| Current Path : /usr/src/tools/regression/usr.bin/env/ |
FreeBSD hs32.drive.ne.jp 9.1-RELEASE FreeBSD 9.1-RELEASE #1: Wed Jan 14 12:18:08 JST 2015 root@hs32.drive.ne.jp:/sys/amd64/compile/hs32 amd64 |
| Current File : //usr/src/tools/regression/usr.bin/env/regress-env.rgdata |
#-
# Copyright (c) 2005 - Garance Alistair Drosehn <gad@FreeBSD.org>.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND
# ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE
# FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
# SUCH DAMAGE.
#
# $FreeBSD: release/9.1.0/tools/regression/usr.bin/env/regress-env.rgdata 148024 2005-07-15 02:31:15Z gad $
#
testpgm=/usr/bin/env
gblenv=PATH=/sbin:/bin:/usr/sbin:/usr/bin:/usr/local/bin
gblenv=TESTVAR=Global-TV-Value
gblenv=OUTSIDEVAR=OutsideValue
# These first two tests are testing how well the regression-script itself is
# handling environment-variables, as much as testing the `env' program.
[test]
sb_args:/bin/sh
setenv:TESTVAR=a1a
script:/bin/echo A-${TESTVAR}-Z
stdout:A-a1a-Z
[run]
[test]
sb_args:-S /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-Global-TV-Value-Z
[run]
[test]
sb_args:-S TESTVAR=bb22bb /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-bb22bb-Z
[run]
[test]
sb_args:-S\_TESTVAR=ab22ab\_/bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-ab22ab-Z
[run]
[test]
sb_args:-S\_TESTVAR="abc\_33\_abc"\_/bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-abc 33 abc-Z
[run]
# First we see that 'sh' can not be found in /usr/sbin, and then
# we show that it can be found without changing PATH by using -P
# And then show that it can be NOT found by using -P...
[test]
sb_args:-S sh
setenv:PATH=/usr/sbin
script:/bin/echo A-${PATH}-Z
$?:127
stderr:[%-testpgm.basename-%]: sh: No such file or directory
[run]
[test]
sb_args:-S -P/bin sh
setenv:PATH=/usr/sbin
script:/bin/echo A-${PATH}-Z
stdout:A-/usr/sbin-Z
[run]
[test]
sb_args:-S -P/sbin:/usr/sbin sh
script:/bin/echo A-${PATH}-Z
$?:127
stderr:[%-testpgm.basename-%]: sh: No such file or directory
[run]
# Hmm. I wonder if -P should always set an 'ENV_PATH' variable?
[test]
sb_args:-S -P/bin:/usr/bin:${PATH} ENV_PATH=/bin:/usr/bin:${PATH} sh
setenv:PATH=/usr/sbin
script:/bin/echo A-${PATH}-Z
script:/bin/echo B-${ENV_PATH}-Y
stdout:A-/usr/sbin-Z
stdout:B-/bin:/usr/bin:/usr/sbin-Y
[run]
# Show that the comment-characters are working, both for where they are
# recognized and where they are ignored.
[test]
sb_args:-STESTVAR="abc44abc" /bin/sh # This is some arbitrary text
user_args:us11er us22er
script:/bin/echo A-${TESTVAR}-Z B-$1-Y
stdout:A-abc44abc-Z B-us11er-Y
[run]
[test]
sb_args:-STESTVAR="abc55abc" /bin/sh \c This is some arbitrary text
user_args:us11er us22er
script:/bin/echo A-${TESTVAR}-Z B-$1-Y
stdout:A-abc55abc-Z B-us11er-Y
[run]
[test]
sb_args:-STESTVAR=abc#44#abc /bin/sh
user_args:us11er us22er
script:/bin/echo A-${TESTVAR}-Z B-$1-Y
stdout:A-abc#44#abc-Z B-us11er-Y
[run]
[test]
sb_args:-STESTVAR='abc\c55\cabc' /bin/sh
user_args:us11er us22er
script:/bin/echo A-${TESTVAR}-Z B-$1-Y
stdout:A-abc\c55\cabc-Z B-us11er-Y
[run]
# Test various aspects of quoted strings
[test]
sb_args:-STESTVAR="abc'def" /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-abc'def-Z
[run]
[test]
sb_args:-STESTVAR='abc"def' /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-abc"def-Z
[run]
[test]
sb_args:-STESTVAR='ab\'cd\'ef' /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-ab'cd'ef-Z
[run]
[test]
sb_args:-STESTVAR='abc\"def\'ghi' /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-abc\"def'ghi-Z
[run]
[test]
sb_args:-STESTVAR='abc''def''ghi' /bin/sh
script:/bin/echo A-${TESTVAR}-Z
stdout:A-abcdefghi-Z
[run]
[test]
sb_args:-STESTVAR='abc\ndef\nghi' /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-abc\ndef\nghi-Z
[run]
[test]
sb_args:-STESTVAR="abc\ndef\nghi" /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-abc
stdout:def
stdout:ghi-Z
[run]
[test]
sb_args:-STESTVAR=""\_OTHERVAR=""\_/bin/sh
script:/bin/echo A-${TESTVAR}-M-${OTHERVAR}-Z
stdout:A--M--Z
[run]
[test]
sb_args:-STESTVAR=no-term-"-dq... /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
$?:1
stderr:[%-testpgm.basename-%]: No terminating quote for string: TESTVAR=no-term-"-dq... /bin/sh
[run]
[test]
sb_args:-STESTVAR=no-term-'-sq... /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
$?:1
stderr:[%-testpgm.basename-%]: No terminating quote for string: TESTVAR=no-term-'-sq... /bin/sh
[run]
# Some tests of variable-substitution.
[test]
sb_args:-S TESTVAR=${TEST7} /bin/sh
setenv:TEST7=a23456a
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-a23456a-Z
[run]
[test]
sb_args:-S TESTVAR=${TEST8} /bin/sh
setenv:TEST8=b234567b
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-b234567b-Z
[run]
[test]
sb_args:-S TESTVAR=${TEST9} /bin/sh
setenv:TEST9=c2345678c
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-c2345678c-Z
[run]
[test]
sb_args:-S TESTVAR=${TEST8}+${TEST9}+${TEST10} /bin/sh
setenv:TEST8=a234567z
setenv:TEST9=a2345678z
setenv:TEST10=a23456789z
script:/bin/echo "A-${TESTVAR}-Z"
stdout:A-a234567z+a2345678z+a23456789z-Z
[run]
[test]
sb_args:-S TESTVAR=$* /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
$?:1
stderr:[%-testpgm.basename-%]: Only ${VARNAME} expansion is supported, error at: $* /bin/sh
[run]
[test]
sb_args:-S TESTVAR=/usr/bin:$PATH /bin/sh
script:/bin/echo "A-${TESTVAR}-Z"
$?:1
stderr:[%-testpgm.basename-%]: Only ${VARNAME} expansion is supported, error at: $PATH /bin/sh
[run]
# For a short time `env' was changed to recognize 'something=value' as a
# valid utility name if 'something' begins with a '/'. However, that was
# a bad idea, since variable-names with a '/' -- while rare -- are still
# more blessed by standards than a filename with an '=' in it. So, this
# test goes back to expecting an error...
[test]
symlink:/bin/echo /tmp/envtest=echo
sb_args:-S/tmp/envtest=echo false
$?:1
[run]
# Show interactions between -i (clear environment), and ${VAR} substitution,
# and that -i will clear the environment at the right point in processing...
[test]
sb_args:-iS PATH=/bin:/usr/bin:/Not WASPATH=${PATH} WASOUT=${OUTSIDEVAR} TESTVAR=SbValue WASTEST=${TESTVAR} /bin/sh
script:/bin/echo "=== set ==="
script:# drop some environment variables that 'sh' itself sets, and
script:# then have 'set' print out all remaining environment variables.
script:# (can't unset OPTIND, so we use grep to get rid of that)
script:unset -v IFS PS1 PS2 PPID
script:set | grep -v '^OPTIND=' | sort
stdout:=== set ===
stdout:PATH=/bin:/usr/bin:/Not
stdout:TESTVAR=SbValue
stdout:WASOUT=OutsideValue
stdout:WASPATH=/sbin:/bin:/usr/sbin:/usr/bin:/usr/local/bin
stdout:WASTEST=Global-TV-Value
[run]
# Had a bug with ${VAR} expansion if the character before the $ was
# one of the argument-separator characters. So the first of the
# following worked, but the second one failed:
[test]
sb_args:-Secho Testv:${TESTV} Scriptname:
setenv:TESTV=ab/ba
stdout:Testv:ab/ba Scriptname: [%-script.pathname-%]
[run]
[test]
sb_args:-Secho testV: ${TESTV} scriptname:
setenv:TESTV=cd/dc
stdout:testV: cd/dc scriptname: [%-script.pathname-%]
[run]
# A "nothing variable" inside a quoted string should produce a zero-length
# argument, but if it's outside of quotes then it should result in, well,
# nothing. Note the tricks we play with [%-script.pathname-%] so that we
# can supply parameters *to* the script, even though the kernel is always
# going to stick the script name on as ARG[2] when invoking `env'.
[test]
sb_args:-S/bin/sh [%-script.pathname-%] userDQ: "" SQ: '' scriptname:
setenv:TNADA=
script:printf "list_args.sh with \$# = $#\n"
script:# Process all parameters.
script:N=0
script:while test $# != 0 ; do
script: N=$(($N+1))
script: printf "....\$$N = [%3d] '$1'\n" ${#1}
script: shift
script:done
stdout:list_args.sh with $# = 6
stdout:....$1 = [ 7] 'userDQ:'
stdout:....$2 = [ 0] ''
stdout:....$3 = [ 3] 'SQ:'
stdout:....$4 = [ 0] ''
stdout:....$5 = [ 11] 'scriptname:'
stdout:....$6 = [ 16] '/tmp/env-regress'
[run]
[test]
sb_args:-S/bin/sh [%-script.pathname-%] userB "${TNADA}" scriptname:
setenv:TNADA=
script:printf "list_args.sh with \$# = $#\n"
script:# Process all parameters.
script:N=0
script:while test $# != 0 ; do
script: N=$(($N+1))
script: printf "....\$$N = [%3d] '$1'\n" ${#1}
script: shift
script:done
stdout:list_args.sh with $# = 4
stdout:....$1 = [ 5] 'userB'
stdout:....$2 = [ 0] ''
stdout:....$3 = [ 11] 'scriptname:'
stdout:....$4 = [ 16] '/tmp/env-regress'
[run]
[test]
sb_args:-S/bin/sh [%-script.pathname-%] userA ${TNADA} scriptname:
setenv:TNADA=
script:printf "list_args.sh with \$# = $#\n"
script:# Process all parameters.
script:N=0
script:while test $# != 0 ; do
script: N=$(($N+1))
script: printf "....\$$N = [%3d] '$1'\n" ${#1}
script: shift
script:done
stdout:list_args.sh with $# = 3
stdout:....$1 = [ 5] 'userA'
stdout:....$2 = [ 11] 'scriptname:'
stdout:....$3 = [ 16] '[%-script.pathname-%]'
[run]
[test]
sb_args:-S/bin/sh [%-script.pathname-%] ${A} ${NB} ${C} ${ND} ${NE} ${F} S:
setenv:A=A_ThisisAlongstring_A1
setenv:NB=
setenv:C=C_ThisisAlongstring_C1
setenv:ND=
setenv:NE=
setenv:F=F_ThisisAlongstring_F1
script:printf "list_args.sh with \$# = $#\n"
script:# Process all parameters.
script:N=0
script:while test $# != 0 ; do
script: N=$(($N+1))
script: printf "....\$$N = [%3d] '$1'\n" ${#1}
script: shift
script:done
stdout:list_args.sh with $# = 5
stdout:....$1 = [ 22] 'A_ThisisAlongstring_A1'
stdout:....$2 = [ 22] 'C_ThisisAlongstring_C1'
stdout:....$3 = [ 22] 'F_ThisisAlongstring_F1'
stdout:....$4 = [ 2] 'S:'
stdout:....$5 = [ 16] '/tmp/env-regress'
[run]
[test]
sb_args:-S/bin/sh [%-script.pathname-%] ${A} ${NB} "${NB}" ${NB} ${C} "${ND}" ${NE} ${F} S:
setenv:A=A_ThisisAlongstring_A1
setenv:NB=
setenv:C=C_ThisisAlongstring_C1
setenv:ND=
setenv:NE=
setenv:F=F_ThisisAlongstring_F1
script:printf "list_args.sh with \$# = $#\n"
script:# Process all parameters.
script:N=0
script:while test $# != 0 ; do
script: N=$(($N+1))
script: printf "....\$$N = [%3d] '$1'\n" ${#1}
script: shift
script:done
stdout:list_args.sh with $# = 7
stdout:....$1 = [ 22] 'A_ThisisAlongstring_A1'
stdout:....$2 = [ 0] ''
stdout:....$3 = [ 22] 'C_ThisisAlongstring_C1'
stdout:....$4 = [ 0] ''
stdout:....$5 = [ 22] 'F_ThisisAlongstring_F1'
stdout:....$6 = [ 2] 'S:'
stdout:....$7 = [ 16] '/tmp/env-regress'
[run]
[test]
sb_args:-S/bin/echo ${A} ${B} ${C} ${D} ScriptName:
setenv:A=A_ThisisAlongstring_A1
setenv:B=B_ThisisAlongstring_B1
setenv:C=C_ThisisAlongstring_C1
setenv:D=D_ThisisAlongstring_D1
stdout:A_ThisisAlongstring_A1 B_ThisisAlongstring_B1 C_ThisisAlongstring_C1 D_ThisisAlongstring_D1 ScriptName: [%-script.pathname-%]
[run]
[test]
sb_args:-S/bin/echo ${A} "${B}" ${C} "${D}" ScriptName:
setenv:A=A_ThisisAlongstring_A1
setenv:B=B_ThisisAlongstring_B1
setenv:C=C_ThisisAlongstring_C1
setenv:D=D_ThisisAlongstring_D1
stdout:A_ThisisAlongstring_A1 B_ThisisAlongstring_B1 C_ThisisAlongstring_C1 D_ThisisAlongstring_D1 ScriptName: [%-script.pathname-%]
[run]