Difference between revisions of "VPP/AArch64"
GabrielGanne (Talk | contribs) m (→CSIT unit tests) |
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* TestL2bdArpTerm.test_l2bd_arp_term_04 | * TestL2bdArpTerm.test_l2bd_arp_term_04 | ||
* TestL2bdArpTerm.test_l2bd_arp_term_13 | * TestL2bdArpTerm.test_l2bd_arp_term_13 | ||
| − | * ... | + | * TestIP6VrfMultiInst.test_ip6_vrf_02 |
| + | * TestIPv4FibCrud.test_3_add_new_routes | ||
| + | * TestIp4VrfMultiInst.test_ip4_vrf_02 | ||
| + | * TestL2bdMultiInst.test_l2bd_inst_02 | ||
| + | * TestL2bdMultiInst.test_l2bd_inst_03 | ||
| + | * TestIPv4FibCrud.test_2_del_routes | ||
<code>make test-all-debug</code> status: ? | <code>make test-all-debug</code> status: ? | ||
| − | <code>make test</code> status: | + | <code>make test</code> |
| + | |||
| + | status: no additional test failure | ||
VPP cleanup failure: | VPP cleanup failure: | ||
| Line 57: | Line 64: | ||
* TestL2bdMultiInst.test_l2bd_inst_02 | * TestL2bdMultiInst.test_l2bd_inst_02 | ||
| − | <code>make test-all</code> status: no additional test failure | + | <code>make test-all</code> |
| + | |||
| + | status: no additional test failure | ||
== Misc == | == Misc == | ||
Revision as of 15:49, 18 October 2017
Contents
Patches
| lb plugin - fix format() type mismatches | Merged 10/16 | https://gerrit.fd.io/r/#/c/8755/ |
| Use AESNI=y only on x86_64 machines | Merged 10/14 | https://gerrit.fd.io/r/#/c/8622/ |
| Improved arm64 chip detection | Merged 9/11 | https://gerrit.fd.io/r/#/c/8372/ |
| Native arm64 build: dpdk/Makefile change | Merged 8/31 | https://gerrit.fd.io/r/#/c/8228/ |
Known Issues
GCC 5.3.x ICEs during FP register allocation. Please use GCC 5.4+.
CSIT unit tests
make test-debug status: ?
Failed:
- TestIP6VrfMultiInst.test_ip6_vrf_02
- TestL2bdArpTerm.test_l2bd_arp_term_10
- TestL2bdArpTerm.test_l2bd_arp_term_14
- TestL2bdArpTerm.test_l2bd_arp_term_02
- TestL2bdArpTerm.test_l2bd_arp_term_11
- TestL2bdArpTerm.test_l2bd_arp_term_04
- TestL2bdArpTerm.test_l2bd_arp_term_13
- TestIP6VrfMultiInst.test_ip6_vrf_02
- TestIPv4FibCrud.test_3_add_new_routes
- TestIp4VrfMultiInst.test_ip4_vrf_02
- TestL2bdMultiInst.test_l2bd_inst_02
- TestL2bdMultiInst.test_l2bd_inst_03
- TestIPv4FibCrud.test_2_del_routes
make test-all-debug status: ?
make test
status: no additional test failure
VPP cleanup failure:
- TestIPPunt.test_ip_punt
- TestIPv4FibCrud.test_2_del_routes
- TestIPv4FibCrud.test_3_add_new_routes
- TestIp4VrfMultiInst.test_ip4_vrf_02
- TestIP6VrfMultiInst.test_ip6_vrf_02
- TestL2bdMultiInst.test_l2bd_inst_03
Other failures:
- TestL2bdArpTerm.test_l2bd_arp_term_10
- TestL2bdArpTerm.test_l2bd_arp_term_11
- TestL2bdArpTerm.test_l2bd_arp_term_13
- TestL2bdArpTerm.test_l2bd_arp_term_02
- TestL2bdArpTerm.test_l2bd_arp_term_14
- TestL2bdArpTerm.test_l2bd_arp_term_04
Unknown (vpp init error):
- TestIpIrb.test_0103_ip6_irb_1
- TestIpIrb.test_1201_ip6_irb_1
- TestIpIrb.test_1112_ip6_irb_1
- TestL2fib.test_l2_fib_delete12
- TestSRv6.test_SRv6_End_X_with_PSP
- TestL2bdMultiInst.test_l2bd_inst_02
make test-all
status: no additional test failure
Misc
Support multiple cache line sizes per architecture. AArch64 is currently hard coded to 128B. For native build, inspect ARMv8 Main ID Register in Makefile and pass cache line size as compiler option, e.g. -DCACHE_LINE_SIZE=128.
Investigate "show cpu" output and Arm CPU feature detection (AES, SHA1, SHA2, CRC32, ATOMICS) via hwcaps. src/vppinfra/cpu.[ch]
Review use of Arm architected timer in src/vppinfra/time.[ch]
Use ISB or YIELD in src/vppinfra/smp.h
Use REV in src/vppinfra/byte_order.h
Review use of __sync_xxx/__atomic_xxx builtins to ensure correct memory ordering on non-TSO machines.
Investigate hash performance (CRC32 vs xxhash) e.g. in src/vppinfra/bihash_8_8.h. Dependent on Arm CPU feature detection.
Investigate memcpy performance (src/vppinfra/string.h); both inlined-by-compiler and libc versions.
SIMD
- Investigate uses of CLIB_HAVE_VEC128 that are not implemented on Arm (mheap_bootstrap.h, vhost-user.c, ixge.c)
- Investigate uses of splat for initialization
- Investigate uses of SIMD types with plain C bit-wise/arith ops (code generation) (dpdk/node.c, ...)
Investigate current tuning of dual/quad loop optimizations for hiding memory latency, e.g. l2_forward().
