text stringlengths 0 2.2M |
|---|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
delta = DATA[0].d_peakWindow - y.peakRateWindow();
|
ASSERT(0 == delta.seconds() &&
|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
ASSERT(DATA[1].d_sustRate == z.sustainedRateLimit());
|
ASSERT(DATA[1].d_peakRate == z.peakRateLimit());
|
ASSERT(DATA[1].d_creationTime == z.lastUpdateTime());
|
ASSERT(DATA[1].d_creationTime ==
|
z.statisticsCollectionStartTime());
|
delta = DATA[1].d_sustWindow - z.sustainedRateWindow();
|
ASSERT(0 == delta.seconds() &&
|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
delta = DATA[1].d_peakWindow - z.peakRateWindow();
|
ASSERT(0 == delta.seconds() &&
|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
}
|
}
|
// Negative Testing
|
{
|
bsls::AssertTestHandlerGuard hG;
|
// Zero rate or zero window.
|
ASSERT_SAFE_FAIL(Obj x1(0, Ti(15), 10, Ti(10), Ti(0)));
|
ASSERT_SAFE_FAIL(Obj x1(1, Ti( 0), 10, Ti(10), Ti(0)));
|
ASSERT_SAFE_FAIL(Obj x1(1, Ti(15), 0, Ti(10), Ti(0)));
|
ASSERT_SAFE_FAIL(Obj x1(1, Ti(15), 10, Ti( 0), Ti(0)));
|
// Negative window.
|
ASSERT_SAFE_FAIL(Obj x1(1, Ti(-15), 10, Ti(10), Ti(0)));
|
ASSERT_SAFE_FAIL(Obj x1(1, Ti(15), 10, Ti(-10), Ti(0)));
|
}
|
} break;
|
case 1: {
|
// ----------------------------------------------------------------
|
// BREATHING TEST:
|
// Developers' Sandbox.
|
//
|
// Plan:
|
// Perform and ad-hoc test of the primary modifiers and accessors.
|
//
|
// Testing:
|
// This "test" *exercises* basic functionality, but *tests*
|
// nothing.
|
// ----------------------------------------------------------------
|
if (verbose) cout << endl
|
<< "BREATHING TEST" << endl
|
<< "==============" << endl;
|
Obj x(1, Ti(10), 1, Ti(10), Ti(0));
|
ASSERT(1 == x.sustainedRateLimit());
|
ASSERT(Ti(10) == x.sustainedRateWindow());
|
ASSERT(1 == x.peakRateLimit());
|
ASSERT(Ti(10) == x.peakRateWindow());
|
ASSERT(Ti(0) == x.lastUpdateTime());
|
ASSERT(Ti(0) == x.statisticsCollectionStartTime()); // C-10
|
ASSERT(0 == x.unitsReserved());
|
Ti currentTime(1);
|
x.setRateLimits(1000, Ti(1), 10000, Ti(0.1));
|
x.reset(currentTime);
|
ASSERT(1000 == x.sustainedRateLimit());
|
ASSERT(Ti(1) == x.sustainedRateWindow());
|
x.submit(500);
|
x.reserve(250);
|
ASSERT(250 == x.unitsReserved());
|
ASSERT(false == x.wouldExceedBandwidth(currentTime));
|
ASSERT(Ti(0) == x.calculateTimeToSubmit(currentTime));
|
x.submitReserved(250);
|
x.submit(750);
|
ASSERT(0 == x.unitsReserved());
|
Ti delta = Ti(0.501) - x.calculateTimeToSubmit(currentTime);
|
ASSERT(0 == delta.seconds() &&
|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
currentTime.addMilliseconds(500);
|
ASSERT(0 == delta.seconds() &&
|
delta.nanoseconds() >= 0 &&
|
delta.nanoseconds() <= 1 );
|
currentTime.addMilliseconds(100);
|
x.updateState(currentTime);
|
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