Mercurial > vim
view src/testdir/test_ex_mode.vim @ 19013:dd9ab0674eec v8.2.0067
patch 8.2.0067: ERROR_UNKNOWN clashes on some systems
Commit: https://github.com/vim/vim/commit/ef140544f6703a7a4c0f6a15f610508ed6b09e89
Author: Bram Moolenaar <Bram@vim.org>
Date: Tue Dec 31 21:27:13 2019 +0100
patch 8.2.0067: ERROR_UNKNOWN clashes on some systems
Problem: ERROR_UNKNOWN clashes on some systems.
Solution: Rename ERROR_ to FCERR_. (Ola S?der, closes https://github.com/vim/vim/issues/5415)
author | Bram Moolenaar <Bram@vim.org> |
---|---|
date | Tue, 31 Dec 2019 21:30:04 +0100 |
parents | a18d7782b80f |
children | 2f0f308c069c |
line wrap: on
line source
" Test editing line in Ex mode (see :help Q and :help gQ). " Helper function to test editing line in Q Ex mode func Ex_Q(cmd) " Is there a simpler way to test editing Ex line? call feedkeys("Q" \ .. "let s:test_ex =<< END\<CR>" \ .. a:cmd .. "\<CR>" \ .. "END\<CR>" \ .. "visual\<CR>", 'tx') return s:test_ex[0] endfunc " Helper function to test editing line in gQ Ex mode func Ex_gQ(cmd) call feedkeys("gQ" .. a:cmd .. "\<C-b>\"\<CR>", 'tx') let ret = @:[1:] " Remove leading quote. call feedkeys("visual\<CR>", 'tx') return ret endfunc " Helper function to test editing line with both Q and gQ Ex mode. func Ex(cmd) return [Ex_Q(a:cmd), Ex_gQ(a:cmd)] endfunc " Test editing line in Ex mode (both Q and gQ) func Test_ex_mode() let encoding_save = &encoding set sw=2 for e in ['utf8', 'latin1'] exe 'set encoding=' . e call assert_equal(['bar', 'bar'], Ex("foo bar\<C-u>bar"), e) call assert_equal(["1\<C-u>2", "1\<C-u>2"], Ex("1\<C-v>\<C-u>2"), e) call assert_equal(["1\<C-b>2\<C-e>3", '213'], Ex("1\<C-b>2\<C-e>3"), e) call assert_equal(['0123', '2013'], Ex("01\<Home>2\<End>3"), e) call assert_equal(['0123', '0213'], Ex("01\<Left>2\<Right>3"), e) call assert_equal(['01234', '0342'], Ex("012\<Left>\<Left>\<Insert>3\<Insert>4"), e) call assert_equal(["foo bar\<C-w>", 'foo '], Ex("foo bar\<C-w>"), e) call assert_equal(['foo', 'foo'], Ex("fooba\<Del>\<Del>"), e) call assert_equal(["foo\tbar", 'foobar'], Ex("foo\<Tab>bar"), e) call assert_equal(["abbrev\t", 'abbreviate'], Ex("abbrev\<Tab>"), e) call assert_equal([' 1', "1\<C-t>\<C-t>"], Ex("1\<C-t>\<C-t>"), e) call assert_equal([' 1', "1\<C-t>\<C-t>"], Ex("1\<C-t>\<C-t>\<C-d>"), e) call assert_equal([' foo', ' foo'], Ex(" foo\<C-d>"), e) call assert_equal(['foo', ' foo0'], Ex(" foo0\<C-d>"), e) call assert_equal(['foo', ' foo^'], Ex(" foo^\<C-d>"), e) endfor set sw& let &encoding = encoding_save endfunc