(['one three'], spellsuggest('onethre', 2))
endif
endfor
set spell& spelllang&
call delete('XtestNOCOMPOUNDSUGS-utf8.spl')
endfunc
" Test COMMON (better suggestions with common words, see :help spell-COMMON)
func Test_spellfile_COMMON()
call writefile(['7',
\ 'and',
\ 'ant',
\ 'end',
\ 'any',
\ 'tee',
\ 'the',
\ 'ted'], 'XtestCOMMON.dic', 'D')
call writefile(['COMMON the and'], 'XtestCOMMON.aff', 'D')
mkspell! XtestCOMMON-utf8.spl XtestCOMMON
set spell spelllang=XtestCOMMON-utf8.spl
" COMMON words 'and' and 'the' should be the top suggestions.
call assert_equal(['and', 'ant'], spellsuggest('anr', 2))
call assert_equal(['and', 'end'], spellsuggest('ond', 2))
call assert_equal(['the', 'ted'], spellsuggest('tha', 2))
call assert_equal(['the', 'tee'], spellsuggest('dhe', 2))
set spell& spelllang&
call delete('XtestCOMMON-utf8.spl')
endfunc
" Test NOSUGGEST (see :help spell-COMMON)
func Test_spellfile_NOSUGGEST()
call writefile(['2', 'foo/X', 'fog'], 'XtestNOSUGGEST.dic', 'D')
call writefile(['NOSUGGEST X'], 'XtestNOSUGGEST.aff', 'D')
mkspell! XtestNOSUGGEST-utf8.spl XtestNOSUGGEST
set spell spelllang=XtestNOSUGGEST-utf8.spl
for goodword in ['foo', 'Foo', 'FOO', 'fog', 'Fog', 'FOG']
call assert_equal(['', ''], spellbadword(goodword), goodword)
endfor
for badword in ['foO', 'fOO', 'fooo', 'foog', 'foofog', 'fogfoo']
call assert_equal([badword, 'bad'], spellbadword(badword))
endfor
call assert_equal(['fog'], spellsuggest('fooo', 1))
call assert_equal(['fog'], spellsuggest('fOo', 1))
call assert_equal(['fog'], spellsuggest('foG', 1))
call assert_equal(['fog'], spellsuggest('fogg', 1))
set spell& spelllang&
call delete('XtestNOSUGGEST-utf8.spl')
endfunc
" Test CIRCUMFIX (see: :help spell-CIRCUMFIX)
func Test_spellfile_CIRCUMFIX()
" Example taken verbatim from https://github.com/hunspell/hunspell/tree/master/tests
call writefile(['1',
\ 'nagy/C po:adj'], 'XtestCIRCUMFIX.dic', 'D')
call writefile(['# circumfixes: ~ obligate prefix/suffix combinations',
\ '# superlative in Hungarian: leg- (prefix) AND -bb (suffix)',
\ '',
\ 'CIRCUMFIX X',
\ '',
\ 'PFX A Y 1',
\ 'PFX A 0 leg/X .',
\ '',
\ 'PFX B Y 1',
\ 'PFX B 0 legesleg/X .',
\ '',
\ 'SFX C Y 3',
\ 'SFX C 0 obb . is:COMPARATIVE',
\ 'SFX C 0 obb/AX . is:SUPERLATIVE',
\ 'SFX C 0 obb/BX . is:SUPERSUPERLATIVE'], 'XtestCIRCUMFIX.aff', 'D')
mkspell! XtestCIRCUMFIX-utf8.spl XtestCIRCUMFIX
set spell spelllang=XtestCIRCUMFIX-utf8.spl
" From https://catalog.ldc.upenn.edu/docs/LDC2008T01/acta04.pdf:
" Hungarian English
" --------- -------
" nagy great
" nagyobb greater
" legnagyobb greatest
" legeslegnagyob most greatest
call assert_equal(['', ''], spellbadword('nagy nagyobb legnagyobb legeslegnagyobb'))
for badword in ['legnagy', 'legeslegnagy', 'legobb', 'legeslegobb']
call assert_equal([badword, 'bad'], spellbadword(badword))
endfor
set spell& spelllang&
call delete('XtestCIRCUMFIX-utf8.spl')
endfunc
" Test SFX that strips/chops characters
func Test_spellfile_SFX_strip()
" Simplified conjugation of Italian verbs ending in -are (first conjugation).
call writefile(['SFX A Y 4',
\ 'SFX A are iamo [^icg]are',
\ 'SFX A are hiamo [cg]are',
\ 'SFX A re mo iare',
\ 'SFX A re vamo are'],
\ 'XtestSFX.aff', 'D')
" Examples of Italian verbs:
" - cantare = to sing
" - cercare = to search
" - odiare = to hate
call writefile(['3', 'cantare/A', 'cercare/A', 'odiare/A'], 'XtestSFX.dic', 'D')
mkspell! XtestSFX-utf8.spl XtestSFX
set spell spelllang=XtestSFX-utf8.spl
" To sing, we're singing, we were singing.
call assert_equal(['', ''], spellbadword('cantare cantiamo cantavamo'))
" To search, we're searching, we were searching.
call assert_equal(['', ''], spellbadword('cercare cerchiamo cercavamo'))
" To hate, we hate, we were hating.
call assert_equal(['', ''], spellbadword('odiare odiamo odiavamo'))
for badword in ['canthiamo', 'cerciamo', 'cantarevamo', 'odiiamo']
call assert_equal([badword, 'bad'], spellbadword(badword))
endfor
call assert_equal(['cantiamo'], spellsuggest('canthiamo', 1))
call assert_equal(['cerchiamo'], spellsuggest('cerciamo', 1))
call assert_equal(['cantavamo'], spellsuggest('cantarevamo', 1))
call assert_equal(['odiamo'], spellsuggest('odiiamo', 1))
set spell& spelllang&
call delete('XtestSFX-utf8.spl')
endfunc
" When 'spellfile' is not set, adding a new good word will automatically set
" the 'spellfile'
func Test_init_spellfile()
let save_rtp = &rtp
let save_encoding = &encoding
call mkdir('Xrtp/spell', 'pR')
call writefile(['vim'], 'Xrtp/spell/Xtest.dic')
silent mkspell Xrtp/spell/Xtest.utf-8.spl Xrtp/spell/Xtest.dic
set runtimepath=./Xrtp
set spelllang=Xtest
set spell
silent spellgood abc
call assert_equal('./Xrtp/spell/Xtest.utf-8.add', &spellfile)
call assert_equal(['abc'], readfile('Xrtp/spell/Xtest.utf-8.add'))
call assert_true(filereadable('Xrtp/spell/Xtest.utf-8.spl'))
set spell& spelllang& spellfile&
let &encoding = save_encoding
let &rtp = save_rtp
%bw!
endfunc
" Test for the 'mkspellmem' option
func Test_mkspellmem_opt()
call assert_fails('set mkspellmem=1000', 'E474:')
call assert_fails('set mkspellmem=1000,', 'E474:')
call assert_fails('set mkspellmem=1000,50', 'E474:')
call assert_fails('set mkspellmem=1000,50,', 'E474:')
call assert_fails('set mkspellmem=1000,50,10,', 'E474:')
call assert_fails('set mkspellmem=1000,50,0', 'E474:')
endfunc
" 'spellfile' accepts '@' on top of 'isfname'.
func Test_spellfile_allow_at_character()
call mkdir('Xtest/the foo@bar,dir', 'p')
let &spellfile = './Xtest/the foo@bar\,dir/Xspellfile.add'
let &spellfile = ''
call delete('Xtest', 'rf')
endfunc
" this was using a NULL pointer
func Test_mkspell_empty_dic()
call writefile(['1'], 'XtestEmpty.dic', 'D')
call writefile(['SOFOFROM abcd', 'SOFOTO ABCD', 'SAL CIA X'], 'XtestEmpty.aff', 'D')
mkspell! XtestEmpty.spl XtestEmpty
call delete('XtestEmpty.spl')
endfunc
" vim: shiftwidth=2 sts=2 expandtab
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