// Insert in middle of structure test
public TestModel MidInsertTest(int newIterations, string structureName)
{
ReadFiles();
long memStart = 0, memEnd = 0;
for (int i = 1; i < newIterations + 1; i++)
{
// get pre-fill memory
memStart = GC.GetTotalMemory(true);
switch (structureName)
{
case "StringBuilder":
newTestModel.title = "StringBuilder";
newTestModel.method = ($"Insert a copy of War and Peace into middle of data structure; repeat {newIterations} times");
builderLarge = new StringBuilder();
sw.Start();
builderLarge.Insert(builderLarge.Length / 2, stringLong);
sw.Stop();
break;
case "BigList":
newTestModel.title = "BigList";
newTestModel.method = ($"Insert a copy of War and Peace into middle of data structure; repeat {newIterations} times");
biglistLarge = new BigList <string>();
sw.Start();
biglistLarge.Insert(biglistLarge.Count / 2, stringLong);
sw.Stop();
break;
case "Rope":
newTestModel.title = "Rope";
newTestModel.method = ($"Insert a copy of War and Peace into middle of data structure; repeat {newIterations} times");
ropeLarge = new Rope.Rope <string>();
sw.Start();
ropeLarge.AddRange(newArray, ropeLarge.Length / 2, newArray.Length);
sw.Stop();
break;
}
memEnd = GC.GetTotalMemory(false);
TestDataModel newTestData = new TestDataModel {
id = i, memory = (memEnd - memStart), time = sw.ElapsedTicks
};
// Gets sum of time and memory
averageTime += newTestData.time;
averageMemory += newTestData.memory;
newTestDataModel.Add(newTestData);
sw.Reset();
}
newTestModel.averageTime = averageTime / newIterations;
newTestModel.averageMemory = averageMemory / newIterations;
newTestModel.data = newTestDataModel;
return(newTestModel);
}
// Method to Concatenate Ropes.
public void RopeConcatTestCreateRopes()
{
// Lists to calculate averages. See if you can declare these once and reset?
/*
* List<int> lengths = new List<int>();
* List<double> memallocs = new List<double>();
* List<double> runtimes = new List<double>();
*/
// Metadata information.
structureName = "Rope";
for (int i = 0; i < fNumReplications; i++)
{
for (int j = 0; j < fNumIterations; j++)
{
TestDataModel newTestData = new TestDataModel();
// Get memory pre-operation.
memStart = GC.GetTotalMemory(true);
//Start stopwatch.
sw.Reset();
sw.Start();
// These should be faster than converting to charArray,
//and then you can just read the file in the very beginning
//and not count that in the time & memory!
Rope.Rope <string> ropeWarPeace = new Rope.Rope <string>
(warPeace.Split(" ".ToCharArray())); //splits on word, can split on sentence too. Might need to go back to char arrays for consistency.
Rope.Rope <string> ropeFoxSentence = new Rope.Rope <string>
(foxSentence.Split(" ".ToCharArray()));
Console.WriteLine(ropeFoxSentence);
// Concatenate Ropes.
// This is shorter than the others now since it's splitting on words...
Rope.Rope <string> ropeConcat = Rope.Rope <string> .Concat(ropeWarPeace, ropeFoxSentence);
// Stop timer.
sw.Stop();
// Get Memory after operation.
memEnd = GC.GetTotalMemory(false);
Console.WriteLine("Start {0} End {1}", memStart, memEnd);
//Calculate total memory.
memUsed = memEnd - memStart;
//Console.WriteLine(memUsed);
// Append values to each list.
//lengths.Add(ropeConcat.Length);
//memallocs.Add(memUsed);
// runtimes.Add(sw.ElapsedTicks);
}
// Print averages of ropeConcat.Length, Runtime, for each rep and export to JSON
// Print time will need to be JSON EXPORT!
/*
* Console.WriteLine("Length of new rope: " + lengths.Sum() / lengths.Count() + " words" +
* "\nRuntime: " + runtimes.Sum() / lengths.Count() + " ms" +
* "\nMemory used: " + memallocs.Sum() / memallocs.Count() + " bytes");*/
}
}
public void PrependToLargeStructures(int replications, int iterations)
{
// timer variables
Stopwatch sw = new Stopwatch();
double builderFill = 0;
double biglistFill = 0;
double ropeFill = 0;
// memory variables
double memStart = 0;
double memEnd = 0;
double builderMem = 0;
double biglistMem = 0;
double ropeMem = 0;
// create an enumerable structure of the long string as feed for rope
newArray = stringLong.ToCharArray();
// Call the fill service to create large structures
FillService insertFillService = new FillService();
insertFillService.ReadFiles();
insertFillService.FillLargeStructures(iterations);
StringBuilder builderLarge = insertFillService.builderLarge;
BigList <char> biglistLarge = insertFillService.biglistLarge;
Rope.Rope <char> ropeLarge = insertFillService.ropeLarge;
// time insertion of string into structures with a single copy of war and peace
// ---------------------------------------------------------------
// metadata information
titleStructure = "StringBuilder";
// fill stringbuilder
for (int i = 0; i < replications; i++)
{
// get pre-fill memory
memStart = GC.GetTotalMemory(false);
// start timer
sw.Start();
builderLarge.Insert(0, stringLong);
sw.Stop();
memEnd = GC.GetTotalMemory(false);
builderMem = memEnd - memStart;
builderFill = sw.ElapsedMilliseconds;
// Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
if (jsonLinesSB == "")
{
jsonLinesSB = json;
}
else
{
jsonLinesSB = jsonLinesSB + ", " + json;
}
}
// metadata information
titleStructure = "BigList";
// fill biglist
for (int i = 0; i < replications; i++)
{
// get pre-fill memory
memStart = GC.GetTotalMemory(false);
// start timer
sw.Start();
foreach (char letter in newArray)
{
biglistLarge.Insert(0, letter);
}
sw.Stop();
memEnd = GC.GetTotalMemory(false);
biglistMem = memEnd - memStart;
biglistFill = sw.ElapsedMilliseconds;
// Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
if (jsonLinesBL == "")
{
jsonLinesBL = json;
}
else
{
jsonLinesBL = jsonLinesBL + ", " + json;
}
}
// metadata information
titleStructure = "Rope";
// insert into rope
for (int i = 0; i < replications; i++)
{
memStart = GC.GetTotalMemory(false);
sw.Start();
ropeLarge.AddRange(newArray, 0, newArray.Length);
sw.Stop();
memEnd = GC.GetTotalMemory(false);
ropeMem = memEnd - memStart;
ropeFill = sw.ElapsedMilliseconds;
//Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
if (jsonLinesR == "")
{
jsonLinesR = json;
}
else
{
jsonLinesR = jsonLinesR + ", " + json;
}
}
// append brackets
jsonLinesR = "[" + jsonLinesR + "]";
jsonLinesSB = "[" + jsonLinesSB + "]";
jsonLinesBL = "[" + jsonLinesBL + "]";
// write to files
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\InsertResultsSB.txt"))
{
writeResults.WriteLine(jsonLinesSB);
}
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\InsertResultsBL.txt"))
{
writeResults.WriteLine(jsonLinesBL);
}
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\InsertResultsR.txt"))
{
writeResults.WriteLine(jsonLinesR);
}
}
public TestModel AppendTest(int newIterations, string structureName)
{
// Function that read in the file(s) to test.
ReadFiles();
// Initialize variables that will store memory at 0.
long memStart = 0;
long memEnd = 0;
// Appends a file to the specified data structure i number of times.
for (int i = 1; i < newIterations + 1; i++)
{
// Get pre-operation memory.
memStart = GC.GetTotalMemory(true);
switch (structureName)
{
// Appends a rope repeatedly to another rope.
case "Rope":
newTestModel.title = "Rope";
newTestModel.method = ($"Append a copy of War and Peace to the end of the data structure; repeat {newIterations} times");
ropeLarge = new Rope.Rope <string>();
sw.Start();
ropeLarge.AddRange(newArray, ropeLarge.Length, newArray.Length);
sw.Stop();
break;
// Appends a string repeatedly to a stringbuilder.
case "StringBuilder":
newTestModel.title = "StringBuilder";
newTestModel.method = ($"Append a copy of War and Peace to the end of the data structure; repeat {newIterations} times");
builderLarge = new StringBuilder();
sw.Start();
builderLarge.Append(stringLong);
sw.Stop();
break;
case "BigList":
newTestModel.title = "BigList";
newTestModel.method = ($"Append a copy of War and Peace to the end of the data structure; repeat {newIterations} times");
biglistLarge = new BigList <string>();
sw.Start();
//foreach (string letter in newArray) Don't understanf why foreach loop is here...
//{
biglistLarge.Add(stringLong);
//}
sw.Stop();
break;
}
//Get Memory post operations.
memEnd = GC.GetTotalMemory(false);
TestDataModel newTestData = new TestDataModel {
id = i, memory = (memEnd - memStart), time = sw.ElapsedTicks
};
// Gets sum of time and memory
averageTime += newTestData.time;
averageMemory += newTestData.memory;
newTestDataModel.Add(newTestData);
sw.Reset();
}
newTestModel.averageTime = averageTime / newIterations;
newTestModel.averageMemory = averageMemory / newIterations;
newTestModel.data = newTestDataModel;
return(newTestModel);
}
public void FillLargeStructures(int newIterations)
{
iterations = newIterations;
// timer variables
Stopwatch sw = new Stopwatch();
double builderFill = 0;
double biglistFill = 0;
double ropeFill = 0;
// memory variables
double memStart = 0;
double memEnd = 0;
double builderMem = 0;
double biglistMem = 0;
double ropeMem = 0;
// create an enumerable structure of the long string
newArray = stringLong.ToCharArray();
// time filling of data structures with a single instance of string
// ---------------------------------------------------------------
// metadata information
titleStructure = "StringBuilder";
// fill stringbuilder
for (int i = 1; i < iterations + 1; i++)
{
// get pre-fill memory
memStart = GC.GetTotalMemory(false);
// start timer
sw.Start();
builderLarge = new StringBuilder(stringLong);
sw.Stop();
memEnd = GC.GetTotalMemory(false);
builderMem = memEnd - memStart;
builderFill = sw.ElapsedMilliseconds;
averageSB += averageSB;
// Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
// new data structure test
//Data newDataExport = new RopeTest.Data(i, builderFill, builderMem);
//Test newTestExport = new RopeTest.Test(replications, titleStructure, titleMethod, newDataExport);
if (jsonLinesSB == "")
{
jsonLinesSB = json;
}
else
{
jsonLinesSB = jsonLinesSB + ", " + json;
}
}
// metadata information
titleStructure = "BigList";
// fill biglist
for (int i = 1; i < (int)iterations + 1; i++)
{
// get pre-fill memory
memStart = GC.GetTotalMemory(false);
// start timer
sw.Start();
biglistLarge = new BigList <char>(newArray);
sw.Stop();
memEnd = GC.GetTotalMemory(false);
biglistMem = memEnd - memStart;
biglistFill = sw.ElapsedMilliseconds;
averageBL += averageBL;
// Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
// new data structure test
//Data newDataExport = new RopeTest.Data(i, builderFill, builderMem);
//Test newTestExport = new RopeTest.Test(replications, titleStructure, titleMethod, newDataExport);
if (jsonLinesBL == "")
{
jsonLinesBL = json;
}
else
{
jsonLinesBL = jsonLinesBL + ", " + json;
}
}
// metadata information
titleStructure = "Rope";
// fill rope
for (int i = 1; i < (int)iterations + 1; i++)
{
memStart = GC.GetTotalMemory(false);
sw.Start();
ropeLarge = new Rope.Rope <char>(newArray, 0, newArray.Length);
sw.Stop();
memEnd = GC.GetTotalMemory(false);
ropeMem = memEnd - memStart;
ropeFill = sw.ElapsedMilliseconds;
averageR += averageR;
//Manual json build
Test dataExport = new Test(replications, titleStructure, titleMethod, "teststringofmethodology", i, builderFill, builderMem);
json = dataExport.CreateJson(dataExport);
// new data structure test
//Data newDataExport = new RopeTest.Data(i, builderFill, builderMem);
//Test newTestExport = new RopeTest.Test(replications, titleStructure, titleMethod, newDataExport);
if (jsonLinesR == "")
{
jsonLinesR = json;
}
else
{
jsonLinesR = jsonLinesR + ", " + json;
}
}
// append brackets
jsonLinesR = "[" + jsonLinesR + "]";
jsonLinesSB = "[" + jsonLinesSB + "]";
jsonLinesBL = "[" + jsonLinesBL + "]";
// write to files
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\FillResultsSB.txt"))
{
writeResults.WriteLine(jsonLinesSB);
}
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\FillResultsBL.txt"))
{
writeResults.WriteLine(jsonLinesBL);
}
using (StreamWriter writeResults = new StreamWriter(@"c:\repos\files\FillResultsR.txt"))
{
writeResults.WriteLine(jsonLinesR);
}
}
