mirror of
https://github.com/neovim/neovim.git
synced 2024-12-19 18:55:14 -07:00
5a27d02584
Co-authored-by: Ernie Rael <errael@raelity.com> Co-authored-by: Famiu Haque <famiuhaque@proton.me> Co-authored-by: Jade <spacey-sooty@proton.me> Co-authored-by: glepnir <glephunter@gmail.com> Co-authored-by: zeertzjq <zeertzjq@outlook.com>
3592 lines
98 KiB
Lua
3592 lines
98 KiB
Lua
local t = require('test.unit.testutil')
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local itp = t.gen_itp(it)
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local bit = require('bit')
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--- @class vterm
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--- @field ENC_UTF8 integer
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--- @field VTERM_ATTR_BLINK integer
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--- @field VTERM_ATTR_BOLD integer
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--- @field VTERM_ATTR_FONT integer
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--- @field VTERM_ATTR_ITALIC integer
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--- @field VTERM_ATTR_REVERSE integer
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--- @field VTERM_ATTR_UNDERLINE integer
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--- @field VTERM_BASELINE_RAISE integer
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--- @field VTERM_KEY_ENTER integer
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--- @field VTERM_KEY_FUNCTION_0 integer
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--- @field VTERM_KEY_KP_0 integer
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--- @field VTERM_KEY_NONE integer
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--- @field VTERM_KEY_TAB integer
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--- @field VTERM_KEY_UP integer
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--- @field VTERM_MAX_CHARS_PER_CELL integer
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--- @field VTERM_MOD_ALT integer
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--- @field VTERM_MOD_CTRL integer
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--- @field VTERM_MOD_SHIFT integer
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--- @field parser_apc function
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--- @field parser_csi function
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--- @field parser_dcs function
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--- @field parser_osc function
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--- @field parser_pm function
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--- @field parser_sos function
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--- @field parser_text function
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--- @field print_color function
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--- @field screen_sb_clear function
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--- @field screen_sb_popline function
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--- @field screen_sb_pushline function
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--- @field selection_query function
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--- @field selection_set function
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--- @field state_erase function
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--- @field state_movecursor function
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--- @field state_moverect function
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--- @field state_pos function
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--- @field state_putglyph function
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--- @field state_sb_clear function
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--- @field state_scrollrect function
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--- @field state_setpenattr function
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--- @field state_settermprop function
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--- @field term_output function
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--- @field vterm_input_write function
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--- @field vterm_keyboard_end_paste function
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--- @field vterm_keyboard_key function
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--- @field vterm_keyboard_start_paste function
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--- @field vterm_keyboard_unichar function
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--- @field vterm_lookup_encoding fun(any, any):any
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--- @field vterm_mouse_button function
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--- @field vterm_mouse_move function
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--- @field vterm_new fun(any, any):any
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--- @field vterm_obtain_screen fun(any):any
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--- @field vterm_obtain_state fun(any): any
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--- @field vterm_output_set_callback function
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--- @field vterm_parser_set_callbacks fun(any, any, any):any
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--- @field vterm_screen_convert_color_to_rgb function
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--- @field vterm_screen_enable_altscreen function
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--- @field vterm_screen_enable_reflow function
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--- @field vterm_screen_get_attrs_extent function
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--- @field vterm_screen_get_cell function
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--- @field vterm_screen_get_chars fun(any, any, any, any):any
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--- @field vterm_screen_get_text fun(any, any, any, any):any
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--- @field vterm_screen_is_eol fun(any, any):any
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--- @field vterm_screen_reset function
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--- @field vterm_screen_set_callbacks function
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--- @field vterm_set_size function
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--- @field vterm_set_utf8 fun(any, any, any):any
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--- @field vterm_state_focus_in function
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--- @field vterm_state_focus_out function
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--- @field vterm_state_get_cursorpos fun(any, any)
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--- @field vterm_state_get_lineinfo fun(any, any):any
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--- @field vterm_state_get_penattr function
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--- @field vterm_state_reset function
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--- @field vterm_state_set_bold_highbright function
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--- @field vterm_state_set_callbacks function
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--- @field vterm_state_set_selection_callbacks function
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--- @field vterm_state_set_unrecognised_fallbacks function
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local vterm = t.cimport('./src/vterm/vterm.h', './src/vterm/vterm_internal.h')
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--- @return string
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local function read_rm()
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local f = assert(io.open(t.paths.vterm_test_file, 'rb'))
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local text = f:read('*a')
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f:close()
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vim.fs.rm(t.paths.vterm_test_file, { force = true })
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return text
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end
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local function append(str)
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local f = assert(io.open(t.paths.vterm_test_file, 'a'))
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f:write(str)
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f:close()
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return 1
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end
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local function parser_control(control)
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return append(string.format('control %02x\n', control))
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end
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local function parser_escape(bytes)
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return append(string.format('escape %s\n', t.ffi.string(bytes)))
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end
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local function wantparser(vt)
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assert(vt)
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local parser_cbs = t.ffi.new('VTermParserCallbacks')
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parser_cbs['text'] = vterm.parser_text
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parser_cbs['control'] = parser_control
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parser_cbs['escape'] = parser_escape
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parser_cbs['csi'] = vterm.parser_csi
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parser_cbs['osc'] = vterm.parser_osc
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parser_cbs['dcs'] = vterm.parser_dcs
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parser_cbs['apc'] = vterm.parser_apc
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parser_cbs['pm'] = vterm.parser_pm
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parser_cbs['sos'] = vterm.parser_sos
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vterm.vterm_parser_set_callbacks(vt, parser_cbs, nil)
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end
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--- @return any
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local function init()
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local vt = vterm.vterm_new(25, 80)
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vterm.vterm_output_set_callback(vt, vterm.term_output, nil)
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vterm.vterm_set_utf8(vt, true)
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return vt
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end
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local function state_setlineinfo()
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return 1
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end
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--- @return any
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local function wantstate(vt, opts)
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opts = opts or {}
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assert(vt)
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local state = vterm.vterm_obtain_state(vt)
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local state_cbs = t.ffi.new('VTermStateCallbacks')
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state_cbs['putglyph'] = vterm.state_putglyph
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state_cbs['movecursor'] = vterm.state_movecursor
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state_cbs['scrollrect'] = vterm.state_scrollrect
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state_cbs['moverect'] = vterm.state_moverect
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state_cbs['erase'] = vterm.state_erase
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state_cbs['setpenattr'] = vterm.state_setpenattr
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state_cbs['settermprop'] = vterm.state_settermprop
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state_cbs['setlineinfo'] = state_setlineinfo
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state_cbs['sb_clear'] = vterm.state_sb_clear
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local selection_cbs = t.ffi.new('VTermSelectionCallbacks')
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selection_cbs['set'] = vterm.selection_set
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selection_cbs['query'] = vterm.selection_query
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vterm.vterm_state_set_callbacks(state, state_cbs, nil)
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-- In some tests we want to check the behaviour of overflowing the buffer, so make it nicely small
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vterm.vterm_state_set_selection_callbacks(state, selection_cbs, nil, nil, 16)
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vterm.vterm_state_set_bold_highbright(state, 1)
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vterm.vterm_state_reset(state, 1)
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local fallbacks = t.ffi.new('VTermStateFallbacks')
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fallbacks['control'] = parser_control
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fallbacks['csi'] = vterm.parser_csi
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fallbacks['osc'] = vterm.parser_osc
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fallbacks['dcs'] = vterm.parser_dcs
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fallbacks['apc'] = vterm.parser_apc
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fallbacks['pm'] = vterm.parser_pm
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fallbacks['sos'] = vterm.parser_sos
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vterm.want_state_scrollback = opts.b or false
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vterm.want_state_erase = opts.e or false
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vterm.vterm_state_set_unrecognised_fallbacks(state, opts.f and fallbacks or nil, nil)
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vterm.want_state_putglyph = opts.g or false
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vterm.want_state_moverect = opts.m or false
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vterm.want_state_settermprop = opts.p or false
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vterm.want_state_scrollrect = opts.s or false
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return state
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end
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--- @return any
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local function wantscreen(vt, opts)
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opts = opts or {}
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local screen = vterm.vterm_obtain_screen(vt)
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local screen_cbs = t.ffi.new('VTermScreenCallbacks')
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-- TODO(dundargoc): fix
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-- screen_cbs['damage'] = vterm.screen_damage
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screen_cbs['moverect'] = vterm.state_moverect
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screen_cbs['movecursor'] = vterm.state_movecursor
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screen_cbs['settermprop'] = vterm.state_settermprop
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screen_cbs['sb_pushline'] = vterm.screen_sb_pushline
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screen_cbs['sb_popline'] = vterm.screen_sb_popline
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screen_cbs['sb_clear'] = vterm.screen_sb_clear
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vterm.vterm_screen_set_callbacks(screen, screen_cbs, nil)
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if opts.a then
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vterm.vterm_screen_enable_altscreen(screen, 1)
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end
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vterm.want_screen_scrollback = opts.b or false
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vterm.want_state_movecursor = opts.c or false
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-- TODO(dundargoc): fix
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-- vterm.want_screen_damage = opts.d or opts.D or false
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-- vterm.want_screen_cells = opts.D or false
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vterm.want_state_moverect = opts.m or false
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vterm.want_state_settermprop = opts.p or false
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if opts.r then
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vterm.vterm_screen_enable_reflow(screen, true)
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end
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return screen
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end
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local function reset(state, screen)
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if state then
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vterm.vterm_state_reset(state, 1)
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vterm.vterm_state_get_cursorpos(state, vterm.state_pos)
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end
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if screen then
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vterm.vterm_screen_reset(screen, 1)
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end
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end
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local function push(input, vt)
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vterm.vterm_input_write(vt, input, string.len(input))
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end
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local function expect(expected)
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local actual = read_rm()
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t.eq(expected .. '\n', actual)
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end
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local function expect_output(expected_preformat)
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local actual = read_rm()
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local expected = 'output '
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for c in string.gmatch(expected_preformat, '.') do
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if expected ~= 'output ' then
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expected = expected .. ','
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end
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expected = string.format('%s%x', expected, string.byte(c))
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end
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t.eq(expected .. '\n', actual)
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end
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local function cursor(row, col, state)
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local pos = t.ffi.new('VTermPos') --- @type {row: integer, col: integer}
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vterm.vterm_state_get_cursorpos(state, pos)
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t.eq(row, pos.row)
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t.eq(col, pos.col)
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end
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local function lineinfo(row, expected, state)
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local info = vterm.vterm_state_get_lineinfo(state, row)
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local dwl = info.doublewidth == 1
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local dhl = info.doubleheight == 1
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local cont = info.continuation == 1
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t.eq(dwl, expected.dwl or false)
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t.eq(dhl, expected.dhl or false)
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t.eq(cont, expected.cont or false)
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end
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local function pen(attribute, expected, state)
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local is_bool = { bold = true, italic = true, blink = true, reverse = true }
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local vterm_attribute = {
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bold = vterm.VTERM_ATTR_BOLD,
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underline = vterm.VTERM_ATTR_UNDERLINE,
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italic = vterm.VTERM_ATTR_ITALIC,
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blink = vterm.VTERM_ATTR_BLINK,
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reverse = vterm.VTERM_ATTR_REVERSE,
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font = vterm.VTERM_ATTR_FONT,
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}
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local val = t.ffi.new('VTermValue') --- @type {boolean: integer}
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vterm.vterm_state_get_penattr(state, vterm_attribute[attribute], val)
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local actual = val.boolean --- @type integer|boolean
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if is_bool[attribute] then
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actual = val.boolean == 1
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end
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t.eq(expected, actual)
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end
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local function resize(rows, cols, vt)
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vterm.vterm_set_size(vt, rows, cols)
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end
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local function screen_chars(start_row, start_col, end_row, end_col, expected, screen)
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local rect = t.ffi.new('VTermRect')
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rect['start_row'] = start_row
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rect['start_col'] = start_col
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rect['end_row'] = end_row
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rect['end_col'] = end_col
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local len = vterm.vterm_screen_get_chars(screen, nil, 0, rect)
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local chars = t.ffi.new('uint32_t[?]', len)
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vterm.vterm_screen_get_chars(screen, chars, len, rect)
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local actual = ''
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for i = 0, tonumber(len) - 1 do
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actual = actual .. string.char(chars[i])
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end
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t.eq(expected, actual)
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end
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local function screen_text(start_row, start_col, end_row, end_col, expected, screen)
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local rect = t.ffi.new('VTermRect')
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rect['start_row'] = start_row
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rect['start_col'] = start_col
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rect['end_row'] = end_row
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rect['end_col'] = end_col
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local len = vterm.vterm_screen_get_text(screen, nil, 0, rect)
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local text = t.ffi.new('unsigned char[?]', len)
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vterm.vterm_screen_get_text(screen, text, len, rect)
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local actual = ''
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for i = 0, tonumber(len) - 1 do
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actual = string.format('%s%02x,', actual, text[i])
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end
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actual = actual:sub(1, -2)
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t.eq(expected, actual)
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end
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--- @param row integer
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local function screen_row(row, expected, screen, end_col)
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local rect = t.ffi.new('VTermRect')
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rect['start_row'] = row
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rect['start_col'] = 0
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rect['end_row'] = row + 1
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rect['end_col'] = end_col or 80
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local len = vterm.vterm_screen_get_text(screen, nil, 0, rect)
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local text = t.ffi.new('unsigned char[?]', len)
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vterm.vterm_screen_get_text(screen, text, len, rect)
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t.eq(expected, t.ffi.string(text))
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end
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local function screen_cell(row, col, expected, screen)
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local pos = t.ffi.new('VTermPos')
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pos['row'] = row
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pos['col'] = col
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local cell = t.ffi.new('VTermScreenCell')
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vterm.vterm_screen_get_cell(screen, pos, cell)
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local actual = '{'
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for i = 0, vterm.VTERM_MAX_CHARS_PER_CELL - 1 do
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if cell['chars'][i] ~= 0 then
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if i > 0 then
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actual = actual .. ','
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end
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actual = string.format('%s%02x', actual, cell['chars'][i])
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end
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end
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actual = string.format('%s} width=%d attrs={', actual, cell['width'])
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actual = actual .. (cell['attrs'].bold ~= 0 and 'B' or '')
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actual = actual
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.. (cell['attrs'].underline ~= 0 and string.format('U%d', cell['attrs'].underline) or '')
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actual = actual .. (cell['attrs'].italic ~= 0 and 'I' or '')
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actual = actual .. (cell['attrs'].blink ~= 0 and 'K' or '')
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actual = actual .. (cell['attrs'].reverse ~= 0 and 'R' or '')
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actual = actual .. (cell['attrs'].font ~= 0 and string.format('F%d', cell['attrs'].font) or '')
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actual = actual .. (cell['attrs'].small ~= 0 and 'S' or '')
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if cell['attrs'].baseline ~= 0 then
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actual = actual .. (cell['attrs'].baseline == vterm.VTERM_BASELINE_RAISE and '^' or '_')
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end
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actual = actual .. '} '
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actual = actual .. (cell['attrs'].dwl ~= 0 and 'dwl ' or '')
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if cell['attrs'].dhl ~= 0 then
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actual = actual .. string.format('dhl-%s ', cell['attrs'].dhl == 2 and 'bottom' or 'top')
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end
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actual = string.format('%sfg=', actual)
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vterm.vterm_screen_convert_color_to_rgb(screen, cell['fg'])
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vterm.print_color(cell['fg'])
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actual = actual .. read_rm()
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actual = actual .. ' bg='
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vterm.vterm_screen_convert_color_to_rgb(screen, cell['bg'])
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vterm.print_color(cell['bg'])
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actual = actual .. read_rm()
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t.eq(expected, actual)
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end
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local function screen_eol(row, col, expected, screen)
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local pos = t.ffi.new('VTermPos')
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pos['row'] = row
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pos['col'] = col
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local is_eol = vterm.vterm_screen_is_eol(screen, pos)
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t.eq(expected, is_eol)
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end
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local function screen_attrs_extent(row, col, expected, screen)
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local pos = t.ffi.new('VTermPos')
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pos['row'] = row
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pos['col'] = col
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local rect = t.ffi.new('VTermRect')
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rect['start_col'] = 0
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rect['end_col'] = -1
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vterm.vterm_screen_get_attrs_extent(screen, rect, pos, 1)
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local actual = string.format(
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'%d,%d-%d,%d',
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rect['start_row'],
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rect['start_col'],
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rect['end_row'],
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rect['end_col']
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)
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t.eq(expected, actual)
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end
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local function wantencoding()
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local encoding = t.ffi.new('VTermEncodingInstance')
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encoding['enc'] = vterm.vterm_lookup_encoding(vterm.ENC_UTF8, string.byte('u'))
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if encoding.enc.init then
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encoding.enc.init(encoding.enc, encoding['data'])
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end
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return encoding
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end
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local function encin(input, encoding)
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local len = string.len(input)
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local cp = t.ffi.new('uint32_t[?]', len)
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local cpi = t.ffi.new('int[1]')
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local pos = t.ffi.new('size_t[1]', 0)
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encoding.enc.decode(encoding.enc, encoding.data, cp, cpi, len, input, pos, len)
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local f = assert(io.open(t.paths.vterm_test_file, 'w'))
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if tonumber(cpi[0]) > 0 then
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f:write('encout ')
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for i = 0, cpi[0] - 1 do
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||
if i == 0 then
|
||
f:write(string.format('%x', cp[i]))
|
||
else
|
||
f:write(string.format(',%x', cp[i]))
|
||
end
|
||
end
|
||
f:write('\n')
|
||
end
|
||
f:close()
|
||
end
|
||
|
||
local function strpe_modifiers(input_mod)
|
||
local mod = t.ffi.new('VTermModifier') ---@type any
|
||
if input_mod.C then
|
||
mod = bit.bor(mod, vterm.VTERM_MOD_CTRL)
|
||
end
|
||
if input_mod.S then
|
||
mod = bit.bor(mod, vterm.VTERM_MOD_SHIFT)
|
||
end
|
||
if input_mod.A then
|
||
mod = bit.bor(mod, vterm.VTERM_MOD_ALT)
|
||
end
|
||
return mod
|
||
end
|
||
|
||
local function strp_key(input_key)
|
||
if input_key == 'up' then
|
||
return vterm.VTERM_KEY_UP
|
||
end
|
||
|
||
if input_key == 'tab' then
|
||
return vterm.VTERM_KEY_TAB
|
||
end
|
||
|
||
if input_key == 'enter' then
|
||
return vterm.VTERM_KEY_ENTER
|
||
end
|
||
|
||
if input_key == 'f1' then
|
||
return vterm.VTERM_KEY_FUNCTION_0 + 1
|
||
end
|
||
|
||
if input_key == 'kp0' then
|
||
return vterm.VTERM_KEY_KP_0
|
||
end
|
||
|
||
return vterm.VTERM_KEY_NONE
|
||
end
|
||
|
||
local function mousemove(row, col, vt, input_mod)
|
||
input_mod = input_mod or {}
|
||
local mod = strpe_modifiers(input_mod)
|
||
vterm.vterm_mouse_move(vt, row, col, mod)
|
||
end
|
||
|
||
local function mousebtn(press, button, vt, input_mod)
|
||
input_mod = input_mod or {}
|
||
local mod = strpe_modifiers(input_mod)
|
||
local flag = press == 'd' or press == 'D'
|
||
vterm.vterm_mouse_button(vt, button, flag, mod)
|
||
end
|
||
|
||
local function inchar(c, vt, input_mod)
|
||
input_mod = input_mod or {}
|
||
local mod = strpe_modifiers(input_mod)
|
||
vterm.vterm_keyboard_unichar(vt, c, mod)
|
||
end
|
||
|
||
local function inkey(input_key, vt, input_mod)
|
||
input_mod = input_mod or {}
|
||
local mod = strpe_modifiers(input_mod)
|
||
local key = strp_key(input_key)
|
||
vterm.vterm_keyboard_key(vt, key, mod)
|
||
end
|
||
|
||
before_each(function()
|
||
vim.fs.rm(t.paths.vterm_test_file, { force = true })
|
||
end)
|
||
|
||
describe('vterm', function()
|
||
itp('02parser', function()
|
||
local vt = init()
|
||
vterm.vterm_set_utf8(vt, false)
|
||
wantparser(vt)
|
||
|
||
-- Basic text
|
||
push('hello', vt)
|
||
expect('text 68,65,6c,6c,6f')
|
||
|
||
-- C0
|
||
push('\x03', vt)
|
||
expect('control 03')
|
||
push('\x1f', vt)
|
||
expect('control 1f')
|
||
|
||
-- C1 8bit
|
||
push('\x83', vt)
|
||
expect('control 83')
|
||
push('\x99', vt)
|
||
expect('control 99')
|
||
|
||
-- C1 7bit
|
||
push('\x1b\x43', vt)
|
||
expect('control 83')
|
||
push('\x1b\x59', vt)
|
||
expect('control 99')
|
||
|
||
-- High bytes
|
||
push('\xa0\xcc\xfe', vt)
|
||
expect('text a0,cc,fe')
|
||
|
||
-- Mixed
|
||
push('1\n2', vt)
|
||
expect('text 31\ncontrol 0a\ntext 32')
|
||
|
||
-- Escape
|
||
push('\x1b=', vt)
|
||
expect('escape =')
|
||
|
||
-- Escape 2-byte
|
||
push('\x1b(X', vt)
|
||
expect('escape (X')
|
||
|
||
-- Split write Escape
|
||
push('\x1b(', vt)
|
||
push('Y', vt)
|
||
expect('escape (Y')
|
||
|
||
-- Escape cancels Escape, starts another
|
||
push('\x1b(\x1b)Z', vt)
|
||
expect('escape )Z')
|
||
|
||
-- CAN cancels Escape, returns to normal mode
|
||
push('\x1b(\x18AB', vt)
|
||
expect('text 41,42')
|
||
|
||
-- C0 in Escape interrupts and continues
|
||
push('\x1b(\nX', vt)
|
||
expect('control 0a\nescape (X')
|
||
|
||
-- CSI 0 args
|
||
push('\x1b[a', vt)
|
||
expect('csi 61 *')
|
||
|
||
-- CSI 1 arg
|
||
push('\x1b[9b', vt)
|
||
expect('csi 62 9')
|
||
|
||
-- CSI 2 args
|
||
push('\x1b[3;4c', vt)
|
||
expect('csi 63 3,4')
|
||
|
||
-- CSI 1 arg 1 sub
|
||
push('\x1b[1:2c', vt)
|
||
expect('csi 63 1+,2')
|
||
|
||
-- CSI many digits
|
||
push('\x1b[678d', vt)
|
||
expect('csi 64 678')
|
||
|
||
-- CSI leading zero
|
||
push('\x1b[007e', vt)
|
||
expect('csi 65 7')
|
||
|
||
-- CSI qmark
|
||
push('\x1b[?2;7f', vt)
|
||
expect('csi 66 L=3f 2,7')
|
||
|
||
-- CSI greater
|
||
push('\x1b[>c', vt)
|
||
expect('csi 63 L=3e *')
|
||
|
||
-- CSI SP
|
||
push('\x1b[12 q', vt)
|
||
expect('csi 71 12 I=20')
|
||
|
||
-- Mixed CSI
|
||
push('A\x1b[8mB', vt)
|
||
expect('text 41\ncsi 6d 8\ntext 42')
|
||
|
||
-- Split write
|
||
push('\x1b', vt)
|
||
push('[a', vt)
|
||
expect('csi 61 *')
|
||
push('foo\x1b[', vt)
|
||
expect('text 66,6f,6f')
|
||
push('4b', vt)
|
||
expect('csi 62 4')
|
||
push('\x1b[12;', vt)
|
||
push('3c', vt)
|
||
expect('csi 63 12,3')
|
||
|
||
-- Escape cancels CSI, starts Escape
|
||
push('\x1b[123\x1b9', vt)
|
||
expect('escape 9')
|
||
|
||
-- CAN cancels CSI, returns to normal mode
|
||
push('\x1b[12\x18AB', vt)
|
||
expect('text 41,42')
|
||
|
||
-- C0 in Escape interrupts and continues
|
||
push('\x1b(\nX', vt)
|
||
expect('control 0a\nescape (X')
|
||
|
||
-- OSC BEL
|
||
push('\x1b]1;Hello\x07', vt)
|
||
expect('osc [1;Hello]')
|
||
|
||
-- OSC ST (7bit)
|
||
push('\x1b]1;Hello\x1b\\', vt)
|
||
expect('osc [1;Hello]')
|
||
|
||
-- OSC ST (8bit)
|
||
push('\x9d1;Hello\x9c', vt)
|
||
expect('osc [1;Hello]')
|
||
|
||
-- OSC in parts
|
||
push('\x1b]52;abc', vt)
|
||
expect('osc [52;abc')
|
||
push('def', vt)
|
||
expect('osc def')
|
||
push('ghi\x1b\\', vt)
|
||
expect('osc ghi]')
|
||
|
||
-- OSC BEL without semicolon
|
||
push('\x1b]1234\x07', vt)
|
||
expect('osc [1234;]')
|
||
|
||
-- OSC ST without semicolon
|
||
push('\x1b]1234\x1b\\', vt)
|
||
expect('osc [1234;]')
|
||
|
||
-- Escape cancels OSC, starts Escape
|
||
push('\x1b]Something\x1b9', vt)
|
||
expect('escape 9')
|
||
|
||
-- CAN cancels OSC, returns to normal mode
|
||
push('\x1b]12\x18AB', vt)
|
||
expect('text 41,42')
|
||
|
||
-- C0 in OSC interrupts and continues
|
||
push('\x1b]2;\nBye\x07', vt)
|
||
expect('osc [2;\ncontrol 0a\nosc Bye]')
|
||
|
||
-- DCS BEL
|
||
push('\x1bPHello\x07', vt)
|
||
expect('dcs [Hello]')
|
||
|
||
-- DCS ST (7bit)
|
||
push('\x1bPHello\x1b\\', vt)
|
||
expect('dcs [Hello]')
|
||
|
||
-- DCS ST (8bit)
|
||
push('\x90Hello\x9c', vt)
|
||
expect('dcs [Hello]')
|
||
|
||
-- Split write of 7bit ST
|
||
push('\x1bPABC\x1b', vt)
|
||
expect('dcs [ABC')
|
||
push('\\', vt)
|
||
expect('dcs ]')
|
||
|
||
-- Escape cancels DCS, starts Escape
|
||
push('\x1bPSomething\x1b9', vt)
|
||
expect('escape 9')
|
||
|
||
-- CAN cancels DCS, returns to normal mode
|
||
push('\x1bP12\x18AB', vt)
|
||
expect('text 41,42')
|
||
|
||
-- C0 in OSC interrupts and continues
|
||
push('\x1bPBy\ne\x07', vt)
|
||
expect('dcs [By\ncontrol 0a\ndcs e]')
|
||
|
||
-- APC BEL
|
||
push('\x1b_Hello\x07', vt)
|
||
expect('apc [Hello]')
|
||
|
||
-- APC ST (7bit)
|
||
push('\x1b_Hello\x1b\\', vt)
|
||
expect('apc [Hello]')
|
||
|
||
-- APC ST (8bit)
|
||
push('\x9fHello\x9c', vt)
|
||
expect('apc [Hello]')
|
||
|
||
-- PM BEL
|
||
push('\x1b^Hello\x07', vt)
|
||
expect('pm [Hello]')
|
||
|
||
-- PM ST (7bit)
|
||
push('\x1b^Hello\x1b\\', vt)
|
||
expect('pm [Hello]')
|
||
|
||
-- PM ST (8bit)
|
||
push('\x9eHello\x9c', vt)
|
||
expect('pm [Hello]')
|
||
|
||
-- SOS BEL
|
||
push('\x1bXHello\x07', vt)
|
||
expect('sos [Hello]')
|
||
|
||
-- SOS ST (7bit)
|
||
push('\x1bXHello\x1b\\', vt)
|
||
expect('sos [Hello]')
|
||
|
||
-- SOS ST (8bit)
|
||
push('\x98Hello\x9c', vt)
|
||
expect('sos [Hello]')
|
||
|
||
push('\x1bXABC\x01DEF\x1b\\', vt)
|
||
expect('sos [ABC\x01DEF]')
|
||
push('\x1bXABC\x99DEF\x1b\\', vt)
|
||
expect('sos [ABC\x99DEF]')
|
||
|
||
-- NUL ignored
|
||
push('\x00', vt)
|
||
|
||
-- NUL ignored within CSI
|
||
push('\x1b[12\x003m', vt)
|
||
expect('csi 6d 123')
|
||
|
||
-- DEL ignored
|
||
push('\x7f', vt)
|
||
|
||
-- DEL ignored within CSI
|
||
push('\x1b[12\x7f3m', vt)
|
||
expect('csi 6d 123')
|
||
|
||
-- DEL inside text"
|
||
push('AB\x7fC', vt)
|
||
expect('text 41,42\ntext 43')
|
||
end)
|
||
|
||
itp('03encoding_utf8', function()
|
||
local encoding = wantencoding()
|
||
|
||
-- Low
|
||
encin('123', encoding)
|
||
expect('encout 31,32,33')
|
||
|
||
-- We want to prove the UTF-8 parser correctly handles all the sequences.
|
||
-- Easy way to do this is to check it does low/high boundary cases, as that
|
||
-- leaves only two for each sequence length
|
||
--
|
||
-- These ranges are therefore:
|
||
--
|
||
-- Two bytes:
|
||
-- U+0080 = 000 10000000 => 00010 000000
|
||
-- => 11000010 10000000 = C2 80
|
||
-- U+07FF = 111 11111111 => 11111 111111
|
||
-- => 11011111 10111111 = DF BF
|
||
--
|
||
-- Three bytes:
|
||
-- U+0800 = 00001000 00000000 => 0000 100000 000000
|
||
-- => 11100000 10100000 10000000 = E0 A0 80
|
||
-- U+FFFD = 11111111 11111101 => 1111 111111 111101
|
||
-- => 11101111 10111111 10111101 = EF BF BD
|
||
-- (We avoid U+FFFE and U+FFFF as they're invalid codepoints)
|
||
--
|
||
-- Four bytes:
|
||
-- U+10000 = 00001 00000000 00000000 => 000 010000 000000 000000
|
||
-- => 11110000 10010000 10000000 10000000 = F0 90 80 80
|
||
-- U+1FFFFF = 11111 11111111 11111111 => 111 111111 111111 111111
|
||
-- => 11110111 10111111 10111111 10111111 = F7 BF BF BF
|
||
|
||
-- 2 byte
|
||
encin('\xC2\x80\xDF\xBF', encoding)
|
||
expect('encout 80,7ff')
|
||
|
||
-- 3 byte
|
||
encin('\xE0\xA0\x80\xEF\xBF\xBD', encoding)
|
||
expect('encout 800,fffd')
|
||
|
||
-- 4 byte
|
||
encin('\xF0\x90\x80\x80\xF7\xBF\xBF\xBF', encoding)
|
||
expect('encout 10000,1fffff')
|
||
|
||
-- Next up, we check some invalid sequences
|
||
-- + Early termination (back to low bytes too soon)
|
||
-- + Early restart (another sequence introduction before the previous one was finished)
|
||
|
||
-- Early termination
|
||
encin('\xC2!', encoding)
|
||
expect('encout fffd,21')
|
||
|
||
encin('\xE0!\xE0\xA0!', encoding)
|
||
expect('encout fffd,21,fffd,21')
|
||
|
||
encin('\xF0!\xF0\x90!\xF0\x90\x80!', encoding)
|
||
expect('encout fffd,21,fffd,21,fffd,21')
|
||
|
||
-- Early restart
|
||
encin('\xC2\xC2\x90', encoding)
|
||
expect('encout fffd,90')
|
||
|
||
encin('\xE0\xC2\x90\xE0\xA0\xC2\x90', encoding)
|
||
expect('encout fffd,90,fffd,90')
|
||
|
||
encin('\xF0\xC2\x90\xF0\x90\xC2\x90\xF0\x90\x80\xC2\x90', encoding)
|
||
expect('encout fffd,90,fffd,90,fffd,90')
|
||
|
||
-- Test the overlong sequences by giving an overlong encoding of U+0000 and
|
||
-- an encoding of the highest codepoint still too short
|
||
--
|
||
-- Two bytes:
|
||
-- U+0000 = C0 80
|
||
-- U+007F = 000 01111111 => 00001 111111 =>
|
||
-- => 11000001 10111111 => C1 BF
|
||
--
|
||
-- Three bytes:
|
||
-- U+0000 = E0 80 80
|
||
-- U+07FF = 00000111 11111111 => 0000 011111 111111
|
||
-- => 11100000 10011111 10111111 = E0 9F BF
|
||
--
|
||
-- Four bytes:
|
||
-- U+0000 = F0 80 80 80
|
||
-- U+FFFF = 11111111 11111111 => 000 001111 111111 111111
|
||
-- => 11110000 10001111 10111111 10111111 = F0 8F BF BF
|
||
|
||
-- Overlong
|
||
encin('\xC0\x80\xC1\xBF', encoding)
|
||
expect('encout fffd,fffd')
|
||
|
||
encin('\xE0\x80\x80\xE0\x9F\xBF', encoding)
|
||
expect('encout fffd,fffd')
|
||
|
||
encin('\xF0\x80\x80\x80\xF0\x8F\xBF\xBF', encoding)
|
||
expect('encout fffd,fffd')
|
||
|
||
-- UTF-16 surrogates U+D800 and U+DFFF
|
||
-- UTF-16 Surrogates
|
||
encin('\xED\xA0\x80\xED\xBF\xBF', encoding)
|
||
expect('encout fffd,fffd')
|
||
|
||
-- Split write
|
||
encin('\xC2', encoding)
|
||
encin('\xA0', encoding)
|
||
expect('encout a0')
|
||
|
||
encin('\xE0', encoding)
|
||
encin('\xA0\x80', encoding)
|
||
expect('encout 800')
|
||
encin('\xE0\xA0', encoding)
|
||
encin('\x80', encoding)
|
||
expect('encout 800')
|
||
|
||
encin('\xF0', encoding)
|
||
encin('\x90\x80\x80', encoding)
|
||
expect('encout 10000')
|
||
encin('\xF0\x90', encoding)
|
||
encin('\x80\x80', encoding)
|
||
expect('encout 10000')
|
||
encin('\xF0\x90\x80', encoding)
|
||
encin('\x80', encoding)
|
||
expect('encout 10000')
|
||
end)
|
||
|
||
itp('10state_putglyph', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- Low
|
||
reset(state, nil)
|
||
push('ABC', vt)
|
||
expect('putglyph 41 1 0,0\nputglyph 42 1 0,1\nputglyph 43 1 0,2')
|
||
|
||
-- UTF-8 1 char
|
||
-- U+00C1 = 0xC3 0x81 name: LATIN CAPITAL LETTER A WITH ACUTE
|
||
-- U+00E9 = 0xC3 0xA9 name: LATIN SMALL LETTER E WITH ACUTE
|
||
reset(state, nil)
|
||
push('\xC3\x81\xC3\xA9', vt)
|
||
expect('putglyph c1 1 0,0\nputglyph e9 1 0,1')
|
||
|
||
-- UTF-8 split writes
|
||
reset(state, nil)
|
||
push('\xC3', vt)
|
||
push('\x81', vt)
|
||
expect('putglyph c1 1 0,0')
|
||
|
||
-- UTF-8 wide char
|
||
-- U+FF10 = EF BC 90 name: FULLWIDTH DIGIT ZERO
|
||
reset(state, nil)
|
||
push('\xEF\xBC\x90 ', vt)
|
||
expect('putglyph ff10 2 0,0\nputglyph 20 1 0,2')
|
||
|
||
-- UTF-8 emoji wide char
|
||
-- U+1F600 = F0 9F 98 80 name: GRINNING FACE
|
||
reset(state, nil)
|
||
push('\xF0\x9F\x98\x80 ', vt)
|
||
expect('putglyph 1f600 2 0,0\nputglyph 20 1 0,2')
|
||
|
||
-- UTF-8 combining chars
|
||
-- U+0301 = CC 81 name: COMBINING ACUTE
|
||
reset(state, nil)
|
||
push('e\xCC\x81Z', vt)
|
||
expect('putglyph 65,301 1 0,0\nputglyph 5a 1 0,1')
|
||
|
||
-- Combining across buffers
|
||
reset(state, nil)
|
||
push('e', vt)
|
||
expect('putglyph 65 1 0,0')
|
||
push('\xCC\x81Z', vt)
|
||
expect('putglyph 65,301 1 0,0\nputglyph 5a 1 0,1')
|
||
|
||
-- Spare combining chars get truncated
|
||
reset(state, nil)
|
||
push('e' .. string.rep('\xCC\x81', 10), vt)
|
||
expect('putglyph 65,301,301,301,301,301 1 0,0') -- and nothing more
|
||
|
||
reset(state, nil)
|
||
push('e', vt)
|
||
expect('putglyph 65 1 0,0')
|
||
push('\xCC\x81', vt)
|
||
expect('putglyph 65,301 1 0,0')
|
||
push('\xCC\x82', vt)
|
||
expect('putglyph 65,301,302 1 0,0')
|
||
|
||
-- DECSCA protected
|
||
reset(state, nil)
|
||
push('A\x1b[1"qB\x1b[2"qC', vt)
|
||
expect('putglyph 41 1 0,0\nputglyph 42 1 0,1 prot\nputglyph 43 1 0,2')
|
||
end)
|
||
|
||
itp('11state_movecursor', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
-- Implicit
|
||
push('ABC', vt)
|
||
cursor(0, 3, state)
|
||
|
||
-- Backspace
|
||
push('\b', vt)
|
||
cursor(0, 2, state)
|
||
-- Horizontal Tab
|
||
push('\t', vt)
|
||
cursor(0, 8, state)
|
||
-- Carriage Return
|
||
push('\r', vt)
|
||
cursor(0, 0, state)
|
||
-- Linefeed
|
||
push('\n', vt)
|
||
cursor(1, 0, state)
|
||
|
||
-- Backspace bounded by lefthand edge
|
||
push('\x1b[4;2H', vt)
|
||
cursor(3, 1, state)
|
||
push('\b', vt)
|
||
cursor(3, 0, state)
|
||
push('\b', vt)
|
||
cursor(3, 0, state)
|
||
|
||
-- Backspace cancels phantom
|
||
push('\x1b[4;80H', vt)
|
||
cursor(3, 79, state)
|
||
push('X', vt)
|
||
cursor(3, 79, state)
|
||
push('\b', vt)
|
||
cursor(3, 78, state)
|
||
|
||
-- HT bounded by righthand edge
|
||
push('\x1b[1;78H', vt)
|
||
cursor(0, 77, state)
|
||
push('\t', vt)
|
||
cursor(0, 79, state)
|
||
push('\t', vt)
|
||
cursor(0, 79, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Index
|
||
push('ABC\x1bD', vt)
|
||
cursor(1, 3, state)
|
||
-- Reverse Index
|
||
push('\x1bM', vt)
|
||
cursor(0, 3, state)
|
||
-- Newline
|
||
push('\x1bE', vt)
|
||
cursor(1, 0, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Cursor Forward
|
||
push('\x1b[B', vt)
|
||
cursor(1, 0, state)
|
||
push('\x1b[3B', vt)
|
||
cursor(4, 0, state)
|
||
push('\x1b[0B', vt)
|
||
cursor(5, 0, state)
|
||
|
||
-- Cursor Down
|
||
push('\x1b[C', vt)
|
||
cursor(5, 1, state)
|
||
push('\x1b[3C', vt)
|
||
cursor(5, 4, state)
|
||
push('\x1b[0C', vt)
|
||
cursor(5, 5, state)
|
||
|
||
-- Cursor Up
|
||
push('\x1b[A', vt)
|
||
cursor(4, 5, state)
|
||
push('\x1b[3A', vt)
|
||
cursor(1, 5, state)
|
||
push('\x1b[0A', vt)
|
||
cursor(0, 5, state)
|
||
|
||
-- Cursor Backward
|
||
push('\x1b[D', vt)
|
||
cursor(0, 4, state)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[0D', vt)
|
||
cursor(0, 0, state)
|
||
|
||
-- Cursor Next Line
|
||
push(' ', vt)
|
||
cursor(0, 3, state)
|
||
push('\x1b[E', vt)
|
||
cursor(1, 0, state)
|
||
push(' ', vt)
|
||
cursor(1, 3, state)
|
||
push('\x1b[2E', vt)
|
||
cursor(3, 0, state)
|
||
push('\x1b[0E', vt)
|
||
cursor(4, 0, state)
|
||
|
||
-- Cursor Previous Line
|
||
push(' ', vt)
|
||
cursor(4, 3, state)
|
||
push('\x1b[F', vt)
|
||
cursor(3, 0, state)
|
||
push(' ', vt)
|
||
cursor(3, 3, state)
|
||
push('\x1b[2F', vt)
|
||
cursor(1, 0, state)
|
||
push('\x1b[0F', vt)
|
||
cursor(0, 0, state)
|
||
|
||
-- Cursor Horizonal Absolute
|
||
push('\n', vt)
|
||
cursor(1, 0, state)
|
||
push('\x1b[20G', vt)
|
||
cursor(1, 19, state)
|
||
push('\x1b[G', vt)
|
||
cursor(1, 0, state)
|
||
|
||
-- Cursor Position
|
||
push('\x1b[10;5H', vt)
|
||
cursor(9, 4, state)
|
||
push('\x1b[8H', vt)
|
||
cursor(7, 0, state)
|
||
push('\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
|
||
-- Cursor Position cancels phantom
|
||
push('\x1b[10;78H', vt)
|
||
cursor(9, 77, state)
|
||
push('ABC', vt)
|
||
cursor(9, 79, state)
|
||
push('\x1b[10;80H', vt)
|
||
push('C', vt)
|
||
cursor(9, 79, state)
|
||
push('X', vt)
|
||
cursor(10, 1, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Bounds Checking
|
||
push('\x1b[A', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[D', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[25;80H', vt)
|
||
cursor(24, 79, state)
|
||
push('\x1b[B', vt)
|
||
cursor(24, 79, state)
|
||
push('\x1b[C', vt)
|
||
cursor(24, 79, state)
|
||
push('\x1b[E', vt)
|
||
cursor(24, 0, state)
|
||
push('\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[F', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[999G', vt)
|
||
cursor(0, 79, state)
|
||
push('\x1b[99;99H', vt)
|
||
cursor(24, 79, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Horizontal Position Absolute
|
||
push('\x1b[5`', vt)
|
||
cursor(0, 4, state)
|
||
|
||
-- Horizontal Position Relative
|
||
push('\x1b[3a', vt)
|
||
cursor(0, 7, state)
|
||
|
||
-- Horizontal Position Backward
|
||
push('\x1b[3j', vt)
|
||
cursor(0, 4, state)
|
||
|
||
-- Horizontal and Vertical Position
|
||
push('\x1b[3;3f', vt)
|
||
cursor(2, 2, state)
|
||
|
||
-- Vertical Position Absolute
|
||
push('\x1b[5d', vt)
|
||
cursor(4, 2, state)
|
||
|
||
-- Vertical Position Relative
|
||
push('\x1b[2e', vt)
|
||
cursor(6, 2, state)
|
||
|
||
-- Vertical Position Backward
|
||
push('\x1b[2k', vt)
|
||
cursor(4, 2, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Horizontal Tab
|
||
push('\t', vt)
|
||
cursor(0, 8, state)
|
||
push(' ', vt)
|
||
cursor(0, 11, state)
|
||
push('\t', vt)
|
||
cursor(0, 16, state)
|
||
push(' ', vt)
|
||
cursor(0, 23, state)
|
||
push('\t', vt)
|
||
cursor(0, 24, state)
|
||
push(' ', vt)
|
||
cursor(0, 32, state)
|
||
push('\t', vt)
|
||
cursor(0, 40, state)
|
||
|
||
-- Cursor Horizontal Tab
|
||
push('\x1b[I', vt)
|
||
cursor(0, 48, state)
|
||
push('\x1b[2I', vt)
|
||
cursor(0, 64, state)
|
||
|
||
-- Cursor Backward Tab
|
||
push('\x1b[Z', vt)
|
||
cursor(0, 56, state)
|
||
push('\x1b[2Z', vt)
|
||
cursor(0, 40, state)
|
||
end)
|
||
|
||
itp('12state_scroll', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { s = true })
|
||
|
||
-- Linefeed
|
||
push(string.rep('\n', 24), vt)
|
||
cursor(24, 0, state)
|
||
push('\n', vt)
|
||
expect('scrollrect 0..25,0..80 => +1,+0')
|
||
cursor(24, 0, state)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Index
|
||
push('\x1b[25H', vt)
|
||
push('\x1bD', vt)
|
||
expect('scrollrect 0..25,0..80 => +1,+0')
|
||
|
||
reset(state, nil)
|
||
|
||
-- Reverse Index
|
||
push('\x1bM', vt)
|
||
expect('scrollrect 0..25,0..80 => -1,+0')
|
||
|
||
reset(state, nil)
|
||
|
||
-- Linefeed in DECSTBM
|
||
push('\x1b[1;10r', vt)
|
||
cursor(0, 0, state)
|
||
push(string.rep('\n', 9), vt)
|
||
cursor(9, 0, state)
|
||
push('\n', vt)
|
||
expect('scrollrect 0..10,0..80 => +1,+0')
|
||
cursor(9, 0, state)
|
||
|
||
-- Linefeed outside DECSTBM
|
||
push('\x1b[20H', vt)
|
||
cursor(19, 0, state)
|
||
push('\n', vt)
|
||
cursor(20, 0, state)
|
||
|
||
-- Index in DECSTBM
|
||
push('\x1b[9;10r', vt)
|
||
push('\x1b[10H', vt)
|
||
push('\x1bM', vt)
|
||
cursor(8, 0, state)
|
||
push('\x1bM', vt)
|
||
expect('scrollrect 8..10,0..80 => -1,+0')
|
||
|
||
-- Reverse Index in DECSTBM
|
||
push('\x1b[25H', vt)
|
||
cursor(24, 0, state)
|
||
push('\n', vt)
|
||
-- no scrollrect
|
||
cursor(24, 0, state)
|
||
|
||
-- Linefeed in DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[3;10r\x1b[10;40s', vt)
|
||
push('\x1b[10;10H\n', vt)
|
||
expect('scrollrect 2..10,9..40 => +1,+0')
|
||
|
||
-- IND/RI in DECSTBM+DECSLRM
|
||
push('\x1bD', vt)
|
||
expect('scrollrect 2..10,9..40 => +1,+0')
|
||
push('\x1b[3;10H\x1bM', vt)
|
||
expect('scrollrect 2..10,9..40 => -1,+0')
|
||
|
||
-- DECRQSS on DECSTBM
|
||
push('\x1bP$qr\x1b\\', vt)
|
||
expect_output('\x1bP1$r3;10r\x1b\\')
|
||
|
||
-- DECRQSS on DECSLRM
|
||
push('\x1bP$qs\x1b\\', vt)
|
||
expect_output('\x1bP1$r10;40s\x1b\\')
|
||
|
||
-- Setting invalid DECSLRM with !DECVSSM is still rejected
|
||
push('\x1b[?69l\x1b[;0s\x1b[?69h', vt)
|
||
|
||
reset(state, nil)
|
||
|
||
-- Scroll Down
|
||
push('\x1b[S', vt)
|
||
expect('scrollrect 0..25,0..80 => +1,+0')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2S', vt)
|
||
expect('scrollrect 0..25,0..80 => +2,+0')
|
||
cursor(0, 0, state)
|
||
push('\x1b[100S', vt)
|
||
expect('scrollrect 0..25,0..80 => +25,+0')
|
||
|
||
-- Scroll Up
|
||
push('\x1b[T', vt)
|
||
expect('scrollrect 0..25,0..80 => -1,+0')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2T', vt)
|
||
expect('scrollrect 0..25,0..80 => -2,+0')
|
||
cursor(0, 0, state)
|
||
push('\x1b[100T', vt)
|
||
expect('scrollrect 0..25,0..80 => -25,+0')
|
||
|
||
-- SD/SU in DECSTBM
|
||
push('\x1b[5;20r', vt)
|
||
push('\x1b[S', vt)
|
||
expect('scrollrect 4..20,0..80 => +1,+0')
|
||
push('\x1b[T', vt)
|
||
expect('scrollrect 4..20,0..80 => -1,+0')
|
||
|
||
reset(state, nil)
|
||
|
||
-- SD/SU in DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[3;10r\x1b[10;40s', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[3;10H', vt)
|
||
cursor(2, 9, state)
|
||
push('\x1b[S', vt)
|
||
expect('scrollrect 2..10,9..40 => +1,+0')
|
||
push('\x1b[?69l', vt)
|
||
push('\x1b[S', vt)
|
||
expect('scrollrect 2..10,0..80 => +1,+0')
|
||
|
||
-- Invalid boundaries
|
||
reset(state, nil)
|
||
|
||
push('\x1b[100;105r\x1bD', vt)
|
||
push('\x1b[5;2r\x1bD', vt)
|
||
|
||
reset(state, nil)
|
||
state = wantstate(vt, { m = true, e = true })
|
||
|
||
-- Scroll Down move+erase emulation
|
||
push('\x1b[S', vt)
|
||
expect('moverect 1..25,0..80 -> 0..24,0..80\nerase 24..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2S', vt)
|
||
expect('moverect 2..25,0..80 -> 0..23,0..80\nerase 23..25,0..80')
|
||
cursor(0, 0, state)
|
||
|
||
-- Scroll Up move+erase emulation
|
||
push('\x1b[T', vt)
|
||
expect('moverect 0..24,0..80 -> 1..25,0..80\nerase 0..1,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2T', vt)
|
||
expect('moverect 0..23,0..80 -> 2..25,0..80\nerase 0..2,0..80')
|
||
cursor(0, 0, state)
|
||
|
||
-- DECSTBM resets cursor position
|
||
push('\x1b[5;5H', vt)
|
||
cursor(4, 4, state)
|
||
push('\x1b[r', vt)
|
||
cursor(0, 0, state)
|
||
end)
|
||
|
||
itp('13state_edit', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { s = true, e = true, b = true })
|
||
|
||
-- ICH
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ACD', vt)
|
||
push('\x1b[2D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[@', vt)
|
||
expect('scrollrect 0..1,1..80 => +0,-1')
|
||
cursor(0, 1, state)
|
||
push('B', vt)
|
||
cursor(0, 2, state)
|
||
push('\x1b[3@', vt)
|
||
expect('scrollrect 0..1,2..80 => +0,-3')
|
||
|
||
-- ICH with DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[;50s', vt)
|
||
push('\x1b[20G\x1b[@', vt)
|
||
expect('scrollrect 0..1,19..50 => +0,-1')
|
||
|
||
-- ICH outside DECSLRM
|
||
push('\x1b[70G\x1b[@', vt)
|
||
-- nothing happens
|
||
|
||
-- DCH
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABBC', vt)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[P', vt)
|
||
expect('scrollrect 0..1,1..80 => +0,+1')
|
||
cursor(0, 1, state)
|
||
push('\x1b[3P', vt)
|
||
expect('scrollrect 0..1,1..80 => +0,+3')
|
||
cursor(0, 1, state)
|
||
|
||
-- DCH with DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[;50s', vt)
|
||
push('\x1b[20G\x1b[P', vt)
|
||
expect('scrollrect 0..1,19..50 => +0,+1')
|
||
|
||
-- DCH outside DECSLRM
|
||
push('\x1b[70G\x1b[P', vt)
|
||
-- nothing happens
|
||
|
||
-- ECH
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABC', vt)
|
||
push('\x1b[2D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[X', vt)
|
||
expect('erase 0..1,1..2')
|
||
cursor(0, 1, state)
|
||
push('\x1b[3X', vt)
|
||
expect('erase 0..1,1..4')
|
||
cursor(0, 1, state)
|
||
-- ECH more columns than there are should be bounded
|
||
push('\x1b[100X', vt)
|
||
expect('erase 0..1,1..80')
|
||
|
||
-- IL
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('A\r\nC', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[L', vt)
|
||
expect('scrollrect 1..25,0..80 => -1,+0')
|
||
-- TODO(libvterm): ECMA-48 says we should move to line home, but neither xterm nor xfce4-terminal do this
|
||
cursor(1, 1, state)
|
||
push('\rB', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[3L', vt)
|
||
expect('scrollrect 1..25,0..80 => -3,+0')
|
||
|
||
-- IL with DECSTBM
|
||
push('\x1b[5;15r', vt)
|
||
push('\x1b[5H\x1b[L', vt)
|
||
expect('scrollrect 4..15,0..80 => -1,+0')
|
||
|
||
-- IL outside DECSTBM
|
||
push('\x1b[20H\x1b[L', vt)
|
||
-- nothing happens
|
||
|
||
-- IL with DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[10;50s', vt)
|
||
push('\x1b[5;10H\x1b[L', vt)
|
||
expect('scrollrect 4..15,9..50 => -1,+0')
|
||
|
||
-- DL
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('A\r\nB\r\nB\r\nC', vt)
|
||
cursor(3, 1, state)
|
||
push('\x1b[2H', vt)
|
||
cursor(1, 0, state)
|
||
push('\x1b[M', vt)
|
||
expect('scrollrect 1..25,0..80 => +1,+0')
|
||
cursor(1, 0, state)
|
||
push('\x1b[3M', vt)
|
||
expect('scrollrect 1..25,0..80 => +3,+0')
|
||
cursor(1, 0, state)
|
||
|
||
-- DL with DECSTBM
|
||
push('\x1b[5;15r', vt)
|
||
push('\x1b[5H\x1b[M', vt)
|
||
expect('scrollrect 4..15,0..80 => +1,+0')
|
||
|
||
-- DL outside DECSTBM
|
||
push('\x1b[20H\x1b[M', vt)
|
||
-- nothing happens
|
||
|
||
-- DL with DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[10;50s', vt)
|
||
push('\x1b[5;10H\x1b[M', vt)
|
||
expect('scrollrect 4..15,9..50 => +1,+0')
|
||
|
||
-- DECIC
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
push("\x1b[20G\x1b[5'}", vt)
|
||
expect('scrollrect 0..25,19..80 => +0,-5')
|
||
|
||
-- DECIC with DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[4;20r\x1b[20;60s', vt)
|
||
push("\x1b[4;20H\x1b[3'}", vt)
|
||
expect('scrollrect 3..20,19..60 => +0,-3')
|
||
|
||
-- DECIC outside DECSLRM
|
||
push("\x1b[70G\x1b['}", vt)
|
||
-- nothing happens
|
||
|
||
-- DECDC
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
push("\x1b[20G\x1b[5'~", vt)
|
||
expect('scrollrect 0..25,19..80 => +0,+5')
|
||
|
||
-- DECDC with DECSTBM+DECSLRM
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[4;20r\x1b[20;60s', vt)
|
||
push("\x1b[4;20H\x1b[3'~", vt)
|
||
expect('scrollrect 3..20,19..60 => +0,+3')
|
||
|
||
-- DECDC outside DECSLRM
|
||
push("\x1b[70G\x1b['~", vt)
|
||
-- nothing happens
|
||
|
||
-- EL 0
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABCDE', vt)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 2, state)
|
||
push('\x1b[0K', vt)
|
||
expect('erase 0..1,2..80')
|
||
cursor(0, 2, state)
|
||
|
||
-- EL 1
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABCDE', vt)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 2, state)
|
||
push('\x1b[1K', vt)
|
||
expect('erase 0..1,0..3')
|
||
cursor(0, 2, state)
|
||
|
||
-- EL 2
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABCDE', vt)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 2, state)
|
||
push('\x1b[2K', vt)
|
||
expect('erase 0..1,0..80')
|
||
cursor(0, 2, state)
|
||
|
||
-- SEL
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[11G', vt)
|
||
cursor(0, 10, state)
|
||
push('\x1b[?0K', vt)
|
||
expect('erase 0..1,10..80 selective')
|
||
cursor(0, 10, state)
|
||
push('\x1b[?1K', vt)
|
||
expect('erase 0..1,0..11 selective')
|
||
cursor(0, 10, state)
|
||
push('\x1b[?2K', vt)
|
||
expect('erase 0..1,0..80 selective')
|
||
cursor(0, 10, state)
|
||
|
||
-- ED 0
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2;2H', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[0J', vt)
|
||
expect('erase 1..2,1..80\nerase 2..25,0..80')
|
||
cursor(1, 1, state)
|
||
|
||
-- ED 1
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2;2H', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[1J', vt)
|
||
expect('erase 0..1,0..80\nerase 1..2,0..2')
|
||
cursor(1, 1, state)
|
||
|
||
-- ED 2
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[2;2H', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[2J', vt)
|
||
expect('erase 0..25,0..80')
|
||
cursor(1, 1, state)
|
||
|
||
-- ED 3
|
||
push('\x1b[3J', vt)
|
||
expect('sb_clear')
|
||
|
||
-- SED
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
push('\x1b[5;5H', vt)
|
||
cursor(4, 4, state)
|
||
push('\x1b[?0J', vt)
|
||
expect('erase 4..5,4..80 selective\nerase 5..25,0..80 selective')
|
||
cursor(4, 4, state)
|
||
push('\x1b[?1J', vt)
|
||
expect('erase 0..4,0..80 selective\nerase 4..5,0..5 selective')
|
||
cursor(4, 4, state)
|
||
push('\x1b[?2J', vt)
|
||
expect('erase 0..25,0..80 selective')
|
||
cursor(4, 4, state)
|
||
|
||
-- DECRQSS on DECSCA
|
||
push('\x1b[2"q', vt)
|
||
push('\x1bP$q"q\x1b\\', vt)
|
||
expect_output('\x1bP1$r2"q\x1b\\')
|
||
|
||
state = wantstate(vt, { m = true, e = true, b = true })
|
||
expect('erase 0..25,0..80') -- TODO(dundargoc): strange, this should not be needed according to the original code
|
||
|
||
-- ICH move+erase emuation
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ACD', vt)
|
||
push('\x1b[2D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[@', vt)
|
||
expect('moverect 0..1,1..79 -> 0..1,2..80\nerase 0..1,1..2')
|
||
cursor(0, 1, state)
|
||
push('B', vt)
|
||
cursor(0, 2, state)
|
||
push('\x1b[3@', vt)
|
||
expect('moverect 0..1,2..77 -> 0..1,5..80\nerase 0..1,2..5')
|
||
|
||
-- DCH move+erase emulation
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('ABBC', vt)
|
||
push('\x1b[3D', vt)
|
||
cursor(0, 1, state)
|
||
push('\x1b[P', vt)
|
||
expect('moverect 0..1,2..80 -> 0..1,1..79\nerase 0..1,79..80')
|
||
cursor(0, 1, state)
|
||
push('\x1b[3P', vt)
|
||
expect('moverect 0..1,4..80 -> 0..1,1..77\nerase 0..1,77..80')
|
||
cursor(0, 1, state)
|
||
end)
|
||
|
||
itp('14state_encoding', function()
|
||
local vt = init()
|
||
vterm.vterm_set_utf8(vt, false)
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- Default
|
||
reset(state, nil)
|
||
push('#', vt)
|
||
expect('putglyph 23 1 0,0')
|
||
|
||
-- Designate G0=UK
|
||
reset(state, nil)
|
||
push('\x1b(A', vt)
|
||
push('#', vt)
|
||
expect('putglyph a3 1 0,0')
|
||
|
||
-- Designate G0=DEC drawing
|
||
reset(state, nil)
|
||
push('\x1b(0', vt)
|
||
push('a', vt)
|
||
expect('putglyph 2592 1 0,0')
|
||
|
||
-- Designate G1 + LS1
|
||
reset(state, nil)
|
||
push('\x1b)0', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,0')
|
||
push('\x0e', vt)
|
||
push('a', vt)
|
||
expect('putglyph 2592 1 0,1')
|
||
-- LS0
|
||
push('\x0f', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,2')
|
||
|
||
-- Designate G2 + LS2
|
||
push('\x1b*0', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,3')
|
||
push('\x1bn', vt)
|
||
push('a', vt)
|
||
expect('putglyph 2592 1 0,4')
|
||
push('\x0f', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,5')
|
||
|
||
-- Designate G3 + LS3
|
||
push('\x1b+0', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,6')
|
||
push('\x1bo', vt)
|
||
push('a', vt)
|
||
expect('putglyph 2592 1 0,7')
|
||
push('\x0f', vt)
|
||
push('a', vt)
|
||
expect('putglyph 61 1 0,8')
|
||
|
||
-- SS2
|
||
push('a\x8eaa', vt)
|
||
expect('putglyph 61 1 0,9\nputglyph 2592 1 0,10\nputglyph 61 1 0,11')
|
||
|
||
-- SS3
|
||
push('a\x8faa', vt)
|
||
expect('putglyph 61 1 0,12\nputglyph 2592 1 0,13\nputglyph 61 1 0,14')
|
||
|
||
-- LS1R
|
||
reset(state, nil)
|
||
push('\x1b~', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 61 1 0,0')
|
||
push('\x1b)0', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 2592 1 0,1')
|
||
|
||
-- LS2R
|
||
reset(state, nil)
|
||
push('\x1b}', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 61 1 0,0')
|
||
push('\x1b*0', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 2592 1 0,1')
|
||
|
||
-- LS3R
|
||
reset(state, nil)
|
||
push('\x1b|', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 61 1 0,0')
|
||
push('\x1b+0', vt)
|
||
push('\xe1', vt)
|
||
expect('putglyph 2592 1 0,1')
|
||
|
||
vterm.vterm_set_utf8(vt, true)
|
||
-- U+0108 == c4 88
|
||
reset(state, nil)
|
||
push('\x1b(B', vt)
|
||
push('AB\xc4\x88D', vt)
|
||
expect('putglyph 41 1 0,0\nputglyph 42 1 0,1\nputglyph 108 1 0,2\nputglyph 44 1 0,3')
|
||
end)
|
||
|
||
itp('15state_mode', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true, m = true, e = true })
|
||
|
||
-- Insert/Replace Mode
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('AC\x1b[DB', vt)
|
||
expect('putglyph 41 1 0,0\nputglyph 43 1 0,1\nputglyph 42 1 0,1')
|
||
push('\x1b[4h', vt)
|
||
push('\x1b[G', vt)
|
||
push('AC\x1b[DB', vt)
|
||
expect(
|
||
'moverect 0..1,0..79 -> 0..1,1..80\nerase 0..1,0..1\nputglyph 41 1 0,0\nmoverect 0..1,1..79 -> 0..1,2..80\nerase 0..1,1..2\nputglyph 43 1 0,1\nmoverect 0..1,1..79 -> 0..1,2..80\nerase 0..1,1..2\nputglyph 42 1 0,1'
|
||
)
|
||
|
||
-- Insert mode only happens once for UTF-8 combining
|
||
push('e', vt)
|
||
expect('moverect 0..1,2..79 -> 0..1,3..80\nerase 0..1,2..3\nputglyph 65 1 0,2')
|
||
push('\xCC\x81', vt)
|
||
expect('putglyph 65,301 1 0,2')
|
||
|
||
-- Newline/Linefeed mode
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[5G\n', vt)
|
||
cursor(1, 4, state)
|
||
push('\x1b[20h', vt)
|
||
push('\x1b[5G\n', vt)
|
||
cursor(2, 0, state)
|
||
|
||
-- DEC origin mode
|
||
reset(state, nil)
|
||
expect('erase 0..25,0..80')
|
||
cursor(0, 0, state)
|
||
push('\x1b[5;15r', vt)
|
||
push('\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[3;3H', vt)
|
||
cursor(2, 2, state)
|
||
push('\x1b[?6h', vt)
|
||
push('\x1b[H', vt)
|
||
cursor(4, 0, state)
|
||
push('\x1b[3;3H', vt)
|
||
cursor(6, 2, state)
|
||
|
||
-- DECRQM on DECOM
|
||
push('\x1b[?6h', vt)
|
||
push('\x1b[?6$p', vt)
|
||
expect_output('\x1b[?6;1$y')
|
||
push('\x1b[?6l', vt)
|
||
push('\x1b[?6$p', vt)
|
||
expect_output('\x1b[?6;2$y')
|
||
|
||
-- Origin mode with DECSLRM
|
||
push('\x1b[?6h', vt)
|
||
push('\x1b[?69h', vt)
|
||
push('\x1b[20;60s', vt)
|
||
push('\x1b[H', vt)
|
||
cursor(4, 19, state)
|
||
|
||
push('\x1b[?69l', vt)
|
||
|
||
-- Origin mode bounds cursor to scrolling region
|
||
push('\x1b[H', vt)
|
||
push('\x1b[10A', vt)
|
||
cursor(4, 0, state)
|
||
push('\x1b[20B', vt)
|
||
cursor(14, 0, state)
|
||
|
||
-- Origin mode without scroll region
|
||
push('\x1b[?6l', vt)
|
||
push('\x1b[r\x1b[?6h', vt)
|
||
cursor(0, 0, state)
|
||
end)
|
||
|
||
itp('16state_resize', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- Placement
|
||
reset(state, nil)
|
||
push('AB\x1b[79GCDE', vt)
|
||
expect(
|
||
'putglyph 41 1 0,0\nputglyph 42 1 0,1\nputglyph 43 1 0,78\nputglyph 44 1 0,79\nputglyph 45 1 1,0'
|
||
)
|
||
|
||
-- Resize
|
||
reset(state, nil)
|
||
resize(27, 85, vt)
|
||
push('AB\x1b[79GCDE', vt)
|
||
expect(
|
||
'putglyph 41 1 0,0\nputglyph 42 1 0,1\nputglyph 43 1 0,78\nputglyph 44 1 0,79\nputglyph 45 1 0,80'
|
||
)
|
||
cursor(0, 81, state)
|
||
|
||
-- Resize without reset
|
||
resize(28, 90, vt)
|
||
cursor(0, 81, state)
|
||
push('FGHI', vt)
|
||
expect('putglyph 46 1 0,81\nputglyph 47 1 0,82\nputglyph 48 1 0,83\nputglyph 49 1 0,84')
|
||
cursor(0, 85, state)
|
||
|
||
-- Resize shrink moves cursor
|
||
resize(25, 80, vt)
|
||
cursor(0, 79, state)
|
||
|
||
-- Resize grow doesn't cancel phantom
|
||
reset(state, nil)
|
||
push('\x1b[79GAB', vt)
|
||
expect('putglyph 41 1 0,78\nputglyph 42 1 0,79')
|
||
cursor(0, 79, state)
|
||
resize(30, 100, vt)
|
||
cursor(0, 80, state)
|
||
push('C', vt)
|
||
expect('putglyph 43 1 0,80')
|
||
cursor(0, 81, state)
|
||
end)
|
||
|
||
itp('17state_mouse', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { p = true })
|
||
|
||
-- DECRQM on with mouse off
|
||
push('\x1b[?1000$p', vt)
|
||
expect_output('\x1b[?1000;2$y')
|
||
push('\x1b[?1002$p', vt)
|
||
expect_output('\x1b[?1002;2$y')
|
||
push('\x1b[?1003$p', vt)
|
||
expect_output('\x1b[?1003;2$y')
|
||
|
||
-- Mouse in simple button report mode
|
||
reset(state, nil)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
push('\x1b[?1000h', vt)
|
||
expect('settermprop 8 1')
|
||
|
||
-- Press 1
|
||
mousemove(0, 0, vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\x21\x21')
|
||
|
||
-- Release 1
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[M\x23\x21\x21')
|
||
|
||
-- Ctrl-Press 1
|
||
mousebtn('d', 1, vt, { C = true })
|
||
expect_output('\x1b[M\x30\x21\x21')
|
||
mousebtn('u', 1, vt, { C = true })
|
||
expect_output('\x1b[M\x33\x21\x21')
|
||
|
||
-- Button 2
|
||
mousebtn('d', 2, vt)
|
||
expect_output('\x1b[M\x21\x21\x21')
|
||
mousebtn('u', 2, vt)
|
||
expect_output('\x1b[M\x23\x21\x21')
|
||
|
||
-- Position
|
||
mousemove(10, 20, vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\x35\x2b')
|
||
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[M\x23\x35\x2b')
|
||
mousemove(10, 21, vt)
|
||
-- no output
|
||
|
||
-- Wheel events
|
||
mousebtn('d', 4, vt)
|
||
expect_output('\x1b[M\x60\x36\x2b')
|
||
mousebtn('d', 4, vt)
|
||
expect_output('\x1b[M\x60\x36\x2b')
|
||
mousebtn('d', 5, vt)
|
||
expect_output('\x1b[M\x61\x36\x2b')
|
||
mousebtn('d', 6, vt)
|
||
expect_output('\x1b[M\x62\x36\x2b')
|
||
mousebtn('d', 7, vt)
|
||
expect_output('\x1b[M\x63\x36\x2b')
|
||
|
||
-- DECRQM on mouse button mode
|
||
push('\x1b[?1000$p', vt)
|
||
expect_output('\x1b[?1000;1$y')
|
||
push('\x1b[?1002$p', vt)
|
||
expect_output('\x1b[?1002;2$y')
|
||
push('\x1b[?1003$p', vt)
|
||
expect_output('\x1b[?1003;2$y')
|
||
|
||
-- Drag events
|
||
reset(state, nil)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
push('\x1b[?1002h', vt)
|
||
expect('settermprop 8 2')
|
||
|
||
mousemove(5, 5, vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\x26\x26')
|
||
mousemove(5, 6, vt)
|
||
expect_output('\x1b[M\x40\x27\x26')
|
||
mousemove(6, 6, vt)
|
||
expect_output('\x1b[M\x40\x27\x27')
|
||
mousemove(6, 6, vt)
|
||
-- no output
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[M\x23\x27\x27')
|
||
mousemove(6, 7, vt)
|
||
-- no output
|
||
|
||
-- DECRQM on mouse drag mode
|
||
push('\x1b[?1000$p', vt)
|
||
expect_output('\x1b[?1000;2$y')
|
||
push('\x1b[?1002$p', vt)
|
||
expect_output('\x1b[?1002;1$y')
|
||
push('\x1b[?1003$p', vt)
|
||
expect_output('\x1b[?1003;2$y')
|
||
|
||
-- Non-drag motion events
|
||
push('\x1b[?1003h', vt)
|
||
expect('settermprop 8 3')
|
||
|
||
mousemove(6, 8, vt)
|
||
expect_output('\x1b[M\x43\x29\x27')
|
||
|
||
-- DECRQM on mouse motion mode
|
||
push('\x1b[?1000$p', vt)
|
||
expect_output('\x1b[?1000;2$y')
|
||
push('\x1b[?1002$p', vt)
|
||
expect_output('\x1b[?1002;2$y')
|
||
push('\x1b[?1003$p', vt)
|
||
expect_output('\x1b[?1003;1$y')
|
||
|
||
-- Bounds checking
|
||
mousemove(300, 300, vt)
|
||
expect_output('\x1b[M\x43\xff\xff')
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\xff\xff')
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[M\x23\xff\xff')
|
||
|
||
-- DECRQM on standard encoding mode
|
||
push('\x1b[?1005$p', vt)
|
||
expect_output('\x1b[?1005;2$y')
|
||
push('\x1b[?1006$p', vt)
|
||
expect_output('\x1b[?1006;2$y')
|
||
push('\x1b[?1015$p', vt)
|
||
expect_output('\x1b[?1015;2$y')
|
||
|
||
-- UTF-8 extended encoding mode
|
||
-- 300 + 32 + 1 = 333 = U+014d = \xc5\x8d
|
||
push('\x1b[?1005h', vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\xc5\x8d\xc5\x8d')
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[M\x23\xc5\x8d\xc5\x8d')
|
||
|
||
-- DECRQM on UTF-8 extended encoding mode
|
||
push('\x1b[?1005$p', vt)
|
||
expect_output('\x1b[?1005;1$y')
|
||
push('\x1b[?1006$p', vt)
|
||
expect_output('\x1b[?1006;2$y')
|
||
push('\x1b[?1015$p', vt)
|
||
expect_output('\x1b[?1015;2$y')
|
||
|
||
-- SGR extended encoding mode
|
||
push('\x1b[?1006h', vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[<0;301;301M')
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[<0;301;301m')
|
||
|
||
-- DECRQM on SGR extended encoding mode
|
||
push('\x1b[?1005$p', vt)
|
||
expect_output('\x1b[?1005;2$y')
|
||
push('\x1b[?1006$p', vt)
|
||
expect_output('\x1b[?1006;1$y')
|
||
push('\x1b[?1015$p', vt)
|
||
expect_output('\x1b[?1015;2$y')
|
||
|
||
-- rxvt extended encoding mode
|
||
push('\x1b[?1015h', vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[0;301;301M')
|
||
mousebtn('u', 1, vt)
|
||
expect_output('\x1b[3;301;301M')
|
||
|
||
-- DECRQM on rxvt extended encoding mode
|
||
push('\x1b[?1005$p', vt)
|
||
expect_output('\x1b[?1005;2$y')
|
||
push('\x1b[?1006$p', vt)
|
||
expect_output('\x1b[?1006;2$y')
|
||
push('\x1b[?1015$p', vt)
|
||
expect_output('\x1b[?1015;1$y')
|
||
|
||
-- Mouse disabled reports nothing
|
||
reset(state, nil)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
mousemove(0, 0, vt)
|
||
mousebtn('d', 1, vt)
|
||
mousebtn('u', 1, vt)
|
||
|
||
-- DECSM can set multiple modes at once
|
||
push('\x1b[?1002;1006h', vt)
|
||
expect('settermprop 8 2')
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[<0;1;1M')
|
||
end)
|
||
|
||
itp('18state_termprops', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { p = true })
|
||
|
||
reset(state, nil)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
|
||
-- Cursor visibility
|
||
push('\x1b[?25h', vt)
|
||
expect('settermprop 1 true')
|
||
push('\x1b[?25$p', vt)
|
||
expect_output('\x1b[?25;1$y')
|
||
push('\x1b[?25l', vt)
|
||
expect('settermprop 1 false')
|
||
push('\x1b[?25$p', vt)
|
||
expect_output('\x1b[?25;2$y')
|
||
|
||
-- Cursor blink
|
||
push('\x1b[?12h', vt)
|
||
expect('settermprop 2 true')
|
||
push('\x1b[?12$p', vt)
|
||
expect_output('\x1b[?12;1$y')
|
||
push('\x1b[?12l', vt)
|
||
expect('settermprop 2 false')
|
||
push('\x1b[?12$p', vt)
|
||
expect_output('\x1b[?12;2$y')
|
||
|
||
-- Cursor shape
|
||
push('\x1b[3 q', vt)
|
||
expect('settermprop 2 true\nsettermprop 7 2')
|
||
|
||
-- Title
|
||
push('\x1b]2;Here is my title\a', vt)
|
||
expect('settermprop 4 ["Here is my title"]')
|
||
|
||
-- Title split write
|
||
push('\x1b]2;Here is', vt)
|
||
expect('settermprop 4 ["Here is"')
|
||
push(' another title\a', vt)
|
||
expect('settermprop 4 " another title"]')
|
||
end)
|
||
|
||
itp('20state_wrapping', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true, m = true })
|
||
|
||
-- 79th Column
|
||
push('\x1b[75G', vt)
|
||
push(string.rep('A', 5), vt)
|
||
expect(
|
||
'putglyph 41 1 0,74\nputglyph 41 1 0,75\nputglyph 41 1 0,76\nputglyph 41 1 0,77\nputglyph 41 1 0,78'
|
||
)
|
||
cursor(0, 79, state)
|
||
|
||
-- 80th Column Phantom
|
||
push('A', vt)
|
||
expect('putglyph 41 1 0,79')
|
||
cursor(0, 79, state)
|
||
|
||
-- Line Wraparound
|
||
push('B', vt)
|
||
expect('putglyph 42 1 1,0')
|
||
cursor(1, 1, state)
|
||
|
||
-- Line Wraparound during combined write
|
||
push('\x1b[78G', vt)
|
||
push('BBBCC', vt)
|
||
expect(
|
||
'putglyph 42 1 1,77\nputglyph 42 1 1,78\nputglyph 42 1 1,79\nputglyph 43 1 2,0\nputglyph 43 1 2,1'
|
||
)
|
||
cursor(2, 2, state)
|
||
|
||
-- DEC Auto Wrap Mode
|
||
reset(state, nil)
|
||
push('\x1b[?7l', vt)
|
||
push('\x1b[75G', vt)
|
||
push(string.rep('D', 6), vt)
|
||
expect(
|
||
'putglyph 44 1 0,74\nputglyph 44 1 0,75\nputglyph 44 1 0,76\nputglyph 44 1 0,77\nputglyph 44 1 0,78\nputglyph 44 1 0,79'
|
||
)
|
||
cursor(0, 79, state)
|
||
push('D', vt)
|
||
expect('putglyph 44 1 0,79')
|
||
cursor(0, 79, state)
|
||
push('\x1b[?7h', vt)
|
||
|
||
-- 80th column causes linefeed on wraparound
|
||
push('\x1b[25;78HABC', vt)
|
||
expect('putglyph 41 1 24,77\nputglyph 42 1 24,78\nputglyph 43 1 24,79')
|
||
cursor(24, 79, state)
|
||
push('D', vt)
|
||
expect('moverect 1..25,0..80 -> 0..24,0..80\nputglyph 44 1 24,0')
|
||
|
||
-- 80th column phantom linefeed phantom cancelled by explicit cursor move
|
||
push('\x1b[25;78HABC', vt)
|
||
expect('putglyph 41 1 24,77\nputglyph 42 1 24,78\nputglyph 43 1 24,79')
|
||
cursor(24, 79, state)
|
||
push('\x1b[25;1HD', vt)
|
||
expect('putglyph 44 1 24,0')
|
||
end)
|
||
|
||
itp('21state_tabstops', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- Initial
|
||
reset(state, nil)
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,8')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,16')
|
||
cursor(0, 17, state)
|
||
|
||
-- HTS
|
||
push('\x1b[5G\x1bH', vt)
|
||
push('\x1b[G\tX', vt)
|
||
expect('putglyph 58 1 0,4')
|
||
cursor(0, 5, state)
|
||
|
||
-- TBC 0
|
||
push('\x1b[9G\x1b[g', vt)
|
||
push('\x1b[G\tX\tX', vt)
|
||
expect('putglyph 58 1 0,4\nputglyph 58 1 0,16')
|
||
cursor(0, 17, state)
|
||
|
||
-- TBC 3
|
||
push('\x1b[3g\x1b[50G\x1bH\x1b[G', vt)
|
||
cursor(0, 0, state)
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,49')
|
||
cursor(0, 50, state)
|
||
|
||
-- Tabstops after resize
|
||
reset(state, nil)
|
||
resize(30, 100, vt)
|
||
-- Should be 100/8 = 12 tabstops
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,8')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,16')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,24')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,32')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,40')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,48')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,56')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,64')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,72')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,80')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,88')
|
||
push('\tX', vt)
|
||
expect('putglyph 58 1 0,96')
|
||
cursor(0, 97, state)
|
||
end)
|
||
|
||
itp('22state_save', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { p = true })
|
||
|
||
reset(state, nil)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
|
||
-- Set up state
|
||
push('\x1b[2;2H', vt)
|
||
cursor(1, 1, state)
|
||
push('\x1b[1m', vt)
|
||
pen('bold', true, state)
|
||
|
||
-- Save
|
||
push('\x1b[?1048h', vt)
|
||
|
||
-- Change state
|
||
push('\x1b[5;5H', vt)
|
||
cursor(4, 4, state)
|
||
push('\x1b[4 q', vt)
|
||
expect('settermprop 2 false\nsettermprop 7 2')
|
||
push('\x1b[22;4m', vt)
|
||
pen('bold', false, state)
|
||
pen('underline', 1, state)
|
||
|
||
-- Restore
|
||
push('\x1b[?1048l', vt)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
cursor(1, 1, state)
|
||
pen('bold', true, state)
|
||
pen('underline', 0, state)
|
||
|
||
-- Save/restore using DECSC/DECRC
|
||
push('\x1b[2;2H\x1b7', vt)
|
||
cursor(1, 1, state)
|
||
|
||
push('\x1b[5;5H', vt)
|
||
cursor(4, 4, state)
|
||
push('\x1b8', vt)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
cursor(1, 1, state)
|
||
|
||
-- Save twice, restore twice happens on both edge transitions
|
||
push('\x1b[2;10H\x1b[?1048h\x1b[6;10H\x1b[?1048h', vt)
|
||
push('\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[?1048l', vt)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
cursor(5, 9, state)
|
||
push('\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
push('\x1b[?1048l', vt)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
cursor(5, 9, state)
|
||
end)
|
||
|
||
itp('25state_input', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
-- Unmodified ASCII
|
||
inchar(41, vt)
|
||
expect('output 29')
|
||
inchar(61, vt)
|
||
expect('output 3d')
|
||
|
||
-- Ctrl modifier on ASCII letters
|
||
inchar(41, vt, { C = true })
|
||
expect('output 1b,5b,34,31,3b,35,75')
|
||
inchar(61, vt, { C = true })
|
||
expect('output 1b,5b,36,31,3b,35,75')
|
||
|
||
-- Alt modifier on ASCII letters
|
||
inchar(41, vt, { A = true })
|
||
expect('output 1b,29')
|
||
inchar(61, vt, { A = true })
|
||
expect('output 1b,3d')
|
||
|
||
-- Ctrl-Alt modifier on ASCII letters
|
||
inchar(41, vt, { C = true, A = true })
|
||
expect('output 1b,5b,34,31,3b,37,75')
|
||
inchar(61, vt, { C = true, A = true })
|
||
expect('output 1b,5b,36,31,3b,37,75')
|
||
|
||
-- Special handling of Ctrl-I
|
||
inchar(49, vt)
|
||
expect('output 31')
|
||
inchar(69, vt)
|
||
expect('output 45')
|
||
inchar(49, vt, { C = true })
|
||
expect('output 1b,5b,34,39,3b,35,75')
|
||
inchar(69, vt, { C = true })
|
||
expect('output 1b,5b,36,39,3b,35,75')
|
||
inchar(49, vt, { A = true })
|
||
expect('output 1b,31')
|
||
inchar(69, vt, { A = true })
|
||
expect('output 1b,45')
|
||
inchar(49, vt, { A = true, C = true })
|
||
expect('output 1b,5b,34,39,3b,37,75')
|
||
inchar(69, vt, { A = true, C = true })
|
||
expect('output 1b,5b,36,39,3b,37,75')
|
||
|
||
-- Special handling of Space
|
||
inchar(20, vt)
|
||
expect('output 14')
|
||
inchar(20, vt, { S = true })
|
||
expect('output 14')
|
||
inchar(20, vt, { C = true })
|
||
expect('output 1b,5b,32,30,3b,35,75')
|
||
inchar(20, vt, { C = true, S = true })
|
||
expect('output 1b,5b,32,30,3b,35,75')
|
||
inchar(20, vt, { A = true })
|
||
expect('output 1b,14')
|
||
inchar(20, vt, { S = true, A = true })
|
||
expect('output 1b,14')
|
||
inchar(20, vt, { C = true, A = true })
|
||
expect('output 1b,5b,32,30,3b,37,75')
|
||
inchar(20, vt, { S = true, C = true, A = true })
|
||
expect('output 1b,5b,32,30,3b,37,75')
|
||
|
||
-- Cursor keys in reset (cursor) mode
|
||
inkey('up', vt)
|
||
expect_output('\x1b[A')
|
||
inkey('up', vt, { S = true })
|
||
expect_output('\x1b[1;2A')
|
||
inkey('up', vt, { C = true })
|
||
expect_output('\x1b[1;5A')
|
||
inkey('up', vt, { S = true, C = true })
|
||
expect_output('\x1b[1;6A')
|
||
inkey('up', vt, { A = true })
|
||
expect_output('\x1b[1;3A')
|
||
inkey('up', vt, { S = true, A = true })
|
||
expect_output('\x1b[1;4A')
|
||
inkey('up', vt, { C = true, A = true })
|
||
expect_output('\x1b[1;7A')
|
||
inkey('up', vt, { S = true, C = true, A = true })
|
||
expect_output('\x1b[1;8A')
|
||
|
||
-- Cursor keys in application mode
|
||
push('\x1b[?1h', vt)
|
||
-- Plain "Up" should be SS3 A now
|
||
inkey('up', vt)
|
||
expect_output('\x1bOA')
|
||
-- Modified keys should still use CSI
|
||
inkey('up', vt, { S = true })
|
||
expect_output('\x1b[1;2A')
|
||
inkey('up', vt, { C = true })
|
||
expect_output('\x1b[1;5A')
|
||
|
||
-- Shift-Tab should be different
|
||
inkey('tab', vt)
|
||
expect_output('\x09')
|
||
inkey('tab', vt, { S = true })
|
||
expect_output('\x1b[Z')
|
||
inkey('tab', vt, { C = true })
|
||
expect_output('\x1b[9;5u')
|
||
inkey('tab', vt, { A = true })
|
||
expect_output('\x1b\x09')
|
||
inkey('tab', vt, { C = true, A = true })
|
||
expect_output('\x1b[9;7u')
|
||
|
||
-- Enter in linefeed mode
|
||
inkey('enter', vt)
|
||
expect_output('\x0d')
|
||
|
||
-- Enter in newline mode
|
||
push('\x1b[20h', vt)
|
||
inkey('enter', vt)
|
||
expect_output('\x0d\x0a')
|
||
|
||
-- Unmodified F1 is SS3 P
|
||
inkey('f1', vt)
|
||
expect_output('\x1bOP')
|
||
|
||
-- Modified F1 is CSI P
|
||
inkey('f1', vt, { S = true })
|
||
expect_output('\x1b[1;2P')
|
||
inkey('f1', vt, { A = true })
|
||
expect_output('\x1b[1;3P')
|
||
inkey('f1', vt, { C = true })
|
||
expect_output('\x1b[1;5P')
|
||
|
||
-- Keypad in DECKPNM
|
||
inkey('kp0', vt)
|
||
expect_output('0')
|
||
|
||
-- Keypad in DECKPAM
|
||
push('\x1b=', vt)
|
||
inkey('kp0', vt)
|
||
expect_output('\x1bOp')
|
||
|
||
-- Bracketed paste mode off
|
||
vterm.vterm_keyboard_start_paste(vt)
|
||
vterm.vterm_keyboard_end_paste(vt)
|
||
|
||
-- Bracketed paste mode on
|
||
push('\x1b[?2004h', vt)
|
||
vterm.vterm_keyboard_start_paste(vt)
|
||
expect_output('\x1b[200~')
|
||
vterm.vterm_keyboard_end_paste(vt)
|
||
expect_output('\x1b[201~')
|
||
|
||
-- Focus reporting disabled
|
||
vterm.vterm_state_focus_in(state)
|
||
vterm.vterm_state_focus_out(state)
|
||
|
||
-- Focus reporting enabled
|
||
state = wantstate(vt, { p = true })
|
||
push('\x1b[?1004h', vt)
|
||
expect('settermprop 9 true')
|
||
vterm.vterm_state_focus_in(state)
|
||
expect_output('\x1b[I')
|
||
vterm.vterm_state_focus_out(state)
|
||
expect_output('\x1b[O')
|
||
end)
|
||
|
||
itp('26state_query', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
-- DA
|
||
reset(state, nil)
|
||
push('\x1b[c', vt)
|
||
expect_output('\x1b[?1;2c')
|
||
|
||
-- XTVERSION
|
||
reset(state, nil)
|
||
push('\x1b[>q', vt)
|
||
expect_output('\x1bP>|libvterm(0.3)\x1b\\')
|
||
|
||
-- DSR
|
||
reset(state, nil)
|
||
push('\x1b[5n', vt)
|
||
expect_output('\x1b[0n')
|
||
|
||
-- CPR
|
||
push('\x1b[6n', vt)
|
||
expect_output('\x1b[1;1R')
|
||
push('\x1b[10;10H\x1b[6n', vt)
|
||
expect_output('\x1b[10;10R')
|
||
|
||
-- DECCPR
|
||
push('\x1b[?6n', vt)
|
||
expect_output('\x1b[?10;10R')
|
||
|
||
-- DECRQSS on DECSCUSR
|
||
push('\x1b[3 q', vt)
|
||
push('\x1bP$q q\x1b\\', vt)
|
||
expect_output('\x1bP1$r3 q\x1b\\')
|
||
|
||
-- DECRQSS on SGR
|
||
push('\x1b[1;5;7m', vt)
|
||
push('\x1bP$qm\x1b\\', vt)
|
||
expect_output('\x1bP1$r1;5;7m\x1b\\')
|
||
|
||
-- DECRQSS on SGR ANSI colours
|
||
push('\x1b[0;31;42m', vt)
|
||
push('\x1bP$qm\x1b\\', vt)
|
||
expect_output('\x1bP1$r31;42m\x1b\\')
|
||
|
||
-- DECRQSS on SGR ANSI hi-bright colours
|
||
push('\x1b[0;93;104m', vt)
|
||
push('\x1bP$qm\x1b\\', vt)
|
||
expect_output('\x1bP1$r93;104m\x1b\\')
|
||
|
||
-- DECRQSS on SGR 256-palette colours
|
||
push('\x1b[0;38:5:56;48:5:78m', vt)
|
||
push('\x1bP$qm\x1b\\', vt)
|
||
expect_output('\x1bP1$r38:5:56;48:5:78m\x1b\\')
|
||
|
||
-- DECRQSS on SGR RGB8 colours
|
||
push('\x1b[0;38:2:24:68:112;48:2:13:57:101m', vt)
|
||
push('\x1bP$qm\x1b\\', vt)
|
||
expect_output('\x1bP1$r38:2:24:68:112;48:2:13:57:101m\x1b\\')
|
||
|
||
-- S8C1T on DSR
|
||
push('\x1b G', vt)
|
||
push('\x1b[5n', vt)
|
||
expect_output('\x9b0n')
|
||
push('\x1b F', vt)
|
||
end)
|
||
|
||
itp('27state_reset', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
reset(state, nil)
|
||
|
||
-- RIS homes cursor
|
||
push('\x1b[5;5H', vt)
|
||
cursor(4, 4, state)
|
||
state = wantstate(vt, { m = true })
|
||
push('\x1bc', vt)
|
||
cursor(0, 0, state)
|
||
wantstate(vt)
|
||
|
||
-- RIS cancels scrolling region
|
||
push('\x1b[5;10r', vt)
|
||
wantstate(vt, { s = true })
|
||
push('\x1bc\x1b[25H\n', vt)
|
||
expect('scrollrect 0..25,0..80 => +1,+0')
|
||
wantstate(vt)
|
||
|
||
-- RIS erases screen
|
||
push('ABCDE', vt)
|
||
state = wantstate(vt, { e = true })
|
||
push('\x1bc', vt)
|
||
expect('erase 0..25,0..80')
|
||
wantstate(vt)
|
||
|
||
-- RIS clears tabstops
|
||
push('\x1b[5G\x1bH\x1b[G\t', vt)
|
||
cursor(0, 4, state)
|
||
push('\x1bc\t', vt)
|
||
cursor(0, 8, state)
|
||
end)
|
||
|
||
itp('28state_dbl_wh', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- Single Width, Single Height
|
||
reset(state, nil)
|
||
push('\x1b#5', vt)
|
||
push('Hello', vt)
|
||
expect(
|
||
'putglyph 48 1 0,0\nputglyph 65 1 0,1\nputglyph 6c 1 0,2\nputglyph 6c 1 0,3\nputglyph 6f 1 0,4'
|
||
)
|
||
|
||
-- Double Width, Single Height
|
||
reset(state, nil)
|
||
push('\x1b#6', vt)
|
||
push('Hello', vt)
|
||
expect(
|
||
'putglyph 48 1 0,0 dwl\nputglyph 65 1 0,1 dwl\nputglyph 6c 1 0,2 dwl\nputglyph 6c 1 0,3 dwl\nputglyph 6f 1 0,4 dwl'
|
||
)
|
||
cursor(0, 5, state)
|
||
push('\x1b[40GAB', vt)
|
||
expect('putglyph 41 1 0,39 dwl\nputglyph 42 1 1,0')
|
||
cursor(1, 1, state)
|
||
|
||
-- Double Height
|
||
reset(state, nil)
|
||
push('\x1b#3', vt)
|
||
push('Hello', vt)
|
||
expect(
|
||
'putglyph 48 1 0,0 dwl dhl-top\nputglyph 65 1 0,1 dwl dhl-top\nputglyph 6c 1 0,2 dwl dhl-top\nputglyph 6c 1 0,3 dwl dhl-top\nputglyph 6f 1 0,4 dwl dhl-top'
|
||
)
|
||
cursor(0, 5, state)
|
||
push('\r\n\x1b#4', vt)
|
||
push('Hello', vt)
|
||
expect(
|
||
'putglyph 48 1 1,0 dwl dhl-bottom\nputglyph 65 1 1,1 dwl dhl-bottom\nputglyph 6c 1 1,2 dwl dhl-bottom\nputglyph 6c 1 1,3 dwl dhl-bottom\nputglyph 6f 1 1,4 dwl dhl-bottom'
|
||
)
|
||
cursor(1, 5, state)
|
||
|
||
-- Double Width scrolling
|
||
reset(state, nil)
|
||
push('\x1b[20H\x1b#6ABC', vt)
|
||
expect('putglyph 41 1 19,0 dwl\nputglyph 42 1 19,1 dwl\nputglyph 43 1 19,2 dwl')
|
||
push('\x1b[25H\n', vt)
|
||
push('\x1b[19;4HDE', vt)
|
||
expect('putglyph 44 1 18,3 dwl\nputglyph 45 1 18,4 dwl')
|
||
push('\x1b[H\x1bM', vt)
|
||
push('\x1b[20;6HFG', vt)
|
||
expect('putglyph 46 1 19,5 dwl\nputglyph 47 1 19,6 dwl')
|
||
end)
|
||
|
||
itp('29state_fallback', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { f = true })
|
||
reset(state, nil)
|
||
|
||
-- Unrecognised control
|
||
push('\x03', vt)
|
||
expect('control 03')
|
||
|
||
-- Unrecognised CSI
|
||
push('\x1b[?15;2z', vt)
|
||
expect('csi 7a L=3f 15,2')
|
||
|
||
-- Unrecognised OSC
|
||
push('\x1b]27;Something\x1b\\', vt)
|
||
expect('osc [27;Something]')
|
||
|
||
-- Unrecognised DCS
|
||
push('\x1bPz123\x1b\\', vt)
|
||
expect('dcs [z123]')
|
||
|
||
-- Unrecognised APC
|
||
push('\x1b_z123\x1b\\', vt)
|
||
expect('apc [z123]')
|
||
|
||
-- Unrecognised PM
|
||
push('\x1b^z123\x1b\\', vt)
|
||
expect('pm [z123]')
|
||
|
||
-- Unrecognised SOS
|
||
push('\x1bXz123\x1b\\', vt)
|
||
expect('sos [z123]')
|
||
end)
|
||
|
||
itp('30state_pen', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
-- Reset
|
||
push('\x1b[m', vt)
|
||
pen('bold', false, state)
|
||
pen('underline', 0, state)
|
||
pen('italic', false, state)
|
||
pen('blink', false, state)
|
||
pen('reverse', false, state)
|
||
pen('font', 0, state)
|
||
-- TODO(dundargoc): fix
|
||
-- ?pen foreground = rgb(240,240,240,is_default_fg)
|
||
-- ?pen background = rgb(0,0,0,is_default_bg)
|
||
|
||
-- Bold
|
||
push('\x1b[1m', vt)
|
||
pen('bold', true, state)
|
||
push('\x1b[22m', vt)
|
||
pen('bold', false, state)
|
||
push('\x1b[1m\x1b[m', vt)
|
||
pen('bold', false, state)
|
||
|
||
-- Underline
|
||
push('\x1b[4m', vt)
|
||
pen('underline', 1, state)
|
||
push('\x1b[21m', vt)
|
||
pen('underline', 2, state)
|
||
push('\x1b[24m', vt)
|
||
pen('underline', 0, state)
|
||
push('\x1b[4m\x1b[4:0m', vt)
|
||
pen('underline', 0, state)
|
||
push('\x1b[4:1m', vt)
|
||
pen('underline', 1, state)
|
||
push('\x1b[4:2m', vt)
|
||
pen('underline', 2, state)
|
||
push('\x1b[4:3m', vt)
|
||
pen('underline', 3, state)
|
||
push('\x1b[4m\x1b[m', vt)
|
||
pen('underline', 0, state)
|
||
|
||
-- Italic
|
||
push('\x1b[3m', vt)
|
||
pen('italic', true, state)
|
||
push('\x1b[23m', vt)
|
||
pen('italic', false, state)
|
||
push('\x1b[3m\x1b[m', vt)
|
||
pen('italic', false, state)
|
||
|
||
-- Blink
|
||
push('\x1b[5m', vt)
|
||
pen('blink', true, state)
|
||
push('\x1b[25m', vt)
|
||
pen('blink', false, state)
|
||
push('\x1b[5m\x1b[m', vt)
|
||
pen('blink', false, state)
|
||
|
||
-- Reverse
|
||
push('\x1b[7m', vt)
|
||
pen('reverse', true, state)
|
||
push('\x1b[27m', vt)
|
||
pen('reverse', false, state)
|
||
push('\x1b[7m\x1b[m', vt)
|
||
pen('reverse', false, state)
|
||
|
||
-- Font Selection
|
||
push('\x1b[11m', vt)
|
||
pen('font', 1, state)
|
||
push('\x1b[19m', vt)
|
||
pen('font', 9, state)
|
||
push('\x1b[10m', vt)
|
||
pen('font', 0, state)
|
||
push('\x1b[11m\x1b[m', vt)
|
||
pen('font', 0, state)
|
||
|
||
-- TODO(dundargoc): fix
|
||
-- Foreground
|
||
-- push "\x1b[31m"
|
||
-- ?pen foreground = idx(1)
|
||
-- push "\x1b[32m"
|
||
-- ?pen foreground = idx(2)
|
||
-- push "\x1b[34m"
|
||
-- ?pen foreground = idx(4)
|
||
-- push "\x1b[91m"
|
||
-- ?pen foreground = idx(9)
|
||
-- push "\x1b[38:2:10:20:30m"
|
||
-- ?pen foreground = rgb(10,20,30)
|
||
-- push "\x1b[38:5:1m"
|
||
-- ?pen foreground = idx(1)
|
||
-- push "\x1b[39m"
|
||
-- ?pen foreground = rgb(240,240,240,is_default_fg)
|
||
--
|
||
-- Background
|
||
-- push "\x1b[41m"
|
||
-- ?pen background = idx(1)
|
||
-- push "\x1b[42m"
|
||
-- ?pen background = idx(2)
|
||
-- push "\x1b[44m"
|
||
-- ?pen background = idx(4)
|
||
-- push "\x1b[101m"
|
||
-- ?pen background = idx(9)
|
||
-- push "\x1b[48:2:10:20:30m"
|
||
-- ?pen background = rgb(10,20,30)
|
||
-- push "\x1b[48:5:1m"
|
||
-- ?pen background = idx(1)
|
||
-- push "\x1b[49m"
|
||
-- ?pen background = rgb(0,0,0,is_default_bg)
|
||
--
|
||
-- Bold+ANSI colour == highbright
|
||
-- push "\x1b[m\x1b[1;37m"
|
||
-- ?pen bold = on
|
||
-- ?pen foreground = idx(15)
|
||
-- push "\x1b[m\x1b[37;1m"
|
||
-- ?pen bold = on
|
||
-- ?pen foreground = idx(15)
|
||
--
|
||
-- Super/Subscript
|
||
-- push "\x1b[73m"
|
||
-- ?pen small = on
|
||
-- ?pen baseline = raise
|
||
-- push "\x1b[74m"
|
||
-- ?pen small = on
|
||
-- ?pen baseline = lower
|
||
-- push "\x1b[75m"
|
||
-- ?pen small = off
|
||
-- ?pen baseline = normal
|
||
--
|
||
-- DECSTR resets pen attributes
|
||
-- push "\x1b[1;4m"
|
||
-- ?pen bold = on
|
||
-- ?pen underline = 1
|
||
-- push "\x1b[!p"
|
||
-- ?pen bold = off
|
||
-- ?pen underline = 0
|
||
end)
|
||
|
||
itp('31state_rep', function()
|
||
local vt = init()
|
||
local state = wantstate(vt, { g = true })
|
||
|
||
-- REP no argument
|
||
reset(state, nil)
|
||
push('a\x1b[b', vt)
|
||
expect('putglyph 61 1 0,0\nputglyph 61 1 0,1')
|
||
|
||
-- REP zero (zero should be interpreted as one)
|
||
reset(state, nil)
|
||
push('a\x1b[0b', vt)
|
||
expect('putglyph 61 1 0,0\nputglyph 61 1 0,1')
|
||
|
||
-- REP lowercase a times two
|
||
reset(state, nil)
|
||
push('a\x1b[2b', vt)
|
||
expect('putglyph 61 1 0,0\nputglyph 61 1 0,1\nputglyph 61 1 0,2')
|
||
|
||
-- REP with UTF-8 1 char
|
||
-- U+00E9 = C3 A9 name: LATIN SMALL LETTER E WITH ACUTE
|
||
reset(state, nil)
|
||
push('\xC3\xA9\x1b[b', vt)
|
||
expect('putglyph e9 1 0,0\nputglyph e9 1 0,1')
|
||
|
||
-- REP with UTF-8 wide char
|
||
-- U+00E9 = C3 A9 name: LATIN SMALL LETTER E WITH ACUTE
|
||
reset(state, nil)
|
||
push('\xEF\xBC\x90\x1b[b', vt)
|
||
expect('putglyph ff10 2 0,0\nputglyph ff10 2 0,2')
|
||
|
||
-- REP with UTF-8 combining character
|
||
reset(state, nil)
|
||
push('e\xCC\x81\x1b[b', vt)
|
||
expect('putglyph 65,301 1 0,0\nputglyph 65,301 1 0,1')
|
||
|
||
-- REP till end of line
|
||
reset(state, nil)
|
||
push('a\x1b[1000bb', vt)
|
||
expect(
|
||
'putglyph 61 1 0,0\nputglyph 61 1 0,1\nputglyph 61 1 0,2\nputglyph 61 1 0,3\nputglyph 61 1 0,4\nputglyph 61 1 0,5\nputglyph 61 1 0,6\nputglyph 61 1 0,7\nputglyph 61 1 0,8\nputglyph 61 1 0,9\nputglyph 61 1 0,10\nputglyph 61 1 0,11\nputglyph 61 1 0,12\nputglyph 61 1 0,13\nputglyph 61 1 0,14\nputglyph 61 1 0,15\nputglyph 61 1 0,16\nputglyph 61 1 0,17\nputglyph 61 1 0,18\nputglyph 61 1 0,19\nputglyph 61 1 0,20\nputglyph 61 1 0,21\nputglyph 61 1 0,22\nputglyph 61 1 0,23\nputglyph 61 1 0,24\nputglyph 61 1 0,25\nputglyph 61 1 0,26\nputglyph 61 1 0,27\nputglyph 61 1 0,28\nputglyph 61 1 0,29\nputglyph 61 1 0,30\nputglyph 61 1 0,31\nputglyph 61 1 0,32\nputglyph 61 1 0,33\nputglyph 61 1 0,34\nputglyph 61 1 0,35\nputglyph 61 1 0,36\nputglyph 61 1 0,37\nputglyph 61 1 0,38\nputglyph 61 1 0,39\nputglyph 61 1 0,40\nputglyph 61 1 0,41\nputglyph 61 1 0,42\nputglyph 61 1 0,43\nputglyph 61 1 0,44\nputglyph 61 1 0,45\nputglyph 61 1 0,46\nputglyph 61 1 0,47\nputglyph 61 1 0,48\nputglyph 61 1 0,49\nputglyph 61 1 0,50\nputglyph 61 1 0,51\nputglyph 61 1 0,52\nputglyph 61 1 0,53\nputglyph 61 1 0,54\nputglyph 61 1 0,55\nputglyph 61 1 0,56\nputglyph 61 1 0,57\nputglyph 61 1 0,58\nputglyph 61 1 0,59\nputglyph 61 1 0,60\nputglyph 61 1 0,61\nputglyph 61 1 0,62\nputglyph 61 1 0,63\nputglyph 61 1 0,64\nputglyph 61 1 0,65\nputglyph 61 1 0,66\nputglyph 61 1 0,67\nputglyph 61 1 0,68\nputglyph 61 1 0,69\nputglyph 61 1 0,70\nputglyph 61 1 0,71\nputglyph 61 1 0,72\nputglyph 61 1 0,73\nputglyph 61 1 0,74\nputglyph 61 1 0,75\nputglyph 61 1 0,76\nputglyph 61 1 0,77\nputglyph 61 1 0,78\nputglyph 61 1 0,79\nputglyph 62 1 1,0'
|
||
)
|
||
end)
|
||
|
||
itp('32state_flow', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
|
||
-- Many of these test cases inspired by
|
||
-- https://blueprints.launchpad.net/libvterm/+spec/reflow-cases
|
||
|
||
-- Spillover text marks continuation on second line
|
||
reset(state, nil)
|
||
push(string.rep('A', 100), vt)
|
||
push('\r\n', vt)
|
||
lineinfo(0, {}, state)
|
||
lineinfo(1, { cont = true }, state)
|
||
|
||
-- CRLF in column 80 does not mark continuation
|
||
reset(state, nil)
|
||
push(string.rep('B', 80), vt)
|
||
push('\r\n', vt)
|
||
push(string.rep('B', 20), vt)
|
||
push('\r\n', vt)
|
||
lineinfo(0, {}, state)
|
||
lineinfo(1, {}, state)
|
||
|
||
-- EL cancels continuation of following line
|
||
reset(state, nil)
|
||
push(string.rep('D', 100), vt)
|
||
lineinfo(1, { cont = true }, state)
|
||
push('\x1bM\x1b[79G\x1b[K', vt)
|
||
lineinfo(1, {}, state)
|
||
end)
|
||
|
||
itp('40state_selection', function()
|
||
local vt = init()
|
||
wantstate(vt)
|
||
|
||
-- Set clipboard; final chunk len 4
|
||
push('\x1b]52;c;SGVsbG8s\x1b\\', vt)
|
||
expect('selection-set mask=0001 [Hello,]')
|
||
|
||
-- Set clipboard; final chunk len 3
|
||
push('\x1b]52;c;SGVsbG8sIHc=\x1b\\', vt)
|
||
expect('selection-set mask=0001 [Hello, w]')
|
||
|
||
-- Set clipboard; final chunk len 2
|
||
push('\x1b]52;c;SGVsbG8sIHdvcmxkCg==\x1b\\', vt)
|
||
expect('selection-set mask=0001 [Hello, world\n]')
|
||
|
||
-- Set clipboard; split between chunks
|
||
push('\x1b]52;c;SGVs', vt)
|
||
expect('selection-set mask=0001 [Hel')
|
||
push('bG8s\x1b\\', vt)
|
||
expect('selection-set mask=0001 lo,]')
|
||
|
||
-- Set clipboard; split within chunk
|
||
push('\x1b]52;c;SGVsbG', vt)
|
||
expect('selection-set mask=0001 [Hel')
|
||
push('8s\x1b\\', vt)
|
||
expect('selection-set mask=0001 lo,]')
|
||
|
||
-- Set clipboard; empty first chunk
|
||
push('\x1b]52;c;', vt)
|
||
push('SGVsbG8s\x1b\\', vt)
|
||
expect('selection-set mask=0001 [Hello,]')
|
||
|
||
-- Set clipboard; empty final chunk
|
||
push('\x1b]52;c;SGVsbG8s', vt)
|
||
expect('selection-set mask=0001 [Hello,')
|
||
push('\x1b\\', vt)
|
||
expect('selection-set mask=0001 ]')
|
||
|
||
-- Set clipboard; longer than buffer
|
||
push('\x1b]52;c;' .. string.rep('LS0t', 10) .. '\x1b\\', vt)
|
||
expect('selection-set mask=0001 [---------------\nselection-set mask=0001 ---------------]')
|
||
|
||
-- Clear clipboard
|
||
push('\x1b]52;c;\x1b\\', vt)
|
||
expect('selection-set mask=0001 []')
|
||
|
||
-- Set invalid data clears and ignores
|
||
push('\x1b]52;c;SGVs*SGVsbG8s\x1b\\', vt)
|
||
expect('selection-set mask=0001 []')
|
||
|
||
-- Query clipboard
|
||
push('\x1b]52;c;?\x1b\\', vt)
|
||
expect('selection-query mask=0001')
|
||
|
||
-- TODO(dundargoc): fix
|
||
-- Send clipboard; final chunk len 4
|
||
-- SELECTION 1 ["Hello,"]
|
||
-- output "\x1b]52;c;"
|
||
-- output "SGVsbG8s"
|
||
-- output "\x1b\\"
|
||
--
|
||
-- Send clipboard; final chunk len 3
|
||
-- SELECTION 1 ["Hello, w"]
|
||
-- output "\x1b]52;c;"
|
||
-- output "SGVsbG8s"
|
||
-- output "IHc=\x1b\\"
|
||
--
|
||
-- Send clipboard; final chunk len 2
|
||
-- SELECTION 1 ["Hello, world\n"]
|
||
-- output "\x1b]52;c;"
|
||
-- output "SGVsbG8sIHdvcmxk"
|
||
-- output "Cg==\x1b\\"
|
||
--
|
||
-- Send clipboard; split between chunks
|
||
-- SELECTION 1 ["Hel"
|
||
-- output "\x1b]52;c;"
|
||
-- output "SGVs"
|
||
-- SELECTION 1 "lo,"]
|
||
-- output "bG8s"
|
||
-- output "\x1b\\"
|
||
--
|
||
-- Send clipboard; split within chunk
|
||
-- SELECTION 1 ["Hello"
|
||
-- output "\x1b]52;c;"
|
||
-- output "SGVs"
|
||
-- SELECTION 1 ","]
|
||
-- output "bG8s"
|
||
-- output "\x1b\\"
|
||
end)
|
||
|
||
itp('60screen_ascii', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt, { a = true, c = true })
|
||
|
||
-- Get
|
||
reset(nil, screen)
|
||
push('ABC', vt)
|
||
expect('movecursor 0,3')
|
||
screen_chars(0, 0, 1, 3, 'ABC', screen)
|
||
screen_chars(0, 0, 1, 80, 'ABC', screen)
|
||
screen_text(0, 0, 1, 3, '41,42,43', screen)
|
||
screen_text(0, 0, 1, 80, '41,42,43', screen)
|
||
screen_cell(0, 0, '{41} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(0, 1, '{42} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(0, 2, '{43} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_row(0, 'ABC', screen)
|
||
screen_eol(0, 0, 0, screen)
|
||
screen_eol(0, 2, 0, screen)
|
||
screen_eol(0, 3, 1, screen)
|
||
push('\x1b[H', vt)
|
||
expect('movecursor 0,0')
|
||
screen_row(0, 'ABC', screen)
|
||
screen_text(0, 0, 1, 80, '41,42,43', screen)
|
||
push('E', vt)
|
||
expect('movecursor 0,1')
|
||
screen_row(0, 'EBC', screen)
|
||
screen_text(0, 0, 1, 80, '45,42,43', screen)
|
||
|
||
screen = wantscreen(vt, { a = true })
|
||
|
||
-- Erase
|
||
reset(nil, screen)
|
||
push('ABCDE\x1b[H\x1b[K', vt)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row(0, '', screen)
|
||
screen_text(0, 0, 1, 80, '', screen)
|
||
|
||
-- Copycell
|
||
reset(nil, screen)
|
||
push('ABC\x1b[H\x1b[@', vt)
|
||
push('1', vt)
|
||
screen_row(0, '1ABC', screen)
|
||
|
||
reset(nil, screen)
|
||
push('ABC\x1b[H\x1b[P', vt)
|
||
screen_chars(0, 0, 1, 1, 'B', screen)
|
||
screen_chars(0, 1, 1, 2, 'C', screen)
|
||
screen_chars(0, 0, 1, 80, 'BC', screen)
|
||
|
||
-- Space padding
|
||
reset(nil, screen)
|
||
push('Hello\x1b[CWorld', vt)
|
||
screen_row(0, 'Hello World', screen)
|
||
screen_text(0, 0, 1, 80, '48,65,6c,6c,6f,20,57,6f,72,6c,64', screen)
|
||
|
||
-- Linefeed padding
|
||
reset(nil, screen)
|
||
push('Hello\r\nWorld', vt)
|
||
screen_chars(0, 0, 2, 80, 'Hello\nWorld', screen)
|
||
screen_text(0, 0, 2, 80, '48,65,6c,6c,6f,0a,57,6f,72,6c,64', screen)
|
||
|
||
-- Altscreen
|
||
reset(nil, screen)
|
||
push('P', vt)
|
||
screen_row(0, 'P', screen)
|
||
-- TODO(dundargoc): fix
|
||
-- push('\x1b[?1049h', vt)
|
||
-- screen_row(0, '', screen)
|
||
-- push('\x1b[2K\x1b[HA', vt)
|
||
-- screen_row(0, 'A', screen)
|
||
-- push('\x1b[?1049l', vt)
|
||
-- screen_row(0, 'P', screen)
|
||
end)
|
||
|
||
itp('61screen_unicode', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
-- Single width UTF-8
|
||
-- U+00C1 = C3 81 name: LATIN CAPITAL LETTER A WITH ACUTE
|
||
-- U+00E9 = C3 A9 name: LATIN SMALL LETTER E WITH ACUTE
|
||
reset(nil, screen)
|
||
push('\xC3\x81\xC3\xA9', vt)
|
||
screen_row(0, 'Áé', screen)
|
||
screen_text(0, 0, 1, 80, 'c3,81,c3,a9', screen)
|
||
screen_cell(0, 0, '{c1} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Wide char
|
||
-- U+FF10 = EF BC 90 name: FULLWIDTH DIGIT ZERO
|
||
reset(nil, screen)
|
||
push('0123\x1b[H', vt)
|
||
push('\xEF\xBC\x90', vt)
|
||
screen_row(0, '０23', screen)
|
||
screen_text(0, 0, 1, 80, 'ef,bc,90,32,33', screen)
|
||
screen_cell(0, 0, '{ff10} width=2 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Combining char
|
||
-- U+0301 = CC 81 name: COMBINING ACUTE
|
||
reset(nil, screen)
|
||
push('0123\x1b[H', vt)
|
||
push('e\xCC\x81', vt)
|
||
screen_row(0, 'é123', screen)
|
||
screen_text(0, 0, 1, 80, '65,cc,81,31,32,33', screen)
|
||
screen_cell(0, 0, '{65,301} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- 10 combining accents should not crash
|
||
reset(nil, screen)
|
||
push('e\xCC\x81\xCC\x82\xCC\x83\xCC\x84\xCC\x85\xCC\x86\xCC\x87\xCC\x88\xCC\x89\xCC\x8A', vt)
|
||
screen_cell(
|
||
0,
|
||
0,
|
||
'{65,301,302,303,304,305} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)',
|
||
screen
|
||
)
|
||
|
||
-- 40 combining accents in two split writes of 20 should not crash
|
||
reset(nil, screen)
|
||
push(
|
||
'e\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81',
|
||
vt
|
||
)
|
||
push(
|
||
'\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81\xCC\x81',
|
||
vt
|
||
)
|
||
screen_cell(
|
||
0,
|
||
0,
|
||
'{65,301,301,301,301,301} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)',
|
||
screen
|
||
)
|
||
|
||
-- Outputing CJK doublewidth in 80th column should wraparound to next line and not crash"
|
||
reset(nil, screen)
|
||
push('\x1b[80G\xEF\xBC\x90', vt)
|
||
screen_cell(0, 79, '{} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(1, 0, '{ff10} width=2 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
end)
|
||
|
||
pending('62screen_damage', function() end)
|
||
|
||
itp('63screen_resize', function()
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
local screen = wantscreen(vt)
|
||
|
||
-- Resize wider preserves cells
|
||
reset(state, screen)
|
||
resize(25, 80, vt)
|
||
push('AB\r\nCD', vt)
|
||
screen_chars(0, 0, 1, 80, 'AB', screen)
|
||
screen_chars(1, 0, 2, 80, 'CD', screen)
|
||
resize(25, 100, vt)
|
||
screen_chars(0, 0, 1, 100, 'AB', screen)
|
||
screen_chars(1, 0, 2, 100, 'CD', screen)
|
||
|
||
-- Resize wider allows print in new area
|
||
reset(state, screen)
|
||
resize(25, 80, vt)
|
||
push('AB\x1b[79GCD', vt)
|
||
screen_chars(0, 0, 1, 2, 'AB', screen)
|
||
screen_chars(0, 78, 1, 80, 'CD', screen)
|
||
resize(25, 100, vt)
|
||
screen_chars(0, 0, 1, 2, 'AB', screen)
|
||
screen_chars(0, 78, 1, 80, 'CD', screen)
|
||
push('E', vt)
|
||
screen_chars(0, 78, 1, 81, 'CDE', screen)
|
||
|
||
-- Resize shorter with blanks just truncates
|
||
reset(state, screen)
|
||
resize(25, 80, vt)
|
||
push('Top\x1b[10HLine 10', vt)
|
||
screen_row(0, 'Top', screen)
|
||
screen_row(9, 'Line 10', screen)
|
||
cursor(9, 7, state)
|
||
resize(20, 80, vt)
|
||
screen_row(0, 'Top', screen)
|
||
screen_row(9, 'Line 10', screen)
|
||
cursor(9, 7, state)
|
||
|
||
-- Resize shorter with content must scroll
|
||
reset(state, screen)
|
||
resize(25, 80, vt)
|
||
push('Top\x1b[25HLine 25\x1b[15H', vt)
|
||
screen_row(0, 'Top', screen)
|
||
screen_row(24, 'Line 25', screen)
|
||
cursor(14, 0, state)
|
||
screen = wantscreen(vt, { b = true })
|
||
resize(20, 80, vt)
|
||
expect(
|
||
'sb_pushline 80 = 54 6F 70\nsb_pushline 80 =\nsb_pushline 80 =\nsb_pushline 80 =\nsb_pushline 80 ='
|
||
)
|
||
-- TODO(dundargoc): fix or remove
|
||
-- screen_row( 0 , "",screen)
|
||
screen_row(19, 'Line 25', screen)
|
||
cursor(9, 0, state)
|
||
|
||
-- Resize shorter does not lose line with cursor
|
||
-- See also https://github.com/neovim/libvterm/commit/1b745d29d45623aa8d22a7b9288c7b0e331c7088
|
||
reset(state, screen)
|
||
wantscreen(vt)
|
||
resize(25, 80, vt)
|
||
screen = wantscreen(vt, { b = true })
|
||
push('\x1b[24HLine 24\r\nLine 25\r\n', vt)
|
||
expect('sb_pushline 80 =')
|
||
screen_row(23, 'Line 25', screen)
|
||
cursor(24, 0, state)
|
||
resize(24, 80, vt)
|
||
expect('sb_pushline 80 =')
|
||
screen_row(22, 'Line 25', screen)
|
||
cursor(23, 0, state)
|
||
|
||
-- Resize shorter does not send the cursor to a negative row
|
||
-- See also https://github.com/vim/vim/pull/6141
|
||
reset(state, screen)
|
||
wantscreen(vt)
|
||
resize(25, 80, vt)
|
||
screen = wantscreen(vt, { b = true })
|
||
push('\x1b[24HLine 24\r\nLine 25\x1b[H', vt)
|
||
cursor(0, 0, state)
|
||
resize(20, 80, vt)
|
||
expect(
|
||
'sb_pushline 80 =\nsb_pushline 80 =\nsb_pushline 80 =\nsb_pushline 80 =\nsb_pushline 80 ='
|
||
)
|
||
cursor(0, 0, state)
|
||
|
||
-- Resize taller attempts to pop scrollback
|
||
reset(state, screen)
|
||
screen = wantscreen(vt)
|
||
resize(25, 80, vt)
|
||
push('Line 1\x1b[25HBottom\x1b[15H', vt)
|
||
screen_row(0, 'Line 1', screen)
|
||
screen_row(24, 'Bottom', screen)
|
||
cursor(14, 0, state)
|
||
screen = wantscreen(vt, { b = true })
|
||
resize(30, 80, vt)
|
||
expect('sb_popline 80\nsb_popline 80\nsb_popline 80\nsb_popline 80\nsb_popline 80')
|
||
screen_row(0, 'ABCDE', screen)
|
||
screen_row(5, 'Line 1', screen)
|
||
screen_row(29, 'Bottom', screen)
|
||
cursor(19, 0, state)
|
||
screen = wantscreen(vt)
|
||
|
||
-- Resize can operate on altscreen
|
||
reset(state, screen)
|
||
screen = wantscreen(vt, { a = true })
|
||
resize(25, 80, vt)
|
||
push('Main screen\x1b[?1049h\x1b[HAlt screen', vt)
|
||
resize(30, 80, vt)
|
||
screen_row(0, 'Alt screen', screen)
|
||
push('\x1b[?1049l', vt)
|
||
screen_row(0, 'Main screen', screen)
|
||
end)
|
||
|
||
itp('64screen_pen', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(nil, screen)
|
||
|
||
-- Plain
|
||
push('A', vt)
|
||
screen_cell(0, 0, '{41} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Bold
|
||
push('\x1b[1mB', vt)
|
||
screen_cell(0, 1, '{42} width=1 attrs={B} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Italic
|
||
push('\x1b[3mC', vt)
|
||
screen_cell(0, 2, '{43} width=1 attrs={BI} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Underline
|
||
push('\x1b[4mD', vt)
|
||
screen_cell(0, 3, '{44} width=1 attrs={BU1I} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Reset
|
||
push('\x1b[mE', vt)
|
||
screen_cell(0, 4, '{45} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Font
|
||
push('\x1b[11mF\x1b[m', vt)
|
||
screen_cell(0, 5, '{46} width=1 attrs={F1} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Foreground
|
||
push('\x1b[31mG\x1b[m', vt)
|
||
screen_cell(0, 6, '{47} width=1 attrs={} fg=rgb(224,0,0) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Background
|
||
push('\x1b[42mH\x1b[m', vt)
|
||
screen_cell(0, 7, '{48} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,224,0)', screen)
|
||
|
||
-- Super/subscript
|
||
push('x\x1b[74m0\x1b[73m2\x1b[m', vt)
|
||
screen_cell(0, 8, '{78} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(0, 9, '{30} width=1 attrs={S_} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(0, 10, '{32} width=1 attrs={S^} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- EL sets only colours to end of line, not other attrs
|
||
push('\x1b[H\x1b[7;33;44m\x1b[K', vt)
|
||
screen_cell(0, 0, '{} width=1 attrs={} fg=rgb(224,224,0) bg=rgb(0,0,224)', screen)
|
||
screen_cell(0, 79, '{} width=1 attrs={} fg=rgb(224,224,0) bg=rgb(0,0,224)', screen)
|
||
|
||
-- DECSCNM xors reverse for entire screen
|
||
push('R\x1b[?5h', vt)
|
||
screen_cell(0, 0, '{52} width=1 attrs={} fg=rgb(224,224,0) bg=rgb(0,0,224)', screen)
|
||
screen_cell(1, 0, '{} width=1 attrs={R} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
push('\x1b[?5$p', vt)
|
||
expect_output('\x1b[?5;1$y')
|
||
push('\x1b[?5l', vt)
|
||
screen_cell(0, 0, '{52} width=1 attrs={R} fg=rgb(224,224,0) bg=rgb(0,0,224)', screen)
|
||
screen_cell(1, 0, '{} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
-- TODO(dundargoc): fix
|
||
-- push('\x1b[?5$p')
|
||
-- expect_output('\x1b[?5;2$y')
|
||
|
||
-- Set default colours
|
||
reset(nil, screen)
|
||
push('ABC\x1b[31mDEF\x1b[m', vt)
|
||
screen_cell(0, 0, '{41} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(0, 3, '{44} width=1 attrs={} fg=rgb(224,0,0) bg=rgb(0,0,0)', screen)
|
||
-- TODO(dundargoc): fix
|
||
-- SETDEFAULTCOL rgb(252,253,254)
|
||
-- ?screen_cell 0,0 = {41} width=1 attrs={} fg=rgb(252,253,254) bg=rgb(0,0,0)
|
||
-- ?screen_cell 0,3 = {44} width=1 attrs={} fg=rgb(224,0,0) bg=rgb(0,0,0)
|
||
-- SETDEFAULTCOL rgb(250,250,250) rgb(10,20,30)
|
||
-- ?screen_cell 0,0 = {41} width=1 attrs={} fg=rgb(250,250,250) bg=rgb(10,20,30)
|
||
-- ?screen_cell 0,3 = {44} width=1 attrs={} fg=rgb(224,0,0) bg=rgb(10,20,30)
|
||
end)
|
||
|
||
itp('65screen_protect', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
-- Selective erase
|
||
reset(nil, screen)
|
||
push('A\x1b[1"qB\x1b["qC', vt)
|
||
screen_row(0, 'ABC', screen)
|
||
push('\x1b[G\x1b[?J', vt)
|
||
screen_row(0, ' B', screen)
|
||
|
||
-- Non-selective erase
|
||
reset(nil, screen)
|
||
push('A\x1b[1"qB\x1b["qC', vt)
|
||
screen_row(0, 'ABC', screen)
|
||
-- TODO(dundargoc): fix
|
||
-- push('\x1b[G\x1b[J', vt)
|
||
-- screen_row(0, '', screen)
|
||
end)
|
||
|
||
itp('66screen_extent', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
-- Bold extent
|
||
reset(nil, screen)
|
||
push('AB\x1b[1mCD\x1b[mE', vt)
|
||
screen_attrs_extent(0, 0, '0,0-1,1', screen)
|
||
screen_attrs_extent(0, 1, '0,0-1,1', screen)
|
||
screen_attrs_extent(0, 2, '0,2-1,3', screen)
|
||
screen_attrs_extent(0, 3, '0,2-1,3', screen)
|
||
screen_attrs_extent(0, 4, '0,4-1,79', screen)
|
||
end)
|
||
|
||
itp('67screen_dbl_wh', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(nil, screen)
|
||
|
||
-- Single Width, Single Height
|
||
reset(nil, screen)
|
||
push('\x1b#5', vt)
|
||
push('abcde', vt)
|
||
screen_cell(0, 0, '{61} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Double Width, Single Height
|
||
reset(nil, screen)
|
||
push('\x1b#6', vt)
|
||
push('abcde', vt)
|
||
screen_cell(0, 0, '{61} width=1 attrs={} dwl fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- Double Height
|
||
reset(nil, screen)
|
||
push('\x1b#3', vt)
|
||
push('abcde', vt)
|
||
push('\r\n\x1b#4', vt)
|
||
push('abcde', vt)
|
||
screen_cell(0, 0, '{61} width=1 attrs={} dwl dhl-top fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(
|
||
1,
|
||
0,
|
||
'{61} width=1 attrs={} dwl dhl-bottom fg=rgb(240,240,240) bg=rgb(0,0,0)',
|
||
screen
|
||
)
|
||
|
||
-- Late change
|
||
reset(nil, screen)
|
||
push('abcde', vt)
|
||
screen_cell(0, 0, '{61} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
push('\x1b#6', vt)
|
||
screen_cell(0, 0, '{61} width=1 attrs={} dwl fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
|
||
-- DWL doesn't spill over on scroll
|
||
reset(nil, screen)
|
||
push('\x1b[25H\x1b#6Final\r\n', vt)
|
||
screen_cell(23, 0, '{46} width=1 attrs={} dwl fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
screen_cell(24, 0, '{} width=1 attrs={} fg=rgb(240,240,240) bg=rgb(0,0,0)', screen)
|
||
end)
|
||
|
||
itp('68screen_termprops', function()
|
||
local vt = init()
|
||
local screen = wantscreen(vt, { p = true })
|
||
|
||
reset(nil, screen)
|
||
expect('settermprop 1 true\nsettermprop 2 true\nsettermprop 7 1')
|
||
|
||
-- Cursor visibility
|
||
push('\x1b[?25h', vt)
|
||
expect('settermprop 1 true')
|
||
push('\x1b[?25l', vt)
|
||
expect('settermprop 1 false')
|
||
|
||
-- Title
|
||
push('\x1b]2;Here is my title\a', vt)
|
||
expect('settermprop 4 ["Here is my title"]')
|
||
end)
|
||
|
||
itp('69screen_pushline', function()
|
||
local vt = init()
|
||
-- Run these tests on a much smaller default screen, so debug output is nowhere near as noisy
|
||
resize(5, 10, vt)
|
||
local state = wantstate(vt)
|
||
local screen = wantscreen(vt, { r = true })
|
||
reset(state, screen)
|
||
|
||
-- Resize wider reflows wide lines
|
||
reset(state, screen)
|
||
push(string.rep('A', 12), vt)
|
||
screen_row(0, 'AAAAAAAAAA', screen, vt.cols)
|
||
screen_row(1, 'AA', screen, vt.cols)
|
||
lineinfo(1, { cont = true }, state)
|
||
cursor(1, 2, state)
|
||
resize(5, 15, vt)
|
||
screen_row(0, 'AAAAAAAAAAAA', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row(1, '', screen, vt.cols)
|
||
lineinfo(1, {}, state)
|
||
cursor(0, 12, state)
|
||
resize(5, 20, vt)
|
||
screen_row(0, 'AAAAAAAAAAAA', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 ,'',screen, vt.cols)
|
||
lineinfo(1, {}, state)
|
||
cursor(0, 12, state)
|
||
|
||
-- Resize narrower can create continuation lines
|
||
reset(state, screen)
|
||
resize(5, 10, vt)
|
||
push('ABCDEFGHI', vt)
|
||
screen_row(0, 'ABCDEFGHI', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 , "",screen, vt.cols)
|
||
lineinfo(1, {}, state)
|
||
cursor(0, 9, state)
|
||
resize(5, 8, vt)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 0 , "ABCDEFGH",screen,vt.cols)
|
||
screen_row(1, 'I', screen, vt.cols)
|
||
lineinfo(1, { cont = true }, state)
|
||
cursor(1, 1, state)
|
||
resize(5, 6, vt)
|
||
screen_row(0, 'ABCDEF', screen, vt.cols)
|
||
screen_row(1, 'GHI', screen, vt.cols)
|
||
lineinfo(1, { cont = true }, state)
|
||
cursor(1, 3, state)
|
||
|
||
-- Shell wrapped prompt behaviour
|
||
reset(state, screen)
|
||
resize(5, 10, vt)
|
||
push('PROMPT GOES HERE\r\n> \r\n\r\nPROMPT GOES HERE\r\n> ', vt)
|
||
screen_row(0, '> ', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 , "",screen,vt.cols)
|
||
screen_row(2, 'PROMPT GOE', screen, vt.cols)
|
||
screen_row(3, 'S HERE', screen, vt.cols)
|
||
lineinfo(3, { cont = true }, state)
|
||
screen_row(4, '> ', screen, vt.cols)
|
||
cursor(4, 2, state)
|
||
resize(5, 11, vt)
|
||
screen_row(0, '> ', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 , "",screen,vt.cols)
|
||
screen_row(2, 'PROMPT GOES', screen, vt.cols)
|
||
screen_row(3, ' HERE', screen, vt.cols)
|
||
lineinfo(3, { cont = true }, state)
|
||
screen_row(4, '> ', screen, vt.cols)
|
||
cursor(4, 2, state)
|
||
resize(5, 12, vt)
|
||
screen_row(0, '> ', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 , "",screen,vt.cols)
|
||
screen_row(2, 'PROMPT GOES ', screen, vt.cols)
|
||
screen_row(3, 'HERE', screen, vt.cols)
|
||
lineinfo(3, { cont = true }, state)
|
||
screen_row(4, '> ', screen, vt.cols)
|
||
cursor(4, 2, state)
|
||
resize(5, 16, vt)
|
||
screen_row(0, '> ', screen, vt.cols)
|
||
-- TODO(dundargoc): fix
|
||
-- screen_row( 1 , "",screen,vt.cols)
|
||
-- screen_row( 2 , "PROMPT GOES HERE",screen,vt.cols)
|
||
lineinfo(3, {}, state)
|
||
screen_row(3, '> ', screen, vt.cols)
|
||
cursor(3, 2, state)
|
||
|
||
-- Cursor goes missing
|
||
-- For more context: https://github.com/neovim/neovim/pull/21124
|
||
reset(state, screen)
|
||
resize(5, 5, vt)
|
||
resize(3, 1, vt)
|
||
push('\x1b[2;1Habc\r\n\x1b[H', vt)
|
||
resize(1, 1, vt)
|
||
cursor(0, 0, state)
|
||
end)
|
||
|
||
pending('90vttest_01-movement-1', function() end)
|
||
pending('90vttest_01-movement-2', function() end)
|
||
|
||
itp('90vttest_01-movement-3', function()
|
||
-- Test of cursor-control characters inside ESC sequences
|
||
local vt = init()
|
||
local state = wantstate(vt)
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(state, screen)
|
||
|
||
push('A B C D E F G H I', vt)
|
||
push('\x0d\x0a', vt)
|
||
push('A\x1b[2\bCB\x1b[2\bCC\x1b[2\bCD\x1b[2\bCE\x1b[2\bCF\x1b[2\bCG\x1b[2\bCH\x1b[2\bCI', vt)
|
||
push('\x0d\x0a', vt)
|
||
push(
|
||
'A \x1b[\x0d2CB\x1b[\x0d4CC\x1b[\x0d6CD\x1b[\x0d8CE\x1b[\x0d10CF\x1b[\x0d12CG\x1b[\x0d14CH\x1b[\x0d16CI',
|
||
vt
|
||
)
|
||
push('\x0d\x0a', vt)
|
||
push(
|
||
'A \x1b[1\x0bAB \x1b[1\x0bAC \x1b[1\x0bAD \x1b[1\x0bAE \x1b[1\x0bAF \x1b[1\x0bAG \x1b[1\x0bAH \x1b[1\x0bAI \x1b[1\x0bA',
|
||
vt
|
||
)
|
||
|
||
-- Output
|
||
|
||
for i = 0, 2 do
|
||
screen_row(i, 'A B C D E F G H I', screen)
|
||
end
|
||
screen_row(3, 'A B C D E F G H I ', screen)
|
||
|
||
cursor(3, 18, state)
|
||
end)
|
||
|
||
itp('90vttest_01-movement-4', function()
|
||
-- Test of leading zeroes in ESC sequences
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(nil, screen)
|
||
|
||
push('\x1b[00000000004;000000001HT', vt)
|
||
push('\x1b[00000000004;000000002Hh', vt)
|
||
push('\x1b[00000000004;000000003Hi', vt)
|
||
push('\x1b[00000000004;000000004Hs', vt)
|
||
push('\x1b[00000000004;000000005H ', vt)
|
||
push('\x1b[00000000004;000000006Hi', vt)
|
||
push('\x1b[00000000004;000000007Hs', vt)
|
||
push('\x1b[00000000004;000000008H ', vt)
|
||
push('\x1b[00000000004;000000009Ha', vt)
|
||
push('\x1b[00000000004;0000000010H ', vt)
|
||
push('\x1b[00000000004;0000000011Hc', vt)
|
||
push('\x1b[00000000004;0000000012Ho', vt)
|
||
push('\x1b[00000000004;0000000013Hr', vt)
|
||
push('\x1b[00000000004;0000000014Hr', vt)
|
||
push('\x1b[00000000004;0000000015He', vt)
|
||
push('\x1b[00000000004;0000000016Hc', vt)
|
||
push('\x1b[00000000004;0000000017Ht', vt)
|
||
push('\x1b[00000000004;0000000018H ', vt)
|
||
push('\x1b[00000000004;0000000019Hs', vt)
|
||
push('\x1b[00000000004;0000000020He', vt)
|
||
push('\x1b[00000000004;0000000021Hn', vt)
|
||
push('\x1b[00000000004;0000000022Ht', vt)
|
||
push('\x1b[00000000004;0000000023He', vt)
|
||
push('\x1b[00000000004;0000000024Hn', vt)
|
||
push('\x1b[00000000004;0000000025Hc', vt)
|
||
push('\x1b[00000000004;0000000026He', vt)
|
||
|
||
-- Output
|
||
|
||
screen_row(3, 'This is a correct sentence', screen)
|
||
end)
|
||
|
||
pending('90vttest_02-screen-1', function() end)
|
||
pending('90vttest_02-screen-2', function() end)
|
||
|
||
itp('90vttest_02-screen-3', function()
|
||
-- Origin mode
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(nil, screen)
|
||
|
||
push('\x1b[?6h', vt)
|
||
push('\x1b[23;24r', vt)
|
||
push('\n', vt)
|
||
push('Bottom', vt)
|
||
push('\x1b[1;1H', vt)
|
||
push('Above', vt)
|
||
|
||
-- Output
|
||
screen_row(22, 'Above', screen)
|
||
screen_row(23, 'Bottom', screen)
|
||
end)
|
||
|
||
itp('90vttest_02-screen-4', function()
|
||
-- Origin mode (2)
|
||
local vt = init()
|
||
local screen = wantscreen(vt)
|
||
|
||
reset(nil, screen)
|
||
|
||
push('\x1b[?6l', vt)
|
||
push('\x1b[23;24r', vt)
|
||
push('\x1b[24;1H', vt)
|
||
push('Bottom', vt)
|
||
push('\x1b[1;1H', vt)
|
||
push('Top', vt)
|
||
|
||
-- Output
|
||
screen_row(23, 'Bottom', screen)
|
||
screen_row(0, 'Top', screen)
|
||
end)
|
||
|
||
itp('Mouse reporting should not break by idempotent DECSM 1002', function()
|
||
-- Regression test for https://bugs.launchpad.net/libvterm/+bug/1640917
|
||
-- Related: https://github.com/neovim/neovim/issues/5583
|
||
local vt = init()
|
||
wantstate(vt, {})
|
||
|
||
push('\x1b[?1002h', vt)
|
||
mousemove(0, 0, vt)
|
||
mousebtn('d', 1, vt)
|
||
expect_output('\x1b[M\x20\x21\x21')
|
||
mousemove(1, 0, vt)
|
||
expect_output('\x1b[M\x40\x21\x22')
|
||
push('\x1b[?1002h', vt)
|
||
mousemove(2, 0, vt)
|
||
expect_output('\x1b[M\x40\x21\x23')
|
||
end)
|
||
end)
|