//--------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary>
/// Writes the data contained in the list of RedisTestObj objects in the TestParameters.RandomObjects property.
/// Use the TestParameters.GenerateRandomObjects method to populate the RandomObjects property.
/// </summary>
public static void PerformanceTestRedisWrite()
{
bool success = false;
Logger.LogSubHeading("Testing Redis data writing performance");
//-----a----- Get the object properties for our test object
TestObj rto = new TestObj();
string objName = null;
PropertyInfo[] objPI = null;
rw.GetObjectProperties(rto, out objName, out objPI);
//-----b---- Clear out any existing data ..
if (TestParameters.DoWrite == true)
{
Logger.Log("Clearing any existing data...");
success = rw.ClearData(TestObj.ObjectName);
}
// Write the data to the db and index the required fields
Logger.Log("Writing data");
DateTime writeStart = DateTime.Now;
if (TestParameters.DoWrite == true)
{
// PropertyInfo[] pi = rto.GetType().GetProperties();
// With a clustered database, we are better off indexing the data first as with most of the indexes, they will need to be clustered on one specific db
// And index a few of the fields...
// This means that the actual objects are then concentrated on the remaining cluster nodes...
Logger.LogSubHeading("Extracting TestInt ...");
List <KeyValuePair <uint, double> > data = TestObj.BuildNumericList("TestInt", objPI, TestParameters.RandomObjects);
Logger.Log("Indexing TestInt ...");
success = success & rw.IndexNumericProperty(TestObj.ObjectName, "TestInt", rto.TestInt.GetType().Name, data);
GC.Collect();
Logger.LogSubHeading("Extracting TestLong ...");
data = TestObj.BuildNumericList("TestLong", objPI, TestParameters.RandomObjects);
Logger.Log("Indexing TestLong ...");
success = success & rw.IndexNumericProperty(TestObj.ObjectName, "TestLong", rto.TestLong.GetType().Name, data);
GC.Collect();
Logger.LogSubHeading("Extracting TestDouble ...");
data = TestObj.BuildNumericList("TestDouble", objPI, TestParameters.RandomObjects);
Logger.Log("Indexing TestDouble ...");
success = success & rw.IndexNumericProperty(TestObj.ObjectName, "TestDouble", rto.TestDouble.GetType().Name, data);
GC.Collect();
// 19-Aug-2016 - there is little merit in extracting bools into indexes in Redis as it's 50:50 - better to just scan the objects!
// Logger.Log("Extracting TestBool ...");
// data = RedisTestObj.BuildNumericList("TestBool", objPI, TestParameters.RandomObjects);
// Logger.Log("Indexing TestBool ...");
// success = success & rw.IndexBool(RedisTestObj.ObjectName, "TestBool", data);
Logger.LogSubHeading("Extracting TestDT ...");
data = TestObj.BuildNumericList("TestDT", objPI, TestParameters.RandomObjects);
Logger.Log("Indexing TestDT ...");
success = success & rw.IndexDateTime(TestObj.ObjectName, "TestDT", data);
data = null;
GC.Collect();
Logger.LogSubHeading("Extracting TestStr ...");
List <KeyValuePair <uint, string> > data2 = TestObj.BuildStringList("TestStr", objPI, TestParameters.RandomObjects);
Logger.Log("Indexing TestStr ...");
success = success & rw.IndexString(TestObj.ObjectName, "TestStr", data2);
data2 = null;
GC.Collect();
// So lets write this to the database
Logger.LogSubHeading("Indexing completed - now starting to writing the data...");
success = rw.WriteDataAsHash(TestParameters.RandomObjects);
Logger.Log("Writing data completed");
}
Logger.Log("Finished writing and indexing");
TestParameters.WriteRedis = DateTime.Now.Subtract(writeStart);
// 15-Aug-2016 - And lastly - lets make sure we can get all the indexes!!!
List <DatabaseIndexInfo> riis = rw.IndexFindAll(rto);
foreach (DatabaseIndexInfo rii in riis)
{
Logger.Log("Found index for property " + rii.IndexName + " of type " + rii.IndexType
+ " and search type " + rii.SearchType.ToString()
+ " with min of " + rii.MinMax.Key
+ " and max of " + rii.MinMax.Value);
}
string ohFuck = "";
}