void ExperimentSingle(TestSetting ts) {
if (ts.getConfigBool("autoTestName")==true) {
ts.testName.insert(0,"v_single_");
cout << "(auto) testName: " << ts.testName << endl;
}
TestObject *expTest = new TestObject(ts);
expTest->runStaticTest();
delete expTest;
}
void ExperimentVaryCacheSize(TestSetting ts) {
if (ts.getConfigBool("autoTestName")==true) {
ts.testName.insert(0,"v_cachesize_");
cout << "(auto) testName: " << ts.testName << endl;
}
unsigned long lowCacheSize = ts.getConfigLong("lowCacheSize");
unsigned long highCacheSize = ts.getConfigLong("highCacheSize");
for (unsigned long csize = lowCacheSize; csize <= highCacheSize ; csize*=2) {
ts.cacheSize = csize;
cout << "*** Now using ts.cacheSize = " << ts.cacheSize << endl;
TestObject *expTest = new TestObject(ts);
expTest->runStaticTest();
delete expTest;
}
}
void ExperimentVarySplit(TestSetting ts) {
if (ts.getConfigBool("autoTestName")==true) {
ts.testName.insert(0,"v_split_");
cout << "(auto) testName: " << ts.testName << endl;
}
int lowSplit = ts.getConfigInt("lowSplit");
int highSplit = ts.getConfigInt("highSplit");
for (int splits = lowSplit; splits <= highSplit ; splits+=2) {
ts.splits = splits;
cout << "*** Now using ts.splits = " << ts.splits << endl;
TestObject *expTest = new TestObject(ts);
expTest->runStaticTest();
delete expTest;
}
}
void ExperimentVaryRange(TestSetting ts) {
if (ts.getConfigBool("autoTestName")==true) {
ts.testName.insert(0,"v_range_");
cout << "(auto) testName: " << ts.testName << endl;
}
int lowRange = ts.getConfigInt("lowRange");
int highRange = ts.getConfigInt("highRange");
for (int range = lowRange; range <= highRange ; range*=2) {
ts.range = range;
cout << "*** Now using ts.range = " << ts.range << endl;
TestObject *expTest = new TestObject(ts);
expTest->runStaticTest();
delete expTest;
}
}
