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Jan 06 2026 dev (#387)

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* sync code

* update code to support brotli

* update code to support brotli

* update code to support brotli

* sync code

* fix findBrotli

* sync code

* sync code

* sync code

* sync code

---------

Co-authored-by: Ned Wright <nedwright@proton.me>
Co-authored-by: Daniel Eisenberg <danielei@checkpoint.com>
This commit is contained in:
Daniel-Eisenberg
2026-01-13 17:17:52 +02:00
committed by GitHub
parent c1058db57d
commit e7b6e51b31
216 changed files with 12601 additions and 2825 deletions
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138
core/mainloop/mainloop_ut/mainloop_ut.cc
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@@ -24,7 +24,7 @@ USE_DEBUG_FLAG(D_MAINLOOP);
class EndTest
{
};
typedef std::chrono::duration<size_t, std::ratio<86400>> days;
class MainloopTest : public Test
{
public:
@@ -74,6 +74,45 @@ public:
);
}
void
setupBalancedIntervalTest(
chrono::microseconds start_time,
chrono::microseconds interval,
const string &routine_name,
chrono::microseconds offset = chrono::microseconds(0),
chrono::microseconds time_advance = chrono::hours(24)
)
{
chrono::microseconds time = start_time;
EXPECT_CALL(mock_time, getWalltime()).WillRepeatedly(InvokeWithoutArgs([&]() { return time; }));
EXPECT_CALL(mock_time, getMonotonicTime())
.WillRepeatedly(InvokeWithoutArgs(
[&]()
{
auto old_time = time;
time += time_advance;
return old_time;
}
));
auto callback = [this]() { mainloop->stop(); };
mainloop->addBalancedIntervalRoutine(
I_MainLoop::RoutineType::RealTime, interval, callback, routine_name, offset, true
);
// Run the mainloop
mainloop->run();
}
void
expectWaitTimeInDebug(chrono::microseconds expected_wait_time)
{
string expected_debug =
"Balanced interval routine waiting " + to_string(expected_wait_time.count()) + " microseconds";
EXPECT_THAT(capture_debug.str(), HasSubstr(expected_debug));
}
I_Environment::ActiveContexts active_context;
NiceMock<MockTimeGet> mock_time;
@@ -532,3 +571,100 @@ TEST_F(MainloopTest, check_routine_name)
HasSubstr("Starting execution of corutine. Routine named: check routine name test")
);
}
TEST_F(MainloopTest, balanced_interval_empty_routine_name_hour_start)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start on day 1 at 4:00 (at the start of the hour)
// Interval is 2 hours
// Because routine_name is empty, no shifting will be done so remaining time will be exactly equal to interval
const std::string routine_name = "";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(4));
const std::chrono::minutes interval(std::chrono::hours(2));
setupBalancedIntervalTest(time, interval, routine_name);
expectWaitTimeInDebug(interval);
}
TEST_F(MainloopTest, balanced_interval_empty_routine_name_middle_of_the_hour)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start 1 day and 5:54 (in the middle of the second hour)
// Interval is 2 hours
// Because routine_name is empty, no shifting will be done so remaining time will be 6 minutes
const std::string routine_name = "";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(5) + std::chrono::minutes(54));
const std::chrono::minutes interval(std::chrono::hours(2));
setupBalancedIntervalTest(time, interval, routine_name);
expectWaitTimeInDebug(std::chrono::minutes(6));
}
TEST_F(MainloopTest, balanced_interval_non_empty_routine_name_hour_start)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start on day 1 at 4:00 (at the start of the hour)
// Interval is 2 hours
// The routine_name is chosen so that it results in hashed slot #2 which shifts the remaining time by 2 * 10
// minutes So, the remaining time to wait would be original interval + 20 minutes
const std::string routine_name = "5e9dac5d204a8f35b264a932";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(4));
const std::chrono::minutes interval(std::chrono::hours(2));
const std::chrono::microseconds offset = std::chrono::minutes(2*10);
setupBalancedIntervalTest(time, interval, routine_name, offset);
expectWaitTimeInDebug(offset);
}
TEST_F(MainloopTest, balanced_interval_non_empty_routine_name_hour_start_post_offset)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start on day 1 at 4:40 (at the start of the hour)
// Interval is 2 hours
// The routine_name is chosen so that it results in hashed slot #2 which shifts the remaining time by 2 * 10
// minutes So, the remaining time to wait would be original interval - 20 minutes
const std::string routine_name = "5e9dac5d204a8f35b264a932";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(4) + std::chrono::minutes(40));
const std::chrono::minutes interval(std::chrono::hours(2));
const std::chrono::microseconds offset = std::chrono::minutes(2*10);
setupBalancedIntervalTest(time, interval, routine_name, offset);
expectWaitTimeInDebug(interval - offset);
}
TEST_F(MainloopTest, balanced_interval_non_empty_routine_name_middle_of_the_hour)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start 1 day and 5:54 (in the middle of the second hour)
// Interval is 2 hours
// The routine_name is chosen so that it results in hashed slot #2 which shifts the remaining time by 2 * 10
// minutes So, the remaining time to wait would be 6 minutes + 20 minutes shift
const std::string routine_name = "5e9dac5d204a8f35b264a932";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(5) + std::chrono::minutes(54));
const std::chrono::minutes interval(std::chrono::hours(2));
const std::chrono::microseconds offset = std::chrono::minutes(2*10);
setupBalancedIntervalTest(time, interval, routine_name, offset);
expectWaitTimeInDebug(std::chrono::minutes(6) + offset);
}
TEST_F(MainloopTest, balanced_interval_another_asset_hour_start)
{
Debug::setUnitTestFlag(D_MAINLOOP, Debug::DebugLevel::TRACE);
// Start on day 1 at 4:00 (at the start of the hour)
// Interval is 2 hours
// The routine_name is chosen so that it results in hashed slot #7 which shifts the remaining time by 7 * 10
// minutes So, the remaining time to wait would be 70 minutes
const std::string routine_name = "5e9da89572f6f9af9bebc0da";
const std::chrono::milliseconds time(days(1) + std::chrono::hours(4));
const std::chrono::minutes interval(std::chrono::hours(2));
const std::chrono::microseconds offset = std::chrono::minutes(7*10);
setupBalancedIntervalTest(time, interval, routine_name, offset);
expectWaitTimeInDebug(offset);
}