/// <summary>
/// Most of the CRUD operations here is trying to use upperbound cost operations
/// Create Last -- add last operation is a default operation restricted by the ICollection interface. Actually, adding/inserting at the first position is considered the highest cost among all add operations
/// Retrieve Last -- retrieving last item is considered the highest cost among all find operations
/// Update last -- updating the last item in a collection is considered the highest cost among all update operations
/// Delete first -- deleting the first item in a collection is considered the highest cost among all delete operations
/// </summary>
/// <param name="ds"></param>
/// <param name="basePopulationSize"></param>
/// <param name="opLength"></param>
public static void AllOps(CBC.CrudBasedCollection <string> ds, int basePopulationSize, int opLength, string testString, int cSize, int rSize, int uSize, int dSize)
{
string s;
bool t;
//C add cSize times
for (int i = basePopulationSize; i < basePopulationSize + cSize; i++)
{
t = ds.Create(testString + i);
}
//R retrieve rSize times
for (int i = basePopulationSize; i > basePopulationSize - rSize; i--)
{
s = ds.Retrieve(testString + i);
}
//U update uSize times
for (int i = basePopulationSize; i > basePopulationSize - uSize; i--)
{
t = ds.Update(testString + i);
}
//D delete dSize times
for (int i = basePopulationSize; i > basePopulationSize - dSize; i--)
{
t = ds.Delete(testString + i);
}
}
private static void ProfileEnergyEnergyRandomProgram(Stopwatch stopwatch, ref CBC.CrudBasedCollection <string> ds, C5DataStructure[] c5DSs, int opLength, String testString, ref int count)
{
//Run three Runs
for (int run = 0; run < 3; run++)
{
//for each file fo 100 files
for (int i = 0; i < 100; i++)
{
string applicationRawXValuesFileName = string.Format(@"RandomPrograms\RawXValuesOfRandomApplication{0}.csv", i);
//read file
//1. Read data from a Dataset
List <string[]> rawDatasetArrays = Helpers.parseCSV(applicationRawXValuesFileName);
//for writing result
string writeFileName = string.Format(@"RandomPrograms\Run I\Result_RawXValuesOfRandomApplication{0}.csv", i);
if (run == 1)
{
writeFileName = string.Format(@"RandomPrograms\Run II\Result_RawXValuesOfRandomApplication{0}.csv", i);
}
else if (run == 2)
{
writeFileName = string.Format(@"RandomPrograms\Run III\Result_RawXValuesOfRandomApplication{0}.csv", i);
}
//Delete if exist
if (File.Exists(writeFileName))
{
File.Delete(writeFileName);
}
//Create
StreamWriter CsvfileWriter = new StreamWriter(writeFileName, true);
Console.WriteLine("Start profiling progrm " + applicationRawXValuesFileName + " ...");
foreach (var d in rawDatasetArrays)
{
//for each C5 data structure
for (int j = 0; j < c5DSs.Length; j++)
{
Console.WriteLine("Start " + c5DSs[j].ToString() + " with start element size = " + d[0]);
//for each CRUD op proportion
//for (int k = 0; k < crudDatasetOps.GetLength(0); k++)
//{
ds = new CBC.CrudBasedCollection <string>(c5DSs[j]);
//calculate number of CRUD operations
int C = (int.Parse(d[1]) * opLength) / 100;
int R = (int.Parse(d[2]) * opLength) / 100;
int U = (int.Parse(d[3]) * opLength) / 100;
int D = (int.Parse(d[4]) * opLength) / 100;
int basePopulationSize = int.Parse(d[0]);
double totaltime = 0.0;
int iterationCount = 0;
totalWatts = 0.0;
countWattUpReading = 0;
while (true)//keep doing until the wattsup readings is greater than some threshole
{
bool t;
//Generating based population
for (int p = 0; p < basePopulationSize; p++)
{
t = ds.Create(testString + p);
}
//start the clock
stopwatch.Restart();
//Conducting the operations
AllOps(ds, basePopulationSize, opLength, testString, C, R, U, D);
//stop the clock
stopwatch.Stop();
//time in second
totaltime = totaltime + (stopwatch.Elapsed.TotalSeconds);
iterationCount++;
//clear all elements
ds.Clear();
//check if its time to stop
if (countWattUpReading >= 5)
{
break;
}
}
double averageTime = totaltime / iterationCount;
double averageWatts = totalWatts / (countWattUpReading - 3);//the first two are ignore because of the delay
string result = count + "," + c5DSs[j].ToString() + "," + d[0] + "," + d[1] + "," + d[2] + "," + d[3] + "," + d[4] + " #Iteration:" + iterationCount + " Avg Time(Sec):" + averageTime.ToString() + " Avg Power(Watts): " + averageWatts.ToString() + ", Energy (J):" + (averageTime * averageWatts).ToString();
Console.WriteLine("Result:" + result);
string savedToFileResult = count + "," + c5DSs[j].ToString() + "," + d[0] + "," + d[1] + "," + d[2] + "," + d[3] + "," + d[4] + "," + averageTime.ToString() + "," + averageWatts.ToString() + "," + (averageTime * averageWatts).ToString();
CsvfileWriter.WriteLine(savedToFileResult);
//reset the count to zero
totalWatts = 0.0;
countWattUpReading = 0;
totaltime = 0.0;
count++;
//}
}
}//end for each x-value set
CsvfileWriter.Close();
}
}
}
/// <summary>
/// Energy Profiling
/// </summary>
/// <param name="stopwatch"></param>
/// <param name="ds"></param>
/// <param name="CsvfileWriter"></param>
/// <param name="c5DSs"></param>
/// <param name="elmSizes"></param>
/// <param name="crudDatasetOps"></param>
/// <param name="opLength"></param>
/// <param name="testString"></param>
/// <param name="count"></param>
private static void ProfileEnergyEnergyDataSet(Stopwatch stopwatch, ref CBC.CrudBasedCollection <string> ds, StreamWriter CsvfileWriter, C5DataStructure[] c5DSs, int[] elmSizes, int[,] crudDatasetOps, int opLength, String testString, ref int count)
{
//for each start element size
for (int i = 0; i < elmSizes.Length; i++)
{
//for each C5 data structure
for (int j = 0; j < c5DSs.Length; j++)
{
Console.WriteLine("Start " + c5DSs[j].ToString() + " with start element size = " + elmSizes[i]);
//for each CRUD op proportion
for (int k = 0; k < crudDatasetOps.GetLength(0); k++)
{
ds = new CBC.CrudBasedCollection <string>(c5DSs[j]);
//calculate number of CRUD operations
int C = ((crudDatasetOps[k, 0]) * opLength) / 100;
int R = ((crudDatasetOps[k, 1]) * opLength) / 100;
int U = ((crudDatasetOps[k, 2]) * opLength) / 100;
int D = ((crudDatasetOps[k, 3]) * opLength) / 100;
int basePopulationSize = elmSizes[i];
double totaltime = 0.0;
int iterationCount = 0;
totalWatts = 0.0;
countWattUpReading = 0;
while (true)//keep doing until the wattsup readings is greater than some threshole
{
bool t;
//Generating based population
for (int p = 0; p < basePopulationSize; p++)
{
t = ds.Create(testString + p);
}
//start the clock
stopwatch.Restart();
//Conducting the operations
AllOps(ds, basePopulationSize, opLength, testString, C, R, U, D);
//stop the clock
stopwatch.Stop();
//time in second
totaltime = totaltime + (stopwatch.Elapsed.TotalSeconds);
iterationCount++;
//clear all elements
ds.Clear();
//check if its time to stop
if (countWattUpReading >= 5)
{
break;
}
}
double averageTime = totaltime / iterationCount;
double averageWatts = totalWatts / (countWattUpReading - 3);//the first two are ignore because of the delay
string result = count + "," + c5DSs[j].ToString() + "," + elmSizes[i] + "," + crudDatasetOps[k, 0].ToString() + "," + crudDatasetOps[k, 1].ToString() + "," + crudDatasetOps[k, 2].ToString() + "," + crudDatasetOps[k, 3].ToString() + " #Iteration:" + iterationCount + " Avg Time(Sec):" + averageTime.ToString() + " Avg Power(Watts): " + averageWatts.ToString() + ", Energy (J):" + (averageTime * averageWatts).ToString();
Console.WriteLine("Result:" + result);
string savedToFileResult = count + "," + c5DSs[j].ToString() + "," + elmSizes[i] + "," + crudDatasetOps[k, 0].ToString() + "," + crudDatasetOps[k, 1].ToString() + "," + crudDatasetOps[k, 2].ToString() + "," + crudDatasetOps[k, 3].ToString() + "," + averageTime.ToString() + "," + averageWatts.ToString() + "," + (averageTime * averageWatts).ToString();
CsvfileWriter.WriteLine(savedToFileResult);
//reset the count to zero
totalWatts = 0.0;
countWattUpReading = 0;
totaltime = 0.0;
count++;
}
}
}
}
