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socat/test.sh

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#! /usr/bin/env bash
# source: test.sh
# Copyright Gerhard Rieger and contributors (see file CHANGES)
# Published under the GNU General Public License V.2, see file COPYING
# perform lots of tests on socat
# this script uses functions; you need a shell that supports them
# you can pass general options to socat: export OPTS="-d -d -d -d -lu"
# you can eg strace socat with: export TRACE="strace -v -tt -ff -D -x -s 1024 -o /tmp/$USER/socat.strace"
#set -vx
#TODO: Add options for interface, broadcast-interface
[ -z "$USER" ] && USER="$LOGNAME" # HP-UX
if [ -z "$TMPDIR" ]; then
if [ -z "$TMP" ]; then
TMP=/tmp
fi
TMPDIR="$TMP"
fi
#E=-e # Linux
if [ $(echo "x\c") = "x" ]; then E=""
elif [ $(echo -e "x\c") = "x" ]; then E="-e"
else
echo "cannot suppress trailing newline on echo" >&2
exit 1
fi
ECHO="echo $E"
PRINTF="printf"
GREP_E="grep -E"
GREP_F="grep -F"
TRUE=$(type -p true)
usage() {
$ECHO "Usage: $0 <options> [<test-spec> ...]"
$ECHO "options:"
$ECHO "\t-h \t\tShow this help"
$ECHO "\t-t <sec> \tBase for timeouts in seconds, default: 0.1"
$ECHO "\t-v \t\tBe more verbose, show failed commands"
$ECHO "\t-n <num> \tOnly perform test with given number"
$ECHO "\t-N <num> \tOnly perform tests starting with given number"
$ECHO "\t-C \t\tClear/remove left over certificates from previous runs"
$ECHO "\t-x \t\tShow commands executed, even when test succeeded"
$ECHO "\t-d \t\tShow log output of commands, even when they did not fail (not yet completed)"
$ECHO "\t-D \t\tOutput some platform/system specific defines (variables)"
$ECHO "\t--internet \tAllow tests that send packets to Internet"
$ECHO "\t--expect-fail N1,N2,... \tIgnore failure of these tests"
$ECHO "\ttest-spec \Number of test or name of test"
$ECHO "Contents of environment variable OPTS are passed to Socat invocations, e.'g:"
$ECHO "OPTS=\"-d -d -d -d -lu\" ./test.sh"
$ECHO "TRACE=\"strace -tt -v\" Use trace,valgrind etc.on socat"
$ECHO "SOCAT=/path/to/socat \tselect socat executable for test"
$ECHO "FILAN=... PROCAN=..."
$ECHO "Find the tests' stdout,stderr,diff in $TMPDIR/$USER/\$PID"
}
val_t=
NUMCOND=true
#NUMCOND="test \$N -gt 70"
VERBOSE=
DEBUG=
DEFS=
INTERNET=
OPT_EXPECT_FAIL= EXPECT_FAIL=
while [ "$1" ]; do
case "X$1" in
X-h) usage; exit 0 ;;
X-d) DEBUG="1" ;;
X-D) DEFS="1" ;;
X-t?*) val_t="${1#-t}" ;;
X-t) shift; val_t="$1" ;;
X-v) VERBOSE=1 ;; # show commands
X-n?*) NUMCOND="test \$N -eq ${1#-n}" ;;
X-n) shift; NUMCOND="test \$N -eq $1" ;;
X-N?*) NUMCOND="test \$N -gt ${1#-N}" ;;
X-N) shift; NUMCOND="test \$N -ge $1" ;;
X-C) rm -f testcert*.conf testcert.dh testcli*.* testsrv*.* ;;
X--internet|X-internet) INTERNET=1 ;; # allow access to 3rd party Internet hosts
X--expect-fail|X-expect-fail) OPT_EXPECT_FAIL=1; shift; EXPECT_FAIL="$1" ;;
X-*) echo "Unknown option \"$1\"" >&2
usage >&2
exit 1 ;;
*) break;
esac
shift
done
debug=$DEBUG
[ "$DEFS" ] && echo "BASH_VERSION=\"$BASH_VERSION\"" >&2
[ "$DEFS" ] && echo "ECHO_E=\"$ECHO_E\"" >&2
UNAME=`uname`
[ "$DEFS" ] && echo "UNAME=\"$UNAME\"" >&2
UNAME_R=`uname -r`
[ "$DEFS" ] && echo "UNAME_R=\"$UNAME_R\"" >&2
#MICROS=100000
case "X$val_t" in
X*.???????*) S="${val_t%.*}"; uS="${val_t#*.}"; uS="${uS:0:6}" ;;
X*.*) S="${val_t%.*}"; uS="${val_t#*.}"; uS="${uS}000000"; uS="${uS:0:6}" ;;
X*) S="${val_t}"; uS="000000" ;;
esac
MICROS=${S}${uS}
MICROS=${MICROS##0000}; MICROS=${MICROS##00}; MICROS=${MICROS##0}
# changed below again
_MICROS=$((MICROS+999999)); SECONDs="${_MICROS%??????}"
[ -z "$SECONDs" ] && SECONDs=0
[ "$DEFS" ] && echo "SECONDs=\"$SECONDs\"" >&2
withroot=0 # 1: perform privileged tests even if not run by root
[ -z "$SOCAT" ] && SOCAT="./socat"
if ! [ -x "$SOCAT" ] && ! type $SOCAT >/dev/null 2>&1; then
echo "$SOCAT does not exist" >&2; exit 1;
fi
if [ "$SOCAT" = socat ]; then
SOCAT=$(type -p socat) || SOCAT=$(which socat)
fi
[ "$DEFS" ] && echo "SOCAT=\"$SOCAT\"" >&2
if [ -z "$PROCAN" ]; then if test -x ./procan; then PROCAN="./procan"; elif type procan >/dev/null 2>&1; then PROCAN=procan; elif test -x ${SOCAT%/*}/procan; then PROCAN=${SOCAT%/*}/procan; else PROCAN=false; fi; fi
[ "$DEFS" ] && echo "PROCAN=\"$PROCAN\"" >&2
if [ -z "$FILAN" ]; then if test -x ./filan; then FILAN="./filan"; elif ! type filan >/dev/null 2>&1; then FILAN=filan; elif test -x ${SOCAT%/*}/filan; then FILAN=${SOCAT%/*}/filan; else FILAN=false; fi; fi
[ "$DEFS" ] && echo "FILAN=\"$FILAN\"" >&2
if [ -z "$val_t" ]; then
# Determine the time Socat needs for an empty run
$SOCAT /dev/null /dev/null # populate caches
MILLIs=$(bash -c 'time socat /dev/null /dev/null' 2>&1 |grep ^real |sed 's/.*m\(.*\)s.*/\1/' |tr -d ,.)
while [ "${MILLIs:0:1}" = '0' ]; do MILLIs=${MILLIs##0}; done # strip leading '0' to avoid octal
[ -z "$MILLIs" ] && MILLIs=1
[ "$DEFS" ] && echo "MILLIs=\"$MILLIs\" (1)" >&2
# On my idle development computer this value flaps from 0.001 to 0.004
# 0.001 lets many tests fail, so we triple the result
MILLIs=$((3*MILLIs))
[ "$DEFS" ] && echo "MILLIs=\"$MILLIs\" (2)" >&2
MICROS=${MILLIs}000
#set -vx
case $MICROS in
???????*) val_t=${MICROS%??????}.${MICROS: -6} ;;
*) x=000000$MICROS; val_t=0.${x: -6} ;;
esac
else
# Calculate MICROS from val_t
case "X$val_t" in
X*.???????*) S="${val_t%.*}"; uS="${val_t#*.}"; uS="${uS:0:6}" ;;
X*.*) S="${val_t%.*}"; uS="${val_t#*.}"; uS="${uS}000000"; uS="${uS:0:6}" ;;
X*) S="${val_t}"; uS="000000" ;;
esac
MICROS=${S}${uS}
MICROS=${MICROS##0000}; MICROS=${MICROS##00}; MICROS=${MICROS##0}
fi
export MICROS
[ "$DEFS" ] && echo "MICROS=\"$MICROS\"" >&2
[ "$DEFS" ] && echo "val_t=\"$val_t\"" >&2
opt_t="-t $val_t"
M2=$((2*MICROS))
M4=$((4*MICROS))
M8=$((8*MICROS))
case $M2 in ???????*) T2=${M2%??????}.${M2: -6};; *) x=00000$M2; T2=0.${x: -6};; esac
case $M4 in ???????*) T4=${M4%??????}.${M4: -6};; *) x=00000$M4; T4=0.${x: -6};; esac
case $M8 in ???????*) T8=${M8%??????}.${M8: -6};; *) x=00000$M8; T8=0.${x: -6};; esac
[ "$DEFS" ] && echo "M2=\"$M2\"" >&2
[ "$DEFS" ] && echo "T2=\"$T2\"" >&2
[ "$DEFS" ] && echo "T4=\"$T4\"" >&2
[ "$DEFS" ] && echo "T8=\"$T8\"" >&2
_MICROS=$((MICROS+999999)); SECONDs="${_MICROS%??????}"
[ -z "$SECONDs" ] && SECONDs=0
#PATH=$PATH:/opt/freeware/bin
#PATH=$PATH:/usr/local/ssl/bin
PATH=$PATH:/sbin # RHEL6:ip
case "$0" in
*/*) PATH="${0%/*}:$PATH"
esac
PATH=.:$PATH # for usleep,relsleep
[ "$DEFS" ] && echo "PATH=\"$PATH\"" >&2
#OPENSSL_RAND="-rand /dev/egd-pool"
#SOCAT_EGD="egd=/dev/egd-pool"
MISCDELAY=1
OPTS="$opt_t $OPTS"
opts="$OPTS"
[ "$DEFS" ] && echo "opts=\"$opts\"" >&2
TESTS="$*"; export TESTS
if ! SOCAT_MAIN_WAIT= $SOCAT -V >/dev/null 2>&1; then
echo "Failed to execute $SOCAT, exiting" >&2
exit 1
fi
SOCAT_VERSION=$(SOCAT_MAIN_WAIT= $SOCAT -V |head -n 2 |tail -n 1 |sed 's/.* \([0-9][1-9]*\.[0-9][0-9]*\.[0-9][^[:space:]]*\).*/\1/')
if [ -z "$SOCAT_VERSION" ]; then
echo "Warning: failed to retrieve Socat version" >&2
fi
[ "$DEFS" ] && echo "SOCAT_VERSION=\"$SOCAT_VERSION\"" >&2
if type ip >/dev/null 2>&1; then
IP_V="$(ip -V)"
[ "$DEFS" ] && echo "IP_V=\"$IP_V\""
if echo "$IP_V" |grep -q -i -e "^ip utility, iproute2-" -e BusyBox; then
IP=$(type -p ip)
else
unset IP
fi
fi
if type ss >/dev/null 2>&1; then
SS_V="$(ss -V)"
[ "$DEFS" ] && echo "SS_V=\"$SS_V\""
# On Ubuntu-10 ss has differing output format (no "LISTEN"), use netstat then
if echo "$SS_V" |grep -q -e "^ss utility, iproute2-[2-6]" -e "^ss utility, iproute2-ss[^0]"; then
SS=$(type -p ss)
else
unset SS
fi
fi
[ "$DEFS" ] && echo "NETSTAT=\"$(type netstat 2>/dev/null)\""
# for some tests we need a network interface
if type ip >/dev/null 2>&1; then
INTERFACE=$(ip r get 8.8.8.8 |grep ' dev ' |head -n 1 |sed "s/.*dev[[:space:]][[:space:]]*\([^[:space:]][^[:space:]]*\).*/\1/")
else
case "$UNAME" in
Linux)
if [ "$IP" ]; then
INTERFACE="$($IP route get 8.8.8.8 |grep ' dev ' |sed -e 's/.* dev //' -e 's/ .*//')"
else
INTERFACE="$(netstat -rn |grep -e "^default" -e "^0\.0\.0\.0" |awk '{print($8);}')"
fi ;;
FreeBSD) INTERFACE="$(netstat -rn |grep -e "^default" -e "^0\.0\.0\.0" |awk '{print($4);}')" ;;
*) INTERFACE="$(netstat -rn |grep -e "^default" -e "^0\.0\.0\.0" |awk '{print($4);}')" ;;
esac
fi
[ "$DEFS" ] && echo "INTERFACE=\"$INTERFACE\"" >&2
MCINTERFACE=$INTERFACE
[ -z "$MCINTERFACE" ] && MCINTERFACE=lo # !!! Linux only - and not always
[ "$DEFS" ] && echo "MCINTERFACE=\"$MCINTERFACE\"" >&2
#LOCALHOST=192.168.58.1
LOCALHOST=localhost # attention: on FreeBSD-10 localhost resolves primarily to IPv6
LOCALHOST4=127.0.0.1
LOCALHOST6="[::1]"
#IPPROTO=$(awk '{print($2);}' /etc/protocols |sort -n |tail -n 1)
#IPPROTO=$(($PROTO+1))
IPPROTO=$((144+RANDOM/2048))
[ "$DEFS" ] && echo "IPPROTO=\"$IPPROTO\"" >&2
_PORT=12001
SOURCEPORT=2002
REUSEADDR=reuseaddr # use this with LISTEN addresses and bind options
# get some system constants for use in tests
SOCK_DGRAM="$($PROCAN -c |grep "^#define[[:space:]]*SOCK_DGRAM[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "SOCK_DGRAM=\"$SOCK_DGRAM\"" >&2
FOPEN_MAX=$($PROCAN -c 2>/dev/null |grep '^#define[ ][ ]*FOPEN_MAX' |awk '{print($3);}')
[ "$DEFS" ] && echo "FOPEN_MAX=\"$FOPEN_MAX\"" >&2
PF_INET6="$($PROCAN -c |grep "^#define[[:space:]]*PF_INET6[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "PF_INET6=\"$PF_INET6\"" >&2
TIOCEXCL="$($PROCAN -c |grep "^#define[[:space:]]*TIOCEXCL[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "TIOCEXCL=\"$TIOCEXCL\"" >&2
SOL_SOCKET="$($PROCAN -c |grep "^#define[[:space:]]*SOL_SOCKET[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "SOL_SOCKET=\"$SOL_SOCKET\"" >&2
SO_REUSEADDR="$($PROCAN -c |grep "^#define[[:space:]]*SO_REUSEADDR[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "SO_REUSEADDR=\"$SO_REUSEADDR\"" >&2
TCP_MAXSEG="$($PROCAN -c |grep "^#define[[:space:]]*TCP_MAXSEG[[:space:]]" |cut -d' ' -f3)"
[ "$DEFS" ] && echo "TCP_MAXSEG=\"$TCP_MAXSEG\"" >&2
SIZE_T=$($PROCAN |grep "^[^[:space:]]*size_t" |awk '{print($3);}')
[ "$DEFS" ] && echo "SIZE_T=\"$SIZE_T\"" >&2
#AI_ADDRCONFIG=; if [ "$($SOCAT -hhh |grep ai-addrconfig)" ]; then AI_ADDRCONFIG="ai-addrconfig=0"; fi
#[ "$DEFS" ] && echo "AI_ADDRCONFIG=\"$AI_ADDRCONFIG\"" >&2
# SSL certificate contents
TESTCERT_CONF=testcert.conf
TESTCERT6_CONF=testcert6.conf
TESTALT_CONF=testalt.conf
#
TESTCERT_COMMONNAME="$LOCALHOST"
TESTCERT_COMMONNAME6="$LOCALHOST6"
TESTCERT_COUNTRYNAME="XY"
TESTCERT_LOCALITYNAME="Lunar Base"
TESTCERT_ORGANIZATIONALUNITNAME="socat"
TESTCERT_ORGANIZATIONNAME="dest-unreach"
TESTCERT_SUBJECT="C = $TESTCERT_COUNTRYNAME, CN = $TESTCERT_COMMONNAME, O = $TESTCERT_ORGANIZATIONNAME, OU = $TESTCERT_ORGANIZATIONALUNITNAME, L = $TESTCERT_LOCALITYNAME"
TESTCERT_ISSUER="C = $TESTCERT_COUNTRYNAME, CN = $TESTCERT_COMMONNAME, O = $TESTCERT_ORGANIZATIONNAME, OU = $TESTCERT_ORGANIZATIONALUNITNAME, L = $TESTCERT_LOCALITYNAME"
RSABITS=2048 # Ubuntu-20.04 with OpenSSL-1.1.1f does not work with 1024 nor 1536
DSABITS=2048
cat >$TESTCERT_CONF <<EOF
prompt=no
[ req ]
default_bits = $RSABITS
distinguished_name=Test
[ Test ]
countryName=$TESTCERT_COUNTRYNAME
commonName=$TESTCERT_COMMONNAME
O=$TESTCERT_ORGANIZATIONNAME
OU=$TESTCERT_ORGANIZATIONALUNITNAME
L=$TESTCERT_LOCALITYNAME
EOF
cat >$TESTCERT6_CONF <<EOF
prompt=no
[ req ]
default_bits = $RESBITS
distinguished_name=Test
[ Test ]
countryName=$TESTCERT_COUNTRYNAME
commonName=$TESTCERT_COMMONNAME6
O=$TESTCERT_ORGANIZATIONNAME
OU=$TESTCERT_ORGANIZATIONALUNITNAME
L=$TESTCERT_LOCALITYNAME
EOF
cat >$TESTALT_CONF <<EOF
# config for generation of self signed certificate with IP addresses in
# SubjectAltNames
prompt=no
[ req ]
default_bits = $RSABITS
distinguished_name = subject
x509_extensions = x509_ext
[ subject ]
countryName=$TESTCERT_COUNTRYNAME
commonName=servername
O=$TESTCERT_ORGANIZATIONNAME
OU=$TESTCERT_ORGANIZATIONALUNITNAME
L=$TESTCERT_LOCALITYNAME
[ x509_ext ]
subjectAltName = @alternate_names
[ alternate_names ]
DNS.1 = localhost
DNS.2 = localhost4
DNS.3 = localhost6
IP.1 = 127.0.0.1
IP.2 = ::1
EOF
# clean up from previous runs
rm -f testcli.{crt,key,pem}
rm -f testsrv.{crt,key,pem}
rm -f testcli6.{crt,key,pem}
rm -f testsrv6.{crt,key,pem}
rm -f testalt.{crt,key,pem}
CAT="cat"
OD_C="od -c"
toupper () {
case ${BASH_VERSION:0:1} in
[1-3]) echo "$@" |tr a-z A-Z ;;
[4-9]) echo "${@^^*}" ;;
esac
}
tolower () {
case ${BASH_VERSION:0:1} in
[1-3]) echo "$@" |tr A-Z a-z ;;
[4-9]) echo "${@,,*}" ;;
esac
}
if ! which usleep >/dev/null 2>&1; then
cat >usleep <<EOF
#! /usr/bin/env bash
# temporary script from Socat test.sh:
# sleep for a number of µs
u=\$1
l=\${#u}
i=0
[ "\$l" -gt 6 ] && i=\${u%??????}
u0=000000\$u
s=\${i}.\${u0: -6:6};
#echo \$s
sleep \$s
EOF
chmod a+x usleep
fi
# precision sleep; takes seconds with fractional part; sleep does this on all test platforms
if false; then
psleep () {
local T="$1"
[ "$T" = 0 ] && T=0.000002
#$SOCAT -T "$T" PIPE PIPE 2>/dev/null
sleep "$T"
}
# time in microseconds to wait in some situations
if ! type usleep >/dev/null 2>&1 ||
usleep 0 2>&1 |grep -q deprecated; then
usleep () {
local n="$1"
case "$n" in
*???????) S="${n%??????}"; uS="${n:${#n}-6}" ;;
*) S=0; uS="00000$n"; uS="${uS:${#uS}-6}" ;;
esac
#$SOCAT -T "$S.$uS" PIPE PIPE 2>/dev/null
sleep "$S.$uS"
}
fi
#USLEEP=usleep
fi
# calculate the time i*MICROS, output as float number for us with -t
reltime () {
local n="$1"
local S uS
local N=$((n*MICROS))
case "$N" in
*???????) S="${N%??????}"; uS="${N:${#N}-6}" ;;
*) S=0; uS="00000$N"; uS="${uS:${#uS}-6}" ;;
esac
echo "$S.$uS"
}
# A sleep with configurable clocking ($vat_t)
# val_t should be at least the time that a Socat invocation, no action, and
# termination takes
relsleep () {
usleep $(($1*MICROS))
}
cat >relsleep <<-'EOF'
#! /usr/bin/env bash
n="$1"
N=$((n*MICROS))
case "$N" in
*???????) S="${N%??????}"; uS="${N:${#N}-6}" ;;
*) S=0; uS="00000$N"; uS="${uS:${#uS}-6}" ;;
esac
sleep "$S.$uS"
EOF
chmod a+x relsleep
if type ping6 >/dev/null 2>&1; then
PING6=ping6
else
PING6="ping -6"
fi
F_n="%3d" # format string for test numbers
export LC_ALL=C # for timestamps format...
export LANG=C
export LANGUAGE=C # knoppix
case "$UNAME" in
HP-UX|OSF1)
echo "$SOCAT -u stdin stdout" >cat.sh
chmod a+x cat.sh
CAT=./cat.sh
;;
SunOS)
# /usr/bin/tr doesn't handle the a-z range syntax (needs [a-z]), use
# /usr/xpg4/bin/tr instead
alias tr=/usr/xpg4/bin/tr
;;
*)
CAT="cat"
;;
esac
[ "$DEFS" ] && echo "CAT=\"$CAT\"" >&2
TRUE=$(type -p true)
#E=-e # Linux
if [ $(echo "x\c") = "x" ]; then E=""
elif [ $(echo -e "x\c") = "x" ]; then E="-e"
else
echo "cannot suppress trailing newline on echo" >&2
exit 1
fi
ECHO="echo $E"
PRINTF="printf"
GREP_E="grep -E"
GREP_F="grep -F"
# some OSes need special options
case "$UNAME" in
#HP-UX)
# # on HP-UX, the default options (below) hang some tests (former 14, 15)
# PTYOPTS=
# PTYOPTS2=
# ;;
SunOS)
PTYOPTS="perm=600"
PTYOPTS2="echo=0,opost=0"
;;
*)
PTYOPTS="echo=0,opost=0"
#PTYOPTS2="raw,echo=0"
PTYOPTS2="cfmakeraw"
#PTYOPTS2="rawer"
;;
esac
[ "$DEFS" ] && echo "PTYOPTS=\"$PTYOPTS\"" >&2
[ "$DEFS" ] && echo "PTYOPTS2=\"$PTYOPTS2\"" >&2
# for some tests we need an unprivileged user id to su to
if [ "$SUDO_USER" ]; then
SUBSTUSER="$SUDO_USER"
else
SUBSTUSER="$(grep -v '^[^:]*:^[^:]*:0:' /etc/passwd |tail -n 1 |cut -d: -f1)"
fi
[ "$DEFS" ] && echo "SUBSTUSER=\"$SECONDs\"" >&2
if [ -z "$SS" ]; then
# non-root users might miss ifconfig in their path
case "$UNAME" in
AIX) IFCONFIG=/usr/sbin/ifconfig ;;
FreeBSD) IFCONFIG=/sbin/ifconfig ;;
HP-UX) IFCONFIG=/usr/sbin/ifconfig ;;
Linux) IFCONFIG=/sbin/ifconfig ;;
NetBSD)IFCONFIG=/sbin/ifconfig ;;
OpenBSD)IFCONFIG=/sbin/ifconfig ;;
OSF1) IFCONFIG=/sbin/ifconfig ;;
SunOS) IFCONFIG=/sbin/ifconfig ;;
Darwin)IFCONFIG=/sbin/ifconfig ;;
DragonFly) IFCONFIG=/sbin/ifconfig ;;
*) IFCONFIG=/sbin/ifconfig ;;
esac
fi
[ "$DEFS" ] && echo "SS=\"$SS\"" >&2
[ "$DEFS" ] && echo "IFCONFIG=\"$IFCONFIG\"" >&2
# need output like "644"
case "$UNAME" in
Linux) fileperms() { stat -L --print "%a\n" "$1" 2>/dev/null; } ;;
FreeBSD) fileperms() { stat -L -x "$1" |grep ' Mode:' |sed 's/.* Mode:[[:space:]]*([0-9]\([0-7][0-7][0-7]\).*/\1/'; } ;;
*) fileperms() {
local p s=0 c
p="$(ls -l -L "$1" |awk '{print($1);}')"
p="${p:1:9}"
while [ "$p" ]; do c=${p:0:1}; p=${p:1}; [ "x$c" == x- ]; let "s=2*s+$?"; done
printf "%03o\n" $s;
} ;;
esac
# need user (owner) of filesystem entry
case "$UNAME" in
Linux) fileuser() { stat -L --print "%U\n" "$1" 2>/dev/null; } ;;
FreeBSD) fileuser() { ls -l "$1" |awk '{print($3);}'; } ;;
*) fileuser() { ls -l "$1" |awk '{print($3);}'; } ;;
esac
if2addr4() {
local IF="$1"
if [ "$IP" ]; then
$IP address show dev "$IF" |grep "inet " |sed -e "s/.*inet //" -e "s/ .*//"
else
$IFCONFIG "$BROADCASTIF" |grep 'inet ' |awk '{print($2);}' |cut -d: -f2
fi
}
if2bc4() {
local IF="$1"
if [ "$IP" ]; then
$IP address show dev "$IF" |grep ' inet .* brd ' |awk '{print($4);}'
else
$IFCONFIG "$IF" |grep 'broadcast ' |sed 's/.*broadcast/broadcast/' |awk '{print($2);}'
fi
}
# for some tests we need a second local IPv4 address
case "$UNAME" in
Linux)
if [ "$IP" ]; then
BROADCASTIF=$($IP r get 8.8.8.8 |grep ' dev ' |sed 's/.*\<dev[[:space:]][[:space:]]*\([a-z0-9][a-z0-9]*\).*/\1/')
else
BROADCASTIF=$(route -n |grep '^0.0.0.0 ' |awk '{print($8);}')
fi
[ -z "$BROADCASTIF" ] && BROADCASTIF=eth0
SECONDADDR=127.1.0.1
SECONDMASK=255.255.0.0
BCADDR=127.255.255.255
BCIFADDR=$(if2addr4 $BROADCASTIF) ;;
FreeBSD|NetBSD|OpenBSD)
MAINIF=$($IFCONFIG -a |grep '^[a-z]' |grep -v '^lo0: ' |head -1 |cut -d: -f1)
BROADCASTIF="$MAINIF"
SECONDADDR=$($IFCONFIG "$BROADCASTIF" |grep 'inet ' |sed 's|/.*||' |awk '{print($2);}')
BCIFADDR="$SECONDADDR"
BCADDR=$($IFCONFIG "$BROADCASTIF" |grep 'broadcast ' |sed 's/.*broadcast/broadcast/' |awk '{print($2);}') ;;
HP-UX)
MAINIF=lan0 # might use "netstat -ni" for this
BROADCASTIF="$MAINIF"
SECONDADDR=$($IFCONFIG $MAINIF |tail -n 1 |awk '{print($2);}')
BCADDR=$($IFCONFIG $BROADCASTIF |grep 'broadcast ' |sed 's/.*broadcast/broadcast/' |awk '{print($2);}') ;;
SunOS)
MAINIF=$($IFCONFIG -a |grep '^[a-z]' |grep -v '^lo0: ' |head -1 |cut -d: -f1)
BROADCASTIF="$MAINIF"
#BROADCASTIF=hme0
#BROADCASTIF=eri0
#SECONDADDR=$($IFCONFIG $BROADCASTIF |grep 'inet ' |awk '{print($2);}')
SECONDADDR=$(expr "$($IFCONFIG -a |grep 'inet ' |$GREP_F -v ' 127.0.0.1 '| head -n 1)" : '.*inet \([0-9.]*\) .*')
#BCIFADDR="$SECONDADDR"
#BCADDR=$($IFCONFIG $BROADCASTIF |grep 'broadcast ' |sed 's/.*broadcast/broadcast/' |awk '{print($2);}')
;;
DragonFly)
MAINIF=$($IFCONFIG -a |grep -v ^lp |grep '^[a-z]' |grep -v '^lo0: ' |head -1 |cut -d: -f1)
BROADCASTIF="$MAINIF"
SECONDADDR=$($IFCONFIG "$BROADCASTIF" |grep 'inet ' |awk '{print($2);}')
BCIFADDR="$SECONDADDR"
BCADDR=$($IFCONFIG "$BROADCASTIF" |grep 'broadcast ' |sed 's/.*broadcast/broadcast/' |awk '{print($2);}') ;;
#AIX|FreeBSD|Solaris)
*)
SECONDADDR=$(expr "$($IFCONFIG -a |grep 'inet ' |$GREP_F -v ' 127.0.0.1 ' |head -n 1)" : '.*inet \([0-9.]*\) .*')
;;
esac
# for generic sockets we need this address in hex form
if [ "$SECONDADDR" ]; then
SECONDADDRHEX="$(printf "%02x%02x%02x%02x\n" $(echo "$SECONDADDR" |tr '.' ' '))"
fi
# for some tests we need a second local IPv6 address
case "$UNAME" in
Linux) if [ "$IP" ]; then
SECONDIP6ADDR=$(expr "$($IP address |grep 'inet6 ' |$GREP_F -v ' ::1/128 '| head -n 1)" : '.*inet6 \([0-9a-f:][0-9a-f:]*\)/.*')
else
SECONDIP6ADDR=$(expr "$($IFCONFIG -a |grep 'inet6 ' |$GREP_F -v ' ::1/128 '| head -n 1)" : '.*inet \([0-9.]*\) .*')
fi ;;
*)
SECONDIP6ADDR=$(expr "$($IFCONFIG -a |grep 'inet6 ' |$GREP_F -v ' ::1/128 '| head -n 1)" : '.*inet \([0-9.]*\) .*')
;;
esac
if [ -z "$SECONDIP6ADDR" ]; then
# case "$TESTS" in
# *%root2%*) $IFCONFIG eth0 ::2/128
# esac
SECONDIP6ADDR="$LOCALHOST6"
else
SECONDIP6ADDR="[$SECONDIP6ADDR]"
fi
case "$TERM" in
vt100|vt320|linux|xterm|cons25|dtterm|aixterm|sun-color|xterm-color|xterm-256color|screen)
# there are different behaviours of printf (and echo)
# on some systems, echo behaves different than printf...
if [ "$($PRINTF "\0101")" = "A" ]; then
RED="\0033[31m"
GREEN="\0033[32m"
YELLOW="\0033[33m"
# if [ "$UNAME" = SunOS ]; then
# NORMAL="\0033[30m"
# else
NORMAL="\0033[39m"
# fi
else
RED="\033[31m"
GREEN="\033[32m"
YELLOW="\033[33m"
# if [ "$UNAME" = SunOS ]; then
# NORMAL="\033[30m"
# else
NORMAL="\033[39m"
# fi
fi
OK="${GREEN}OK${NORMAL}"
FAILED="${RED}FAILED${NORMAL}"
NO_RESULT="${YELLOW}NO RESULT${NORMAL}"
CANT="$NO_RESULT"
;;
*) OK="OK"
FAILED="FAILED"
NO_RESULT="NO RESULT"
CANT="$NO_RESULT"
;;
esac
if [ -x /usr/xpg4/bin/id ]; then
# SunOS has rather useless tools in its default path
PATH="/usr/xpg4/bin:$PATH"
fi
OPENSSL_S_CLIENT_4=
OPENSSL_S_CLIENT_DTLS=
init_openssl_s_client () {
if openssl s_client -help 2>&1 |grep -q ' -4 '; then
OPENSSL_S_CLIENT_4="-4"
else
OPENSSL_S_CLIENT_4=" "
fi
if openssl s_client -help 2>&1 | grep -q ' -dtls '; then
OPENSSL_S_CLIENT_DTLS=-dtls
else
OPENSSL_S_CLIENT_DTLS=-dtls1
fi
}
OPENSSL_S_SERVER_4=
OPENSSL_S_SERVER_DTLS=
OPENSSL_S_SERVER_NO_IGN_EOF=
init_openssl_s_server () {
if openssl s_server -help 2>&1 |grep -q ' -4 '; then
OPENSSL_S_SERVER_4="-4"
else
OPENSSL_S_SERVER_4=" "
fi
if openssl s_server -help 2>&1 | grep -q ' -dtls '; then
OPENSSL_S_SERVER_DTLS="-dtls"
else
OPENSSL_S_SERVER_DTLS="-dtls1"
fi
if openssl s_server -help 2>&1 | grep -q ' -no-ign_eof '; then
OPENSSL_S_SERVER_NO_IGN_EOF="-no-ign_eof"
else
OPENSSL_S_SERVER_NO_IGN_EOF=" "
fi
}
[ -z "$TESTS" ] && TESTS="consistency functions filan"
# use '%' as separation char
TESTS="%$(echo " $TESTS " |tr ' ' '%')%"
[ -z "$USER" ] && USER="$LOGNAME" # HP-UX
if [ -z "$TMPDIR" ]; then
if [ -z "$TMP" ]; then
TMP=/tmp
fi
TMPDIR="$TMP"
fi
TD="$TMPDIR/$USER/$$"; td="$TD"
rm -rf "$TD" || (echo "cannot rm $TD" >&2; exit 1)
mkdir -p "$TD"
#trap "rm -r $TD" 0 3
echo "Using temp directory $TD"
case "$TESTS" in
*%consistency%*)
# test if addresses are sorted alphabetically:
$ECHO "testing if address array is sorted...\c"
TF="$TD/socat-q"
IFS="$($ECHO ' \n\t')"
if ! $SOCAT -hhh >/dev/null; then
echo "Failed: $SOCAT -hhh" >&2
exit -1
fi
$SOCAT -hhh |sed -n '/^ address-head:/,/^ opts:/ p' |grep -v -e "^ address-head:" -e "^ opts:" |sed -e 's/^[[:space:]]*//' -e 's/[: ].*//' |grep -v '^<' >"$TF"
$SOCAT -hhh |sed -n '/^ address-head:/,/^ opts:/ p' |grep -v -e "^ address-head:" -e "^ opts:" |sed -e 's/^[[:space:]]*//' -e 's/[: ].*//' |grep -v '^<' |LC_ALL=C sort |diff "$TF" - >"$TF-diff"
if [ -s "$TF-diff" ]; then
$ECHO "\n*** address array is not sorted. Wrong entries:" >&2
cat "$TD/socat-q-diff" >&2
exit 1
else
echo " ok"
fi
#/bin/rm "$TF"
#/bin/rm "$TF-diff"
esac
case "$TESTS" in
*%consistency%*)
# test if address options array ("optionnames") is sorted alphabetically:
$ECHO "testing if address options are sorted...\c"
TF="$TD/socat-qq"
$SOCAT -hhh |sed '1,/opt:/ d' |awk '{print($1);}' >"$TF"
LC_ALL=C sort "$TF" |diff "$TF" - >"$TF-diff"
if [ -s "$TF-diff" ]; then
$ECHO "\n*** option array is not sorted. Wrong entries:" >&2
cat "$TD/socat-qq-diff" >&2
exit 1
else
echo " ok"
fi
/bin/rm "$TF"
/bin/rm "$TF-diff"
esac
#==============================================================================
N=1
numOK=0
numFAIL=0
numCANT=0
listOK=
listFAIL=
listCANT=
namesFAIL=
#==============================================================================
# test if selected socat features work ("FUNCTIONS")
testecho () {
local N="$1"
local title="$2"
local arg1="$3"; [ -z "$arg1" ] && arg1="-"
local arg2="$4"; [ -z "$arg2" ] && arg2="echo"
local opts="$5"
local T="$6"; [ -z "$T" ] && T=0 # fractional seconds
local tf="$td/test$N.stdout"
local te="$td/test$N.stderr"
local tdiff="$td/test$N.diff"
local da="test$N $(date) $RANDOM"
if ! eval $NUMCOND; then :; else
#local cmd="$TRACE $SOCAT $opts $arg1 $arg2"
#$ECHO "testing $title (test $N)... \c"
$PRINTF "test $F_n %s... " $N "$title"
#echo "$da" |$cmd >"$tf" 2>"$te"
{ sleep $T; echo "$da"; sleep $T; } | { $TRACE $SOCAT $opts "$arg1" "$arg2" >"$tf" 2>"$te"; echo $? >"$td/test$N.rc"; } &
pid1=$!
#sleep 5 && kill $rc1 2>/dev/null &
# rc2=$!
wait $pid1
# kill $rc2 2>/dev/null
if [ "$(cat "$td/test$N.rc")" != 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$TRACE $SOCAT $opts $arg1 $arg2" >&2
cat "$te" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "$tf" >"$tdiff" 2>&1; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$SOCAT $opts $arg1 $arg2" >&2; fi
if [ -n "$debug" ]; then cat $te >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED:\n"
echo "$TRACE $SOCAT $opts $arg1 $arg2" >&2
cat "$te" >&2
echo diff: >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
}
# test if call to od and throughput of data works - with graceful shutdown and
# flush of od buffers
testod () {
local num="$1"
local title="$2"
local arg1="$3"; [ -z "$arg1" ] && arg1="-"
local arg2="$4"; [ -z "$arg2" ] && arg2="echo"
local opts="$5"
local T="$6"; [ -z "$T" ] && T=0 # fractional seconds
local tf="$td/test$N.stdout"
local te="$td/test$N.stderr"
local tr="$td/test$N.ref"
local tdiff="$td/test$N.diff"
local dain="$(date) $RANDOM"
if ! eval $NUMCOND; then :; else
echo "$dain" |$OD_C >"$tr"
# local daout="$(echo "$dain" |$OD_C)"
$PRINTF "test $F_n %s... " $num "$title"
(sleep $T; echo "$dain"; sleep $T) |$TRACE $SOCAT $opts "$arg1" "$arg2" >"$tf" 2>"$te"
if [ "$?" != 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$TRACE $SOCAT $opts $arg1 $arg2"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $num"
# elif echo "$daout" |diff - "$tf" >"$tdiff" 2>&1; then
elif diff "$tr" "$tf" >"$tdiff" 2>&1; then
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED: diff:\n"
echo "$TRACE $SOCAT $opts $arg1 $arg2"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $num"
fi
fi # NUMCOND
}
# test if the socat executable has these features compiled in
# print the first missing address type
testfeats () {
local a A;
for a in $@; do
A=$(echo "$a" |tr 'a-z-' 'A-Z_')
if [ "$A" = "IP" ]; then
if SOCAT_MAIN_WAIT= $SOCAT -V |grep "#define WITH_IP4 1\$" >/dev/null ||
SOCAT_MAIN_WAIT= $SOCAT -V |grep "#define WITH_IP6 1\$" >/dev/null; then
shift
continue
else
echo "$a"
return 1
fi
fi
if SOCAT_MAIN_WAIT= $SOCAT -V |grep "#define WITH_$A 1\$" >/dev/null; then
if [[ "$A" =~ OPENSSL.* ]]; then
gentestcert testsrv
gentestcert testcli
fi
shift
continue
fi
echo "$a"
return 1
done
return 0
}
# test if the socat executable has these address types compiled in
# print the first missing address type
testaddrs () {
local a A;
for a in $@; do
A=$(echo "$a" |tr 'a-z' 'A-Z')
# the ::::: forces syntax errer and prevents the address from doing anything
if ! $SOCAT $A::::: /dev/null 2>&1 </dev/null |grep -q "E unknown device/address"; then
shift
continue
fi
echo "$a"
return 1
done
return 0
}
# test if the socat executable has these options compiled in
# print the first missing option
testoptions () {
local a A;
for a in $@; do
A=$(echo "$a" |tr 'a-z' 'A-Z')
if $SOCAT -hhh |grep "[^a-z0-9-]$a[^a-z0-9-]" >/dev/null; then
shift
continue
fi
echo "$a"
return 1
done
return 0
}
# check if the given pid exists and has child processes
# if yes: prints child process lines to stdout, returns 0
# if not: prints ev.message to stderr, returns 1
childprocess () {
local l
case "$UNAME" in
AIX) l="$(ps -fade |grep "^........ ...... $(printf %6u $1)")" ;;
FreeBSD) l="$(ps -faje |grep "^........ ..... $(printf %5u $1)")" ;;
HP-UX) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)")" ;;
Linux) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)")" ;;
# NetBSD) l="$(ps -aj |grep "^........ ..... $(printf %4u $1)")" ;;
NetBSD) l="$(ps -aj |grep "^[^ ][^ ]*[ ][ ]*..... $(printf %5u $1)")" ;;
OpenBSD) l="$(ps -aj |grep "^........ ..... $(printf %5u $1)")" ;;
SunOS) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)")" ;;
DragonFly)l="$(ps -faje |grep "^[^ ][^ ]*[ ][ ]*..... $(printf %5u $1)")" ;;
CYGWIN*) l="$(ps -pafe |grep "^[^ ]*[ ][ ]*[^ ][^ ]*[ ][ ]*$1[ ]")" ;;
*) l="$(ps -fade |grep "^[^ ][^ ]*[ ][ ]*[0-9][0-9]**[ ][ ]*$(printf %5u $1) ")" ;; esac
if [ -z "$l" ]; then
return 1;
fi
echo "$l"
return 0
}
# return a list of child process pids [killchild]
childpids () {
local recursive i
if [ "X$1" = "X-r" ]; then recursive=1; shift; fi
case "$UNAME" in
AIX) l="$(ps -fade |grep "^........ ...... $(printf %6u $1)" |awk '{print($2);}')" ;;
FreeBSD) l="$(ps -fl |grep "^[^ ][^ ]*[ ][ ]*[0-9][0-9]*[ ][ ]*$1[ ]" |awk '{print($2);}')" ;;
HP-UX) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)" |awk '{print($2);}')" ;;
# Linux) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)" |awk '{print($2);}')" ;;
Linux) l="$(ps -fade |grep "^[^[:space:]][^[:space:]]*[[:space:]][[:space:]]*[^[:space:]][^[:space:]]*[[:space:]][[:space:]]*$1 " |awk '{print($2);}')" ;;
# NetBSD) l="$(ps -aj |grep "^........ ..... $(printf %4u $1)" |awk '{print($2);}')" ;;
NetBSD) l="$(ps -aj |grep "^[^ ][^ ]*[ ][ ]*..... $(printf %5u $1)" |awk '{print($2);}')" ;;
OpenBSD) l="$(ps -aj |grep "^........ ..... $(printf %5u $1)" |awk '{print($2);}')" ;;
SunOS) l="$(ps -fade |grep "^........ ..... $(printf %5u $1)" |awk '{print($2);}')" ;;
DragonFly)l="$(ps -faje |grep "^[^ ][^ ]*[ ][ ]*..... $(printf %5u $1)" |awk '{print($2);}')" ;;
CYGWIN*) l="$(ps -pafe |grep "^[^ ]*[ ][ ]*[^ ][^ ]*[ ][ ]*$1[ ]" |awk '{print($2);}')" ;;
*) l="$(ps -fade |grep "^[^ ][^ ]*[ ][ ]*[0-9][0-9]*[ ][ ]*$(printf %5u $1) " |awk '{print($2);}')" ;; esac
if [ -z "$l" ]; then
return 1;
fi
if [ "$recursive" ]; then
for i in $l; do
l="$l $(childpids -r $i)"
done
fi
echo "$l"
return 0
}
# check if the given process line refers to a defunct (zombie) process
# yes: returns 0
# no: returns 1
isdefunct () {
local l
case "$UNAME" in
AIX) l="$(echo "$1" |grep ' <defunct>$')" ;;
FreeBSD) l="$(echo "$1" |grep ' <defunct>$')" ;;
HP-UX) l="$(echo "$1" |grep ' <defunct>$')" ;;
Linux) l="$(echo "$1" |grep ' <defunct>$')" ;;
SunOS) l="$(echo "$1" |grep ' <defunct>$')" ;;
DragonFly)l="$(echo "$1" |grep ' <defunct>$')" ;;
*) l="$(echo "$1" |grep ' <defunct>$')" ;;
esac
[ -n "$l" ];
}
# check if UNIX socket protocol is available on host
runsunix () {
return 0;
$TRACE $SOCAT /dev/null UNIX-LISTEN:"$td/unix.socket" 2>"$td/unix.stderr" &
pid=$!
relsleep 1
kill "$pid" 2>/dev/null
test ! -s "$td/unix.stderr"
}
unset HAVENOT_IP4
# check if an IP4 loopback interface exists
runsip4 () {
[ -n "$HAVENOT_IP4" ] && return $HAVENOT_IP4
local l
case "$UNAME" in
AIX) l=$($IFCONFIG lo0 |$GREP_F 'inet 127.0.0.1 ') ;;
FreeBSD) l=$($IFCONFIG lo0 |$GREP_F 'inet 127.0.0.1 ') ;;
HP-UX) l=$($IFCONFIG lo0 |$GREP_F 'inet 127.0.0.1 ') ;;
Linux) if [ "$IP" ]; then
l=$($IP address |$GREP_E ' inet 127.0.0.1/')
else
l=$($IFCONFIG |$GREP_E 'inet (addr:)?127\.0\.0\.1 ')
fi ;;
NetBSD)l=$($IFCONFIG -a |grep 'inet 127\.0\.0\.1\>');;
OpenBSD)l=$($IFCONFIG -a |$GREP_F 'inet 127.0.0.1 ');;
OSF1) l=$($IFCONFIG -a |grep ' inet ') ;;
SunOS) l=$($IFCONFIG -a |grep 'inet ') ;;
Darwin)l=$($IFCONFIG lo0 |$GREP_F 'inet 127.0.0.1 ') ;;
DragonFly)l=$($IFCONFIG -a |$GREP_F 'inet 127.0.0.1 ');;
CYGWIN*) l=$(ipconfig |grep IPv4);;
*) l=$($IFCONFIG -a |grep ' ::1[^:0-9A-Fa-f]') ;;
esac
[ -z "$l" ] && return 1
# existence of interface might not suffice, check for routeability:
case "$UNAME" in
Darwin) ping -c 1 127.0.0.1 >/dev/null 2>&1; l="$?" ;;
Linux) ping -c 1 127.0.0.1 >/dev/null 2>&1; l="$?" ;;
*) if [ -n "$l" ]; then l=0; else l=1; fi ;;
esac
HAVENOT_IP4=$l
if [ "$HAVENOT_IP4" -ne 0 ]; then
echo IP4
fi
return $l;
}
unset HAVENOT_IP6
# check if an IP6 loopback interface exists
runsip6 () {
[ -n "$HAVENOT_IP6" ] && return $HAVENOT_IP6
local l
case "$UNAME" in
AIX) l=$($IFCONFIG lo0 |grep 'inet6 ::1[/%]') ;;
HP-UX) l=$($IFCONFIG lo0 |grep ' inet6 ') ;;
Linux) if [ "$IP" ]; then
l=$($IP address |$GREP_E 'inet6 ::1/128')
else
l=$($IFCONFIG |$GREP_E 'inet6 (addr: )?::1/?')
fi ;;
NetBSD)l=$($IFCONFIG -a |grep 'inet6 ::1\>');;
OSF1) l=$($IFCONFIG -a |grep ' inet6 ') ;;
SunOS) l=$($IFCONFIG -a |grep 'inet6 ') ;;
Darwin)l=$($IFCONFIG lo0 |grep 'inet6 ::1 ') ;;
CYGWIN*) l=$(ipconfig |grep IPv6);;
*) l=$($IFCONFIG -a |grep ' ::1[^:0-9A-Fa-f]') ;;
esac
[ -z "$l" ] && return 1
# existence of interface might not suffice, check for routeability:
case "$UNAME" in
Darwin) $PING6 -c 1 ::1 >/dev/null 2>&1; l="$?" ;;
Linux) $PING6 -c 1 ::1 >/dev/null 2>&1; l="$?" ;;
*) if [ -n "$l" ]; then l=0; else l=1; fi ;;
esac
HAVENOT_IP6=$l
if [ "$HAVENOT_IP6" -ne 0 ]; then
echo IP6
fi
return "$HAVENOT_IP6"
}
# check if TCP on IPv4 is available on host
runstcp4 () {
runsip4 >/dev/null || { echo TCP4; return 1; }
$SOCAT -h |grep -i ' TCP4-' >/dev/null || return 1
return 0;
}
# check if TCP on IPv6 is available on host
runstcp6 () {
runsip6 >/dev/null || { echo TCP6; return 1; }
$SOCAT -h |grep -i ' TCP6-' >/dev/null || return 1
return 0;
}
# check if UDP on IPv4 is available on host
runsudp4 () {
runsip4 >/dev/null || { echo UDP4; return 1; }
$SOCAT -h |grep -i ' UDP4-' >/dev/null || return 1
return 0;
}
# check if UDP on IPv6 is available on host
runsudp6 () {
runsip6 >/dev/null || { echo UDP6; return 1; }
$SOCAT -h |grep -i ' UDP6-' >/dev/null || return 1
return 0;
}
# check if SCTP on IPv4 is available on host
runssctp4 () {
runsip4 >/dev/null || { echo SCTP4; return 1; }
$SOCAT -h |grep -i ' SCTP4-' >/dev/null || return 1
$SOCAT /dev/null SCTP4-L:0,accept-timeout=0.001 2>/dev/null || return 1;
return 0;
}
# check if SCTP on IPv6 is available on host
runssctp6 () {
runsip6 >/dev/null || { echo SCTP6; return 1; }
$SOCAT -h |grep -i ' SCTP6-' >/dev/null || return 1
$SOCAT /dev/null SCTP6-L:0,accept-timeout=0.001 2>/dev/null || return 1;
return 0;
}
# check if DCCP on IPv4 is available on host
runsdccp4 () {
runsip4 >/dev/null || { echo DCCP4; return 1; }
$SOCAT -h |grep -i ' DCCP4-' >/dev/null || return 1
$SOCAT /dev/null DCCP4-L:0,accept-timeout=0.001 2>/dev/null || return 1;
return 0;
}
# check if DCCP on IPv6 is available on host
runsdccp6 () {
runsip6 >/dev/null || { echo DCCP6; return 1; }
$SOCAT -h |grep -i ' DCCP6-' >/dev/null || return 1
$SOCAT /dev/null DCCP6-L:0,accept-timeout=0.001 2>/dev/null || return 1;
return 0;
}
# check if UDPLITE on IPv4 is available on host
runsudplite4 () {
runsip4 >/dev/null || { echo UDPLITE4; return 1; }
$SOCAT -u -T 0.001 /dev/null UDPLITE4-SENDTO:$LOCALHOST4:0 2>/dev/null || return 1;
return 0;
}
# check if UDPLITE on IPv6 is available on host
runsudplite6 () {
runsip6 >/dev/null || { echo UDPLITE6; return 1; }
$SOCAT -u -T 0.001 /dev/null UDPLITE6-SENDTO:$LOCALHOST6:0 2>/dev/null || return 1;
return 0;
}
# check if UNIX domain sockets work
runsunix () {
# for now...
return 0;
}
routesip6 () {
runsip6 >/dev/null || { echo route6; return 1; }
ping -c 1 -s 0 -6 2606:4700:4700::1111 >/dev/null 2>&1 || { echo route6; return 1; }
return 0;
}
# Perform a couple of checks to make sure the test has a chance of a useful
# result:
# platform is supported, features compiled in, addresses and options
# available; needs root; is allowed to access the internet
checkconds() {
local unames="$(echo "$1")" # must be one of... exa: "Linux,FreeBSD"
local root="$2" # "root" or ""
local progs="$(echo "$3" |tr 'A-Z,' 'a-z ')" # exa: "nslookup"
local feats="$(echo "$4" |tr 'a-z,' 'A-Z ')" # list of req.features (socat -V)
local addrs="$(echo "$5" |tr 'a-z,' 'A-Z ')" # list of req.addresses (socat -h)
local opts="$(echo "$6" |tr 'A-Z,' 'a-z ')" # list of req.options (socat -hhh)
local runs="$(echo "$7" |tr , ' ')" # list of req.protocols, exa: "sctp6"
local inet="$8" # when "internet": needs allowance
local i
if [ "$unames" ]; then
local uname="$(echo $UNAME |tr 'A-Z' 'a-z')"
for i in $unames; do
if [ "$uname" = "$(echo "$i" |tr 'A-Z,' 'a-z ')" ]; then
# good, mark as passed
i=
break;
fi
done
[ "$i" ] && { echo "Only on (one of) $unames"; return 255; }
fi
if [ "$root" = "root" ]; then
if [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
echo "Must be root"
return 255
fi
fi
if [ "$progs" ]; then
for i in $progs; do
if ! type >/dev/null 2>&1; then
echo "Program $i not available"
return 255
fi
done
fi
if [ "$feats" ]; then
if ! F=$(testfeats $feats); then
echo "Feature $F not configured in $SOCAT"
return 255
fi
fi
if [ "$addrs" ]; then
if ! A=$(testaddrs - $addrs); then
echo "Address $A not available in $SOCAT"
return 255
fi
fi
if [ "$opts" ]; then
if ! o=$(testoptions $opts); then
echo "Option $o not available in $SOCAT"
return 255
fi
fi
if [ "$runs" ]; then
for i in $runs; do
if ! runs$i >/dev/null; then
echo "$i not available on host"
return 255;
fi
done
fi
if [ "$inet" ]; then
if [ -z "$NTERNET" ]; then
echo "Use test.sh option --internet"
return 255
fi
fi
return 0
}
# wait until an IP4 protocol is ready
waitip4proto () {
local proto="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -n -w -l |grep '^\(raw\|UNCONN\) .* .*[0-9*]:'$proto' [ ]*0\.0\.0\.0:\*')
else
l=$(netstat -n -w -l |grep '^raw .* .*[0-9*]:'$proto' [ ]*0\.0\.0\.0:\*')
fi ;;
# FreeBSD) l=$(netstat -an |$GREP_E '^raw46? .*[0-9*]\.'$proto' .* \*\.\*') ;;
# NetBSD) l=$(netstat -an |grep '^raw .*[0-9*]\.'$proto' [ ]* \*\.\*') ;;
# OpenBSD) l=$(netstat -an |grep '^raw .*[0-9*]\.'$proto' [ ]* \*\.\*') ;;
# Darwin) case "$(uname -r)" in
# [1-5]*) l=$(netstat -an |grep '^raw.* .*[0-9*]\.'$proto' .* \*\.\*') ;;
# *) l=$(netstat -an |grep '^raw4.* .*[0-9*]\.'$proto' .* \*\.\* .*') ;;
# esac ;;
AIX) # does not seem to show raw sockets in netstat
relsleep 5; return 0 ;;
# SunOS) l=$(netstat -an -f inet -P raw |grep '.*[1-9*]\.'$proto' [ ]*Idle') ;;
# HP-UX) l=$(netstat -an |grep '^raw 0 0 .*[0-9*]\.'$proto' .* \*\.\* ') ;;
# OSF1) l=$(/usr/sbin/netstat -an |grep '^raw 0 0 .*[0-9*]\.'$proto' [ ]*\*\.\*') ;;
*) #l=$(netstat -an |grep -i 'raw .*[0-9*][:.]'$proto' ') ;;
relsleep 5; return 0 ;;
esac
[ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ] && return 0
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!protocol $proto timed out! \c" >&2
return 1
}
# we need this misleading function name for canonical reasons
waitip4port () {
waitip4proto "$1" "$2" "$3"
}
# wait until an IP6 protocol is ready
waitip6proto () {
local proto="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux)
if [ "$SS" ]; then
l=$($SS -n -w -l |grep '^\(raw\|UNCONN\) .* \*:'$proto' [ ]*\*:\*')
else
l=$(netstat -n -w -l |grep '^raw[6 ] .* .*:[0-9*]*:'$proto' [ ]*:::\*')
fi ;;
# FreeBSD) l=$(netstat -an |$GREP_E '^raw46? .*[0-9*]\.'$proto' .* \*\.\*') ;;
# NetBSD) l=$(netstat -an |grep '^raw .*[0-9*]\.'$proto' [ ]* \*\.\*') ;;
# OpenBSD) l=$(netstat -an |grep '^raw .*[0-9*]\.'$proto' [ ]* \*\.\*') ;;
# Darwin) case "$(uname -r)" in
# [1-5]*) l=$(netstat -an |grep '^raw.* .*[0-9*]\.'$proto' .* \*\.\*') ;;
# *) l=$(netstat -an |grep '^raw4.* .*[0-9*]\.'$proto' .* \*\.\* .*') ;;
# esac ;;
AIX) # does not seem to show raw sockets in netstat
relsleep 5; return 0 ;;
# SunOS) l=$(netstat -an -f inet -P raw |grep '.*[1-9*]\.'$proto' [ ]*Idle') ;;
# HP-UX) l=$(netstat -an |grep '^raw 0 0 .*[0-9*]\.'$proto' .* \*\.\* ') ;;
# OSF1) l=$(/usr/sbin/netstat -an |grep '^raw 0 0 .*[0-9*]\.'$proto' [ ]*\*\.\*') ;;
*) #l=$(netstat -an |$GREP_E -i 'raw6? .*[0-9*][:.]'$proto' ') ;;
relsleep 5; return 0 ;;
esac
[ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ] && return 0
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!protocol $proto timed out! \c" >&2
return 1
}
# we need this misleading function name for canonical reasons
waitip6port () {
waitip6proto "$1" "$2" "$3"
}
# Check if a TCP port is in use
# exits with 0 when it is not used
checktcpport () {
local port="$1"
local l
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -a -n -t |grep ".*:$port\>")
else
l=$(netstat -a -n -t |grep '^tcp.* .*[0-9*]:'$port' .*')
fi ;;
FreeBSD) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' .* .*') ;;
NetBSD) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' [ ]* .* [ ]*.*') ;;
Darwin) case "$(uname -r)" in
[1-5]*) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' .* .* .*') ;;
*) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' .* .* .*') ;;
esac ;;
AIX) l=$(netstat -an |grep '^tcp.* 0 0 .*[*0-9]\.'$port' .*') ;;
SunOS) l=$(netstat -an -f inet -P tcp |grep '.*[1-9*]\.'$port' .*\* 0 .*') ;;
HP-UX) l=$(netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' .*') ;;
OSF1) l=$(/usr/sbin/netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*') ;;
CYGWIN*) l=$(netstat -an -p TCP |grep '^ TCP [0-9.]*:'$port' .*') ;;
DragonFly)l=$(netstat -ant |grep '^tcp.* .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'tcp .*[0-9*][:.]'$port' .*') ;;
esac
[ -z "$l" ] && return 0
return 1
}
checktcp4port () {
checktcpport $1
}
# wait until a TCP4 listen port is ready
waittcp4port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening (default)
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while true; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -l -n -t |grep "^LISTEN .*:$port\>")
else
l=$(netstat -a -n -t |grep '^tcp .* .*[0-9*]:'$port' .* LISTEN')
fi ;;
FreeBSD) l=$(netstat -an |grep '^tcp4.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
NetBSD) l=$(netstat -an |grep '^tcp .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]* LISTEN.*') ;;
Darwin) case "$(uname -r)" in
[1-5]*) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
*) l=$(netstat -an |grep '^tcp4.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
esac ;;
AIX) l=$(netstat -an |grep '^tcp[^6] 0 0 .*[*0-9]\.'$port' .* LISTEN$') ;;
SunOS) l=$(netstat -an -f inet -P tcp |grep '.*[1-9*]\.'$port' .*\* .* 0 .* LISTEN') ;;
HP-UX) l=$(netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' .* LISTEN$') ;;
OSF1) l=$(/usr/sbin/netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*LISTEN') ;;
CYGWIN*) l=$(netstat -an -p TCP |grep '^ TCP [0-9.]*:'$port' .* LISTENING') ;;
DragonFly) l=$(netstat -ant |grep '^tcp4 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]* LISTEN.*') ;;
*) l=$(netstat -an |grep -i 'tcp .*[0-9*][:.]'$port' .* listen') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
if [ $timeout -le 0 ]; then
set ${vx}vx
return 1
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# Check if a UDP4 port is in use
# exits with 0 when it is not used
checkudpport () {
local port="$1"
local l
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -a -n -u |grep ".*:$port\>")
else
l=$(netstat -a -n -u |grep '^udp.* .*[0-9*]:'$port' .*')
fi ;;
FreeBSD) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
NetBSD) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*.*') ;;
Darwin) case "$(uname -r)" in
[1-5]*) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
*) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
esac ;;
AIX) l=$(netstat -an |grep '^udp.* 0 0 .*[*0-9]\.'$port' .*') ;;
SunOS) l=$(netstat -an -f inet -P udp |grep '.*[1-9*]\.'$port' .*\* 0 .*') ;;
HP-UX) l=$(netstat -an |grep '^udp.* 0 0 .*[0-9*]\.'$port' .*') ;;
OSF1) l=$(/usr/sbin/netstat -an |grep '^udp.* 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*') ;;
CYGWIN*) l=$(netstat -an -p UDP |grep '^ UDP [0-9.]*:'$port' .*') ;;
DragonFly)l=$(netstat -ant |grep '^udp.* .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'udp .*[0-9*][:.]'$port' .*') ;;
esac
[ -z "$l" ] && return 0
return 1
}
checkudp4port () {
checkudpport $1
}
# wait until a UDP4 port is ready
waitudp4port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -4 -l -n -u |grep "^UNCONN .*:$port\>")
else
l=$(netstat -a -n -u -l |grep '^udp .* .*[0-9*]:'$port' [ ]*0\.0\.0\.0:\*')
fi ;;
FreeBSD) l=$(netstat -an |$GREP_E '^udp46? .*[0-9*]\.'$port' .* \*\.\*') ;;
NetBSD) l=$(netstat -an |grep '^udp .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
OpenBSD) l=$(netstat -an |grep '^udp .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
Darwin) case "$(uname -r)" in
[1-5]*) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' .* \*\.\*') ;;
*) l=$(netstat -an |grep '^udp4.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
esac ;;
AIX) l=$(netstat -an |grep '^udp[4 ] 0 0 .*[*0-9]\.'$port' .* \*\.\*[ ]*$') ;;
SunOS) l=$(netstat -an -f inet -P udp |grep '.*[1-9*]\.'$port' [ ]*Idle') ;;
HP-UX) l=$(netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' .* \*\.\* ') ;;
OSF1) l=$(/usr/sbin/netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' [ ]*\*\.\*') ;;
DragonFly) l=$(netstat -an |grep '^udp4 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'udp .*[0-9*][:.]'$port' ') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# Check if a SCTP port is in use
# exits with 0 when it is not used
checksctpport () {
local port="$1"
local l
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -a -n |grep "^sctp.*:$port\>")
else
l=$(netstat -a -n |grep '^sctp.* .*[0-9*]:'$port' .*')
fi ;;
FreeBSD) l=$(netstat -an |grep '^sctp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
NetBSD) l=$(netstat -an |grep '^sctp.* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*.*') ;;
Darwin) case "$(uname -r)" in
[1-5]*) l=$(netstat -an |grep '^sctp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
*) l=$(netstat -an |grep '^sctp.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
esac ;;
AIX) l=$(netstat -an |grep '^sctp.* 0 0 .*[*0-9]\.'$port' .*') ;;
SunOS) l=$(netstat -an -f inet -P sctp |grep '.*[1-9*]\.'$port' .*\* 0 .*') ;;
HP-UX) l=$(netstat -an |grep '^sctp 0 0 .*[0-9*]\.'$port' .*') ;;
OSF1) l=$(/usr/sbin/netstat -an |grep '^sctp.* 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*') ;;
CYGWIN*) l=$(netstat -an -p SCTP |grep '^ SCTP [0-9.]*:'$port' .*') ;;
DragonFly)l=$(netstat -ant |grep '^sctp.* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'sctp.*[0-9*][:.]'$port' .*') ;;
esac
[ -z "$l" ] && return 0
return 1
}
checksctp4port () {
checksctpport $1
}
# wait until an SCTP4 listen port is ready
waitsctp4port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -4 -n 2>/dev/null |grep "^sctp.*LISTEN .*:$port\>")
else
l=$(netstat -n -a |grep '^sctp .*[0-9*]:'$port' .* LISTEN')
fi ;;
# FreeBSD) l=$(netstat -an |grep '^tcp4.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
# NetBSD) l=$(netstat -an |grep '^tcp .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]* LISTEN.*') ;;
# Darwin) case "$(uname -r)" in
# [1-5]*) l=$(netstat -an |grep '^tcp.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
# *) l=$(netstat -an |grep '^tcp4.* .*[0-9*]\.'$port' .* \*\.\* .* LISTEN') ;;
# esac ;;
# AIX) l=$(netstat -an |grep '^tcp[^6] 0 0 .*[*0-9]\.'$port' .* LISTEN$') ;;
SunOS) l=$(netstat -an -f inet -P sctp |grep '.*[1-9*]\.'$port' .*\* 0 .* LISTEN') ;;
# HP-UX) l=$(netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' .* LISTEN$') ;;
# OSF1) l=$(/usr/sbin/netstat -an |grep '^tcp 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*LISTEN') ;;
# CYGWIN*) l=$(netstat -an -p TCP |grep '^ TCP [0-9.]*:'$port' .* LISTENING') ;;
*) l=$(netstat -an |grep -i 'sctp .*[0-9*][:.]'$port' .* listen') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# wait until a UDPLITE4 port is ready
waitudplite4port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) #if [ "$SS" ]; then
#l=$($SS -4 -l -n -u |grep "^UNCONN .*:$port\>")
#else
if ! netstat -nU >/dev/null 2>&1; then
return 0 # speculative
fi
l=$(netstat -a -n -U -l |grep '^udpl .* .*[0-9*]:'$port' [ ]*0\.0\.0\.0:\*')
#fi
;;
FreeBSD) l=$(netstat -an |$GREP_E '^udpl46? .*[0-9*]\.'$port' .* \*\.\*') ;;
NetBSD) l=$(netstat -an |grep '^udpl .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
OpenBSD) l=$(netstat -an |grep '^udpl .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
#Darwin) case "$(uname -r)" in
# [1-5]*) l=$(netstat -an |grep '^udp.* .*[0-9*]\.'$port' .* \*\.\*') ;;
# *) l=$(netstat -an |grep '^udp4.* .*[0-9*]\.'$port' .* \*\.\* .*') ;;
# esac ;;
#AIX) l=$(netstat -an |grep '^udp[4 ] 0 0 .*[*0-9]\.'$port' .* \*\.\*[ ]*$') ;;
#SunOS) l=$(netstat -an -f inet -P udp |grep '.*[1-9*]\.'$port' [ ]*Idle') ;;
#HP-UX) l=$(netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' .* \*\.\* ') ;;
#OSF1) l=$(/usr/sbin/netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' [ ]*\*\.\*') ;;
#DragonFly) l=$(netstat -an |grep '^udp4 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'udp .*[0-9*][:.]'$port' ') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
relsleep 1
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# check if a TCP6 port is in use
# exits with 0 when it is not used
checktcp6port () {
checktcpport $1
}
# wait until a tcp6 listen port is ready
waittcp6port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -6 -n -t -l |grep "^LISTEN .*:$port\>")
#l=$($SS -6 -n -t -l |grep "^tcp6* .*:$port\>")
else
l=$(netstat -an |$GREP_E '^tcp6? .* [0-9a-f:%]*:'$port' .* LISTEN')
fi ;;
FreeBSD) l=$(netstat -an |$GREP_E -i 'tcp(6|46) .*[0-9*][:.]'$port' .* listen') ;;
NetBSD) l=$(netstat -an |grep '^tcp6 .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
OpenBSD) l=$(netstat -an |grep -i 'tcp6 .*[0-9*][:.]'$port' .* listen') ;;
Darwin) l=$(netstat -an |$GREP_E '^tcp4?6 +[0-9]+ +[0-9]+ +[0-9a-z:%*]+\.'$port' +[0-9a-z:%*.]+ +LISTEN') ;;
AIX) l=$(netstat -an |grep '^tcp[6 ] 0 0 .*[*0-9]\.'$port' .* LISTEN$') ;;
SunOS) l=$(netstat -an -f inet6 -P tcp |grep '.*[1-9*]\.'$port' .*\* [ ]* 0 .* LISTEN') ;;
#OSF1) l=$(/usr/sbin/netstat -an |grep '^tcp6 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*LISTEN') /*?*/;;
DragonFly) l=$(netstat -ant |grep '^tcp6 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]* LISTEN.*') ;;
*) l=$(netstat -an |grep -i 'tcp6 .*:'$port' .* listen') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
#echo set ${vx}vx >&2
set ${vx}vx
return 1
}
# Check if a UDP6 port is in use
# exits with 0 when it is not used
checkudp6port () {
checkudpport $1
}
# wait until a UDP6 port is ready
waitudp6port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
# CAUTION!!! ss from iproute2 4.15.0-2ubuntu on 18-04 changes
# the output format when writing to pipe
l=$($SS -6 -u -l -n |grep "^UNCONN.*:$port\>")
else
l=$(netstat -an |$GREP_E '^udp6? .* .*[0-9*:%]:'$port' [ ]*:::\*')
fi ;;
FreeBSD) l=$(netstat -an |$GREP_E '^udp(6|46) .*[0-9*]\.'$port' .* \*\.\*') ;;
NetBSD) l=$(netstat -an |grep '^udp6 .* \*\.'$port' [ ]* \*\.\*') ;;
OpenBSD) l=$(netstat -an |grep '^udp6 .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
Darwin) l=$(netstat -an |$GREP_E '^udp4?6 +[0-9]+ +[0-9]+ +[0-9a-z:%*]+\.'$port' +[0-9a-z:%*.]+') ;;
AIX) l=$(netstat -an |grep '^udp[6 ] 0 0 .*[*0-9]\.'$port' .* \*\.\*[ ]*$') ;;
SunOS) l=$(netstat -an -f inet6 -P udp |grep '.*[1-9*]\.'$port' [ ]*Idle') ;;
#HP-UX) l=$(netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' ') ;;
#OSF1) l=$(/usr/sbin/netstat -an |grep '^udp6 0 0 .*[0-9*]\.'$port' [ ]*\*\.\*') ;;
DragonFly) l=$(netstat -ant |grep '^udp6 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'udp .*[0-9*][:.]'$port' ') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# Check if a SCTP6 port is in use
# exits with 0 when it is not used
checksctp6port () {
checksctpport $1
}
# wait until a sctp6 listen port is ready
# not all (Linux) variants show this in netstat
waitsctp6port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) if [ "$SS" ]; then
l=$($SS -6 -n 2>/dev/null |grep "^LISTEN .*:$port\>")
else
l=$(netstat -an |grep '^sctp[6 ] .* [0-9a-f:]*:'$port' .* LISTEN')
fi ;;
# FreeBSD) l=$(netstat -an |grep -i 'tcp[46][6 ] .*[0-9*][:.]'$port' .* listen') ;;
# NetBSD) l=$(netstat -an |grep '^tcp6 .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
# OpenBSD) l=$(netstat -an |grep -i 'tcp6 .*[0-9*][:.]'$port' .* listen') ;;
# AIX) l=$(netstat -an |grep '^tcp[6 ] 0 0 .*[*0-9]\.'$port' .* LISTEN$') ;;
SunOS) l=$(netstat -an -f inet6 -P sctp |grep '.*[1-9*]\.'$port' .*\* [ ]* 0 .* LISTEN') ;;
# #OSF1) l=$(/usr/sbin/netstat -an |grep '^tcp6 0 0 .*[0-9*]\.'$port' [ ]*\*\.\* [ ]*LISTEN') /*?*/;;
*) l=$(netstat -an |grep -i 'stcp6 .*:'$port' .* listen') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# wait until a UDPLITE6 port is ready
waitudplite6port () {
local port="$1"
local logic="$2" # 0..wait until free; 1..wait until listening
local timeout="$3"
local l
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
case "$UNAME" in
Linux) #if [ "$SS" ]; then
#l=$($SS -6 -u -l -n |grep "^UNCONN .*:$port\>")
#else
if ! netstat -nU >/dev/null 2>&1; then
return 0 # speculative
fi
l=$(netstat -an |$GREP_E '^udpl6? .* .*[0-9*:%]:'$port' [ ]*:::\*')
#fi
;;
FreeBSD) l=$(netstat -an |$GREP_E '^udpl(6|46) .*[0-9*]\.'$port' .* \*\.\*') ;;
NetBSD) l=$(netstat -an |grep '^udpl6 .* \*\.'$port' [ ]* \*\.\*') ;;
OpenBSD) l=$(netstat -an |grep '^udpl6 .*[0-9*]\.'$port' [ ]* \*\.\*') ;;
Darwin) l=$(netstat -an |$GREP_E '^udpl4?6 +[0-9]+ +[0-9]+ +[0-9a-z:%*]+\.'$port' +[0-9a-z:%*.]+') ;;
#AIX) l=$(netstat -an |grep '^udp[6 ] 0 0 .*[*0-9]\.'$port' .* \*\.\*[ ]*$') ;;
#SunOS) l=$(netstat -an -f inet6 -P udp |grep '.*[1-9*]\.'$port' [ ]*Idle') ;;
#HP-UX) l=$(netstat -an |grep '^udp 0 0 .*[0-9*]\.'$port' ') ;;
#OSF1) l=$(/usr/sbin/netstat -an |grep '^udp6 0 0 .*[0-9*]\.'$port' [ ]*\*\.\*') ;;
#DragonFly) l=$(netstat -ant |grep '^udp6 .* .*[0-9*]\.'$port' [ ]* \*\.\* [ ]*') ;;
*) l=$(netstat -an |grep -i 'udp .*[0-9*][:.]'$port' ') ;;
esac
if [ \( \( $logic -ne 0 \) -a -n "$l" \) -o \
\( \( $logic -eq 0 \) -a -z "$l" \) ]; then
set ${vx}vx
return 0
fi
relsleep 1
timeout=$((timeout-1))
done
$ECHO "!port $port timed out! \c" >&2
set ${vx}vx
return 1
}
# we need this misleading function name for canonical reasons
waitunixport () {
waitfile "$1" "$2" "$3"
}
# Not implemented
waitabstractport () {
relsleep 5
}
# wait until a filesystem entry exists
waitfile () {
local crit=-e
case "X$1" in X-*) crit="$1"; shift ;; esac
local file="$1"
local logic="$2" # 0..wait until gone; 1..wait until exists (default);
# 2..wait until not empty
local timeout="$3"
local vx=+; case $- in *vx*) set +vx; vx=-; esac # no tracing here
[ "$logic" ] || logic=1
[ "$logic" -eq 2 ] && crit=-s
[ "$timeout" ] || timeout=5
while [ $timeout -gt 0 ]; do
if [ \( $logic -ne 0 -a $crit "$file" \) -o \
\( $logic -eq 0 -a ! $crit "$file" \) ]; then
set ${vx}vx
return 0
fi
sleep $val_t
timeout=$((timeout-1))
done
echo "file $file timed out" >&2
set ${vx}vx
return 1
}
# system dependent values
case "$UNAME" in
SunOS) SOCK_SEQPACKET=6 ;;
*) SOCK_SEQPACKET=5 ;;
esac
# generate a test certificate and key
gentestcert () {
local name="$1"
if ! [ -f testcert.dh ]; then
openssl dhparam -out testcert.dh $RSABITS
fi
if [ -s $name.key -a -s $name.crt -a -s $name.pem ]; then return; fi
openssl genrsa $OPENSSL_RAND -out $name.key $RSABITS >/dev/null 2>&1
#openssl req -new -config $TESTCERT_CONF -key $name.key -x509 -out $name.crt -days 3653 -extensions v3_ca >/dev/null 2>&1
openssl req -new -config $TESTCERT_CONF -key $name.key -x509 -out $name.crt -days 3653 >/dev/null 2>&1
cat $name.key $name.crt testcert.dh >$name.pem
}
# generate a test DSA key and certificate
gentestdsacert () {
local name="$1"
if [ -s $name.key -a -s $name.crt -a -s $name.pem ]; then return; fi
openssl dsaparam -out $name-dsa.pem $DSABITS >/dev/null 2>&1
openssl dhparam -dsaparam -out $name-dh.pem $DSABITS >/dev/null 2>&1
openssl req -newkey dsa:$name-dsa.pem -keyout $name.key -nodes -x509 -config $TESTCERT_CONF -out $name.crt -days 3653 >/dev/null 2>&1
cat $name-dsa.pem $name-dh.pem $name.key $name.crt >$name.pem
}
# generate a test EC key and certificate
gentesteccert () {
local name="$1"
if [ -s $name.key -a -s $name.crt -a -s $name.pem ]; then return; fi
openssl ecparam -name secp521r1 -out $name-ec.pem >/dev/null 2>&1
chmod 0400 $name-ec.pem
openssl req -newkey ec:$name-ec.pem -keyout $name.key -nodes -x509 -config $TESTCERT_CONF -out $name.crt -days 3653 >/dev/null 2>&1
cat $name-ec.pem $name.key $name.crt >$name.pem
}
gentestcert6 () {
local name="$1"
if [ -s $name.key -a -s $name.crt -a -s $name.pem ]; then return; fi
cat $TESTCERT_CONF |
{ echo "# automatically generated by $0"; cat; } |
sed 's/\(commonName\s*=\s*\).*/\1[::1]/' >$TESTCERT6_CONF
openssl genrsa $OPENSSL_RAND -out $name.key $RSABITS >/dev/null 2>&1
openssl req -new -config $TESTCERT6_CONF -key $name.key -x509 -out $name.crt -days 3653 >/dev/null 2>&1
cat $name.key $name.crt >$name.pem
}
# generate a server certificate and key with SubjectAltName
gentestaltcert () {
local name="$1"
if ! [ -f testcert.dh ]; then
openssl dhparam -out testcert.dh $RSABITS
fi
if [ -s $name.key -a -s $name.crt -a -s $name.pem ]; then return; fi
openssl genrsa $OPENSSL_RAND -out $name.key $RSABITS >/dev/null 2>&1
openssl req -new -config $TESTALT_CONF -key $name.key -x509 -out $name.crt -days 3653 >/dev/null 2>&1
cat $name.key $name.crt testcert.dh >$name.pem
}
#------------------------------------------------------------------------------
# Begin of functional tests
NAME=UNISTDIO
case "$TESTS " in
*%$N%*|*%functions%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: unidirectional throughput from stdin to stdout"
testecho "$N" "$TEST" "stdin" "stdout" "$opts -u"
esac
N=$((N+1))
#------------------------------------------------------------------------------
# Begin of common tests
NAME=UNPIPESTDIO
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: stdio with simple echo via internal pipe"
testecho "$N" "$TEST" "stdio" "pipe" "$opts"
esac
N=$((N+1))
NAME=UNPIPESHORT
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: short form of stdio ('-') with simple echo via internal pipe"
testecho "$N" "$TEST" "-" "pipe" "$opts"
esac
N=$((N+1))
NAME=DUALSTDIO
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: splitted form of stdio ('stdin!!stdout') with simple echo via internal pipe"
testecho "$N" "$TEST" "stdin!!stdout" "pipe" "$opts"
esac
N=$((N+1))
NAME=DUALSHORTSTDIO
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: short splitted form of stdio ('-!!-') with simple echo via internal pipe"
testecho "$N" "$TEST" "-!!-" "pipe" "$opts"
esac
N=$((N+1))
NAME=DUALFDS
case "$TESTS" in
*%$N%*|*%functions%*|*%fd%*|*%$NAME%*)
TEST="$NAME: file descriptors with simple echo via internal pipe"
testecho "$N" "$TEST" "0!!1" "pipe" "$opts"
esac
N=$((N+1))
NAME=NAMEDPIPE
case "$TESTS" in
*%$N%*|*%functions%*|*%pipe%*|*%$NAME%*)
TEST="$NAME: simple echo via named pipe"
# with MacOS, this test hangs if nonblock is not used. Is an OS bug.
tp="$td/pipe$N"
# note: the nonblock is required by MacOS 10.1(?), otherwise it hangs (OS bug?)
testecho "$N" "$TEST" "" "pipe:$tp,nonblock" "$opts"
esac
N=$((N+1))
NAME=DUALPIPE
case "$TESTS" in
*%$N%*|*%functions%*|*%pipe%*|*%$NAME%*)
TEST="$NAME: simple echo via named pipe, specified twice"
tp="$td/pipe$N"
testecho "$N" "$TEST" "" "pipe:$tp,nonblock!!pipe:$tp" "$opts"
esac
N=$((N+1))
NAME=FILE
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%file%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: simple echo via file"
tf="$td/file$N"
testecho "$N" "$TEST" "" "$tf,ignoreeof!!$tf" "$opts"
esac
N=$((N+1))
NAME=EXECSOCKETPAIR
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with socketpair"
testecho "$N" "$TEST" "" "EXEC:$CAT" "$opts"
esac
N=$((N+1))
NAME=SYSTEMSOCKETPAIR
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: simple echo via system() of cat with socketpair"
testecho "$N" "$TEST" "" "SYSTEM:$CAT" "$opts" "$val_t"
esac
N=$((N+1))
NAME=EXECPIPES
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%pipe%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with pipes"
testecho "$N" "$TEST" "" "EXEC:$CAT,pipes" "$opts"
esac
N=$((N+1))
NAME=SYSTEMPIPES
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: simple echo via system() of cat with pipes"
testecho "$N" "$TEST" "" "SYSTEM:$CAT,pipes" "$opts"
esac
N=$((N+1))
NAME=EXECPTY
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%pty%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with pseudo terminal"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "EXEC:$CAT,pty,$PTYOPTS,$PTYOPTS2" "$opts"
fi
esac
N=$((N+1))
NAME=SYSTEMPTY
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pty%*|*%$NAME%*)
TEST="$NAME: simple echo via system() of cat with pseudo terminal"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "SYSTEM:$CAT,pty,$PTYOPTS,$PTYOPTS2" "$opts"
fi
esac
N=$((N+1))
NAME=SYSTEMPIPESFDS
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: simple echo via system() of cat with pipes, non stdio"
testecho "$N" "$TEST" "" "SYSTEM:$CAT>&9 <&8,pipes,fdin=8,fdout=9" "$opts"
esac
N=$((N+1))
NAME=DUALSYSTEMFDS
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: echo via dual system() of cat"
testecho "$N" "$TEST" "SYSTEM:$CAT>&6,fdout=6!!system:$CAT<&7,fdin=7" "" "$opts" "$val_t"
esac
N=$((N+1))
# test: send EOF to exec'ed sub process, let it finish its operation, and
# check if the sub process returns its data before terminating.
NAME=EXECSOCKETPAIRFLUSH
# idea: have socat exec'ing od; send data and EOF, and check if the od'ed data
# arrives.
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: call to od via exec with socketpair"
testod "$N" "$TEST" "" "EXEC:$OD_C" "$opts"
esac
N=$((N+1))
NAME=SYSTEMSOCKETPAIRFLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: call to od via system() with socketpair"
testod "$N" "$TEST" "" "SYSTEM:$OD_C" "$opts" $val_t
esac
N=$((N+1))
NAME=EXECPIPESFLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: call to od via EXEC with pipes"
testod "$N" "$TEST" "" "EXEC:$OD_C,pipes" "$opts"
esac
N=$((N+1))
NAME=SYSTEMPIPESFLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: call to od via system() with pipes"
testod "$N" "$TEST" "" "SYSTEM:$OD_C,pipes" "$opts" "$val_t"
esac
N=$((N+1))
## LATER:
#NAME=EXECPTYFLUSH
#case "$TESTS" in
#*%$N%*|*%functions%*|*%exec%*|*%pty%*|*%$NAME%*)
#TEST="$NAME: call to od via exec with pseudo terminal"
#if ! testfeats pty >/dev/null; then
# $PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
#else
#testod "$N" "$TEST" "" "exec:$OD_C,pty,$PTYOPTS" "$opts"
#fi
#esac
#N=$((N+1))
## LATER:
#NAME=SYSTEMPTYFLUSH
#case "$TESTS" in
#*%$N%*|*%functions%*|*%system%*|*%pty%*|*%$NAME%*)
#TEST="$NAME: call to od via system() with pseudo terminal"
#if ! testfeats pty >/dev/null; then
# $PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
#else
#testod "$N" "$TEST" "" "system:$OD_C,pty,$PTYOPTS" "$opts"
#fi
#esac
#N=$((N+1))
NAME=SYSTEMPIPESFDSFLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: call to od via system() with pipes, non stdio"
testod "$N" "$TEST" "" "SYSTEM:$OD_C>&9 <&8,pipes,fdin=8,fdout=9" "$opts" "$val_t"
esac
N=$((N+1))
NAME=DUALSYSTEMFDSFLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%pipes%*|*%$NAME%*)
TEST="$NAME: call to od via dual system()"
testod "$N" "$TEST" "SYSTEM:$OD_C>&6,fdout=6!!SYSTEM:$CAT<&7,fdin=7" "pipe" "$opts" "$val_t"
esac
N=$((N+1))
NAME=RAWIP4SELF
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%rawip%*|*%root%*|*%$NAME%*)
TEST="$NAME: simple echo via self receiving raw IPv4 protocol"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats rawip) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}RAWIP not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "IP4:127.0.0.1:$IPPROTO" "$opts"
fi
esac
N=$((N+1))
NAME=RAWIPX4SELF
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%rawip%*|*%root%*|*%$NAME%*)
TEST="$NAME: simple echo via self receiving raw IP protocol, v4 by target"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats rawip) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}RAWIP not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "IP:127.0.0.1:$IPPROTO" "$opts"
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=RAWIP6SELF
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%rawip%*|*%root%*|*%$NAME%*)
TEST="$NAME: simple echo via self receiving raw IPv6 protocol"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats rawip) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}RAWIP not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "IP6:[::1]:$IPPROTO" "$opts"
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=RAWIPX6SELF
case "$TESTS" in
*%$N%*|*%functions%*|*%ip%*|*%ip6%*|*%rawip%*|*%rawip6%*|*%root%*|*%$NAME%*)
TEST="$NAME: simple echo via self receiving raw IP protocol, v6 by target"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats rawip) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}RAWIP not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "IP:[::1]:$IPPROTO" "$opts"
fi
esac
N=$((N+1))
newport() {
_PORT=$((_PORT+1))
while eval wait${1}port $_PORT 1 0 2>/dev/null; do _PORT=$((_PORT+1)); done
#echo "PORT=$_PORT" >&2
PORT=$_PORT
}
NAME=TCPSELF
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: echo via self connection of TCP IPv4 socket"
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux$NORMAL\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4 # provide free port number in $PORT
#ts="127.0.0.1:$tsl"
testecho "$N" "$TEST" "" "TCP:$SECONDADDR:$PORT,sp=$PORT,bind=$SECONDADDR,reuseaddr" "$opts"
fi
esac
N=$((N+1))
NAME=UDPSELF
if ! eval $NUMCOND; then :; else
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: echo via self connection of UDP IPv4 socket"
if [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux$NORMAL\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4 # provide free port number in $PORT
testecho "$N" "$TEST" "" "UDP:$SECONDADDR:$PORT,sp=$PORT,bind=$SECONDADDR" "$opts"
fi
esac
fi # NUMCOND
N=$((N+1))
NAME=UDP6SELF
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp6%*|*%ip6%*|*%$NAME%*)
TEST="$NAME: echo via self connection of UDP IPv6 socket"
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats udp ip6 >/dev/null || ! runsudp6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/file$N"
newport udp6 # provide free port number in $PORT
testecho "$N" "$TEST" "" "UDP6:[::1]:$PORT,sp=$PORT,bind=[::1]" "$opts"
fi
esac
N=$((N+1))
NAME=DUALUDPSELF
if ! eval $NUMCOND; then :; else
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: echo via two unidirectional UDP IPv4 sockets"
tf="$td/file$N"
newport udp4; PORT1=$PORT # get free port
newport udp4; PORT2=$PORT # get free port
testecho "$N" "$TEST" "" "UDP:127.0.0.1:$PORT2,sp=$PORT1!!UDP:127.0.0.1:$PORT1,sp=$PORT2" "$opts"
esac
fi # NUMCOND
N=$((N+1))
#function testdual {
# local
#}
NAME=UNIXSTREAM
if ! eval $NUMCOND; then :; else
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to UNIX domain socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts="$td/test$N.socket"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UNIX-LISTEN:$ts PIPE"
CMD2="$TRACE $SOCAT $opts -!!- UNIX-CONNECT:$ts"
printf "test $F_n $TEST... " $N
$CMD1 </dev/null >$tf 2>"${te}1" &
bg=$! # background process id
waitfile "$ts"
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
echo "rc=$rc2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $bg 2>/dev/null
esac
fi # NUMCOND
N=$((N+1))
NAME=TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP V4 socket"
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds "" "" "" \
"IP4 TCP LISTEN STDIO PIPE" \
"TCP4-LISTEN PIPE STDIN STDOUT TCP4" \
"so-reuseaddr" \
"tcp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 2>/dev/null
wait
fi ;; # NUMCOND, checkconds
esac
N=$((N+1))
#et -xv
NAME=TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP V6 socket"
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats IP6 TCP LISTEN STDIO PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - TCP6-LISTEN PIPE STDIN STDOUT TCP6-CONNECT); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions so-reuseaddr ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="[::1]:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP6-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP6:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo diff:
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
fi
esac
N=$((N+1))
#set +vx
# Test if TCP client with IPv4 address connects to IPv4 port
NAME=TCPX4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP socket, v4 by target"
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO PIPE IP4 TCP LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs TCP TCP-LISTEN STDIN STDOUT PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions pf) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP-LISTEN:$tsl,pf=ip4,$REUSEADDR PIPE"
CMD1="$TRACE $SOCAT $opts STDIN!!STDOUT TCP:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >"$tf" 2>"${te}0" &
pid=$! # background process id
waittcp4port $tsl 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
fi
esac
N=$((N+1))
# Test if TCP client with IPv6 address connects to IPv6 port
NAME=TCPX6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP socket, v6 by target"
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO PIPE IP6 TCP LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs TCP TCP-LISTEN STDIN STDOUT PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions pf) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="[::1]:$tsl"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP-LISTEN:$tsl,pf=ip6,$REUSEADDR PIPE"
CMD1="$TRACE $SOCAT $opts STDIN!!STDOUT TCP:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >"$tf" 2>"${te}0" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
fi
esac
N=$((N+1))
# TCP6-LISTEN may also listen for IPv4 connections. Test if option
# ipv6-v6only=0 shows this behaviour.
# On OpenBSD-7.2 ipv6-v6only=0 gives "Invalid argument"
NAME=IPV6ONLY0
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: option ipv6-v6only=0 listens on IPv4"
# create a listening TCP6 socket and try to connect to the port using TCP4
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions ipv6-v6only); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP6-LISTEN:$tsl,ipv6-v6only=0,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
fi
esac
N=$((N+1))
#set -vx
# TCP6-LISTEN may also listen for IPv4 connections. Test if option
# ipv6-v6only=1 turns off this behaviour.
NAME=IPV6ONLY1
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: option ipv6-v6only=1 does not listen on IPv4"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions ipv6-v6only); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP6-LISTEN:$tsl,ipv6-v6only=1,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts stdin!!stdout TCP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -eq 0 ]; then
$PRINTF "$FAILED:\n"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED:\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid; wait
wait
fi
esac
N=$((N+1))
#set +vx
NAME=ENV_LISTEN_4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: env SOCAT_DEFAULT_LISTEN_IP for IPv4 preference on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runstcp6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions ipv6-v6only); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=4 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi
esac
N=$((N+1))
NAME=ENV_LISTEN_6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: env SOCAT_DEFAULT_LISTEN_IP for IPv6 preference on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="[::1]:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP6:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=6 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "SOCAT_DEFAULT_LISTEN_IP=6 $CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff):\n"
echo "SOCAT_DEFAULT_LISTEN_IP=6 $CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi
esac
N=$((N+1))
NAME=LISTEN_OPTION_4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: option -4 for IPv4 preference on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions ipv6-v6only); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -4 TCP-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=6 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi
esac
N=$((N+1))
NAME=LISTEN_OPTION_6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: option -6 for IPv6 preference on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="[::1]:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -6 TCP-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP6:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=4 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
wait
fi # feats
esac
N=$((N+1))
NAME=LISTEN_PF_IP4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: pf=4 overrides option -6 on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions ipv6-v6only); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -6 TCP-LISTEN:$tsl,pf=ip4,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=6 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi
esac
N=$((N+1))
NAME=LISTEN_PF_IP6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: pf=6 overrides option -4 on listen"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="[::1]:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -4 TCP-LISTEN:$tsl,pf=ip6,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP6:$ts"
printf "test $F_n $TEST... " $N
SOCAT_DEFAULT_LISTEN_IP=4 $CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to UDP V4 socket"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts - UDP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UDP6STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%udp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to UDP V6 socket"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp6; tsl=$PORT
ts="$LOCALHOST6:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP6-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts - UDP6:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # ! testfeats
esac
N=$((N+1))
NAME=GOPENFILE
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%gopen%*|*%file%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: file opening with gopen"
if ! eval $NUMCOND; then :; else
tf1="$td/test$N.1.stdout"
tf2="$td/test$N.2.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
echo "$da" >$tf1
CMD="$TRACE $SOCAT $opts $tf1!!/dev/null /dev/null,ignoreeof!!-"
printf "test $F_n $TEST... " $N
$CMD >"$tf2" 2>"$te"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! diff "$tf1" "$tf2" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
esac
N=$((N+1))
NAME=GOPENPIPE
case "$TESTS" in
*%$N%*|*%functions%*|*%gopen%*|*%pipe%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: pipe opening with gopen for reading"
if ! eval $NUMCOND; then :; else
tp="$td/pipe$N"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts $tp!!/dev/null /dev/null,ignoreeof!!$tf"
printf "test $F_n $TEST... " $N
#mknod $tp p # no mknod p on FreeBSD
mkfifo $tp
$CMD >$tf 2>"$te" &
#($CMD >$tf 2>"$te" || rm -f "$tp") 2>/dev/null &
bg=$! # background process id
#relsleep 1
waitfile "$tp"
if [ ! -p "$tp" ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
#echo "$da" >"$tp" # might hang forever
echo "$da" >"$tp" & export pid=$!; (relsleep 1; kill $pid 2>/dev/null) &
# Solaris needs more time:
relsleep 1
kill "$bg" 2>/dev/null; wait
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
if [ -s "$te" ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
else
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
fi
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi
wait
fi # NUMCOND
esac
N=$((N+1))
NAME=GOPENUNIXSTREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%gopen%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: GOPEN on UNIX stream socket"
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a listening unix socket in background
SRV="$TRACE $SOCAT $opts -lpserver UNIX-LISTEN:\"$ts\" PIPE"
#make a connection
CMD="$TRACE $SOCAT $opts - $ts"
$PRINTF "test $F_n $TEST... " $N
eval "$SRV 2>${te}s &"
pids=$!
waitfile "$ts"
echo "$da1" |eval "$CMD" >"${tf}1" 2>"${te}1"
if [ $? -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
wait
fi # NUMCOND
esac
N=$((N+1))
NAME=GOPENUNIXSEQPACKET
case "$TESTS" in
*%$N%*|*%functions%*|*%gopen%*|*%unix%*|*%listen%*|*%seqpacket%*|*%$NAME%*)
TEST="$NAME: GOPEN on UNIX seqpacket socket"
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a listening unix socket in background
SRV="$TRACE $SOCAT $opts -lpserver UNIX-LISTEN:\"$ts\",so-type=$SOCK_SEQPACKET PIPE"
#make a connection
CMD="$TRACE $SOCAT $opts - $ts"
$PRINTF "test $F_n $TEST... " $N
eval "$SRV 2>${te}s &"
pids=$!
waitfile "$ts"
echo "$da1" |eval "$CMD" >"${tf}1" 2>"${te}1"
if [ $? -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
wait
fi # NUMCOND
esac
N=$((N+1))
NAME=GOPENUNIXDGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%gopen%*|*%unix%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: GOPEN on UNIX datagram socket"
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a receiving unix socket in background
SRV="$TRACE $SOCAT $opts -u -lpserver UNIX-RECV:\"$ts\" file:\"$tf\",create"
#make a connection
CMD="$TRACE $SOCAT $opts -u - $ts"
$PRINTF "test $F_n $TEST... " $N
eval "$SRV 2>${te}s &"
pids=$!
waitfile "$ts"
echo "$da1" |eval "$CMD" 2>"${te}1"
waitfile -s "$tf"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}" >"$tdiff"; then
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
kill "$pids" 2>/dev/null; wait
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=IGNOREEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: ignoreeof on file"
if ! eval $NUMCOND; then :; else
ti="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -u file:\"$ti\",ignoreeof -"
printf "test $F_n $TEST... " $N
touch "$ti"
$CMD >"$tf" 2>"$te" &
bg=$!
sleep 0.1
echo "$da" >>"$ti"
sleep 1
kill $bg 2>/dev/null; wait
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
listFAIL="$listFAIL $N"
numFAIL=$((numFAIL+1))
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=IGNOREEOF_REV
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: ignoreeof on file right-to-left"
if ! eval $NUMCOND; then :; else
ti="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$SOCAT $opts -U - file:\"$ti\",ignoreeof"
printf "test $F_n $TEST... " $N
touch "$ti"
$CMD >"$tf" 2>"$te" &
bg=$!
relsleep 1
echo "$da" >>"$ti"
sleep 1
kill $bg 2>/dev/null
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
listFAIL="$listFAIL $N"
numFAIL=$((numFAIL+1))
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=EXECIGNOREEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: exec against address with ignoreeof"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
# remark: diagnostics to null, no good style
CMD="$TRACE $SOCAT $opts -lf /dev/null EXEC:$TRUE /dev/null,ignoreeof"
printf "test $F_n $TEST... " $N
$CMD >"$tf" 2>"$te"
if [ -s "$te" ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=FAKEPTY
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%$NAME%*)
TEST="$NAME: generation of pty for other processes"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tt="$td/pty$N"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts PTY,$PTYOPTS,link=$tt PIPE"
CMD2="$TRACE $SOCAT $opts - $tt,$PTYOPTS2"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid=$! # background process id
waitfile "$tt"
# this hangs on HP-UX, so we use a timeout
(echo "$da"; sleep 1) |$CMD2 >$tf 2>"${te}2" &
pid2=$!
#sleep 5 && kill $rc2 2>/dev/null &
wait $pid2
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
sleep 1
echo "$CMD2"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=O_TRUNC
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: option o-trunc"
if ! eval $NUMCOND; then :; else
ff="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT -u $opts - open:$ff,append,o-trunc"
printf "test $F_n $TEST... " $N
rm -f $ff; $ECHO "prefix-\c" >$ff
echo "$da" |$CMD >$tf 2>"$te"
rc0=$?
if ! [ $rc0 = 0 ] ||
! echo "$da" |diff - $ff >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=FTRUNCATE
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: option ftruncate"
if ! eval $NUMCOND; then :; else
ff="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT -u $opts - open:$ff,append,ftruncate=0"
printf "test $F_n $TEST... " $N
rm -f $ff; $ECHO "prefix-\c" >$ff
if ! echo "$da" |$CMD >$tf 2>"$te" ||
! echo "$da" |diff - $ff >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=RIGHTTOLEFT
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: unidirectional throughput from stdin to stdout, right to left"
testecho "$N" "$TEST" "stdout" "stdin" "$opts -U"
esac
N=$((N+1))
# I cannot remember the clou of this test, seems rather useless
NAME=CHILDDEFAULT
case "$TESTS" in
*%$N%*|*%functions%*|*%procan%*|*%$NAME%*)
if ! eval $NUMCOND; then :
elif ! F=$(testfeats STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
TEST="$NAME: child process default properties"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
CMD="$TRACE $SOCAT $opts -u EXEC:$PROCAN -"
printf "test $F_n $TEST... " $N
$CMD >$tf 2>$te
MYPID=`expr "\`grep "process id =" $tf\`" : '[^0-9]*\([0-9]*\).*'`
MYPPID=`expr "\`grep "process parent id =" $tf\`" : '[^0-9]*\([0-9]*\).*'`
MYPGID=`expr "\`grep "process group id =" $tf\`" : '[^0-9]*\([0-9]*\).*'`
MYSID=`expr "\`grep "process session id =" $tf\`" : '[^0-9]*\([0-9]*\).*'`
#echo "PID=$MYPID, PPID=$MYPPID, PGID=$MYPGID, SID=$MYSID"
#if [ "$MYPID" = "$MYPPID" -o "$MYPID" = "$MYPGID" -o "$MYPID" = "$MYSID" -o \
# "$MYPPID" = "$MYPGID" -o "$MYPPID" = "$MYSID" -o "$MYPGID" = "$MYSID" ];
if [ "$MYPID" = "$MYPPID" ];
then
$PRINTF "$FAILED:\n"
echo "$CMD"
cat "$te" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=CHILDSETSID
case "$TESTS" in
*%$N%*|*%functions%*|*%procan%*|*%$NAME%*)
TEST="$NAME: child process with setsid"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
CMD="$TRACE $SOCAT $opts -u exec:$PROCAN,setsid -"
printf "test $F_n $TEST... " $N
$CMD >$tf 2>$te
MYPID=`grep "process id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYPPID=`grep "process parent id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYPGID=`grep "process group id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYSID=`grep "process session id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
#$ECHO "\nPID=$MYPID, PPID=$MYPPID, PGID=$MYPGID, SID=$MYSID"
# PID, PGID, and SID must be the same
if [ "$MYPID" = "$MYPPID" -o \
"$MYPID" != "$MYPGID" -o "$MYPID" != "$MYSID" ];
then
$PRINTF "$FAILED\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=MAINSETSID
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%exec%*|*%procan%*|*%$NAME%*)
TEST="$NAME: main process with setsid"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
CMD="$TRACE $SOCAT $opts -U -,setsid EXEC:$PROCAN"
printf "test $F_n $TEST... " $N
$CMD >$tf 2>$te
MYPID=`grep "process id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYPPID=`grep "process parent id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYPGID=`grep "process group id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
MYSID=`grep "process session id =" $tf |(expr "\`cat\`" : '[^0-9]*\([0-9]*\).*')`
#$ECHO "\nPID=$MYPID, PPID=$MYPPID, PGID=$MYPGID, SID=$MYSID"
# PPID, PGID, and SID must be the same
if [ "$MYPID" = "$MYPPID" -o \
"$MYPPID" != "$MYPGID" -o "$MYPPID" != "$MYSID" ];
then
$PRINTF "$FAILED\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=OPENSSL_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%$NAME%*)
TEST="$NAME: openssl connect"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
init_openssl_s_server
CMD2="$TRACE $SOCAT $opts exec:'openssl s_server $OPENSSL_S_SERVER_4 -accept "$PORT" -quiet -cert testsrv.pem' pipe"
CMD="$TRACE $SOCAT $opts - openssl:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
# this might timeout when openssl opens tcp46 port like " :::$PORT"
waittcp4port $PORT
#echo "$da" |$CMD >$tf 2>"${te}2"
#note: with about OpenSSL 1.1 s_server lost the half close feature, thus:
(echo "$da"; sleep 0.1) |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLLISTEN_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: openssl listen"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 pipe"
CMD="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLLISTEN_TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: openssl listen"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp6 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip6,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 pipe"
CMD="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST6:$PORT,verify=0,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp6port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
newport $RUNS # in case it has not yet been invoked
while read NAMEKEYW FEAT RUNS TESTTMPL PEERTMPL WAITTMPL; do
if [ -z "$NAMEKEYW" ] || [[ "$NAMEKEYW" == \#* ]]; then continue; fi
export ts="$td/test$N.socket"
case $RUNS in tcp4|tcp6) newport $RUNS;; esac
WAITTMPL="$(echo "$WAITTMPL" |sed -e 's/\040/ /g')"
TESTADDR=$(eval echo $TESTTMPL)
PEERADDR=$(eval echo $PEERTMPL)
WAITCMD=$(eval echo $WAITTMPL)
TESTKEYW=${TESTADDR%%:*}
feat=$(tolower $FEAT)
# does our address implementation support halfclose?
NAME=${NAMEKEYW}_HALFCLOSE
case "$TESTS" in
*%$N%*|*%functions%*|*%$feat%*|*%socket%*|*%halfclose%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $TESTKEYW half close"
# have a "peer" socat "peer" that executes "$OD_C" and see if EOF on the
# connecting socat brings the result of od
if ! eval $NUMCOND; then :;
elif [ "$FEAT" != ',' ] && ! testfeats "$FEAT" >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $FEAT not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs$RUNS >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$RUNS not available on host${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
case $RUNS in tcp4|tcp6) newport $RUNS;; esac
CMD2="$TRACE $SOCAT $opts \"$PEERADDR\" EXEC:'$OD_C'"
CMD="$TRACE $SOCAT -T1 $opts -t 1 - $TESTADDR"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}2\" &"
pid2=$! # background process id
$WAITCMD
echo "$da" |$CMD >$tf 2>"${te}"
kill $pid2 2>/dev/null
wait
if ! echo "$da" |$OD_C |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
cat "${te}2"
echo "$CMD"
cat "${te}"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo " $CMD2 &"
echo " $CMD"
fi
if [ -n "$debug" ]; then cat "${te}2" "${te}"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
done <<<"
UNIXCONNECT , unix UNIX-CONNECT:\$ts UNIX-LISTEN:\$ts waitfile\040\$ts
UNIXCLIENT , unix UNIX-CLIENT:\$ts UNIX-LISTEN:\$ts waitfile\040\$ts
GOPEN_UNIXSTREAM , unix GOPEN:\$ts UNIX-LISTEN:\$ts waitfile\040\$ts
UNIXLISTEN , unix UNIX-LISTEN:\$ts UNIX-CONNECT:\$ts,retry=3 sleep\040\1
TCP4CONNECT , tcp4 TCP4-CONNECT:\$LOCALHOST:\$PORT TCP4-LISTEN:\$PORT,$REUSEADDR waittcp4port\040\$PORT
TCP4LISTEN , tcp4 TCP4-LISTEN:\$PORT,$REUSEADDR TCP4-CONNECT:\$LOCALHOST:\$PORT,retry=3
TCP6CONNECT , tcp6 TCP6-CONNECT:\$LOCALHOST6:\$PORT TCP6-LISTEN:\$PORT,$REUSEADDR waittcp6port\040\$PORT
TCP6LISTEN , tcp6 TCP6-LISTEN:\$PORT,$REUSEADDR TCP6-CONNECT:\$LOCALHOST6:\$PORT,retry=3
OPENSSL4CLIENT OPENSSL tcp4 OPENSSL:\$LOCALHOST:\$PORT,pf=ip4,verify=0 OPENSSL-LISTEN:\$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 waittcp4port\040\$PORT
OPENSSL4SERVER OPENSSL tcp4 OPENSSL-LISTEN:\$PORT,pf=ip4,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 OPENSSL:\$LOCALHOST:\$PORT,pf=ip4,$REUSEADDR,verify=0,retry=3
OPENSSL6CLIENT OPENSSL tcp6 OPENSSL:\$LOCALHOST6:\$PORT,pf=ip6,verify=0 OPENSSL-LISTEN:\$PORT,pf=ip6,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 waittcp6port\040\$PORT
OPENSSL6SERVER OPENSSL tcp6 OPENSSL-LISTEN:\$PORT,pf=ip6,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 OPENSSL:\$LOCALHOST6:\$PORT,pf=ip6,$REUSEADDR,verify=0,retry=3
"
NAME=OPENSSL_SERVERAUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL server authentication (hostname)"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 pipe"
CMD1="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,pf=ip4,verify=1,cafile=testsrv.crt,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD1 >$tf 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSL_CLIENTAUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: openssl client authentication"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,verify=1,cert=testsrv.crt,key=testsrv.key,cafile=testcli.crt,$SOCAT_EGD PIPE"
CMD="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,pf=ip4,verify=0,cert=testcli.crt,key=testcli.key,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSL_FIPS_BOTHAUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%fips%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL+FIPS client and server authentication"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testoptions fips >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL/FIPS not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
OPENSSL_FIPS=1 gentestcert testsrvfips
OPENSSL_FIPS=1 gentestcert testclifips
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,$REUSEADDR,fips,$SOCAT_EGD,cert=testsrvfips.crt,key=testsrvfips.key,cafile=testclifips.crt pipe"
CMD="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,fips,verify=1,cert=testclifips.crt,key=testclifips.key,cafile=testsrvfips.crt,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSL_COMPRESS
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL compression"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testoptions openssl-compress >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL compression option not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
printf "test $F_n $TEST... " $N
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
success=yes
for srccompr in '' compress=auto compress=none; do
for dstcompr in '' compress=auto compress=none; do
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0,$dstcompr PIPE"
CMD="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD,$srccompr"
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" | $CMD >$tf 2>"${te}2"
kill $pid 2>/dev/null
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
success=
break
fi
done
done
if test -z "$success"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SOCKS4CONNECT_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%socks%*|*%socks4%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socks4 connect over TCP/IPv4"
if ! eval $NUMCOND; then :;
elif ! testfeats socks4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SOCKS4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
# we have a normal tcp echo listening - so the socks header must appear in answer
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts TCP4-L:$PORT,$REUSEADDR EXEC:\"./socks4echo.sh\""
CMD="$TRACE $SOCAT $opts - SOCKS4:$LOCALHOST:32.98.76.54:32109,pf=ip4,socksport=$PORT",socksuser="nobody"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT 1
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SOCKS4CONNECT_TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%socks%*|*%socks4%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socks4 connect over TCP/IPv6"
if ! eval $NUMCOND; then :;
elif ! testfeats socks4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SOCKS4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
# we have a normal tcp echo listening - so the socks header must appear in answer
newport tcp6 # provide free port number in $PORT
CMD0="$TRACE $SOCAT $opts TCP6-L:$PORT,$REUSEADDR exec:\"./socks4echo.sh\""
CMD1="$TRACE $SOCAT $opts - socks4:$LOCALHOST6:32.98.76.54:32109,socksport=$PORT",socksuser="nobody"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" &"
pid=$! # background process id
waittcp6port $PORT 1
echo "$da" |$CMD1 >${tf}1 2>"${te}1"
if ! echo "$da" |diff - "${tf}1" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SOCKS4ACONNECT_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%socks%*|*%socks4a%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socks4a connect over TCP/IPv4"
if ! eval $NUMCOND; then :;
elif ! testfeats socks4a >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SOCKS4A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
# we have a normal tcp echo listening - so the socks header must appear in answer
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts TCP4-L:$PORT,$REUSEADDR EXEC:\"./socks4a-echo.sh\""
CMD="$TRACE $SOCAT $opts - SOCKS4A:$LOCALHOST:localhost:32109,pf=ip4,socksport=$PORT",socksuser="nobody"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT 1
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SOCKS4ACONNECT_TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%socks%*|*%socks4a%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socks4a connect over TCP/IPv6"
if ! eval $NUMCOND; then :;
elif ! testfeats socks4a >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SOCKS4A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
# we have a normal tcp echo listening - so the socks header must appear in answer
newport tcp6 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts TCP6-L:$PORT,$REUSEADDR EXEC:\"./socks4a-echo.sh\""
CMD="$TRACE $SOCAT $opts - SOCKS4A:$LOCALHOST6:localhost:32109,socksport=$PORT",socksuser="nobody"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp6port $PORT 1
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=PROXYCONNECT_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%proxyconnect%*|*%proxy%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: proxy connect over TCP/IPv4"
if ! eval $NUMCOND; then :;
elif ! testfeats proxy >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PROXY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sh"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
newport tcp4 # provide free port number in $PORT
#CMD2="$TRACE $SOCAT tcp4-l:$PORT,crlf SYSTEM:\"read; read; $ECHO \\\"HTTP/1.0 200 OK\n\\\"; cat\""
CMD2="$TRACE $SOCAT $opts TCP4-L:$PORT,$REUSEADDR,crlf EXEC:\"/usr/bin/env bash proxyecho.sh\""
CMD="$TRACE $SOCAT $opts - PROXY:$LOCALHOST:127.0.0.1:1000,pf=ip4,proxyport=$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}2\" &"
pid=$! # background process id
waittcp4port $PORT 1
echo "$da" |$CMD >"$tf" 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=PROXYCONNECT_TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%proxyconnect%*|*%proxy%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: proxy connect over TCP/IPv6"
if ! eval $NUMCOND; then :;
elif ! testfeats proxy >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PROXY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sh"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
newport tcp6 # provide free port number in $PORT
#CMD2="$TRACE $SOCAT $opts TCP6-L:$PORT,crlf SYSTEM:\"read; read; $ECHO \\\"HTTP/1.0 200 OK\n\\\"; cat\""
CMD2="$TRACE $SOCAT $opts TCP6-L:$PORT,$REUSEADDR,crlf EXEC:\"/usr/bin/env bash proxyecho.sh\""
CMD="$TRACE $SOCAT $opts - PROXY:$LOCALHOST6:127.0.0.1:1000,proxyport=$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}2\" &"
pid=$! # background process id
waittcp6port $PORT 1
echo "$da" |$CMD >"$tf" 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP4NOFORK
case "$TESTS" in
*%$N%*|*%functions%*|*%ip%*|*%ip4%*|*%tcp%*|*%tcp4%*|*%exec%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP V4 socket with nofork'ed exec"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP4-LISTEN:$tsl,$REUSEADDR EXEC:$CAT,nofork"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP4:$ts"
printf "test $F_n $TEST... " $N
#$CMD1 >"$tf" 2>"${te}1" &
$CMD1 >/dev/null 2>"${te}1" &
waittcp4port $tsl
#relsleep 1
echo "$da" |$CMD2 >"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=EXECCATNOFORK
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with nofork"
testecho "$N" "$TEST" "" "EXEC:$CAT,nofork" "$opts"
esac
N=$((N+1))
NAME=SYSTEMCATNOFORK
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: simple echo via system() of cat with nofork"
testecho "$N" "$TEST" "" "SYSTEM:$CAT,nofork" "$opts"
esac
N=$((N+1))
NAME=NOFORKSETSID
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: simple echo via exec() of cat with nofork and setsid"
testecho "$N" "$TEST" "" "SYSTEM:$CAT,nofork,setsid" "$opts"
esac
N=$((N+1))
#==============================================================================
#TEST="$NAME: echo via 'connection' to UDP V4 socket"
#if ! eval $NUMCOND; then :; else
#tf="$td/file$N"
#tsl=65534
#ts="127.0.0.1:$tsl"
#da="test$N $(date) $RANDOM"
#$TRACE $SOCAT UDP-LISTEN:$tsl,$REUSEADDR PIPE &
#sleep 2
#echo "$da" |$TRACE $SOCAT stdin!!stdout UDP:$ts >"$tf"
#if [ $? -eq 0 ] && echo "$da" |diff "$tf" -; then
# $ECHO "... test $N succeeded"
# numOK=$((numOK+1))
# listOK="$listOK $N"
#else
# $ECHO "*** test $N $FAILED"
# numFAIL=$((numFAIL+1))
# listFAIL="$listFAIL $N"
#fi
#fi ;; # NUMCOND
#N=$((N+1))
#==============================================================================
# TEST 4 - simple echo via new file
#if ! eval $NUMCOND; then :; else
#N=4
#tf="$td/file$N"
#tp="$td/pipe$N"
#da="test$N $(date) $RANDOM"
#rm -f "$tf.tmp"
#echo "$da" |$TRACE $SOCAT - FILE:$tf.tmp,ignoreeof >"$tf"
#if [ $? -eq 0 ] && echo "$da" |diff "$tf" -; then
# $ECHO "... test $N succeeded"
# numOK=$((numOK+1))
# listOK="$listOK $N"
#else
# $ECHO "*** test $N $FAILED"
# numFAIL=$((numFAIL+1))
# listFAIL="$listFAIL $N"
#fi
#fi ;; # NUMCOND
#==============================================================================
NAME=TOTALTIMEOUT
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%timeout%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socat inactivity timeout"
if ! eval $NUMCOND; then :; else
#set -vx
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts -T 1 TCP4-LISTEN:$PORT,$REUSEADDR pipe"
CMD="$TRACE $SOCAT $opts - TCP4-CONNECT:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>${te}1 &"
pid=$! # background process id
waittcp4port $PORT 1
(echo "$da"; sleep 2; echo X) |$CMD >"$tf" 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
#set +vx
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=IGNOREEOF+TOTALTIMEOUT
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%timeout%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: ignoreeof and inactivity timeout"
if ! eval $NUMCOND; then :; else
#set -vx
SAVEMICS=$MICROS
MICROS=1000000
ti="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -T $(reltime 4) -u file:\"$ti\",ignoreeof -"
printf "test $F_n $TEST... " $N
touch "$ti"
$CMD >"$tf" 2>"$te" &
bg=$! # background process id
relsleep 1
echo "$da" >>"$ti"
relsleep 8
echo X >>"$ti"
relsleep 2
kill $bg 2>/dev/null
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff):\n"
echo "$CMD &" >&2
cat "$te" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
MICROS=$SAVEMICS
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=PROXY2SPACES
case "$TESTS" in
*%$N%*|*%functions%*|*%proxy%*|*%listen%*|*%$NAME%*)
TEST="$NAME: proxy connect accepts status with multiple spaces"
if ! eval $NUMCOND; then :;
elif ! testfeats proxy >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PROXY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sh"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
newport tcp4 # provide free port number in $PORT
#CMD2="$TRACE $SOCAT $opts TCP-L:$PORT,crlf SYSTEM:\"read; read; $ECHO \\\"HTTP/1.0 200 OK\n\\\"; cat\""
CMD0="$TRACE $SOCAT $opts TCP4-L:$PORT,reuseaddr,crlf EXEC:\"/usr/bin/env bash proxyecho.sh -w 2\""
CMD1="$TRACE $SOCAT $opts - PROXY:$LOCALHOST:127.0.0.1:1000,pf=ip4,proxyport=$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT 1
echo "$da" |$CMD1 >"$tf" 2>"${te}0"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "diff:"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$debug" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$debug" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=BUG-UNISTDIO
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: for bug with address options on both stdin/out in unidirectional mode"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ff="$td/test$N.file"
printf "test $F_n $TEST... " $N
>"$ff"
#$TRACE $SOCAT $opts -u /dev/null -,setlk <"$ff" 2>"$te"
CMD="$TRACE $SOCAT $opts -u /dev/null -,setlk"
$CMD <"$ff" 2>"$te"
if [ "$?" -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
if [ "$UNAME" = "Linux" ]; then
$PRINTF "$FAILED\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "${YELLOW}failed (don't care)${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
fi
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=SINGLEEXECOUTSOCKETPAIR
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: inheritance of stdout to single exec with socketpair"
testecho "$N" "$TEST" "-!!exec:cat" "" "$opts" 1
esac
N=$((N+1))
NAME=SINGLEEXECOUTPIPE
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: inheritance of stdout to single exec with pipe"
testecho "$N" "$TEST" "-!!exec:cat,pipes" "" "$opts" 1
esac
N=$((N+1))
NAME=SINGLEEXECOUTPTY
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%$NAME%*)
TEST="$NAME: inheritance of stdout to single exec with pty"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "-!!exec:cat,pty,raw" "" "$opts" 1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SINGLEEXECINSOCKETPAIR
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: inheritance of stdin to single exec with socketpair"
testecho "$N" "$TEST" "exec:cat!!-" "" "$opts"
esac
N=$((N+1))
NAME=SINGLEEXECINPIPE
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: inheritance of stdin to single exec with pipe"
testecho "$N" "$TEST" "exec:cat,pipes!!-" "" "$opts"
esac
N=$((N+1))
NAME=SINGLEEXECINPTYDELAY
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%$NAME%*)
TEST="$NAME: inheritance of stdin to single exec with pty, with delay"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "exec:cat,pty,raw!!-" "" "$opts" $MISCDELAY
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=SINGLEEXECINPTY
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%$NAME%*)
TEST="$NAME: inheritance of stdin to single exec with pty"
if ! eval $NUMCOND; then :;
elif ! testfeats pty >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PTY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# T value needed (only) by AIX
testecho "$N" "$TEST" "exec:cat,pty,raw!!-" "" "$opts" 0.1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=READLINE
#set -vx
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%readline%*|*%sigint%*|*%$NAME%*)
TEST="$NAME: readline with password and sigint"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats readline pty); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
SAVETERM="$TERM"; TERM= # 'cause console might print controls even in raw
SAVEMICS=$MICROS
#MICROS=2000000
ts="$td/test$N.sh"
to="$td/test$N.stdout"
tpi="$td/test$N.inpipe"
tpo="$td/test$N.outpipe"
te="$td/test$N.stderr"
tr="$td/test$N.ref"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
# the feature that we really want to test is in the readline.sh script:
CMD="$TRACE $SOCAT -lpwrapper $opts -t1 open:$tpi,nonblock!!open:$tpo exec:\"./readline.sh -nh ./readline-test.sh\",pty,ctty,setsid,raw,echo=0,isig"
#echo "$CMD" >"$ts"
#chmod a+x "$ts"
printf "test $F_n $TEST... " $N
rm -f "$tpi" "$tpo"
mkfifo "$tpi"
touch "$tpo"
#
# during development of this test, the following command line succeeded:
# ECHO="echo -e" SOCAT=./socat
# (sleep 1; $ECHO "user\n\c"; sleep 1; $ECHO "password\c"; sleep 1; $ECHO "\n\c"; sleep 1; $ECHO "test 1\n\c"; sleep 1; $ECHO "\003\c"; sleep 1; $ECHO "test 2\n\c"; sleep 1; $ECHO "exit\n\c"; sleep 1) |$TRACE $SOCAT -d -d -d -d -lf/tmp/$USER/debug1 -v -x - exec:'./readline.sh ./readline-test.sh',pty,ctty,setsid,raw,echo=0,isig
#
# the following cat, in case of socat failure, reads the pipe to prevent below writer from hanging
PATH=${SOCAT%socat}:$PATH eval "$CMD 2>$te || cat $tpi >/dev/null &"
pid=$! # background process id
relsleep 1
(
relsleep 3
$ECHO "user\n\c"
relsleep 1
$ECHO "password\c"
relsleep 1
$ECHO "\n\c"
relsleep 1
$ECHO "test 1\n\c"
relsleep 1
$ECHO "\003\c"
relsleep 1
$ECHO "test 2\n\c"
relsleep 1
$ECHO "exit\n\c"
relsleep 1
) >"$tpi"
cat >$tr <<EOF
readline feature test program
Authentication required
Username: user
Password:
prog> test 1
executing test 1
prog> ./readline-test.sh got SIGINT
test 2
executing test 2
prog> exit
EOF
#0 if ! sed 's/.*\r//g' "$tpo" |diff -q "$tr" - >/dev/null 2>&1; then
#0 if ! sed 's/.*'"$($ECHO '\r\c')"'/</g' "$tpo" |diff -q "$tr" - >/dev/null 2>&1; then
kill $pid 2>/dev/null # necc on OpenBSD
wait
if ! tr "$($ECHO '\r \c')" "% " <$tpo |sed 's/%$//g' |sed 's/.*%//g' |diff "$tr" - >"$tdiff" 2>&1; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD" 2>&1
cat "$te" 2>&1
echo diff: 2>&1
cat "$tdiff" 2>&1
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
MICROS=$SAVEMICS
TERM="$SAVETERM"
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=GENDERCHANGER
case "$TESTS" in
*%$N%*|*%functions%*|*%listen%*|*%$NAME%*)
TEST="$NAME: TCP4 \"gender changer\""
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4; PORT1=$PORT
newport tcp4; PORT2=$PORT
newport tcp4; PORT3=$PORT
# this is the server in the protected network that we want to reach
CMD1="$TRACE $SOCAT -lpserver $opts TCP4-L:$PORT1,reuseaddr,bind=$LOCALHOST ECHO"
# this is the double client in the protected network
CMD2="$TRACE $SOCAT -lp2client $opts TCP4:$LOCALHOST:$PORT2,retry=10,interval=1 TCP4:$LOCALHOST:$PORT1"
# this is the double server in the outside network
CMD3="$TRACE $SOCAT -lp2server $opts TCP4-L:$PORT3,reuseaddr,bind=$LOCALHOST TCP4-L:$PORT2,reuseaddr,bind=$LOCALHOST"
# this is the outside client that wants to use the protected server
CMD4="$TRACE $SOCAT -lpclient $opts -t1 - tcp4:$LOCALHOST:$PORT3"
printf "test $F_n $TEST... " $N
eval "$CMD1 2>${te}1 &"
pid1=$!
eval "$CMD2 2>${te}2 &"
pid2=$!
eval "$CMD3 2>${te}3 &"
pid3=$!
waittcp4port $PORT1 1 &&
waittcp4port $PORT3 1
sleep 1
echo "$da" |$CMD4 >$tf 2>"${te}4"
kill $pid1 $pid2 $pid3 $pid4 2>/dev/null
wait
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2 &"
cat "${te}2" >&2
echo "$CMD3 &"
cat "${te}3" >&2
echo "$CMD4"
cat "${te}4" >&2
echo diff: >&2
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2 &"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD3 &"; fi
if [ "$DEBUG" ]; then cat "${te}3" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD4"; fi
if [ "$DEBUG" ]; then cat "${te}4" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=OUTBOUNDIN
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%proxy%*|*%fork%*|*%listen%*|*%$NAME%*)
TEST="$NAME: gender changer via SSL through HTTP proxy, oneshot"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats openssl proxy); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat" |tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4; PORT1=$PORT
newport tcp4; PORT2=$PORT
newport tcp4; PORT3=$PORT
newport tcp4; PORT4=$PORT
newport tcp4; PORT5=$PORT
# this is the server in the protected network that we want to reach
CMD1="$TRACE $SOCAT $opts -lpserver TCP4-L:$PORT1,reuseaddr,bind=$LOCALHOST ECHO"
# this is the proxy in the protected network that provides a way out
CMD2="$TRACE $SOCAT $opts -lpproxy TCP4-L:$PORT2,reuseaddr,bind=$LOCALHOST,fork EXEC:./proxy.sh"
# this is our proxy connect wrapper in the protected network
CMD3="$TRACE $SOCAT $opts -lpwrapper TCP4-L:$PORT3,reuseaddr,bind=$LOCALHOST,fork PROXY:$LOCALHOST:$LOCALHOST:$PORT4,pf=ip4,proxyport=$PORT2,resolve"
# this is our double client in the protected network using SSL
#CMD4="$TRACE $SOCAT $opts -lp2client SSL:$LOCALHOST:$PORT3,pf=ip4,retry=10,interval=1,cert=testcli.pem,cafile=testsrv.crt,$SOCAT_EGD TCP4:$LOCALHOST:$PORT1"
CMD4="$TRACE $SOCAT $opts -lp2client SSL:$LOCALHOST:$PORT3,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,$SOCAT_EGD TCP4:$LOCALHOST:$PORT1"
# this is the double server in the outside network
CMD5="$TRACE $SOCAT $opts -lp2server -t1 tcp4-l:$PORT5,reuseaddr,bind=$LOCALHOST ssl-l:$PORT4,pf=ip4,reuseaddr,bind=$LOCALHOST,$SOCAT_EGD,cert=testsrv.pem,cafile=testcli.crt"
# this is the outside client that wants to use the protected server
CMD6="$TRACE $SOCAT $opts -lpclient -t5 - tcp4:$LOCALHOST:$PORT5"
printf "test $F_n $TEST... " $N
eval "$CMD1 2>${te}1 &"
pid1=$!
eval "$CMD2 2>${te}2 &"
pid2=$!
eval "$CMD3 2>${te}3 &"
pid3=$!
waittcp4port $PORT1 1 || $PRINTF "$FAILED: port $PORT1\n" >&2 </dev/null
waittcp4port $PORT2 1 || $PRINTF "$FAILED: port $PORT2\n" >&2 </dev/null
waittcp4port $PORT3 1 || $PRINTF "$FAILED: port $PORT3\n" >&2 </dev/null
eval "$CMD5 2>${te}5 &"
pid5=$!
waittcp4port $PORT5 1 || $PRINTF "$FAILED: port $PORT5\n" >&2 </dev/null
echo "$da" |$CMD6 >$tf 2>"${te}6" &
pid6=$!
waittcp4port $PORT4 1 || $PRINTF "$FAILED: port $PORT4\n" >&2 </dev/null
eval "$CMD4 2>${te}4 &"
pid4=$!
wait $pid6
if ! (echo "$da"; sleep 2) |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2 &"
cat "${te}2"
echo "$CMD3 &"
cat "${te}3"
echo "$CMD5 &"
cat "${te}5"
echo "$CMD6"
cat "${te}6"
echo "$CMD4 &"
cat "${te}4"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2" "${te}3" "${te}4" "${te}5" "${te}6"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 $pid2 $pid3 $pid4 $pid5 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test the TCP gender changer with almost production requirements: a double
# client repeatedly tries to connect to a double server via SSL through an HTTP
# proxy. the double servers SSL port becomes active for one connection only
# after a (real) client has connected to its TCP port. when the double client
# succeeded to establish an SSL connection, it connects with its second client
# side to the specified (protected) server. all three consecutive connections
# must function for full success of this test.
#PORT=$((RANDOM+16184))
#!
NAME=INTRANETRIPPER
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%proxy%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: gender changer via SSL through HTTP proxy, daemons"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats openssl proxy); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N.1 $(date) $RANDOM"
da2="test$N.2 $(date) $RANDOM"
da3="test$N.3 $(date) $RANDOM"
newport tcp4; PORT1=$PORT
newport tcp4; PORT2=$PORT
newport tcp4; PORT3=$PORT
newport tcp4; PORT4=$PORT
newport tcp4; PORT5=$PORT
# this is the server in the protected network that we want to reach
CMD1="$TRACE $SOCAT $opts -lpserver -t$(reltime 10) TCP4-L:$PORT1,reuseaddr,bind=$LOCALHOST,fork ECHO"
# this is the proxy in the protected network that provides a way out
# note: the proxy.sh script starts one or two more socat processes without
# setting the program name
CMD2="$TRACE $SOCAT $opts -lpproxy -t$(reltime 10) TCP4-L:$PORT2,reuseaddr,bind=$LOCALHOST,fork EXEC:./proxy.sh"
# this is our proxy connect wrapper in the protected network
CMD3="$TRACE $SOCAT $opts -lpwrapper -t$(reltime 30) TCP4-L:$PORT3,reuseaddr,bind=$LOCALHOST,fork PROXY:$LOCALHOST:$LOCALHOST:$PORT4,pf=ip4,proxyport=$PORT2,resolve"
# this is our double client in the protected network using SSL
CMD4="$TRACE $SOCAT $opts -lp2client -t$(reltime 30) SSL:$LOCALHOST:$PORT3,retry=10,interval=$(reltime 10),cert=testcli.pem,cafile=testsrv.crt,verify,fork,$SOCAT_EGD TCP4:$LOCALHOST:$PORT1,forever,interval=$(reltime 1)"
# This is the double server in the outside network; accept-timeout because it likes to remain hanging on BSD
CMD5="$TRACE $SOCAT $opts -lp2server -t$(reltime 40) TCP4-L:$PORT5,reuseaddr,bind=$LOCALHOST,backlog=3,accept-timeout=4,fork SSL-L:$PORT4,pf=ip4,reuseaddr,bind=$LOCALHOST,$SOCAT_EGD,cert=testsrv.pem,cafile=testcli.crt,retry=20,interval=$(reltime 5)"
# this is the outside client that wants to use the protected server
CMD6="$TRACE $SOCAT $opts -lpclient -t$(reltime 60) - TCP4:$LOCALHOST:$PORT5,retry=3,interval=$(reltime 10)"
printf "test $F_n $TEST... " $N
# start the intranet infrastructure
eval "$CMD1 2>\"${te}1\" &"
pid1=$!
eval "$CMD2 2>\"${te}2\" &"
pid2=$!
waittcp4port $PORT1 1 50 || $PRINTF "$FAILED: port $PORT1\n" >&2 </dev/null
waittcp4port $PORT2 1 50 || $PRINTF "$FAILED: port $PORT2\n" >&2 </dev/null
# initiate our internal measures
eval "$CMD3 2>\"${te}3\" &"
pid3=$!
eval "$CMD4 2>\"${te}4\" &"
pid4=$!
waittcp4port $PORT3 1 50 || $PRINTF "$FAILED: port $PORT3\n" >&2 </dev/null
# now we start the external daemon
eval "$CMD5 2>\"${te}5\" &"
pid5=$!
waittcp4port $PORT5 1 50 || $PRINTF "$FAILED: port $5PORT\n" >&2 </dev/null
# and this is the outside client:
echo "$da1" |$CMD6 >${tf}_1 2>"${te}6_1" &
pid6_1=$!
echo "$da2" |$CMD6 >${tf}_2 2>"${te}6_2" &
pid6_2=$!
echo "$da3" |$CMD6 >${tf}_3 2>"${te}6_3" &
pid6_3=$!
wait $pid6_1 $pid6_2 $pid6_3
kill $pid1 $pid2 $pid3 $pid4 $pid5 $(childpids $pid5) 2>/dev/null
# (On BSDs a child of pid5 loves to hang)
#
(echo "$da1"; relsleep 2) |diff - "${tf}_1" >"${tdiff}1"
(echo "$da2"; relsleep 2) |diff - "${tf}_2" >"${tdiff}2"
(echo "$da3"; relsleep 2) |diff - "${tf}_3" >"${tdiff}3"
if test -s "${tdiff}1" -o -s "${tdiff}2" -o -s "${tdiff}3"; then
# FAILED only when none of the three transfers succeeded
if test -s "${tdiff}1" -a -s "${tdiff}2" -a -s "${tdiff}3"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2 &"
cat "${te}2"
echo "$CMD3 &"
cat "${te}3"
echo "$CMD4 &"
cat "${te}4"
echo "$CMD5 &"
cat "${te}5"
echo "$CMD6 &"
cat "${te}6_1"
cat "${tdiff}1"
echo "$CMD6 &"
cat "${te}6_2"
cat "${tdiff}2"
echo "$CMD6 &"
cat "${te}6_3"
cat "${tdiff}3"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK ${YELLOW}(partial failure)${NORMAL}\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2" "${te}3" "${te}4" "${te}5" ${te}6*; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2" "${te}3" "${te}4" "${te}5" ${te}6*; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 $pid2 $pid3 $pid4 $pid5 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# let us test the security features with -s, retry, and fork
# method: first test without security feature if it works
# then try with security feature, must fail
# test the security features of a server address
testserversec () {
local N="$1"
local title="$2"
local opts="$3"
local arg1="$4" # the server address
local secopt0="$5" # option without security for server, mostly empty
local secopt1="$6" # the security option for server, to be tested
local arg2="$7" # the client address
local ipvers="$8" # IP version, for check of listen port
local proto="$9" # protocol, for check of listen port
local port="${10}" # start client when this port is listening
local expect="${11}" # expected behaviour of client: 0..empty output; -1..error; *: any of these
local T="${12}"; [ -z "$T" ] && T=0
local tf="$td/test$N.stdout"
local te="$td/test$N.stderr"
local tdiff1="$td/test$N.diff1"
local tdiff2="$td/test$N.diff2"
local da="test$N.1 $(date) $RANDOM"
local stat result
$PRINTF "test $F_n %s... " $N "$title"
# first: without security
# start server
$TRACE $SOCAT $opts "$arg1,$secopt0" echo 2>"${te}1" &
spid=$!
if [ "$port" ] && ! wait${proto}${ipvers}port $port 1; then
kill $spid 2>/dev/null
$PRINTF "$NO_RESULT (ph.1 server not working):\n"
echo "$TRACE $SOCAT $opts \"$arg1,$secopt0\" echo &"
cat "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
wait; return
fi
# now use client
(echo "$da"; sleep $T) |$TRACE $SOCAT $opts - "$arg2" >"$tf" 2>"${te}2"
stat="$?"
kill $spid 2>/dev/null
#killall $TRACE $SOCAT 2>/dev/null
if [ "$stat" != 0 ]; then
$PRINTF "$NO_RESULT (ph.1 function fails): $TRACE $SOCAT:\n"
echo "$TRACE $SOCAT $opts \"$arg1,$secopt0\" echo &"
cat "${te}1"
echo "$TRACE $SOCAT $opts - \"$arg2\""
cat "${te}2"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
wait; return
elif echo "$da" |diff - "$tf" >"$tdiff1" 2>&1; then
: # function without security is ok, go on
else
$PRINTF "$NO_RESULT (ph.1 function fails): diff:\n"
echo "$TRACE $SOCAT $opts $arg1,$secopt0 echo &"
cat "${te}1"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}2"
cat "$tdiff1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
wait; return
fi
# then: with security
if [ "$port" ] && ! wait${proto}${ipvers}port $port 0; then
$PRINTF "$NO_RESULT (ph.1 port remains in use)\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
wait; return
fi
wait
#set -vx
# assemble address w/ security option; on dual, take read part:
case "$arg1" in
*!!*) arg="${arg1%!!*},$secopt1!!${arg1#*!!}" ;;
*) arg="$arg1,$secopt1" ;;
esac
# start server
# use -s to make sure that it fails due to a sec violation, not some other failure
CMD3="$TRACE $SOCAT $opts -s $arg echo"
$CMD3 2>"${te}3" &
spid=$!
if [ "$port" ] && ! wait${proto}${ipvers}port $port 1; then
kill $spid 2>/dev/null
$PRINTF "$NO_RESULT (ph.2 server not working)\n"
wait
echo "$CMD3"
cat "${te}3"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
return
fi
# now use client
da="test$N.2 $(date) $RANDOM"
(echo "$da"; sleep $T) |$TRACE $SOCAT $opts - "$arg2" >"$tf" 2>"${te}4"
stat=$?
kill $spid 2>/dev/null
#set +vx
#killall $TRACE $SOCAT 2>/dev/null
if [ "$stat" != 0 ]; then
result=-1; # socat had error
elif [ ! -s "$tf" ]; then
result=0; # empty output
elif echo "$da" |diff - "$tf" >"$tdiff2" 2>&1; then
result=1; # output is copy of input
else
result=2; # output differs from input
fi
if [ "$expect" != '1' -a "$result" -eq 1 ]; then
$PRINTF "$FAILED: SECURITY BROKEN\n"
echo "$TRACE $SOCAT $opts $arg echo"
cat "${te}3"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}4"
cat "$tdiff2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ "X$expect" != 'X*' -a X$result != X$expect ]; then
case X$result in
X-1) $PRINTF "$NO_RESULT (ph.2 client error): $TRACE $SOCAT:\n"
echo "$TRACE $SOCAT $opts $arg echo"
cat "${te}3"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}4"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
;;
X0) $PRINTF "$NO_RESULT (ph.2 diff failed): diff:\n"
echo "$TRACE $SOCAT $opts $arg echo"
cat "${te}3"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}4"
cat "$tdiff2"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
;;
X1) $PRINTF "$FAILED: SECURITY BROKEN\n"
echo "$TRACE $SOCAT $opts $arg echo"
cat "${te}3"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}4"
cat "$tdiff2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
;;
X2) $PRINTF "$FAILED: diff:\n"
echo "$TRACE $SOCAT $opts $arg echo"
cat "${te}3"
echo "$TRACE $SOCAT $opts - $arg2"
cat "${te}4"
cat "$tdiff2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
;;
esac
else
$PRINTF "$OK\n"
[ "$VERBOSE" ] && echo " $TRACE $SOCAT $opts $arg echo"
[ "$debug" ] && cat ${te}3
[ "$VERBOSE" ] && echo " $TRACE $SOCAT $opts - $arg2"
[ "$debug" ] && cat ${te}4
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
#set +vx
}
NAME=TCP4RANGEBITS
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with RANGE option"
if ! eval $NUMCOND; then :;
elif [ -z "$SECONDADDR" ]; then
# we need access to a second addresses
$PRINTF "test $F_n $TEST... ${YELLOW}need a second IPv4 address${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "range=$SECONDADDR/32" "TCP4:127.0.0.1:$PORT" 4 tcp $PORT 0
fi ;; # $SECONDADDR, NUMCOND
esac
N=$((N+1))
NAME=TCP4RANGEMASK
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with RANGE option"
if ! eval $NUMCOND; then :;
elif [ -z "$SECONDADDR" ]; then
# we need access to a second addresses
$PRINTF "test $F_n $TEST... ${YELLOW}need a second IPv4 address${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "range=$SECONDADDR:255.255.255.255" "TCP4:127.0.0.1:$PORT" 4 tcp $PORT 0
fi ;; # $SECONDADDR, NUMCOND
esac
N=$((N+1))
# like TCP4RANGEMASK, but the "bad" address is within the same class A network
NAME=TCP4RANGEMASKHAIRY
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with RANGE option"
if ! eval $NUMCOND; then :; else
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "range=127.0.0.0:255.255.0.0" "TCP4:$SECONDADDR:$PORT,bind=$SECONDADDR" 4 tcp $PORT 0
fi ;; # Linux, NUMCOND
esac
N=$((N+1))
NAME=TCP4SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%sourceport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with SOURCEPORT option"
if ! eval $NUMCOND; then :; else
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "sp=$PORT" "TCP4:127.0.0.1:$PORT" 4 tcp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=TCP4LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%lowport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with LOWPORT option"
if ! eval $NUMCOND; then :; else
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "lowport" "TCP4:127.0.0.1:$PORT" 4 tcp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=TCP4WRAPPERS_ADDR
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%tcpwrap%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip4 libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "hosts-allow=$ha,hosts-deny=$hd" "TCP4:127.0.0.1:$PORT" 4 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP4WRAPPERS_NAME
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%tcpwrap%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP4-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip4 libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $LOCALHOST" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP4-L:$PORT,reuseaddr,fork,retry=1" "" "hosts-allow=$ha,hosts-deny=$hd" "TCP4:$SECONDADDR:$PORT,bind=$SECONDADDR" 4 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP6RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP6-L with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP6-L:$PORT,reuseaddr,fork,retry=1" "" "range=[::2]/128" "TCP6:[::1]:$PORT" 6 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP6SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%sourceport%*|*%listen%|*%fork%**|*%$NAME%*)
TEST="$NAME: security of TCP6-L with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP6-L:$PORT,reuseaddr,fork,retry=1" "" "sp=$PORT" "TCP6:[::1]:$PORT" 6 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP6LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%lowport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP6-L with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP6-L:$PORT,reuseaddr,fork,retry=1" "" "lowport" "TCP6:[::1]:$PORT" 6 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP6TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%tcpwrap%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of TCP6-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6 libwrap && runstcp6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "TCP6-L:$PORT,reuseaddr,fork,retry=1" "" "hosts-allow=$ha,hosts-deny=$hd" "TCP6:[::1]:$PORT" 6 tcp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of UDP4-L with RANGE option"
if ! eval $NUMCOND; then :; else
newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP4-L:$PORT,reuseaddr,fork" "" "range=$SECONDADDR/32" "UDP4:127.0.0.1:$PORT" 4 udp $PORT 0
testserversec "$N" "$TEST" "$opts" "UDP4-L:$PORT,reuseaddr" "" "range=$SECONDADDR/32" "UDP4:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UDP4SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%sourceport%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP4-L with SOURCEPORT option"
if ! eval $NUMCOND; then :; else
newport udp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP4-L:$PORT,reuseaddr" "" "sp=$PORT" "UDP4:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UDP4LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%lowport%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP4-L with LOWPORT option"
if ! eval $NUMCOND; then :; else
newport udp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP4-L:$PORT,reuseaddr" "" "lowport" "UDP4:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UDP4TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%tcpwrap%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP4-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4 libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP4-L:$PORT,reuseaddr" "" "tcpwrap-etc=$td" "UDP4:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of UDP6-L with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP6-L:$PORT,reuseaddr,fork" "" "range=[::2]/128" "UDP6:[::1]:$PORT" 6 udp $PORT 0
testserversec "$N" "$TEST" "$opts" "UDP6-L:$PORT,reuseaddr" "" "range=[::2]/128" "UDP6:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%sourceport%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP6-L with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-L:$PORT,reuseaddr" "" "sp=$PORT" "UDP6:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%lowport%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP6-L with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-L:$PORT,reuseaddr" "" "lowport" "UDP6:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%tcpwrap%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of UDP6-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6 libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-L:$PORT,reuseaddr" "" "lowport" "UDP6:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP4_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L over TCP/IPv4 with RANGE option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip4,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv.crt,key=testsrv.key" "" "range=$SECONDADDR/32" "SSL:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt,$SOCAT_EGD" 4 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP4_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%sourceport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip4,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv.crt,key=testsrv.key" "" "sp=$PORT" "SSL:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt,$SOCAT_EGD" 4 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP4_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%lowport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip4,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv.crt,key=testsrv.key" "" "lowport" "SSL:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt,$SOCAT_EGD" 4 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP4_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%tcpwrap%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 tcp libwrap openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip4,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv.crt,key=testsrv.key" "" "tcpwrap-etc=$td" "SSL:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt,$SOCAT_EGD" 4 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLCERTSERVER
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L with client certificate"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts -4" "SSL-L:$PORT,pf=ip4,reuseaddr,fork,retry=1,$SOCAT_EGD,verify,cert=testsrv.crt,key=testsrv.key" "cafile=testcli.crt" "cafile=testsrv.crt" "SSL:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt,cert=testcli.pem,$SOCAT_EGD" 4 tcp $PORT '*'
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLCERTCLIENT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL with server certificate"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts -t 0.5 -lu -d" "SSL:$LOCALHOST:$PORT,pf=ip4,fork,retry=2,verify,cert=testcli.pem,$SOCAT_EGD" "cafile=testsrv.crt" "cafile=testcli.crt" "SSL-L:$PORT,pf=ip4,reuseaddr,$SOCAT_EGD,cafile=testcli.crt,cert=testsrv.crt,key=testsrv.key" 4 tcp "" -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP6_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%openssl%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L over TCP/IPv6 with RANGE option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert6 testsrv6
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip6,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv6.crt,key=testsrv6.key" "" "range=[::2]/128" "SSL:[::1]:$PORT,cafile=testsrv6.crt,$SOCAT_EGD" 6 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP6_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%openssl%*|*%sourceport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L over TCP/IPv6 with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert6 testsrv6
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip6,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv6.crt,key=testsrv6.key" "" "sp=$PORT" "SSL:[::1]:$PORT,cafile=testsrv6.crt,$SOCAT_EGD" 6 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP6_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%openssl%*|*%lowport%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L over TCP/IPv6 with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert6 testsrv6
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip6,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv6.crt,key=testsrv6.key" "" "lowport" "SSL:[::1]:$PORT,cafile=testsrv6.crt,$SOCAT_EGD" 6 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSLTCP6_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%openssl%*|*%tcpwrap%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of SSL-L over TCP/IPv6 with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 tcp libwrap openssl && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert6 testsrv6
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport tcp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "SSL-L:$PORT,pf=ip6,reuseaddr,fork,retry=1,$SOCAT_EGD,verify=0,cert=testsrv6.crt,key=testsrv6.key" "" "tcpwrap-etc=$td" "SSL:[::1]:$PORT,cafile=testsrv6.crt,$SOCAT_EGD" 6 tcp $PORT -1
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test security with the openssl-commonname option on client side
NAME=OPENSSL_CN_CLIENT_SECURITY
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of client openssl-commonname option"
# connect using non matching server name/address with commonname
# options, this should succeed. Then without this option, should fail
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts -t 0.5 -4" "SSL:127.0.0.1:$PORT,fork,retry=2,verify,cafile=testsrv.crt" "commonname=$LOCALHOST" "" "SSL-L:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.crt,key=testsrv.key,verify=0" 4 tcp "" '*'
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
# test security with the openssl-commonname option on server side
NAME=OPENSSL_CN_SERVER_SECURITY
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of server openssl-commonname option"
# connect using with client certificate to server, this should succeed.
# Then use the server with a non matching openssl-commonname option,
# this must fail
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
newport tcp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts -4" "SSL-L:$PORT,pf=ip4,reuseaddr,cert=testsrv.crt,key=testsrv.key,cafile=testcli.crt" "" "commonname=onlyyou" "SSL:$LOCALHOST:$PORT,pf=ip4,$REUSEADDR,verify=0,cafile=testsrv.crt,cert=testcli.crt,key=testcli.key" 4 tcp "$PORT" '*'
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
NAME=OPENSSL_FIPS_SECURITY
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%openssl%*|*%fips%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: OpenSSL restrictions by FIPS"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testoptions fips >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL/FIPS not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestcert testcli
newport tcp4 # provide free port number in $PORT
# openssl client accepts a "normal" certificate only when not in fips mode
testserversec "$N" "$TEST" "$opts" "SSL:$LOCALHOST:$PORT,fork,retry=2,verify,cafile=testsrv.crt" "" "fips" "SSL-L:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.crt,key=testsrv.key" 4 tcp "" -1
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
NAME=UNIEXECEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: give exec'd write-only process a chance to flush (-u)"
testod "$N" "$TEST" "" EXEC:"$OD_C" "$opts -u"
esac
N=$((N+1))
NAME=REVEXECEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: give exec'd write-only process a chance to flush (-U)"
testod "$N" "$TEST" EXEC:"$OD_C" "-" "$opts -U"
esac
N=$((N+1))
NAME=FILANDIR
case "$TESTS" in
*%$N%*|*%filan%*|*%$NAME%*)
TEST="$NAME: check type printed for directories"
if ! eval $NUMCOND; then :; else
te="$td/test$N.stderr"
printf "test $F_n $TEST... " $N
type=$($FILAN -f . 2>$te |tail -n 1 |awk '{print($2);}')
if [ "$type" = "dir" ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# Test if Filan can determine UNIX domain socket in file system
NAME=FILANSOCKET
case "$TESTS" in
*%$N%*|*%filan%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: capability to analyze named unix socket"
# Run Filan on a listening UNIX domain socket.
# When its output gives "socket" as type (2nd column), the test succeeded
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
te1="$td/test$N.stderr1" # socat
te2="$td/test$N.stderr2" # filan
printf "test $F_n $TEST... " $N
$TRACE $SOCAT $opts UNIX-LISTEN:"$ts" /dev/null </dev/null 2>"$te1" &
spid=$!
waitfile "$ts" 1
type=$($FILAN -f "$ts" 2>$te2 |tail -n 1 |awk '{print($2);}')
if [ "$type" = "socket" ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$SOCAT $opts UNIX-LISTEN:\"$ts\" /dev/null </dev/null 2>\"$te1\""
echo "$FILAN -f "$ts" 2>$te2 |tail -n 1 |awk '{print(\$2);}'"
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$SOCAT $opts UNIX-LISTEN:\"$ts\" /dev/null </dev/null 2>\"$te1\"" >&2
cat "$te1"
echo "$FILAN -f "$ts" 2>$te2 |tail -n 1 |awk '{print(\$2);}'" >&2
cat "$te2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
kill $spid 2>/dev/null
wait
fi ;; # NUMCOND
esac
N=$((N+1))
testptywaitslave () {
local N="$1"
local TEST="$2"
local PTYTYPE="$3" # ptmx or openpty
local opts="$4"
local tp="$td/test$N.pty"
local ts="$td/test$N.socket"
local tf="$td/test$N.file"
local tdiff="$td/test$N.diff"
local te1="$td/test$N.stderr1"
local te2="$td/test$N.stderr2"
local te3="$td/test$N.stderr3"
local te4="$td/test$N.stderr4"
local da="test$N $(date) $RANDOM"
printf "test $F_n $TEST... " $N
# set -vx
# first generate a pty, then a socket
($TRACE $SOCAT $opts -lpsocat1 PTY,$PTYTYPE,pty-wait-slave,pty-interval=$val_t,link="$tp" UNIX-LISTEN:"$ts" 2>"$te1"; rm -f "$tp") 2>/dev/null &
pid=$!
waitfile "$tp" 1 100
# if pty was non-blocking, the socket is active, and socat1 will term
$TRACE $SOCAT $opts -T 10 -lpsocat2 FILE:/dev/null UNIX-CONNECT:"$ts" 2>"$te2"
# if pty is blocking, first socat is still active and we get a connection now
#((echo "$da"; sleep 2) |$TRACE $SOCAT -lpsocat3 $opts - file:"$tp",$PTYOPTS2 >"$tf" 2>"$te3") &
( (waitfile "$ts" 1 100; echo "$da"; sleep 1) |$TRACE $SOCAT -lpsocat3 $opts - FILE:"$tp",$PTYOPTS2 >"$tf" 2>"$te3") &
waitfile "$ts" 1 100
# but we need an echoer on the socket
$TRACE $SOCAT $opts -lpsocat4 UNIX:"$ts" ECHO 2>"$te4"
# now $tf file should contain $da
#kill $pid 2>/dev/null
wait
#
if echo "$da" |diff - "$tf"> "$tdiff"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo " $TRACE $SOCAT $opts -T 10 -lpsocat2 FILE:/dev/null UNIX-CONNECT:\"$ts\"" 2>"$te2"
echo " $TRACE $SOCAT $opts -lpsocat1 PTY,$PTYTYPE,pty-wait-slave,link=\"$tp\" UNIX-LISTEN:\"$ts\"" >&2
echo " $TRACE $SOCAT -lpsocat3 $opts - file:\"$tp\",$PTYOPTS2" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "${YELLOW}FAILED${NORMAL}\n"
cat "$te1"
#cat "$te2" # not of interest
cat "$te3"
cat "$te4"
cat "$tdiff"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
fi
set +vx
}
NAME=PTMXWAITSLAVE
PTYTYPE=ptmx
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test if master pty ($PTYTYPE) waits for slave connection"
if ! eval $NUMCOND; then :; else
if ! feat=$(testfeats pty); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions "$PTYTYPE" pty-wait-slave); then
$PRINTF "test $F_n $TEST... ${YELLOW}option $(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testptywaitslave "$N" "$TEST" "$PTYTYPE" "$opts"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=OPENPTYWAITSLAVE
PTYTYPE=openpty
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test if master pty ($PTYTYPE) waits for slave connection"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats pty); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions "$PTYTYPE" pty-wait-slave); then
$PRINTF "test $F_n $TEST... ${YELLOW}option $(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testptywaitslave "$N" "$TEST" "$PTYTYPE" "$opts"
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# Test the connect-timeout address option
NAME=CONNECTTIMEOUT
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%timeout%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test the connect-timeout option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions connect-timeout); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# We need a hanging connection attempt, guess an address for this
case "$UNAME" in
Linux) HANGIP=1.0.0.1 ;;
*) HANGIP=255.255.255.254 ;;
esac
te1="$td/test$N.stderr1"
tk1="$td/test$N.kill1"
te2="$td/test$N.stderr2"
tk2="$td/test$N.kill2"
$PRINTF "test $F_n $TEST... " $N
# First, try to make socat hang and see if it can be killed
#$TRACE $SOCAT $opts - TCP:$HANGIP:1 >"$te1" 2>&1 </dev/null &
CMD="$TRACE $SOCAT $opts - TCP:$HANGIP:1"
$CMD >"$te1" 2>$te1 </dev/null &
pid1=$!
relsleep 2
if ! kill $pid1 2>"$tk1"; then
$PRINTF "${YELLOW}does not hang${NORMAL}\n"
echo "$CMD" >&2
cat "$te1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# Second, set connect-timeout and see if socat exits before kill
CMD="$TRACE $SOCAT $opts - TCP:$HANGIP:1,connect-timeout=$(reltime 1)"
$CMD >"$te1" 2>$te2 </dev/null &
pid2=$!
relsleep 10
if kill $pid2 2>"$tk2"; then
$PRINTF "$FAILED (\n"
echo "$CMD" >&2
cat "$te2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi
wait
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
# version 1.7.0.0 had a bug with the connect-timeout option: while it correctly
# terminated a hanging connect attempt, it prevented a successful connection
# establishment from being recognized by socat, instead the timeout occurred
NAME=CONNECTTIMEOUT_CONN
if ! eval $NUMCOND; then :; else
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%timeout%*|*%listen%*|*%$NAME%*)
TEST="$NAME: TCP4 connect-timeout option when server replies"
# just try a connection that is expected to succeed with the usual data
# transfer; with the bug it will fail
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIO TCP4:$ts,connect-timeout=1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null
wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED (rc2=$rc2)\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi ;;
esac
fi # NUMCOND
N=$((N+1))
NAME=OPENSSLLISTENDSA
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: openssl listen with DSA certificate"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
SRVCERT=testsrvdsa
gentestdsacert $SRVCERT
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # provide free port number in $PORT
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=$SRVCERT.pem,key=$SRVCERT.key,verify=0 pipe"
CMD="$TRACE $SOCAT $opts - openssl:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD"
$PRINTF "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD2 &"
echo "$CMD"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat ${te}1 ${te}2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
# derive signal number from signal name
# kill -l should provide the info
signum () {
if [ ! "$BASH_VERSION" -o -o posix ]; then
# we expect:
for i in $(POSIXLY_CORRECT=1 kill -l); do echo "$i"; done |grep -n -i "^$1$" |cut -d: -f1
else
# expect:
# " 1) SIGHUP 2) SIGINT 3) SIGQUIT 4) SIGILL"
signam="$1"
kill -l </dev/null |
while read l; do printf "%s %s\n%s %s\n%s %s\n%s %s\n" $l; done |
grep -e "SIG$signam\$" |
cut -d ')' -f 1
fi
}
# problems with QUIT, INT (are blocked in system() )
for signam in TERM ILL; do
NAME=EXITCODESIG$signam
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%signal%*|*%$NAME%*)
TEST="$NAME: exit status when dying on SIG$signam"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats pty); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat" |tr a-z A-Z) not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
SIG="$(signum $signam)"
te="$td/test$N.stderr"
tpp="$td/test$N.ppid"
tp="$td/test$N.pid"
$PRINTF "test $F_n $TEST... " $N
(sleep 1; kill -"$SIG" "$(cat "$tpp")") &
# a simple "system:echo $PPID..." does not work on NetBSD, OpenBSD
#$TRACE $SOCAT $opts echo SYSTEM:'exec /usr/bin/env bash -c "echo \$PPID '">$tpp"'; echo \$$ '">$tp; read x\"",nofork 2>"$te"; stat=$?
tsh="$td/test$N.sh"
cat <<EOF >"$tsh"
#! /usr/bin/env bash
echo \$PPID >"$tpp"
echo \$\$ >"$tp"
read x
EOF
chmod a+x "$tsh"
#$TRACE $SOCAT $opts echo SYSTEM:"exec \"$tsh\"",pty,setsid,nofork 2>"$te"; stat=$?
CMD="$TRACE $SOCAT $opts ECHO SYSTEM:\"exec\\\ \\\"$tsh\\\"\",pty,setsid,nofork"
$TRACE $SOCAT $opts ECHO SYSTEM:"exec \"$tsh\"",pty,setsid,nofork 2>"$te"
stat=$?
sleep 1; kill -INT $(cat $tp)
wait
if [ "$stat" -eq $((128+$SIG)) ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
done
NAME=READBYTES
#set -vx
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: restrict reading from file with bytes option"
if ! eval $NUMCOND; then :;
elif false; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tr="$td/test$N.ref"
ti="$td/test$N.in"
to="$td/test$N.out"
te="$td/test$N.err"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
#
CMD="$TRACE $SOCAT $opts -u open:$ti,readbytes=100 -"
printf "test $F_n $TEST... " $N
rm -f "$tf" "$ti" "$to"
#
echo "AAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAA" >"$tr" # 100 bytes
cat "$tr" "$tr" >"$ti" # 200 bytes
$CMD >"$to" 2>"$te"
if ! diff "$tr" "$to" >"$tdiff" 2>&1; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDPLISTENFORK
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%udp%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: UDP socket rebinds after first connection"
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO IP4 UDP PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO UDP4-CONNECT UDP4-LISTEN PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions bind so-reuseaddr fork) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
da2="test$N $(date) $RANDOM"
#establish a listening and forking udp socket in background
newport udp4 # provide free port number in $PORT
#processes hang forever without -T
CMD0="$TRACE $SOCAT -T $(reltime 5) $opts -lpserver UDP4-LISTEN:$PORT,bind=$LOCALHOST,$REUSEADDR,fork PIPE"
#make a first and a second connection
CMD1="$TRACE $SOCAT $opts -lpclient - UDP4-CONNECT:$LOCALHOST:$PORT"
$PRINTF "test $F_n $TEST... " $N
eval "$CMD0 2>${te}0 &"
pids=$!
waitudp4port "$PORT"
echo "$da1" |eval "$CMD1" >"${tf}1" 2>"${te}1"
if [ $? -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$NO_RESULT (first conn failed):\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$NO_RESULT (first conn failed); diff:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
cat "$tdiff"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
relsleep 2 # UDP-LISTEN sleeps 1s
echo "$da2" |eval "$CMD1" >"${tf}2" 2>"${te}2"
rc="$?"; kill "$pids" 2>/dev/null
if [ $rc -ne 0 ]; then
$PRINTF "$FAILED:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da2" |diff - "${tf}2" >"$tdiff"; then
$PRINTF "$FAILED: diff\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "diff:"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !( $? -ne 0)
fi # !(rc -ne 0)
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# Is a listen address capable of forking two child processes and have both
# active?
while read PROTOV MAJADDR MINADDR; do
if [ -z "$PROTOV" ] || [[ "$PROTOV" == \#* ]]; then continue; fi
protov="$(echo "$PROTOV" |tr A-Z a-z)"
proto="${protov%%[0-9]}"
NAME=${PROTOV}LISTENFORK
case "$TESTS" in
*%$N%*|*%functions%*|*%$protov%*|*%$proto%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: $PROTOV listen handles 2 concurrent connections"
# Have a listening address with fork option. connect with client1, send a piece
# of data, wait 1s, connect with client2, send another piece of data, wait 1s,
# and send another piece of data with client1. The server processes append all
# data to the same file. Check all data are written to the file in correct
# order.
if ! eval $NUMCOND; then :;
#elif ! feat=$(testfeats $PROTOV); then
# $PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$PROTOV" |tr a-z A-Z) not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
elif ! runs$protov >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$PROTOV not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sock"
tref="$td/test$N.ref"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1a="test$N $(date) 1a $RANDOM"
da1b="test$N $(date) 1b $RANDOM"
da2="test$N $(date) 2 $RANDOM"
case "$MAJADDR" in
"FILE")
tla="$ts"
tca="$ts"
waitproto="file"
waitfor="$ts" ;;
esac
case "$MINADDR" in
"PORT")
newport $protov # provide free port number in $PORT
tla="$PORT,bind=$MAJADDR"
tca="$MAJADDR:$PORT"
waitproto="${protov}port"
waitfor="$PORT" ;;
esac
#set -xv
echo -e "$da1a\n$da2\n$da1b" >"$tref"
# establish a listening and forking listen socket in background
# UDP processes hang forever without -T
CMD0="$TRACE $SOCAT -T $(reltime 20) $opts -lpserver $PROTOV-LISTEN:$tla,$REUSEADDR,fork PIPE"
# make a first and a second connection
CMD1="$TRACE $SOCAT $opts -t $(reltime 1) -lpclient - $PROTOV-CONNECT:$tca"
$PRINTF "test $F_n $TEST... " $N
eval "$CMD0 2>${te}0 &"
pid0=$!
wait$waitproto "$waitfor" 1 2
(echo "$da1a"; relsleep 10; echo "$da1b") |eval "$CMD1" >>"${tf}" 2>"${te}1" &
relsleep 5
# trailing sleep req for sctp because no half close
(echo "$da2"; relsleep 5) |eval "$CMD1" >>"${tf}" 2>"${te}2" &
relsleep 10
kill $pid0 2>/dev/null
wait
if ! diff -u "$tref" "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD1"
cat "${te}2" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
done <<<"
TCP4 $LOCALHOST PORT
TCP6 $LOCALHOST6 PORT
UDP4 $LOCALHOST PORT
UDP6 $LOCALHOST6 PORT
SCTP4 $LOCALHOST PORT
SCTP6 $LOCALHOST6 PORT
UNIX FILE ,
"
NAME=UNIXTOSTREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: generic UNIX client connects to stream socket"
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a listening unix socket in background
SRV="$TRACE $SOCAT $opts -lpserver UNIX-LISTEN:\"$ts\" PIPE"
#make a connection
CLI="$TRACE $SOCAT $opts -lpclient - UNIX:\"$ts\""
$PRINTF "test $F_n $TEST... " $N
eval "$SRV 2>${te}s &"
pids=$!
waitfile "$ts"
echo "$da1" |eval "$CLI" >"${tf}1" 2>"${te}1"
if [ $? -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
echo "$CLI"
cat "${te}s" "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED; diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
wait
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UNIXTODGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%unix%*|*%recv%*|*%$NAME%*)
TEST="$NAME: generic UNIX client connects to datagram socket"
if ! eval $NUMCOND; then :; else
ts1="$td/test$N.socket1"
ts2="$td/test$N.socket2"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a receiving unix datagram socket in background
SRV="$TRACE $SOCAT $opts -lpserver UNIX-RECVFROM:\"$ts1\" PIPE"
#make a connection
CLI="$TRACE $SOCAT $opts -lpclient - UNIX:\"$ts1\",bind=\"$ts2\""
#CLI="$TRACE $SOCAT $opts -lpclient - UNIX:\"$ts1\""
$PRINTF "test $F_n $TEST... " $N
eval "$SRV 2>${te}s &"
pids=$!
waitfile "$ts1"
echo "$da1" |eval "$CLI" >"${tf}1" 2>"${te}1"
rc=$?
kill $pids 2>/dev/null
wait
if [ $rc -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CLI"
cat "${te}1" "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CLI"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
fi ;; # NUMCOND
esac
N=$((N+1))
# there was an error in address EXEC with options pipes,stderr
NAME=EXECPIPESSTDERR
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with pipes,stderr"
# this test is known to fail when logging is enabled with OPTS/opts env var.
SAVE_opts="$opts"
opts="$(echo "$opts" |sed 's/-dd*//g')"
testecho "$N" "$TEST" "" "EXEC:$CAT,pipes,stderr" "$opts"
opts="$SAVE_opts"
esac
N=$((N+1))
# EXEC and SYSTEM with stderr injected socat messages into the data stream.
NAME=EXECSTDERRLOG
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: simple echo via exec of cat with pipes,stderr"
SAVE_opts="$opts"
# make sure at least two -d are there
case "$opts" in
*-d*-d*) ;;
*-d*) opts="$opts -d" ;;
*) opts="-d -d" ;;
esac
testecho "$N" "$TEST" "" "exec:$CAT,pipes,stderr" "$opts"
opts="$SAVE_opts"
esac
N=$((N+1))
#TTY=$(tty); ps -fade |grep "${TTY#/*/}\>" >/tmp/ps.out
NAME=SIMPLEPARSE
case "$TESTS" in
*%$N%*|*%functions%*|*%PARSE%*|*%$NAME%*)
TEST="$NAME: invoke socat from socat"
testecho "$N" "$TEST" "" exec:"$SOCAT - exec\:$CAT,pipes" "$opts" "$val_t"
esac
N=$((N+1))
NAME=FULLPARSE
case "$TESTS" in
*%$N%*|*%functions%*|*%parse%*|*%$NAME%*)
TEST="$NAME: correctly parse special chars"
if ! eval $NUMCOND; then :; else
$PRINTF "test $F_n $TEST... " $N
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
# a string where commas are hidden in nesting lexical constructs
# if they are scanned incorrectly, socat will see an "unknown option"
dain='(,)[,]{,}","([),])hugo'
daout='(,)[,]{,},([),])hugo'
$TRACE "$SOCAT" $opts -u "exec:echo $dain" - >"$tf" 2>"$te"
rc=$?
echo "$daout" |diff "$tf" - >"$tdiff"
if [ "$rc" -ne 0 ]; then
$PRINTF "$FAILED:\n"
echo "$TRACE $SOCAT" -u "exec:echo $da" -
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ -s "$tdiff" ]; then
$PRINTF "$FAILED:\n"
echo diff:
cat "$tdiff"
if [ -n "$debug" ]; then cat $te; fi
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=NESTEDSOCATEXEC
case "$TESTS" in
*%parse%*|*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: does lexical analysis work sensibly (exec)"
testecho "$N" "$TEST" "" "exec:'$SOCAT - exec:$CAT,pipes'" "$opts" 1
esac
N=$((N+1))
NAME=NESTEDSOCATSYSTEM
case "$TESTS" in
*%parse%*|*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: does lexical analysis work sensibly (system)"
testecho "$N" "$TEST" "" "system:\"$SOCAT - exec:$CAT,pipes\"" "$opts" 1
esac
N=$((N+1))
NAME=TCP6BYTCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: TCP4 mapped into TCP6 address space"
if ! eval $NUMCOND; then :;
elif true; then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature removed${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP6-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT TCP6:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waittcp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null; wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test the UDP4-SENDTO and UDP4-RECVFROM addresses together
NAME=UDP4DGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: UDP/IPv4 sendto and recvfrom"
# start a UDP4-RECVFROM process that echoes data, and send test data using
# UDP4-SENDTO. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="127.0.0.1"
ts1="$ts1a:$ts1p"
newport udp4; ts2p=$PORT
ts2="127.0.0.1:$ts2p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP4-RECVFROM:$ts1p,reuseaddr,bind=$ts1a PIPE"
CMD2="$TRACE $SOCAT $opts - UDP4-SENDTO:$ts1,bind=$ts2"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitudp4port $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=UDP6DGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp6%*|*%ip6%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: UDP/IPv6 datagram"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp6; ts1p=$PORT
tsa="[::1]"
ts1="$tsa:$ts1p"
newport udp6; ts2p=$PORT
ts2="$tsa:$ts2p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP6-RECVFROM:$ts1p,reuseaddr,bind=$tsa PIPE"
CMD2="$TRACE $SOCAT $opts - UDP6-SENDTO:$ts1,bind=$ts2"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
waitudp6port $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat ${te}1 ${te}2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=RAWIP4RECVFROM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip%*|*%ip4%*|*%rawip%*|*%rawip4%*|*%dgram%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv4 datagram"
if ! eval $NUMCOND; then :;
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO; #IPPROTO=$((IPPROTO+1))
ts1a="127.0.0.1"
ts1="$ts1a:$ts1p"
ts2a="$SECONDADDR"
ts2="$ts2a:$ts2p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts IP4-RECVFROM:$ts1p,reuseaddr,bind=$ts1a PIPE"
CMD2="$TRACE $SOCAT $opts - IP4-SENDTO:$ts1,bind=$ts2a"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1=$!
waitip4proto $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # root, NUMCOND
esac
N=$((N+1))
if false; then
NAME=RAWIP6RECVFROM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip%*|*%ip6%*|*%rawip%*|*%rawip6%*|*%dgram%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv6 datagram by self addressing"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO; #IPPROTO=$((IPPROTO+1))
tsa="[::1]"
ts1="$tsa:$ts1p"
ts2="$tsa"
da="test$N $(date) $RANDOM"
#CMD1="$TRACE $SOCAT $opts IP6-RECVFROM:$ts1p,reuseaddr,bind=$tsa PIPE"
CMD2="$TRACE $SOCAT $opts - IP6-SENDTO:$ts1,bind=$ts2"
printf "test $F_n $TEST... " $N
#$CMD1 2>"${te}1" &
waitip6proto $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
# echo "$CMD1 &"
# cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # root, NUMCOND
esac
N=$((N+1))
fi #false
NAME=UNIXDGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%unix%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: UNIX datagram"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$td/test$N.socket1"
ts2="$td/test$N.socket2"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UNIX-RECVFROM:$ts1,reuseaddr PIPE"
CMD2="$TRACE $SOCAT $opts - UNIX-SENDTO:$ts1,bind=$ts2"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitfile $ts1 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill "$pid1" 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED (rc=$rc2)\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=UDP4RECV
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%ip4%*|*%dgram%*|*%udp%*|*%udp4%*|*%recv%*|*%$NAME%*)
TEST="$NAME: UDP/IPv4 receive"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="127.0.0.1"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u UDP4-RECV:$ts1p,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - UDP4-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitudp4port $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
#ls -l $tf
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=UDP6RECV
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%dgram%*|*%udp%*|*%udp6%*|*%recv%*|*%$NAME%*)
TEST="$NAME: UDP/IPv6 receive"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp6; ts1p=$PORT
ts1a="[::1]"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u UDP6-RECV:$ts1p,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - UDP6-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitudp6port $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
#ls -l $tf
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=RAWIP4RECV
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%dgram%*|*%rawip%*|*%rawip4%*|*%recv%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv4 receive"
if ! eval $NUMCOND; then :;
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO; #IPPROTO=$((IPPROTO+1))
ts1a="127.0.0.1"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u IP4-RECV:$ts1p,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - IP4-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitip4proto $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
#ls -l $tf
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, root
esac
N=$((N+1))
NAME=RAWIP6RECV
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%dgram%*|*%rawip%*|*%rawip6%*|*%recv%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv6 receive"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO; #IPPROTO=$((IPPROTO+1))
ts1a="[::1]"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u IP6-RECV:$ts1p,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - IP6-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitip6proto $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, root
esac
N=$((N+1))
NAME=UNIXRECV
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%dgram%*|*%recv%*|*%$NAME%*)
TEST="$NAME: UNIX receive"
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$ts"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u UNIX-RECV:$ts1,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - UNIX-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitfile $ts1 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=UDP4RECVFROM_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%sourceport%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECVFROM with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr" "" "sp=$PORT" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECVFROM_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%lowport%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECVFROM with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr" "" "lowport" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECVFROM_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%udp%*|*%udp4%*|*%ip4%*|*%range%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECVFROM with RANGE option"
newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr,fork" "" "range=$SECONDADDR/32" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
if ! eval $NUMCOND; then :; else
testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr" "" "range=$SECONDADDR/32" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=UDP4RECVFROM_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%udp%*|*%udp4%*|*%ip4%*|*%tcpwrap%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECVFROM with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 udp libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr,fork" "" "tcpwrap=$d" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
testserversec "$N" "$TEST" "$opts" "UDP4-RECVFROM:$PORT,reuseaddr" "" "tcpwrap-etc=$td" "UDP4-SENDTO:127.0.0.1:$PORT" 4 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECV_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%sourceport%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECV with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4; PORT1=$PORT
newport udp4; PORT2=$PORT
newport udp4; PORT3=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP4-RECV:$PORT1,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT2" "" "sp=$PORT3" "UDP4-RECV:$PORT2!!UDP4-SENDTO:127.0.0.1:$PORT1" 4 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECV_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%lowport%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECV with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4; PORT1=$PORT
newport udp4; PORT2=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP4-RECV:$PORT1,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT2" "" "lowport" "UDP4-RECV:$PORT2!!UDP4-SENDTO:127.0.0.1:$PORT1" 4 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECV_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%range%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECV with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4; PORT1=$PORT
newport udp4; PORT2=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP4-RECV:$PORT1,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT2" "" "range=$SECONDADDR/32" "UDP4-RECV:$PORT2!!UDP4-SENDTO:127.0.0.1:$PORT1" 4 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4RECV_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%tcpwrap%*|*%$NAME%*)
TEST="$NAME: security of UDP4-RECV with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip4 libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4; PORT1=$PORT
newport udp4; PORT2=$PORT
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP4-RECV:$PORT1,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT2" "" "tcpwrap-etc=$td" "UDP4-RECV:$PORT2!!UDP4-SENDTO:127.0.0.1:$PORT1" 4 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECVFROM_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%sourceport%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECVFROM with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-RECVFROM:$PORT,reuseaddr" "" "sp=$PORT" "UDP6-SENDTO:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECVFROM_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%lowport%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECVFROM with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-RECVFROM:$PORT,reuseaddr" "" "lowport" "UDP6-SENDTO:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECVFROM_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%udp%*|*%udp6%*|*%ip6%*|*%range%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECVFROM with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP6-RECVFROM:$PORT,reuseaddr,fork" "" "range=[::2]/128" "UDP6-SENDTO:[::1]:$PORT" 6 udp $PORT 0
testserversec "$N" "$TEST" "$opts" "UDP6-RECVFROM:$PORT,reuseaddr" "" "range=[::2]/128" "UDP6-SENDTO:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECVFROM_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%tcpwrap%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECVFROM with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6 libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp6 # provide free port number in $PORT
testserversec "$N" "$TEST" "$opts" "UDP6-RECVFROM:$PORT,reuseaddr" "" "tcpwrap-etc=$td" "UDP6-SENDTO:[::1]:$PORT" 6 udp $PORT 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECV_SOURCEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%sourceport%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECV with SOURCEPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6; PORT1=$PORT
newport udp6; PORT2=$PORT
newport udp6; PORT3=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP6-RECV:$PORT1,reuseaddr!!UDP6-SENDTO:[::1]:$PORT2" "" "sp=$PORT3" "UDP6-RECV:$PORT2!!UDP6-SENDTO:[::1]:$PORT1" 6 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECV_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%lowport%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECV with LOWPORT option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6; PORT1=$PORT
newport udp6; PORT2=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP6-RECV:$PORT1,reuseaddr!!UDP6-SENDTO:[::1]:$PORT2" "" "lowport" "UDP6-RECV:$PORT2!!UDP6-SENDTO:[::1]:$PORT1" 6 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECV_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%range%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECV with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6; PORT1=$PORT
newport udp6; PORT2=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP6-RECV:$PORT1,reuseaddr!!UDP6-SENDTO:[::1]:$PORT2" "" "range=[::2]/128" "UDP6-RECV:$PORT2!!UDP6-SENDTO:[::1]:$PORT1" 6 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP6RECV_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp6%*|*%ip6%*|*%tcpwrap%*|*%$NAME%*)
TEST="$NAME: security of UDP6-RECV with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6 libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp6; PORT1=$PORT
newport udp6; PORT2=$PORT
# we use the forward channel (PORT1) for testing, and have a backward channel
# (PORT2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "UDP6-RECV:$PORT1,reuseaddr!!UDP6-SENDTO:[::1]:$PORT2" "" "tcpwrap-etc=$td" "UDP6-RECV:$PORT2!!UDP6-SENDTO:[::1]:$PORT1" 6 udp $PORT1 0
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=IP4RECVFROM_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%ip%*|*%ip4%*|*%range%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP4-RECVFROM with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "IP4-RECVFROM:$IPPROTO,reuseaddr,fork" "" "range=$SECONDADDR/32" "IP4-SENDTO:127.0.0.1:$IPPROTO" 4 ip $IPPROTO 0
testserversec "$N" "$TEST" "$opts" "IP4-RECVFROM:$IPPROTO,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT" "" "range=$SECONDADDR/32" "UDP4-RECV:$PORT!!IP4-SENDTO:127.0.0.1:$IPPROTO" 4 ip $IPPROTO 0
fi ;; # NUMCOND, feats, root
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP4RECVFROM_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%ip%*|*%ip4%*|*%tcpwrap%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP4-RECVFROM with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "IP4-RECVFROM:$IPPROTO,reuseaddr,fork" "" "tcpwrap-etc=$td" "IP4-SENDTO:127.0.0.1:$IPPROTO" 4 ip $IPPROTO 0
testserversec "$N" "$TEST" "$opts" "IP4-RECVFROM:$IPPROTO,reuseaddr!!UDP4-SENDTO:127.0.0.1:$PORT" "" "tcpwrap-etc=$td" "UDP4-RECV:$PORT!!IP4-SENDTO:127.0.0.1:$IPPROTO" 4 ip $IPPROTO 0
fi # NUMCOND, feats, root
;;
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP4RECV_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%ip%*|*%ip4%*|*%range%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP4-RECV with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
IPPROTO1=$IPPROTO; #IPPROTO=$((IPPROTO+1))
IPPROTO2=$((IPPROTO+1))
# we use the forward channel (IPPROTO1) for testing, and have a backward channel
# (IPPROTO2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "ip4-recv:$IPPROTO1,reuseaddr!!ip4-sendto:127.0.0.1:$IPPROTO2" "" "range=$SECONDADDR/32" "ip4-recv:$IPPROTO2!!ip4-sendto:127.0.0.1:$IPPROTO1" 4 ip $IPPROTO1 0
fi ;; # NUMCOND, feats, root
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP4RECV_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%ip%*|*%ip4%*|*%tcpwrap%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP4-RECV with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
IPPROTO1=$IPPROTO; #IPPROTO=$((IPPROTO+1))
IPPROTO2=$((IPPROTO+1))
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: $SECONDADDR" >"$ha"
$ECHO "ALL: ALL" >"$hd"
# we use the forward channel (IPPROTO1) for testing, and have a backward channel
# (IPPROTO2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "ip4-recv:$IPPROTO1,reuseaddr!!ip4-sendto:127.0.0.1:$IPPROTO2" "" "tcpwrap-etc=$td" "ip4-recv:$IPPROTO2!!ip4-sendto:127.0.0.1:$IPPROTO1" 4 ip $IPPROTO1 0
fi ;; # NUMCOND, feats, root
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP6RECVFROM_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%ip%*|*%ip6%*|*%range%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP6-RECVFROM with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport udp6 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "IP6-RECVFROM:$IPPROTO,reuseaddr,fork" "" "range=[::2]/128" "IP6-SENDTO:[::1]:$IPPROTO" 6 ip $IPPROTO 0
testserversec "$N" "$TEST" "$opts" "IP6-RECVFROM:$IPPROTO,reuseaddr!!UDP6-SENDTO:[::1]:$PORT" "" "range=[::2]/128" "UDP6-RECV:$PORT!!IP6-SENDTO:[::1]:$IPPROTO" 6 ip $IPPROTO 0
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP6RECVFROM_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%fork%*|*%ip%*|*%ip6%*|*%tcpwrap%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP6-RECVFROM with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
newport udp6 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "IP6-RECVFROM:$IPPROTO,reuseaddr,fork" "" "tcpwrap-etc=$td" "IP6-SENDTO:[::1]:$IPPROTO" 6 ip $IPPROTO 0
testserversec "$N" "$TEST" "$opts" "IP6-RECVFROM:$IPPROTO,reuseaddr!!UDP6-SENDTO:[::1]:$PORT" "" "tcpwrap-etc=$td" "UDP6-RECV:$PORT!!IP6-SENDTO:[::1]:$IPPROTO" 6 ip $IPPROTO 0
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP6RECV_RANGE
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%ip%*|*%ip6%*|*%range%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP6-RECV with RANGE option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}raw IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
IPPROTO1=$IPPROTO; #IPPROTO=$((IPPROTO+1))
IPPROTO2=$((IPPROTO+1))
# we use the forward channel (IPPROTO1) for testing, and have a backward channel
# (IPPROTO2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "ip6-recv:$IPPROTO1,reuseaddr!!ip6-sendto:[::1]:$IPPROTO2" "" "range=[::2]/128" "ip6-recv:$IPPROTO2!!ip6-sendto:[::1]:$IPPROTO1" 6 ip $IPPROTO1 0
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=IP6RECV_TCPWRAP
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%ip%*|*%ip6%*|*%tcpwrap%*|*%root%*|*%$NAME%*)
TEST="$NAME: security of IP6-RECV with TCPWRAP option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip6 rawip libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
IPPROTO1=$IPPROTO; #IPPROTO=$((IPPROTO+1))
IPPROTO2=$((IPPROTO+1))
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat: [::2]" >"$ha"
$ECHO "ALL: ALL" >"$hd"
# we use the forward channel (IPPROTO1) for testing, and have a backward channel
# (IPPROTO2) to get the data back, so we get the classical echo behaviour
testserversec "$N" "$TEST" "$opts" "ip6-recv:$IPPROTO1,reuseaddr!!ip6-sendto:[::1]:$IPPROTO2" "" "tcpwrap-etc=$td" "ip6-recv:$IPPROTO2!!ip6-sendto:[::1]:$IPPROTO1" 6 ip $IPPROTO1 0
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=O_NOATIME_FILE
case "$TESTS" in
*%$N%*|*%functions%*|*%open%*|*%noatime%*|*%$NAME%*)
TEST="$NAME: option O_NOATIME on file"
# idea: create a file with o-noatime option; one second later create a file
# without this option (using touch); one second later read from the first file.
# Then we check which file has the later ATIME stamp. For this check we use
# "ls -ltu" because it is more portable than "test ... -nt ..."
if ! eval $NUMCOND; then :;
elif ! testoptions o-noatime >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}o-noatime not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.file"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
$PRINTF "test $F_n $TEST... " $N
CMD="$TRACE $SOCAT $opts -u open:\"${tf}1\",o-noatime /dev/null"
# generate a file
touch "${tf}1"
sleep 1
# generate a reference file
touch "${tf}2"
sleep 1
# read from the first file
$CMD 2>"$te"
if [ $? -ne 0 ]; then # command failed
$PRINTF "${FAILED}:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
# check which file has a later atime stamp
if [ $(ls -ltu "${tf}1" "${tf}2" |head -1 |sed 's/.* //') != "${tf}2" ];
then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # wrong time stamps
fi # command ok
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=O_NOATIME_FD
case "$TESTS" in
*%$N%*|*%functions%*|*%noatime%*|*%$NAME%*)
TEST="$NAME: option O_NOATIME on file descriptor"
# idea: use a fd of a file with o-noatime option; one second later create a file
# without this option (using touch); one second later read from the first file.
# Then we check which file has the later ATIME stamp. For this check we use
# "ls -ltu" because it is more portable than "test ... -nt ..."
if ! eval $NUMCOND; then :;
elif ! testoptions o-noatime >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}o-noatime not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.file"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
$PRINTF "test $F_n $TEST... " $N
touch ${tf}1
CMD="$TRACE $SOCAT $opts -u -,o-noatime /dev/null <${tf}1"
# generate a file, len >= 1
touch "${tf}1"
sleep 1
# generate a reference file
touch "${tf}2"
sleep 1
# read from the first file
sh -c "$CMD" 2>"$te"
rc=$?
if [ $rc -ne 0 ]; then # command failed
$PRINTF "${FAILED} (rc=$rc):\n"
echo "$CMD"
cat "$te" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
# check which file has a later atime stamp
if [ $(ls -ltu "${tf}1" "${tf}2" |head -1 |sed 's/.* //') != "${tf}2" ];
then
$PRINTF "$FAILED (bad order):\n"
echo "$CMD" >&2
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # wrong time stamps
fi # command ok
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=FS_NOATIME
case "$TESTS" in
*%$N%*|*%functions%*|*%fs%*|*%noatime%*|*%$NAME%*)
TEST="$NAME: extended file system options using fs noatime option"
# idea: create a file with fs-noatime option; one second later create a file
# without this option (using touch); one second later read from the first file.
# Then we check which file has the later ATIME stamp. For this check we use
# "ls -ltu" because it is more portable than "test ... -nt ..."
if ! eval $NUMCOND; then :;
elif ! testoptions fs-noatime >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}fs-noatime not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.socket"
tf="$td/test$N.file"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$ts"
da="test$N $(date) $RANDOM"
$PRINTF "test $F_n $TEST... " $N
CMD0="$TRACE $SOCAT $opts -u /dev/null create:\"${tf}1\""
CMD="$TRACE $SOCAT $opts -u /dev/null create:\"${tf}1\",fs-noatime"
# check if this is a capable FS; lsattr does other things on AIX, thus socat
$CMD0 2>"${te}0"
if [ $? -ne 0 ]; then
$PRINTF "${YELLOW} cannot test${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# generate a file with noatime, len >= 1
$CMD 2>"$te"
if [ $? -ne 0 ]; then # command failed
$PRINTF "${YELLOW}impotent file system?${NORMAL}\n"
echo "$CMD"
cat "$te"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
sleep 1
# generate a reference file
touch "${tf}2"
sleep 1
# read from the first file
cat "${tf}1" >/dev/null
# check which file has a later atime stamp
#if [ $(ls -ltu "${tf}1" "${tf}2" |head -n 1 |awk '{print($8);}') != "${tf}2" ];
if [ $(ls -ltu "${tf}1" "${tf}2" |head -n 1 |sed "s|.*\\($td.*\\)|\1|g") != "${tf}2" ];
then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # not impotent
fi # can test
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=COOLWRITE
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%timeout%*|*%coolwrite%*|*%$NAME%*)
TEST="$NAME: option cool-write"
if ! eval $NUMCOND; then :;
elif ! testoptions cool-write >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}option cool-write not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
#set -vx
ti="$td/test$N.pipe"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# a reader that will terminate after 1 byte
CMD1="$TRACE $SOCAT $opts -u pipe:\"$ti\",readbytes=1 /dev/null"
CMD="$TRACE $SOCAT $opts -u - file:\"$ti\",cool-write"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
bg=$! # background process id
sleep 1
(echo .; sleep 1; echo) |$CMD 2>"$te"
rc=$?
kill $bg 2>/dev/null; wait
if [ $rc -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD &"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test if option coolwrite can be applied to bidirectional address stdio
# this failed up to socat 1.6.0.0
NAME=COOLSTDIO
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%timeout%*|*%coolwrite%*|*%$NAME%*)
TEST="$NAME: option cool-write on bidirectional stdio"
# this test starts a socat reader that terminates after receiving one+
# bytes (option readbytes); and a test process that sends two bytes via
# named pipe to the receiving process and, a second later, sends another
# byte. The last write will fail with "broken pipe"; if option coolwrite
# has been applied successfully, socat will terminate with 0 (OK),
# otherwise with error.
if ! eval $NUMCOND; then :;
elif ! testoptions cool-write >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}option cool-write not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
#set -vx
ti="$td/test$N.pipe"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# a reader that will terminate after 1 byte
CMD1="$TRACE $SOCAT $opts -u pipe:\"$ti\",readbytes=1 /dev/null"
CMD="$TRACE $SOCAT $opts -,cool-write pipe >\"$ti\""
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
bg=$! # background process id
sleep 1
(echo .; sleep 1; echo) |eval "$CMD" 2>"$te"
rc=$?
kill $bg 2>/dev/null; wait
if [ $rc -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCP4ENDCLOSE
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: end-close keeps TCP V4 socket open"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; p0=$PORT
newport tcp4; p1=$PORT
da2a="$(date) $RANDOM"
da2b="$(date) $RANDOM"
CMD0="$TRACE $SOCAT -lp collector $opts -u TCP4-LISTEN:$p0,$REUSEADDR,bind=$LOCALHOST -"
CMD1="$TRACE $SOCAT -lp forker $opts -U TCP4:$LOCALHOST:$p0,end-close TCP4-LISTEN:$p1,bind=$LOCALHOST,$REUSEADDR,fork"
CMD2="$TRACE $SOCAT -lp client $opts -u - TCP4-CONNECT:$LOCALHOST:$p1"
printf "test $F_n $TEST... " $N
$CMD0 >"${tf}0" 2>"${te}0" &
pid0=$!
waittcp4port $p0 1
$CMD1 2>"${te}1" &
pid1=$!
relsleep 1
waittcp4port $p1 1
echo "$da2a" |$CMD2 2>>"${te}2a"
rc2a=$?
echo "$da2b" |$CMD2 2>>"${te}2b"
rc2b=$?
sleep 1
kill "$pid0" "$pid1" 2>/dev/null
wait
if [ $rc2a -ne 0 -o $rc2b -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2a" >&2
echo "$CMD2"
cat "${te}2b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! $ECHO "$da2a\n$da2b" |diff - "${tf}0" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2a" >&2
echo "$CMD2"
cat "${te}2b" >&2
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=EXECENDCLOSE
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%listen%*|*%unix%*|*%fork%*|*%$NAME%*)
TEST="$NAME: end-close keeps EXEC child running"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts="$td/test$N.sock"
tdiff="$td/test$N.diff"
da1a="$(date) $RANDOM"
da1b="$(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts - UNIX-CONNECT:$ts"
CMD="$TRACE $SOCAT $opts EXEC:"$CAT",end-close UNIX-LISTEN:$ts,fork"
printf "test $F_n $TEST... " $N
$CMD 2>"${te}2" &
pid2=$!
waitfile $ts 1
echo "$da1a" |$CMD1 2>>"${te}1a" >"$tf"
relsleep 1
echo "$da1b" |$CMD1 2>>"${te}1b" >>"$tf"
#relsleep 1
kill "$pid2" 2>/dev/null
wait
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1a" "${te}1b" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! $ECHO "$da1a\n$da1b" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
cat "${te}1a" "${te}1b" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1a" "${te}1b" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# up to 1.7.0.0 option end-close led to an error with some address types due to
# bad internal handling. here we check it for address PTY
NAME=PTYENDCLOSE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%pty%*|*%$NAME%*)
TEST="$NAME: PTY handles option end-close"
# with the bug, socat exits with error. we invoke socat in a no-op mode and
# check its return status.
if ! eval $NUMCOND; then :;
else
tf="$td/test$N.stout"
te="$td/test$N.stderr"
# -t must be longer than 0.1 on OpenBSD
CMD="$TRACE $SOCAT $opts -d -d -t 0.5 /dev/null pty,end-close"
printf "test $F_n $TEST... " $N
# AIX reports the pty writeable for select() only when its slave side has been
# opened, therefore we run this process in background and check its NOTICE
# output for the PTY name
{ $CMD 2>"${te}"; echo $? >"$td/test$N.rc0"; } &
waitfile "${te}"
sleep 0.5 # 0.1 is too few for FreeBSD-10
PTY=$(grep "N PTY is " $te |sed 's/.*N PTY is //')
# So this for AIX? but "cat" hangs on OpenBSD, thus use socat with timeout instead
[ -e "$PTY" ] && $SOCAT -T 0.1 -u $PTY,o-nonblock - >/dev/null 2>/dev/null
rc=$(cat "$td/test$N.rc0")
if [ "$rc" = 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the shut-null and null-eof options
NAME=SHUTNULLEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%$NAME%*)
TEST="$NAME: options shut-null and null-eof"
# Run a receiving background process with option null-eof.
# Start a sending process with option shut-null that sends a test record to the
# receiving process and then terminates.
# Send another test record.
# When the receiving process only received and stored the first test record the
# test succeeded
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4 # provide free port number in $PORT
CMD0="$TRACE $SOCAT $opts -u UDP4-RECV:$PORT,null-eof CREAT:$tf"
CMD1="$TRACE $SOCAT $opts -u - UDP4-SENDTO:127.0.0.1:$PORT,shut-null"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitudp4port $PORT 1
{ echo "$da"; sleep 0.1; } |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
{ echo "xyz"; sleep 0.1; } |$CMD1 >"${tf}2" 2>"${te}2"
rc2=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 != 0 -o $rc2 != 0 ]; then
$PRINTF "$FAILED (client(s) failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD1"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "${tf}" >"$tdiff"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "// diff:" >&2
cat "${tdiff}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=UDP6LISTENBIND
# this tests for a bug in (up to) 1.5.0.0:
# with udp*-listen, the bind option supported only IPv4
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip6%*|*%ipapp%*|*%udp%*|*%udp6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: UDP6-LISTEN with bind"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats udp ip6) || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}UDP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp6; tsl=$PORT
ts="$LOCALHOST6:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP6-LISTEN:$tsl,$REUSEADDR,bind=$LOCALHOST6 PIPE"
CMD2="$TRACE $SOCAT $opts - UDP6:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudp6port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCPWRAPPERS_MULTIOPTS
# this tests for a bug in 1.5.0.0 that let socat fail when more than one
# tcp-wrappers related option was specified in one address
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%tcpwrap%*|*%listen%*|*%$NAME%*)
TEST="$NAME: use of multiple tcpwrapper enabling options"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip4 libwrap) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
ha="$td/hosts.allow"
$ECHO "test : ALL : allow" >"$ha"
newport tcp4 # provide free port number in $PORT
CMD1="$TRACE $SOCAT $opts TCP4-LISTEN:$PORT,$REUSEADDR,hosts-allow=$ha,tcpwrap=test pipe"
CMD2="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1=$!
waittcp4port $PORT
echo "$da" |$CMD2 >"$tf" 2>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=TCPWRAPPERS_TCP6ADDR
# this tests for a bug in 1.5.0.0 that brought false results with tcp-wrappers
# and IPv6 when
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%tcpwrap%*|*%listen%*|*%$NAME%*)
TEST="$NAME: specification of TCP6 address in hosts.allow"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats tcp ip6 libwrap && runsip6); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
ha="$td/hosts.allow"
hd="$td/hosts.deny"
$ECHO "socat : [::1] : allow" >"$ha"
$ECHO "ALL : ALL : deny" >"$hd"
newport tcp6 # provide free port number in $PORT
CMD1="$TRACE $SOCAT $opts TCP6-LISTEN:$PORT,$REUSEADDR,tcpwrap-etc=$td,tcpwrappers=socat pipe"
CMD2="$TRACE $SOCAT $opts - TCP6:[::1]:$PORT"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1=$!
waittcp6port $PORT
echo "$da" |$CMD2 >"$tf" 2>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=UDP4BROADCAST
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%broadcast%*|*%$NAME%*)
TEST="$NAME: UDP/IPv4 broadcast"
if ! eval $NUMCOND; then :;
elif [ -z "$BCADDR" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}dont know a broadcast address${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
#ts1="$BCADDR/8:$ts1p"
ts1="$BCADDR:$ts1p"
newport udp4; ts2p=$PORT
ts2="$BCIFADDR:$ts2p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP4-RECVFROM:$ts1p,reuseaddr,broadcast PIPE"
#CMD2="$TRACE $SOCAT $opts - UDP4-BROADCAST:$ts1"
CMD2="$TRACE $SOCAT $opts - UDP4-DATAGRAM:$ts1,broadcast"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitudp4port $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$tut" ]; then
echo "$CMD1 &"
echo "$CMD2"
fi
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=IP4BROADCAST
# test a local broadcast of a raw IPv4 protocol.
# because we receive - in addition to the regular reply - our own broadcast,
# we use a token XXXX that is changed to YYYY in the regular reply packet.
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%rawip%*|*%rawip4%*|*%ip4%*|*%dgram%*|*%broadcast%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv4 broadcast"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}raw IP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ -z "$BCADDR" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}dont know a broadcast address${NORMAL}\n" $N
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO
#ts1="$BCADDR/8:$ts1p"
ts1="$BCADDR:$ts1p"
ts2p=$ts1p
ts2="$BCIFADDR"
da="test$N $(date) $RANDOM XXXX"
sh="$td/test$N-sed.sh"
echo 'sed s/XXXX/YYYY/' >"$sh"
chmod a+x "$sh"
# EXEC need not work with script (musl libc), so use SYSTEM
CMD1="$TRACE $SOCAT $opts IP4-RECVFROM:$ts1p,reuseaddr,broadcast SYSTEM:$sh"
#CMD2="$TRACE $SOCAT $opts - IP4-BROADCAST:$ts1"
CMD2="$TRACE $SOCAT $opts - IP4-DATAGRAM:$ts1,broadcast"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitip4port $ts1p 1
echo "$da" |$CMD2 2>>"${te}2" |grep -v XXXX >>"$tf"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED (rc2=$rc2):\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" | sed 's/XXXX/YYYY/'|diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
#NAME=UDP4BROADCAST_RANGE
#case "$TESTS" in
#*%$N%*|*%functions%*|*%security%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%broadcast%*|*%range%*|*%$NAME%*)
#TEST="$NAME: security of UDP4-BROADCAST with RANGE option"
#if ! eval $NUMCOND; then :;
#elif [ -z "$BCADDR" ]; then
# $PRINTF "test $F_n $TEST... ${YELLOW}dont know a broadcast address${NORMAL}\n" $N
#else
#newport udp4 # provide free port number in $PORT
#testserversec "$N" "$TEST" "$opts" "UDP4-BROADCAST:$BCADDR/8:$PORT" "" "range=127.1.0.0:255.255.0.0" "udp4:127.1.0.0:$PORT" 4 udp $PORT 0
#fi ;; # NUMCOND, feats
#esac
#N=$((N+1))
NAME=UDP4MULTICAST_UNIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%multicast%*|*%$NAME%*)
TEST="$NAME: UDP/IPv4 multicast, send only"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 udp) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs UDP4-RECV UDP4-SENDTO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions ip-add-membership bind) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="$SECONDADDR"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT -u $opts UDP4-RECV:$ts1p,reuseaddr,ip-add-membership=224.255.255.254:$ts1a -"
CMD2="$TRACE $SOCAT -u $opts - UDP4-SENDTO:224.255.255.254:$ts1p,bind=$ts1a"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" >"${tf}" &
pid1="$!"
waitudp4port $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
relsleep 1
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=IP4MULTICAST_UNIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%rawip%*|*%ip4%*|*%dgram%*|*%multicast%*|*%root%*|*%$NAME%*)
TEST="$NAME: IPv4 multicast"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO
ts1a="$SECONDADDR"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT -u $opts IP4-RECV:$ts1p,reuseaddr,ip-add-membership=224.255.255.254:$ts1a -"
CMD2="$TRACE $SOCAT -u $opts - IP4-SENDTO:224.255.255.254:$ts1p,bind=$ts1a"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" >"${tf}" &
pid1="$!"
waitip4proto $ts1p 1
relsleep 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
#relsleep 1
sleep 1
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
if true; then
# This test succeeds, e.g., on CentOS-7 with kernel 3.10.0, Ubuntu-16.04 with 4.4.0
# but fails, e.g., on Ubuntu-18.04 with kernel 4.15.0, CentOS-8 with 4.10.0
NAME=UDP6MULTICAST_UNIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp6%*|*%ip6%*|*%dgram%*|*%multicast%*|*%$NAME%*)
TEST="$NAME: UDP/IPv6 multicast"
if ! eval $NUMCOND; then :;
elif ! f=$(testfeats ip6 udp); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $f not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs - STDIO UDP6-RECV UDP6-SENDTO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions ipv6-join-group) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 does not work on $HOSTNAME${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! echo |$SOCAT -u -t 0.1 - UDP6-SENDTO:[ff02::1]:12002 >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 multicasting does not work${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp6; ts1p=$PORT
if1="$MCINTERFACE"
ts1a="[::1]"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT -u $opts UDP6-RECV:$ts1p,$REUSEADDR,ipv6-join-group=[ff02::2]:$if1 -"
#CMD2="$TRACE $SOCAT -u $opts - UDP6-SENDTO:[ff02::2]:$ts1p,bind=$ts1a"
CMD2="$TRACE $SOCAT -u $opts - UDP6-SENDTO:[ff02::2]:$ts1p"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" >"${tf}" &
pid1="$!"
waitudp6port $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
relsleep 1
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
# if ! [ "$UNAME" = Linux ] || ! [[ $(uname -r) =~ ^2\.* ]] || ! [[ ^3\.* ]] || ! [[ ^4\.[0-4]\.* ]]; then
# $PRINTF "${YELLOW}works only on Linux up to about 4.4${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
# else
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
# fi
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
fi # false
NAME=UDP4MULTICAST_BIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%multicast%*|*%$NAME%*)
TEST="$NAME: UDP/IPv4 multicast, with reply"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="$SECONDADDR"
ts1="$ts1a:$ts1p"
newport udp4; ts2p=$PORT
ts2="$BCIFADDR:$ts2p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDP4-RECVFROM:$ts1p,reuseaddr,ip-add-membership=224.255.255.254:$ts1a PIPE"
#CMD2="$TRACE $SOCAT $opts - UDP4-MULTICAST:224.255.255.254:$ts1p,bind=$ts1a"
CMD2="$TRACE $SOCAT $opts - UDP4-DATAGRAM:224.255.255.254:$ts1p,bind=$ts1a"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitudp4port $ts1p 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo diff: >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=IP4MULTICAST_BIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%rawip%*|*%ip4%*|*%dgram%*|*%multicast%*|*%root%*|*%$NAME%*)
TEST="$NAME: IPv4 multicast, with reply"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 rawip) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO
ts1a="$SECONDADDR"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts IP4-RECVFROM:$ts1p,reuseaddr,ip-add-membership=224.255.255.254:$ts1a PIPE"
#CMD2="$TRACE $SOCAT $opts - IP4-MULTICAST:224.255.255.254:$ts1p,bind=$ts1a"
CMD2="$TRACE $SOCAT $opts - IP4-DATAGRAM:224.255.255.254:$ts1p,bind=$ts1a"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1" &
pid1="$!"
waitip4port $ts1p 1
relsleep 1 # give process a chance to add multicast membership
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$tut" ]; then
echo "$CMD1 &"
echo "$CMD2"
fi
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
NAME=TUNREAD
case "$TESTS" in
*%$N%*|*%functions%*|*%tun%*|*%root%*|*%$NAME%*)
TEST="$NAME: reading data sent through tun interface"
#idea: create a TUN interface and send a datagram to one of the addresses of
# its virtual network. On the tunnel side, read the packet and compare its last
# bytes with the datagram payload
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 tun) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tl="$td/test$N.lock"
da="test$N $(date) $RANDOM"
dalen=$((${#da}+1))
TUNNET=10.255.255
newport udp4 # provide free port number in $PORT
CMD1="$TRACE $SOCAT $opts -u - UDP4-SENDTO:$TUNNET.2:$PORT"
#CMD="$TRACE $SOCAT $opts -u -L $tl TUN,ifaddr=$TUNNET.1,netmask=255.255.255.0,iff-up=1 -"
CMD="$TRACE $SOCAT $opts -u -L $tl TUN:$TUNNET.1/24,iff-up=1 -"
printf "test $F_n $TEST... " $N
$CMD 2>"${te}" |tail -c $dalen >"${tf}" &
sleep 1
echo "$da" |$CMD1 2>"${te}1"
sleep 1
kill "$(cat $tl 2>/dev/null)" 2>/dev/null
wait
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD &"
echo "$CMD1"
cat "${te}" "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD &"
echo "$CMD1"
cat "$tdiff"
cat "${te}" "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}" "${te}1"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# use the INTERFACE address on a tun/tap device and transfer data fully
# transparent
NAME=TUNINTERFACE
case "$TESTS" in
*%$N%*|*%functions%*|*%tun%*|*%interface%*|*%root%*|*%$NAME%*)
TEST="$NAME: pass data through tun interface using INTERFACE"
#idea: create a TUN interface and send a raw packet on the interface side.
# It should arrive unmodified on the tunnel side.
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats ip4 tun interface) || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tl="$td/test$N.lock"
da="$(date) $RANDOM"
TUNNET=10.255.255
TUNNAME=tun9
CMD0="$TRACE $SOCAT $opts -L $tl TUN:$TUNNET.1/24,iff-up=1,tun-type=tun,tun-name=$TUNNAME PIPE"
CMD1="$TRACE $SOCAT $opts - INTERFACE:$TUNNAME"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}1" &
pid0="$!"
#waitinterface "$TUNNAME"
relsleep 1
{ echo "$da"; relsleep 1; } |$CMD1 >"$tf" 2>"${te}"
rc1=$?
relsleep 1
kill $pid0 2>/dev/null
wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1):\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=ABSTRACTSTREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%abstract%*|*%connect%*|*%listen%*|*%$NAME%*)
TEST="$NAME: abstract UNIX stream socket, listen and connect"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats abstract-unixsocket); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da1="test$N $(date) $RANDOM"
#establish a listening abstract unix socket
SRV="$TRACE $SOCAT $opts -lpserver ABSTRACT-LISTEN:\"$ts\",$REUSEADDR PIPE"
#make a connection
CMD="$TRACE $SOCAT $opts - ABSTRACT-CONNECT:$ts"
$PRINTF "test $F_n $TEST... " $N
touch "$ts" # make a file with same name, so non-abstract fails
eval "$SRV 2>${te}s &"
pids=$!
#waitfile "$ts"
sleep 1
echo "$da1" |eval "$CMD" >"${tf}1" 2>"${te}1"
if [ $? -ne 0 ]; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da1" |diff - "${tf}1" >"$tdiff"; then
kill "$pids" 2>/dev/null
$PRINTF "$FAILED:\n"
echo "$SRV &"
cat "${te}s"
echo "$CMD"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi # !(rc -ne 0)
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=ABSTRACTDGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%abstract%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: abstract UNIX datagram"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats abstract-unixsocket); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$td/test$N.socket1"
ts2="$td/test$N.socket2"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts ABSTRACT-RECVFROM:$ts1,reuseaddr PIPE"
#CMD2="$TRACE $SOCAT $opts - ABSTRACT-SENDTO:$ts1,bind=$ts2"
CMD2="$TRACE $SOCAT $opts - ABSTRACT-SENDTO:$ts1,bind=$ts2"
printf "test $F_n $TEST... " $N
touch "$ts1" # make a file with same name, so non-abstract fails
$CMD1 2>"${te}1" &
pid1="$!"
sleep 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill "$pid1" 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=ABSTRACTRECV
case "$TESTS" in
*%$N%*|*%functions%*|*%unix%*|*%abstract%*|*%dgram%*|*%recv%*|*%$NAME%*)
TEST="$NAME: abstract UNIX datagram receive"
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats abstract-unixsocket); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$ts"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u ABSTRACT-RECV:$ts1,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - ABSTRACT-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
touch "$ts1" # make a file with same name, so non-abstract fails
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
#waitfile $ts1 1
sleep 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# bind with Linux abstract UNIX domain addresses bound to filesystem socket
# instead of abstract namespace
NAME=ABSTRACT_BIND
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%abstract%*|*%$NAME%*)
TEST="$NAME: abstract bind"
# open an abstract client address with bind option, bind to the target socket.
# send a datagram.
# when socat outputs the datagram it got the test succeeded
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1="$td/test$N.sock1"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts - ABSTRACT-SENDTO:$ts1,bind=$ts1"
printf "test $F_n $TEST... " $N
echo "$da" |$CMD1 >$tf 2>"${te}1"
rc1=$?
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD1"
echo "rc=$rc1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff -q - $tf; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD1" >&2
cat "${te}1" >&2
echo "$da" |diff - "$tf" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=OPENSSLREAD
# socat determined availability of data using select(). With openssl, the
# following situation might occur:
# a SSL data block with more than 8192 bytes (socats default blocksize)
# arrives; socat calls SSL_read, and the SSL routine reads the complete block.
# socat then reads 8192 bytes from the SSL layer, the rest remains buffered.
# If the TCP connection stays idle for some time, the data in the SSL layer
# keeps there and is not transferred by socat until the socket indicates more
# data or EOF.
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socat handles data buffered by openssl"
#idea: have a socat process (server) that gets an SSL block that is larger than
# socat transfer block size; keep the socket connection open and kill the
# server process after a short time; if not the whole data block has been
# transferred, the test has failed.
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats openssl) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.out"
te="$td/test$N.err"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
SRVCERT=testsrv
gentestcert "$SRVCERT"
newport tcp4 # provide free port number in $PORT
CMD1="$TRACE $SOCAT $opts -u -T 1 -b $($ECHO "$da\c" |wc -c) OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=$SRVCERT.pem,verify=0 -"
CMD2="$TRACE $SOCAT $opts -u - OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,verify=0"
printf "test $F_n $TEST... " $N
#
$CMD1 2>"${te}1" >"$tf" &
pid=$! # background process id
waittcp4port $PORT
(echo "$da"; sleep 2) |$CMD2 2>"${te}2"
kill "$pid" 2>/dev/null; wait
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
wait
fi # NUMCOND, featsesac
;;
esac
N=$((N+1))
# test: there is a bug with the readbytes option: when the socket delivered
# exacly that many bytes as specified with readbytes and the stays idle (no
# more data, no EOF), socat waits for more data instead of generating EOF on
# this in put stream.
NAME=READBYTES_EOF
#set -vx
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: trigger EOF after that many bytes, even when socket idle"
#idea: we deliver that many bytes to socat; the process should terminate then.
# we try to transfer data in the other direction then; if transfer succeeds,
# the process did not terminate and the bug is still there.
if ! eval $NUMCOND; then :;
elif false; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tr="$td/test$N.ref"
ti="$td/test$N.in"
to="$td/test$N.out"
te="$td/test$N.err"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
CMD="$TRACE $SOCAT $opts SYSTEM:\"echo A; sleep $((2*SECONDs))\",readbytes=2!!- -!!/dev/null"
printf "test $F_n $TEST... " $N
(relsleep 2; echo) |eval "$CMD" >"$to" 2>"$te"
if test -s "$to"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test: there was a bug with exec:...,pty that did not kill the exec'd sub
# process under some circumstances.
NAME=EXECPTYKILL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%exec%*|*%pty%*|*%listen%*|*%unix%*|*%fork%*|*%$NAME%*)
TEST="$NAME: exec:...,pty explicitely kills sub process"
# we want to check if the exec'd sub process is killed in time
# for this we have a shell script that generates a file after two seconds;
# it should be killed after one second, so if the file was generated the test
# has failed
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts="$td/test$N.sock"
tda="$td/test$N.data"
tsh="$td/test$N.sh"
tdiff="$td/test$N.diff"
cat >"$tsh" <<EOF
relsleep $SECONDs; echo; relsleep $SECONDs; touch "$tda"; echo
EOF
chmod a+x "$tsh"
CMD1="$TRACE $SOCAT $opts -t $(reltime 1) -U UNIX-LISTEN:$ts,fork EXEC:$tsh,pty"
CMD="$TRACE $SOCAT $opts -t $(reltime 1) /dev/null UNIX-CONNECT:$ts"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}2" &
pid1=$!
relsleep 1
waitfile $ts 1
$CMD 2>>"${te}1" >>"$tf"
relsleep 2
kill "$pid1" 2>/dev/null
wait
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ -f "$tda" ]; then
$PRINTF "$FAILED\n"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test if service name resolution works; this was buggy in 1.5 and 1.6.0.0
NAME=TCP4SERVICE
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to TCP V4 socket"
# select a tcp entry from /etc/services, have a server listen on the port
# number and connect using the service name; with the bug, connection will to a
# wrong port
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
# find a service entry we do not need root for (>=1024; here >=1100 for ease)
SERVENT="$(grep '^[a-z][a-z]*[^!-~][^!-~]*[1-9][1-9][0-9][0-9]/tcp' /etc/services |head -n 1)"
SERVICE="$(echo $SERVENT |cut -d' ' -f1)"
_PORT="$PORT"
PORT="$(echo $SERVENT |sed 's/.* \([1-9][0-9]*\).*/\1/')"
tsl="$PORT"
ts="127.0.0.1:$SERVICE"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts TCP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts stdin!!stdout TCP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 2>/dev/null
wait
PORT=$_PORT
fi ;; # NUMCOND
esac
N=$((N+1))
# test: up to socat 1.6.0.0, the highest file descriptor supported in socats
# transfer engine was FOPEN_MAX-1; this usually worked fine but would fail when
# socat was invoked with many file descriptors already opened. socat would
# just hang in the select() call. Thanks to Daniel Lucq for reporting this
# problem.
# FOPEN_MAX on different OS's:
# OS FOPEN_ ulimit ulimit FD_
# MAX -H -n -S -n SETSIZE
# Linux 2.6: 16 1024 1024 1024
# HP-UX 11.11: 60 2048 2048 2048
# FreeBSD: 20 11095 11095 1024
# Cygwin: 20 unlimit 256 64
# AIX: 32767 65534 65534
# SunOS 8: 20 1024
# musl libc: 1024
NAME=EXCEED_FOPEN_MAX
case "$TESTS" in
*%$N%*|*%functions%*|*%maxfds%*|*%$NAME%*)
TEST="$NAME: more than FOPEN_MAX FDs in use"
# this test opens a number of FDs before socat is invoked. socat will have to
# allocate higher FD numbers and thus hang if it cannot handle them.
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
REDIR=
#set -vx
if [ -z "$FOPEN_MAX" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}could not determine FOPEN_MAX${NORMAL}\n" "$N"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
if [ $FOPEN_MAX -lt 270 ]; then
OPEN_FILES=$FOPEN_MAX # more than the highest FOPEN_MAX
else
OPEN_FILES=269 # bash tends to SIGSEGV on higher value
# btw, the test is obsolete anyway
fi
i=3; while [ "$i" -lt "$OPEN_FILES" ]; do
REDIR="$REDIR $i>&2"
i=$((i+1))
done
#echo "$REDIR"
#testecho "$N" "$TEST" "" "pipe" "$opts -T 3" "" 1
#set -vx
eval testecho "\"$N\"" "\"$TEST\"" "\"\"" "pipe" "\"$opts -T $((2*SECONDs))\"" 1 $REDIR
#set +vx
fi # could determine FOPEN_MAX
fi ;; # NUMCOND
esac
N=$((N+1))
# there was a bug with udp-listen and fork: terminating sub processes became
# zombies because the master process did not catch SIGCHLD
NAME=UDP4LISTEN_SIGCHLD
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udp%*|*%zombie%*|*%signal%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: test if UDP4-LISTEN child becomes zombie"
# idea: run a udp-listen process with fork and -T. Connect once, so a sub
# process is forked off. Make some transfer and wait until the -T timeout is
# over. Now check for the child process: if it is zombie the test failed.
# Correct is that child process terminated
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -T 0.5 UDP4-LISTEN:$tsl,$REUSEADDR,fork PIPE"
CMD2="$TRACE $SOCAT $opts - UDP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
sleep 1
#read -p ">"
l="$(childprocess $pid1)"
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$NO_RESULT (client failed)\n" # already handled in test UDP4STREAM
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$NO_RESULT (diff failed)\n" # already handled in test UDP4STREAM
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif $(isdefunct "$l"); then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
#set +vx
# there was a bug with udp-recvfrom and fork: terminating sub processes became
# zombies because the master process caught SIGCHLD but did not wait()
NAME=UDP4RECVFROM_SIGCHLD
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%fork%*|*%ip4%*|*%udp%*|*%dgram%*|*%zombie%*|*%signal%*|*%$NAME%*)
TEST="$NAME: test if UDP4-RECVFROM child becomes zombie"
# idea: run a udp-recvfrom process with fork and -T. Send it one packet, so a
# sub process is forked off. Make some transfer and wait until the -T timeout
# is over. Now check for the child process: if it is zombie the test failed.
# Correct is that child process terminated
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -T 0.5 UDP4-RECVFROM:$tsl,reuseaddr,fork PIPE"
CMD2="$TRACE $SOCAT $opts - UDP4-SENDTO:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
sleep 1
#read -p ">"
l="$(childprocess $pid1)"
#echo "l=\"$l\""
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$NO_RESULT\n" # already handled in test UDP4DGRAM
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$NO_RESULT\n" # already handled in test UDP4DGRAM
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif $(isdefunct "$l"); then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
cat "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test: there was a bug with ip*-recv and bind option: it would not bind, and
# with the first received packet an error:
# socket_init(): unknown address family 0
# occurred
NAME=RAWIP4RECVBIND
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%dgram%*|*%rawip%*|*%rawip4%*|*%recv%*|*%root%*|*%$NAME%*)
TEST="$NAME: raw IPv4 receive with bind"
# idea: start a socat process with ip4-recv:...,bind=... and send it a packet
# if the packet passes the test succeeded
if ! eval $NUMCOND; then :;
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$IPPROTO; #IPPROTO=$((IPPROTO+1))
ts1a="127.0.0.1"
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -u IP4-RECV:$ts1p,bind=$ts1a,reuseaddr -"
CMD2="$TRACE $SOCAT $opts -u - IP4-SENDTO:$ts1"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1="$!"
waitip4proto $ts1p 1
echo "$da" |$CMD2 2>>"${te}2"
rc2="$?"
#ls -l $tf
i=0; while [ ! -s "$tf" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid1" 2>/dev/null; wait
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
echo "$CMD2"
cat "${te}1"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, root
esac
#IPPROTO=$((IPPROTO+1))
N=$((N+1))
# there was a bug in *-recvfrom with fork: due to an error in the appropriate
# signal handler the master process would hang after forking off the first
# child process.
NAME=UDP4RECVFROM_FORK
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%ip4%*|*%udp%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: test if UDP4-RECVFROM handles more than one packet"
# idea: run a UDP4-RECVFROM process with fork and -T. Send it one packet;
# send it a second packet and check if this is processed properly. If yes, the
# test succeeded.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; tsp=$PORT
ts="$LOCALHOST:$tsp"
da2a="test$N $(date) $RANDOM"
da2b="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -T 2 UDP4-RECVFROM:$tsp,reuseaddr,fork PIPE"
CMD2="$TRACE $SOCAT $opts -T 1 - UDP4-SENDTO:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >/dev/null 2>"${te}1" &
pid1=$!
waitudp4port $tsp 1
echo "$da2a" |$CMD2 >/dev/null 2>>"${te}2a" # this should always work
rc2a=$?
echo "$da2b" |$CMD2 >"$tf" 2>>"${te}2b" # this would fail when bug
rc2b=$?
kill $pid1 2>/dev/null; wait
if [ $rc2b -ne 0 ]; then
$PRINTF "$NO_RESULT\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! echo "$da2b" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &" >&2
cat "${te}1" >&2
echo "$CMD2" >&2
cat "${te}2b" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2" "${te}3"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# there was a bug in parsing the arguments of exec: consecutive spaces resulted
# in additional empty arguments
NAME=EXECSPACES
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%parse%*|*%$NAME%*)
TEST="$NAME: correctly parse exec with consecutive spaces"
if ! eval $NUMCOND; then :; else
$PRINTF "test $F_n $TEST... " $N
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
da="test$N $(date) $RANDOM" # with a double space
tdiff="$td/test$N.diff"
# put the test data as first argument after two spaces. expect the data in the
# first argument of the exec'd command.
$TRACE $SOCAT $opts -u "exec:\"bash -c \\\"echo \\\\\\\"\$1\\\\\\\"\\\" \\\"\\\" \\\"$da\\\"\"" - >"$tf" 2>"$te"
rc=$?
echo "$da" |diff - "$tf" >"$tdiff"
if [ "$rc" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ -s "$tdiff" ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo diff:
cat "$tdiff"
if [ -n "$debug" ]; then cat $te; fi
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# a bug was found in the way UDP-LISTEN handles the listening socket:
# when UDP-LISTEN continued to listen after a packet had been dropped by, e.g.,
# range option, the old listen socket would not be closed but a new one created.
NAME=UDP4LISTENCONT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%udp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: let range drop a packet and see if old socket is closed"
# idea: run a UDP4-LISTEN process with range option. Send it one packet from an
# address outside range and check if two listening sockets are open then
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; tp=$PORT
da1="test$N $(date) $RANDOM"
a1="$LOCALHOST"
a2="$SECONDADDR"
#CMD0="$TRACE $SOCAT $opts UDP4-LISTEN:$tp,bind=$a1,range=$a2/32 PIPE"
CMD0="$TRACE $SOCAT $opts UDP4-LISTEN:$tp,$REUSEADDR,range=$a2/32 PIPE"
CMD1="$TRACE $SOCAT $opts - UDP-CONNECT:$a1:$tp"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid1=$!
waitudp4port $tp 1
echo "$da1" |$CMD1 >"${tf}1" 2>"${te}1" # this should fail
rc1=$?
waitudp4port $tp 1
if [ "$SS" ]; then
nsocks="$($SS -anu |grep ":$PORT\>" |wc -l)"
else
nsocks="$(netstat -an |grep "^udp.*[:.]$PORT\>" |wc -l)"
fi
kill $pid1 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$NO_RESULT\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $nsocks -eq 0 ]; then
$PRINTF "$NO_RESULT\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $nsocks -ne 1 ]; then
$PRINTF "$FAILED ($nsocks listening sockets)\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0" "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# during wait for next poll time option ignoreeof blocked the data transfer in
# the reverse direction
NAME=IGNOREEOFNOBLOCK
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%socket%*|*%ignoreeof%*|*%$NAME%*)
TEST="$NAME: ignoreeof does not block other direction"
# have socat poll in ignoreeof mode. while it waits one second for next check,
# we send data in the reverse direction and then the total timeout fires.
# it the data has passed, the test succeeded.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts /dev/null,ignoreeof!!- -!!/dev/null"
printf "test $F_n $TEST... " $N
(sleep 0.333333; echo "$da") |$CMD0 >"$tf" 2>"${te}0"
rc0=$?
if [ $rc0 != 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "$tf" >/dev/null; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the escape option
NAME=ESCAPE
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%escape%*|*%$NAME%*)
TEST="$NAME: escape character triggers EOF"
# idea: start socat just echoing input, but apply escape option. send a string
# containing the escape character and check if the output is truncated
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -,escape=27 pipe"
printf "test $F_n $TEST... " $N
$ECHO "$da\n\x1bXYZ" |$CMD >"$tf" 2>"$te"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the escape option combined with ignoreeof
NAME=ESCAPE_IGNOREEOF
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%ignoreeof%*|*%escape%*|*%$NAME%*)
TEST="$NAME: escape character triggers EOF"
# idea: start socat just echoing input, but apply escape option. send a string
# containing the escape character and check if the output is truncated
if ! eval $NUMCOND; then :; else
ti="$td/test$N.file"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT -T 5 $opts file:$ti,ignoreeof,escape=27!!- pipe"
printf "test $F_n $TEST... " $N
>"$ti"
$CMD >"$tf" 2>"$te" &
$ECHO "$da\n\x1bXYZ" >>"$ti"
sleep 1
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test: logging of ancillary message
while read PF KEYW ADDR IPPORT SCM_ENABLE SCM_RECV SCM_TYPE SCM_NAME ROOT SCM_VALUE
do
if [ -z "$PF" ] || [[ "$PF" == \#* ]]; then continue; fi
#
pf="$(echo "$PF" |tr A-Z a-z)"
proto="$(echo "$KEYW" |tr A-Z a-z)"
NAME=${KEYW}SCM_$SCM_TYPE
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%$pf%*|*%dgram%*|*%udp%*|*%$proto%*|*%recv%*|*%ancillary%*|*%$ROOT%*|*%$NAME%*)
TEST="$NAME: $KEYW log ancillary message $SCM_TYPE $SCM_NAME"
# idea: start a socat process with *-RECV:..,... , ev. with ancillary message
# enabling option and send it a packet, ev. with some option. check the info log
# for the appropriate output.
if ! eval $NUMCOND; then :;
#elif [[ "$PF" == "#*" ]]; then :
elif [ "$ROOT" = root -a $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats ${KEYW%[46]} IP${KEYW##*[A-Z]}); then
$PRINTF "test $F_n $TEST... ${YELLOW}$KEYW not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs${proto} >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$KEYW not available on host${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testoptions $SCM_RECV >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}option $SCM_RECV not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
case "X$IPPORT" in
"XPORT")
newport $proto; tra="$PORT" # test recv address
tsa="$ADDR:$PORT" # test sendto address
;;
"XPROTO")
tra="$IPPROTO" # test recv address
tsa="$ADDR:$IPPROTO" # test sendto address
#IPPROTO=$((IPPROTO+1))
;;
*)
tra="$(eval echo "$ADDR")" # resolve $N
tsa="$tra"
esac
CMD0="$TRACE $SOCAT $opts -d -d -d -u $KEYW-RECV:$tra,reuseaddr,$SCM_RECV -"
CMD1="$TRACE $SOCAT $opts -u - $KEYW-SENDTO:$tsa,$SCM_ENABLE"
printf "test $F_n $TEST... " $N
# is this option supported?
if $SOCAT -hhh |grep "[[:space:]]$SCM_RECV[[:space:]]" >/dev/null; then
if [ "$SCM_VALUE" = "timestamp" ]; then
secs="$(date '+%S')"
if [ "$secs" -ge 58 -a "$secs" -le 59 ]; then
dsecs=$((60-secs))
#echo "Sleeping $dsecs seconds to avoid minute change in timestamp" >/dev/tty
sleep $dsecs
fi
fi
$CMD0 >"$tf" 2>"${te}0" &
pid0="$!"
wait${proto}port $tra 1
echo "XYZ" |$CMD1 2>"${te}1"
rc1="$?"
sleep 1
i=0; while [ ! -s "${te}0" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid0" 2>/dev/null; wait
# do not show more messages than requested
case "$opts" in
*-d*-d*-d*-d*) LEVELS="[EWNID]" ;;
*-d*-d*-d*) LEVELS="[EWNI]" ;;
*-d*-d*) LEVELS="[EWN]" ;;
*-d*) LEVELS="[EW]" ;;
*) LEVELS="[E]" ;;
esac
if [ "$SCM_VALUE" = "timestamp" ]; then
SCM_VALUE="$(date '+%a %b %e %H:%M:.. %Y'), ...... usecs"
fi
if [ "$rc1" -ne 0 ]; then
$PRINTF "$NO_RESULT: $TRACE $SOCAT:\n"
echo "$CMD0 &"
echo "$CMD1"
grep " $LEVELS " "${te}0"
grep " $LEVELS " "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! grep "ancillary message: $SCM_TYPE: $SCM_NAME=" ${te}0 >/dev/null; then
$PRINTF "$FAILED\n"
echo "variable $SCM_TYPE: $SCM_NAME not set"
echo "$CMD0 &"
echo "$CMD1"
grep " $LEVELS " "${te}0"
grep " $LEVELS " "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! grep "ancillary message: $SCM_TYPE: $SCM_NAME=$SCM_VALUE\$" ${te}0 >/dev/null; then
$PRINTF "$FAILED\n"
badval="$(grep "ancillary message: $SCM_TYPE: $SCM_NAME" ${te}0 |sed 's/.*=//g')"
echo "variable $SCM_TYPE: $SCM_NAME has value \"$badval\" instead of pattern \"$SCM_VALUE\"" >&2
echo "$CMD0 &"
echo "$CMD1"
grep " $LEVELS " "${te}0"
grep " $LEVELS " "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then grep " $LEVELS " "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "echo XYZ |$CMD1"; fi
if [ "$DEBUG" ]; then grep " $LEVELS " "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
else # option is not supported
$PRINTF "${YELLOW}$SCM_RECV not available${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
fi # option is not supported
fi # NUMCOND, root, feats
;;
esac
N=$((N+1))
#
done <<<"
IP4 UDP4 127.0.0.1 PORT ip-options=x01000000 ip-recvopts IP_OPTIONS options user x01000000
IP4 UDP4 127.0.0.1 PORT , so-timestamp SCM_TIMESTAMP timestamp user timestamp
IP4 UDP4 127.0.0.1 PORT ip-ttl=53 ip-recvttl IP_TTL ttl user 53
IP4 UDP4 127.0.0.1 PORT ip-tos=7 ip-recvtos IP_TOS tos user 7
IP4 UDP4 127.0.0.1 PORT , ip-pktinfo IP_PKTINFO locaddr user 127.0.0.1
IP4 UDP4 127.0.0.1 PORT , ip-pktinfo IP_PKTINFO dstaddr user 127.0.0.1
IP4 UDP4 127.0.0.1 PORT , ip-pktinfo IP_PKTINFO if user lo
IP4 UDP4 127.0.0.1 PORT , ip-recvif IP_RECVIF if user lo0
IP4 UDP4 127.0.0.1 PORT , ip-recvdstaddr IP_RECVDSTADDR dstaddr user 127.0.0.1
IP4 IP4 127.0.0.1 PROTO ip-options=x01000000 ip-recvopts IP_OPTIONS options root x01000000
IP4 IP4 127.0.0.1 PROTO , so-timestamp SCM_TIMESTAMP timestamp root timestamp
IP4 IP4 127.0.0.1 PROTO ip-ttl=53 ip-recvttl IP_TTL ttl root 53
IP4 IP4 127.0.0.1 PROTO ip-tos=7 ip-recvtos IP_TOS tos root 7
IP4 IP4 127.0.0.1 PROTO , ip-pktinfo IP_PKTINFO locaddr root 127.0.0.1
IP4 IP4 127.0.0.1 PROTO , ip-pktinfo IP_PKTINFO dstaddr root 127.0.0.1
IP4 IP4 127.0.0.1 PROTO , ip-pktinfo IP_PKTINFO if root lo
IP4 IP4 127.0.0.1 PROTO , ip-recvif IP_RECVIF if root lo0
IP4 IP4 127.0.0.1 PROTO , ip-recvdstaddr IP_RECVDSTADDR dstaddr root 127.0.0.1
IP6 UDP6 [::1] PORT , so-timestamp SCM_TIMESTAMP timestamp user timestamp
IP6 UDP6 [::1] PORT , ipv6-recvpktinfo IPV6_PKTINFO dstaddr user [[]0000:0000:0000:0000:0000:0000:0000:0001[]]
IP6 UDP6 [::1] PORT ipv6-unicast-hops=35 ipv6-recvhoplimit IPV6_HOPLIMIT hoplimit user 35
IP6 UDP6 [::1] PORT ipv6-tclass=0xaa ipv6-recvtclass IPV6_TCLASS tclass user x000000aa
IP6 IP6 [::1] PROTO , so-timestamp SCM_TIMESTAMP timestamp root timestamp
IP6 IP6 [::1] PROTO , ipv6-recvpktinfo IPV6_PKTINFO dstaddr root [[]0000:0000:0000:0000:0000:0000:0000:0001[]]
IP6 IP6 [::1] PROTO ipv6-unicast-hops=35 ipv6-recvhoplimit IPV6_HOPLIMIT hoplimit root 35
IP6 IP6 [::1] PROTO ipv6-tclass=0xaa ipv6-recvtclass IPV6_TCLASS tclass root x000000aa
#UNIX UNIX $td/test\$N.server - , so-timestamp SCM_TIMESTAMP timestamp user timestamp
"
# This one fails, apparently due to a Linux weakness:
# UNIX so-timestamp
# test: setting of environment variables that describe a stream socket
# connection: SOCAT_SOCKADDR, SOCAT_PEERADDR; and SOCAT_SOCKPORT,
# SOCAT_PEERPORT when applicable
while read KEYW FEAT SEL TEST_SOCKADDR TEST_PEERADDR PORTMETHOD; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
#
protov="$(echo "$KEYW" |tr A-Z a-z)"
proto="${protov%%[0-9]}"
NAME=${KEYW}LISTENENV
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%$SEL%*|*%$proto%*|*%$protov%*|*%envvar%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $KEYW-LISTEN sets environment variables with socket addresses"
# have a server accepting a connection and invoking some shell code. The shell
# code extracts and prints the SOCAT related environment vars.
# outside code then checks if the environment contains the variables correctly
# describing the peer and local sockets.
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats $FEAT); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat" |tr a-z A-Z) not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs${protov} >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
TEST_SOCKADDR="$(echo "$TEST_SOCKADDR" |sed "s/\$N/$N/g")" # actual vars
tsa="$TEST_SOCKADDR" # test server address
if [ "$PORTMETHOD" == PORT ]; then
newport $proto; tsp="$PORT"; # test server port
tsa1="$tsp"; tsa2="$tsa"; tsa="$tsa:$tsp" # tsa2 used for server bind=
TEST_SOCKPORT=$tsp
else
tsa1="$tsa"; tsa2= # tsa1 used for addr parameter
fi
TEST_PEERADDR="$(echo "$TEST_PEERADDR" |sed "s/\$N/$N/g")" # actual vars
tca="$TEST_PEERADDR" # test client address
if [ $PORTMETHOD = PORT ]; then
newport $proto; tcp="$PORT"; # test client port
tca="$tca:$tcp"
TEST_PEERPORT=$tcp
fi
#CMD0="$TRACE $SOCAT $opts -u $KEYW-LISTEN:$tsa1 SYSTEM:\"export -p\""
CMD0="$TRACE $SOCAT $opts -u -lpsocat $KEYW-LISTEN:$tsa1,$REUSEADDR SYSTEM:\"echo SOCAT_SOCKADDR=\\\$SOCAT_SOCKADDR; echo SOCAT_PEERADDR=\\\$SOCAT_PEERADDR; echo SOCAT_SOCKPORT=\\\$SOCAT_SOCKPORT; echo SOCAT_PEERPORT=\\\$SOCAT_PEERPORT; sleep 1\""
CMD1="$TRACE $SOCAT $opts -u - $KEYW-CONNECT:$tsa,bind=$tca"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" >\"$tf\" &"
pid0=$!
wait${protov}port $tsa1 1
{ echo; sleep 0.1; } |$CMD1 2>"${te}1"
rc1=$?
waitfile "$tf" 2
kill $pid0 2>/dev/null; wait
#set -vx
if [ $rc1 != 0 ]; then
$PRINTF "$NO_RESULT (client failed):\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$(grep SOCAT_SOCKADDR "${tf}" |sed -e 's/^[^=]*=//' |sed -e "s/[\"']//g")" = "$TEST_SOCKADDR" -a \
"$(grep SOCAT_PEERADDR "${tf}" |sed -e 's/^[^=]*=//' -e "s/[\"']//g")" = "$TEST_PEERADDR" -a \
\( "$PORTMETHOD" = ',' -o "$(grep SOCAT_SOCKPORT "${tf}" |sed -e 's/^[^=]*=//' |sed -e 's/"//g')" = "$TEST_SOCKPORT" \) -a \
\( "$PORTMETHOD" = ',' -o "$(grep SOCAT_PEERPORT "${tf}" |sed -e 's/^[^=]*=//' |sed -e 's/"//g')" = "$TEST_PEERPORT" \) \
]; then
$PRINTF "$OK\n"
if [ "$debug" ]; then
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
echo -e "SOCAT_SOCKADDR=$TEST_SOCKADDR\nSOCAT_PEERADDR=$TEST_PEERADDR\nSOCAT_SOCKPORT=$TEST_SOCKPORT\nSOCAT_PEERPORT=$TEST_PEERPORT" |
diff - "${tf}"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND, feats
;;
esac
N=$((N+1))
#set +xv
#
done <<<"
TCP4 TCP tcp 127.0.0.1 $SECONDADDR PORT
TCP6 IP6 tcp [0000:0000:0000:0000:0000:0000:0000:0001] [0000:0000:0000:0000:0000:0000:0000:0001] PORT
UDP6 IP6 udp [0000:0000:0000:0000:0000:0000:0000:0001] [0000:0000:0000:0000:0000:0000:0000:0001] PORT
SCTP4 SCTP sctp 127.0.0.1 $SECONDADDR PORT
SCTP6 SCTP sctp [0000:0000:0000:0000:0000:0000:0000:0001] [0000:0000:0000:0000:0000:0000:0000:0001] PORT
UNIX UNIX unix $td/test\$N.server $td/test\$N.client ,
"
# this one fails due to weakness in socats UDP4-LISTEN implementation:
#UDP4 $LOCALHOST $SECONDADDR $((PORT+4)) $((PORT+5))
# test: environment variables from ancillary message
while read PF KEYW SEL ADDR IPPORT SCM_ENABLE SCM_RECV SCM_ENVNAME ROOT SCM_VALUE
do
if [ -z "$PF" ] || [[ "$PF" == \#* ]]; then continue; fi
#
pf="$(echo "$PF" |tr A-Z a-z)"
proto="$(echo "$KEYW" |tr A-Z a-z)"
NAME=${KEYW}ENV_$SCM_ENVNAME
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%$pf%*|*%dgram%*|*%$SEL%*|*%$proto%*|*%recv%*|*%ancillary%*|*%envvar%*|*%$ROOT%*|*%$NAME%*)
#set -vx
TEST="$NAME: $KEYW ancillary message sets env SOCAT_$SCM_ENVNAME"
# idea: start a socat process with *-RECVFROM:..,... , ev. with ancillary
# message enabling option and send it a packet, ev. with some option. write
# the resulting environment to a file and check its contents for the
# appropriate variable.
if ! eval $NUMCOND; then :;
elif [ "$ROOT" = root -a $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$PF" = "IP6" ] && ( ! feat=$(testfeats ip6) || ! runsip6 ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
case "X$IPPORT" in
"XPORT")
newport $proto; tra="$PORT" # test recv address
tsa="$ADDR:$tra" # test sendto address
;;
"XPROTO")
tra="$IPPROTO" # test recv address
tsa="$ADDR:$IPPROTO" # test sendto address
#IPPROTO=$((IPPROTO+1))
;;
*)
tra="$(eval echo "$ADDR")" # resolve $N
tsa="$tra"
esac
#CMD0="$TRACE $SOCAT $opts -u $KEYW-RECVFROM:$tra,reuseaddr,$SCM_RECV SYSTEM:\"export -p\""
# without that ultra escaped quote the test failed for IPv6 when there was file ./1
CMD0="$TRACE $SOCAT $opts -u -lpsocat $KEYW-RECVFROM:$tra,reuseaddr,$SCM_RECV SYSTEM:\"echo \\\\\\\"\\\$SOCAT_$SCM_ENVNAME\\\\\\\"\""
CMD1="$TRACE $SOCAT $opts -u - $KEYW-SENDTO:$tsa,$SCM_ENABLE"
printf "test $F_n $TEST... " $N
# is this option supported?
if $SOCAT -hhh |grep "[[:space:]]$SCM_RECV[[:space:]]" >/dev/null; then
if [ "$SCM_VALUE" = "timestamp" ]; then
secs="$(date '+%S')"
if [ "$secs" -ge 58 -a "$secs" -le 59 ]; then
dsecs=$((60-secs))
#echo "Sleeping $dsecs seconds to avoid minute change in timestamp" >/dev/tty
sleep $dsecs
fi
fi
eval "$CMD0 >\"$tf\" 2>\"${te}0\" &"
pid0="$!"
wait${proto}port $tra 1
{ echo "XYZ"; sleep 0.1; } |$CMD1 2>"${te}1"
rc1="$?"
waitfile "$tf" 2
#i=0; while [ ! -s "${te}0" -a "$i" -lt 10 ]; do relsleep 1; i=$((i+1)); done
kill "$pid0" 2>/dev/null; wait
# do not show more messages than requested
if [ "$SCM_VALUE" = "timestamp" ]; then
SCM_VALUE="$(date '+%a %b %e %H:%M:.. %Y'), ...... usecs"
#echo "\"$SCM_VALUE\"" >&2 # debugging
fi
if [ "$rc1" -ne 0 ]; then
$PRINTF "$NO_RESULT: $SOCAT:\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
#elif ! $GREP_E "^export SOCAT_$SCM_ENVNAME=[\"']?$SCM_VALUE[\"']?\$" ${tf} >/dev/null; then
#elif ! eval echo "$TRACE $SOCAT_\$SCM_VALUE" |diff - "${tf}" >/dev/null; then
elif ! expr "$(cat "$tf")" : "$SCM_VALUE\$" >/dev/null; then
$PRINTF "$FAILED\n"
echo "logged value \"$(cat "$tf")\" instead of $SCM_VALUE"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "{ echo XYZ; sleep 0.1; } |$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
else # option is not supported
$PRINTF "${YELLOW}$SCM_RECV not available${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
fi # option is not supported
fi ;; # NUMCOND, feats
esac
N=$((N+1))
#
done <<<"
IP4 UDP4 udp 127.0.0.1 PORT ip-options=x01000000 ip-recvopts IP_OPTIONS user x01000000
IP4 UDP4 udp 127.0.0.1 PORT , so-timestamp TIMESTAMP user timestamp
IP4 UDP4 udp 127.0.0.1 PORT ip-ttl=53 ip-recvttl IP_TTL user 53
IP4 UDP4 udp 127.0.0.1 PORT ip-tos=7 ip-recvtos IP_TOS user 7
IP4 UDP4 udp 127.0.0.1 PORT , ip-pktinfo IP_LOCADDR user 127.0.0.1
IP4 UDP4 udp 127.0.0.1 PORT , ip-pktinfo IP_DSTADDR user 127.0.0.1
IP4 UDP4 udp 127.0.0.1 PORT , ip-pktinfo IP_IF user lo
IP4 UDP4 udp 127.0.0.1 PORT , ip-recvif IP_IF user lo0
IP4 UDP4 udp 127.0.0.1 PORT , ip-recvdstaddr IP_DSTADDR user 127.0.0.1
IP4 IP4 rawip 127.0.0.1 PROTO ip-options=x01000000 ip-recvopts IP_OPTIONS root x01000000
IP4 IP4 rawip 127.0.0.1 PROTO , so-timestamp TIMESTAMP root timestamp
IP4 IP4 rawip 127.0.0.1 PROTO ip-ttl=53 ip-recvttl IP_TTL root 53
IP4 IP4 rawip 127.0.0.1 PROTO ip-tos=7 ip-recvtos IP_TOS root 7
IP4 IP4 rawip 127.0.0.1 PROTO , ip-pktinfo IP_LOCADDR root 127.0.0.1
IP4 IP4 rawip 127.0.0.1 PROTO , ip-pktinfo IP_DSTADDR root 127.0.0.1
IP4 IP4 rawip 127.0.0.1 PROTO , ip-pktinfo IP_IF root lo
IP4 IP4 rawip 127.0.0.1 PROTO , ip-recvif IP_IF root lo0
IP4 IP4 rawip 127.0.0.1 PROTO , ip-recvdstaddr IP_DSTADDR root 127.0.0.1
IP6 UDP6 udp [::1] PORT , ipv6-recvpktinfo IPV6_DSTADDR user [[]0000:0000:0000:0000:0000:0000:0000:0001[]]
IP6 UDP6 udp [::1] PORT ipv6-unicast-hops=35 ipv6-recvhoplimit IPV6_HOPLIMIT user 35
IP6 UDP6 udp [::1] PORT ipv6-tclass=0xaa ipv6-recvtclass IPV6_TCLASS user x000000aa
IP6 IP6 rawip [::1] PROTO , ipv6-recvpktinfo IPV6_DSTADDR root [[]0000:0000:0000:0000:0000:0000:0000:0001[]]
IP6 IP6 rawip [::1] PROTO ipv6-unicast-hops=35 ipv6-recvhoplimit IPV6_HOPLIMIT root 35
IP6 IP6 rawip [::1] PROTO ipv6-tclass=0xaa ipv6-recvtclass IPV6_TCLASS root x000000aa
#UNIX UNIX $td/test\$N.server - , so-timestamp TIMESTAMP user timestamp
"
# test the SOCKET-CONNECT address (against TCP4-LISTEN)
NAME=SOCKET_CONNECT_TCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socket connect with TCP/IPv4"
# start a TCP4-LISTEN process that echoes data, and send test data using
# SOCKET-CONNECT, selecting TCP/IPv4. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; ts0p=$PORT
ts0a="127.0.0.1"
ts1p=$(printf "%04x" $ts0p);
ts1a="7f000001" # "127.0.0.1"
ts1="x${ts1p}${ts1a}x0000000000000000"
newport tcp4; ts1b=$(printf "%04x" $PORT)
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP4-LISTEN:$ts0p,$REUSEADDR,bind=$ts0a PIPE"
CMD1="$TRACE $SOCAT $opts - SOCKET-CONNECT:2:6:$ts1,bind=x${ts1b}00000000x0000000000000000"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
waittcp4port $ts0p 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test the SOCKET-CONNECT address (against TCP6-LISTEN)
NAME=SOCKET_CONNECT_TCP6
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%tcp6%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socket connect with TCP/IPv6"
if ! eval $NUMCOND; then :;
elif ! testfeats tcp ip6 >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# start a TCP6-LISTEN process that echoes data, and send test data using
# SOCKET-CONNECT, selecting TCP/IPv6. The sent data should be returned.
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp6; ts0p=$PORT
ts0a="[::1]"
ts1p=$(printf "%04x" $ts0p);
ts1a="00000000000000000000000000000001" # "[::1]"
ts1="x${ts1p}x00000000x${ts1a}x00000000"
newport tcp6; ts1b=$(printf "%04x" $PORT)
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP6-LISTEN:$ts0p,$REUSEADDR,bind=$ts0a PIPE"
CMD1="$TRACE $SOCAT $opts - SOCKET-CONNECT:$PF_INET6:6:$ts1,bind=x${ts1b}x00000000x00000000000000000000000000000000x00000000"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
waittcp6port $ts0p 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the SOCKET-CONNECT address (against UNIX-LISTEN)
NAME=SOCKET_CONNECT_UNIX
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%unix%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socket connect with UNIX domain"
# start a UNIX-LISTEN process that echoes data, and send test data using
# SOCKET-CONNECT, selecting UNIX socket. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts0="$td/test$N.server"
ts1="$td/test$N.client"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UNIX-LISTEN:$ts0,$REUSEADDR PIPE"
CMD1="$TRACE $SOCAT $opts - SOCKET-CONNECT:1:0:\\\"$ts0\\\0\\\",bind=\\\"$ts1\\\0\\\""
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
waitfile $ts0 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the SOCKET-LISTEN address (with TCP4-CONNECT)
NAME=SOCKET_LISTEN
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socket recvfrom with TCP/IPv4"
# start a SOCKET-LISTEN process that uses TCP/IPv4 and echoes data, and
# send test data using TCP4-CONNECT. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4; ts1p=$PORT
ts1a="127.0.0.1"
ts0p=$(printf "%04x" $ts1p);
ts0a="7f000001" # "127.0.0.1"
ts0="x${ts0p}${ts0a}x0000000000000000"
newport tcp4; ts1b=$PORT
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts SOCKET-LISTEN:2:6:$ts0,$REUSEADDR PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4-CONNECT:$ts1,bind=:$ts1b"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
#sleep 1
waittcp4port $ts1p 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the SOCKET-SENDTO address (against UDP4-RECVFROM)
NAME=SOCKET_SENDTO
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%ip4%*|*%udp%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: socket sendto with UDP/IPv4"
# start a UDP4-RECVFROM process that echoes data, and send test data using
# SOCKET-SENDTO, selecting UDP/IPv4. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts0p=$PORT
ts0a="127.0.0.1"
ts1p=$(printf "%04x" $ts0p);
ts1a="7f000001" # "127.0.0.1"
ts1="x${ts1p}${ts1a}x0000000000000000"
newport udp4; ts1b=$(printf "%04x" $PORT)
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UDP4-RECVFROM:$ts0p,reuseaddr,bind=$ts0a PIPE"
CMD1="$TRACE $SOCAT $opts - SOCKET-SENDTO:2:$SOCK_DGRAM:17:$ts1,bind=x${ts1b}x00000000x0000000000000000"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
waitudp4port $ts0p 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the SOCKET-RECVFROM address (with UDP4-SENDTO)
NAME=SOCKET_RECVFROM
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%ip4%*|*%udp%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: socket recvfrom with UDP/IPv4"
# start a SOCKET-RECVFROM process that uses UDP/IPv4 and echoes data, and
# send test data using UDP4-SENDTO. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="127.0.0.1"
ts0p=$(printf "%04x" $ts1p);
ts0a="7f000001" # "127.0.0.1"
ts0="x${ts0p}${ts0a}x0000000000000000"
newport udp4; ts1b=$PORT
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts SOCKET-RECVFROM:2:$SOCK_DGRAM:17:$ts0,reuseaddr PIPE"
CMD1="$TRACE $SOCAT $opts - UDP4-SENDTO:$ts1,bind=:$ts1b"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
sleep 1 # waitudp4port $ts1p 1
echo "$da" |$CMD1 >>"$tf" 2>>"${te}1"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test the SOCKET-RECV address (with UDP4-SENDTO)
NAME=SOCKET_RECV
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%ip4%*|*%udp%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: socket recv with UDP/IPv4"
# start a SOCKET-RECV process that uses UDP/IPv4 and writes received data to file, and
# send test data using UDP4-SENDTO.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts1p=$PORT
ts1a="127.0.0.1"
ts0p=$(printf "%04x" $ts1p);
ts0a="7f000001" # "127.0.0.1"
ts0="x${ts0p}${ts0a}x0000000000000000"
newport udp4; ts1b=$PORT
ts1="$ts1a:$ts1p"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u SOCKET-RECV:2:$SOCK_DGRAM:17:$ts0,reuseaddr -"
CMD1="$TRACE $SOCAT $opts -u - UDP4-SENDTO:$ts1,bind=:$ts1b"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" >"$tf" &
pid0="$!"
sleep 1 # waitudp4port $ts1p 1
echo "$da" |$CMD1 2>>"${te}1"
rc1="$?"
sleep 1
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test SOCKET-DATAGRAM (with UDP4-DATAGRAM)
NAME=SOCKET_DATAGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%generic%*|*%socket%*|*%ip4%*|*%udp%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: socket datagram via UDP/IPv4"
# start a UDP4-DATAGRAM process that echoes data, and send test data using
# SOCKET-DATAGRAM, selecting UDP/IPv4. The sent data should be returned.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport udp4; ts0p=$PORT
newport udp4; ts1p=$PORT
ts0a="127.0.0.1"
ts1b=$(printf "%04x" $ts0p);
ts1a="7f000001" # "127.0.0.1"
ts0b=$(printf "%04x" $ts0p)
ts1b=$(printf "%04x" $ts1p)
ts1="x${ts0b}${ts1a}x0000000000000000"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UDP4-DATAGRAM:$ts0a:$ts1p,bind=:$ts0p,reuseaddr PIPE"
CMD1="$TRACE $SOCAT $opts - SOCKET-DATAGRAM:2:$SOCK_DGRAM:17:$ts1,bind=x${ts1b}x00000000x0000000000000000"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0="$!"
waitudp4port $ts0p 1
echo "$da" |$CMD1 2>>"${te}1" >"$tf"
rc1="$?"
kill "$pid0" 2>/dev/null; wait;
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat $te; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
NAME=SOCKETRANGEMASK
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%generic%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%socket%*|*%range%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: security of generic socket-listen with RANGE option"
if ! eval $NUMCOND; then :;
elif [ -z "$SECONDADDR" ]; then
# we need access to more loopback addresses
$PRINTF "test $F_n $TEST... ${YELLOW}need a second IPv4 address${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4; ts1p=$(printf "%04x" $PORT);
testserversec "$N" "$TEST" "$opts" "SOCKET-LISTEN:2:6:x${ts1p}x00000000x0000000000000000,$REUSEADDR,fork,retry=1" "" "range=x0000x7f000000:x0000xffffffff" "SOCKET-CONNECT:2:6:x${ts1p}x${SECONDADDRHEX}x0000000000000000" 4 tcp $PORT 0
fi ;; # NUMCOND, $SECONDADDR
esac
N=$((N+1))
# test the generic ioctl-void option
NAME=IOCTL_VOID
case "$TESTS" in
*%$N%*|*%functions%*|*%pty%*|*%generic%*|*%$NAME%*)
TEST="$NAME: test the ioctl-void option"
# there are not many ioctls that apply to non global resources and do not
# require root. TIOCEXCL seems to fit:
# process 0 provides a pty;
# process 1 opens it with the TIOCEXCL ioctl;
# process 2 opens it too and fails with "device or resource busy" only when the
# previous ioctl was successful
if ! eval $NUMCOND; then :;
elif [ -z "$TIOCEXCL" ]; then
# we use the numeric value of TIOCEXL which is system dependent
$PRINTF "test $F_n $TEST... ${YELLOW}no value of TIOCEXCL${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tp="$td/test$N.pty"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts PTY,LINK=$tp pipe"
CMD1="$TRACE $SOCAT $opts - file:$tp,ioctl-void=$TIOCEXCL,raw,echo=0"
CMD2="$TRACE $SOCAT $opts - file:$tp,raw,echo=0"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitfile $tp 1
(echo "$da"; sleep 2) |$CMD1 >"$tf" 2>"${te}1" & # this should always work
pid1=$!
sleep 1.0
$CMD2 >/dev/null 2>"${te}2" </dev/null
rc2=$?
kill $pid0 $pid1 2>/dev/null; wait
if ! echo "$da" |diff - "$tf" >/dev/null; then
$PRINTF "${YELLOW}phase 1 failed${NORMAL}\n"
echo "$CMD0 &"
echo "$CMD1"
echo "$da" |diff - "$tf"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc2 -eq 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
echo "$CMD1"
echo "$CMD2"
cat "${te}0" "${te}1" "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND, TIOCEXCL
;;
esac
N=$((N+1))
# Test the generic setsockopt option
NAME=SETSOCKOPT
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%tcp%*|*%generic%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: test the setsockopt option"
# Set the TCP_MAXSEG (MSS) option with a reasonable value, this should succeed.
# Then try again with TCP_MAXSEG=1, this fails at least on Linux.
# Thus:
# process 0 provides a tcp listening,forking socket
# process 1 connects to this port using reasonably MSS, data transfer should
# succeed.
# Then,
# process 2 connects to this port using a very small MSS, this should fail
if ! eval $NUMCOND; then :;
elif [ -z "$TCP_MAXSEG" ]; then
# we use the numeric value of TCP_MAXSEG which might be system dependent
$PRINTF "test $F_n $TEST... ${YELLOW}value of TCPMAXSEG not known${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts TCP4-L:$PORT,so-reuseaddr,fork PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT,setsockopt=6:$TCP_MAXSEG:512"
CMD2="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT,setsockopt=6:$TCP_MAXSEG:1"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
(echo "$da"; relsleep 1) |$CMD1 >"${tf}1" 2>"${te}1" # this should always work
rc1=$?
relsleep 1
(echo "$da"; relsleep 1) |$CMD2 >"${tf}2" 2>"${te}2" # this should fail
rc2=$?
kill $pid0 $pid1 $pid2 2>/dev/null; wait
if ! echo "$da" |diff - "${tf}1" >"$tdiff"; then
$PRINTF "${YELLOW}phase 1 failed${NORMAL}\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD1"
cat ${te}1
cat "$tdiff"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD1"
cat ${te}1
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ $rc2 -eq 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD2"
cat ${te}2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the generic setsockopt-listen option
# This test, with setsockopt-int, no longer worked due to fix for options on
# listening sockets
# Now it got a chance again using new option setsockopt-listen
#NAME=SETSOCKOPT_INT
NAME=SETSOCKOPT_LISTEN
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%tcp%*|*%generic%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test the setsockopt-listen option"
# there are not many socket options that apply to non global resources, do not
# require root, do not require a network connection, and can easily be
# tested. SO_REUSEADDR seems to fit:
# process 0 provides a tcp listening socket with reuseaddr;
# process 1 connects to this port; thus the port is connected but no longer
# listening
# process 2 tries to listen on this port with SO_REUSEADDR, will fail if the
# (generically specified) SO_REUSEADDR socket options did not work
# process 3 connects to this port; only if it is successful the test is ok
if ! eval $NUMCOND; then :;
elif [ -z "$SO_REUSEADDR" ]; then
# we use the numeric value of SO_REUSEADDR which might be system dependent
$PRINTF "test $F_n $TEST... ${YELLOW}value of SO_REUSEADDR not known${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts TCP4-L:$PORT,setsockopt-listen=$SOL_SOCKET:$SO_REUSEADDR:1 PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT"
CMD2="$CMD0"
CMD3="$CMD1"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1" # this should always work
rc1=$?
kill $pid0 2>/dev/null; wait
$CMD2 >/dev/null 2>"${te}2" &
pid2=$!
waittcp4port $PORT 1
echo "$da" |$CMD3 >"${tf}3" 2>"${te}3"
rc3=$?
kill $pid2 2>/dev/null; wait
if ! echo "$da" |diff - "${tf}1" >"${tdiff}1"; then
$PRINTF "${YELLOW}phase 1 failed${NORMAL}\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD1"
cat ${te}1
cat "${tdiff}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc3 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD1"
cat ${te}1
echo "$CMD2 &"
cat ${te}2
echo "$CMD3"
cat ${te}3
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "${tf}3" >"${tdiff}3"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat ${te}0
echo "$CMD1"
cat ${te}1
echo "$CMD2 &"
cat ${te}2
echo "$CMD3"
cat ${te}3
cat "${tdiff}3"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2" "${te}3"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND, SO_REUSEADDR
;;
esac
N=$((N+1))
NAME=SCTP4STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%sctp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to SCTP V4 socket"
if ! eval $NUMCOND; then :;
elif ! testfeats sctp ip4 >/dev/null || ! runsip4 >/dev/null || ! runssctp4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SCTP4 not available${NORMAL}\n" $N
listCANT="$listCANT $N"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$UNAME" = Linux ] && ! grep ^sctp /proc/modules >/dev/null; then
# RHEL5 based systems became unusable when an sctp socket was created but
# module sctp not loaded
$PRINTF "test $F_n $TEST...${YELLOW}load sctp module!${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport sctp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da=$(date)
CMD1="$TRACE $SOCAT $opts SCTP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT SCTP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitsctp4port $tsl 1
# SCTP does not seem to support half close, so we give it 1s to finish
(echo "$da"; sleep 1) |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 2>/dev/null
wait
fi # NUMCOND, feats
;;
esac
N=$((N+1))
NAME=SCTP6STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%ipapp%*|*%sctp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: echo via connection to SCTP V6 socket"
if ! eval $NUMCOND; then :;
elif ! testfeats sctp ip6 >/dev/null || ! runsip6 >/dev/null || ! runssctp6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SCTP6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$UNAME" = Linux ] && ! grep ^sctp /proc/modules >/dev/null; then
$PRINTF "test $F_n $TEST...${YELLOW}load sctp module!${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport sctp6; tsl=$PORT
ts="[::1]:$tsl"
da=$(date)
CMD1="$TRACE $SOCAT $opts SCTP6-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT SCTP6:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid=$! # background process id
waitsctp6port $tsl 1
# SCTP does not seem to support half close, so we let it 1s to finish
(echo "$da"; sleep 1) |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: diff:\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
fi # NUMCOND, feats
;;
esac
N=$((N+1))
if type openssl >/dev/null 2>&1; then
OPENSSL_METHOD=$(openssl s_client -help 2>&1 |$GREP_E -e '-tls1_[012]' |sed -e 's/.*\(-tls1_[012]\).*/\1/' |sort |tail -n 1)
#OPENSSL_METHOD=$(openssl s_client -help 2>&1 |$GREP_E -o -e '-tls1(_[012])?' |sort |tail -n 1)
[ -z "$OPENSSL_METHOD" ] && OPENSSL_METHOD="-tls1" # just so
fi
# Old versions have DTLS hang, new versions cannot by client renegotiation, ...
OPENSSL_VERSION="$(openssl version)"
OPENSSL_VERSION="${OPENSSL_VERSION#* }"
OPENSSL_VERSION="${OPENSSL_VERSION%%[ -]*}"
[ "$DEFS" ] && echo "OPENSSL_VERSION=\"$OPENSSL_VERSION\"" >&2
# socat up to 1.7.1.1 (and 2.0.0-b3) terminated with error when an openssl peer
# performed a renegotiation. Test if this is fixed.
# Note: the renegotiation feature in OpenSSL exists only up to TLSv1.2
NAME=OPENSSLRENEG1
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL connections survive renogotiation"
# connect with s_client to socat ssl-l; force a renog, then transfer data. When
# data is passed the test succeeded
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [[ $(echo $OPENSSL_VERSION |awk '{print($2);}') =~ [01].* ]]; then
# openssl s_client apparently provides renegotiation only up to version 1.2
$PRINTF "test $F_n $TEST... ${YELLOW}not with OpenSSL $OPENSSL_VERSION${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
init_openssl_s_client
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.crt,key=testsrv.key,verify=0 PIPE"
#CMD1="openssl s_client -port $PORT -verify 0" # not with openssl 1.1.0g
CMD1="openssl s_client $OPENSSL_S_CLIENT_4 $OPENSSL_METHOD -port $PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
(echo "R"; sleep 1; echo "$da"; sleep 1) |$CMD1 2>"${te}1" |$GREP_F "$da" >"${tf}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if echo "$da" |diff - ${tf}1 >"$tdiff"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif grep -i "Connection refused" "${te}1" >/dev/null; then
$PRINTF "$CANT (conn failed)\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# socat up to 1.7.1.1 (and 2.0.0-b3) terminated with error when an openssl peer
# performed a renegotiation. The first temporary fix to this problem might
# leave socat in a blocking ssl-read state. Test if this has been fixed.
# Note: the renegotiation feature in OpenSSL exists only up to TLSv1.2
NAME=OPENSSLRENEG2
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL connections do not block after renogotiation"
# connect with s_client to socat ssl-l; force a renog, then transfer data from
# socat to the peer. When data is passed this means that the former ssl read no
# longer blocks and the test succeeds
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [[ $(echo $OPENSSL_VERSION |awk '{print($2);}') =~ [01].* ]]; then
# openssl s_client apparently provides renegotiation only up to version 1.2
$PRINTF "test $F_n $TEST... ${YELLOW}not with OpenSSL $OPENSSL_VERSION${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
init_openssl_s_client
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.crt,key=testsrv.key,verify=0 SYSTEM:\"sleep 1; echo \\\\\\\"\\\"$da\\\"\\\\\\\"; sleep 1\"!!STDIO"
#CMD1="openssl s_client -port $PORT -verify 0" # not with openssl 1.1.0g
CMD1="openssl s_client $OPENSSL_S_CLIENT_4 $OPENSSL_METHOD -port $PORT"
printf "test $F_n $TEST... " $N
eval "$CMD0 >/dev/null 2>\"${te}0\" &"
pid0=$!
waittcp4port $PORT 1
(echo "R"; sleep 2) |$CMD1 2>"${te}1" |$GREP_F "$da" >"${tf}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if echo "$da" |diff - ${tf}1 >"$tdiff"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif grep -i "Connection refused" "${te}1" >/dev/null; then
$PRINTF "$CANT (conn failed)\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# socat up to 1.7.1.2 had a stack overflow vulnerability that occurred when
# command line arguments (whole addresses, host names, file names) were longer
# than 512 bytes.
NAME=HOSTNAMEOVFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%socket%*|*%$NAME%*)
TEST="$NAME: stack overflow on overly long host name"
# provide a long host name to TCP-CONNECT and check socats exit code
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# prepare long data - perl might not be installed
rm -f "$td/test$N.dat"
i=0; while [ $i -lt 64 ]; do echo -n "AAAAAAAAAAAAAAAA" >>"$td/test$N.dat"; i=$((i+1)); done
newport tcp4
CMD0="$TRACE $SOCAT $opts TCP-CONNECT:$(cat "$td/test$N.dat"):$PORT STDIO"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null 1>&0 2>"${te}0"
rc0=$?
if [ $rc0 -lt 128 ] || [ $rc0 -eq 255 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# socat up to 1.7.1.2 had a stack overflow vulnerability that occurred when
# command line arguments (whole addresses, host names, file names) were longer
# than 512 bytes.
NAME=FILENAMEOVFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%openssl%*|*%$NAME%*)
TEST="$NAME: stack overflow on overly long file name"
# provide a 600 bytes long key file option to OPENSSL-CONNECT and check socats exit code
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
i=0; while [ $i -lt 64 ]; do echo -n "AAAAAAAAAAAAAAAA" >>"$td/test$N.dat"; i=$((i+1)); done
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL:localhost:$PORT,key=$(cat "$td/test$N.dat") STDIO"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null 1>&0 2>"${te}0"
rc0=$?
if [ $rc0 -lt 128 ] || [ $rc0 -eq 255 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# socat up to 1.7.3.0 had a stack overflow vulnerability that occurred when
# command line arguments (whole addresses, host names, file names) were longer
# than 512 bytes and specially crafted.
NAME=NESTEDOVFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%exec%*|*%$NAME%*)
TEST="$NAME: stack overflow on overly long nested arg"
# provide a long host name to TCP-CONNECT and check socats exit code
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# prepare long data - perl might not be installed
rm -f "$td/test$N.dat"
i=0; while [ $i -lt 64 ]; do echo -n "AAAAAAAAAAAAAAAA" >>"$td/test$N.dat"; i=$((i+1)); done
CMD0="$TRACE $SOCAT $opts EXEC:[$(cat "$td/test$N.dat")] STDIO"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null 1>&0 2>"${te}0"
rc0=$?
if [ $rc0 -lt 128 ] || [ $rc0 -eq 255 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test for a bug in gopen that lead to crash or warning when opening a unix
# domain socket with GOPEN
NAME=GOPEN_UNIX_CRASH
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%gopen%*|*%unix%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: check crash when connecting to a unix domain socket using address GOPEN"
# a unix domain server is started in background. the check process connects to
# its socket. when this process crashes or issues a warning the bug is present.
# please note that a clean behaviour does not proof anything; behaviour of bug
# depends on the value of an uninitialized var
#set -vx
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts="$td/test$N.sock"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UNIX-LISTEN:$ts PIPE"
CMD1="$TRACE $SOCAT $opts -d - GOPEN:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" </dev/null &
pid0=$!
waitunixport "$ts" 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif grep -q ' W ' "${te}1"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - ${tf}1 >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if socat keeps an existing file where it wanted to create a UNIX socket
NAME=UNIXLISTEN_KEEPFILE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%unix%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: socat keeps an existing file where it wanted to create a UNIX socket"
# we create a file and start socat with UNIX-LISTEN on this file. expected
# behaviour: socat exits immediately with error, but keeps the file
# up to 1.7.1.3, it removed the file
if ! eval $NUMCOND; then :; else
tf="$td/test$N.file"
te="$td/test$N.stderr"
CMD0="$TRACE $SOCAT $opts -u UNIX-LISTEN:$tf /dev/null"
printf "test $F_n $TEST... " $N
rm -f "$tf"; touch "$tf"
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -ne 0 -a -f "$tf" ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# PTY address allowed to specify address parameters but ignored them
NAME=PTY_VOIDARG
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%pty%*|*%$NAME%*)
TEST="$NAME: check if address params of PTY produce error"
# invoke socat with address PTY and some param; expect an error
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts /dev/null PTY:/tmp/xyz"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -ne 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# incomplete writes were reported but led to data loss
NAME=INCOMPLETE_WRITE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%$NAME%*)
TEST="$NAME: check if incomplete writes are handled properly"
# write to a nonblocking fd a block that is too large for atomic write
# and check if all data arrives
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tp="$td/test$N.pipe"
tw="$td/test$N.wc-c"
# this is the size we write() in one call; data is never stored on disk, so
# make it large enough to exceed any atomic write size; but higher number might
# take much time
# Note: in OpenBSD-4 the PIPE does not deliver EOF, thus -T
bytes=100000 # for Linux 2.6.? this must be >65536
CMD0="$TRACE $SOCAT $opts -u -T 2 PIPE:$tp STDOUT"
CMD1="$TRACE $SOCAT $opts -u -b $bytes OPEN:/dev/zero,readbytes=$bytes FILE:$tp,o-nonblock"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" |wc -c >"$tw" &
pid=$!
waitfile "$tp"
$CMD1 2>"${te}1" >"${tf}1"
rc1=$?
wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ ! -e "$tw" ]; then
$PRINTF "$NO_RESULT (no wc -c output)\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [ "$bytes" -eq $(cat "$tw") ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (incomplete)\n"
echo "transferred only $(cat $tw) of $bytes bytes" >&2
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=OPENSSL_ANULL
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL server with cipher aNULL "
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD2="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,$REUSEADDR,$SOCAT_EGD,ciphers=aNULL,verify=0 pipe"
CMD="$TRACE $SOCAT $opts - openssl:$LOCALHOST:$PORT,ciphers=aNULL,verify=0,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD2 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD >$tf 2>"${te}2"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "${YELLOW}FAILED${NORMAL}\n"
#echo "$CMD2 &"
#echo "$CMD"
#cat "${te}1"
#cat "${te}2"
#cat "$tdiff"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
while read KEYW FEAT ADDR IPPORT; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
RUNS=$(tolower $KEYW)
PROTO=$KEYW
proto="$(tolower "$PROTO")"
feat="$(tolower "$FEAT")"
# test the max-children option on really connection oriented sockets
NAME=${KEYW}MAXCHILDREN
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%maxchildren%*|*%$feat%*|*%$proto%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: max-children option"
# start a listen process with max-children=1; connect with a client, let it
# sleep some time before sending data; connect with second client that sends
# data immediately. If max-children is working correctly the first data should
# arrive first because the second process has to wait.
if ! eval $NUMCOND; then :;
elif ! testfeats "$FEAT" >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$FEAT not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs$RUNS >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(toupper $RUNS) not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
case "X$IPPORT" in
"XPORT")
newport $proto
tsl=$PORT # test socket listen address
tsc="$ADDR:$PORT" # test socket connect address
;;
*)
tsl="$(eval echo "$ADDR")" # resolve $N
tsc=$tsl
esac
#ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -U FILE:$tf,o-trunc,o-creat,o-append $PROTO-LISTEN:$tsl,$REUSEADDR,fork,max-children=1"
CMD1="$TRACE $SOCAT $opts -u - $PROTO-CONNECT:$tsc,shut-null"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
wait${proto}port $tsl 1
(echo "$da 1"; relsleep 2) |$CMD1 >"${tf}1" 2>"${te}1" &
pid1=$!
relsleep 1
echo "$da 2" |$CMD1 >"${tf}2" 2>"${te}2" &
pid2=$!
relsleep 2
kill $pid1 $pid2 $pid0 2>/dev/null; wait
if echo -e "$da 1\n$da 2" |diff - $tf >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "(echo \"$da 1\"; sleep 2) |$CMD1"
echo "echo \"$da 2\" |$CMD1"
cat "${te}0"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
TCP4 TCP 127.0.0.1 PORT
TCP6 TCP [::1] PORT
SCTP4 SCTP 127.0.0.1 PORT
SCTP6 SCTP [::1] PORT
UNIX unix $td/test\$N.server -
"
# debugging this hanging test was difficult - following lessons learned:
# kill <parent> had no effect when child process existed
# strace -f (on Fedora-23) sometimes writes/pads? blocks with \0, overwriting client traces
# using the TRACE feature lets above kill command kill strace, not socat
# care for timing, understand what you want :-)
# test the max-children option on pseudo connected sockets
while read KEYW FEAT SEL ADDR IPPORT SHUT; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
RUNS=$(tolower $KEYW)
PROTO=$KEYW
proto="$(tolower "$PROTO")"
# test the max-children option on pseudo connected sockets
NAME=${KEYW}MAXCHILDREN
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%maxchildren%*|*%$SEL%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: max-children option"
# start a listen process with max-children=1; connect with a client, let it
# send data and then sleep; connect with second client that wants to send
# data immediately, but keep first client active until server terminates.
#If max-children is working correctly only the first data should
# arrive.
if ! eval $NUMCOND; then :;
elif ! testfeats "$FEAT" >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$FEAT not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs$RUNS >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(toupper $RUNS) not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
case "X$IPPORT" in
"XPORT")
newport $proto
tsl=$PORT # test socket listen address
tsc="$ADDR:$PORT" # test socket connect address
;;
*)
tsl="$(eval echo "$ADDR")" # resolve $N
tsc=$tsl
esac
#ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# on some Linux distributions it hangs, thus -T option here
CMD0="$TRACE $SOCAT $opts -U -T $(reltime 4) FILE:$tf,o-trunc,o-creat,o-append $PROTO-LISTEN:$tsl,$REUSEADDR,fork,max-children=1"
CMD1="$TRACE $SOCAT $opts -u - $PROTO-CONNECT:$tsc,$SHUT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
wait${proto}port $tsl 1
(echo "$da 1"; relsleep 3) |$CMD1 >"${tf}1" 2>"${te}1" &
pid1=$!
relsleep 1
echo "$da 2" |$CMD1 >"${tf}2" 2>"${te}2" &
pid2=$!
relsleep 1
cpids="$(childpids $pid0)"
kill $pid1 $pid2 $pid0 $cpids 2>/dev/null; wait
if echo -e "$da 1" |diff - $tf >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "(echo \"$da 1\"; sleep 2) |$CMD1"
echo "echo \"$da 2\" |$CMD1"
cat "${te}0"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
UDP4 UDP udp 127.0.0.1 PORT shut-null
UDP6 UDP udp [::1] PORT shut-null
"
# debugging this hanging test was difficult - following lessons learned:
# kill <parent> had no effect when child process existed
# strace -f (on Fedora-23) sometimes writes/pads? blocks with \0, overwriting client traces
# using the TRACE feature lets above kill command kill strace, not socat
# care for timing, understand what you want :-)
# socat up to 1.7.2.0 had a bug in xioscan_readline() that could be exploited
# to overflow a heap based buffer (socat security advisory 3)
# problem reported by Johan Thillemann
NAME=READLINE_OVFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%readline%*|*%pty%*|*%$NAME%*)
TEST="$NAME: test for buffer overflow in readline prompt handling"
# address 1 is the readline where write data was handled erroneous
# address 2 provides data to trigger the buffer overflow
# when no SIGSEGV or so occurs the test succeeded (bug fixed)
if ! eval $NUMCOND; then :;
elif ! feat=$(testfeats readline pty); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ti="$td/test$N.data"
CMD0="$SOCAT $opts READLINE $ti"
printf "test $F_n $TEST... " $N
# prepare long data - perl might not be installed
#perl -e 'print "\r","Z"x513' >"$ti"
echo $E -n "\rA" >"$ti"
i=0; while [ $i -lt 32 ]; do echo -n "AAAAAAAAAAAAAAAA" >>"$ti"; let i=i+1; done
$TRACE $SOCAT - SYSTEM:"$CMD0; echo rc=\$? >&2",pty >/dev/null 2>"${te}0"
rc=$?
rc0="$(grep ^rc= "${te}0" |sed 's/.*=//')"
if [ $rc -ne 0 ]; then
$PRINTF "${YELLOW}framework failed${NORMAL}\n"
elif [ $rc0 -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
grep -v ^rc= "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Does Socat have -d0 option?
opt_d0=
if $SOCAT -h |grep -e -d0 >/dev/null; then
opt_d0="-d0"
fi
# socat up to 1.7.2.1 did only shutdown() but not close() an accept() socket
# that was rejected due to range, tcpwrap, lowport, or sourceport option.
# This file descriptor leak could be used for a denial of service attack.
NAME=FDLEAK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: file descriptor leak with range option"
# have a TCP-LISTEN with range option; connect with wrong source address until
# "open files" limit would exceed. When server continues operation the bug is
# not present.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
RLIMIT_NOFILE="$(ulimit -n)"
if ! [[ "$RLIMIT_NOFILE" =~ ^[0-9][0-9]*$ ]]; then
$PRINTF "${YELLOW}cannot determine ulimit -n${NORMAL}"
else
if [ $RLIMIT_NOFILE -gt 1024 ]; then
ulimit -n 1024 # 65536 takes too long
RLIMIT_NOFILE="$(ulimit -n)"
fi
newport tcp4
CMD0="$TRACE $SOCAT $opt_d0 $opts TCP4-LISTEN:$PORT,$REUSEADDR,range=$LOCALHOST:255.255.255.255 PIPE"
#CMD0="$TRACE $SOCAT $opts TCP-LISTEN:$PORT,pf=ip4,$REUSEADDR,range=$LOCALHOST4:255.255.255.255 PIPE"
CMD1="$TRACE $SOCAT $opts -t 0 /dev/null TCP4:$SECONDADDR:$PORT,bind=$SECONDADDR"
CMD2="$TRACE $SOCAT $opts - TCP:$LOCALHOST4:$PORT,bind=$LOCALHOST4"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
while [ $RLIMIT_NOFILE -gt 0 ]; do
$CMD1 >/dev/null 2>>"${te}1"
let RLIMIT_NOFILE=RLIMIT_NOFILE-1
done
echo "$da" |$CMD2 >"${tf}2" 2>"${te}2"
rc2=$?
kill $pid0 2>/dev/null; wait
echo -e "$da" |diff "${tf}2" - >$tdiff
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED (rc2=$rc2)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ -f "$tdiff" -a ! -s "$tdiff" ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # ulimit -n
fi # NUMCOND
;;
esac
N=$((N+1))
if false; then # this overflow is not reliably reproducable
# socat up to 2.0.0-b6 did not check the length of the PROXY-CONNECT command line paramters when copying them into the HTTP request buffer. This could lead to a buffer overflow.
NAME=PROXY_ADDR_OVFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: proxy address parameters overflow"
# invoke socat PROXY-CONNECT with long proxy server and target server names. If it terminates with exit code >= 128 it is vulnerable
# However, even if vulnerable it often does not crash. Therefore we try to use a boundary check program like ElectricFence; only with its help we can tell that clean run proofs absence of vulnerability
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
EF=; for p in ef; do
if type ef >/dev/null 2>&1; then
EF="ef "; break
fi
done
newport tcp4
CMD0="$TRACE $SOCAT $opts TCP-LISTEN:$PORT,$REUSEADDR FILE:/dev/null"
#CMD1="$EF $TRACE $SOCAT $opts FILE:/dev/null PROXY-CONNECT:$(perl -e "print 'A' x 256"):$(perl -e "print 'A' x 256"):80"
CMD1="$EF $TRACE $SOCAT $opts FILE:/dev/null PROXY-CONNECT:localhost:$(perl -e "print 'A' x 384"):80,proxyport=$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >/dev/null 2>"${te}1"
rc1=$?
if [ $rc1 -lt 128 ]; then
if [ "$EF" ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$UNKNOWN $RED(install ElectricFEnce!)$NORMAL\n"
numCANT=$((num+1))
listCANT="$listCANT $N"
fi
else
$PRINTF "$FAILED\n"
echo "$CMD1"
cat "${te}"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
fi # false
# LISTEN addresses in socat up to 1.7.2.1 applied many file descriptor, socket,
# and TCP options only to the listening socket instead of the connection socket.
NAME=LISTEN_KEEPALIVE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%listen%*|*%keepalive%*|*%socket%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: keepalive option is applied to connection socket"
# Instance 0 has TCP-LISTEN with option so-keepalive and invokes filan after
# accept(). filan writes its output to the socket. instance 1 connects to
# instance 0. The value of the sockets so-keepalive option is checked, it must
# be 1
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
#tdiff="$td/test$N.diff"
#da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts TCP4-LISTEN:$PORT,$REUSEADDR,so-keepalive EXEC:\"$FILAN -i 1\",nofork"
CMD1="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
eval $CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
KEEPALIVE="$(cat "${tf}1" |tail -n +2 |sed -e "s/.*KEEPALIVE=//" -e "s/[[:space:]].*//")"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ -z "$KEEPALIVE" ]; then
$PRINTF "$NO_RESULT\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [ "$KEEPALIVE" = "1" ]; then
$PRINTF "$OK\n";
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (KEEPALIVE=$KEEPALIVE)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# OPENSSL-CONNECT with bind option failed on some systems (eg.FreeBSD, but not
# Linux) with "Invalid argument".
NAME=OPENSSL_CONNECT_BIND
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test OPENSSL-CONNECT with bind option"
# have a simple SSL server that just echoes data.
# connect with socat using OPENSSL-CONNECT with bind, send data and check if the
# reply is identical.
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf0="$td/test$N.0.stdout"
te0="$td/test$N.0.stderr"
tf1="$td/test$N.1.stdout"
te1="$td/test$N.1.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.pem,verify=0 PIPE"
CMD1="$TRACE $SOCAT $opts - OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,bind=$LOCALHOST,verify=0"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"$tf1" 2>"$te1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "$te0"
cat "$te1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - $tf1 >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# socat up to version 1.7.2.3
# had a bug that converted a bit mask of 0 internally to 0xffffffff
NAME=TCP4RANGE_0BITS
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%range%*|*%listen%*|*%$NAME%*)
TEST="$NAME: correct evaluation of range mask 0"
if ! eval $NUMCOND; then :;
elif [ -z "$SECONDADDR" ]; then
# we need access to a second address
$PRINTF "test $F_n $TEST... ${YELLOW}need a second IPv4 address${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
#testserversec "$N" "$TEST" "$opts" "tcp4-l:$PORT,reuseaddr,fork,retry=1" "" "range=$SECONDADDR/32" "tcp4:127.0.0.1:$PORT" 4 tcp $PORT 0
CMD0="$TRACE $SOCAT $opts -u TCP4-LISTEN:$PORT,$REUSEADDR,range=127.0.0.1/0 CREATE:$tf"
CMD1="$TRACE $SOCAT $opts -u - TCP4-CONNECT:$SECONDADDR:$PORT,bind=$SECONDADDR"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
sleep 1
kill $pid0 2>/dev/null; wait
if [ $rc1 != 0 ]; then
$PRINTF "${YELLOW}invocation failed${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [ -f "$tf" ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "${YELLOW}diff failed${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # $SECONDADDR, NUMCOND
esac
N=$((N+1))
# test: OPENSSL sets of environment variables with important values of peer certificate
newport tcp4
while read ssldist MODE MODULE FIELD TESTADDRESS PEERADDRESS VALUE; do
if [ -z "$ssldist" ] || [[ "$ssldist" == \#* ]]; then continue; fi
#
SSLDIST=$(toupper $ssldist)
NAME="ENV_${SSLDIST}_${MODE}_${MODULE}_${FIELD}"
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%$ssldist%*|*%envvar%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $SSLDIST sets env SOCAT_${SSLDIST}_${MODULE}_${FIELD}"
# have a server accepting a connection and invoking some shell code. The shell
# code extracts and prints the SOCAT related environment vars.
# outside code then checks if the environment contains the variables correctly
# describing the desired field.
FEAT=$(echo "$ssldist" |tr a-z A-Z)
if ! eval $NUMCOND; then :;
elif ! testfeats $FEAT >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$FEAT not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
gentestcert testsrv
gentestcert testcli
test_proto=tcp4
case "$MODE" in
SERVER)
CMD0="$SOCAT $opts -u -lp socat $TESTADDRESS SYSTEM:\"echo SOCAT_${SSLDIST}_${MODULE}_${FIELD}=\\\$SOCAT_${SSLDIST}_${MODULE}_${FIELD}; sleep 1\""
CMD1="$SOCAT $opts -u /dev/null $PEERADDRESS"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" >\"$tf\" &"
pid0=$!
wait${test_proto}port $PORT 1
{ $CMD1 2>"${te}1"; sleep 1; }
rc1=$?
waitfile "$tf" 2
kill $pid0 2>/dev/null; wait
;;
CLIENT)
CMD0="$SOCAT $opts -u /dev/null $PEERADDRESS"
CMD1="$SOCAT $opts -u -lp socat $TESTADDRESS SYSTEM:\"echo SOCAT_${SSLDIST}_${MODULE}_${FIELD}=\\\$SOCAT_${SSLDIST}_${MODULE}_${FIELD}; sleep 1\""
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0=$!
wait${test_proto}port $PORT 1
eval "$CMD1 2>\"${te}1\" >\"$tf\""
rc1=$?
waitfile "$tf" 2
kill $pid0 2>/dev/null; wait
;;
esac
if [ $rc1 != 0 ]; then
$PRINTF "$NO_RESULT (client failed):\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif effval="$(grep SOCAT_${SSLDIST}_${MODULE}_${FIELD} "${tf}" |sed -e 's/^[^=]*=//' |sed -e "s/[\"']//g")";
[ "$effval" = "$VALUE" ]; then
$PRINTF "$OK\n"
if [ "$debug" ]; then
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "expected \"$VALUE\", got \"$effval\"" >&2
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND, feats
;;
esac
N=$((N+1))
#
done <<<"
openssl SERVER X509 ISSUER OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_ISSUER
openssl SERVER X509 SUBJECT OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_SUBJECT
openssl SERVER X509 COMMONNAME OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_COMMONNAME
openssl SERVER X509 COUNTRYNAME OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_COUNTRYNAME
openssl SERVER X509 LOCALITYNAME OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_LOCALITYNAME
openssl SERVER X509 ORGANIZATIONALUNITNAME OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_ORGANIZATIONALUNITNAME
openssl SERVER X509 ORGANIZATIONNAME OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 $TESTCERT_ORGANIZATIONNAME
openssl CLIENT X509 SUBJECT OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 $TESTCERT_SUBJECT
openssl CLIENT X509 ISSUER OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cert=testcli.pem,cafile=testsrv.crt,verify=1 OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,bind=$LOCALHOST,cert=testsrv.pem,cafile=testcli.crt,verify=1 $TESTCERT_ISSUER
"
###############################################################################
# tests: option umask with "passive" NAMED group addresses
while read addr fileopt addropts proto diropt ADDR2; do
if [ -z "$addr" ] || [[ "$addr" == \#* ]]; then continue; fi
# some passive (listening...) filesystem based addresses did not implement the
# umask option
ADDR=$(toupper $addr)
ADDR_=${ADDR/-/_}
#PROTO=$(toupper $proto)
if [ "$diropt" = "." ]; then diropt=; fi
if [ "$fileopt" = "." ]; then fileopt=; fi
if [ "$addropts" = "." ]; then addropts=; fi
NAME=${ADDR_}_UMASK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%proto%*|*%socket%*|*%$proto%*|*%umask%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $ADDR applies option umask"
# start a socat process with passive/listening file system entry. Check the
# permissions of the FS entry, then terminate the process.
# Test succeeds when FS entry exists and has expected permissions.
if ! eval $NUMCOND; then :; else
if [ $ADDR = PTY ]; then set -xv; fi
tlog="$td/test$N.log"
te0="$td/test$N.0.stderr"
tsock="$td/test$N.sock"
if [ -z "$fileopt" ]; then
CMD0="$TRACE $SOCAT $opts $diropt $ADDR:$tsock,$addropts,unlink-close=0,umask=177 $ADDR2"
else
CMD0="$TRACE $SOCAT $opts $diropt $ADDR,$fileopt=$tsock,$addropts,unlink-close=0,umask=177 $ADDR2"
fi
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
wait${proto} $tsock 1 2>"$tlog"
ERRNOENT=; if ! [ -e "$tsock" ]; then ERRNOENT=1; fi
perms=$(fileperms "$tsock")
kill $pid0 2>>"$tlog"
wait
if [ "$ERRNOENT" ]; then
$PRINTF "${RED}no entry${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
elif [ "$perms" != "600" ]; then
$PRINTF "${RED}perms \"$perms\", expected \"600\" ${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
let numOK=numOK+1
listOK="$listOK $N"
fi
set +xv
fi # NUMCOND
;;
esac
N=$((N+1))
#
done <<<"
# address fileopt addropts waitfor direction ADDR2
create . . file -U FILE:/dev/null
open . creat file . FILE:/dev/null
gopen . creat file . FILE:/dev/null
unix-listen . . unixport . FILE:/dev/null
unix-recvfrom . . unixport . FILE:/dev/null
unix-recv . . unixport -u FILE:/dev/null
pipe . . file -u FILE:/dev/null
# pty does not seem to honor umask:
#pty link . file . PIPE
"
# Tests: option perm with "passive" NAMED group addresses
# Note tests UNIX_RECVFROM_PERM and UNIX_RECV_PERM had chmod() applied after
# bind() due to an error but succeeded. After a correction with Socat 1.8.0.0
# the perm option is applied as fchown() call which does not affect the FS
# entry on Freebsd (10.3) and OpenIndiana (2021-04), so they fail now
while read addr fileopt addropts feat waitfor diropt; do
if [ -z "$addr" ] || [[ "$addr" == \#* ]]; then continue; fi
# test if passive (listening...) filesystem based addresses implement option perm
ADDR=$(toupper $addr)
ADDR_=${ADDR/-/_}
if [ "$diropt" = "." ]; then diropt=; fi
if [ "$fileopt" = "." ]; then fileopt=; fi
if [ "$addropts" = "." ]; then addropts=; fi
NAME=${ADDR_}_PERM
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%$feat%*|*%ignoreeof%*|*%perm%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $ADDR applies option perm"
# start a socat process with passive/listening file system entry. Check the
# permissions of the FS entry, then terminate the process.
# Test succeeds when FS entry exists and has expected permissions.
if ! eval $NUMCOND; then :; else
tlog="$td/test$N.log"
te0="$td/test$N.0.stderr"
tsock="$td/test$N.sock"
# set -vx
if [ -z "$fileopt" ]; then
CMD0="$TRACE $SOCAT $opts $diropt $ADDR:$tsock,$addropts,perm=511 FILE:/dev/null,ignoreeof"
else
CMD0="$TRACE $SOCAT $opts $diropt $ADDR,$fileopt=$tsock,$addropts,perm=511 FILE:/dev/null,ignoreeof"
fi
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
wait${waitfor} $tsock 1 2>"$tlog"
ERRNOENT=; if ! [ -e "$tsock" ]; then ERRNOENT=1; fi
perms=$(fileperms "$tsock")
kill $pid0 2>>"$tlog"
wait
if [ "$ERRNOENT" ]; then
$PRINTF "${RED}no entry${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
elif [ "$perms" != "511" ]; then
$PRINTF "${RED}perms \"$perms\", expected \"511\" ${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
let numOK=numOK+1
listOK="$listOK $N"
fi
set +vx
fi # NUMCOND
;;
esac
N=$((N+1))
#
done <<<"
# address fileopt addropts feat waitfor direction
create . . file file -U
open . creat file file .
gopen . creat file file .
unix-listen . . unix unixport .
unix-recvfrom . . unix unixport .
unix-recv . . unix unixport -u
pipe . . pipe file -u
pty link . pty file .
"
# tests: option user with "passive" NAMED group addresses
while read addr fileopt addropts feat waitfor diropt; do
if [ -z "$addr" ] || [[ "$addr" == \#* ]]; then continue; fi
# test if passive (listening...) filesystem based addresses implement option user
ADDR=$(toupper $addr)
ADDR_=${ADDR/-/_}
if [ "$diropt" = "." ]; then diropt=; fi
if [ "$fileopt" = "." ]; then fileopt=; fi
if [ "$addropts" = "." ]; then addropts=; fi
NAME=${ADDR_}_USER
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%$feat%*|*%root%*|*%ignoreeof%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $ADDR applies option user"
# start a socat process with passive/listening file system entry with user option.
# Check the owner of the FS entry, then terminate the process.
# Test succeeds when FS entry exists and has expected owner.
if ! eval $NUMCOND; then :;
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tlog="$td/test$N.log"
te0="$td/test$N.0.stderr"
tsock="$td/test$N.sock"
# set -vx
if [ -z "$fileopt" ]; then
CMD0="$TRACE $SOCAT $opts $diropt $ADDR:$tsock,$addropts,user=$SUBSTUSER FILE:/dev/null,ignoreeof"
else
CMD0="$TRACE $SOCAT $opts $diropt $ADDR,$fileopt=$tsock,$addropts,user=$SUBSTUSER FILE:/dev/null,ignoreeof"
fi
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
wait${waitfor} $tsock 1 2>"$tlog"
ERRNOENT=; if ! [ -e "$tsock" ]; then ERRNOENT=1; fi
user=$(fileuser "$tsock")
kill $pid0 2>>"$tlog"
wait
if [ "$ERRNOENT" ]; then
$PRINTF "${FAILED}(no entry)\n"
echo "$CMD0 &"
cat "$te0" >&2
cat "$tlog" >&2
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
elif [ "$user" != "$SUBSTUSER" ]; then
$PRINTF "${FAILD}(user \"$user\", expected \"$SUBSTUSER\")\n"
echo "$CMD0 &"
cat "$te0" >&2
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
set +vx
fi # NUMCOND
;;
esac
N=$((N+1))
#
done <<<"
# address fileopt addropts feat waitfor direction
create . . file file -U
open . creat file file .
gopen . creat file file .
unix-listen . . unix unixport .
unix-recvfrom . . unix unixport .
unix-recv . . unix unixport -u
pipe . . pipe file -u
pty link . pty file .
"
# tests: is "passive" filesystem entry removed at the end? (without fork)
while read addr fileopt addropts feat waitfor diropt crit ADDR2; do
if [ -z "$addr" ] || [[ "$addr" == \#* ]]; then continue; fi
# some passive (listening...) filesystem based addresses did not remove the file
# system entry at the end
ADDR=$(toupper $addr)
ADDR_=${ADDR/-/_}
if [ "$diropt" = "." ]; then diropt=; fi
if [ "$fileopt" = "." ]; then fileopt=; fi
if [ "$addropts" = "." ]; then addropts=; fi
# $ADDR removes the file system entry when the process is terminated
NAME=${ADDR_}_REMOVE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%feat%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $ADDR removes socket entry when terminated while waiting for connection"
# start a socat process with listening unix domain socket etc. Terminate the
# process and check if the file system socket entry still exists.
# Test succeeds when entry does not exist.
if ! eval $NUMCOND; then :; else
tlog="$td/test$N.log"
te0="$td/test$N.0.stderr"
tsock="$td/test$N.sock"
if [ -z "$fileopt" ]; then
CMD0="$TRACE $SOCAT $opts $diropt $ADDR:$tsock,$addropts $ADDR2"
else
CMD0="$TRACE $SOCAT $opts $diropt $ADDR,$fileopt=$tsock,$addropts $ADDR2"
fi
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
wait${waitfor} "$crit" $tsock 1 2>"$tlog"
kill $pid0 2>>"$tlog"
rc1=$?
wait >>"$tlog"
if [ $rc1 != 0 ]; then
$PRINTF "${YELLOW}setup failed${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [ $crit $tsock ]; then
$PRINTF "$OK\n"
let numOK=numOK+1
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
#
done <<<"
# address fileopt addropts feat waitfor direction crit ADDR2
unix-listen . . unix unixport . -e FILE:/dev/null
unix-recvfrom . . unix unixport . -e FILE:/dev/null
unix-recv . . unix unixport -u -e FILE:/dev/null
pipe . . pipe file -u -e FILE:/dev/null
pty link . pty file . -L PIPE
"
# tests: is "passive" filesystem entry removed at the end? (with fork)
while read addr fileopt addropts proto diropt crit ADDR2; do
if [ -z "$addr" ] || [[ "$addr" == \#* ]]; then continue; fi
# some passive (listening...) filesystem based addresses with fork did not remove
# the file system entry at the end
ADDR=$(toupper $addr)
ADDR_=${ADDR/-/_}
#PROTO=$(toupper $proto)
if [ "$diropt" = "." ]; then diropt=; fi
if [ "$fileopt" = "." ]; then fileopt=; fi
if [ "$addropts" = "." ]; then addropts=; fi
# $ADDR with fork removes the file system entry when the process is terminated
NAME=${ADDR_}_REMOVE_FORK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%fork%*|*%unix%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $ADDR with fork removes socket entry when terminated during accept"
# start a socat process with listening unix domain socket etc and option fork.
# Terminate the process and check if the file system socket entry still exists.
# Test succeeds when entry does not exist.
if ! eval $NUMCOND; then :; else
tlog="$td/test$N.log"
te0="$td/test$N.0.stderr"
tsock="$td/test$N.sock"
if [ -z "$fileopt" ]; then
CMD0="$TRACE $SOCAT $opts $diropt $ADDR:$tsock,fork,$addropts $ADDR2"
else
CMD0="$TRACE $SOCAT $opts $diropt $ADDR,fork,$fileopt=$tsock,$addropts $ADDR2"
fi
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"$te0" &
pid0=$!
wait${proto} "$crit" $tsock 1 2>"$tlog"
kill $pid0 2>>"$tlog"
rc1=$?
wait
if [ $rc1 != 0 ]; then
$PRINTF "${YELLOW}setup failed${NORMAL}\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [ $crit $tsock ]; then
$PRINTF "$OK\n"
let numOK=numOK+1
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "$te0"
cat "$tlog"
let numFAIL=numFAIL+1
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
#
done <<<"
# address fileopt addropts waitfor direction crit ADDR2
unix-listen . . unixport . -e FILE:/dev/null
unix-recvfrom . . unixport . -e FILE:/dev/null
"
# bug fix: SYSTEM address child process shut down parents sockets including
# SSL connection under some circumstances.
NAME=SYSTEM_SHUTDOWN
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%system%*|*%openssl%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: SYSTEM address does not shutdown its parents addresses"
# start an OpenSSL echo server using SYSTEM:cat
# start an OpenSSL client that sends data
# when the client recieves its data and terminates without error the test succeeded
# in case of the bug the client issues an error like:
# SSL_connect(): error:1408F119:SSL routines:SSL3_GET_RECORD:decryption failed or bad record mac
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.pem,verify=0 SYSTEM:cat"
CMD1="$SOCAT $opts - OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,verify=0"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "rc1=$rc1"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "${tf}1" >"$tdiff" 2>&1; then
$PRINTF "$FAILED\n"
echo "diff:"
cat "$tdiff"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if TCP4-LISTEN with empty port arg terminates with error
NAME=TCP4_NOPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%tcp%*|*%tcp4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test if TCP4-LISTEN with empty port arg bails out"
# run socat with TCP4-LISTEN with empty port arg. Check if it terminates
# immediately with return code 1
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
t0rc="$td/test$N.rc"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$SOCAT $opts TCP4-LISTEN: /dev/null"
printf "test $F_n $TEST... " $N
{ $CMD0 >/dev/null 2>"${te}0"; echo $? >"$t0rc"; } & 2>/dev/null
pid0=$!
sleep 1
kill $pid0 2>/dev/null; wait
if [ ! -f "$t0rc" ]; then
$PRINTF "$FAILED\n"
echo "no return code of CMD0 stored" >&2
echo "$CMD0 &"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo 1 |diff - "$t0rc" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "CMD0 exited with $(cat $t0rc), expected 1"
echo "$CMD0 &"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# tests of various SSL methods; from TLS1.3 this method is not avail in OpenSSL:
OPENSSL_METHODS_OBSOLETE="SSL3 SSL23"
OPENSSL_METHODS_EXPECTED="TLS1 TLS1.1 TLS1.2 DTLS1 DTLS1.2"
# The OPENSSL_METHOD_DTLS1 test hangs sometimes, probably depending on the openssl version.
OPENSSL_VERSION_GOOD=1.0.2 # this is just a guess.
# known bad: 1.0.1e
# known good: 1.0.2j
# test if the obsolete SSL methods can be used with OpenSSL
for method in $OPENSSL_METHODS_OBSOLETE; do
NAME=OPENSSL_METHOD_$method
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test OpenSSL method $method"
# Start a socat process with obsoelete OpenSSL method, it should fail
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! socat -hhh |grep -q "^[[:space:]]*openssl-method[[:space:]]"; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option openssl-method not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$SOCAT $opts OPENSSL-LISTEN:$PORT,$REUSEADDR,openssl-method=$method,cert=testsrv.pem,verify=0 PIPE"
CMD1="$SOCAT $opts - OPENSSL-CONNECT:$LOCALHOST:$PORT,opensslmethod=$method,verify=0"
printf "test $F_n $TEST... " $N
if [ "$method" = DTLS1 -a "$(echo -e "$OPENSSL_VERSION\n1.0.2" |sort |tail -n 1)" = "$OPENSSL_VERSION_GOOD" ]; then
$PRINTF "${YELLOW}might hang, skipping${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1 1 2>/dev/null; w0=$? # result of waiting for process 0
if [ $w0 -eq 0 ]; then
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
fi
echo "$da" |diff - "${tf}1" >"$tdiff" 2>/dev/null
if [ $w0 -eq 0 ] && [ -f "${tf}1" ] && ! [ -s "$tdiff" ]; then
$PRINTF "${YELLOW}WARN${NORMAL} (obsolete method succeeds)\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$OK (obsolete method fails)\n"
cat "$tdiff"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
if [ "$VERBOSE" ]; then
echo " $CMD0"
echo " echo \"$da\" |$CMD1"
fi
fi # !DTLS1 hang
fi # NUMCOND
;;
esac
N=$((N+1))
done
# test if the various SSL methods can be used with OpenSSL
for method in $OPENSSL_METHODS_EXPECTED; do
NAME=OPENSSL_METHOD_$method
METHFAM=$(tolower "${method%%[0-9]*}")
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%openssl%*|*%$METHFAM%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test OpenSSL method $method"
# Start a socat process listening with OpenSSL and echoing data,
# using the selected method
# Start a second socat process connecting to the listener using
# the same method, send some data and catch the reply.
# If the reply is identical to the sent data the test succeeded.
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! socat -hhh |grep -q "^[[:space:]]*openssl-method[[:space:]]"; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option openssl-method not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
if [[ "$method" =~ DTLS* ]]; then
newport udp4
else
newport tcp4
fi
CMD0="$SOCAT $opts OPENSSL-LISTEN:$PORT,$REUSEADDR,openssl-method=$method,cert=testsrv.pem,verify=0 PIPE"
CMD1="$SOCAT $opts - OPENSSL-CONNECT:$LOCALHOST:$PORT,openssl-method=$method,verify=0"
printf "test $F_n $TEST... " $N
if [ "$method" = DTLS1 -a "$(echo -e "$OPENSSL_VERSION\n1.0.2" |sort |tail -n 1)" = "$OPENSSL_VERSION_GOOD" ]; then
$PRINTF "${YELLOW}might hang, skipping${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
if [[ "$method" =~ DTLS* ]]; then
waitudp4port $PORT 1
else
waittcp4port $PORT 1
fi
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if echo "$da" |diff - "${tf}1" >"$tdiff"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
if [ "$VERBOSE" ]; then
echo " $CMD0"
echo " echo \"$da\" |$CMD1"
fi
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
#esac
fi
fi # !DTLS1 hang
fi # NUMCOND
;;
esac
N=$((N+1))
done
# test security of option openssl-set-min-proto-version
OPENSSL_LATEST_PROTO_VERSION=$(openssl s_server --help 2>&1 |grep -e -ssl[1-9] -e -tls[1-9] |awk '{print($1);}' |cut -c 2- |tr '[a-z_]' '[A-Z.]' |sort |tail -n 1)
OPENSSL_BEFORELAST_PROTO_VERSION=$(openssl s_server --help 2>&1 |grep -e -ssl[1-9] -e -tls[1-9] |awk '{print($1);}' |cut -c 2- |tr '[a-z_]' '[A-Z.]' |sort |tail -n 2 |head -n 1)
NAME=OPENSSL_MIN_VERSION
case "$TESTS" in
*%$N%*|*%functions%*|*%security%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: security of OpenSSL server with openssl-min-proto-version"
if ! eval $NUMCOND; then :;
elif ! testaddrs openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions openssl-min-proto-version); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! [ "$OPENSSL_LATEST_PROTO_VERSION" -a "$OPENSSL_BEFORELAST_PROTO_VERSION" -a \
"$OPENSSL_LATEST_PROTO_VERSION" != "$OPENSSL_BEFORELAST_PROTO_VERSION" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}cannot determine two available SSL/TLS versions${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
newport tcp4
testserversec "$N" "$TEST" "$opts -4" "SSL-L:$PORT,pf=ip4,reuseaddr,$SOCAT_EGD,verify=0,cert=testsrv.crt,key=testsrv.key" "" "openssl-min-proto-version=$OPENSSL_LATEST_PROTO_VERSION" "SSL:$LOCALHOST:$PORT,cafile=testsrv.crt,$SOCAT_EGD,openssl-max-proto-version=$OPENSSL_BEFORELAST_PROTO_VERSION" 4 tcp $PORT -1
fi ;; # NUMCOND, $fets
esac
N=$((N+1))
# Address options fdin and fdout were silently ignored when not applicable
# due to -u or -U option. Now these combinations are caught as errors.
NAME=FDOUT_ERROR
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%$NAME%*)
TEST="$NAME: fdout bails out in write-only context"
# use EXEC in write-only context with option fdout. Expected behaviour: error
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$SOCAT $opts -u /dev/null EXEC:cat,fdout=1"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
rc=$?
if [ $rc -eq 1 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}"
echo "command did not terminate with error!"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if failure exit code of SYSTEM invocation causes socat to also exit
# with !=0
NAME=SYSTEM_RC
case "$TESTS" in
*%$N%*|*%functions%*|*%system%*|*%$NAME%*)
TEST="$NAME: promote failure of SYSTEM"
# run socat with SYSTEM:false and check if socat exits with !=0
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# shut-none makes sure that the child is not killed by parent
CMD0="$TRACE $SOCAT $opts - SYSTEM:false,shut-none"
printf "test $F_n $TEST... " $N
sleep 1 |$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if failure exit code of EXEC invocation causes socat to also exit
# with !=0
NAME=EXEC_RC
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%$NAME%*)
TEST="$NAME: promote failure of EXEC"
# run socat with EXEC:false and check if socat exits with !=0
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# shut-none makes sure that the child is not killed by parent
CMD0="$TRACE $SOCAT $opts - EXEC:false,shut-none"
printf "test $F_n $TEST... " $N
sleep 1 |$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test the so-reuseaddr option
NAME=SO_REUSEADDR
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%tcp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test the so-reuseaddr option"
# process 0 provides a tcp listening socket with so-reuseaddr;
# process 1 connects to this port; thus the port is connected but no longer
# listening
# process 2 tries to listen on this port with SO_REUSEADDR, will fail if the
# SO_REUSEADDR socket options did not work
# process 3 connects to this port; only if it is successful the test is ok
if ! eval $NUMCOND; then :;
elif ! feat=$(testoptions so-reuseaddr); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4; tp="$PORT"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP4-L:$tp,$REUSEADDR PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4:localhost:$tp"
CMD2="$CMD0"
CMD3="$CMD1"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $tp 1
(echo "$da"; relsleep 3) |$CMD1 >"$tf" 2>"${te}1" & # this should always work
pid1=$!
relsleep 1
$CMD2 >/dev/null 2>"${te}2" &
pid2=$!
waittcp4port $tp 1
(echo "$da") |$CMD3 >"${tf}3" 2>"${te}3"
rc3=$?
kill $pid0 $pid1 $pid2 2>/dev/null; wait
if ! echo "$da" |diff - "$tf"; then
$PRINTF "${YELLOW}phase 1 failed${NORMAL}\n"
echo "$CMD0 &"
echo "$CMD1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc3 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
echo "$CMD1"
echo "$CMD2 &"
echo "$CMD3"
cat "${te}2" "${te}3"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "${tf}3"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
echo "$CMD1"
echo "$CMD2 &"
echo "$CMD3"
echo "$da" |diff - "${tf}3"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2" "${te}3"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND, SO_REUSEADDR
;;
esac
N=$((N+1))
# test the so-reuseport option
NAME=SO_REUSEPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%tcp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test the so-reuseport option"
# process 0 provides a tcp listening socket with so-reuseport;
# process 1 provides an equivalent tcp listening socket with so-reuseport;
# process 2 connects to this port and transfers data
# process 3 connects to this port and transfers data
# test succeeds when both data transfers work
if ! eval $NUMCOND; then :;
elif ! feat=$(testoptions so-reuseport); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4; tp="$PORT"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da2="test$N $(date) $RANDOM"
da3="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP4-L:$tp,$REUSEADDR,so-reuseport PIPE"
CMD1="$CMD0"
CMD2="$TRACE $SOCAT $opts - TCP4:localhost:$tp"
CMD3="$CMD2"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
$CMD1 >/dev/null 2>"${te}1" &
pid1=$!
waittcp4port $tp 1
(echo "$da2") |$CMD2 >"${tf}2" 2>"${te}2" # this should always work
rc2=$?
(echo "$da3") |$CMD3 >"${tf}3" 2>"${te}3"
rc3=$?
kill $pid0 $pid1 $pid2 2>/dev/null; wait
if ! echo "$da2" |diff - "${tf}2"; then
$PRINTF "${YELLOW}phase 1 failed${NORMAL}\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc3 -ne 0 ]; then
$PRINTF "$FAILED:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
echo "$CMD3"
cat "${te}3"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da2" |diff - "${tf}2"; then
$PRINTF "$FAILED:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
echo "$CMD3"
cat "${te}3"
echo "$da2" |diff - "${tf}2"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da3" |diff - "${tf}3"; then
$PRINTF "$FAILED:\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD2"
cat "${te}2"
echo "$CMD3"
cat "${te}3"
echo "$da3" |diff - "${tf}3"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}0" "${te}1" "${te}2" "${te}3"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND, SO_REUSEPORT
;;
esac
N=$((N+1))
# Programs invoked with EXEC, nofork, and -u or -U had stdin and stdout assignment swapped.
NAME=EXEC_NOFORK_UNIDIR
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%exec%*|*%$NAME%*)
TEST="$NAME: Programs invoked with EXEC, nofork, and -u or -U had stdin and stdout assignment swapped"
# invoke a simple echo command with EXEC, nofork, and -u
# expected behaviour: output appears on stdout
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u /dev/null EXEC:\"echo \\\\\\\"\\\"$da\\\"\\\\\\\"\",nofork"
printf "test $F_n $TEST... " $N
eval "$CMD0" >"${tf}0" 2>"${te}0"
rc1=$?
if echo "$da" |diff - "${tf}0" >"$tdiff"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# OpenSSL ECDHE ciphers were introduced in socat 1.7.3.0 but in the same release
# they were broken by a porting effort. This test checks if OpenSSL ECDHE works
# 2019-02: this does no longer work (Ubuntu-18.04)
NAME=OPENSSL_ECDHE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test OpenSSL ECDHE"
# generate a ECDHE key, start an OpenSSL server, connect with a client and try to
# pass data
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! openssl ciphers |grep -q '\<ECDHE\>'; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl: cipher ECDHE not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#TESTSRV=./testsrvec; gentesteccert $TESTSRV
TESTSRV=./testsrv; gentestcert $TESTSRV
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=$TESTSRV.crt,key=$TESTSRV.pem,verify=0 PIPE"
CMD1="$TRACE $SOCAT $opts - OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cipher=ECDHE-ECDSA-AES256-GCM-SHA384,cafile=$TESTSRV.crt,verify=0"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "failure symptom: client error" >&2
echo "server and stderr:" >&2
echo "$CMD0 &"
cat "${te}0"
echo "client and stderr:" >&2
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "${tf}1" >"$tdiff"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "server and stderr:" >&2
echo "$CMD1"
cat "${te}1"
echo "client and stderr:" >&2
echo "$CMD0 &"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# option ipv6-join-group "could not be used"
# fixed in 1.7.3.2
NAME=USE_IPV6_JOIN_GROUP
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%ip6%*|*%udp%*|*%udp6%*|*%dgram%*|*%multicast%*|*%$NAME%*)
TEST="$NAME: is option ipv6-join-group used"
# Invoke socat with option ipv6-join-group on UDP6 address.
# Terminate immediately, do not transfer data.
# If socat exits with 0 the test succeeds.
# Up to 1.7.3.1 it failed with "1 option(s) could not be used"
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp6
CMD0="$TRACE $SOCAT $opts -T 0.001 -u UDP6-RECV:$PORT,ipv6-join-group=[ff02::2]:$MCINTERFACE /dev/null"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# The fix to "Make code async-signal-safe" used internally FD 3 and FD 4.
# Using option fdin=3 did not pass data to executed program.
NAME=DIAG_FDIN
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%exec%*|*%$NAME%*)
TEST="$NAME: test use of fdin=3"
# Use FD 3 explicitely with fdin and test if Socat passes data to executed
# program
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts - SYSTEM:\"cat >&3 <&4\",fdin=4,fdout=3"
printf "test $F_n $TEST... " $N
echo "$da" |$TRACE $SOCAT $opts - SYSTEM:"cat <&3 >&4",fdin=3,fdout=4 >${tf}0 2>"${te}0"
rc0=$?
if [ $rc0 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - ${tf}0 >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=SOCAT_OPT_HINT
case "$TESTS" in
*%$N%*|*%functions%*|*%$NAME%*)
TEST="$NAME: check if merging single character options is rejected"
if ! eval $NUMCOND; then :; else
te="$td/test$N.stderr"
CMD0="$TRACE $SOCAT $opts -vx FILE:/dev/null ECHO"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ "$rc0" = "1" ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi ;; # NUMCOND
esac
N=$((N+1))
# test for a bug in Socat version 1.7.3.3 where
# termios options of the first address were applied to the second address.
NAME=TERMIOS_PH_ALL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%pty%*|*%termios%*|*%$NAME%*)
TEST="$NAME: are termios options applied to the correct address"
# add a termios option to the first address, a tty, and have a second address
# with pipe. If no error occurs the termios option was not applied to the pipe,
# thus the test succeeded.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -T 1 STDIO,echo=0 EXEC:cat 2>${te}0"
echo "$CMD0" >$td/test$N.sh
chmod a+x $td/test$N.sh
# EXEC need not work with script (musl libc), so use SYSTEM
CMD1="$TRACE $SOCAT $opts /dev/null SYSTEM:$td/test$N.sh,pty,$PTYOPTS"
printf "test $F_n $TEST... " $N
$CMD1 2>"${te}1"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Due to a fallback logic before calling getaddrinfo(), intended to allow use
# of service (port) names with SCTP, raw socket addresses where resolved with
# socket type stream, which fails for protocol 6 (TCP)
# Fixed after 1.7.3.3
NAME=IP_SENDTO_6
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%rawip%*|*%rawip4%*|*%$NAME%*)
TEST="$NAME: IP-SENDTO::6 passes getaddrinfo()"
# invoke socat with address IP-SENDTO:*:6; when this does not fail with
# "ai_socktype not supported", the test succeeded
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
CMD0="$TRACE $SOCAT $opts -u /dev/null IP-SENDTO:127.0.0.1:6"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
if ! grep -q "ai_socktype not supported" ${te}0; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if the multiple EOF messages are fixed
NAME=MULTIPLE_EOF
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%unix%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: multiple EOF messages"
# start two processes, connected via UNIX socket. The listener gets EOF from local address immediately; the second process then sends data. If the listener reports "socket 1 (fd .*) is at EOF" only once, the test succeeded
if ! eval $NUMCOND; then :; else
ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -d -d UNIX-LISTEN:$ts /dev/null"
CMD1="$TRACE $SOCAT $opts -d -d - UNIX-CONNECT:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitunixport $ts 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $(grep "socket 2 (fd .*) is at EOF" ${te}0 |wc -l) -eq 1 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test for integer overflow with data transfer block size parameter
NAME=BLKSIZE_INT_OVERFL
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%security%*|*%$NAME%*)
TEST="$NAME: integer overflow with buffer size parameter"
# Use a buffer size that would lead to integer overflow
# Test succeeds when Socat terminates with correct error message
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
dat="$td/test$N.dat"
# calculate the minimal length with integer overflow
case $SIZE_T in
2) CHKSIZE=32768 ;;
4) CHKSIZE=2147483648 ;;
8) CHKSIZE=9223372036854775808 ;;
16) CHKSIZE=170141183460469231731687303715884105728 ;;
*) echo "Unsupported SIZE_T=\"$SIZE_T\"" >2 ;;
esac
CMD0="$TRACE $SOCAT $opts -T 1 -b $CHKSIZE /dev/null PIPE"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$FAILED (rc=$rc0)\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif [ $rc0 -eq 1 ]; then
if grep -q "buffer size option (-b) to big" "${te}0"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (rc=$rc0)\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if unbalanced quoting in Socat addresses is detected
NAME=UNBALANCED_QUOTE
case "$TESTS" in
*%$N%*|*%functions%*|*%syntax%*|*%bugs%*|*%$NAME%*)
TEST="$NAME: Test fix of unbalanced quoting"
# Invoke Socat with an address containing unbalanced quoting. If Socat prints
# a "syntax error" message, the test succeeds
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u FILE:$td/ab\"cd FILE:/dev/null"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
if grep -q -i -e "syntax error" -e "unexpected end" "${te}0"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0" >&2; fi
if [ "$debug" ]; then cat ${te} >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Currently (2020) SCTP has not found its way into main distributions
# /etc/services file. A fallback mechanism has been implemented in Socat
# that allows use of TCP service names when service resolution for SCTP failed.
# Furthermore, older getaddrinfo() implementations to not handle SCTP as SOCK_STREAM
# at all, fall back to unspecified socktype then.
NAME=SCTP_SERVICENAME
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%sctp%*|*%$NAME%*)
TEST="$NAME: Service name resolution works with SCTP"
# invoke socat with address SCTP4-CONNECT:$LOCALHOST:http; when this fails with
# "Connection refused", or does not fail at all, the test succeeded
if ! eval $NUMCOND; then :;
elif ! runssctp4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}SCTP4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
CMD0="$TRACE $SOCAT $opts -u /dev/null SCTP4-CONNECT:$LOCALHOST:http"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
if [ $? -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
elif grep -q "Connection refused" ${te}0; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the o-direct option on reading
NAME=O_DIRECT
case "$TESTS" in
*%$N%*|*%functions%*|*%engine%*|*%file%*|*%$NAME%*)
TEST="$NAME: echo via file with o-direct"
# Write data to a file and read it with options o-direct (and ignoreeof)
# When the data read is the same as the data written the test succeeded.
if ! eval $NUMCOND; then :;
elif ! testoptions o-direct >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}o-direct not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.file"
to="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
$PRINTF "test $F_n $TEST... " $N
CMD="$TRACE $SOCAT $opts - $tf,o-direct,ignoreeof!!$tf"
echo "$da" |$CMD >"$to" 2>"$te"
rc=$?
if [ $rc -ne 0 ] && grep -q "Invalid argument" "$te" && [ $UNAME = Linux ]; then
case $(stat -f $tf |grep "Type: [^[:space:]]*" |sed -e 's/.*\(Type: [^[:space:]]*\).*/\1/' |cut -c 7-) in
#case $(stat -f $tf |grep -o "Type: [^[:space:]]*" |cut -c 7-) in
ext2/ext3|xfs|reiserfs)
$PRINTF "${FAILED}\n"
echo "$CMD" >&2
cat "$te" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N" ;;
*) $PRINTF "${YELLOW}inable file system${NORMAL}\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N" ;;
esac
elif [ $rc -ne 0 ]; then
$PRINTF "${FAILED}:\n"
echo "$CMD" >&2
cat "$te" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$to" >$tdiff; then
$PRINTF "${FAILED}\n"
echo "$CMD" >&2
cat "$te" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi # command ok
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test if option unlink-close removes the bind socket file
NAME=UNIX_SENDTO_UNLINK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%$NAME%*)
TEST="$NAME: Option unlink-close with UNIX sendto socket"
# Have a recv socket with option unlink-close=0
# and a sendto socket with option unlink-close=1
# Expected beavior: the recv socket is kept, the
# sendto/bind socket is removed
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
uns="$td/test$N.server"
unc="$td/test$N.client"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u UNIX-RECV:$uns,unlink-close=0 GOPEN:$tf"
CMD1="$TRACE $SOCAT $opts - UNIX-SENDTO:$uns,bind=$unc,unlink-close=1"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitunixport $uns 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if test -S $uns && ! test -S $unc; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
ls -ld $uns $unc
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test if option unlink-close removes the bind socket file
NAME=UNIX_CONNECT_UNLINK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Option unlink-close with UNIX connect socket"
# Have a listen socket with option unlink-close=0
# and a connect socket with option unlink-close=1
# Expected beavior: the listen socket entry is kept, the
# connect/bind socket is removed
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
uns="$td/test$N.server"
unc="$td/test$N.client"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u UNIX-LISTEN:$uns,unlink-close=0 GOPEN:$tf"
CMD1="$TRACE $SOCAT $opts - UNIX-CONNECT:$uns,bind=$unc,unlink-close=1"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitunixport $uns 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if test -S $uns && ! test -S $unc; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
ls -ld $uns $unc
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# test the DTLS client feature
NAME=OPENSSL_DTLS_CLIENT
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%dtls%*|*%udp%*|*%udp4%*|*%ip4%*|*%$NAME%*)
TEST="$NAME: OpenSSL DTLS client"
# Run openssl s_server in DTLS mode, wrapped into a simple Socat echoing command.
# Start a Socat DTLS client, send data to server and check if reply is received.
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 udp openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-dtls-client); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not found${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
#set -vx
da="test$N $(date) $RANDOM"
init_openssl_s_server
newport udp4
CMD1="$TRACE openssl s_server $OPENSSL_S_SERVER_4 $OPENSSL_S_SERVER_DTLS -accept $PORT -quiet $OPENSSL_S_SERVER_NO_IGN_EOF -cert testsrv.pem"
CMD="$TRACE $SOCAT $opts -T $(reltime 3) - OPENSSL-DTLS-CLIENT:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD,so-rcvtimeo=2"
printf "test $F_n $TEST... " $N
( relsleep 2; echo "$da"; relsleep 1 ) |$CMD1 2>"${te}1" &
pid1=$! # background process id
waitudp4port $PORT
$CMD >$tf 2>"$te"
kill $pid1 2>/dev/null; wait 2>/dev/null
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "$te"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# test the DTLS server feature
NAME=OPENSSL_DTLS_SERVER
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%dtls%*|*%udp%*|*%udp4%*|*%ip4%*|*%socket%*|*%$NAME%*)
TEST="$NAME: OpenSSL DTLS server"
# Run a socat OpenSSL DTLS server with echo function
# Start an OpenSSL s_client, send data and check if repley is received.
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 udp openssl) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-dtls-server); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not found${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [[ $(openssl version |awk '{print($2);}') =~ 0.9.8[a-ce] ]]; then
# also on NetBSD-4 with openssl-0.9.8e
$PRINTF "test $F_n $TEST... ${YELLOW}openssl s_client might hang${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
init_openssl_s_client
newport udp4
CMD1="$TRACE $SOCAT $opts OPENSSL-DTLS-SERVER:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.crt,key=testsrv.key,verify=0 PIPE"
CMD="openssl s_client $OPENSSL_S_CLIENT_4 -host $LOCALHOST -port $PORT $OPENSSL_S_CLIENT_DTLS"
printf "test $F_n $TEST... " $N
$CMD1 >/dev/null 2>"${te}1" &
pid1=$!
waitudp4port $PORT 1
( echo "$da"; sleep 0.1 ) |$CMD 2>"$te" |grep "$da" >"$tf"
rc=$?
kill $pid1 2>/dev/null; wait
if echo "$da" |diff - $tf >"$tdiff"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1"
echo "$CMD"
cat "$te"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=OPENSSL_SERVERALTAUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL server authentication with SubjectAltName (hostname)"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestaltcert testalt
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,$SOCAT_EGD,cert=testalt.crt,key=testalt.key,verify=0 pipe"
CMD1="$TRACE $SOCAT $opts - OPENSSL:$LOCALHOST:$PORT,pf=ip4,verify=1,cafile=testalt.crt,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD1 >$tf 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSL_SERVERALTIP4AUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL server authentication with SubjectAltName (IPv4 address)"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 openssl >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestaltcert testalt
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,$REUSEADDR,pf=ip4,$SOCAT_EGD,cert=testalt.crt,key=testalt.key,verify=0 pipe"
CMD1="$TRACE $SOCAT $opts - OPENSSL:127.0.0.1:$PORT,verify=1,cafile=testalt.crt,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" &"
pid=$! # background process id
waittcp4port $PORT
echo "$da" |$CMD1 >$tf 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
NAME=OPENSSL_SERVERALTIP6AUTH
case "$TESTS" in
*%$N%*|*%functions%*|*%openssl%*|*%tcp%*|*%tcp6%*|*%ip6%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL server authentication with SubjectAltName (IPv6 address)"
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip6 openssl >/dev/null || ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestaltcert testalt
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp6
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip6,$REUSEADDR,$SOCAT_EGD,cert=testalt.crt,key=testalt.key,verify=0 pipe"
CMD1="$TRACE $SOCAT $opts - OPENSSL:[::1]:$PORT,verify=1,cafile=testalt.crt,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" &"
pid=$! # background process id
waittcp6port $PORT
echo "$da" |$CMD1 >$tf 2>"${te}1"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# Test the -r and -R options
NAME=OPTION_RAW_DUMP
case "$TESTS" in
*%$N%*|*%functions%*|*%option%*|*%$NAME%*)
TEST="$NAME: raw dump of transferred data"
# Start Socat transferring data from left named pipe to right and from right
# pipe to left, use options -r and -R, and check if dump files contain correct
# data
if ! eval $NUMCOND; then :;
elif [ $($SOCAT -h |grep -e ' -[rR] ' |wc -l) -lt 2 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Options -r, -R not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tp1="$td/test$N.pipe1"
tp2="$td/test$N.pipe2"
tr1="$td/test$N.raw1"
tr2="$td/test$N.raw2"
tdiff1="$td/test$N.diff1"
tdiff2="$td/test$N.diff2"
da1="test$N $(date) $RANDOM"
da2="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -r $tr1 -R $tr2 PIPE:$tp1!!/dev/null PIPE:$tp2!!/dev/null"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitfile $tp1 1
echo "$da1" >$tp1
waitfile $tp2 1
echo "$da2" >$tp2
sleep 1
kill $pid0 2>/dev/null; wait
if ! echo "$da1" |diff - $tr1 >$tdiff1 || ! echo "$da2" |diff - $tr2 >$tdiff2; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "Left-to-right:" >&2
cat $tdiff1 >&2
echo "Right-to-left:" >&2
cat $tdiff2 >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the OpenSSL SNI feature
NAME=OPENSSL_SNI
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%openssl%*|*%internet%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Test the OpenSSL SNI feature"
# Connect to a server that is known to use SNI. Use an SNI name, not the
# certifications default name. When the TLS connection is established
# the test succeeded.
SNISERVER=badssl.com
if ! eval $NUMCOND; then :;
elif ! testaddrs openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions openssl-snihost); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ -z "$INTERNET" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}use test.sh option --internet${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts FILE:/dev/null OPENSSL-CONNECT:$SNISERVER:443,pf=ip4"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0" >&2
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the openssl-no-sni option
NAME=OPENSSL_NO_SNI
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%openssl%*|*%internet%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Test the openssl-no-sni option"
# Connect to a server that is known to use SNI. Use an SNI name, not the
# certifications default name, and use option openssl-no-sni.
# When the TLS connection failed the test succeeded.
# Please note that this test is only relevant when test OPENSSL_SNI succeeded.
SNISERVER=badssl.com
if ! eval $NUMCOND; then :;
elif ! testaddrs openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions openssl-no-sni); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ -z "$INTERNET" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}use test.sh option --internet${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts FILE:/dev/null OPENSSL-CONNECT:$SNISERVER:443,openssl-no-sni"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -ne 0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0" >&2
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the accept-timeout (listen-timeout) address option
NAME=ACCEPTTIMEOUT
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%tcp%*|*%listen%*|*%timeout%*|*%$NAME%*)
TEST="$NAME: test the accept-timeout option"
if ! eval $NUMCOND; then :;
elif ! feat=$(testaddrs tcp); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testoptions accept-timeout); then
$PRINTF "test $F_n $TEST... ${YELLOW}$(echo "$feat"| tr 'a-z' 'A-Z') not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# Just start a process with accept-timeout 1s and check if it still runs 2s later
# but before this, we test if the process waits at all
te1="$td/test$N.stderr1"
tk1="$td/test$N.kill1"
te2="$td/test$N.stderr2"
tk2="$td/test$N.kill2"
$PRINTF "test $F_n $TEST... " $N
# First, try to make socat hang and see if it can be killed
newport tcp4
CMD1="$TRACE $SOCAT $opts TCP-LISTEN:$PORT,reuseaddr PIPE"
$CMD1 >"$te1" 2>&1 </dev/null &
pid1=$!
relsleep 1
if ! kill $pid1 2>"$tk1"; then
$PRINTF "${YELLOW}does not hang${NORMAL}\n"
echo $CMD1 >&2
cat "$te1" >&2
cat "$tk1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# Second, set accept-timeout and see if socat exits before kill
CMD2="$TRACE $SOCAT $opts TCP-LISTEN:$PORT,reuseaddr,accept-timeout=$(reltime 1) PIPE"
$CMD2 >"$te2" 2>&1 </dev/null &
pid2=$!
relsleep 2
if kill $pid2 2>"$tk2"; then
$PRINTF "$FAILED\n"
echo "$CMD2" >&2
cat "$te2" >&2
cat "$tk2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi
wait
fi ;; # testaddrs, NUMCOND
esac
N=$((N+1))
# Test the modified UDP-DATAGRAM address: Now it ignores peerport by default
NAME=UDP_DATAGRAM_PEERPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%udp%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test UDP-DATAGRAM ignoring peerport"
# A UDP-DATAGRAM address bound to PORT has defined peer on PORT+1
# From another Socat instance we send a packet to PORT but with source port
# PORT+2. The first instance should accept the packet
if ! eval $NUMCOND; then :
elif [ $(echo $E "$SOCAT_VERSION\n1.7.3.4" |sort -n |tail -n 1) = 1.7.3.4 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only with Socat 1.7.4.0 or higher${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4; PORT1=$PORT
newport udp4; PORT2=$PORT
newport udp4; PORT3=$PORT
CMD0="$TRACE $SOCAT $opts -u UDP-DATAGRAM:$LOCALHOST:$PORT2,bind=:$PORT1 -"
CMD1="$TRACE $SOCAT $opts -u - UDP-DATAGRAM:$LOCALHOST:$PORT1,bind=:$PORT3"
printf "test $F_n $TEST... " $N
$CMD0 >${tf}0 2>"${te}0" &
pid0=$!
waitudp4port $PORT1 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
sleep 0.1
kill $pid0 2>/dev/null; wait
if [ -f ${tf}0 ] && echo "$da" |diff - ${tf}0 >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "${tdiff}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the proxy-authorization-file option
NAME=PROXYAUTHFILE
case "$TESTS" in
*%$N%*|*%functions%*|*%proxyconnect%*|*%proxy%*|*%tcp%*|*%tcp4%*|*%ip4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: proxy-authorization-file option"
if ! eval $NUMCOND; then :;
elif ! testfeats proxy >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}PROXY not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats listen tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testoptions proxy-authorization-file >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option proxy-authorization-file not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ta="$td/test$N.auth"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
newport tcp4
CMD0="{ echo -e \"HTTP/1.0 200 OK\\n\"; sleep 2; } |$TRACE $SOCAT $opts - TCP4-L:$PORT,$REUSEADDR,crlf"
CMD1="$TRACE $SOCAT $opts FILE:/dev/null PROXY-CONNECT:$LOCALHOST:127.0.0.1:1000,pf=ip4,proxyport=$PORT,proxy-authorization-file=$ta"
printf "test $F_n $TEST... " $N
echo "user:s3cr3t" >$ta
eval "$CMD0 >${tf}0 2>${te}0 &"
pid0=$! # background process id
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null
wait $pid0
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "${tf}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! grep -q '^Proxy-authorization: Basic dXNlcjpzM2NyM3QK$' ${tf}0; then
$PRINTF "$FAILED:\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
cat "${tf}0" >&2
echo "Authorization string not in client request" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ -n "$debug" ]; then cat "${te}1" "${te}2"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
N=$((N+1))
# Test communication via vsock loopback socket
NAME=VSOCK_ECHO
case "$TESTS" in
*%$N%*|*%functions%*|*%vsock%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test communication via VSOCK loopback socket"
# Start a listening echo server
# Connect with a client, send data and compare reply with original data
if ! eval $NUMCOND; then :;
elif ! fea=$(testfeats VSOCK); then
$PRINTF "test $F_n $TEST... ${YELLOW}$fea not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#newport vsock # nope
CMD0="$TRACE $SOCAT $opts VSOCK-LISTEN:$PORT PIPE"
CMD1="$TRACE $SOCAT $opts - VSOCK-CONNECT:1:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
sleep 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ] && [ "$UNAME" != Linux ]; then
$PRINTF "${YELLOW}works only on Linux?${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc1 -ne 0 ] && [ "$UNAME" = Linux ] && ! [[ $UNAME_R =~ ^[6-9]\.* ]] && ! [[ $UNAME_R =~ ^5\.[6-]\.* ]] && ! [[ $UNAME_R =~ ^5\.[1-9][0-9].* ]]; then
$PRINTF "${YELLOW}works only on Linux from 5.6${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif grep -q "No such device" "${te}1"; then
$PRINTF "${YELLOW}Loopback does not work${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - ${tf}1 >${tdiff}$N; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# File transfer with OpenSSL stream connection was incomplete
# Test file transfer from client to server
NAME=OPENSSL_STREAM_TO_SERVER
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%tcp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL stream from client to server"
# Start a unidirectional OpenSSL server and stream receiver
# Start a unidirectional OpenSSL client that connects to the server and sends
# data
# Test succeeded when the data received and stored by server is the same as
# sent by the client
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 tcp openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-listen openssl-connect); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
ti="$td/test$N.datain"
to="$td/test$N.dataout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts -u OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.pem,verify=0 CREAT:$to"
CMD1="$TRACE $SOCAT $opts -u OPEN:$ti OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt"
printf "test $F_n $TEST... " $N
i=0; while [ $i -lt 100000 ]; do printf "%9u %9u %9u %9u %9u %9u %9u %9u %9u %9u\n" $i $i $i $i $i $i $i $i $i $i; let i+=100; done >$ti
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
relsleep 1
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif diff $ti $to >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
echo "diff:" >&2
head -n 2 $tdiff >&2
echo ... >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# File transfer with OpenSSL stream connection was incomplete
# Test file transfer from server to client
NAME=OPENSSL_STREAM_TO_CLIENT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%tcp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL stream from server to client"
# Start a unidirectional OpenSSL server and stream sender
# Start a unidirectional OpenSSL client that connects to the server and receives
# data
# Test succeeded when the data received and stored by client is the same as
# sent by the server
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 tcp openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-listen openssl-connect); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
ti="$td/test$N.datain"
to="$td/test$N.dataout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts -U OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,cert=testsrv.pem,verify=0 OPEN:$ti"
CMD1="$TRACE $SOCAT $opts -u OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt CREAT:$to"
printf "test $F_n $TEST... " $N
i=0; while [ $i -lt 100000 ]; do printf "%9u %9u %9u %9u %9u %9u %9u %9u %9u %9u\n" $i $i $i $i $i $i $i $i $i $i; let i+=100; done >$ti
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
relsleep 1
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif diff $ti $to >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
echo "diff:" >&2
head -n 2 $tdiff >&2
echo ... >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test file transfer from client to server using DTLS
NAME=OPENSSL_DTLS_TO_SERVER
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%dtls%*|*%udp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL DTLS transfer from client to server"
# Start a unidirectional OpenSSL DTLS server/receiver
# Start a unidirectional OpenSSL DTLS client that connects to the server and
# sends data
# Test succeeded when the data received and stored by server is the same as
# sent by the client
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 udp openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-dtls-listen openssl-dtls-connect); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [[ $(openssl version |awk '{print($2);}') =~ 0.9.8[a-ce] ]]; then
# also on NetBSD-4 with openssl-0.9.8e
$PRINTF "test $F_n $TEST... ${YELLOW}openssl s_client might hang${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
ti="$td/test$N.datain"
to="$td/test$N.dataout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4
CMD0="$TRACE $SOCAT $opts -u OPENSSL-DTLS-LISTEN:$PORT,pf=ip4,cert=testsrv.pem,verify=0 CREAT:$to"
CMD1="$TRACE $SOCAT $opts -u OPEN:$ti OPENSSL-DTLS-CONNECT:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt"
printf "test $F_n $TEST... " $N
i=0; while [ $i -lt $((2*8192)) ]; do printf "%9u %9u %9u %9u %9u %9u %9u %9u %9u %9u\n" $i $i $i $i $i $i $i $i $i $i; let i+=100; done >$ti
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitudp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
relsleep 1
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif diff $ti $to >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
echo "diff:" >&2
head -n 2 $tdiff >&2
echo ... >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test file transfer from server to client using DTLS
NAME=OPENSSL_DTLS_TO_CLIENT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%dtls%*|*%udp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: OpenSSL DTLS transfer from server to client"
# Start a unidirectional OpenSSL DTLS server/sender
# Start a unidirectional OpenSSL DTLS client that connects to the server and
# receives data
# Test succeeded when the data received and stored by client is the same as
# sent by the server
if ! eval $NUMCOND; then :;
elif ! a=$(testfeats ip4 udp openssl); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs openssl-dtls-listen openssl-dtls-connect); then
$PRINTF "test $F_n $TEST... ${YELLOW}$a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [[ $(openssl version |awk '{print($2);}') =~ 0.9.8[a-ce] ]]; then
# also on NetBSD-4 with openssl-0.9.8e
$PRINTF "test $F_n $TEST... ${YELLOW}openssl s_client might hang${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
ti="$td/test$N.datain"
to="$td/test$N.dataout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4
CMD0="$TRACE $SOCAT $opts -U OPENSSL-DTLS-LISTEN:$PORT,pf=ip4,cert=testsrv.pem,verify=0 OPEN:$ti"
CMD1="$TRACE $SOCAT $opts -u OPENSSL-DTLS-CONNECT:$LOCALHOST:$PORT,pf=ip4,cafile=testsrv.crt CREAT:$to"
printf "test $F_n $TEST... " $N
i=0; while [ $i -lt $((2*8192)) ]; do printf "%9u %9u %9u %9u %9u %9u %9u %9u %9u %9u\n" $i $i $i $i $i $i $i $i $i $i; let i+=100; done >$ti
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitudp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
relsleep 1
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif diff $ti $to >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
echo "diff:" >&2
head -n 2 $tdiff >&2
echo ... >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if the problem with overlapping internal parameters of sockets and
# openssl are fixed
NAME=OPENSSL_PARA_OVERLAP
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%ip4%*|*%tcp%*|*%tcp4%*|*%openssl%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test diverse of socket,openssl params"
# That bug had not many effects; the simplest to use is possible SIGSEGV on
# close when option accept-timeout with fractional seconds was applied
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! type openssl >/dev/null 2>&1; then
$PRINTF "test $F_n $TEST... ${YELLOW}openssl executable not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
trc0="$td/test$N.rc0"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts OPENSSL-LISTEN:$PORT,pf=ip4,$REUSEADDR,accept-timeout=4.5,$SOCAT_EGD,cert=testsrv.crt,key=testsrv.key,verify=0 PIPE"
CMD1="$TRACE $SOCAT $opts /dev/null OPENSSL-CONNECT:$LOCALHOST:$PORT,pf=ip4,verify=0,$SOCAT_EGD"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" || echo $? >$trc0 &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
sleep 0.5
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$CANT\n"
numCANT=$((numCANT+1))
elif [ ! -e $trc0 ]; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Bug fix, OpenSSL server could be crashed by client cert with IPv6 address in SubjectAltname
NAME=OPENSSL_CLIENT_IP6_CN
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%openssl%*|*%ip6%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Test if OpenSSL server may be crashed by client cert with IPv6 address"
# Socat 1.7.4.1 had a bug that caused OpenSSL server to crash with SIGSEGV when
# it checked a client certificate containing IPv6 address in SubjectAltName and
# no openssl-commonname option was given
if ! eval $NUMCOND; then :;
elif ! testfeats openssl >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}OPENSSL not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! testfeats tcp ip4 >/dev/null || ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}TCP/IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
gentestcert testsrv
gentestaltcert testalt
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts -u OPENSSL-LISTEN:$PORT,pf=ip4,reuseaddr,cert=./testsrv.pem,cafile=./testalt.crt -"
CMD1="$TRACE $SOCAT $opts -u - OPENSSL-CONNECT:localhost:$PORT,pf=ip4,cafile=testsrv.crt,cert=testalt.pem,verify=0"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null >"${tf}0" 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -eq 0 ] && echo "$da" |diff - "${tf}0" >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if unknown service specs are handled properly
NAME=BAD_SERVICE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%tcp%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test if unknown service specs are handled properly"
# Try to resolve an unspecified TCP service "
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts - TCP:$LOCALHOST:zyxw"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}" &
pid=$!
sleep 1
kill -9 $pid 2>/dev/null;
rc=$? # did process still exist?
if [ $rc -ne 0 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD &" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD &" >&2
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if the user option with abstract UNIX domain socket is not applied to
# file "" (empty name)
NAME=ABSTRACT_USER
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%abstract%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Is the fs related user option on ABSTRACT socket applied to FD"
# Apply the user option to an abstract socket; check if this produces an error.
# No error should occur
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT ABSTRACT-LISTEN:temp,accept-timeout=0.1,user=$USER FILE:/dev/null"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
echo "$da" |$CMD >"${tf}1" 2>"${te}1"
rc=$?
if [ $rc -eq 0 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD" >&2
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if option -R does not "sniff" left-to-right traffic
NAME=SNIFF_RIGHT_TO_LEFT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%$NAME%*)
TEST="$NAME: test if option -R does not "sniff" left-to-right traffic"
# Use option -R, check if left-to-right traffic is not in output file
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts="$td/test$N.sniffed"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -R $ts - /dev/null"
printf "test $F_n $TEST... " $N
echo "$da" |$CMD >"${tf}" 2>"${te}"
rc=$?
if [ ! -f "$ts" ]; then
$PRINTF "$CANT\n"
if [ "$VERBOSE" ]; then
echo "$CMD" >&2
cat "${te}" >&2
fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ ! -s "$ts" ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD &" >&2
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Socats access to different types of file system entries using various kinds
# of addresses fails in a couple of useless combinations. These failures have
# to print an error message and exit with return code 1.
# Up to version 1.7.4.2 this desired behaviour was found for most combinations,
# however some fix in 1.7.4.3 degraded the overall result.
# This group of tests checks all known compinations.
while read entry method; do
if [ -z "$entry" ] || [[ "$entry" == \#* ]]; then continue; fi
NAME=$(toupper $method)_TO_$(toupper $entry)
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%listen%*|*%$NAME%*)
#set -vx
TEST="$NAME: Failure handling on $method access to $entry"
# Create some kind of system entry and try to access it with some improper
# address. Check if Socat returns with rc 1 and prints an error message
if ! eval $NUMCOND; then :; else
ts="$td/test$N.socket"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
printf "test $F_n $TEST... " $N
# create an invalid or non-matching UNIX socket
case "$entry" in
missing) pid0=; rm -f $ts ;;
denied) pid0=; rm -f $ts; touch $ts; chmod 000 $ts ;;
directory) pid0=; mkdir -p $ts ;;
orphaned) pid0= # the remainder of a UNIX socket in FS
SOCAT_MAIN_WAIT= $SOCAT $opts UNIX-LISTEN:$ts,unlink-close=0 /dev/null >${tf}0 2>${te}0 &
waitunixport $ts 1
SOCAT_MAIN_WAIT= $SOCAT $opts /dev/null UNIX-CONNECT:$ts >>${tf}0 2>>${te}0
;;
file) pid0=; rm -f $ts; touch $ts ;;
stream) CMD0="$SOCAT $opts UNIX-LISTEN:$ts /dev/null"
SOCAT_MAIN_WAIT= $CMD0 >${tf}0 2>${te}0 &
pid0=$! ;;
dgram) CMD0="$SOCAT $opts -u UNIX-RECV:$ts /dev/null"
SOCAT_MAIN_WAIT= $CMD0 >${tf}0 2>${te}0 &
pid0=$! ;;
seqpacket) CMD0="$SOCAT $opts UNIX-LISTEN:$ts,socktype=$SOCK_SEQPACKET /dev/null"
SOCAT_MAIN_WAIT= $CMD0 >${tf}0 2>${te}0 &
pid0=$! ;;
esac
[ "$pid0" ] && waitunixport $ts 1
# try to access this socket
case "$method" in
connect) CMD1="$TRACE $SOCAT $opts -u - UNIX-CONNECT:$ts" ;;
send) CMD1="$TRACE $SOCAT $opts -u - UNIX-SEND:$ts" ;;
sendto) CMD1="$TRACE $SOCAT $opts -u - UNIX-SENDTO:$ts" ;;
seqpacket) CMD1="$TRACE $SOCAT $opts -u - UNIX-CONNECT:$ts,socktype=$SOCK_SEQPACKET" ;;
unix) CMD1="$TRACE $SOCAT $opts -u - UNIX-CLIENT:$ts" ;;
gopen) CMD1="$TRACE $SOCAT $opts -u - GOPEN:$ts" ;;
esac
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
[ "$pid0" ] && { kill $pid0 2>/dev/null; wait; }
if [ $rc1 != 1 ]; then
$PRINTF "$FAILED (bad return code $rc1)\n"
if [ "$pid0" ]; then
echo "$CMD0 &" >&2
cat "${te}0" >&2
fi
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif nerr=$(grep ' E ' "${te}1" |wc -l); test "$nerr" -ne 1; then
$PRINTF "$FAILED ($nerr error message(s) instead of 1)\n"
if [ "$pid0" ]; then
echo "$CMD0 &" >&2
cat "${te}0" >&2
fi
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
if [ "$pid0" ]; then echo "$CMD0 &" >&2; fi
echo "$CMD1" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
set +vx
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
missing connect
denied connect
directory connect
orphaned connect
file connect
dgram connect
seqpacket connect
missing send
denied send
directory send
orphaned send
file send
stream send
seqpacket send
missing sendto
denied sendto
directory sendto
orphaned sendto
file sendto
stream sendto
seqpacket sendto
missing seqpacket
denied seqpacket
directory seqpacket
orphaned seqpacket
file seqpacket
stream seqpacket
dgram seqpacket
missing unix
denied unix
directory unix
file unix
orphaned unix
denied gopen
directory gopen
orphaned gopen
"
# Test TCP with options connect-timeout and retry.
# Up to 1.7.4.3 this terminated immediately on connection refused
NAME=TCP_TIMEOUT_RETRY
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%tcp%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: TCP with options connect-timeout and retry"
# In background run a delayed echo server
# In foreground start TCP with connect-timeout and retry. On first attempt the
# server is not listening; when socat makes a second attempt that succeeds, the
# bug is absent and the test succeeded.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="sleep 1 && $TRACE $SOCAT $opts TCP4-L:$PORT,reuseaddr PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT,connect-timeout=2,retry=1,interval=2"
printf "test $F_n $TEST... " $N
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0=$!
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "${tf}1" >$tdiff; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD0 &" >&2
echo "$CMD1" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if the rawer option works. Up to Socat 1.7.4.3, it failed because it
# cleared the CREAD flag.
NAME=RAWER
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%pty%*|*%$NAME%*)
TEST="$NAME: Test if the rawer option fails"
# Invoke Socat with a terminal address with option rawer. When it has no error
# the test succeeded.
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$SOCAT -lp outer /dev/null EXEC:\"$SOCAT\\ -lp\\ inner\\ -\\,rawer\\ PIPE\",pty"
printf "test $F_n $TEST... " $N
eval "$CMD0" >/dev/null 2>"${te}0"
rc0=$?
if [ $rc0 -eq 0 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD0" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0" >&2
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Up to 1.7.4.3 there was a bug with the lowport option:
# Active addresses UDP-SEND, UDP-SENDTO always bound to port 1 instead of
# 640..1023
NAME=UDP_LOWPORT
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%$NAME%*)
TEST="$NAME: UDP4-SEND with lowport"
# Run Socat with UDP4-SEND:...,lowport and full logging and check the
# parameters of bind() call. If port is in the range 640..1023 the test
# succeeded.
# This test does not require root because it just checks log of bind() but does
# not require success
# This test fails if WITH_SYCLS is turned off
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#newport udp4 # not needed in this test
CMD="$TRACE $SOCAT $opts -d -d -d -d /dev/null UDP4-SENDTO:$LOCALHOST:$PORT,lowport"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
rc1=$?
LOWPORT=$(grep '[DE] bind(.*:' $te |sed 's/.*:\([0-9][0-9]*\)[}]*,.*/\1/' |head -n 1)
#echo "LOWPORT=\"$LOWPORT\"" >&2
#type socat >&2
if [[ $LOWPORT =~ [0-9][0-9]* ]] && [ "$LOWPORT" -ge 640 -a "$LOWPORT" -le 1023 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif $SOCAT -V |grep -q "undef WITH_SYCLS"; then
$PRINTF "$CANT (no SYCLS)\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test if trailing garbage in integer type options gives error
NAME=MISSING_INTEGER
case "$TESTS" in
*%$N%*|*%functions%*|*%syntax%*|*%bugs%*|*%$NAME%*)
TEST="$NAME: Error on option that's missing integer value"
# Invoke Socat with pty and option ispeed=b19200.
# When socat terminates with error the test succeeded
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts - PTY,ispeed=b19200"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null >/dev/null 2>"${te}0"
if grep -q "missing numerical value" "${te}0"; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if trailing garbage in integer type options gives error
NAME=INTEGER_GARBAGE
case "$TESTS" in
*%$N%*|*%functions%*|*%syntax%*|*%bugs%*|*%$NAME%*)
TEST="$NAME: Error on trailing garbage"
# Invoke Socat with pty and option ispeed=b19200.
# When socat terminates with error the test succeeded
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts - PTY,ispeed=19200B"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null >/dev/null 2>"${te}0"
if grep -q "trailing garbage" "${te}0"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0" >&2; fi
if [ "$debug" ]; then cat ${te} >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if Filan can print the target of symbolic links
NAME=FILANSYMLINK
case "$TESTS" in
*%$N%*|*%filan%*|*%$NAME%*)
TEST="$NAME: capability to display symlink target"
# Run Filan on a symbolic link
# When its output contains "LINKTARGET=<target>" the test succeeded
if ! eval $NUMCOND; then :; else
tf="$td/test$N.file"
tl="$td/test$N.symlink"
te="$td/test$N.stderr"
printf "test $F_n $TEST... " $N
touch "$tf"
ln -s "$tf" "$tl"
target=$($FILAN -f "$tl" 2>$te |tail -n 1 |sed 's/.*LINKTARGET=\([^ ]*\)/\1/')
if [ "$target" = "$tf" ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "touch \"$tf\""
echo "ln -s \"$tf\" \"$tl\""
echo "$FILAN -f "$tl" 2>$te |tail -n 1 |sed 's/.*LINKTARGET=\([^ ]*\)/\1/'"
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "touch \"$tf\"" >&2
echo "ln -s \"$tf\" \"$tl\"" >&2
echo "$FILAN -f "$tl" 2>$te |tail -n 1 |sed 's/.*LINKTARGET=\([^ ]*\)/\1/'" >&2
cat "$te"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
kill $spid 2>/dev/null
wait
fi ;; # NUMCOND
esac
N=$((N+1))
# Test preservation of packet boundaries from Socat to sub processes of
# various kind and back to Socat via socketpair with socket type datagram.
# (EXECSOCKETPAIRPACKETS SYSTEMSOCKETPAIRPACKETS)
for addr in exec system; do
ADDR=$(echo $addr |tr a-z A-Z)
NAME=${ADDR}SOCKETPAIRPACKETS
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%socketpair%*|*%unix%*|*%dgram%*|*%packets%*|*%$NAME%*)
TEST="$NAME: simple echo via $addr of cat with socketpair, keeping packet boundaries"
# Start a Socat process with a UNIX datagram socket on the left side and with
# a sub process connected via datagram socketpair that keeps packet boundaries
# (here: another Socat process in unidirectional mode).
# Pass two packets to the UNIX datagram socket; let Socat wait a little time
# before processing,
# so the packets are at the same time in the receive queue.
# The process that sends these packet uses a short packet size (-b),
# so the returned data is truncated in case the packets were merged.
# When the complete data is returned, the test succeeded.
if ! eval $NUMCOND; then :; else
SAVEMICS=$MICROS
MICROS=500000
ts0="$td/test$N.sock0"
ts1="$td/test$N.sock1"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#CMD0="$TRACE $SOCAT $opts -lp server -T 2 UNIX-SENDTO:$ts1,bind=$ts0 $ADDR:\"$SOCAT -lp echoer -u - -\",pty,echo=0,pipes" # test the test
CMD0="$TRACE $SOCAT $opts -lp server -t $(reltime 1) -T $(reltime 2) UNIX-SENDTO:$ts1,bind=$ts0,null-eof $ADDR:\"$SOCAT -lp echoer -u - -\",socktype=$SOCK_DGRAM",shut-null
CMD1="$SOCAT $opts -lp client -b 24 -t $(reltime 2) -T $(reltime 3) - UNIX-SENDTO:$ts0,bind=$ts1",shut-null
printf "test $F_n $TEST... " $N
export SOCAT_TRANSFER_WAIT=1
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0="$!"
unset SOCAT_TRANSFER_WAIT
waitunixport $ts0 1
{ echo -n "${da:0:20}"; relsleep 1; echo "${da:20}"; } |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1): $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0"
echo "{ echo -n \"${da:0:20}\"; relsleep 1; echo \"${da:20}\"; } |$CMD1"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "${tf}1" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &" >&2
cat "${te}0" >&2
echo "{ echo -n \"${da:0:20}\"; relsleep 1; echo \"${da:20}\"; } |$CMD1" >&2
cat "${te}1" >&2
echo "diff:" >&2
cat $tdiff >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "$CMD0 &" >&2
echo "{ echo -n \"${da:0:20}\"; relsleep 1; echo \"${da:20}\"; } |$CMD1" >&2
fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
MICROS=$SAVEMICS
fi # NUMCOND
;;
esac
N=$((N+1))
done # for
# Test if a special quote based syntax error in dalan module does not raise
# SIGSEGV
NAME=DALAN_NO_SIGSEGV
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%dalan%*|*%listen%*|*%$NAME%*)
TEST="$NAME: Dalan syntax error does not raise SIGSEGV"
# Invoke Socat with an address that has this quote based syntax error.
# When exit code is 1 (due to syntax error) the test succeeded.
if ! eval $NUMCOND; then :
elif ! a=$(testfeats GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs - GOPEN SOCKET-LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts /dev/null SOCKET-LISTEN:1:1:'"/tmp/sock"'"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
rc1=$?
if [ $rc1 -eq 1 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif [ $rc1 -eq 139 ]; then
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
# soemthing unexpected happened
$PRINTF "$CANT\n"
echo "$CMD"
cat "${te}" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if filan -s correctly displays TCP on appropriate FDs
# This feature was broken in version 1.7.4.4
NAME=FILAN_SHORT_TCP
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%filan%*|*%listen%*|*%$NAME%*)
TEST="$NAME: filan -s displays TCP etc"
# Establish a TCP connection using Socat server and client; on the server
# exec() filan -s using nofork option, so its output appears on the client.
# When the second word in the first line is "tcp" the test succeeded.
if ! eval $NUMCOND; then :
elif ! a=$(testfeats STDIO IP4 TCP LISTEN EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs STDIO TCP4 TCP4-LISTEN EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions so-reuseaddr nofork ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts TCP4-LISTEN:$PORT,reuseaddr EXEC:'$FILAN -s',nofork"
CMD1="$TRACE $SOCAT $opts -t $T4 - TCP4:localhost:$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1" </dev/null
rc1=$?
kill $pid0 2>/dev/null; wait
result="$(head -n 1 ${tf}1 |awk '{print($2);}')"
if [ $rc1 -eq 0 -a "$result" = tcp ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
if [ $rc1 -ne 0 ]; then
echo "rc=$rc1" >&2
else
echo "result is \"$result\" instead of \"tcp\"" >&2
fi
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test if the settings of the terminal that Socat is invoked in are restored
# on termination.
# This failed on Open-Solaris family OSes up to 1.7.4.4
NAME=RESTORE_TTY
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%termios%*|*%tty%*|*%$NAME%*)
TEST="$NAME: Restoring of terminal settings"
# With an outer Socat command create a new pty and a bash in it.
# In this bash store the current terminal settings, then invoke a temporary
# inner Socat command that changes the term to raw mode and terminates.
# When the terminal settings afterwards are the same as before the call the
# test succeeded.
if ! eval $NUMCOND; then :
elif ! $(type stty >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}stty not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testfeats STDIO SYSTEM PTY GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! a=$(testaddrs - STDIO SYSTEM GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions cfmakeraw pty setsid ctty stderr) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
te="$td/test$N.stderr"
tx0="$td/test$N.stty0"
tx1="$td/test$N.stty1"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -lp outersocat - SYSTEM:\"stty\ >$tx0;\ $SOCAT\ -\,cfmakeraw\ /dev/nul\l >${te};\ stty\ >$tx1\",pty,setsid,ctty,stderr"
printf "test $F_n $TEST... " $N
eval "$CMD" >/dev/null 2>${te}.outer
rc=$?
if diff $tx0 $tx1 >$tdiff 2>&1; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD &"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}" >&2
cat "${te}.outer" >&2
cat $tdiff >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test if EXEC'd program inherits only the stdio file descriptors
# thus there are no FD leaks from Socat to EXEC'd program
NAME=EXEC_FDS
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%filan%*|*%$NAME%*)
TEST="$NAME: Socat does not leak FDs to EXEC'd program"
# Run Socat with EXEC address, execute Filan to display its file descriptors
# Test succeeds when only FDs 0, 1, 2 are in use.
if ! eval $NUMCOND; then :;
elif ! a=$(testaddrs STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions stderr) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts - EXEC:\"$FILAN -s\""
printf "test $F_n $TEST... " $N
eval "$CMD" >"${tf}" 2>"${te}"
# "door" is a special FD type on Solaris/SunOS
if [ "$(cat "${tf}" |grep -v ' door ' |wc -l)" -eq 3 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD" >&2
cat "${te}" >&2
cat "${tf}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test if Socat makes the sniffing file descriptos (-r, -R) CLOEXEC to not leak
# them to EXEC'd program
NAME=EXEC_SNIFF
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%filan%*|*%$NAME%*)
TEST="$NAME: Socat does not leak sniffing FDs"
# Run Socat sniffing both directions, with EXEC address,
# execute Filan to display its file descriptors
# Test succeeds when only FDs 0, 1, 2 are in use.
if ! eval $NUMCOND; then :;
elif ! a=$(testaddrs STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions stderr) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD="$TRACE $SOCAT $opts -r $td/test$N.-r -R $td/test$N.-R - EXEC:\"$FILAN -s\""
printf "test $F_n $TEST... " $N
eval "$CMD" >"${tf}" 2>"${te}"
# "door" is a special FD type on Solaris/SunOS
if [ "$(cat "${tf}" |grep -v ' door ' |wc -l)" -eq 3 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD" >&2
cat "${te}" >&2
cat "${tf}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
while read KEYW FEAT RUNS ADDR IPPORT; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
PROTO=$KEYW
proto="$(tolower "$PROTO")"
feat="$(tolower "$FEAT")"
# test the fork option on really RECVFROM oriented sockets
NAME=${KEYW}_FORK
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%$feat%*|*%$proto%*|*%socket%*|*%$NAME%*)
TEST="$NAME: ${KEYW}-RECVFROM with fork option"
# Start a RECVFROM process with fork option and SYSTEM address where clients
# data determines the sleep time; send a record with sleep before storing the
# data, then send a record with 0 sleep before storing data.
# When the second record is stored before the first one the test succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats $FEAT STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - STDIO SYSTEM $PROTO-RECVFROM $PROTO-SENDTO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions fork ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runs$RUNS >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}$(toupper $RUNS) not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
case "X$IPPORT" in
"XPORT")
newport $proto
tsl=$PORT # test socket listen address
tsc="$ADDR:$PORT" # test socket connect address
;;
*)
tsl="$(eval echo "$ADDR")" # resolve $N
tsc=$tsl
esac
#ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -t $(reltime 30) $PROTO-RECVFROM:$tsl,fork,so-rcvtimeo=1 SYSTEM:'read t x; sleep \$t; echo \\\"\$x\\\" >>'\"$tf\""
CMD1="$TRACE $SOCAT $opts -t $(reltime 30) - $PROTO-SENDTO:$tsc"
printf "test $F_n $TEST... " $N
eval $CMD0 </dev/null 2>"${te}0" &
pid0=$!
wait${proto}port $tsl 1
echo "$(reltime 20) $da 1" |$CMD1 >"${tf}1" 2>"${te}1" &
pid1=$!
relsleep 10
echo "$(reltime 0) $da 2" |$CMD1 >"${tf}2" 2>"${te}2" &
pid2=$!
relsleep 20
cpids="$(childpids $pid0 </dev/null)"
kill $pid1 $pid2 $cpids $pid0 2>/dev/null
wait 2>/dev/null
if $ECHO "$da 2\n$da 1" |diff -u - $tf >$tdiff; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo "diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
UDP4 UDP ip4 127.0.0.1 PORT
UDP6 UDP ip6 [::1] PORT
UNIX unix unix $td/test\$N.server -
"
# Test if option -S turns off logging of SIGTERM
NAME=SIGTERM_NOLOG
case "$TESTS" in
*%$N%*|*%functions%*|*%signal%*|*%$NAME%*)
TEST="$NAME: Option -S can turn off logging of SIGTERM"
# Start Socat with option -S 0x0000, kill it with SIGTERM
# When no logging entry regarding this signal is there, the test succeeded
if ! eval $NUMCOND; then :;
elif ! $SOCAT -h | grep -e " -S\>" >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option -S not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
CMD0="$TRACE $SOCAT $opts -S 0x0000 PIPE PIPE"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
relsleep 1 # give process time to start
kill -TERM $pid0 2>/dev/null
wait 2>/dev/null
if ! grep "exiting on signal" ${te}0 >/dev/null; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$DEBUG" ]; then echo "kill -TERM <pid>" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "kill -TERM <pid>" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if option -S turns on logging of signal 31
NAME=SIG31_LOG
case "$TESTS" in
*%$N%*|*%functions%*|*%signal%*|*%$NAME%*)
TEST="$NAME: Option -S can turn on logging of signal 31"
# Start Socat with option -S 0x80000000, kill it with -31
# When a logging entry regarding this signal is there, the test succeeded
if ! eval $NUMCOND; then :;
elif ! $SOCAT -h | grep -e " -S\>" >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option -S not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -S 0x80000000 PIPE PIPE"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
relsleep 1 # give process time to start
kill -31 $pid0 2>/dev/null; wait
if grep "exiting on signal" ${te}0 >/dev/null; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$DEBUG" ]; then echo "kill -31 <pid>" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "kill -31 <pid>" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the http-version of the PROXY-CONNECT address
NAME=PROXY_HTTPVERSION
case "$TESTS" in
*%$N%*|*%functions%*|*%proxy%*|*%$NAME%*)
TEST="$NAME: PROXY-CONNECT with option http-version"
if ! eval $NUMCOND; then :;
elif ! $(type proxyecho.sh >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}proxyecho.sh not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 TCP LISTEN EXEC STDIO PROXY); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs TCP4-LISTEN EXEC STDIO PROXY-CONNECT); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions so-reuseaddr crlf pf proxyport http-version) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sh"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"; da="$da$($ECHO '\r')"
CMD0="$TRACE $SOCAT $opts TCP4-L:$PORT,reuseaddr,crlf EXEC:\"/usr/bin/env bash proxyecho.sh -V 1.1\""
CMD1="$TRACE $SOCAT $opts - PROXY:$LOCALHOST:127.0.0.1:1000,pf=ip4,proxyport=$PORT,http-version=1.1"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}1\" &"
pid=$! # background process id
waittcp4port $PORT 1
echo "$da" |$CMD1 >"$tf" 2>"${te}0"
if ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$debug" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$debug" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid 2>/dev/null
wait
fi ;; # NUMCOND, feats
esac
PORT=$((PORT+1))
N=$((N+1))
# Test the so-rcvtimeo address option with DTLS
NAME=RCVTIMEO_DTLS
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udp%*|*%timeout%*|*%openssl%*|*%dtls%*|*%$NAME%*)
TEST="$NAME: test the so-rcvtimeo option with DTLS"
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO OPENSSL); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO DTLS); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions verify so-rcvtimeo) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
# We need a hanging connection attempt, guess an address for this
HANGIP=0.0.0.1
te1="$td/test$N.stderr1"
tk1="$td/test$N.kill1"
te2="$td/test$N.stderr2"
tk2="$td/test$N.kill2"
$PRINTF "test $F_n $TEST... " $N
# First, try to make socat hang and see if it can be killed
CMD1="$TRACE $SOCAT $opts - DTLS:$HANGIP:1,verify=0"
$CMD1 >"$te1" 2>$te1 </dev/null &
pid1=$!
relsleep 2
if ! kill -0 $pid1 2>"$tk1"; then
$PRINTF "${YELLOW}does not hang${NORMAL}\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
wait
else
# DTLS restarts read() a few times
while kill $pid1 2>/dev/null; do :; done
# Second, set so-rcvtimeo and see if Socat exits before kill
CMD2="$TRACE $SOCAT $opts - DTLS:$HANGIP:1,verify=0,so-rcvtimeo=$(reltime 1)"
$CMD2 >"$te1" 2>$te2 </dev/null &
pid2=$!
relsleep 8 # in OpenSSL 1.1.1f DTLS takes two timeouts
if kill $pid2 2>"$tk2"; then
$PRINTF "$FAILED\n"
echo "$CMD2" >&2
cat "$te2" >&2
cat "$tk2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
while kill $pid2 2>/dev/null; do :; done
wait
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD2 &"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi
wait
fi ;; # testfeats, NUMCOND
esac
N=$((N+1))
# Test the use of interesting variables in the sniffing file names
NAME=VARS_IN_SNIFFPATH
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: sniff file names with variables"
# Start a server process with option fork that sniffs traffic and stores it in
# two files for each child process, using PID, timestamp, microseconds, and
# client IP
# Connect two times.
# For now we say that the test succeeded when 4 log files have been generated.
if ! eval $NUMCOND; then :;
elif ! A=$(testfeats IP4 TCP LISTEN PIPE STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - TCP4 TCP4-LISTEN PIPE STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions so-reuseaddr fork) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts -T 1 -lp server0 -r \"$td/test$N.\\\$PROGNAME-\\\$TIMESTAMP.\\\$MICROS-\\\$SERVER0_PEERADDR-\\\$\\\$.in.log\" -R \"$td/test$N.\\\$PROGNAME-\\\$TIMESTAMP.\\\$MICROS-\\\$SERVER0_PEERADDR-\\\$\\\$.out.log\" TCP4-LISTEN:$PORT,so-reuseaddr,fork PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4-CONNECT:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1a" 2>"${te}1a"
rc1a=$?
echo "$da" |$CMD1 >"${tf}1b" 2>"${te}1b"
rc1b=$?
kill $(childpids $pid0) $pid0 2>/dev/null
wait 2>/dev/null
if [ $rc1a != 0 -o $rc1b != 0 ]; then
$PRINTF "$FAILED (client problem)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1a" >&2
echo "$CMD1"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif test $(ls -l $td/test$N.*.log |wc -l) -eq 4 &&
test $(ls $td/test$N.*.log |head -n 1 |wc -c) -ge 56; then
# Are the names correct?
# Convert timestamps to epoch and compare
# Are the contents correct?
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif test -f $td/test$N.\$PROGNAME-\$TIMESTAMP.\$MICROS-\$SERVER0_PEERADDR-\$\$.in.log; then
$PRINTF "$FAILED (vars not resolved)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1a" >&2
echo "$CMD1"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$FAILED (unknown)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1a" >&2
echo "$CMD1"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test logging of statistics on Socat option --statistics
NAME=OPTION_STATISTICS
case "$TESTS" in
*%$N%*|*%functions%*|*%stats%*|*%system%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: Socat option --statistics"
# Invoke Socat with option --statistics, transfer some date, and check the log
# file for the values
if ! eval $NUMCOND; then :;
elif ! $(type >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}tee not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats STATS STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions pty cfmakeraw) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts --statistics STDIO SYSTEM:'tee /dev/stdout',pty,cfmakeraw"
printf "test $F_n $TEST... " $N
echo "$da" |eval "$CMD0" >"${tf}0" 2>"${te}0"
rc0=$?
if [ $rc0 -ne 0 ]; then
# The test could not run meaningfully
$PRINTF "$CANT\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(grep STATISTICS "${te}0" |wc -l) -eq 2 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test logging of statistics on SIGUSR1
NAME=SIGUSR1_STATISTICS
case "$TESTS" in
*%$N%*|*%functions%*|*%signal%*|*%stats%*|*%system%*|*%stdio%*|*%$NAME%*)
TEST="$NAME: statistics on SIGUSR1"
# Invoke Socat without option --statistics, transfer some date, send signal
# USR1,and check the log file for the values
if ! eval $NUMCOND; then :;
elif ! $(type tee >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}tee not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! $(type pkill >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}pkill not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats STATS STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions pty cfmakeraw) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts STDIO SYSTEM:'tee /dev/stdout 2>/dev/null',pty,cfmakeraw"
#set -vx
printf "test $F_n $TEST... " $N
{ echo "$da"; relsleep 10; } |eval "$CMD0" >"${tf}0" 2>"${te}0" &
pid0=$!
relsleep 2
TTY=$(tty |sed 's|/dev/||')
pkill -USR1 -t $TTY socat || { echo "pkill -t $TTY -USR1 socat"; }
relsleep 2
pkill -t $TTY socat
wait
if [ "$(grep STATISTICS "${te}0" |wc -l)" -eq 2 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the children-shutup option
NAME=CHILDREN_SHUTUP
case "$TESTS" in
*%$N%*|*%functions%*|*%exec%*|*%fork%*|*%socket%*|*%unix%*|*%$NAME%*)
TEST="$NAME: test the children-shutup option"
# Run a UNIX domain listening server with options fork and children-shutup, and
# that connects to a closed TCP4 port.
# Connect to the server and check if it logs the TCP4-CONNECT failure as warning.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats UNIX LISTEN EXEC FILE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs UNIX-LISTEN TCP4 FILE UNIX-CONNECT); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions fork children-shutup) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
newport tcp4
ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UNIX-LISTEN:$ts,fork,children-shutup TCP4:localhost:$PORT"
CMD1="$TRACE $SOCAT $opts -u FILE:/dev/null UNIX-CONNECT:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitunixport $ts 1
{ $CMD1 2>"${te}1"; sleep 1; }
rc1=$?
kill $pid0 2>/dev/null; wait
relsleep 1 # child process might need more time
if grep -q " W connect" ${te}0; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Socats INTERFACE address has to ignore outgoing packets if possible.
# On Linux is uses socket option PACKET_IGNORE_OUTGOING or it queries per
# packet the PACKET_OUTGOING flag of struct sockaddr_ll.sll_pkttype
NAME=INTERFACE_IGNOREOUTGOING
case "$TESTS" in
*%$N%*|*%functions%*|*%interface%*|*%tun%*|*%root%*|*%$NAME%*)
TEST="$NAME: INTERFACE ignores outgoing packets"
#idea: create a TUN interface and hook with INTERFACE.
# Send a packet out the interface, should not be seen by INTERFACE
if ! eval $NUMCOND; then :;
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! $(type ping >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}ping not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! feat=$(testfeats TUN STDIO INTERFACE); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - TUN STDIO INTERFACE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions iff-up tun-type tun-name ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tl="$td/test$N.lock"
da="$(date) $RANDOM"
TUNNET=10.255.255
TUNNAME=tun9
CMD0="$TRACE $SOCAT $opts -L $tl TUN:$TUNNET.1/24,iff-up=1,tun-type=tun,tun-name=$TUNNAME -"
CMD1="$TRACE $SOCAT $opts -u INTERFACE:$TUNNAME -"
CMD2="ping -c 1 -w 1 -b $TUNNET.255"
printf "test $F_n $TEST... " $N
sleep 1 |$CMD0 2>"${te}0" >/dev/null &
pid0="$!"
#waitinterface "$TUNNAME"
relsleep 1
$CMD1 >"${tf}1" 2>"${te}1" &
pid1="$!"
relsleep 1
$CMD2 2>"${te}2" 1>&2
kill $pid1 2>/dev/null
relsleep 1
kill $pid0 2>/dev/null
wait
if [ $? -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif test -s "${tf}1"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND, feats
esac
PORT=$((PORT+1))
N=$((N+1))
# Test if the SO_REUSEADDR socket option is applied automatically to TCP LISTEN
# type addresses.
NAME=TCP4_REUSEADDR
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%ip%*|*%ip4%*|*%tcp%*|*%tcp4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test if option reuseaddr's default is 1"
# Start a TCP4-LISTEN server, connect with a client, have the server shutdown
# the connection. Start the server on the same port again. If it starts the
# test succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO PIPE IP4 TCP LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO PIPE TCP4 TCP4-LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions accept-timeout) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0a="$TRACE $SOCAT $opts -T 0.1 TCP4-LISTEN:$PORT PIPE"
CMD0b="$TRACE $SOCAT $opts TCP4-LISTEN:$PORT,accept-timeout=0.1 PIPE"
CMD1="$TRACE $SOCAT $opts STDIO TCP4-CONNECT:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD0a >/dev/null 2>"${te}0a" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
$CMD0b >/dev/null 2>"${te}0b"
rc0b=$?
if [ $rc0b -eq 0 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0a &"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0a &"
cat "${te}0a" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD0b"
cat "${te}0b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if the SO_REUSEADDR socket option is applied automatically to OPENSSL LISTEN
# type addresses.
NAME=OPENSSL_6_REUSEADDR
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%ip%*|*%ip6%*|*%tcp%*|*%tcp6%*|*%listen%*|*%openssl%*|*%$NAME%*)
TEST="$NAME: test if option reuseaddr's default is 1 with SSL-L"
# Start an OPENSSL-LISTEN server using TCP on IPv6, connect with a client, have
# the server shutdown the connection. Start the server on the same port again.
# If it starts the test succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats PIPE IP6 TCP OPENSSL LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs PIPE OPENSSL-CONNECT OPENSSL-LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions verify cert key) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
printf "test $F_n $TEST... " $N
newport tcp6
# Yup, it seems that with OpenSSL the side that begins with shutdown does NOT
# begin shutdown of the TCP connection
# therefore we let the client timeout
# result is not reliable (OK seen even without any SO_REUSEADDR)
CMD0a="$TRACE $SOCAT $opts -lp server1 -6 OPENSSL-LISTEN:$PORT,cert=testsrv.crt,key=testsrv.key,verify=0 PIPE"
CMD0b="$TRACE $SOCAT $opts -lp server2 -6 OPENSSL-LISTEN:$PORT,accept-timeout=.01,cert=testsrv.crt,key=testsrv.key,verify=0 PIPE"
CMD1="$TRACE $SOCAT $opts -lp client -6 -T 0.1 PIPE OPENSSL-CONNECT:$LOCALHOST6:$PORT,verify=0"
$CMD0a >/dev/null 2>"${te}0a" &
pid0=$!
waittcp6port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
$CMD0b >/dev/null 2>"${te}0b"
rc0b=$?
if [ $rc0b -eq 0 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0a &"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0a &"
cat "${te}0a" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD0b"
cat "${te}0b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if the so-reuseaddr= option prevents the SO_REUSEADDR socket option
NAME=REUSEADDR_NULL
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%ip%*|*%ip4%*|*%tcp%*|*%tcp4%*|*%listen%*|*%$NAME%*)
TEST="$NAME: test option reuseaddr without value"
# Start a TCP4-LISTEN server with so-reuseaddr=, connect with a client, have
# the server shutdown the connection.
# Start the server on the same port again. If it fails with
# "Address already in use" the test succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO PIPE IP4 TCP LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO PIPE TCP4-CONNECT TCP4-LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions so-reuseaddr accept-timeout) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0a="$TRACE $SOCAT $opts -T 0.1 TCP4-LISTEN:$PORT,so-reuseaddr= PIPE"
CMD0b="$TRACE $SOCAT $opts TCP4-LISTEN:$PORT,accept-timeout=0.1 PIPE"
CMD1="$TRACE $SOCAT $opts STDIO TCP4-CONNECT:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD0a >/dev/null 2>"${te}0a" &
pid0=$!
waittcp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
$CMD0b >/dev/null 2>"${te}0b"
rc0b=$?
if [ $rc0b -eq 1 ] && grep -q -e "Address already in use" -e "Address in use" "${te}0b"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0a &"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
#elif grep -q "accept: \(Connection\|Operation\) timed out" "${te}0b"; then
elif grep -q "accept: .* timed out" "${te}0b"; then
# FreeBSD, Solaris do not seem to need SO_REUSEADDR with TCP at all
$PRINTF "$CANT\n"
if [ "$VERBOSE" ]; then echo "$CMD0a &"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0a &"
cat "${te}0a" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD0b"
cat "${te}0b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if Socats TCP4-client tries all addresses if necessary
NAME=TRY_ADDRS_4
case "$TESTS" in
*%$N%*|*%functions%*|*%tcp%*|*%tcp4%*|*%socket%*|*%internet%*|*%$NAME%*)
TEST="$NAME: try all available TCP4 addresses"
# Connect to a TCP4 port of a hostname that resolves to two addresses where at
# least on the first one the port is closed.
# server-4.dest-unreach.net has been configured for this purpose, it
# resolves to its public address and to 127.0.0.1; unfortunately
# forwarding nameservers need not keep order of A entries, so we need a port
# that is closed on both addresses.
# The test succeeded when the log shows that Socat tried to connect two times.
if ! eval $NUMCOND; then :;
elif ! $(type nslookup >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}nslookup not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
#elif ! $(type nslookup >/dev/null 2>&1) && ! $(type host >/dev/null 2>&1); then
# $PRINTF "test $F_n $TEST... ${YELLOW}nslookup and host not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 TCP GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs TCP4-CONNECT GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ -z "$INTERNET" ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}use test.sh option --internet${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
if type nslookup >/dev/null 2>&1; then
ADDRS=$(nslookup server-4.dest-unreach.net. |sed -n '/^$/,$ p' |grep ^Address |awk '{print($2);}')
elif type host >/dev/null 2>&1; then
ADDRS=$(host server-4.dest-unreach.net. |sed 's/.*address //')
fi
while true; do
newport tcp4
OPEN=
for addr in $ADDRS; do
if $SOCAT /dev/null TCP4:$addr:$PORT 2>/dev/null; then
# port is open :-(
OPEN=1
break
fi
done
if [ -z "$OPEN" ]; then
break;
fi
newport tcp4
done
CMD="$TRACE $SOCAT $opts -d -d /dev/null TCP4:server-4.dest-unreach.net:$PORT"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
rc=$?
if [ $(grep " N opening connection to .*AF=2 " ${te} |wc -l) -eq 2 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if Socats TCP-client tries all addresses (IPv4+IPv6) if necessary
# Gives useful result only when getaddrinfo() to return both IPv4 and IPv6 addresses
# Therefore it appears useful to use AI-ADDRCONFIG on non-Linux systems
NAME=TRY_ADDRS_4_6
case "$TESTS" in
*%$N%*|*%functions%*|*%tcp%*|*%tcp4%*|*%tcp6%*|*%socket%*|*%internet%*|*%$NAME%*)
TEST="$NAME: for TCP try all available IPv4 and IPv6 addresses"
# Connect to a TCP port that is not open on localhost-4-6.dest-unreach.net,
# neither IPv4 nor IPv6
# Check the log if Socat tried both addresses
if ! eval $NUMCOND; then :;
#elif ! $(type nslookup >/dev/null 2>&1) && ! $(type host >/dev/null 2>&1); then
# $PRINTF "test $F_n $TEST... ${YELLOW}nslookup and host not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 IP6 TCP); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs TCP-CONNECT GOPEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions ai-addrconfig) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip6 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv6 not available or not routable${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ -z "$INTERNET" ]; then # only needs Internet DNS
$PRINTF "test $F_n $TEST... ${YELLOW}use test.sh option --internet${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
LOCALHOST_4_6=localhost-4-6.dest-unreach.net
if type nslookup >/dev/null 2>&1; then
ADDRS=$(nslookup $LOCALHOST_4_6 |sed -n '/^$/,$ p' |grep ^Address |awk '{print($2);}')
elif type host >/dev/null 2>&1; then
ADDRS=$(host $LOCALHOST_4_6 |sed 's/.*address //')
fi
# Specific config: on Ubuntu-12.04: getaddrinfo(...AI_ADDRCONFIG) does not
# resolve to IPv6 addresses even when there are link local IPv6 addresses
if test -f /etc/os-release &&
grep -q '^NAME="Ubuntu"' /etc/os-release &&
grep -q '^VERSION="12\.04' /etc/os-release; then
AI_ADDRCONFIG="ai-addrconfig=0,"
elif [ $UNAME != 'Linux' ]; then
AI_ADDRCONFIG="ai-addrconfig=0,"
fi
# Check if PORT is really closed on both addresses
while true; do
OPEN=
for addr in $ADDRS; do
case $addr in
*.*) ;;
*:*) addr="[$addr]" ;
esac
if $SOCAT /dev/null TCP:$addr:$PORT,$AI_ADDRCONFIG 2>/dev/null; then
# port is open :-(
OPEN=1
break
fi
done
if [ -z "$OPEN" ]; then
break;
fi
newport tcp4
done
CMD="$TRACE $SOCAT $opts -d -d /dev/null TCP:$LOCALHOST_4_6:$PORT,$AI_ADDRCONFIG"
printf "test $F_n $TEST... " $N
$CMD >/dev/null 2>"${te}"
rc=$?
if [ $(grep " N opening connection to .*AF=[0-9]" ${te} |wc -l) -eq 2 ]; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD"; fi
if [ "$DEBUG" ]; then cat "${te}" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD"
cat "${te}" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the netns (net namespace) feature
NAME=NETNS
case "$TESTS" in
*%$N%*|*%functions%*|*%root%*|*%namespace%*|*%netns%*|*%socket%*|*%$NAME%*)
ns=socat-$$-test$N
TEST="$NAME: option netns (net namespace $ns)"
# Start a simple echo server with option netns on localhost of a net namespace;
# use a client process with option netns to send data to the net namespace
# net server and check the reply.
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! $(type ip >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}ip program not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 TCP LISTEN NAMESPACES); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO TCP-LISTEN TCP EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions netns) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts --experimental TCP4-LISTEN:$PORT,netns=$ns EXEC:'od -c'"
CMD1="$TRACE $SOCAT $opts --experimental - TCP4:127.0.0.1:$PORT,netns=$ns"
printf "test $F_n $TEST... " $N
ip netns del $ns 2>/dev/null # make sure it does not exist
ip netns add $ns
ip netns exec $ns ip -4 addr add dev lo 127.0.0.1/8
ip netns exec $ns ip link set lo up
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0=$!
relsleep 1 # if no matching wait*port function
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
ip netns del $ns
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED (client failed)\n"
echo "ip netns del $ns"
echo "ip netns add $ns"
echo "ip netns exec $ns ip -4 addr add dev lo 127.0.0.1/8"
echo "ip netns exec $ns ip link set lo up"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "ip netns del $ns"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif echo "$da" |od -c |diff - ${tf}1 >"$tdiff"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then
echo "ip netns del $ns"
echo "ip netns add $ns"
echo "ip netns exec $ns ip -4 addr add dev lo 127.0.0.1/8"
echo "ip netns exec $ns ip link set lo up"
fi
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "ip netns del $ns"; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (bad output)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
diff:
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the netns (net namespace) feature with EXEC and reset
NAME=NETNS_EXEC
case "$TESTS" in
*%$N%*|*%functions%*|*%root%*|*%namespace%*|*%netns%*|*%socket%*|*%abstract%*|*%dgram%*|*%$NAME%*)
ns=socat-$$-test$N
TEST="$NAME: option netns with EXEC (net namespace $ns)"
# Start a simple server with option netns on localhost of a net namespace that
# stores data it receives;
# use a middle process that EXECs a socat client that connects to the server on
# the net namespace; then it listens on default namespace.
# With a third command line connect and send data to the middle process.
# When the data received by the server is correct the test succeeded.
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ $(id -u) -ne 0 -a "$withroot" -eq 0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Must be root${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! $(type ip >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}ip program not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 ABSTRACT_UNIXSOCKET UDP LISTEN NAMESPACES STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs ABSTRACT-RECV ABSTRACT-SENDTO CREATE EXEC UDP4-RECV STDIO UDP4); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $a not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions netns) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4
CMD0="$TRACE $SOCAT $opts --experimental -u -T 1 ABSTRACT-RECV:test$N,netns=$ns CREAT:${tf}0"
CMD1="$TRACE $SOCAT $opts --experimental -U -T 1 EXEC:\"$SOCAT STDIO ABSTRACT-SENDTO\:test$N\",netns=$ns UDP4-RECV:$PORT"
CMD2="$TRACE $SOCAT $opts -u STDIO UDP4:127.0.0.1:$PORT"
printf "test $F_n $TEST... " $N
ip netns del $ns 2>/dev/null # make sure it does not exist
ip netns add $ns
#ip netns exec $ns ip -4 addr add dev lo 127.0.0.1/8
#ip netns exec $ns ip link set lo up
eval "$CMD0" >/dev/null 2>"${te}0" &
pid0=$!
relsleep 1 # if no matching wait*port function
eval "$CMD1" 2>${te}1 &
pid1=$!
relsleep 1
echo "$da" |$CMD2 >"${tf}2" 2>"${te}2"
rc1=$?
kill $pid0 $pid1 2>/dev/null; wait
ip netns del $ns
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED (client failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif echo "$da" |diff - ${tf}0 >"$tdiff" 2>/dev/null; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED (bad output)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo diff:
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=SOCKETPAIR_STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: stdio and internal socketpair with stream"
if ! cond=$(checkconds \
"" \
"" \
"" \
"STDIO SOCKETPAIR" \
"STDIO SOCKETPAIR" \
"" \
"" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
testecho "$N" "$TEST" "STDIO" "SOCKETPAIR" "$opts"
fi
esac
N=$((N+1))
NAME=SOCKETPAIR_DATAGRAM
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: stdio and internal socketpair with datagram"
if ! cond=$(checkconds \
"" \
"" \
"" \
"STDIO SOCKETPAIR" \
"STDIO SOCKETPAIR" \
"" \
"" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
testecho "$N" "$TEST" "STDIO" "SOCKETPAIR,socktype=2" "$opts"
fi
esac
N=$((N+1))
NAME=SOCKETPAIR_SEQPACKET
case "$TESTS" in
*%$N%*|*%functions%*|*%stdio%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: stdio and internal socketpair with seqpacket"
if ! cond=$(checkconds \
"" \
"" \
"" \
"STDIO SOCKETPAIR" \
"STDIO SOCKETPAIR" \
"" \
"" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
testecho "$N" "$TEST" "STDIO" "SOCKETPAIR,socktype=$SOCK_SEQPACKET" "$opts"
fi
esac
N=$((N+1))
# Test if SOCKETPAIR address with SOCK_DGRAM keeps packet boundaries
NAME=SOCKETPAIR_BOUNDARIES
case "$TESTS" in
*%$N%*|*%functions%*|*%socketpair%*|*%udp%*|*%udp4%*|*%ip4%*|*%dgram%*|*%$NAME%*)
TEST="$NAME: Internal socketpair keeps packet boundaries"
# Start a UDP4-DATAGRAM process that echoes data with datagram SOCKETPAIR;
# a client sends two packets with 24 and ~18 bytes using a UDP4-DATAGRAM. The
# client truncates packets to size 24, so when a large merged packet comes from
# server some data will be lost. If the original data is received, the test
# succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO IP4 UDP SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - STDIO UDP4-DATAGRAM SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions bind socktype ) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
ts1p=$PORT; PORT=$((PORT+1))
ts2p=$PORT; PORT=$((PORT+1))
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts -T 0.2 UDP4-DATAGRAM:$LOCALHOST:$ts2p,bind=$LOCALHOST:$ts1p SOCKETPAIR,socktype=$SOCK_DGRAM"
CMD2="$TRACE $SOCAT $opts -b 24 -t 0.2 -T 0.3 - UDP4-DATAGRAM:$LOCALHOST:$ts1p,bind=$LOCALHOST:$ts2p"
printf "test $F_n $TEST... " $N
export SOCAT_TRANSFER_WAIT=0.2
$CMD1 2>"${te}1" &
pid1="$!"
unset SOCAT_TRANSFER_WAIT
waitudp4port $ts1p 1
{ echo -n "${da:0:20}"; relsleep 1; echo "${da:20}"; } |$CMD2 >>"$tf" 2>>"${te}2"
rc2="$?"
kill "$pid1" 2>/dev/null; wait;
if [ "$rc2" -ne 0 ]; then
$PRINTF "$FAILED (rc2=$rc2): $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
echo diff:
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2 &"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test the ACCEPT-FD address
NAME=ACCEPT_FD
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%systemd%*|*%accept%*|*%$NAME%*)
TEST="$NAME: ACCEPT-FD address"
# Start Socat with address ACCEPT-FD via systemd-socket-activate for echoing
# data.
# Connect with a client; the test succeeds when the client gets its data back.
if ! eval $NUMCOND; then :;
elif ! $(type systemd-socket-activate >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}systemd-socket-activate not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats IP4 TCP LISTEN); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs ACCEPT-FD PIPE STDIO TCP4); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="systemd-socket-activate -l $PORT --inetd $TRACE $SOCAT $opts ACCEPT-FD:0 PIPE"
CMD1="$TRACE $SOCAT $opts - TCP4:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if echo "$da" |diff "${tf}1" - >$tdiff; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
cat $tdiff >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the POSIX MQ feature with continuous READ and priorization on Linux
NAME=LINUX_POSIXMQ_READ_PRIO
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%posixmq%*|*%$NAME%*)
TEST="$NAME: POSIX-MQ (Linux) with prio"
# Run a client/sender that creates a POSIX-MQ and sends a normal message and
# then a client/sender with a higher priority message.
# Run a passive/listening/receiving/reading process and check if it receives
# both messages and in the prioritized order
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats POSIXMQ STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs POSIXMQ-SEND POSIXMQ-READ STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions mq-prio unlink-early unlink-close) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
tq=/test$N
CMD0a="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq,mq-prio=0,unlink-early"
CMD0b="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq,mq-prio=1"
CMD1="$TRACE $SOCAT --experimental $opts -u POSIXMQ-READ:$tq,unlink-close STDIO"
printf "test $F_n $TEST... " $N
echo "$da 0" |$CMD0a 2>"${te}0a"
rc0a=$?
echo "$da 1" |$CMD0b 2>"${te}0b"
rc0b=$?
$CMD1 >"${tf}1" 2>"${te}1" &
pid1=$!
relsleep 1
kill $pid1; wait
if [ $rc0a -ne 0 -o $rc0b -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0a"
cat "${te}0a" >&2
echo "$CMD0b"
cat "${te}0b" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif $ECHO "$da 1\n$da 0" |diff - ${tf}1 >${tdiff}1; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0a"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0a"
cat "${te}0a" >&2
echo "$CMD0b"
cat "${te}0b" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "difference:" >&2
cat ${tdiff}1 >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the POSIX MQ feature with RECV,fork on Linux
NAME=LINUX_POSIXMQ_RECV_FORK
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%socket%*|*%posixmq%*|*%$NAME%*)
TEST="$NAME: POSIX-MQ (Linux) RECV with fork"
# Start a POSIX-MQ receiver with fork that creates a POSIX-MQ and stores its
# output.
# Run two clients/senders each with a message.
# Check if both messages are stored.
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats POSIXMQ STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs POSIXMQ-SEND POSIXMQ-RECEIVE STDIO); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions fork unlink-early unlink-close) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
tq=/test$N
CMD0="$TRACE $SOCAT --experimental $opts -u POSIXMQ-RECV:$tq,unlink-early,fork STDIO"
CMD1a="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq"
CMD1b="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq,unlink-close"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" >"${tf}0" &
pid0=$!
relsleep 1
echo "$da 0" |$CMD1a >/dev/null 2>"${te}1a"
rc1a=$?
echo "$da 1" |$CMD1b >/dev/null 2>"${te}1b"
rc1b=$?
relsleep 1
kill $pid0; wait
if [ $rc1a -ne 0 -o $rc1b -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "$CMD1a"
cat "${te}1a" >&2
echo "$CMD1b"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif $ECHO "$da 0\n$da 1" |diff - ${tf}0 >${tdiff}0; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1a"; fi
if [ "$DEBUG" ]; then cat "${te}1a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1b"; fi
if [ "$DEBUG" ]; then cat "${te}1b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "$CMD1a"
cat "${te}1a" >&2
echo "$CMD1b"
cat "${te}1b" >&2
echo "difference:" >&2
cat ${tdiff}0 >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the POSIX MQ feature with RECV,fork,max-children on Linux
NAME=LINUX_POSIXMQ_RECV_MAXCHILDREN
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%maxchildren%*|*%socket%*|*%posixmq%*|*%$NAME%*)
TEST="$NAME: POSIX-MQ (Linux) RECV with fork,max-children"
# Start a POSIX-MQ receiver with fork that creates a POSIX-MQ and stores its
# output via sub processes that sleeps after writing.
# Run a client/sender that sends message 1;
# run a client/sender that sends message 3, has to wait;
# write message 2 directly into output file;
# Check if the messages are stored in order of their numbers
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats POSIXMQ STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs POSIXMQ-SEND POSIXMQ-RECEIVE STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions fork max-children unlink-early unlink-close) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
tq=/test$N
CMD0="$TRACE $SOCAT --experimental $opts -u POSIXMQ-RECV:$tq,unlink-early,fork,max-children=1 SYSTEM:\"cat\ >>${tf}0;\ sleep\ 1\""
CMD1a="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq"
CMD1b="$TRACE $SOCAT --experimental $opts -u STDIO POSIXMQ-SEND:$tq,unlink-close"
printf "test $F_n $TEST... " $N
eval $CMD0 2>"${te}0" >"${tf}0" &
pid0=$!
relsleep 1
echo "$da 1" |$CMD1a >/dev/null 2>"${te}1a"
rc1a=$?
echo "$da 3" |$CMD1b >/dev/null 2>"${te}1b"
rc1b=$?
sleep 0.5
echo "$da 2" >>"${tf}0"
sleep 1 # as in SYSTEM
kill $(childpids $pid0) $pid0 2>/dev/null
wait 2>/dev/null
if [ $rc1a -ne 0 -o $rc1b -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "$CMD1a"
cat "${te}1a" >&2
echo "$CMD1b"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif $ECHO "$da 1\n$da 2\n$da 3" |diff - ${tf}0 >${tdiff}0; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1a"; fi
if [ "$DEBUG" ]; then cat "${te}1a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1b"; fi
if [ "$DEBUG" ]; then cat "${te}1b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "$CMD1a"
cat "${te}1a" >&2
echo "$CMD1b"
cat "${te}1b" >&2
echo "difference:" >&2
cat ${tdiff}0 >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the POSIX MQ feature with SEND,fork,max-children on Linux
NAME=LINUX_POSIXMQ_SEND_MAXCHILDREN
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%maxchildren%*|*%socket%*|*%posixmq%*|*%$NAME%*)
TEST="$NAME: POSIX-MQ (Linux) SEND with fork,max-children"
# Start a POSIX-MQ receiver that creates a POSIX-MQ and transfers data from
# there to an output file
# Run a POSIX-MQ sender that two times forks and invokes a data generator
# for messages 1 and 3 in a shell process with some trailing sleep.
# Afterwards write message 2 directly into output file; message 3 should be
# delayed due to max-children option
# Check if the messages are stored in order of their numbers.
# The data generator is implemented as a receiver from an MQ with "1", "3"
if ! eval $NUMCOND; then :;
elif [ "$UNAME" != Linux ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Only on Linux${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats POSIXMQ STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs POSIXMQ-SEND POSIXMQ-READ STDIO SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions fork max-children mq-prio unlink-early unlink-close) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
#elif ! runsposixmq >/dev/null; then
# $PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available${NORMAL}\n" $N
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
tq=/test$N
CMD0="$TRACE $SOCAT --experimental $opts -u POSIXMQ-READ:$tq,unlink-early STDIO"
CMD1="$TRACE $SOCAT --experimental $opts -U POSIXMQ-SEND:$tq,fork,max-children=1,interval=0.1 SYSTEM:\"./socat\ --experimental\ -u\ POSIXMQ-RECV\:$tq-data\ -;\ sleep\ 1\""
printf "test $F_n $TEST... " $N
# create data for the generator
echo "$da 1" |$SOCAT -u --experimental - POSIXMQ-SEND:$tq-data,unlink-early
echo "$da 3" |$SOCAT -u --experimental - POSIXMQ-SEND:$tq-data
eval $CMD0 2>"${te}0" >>"${tf}0" &
pid0=$!
relsleep 1
eval $CMD1 2>"${te}1" &
pid1=$!
sleep 0.5
echo "$da 2" >>"${tf}0"
sleep 1 # as in SYSTEM
kill $pid0 $(childpids $pid0) $pid1 $(childpids $pid1) 2>/dev/null
wait 2>/dev/null
$SOCAT -u --experimental /dev/null POSIXMQ-SEND:$tq-data,unlink-close
if $ECHO "$da 1\n$da 2\n$da 3" |diff - ${tf}0 >${tdiff}0; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "difference:" >&2
cat ${tdiff}0 >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the sigint option with SHELL address
NAME=SHELL_SIGINT
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%shell%*|*%progcall%*|*%sigint%*|*%$NAME%*)
TEST="$NAME: sigint option with SHELL"
# Run Socat with an EXEC address invoking Socat, with option sigint
# Send the parent a SIGINT; when the child gets SIGINT too (vs.SIGTERM)
# the test succeeded
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions setsid sigint) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#CMD0="$TRACE $SOCAT $opts -T 2 PIPE EXEC:\"socat\ -d\ -d\ -d\ -d\ -lu\ PIPE\ PIPE\",pty,setsid,sigint"
#CMD0="$TRACE $SOCAT $opts -T 2 PIPE EXEC:\"$CAT\",pty,setsid,sigint"
CMD0="$TRACE $SOCAT $opts -T 2 SOCKETPAIR EXEC:\"$CAT\",pty,setsid,sigint"
printf "test $F_n $TEST... " $N
eval $CMD0 >/dev/null 2>"${te}0" &
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
sleep 1
kill -INT $pid0
wait
if grep -q " W waitpid..: child .* exited with status 130" "${te}0" ||
grep -q " W waitpid..: child .* exited on signal 2" "${te}0"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the SHELL address with socketpair (default)
NAME=SHELL_SOCKETPAIR
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%socketpair%*|*%$NAME%*)
TEST="$NAME: simple echo via SHELL of cat with socketpair"
# testecho ...
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "SHELL:$CAT" "$opts" "$val_t"
fi
esac
N=$((N+1))
# Test the SHELL address with pipes
NAME=SHELL_PIPES
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%pipe%*|*%$NAME%*)
TEST="$NAME: simple echo via SHELL of cat with pipes"
# testecho ...
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "SHELL:$CAT,pipes" "$opts" "$val_t"
fi
esac
N=$((N+1))
# Test the SHELL address with pty
NAME=SHELL_PTY
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%pty%*|*%$NAME%*)
TEST="$NAME: simple echo via SHELL of cat with pty"
# testecho ...
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL PTY); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL PTY); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$SHELL" = /bin/ksh ]; then
# on NetBSD-9.3 this test kills test.sh script...
$PRINTF "test $F_n $TEST... ${YELLOW}/bin/ksh might kill test.sh${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testecho "$N" "$TEST" "" "SHELL:$CAT,pty,$PTYOPTS,$PTYOPTS2" "$opts" "$val_t"
fi
esac
N=$((N+1))
# Test the SHELL address halfclose with socketpair
NAME=SHELL_SOCKETPAIR_FLUSH
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%socketpair%*|*%halfclose%*|*%$NAME%*)
TEST="$NAME: call od -c via SHELL using socketpair"
# testecho ...
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testod "$N" "$TEST" "" "SHELL:$OD_C" "$opts" "$val_t"
fi
esac
N=$((N+1))
# Test SHELL address halfclose with pipes
NAME=SHELL_PIPES
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%pipe%*|*%halfclose%*|*%$NAME%*)
TEST="$NAME: call od -c via SHELL using pipes"
# testecho ...
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO SHELL SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SHELL PIPE); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
testod "$N" "$TEST" "" "SHELL:$OD_C,pipes" "$opts" "$val_t"
fi
esac
N=$((N+1))
# Test the sigint option with SYSTEM address
NAME=SYSTEM_SIGINT
case "$TESTS" in
*%$N%*|*%functions%*|*%socket%*|*%progcall%*|*%system%*|*%sigint%*|*%$NAME%*)
TEST="$NAME: sigint option with SYSTEM"
# Run Socat with a SYSTEM address invoking Socat, with option sigint
# Send the parent a SIGINT; when the child gets SIGINT too (vs.SIGTERM)
# the test succeeded
# setsid is required so the initial SIGINT is not delivered to the sub process.
if ! eval $NUMCOND; then :;
elif [ "$UNAME" = "NetBSD" ]; then
# On NetBSD-4.0 and NetBSD-9.3 this test hangs (signal has no effect)
# (other versions not tried)
$PRINTF "test $F_n $TEST... ${YELLOW}might hang on $UNAME${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats SYCLS STDIO SYSTEM SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO SYSTEM SOCKETPAIR); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions setsid sigint) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
#CMD0="$TRACE $SOCAT $opts PIPE SYSTEM:\"$SOCAT\ -dddd\ -lf ${te}1\ PIPE\ PIPE\",setsid,sigint"
# -T is required on (only?) OpenBSD-4
CMD0="$TRACE $SOCAT $opts -T 2 SOCKETPAIR SYSTEM:\"$SOCAT\ -dddd\ -lf\ ${te}1\ PIPE\ PIPE\",setsid,sigint"
#CMD0="$TRACE $SOCAT $opts -T 2 SOCKETPAIR SYSTEM:\"$SOCAT\ -dddd\ -T\ 1\ -lf ${te}1\ PIPE\ PIPE\",setsid,sigint"
printf "test $F_n $TEST... " $N
eval $CMD0 >/dev/null 2>"${te}0" &
pid0=$!
sleep 1
#echo childpids: $(childpids $pid0)
#echo childpids -r: $(childpids -r $pid0)
kill -INT $(childpids -r $pid0) 2>/dev/null
wait 2>/dev/null
if grep -q " W waitpid..: child .* exited with status 130" "${te}0"; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "${YELLOW}FAILED (shell does not propagate SIGINT?${NORMAL}\n"
echo "$CMD0 &"
cat "${te}0" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the res-nsaddr (resolver, dns) option
NAME=RES_NSADDR
case "$TESTS" in
*%$N%*|*%functions%*|*%resolv%*|*%ip4%*|*%tcp4%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test the res-nsaddr option"
# Start a supplementary Socat instance that will receive the DNS query.
# Run main Socat process, opening an IPv4 socket with option res-nsaddr
# directed to the aux process.
# When the supplementary Socat instance received the query the test succeeded.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO IP4 UDP TCP); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO TCP4 UDP-RECVFROM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions res-nsaddr) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! runsip4 >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}IPv4 not available on host${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="$(echo test$N $(date) $RANDOM |tr ' :' '-')"
echo "$da" >"$td/test$N.da"
newport udp4
CMD0="$TRACE $SOCAT $opts -u UDP4-RECVFROM:$PORT -"
CMD1="$TRACE $SOCAT $opts - TCP4:$da:0,res-nsaddr=$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" >"${tf}0" &
pid0=$!
waitudp4port $PORT 1
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if grep "$da" "${tf}0" >/dev/null; then
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
elif pgrep -u root nscd >/dev/null 2>&1; then
$PRINTF "${YELLOW}FAILED (due to nscd?)${NORMAL}\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCAnT="$namesCANT $NAME"
else
$PRINTF "$FAILED (query not received)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Some of the following tests need absolute path of Socat
case "$SOCAT" in
/*) absSOCAT="$SOCAT" ;;
*/*) absSOCAT="$PWD/$SOCAT" ;;
*) absSOCAT="$(type -p "$SOCAT")" ;;
esac
[ "$DEFS" ] && echo "absSOCAT=\"$absSOCAT\"" >&2
# Test the chdir option, in particular if chdir with the first address
# (CREATE) does not affect pwd of second address, i.e. original pwd is
# recovered
NAME=CHDIR_ON_CREATE
case "$TESTS" in
*%$N%*|*%functions%*|*%creat%*|*%system%*|*%chdir%*|*%$NAME%*)
TEST="$NAME: restore of pwd after CREAT with chdir option"
# Run Socat with first address CREAT with modified chdir,
# and second address SYSTEM (shell) with pwd command
# Check if the file is created with modified pwd but shell has original pwd
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats CREAT SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs - CREAT SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions chdir) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tc="test$N.creat"
tdd="test$N.d"
tdiff="$td/test$N.diff"
tdebug="$td/test$N.debug"
opwd=$(pwd)
CMD0="$TRACE $absSOCAT $opts -U CREAT:$tc,chdir=$td SYSTEM:pwd"
printf "test $F_n $TEST... " $N
mkdir "$td/$tdd"
pushd "$td/$tdd" >/dev/null
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
popd >/dev/null
tpwd=$(find $td -name $tc -print); tpwd=${tpwd%/*}
pwd2=$(cat $tpwd/$tc </dev/null)
echo "Original pwd: $opwd" >>$tdebug
echo "Temporary pwd: $tpwd" >>$tdebug
echo "Addr2 pwd: $pwd2" >>$tdebug
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ "$tpwd" != "$td" ]; then
$PRINTF "$FAILED (chdir failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$pwd2" |diff "$td/$tc" - >$tdiff; then
$PRINTF "$FAILED (bad pwd2)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the chdir option, in particular if chdir with first address
# (SHELL) does not affect pwd of second address, i.e. original pwd is
# recovered
NAME=CHDIR_ON_SHELL
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%system%*|*%chdir%*|*%$NAME%*)
TEST="$NAME: restore of pwd after SYSTEM with chdir option"
# Run Socat with first address SYSTEM:"cat >file" with chdir,
# and second address SYSTEM (shell) with pwd command.
# Check if the file is created with modified pwd but shell has original pwd
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats SHELL SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs SHELL SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions chdir) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tc="test$N.creat"
tdd="test$N.d"
tdiff="$td/test$N.diff"
tdebug="$td/test$N.debug"
opwd=$(pwd)
CMD0="$TRACE $absSOCAT $opts SHELL:\"cat\ >$tc\",chdir=$td SYSTEM:pwd"
printf "test $F_n $TEST... " $N
mkdir "$td/$tdd"
pushd "$td/$tdd" >/dev/null
eval "$CMD0" >/dev/null 2>"${te}0"
rc0=$?
popd >/dev/null
waitfile "$td/$tc"
tpwd=$(find $td -name $tc -print); tpwd=${tpwd%/*}
pwd2=$(cat $tpwd/$tc </dev/null)
echo "Original pwd: $opwd" >>$tdebug
echo "Temporary pwd: $tpwd" >>$tdebug
echo "Addr2 pwd: $pwd2" >>$tdebug
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED (rc=$rc0)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ "$tpwd" != "$td" ]; then
$PRINTF "$FAILED (chdir failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$pwd2" |diff "$td/$tc" - >$tdiff; then
$PRINTF "$FAILED (bad pwd)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the modified umask option, in particular if umask with first address
# (CREATE) does not affect umask of second address, i.e. original umask is
# recovered
NAME=UMASK_ON_CREATE
case "$TESTS" in
*%$N%*|*%functions%*|*%creat%*|*%system%*|*%umask%*|*%$NAME%*)
TEST="$NAME: test restore after CREAT with umask option"
# Run Socat with first address CREAT with modified umask,
# and second address SYSTEM (shell) with umask command
# Check if the file is created with modified umask but shell has original umask
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats CREAT SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs CREAT SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions umask) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tc="$td/test$N.creat"
tdiff="$td/test$N.diff"
tdebug="$td/test$N.debug"
oumask=$(umask)
# Construct a temp umask differing from original umask
case oumask in
*066) tumask=0026 ;;
*) tumask=0066 ;;
esac
CMD0="$TRACE $SOCAT $opts -U CREAT:$tc,umask=$tumask SYSTEM:umask"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
tperms=$(fileperms $tc)
case $tperms in
0*) ;;
*) tperms=0$tperms ;;
esac
echo "Original umask: $oumask" >>$tdebug
echo "Temporary umask: $tumask" >>$tdebug
echo "Created umask: $tperms" >>$tdebug
echo "Restored umask: $(cat $tc)" >>$tdebug
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ $((tumask + tperms - 0666)) -ne 0 ]; then
$PRINTF "$FAILED (umask failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! [ "$oumask" -eq $(cat "$tc") ]; then
$PRINTF "$FAILED (bad umask)\n"
echo "$CMD0 &"
cat "${te}0" >&2
cat "$tdebug" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the modified umask option, in particular if umask with first address
# (SHELL) does not affect umask of second address, i.e. original umask is
# recovered
NAME=UMASK_ON_SYSTEM
case "$TESTS" in
*%$N%*|*%functions%*|*%shell%*|*%system%*|*%umask%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test restore after SHELL with umask option"
# Run Socat with first address SHELL:"cat >file" with modified umask,
# and second address SYSTEM (shell) with umask command.
# Check if the file is created with modified umask but shell has original umask
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats SHELL SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs SHELL SYSTEM); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions umask) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tc="$td/test$N.creat"
tdiff="$td/test$N.diff"
tdebug="$td/test$N.debug"
oumask=$(umask)
# Construct a temp umask differing from original umask
case oumask in
*066) tumask=0026 ;;
*) tumask=0066 ;;
esac
CMD0="$TRACE $SOCAT $opts -U SHELL:\"cat\ >$tc\",umask=$tumask SYSTEM:\"umask; sleep 1\""
printf "test $F_n $TEST... " $N
eval "$CMD0" >/dev/null 2>"${te}0"
rc0=$?
tperms=$(fileperms $tc)
case $tperms in
0*) ;;
*) tperms=0$tperms ;;
esac
echo "Original umask: $oumask" >>$tdebug
echo "Temporary umask: $tumask" >>$tdebug
echo "Created umask: $tperms" >>$tdebug
echo "Restored umask: $(cat $tc)" >>$tdebug
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ $((tumask + tperms - 0666)) -ne 0 ]; then
$PRINTF "$FAILED (umask failed)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! [ "$oumask" -eq $(cat "$tc") ]; then
$PRINTF "$FAILED (bad umask)\n"
echo "$CMD0 &"
cat "${te}0" >&2
cat "$tdebug" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
while read _UNIX _SRV _CLI; do
if [ -z "$_UNIX" ] || [[ "$_UNIX" == \#* ]]; then continue; fi
SRV=${_UNIX}-$_SRV
CLI=${_UNIX}-$_CLI
CLI_=$(echo $CLI |tr x- x_)
PROTO=${_UNIX}
proto=$(tolower $PROTO)
# Test the unix-bind-tempname option
NAME=${_UNIX}_${_SRV}_${_CLI}_BIND_TEMPNAME
case "$TESTS" in
*%$N%*|*%functions%*|*%$proto%*|*%socket%*|*%tempname%*|*%listen%*|*%fork%*|*%$NAME%*)
TEST="$NAME: Option unix-bind-tempname"
# Start a UNIX domain service with forking
# Start a TCP service with forking that relays to the UNIX domain service
# Open two concurrent client sessions to the TCP service.
# When both sessions work (in particular, when the UNIX domain service does not
# log "Transport endpoint is not connected" and the TCP service does not fail
# with "Address already in use"), the test succeeded.
if ! eval $NUMCOND; then :;
elif [[ $CLI_ =~ ABSTRACT-* ]] && ! feat=$(testfeats abstract-unixsocket); then
$PRINTF "test $F_n $TEST... ${YELLOW}$feat not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions unix-bind-tempname) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -lp server $SRV:${ts}0,fork PIPE"
# Using this command would show the principal problem: UNIX (and ABSTRACT)
# datagram clients do not internally bind to a defined address and thus cannot
# receive replies. Applies to all(?) Linux, (some)FreeBSD, (some)Solaris, others
# not tried
#CMD1="$TRACE $SOCAT $opts -lp bind-tempname TCP4-LISTEN:$PORT,reuseaddr,fork $CLI:${ts}0"
# Attempt to bind the datagram client to some address works, but only for a
# single client; when multiple clients are forked they conflict
# The following command is the solution: option unix-bind-tempname generates
# random names (like tempnam(2)) for binding the datagram client socket;
# creating the XXXXXX file makes sure that the (non abstract) clients cannot
# erronously bind there (part of the test)
CMD1="$TRACE $SOCAT $opts -lp bind-tempname TCP4-LISTEN:$PORT,reuseaddr,fork $CLI:${ts}0,bind=${ts}1"
touch ${ts}1.XXXXXX; CMD1="$TRACE $SOCAT $opts -lp tempname TCP4-LISTEN:$PORT,reuseaddr,fork $CLI:${ts}0,bind-tempname=${ts}1.XXXXXX"
CMD2="$TRACE $SOCAT $opts -lp client - TCP4-CONNECT:$LOCALHOST:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" &
pid0=$!
wait${proto}port ${ts}0 1
$CMD1 2>"${te}1" &
pid1=$!
waittcp4port $PORT 1
{ echo "$da a"; relsleep 2; } |$CMD2 >"${tf}2a" 2>"${te}2a" &
pid2a=$!
relsleep 1
echo "$da b" |$CMD2 >"${tf}2b" 2>"${te}2b"
rc2b=$?
relsleep 1
kill $pid0 $pid1 $pid2a 2>/dev/null; wait
if [ $rc2b -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2 &"
cat "${te}2a" >&2
echo "$CMD2"
cat "${te}2b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da a" |diff - ${tf}2a >${tdiff}2a; then
$PRINTF "$FAILED (phase a)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2a" >&2
echo "diff a:" >&2
cat ${tdiff}2a >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da b" |diff - ${tf}2b >${tdiff}2b; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2 &"
cat "${te}2a" >&2
echo "$CMD2"
cat "${te}2b" >&2
echo "diff b:" >&2
cat ${tdiff}2b >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
done <<<"
UNIX LISTEN CONNECT
UNIX LISTEN CLIENT
UNIX RECVFROM CLIENT
UNIX RECVFROM SENDTO
ABSTRACT LISTEN CONNECT
ABSTRACT LISTEN CLIENT
ABSTRACT RECVFROM CLIENT
ABSTRACT RECVFROM SENDTO
"
# Test if OS/libc is not prone to symlink attacks on UNIX bind()
NAME=TEMPNAME_SEC
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%unix%*|*%dgram%*|*%security%*|*%$NAME%*)
TEST="$NAME: test if a symlink attack works against bind()"
# Create a symlink .sock2 pointing to non-existing .sock3
# Start Socat with UNIX-SENDTO...,bind=.sock2
# When .sock3 exists the test failed
if ! eval $NUMCOND; then :; else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
ts1="$td/test$N.sock1"
ts2="$td/test$N.sock2"
ts3="$td/test$N.sock3"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0a="rm -f $ts3"
CMD0b="ln -s $ts3 $ts2"
CMD1="$TRACE $SOCAT $opts UNIX-SENDTO:$ts1,bind=$ts2 PIPE"
rc1=$?
printf "test $F_n $TEST... " $N
$CMD0a
$CMD0b
#echo; ls -l $ts2 $ts3
$CMD1 2>"${te}1" &
pid1=$!
waitunixport $ts1 1 1 2>/dev/null
#res="$(ls -l $ts3 2>/dev/null)"
kill $pid1 2>/dev/null
if [ -e $ts3 ]; then
$PRINTF "$FAILED\n"
echo "symlink target has been created" >&2
echo "$CMD0a" >&2
cat "${te}0a" >&2
echo "$CMD0b" >&2
cat "${te}0b" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! grep -q " E " ${te}1; then
$PRINTF "$FAILED\n"
echo "Socat did not fail"
echo "$CMD0a" >&2
cat "${te}0a" >&2
echo "$CMD0b" >&2
cat "${te}0b" >&2
echo "$CMD1" >&2
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0a"; fi
if [ "$DEBUG" ]; then cat "${te}0a" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD0b"; fi
if [ "$DEBUG" ]; then cat "${te}0b" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
# Test the new f-setpipe-sz option on a STDIN pipe
NAME=STDIN_F_SETPIPE_SZ
case "$TESTS" in
*%$N%*|*%functions%*|*%filan%*|*%dual%*|*%stdio%*|*%exec%*|*%pipe%*|*%f-setpipe-sz%*|*%$NAME%*)
TEST="$NAME: f-setpipe-sz on STDIN"
# Start Socat in a shell pipe and have it calling Filan via EXEC and nofork
# Check Filan output if pipe size of its input pipe is modified.
if ! eval $NUMCOND; then :;
elif ! $(type true >/dev/null 2>&1); then
$PRINTF "test $F_n $TEST... ${YELLOW}true not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! F=$(testfeats STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions f-setpipe-sz nofork) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # or whatever proto, or drop this line
# Find the default pipe size
PIPESZ="$(echo |$FILAN -n 0 |grep "0:" |head -n 1 |sed 's/.*F_GETPIPE_SZ=\([0-9][0-9]*\).*/\1/')"
PIPESZ2=$((2*PIPESZ))
CMD0="$TRACE $SOCAT $opts STDIN,f-setpipe-sz=$PIPESZ2!!STDOUT EXEC:$FILAN,nofork"
printf "test $F_n $TEST... " $N
true |$CMD0 >"${tf}" 2>"${te}0"
rc0=$?
PIPESZ2b="$(cat "$tf" |grep "0:" |head -n 1 |sed 's/.*F_GETPIPE_SZ=\([0-9][0-9]*\).*/\1/')"
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! diff <(echo $PIPESZ2) <(echo $PIPESZ2b) >$tdiff; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the new f-setpipe-sz option on EXEC with pipes
NAME=EXEC_F_SETPIPE_SZ
case "$TESTS" in
*%$N%*|*%functions%*|*%filan%*|*%stdio%*|*%exec%*|*%pipe%*|*%f-setpipe-sz%*|*%$NAME%*)
TEST="$NAME: f-setpipe-sz on EXEC with pipes"
# Start Socat calling Filan via EXEC and pipes and f-setpipe-sz
# Check Filan output if pipe size of both pipes is modified.
if ! eval $NUMCOND; then :;
elif ! F=$(testfeats STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Feature $F not configured in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! A=$(testaddrs STDIO EXEC); then
$PRINTF "test $F_n $TEST... ${YELLOW}Address $A not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif ! o=$(testoptions pipes f-setpipe-sz) >/dev/null; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option $o not available in $SOCAT${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
# Find the default pipe size
PIPESZ="$(echo |$FILAN -n 0 |grep "0:" |head -n 1 |sed 's/.*F_GETPIPE_SZ=\([0-9][0-9]*\).*/\1/')"
PIPESZ2=$((2*PIPESZ))
CMD0="$TRACE $SOCAT $opts STDIO EXEC:$FILAN,pipes,f-setpipe-sz=$PIPESZ2"
printf "test $F_n $TEST... " $N
$CMD0 >"$tf" 2>"${te}0"
rc0=$?
PIPESZ2b="$(cat "$tf" |grep "0:" |head -n 1 |sed 's/.*F_GETPIPE_SZ=\([0-9][0-9]*\).*/\1/')"
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! diff <(echo $PIPESZ2) <(echo $PIPESZ2b) >$tdiff; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
NAME=DCCP4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%dccp%*|*%listen%*|*%$NAME%*)
TEST="$NAME: DCCP over IPv4"
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds "" "" "" \
"IP4 DCCP LISTEN STDIO PIPE" \
"DCCP4-LISTEN PIPE STDIN STDOUT DCCP4" \
"so-reuseaddr" \
"dccp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport dccp4; tsl=$PORT
ts="127.0.0.1:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts DCCP4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts STDIN!!STDOUT DCCP4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waittcp4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
if [ $? -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
kill $pid1 2>/dev/null
wait
fi ;; # NUMCOND, checkconds
esac
N=$((N+1))
NAME=UDPLITE4STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udplite%*|*%$NAME%*)
TEST="$NAME: echo via connection to UDP-Lite V4 socket"
if ! eval $NUMCOND; then :;
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDPLITE LISTEN STDIO PIPE" \
"UDPLITE4-LISTEN PIPE STDIO UDPLITE4" \
"so-reuseaddr" \
"udplite4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDPLITE4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts - UDPLITE4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudplite4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &" >&2
cat "${te}1"
echo "$CMD2" >&2
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
PORT=$((PORT+1))
N=$((N+1))
NAME=UDPLITE4STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udplite%*|*%$NAME%*)
TEST="$NAME: echo via connection to UDP-Lite V4 socket"
if ! eval $NUMCOND; then :;
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDPLITE LISTEN STDIO PIPE" \
"UDPLITE4-LISTEN PIPE STDIO UDPLITE4" \
"so-reuseaddr" \
"udplite4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDPLITE4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts - UDPLITE4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudplite4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &" >&2
cat "${te}1"
echo "$CMD2" >&2
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
PORT=$((PORT+1))
N=$((N+1))
NAME=UDPLITE4STREAM
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%udplite%*|*%$NAME%*)
TEST="$NAME: echo via connection to UDP-Lite V4 socket"
if ! eval $NUMCOND; then :;
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDPLITE LISTEN STDIO PIPE" \
"UDPLITE4-LISTEN PIPE STDIO UDPLITE4" \
"so-reuseaddr" \
"udplite4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
tsl=$PORT
ts="$LOCALHOST:$tsl"
da="test$N $(date) $RANDOM"
CMD1="$TRACE $SOCAT $opts UDPLITE4-LISTEN:$tsl,$REUSEADDR PIPE"
CMD2="$TRACE $SOCAT $opts - UDPLITE4:$ts"
printf "test $F_n $TEST... " $N
$CMD1 >"$tf" 2>"${te}1" &
pid1=$!
waitudplite4port $tsl 1
echo "$da" |$CMD2 >>"$tf" 2>>"${te}2"
rc2=$?
kill $pid1 2>/dev/null; wait
if [ $rc2 -ne 0 ]; then
$PRINTF "$FAILED: $TRACE $SOCAT:\n"
echo "$CMD1 &"
cat "${te}1" >&2
echo "$CMD2"
cat "${te}2" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif ! echo "$da" |diff - "$tf" >"$tdiff"; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD1 &" >&2
cat "${te}1"
echo "$CMD2" >&2
cat "${te}2" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi ;; # NUMCOND
esac
PORT=$((PORT+1))
N=$((N+1))
# test: setting of environment variables that describe a stream socket
# connection: SOCAT_SOCKADDR, SOCAT_PEERADDR; and SOCAT_SOCKPORT,
# SOCAT_PEERPORT when applicable
while read KEYW FEAT SEL TEST_SOCKADDR TEST_PEERADDR PORTMETHOD; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
#
protov="$(echo "$KEYW" |tr A-Z a-z)"
proto="${protov%%[0-9]}"
NAME=${KEYW}LISTENENV
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%ipapp%*|*%$SEL%*|*%$proto%*|*%$protov%*|*%envvar%*|*%listen%*|*%$NAME%*)
TEST="$NAME: $KEYW-LISTEN sets environment variables with socket addresses"
# have a server accepting a connection and invoking some shell code. The shell
# code extracts and prints the SOCAT related environment vars.
# outside code then checks if the environment contains the variables correctly
# describing the peer and local sockets.
if ! eval $NUMCOND; then :;
elif ! cond=$(checkconds \
"" \
"" \
"" \
"$FEAT $(echo $SEL |tr a-z A-Z) STDIO SYSTEM" \
"$KEYW-LISTEN SYSTEM STDIO $KEYW-CONNECT" \
"$REUSEADDR bind" \
"$protov" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
TEST_SOCKADDR="$(echo "$TEST_SOCKADDR" |sed "s/\$N/$N/g")" # actual vars
tsa="$TEST_SOCKADDR" # test server address
if [ "$PORTMETHOD" = PORT ]; then
newport $proto; tsp="$PORT"; # test server port
tsa1="$tsp"; tsa2="$tsa"; tsa="$tsa:$tsp" # tsa2 used for server bind=
TEST_SOCKPORT=$tsp
else
tsa1="$tsa"; tsa2= # tsa1 used for addr parameter
fi
TEST_PEERADDR="$(echo "$TEST_PEERADDR" |sed "s/\$N/$N/g")" # actual vars
tca="$TEST_PEERADDR" # test client address
if [ "$PORTMETHOD" = PORT ]; then
newport $proto; tcp="$PORT"; # test client port
tca="$tca:$tcp"
TEST_PEERPORT=$tcp
fi
#CMD0="$TRACE $SOCAT $opts -u $KEYW-LISTEN:$tsa1 SYSTEM:\"export -p\""
CMD0="$TRACE $SOCAT $opts -u -lpsocat $KEYW-LISTEN:$tsa1,$REUSEADDR SYSTEM:\"echo SOCAT_SOCKADDR=\\\$SOCAT_SOCKADDR; echo SOCAT_PEERADDR=\\\$SOCAT_PEERADDR; echo SOCAT_SOCKPORT=\\\$SOCAT_SOCKPORT; echo SOCAT_PEERPORT=\\\$SOCAT_PEERPORT; sleep 1\""
CMD1="$TRACE $SOCAT $opts -u - $KEYW-CONNECT:$tsa,bind=$tca"
printf "test $F_n $TEST... " $N
eval "$CMD0 2>\"${te}0\" >\"$tf\" &"
pid0=$!
wait${protov}port $tsa1 1
{ echo; sleep 0.1; } |$CMD1 2>"${te}1"
rc1=$?
waitfile "$tf" 2
kill $pid0 2>/dev/null; wait
#set -vx
if [ $rc1 != 0 ]; then
$PRINTF "$NO_RESULT (client failed):\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
elif [ "$(grep SOCAT_SOCKADDR "${tf}" |sed -e 's/^[^=]*=//' |sed -e "s/[\"']//g")" = "$TEST_SOCKADDR" -a \
"$(grep SOCAT_PEERADDR "${tf}" |sed -e 's/^[^=]*=//' -e "s/[\"']//g")" = "$TEST_PEERADDR" -a \
\( "$PORTMETHOD" = ',' -o "$(grep SOCAT_SOCKPORT "${tf}" |sed -e 's/^[^=]*=//' |sed -e 's/"//g')" = "$TEST_SOCKPORT" \) -a \
\( "$PORTMETHOD" = ',' -o "$(grep SOCAT_PEERPORT "${tf}" |sed -e 's/^[^=]*=//' |sed -e 's/"//g')" = "$TEST_PEERPORT" \) \
]; then
$PRINTF "$OK\n"
if [ "$debug" ]; then
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
fi
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
cat "${te}0"
echo "$CMD1"
cat "${te}1"
echo -e "SOCAT_SOCKADDR=$TEST_SOCKADDR\nSOCAT_PEERADDR=$TEST_PEERADDR\nSOCAT_SOCKPORT=$TEST_SOCKPORT\nSOCAT_PEERPORT=$TEST_PEERPORT" |
diff - "${tf}"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND, feats
;;
esac
N=$((N+1))
#set +xv
#
done <<<"
UDPLITE4 IP4 udplite 127.0.0.1 $SECONDADDR PORT
UDPLITE6 IP6 udplite [0000:0000:0000:0000:0000:0000:0000:0001] [0000:0000:0000:0000:0000:0000:0000:0001] PORT
"
# test the max-children option on pseudo connected sockets
while read KEYW FEAT SEL ADDR IPPORT SHUT; do
if [ -z "$KEYW" ] || [[ "$KEYW" == \#* ]]; then continue; fi
RUNS=$(tolower $KEYW)
PROTO=$KEYW
proto="$(tolower "$PROTO")"
# test the max-children option on pseudo connected sockets
NAME=${KEYW}MAXCHILDREN
case "$TESTS" in
*%$N%*|*%functions%*|*%fork%*|*%maxchildren%*|*%$SEL%*|*%socket%*|*%listen%*|*%$NAME%*)
TEST="$NAME: max-children option"
# start a listen process with max-children=1; connect with a client, let it
# send data and then sleep; connect with second client that wants to send
# data immediately, but keep first client active until server terminates.
#If max-children is working correctly only the first data should
# arrive.
if ! eval $NUMCOND; then :;
elif ! cond=$(checkconds \
"" \
"" \
"" \
"$FEAT IP${KEYW##*[A-Z]} FILE STDIO" \
"FILE $PROTO-LISTEN STDIO $KEYW-CONNECT" \
"$REUSEADDR o-trunc o-creat o-append fork max-children $SHUT" \
"$RUNS" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
case "X$IPPORT" in
"XPORT")
newport $proto
tsl=$PORT # test socket listen address
tsc="$ADDR:$PORT" # test socket connect address
;;
*)
tsl="$(eval echo "$ADDR")" # resolve $N
tsc=$tsl
esac
#ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
# on some Linux distributions it hangs, thus -T option here
CMD0="$TRACE $SOCAT $opts -U -T 4 FILE:$tf,o-trunc,o-creat,o-append $PROTO-LISTEN:$tsl,$REUSEADDR,fork,max-children=1"
CMD1="$TRACE $SOCAT $opts -u - $PROTO-CONNECT:$tsc,$SHUT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
wait${proto}port $tsl 1
(echo "$da 1"; relsleep 3) |$CMD1 >"${tf}1" 2>"${te}1" &
pid1=$!
relsleep 1
echo "$da 2" |$CMD1 >"${tf}2" 2>"${te}2" &
pid2=$!
relsleep 1
cpids="$(childpids $pid0)"
kill $pid1 $pid2 $cpids $pid0 2>/dev/null; wait
if echo -e "$da 1" |diff - $tf >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "(echo \"$da 1\"; sleep 2) |$CMD1"
echo "echo \"$da 2\" |$CMD1"
cat "${te}0"
cat "${te}1"
cat "${te}2"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
UDPLITE4 UDPLITE udplite 127.0.0.1 PORT shut-null
UDPLITE6 UDPLITE udplite [::1] PORT shut-null
"
# Test the procan controlling terminal output
NAME=PROCAN_CTTY
case "$TESTS" in
*%$N%*|*%functions%*|*%procan%*|*%$NAME%*)
TEST="$NAME: test procan controlling terminal output"
# Run procan and compare its controlling terminal output with tty (oops)"
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"tty" \
"" \
"" \
"" \
"" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
CMD0="$TRACE $PROCAN"
printf "test $F_n $TEST... " $N
$CMD0 >"${tf}0" 2>"${te}0"
rc0=$?
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! tty |diff - <(cat ${tf}0 |grep "controlling terminal" |grep -v -e '"/dev/tty"' -e none |head -n 1 |sed -e 's/controlling terminal by .*:[[:space:]]*//' -e 's/"//g') >$tdiff; then
$PRINTF "$FAILED\n"
echo "$CMD0"
cat "${te}0" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the socat-chain.sh script with SOCKS4 over UNIX-socket
NAME=SOCAT_CHAIN_SOCKS4
case "$TESTS" in
*%$N%*|*%functions%*|*%scripts%*|*%socat-chain%*|*%listen%*|*%fork%*|*%ip4%*|*%tcp4%*|*%unix%*|*%socks4%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test socat-chain.sh with SOCKS4 over UNIX-socket"
# Run a socks4 server on UNIX-listen
# Connect with socat-chain.sh; check if data transfer is correct
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 TCP LISTEN STDIO UNIX SOCKS4" \
"TCP4-LISTEN PIPE STDIN STDOUT TCP4 UNIX UNIX-LISTEN" \
"so-reuseaddr" \
"tcp4 unix" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
ts="$td/test$N.sock"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts UNIX-LISTEN:$ts,reuseaddr EXEC:./socks4echo.sh"
CMD1="$TRACE ./socat-chain.sh $opts - SOCKS4::32.98.76.54:32109,socksuser=nobody UNIX:$ts"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitunixport $ts 1
#relsleep 1 # if no matching wait*port function
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "${tf}1" >$tdiff; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the socat-chain.sh script by driving SSL over serial
NAME=SOCAT_CHAIN_SSL_PTY
case "$TESTS" in
*%$N%*|*%functions%*|*%scripts%*|*%socat-chain%*|*%listen%*|*%fork%*|*%ip4%*|*%tcp4%*|*%openssl%*|*%unix%*|*%socket%*|*%pty%*|*%$NAME%*)
TEST="$NAME: test socat-chain.sh with SSL over PTY"
# Run a socat-chain.sh instance with SSL listening behind a PTY;
# open the PTY with socat-chain.sh using SSL;
# check if data transfer is correct
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 TCP LISTEN OPENSSL STDIO PTY" \
"TCP4-LISTEN SOCKETPAIR STDIN STDOUT TCP4 SSL SSL-L" \
"so-reuseaddr" \
"tcp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [[ $BASH_VERSION =~ ^[1-3]\. ]]; then
$PRINTF "test $F_n $TEST... ${YELLOW}requires bash 4 or higher${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
gentestcert testsrv
tp="$td/test$N.pty"
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE ./socat-chain.sh $opts PTY,link=$tp SSL-L,cert=testsrv.pem,verify=0 SOCKETPAIR"
CMD1="$TRACE ./socat-chain.sh $opts - SSL,cafile=testsrv.crt,commonname=localhost $tp,cfmakeraw"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $tp
# NetBSD-9 seems to need massive delay
{ echo "$da"; relsleep 100; } |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null
wait 2>/dev/null
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "${tf}1" >$tdiff; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the socat-mux.sh script
# Requires lo/lo0 to have broadcast address 127.255.255.255
NAME=SOCAT_MUX
case "$TESTS" in
*%$N%*|*%functions%*|*%script%*|*%socat-mux%*|*%socket%*|*%udp%*|*%broadcast%*|*%$NAME%*)
TEST="$NAME: test the socat-mux.sh script"
# Start a simple TCP server
# Start socat-mux.sh to connect to this server
# Connect with two clients to mux, send different data records from both.
# Check if both clients received both records in order.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 TCP LISTEN STDIO UNIX" \
"TCP4-LISTEN PIPE STDIN STDOUT TCP4 UNIX UNIX-LISTEN" \
"so-reuseaddr" \
"tcp4 unix" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4
PORT0=$PORT
newport tcp4
PORT1=$PORT
CMD0="$TRACE $SOCAT $opts -lp server TCP-LISTEN:$PORT0 PIPE"
CMD1="./socat-mux.sh $opts TCP-LISTEN:$PORT1 TCP-CONNECT:$LOCALHOST:$PORT0"
CMD2="$TRACE $SOCAT $opts -lp client STDIO TCP:$LOCALHOST:$PORT1"
da_a="test$N $(date) $RANDOM"
da_b="test$N $(date) $RANDOM"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT0 1
$CMD1 >/dev/null 2>"${te}1" &
pid1=$!
waittcp4port $PORT1 1
{ relsleep 10; echo "$da_a"; relsleep 20; } </dev/null |$CMD2 >"${tf}2a" 2>"${te}2a" &
pid2a=$!
{ relsleep 20; echo "$da_b"; relsleep 10; } |$CMD2 >"${tf}2b" 2>"${te}2b"
rc2b=$?
kill $pid0 $(childpids $pid1) $pid1 2>/dev/null
wait 2>/dev/null
kill $pid0 2>/dev/null; wait
if [ "$rc2b" -ne 0 ]; then
$PRINTF "$FAILED (rc2b=$rc2b)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD2 &"
cat "${te}2a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD2"
cat "${te}2b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! $ECHO "$da_a\n$da_b" |diff - "${tf}2a" >${tdiff}_a; then
$PRINTF "$FAILED (diff a)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD2 &"
cat "${te}2a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD2"
cat "${te}2b" >&2
echo "// diff a:" >&2
cat "${tdiff}_a" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! $ECHO "$da_a\n$da_b" |diff - "${tf}2b" >${tdiff}_b; then
$PRINTF "$FAILED (diff b)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1 &"
cat "${te}1" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD2 &"
cat "${te}2a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD2"
cat "${te}2b" >&2
echo "// diff b:" >&2
cat "${tdiff}_b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1 &"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
if [ "$VERBOSE" ]; then echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD2 &"; fi
if [ "$DEBUG" ]; then cat "${te}2a" >&2; fi
if [ "$VERBOSE" ]; then echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD2"; fi
if [ "$DEBUG" ]; then cat "${te}2b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test the socat-broker.sh script
# Requires lo/lo0 to have broadcast address 127.255.255.255
NAME=SOCAT_BROKER
case "$TESTS" in
*%$N%*|*%functions%*|*%script%*|*%socat-broker%*|*%socket%*|*%udp%*|*%broadcast%*|*%$NAME%*)
TEST="$NAME: test the socat-broker.sh script"
# Start a socat-broker.sh instance
# Connect with two clients, send different data records from both.
# Check if both client received both records in order.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDP TCP LISTEN STDIO" \
"TCP4-LISTEN TCP4-CONNECT STDIO UDP-DATAGRAM" \
"so-reuseaddr" \
"udp4 tcp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
newport tcp4
CMD0="$TRACE ./socat-broker.sh $OPTS TCP4-LISTEN:$PORT"
CMD1="$TRACE $SOCAT $OPTS - TCP:$LOCALHOST:$PORT"
da_a="test$N $(date) $RANDOM"
da_b="test$N $(date) $RANDOM"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waittcp4port $PORT 1
{ relsleep 10; echo "$da_a"; relsleep 20; } </dev/null |$CMD1 >"${tf}1a" 2>"${te}1a" &
pid1a=$!
{ relsleep 20; echo "$da_b"; relsleep 10; } |$CMD1 >"${tf}1b" 2>"${te}1b"
rc1b=$?
kill $(childpids $pid0) $pid0 $pid1a 2>/dev/null
wait 2>/dev/null
#kill $pid0 2>/dev/null; wait
if [ "$rc1b" -ne 0 ]; then
$PRINTF "$FAILED (rc1b=$rc1b)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD1"
cat "${te}1a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD1"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! $ECHO "$da_a\n$da_b" |diff - "${tf}1a" >${tdiff}_a; then
$PRINTF "$FAILED (diff a)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD1"
cat "${te}1a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD1"
cat "${te}1b" >&2
echo "// diff a:" >&2
cat "${tdiff}_a" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! $ECHO "$da_a\n$da_b" |diff - "${tf}1b" >${tdiff}_b; then
$PRINTF "$FAILED (diff b)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD1"
cat "${te}1a" >&2
echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10; } |$CMD1"
cat "${te}1b" >&2
echo "// diff b:" >&2
cat "${tdiff}_b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "{ relsleep 10; echo \"\$da_a\"; relsleep 20; } |$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1a" >&2; fi
if [ "$VERBOSE" ]; then echo "{ relsleep 20; echo \"\$da_b\"; relsleep 10.; } |$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Socat 1.8.0.0 with addresses of type RECVFROM and option fork entered a
# loop that was only stopped by FD exhaustion cause by FD leak, when the
# second address failed to connect/open in the child process
NAME=RECVFROM_FORK_LOOP
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%udp%*|*%udp4%*|*%fork%*|*%socket%*|*%$NAME%*)
TEST="$NAME: Bug on RECVFROM with fork and child failure"
# Start a Socat process that uses UDP4-RECFROM with fork options, and in the
# second address opens a file in a non existent directory.
# Send a UDP4-packet to the receiver.
# When only one child process is forked off, thus when only one appropriate
# error message is in the log file, the test succeeded.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDP STDIO FILE" \
"UDP4-RECVFROM OPEN STDIO UDP4-SEND" \
"fork" \
"udp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4
CMD0="$TRACE $SOCAT $opts UDP4-RECVFROM:$PORT,fork OPEN:$td/nonexistent/file"
CMD1="$TRACE $SOCAT $opts - UDP4-SENDTO:$LOCALHOST4:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitudp4port $PORT 1
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$CANT (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "echo \$da\" |$CMD1"
cat "${te}1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [ $(grep -c " E open(" "${te}0") -eq 0 ]; then
$PRINTF "$CANT (no error)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "echo \$da\" |$CMD1"
cat "${te}1" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [ $(grep -c " E open(" "${te}0") -ge 2 ]; then
$PRINTF "$FAILED (this bug)\n"
echo "$CMD0 &"
head -n 2 "${te}0" >&2
echo "echo \$da\" |$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Socat 1.8.0.0 with addresses of type RECVFROM and option fork had a file
# descriport leak that could lead to FD exhaustion.
NAME=RECVFROM_FORK_LEAK
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%udp%*|*%udp4%*|*%fork%*|*%socket%*|*%$NAME%*)
TEST="$NAME: FD leak on RECVFROM with fork"
# Start a Socat process that uses UDP4-RECFROM with fork option.
# Send two UDP4-packets to the receiver.
# Check the server logs: when the socketpair calls on the second packet returns
# the same FDs as the first call, the test succeeded.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 UDP FILE STDIO" \
"UDP4-RECVFROM FILE STDIO UDP4-SENDTO" \
"fork" \
"udp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport udp4
CMD0="$TRACE $SOCAT $opts -ddd UDP4-RECVFROM:$PORT,fork FILE:/dev/null"
CMD1="$TRACE $SOCAT $opts - UDP4-SEND:$LOCALHOST4:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
waitudp4port $PORT 1
echo "$da a" |$CMD1 >"${tf}1a" 2>"${te}1a"
echo "$da b" |$CMD1 >"${tf}1b" 2>"${te}1b"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$CANT (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "echo \$da a\" |$CMD1"
cat "${te}1a" >&2
echo "echo \$da b\" |$CMD1"
cat "${te}1b" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif [ $(grep -c " I socketpair(" "${te}0") -ne 2 ]; then
$PRINTF "$CANT (not 2 socketpair())\n"
echo "$CMD0 &"
#cat "${te}0" >&2
echo "echo \$da a\" |$CMD1"
cat "${te}1a" >&2
echo "echo \$da b\" |$CMD1"
cat "${te}1b" >&2
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif ! diff <(grep " I socketpair(" "${te}0" |head -n 1 |sed 's/.*\( I socketpair.*\)/\1/') <(grep " I socketpair(" "${te}0" |tail -n 1 |sed 's/.*\( I socketpair.*\)/\1/') >/dev/null 2>&1; then
$PRINTF "$FAILED (this bug)\n"
echo "$CMD0 &"
grep " I socketpair(" "${te}0" >&2
echo "echo \$da a\" |$CMD1"
cat "${te}1a" >&2
echo "echo \$da b\" |$CMD1"
cat "${te}1b" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "echo \$da a\" |$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1a" >&2; fi
if [ "$VERBOSE" ]; then echo "echo \$da b\" |$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1b" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test for a bug (up to 1.8.0.0) with IP-SENDTO and option pf (protocol-family)
# with protocol name (vs.numeric)
NAME=IP_SENDTO_PF
case "$TESTS" in
*%$N%*|*%functions%*|*%root%*|*%bugs%*|*%socket%*|*%ip4%*|*%rawip%*|*%gopen%*|*%$NAME%*)
TEST="$NAME: test IP-SENDTO with option pf with protocol name"
# Invoke Socat with address IP-SENDTO with option pf=ip4
# When this works the test succeeded; when an error (in particular:
# E retropts_int(): trailing garbage in numerical arg of option "protocol-family")
# occurs, the test fails
if ! eval $NUMCOND; then :
# Remove unneeded checks, adapt lists of the remaining ones
elif ! cond=$(checkconds \
"" \
"root" \
"" \
"IP4 RAWIP GOPEN" \
"GOPEN IP-SENDTO" \
"pf" \
"ip4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts -u /dev/null IP-SENDTO:127.0.0.1:254,pf=ip4"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0"
rc0=$?
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED (rc0=$rc0)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# DEVTESTS IPv4/IPv6 resolver tests: just manually:
# Prepare:
#socat TCP4-LISTEN:12345,reuseaddr,fork PIPE
# These must succeed:
#echo AAAA |socat - TCP4:localhost-4.dest-unreach.net:12345
#echo AAAA |socat - TCP4:localhost-4-6.dest-unreach.net:12345
#echo AAAA |socat - TCP4:localhost-6-4.dest-unreach.net:12345
# Prepare:
#socat TCP6-LISTEN:12345,reuseaddr,fork PIPE
# These must succeed:
#echo AAAA |socat - TCP6:localhost-6.dest-unreach.net:12345
#echo AAAA |socat - TCP6:localhost-6-4.dest-unreach.net:12345
#echo AAAA |socat - TCP6:localhost-4-6.dest-unreach.net:12345
# These must fail with No address associated with hostname
#socat - TCP4:localhost-6.dest-unreach.net:12345
#socat - TCP6:localhost-4.dest-unreach.net:12345
# Is option -0 available?
opt0=
if SOCAT_MAIN_WAIT= $SOCAT -h |grep -e '[[:space:]]-0[[:space:]]' >/dev/null; then
opt0=-0
fi
# Test if Socat TCP-L without special options and env accepts IPv4 connections.
# This is traditional behaviour, but version 1.8.0.0 did this only on Linux.
NAME=LISTEN_4
case "$TESTS" in
*%$N%*|*%functions%*|*%ip4%*|*%tcp4%*|*%listen%*|*%socket%*|*%$NAME%*)
TEST="$NAME: TCP-L with -0 accepts IPv4"
# Start a listener with TCP-L, check if TCP4-CONNECT succeeds
if ! eval $NUMCOND; then :
elif [ -z "$opt0" -a $SOCAT_VERSION != 1.8.0.0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option -0 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP4 TCP LISTEN FILE" \
"TCP-LISTEN TCP4-CONNECT FILE" \
"" \
"tcp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
opt0=
if SOCAT_MAIN_WAIT= $SOCAT -h |grep -e '[[:space:]]-0[[:space:]]' >/dev/null; then
opt0=-0
fi
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4
CMD0="$TRACE $SOCAT $opts -u $opt0 TCP-LISTEN:$PORT FILE:/dev/null"
CMD1="$TRACE $SOCAT $opts -u FILE:/dev/null TCP4-CONNECT:$LOCALHOST4:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
relsleep 10
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
case "$UNAME" in
FreeBSD|NetBSD|OpenBSD)
$PRINTF "${GREEN}FAILED${NORMAL} (by design not on BSD)\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1)) ;;
Linux)
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME" ;;
*)
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME" ;;
esac
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# Test if Socat TCP-L without special options and env accepts IPv6 connections.
# This is a nice-to-have behaviour, it might only work on Linux.
NAME=LISTEN_6
case "$TESTS" in
*%$N%*|*%functions%*|*%ip6%*|*%tcp%*|*%listen%*|*%socket%*|*%$NAME%*)
TEST="$NAME: TCP-L with -0 accepts IPv6"
# Start a listener with TCP-L, check if TCP6-CONNECT succeeds
if ! eval $NUMCOND; then :
elif [ -z "$opt0" -a $SOCAT_VERSION != 1.8.0.0 ]; then
$PRINTF "test $F_n $TEST... ${YELLOW}Option -0 not available${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
elif ! cond=$(checkconds \
"" \
"" \
"" \
"IP6 TCP LISTEN FILE" \
"TCP-LISTEN TCP6-CONNECT FILE" \
"" \
"tcp6" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp6
CMD0="$TRACE $SOCAT $opts -u $opt0 TCP-LISTEN:$PORT,ai-addrconfig=0 FILE:/dev/null"
CMD1="$TRACE $SOCAT $opts -u FILE:/dev/null TCP6-CONNECT:$LOCALHOST6:$PORT"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
relsleep 10
$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
fi
fi # NUMCOND
;;
esac
N=$((N+1))
BIN_TIMEOUT=
if type timeout >/dev/null 2>&1; then
BIN_TIMEOUT=timeout
fi
# Test regression in 1.8.0.0 of passive IP addresses without explicit IP version
# with options range and bind using IPv4 addresses
while read ADDR protov IPPORT ACCEPT_TIMEOUT option _; do
if [ -z "$ADDR" ] || [[ "$ADDR" == \#* ]]; then continue; fi
[ "$ACCEPT_TIMEOUT" = "." ] && ACCEPT_TIMEOUT=""
FEATS=
case "$ADDR" in *-LISTEN|*-L) FEATS=LISTEN ;; esac
ADDR_="$(echo $ADDR |tr - _)"
PROTO="${ADDR%%-*}"
proto=$(tolower $PROTO)
OPTION=$(toupper $option)
FEATS="$FEATS $PROTO"
case "$PROTO" in OPENSSL*|SSL*) PROTO=TCP ;; esac
OPTKW="${OPTION%%=**}"
#
NAME="$(echo "V1800_${ADDR_}_${OPTION%%=*}" |sed 's/:[.0-8]*//')"
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%$protov%*|*$proto%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test regression of $ADDR with IPv4 $OPTKW"
# Start a command with the given address and use bind or range with IPv4
# address, terminate immediately. When no error occurs the test succeeded.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"$([ $IPPORT = PROTO ] && echo root)" \
"" \
"$FEATS IP4 PIPE" \
"$ADDR PIPE" \
"${option%%=*}" \
"$(tolower $PROTO)4 $(tolower $PROTO)6" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
case X$IPPORT in
XPORT) newport $(tolower $PROTO); _PORT=$PORT ;;
XPROTO) echo "IPPROTO=\"$IPPROTO\""
_PORT=$IPPROTO ;;
esac
CMD0="$TRACE $SOCAT $opts ${ADDR}:$_PORT,$option,$ACCEPT_TIMEOUT PIPE"
printf "test $F_n $TEST... " $N
if [ -z "$ACCEPT_TIMEOUT" ] && [ -z "$BIN_TIMEOUT" ]; then
$PRINTF "$CANT (would block)\n"
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
if [ "$BIN_TIMEOUT" ]; then
$BIN_TIMEOUT 0.1 $CMD0 >/dev/null 2>"${te}0"
else
$CMD0 >/dev/null 2>"${te}0"
fi
rc0=$?
# rc0=124 is SIGALRM from timeout, is success
if [ "$rc0" -ne 0 -a "$rc0" -ne 124 ]; then
$PRINTF "$FAILED (rc0=$rc0)\n"
echo "$CMD0 &"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # not would block
fi # NUMCOND
;;
esac
N=$((N+1))
done <<<"
TCP-LISTEN tcp4 PORT accept-timeout=0.001 range=localhost:255.255.255.255
TCP-LISTEN tcp4 PORT accept-timeout=0.001 bind=127.0.0.1 # works
SCTP-LISTEN sctp4 PORT accept-timeout=0.001 range=localhost:255.255.255.255
SCTP-LISTEN sctp4 PORT accept-timeout=0.001 bind=127.0.0.1 # works
DCCP-LISTEN dccp4 PORT accept-timeout=0.001 range=localhost:255.255.255.255
DCCP-LISTEN dccp4 PORT accept-timeout=0.001 bind=127.0.0.1 # works
OPENSSL-LISTEN tcp4 PORT accept-timeout=0.001 range=localhost:255.255.255.255
OPENSSL-LISTEN tcp4 PORT accept-timeout=0.001 bind=127.0.0.1 # works
UDP-LISTEN udp4 PORT . range=127.0.0.1/8
UDP-LISTEN udp4 PORT . bind=127.0.0.1
UDP-RECVFROM udp4 PORT . range=127.0.0.1/8
UDP-RECVFROM udp4 PORT . bind=127.0.0.1
UDPLITE-LISTEN udplite4 PORT . range=127.0.0.1/8
UDPLITE-LISTEN udplite4 PORT . bind=127.0.0.1
UDPLITE-RECVFROM udplite4 PORT . range=127.0.0.1/8
UDPLITE-RECVFROM udplite4 PORT . bind=127.0.0.1
UDP-DATAGRAM:1.2.3.4 udp4 PORT . range=127.0.0.1/8
UDP-DATAGRAM:1.2.3.4 udp4 PORT . bind=127.0.0.1
UDPLITE-DATAGRAM:1.2.3.4 udplite4 PORT . range=127.0.0.1/8
UDPLITE-DATAGRAM:1.2.3.4 udplite4 PORT . bind=127.0.0.1
IP-DATAGRAM:1.2.3.4 ip4 PROTO . range=127.0.0.1/8
IP-DATAGRAM:1.2.3.4 ip4 PROTO . bind=127.0.0.1
"
# Test if datagram SENDTO to a server name that resolves to IPv6 first and IPv4
# as second address, binding to an IPv4 address, uses IPv4
# This failed in Socat 1.8.0.0
while read ADDR protov IPPORT _; do
if [ -z "$ADDR" ] || [[ "$ADDR" == \#* ]]; then continue; fi
FEATS=
ADDR_="$(echo $ADDR |tr - _)" # UDP_SENDTO
PROTO="${ADDR%%-*}" # UDP
proto=$(tolower $PROTO) # udp
FEATS="$FEATS $PROTO"
NAME="$(echo "V1800_${ADDR_}_RESOLV_6_4" |sed 's/:[.0-8]*//')"
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%$protov%*|*%$proto%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test regression of $ADDR with IPv6,4 and binding to IPv4"
# Start a SENDTO command to (internal) test name localhost-6-4.dest-unreach.net
# and bind to an IPv4 address, and terminate immediately.
# When no error occurs the test succeeded.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"$([ $IPPORT = PROTO ] && echo root)" \
"" \
"$FEATS DEVTESTS IP4" \
"$ADDR GOPEN" \
"bind" \
"$protov" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
case X$IPPORT in
XPORT) newport $(tolower $PROTO); _PORT=$PORT ;;
XPROTO) echo "IPPROTO=\"$IPPROTO\""
_PORT=$IPPROTO ;;
esac
CMD0="$TRACE $SOCAT $opts -u /dev/null $ADDR:localhost-6-4.dest-unreach.net:$_PORT,bind=127.0.0.1"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" </dev/null
rc0=$?
if [ "$rc0" -ne 0 ]; then
$PRINTF "$FAILED (rc0=$rc0)\n"
echo "$CMD0"
cat "${te}0" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
done <<<"
UDP-SENDTO udp4 PORT
UDPLITE-SENDTO udplite4 PORT
IP-SENDTO ip4 PROTO
"
# Test if CONNECT to a server name that resolves to IPv6 first and IPv4
# as second address, when binding to an IPv4 address, uses IPv4
# This failed in Socat 1.8.0.0
while read ADDR protov IPPORT _; do
if [ -z "$ADDR" ] || [[ "$ADDR" == \#* ]]; then continue; fi
FEATS=
ADDR_="$(echo $ADDR |tr - _)" # TCP_CONNECT
PROTO="${ADDR%%[-:]*}" # TCP
proto=$(tolower $PROTO) # tcp
FEATS="$FEATS $PROTO"
NAME="$(echo "V1800_${ADDR_}_CONNECT_6_4" |sed 's/:[.0-8]*//')"
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%ip4%*|*%$protov%*|*%$proto%*|*%socket%*|*%$NAME%*)
TEST="$NAME: test regression of $ADDR with IPv6,4 and binding to IPv4"
# Run an appropriate server address in background.
# Start a CONNECT command to (internal) test name localhost-6-4.dest-unreach.net
# and bind to an IPv4 address, connect, terminate immediately.
# When no error occurs the test succeeded.
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"" \
"$FEATS DEVTESTS IP4" \
"$ADDR GOPEN" \
"bind" \
"$protov" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
case X$IPPORT in
XPORT) newport $(tolower $PROTO); _PORT=$PORT ;;
XPROTO) echo "IPPROTO=\"$IPPROTO\""
_PORT=$IPPROTO ;;
esac
CMD0="$TRACE $SOCAT $opts ${ADDR%%-*}-LISTEN:$_PORT,pf=ip4 PIPE"
CMD1="$TRACE $SOCAT $opts /dev/null $ADDR:localhost-6-4.dest-unreach.net:$_PORT,bind=127.0.0.1"
printf "test $F_n $TEST... " $N
$CMD0 2>"${te}0" </dev/null &
pid0=$!
wait${protov}port $PORT 1
$CMD1 2>"${te}1" </dev/null
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
PORT=$((PORT+1))
N=$((N+1))
done <<<"
TCP-CONNECT tcp4 PORT
SCTP-CONNECT sctp4 PORT
DCCP-CONNECT dccp4 PORT
#PENSSL tcp4 PORT
#OCKS4:127.0.0.1 tcp4 PORT
#OCKS4A:127.0.0.1 tcp4 PORT
#OCKS5:127.0.0.1:1080 tcp4 PORT
#ROXY::127.0.0.1 tcp4 PORT
"
# Test the readline.sh file overwrite vulnerability
NAME=READLINE_SH_OVERWRITE
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%readline%*|*%security%*|*%$NAME%*)
TEST="$NAME: Test the readline.sh file overwrite vulnerability"
# Create a symlink /tmp/$USER/stderr2 pointing to a temporary file,
# run readline.sh
# When the temporary file is kept the test succeeded
if ! eval $NUMCOND; then :
elif ! cond=$(checkconds \
"" \
"" \
"readline.sh" \
"" \
"" \
"" \
"" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.file"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
echo "$da" >"$tf"
ln -sf "$tf" /tmp/$USER/stderr2
CMD0="readline.sh cat"
printf "test $F_n $TEST... " $N
$CMD0 </dev/null >/dev/null 2>"${te}0"
rc0=$?
# if [ "$rc0" -ne 0 ]; then
# $PRINTF "$CANT (rc0=$rc0)\n"
# echo "$CMD0"
# cat "${te}0" >&2
# numCANT=$((numCANT+1))
# listCANT="$listCANT $N"
# namesCANT="$namesCANT $NAME"
# elif ! echo "$da" |diff - "$tf" >$tdiff; then
if ! echo "$da" |diff - "$tf" >$tdiff; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
# end of common tests
##################################################################################
#=================================================================================
# here come tests that might affect your systems integrity. Put normal tests
# before this paragraph.
# tests must be explicitely selected by roottough or name (not number)
NAME=PTYGROUPLATE
case "$TESTS" in
*%roottough%*|*%$NAME%*)
TEST="$NAME: pty with group-late works on pty"
# up to socat 1.7.1.1 address pty changed the ownership of /dev/ptmx instead of
# the pty with options user-late, group-late, or perm-late.
# here we check for correct behaviour.
# ATTENTION: in case of failure of this test the
# group of /dev/ptmx might be changed!
if ! eval $NUMCOND; then :; else
# save current /dev/ptmx properties
F=
for f in /dev/ptmx /dev/ptc; do
if [ -e $f ]; then
F=$(echo "$f" |tr / ..)
ls -l $f >"$td/test$N.$F.ls-l"
break
fi
done
printf "test $F_n $TEST... " $N
if [ -z "$F" ]; then
echo -e "${YELLOW}no /dev/ptmx or /dev/ptc${NORMAL}"
else
GROUP=daemon
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tl="$td/test$N.pty"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
CMD0="$TRACE $SOCAT $opts pty,link=$tl,group-late=$GROUP,escape=0x1a PIPE"
CMD1="$TRACE $SOCAT $opts - $tl,raw,echo=0"
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
(echo "$da"; relsleep 1; echo -e "\x1a") |$CMD1 >"${tf}1" 2>"${te}1" >"$tf"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ $rc1 -ne 0 ]; then
$PRINTF "$FAILED\n"
echo "$CMD0 &"
echo "$CMD1"
cat "${te}0"
cat "${te}1"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
elif echo "$da" |diff - "$tf" >$tdiff; then
$PRINTF "$OK\n"
numOK=$((numOK+1))
listOK="$listOK $N"
else
$PRINTF "$FAILED\n"
cat "$tdiff"
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
fi
if ! ls -l $f |diff "$td/test$N.$F.ls-l" -; then
$PRINTF "${RED}this test changed properties of $f!${NORMAL}\n"
fi
fi # no /dev/ptmx
fi # NUMCOND
;;
esac
N=$((N+1))
echo "Used temp directory $TD - you might want to remove it after analysis"
echo "Summary: $((N-1)) tests, $((numOK+numFAIL+numCANT)) selected; $numOK ok, $numFAIL failed, $numCANT could not be performed"
set -- $listCANT; while [ "$1" ]; do echo "$1"; shift; done >"$td/cannot.lst"
ln -sf "$td/cannot.lst" .
set -- $listOK; while [ "$1" ]; do echo "$1"; shift; done >"$td/success.lst"
ln -sf "$td/success.lst" .
set -- $listFAIL; while [ "$1" ]; do echo "$1"; shift; done >"$td/failed.lst"
ln -sf "$td/failed.lst" .
sort -n <(cat "$td/success.lst" |while read x; do echo "$x OK"; done) <(cat "$td/cannot.lst" |while read x; do echo "$x CANT"; done) <(cat "$td/failed.lst" |while read x; do echo "$x FAILED"; done) >"$td/result.txt"
ln -sf "$td/result.txt" .
if [ "$numCANT" -gt 0 ]; then
echo "CANT: $listCANT"
fi
if [ "$numFAIL" -gt 0 ]; then
echo "FAILED: $listFAIL"
fi
if [ -z "$OPT_EXPECT_FAIL" ]; then
[ "$numFAIL" -eq 0 ]
exit # with rc from above statement
fi
#set -vx
if [ "$OPT_EXPECT_FAIL" ]; then
diff <(set -- $(echo "$EXPECT_FAIL" |tr ',' ' '); while [ "$1" ]; do echo "$1"; shift; done) "$td/failed.lst" >"$td/failed.diff"
ln -sf "$td/failed.diff" .
#grep "^"
grep "^> " "$td/failed.diff" |awk '{print($2);}' >"$td/failed.unexp"
ln -sf "$td/failed.unexp" .
echo "FAILED unexpected: $(cat "$td/failed.unexp" |xargs echo)"
grep "^< " "$td/failed.diff" |awk '{print($2);}' >"$td/ok.unexp"
ln -sf "$td/ok.unexp" .
echo "OK unexpected: $(cat "$td/ok.unexp" |xargs echo)"
else
touch "$td/failed.diff"
fi
#listFAIL=$(cat "$td/failed.lst" |xargs echo)
#numFAIL="$(wc -l "$td/failed.lst" |awk '{print($1);}')"
! test -s "$td/failed.unexp"
exit
#==============================================================================
rm -f testsrv.* testcli.* testsrvdsa* testsrvfips* testclifips*
# end
# too dangerous - run as root and having a shell problem, it might purge your
# file systems
#rm -r "$td"
# sometimes subprocesses hang; we want to see this
wait
exit
#==============================================================================
# test template
# Give a description of what is tested (a bugfix, a new feature...)
NAME=SHORT_UNIQUE_TESTNAME
case "$TESTS" in
*%$N%*|*%functions%*|*%bugs%*|*%socket%*|*%$NAME%*)
#*%internet%*|*%root%*|*%listen%*|*%fork%*|*%ip4%*|*%tcp4%*|*%bug%*|...
TEST="$NAME: give a one line description of test"
# Describe how the test is performed, and what's the success criteria
if ! eval $NUMCOND; then :
# Remove unneeded checks, adapt lists of the remaining ones
elif ! cond=$(checkconds \
"Linux FreeBSD" \
"root" \
"nslookup" \
"IP4 TCP LISTEN STDIO PIPE" \
"TCP4-LISTEN PIPE STDIN STDOUT TCP4" \
"so-reuseaddr" \
"tcp4" ); then
$PRINTF "test $F_n $TEST... ${YELLOW}$cond${NORMAL}\n" $N
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
namesCANT="$namesCANT $NAME"
else
tf="$td/test$N.stdout"
te="$td/test$N.stderr"
tdiff="$td/test$N.diff"
da="test$N $(date) $RANDOM"
newport tcp4 # or whatever proto, or drop this line
CMD0="$TRACE $SOCAT $opts server-address PIPE"
CMD1="$TRACE $SOCAT $opts - client-address"
printf "test $F_n $TEST... " $N
$CMD0 >/dev/null 2>"${te}0" &
pid0=$!
wait<something>port $PORT 1
#relsleep 1 # if no matching wait*port function
echo "$da" |$CMD1 >"${tf}1" 2>"${te}1"
rc1=$?
kill $pid0 2>/dev/null; wait
if [ "$rc1" -ne 0 ]; then
$PRINTF "$FAILED (rc1=$rc1)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif ! echo "$da" |diff - "${tf}1" >$tdiff; then
$PRINTF "$FAILED (diff)\n"
echo "$CMD0 &"
cat "${te}0" >&2
echo "$CMD1"
cat "${te}1" >&2
echo "// diff:" >&2
cat "$tdiff" >&2
numFAIL=$((numFAIL+1))
listFAIL="$listFAIL $N"
namesFAIL="$namesFAIL $NAME"
elif [ ??? ]; then
# The test could not run meaningfully
$PRINTF "$CANT\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numCANT=$((numCANT+1))
listCANT="$listCANT $N"
else
$PRINTF "$OK\n"
if [ "$VERBOSE" ]; then echo "$CMD0 &"; fi
if [ "$DEBUG" ]; then cat "${te}0" >&2; fi
if [ "$VERBOSE" ]; then echo "$CMD1"; fi
if [ "$DEBUG" ]; then cat "${te}1" >&2; fi
numOK=$((numOK+1))
listOK="$listOK $N"
fi
fi # NUMCOND
;;
esac
N=$((N+1))
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