850fc3eade
Enable cpu-crypto mode testing by adding dedicated environmental variable CRYPTO_PRIM_TYPE. Setting it to 'type cpu-crypto' allows to run test scenario with cpu crypto acceleration. Signed-off-by: Konstantin Ananyev <konstantin.ananyev@intel.com> Signed-off-by: Marcin Smoczynski <marcinx.smoczynski@intel.com> Acked-by: Fan Zhang <roy.fan.zhang@intel.com>
71 lines
2.3 KiB
Bash
71 lines
2.3 KiB
Bash
#! /bin/bash
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# SPDX-License-Identifier: BSD-3-Clause
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# usage: /bin/bash linux_test4.sh <ipsec_mode>
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# for list of available modes please refer to run_test.sh.
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# ipsec-secgw (IPv4 mode) functional test script.
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#
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# Note that for most of them you required appropriate crypto PMD/device
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# to be avaialble.
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# Also user has to setup properly the following environment variables:
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# SGW_PATH - path to the ipsec-secgw binary to test
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# REMOTE_HOST - ip/hostname of the DUT
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# REMOTE_IFACE - iface name for the test-port on DUT
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# ETH_DEV - ethernet device to be used on SUT by DPDK ('-w <pci-id>')
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# Also user can optonally setup:
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# SGW_LCORE - lcore to run ipsec-secgw on (default value is 0)
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# CRYPTO_DEV - crypto device to be used ('-w <pci-id>')
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# if none specified appropriate vdevs will be created by the scrit
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# MULTI_SEG_TEST - ipsec-secgw option to enable reassembly support and
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# specify size of reassembly table (i.e. MULTI_SEG_TEST="--reassemble 128")
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#
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# The purpose of the script is to automate ipsec-secgw testing
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# using another system running linux as a DUT.
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# It expects that SUT and DUT are connected through at least 2 NICs.
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# One NIC is expected to be managed by linux both machines,
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# and will be used as a control path
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# Make sure user from SUT can ssh to DUT without entering password.
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# Second NIC (test-port) should be reserved for DPDK on SUT,
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# and should be managed by linux on DUT.
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# The script starts ipsec-secgw with 2 NIC devices: test-port and tap vdev.
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# Then configures local tap iface and remote iface and ipsec policies
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# in the following way:
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# traffic going over test-port in both directions has to be
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# protected by ipsec.
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# raffic going over TAP in both directions doesn't have to be protected.
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# I.E:
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# DUT OS(NIC1)--(ipsec)-->(NIC1)ipsec-secgw(TAP)--(plain)-->(TAP)SUT OS
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# SUT OS(TAP)--(plain)-->(TAP)psec-secgw(NIC1)--(ipsec)-->(NIC1)DUT OS
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# Then tries to perorm some data transfer using the scheme decribed above.
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#
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DIR=`dirname $0`
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MODE=$1
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. ${DIR}/common_defs.sh
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. ${DIR}/${MODE}_defs.sh
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select_mode
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config_secgw
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secgw_start
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config_iface
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config_remote_xfrm
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. ${DIR}/data_rxtx.sh
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set_local_mtu ${MTU_LEN}
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ping_test1 ${REMOTE_IPV4} 0 ${PING_LEN}
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st=$?
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if [[ $st -eq 0 ]]; then
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set_local_mtu ${DEF_MTU_LEN}
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scp_test1 ${REMOTE_IPV4}
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st=$?
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fi
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secgw_stop
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exit $st
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