void SpriteMainScene::endStat(float dt)
{
unschedule(CC_SCHEDULE_SELECTOR(SpriteMainScene::endStat));
isStating = false;
// record test data
auto typeStr = getTestCaseName();
auto avgStr = genStr("%.2f", (float) statCount / totalStatTime);
Profile::getInstance()->addTestResult(genStrVector(genStr("%d", _quantityNodes).c_str(), typeStr.c_str(),
genStr("%d", _subtestNumber).c_str(), nullptr),
genStrVector(avgStr.c_str(), genStr("%.2f", minFrameRate).c_str(),
genStr("%.2f", maxFrameRate).c_str(), nullptr));
// check the auto test is end or not
int autoTestCount = sizeof(autoTestSpriteCounts) / sizeof(int);
if (autoTestIndex >= (autoTestCount - 1) &&
_subtestNumber >= MAX_SUB_TEST_NUM)
{
// auto test end
Profile::getInstance()->testCaseEnd();
setAutoTesting(false);
return;
}
if (autoTestIndex >= (autoTestCount - 1))
{
autoTestIndex = 0;
_subtestNumber++;
}
else
{
autoTestIndex++;
}
doAutoTest();
}
void ScenarioTest::endStat(float dt)
{
unschedule(CC_SCHEDULE_SELECTOR(ScenarioTest::endStat));
isStating = false;
// record test data
auto avgStr = genStr("%.2f", (float) statCount / totalStatTime);
Profile::getInstance()->addTestResult(genStrVector(genStr("%d", _spriteArray.size()).c_str(),
genStr("%d", _particleNumber).c_str(),
genStr("%d", _parsysArray.size()).c_str(),
nullptr),
genStrVector(avgStr.c_str(), genStr("%.2f", minFrameRate).c_str(),
genStr("%.2f", maxFrameRate).c_str(), nullptr));
// check the auto test is end or not
int autoTestCount = sizeof(autoTestCounts) / sizeof(TestCaseInfo);
if (autoTestIndex >= (autoTestCount - 1))
{
// auto test end
Profile::getInstance()->testCaseEnd();
setAutoTesting(false);
return;
}
autoTestIndex++;
doAutoTest();
}
void ScenarioTest::onEnter()
{
TestCase::onEnter();
if (isAutoTesting()) {
autoTestIndex = 0;
Profile::getInstance()->testCaseBegin("ScenarioTest",
genStrVector("SpriteCount", "ParticleCount", "ParticleSystemCount", nullptr),
genStrVector("Avg", "Min", "Max", nullptr));
doAutoTest();
scheduleUpdate();
}
}
void ParticleMainScene::onEnterTransitionDidFinish()
{
Scene::onEnterTransitionDidFinish();
if (this->isAutoTesting()) {
Profile::getInstance()->testCaseBegin("ParticleTest",
genStrVector("Size", "TextureFormat", "ParticleCount", nullptr),
genStrVector("Avg", "Min", "Max", nullptr));
autoTestIndex = 0;
subtestNumber = 1;
doAutoTest();
}
}
void ParticleMainScene::endStat(float dt)
{
unschedule(CC_SCHEDULE_SELECTOR(ParticleMainScene::endStat));
isStating = false;
// record test data
std::string tf;
switch (subtestNumber) {
case 1:
tf = "RGBA8888";
break;
case 2:
tf = "RGBA4444";
break;
case 3:
tf = "A8";
break;
default:
tf = "unknown";
break;
}
auto avgStr = genStr("%.2f", (float) statCount / totalStatTime);
Profile::getInstance()->addTestResult(genStrVector(genStr("%d", particleSize).c_str(), tf.c_str(),
genStr("%d", quantityParticles).c_str(), nullptr),
genStrVector(avgStr.c_str(), genStr("%.2f", minFrameRate).c_str(),
genStr("%.2f", maxFrameRate).c_str(), nullptr));
// check the auto test is end or not
int autoTestCount = sizeof(autoTestParticleCounts) / sizeof(int);
if (autoTestIndex >= (autoTestCount - 1) &&
subtestNumber >= MAX_SUB_TEST_NUM)
{
// auto test end
Profile::getInstance()->testCaseEnd();
setAutoTesting(false);
return;
}
if (autoTestIndex >= (autoTestCount - 1))
{
autoTestIndex = 0;
subtestNumber++;
}
else
{
autoTestIndex++;
}
doAutoTest();
}
void SpriteMainScene::onEnter()
{
Scene::onEnter();
if (isAutoTesting())
{
scheduleUpdate();
Profile::getInstance()->testCaseBegin("SpriteTest",
genStrVector("SpriteCount", "Type", "SubTest", nullptr),
genStrVector("Avg", "Min", "Max", nullptr));
autoTestIndex = 0;
_subtestNumber = 1;
doAutoTest();
}
}
