mirror of
git://git.code.sf.net/p/cdesktopenv/code
synced 2025-02-24 23:14:14 +00:00
5c389035d8
It is desirable to be able to run the tests on a system without
a functioning tty. Since this distribution comes with its own
pseudo-tty facility, pty, it should be possible to run the few
tests that require a tty on the pseudo-tty instead. I've verified
that they fail as expected on older ksh93.
Discussion: https://github.com/ksh93/ksh/pull/171
src/cmd/ksh93/tests/basic.sh,
src/cmd/ksh93/tests/bracket.sh:
- Remove tests that require a tty.
src/cmd/ksh93/tests/pty.sh:
- Put them here, adapted to work as interactive pty scripts.
src/cmd/ksh93/tests/shtests:
- No longer refuse to run if there is no functioning tty.
.github/workflows/ci.yml:
- Since the tests no longer require a tty, no longer use script(1)
to get a pseudo-tty. Let's see if this works...
- Re-enable the Mac runner (re: 14632361). Maybe it has improved.
640 lines
17 KiB
Bash
Executable file
640 lines
17 KiB
Bash
Executable file
########################################################################
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# #
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# This software is part of the ast package #
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# Copyright (c) 1982-2012 AT&T Intellectual Property #
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# and is licensed under the #
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# Eclipse Public License, Version 1.0 #
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# by AT&T Intellectual Property #
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# #
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# A copy of the License is available at #
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# http://www.eclipse.org/org/documents/epl-v10.html #
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# (with md5 checksum b35adb5213ca9657e911e9befb180842) #
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# #
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# Information and Software Systems Research #
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# AT&T Research #
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# Florham Park NJ #
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# #
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# David Korn <dgk@research.att.com> #
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# #
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########################################################################
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: : generated by mkptytests from "posix-sh-*-c.pty" : :
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# These are tests for the interactive shell, run in a pseudoterminal utility
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# called 'pty', which allows for scripting interactive sessions and which is
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# installed in arch/*/bin while building. To understand these tests, first
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# read the pty manual by running: arch/*/bin/pty --man
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#
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# Do not globally set the locale; these tests must pass for all locales.
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#
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# The # err_exit # comments are to enable shtests to count the tests.
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# the trickiest part of the tests is avoiding typeahead
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# in the pty dialogue
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function err_exit
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{
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print -u2 -n "\t"
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print -u2 -r ${Command}[$1]: "${@:2}"
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(( Errors++ ))
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}
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alias err_exit='err_exit $lineno'
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Command=${0##*/}
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integer Errors=0 lineno=1
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[[ -d $tmp && -w $tmp && $tmp == "$PWD" ]] || { err\_exit "$LINENO" '$tmp not set; run this from shtests. Aborting.'; exit 1; }
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whence -q pty || { err\_exit "$LINENO" "pty command not found -- tests skipped"; exit 0; }
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# On FreeBSD, the stty command does not appear to work correctly on a pty pseudoterminal.
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# To avoid a couple of false regressions, we have to set 'erase' and 'kill' on the real terminal.
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stty_restore=$(stty -g) || { err\_exit "$LINENO" "could not save terminal state -- tests skipped"; exit 0; }
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trap 'stty "$stty_restore"' EXIT # note: on ksh, the EXIT trap is also triggered for termination due to a signal
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stty erase ^H kill ^X
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bintrue=$(whence -p true)
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x=$( "$SHELL" 2>&1 <<- \EOF
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trap 'exit 0' EXIT
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bintrue=$(whence -p true)
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set -o monitor
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{
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eval $'command set -o vi 2>/dev/null\npty $bintrue'
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} < /dev/null & pid=$!
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jobs
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kill $$
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EOF
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)
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[[ $x == *Stop* ]] && err_exit "monitor mode enabled incorrectly causes job to stop (got $(printf %q "$x"))"
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if [[ -o xtrace ]]
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then debug=--debug=1
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else debug=
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fi
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function tst
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{
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integer lineno=$1 offset
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typeset text
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pty $debug --dialogue --messages='/dev/fd/1' $SHELL |
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while read -r text
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do if [[ $text == *debug* ]]
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then print -u2 -r -- "$text"
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else offset=${text/*: line +([[:digit:]]):*/\1}
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err_exit "${text/: line $offset:/: line $(( lineno + offset)):}"
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fi
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done
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}
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# VISUAL, or if that is not set, EDITOR, automatically sets vi, gmacs or emacs mode if
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# its value matches *[Vv][Ii]*, *gmacs* or *macs*, respectively. See put_ed() in init.c.
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unset EDITOR
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export VISUAL=vi PS1=':test-!: ' PS2='> ' PS4=': ' ENV=/./dev/null EXINIT= HISTFILE= TERM=dumb
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if ! pty $bintrue < /dev/null
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then err_exit pty command hangs on $bintrue -- tests skipped
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exit 0
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fi
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 026(C)
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# If the User Portability Utilities Option is supported: When the
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# POSIX locale is specified and a background job is suspended by a
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# SIGTSTP signal then the <state> field in the output message is set to
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# Stopped, Suspended, Stopped(SIGTSTP) or Suspended(SIGTSTP).
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I ^\r?\n$
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p :test-1:
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w sleep 60 &
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u [[:digit:]]\r?\n$
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s 100
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p :test-2:
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w kill -TSTP $!
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u (Stopped|Suspended)
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p :test-3:
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w kill -KILL $!
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w wait
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u (Killed|Done)
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!
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 028(C)
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# If the User Portability Utilities Option is supported: When the
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# POSIX locale is specified and a background job is suspended by a
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# SIGTTIN signal then the <state> field in the output message is set to
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# Stopped(SIGTTIN) or Suspended(SIGTTIN).
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I ^\r?\n$
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p :test-1:
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w sleep 60 &
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u [[:digit:]]\r?\n$
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s 100
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p :test-2:
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w kill -TTIN $!
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u (Stopped|Suspended) \(SIGTTIN\)
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p :test-3:
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w kill -KILL $!
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w wait
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u (Killed|Done)
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!
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 029(C)
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# If the User Portability Utilities Option is supported: When the
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# POSIX locale is specified and a background job is suspended by a
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# SIGTTOU signal then the <state> field in the output message is set to
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# Stopped(SIGTTOU) or Suspended(SIGTTOU).
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I ^\r?\n$
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p :test-1:
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w sleep 60 &
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u [[:digit:]]\r?\n$
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s 100
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p :test-2:
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w kill -TTOU $!
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u (Stopped|Suspended) \(SIGTTOU\)
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p :test-3:
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w kill -KILL $!
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w wait
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u (Killed|Done)
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!
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 091(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode an entered
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# character other than <newline>, erase, interrupt, kill, control-V,
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# control-W, backslash \ (followed by erase or kill), end-of-file and
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# <ESC> is inserted in the current command line.
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c echo h
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c ell
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w o
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u ^hello\r?\n$
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!
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 093(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: After termination of a previous
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# command, sh is entered in insert mode.
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w echo hello
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u ^hello\r?\n$
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c echo goo
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c dby
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w e
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u ^goodbye\r?\n$
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!
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 094(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode an <ESC>
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# switches sh into command mode.
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c echo he\E
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s 400
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w allo
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u ^hello\r?\n$
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!
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if [[ $(id -u) == 0 ]]
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then print -u2 "\t${Command}[$LINENO]: warning: running as root: skipping test POSIX sh 096(C)"
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else
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 096(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in command mode the
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# interrupt character causes sh to terminate command line editing on
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# the current command line, re-issue the prompt on the next line of the
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# terminal and to reset the command history so that the command that
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# was interrupted is not entered in the history.
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I ^\r?\n$
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p :test-1:
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w echo first
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p :test-2:
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w stty intr ^C
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p :test-3:
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c echo bad\E
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s 400
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c \cC
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w echo scrambled
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p :test-4:
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w history
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u echo first
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r stty intr \^C
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r echo
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r history
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!
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fi
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 097(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode a <newline>
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# causes the current command line to be executed.
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c echo ok\n
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u ^ok\r?\n$
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!
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if [[ $(id -u) == 0 ]]
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then print -u2 "\t${Command}[$LINENO]: warning: running as root: skipping test POSIX sh 099(C)"
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else
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 099(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode the interrupt
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# character causes sh to terminate command line editing on the current
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# command line, re-issue the prompt on the next line of the terminal
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# and to reset the command history so that the command that was
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# interrupted is not entered in the history.
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I ^\r?\n$
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p :test-1:
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w echo first
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u ^first
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p :test-2:
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w stty intr ^C
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r
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p :test-3:
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c echo bad\cC
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w echo last
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p :test-4:
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w history
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u echo first
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r stty intr \^C
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r echo last
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r history
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!
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fi
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 100(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode the kill
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# character clears all the characters from the input line.
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p :test-1:
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w stty kill ^X
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p :test-2:
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c echo bad\cX
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w echo ok
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u ^ok\r?\n$
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!
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 101(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode a control-V
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# causes the next character to be inserted even in the case that the
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# character is a special insert mode character.
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# Testing Requirements: The assertion must be tested with at least the
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# following set of characters: <newline>, erase, interrupt, kill,
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# control-V, control-W, end-of-file, backslash \ (followed by erase or
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# kill) and <ESC>.
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d 10
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p :test-1:
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w stty erase ^H intr ^C kill ^X
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p :test-2:
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w echo erase=:\cV\cH:
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u ^erase=:\r?\n$
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p :test-3:
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w echo kill=:\cV\cX:
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u ^kill=:\cX:\r?\n$
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p :test-4:
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w echo control-V=:\cV\cV:
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u ^control-V=:\cV:\r?\n$
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p :test-5:
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w echo control-W:\cV\cW:
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u ^control-W:\cW:\r?\n$
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p :test-6:
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w echo EOF=:\cV\cD:
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u ^EOF=:\004:\r?\n$
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p :test-7:
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w echo backslash-erase=:\\\cH:
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u ^backslash-erase=:\r?\n$
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p :test-8:
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w echo backslash-kill=:\\\cX:
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u ^backslash-kill=:\cX:\r?\n$
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p :test-9:
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w echo ESC=:\cV\E:
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u ^ESC=:\E:\r?\n$
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p :test-10:
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w echo interrupt=:\cV\cC:
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u ^interrupt=:\cC:\r?\n$
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!
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# err_exit #
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tst $LINENO <<"!"
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L POSIX sh 104(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in insert mode an
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# end-of-file at the beginning of an input line is interpreted as the
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# end of input.
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p :test-1:
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w trap 'echo done >&2' EXIT
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p :test-2:
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s 100
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c \cD
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u ^done\r?\n$
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!
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if [[ $(id -u) == 0 ]]
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then print -u2 "\t${Command}[$LINENO]: warning: running as root: skipping test POSIX sh 111(C)"
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else
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 111(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in command mode, # inserts
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# the character # at the beginning of the command line and causes the
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# line to be treated as a comment and the line is entered in the
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# command history.
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p :test-1:
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c echo save\E
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s 400
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c #
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p :test-2:
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w history
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u #echo save
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r history
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!
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fi
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# Following test is disabled because it fails on too many systems, either intermittently
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# or consistently, through no fault of ksh, because vi(1) somehow fails to write "/tmp/"
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# as expected. Testing the POSIX compliance of whatever vi(1) the local system happens
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# to have is outside the scope of these tests, which are supposed to be testing ksh.
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# It is left here for re-enabling temporarily if related changes in ksh need testing.
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: <<\end_disabled
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# err_(don't count me)_exit #
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((SHOPT_VSH)) && TMPDIR=/tmp tst $LINENO <<"!"
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L POSIX sh 137(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in command mode, then v
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# invokes the vi editor to edit the current command line in a temporary
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# file. When the editor exits, the commands in the temporary file are
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# executed.
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p :test-1:
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c echo hello\E
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s 400
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c v
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u /tmp/
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c A world\E
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s 400
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w :wq
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u ^hello world\r?\n$
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!
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end_disabled
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if [[ $(id -u) == 0 ]]
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then print -u2 "\t${Command}[$LINENO]: warning: running as root: skipping test POSIX sh 251(C)"
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else
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# err_exit #
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((SHOPT_VSH)) && tst $LINENO <<"!"
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L POSIX sh 251(C)
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# If the User Portability Utilities Option is supported and shell
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# command line editing is supported: When in command mode, then the
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# command N repeats the most recent / or ? command, reversing the
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# direction of the search.
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p :test-1:
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w echo repeat-1
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u ^repeat-1\r?\n$
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p :test-2:
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w echo repeat-2
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u ^repeat-2\r?\n$
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p :test-3:
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s 100
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c \E
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s 400
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w /rep
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u echo repeat-2
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c n
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r echo repeat-1
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c N
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r echo repeat-2
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w dd
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p :test-3:
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w echo repeat-3
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u ^repeat-3\r?\n$
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p :test-4:
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s 100
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c \E
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s 400
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w ?rep
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r echo repeat-2
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c N
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r echo repeat-1
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c n
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r echo repeat-2
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c n
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r echo repeat-3
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!
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fi
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# This test freezes the 'less' pager on OpenBSD, which is not a ksh bug.
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: <<\disabled
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whence -q less &&
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TERM=vt100 tst $LINENO <<"!"
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L process/terminal group exercise
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w m=yes; while true; do echo $m-$m; done | less
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u :$|:\E|lines
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c \cZ
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r Stopped
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w fg
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u yes-yes
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!
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disabled
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|
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# err_exit #
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# Test file name completion in vi mode
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|
if((SHOPT_VSH)); then
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mkdir "/tmp/fakehome_$$" && tst $LINENO <<!
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L vi mode file name completion
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# Completing a file name in vi mode that contains '~' and has a
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# base name the same length as the home directory's parent directory
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# shouldn't fail.
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w set -o vi; HOME=/tmp/fakehome_$$; touch ~/testfile_$$
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w echo ~/tes\t
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u ^/tmp/fakehome_$$/testfile_$$\r?\n$
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!
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rm -r "/tmp/fakehome_$$"
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fi # SHOPT_VSH
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|
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# err_exit #
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VISUAL='' tst $LINENO <<"!"
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L raw Bourne mode literal tab characters
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# With wide characters (e.g. UTF-8) disabled, raw mode is handled by ed_read()
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|
# in edit.c; it does not expand tab characters on the command line.
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# With wide characters enabled, and if vi mode is compiled in, raw mode is
|
|
# handled by ed_viread() in vi.c (even though vi mode is off); it expands tab
|
|
# characters to spaces on the command line. See slowread() in io.c.
|
|
|
|
p :test-1:
|
|
w true /de\tv/nu\tl\tl
|
|
r ^:test-1: true (/de\tv/nu\tl\tl|/de v/nu l l)\r\n$
|
|
p :test-2:
|
|
!
|
|
|
|
# err_exit #
|
|
VISUAL='' tst $LINENO <<"!"
|
|
L raw Bourne mode backslash handling
|
|
|
|
# The escaping backslash feature should be disabled in the raw Bourne mode.
|
|
# This is tested with both erase and kill characters.
|
|
|
|
p :test-1:
|
|
w stty erase ^H kill ^X
|
|
p :test-2:
|
|
w true string\\\\\cH\cH
|
|
r ^:test-2: true string\r\n$
|
|
p :test-3:
|
|
w true incorrect\\\cXtrue correct
|
|
r ^:test-3: true correct\r\n$
|
|
!
|
|
|
|
# err_exit #
|
|
# err_exit #
|
|
set --
|
|
((SHOPT_VSH)) && set -- "$@" vi
|
|
((SHOPT_ESH)) && set -- "$@" emacs gmacs
|
|
for mode do
|
|
VISUAL=$mode tst $LINENO << !
|
|
L escaping backslashes in $mode mode
|
|
|
|
# Backslashes should only be escaped if the previous input was a backslash.
|
|
# Other backslashes stored in the input buffer should be erased normally.
|
|
|
|
d 10
|
|
p :test-1:
|
|
w stty erase ^H
|
|
p :test-2:
|
|
w true string\\\\\\\\\\cH\\cH\\cH
|
|
r ^:test-2: true string\\r\\n$
|
|
!
|
|
done
|
|
|
|
# err_exit #
|
|
tst $LINENO <<"!"
|
|
L notify job state changes
|
|
|
|
# 'set -b' should immediately notify the user about job state changes.
|
|
|
|
p :test-1:
|
|
w set -b; sleep .01 &
|
|
u Done
|
|
!
|
|
|
|
# err_exit #
|
|
# Tests for 'test -t'. These were moved here from bracket.sh because they require a tty.
|
|
cat >test_t.sh <<"EOF"
|
|
integer n
|
|
redirect {n}< /dev/tty
|
|
[[ -t $n ]] && echo OK0 || echo "[[ -t n ]] fails when n > 9"
|
|
# _____ Verify that [ -t 1 ] behaves sensibly inside a command substitution.
|
|
# This is the simple case that doesn't do any redirection of stdout within
|
|
# the command substitution. Thus the [ -t 1 ] test should be false.
|
|
expect=$'begin\nend'
|
|
actual=$(echo begin; [ -t 1 ] || test -t 1 || [[ -t 1 ]] && echo -t 1 is true; echo end)
|
|
[[ $actual == "$expect" ]] && echo OK1 || echo 'test -t 1 in comsub fails' \
|
|
"(expected $(printf %q "$expect"), got $(printf %q "$actual"))"
|
|
actual=$(echo begin; [ -n X -a -t 1 ] || test -n X -a -t 1 || [[ -n X && -t 1 ]] && echo -t 1 is true; echo end)
|
|
[[ $actual == "$expect" ]] && echo OK2 || echo 'test -t 1 in comsub fails (compound expression)' \
|
|
"(expected $(printf %q "$expect"), got $(printf %q "$actual"))"
|
|
# Same for the ancient compatibility hack for 'test -t' with no arguments.
|
|
actual=$(echo begin; [ -t ] || test -t && echo -t is true; echo end)
|
|
[[ $actual == "$expect" ]] && echo OK3 || echo 'test -t in comsub fails' \
|
|
"(expected $(printf %q "$expect"), got $(printf %q "$actual"))"
|
|
actual=$(echo begin; [ -n X -a -t ] || test -n X -a -t && echo -t is true; echo end)
|
|
[[ $actual == "$expect" ]] && echo OK4 || echo 'test -t in comsub fails (compound expression)' \
|
|
"(expected $(printf %q "$expect"), got $(printf %q "$actual"))"
|
|
# This is the more complex case that does redirect stdout within the command
|
|
# substitution to the actual tty. Thus the [ -t 1 ] test should be true.
|
|
actual=$(echo begin; exec >/dev/tty; [ -t 1 ] && test -t 1 && [[ -t 1 ]]) \
|
|
&& echo OK5 || echo 'test -t 1 in comsub with exec >/dev/tty fails'
|
|
actual=$(echo begin; exec >/dev/tty; [ -n X -a -t 1 ] && test -n X -a -t 1 && [[ -n X && -t 1 ]]) \
|
|
&& echo OK6 || echo 'test -t 1 in comsub with exec >/dev/tty fails (compound expression)'
|
|
# Same for the ancient compatibility hack for 'test -t' with no arguments.
|
|
actual=$(echo begin; exec >/dev/tty; [ -t ] && test -t) \
|
|
&& echo OK7 || echo 'test -t in comsub with exec >/dev/tty fails'
|
|
actual=$(echo begin; exec >/dev/tty; [ -n X -a -t ] && test -n X -a -t) \
|
|
&& echo OK8 || echo 'test -t in comsub with exec >/dev/tty fails (compound expression)'
|
|
EOF
|
|
tst $LINENO <<"!"
|
|
L test -t 1 inside command substitution
|
|
p :test-1:
|
|
w . ./test_t.sh
|
|
r ^:test-1: \. \./test_t\.sh\r\n$
|
|
r ^\. \./test_t\.sh\r\n$
|
|
r ^OK0\r\n$
|
|
r ^OK1\r\n$
|
|
r ^OK2\r\n$
|
|
r ^OK3\r\n$
|
|
r ^OK4\r\n$
|
|
r ^OK5\r\n$
|
|
r ^OK6\r\n$
|
|
r ^OK7\r\n$
|
|
r ^OK8\r\n$
|
|
r ^:test-2:
|
|
!
|
|
|
|
# err_exit #
|
|
tst $LINENO <<"!"
|
|
L race condition while launching external commands
|
|
|
|
# Test for bug in ksh binaries that use posix_spawn() while job control is active.
|
|
# See discussion at: https://github.com/ksh93/ksh/issues/79
|
|
|
|
p :test-1:
|
|
w printf '%s\\n' 1 2 3 4 5 | while read; do ls /dev/null; done
|
|
r ^:test-1: printf '%s\\n' 1 2 3 4 5 | while read; do ls /dev/null; done\r\n$
|
|
r ^printf '%s\\n' 1 2 3 4 5 | while read; do ls /dev/null; done\r\n$
|
|
r ^/dev/null\r\n$
|
|
r ^/dev/null\r\n$
|
|
r ^/dev/null\r\n$
|
|
r ^/dev/null\r\n$
|
|
r ^/dev/null\r\n$
|
|
r ^:test-2:
|
|
!
|
|
|
|
# ======
|
|
exit $((Errors<125?Errors:125))
|