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x.getStatistics(&usedUnits, &unusedUnits);
ASSERT(0 == usedUnits);
ASSERT(0 == unusedUnits);
}
// C-2
if (verbose) cout << endl
<< "Testing: statistics calculation"
<< endl;
{
const Uint64 P_RATE = 100000;
const Ti P_WND = Ti(0.01);
struct {
int d_line;
Uint64 d_sustRate;
Ti d_sustWnd;
Uint64 d_units;
Ti d_creationTime;
Ti d_updateInterval;
int d_NumOfUpdates;
Uint64 d_expectedUsed;
Uint64 d_expectedUnused;
} DATA[] = {
// LINE S_RT S_WND UNITS TCREATE UPDATE_INT N_UPD USED_U UNUSED_U
// ---- ----- ----- ------ ------- ---------- ----- ------ --------
{L_, 1000, Ti(1), 1000, Ti( 0), Ti( 0.01), 10, 10000, 0},
{L_, 1000, Ti(1), 100, Ti( 0), Ti( 0.5), 5, 500, 2000},
{L_, 100, Ti(1), 0, Ti(10), Ti( 0.1), 20, 0, 200}
};
const int NUM_DATA = sizeof(DATA)/sizeof(*DATA);
for (int ti = 0; ti < NUM_DATA; ++ti) {
const int LINE = DATA[ti].d_line;
const Uint64 S_RATE = DATA[ti].d_sustRate;
const Ti S_WND = DATA[ti].d_sustWnd;
const Uint64 UNITS = DATA[ti].d_units;
const Ti CREATION_TIME = DATA[ti].d_creationTime;
const Ti UPDATE_INTERVAL = DATA[ti].d_updateInterval;
const int NUM_OF_UPDATES = DATA[ti].d_NumOfUpdates;
const Uint64 EXPECTED_USED = DATA[ti].d_expectedUsed;
const Uint64 EXPECTED_UNUSED = DATA[ti].d_expectedUnused;
Obj x(S_RATE, S_WND, P_RATE, P_WND, CREATION_TIME);
Ti currentTime(CREATION_TIME);
for(int i = 0; i < NUM_OF_UPDATES; ++i) {
currentTime += UPDATE_INTERVAL;
x.submit(UNITS);
x.updateState(currentTime);
}
x.getStatistics(&usedUnits, &unusedUnits);
LOOP_ASSERT(LINE, EXPECTED_USED == usedUnits);
LOOP_ASSERT(LINE, EXPECTED_UNUSED == unusedUnits);
}
}
// C-3
if (verbose) cout << endl << "Negative testing" << endl;
{
bsls::AssertTestHandlerGuard hG;
Obj x(1, Ti(10), 1, Ti(10), Ti(0));
ASSERT_SAFE_FAIL(x.getStatistics(0,&unusedUnits));
ASSERT_SAFE_FAIL(x.getStatistics(&usedUnits,0));
ASSERT_SAFE_FAIL(x.getStatistics(0,0));
}
// C-4
if (verbose) cout << endl
<< "Testing statistics collection interval"
<< endl;
{
Obj x(1000, Ti(1), 10000, Ti(0.01), Ti(0));
x.submit(1000);
x.getStatistics(&usedUnits, &unusedUnits);
ASSERT(0 == usedUnits);
ASSERT(0 == unusedUnits);
x.updateState(Ti(0.1));
x.getStatistics(&usedUnits, &unusedUnits);
ASSERT(1000 == usedUnits);
ASSERT(0 == unusedUnits);
x.updateState(Ti(10));
x.getStatistics(&usedUnits, &unusedUnits);
ASSERT(1000 == usedUnits);
ASSERT(9000 == unusedUnits);
x.resetStatistics();
x.updateState(Ti(15));
x.getStatistics(&usedUnits, &unusedUnits);
ASSERT(0 == usedUnits);
ASSERT(5000 == unusedUnits);