[DTS][Patch V2 0/6] Rewrite test suite for checksum_offload, tso and vf_offload
Ke Xu
ke1.xu at intel.com
Tue Jul 18 03:26:23 CEST 2023
Checksum offload cases were in bad situation. Cases are not well organized
in structure. Cases were added one by one along with the development of
features.
The very beginning cases are designed to verifying RX Checksum Offload
enabling / disabling. The followed cases are to verify the TX Offload, and
found a gap when TX introduces differences to IP and L4. Then IP and L4 RX
cases are added again. There were also a gap found on the flag verifying
and a seperate ol_flag case was added.
To better organizing the checksum offload cases. I introduced the scenario
based common cases and specific cases named with sufix to cover specific
scenarios of special requirements. And we placed all available test scopes
introduced in any existing cases to each of our common test execution to
ensure no leakage to our test scopes.
For scenarios, we introduce the very commonly used configurations for
checksum as our test scenarios. These scenarios cover combined usage of HW
checksum Offload, SW checksum and differently configured tunneling scenario,
w/wo VLAN. These cases formed a organized web for future cases that if a new
configuration is introduced, cases of new configuration combinations are to
be added but existing configurations for different scopes are not to be added.
For test scopes, we introduce verifying ol_flag, fwd stats, other verbose lines,
and forwarded packet capturing and analyzing. All these scopes are recorder for
verifying in each common checksum offload execution. This ensures no scope would
be missed in this rewrite and in future case updating.
The newly organized cases also helps better covering our existing test
requirements. A common packet sending and recording helps cut down the repeating
time cost of different executions for scope based redundant cases.
This rewrite also helps formating a data-process-seperated suite structure. The
test parameters and required packets are listed in front and cases are referring
to the configured parameters. This helps better reading the suite code.
In the test plan, new cases are added and old ones are merged with the new cases.
Packets, ol_flags, stats and related test scopes are listed in table to show where
the expected result is from.
Similar modifications are also made to TSO cases. Common TSO executions are introduced
and scenarios are designed based on configurations with test scopes covering all
cases. Common packets are introduced.
In vf_offload, checksum_offload and tso cases are synced with those in checksum_offload
and tso suites. During the release DPDK 22.11 and 23.03, several main features are
synced from PF to VF. This means the cases and scopes in checksum_offload and tso are
available in vf_offload now. This patch also helped introducing these common test execution
and scopes to vf_offload suite.
Generally speaking, this case rewrite helps formating the cases structure and helps
better maintaining the cases in future.
Ke Xu (6):
test_plans/checksum_offload: Refactor checksum_offload case.
tests/checksum_offload: Refactor checksum_offload case.
test_plans/tso: Refactor TSO case.
tests/tso: Refactor TSO cases.
test_plans/vf_offload: Refactor checksum_offload case.
tests/vf_offload: Refactor vf_offload cases.
test_plans/checksum_offload_test_plan.rst | 1478 ++++------
test_plans/tso_test_plan.rst | 489 +++-
test_plans/vf_offload_test_plan.rst | 1356 +++++----
tests/TestSuite_checksum_offload.py | 1788 ++++++------
tests/TestSuite_tso.py | 1100 +++++---
tests/TestSuite_vf_offload.py | 3053 +++++++++++++--------
6 files changed, 5369 insertions(+), 3895 deletions(-)
--
2.34.1
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