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tests.py
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tests.py
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#! /usr/bin/python3
import pexpect
import unittest
import re
import os
import subprocess
import signal
import time
keytab = {
"<home>": "\033[1~",
"<end>": "\033[4~",
"<ins>": "\033[2~",
"<del>": "\033[3~",
"<pgup>": "\033[5~",
"<pgdown>": "\033[6~",
"<backspace>": "",
"<tab>": "\t",
"<cr>": "\r",
"<lf>": "\n",
"<left>": "\033[D",
"<aleft>": "\033OD",
"<right>": "\033[C",
"<aright>": "\033OC",
"<up>": "\033[A",
"<aup>": "\033OA",
"<down>": "\033[B",
"<adown>": "\033OB",
"<c-left>": "\033[1;5D",
"<c-right>": "\033[1;5C",
"<c-up>": "\033[1;5A",
"<c-down>": "\033[1;5B",
"<m-left>": "\033[1;3D",
"<m-right>": "\033[1;3C",
"<m-up>": "\033[1;3A",
"<m-down>": "\033[1;3B",
"<c-a>": "",
"<c-b>": "",
"<c-c>": "",
"<c-d>": "",
"<c-e>": "",
"<c-f>": "",
"<c-k>": " ",
"<c-l>": " ",
"<c-n>": "",
"<c-p>": "",
"<c-r>": "",
"<c-s>": "",
"<c-t>": "",
"<c-u>": "",
"<c-v>": "",
"<c-w>": "",
"<c-y>": "",
"<c-z>": "",
"<m-b>": "\033b",
"<m-c>": "\033c",
"<m-d>": "\033d",
"<m-f>": "\033f",
"<m-l>": "\033l",
"<m-n>": "\033n",
"<m-p>": "\033p",
"<m-u>": "\033u",
"<m-y>": "\033y",
"<m-backspace>": "\033\177",
"<f1>": "\033OP",
"<f2>": "\033OQ",
"<f3>": "\033OR",
"<f4>": "\033OS",
"<f5>": "\033[15~",
"<f6>": "\033[17~",
"<f7>": "\033[18~",
"<f8>": "\033[19~",
"<f9>": "\033[20~",
"<f10>": "\033[21~",
"<f11>": "\033[23~",
"<f12>": "\033[24~",
"<s-f1>": "\033[1;2P",
"<s-f2>": "\033[1;2Q",
"<s-f3>": "\033[1;2R",
"<s-f4>": "\033[1;2S",
"<s-f5>": "\033[15;2~",
"<s-f6>": "\033[17;2~",
"<s-f7>": "\033[18;2~",
"<s-f8>": "\033[19;2~",
"<s-f9>": "\033[20;2~",
"<s-f10>": "\033[21;2~",
"<s-f11>": "\033[23;2~",
"<s-f12>": "\033[24;2~",
}
termseq = {
"\x1bc": "<RIS>",
"\x1b[0m": "<rst>",
"\x1b[H": "<mvhm>",
"\x1b[2J": "<clr>",
"\x1b[J": "<ceos>",
"\x1b[0;22;30m": "<black>",
"\x1b[0;22;31m": "<red>",
"\x1b[0;22;32m": "<green>",
"\x1b[0;22;33m": "<brown>",
"\x1b[0;22;34m": "<blue>",
"\x1b[0;22;35m": "<magenta>",
"\x1b[0;22;36m": "<cyan>",
"\x1b[0;22;37m": "<lightgray>",
"\x1b[0;1;30m": "<gray>",
"\x1b[0;1;31m": "<brightred>",
"\x1b[0;1;32m": "<brightgreen>",
"\x1b[0;1;33m": "<yellow>",
"\x1b[0;1;34m": "<brightblue>",
"\x1b[0;1;35m": "<brightmagenta>",
"\x1b[0;1;36m": "<brightcyan>",
"\x1b[0;1;37m": "<white>",
"\x1b[1;32m": "<brightgreen>",
"\x1b[101;1;33m": "<err>",
"\x07": "<bell>"
}
colRe = re.compile( "\\x1b\\[(\\d+)G" )
upRe = re.compile( "\\x1b\\[(\\d+)A" )
downRe = re.compile( "\\x1b\\[(\\d+)B" )
def sym_to_raw( str_ ):
for sym, seq in keytab.items():
str_ = str_.replace( sym, seq )
return str_
def seq_to_sym( str_ ):
for seq, sym in termseq.items():
str_ = str_.replace( seq, sym )
str_ = colRe.sub( "<c\\1>", str_ )
str_ = upRe.sub( "<u\\1>", str_ )
str_ = downRe.sub( "<d\\1>", str_ )
return str_
_words_ = [
"ada", "algol"
"bash", "basic",
"clojure", "cobol", "csharp",
"eiffel", "erlang",
"forth", "fortran", "fsharp",
"go", "groovy",
"haskell", "huginn",
"java", "javascript", "julia",
"kotlin",
"lisp", "lua",
"modula",
"nemerle",
"ocaml",
"perl", "php", "prolog", "python",
"rebol", "ruby", "rust",
"scala", "scheme", "sql", "swift",
"typescript"
]
def skip( test_ ):
return "SKIP" in os.environ and os.environ["SKIP"].find( test_ ) >= 0
verbosity = None
class ReplxxTests( unittest.TestCase ):
_prompt_ = "\033\\[1;32mreplxx\033\\[0m> "
_cxxSample_ = "./build/example-cxx-api"
_cSample_ = "./build/example-c-api"
_end_ = "\r\nExiting Replxx\r\n"
def check_scenario(
self_, seq_, expected_,
history = "one\ntwo\nthree\n",
term = "xterm",
command = _cxxSample_,
dimensions = ( 25, 80 ),
prompt = _prompt_,
end = _prompt_ + _end_,
encoding = "utf-8",
pause = 0.25
):
with open( "replxx_history.txt", "wb" ) as f:
f.write( history.encode( encoding ) )
f.close()
os.environ["TERM"] = term
if isinstance( command, str ):
command = command.replace( "\n", "~" )
if verbosity >= 2:
print( "\nTERM: {}, SIZE: {}, CMD: {}".format( term, dimensions, command ) )
prompt = prompt.replace( "\n", "\r\n" ).replace( "\r\r", "\r" )
end = end.replace( "\n", "\r\n" ).replace( "\r\r", "\r" )
if isinstance( command, str ):
self_._replxx = pexpect.spawn( command, maxread = 1, encoding = encoding, dimensions = dimensions )
else:
self_._replxx = pexpect.spawn( command[0], args = command[1:], maxread = 1, encoding = encoding, dimensions = dimensions )
self_._replxx.expect( prompt )
self_.maxDiff = None
if isinstance( seq_, str ):
seqs = seq_.split( "<c-z>" )
for seq in seqs:
last = seq is seqs[-1]
if not last:
seq += "<c-z>"
self_._replxx.send( sym_to_raw( seq ) )
if not last:
time.sleep( pause )
self_._replxx.kill( signal.SIGCONT )
else:
for seq in seq_:
last = seq is seq_[-1]
self_._replxx.send( sym_to_raw( seq ) )
if not last:
time.sleep( pause )
self_._replxx.expect( end )
self_.assertSequenceEqual( seq_to_sym( self_._replxx.before ), expected_ )
def test_unicode( self_ ):
self_.check_scenario(
"<up><cr><c-d>",
"<c9><ceos>aóą Ϩ <rst><c21>"
"<c9><ceos>aóą Ϩ <rst><c21>\r\n"
"aóą Ϩ \r\n",
"aóą Ϩ \n"
)
self_.check_scenario(
"aóą Ϩ <cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>aó<rst><c11><c9><ceos>aóą<rst><c12><c9><ceos>aóą "
"<rst><c13><c9><ceos>aóą Ϩ<rst><c14><c9><ceos>aóą Ϩ "
"<rst><c15><c9><ceos>aóą Ϩ <rst><c16><c9><ceos>aóą Ϩ "
"<rst><c17><c9><ceos>aóą Ϩ "
"<rst><c18><c9><ceos>aóą Ϩ <rst><c19><c9><ceos>aóą Ϩ "
"<rst><c20><c9><ceos>aóą Ϩ "
"<rst><c21><c9><ceos>aóą Ϩ <rst><c21>\r\n"
"aóą Ϩ \r\n"
)
@unittest.skipIf( skip( "8bit_encoding" ), "broken platform" )
def test_8bit_encoding( self_ ):
LC_CTYPE = "LC_CTYPE"
exists = LC_CTYPE in os.environ
lcCtype = None
if exists:
lcCtype = os.environ[LC_CTYPE]
os.environ[LC_CTYPE] = "pl_PL.ISO-8859-2"
self_.check_scenario(
"<aup><cr><c-d>",
"<c9><ceos>text ~ó~<rst><c17><c9><ceos>text ~ó~<rst><c17>\r\ntext ~ó~\r\n",
"text ~ó~\n",
encoding = "iso-8859-2"
)
if exists:
os.environ[LC_CTYPE] = lcCtype
else:
del os.environ[LC_CTYPE]
def test_bad_term( self_ ):
self_.check_scenario(
"a line of text<cr><c-d>",
"a line of text\r\na line of text\r\n",
term = "dumb"
)
def test_ctrl_c( self_ ):
self_.check_scenario(
"abc<c-c><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc<rst><c12>^C\r"
"\r\n"
)
def test_ctrl_z( self_ ):
self_.check_scenario(
"<up><c-z><cr><c-d>",
"<c9><ceos>three<rst><c14><brightgreen>replxx<rst>> "
"<c9><ceos>three<rst><c14><c9><ceos>three<rst><c14>\r\n"
"three\r\n"
)
self_.check_scenario(
"<c-r>w<c-z><cr><c-d>",
"<c1><ceos><c1><ceos>(reverse-i-search)`': "
"<c23><c1><ceos>(reverse-i-search)`w': "
"two<c25><c1><ceos>(reverse-i-search)`w': "
"two<c25><c1><ceos><brightgreen>replxx<rst>> "
"two<c10><c9><ceos><c12>\r\n"
"two\r\n"
)
def test_ctrl_l( self_ ):
self_.check_scenario(
"<cr><cr><cr><c-l><c-d>",
"<c9><ceos><c9>\r\n"
"<brightgreen>replxx<rst>> <c9><ceos><c9>\r\n"
"<brightgreen>replxx<rst>> <c9><ceos><c9>\r\n"
"<brightgreen>replxx<rst>> <RIS><mvhm><clr><rst><brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9>",
end = "\r\nExiting Replxx\r\n"
)
self_.check_scenario(
"<cr><up><c-left><c-l><cr><c-d>",
"<c9><ceos><c9>\r\n"
"<brightgreen>replxx<rst>> <c9><ceos>first "
"second<rst><c21><c9><ceos>first "
"second<rst><c15><RIS><mvhm><clr><rst><brightgreen>replxx<rst>> "
"<c9><ceos>first second<rst><c15><c9><ceos>first second<rst><c21>\r\n"
"first second\r\n",
"first second\n"
)
def test_backspace( self_ ):
self_.check_scenario(
"<up><c-a><m-f><c-right><backspace><backspace><backspace><backspace><cr><c-d>",
"<c9><ceos>one two three<rst><c22><c9><ceos>one two "
"three<rst><c9><c9><ceos>one two three<rst><c12><c9><ceos>one two "
"three<rst><c16><c9><ceos>one tw three<rst><c15><c9><ceos>one t "
"three<rst><c14><c9><ceos>one three<rst><c13><c9><ceos>one "
"three<rst><c12><c9><ceos>one three<rst><c18>\r\n"
"one three\r\n",
"one two three\n"
)
def test_delete( self_ ):
self_.check_scenario(
"<up><m-b><c-left><del><c-d><del><c-d><cr><c-d>",
"<c9><ceos>one two three<rst><c22><c9><ceos>one two "
"three<rst><c17><c9><ceos>one two three<rst><c13><c9><ceos>one wo "
"three<rst><c13><c9><ceos>one o three<rst><c13><c9><ceos>one "
"three<rst><c13><c9><ceos>one three<rst><c13><c9><ceos>one three<rst><c18>\r\n"
"one three\r\n",
"one two three\n"
)
def test_home_key( self_ ):
self_.check_scenario(
"abc<home>z<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc<rst><c9><c9><ceos>zabc<rst><c10><c9><ceos>zabc<rst><c13>\r\n"
"zabc\r\n"
)
def test_end_key( self_ ):
self_.check_scenario(
"abc<home>z<end>q<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc<rst><c9><c9><ceos>zabc<rst><c10><c9><ceos>zabc<rst><c13><c9><ceos>zabcq<rst><c14><c9><ceos>zabcq<rst><c14>\r\n"
"zabcq\r\n"
)
def test_left_key( self_ ):
self_.check_scenario(
"abc<left>x<aleft><left>y<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc<rst><c11><c9><ceos>abxc<rst><c12><c9><ceos>abxc<rst><c11><c9><ceos>abxc<rst><c10><c9><ceos>aybxc<rst><c11><c9><ceos>aybxc<rst><c14>\r\n"
"aybxc\r\n"
)
def test_right_key( self_ ):
self_.check_scenario(
"abc<home><right>x<aright>y<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc<rst><c9><c9><ceos>abc<rst><c10><c9><ceos>axbc<rst><c11><c9><ceos>axbc<rst><c12><c9><ceos>axbyc<rst><c13><c9><ceos>axbyc<rst><c14>\r\n"
"axbyc\r\n"
)
def test_prev_word_key( self_ ):
self_.check_scenario(
"abc def ghi<c-left><m-left>x<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc "
"<rst><c13><c9><ceos>abc d<rst><c14><c9><ceos>abc "
"de<rst><c15><c9><ceos>abc def<rst><c16><c9><ceos>abc "
"def <rst><c17><c9><ceos>abc def "
"g<rst><c18><c9><ceos>abc def gh<rst><c19><c9><ceos>abc "
"def ghi<rst><c20><c9><ceos>abc def ghi<rst><c17><c9><ceos>abc def "
"ghi<rst><c13><c9><ceos>abc xdef ghi<rst><c14><c9><ceos>abc xdef "
"ghi<rst><c21>\r\n"
"abc xdef ghi\r\n"
)
def test_next_word_key( self_ ):
self_.check_scenario(
"abc def ghi<home><c-right><m-right>x<cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>abc<rst><c12><c9><ceos>abc "
"<rst><c13><c9><ceos>abc d<rst><c14><c9><ceos>abc "
"de<rst><c15><c9><ceos>abc def<rst><c16><c9><ceos>abc "
"def <rst><c17><c9><ceos>abc def "
"g<rst><c18><c9><ceos>abc def gh<rst><c19><c9><ceos>abc "
"def ghi<rst><c20><c9><ceos>abc def ghi<rst><c9><c9><ceos>abc def "
"ghi<rst><c12><c9><ceos>abc def ghi<rst><c16><c9><ceos>abc defx "
"ghi<rst><c17><c9><ceos>abc defx ghi<rst><c21>\r\n"
"abc defx ghi\r\n"
)
def test_hint_show( self_ ):
self_.check_scenario(
"co\r<c-d>",
"<c9><ceos>c<rst><c10><c9><ceos>co<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" <gray>color_green<rst><u3><c11><c9><ceos>co<rst><c11>\r\n"
"co\r\n"
)
self_.check_scenario(
"<up><cr><c-d>",
"<c9><ceos>zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz "
"<brightgreen>color_brightgreen<rst><c15><u3><c9><ceos>zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz "
"<brightgreen>color_brightgreen<rst><c15>\r\n"
"zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz color_brightgreen\r\n",
"zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz color_brightgreen\n",
dimensions = ( 64, 16 )
)
def test_hint_scroll_down( self_ ):
self_.check_scenario(
"co<c-down><c-down><tab><cr><c-d>",
"<c9><ceos>c<rst><c10><c9><ceos>co<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" "
"<gray>color_green<rst><u3><c11><c9><ceos>co<rst><gray>lor_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" <gray>color_green<rst>\r\n"
" "
"<gray>color_brown<rst><u3><c11><c9><ceos>co<rst><gray>lor_red<rst>\r\n"
" <gray>color_green<rst>\r\n"
" <gray>color_brown<rst>\r\n"
" "
"<gray>color_blue<rst><u3><c11><c9><ceos><red>color_red<rst><c18><c9><ceos><red>color_red<rst><c18>\r\n"
"color_red\r\n"
)
def test_hint_scroll_up( self_ ):
self_.check_scenario(
"co<c-up><c-up><tab><cr><c-d>",
"<c9><ceos>c<rst><c10><c9><ceos>co<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" "
"<gray>color_green<rst><u3><c11><c9><ceos>co<rst><gray>lor_normal<rst>\r\n"
" <gray>co\r\n"
" <gray>color_black<rst>\r\n"
" "
"<gray>color_red<rst><u3><c11><c9><ceos>co<rst><gray>lor_white<rst>\r\n"
" <gray>color_normal<rst>\r\n"
" <gray>co\r\n"
" "
"<gray>color_black<rst><u3><c11><c9><ceos><white>color_white<rst><c20><c9><ceos><white>color_white<rst><c20>\r\n"
"color_white\r\n"
)
def test_history( self_ ):
self_.check_scenario(
"<up><up><up><up><down><down><down><down>four<cr><c-d>",
"<c9><ceos>three<rst><c14><c9><ceos>two<rst><c12><c9><ceos>one<rst><c12><c9><ceos>two<rst><c12><c9><ceos>three<rst><c14><c9><ceos><rst><c9><c9><ceos>f<rst><c10><c9><ceos>fo<rst><c11><c9><ceos>fou<rst><c12><c9><ceos>four<rst><c13><c9><ceos>four<rst><c13>\r\n"
"four\r\n"
)
with open( "replxx_history.txt", "rb" ) as f:
self_.assertSequenceEqual( f.read().decode(), "one\ntwo\nthree\nfour\n" )
def test_paren_matching( self_ ):
self_.check_scenario(
"ab(cd)ef<left><left><left><left><left><left><left><cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>ab<rst><c11><c9><ceos>ab<brightmagenta>(<rst><c12><c9><ceos>ab<brightmagenta>(<rst>c<rst><c13><c9><ceos>ab<brightmagenta>(<rst>cd<rst><c14><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst><c15><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>e<rst><c16><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c17><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c16><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c15><c9><ceos>ab<brightred>(<rst>cd<brightmagenta>)<rst>ef<rst><c14><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c13><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c12><c9><ceos>ab<brightmagenta>(<rst>cd<brightred>)<rst>ef<rst><c11><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c10><c9><ceos>ab<brightmagenta>(<rst>cd<brightmagenta>)<rst>ef<rst><c17>\r\n"
"ab(cd)ef\r\n"
)
def test_paren_not_matched( self_ ):
self_.check_scenario(
"a(b[c)d<left><left><left><left><left><left><left><cr><c-d>",
"<c9><ceos>a<rst><c10><c9><ceos>a<brightmagenta>(<rst><c11><c9><ceos>a<brightmagenta>(<rst>b<rst><c12><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst><c13><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<rst><c14><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst><c15><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c16><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c15><c9><ceos>a<err>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c14><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c13><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c12><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c11><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<err>)<rst>d<rst><c10><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c9><c9><ceos>a<brightmagenta>(<rst>b<brightmagenta>[<rst>c<brightmagenta>)<rst>d<rst><c16>\r\n"
"a(b[c)d\r\n"
)
def test_tab_completion( self_ ):
self_.check_scenario(
"co<tab><tab>bri<tab>b<tab><cr><c-d>",
"<c9><ceos>c<rst><c10><c9><ceos>co<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" <gray>color_green<rst><u3><c11><c9><ceos>color_<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" <gray>color_green<rst><u3><c15><c9><ceos>color_<rst><c15>\r\n"
"<brightmagenta>color_<rst>black "
"<brightmagenta>color_<rst>cyan "
"<brightmagenta>color_<rst>brightblue\r\n"
"<brightmagenta>color_<rst>red "
"<brightmagenta>color_<rst>lightgray "
"<brightmagenta>color_<rst>brightmagenta\r\n"
"<brightmagenta>color_<rst>green "
"<brightmagenta>color_<rst>gray "
"<brightmagenta>color_<rst>brightcyan\r\n"
"<brightmagenta>color_<rst>brown "
"<brightmagenta>color_<rst>brightred <brightmagenta>color_<rst>white\r\n"
"<brightmagenta>color_<rst>blue "
"<brightmagenta>color_<rst>brightgreen <brightmagenta>color_<rst>normal\r\n"
"<brightmagenta>color_<rst>magenta <brightmagenta>color_<rst>yellow\r\n"
"<brightgreen>replxx<rst>> <c9><ceos>color_<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_red<rst>\r\n"
" <gray>color_green<rst><u3><c15><c9><ceos>color_b<rst>\r\n"
" <gray>color_black<rst>\r\n"
" <gray>color_brown<rst>\r\n"
" <gray>color_blue<rst><u3><c16><c9><ceos>color_br<rst>\r\n"
" <gray>color_brown<rst>\r\n"
" <gray>color_brightred<rst>\r\n"
" "
"<gray>color_brightgreen<rst><u3><c17><c9><ceos>color_bri<rst>\r\n"
" <gray>color_brightred<rst>\r\n"
" <gray>color_brightgreen<rst>\r\n"
" "
"<gray>color_brightblue<rst><u3><c18><c9><ceos>color_bright<rst>\r\n"
" <gray>color_brightred<rst>\r\n"
" <gray>color_brightgreen<rst>\r\n"
" "
"<gray>color_brightblue<rst><u3><c21><c9><ceos>color_brightb<rst><green>lue<rst><c22><c9><ceos><brightblue>color_brightblue<rst><c25><c9><ceos><brightblue>color_brightblue<rst><c25>\r\n"
"color_brightblue\r\n"
)
self_.check_scenario(
"<tab><tab>n<cr><c-d>",
"<bell><bell><c9><ceos>n<rst><c10><c9><ceos>n<rst><c10>\r\nn\r\n",
dimensions = ( 4, 32 ),
command = [ ReplxxTests._cSample_, "q1", "e0" ]
)
self_.check_scenario(
"<tab><tab>n<cr><c-d>",
"<c9><ceos><c9>\r\n"
"db\r\n"
"hello\r\n"
"hallo\r\n"
"--More--<bell>\r"
"\t\t\t\t\r"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
dimensions = ( 4, 24 ),
command = ReplxxTests._cSample_ + " q1 e1"
)
self_.check_scenario(
"<up><home>co<tab><cr><c-d>",
"<c9><ceos>abcd<brightmagenta>()<rst><c15>"
"<c9><ceos>abcd<brightmagenta>()<rst><c9>"
"<c9><ceos>cabcd<brightmagenta>()<rst><c10>"
"<c9><ceos>coabcd<brightmagenta>()<rst><c11>"
"<c9><ceos>color_abcd<brightmagenta>()<rst><c15>"
"<c9><ceos>color_abcd<brightmagenta>()<rst><c21>\r\n"
"color_abcd()\r\n",
"abcd()\n"
)
def test_completion_shorter_result( self_ ):
self_.check_scenario(
"<up><tab><cr><c-d>",
"<c9><ceos>\\pi<rst><c12><c9><ceos>π<rst><c10><c9><ceos>π<rst><c10>\r\n"
"π\r\n",
"\\pi\n"
)
def test_completion_pager( self_ ):
cmd = ReplxxTests._cSample_ + " q1 x" + ",".join( _words_ )
self_.check_scenario(
"<tab>py<cr><c-d>",
"<c9><ceos><c9>\r\n"
"ada groovy perl\r\n"
"algolbash haskell php\r\n"
"basic huginn prolog\r\n"
"clojure java python\r\n"
"cobol javascript rebol\r\n"
"csharp julia ruby\r\n"
"eiffel kotlin rust\r\n"
"erlang lisp scala\r\n"
"forth lua scheme\r\n"
"--More--<bell>\r"
"\t\t\t\t\r"
"fortran modula sql\r\n"
"fsharp nemerle swift\r\n"
"go ocaml typescript\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
dimensions = ( 10, 40 ),
command = cmd
)
self_.check_scenario(
"<tab><cr><cr><cr><cr><c-d>",
"<c9><ceos><c9>\r\n"
"ada groovy perl\r\n"
"algolbash haskell php\r\n"
"basic huginn prolog\r\n"
"clojure java python\r\n"
"cobol javascript rebol\r\n"
"csharp julia ruby\r\n"
"eiffel kotlin rust\r\n"
"erlang lisp scala\r\n"
"forth lua scheme\r\n"
"--More--\r"
"\t\t\t\t\r"
"fortran modula sql\r\n"
"--More--\r"
"\t\t\t\t\r"
"fsharp nemerle swift\r\n"
"--More--\r"
"\t\t\t\t\r"
"go ocaml typescript\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
dimensions = ( 10, 40 ),
command = cmd
)
self_.check_scenario(
"<tab><c-c><cr><c-d>",
"<c9><ceos><c9>\r\n"
"ada kotlin\r\n"
"algolbash lisp\r\n"
"basic lua\r\n"
"clojure modula\r\n"
"cobol nemerle\r\n"
"csharp ocaml\r\n"
"eiffel perl\r\n"
"--More--^C\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
dimensions = ( 8, 32 ),
command = cmd
)
self_.check_scenario(
"<tab>q<cr><c-d>",
"<c9><ceos><c9>\r\n"
"ada kotlin\r\n"
"algolbash lisp\r\n"
"basic lua\r\n"
"clojure modula\r\n"
"cobol nemerle\r\n"
"csharp ocaml\r\n"
"eiffel perl\r\n"
"--More--\r"
"\t\t\t\t\r"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
dimensions = ( 8, 32 ),
command = cmd
)
def test_double_tab_completion( self_ ):
cmd = ReplxxTests._cSample_ + " d1 q1 x" + ",".join( _words_ )
self_.check_scenario(
"fo<tab><tab>r<tab><cr><c-d>",
"<c9><ceos>f<rst>\r\n"
" <gray>forth<rst>\r\n"
" <gray>fortran<rst>\r\n"
" <gray>fsharp<rst><u3><c10><c9><ceos>fo<rst>\r\n"
" <gray>forth<rst>\r\n"
" <gray>fortran<rst><u2><c11><c9><ceos>fort<rst>\r\n"
" <gray>forth<rst>\r\n"
" "
"<gray>fortran<rst><u2><c13><c9><ceos>fortr<rst><gray>an<rst><c14><c9><ceos>fortran<rst><c16><c9><ceos>fortran<rst><c16>\r\n"
"fortran\r\n",
command = cmd
)
def test_beep_on_ambiguous_completion( self_ ):
cmd = ReplxxTests._cSample_ + " b1 d1 q1 x" + ",".join( _words_ )
self_.check_scenario(
"fo<tab><tab>r<tab><cr><c-d>",
"<c9><ceos>f<rst>\r\n"
" <gray>forth<rst>\r\n"
" <gray>fortran<rst>\r\n"
" <gray>fsharp<rst><u3><c10><c9><ceos>fo<rst>\r\n"
" <gray>forth<rst>\r\n"
" <gray>fortran<rst><u2><c11><bell><c9><ceos>fort<rst>\r\n"
" <gray>forth<rst>\r\n"
" "
"<gray>fortran<rst><u2><c13><bell><c9><ceos>fortr<rst><gray>an<rst><c14><c9><ceos>fortran<rst><c16><c9><ceos>fortran<rst><c16>\r\n"
"fortran\r\n",
command = cmd
)
def test_history_search_backward( self_ ):
self_.check_scenario(
"<c-r>repl<c-r><cr><c-d>",
"<c1><ceos><c1><ceos>(reverse-i-search)`': "
"<c23><c1><ceos>(reverse-i-search)`r': echo repl "
"golf<c29><c1><ceos>(reverse-i-search)`re': echo repl "
"golf<c30><c1><ceos>(reverse-i-search)`rep': echo repl "
"golf<c31><c1><ceos>(reverse-i-search)`repl': echo repl "
"golf<c32><c1><ceos>(reverse-i-search)`repl': charlie repl "
"delta<c35><c1><ceos><brightgreen>replxx<rst>> charlie repl "
"delta<c17><c9><ceos><c27>\r\n"
"charlie repl delta\r\n",
"some command\n"
"alfa repl bravo\n"
"other request\n"
"charlie repl delta\n"
"misc input\n"
"echo repl golf\n"
"final thoughts\n"
)
self_.check_scenario(
"<c-r>for<backspace><backspace>s<cr><c-d>",
"<c1><ceos><c1><ceos>(reverse-i-search)`': "
"<c23><c1><ceos>(reverse-i-search)`f': "
"swift<c27><c1><ceos>(reverse-i-search)`fo': "
"fortran<c25><c1><ceos>(reverse-i-search)`for': "
"fortran<c26><c1><ceos>(reverse-i-search)`fo': "
"fortran<c25><c1><ceos>(reverse-i-search)`f': "
"swift<c27><c1><ceos>(reverse-i-search)`fs': "
"fsharp<c25><c1><ceos><brightgreen>replxx<rst>> "
"fsharp<c9><c9><ceos><c15>\r\n"
"fsharp\r\n",
"\n".join( _words_ ) + "\n"
)
self_.check_scenario(
"<c-r>mod<c-l><cr><c-d>",
"<c1><ceos><c1><ceos>(reverse-i-search)`': "
"<c23><c1><ceos>(reverse-i-search)`m': "
"scheme<c28><c1><ceos>(reverse-i-search)`mo': "
"modula<c25><c1><ceos>(reverse-i-search)`mod': "
"modula<c26><c1><ceos><brightgreen>replxx<rst>> "
"<c9><RIS><mvhm><clr><rst><brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
"\n".join( _words_ ) + "\n"
)
def test_history_prefix_search_backward( self_ ):
self_.check_scenario(
"repl<m-p><m-p><cr><c-d>",
"<c9><ceos>r<rst><c10><c9><ceos>re<rst><c11><c9><ceos>rep<rst><c12><c9><ceos>repl<rst><c13><c9><ceos>repl_echo "
"golf<rst><c23><c9><ceos>repl_charlie "
"delta<rst><c27><c9><ceos>repl_charlie delta<rst><c27>\r\n"
"repl_charlie delta\r\n",
"some command\n"
"repl_alfa bravo\n"
"other request\n"
"repl_charlie delta\n"
"misc input\n"
"repl_echo golf\n"
"final thoughts\n"
)
def test_history_browse( self_ ):
self_.check_scenario(
"<up><aup><pgup><down><up><up><adown><pgdown><up><down><down><up><cr><c-d>",
"<c9><ceos>twelve<rst><c15>"
"<c9><ceos>eleven<rst><c15>"
"<c9><ceos>one<rst><c12>"
"<c9><ceos>two<rst><c12>"
"<c9><ceos>one<rst><c12>"
"<c9><ceos>two<rst><c12>"
"<c9><ceos><rst><c9>"
"<c9><ceos>twelve<rst><c15>"
"<c9><ceos><rst><c9>"
"<c9><ceos>twelve<rst><c15>"
"<c9><ceos>twelve<rst><c15>\r\n"
"twelve\r\n",
"one\n"
"two\n"
"three\n"
"four\n"
"five\n"
"six\n"
"seven\n"
"eight\n"
"nine\n"
"ten\n"
"eleven\n"
"twelve\n"
)
def test_history_max_size( self_ ):
self_.check_scenario(
"<pgup><pgdown>a<cr><pgup><cr><c-d>",
"<c9><ceos>three<rst><c14><c9><ceos><rst><c9><c9><ceos>a<rst><c10><c9><ceos>a<rst><c10>\r\n"
"a\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos>four<rst><c13><c9><ceos>four<rst><c13>\r\n"
"four\r\n",
"one\n"
"two\n"
"three\n"
"four\n"
"five\n",
command = ReplxxTests._cSample_ + " q1 s3"
)
def test_capitalize( self_ ):
self_.check_scenario(
"<up><home><right><m-c><m-c><right><right><m-c><m-c><m-c><cr><c-d>",
"<c9><ceos>abc defg ijklmn zzxq<rst><c29><c9><ceos>abc defg ijklmn "
"zzxq<rst><c9><c9><ceos>abc defg ijklmn zzxq<rst><c10><c9><ceos>aBc defg "
"ijklmn zzxq<rst><c12><c9><ceos>aBc Defg ijklmn zzxq<rst><c17><c9><ceos>aBc "
"Defg ijklmn zzxq<rst><c18><c9><ceos>aBc Defg ijklmn "
"zzxq<rst><c19><c9><ceos>aBc Defg iJklmn zzxq<rst><c24><c9><ceos>aBc Defg "
"iJklmn Zzxq<rst><c29><c9><ceos>aBc Defg iJklmn Zzxq<rst><c29>\r\n"
"aBc Defg iJklmn Zzxq\r\n",
"abc defg ijklmn zzxq\n"
)
def test_make_upper_case( self_ ):
self_.check_scenario(
"<up><home><right><right><right><m-u><m-u><right><m-u><cr><c-d>",
"<c9><ceos>abcdefg hijklmno pqrstuvw<rst><c34><c9><ceos>abcdefg "
"hijklmno pqrstuvw<rst><c9><c9><ceos>abcdefg hijklmno "
"pqrstuvw<rst><c10><c9><ceos>abcdefg hijklmno "
"pqrstuvw<rst><c11><c9><ceos>abcdefg hijklmno "
"pqrstuvw<rst><c12><c9><ceos>abcDEFG hijklmno "
"pqrstuvw<rst><c16><c9><ceos>abcDEFG HIJKLMNO "
"pqrstuvw<rst><c25><c9><ceos>abcDEFG HIJKLMNO "
"pqrstuvw<rst><c26><c9><ceos>abcDEFG HIJKLMNO "
"PQRSTUVW<rst><c34><c9><ceos>abcDEFG HIJKLMNO "
"PQRSTUVW<rst><c34>\r\n"
"abcDEFG HIJKLMNO PQRSTUVW\r\n",
"abcdefg hijklmno pqrstuvw\n"
)
def test_make_lower_case( self_ ):
self_.check_scenario(
"<up><home><right><right><right><m-l><m-l><right><m-l><cr><c-d>",
"<c9><ceos>ABCDEFG HIJKLMNO PQRSTUVW<rst><c34><c9><ceos>ABCDEFG "
"HIJKLMNO PQRSTUVW<rst><c9><c9><ceos>ABCDEFG HIJKLMNO "
"PQRSTUVW<rst><c10><c9><ceos>ABCDEFG HIJKLMNO "
"PQRSTUVW<rst><c11><c9><ceos>ABCDEFG HIJKLMNO "
"PQRSTUVW<rst><c12><c9><ceos>ABCdefg HIJKLMNO "
"PQRSTUVW<rst><c16><c9><ceos>ABCdefg hijklmno "
"PQRSTUVW<rst><c25><c9><ceos>ABCdefg hijklmno "
"PQRSTUVW<rst><c26><c9><ceos>ABCdefg hijklmno "
"pqrstuvw<rst><c34><c9><ceos>ABCdefg hijklmno "
"pqrstuvw<rst><c34>\r\n"
"ABCdefg hijklmno pqrstuvw\r\n",
"ABCDEFG HIJKLMNO PQRSTUVW\n"
)
def test_transpose( self_ ):
self_.check_scenario(
"<up><home><c-t><right><c-t><c-t><c-t><c-t><c-t><cr><c-d>",
"<c9><ceos>abcd<rst><c13>"
"<c9><ceos>abcd<rst><c9>"
"<c9><ceos>abcd<rst><c10>"
"<c9><ceos>bacd<rst><c11>"
"<c9><ceos>bcad<rst><c12>"
"<c9><ceos>bcda<rst><c13>"
"<c9><ceos>bcad<rst><c13>"
"<c9><ceos>bcda<rst><c13>"
"<c9><ceos>bcda<rst><c13>\r\n"
"bcda\r\n",
"abcd\n"
)
def test_kill_to_beginning_of_line( self_ ):
self_.check_scenario(
"<up><home><c-right><c-right><right><c-u><end><c-y><cr><c-d>",
"<c9><ceos><brightblue>+<rst>abc defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c32><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c9><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c13><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c18><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c19><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>+<rst><c9><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>+<rst><c22><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>++<rst>abc "
"defg<brightblue>-<rst><c32><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>++<rst>abc defg<brightblue>-<rst><c32>\r\n"
"-ijklmn zzxq++abc defg-\r\n",
"+abc defg--ijklmn zzxq+\n"
)
def test_kill_to_end_of_line( self_ ):
self_.check_scenario(
"<up><home><c-right><c-right><right><c-k><home><c-y><cr><c-d>",
"<c9><ceos><brightblue>+<rst>abc defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c32><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c9><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c13><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c18><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>--<rst>ijklmn "
"zzxq<brightblue>+<rst><c19><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>-<rst><c19><c9><ceos><brightblue>+<rst>abc "
"defg<brightblue>-<rst><c9><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>++<rst>abc "
"defg<brightblue>-<rst><c22><c9><ceos><brightblue>-<rst>ijklmn "
"zzxq<brightblue>++<rst>abc defg<brightblue>-<rst><c32>\r\n"
"-ijklmn zzxq++abc defg-\r\n",
"+abc defg--ijklmn zzxq+\n"
)
def test_kill_next_word( self_ ):
self_.check_scenario(
"<up><home><c-right><m-d><c-right><c-y><cr><c-d>",
"<c9><ceos>alpha charlie bravo delta<rst><c34><c9><ceos>alpha "
"charlie bravo delta<rst><c9><c9><ceos>alpha charlie bravo "
"delta<rst><c14><c9><ceos>alpha bravo delta<rst><c14><c9><ceos>alpha bravo "
"delta<rst><c20><c9><ceos>alpha bravo charlie delta<rst><c28><c9><ceos>alpha "
"bravo charlie delta<rst><c34>\r\n"
"alpha bravo charlie delta\r\n",
"alpha charlie bravo delta\n"
)
def test_kill_prev_word_to_white_space( self_ ):
self_.check_scenario(
"<up><c-left><c-w><c-left><c-y><cr><c-d>",
"<c9><ceos>alpha charlie bravo delta<rst><c34><c9><ceos>alpha "
"charlie bravo delta<rst><c29><c9><ceos>alpha charlie "
"delta<rst><c23><c9><ceos>alpha charlie delta<rst><c15><c9><ceos>alpha bravo "
"charlie delta<rst><c21><c9><ceos>alpha bravo charlie delta<rst><c34>\r\n"
"alpha bravo charlie delta\r\n",
"alpha charlie bravo delta\n"
)
def test_kill_prev_word( self_ ):
self_.check_scenario(
"<up><c-left><m-backspace><c-left><c-y><cr><c-d>",
"<c9><ceos>alpha<brightmagenta>.<rst>charlie "
"bravo<brightmagenta>.<rst>delta<rst><c34><c9><ceos>alpha<brightmagenta>.<rst>charlie "
"bravo<brightmagenta>.<rst>delta<rst><c29><c9><ceos>alpha<brightmagenta>.<rst>charlie "
"delta<rst><c23><c9><ceos>alpha<brightmagenta>.<rst>charlie "
"delta<rst><c15><c9><ceos>alpha<brightmagenta>.<rst>bravo<brightmagenta>.<rst>charlie "
"delta<rst><c21><c9><ceos>alpha<brightmagenta>.<rst>bravo<brightmagenta>.<rst>charlie "
"delta<rst><c34>\r\n"
"alpha.bravo.charlie delta\r\n",
"alpha.charlie bravo.delta\n"
)
def test_kill_ring( self_ ):
self_.check_scenario(
"<up><c-w><backspace><c-w><backspace><c-w><backspace><c-u><c-y><m-y><m-y><m-y> <c-y><m-y><m-y><m-y> <c-y><m-y><m-y><m-y> <c-y><m-y><m-y><m-y><cr><c-d>",
"<c9><ceos>delta charlie bravo alpha<rst><c34><c9><ceos>delta "
"charlie bravo <rst><c29><c9><ceos>delta charlie "
"bravo<rst><c28><c9><ceos>delta charlie "
"<rst><c23><c9><ceos>delta "
"charlie<rst><c22><c9><ceos>delta "
"<rst><c15>"
"<c9><ceos>delta<rst><c14>"
"<c9><ceos><rst><c9>"
"<c9><ceos>delta<rst><c14>"
"<c9><ceos>charlie<rst><c16>"
"<c9><ceos>bravo<rst><c14>"
"<c9><ceos>alpha<rst><c14>"
"<c9><ceos>alpha "
"<rst><c15><c9><ceos>alpha "
"alpha<rst><c20><c9><ceos>alpha "
"delta<rst><c20><c9><ceos>alpha "
"charlie<rst><c22><c9><ceos>alpha "
"bravo<rst><c20><c9><ceos>alpha bravo "
"<rst><c21><c9><ceos>alpha bravo "
"bravo<rst><c26><c9><ceos>alpha bravo "
"alpha<rst><c26><c9><ceos>alpha bravo "
"delta<rst><c26><c9><ceos>alpha bravo "
"charlie<rst><c28><c9><ceos>alpha bravo charlie "
"<rst><c29><c9><ceos>alpha bravo charlie "
"charlie<rst><c36><c9><ceos>alpha bravo charlie "
"bravo<rst><c34><c9><ceos>alpha bravo charlie "
"alpha<rst><c34><c9><ceos>alpha bravo charlie "
"delta<rst><c34><c9><ceos>alpha bravo charlie delta<rst><c34>\r\n"
"alpha bravo charlie delta\r\n",
"delta charlie bravo alpha\n"
)
self_.check_scenario(
"<up><c-w><c-w><backspace><c-a><c-y> <cr><c-d>",
"<c9><ceos>charlie delta alpha bravo<rst><c34><c9><ceos>charlie "
"delta alpha <rst><c29><c9><ceos>charlie delta "
"<rst><c23><c9><ceos>charlie "
"delta<rst><c22><c9><ceos>charlie delta<rst><c9><c9><ceos>alpha "
"bravocharlie delta<rst><c20><c9><ceos>alpha bravo charlie "
"delta<rst><c21><c9><ceos>alpha bravo charlie delta<rst><c34>\r\n"
"alpha bravo charlie delta\r\n",
"charlie delta alpha bravo\n"
)
self_.check_scenario(
"<up><home><m-d><m-d><del><c-e> <c-y><cr><c-d>",
"<c9><ceos>charlie delta alpha bravo<rst><c34><c9><ceos>charlie "
"delta alpha bravo<rst><c9><c9><ceos> delta alpha bravo<rst><c9><c9><ceos> "
"alpha bravo<rst><c9><c9><ceos>alpha bravo<rst><c9><c9><ceos>alpha "
"bravo<rst><c20><c9><ceos>alpha bravo "
"<rst><c21><c9><ceos>alpha bravo charlie "
"delta<rst><c34><c9><ceos>alpha bravo charlie delta<rst><c34>\r\n"
"alpha bravo charlie delta\r\n",
"charlie delta alpha bravo\n"
)
self_.check_scenario(
"<up><c-w><backspace><c-w><backspace><c-w><backspace><c-w><backspace><c-w><backspace>"
"<c-w><backspace><c-w><backspace><c-w><backspace><c-w><backspace><c-w><backspace>"
"<c-w><c-y><m-y><m-y><m-y><m-y><m-y><m-y><m-y><m-y><m-y><m-y><cr><c-d>",
"<c9><ceos>a b c d e f g h i j k<rst><c30><c9><ceos>a b c d e f g "
"h i j <rst><c29><c9><ceos>a b c d e f g h i "
"j<rst><c28><c9><ceos>a b c d e f g h i "
"<rst><c27><c9><ceos>a b c d e f g h "
"i<rst><c26><c9><ceos>a b c d e f g h "
"<rst><c25><c9><ceos>a b c d e f g "
"h<rst><c24><c9><ceos>a b c d e f g "
"<rst><c23><c9><ceos>a b c d e f g<rst><c22><c9><ceos>a "
"b c d e f <rst><c21><c9><ceos>a b c d e "
"f<rst><c20><c9><ceos>a b c d e <rst><c19><c9><ceos>a b "
"c d e<rst><c18><c9><ceos>a b c d <rst><c17><c9><ceos>a "
"b c d<rst><c16><c9><ceos>a b c <rst><c15><c9><ceos>a b "
"c<rst><c14><c9><ceos>a b <rst><c13><c9><ceos>a "
"b<rst><c12><c9><ceos>a "
"<rst><c11>"
"<c9><ceos>a<rst><c10>"
"<c9><ceos><rst><c9>"
"<c9><ceos>a<rst><c10>"
"<c9><ceos>b<rst><c10>"
"<c9><ceos>c<rst><c10>"
"<c9><ceos>d<rst><c10>"
"<c9><ceos>e<rst><c10>"
"<c9><ceos>f<rst><c10>"
"<c9><ceos>g<rst><c10>"
"<c9><ceos>h<rst><c10>"
"<c9><ceos>i<rst><c10>"
"<c9><ceos>j<rst><c10>"
"<c9><ceos>a<rst><c10>"
"<c9><ceos>a<rst><c10>\r\n"
"a\r\n",
"a b c d e f g h i j k\n"
)
def test_tab_completion_cutoff( self_ ):
self_.check_scenario(
"<tab>n<tab>y<cr><c-d>",
"<c9><ceos><rst><c9>\r\n"
"Display all 9 possibilities? (y or n)\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n"
"Display all 9 possibilities? (y or n)<ceos>\r\n"
"db hallo hansekogge quetzalcoatl power\r\n"
"hello hans seamann quit\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
command = ReplxxTests._cSample_ + " q1 c3"
)
self_.check_scenario(
"<tab>n<cr><c-d>",
"<c9><ceos><rst><c9>\r\n"
"Display all 9 possibilities? (y or n)\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
command = ReplxxTests._cSample_ + " q1 c3"
)
self_.check_scenario(
"<tab><c-c><cr><c-d>",
"<c9><ceos><rst><c9>\r\n"
"Display all 9 possibilities? (y or n)^C\r\n"
"<brightgreen>replxx<rst>> "
"<c9><ceos><rst><c9><c9><ceos><rst><c9>\r\n",
command = ReplxxTests._cSample_ + " q1 c3"
)
def test_preload( self_ ):
self_.check_scenario(
"<cr><c-d>",
"<c9><ceos>Alice has a cat.<rst><c25>"