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# Copyright (c) 2017 Cisco and/or its affiliates.
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at:
#
#     http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

*** Settings ***
| Resource | resources/libraries/robot/performance/performance_setup.robot
| ...
| Force Tags | 3_NODE_SINGLE_LINK_TOPO | PERFTEST | HW_ENV | NDRPDRDISC
| ... | NIC_Intel-X520-DA2 | ETH | L2BDMACLRN | FEATURE | ACL | ACL_STATEFUL
| ... | OACL | ACL50 | 100_FLOWS
| ...
| Suite Setup | Run Keywords
| ... | Set up 3-node performance topology with DUT's NIC model | L2
| ... | Intel-X520-DA2
| ... | AND | Set up performance test suite with ACL
| Suite Teardown | Tear down 3-node performance topology
| ...
| Test Setup | Set up performance test
| ...
| Test Teardown | Tear down performance test with ACL
| ... | ${min_rate}pps | ${framesize} | ${traffic_profile}
| ...
| Documentation | *RFC2544: Packet throughput L2BD test cases with ACL*
| ...
| ... | *[Top] Network Topologies:* TG-DUT1-DUT2-TG 3-node circular topology\
| ... | with single links between nodes.
| ... | *[Enc] Packet Encapsulations:* Eth-IPv4-UDP for L2 switching of IPv4.
| ... | *[Cfg] DUT configuration:* DUT1 is configured with L2 bridge domain\
| ... | and MAC learning enabled. DUT2 is configured with L2 cross-connects.\
| ... | Required ACL rules are applied to input paths of both DUT1 intefaces.\
| ... | DUT1 and DUT2 are tested with 2p10GE NIC X520 Niantic by Intel.\
| ... | *[Ver] TG verification:* TG finds and reports throughput NDR (Non Drop\
| ... | Rate) with zero packet loss tolerance or throughput PDR (Partial Drop\
| ... | Rate) with non-zero packet loss tolerance (LT) expressed in percentage\
| ... | of packets transmitted. NDR and PDR are discovered for different\
| ... | Ethernet L2 frame sizes using either binary search or linear search\
| ... | algorithms with configured starting rate and final step that determines\
| ... | throughput measurement resolution. Test packets are generated by TG on\
| ... | links to DUTs. TG traffic profile contains two L3 flow-groups\
| ... | (flow-group per direction, ${flows_per_dir} flows per flow-group) with\
| ... | all packets containing Ethernet header, IPv4 header with UDP header and\
| ... | static payload. MAC addresses are matching MAC addresses of the TG node\
| ... | interfaces.
| ... | *[Ref] Applicable standard specifications:* RFC2544.

*** Variables ***
# X520-DA2 bandwidth limit
| ${s_limit}= | ${10000000000}

# ACL test setup
| ${acl_action}= | permit+reflect
| ${acl_apply_type}= | output
| ${no_hit_aces_number}= | 50
| ${flows_per_dir}= | 100

# starting points for non-hitting ACLs
| ${src_ip_start}= | 30.30.30.1
| ${dst_ip_start}= | 40.40.40.1
| ${ip_step}= | ${1}
| ${sport_start}= | ${1000}
| ${dport_start}= | ${1000}
| ${port_step}= | ${1}
| ${trex_stream1_subnet}= | 10.10.10.0/24
| ${trex_stream2_subnet}= | 20.20.20.0/24

*** Keywords ***
| Discover NDR or PDR for L2 Bridge Domain with ACLs
| | [Arguments] | ${wt} | ${rxq} | ${framesize} | ${min_rate} | ${search_type}
| | Set Test Variable | ${framesize}
| | Set Test Variable | ${min_rate}
| | ${max_rate}= | Calculate pps | ${s_limit} | ${framesize}
| | ${binary_min}= | Set Variable | ${min_rate}
| | ${binary_max}= | Set Variable | ${max_rate}
| | ${threshold}= | Set Variable | ${min_rate}
| | Given Add '${wt}' worker threads and '${rxq}' rxqueues in 3-node single-link circular topology
| | And Add PCI devices to DUTs in 3-node single link topology
| | ${get_framesize}= | Get Frame Size | ${framesize}
| | And Run Keyword If | ${get_framesize} < ${1522} | Add no multi seg to all DUTs
| | And Apply startup configuration on all VPP DUTs
| | When Initialize L2 bridge domain with IPv4 ACLs on DUT1 in 3-node circular topology
| | ${traffic_profile}= | Set Variable | trex-sl-3n-ethip4udp-10u10p-conc
| | Set Test Variable | ${traffic_profile}
| | Then Run Keyword If | '${search_type}' == 'NDR'
| | ... | Find NDR using binary search and pps
| | ... | ${framesize} | ${binary_min} | ${binary_max} | ${traffic_profile}
| | ... | ${min_rate} | ${max_rate} | ${threshold}
| | ... | ELSE IF | '${search_type}' == 'PDR'
| | ... | Find PDR using binary search and pps
| | ... | ${framesize} | ${binary_min} | ${binary_max} | ${traffic_profile}
| | ... | ${min_rate} | ${max_rate} | ${threshold}
| | ... | ${perf_pdr_loss_acceptance} | ${perf_pdr_loss_acceptance_type}

*** Test Cases ***
| tc01-64B-1t1c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-ndrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 1 thread, 1 phy core, 1 receive queue per NIC port.
| | ... | [Ver] Find NDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps.
| | ...
| | [Tags] | 64B | 1T1C | STHREAD | NDRDISC
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=1 | rxq=1 | framesize=${64} | min_rate=${50000} | search_type=NDR

| tc02-64B-1t1c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-pdrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 1 thread, 1 phy core, 1 receive queue per NIC port.
| | ... | [Ver] Find PDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps, LT=0.5%.
| | ...
| | [Tags] | 64B | 1T1C | STHREAD | PDRDISC | SKIP_PATCH
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=1 | rxq=1 | framesize=${64} | min_rate=${50000} | search_type=PDR

| tc03-64B-2t2c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-ndrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 2 threads, 2 phy cores, 1 receive queue per NIC port.
| | ... | [Ver] Find NDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps.
| | ...
| | [Tags] | 64B | 2T2C | MTHREAD | NDRDISC
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=2 | rxq=1 | framesize=${64} | min_rate=${50000} | search_type=NDR

| tc04-64B-2t2c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-pdrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 2 threads, 2 phy cores, 1 receive queue per NIC port.
| | ... | [Ver] Find PDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps, LT=0.5%.
| | ...
| | [Tags] | 64B | 2T2C | MTHREAD | PDRDISC | SKIP_PATCH
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=2 | rxq=1 | framesize=${64} | min_rate=${50000} | search_type=PDR

| tc05-64B-4t4c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-ndrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 4 threads, 4 phy cores, 2 receive queues per NIC port.
| | ... | [Ver] Find NDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps.
| | ...
| | [Tags] | 64B | 4T4C | MTHREAD | NDRDISC
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=4 | rxq=2 | framesize=${64} | min_rate=${50000} | search_type=NDR

| tc06-64B-4t4c-eth-l2bdbasemaclrn-oacl50-stateful-flows100-pdrdisc
| | [Documentation]
| | ... | [Cfg] DUT runs L2BD switching config with ACL with\
| | ... | 4 threads, 4 phy cores, 2 receive queues per NIC port.
| | ... | [Ver] Find PDR for 64 Byte frames using binary search start at 10GE\
| | ... | linerate, step 50kpps, LT=0.5%.
| | ...
| | [Tags] | 64B | 4T4C | MTHREAD | PDRDISC | SKIP_PATCH
| | ...
| | [Template] | Discover NDR or PDR for L2 Bridge Domain with ACLs
| | wt=4 | rxq=2 | framesize=${64} | min_rate=${50000} | search_type=PDR
class="n">p = serialize_get (m, 1); p[0] = 1 + 2 * r; return; } /* Low 2 bits 1 0 means it fits into 2 bytes. */ r -= (1 << 7); if (r < (1 << 14)) { p = serialize_get (m, 2); clib_mem_unaligned (p, u16) = clib_host_to_little_u16 (4 * r + 2); return; } r -= (1 << 14); if (r < (1 << 29)) { p = serialize_get (m, 4); clib_mem_unaligned (p, u32) = clib_host_to_little_u32 (8 * r + 4); return; } p = serialize_get (m, 9); p[0] = 0; /* Only low 3 bits are used. */ clib_mem_unaligned (p + 1, u64) = clib_host_to_little_u64 (x); } always_inline u64 unserialize_likely_small_unsigned_integer (serialize_main_t * m) { u8 *p = unserialize_get (m, 1); u64 r; u32 y = p[0]; if (y & 1) return y / 2; r = 1 << 7; if (y & 2) { p = unserialize_get (m, 1); r += (y / 4) + (p[0] << 6); return r; } r += 1 << 14; if (y & 4) { p = unserialize_get (m, 3); r += ((y / 8) + (p[0] << (5 + 8 * 0)) + (p[1] << (5 + 8 * 1)) + (p[2] << (5 + 8 * 2))); return r; } p = unserialize_get (m, 8); r = clib_mem_unaligned (p, u64); r = clib_little_to_host_u64 (r); return r; } always_inline void serialize_likely_small_signed_integer (serialize_main_t * m, i64 s) { u64 u = s < 0 ? -(2 * s + 1) : 2 * s; serialize_likely_small_unsigned_integer (m, u); } always_inline i64 unserialize_likely_small_signed_integer (serialize_main_t * m) { u64 u = unserialize_likely_small_unsigned_integer (m); i64 s = u / 2; return (u & 1) ? -s : s; } void serialize_multiple_1 (serialize_main_t * m, void *data, uword data_stride, uword n_data); void serialize_multiple_2 (serialize_main_t * m, void *data, uword data_stride, uword n_data); void serialize_multiple_4 (serialize_main_t * m, void *data, uword data_stride, uword n_data); void unserialize_multiple_1 (serialize_main_t * m, void *data, uword data_stride, uword n_data); void unserialize_multiple_2 (serialize_main_t * m, void *data, uword data_stride, uword n_data); void unserialize_multiple_4 (serialize_main_t * m, void *data, uword data_stride, uword n_data); always_inline void serialize_multiple (serialize_main_t * m, void *data, uword n_data_bytes, uword data_stride, uword n_data) { if (n_data_bytes == 1) serialize_multiple_1 (m, data, data_stride, n_data); else if (n_data_bytes == 2) serialize_multiple_2 (m, data, data_stride, n_data); else if (n_data_bytes == 4) serialize_multiple_4 (m, data, data_stride, n_data); else ASSERT (0); } always_inline void unserialize_multiple (serialize_main_t * m, void *data, uword n_data_bytes, uword data_stride, uword n_data) { if (n_data_bytes == 1) unserialize_multiple_1 (m, data, data_stride, n_data); else if (n_data_bytes == 2) unserialize_multiple_2 (m, data, data_stride, n_data); else if (n_data_bytes == 4) unserialize_multiple_4 (m, data, data_stride, n_data); else ASSERT (0); } /* Basic types. */ serialize_function_t serialize_64, unserialize_64; serialize_function_t serialize_32, unserialize_32; serialize_function_t serialize_16, unserialize_16; serialize_function_t serialize_8, unserialize_8; serialize_function_t serialize_f64, unserialize_f64; serialize_function_t serialize_f32, unserialize_f32; /* Basic vector types. */ serialize_function_t serialize_vec_8, unserialize_vec_8; serialize_function_t serialize_vec_16, unserialize_vec_16; serialize_function_t serialize_vec_32, unserialize_vec_32; serialize_function_t serialize_vec_64, unserialize_vec_64; /* Serialize generic vectors. */ serialize_function_t serialize_vector, unserialize_vector, unserialize_aligned_vector; #define vec_serialize(m,v,f) \ serialize ((m), serialize_vector, (v), sizeof ((v)[0]), (f)) #define vec_unserialize(m,v,f) \ unserialize ((m), unserialize_vector, (v), sizeof ((*(v))[0]), (f)) #define vec_unserialize_aligned(m,v,f) \ unserialize ((m), unserialize_aligned_vector, (v), sizeof ((*(v))[0]), (f)) /* Serialize pools. */ serialize_function_t serialize_pool, unserialize_pool, unserialize_aligned_pool; #define pool_serialize(m,v,f) \ serialize ((m), serialize_pool, (v), sizeof ((v)[0]), (f)) #define pool_unserialize(m,v,f) \ unserialize ((m), unserialize_pool, (v), sizeof ((*(v))[0]), (f)) #define pool_unserialize_aligned(m,v,a,f) \ unserialize ((m), unserialize_aligned_pool, (v), sizeof ((*(v))[0]), (a), (f)) /* Serialize heaps. */ serialize_function_t serialize_heap, unserialize_heap; void serialize_bitmap (serialize_main_t * m, uword * b); uword *unserialize_bitmap (serialize_main_t * m); void serialize_cstring (serialize_main_t * m, char *string); void unserialize_cstring (serialize_main_t * m, char **string); void serialize_close (serialize_main_t * m); void unserialize_close (serialize_main_t * m); void serialize_open_data (serialize_main_t * m, u8 * data, uword n_data_bytes); void unserialize_open_data (serialize_main_t * m, u8 * data, uword n_data_bytes); /* Starts serialization with expanding vector as buffer. */ void serialize_open_vector (serialize_main_t * m, u8 * vector); /* Serialization is done: returns vector buffer to caller. */ void *serialize_close_vector (serialize_main_t * m); void unserialize_open_vector (serialize_main_t * m, u8 * vector); #ifdef CLIB_UNIX clib_error_t *serialize_open_clib_file (serialize_main_t * m, char *file); clib_error_t *unserialize_open_clib_file (serialize_main_t * m, char *file); void serialize_open_clib_file_descriptor (serialize_main_t * m, int fd); void unserialize_open_clib_file_descriptor (serialize_main_t * m, int fd); #endif /* CLIB_UNIX */ /* Main routines. */ clib_error_t *serialize (serialize_main_t * m, ...); clib_error_t *unserialize (serialize_main_t * m, ...); clib_error_t *va_serialize (serialize_main_t * m, va_list * va); void serialize_magic (serialize_main_t * m, void *magic, u32 magic_bytes); void unserialize_check_magic (serialize_main_t * m, void *magic, u32 magic_bytes); #endif /* included_clib_serialize_h */ /* * fd.io coding-style-patch-verification: ON * * Local Variables: * eval: (c-set-style "gnu") * End: */