add "lock_retries" option to avoid infinite loop on concurrent CETS join - #64
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add "lock_retries" option to avoid infinite loop on concurrent CETS join#64ryblovAV wants to merge 1 commit into
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Codecov Report✅ All modified and coverable lines are covered by tests. Additional details and impacted files@@ Coverage Diff @@
## main #64 +/- ##
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+ Coverage 98.46% 98.58% +0.11%
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Files 11 11
Lines 846 846
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+ Hits 833 834 +1
+ Misses 13 12 -1 ☔ View full report in Codecov by Harness. 🚀 New features to boost your workflow:
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chrzaszcz
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The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
chrzaszcz
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The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
chrzaszcz
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The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
chrzaszcz
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Aug 6, 2026
The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
chrzaszcz
added a commit
that referenced
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Aug 6, 2026
The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
chrzaszcz
added a commit
that referenced
this pull request
Aug 6, 2026
The CETS join process takes a global lock on all cluster nodes. When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails. As a result, global:trans returns aborted, and join_loop retries immediately, creating a long living retry loop Original PR: #64 I made the tests less verbose and more configurable. I also increased the likelihood of failure by increasing the number of nodes and decreasing the total test timeout. Now it is reliably failing before the fix, and succeeding after it.
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Superseded with #65 |
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The CETS join process takes a global lock on all cluster nodes.
When multiple nodes attempt to join simultaneously, acquiring the lock frequently fails.
As a result,
global:transreturnsaborted, andjoin_loopretries immediately, creating a long living retry loopAdd a
lock_retriesjoin option.With
Retries > 0,global:set_lockexecutes randomized exponential backoff (via therandom_sleep/1function) between lock attempts, drastically reducing contention when many nodes join at once.