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" Tests for expressions.
func Test_equal()
let base = {}
func base.method()
return 1
endfunc
func base.other() dict
return 1
endfunc
let instance = copy(base)
call assert_true(base.method == instance.method)
call assert_true([base.method] == [instance.method])
call assert_true(base.other == instance.other)
call assert_true([base.other] == [instance.other])
call assert_false(base.method == base.other)
call assert_false([base.method] == [base.other])
call assert_false(base.method == instance.other)
call assert_false([base.method] == [instance.other])
call assert_fails('echo base.method > instance.method')
endfunc
func Test_version()
call assert_true(has('patch-7.4.001'))
call assert_true(has('patch-7.4.01'))
call assert_true(has('patch-7.4.1'))
call assert_true(has('patch-6.9.999'))
call assert_true(has('patch-7.1.999'))
call assert_true(has('patch-7.4.123'))
call assert_false(has('patch-7'))
call assert_false(has('patch-7.4'))
call assert_false(has('patch-7.4.'))
call assert_false(has('patch-9.1.0'))
call assert_false(has('patch-9.9.1'))
endfunc
func Test_dict()
let d = {'': 'empty', 'a': 'a', 0: 'zero'}
call assert_equal('empty', d[''])
call assert_equal('a', d['a'])
call assert_equal('zero', d[0])
call assert_true(has_key(d, ''))
call assert_true(has_key(d, 'a'))
let d[''] = 'none'
let d['a'] = 'aaa'
call assert_equal('none', d[''])
call assert_equal('aaa', d['a'])
endfunc
func Test_strgetchar()
call assert_equal(char2nr('a'), strgetchar('axb', 0))
call assert_equal(char2nr('x'), strgetchar('axb', 1))
call assert_equal(char2nr('b'), strgetchar('axb', 2))
call assert_equal(-1, strgetchar('axb', -1))
call assert_equal(-1, strgetchar('axb', 3))
call assert_equal(-1, strgetchar('', 0))
endfunc
func Test_strcharpart()
call assert_equal('a', strcharpart('axb', 0, 1))
call assert_equal('x', strcharpart('axb', 1, 1))
call assert_equal('b', strcharpart('axb', 2, 1))
call assert_equal('xb', strcharpart('axb', 1))
call assert_equal('', strcharpart('axb', 1, 0))
call assert_equal('', strcharpart('axb', 1, -1))
call assert_equal('', strcharpart('axb', -1, 1))
call assert_equal('', strcharpart('axb', -2, 2))
call assert_equal('a', strcharpart('axb', -1, 2))
endfunc
func Test_loop_over_null_list()
let null_list = submatch(1, 1)
for i in null_list
call assert_true(0, 'should not get here')
endfor
endfunc
func Test_compare_null_dict()
call assert_fails('let x = v:_null_dict[10]')
call assert_equal({}, {})
call assert_equal(v:_null_dict, v:_null_dict)
call assert_notequal({}, v:_null_dict)
endfunc
func Test_set_reg_null_list()
call setreg('x', v:_null_list)
endfunc
func Test_special_char()
" The failure is only visible using valgrind.
call assert_fails('echo "\<C-">')
endfunc
func Test_setmatches()
hi def link 1 Comment
hi def link 2 PreProc
let set = [{"group": 1, "pattern": 2, "id": 3, "priority": 4, "conceal": 5}]
let exp = [{"group": '1', "pattern": '2', "id": 3, "priority": 4, "conceal": '5'}]
call setmatches(set)
call assert_equal(exp, getmatches())
endfunc
function Test_printf_spec_s()
" number
call assert_equal("1234567890", printf('%s', 1234567890))
" string
call assert_equal("abcdefgi", printf('%s', "abcdefgi"))
" float
call assert_equal("1.23", printf('%s', 1.23))
" list
let value = [1, 'two', ['three', 4]]
call assert_equal(string(value), printf('%s', value))
" dict
let value = {'key1' : 'value1', 'key2' : ['list', 'value'], 'key3' : {'dict' : 'value'}}
call assert_equal(string(value), printf('%s', value))
" funcref
call assert_equal('printf', printf('%s', function('printf')))
" partial
call assert_equal(string(function('printf', ['%s'])), printf('%s', function('printf', ['%s'])))
endfunc
function Test_printf_misc()
call assert_equal('123', printf('%d', 123))
call assert_equal('123', printf('%i', 123))
call assert_equal('123', printf('%D', 123))
call assert_equal('123', printf('%U', 123))
call assert_equal('173', printf('%o', 123))
call assert_equal('173', printf('%O', 123))
call assert_equal('7b', printf('%x', 123))
call assert_equal('7B', printf('%X', 123))
call assert_equal('{', printf('%c', 123))
call assert_equal('abc', printf('%s', 'abc'))
call assert_equal('abc', printf('%S', 'abc'))
call assert_equal('+123', printf('%+d', 123))
call assert_equal('-123', printf('%+d', -123))
call assert_equal('+123', printf('%+ d', 123))
call assert_equal(' 123', printf('% d', 123))
call assert_equal(' 123', printf('% d', 123))
call assert_equal('-123', printf('% d', -123))
call assert_equal('00123', printf('%.*d', 5, 123))
call assert_equal(' 123', printf('% *d', 5, 123))
call assert_equal(' +123', printf('%+ *d', 5, 123))
call assert_equal('123', printf('%2d', 123))
call assert_equal(' 123', printf('%5d', 123))
call assert_equal('00123', printf('%05d', 123))
call assert_equal('123 ', printf('%-5d', 123))
call assert_equal('0x7b', printf('%#x', 123))
call assert_equal('0X7B', printf('%#X', 123))
call assert_equal('0173', printf('%#o', 123))
call assert_equal('0173', printf('%#O', 123))
call assert_equal('abc', printf('%#s', 'abc'))
call assert_equal('abc', printf('%#S', 'abc'))
call assert_equal(' 00123', printf('%6.5d', 123))
call assert_equal(' 0007b', printf('%6.5x', 123))
call assert_equal('abc', printf('%2s', 'abc'))
call assert_equal('abc', printf('%2S', 'abc'))
call assert_equal('abc', printf('%.4s', 'abc'))
call assert_equal('abc', printf('%.4S', 'abc'))
call assert_equal('ab', printf('%.2s', 'abc'))
call assert_equal('ab', printf('%.2S', 'abc'))
call assert_equal('', printf('%.0s', 'abc'))
call assert_equal('', printf('%.s', 'abc'))
call assert_equal(' abc', printf('%4s', 'abc'))
call assert_equal(' abc', printf('%4S', 'abc'))
call assert_equal('0abc', printf('%04s', 'abc'))
call assert_equal('0abc', printf('%04S', 'abc'))
call assert_equal('abc ', printf('%-4s', 'abc'))
call assert_equal('abc ', printf('%-4S', 'abc'))
call assert_equal('1%', printf('%d%%', 1))
endfunc
function Test_printf_float()
call assert_equal('1.230000', printf('%f', 1.23))
call assert_equal('1.230000', printf('%F', 1.23))
call assert_equal('1.23', printf('%g', 1.23))
call assert_equal('1.23', printf('%G', 1.23))
call assert_equal('1.230000e+00', printf('%e', 1.23))
call assert_equal('1.230000E+00', printf('%E', 1.23))
call assert_equal('1.200000e-02', printf('%e', 0.012))
call assert_equal('-1.200000e-02', printf('%e', -0.012))
call assert_equal('1.2', printf('%.1f', 1.23))
call assert_equal('inf', printf('%f', 1.0/0.0))
" This prints inf but shouldn't it print -inf instead?
call assert_match('^-\?inf$', printf('%f', -1.0/0.0))
" This prints -nan but shouldn't it print nan instead?
call assert_match('^-\?nan$', printf('%f', sqrt(-1.0)))
call assert_match('^-\?nan$', printf('%f', 0.0/0.0))
call assert_fails('echo printf("%f", "a")', 'E807:')
endfunc
function Test_printf_errors()
call assert_fails('echo printf("%d", {})', 'E728:')
call assert_fails('echo printf("%d", [])', 'E745:')
call assert_fails('echo printf("%d", 1, 2)', 'E767:')
call assert_fails('echo printf("%*d", 1)', 'E766:')
call assert_fails('echo printf("%d", 1.2)', 'E805:')
endfunc
func Test_substitute_expr()
let g:val = 'XXX'
call assert_equal('XXX', substitute('yyy', 'y*', '\=g:val', ''))
call assert_equal('XXX', substitute('yyy', 'y*', {-> g:val}, ''))
call assert_equal("-\u1b \uf2-", substitute("-%1b %f2-", '%\(\x\x\)',
\ '\=nr2char("0x" . submatch(1))', 'g'))
call assert_equal("-\u1b \uf2-", substitute("-%1b %f2-", '%\(\x\x\)',
\ {-> nr2char("0x" . submatch(1))}, 'g'))
call assert_equal('231', substitute('123', '\(.\)\(.\)\(.\)',
\ {-> submatch(2) . submatch(3) . submatch(1)}, ''))
func Recurse()
return substitute('yyy', 'y*', {-> g:val}, '')
endfunc
call assert_equal('--', substitute('xxx', 'x*', {-> '-' . Recurse() . '-'}, ''))
endfunc
func Test_invalid_submatch()
" This was causing invalid memory access in Vim-7.4.2232 and older
call assert_fails("call substitute('x', '.', {-> submatch(10)}, '')", 'E935:')
endfunc
func Test_substitute_expr_arg()
call assert_equal('123456789-123456789=', substitute('123456789',
\ '\(.\)\(.\)\(.\)\(.\)\(.\)\(.\)\(.\)\(.\)\(.\)',
\ {m -> m[0] . '-' . m[1] . m[2] . m[3] . m[4] . m[5] . m[6] . m[7] . m[8] . m[9] . '='}, ''))
call assert_equal('123456-123456=789', substitute('123456789',
\ '\(.\)\(.\)\(.\)\(a*\)\(n*\)\(.\)\(.\)\(.\)\(x*\)',
\ {m -> m[0] . '-' . m[1] . m[2] . m[3] . m[4] . m[5] . m[6] . m[7] . m[8] . m[9] . '='}, ''))
call assert_equal('123456789-123456789x=', substitute('123456789',
\ '\(.\)\(.\)\(.*\)',
\ {m -> m[0] . '-' . m[1] . m[2] . m[3] . 'x' . m[4] . m[5] . m[6] . m[7] . m[8] . m[9] . '='}, ''))
call assert_fails("call substitute('xxx', '.', {m -> string(add(m, 'x'))}, '')", 'E742:')
call assert_fails("call substitute('xxx', '.', {m -> string(insert(m, 'x'))}, '')", 'E742:')
call assert_fails("call substitute('xxx', '.', {m -> string(extend(m, ['x']))}, '')", 'E742:')
call assert_fails("call substitute('xxx', '.', {m -> string(remove(m, 1))}, '')", 'E742:')
endfunc
func Test_function_with_funcref()
let s:f = function('type')
let s:fref = function(s:f)
call assert_equal(v:t_string, s:fref('x'))
call assert_fails("call function('s:f')", 'E700:')
endfunc
func Test_funcref()
func! One()
return 1
endfunc
let OneByName = function('One')
let OneByRef = funcref('One')
func! One()
return 2
endfunc
call assert_equal(2, OneByName())
call assert_equal(1, OneByRef())
let OneByRef = funcref('One')
call assert_equal(2, OneByRef())
call assert_fails('echo funcref("{")', 'E475:')
endfunc
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