ligang/vpp
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
vpp/test/scripts/socket_test.sh
Dave Wallace 03dd90adfe VCL: add TLS opt to socket_test.sh 
- add TLS transport opt to socket_test.sh
- resolve clash in vcl_test* args with
  socket_test.sh opts

Change-Id: I952d5b64942664bc3af1098f67445e0f4b93ab32
Signed-off-by: Dave Wallace <dwallacelf@gmail.com>
2019-03-25 19:34:50 -04:00

1013 lines
37 KiB
Bash
Executable File
Raw Blame History

#! /bin/bash
#
# socket_test.sh -- script to run socket tests.
#
script_dir="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
vpp_dir="$WS_ROOT/build-root/build-vpp-native/vpp/bin/"
vpp_debug_dir="$WS_ROOT/build-root/build-vpp_debug-native/vpp/bin/"
vpp_shm_dir="/dev/shm/"
vpp_run_dir="/run/vpp"
lib_dir="$WS_ROOT/build-root/install-vpp-native/vpp/lib/"
lib_debug_dir="$WS_ROOT/build-root/install-vpp_debug-native/vpp/lib/"
dpdk_devbind="$WS_ROOT/extras/vpp_config/scripts/dpdk-devbind.py"
docker_vpp_dir="/vpp/"
docker_app_dir="/vpp/"
docker_lib_dir="/vpp-lib/"
docker_os="ubuntu"
vcl_ldpreload_lib="libvcl_ldpreload.so"
user_gid="$(id -g)"
vpp_app="vpp"
sock_srvr_app="sock_test_server"
sock_clnt_app="sock_test_client"
sock_srvr_addr="127.0.0.1"
sock_srvr_port="22000"
iperf_srvr_app="iperf3 -V4d -s"
iperf_clnt_app="iperf3 -V4d -c \$srvr_addr"
gdb_in_emacs="gdb_in_emacs"
vcl_config="vcl.conf"
vcl_config_dir="$WS_ROOT/src/vcl/"
docker_vcl_config_dir="/etc/vpp/"
xterm_geom="100x60"
bash_header="#! /bin/bash"
tmp_cmdfile_prefix="/tmp/socket_test_cmd"
cmd1_file="${tmp_cmdfile_prefix}1.$$"
cmd2_file="${tmp_cmdfile_prefix}2.$$"
cmd3_file="${tmp_cmdfile_prefix}3.$$"
vpp_eth_name="enp0s8"
tmp_vpp_exec_file="/tmp/vpp_config.$$"
tmp_gdb_cmdfile_prefix="/tmp/gdb_cmdfile"
def_gdb_cmdfile_prefix="$WS_ROOT/extras/gdb/gdb_cmdfile"
tmp_gdb_cmdfile_vpp="${tmp_gdb_cmdfile_prefix}_vpp.$$"
tmp_gdb_cmdfile_client="${tmp_gdb_cmdfile_prefix}_vcl_client.$$"
tmp_gdb_cmdfile_server="${tmp_gdb_cmdfile_prefix}_vcl_server.$$"
get_docker_server_ip4addr='srvr_addr=$(docker network inspect bridge | grep IPv4Address | awk -e '\''{print $2}'\'' | sed -e '\''s,/16,,'\'' -e '\''s,",,g'\'' -e '\''s/,//'\'')'
#' single quote to fix the confused emacs colorizer.
trap_signals="SIGINT SIGTERM EXIT"
# Set default values for imported environment variables if they don't exist.
#
VPP_GDB_CMDFILE="${VPP_GDB_CMDFILE:-${def_gdb_cmdfile_prefix}.vpp}"
VPPCOM_CLIENT_GDB_CMDFILE="${VPPCOM_CLIENT_GDB_CMDFILE:-${def_gdb_cmdfile_prefix}.vppcom_client}"
VPPCOM_SERVER_GDB_CMDFILE="${VPPCOM_SERVER_GDB_CMDFILE:-${def_gdb_cmdfile_prefix}.vppcom_server}"
usage() {
cat <<EOF
Usage: socket_test.sh OPTIONS TEST
TESTS:
nk, native-kernel Run server & client on host using kernel.
nv, native-vcl Run vpp, server & client on host using VppComLib.
np, native-preload Run vpp, server & client on host using LD_PRELOAD.
dk, docker-kernel Run server & client in docker using kernel stack.
dv, docker-vcl Run vpp on host, server & client in docker using VppComLib.
dp, docker-preload Run vpp on host, server & client in docker using LD_PRELOAD.
OPTIONS:
-h Print this usage text.
-l Leave ${tmp_cmdfile_prefix}* files after test run.
-b Run bash after application exit.
-d Run the vpp_debug version of all apps.
-c Set VCL_CONFIG to use the vcl_test.conf file.
-i Run iperf3 for client/server app in native tests.
-n Name of ethernet for VPP to use in multi-host cfg.
-f Full thru host stack vpp configuration.
-m c[lient] Run client in multi-host cfg (server on remote host)
s[erver] Run server in multi-host cfg (client on remote host)
-e a[ll] Run all in emacs+gdb.
c[lient] Run client in emacs+gdb.
s[erver] Run server in emacs+gdb.
v[pp] Run vpp in emacs+gdb.
-g a[ll] Run all in gdb.
c[lient] Run client in gdb.
s[erver] Run server in gdb.
v[pp] Run vpp in gdb.
-t Use tabs in one xterm if available (e.g. xfce4-terminal).
OPTIONS passed to client/server:
-6 Use IPv6.
-D Use UDP as the transport.
-L Use TLS as the transport.
-S <ip address> Server IP address.
-P <server port> Server Port number.
-E <data> Run Echo test.
-N <num-writes> Test Cfg: number of writes.
-R <rxbuf-size> Test Cfg: rx buffer size.
-T <txbuf-size> Test Cfg: tx buffer size.
-U Run Uni-directional test.
-B Run Bi-directional test.
-I <num-tst-socks> Send data over multiple test sockets in parallel.
-V Test Cfg: Verbose mode.
-X Exit client/server after running test.
Environment variables:
VCL_CONFIG Pathname of vppcom configuration file.
VPP_GDB_CMDFILE Pathname of gdb command file for vpp.
VPPCOM_CLIENT_GDB_CMDFILE Pathname of gdb command file for client.
VPPCOM_SERVER_GDB_CMDFILE Pathname of gdb command file for server.
EOF
exit 1
}
declare -i emacs_vpp=0
declare -i emacs_client=0
declare -i emacs_server=0
declare -i gdb_vpp=0
declare -i gdb_client=0
declare -i gdb_server=0
declare -i perf_vpp=0
declare -i perf_client=0
declare -i perf_server=0
declare -i leave_tmp_files=0
declare -i bash_after_exit=0
declare -i iperf3=0
declare -i use_ipv6=0
while getopts ":hitlbcd6fn:m:e:g:p:E:I:N:P:R:S:T:UBVXDL" opt; do
case $opt in
h) usage ;;
l) leave_tmp_files=1
;;
b) bash_after_exit=1
;;
i) iperf3=1
;;
6) use_ipv6=1
sock_srvr_addr="::1"
sock_clnt_options="$sock_clnt_options -$opt"
sock_srvr_options="$sock_srvr_options -$opt"
;;
f) full_thru_host_stack_vpp_cfg=1
;;
t) xterm_geom="180x40"
use_tabs="true"
;;
c) VCL_CONFIG="${vcl_config_dir}vcl_test.conf"
;;
d) title_dbg="-DEBUG"
vpp_dir=$vpp_debug_dir
lib_dir=$lib_debug_dir
;;
e) if [ $OPTARG = "a" ] || [ $OPTARG = "all" ] ; then
emacs_client=1
emacs_server=1
emacs_vpp=1
elif [ $OPTARG = "c" ] || [ $OPTARG = "client" ] ; then
emacs_client=1
elif [ $OPTARG = "s" ] || [ $OPTARG = "server" ] ; then
emacs_server=1
elif [ $OPTARG = "v" ] || [ $OPTARG = "vpp" ] ; then
emacs_vpp=1
else
echo "ERROR: Option -e unknown argument \'$OPTARG\'" >&2
usage
fi
title_dbg="-DEBUG"
vpp_dir=$vpp_debug_dir
lib_dir=$lib_debug_dir
;;
n) vpp_eth_name="$OPTARG"
;;
m) if [ $OPTARG = "c" ] || [ $OPTARG = "client" ] ; then
multi_host="client"
elif [ $OPTARG = "s" ] || [ $OPTARG = "server" ] ; then
multi_host="server"
else
echo "ERROR: Option -e unknown argument \'$OPTARG\'" >&2
usage
fi
;;
g) if [ $OPTARG = "a" ] || [ $OPTARG = "all" ] ; then
gdb_client=1
gdb_server=1
gdb_vpp=1
elif [ $OPTARG = "c" ] || [ $OPTARG = "client" ] ; then
gdb_client=1
elif [ $OPTARG = "s" ] || [ $OPTARG = "server" ] ; then
gdb_server=1
elif [ $OPTARG = "v" ] || [ $OPTARG = "vpp" ] ; then
gdb_vpp=1
else
echo "ERROR: Option -g unknown argument \'$OPTARG\'" >&2
usage
fi
;;
p) if [ $OPTARG = "a" ] || [ $OPTARG = "all" ] ; then
perf_client=1
perf_server=1
perf_vpp=1
elif [ $OPTARG = "c" ] || [ $OPTARG = "client" ] ; then
perf_client=1
elif [ $OPTARG = "s" ] || [ $OPTARG = "server" ] ; then
perf_server=1
elif [ $OPTARG = "v" ] || [ $OPTARG = "vpp" ] ; then
perf_vpp=1
else
echo "ERROR: Option -p unknown argument \'$OPTARG\'" >&2
usage
fi
echo "WARNING: -p options TBD"
;;
S) sock_srvr_addr="$OPTARG"
;;
P) sock_srvr_port="$OPTARG"
;;
D|L) sock_clnt_options="$sock_clnt_options -$opt"
sock_srvr_options="$sock_srvr_options -$opt"
;;
E|I|N|R|T) sock_clnt_options="$sock_clnt_options -$opt \"$OPTARG\""
;;
U|B|V|X) sock_clnt_options="$sock_clnt_options -$opt"
;;
\?)
echo "ERROR: Invalid option: -$OPTARG" >&2
usage
;;
:)
echo "ERROR: Option -$OPTARG requires an argument." >&2
usage
;;
esac
done
shift $(( $OPTIND-1 ))
while ! [[ $run_test ]] && (( $# > 0 )) ; do
case $1 in
"nk" | "native-kernel")
run_test="native_kernel" ;;
"np" | "native-preload")
run_test="native_preload" ;;
"nv" | "native-vcl")
sock_srvr_app="vcl_test_server"
sock_clnt_app="vcl_test_client"
run_test="native_vcl" ;;
"dk" | "docker-kernel")
run_test="docker_kernel" ;;
"dp" | "docker-preload")
run_test="docker_preload" ;;
"dv" | "docker-vcl")
sock_srvr_app="vcl_test_server"
sock_clnt_app="vcl_test_client"
run_test="docker_vcl" ;;
*)
echo "ERROR: Unknown option '$1'!" >&2
usage ;;
esac
shift
done
if [ -z "$VCL_DEBUG" ] ; then
if [ "$title_dbg" = "-DEBUG" ] ; then
VCL_DEBUG=1
else
VCL_DEBUG=0
fi
fi
VCL_LDPRELOAD_LIB_DIR="${VCL_LDPRELOAD_LIB_DIR:-$lib_dir}"
if [ -z "$WS_ROOT" ] ; then
echo "ERROR: WS_ROOT environment variable not set!" >&2
echo " Please set WS_ROOT to VPP workspace root directory." >&2
exit 1
fi
if [ ! -d $vpp_dir ] ; then
if [ -z "$title_dbg" ] ; then
(cd $WS_ROOT; make build-release)
else
(cd $WS_ROOT; make build)
fi
fi
if [ ! -d $vpp_dir ] ; then
echo "ERROR: Missing VPP$title_dbg bin directory!" >&2
echo " $vpp_dir" >&2
env_test_failed="true"
fi
if [[ $run_test =~ .*"_preload" ]] ; then
if [ ! -d $lib_dir ] ; then
echo "ERROR: Missing VPP$title_dbg lib directory!" >&2
echo " $lib_dir" >&2
elif [ ! -d $VCL_LDPRELOAD_LIB_DIR ] ; then
echo "ERROR: Missing VCL LD_PRELOAD Library directory!" >&2
echo " $VCL_LDPRELOAD_LIB_DIR" >&2
env_test_failed="true"
elif [ ! -f $VCL_LDPRELOAD_LIB_DIR/$vcl_ldpreload_lib ] ; then
echo "ERROR: Missing VCL LD_PRELOAD library!" >&2
echo " $VCL_LDPRELOAD_LIB_DIR/$vcl_ldpreload_lib" >&2
env_test_failed="true"
fi
fi
if [ ! -f $vpp_dir$vpp_app ] ; then
echo "ERROR: Missing VPP$title_dbg Application!" >&2
echo " $vpp_dir$vpp_app" >&2
env_test_failed="true"
fi
if [ ! -f $vpp_dir$sock_srvr_app ] && [ ! $iperf3 -eq 1 ] ; then
echo "ERROR: Missing SERVER$title_dbg Socket Server Application!" >&2
echo " $vpp_dir$sock_srvr_app" >&2
env_test_failed="true"
fi
if [ ! -f $vpp_dir$sock_clnt_app ] && [ ! $iperf3 -eq 1 ] ; then
echo "ERROR: Missing CLIENT$title_dbg Socket Client Application!" >&2
echo " $vpp_dir$sock_clnt_app" >&2
env_test_failed="true"
fi
if [[ $run_test =~ "docker_".* ]] ; then
if [ $emacs_client -eq 1 ] || [ $emacs_server -eq 1 ] || [ $gdb_client -eq 1 ] || [ $gdb_server -eq 1 ] ; then
echo "WARNING: gdb is not currently supported in docker."
echo " Ignoring client/server gdb options."
emacs_client=0
emacs_server=0
gdb_client=0
gdb_server=0
fi
fi
if [[ $run_test =~ .*"_vcl" ]] && [ $iperf3 -eq 1 ] ; then
echo "ERROR: Invalid option 'i' for test $run_test!"
echo " iperf3 is not compiled with the VCL library."
env_test_failed="true"
fi
if [ -n "$multi_host"] && [ ! -f "$dpdk_devbind" ] ; then
echo "ERROR: Can't find dpdk-devbind.py!"
echo " Run \"cd \$WS_ROOT; make install-ext-deps\" to install it."
echo
env_test_failed="true"
fi
if [ -n "$full_thru_host_stack_vpp_cfg" ] && [ -n "$multi_host" ] ; then
echo "ERROR: Invalid options, cannot specify both \"-f\" and \"-m $multi_host\"!"
echo
env_test_failed="true"
fi
if [ -n "$env_test_failed" ] ; then
exit 1
fi
if [ -f "$VCL_CONFIG" ] ; then
vcl_config="$(basename $VCL_CONFIG)"
vcl_config_dir="$(dirname $VCL_CONFIG)/"
api_prefix="$(egrep -s '^\s*api-prefix \w+' $VCL_CONFIG | tail -1 | awk -e '{print $2}')"
if [ -n "$api_prefix" ] ; then
api_segment=" api-segment { gid $user_gid prefix $api_prefix }"
fi
fi
if [ -n "$VCL_APP_NAMESPACE_ID" ] && [ -n "$VCL_APP_NAMESPACE_SECRET" ] ; then
namespace_id="$VCL_APP_NAMESPACE_ID"
namespace_secret="$VCL_APP_NAMESPACE_SECRET"
fi
if [ -z "$api_segment" ] ; then
api_segment=" api-segment { gid $user_gid }"
fi
vpp_args="unix { interactive full-coredump coredump-size unlimited exec $tmp_vpp_exec_file}${api_segment}"
if [ $iperf3 -eq 1 ] ; then
app_dir="$(dirname $(which iperf3))/"
srvr_app=$iperf_srvr_app
clnt_app=$iperf_clnt_app
if [[ $run_test =~ "docker_".* ]] ; then
unset -v app_dir
sock_srvr_port=5201
docker_app_dir="networkstatic/"
unset -v docker_os
fi
else
app_dir="$vpp_dir"
srvr_app="$sock_srvr_app${sock_srvr_options} $sock_srvr_port"
clnt_app="$sock_clnt_app${sock_clnt_options} \$srvr_addr $sock_srvr_port"
fi
verify_no_vpp() {
local grep_for_vpp="ps -eaf|grep -v grep|grep \"bin/vpp\""
if [ -n "$api_prefix" ] ; then
grep_for_vpp="$grep_for_vpp|grep \"prefix $api_prefix\""
fi
local running_vpp="$(eval $grep_for_vpp)"
if [ -n "$running_vpp" ] ; then
echo "ERROR: Please kill the following vpp instance(s):"
echo
echo $running_vpp
echo
exit 1
fi
clean_devshm="$vpp_shm_dir*db $vpp_shm_dir*global_vm $vpp_shm_dir*vpe-api $vpp_shm_dir[0-9]*-[0-9]* $vpp_shm_dir*:segment[0-9]*"
sudo rm -f $clean_devshm
devshm_files="$(ls -l $clean_devshm 2>/dev/null | grep $(whoami))"
if [ "$devshm_files" != "" ] ; then
echo "ERROR: Please remove the following $vpp_shm_dir files:"
for file in "$devshm_files" ; do
echo " $file"
done
exit 1
fi
if [ ! -d "$vpp_run_dir" ] ; then
sudo mkdir $vpp_run_dir
sudo chown root:$USER $vpp_run_dir
fi
if [ $use_ipv6 -eq 0 ] && [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
sock_srvr_table=0
sock_srvr_addr=172.16.1.1
sock_client_table=1
sock_client_addr=172.16.2.1
client_namespace_id="1"
client_namespace_secret="5678"
server_namespace_id="0"
server_namespace_secret="1234"
cat <<EOF >> $tmp_vpp_exec_file
session enable
create loop inter
create loop inter
set inter state loop0 up
set inter ip table loop0 $sock_srvr_table
set inter ip address loop0 $sock_srvr_addr/24
set inter state loop1 up
set inter ip table loop1 $sock_client_table
set inter ip address loop1 $sock_client_addr/24
app ns add id 0 secret 1234 sw_if_index 1
app ns add id 1 secret 5678 sw_if_index 2
ip route add $sock_srvr_addr/32 table $sock_client_table via lookup in table $sock_srvr_table
ip route add $sock_client_addr/32 table $sock_srvr_table via lookup in table $sock_client_table
EOF
elif [ $use_ipv6 -eq 1 ] && [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
sock_srvr_table=1
sock_srvr_addr=fd01:1::1
sock_client_table=2
sock_client_addr=fd01:2::1
client_namespace_id="1"
client_namespace_secret="5678"
server_namespace_id="0"
server_namespace_secret="1234"
cat <<EOF >> $tmp_vpp_exec_file
session enable
create loop inter
create loop inter
set inter state loop0 up
set inter ip6 table loop0 $sock_srvr_table
set inter ip address loop0 $sock_srvr_addr/64
set inter state loop1 up
set inter ip6 table loop1 $sock_client_table
set inter ip address loop1 $sock_client_addr/64
app ns add id 0 secret 1234 sw_if_index 1
app ns add id 1 secret 5678 sw_if_index 2
ip route add $sock_srvr_addr/128 table $sock_client_table via lookup in table $sock_srvr_table
ip route add $sock_client_addr/128 table $sock_srvr_table via lookup in table $sock_client_table
EOF
elif [ -n "$multi_host" ] ; then
vpp_eth_pci_id="$(ls -ld /sys/class/net/$vpp_eth_name/device | awk '{print $11}' | cut -d/ -f4)"
if [ -z "$vpp_eth_pci_id" ] ; then
echo "ERROR: Missing ethernet interface $vpp_eth_name!"
usage
fi
printf -v bus "%x" "0x$(echo $vpp_eth_pci_id | cut -d: -f2)"
printf -v slot "%x" "0x$(echo $vpp_eth_pci_id | cut -d: -f3 | cut -d. -f1)"
printf -v func "%x" "0x$(echo $vpp_eth_pci_id | cut -d. -f2)"
vpp_eth_kernel_driver="$(basename $(ls -l /sys/bus/pci/devices/$vpp_eth_pci_id/driver | awk '{print $11}'))"
if [ -z "$vpp_eth_kernel_driver" ] ; then
echo "ERROR: Missing kernel driver for $vpp_eth_name!"
usage
fi
case $vpp_eth_kernel_driver in
e1000)
vpp_eth_ifname="GigabitEthernet$bus/$slot/$func" ;;
ixgbe)
vpp_eth_ifname="TenGigabitEthernet$bus/$slot/$func" ;;
i40e)
vpp_eth_ifname="FortyGigabitEthernet$bus/$slot/$func" ;;
*)
echo "ERROR: Unknown ethernet kernel driver $vpp_eth_kernel_driver!"
usage ;;
esac
vpp_eth_ip4_addr="$(ip -4 -br addr show $vpp_eth_name | awk '{print $3}')"
if [ -z "$vpp_eth_ip4_addr" ] ; then
if [ "$multi_host" = "server" ] ; then
vpp_eth_ip4_addr="10.10.10.10/24"
else
vpp_eth_ip4_addr="10.10.10.11/24"
fi
fi
if [ $use_ipv6 -eq 1 ] && [ -z "$vpp_eth_ip6_addr" ] ; then
echo "ERROR: No inet6 address configured for $vpp_eth_name!"
usage
fi
vpp_args="$vpp_args plugins { path ${lib_dir}vpp_plugins } dpdk { dev $vpp_eth_pci_id }"
sudo ifconfig $vpp_eth_name down 2> /dev/null
echo "Configuring VPP to use $vpp_eth_name ($vpp_eth_pci_id), inet addr $vpp_eth_ip4_addr"
cat <<EOF >> $tmp_vpp_exec_file
set int state $vpp_eth_ifname up
set int ip addr $vpp_eth_ifname $vpp_eth_ip4_addr
EOF
fi
if [ -z "$full_thru_host_stack_vpp_cfg" ] && [ -n "$namespace_id" ] ; then
cat <<EOF >> $tmp_vpp_exec_file
session enable
app ns add id $namespace_id secret $namespace_secret sw_if_index 0
EOF
fi
cat <<EOF >> $tmp_vpp_exec_file
create tap id 0
set int ip addr tap0 172.17.0.2/24
show version
show version verbose
show cpu
show int
EOF
}
verify_no_docker_containers() {
if (( $(which docker | wc -l) < 1 )) ; then
echo "ERROR: docker is not installed!"
echo "See https://docs.docker.com/engine/installation/linux/ubuntu/"
echo " or https://docs.docker.com/engine/installation/linux/centos/"
exit 1
fi
if (( $(docker ps | wc -l) > 1 )) ; then
echo "ERROR: Run the following to kill all docker containers:"
echo "docker kill \$(docker ps -q)"
echo
docker ps
exit 1
fi
}
set_pre_cmd() {
# arguments
# $1 : emacs flag
# $2 : gdb flag
# $3 : optional LD_PRELOAD library pathname
local -i emacs=$1
local -i gdb=$2
if [ $emacs -eq 1 ] ; then
write_gdb_cmdfile $tmp_gdb_cmdfile $gdb_cmdfile $emacs $3
pre_cmd="$gdb_in_emacs "
elif [ $gdb -eq 1 ] ; then
write_gdb_cmdfile $tmp_gdb_cmdfile $gdb_cmdfile $emacs $3
pre_cmd="gdb -x $tmp_gdb_cmdfile --args "
elif [ -z $3 ] ; then
unset -v pre_cmd
else
docker_ld_preload="-e LD_PRELOAD=$3 "
pre_cmd="LD_PRELOAD=$3 "
fi
}
write_script_header() {
# arguments
# $1 : command script file
# $2 : gdb command file
# $3 : title
# $4 : optional command string (typically "sleep 2")
echo "$bash_header" > $1
echo -e "#\n# $1 generated on $(date)\n#" >> $1
if [ $leave_tmp_files -eq 0 ] ; then
if [ -n "$multi_host" ] ; then
echo "trap \"rm -f $1 $2 $tmp_vpp_exec_file; sudo $dpdk_devbind -b $vpp_eth_kernel_driver $vpp_eth_pci_id; sudo ifconfig $vpp_eth_name up\" $trap_signals" >> $1
else
echo "trap \"rm -f $1 $2 $tmp_vpp_exec_file\" $trap_signals" >> $1
fi
fi
if [ -n "$VCL_CONFIG" ] ; then
echo "export VCL_CONFIG=${vcl_config_dir}${vcl_config}" >> $1
fi
if [ -n "$VCL_API_PREFIX" ] ; then
echo "export VCL_API_PREFIX=$VCL_API_PREFIX" >> $1
fi
if [ -n "$VCL_DEBUG" ] ; then
echo "export VCL_DEBUG=$VCL_DEBUG" >> $1
fi
if [ -n "$LDP_DEBUG" ] ; then
echo "export LDP_DEBUG=$LDP_DEBUG" >> $1
fi
if [ -n "$VCOM_APP_NAME" ] ; then
echo "export VCOM_APP_NAME=$VCOM_APP_NAME" >> $1
fi
if [ -n "$VCOM_SID_BIT" ] ; then
echo "export VCOM_SID_BIT=$VCOM_SID_BIT" >> $1
fi
if [ -n "$namespace_id" ] ; then
echo "export VCL_APP_NAMESPACE_ID=\"$namespace_id\"" >> $1
echo "export VCL_APP_NAMESPACE_SECRET=\"$namespace_secret\"" >> $1
fi
if [ -n "$VCL_APP_SCOPE_LOCAL" ] || [ -z "$multi_host" ] &&
[ -z "$full_thru_host_stack_vpp_cfg" ] ; then
echo "export VCL_APP_SCOPE_LOCAL=true" >> $1
fi
if [ -n "$VCL_APP_SCOPE_GLOBAL" ] || [ -n "$multi_host" ] ||
[ -n "$full_thru_host_stack_vpp_cfg" ] ; then
echo "export VCL_APP_SCOPE_GLOBAL=true" >> $1
fi
if [ -n "$VCL_APP_PROXY_TRANSPORT_TCP" ] ; then
echo "export VCL_APP_PROXY_TRANSPORT_TCP=true" >> $1
fi
if [ -n "$VCL_APP_PROXY_TRANSPORT_UDP" ] ; then
echo "export VCL_APP_PROXY_TRANSPORT_UDP=true" >> $1
fi
if [ "$pre_cmd" = "$gdb_in_emacs " ] ; then
if [ -n "$multi_host" ] && [[ $3 =~ "VPP".* ]] ; then
cat <<EOF >> $1
$gdb_in_emacs() {
sudo emacs --eval "(gdb \"gdb -x $2 -i=mi --args \$*\")" --eval "(setq frame-title-format \"$3\")"
}
EOF
else
cat <<EOF >> $1
$gdb_in_emacs() {
emacs --eval "(gdb \"gdb -x $2 -i=mi --args \$*\")" --eval "(setq frame-title-format \"$3\")"
}
EOF
fi
fi
if [ -n "$4" ] ; then
echo "$4" >> $1
fi
}
write_script_footer() {
# arguments
# $1 : command script file
# $2 : perf flag indicating to run bash before exit
local -i perf=$2
if [ $bash_after_exit -eq 1 ] || [ $perf -eq 1 ] ; then
echo "bash" >> $1
fi
}
write_gdb_cmdfile() {
# arguments
# $1 : gdb command file
# $2 : User specified gdb cmdfile
# $3 : emacs flag
# $4 : optional LD_PRELOAD library pathname.
local -i emacs=$3
echo "# $1 generated on $(date)" > $1
echo "#" >> $1
echo "set confirm off" >> $1
if [ -n "$4" ] ; then
echo "set exec-wrapper env LD_PRELOAD=$4" >> $1
# echo "start" >> $1
fi
if [ ! -f $2 ] ; then
echo -n "# " >> $1
fi
echo "source $2" >> $1
if [ $emacs -eq 0 ] ; then
echo "run" >> $1
fi
}
native_kernel() {
banner="Running NATIVE-KERNEL socket test"
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title1="SERVER$title_dbg (Native-Kernel Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
echo "${pre_cmd}${app_dir}${srvr_app}" >> $cmd1_file
write_script_footer $cmd1_file $perf_server
chmod +x $cmd1_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title2="CLIENT$title_dbg (Native-Kernel Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "sleep 2"
echo "srvr_addr=\"$sock_srvr_addr\"" >> $cmd2_file
echo "${pre_cmd}${app_dir}${clnt_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_client
chmod +x $cmd2_file
fi
}
native_preload() {
verify_no_vpp
banner="Running NATIVE-PRELOAD socket test"
ld_preload="$VCL_LDPRELOAD_LIB_DIR/$vcl_ldpreload_lib "
title1="VPP$title_dbg (Native-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_vpp
gdb_cmdfile=$VPP_GDB_CMDFILE
set_pre_cmd $emacs_vpp $gdb_vpp
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
if [ -n "$multi_host" ] && [ $emacs_vpp -eq 0 ] ; then
echo -n "sudo " >> $cmd1_file
fi
echo "${pre_cmd}$vpp_dir$vpp_app $vpp_args " >> $cmd1_file
write_script_footer $cmd1_file $perf_vpp
chmod +x $cmd1_file
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title2="SERVER$title_dbg (Native-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server $ld_preload
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$server_namespace_id"
namespace_secret="$server_namespace_secret"
fi
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "sleep 3"
echo "export LD_LIBRARY_PATH=\"$lib_dir:$VCL_LDPRELOAD_LIB_DIR:$LD_LIBRARY_PATH\"" >> $cmd2_file
echo "${pre_cmd}${app_dir}${srvr_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_server
chmod +x $cmd2_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title3="CLIENT$title_dbg (Native-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client $ld_preload
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$client_namespace_id"
namespace_secret="$client_namespace_secret"
fi
write_script_header $cmd3_file $tmp_gdb_cmdfile "$title3" "sleep 4"
echo "export LD_LIBRARY_PATH=\"$lib_dir:$VCL_LDPRELOAD_LIB_DIR:$LD_LIBRARY_PATH\"" >> $cmd3_file
echo "srvr_addr=\"$sock_srvr_addr\"" >> $cmd3_file
echo "${pre_cmd}${app_dir}${clnt_app}" >> $cmd3_file
write_script_footer $cmd3_file $perf_client
chmod +x $cmd3_file
fi
}
native_vcl() {
verify_no_vpp
banner="Running NATIVE-VCL socket test"
title1="VPP$title_dbg (Native-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_vpp
gdb_cmdfile=$VPP_GDB_CMDFILE
set_pre_cmd $emacs_vpp $gdb_vpp
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
if [ -n "$multi_host" ] && [ $emacs_vpp -eq 0 ] ; then
echo -n "sudo " >> $cmd1_file
fi
echo "${pre_cmd}$vpp_dir$vpp_app $vpp_args " >> $cmd1_file
write_script_footer $cmd1_file $perf_vpp
chmod +x $cmd1_file
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title2="SERVER$title_dbg (Native-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server
if [ "$multi_host" = "server" ] ; then
delay="sleep 10"
else
delay="sleep 3"
fi
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$server_namespace_id"
namespace_secret="$server_namespace_secret"
fi
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "$delay"
echo "export LD_LIBRARY_PATH=\"$lib_dir:$LD_LIBRARY_PATH\"" >> $cmd2_file
echo "${pre_cmd}${app_dir}${srvr_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_server
chmod +x $cmd2_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title3="CLIENT$title_dbg (Native-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client
if [ "$multi_host" = "client" ] ; then
delay="sleep 10"
else
delay="sleep 4"
fi
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$client_namespace_id"
namespace_secret="$client_namespace_secret"
fi
write_script_header $cmd3_file $tmp_gdb_cmdfile "$title3" "$delay"
echo "export LD_LIBRARY_PATH=\"$lib_dir:$LD_LIBRARY_PATH\"" >> $cmd3_file
echo "srvr_addr=\"$sock_srvr_addr\"" >> $cmd3_file
echo "${pre_cmd}${app_dir}${clnt_app}" >> $cmd3_file
write_script_footer $cmd3_file $perf_client
chmod +x $cmd3_file
fi
}
docker_kernel() {
verify_no_docker_containers
banner="Running DOCKER-KERNEL socket test"
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title1="SERVER$title_dbg (Docker-Native Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
echo "docker run -it --cpuset-cpus='4-7' --cpuset-cpus='4-7' -v $vpp_dir:$docker_vpp_dir -p $sock_srvr_port:$sock_srvr_port $docker_os ${docker_app_dir}${srvr_app}" >> $cmd1_file
write_script_footer $cmd1_file $perf_server
chmod +x $cmd1_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title2="CLIENT$title_dbg (Docker-Native Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "sleep 2"
echo "$get_docker_server_ip4addr" >> $cmd2_file
echo "docker run -it --cpuset-cpus='4-7' -v $vpp_dir:$docker_vpp_dir $docker_os ${docker_app_dir}${clnt_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_client
chmod +x $cmd2_file
fi
}
docker_preload() {
verify_no_vpp
verify_no_docker_containers
banner="Running DOCKER-PRELOAD socket test"
docker_ld_preload_dir="/vcl-ldpreload/"
ld_preload_dir="$VCL_LDPRELOAD_LIB_DIR"
ld_preload="$docker_ld_preload_dir$vcl_ldpreload_lib "
docker_ld_preload_lib="$docker_ld_preload_dir$vcl_ldpreload_lib "
title1="VPP$title_dbg (Docker-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_vpp
gdb_cmdfile=$VPP_GDB_CMDFILE
set_pre_cmd $emacs_vpp $gdb_vpp
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
if [ -n "$multi_host" ] ; then
echo -n "sudo " >> $cmd1_file
fi
echo "${pre_cmd}$vpp_dir$vpp_app $vpp_args" >> $cmd1_file
write_script_footer $cmd1_file $perf_vpp
chmod +x $cmd1_file
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title2="SERVER$title_dbg (Docker-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server $docker_ld_preload_lib
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$server_namespace_id"
namespace_secret="$server_namespace_secret"
fi
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "sleep 2"
echo "docker run -it -v $vpp_shm_dir:$vpp_shm_dir -v $vpp_dir:$docker_vpp_dir -v $lib_dir:$docker_lib_dir -v $ld_preload_dir:$docker_ld_preload_dir -v $vcl_config_dir:$docker_vcl_config_dir -p $sock_srvr_port:$sock_srvr_port -e VCL_DEBUG=$VCL_DEBUG -e VCL_CONFIG=${docker_vcl_config_dir}$vcl_config -e LD_LIBRARY_PATH=$docker_lib_dir:$docker_ld_preload_dir ${docker_ld_preload}$docker_os ${docker_app_dir}${srvr_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_server
chmod +x $cmd2_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title3="CLIENT$title_dbg (Docker-Preload Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client $docker_ld_preload_lib
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$client_namespace_id"
namespace_secret="$client_namespace_secret"
fi
write_script_header $cmd3_file $tmp_gdb_cmdfile "$title3" "sleep 4"
echo "$get_docker_server_ip4addr" >> $cmd3_file
echo "docker run -it --cpuset-cpus='4-7' -v $vpp_shm_dir:$vpp_shm_dir -v $vpp_dir:$docker_vpp_dir -v $lib_dir:$docker_lib_dir -v $ld_preload_dir:$docker_ld_preload_dir -v $vcl_config_dir:$docker_vcl_config_dir -e VCL_DEBUG=$VCL_DEBUG -e VCL_CONFIG=${docker_vcl_config_dir}$vcl_config -e LD_LIBRARY_PATH=$docker_lib_dir ${docker_ld_preload}$docker_os ${docker_app_dir}${clnt_app}" >> $cmd3_file
write_script_footer $cmd3_file $perf_client
chmod +x $cmd3_file
fi
}
docker_vcl() {
verify_no_vpp
verify_no_docker_containers
banner="Running DOCKER-VCL socket test"
title1="VPP$title_dbg (Docker-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_vpp
gdb_cmdfile=$VPP_GDB_CMDFILE
set_pre_cmd $emacs_vpp $gdb_vpp
write_script_header $cmd1_file $tmp_gdb_cmdfile "$title1"
if [ -n "$multi_host" ] ; then
echo -n "sudo " >> $cmd1_file
fi
echo "${pre_cmd}$vpp_dir$vpp_app $vpp_args" >> $cmd1_file
write_script_footer $cmd1_file $perf_vpp
chmod +x $cmd1_file
if [ -z "$multi_host" ] || [ "$multi_host" = "server" ] ; then
title2="SERVER$title_dbg (Docker-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_server
gdb_cmdfile=$VPPCOM_SERVER_GDB_CMDFILE
set_pre_cmd $emacs_server $gdb_server
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$server_namespace_id"
namespace_secret="$server_namespace_secret"
fi
write_script_header $cmd2_file $tmp_gdb_cmdfile "$title2" "sleep 2"
echo "docker run -it --cpuset-cpus='4-7' -v $vpp_shm_dir:$vpp_shm_dir -v $vpp_dir:$docker_vpp_dir -v $lib_dir:$docker_lib_dir -v $vcl_config_dir:$docker_vcl_config_dir -p $sock_srvr_port:$sock_srvr_port -e VCL_CONFIG=${docker_vcl_config_dir}/$vcl_config -e LD_LIBRARY_PATH=$docker_lib_dir $docker_os ${docker_app_dir}${srvr_app}" >> $cmd2_file
write_script_footer $cmd2_file $perf_server
chmod +x $cmd2_file
fi
if [ -z "$multi_host" ] || [ "$multi_host" = "client" ] ; then
title3="CLIENT$title_dbg (Docker-VCL Socket Test)"
tmp_gdb_cmdfile=$tmp_gdb_cmdfile_client
gdb_cmdfile=$VPPCOM_CLIENT_GDB_CMDFILE
set_pre_cmd $emacs_client $gdb_client
if [ -n "$full_thru_host_stack_vpp_cfg" ] ; then
namespace_id="$client_namespace_id"
namespace_secret="$client_namespace_secret"
fi
write_script_header $cmd3_file $tmp_gdb_cmdfile "$title3" "sleep 3"
echo "$get_docker_server_ip4addr" >> $cmd3_file
echo "docker run -it --cpuset-cpus='4-7' -v $vpp_shm_dir:$vpp_shm_dir -v $vpp_dir:$docker_vpp_dir -v $lib_dir:$docker_lib_dir -v $vcl_config_dir:$docker_vcl_config_dir -e VCL_CONFIG=${docker_vcl_config_dir}/$vcl_config -e LD_LIBRARY_PATH=$docker_lib_dir $docker_os ${docker_app_dir}${clnt_app}" >> $cmd3_file
write_script_footer $cmd3_file $perf_client
chmod +x $cmd3_file
fi
}
if [[ $run_test ]] ; then
eval $run_test
else
echo "ERROR: Please specify a test to run!" >&2
usage;
fi
if (( $(which xfce4-terminal | wc -l) > 0 )) ; then
xterm_cmd="xfce4-terminal --geometry $xterm_geom"
if [[ $use_tabs ]] ; then
declare -a tab_cmd_files
declare -a tab_titles
declare -i i=0
if [ -x "$cmd1_file" ] ; then
tab_cmd_files[$i]="$cmd1_file"
tab_titles[$i]="$title1"
(( i++ ))
fi
if [ -x "$cmd2_file" ] ; then
tab_cmd_files[$i]="$cmd2_file"
tab_titles[$i]="$title2"
(( i++ ))
fi
if [ -x "$cmd3_file" ] ; then
tab_cmd_files[$i]="$cmd3_file"
tab_titles[$i]="$title3"
fi
if [ -n "${tab_cmd_files[2]}" ] ; then
$xterm_cmd --title "${tab_titles[0]}" --command "${tab_cmd_files[0]}" --tab --title "${tab_titles[1]}" --command "${tab_cmd_files[1]}" --tab --title "${tab_titles[2]}" --command "${tab_cmd_files[2]}"
elif [ -n "${tab_cmd_files[1]}" ] ; then
$xterm_cmd --title "${tab_titles[0]}" --command "${tab_cmd_files[0]}" --tab --title "${tab_titles[1]}" --command "${tab_cmd_files[1]}"
else
$xterm_cmd --title "${tab_titles[0]}" --command "${tab_cmd_files[0]}"
fi
else
if [ -x "$cmd1_file" ] ; then
($xterm_cmd --title "$title1" --command "$cmd1_file" &)
fi
if [ -x "$cmd2_file" ] ; then
($xterm_cmd --title "$title2" --command "$cmd2_file" &)
fi
if [ -x "$cmd3_file" ] ; then
($xterm_cmd --title "$title3" --command "$cmd3_file" &)
fi
fi
else
if [[ $use_tabs ]] ; then
echo "Sorry, plain ol' xterm doesn't support tabs."
fi
xterm_cmd="xterm -fs 10 -geometry $xterm_geom"
if [ -x "$cmd1_file" ] ; then
($xterm_cmd -title "$title1" -e "$cmd1_file" &)
fi
if [ -x "$cmd2_file" ] ; then
($xterm_cmd -title "$title2" -e "$cmd2_file" &)
fi
if [ -x "$cmd3_file" ] ; then
($xterm_cmd -title "$title3" -e "$cmd3_file" &)
fi
fi
sleep 1
Reference in New Issue View Git Blame Copy Permalink