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test(ethexe): Add integration test for multiple validators with repeated ping#5210

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playX18 wants to merge 2 commits intomasterfrom
ap-test-multi-validator-ping
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test(ethexe): Add integration test for multiple validators with repeated ping#5210
playX18 wants to merge 2 commits intomasterfrom
ap-test-multi-validator-ping

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@playX18 playX18 commented Mar 10, 2026

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@playX18 playX18 requested a review from grishasobol March 10, 2026 07:34
@playX18 playX18 self-assigned this Mar 10, 2026
@playX18 playX18 added the A0-pleasereview PR is ready to be reviewed by the team label Mar 10, 2026
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semanticdiff-com bot commented Mar 10, 2026

Review changes with  SemanticDiff

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  ethexe/service/src/tests/mod.rs  0% smaller

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Summary of Changes

Hello, I'm Gemini Code Assist1! I'm currently reviewing this pull request and will post my feedback shortly. In the meantime, here's a summary to help you and other reviewers quickly get up to speed!

This pull request introduces a new, comprehensive integration test designed to validate the system's stability and correctness under a high-load, multi-validator environment. The test simulates a network with numerous validators and repeatedly interacts with a smart contract, ensuring consistent and expected responses over an extended period.

Highlights

  • New Integration Test: Added a new integration test named many_validators_repeated_ping to validate system behavior under specific conditions.
  • Multi-Validator Simulation: The test simulates an environment with 32 active validators to assess performance and stability.
  • Repeated Ping Operations: It performs 512 rounds of 'PING' messages to a demo_ping program, asserting successful 'PONG' replies from the system.
Changelog
  • ethexe/service/src/tests/mod.rs
    • Added a new integration test many_validators_repeated_ping.
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Code Review

This pull request adds a new integration test, many_validators_repeated_ping, to verify the system's stability with a large number of validators and repeated message processing. The test setup and logic are sound. My review includes suggestions to improve the performance of the test setup by parallelizing asynchronous operations, which will help reduce the overall test execution time.

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