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Scheduler-test: run breaking-point search with gradual adaptation

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Integrating the changed logic into the StressTest-rig, with bugfixes
This commit is contained in:
Fischlurch 2024-02-18 23:02:32 +01:00
parent 96df8b20f9
commit f8a6b7d875
3 changed files with 7 additions and 6 deletions
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4
tests/vault/gear/scheduler-stress-test.cpp
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@ -81,8 +81,8 @@ namespace test {
{
//smokeTest();
// setup_systematicSchedule();
// search_breaking_point();
verify_instrumentation();
search_breaking_point();
// verify_instrumentation();
// investigateWorkProcessing();
walkingDeadline();
}

2
tests/vault/gear/stress-test-rig.hpp
View file

@ -163,7 +163,7 @@ namespace test {
.withBaseExpense (CONF::BASE_EXPENSE)
.withSchedNotify (CONF::SCHED_NOTIFY)
.withSchedDepends(CONF::SCHED_DEPENDS)
.withInstrumentation(CONF::INSTRUMENTATION) // side-effect: clear existing statistics
.withInstrumentation(CONF::INSTRUMENTATION) // side-effect: clear existing statistics
.withAdaptedSchedule(stressFac, CONF::CONCURRENCY);
}

7
tests/vault/gear/test-chain-load.hpp
View file

@ -187,7 +187,7 @@ namespace test {
const size_t DEFAULT_SIZ = 256; ///< default node count for the complete load graph
const auto SAFETY_TIMEOUT = 5s; ///< maximum time limit for test run, abort if exceeded
const auto STANDARD_DEADLINE = 10ms; ///< deadline to use for each individual computation job
const auto STANDARD_DEADLINE = 30ms; ///< deadline to use for each individual computation job
const size_t DEFAULT_CHUNKSIZE = 64; ///< number of computation jobs to prepare in each planning round
const double UPFRONT_PLANNING_BOOST = 2.6; ///< factor to increase the computed pre-roll to ensure up-front planning
const size_t GRAPH_BENCHMARK_RUNS = 5; ///< repetition count for reference calculation of a complete node graph
@ -1965,8 +1965,9 @@ namespace test {
if (not concurrency)
concurrency = defaultConcurrency();
double formFac = concurrency / stat.avgConcurrency;
double expectedCumulatedTime = _uSec(compuLoad_->timeBase) * chainLoad_.getWeightSum();
formFac *= stat.activeTime / expectedCumulatedTime;
double expectedNodeTime = _uSec(compuLoad_->timeBase) * chainLoad_.getWeightSum() / chainLoad_.size();
double realAvgNodeTime = stat.activeTime / stat.activationCnt;
formFac *= realAvgNodeTime / expectedNodeTime;
return withAdaptedSchedule (stressFac, concurrency, formFac);
}
}