// Setup the results context object
public override void SetupResultsContext(ResultsContext context, ResultsIOData inputData, ResultsIOData inputDataB)
{
CleanupResultsContext();
FrameComparisonResults inputResults = (FrameComparisonResults)logic.DeserializeResults(inputData); // Deserialize input and cast to typed results
if (TestRunner.Instance)
{
if (!TestRunner.Instance.isAnalytic)
{
comparisonData = (FrameComparisonComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
else
{
FrameComparisonResults inputResultsB = (FrameComparisonResults)logic.DeserializeResults(inputDataB); // Deserialize input and cast to typed results
comparisonData = (FrameComparisonComparison)logic.ProcessComparison(inputResultsB, inputResults);
}
}
else
{
comparisonData = (FrameComparisonComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
buttons = new Button[3]; // Create button array
for (int i = 0; i < buttons.Length; i++) // Iterate
{
buttons[i] = context.objects[i].GetComponent <Button>(); // Get the button
int index = i; // Set this so delegate doesnt get reference that iterates
buttons[i].onClick.AddListener(delegate { SetTextureContext(comparisonData, index); }); // Add listener
}
resultsContextImage = context.objects[3].GetComponent <RawImage>(); // Get image
context.objects[4].GetComponent <Text>().text = comparisonData.DiffPercentage.ToString("N4"); // Set diff to field
SetTextureContext(comparisonData, 0); // Set default
}
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// Converting to JSON
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary>
/// Converts a ResultsIO class
/// </summary>
/// <returns>The JSO.</returns>
/// <param name="inputData">Input data.</param>
public static string[] ToJSON(ResultsIOData inputData)
{
if (inputData.resultsRow.Count <= 1)
{
Debug.LogWarning("Invalid ResultsIOData sent to Serializer");
return(null);
}
else
{
string[] output = new string[inputData.resultsRow.Count];
string[] tableLabels = new string[inputData.resultsRow [0].resultsColumn.Count];
for (int i = 0; i < tableLabels.Length; i++) // column labels in string array
{
tableLabels [i] = inputData.resultsRow [0].resultsColumn [i];
}
for (int rows = 0; rows < inputData.resultsRow.Count; rows++)
{
output [rows] = "{";
for (int columns = 0; columns < inputData.resultsRow [rows].resultsColumn.Count; columns++)
{
string value = inputData.resultsRow [rows].resultsColumn [columns];
string s = "\"" + inputData.resultsRow [0].resultsColumn [columns] + "\":\"" + value + "\"";
if (columns < inputData.resultsRow [0].resultsColumn.Count - 1)
{
s += ",";
}
output [rows] += s;
}
output [rows] += "}";
}
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, "Converted to JSON"); // Write to console
return(output);
}
}
/// <summary>
/// Retrieves a baseline file.
/// </summary>
/// <returns>The baseline.</returns>
/// <param name="suiteName">Suite name.</param>
/// <param name="testType">Test type.</param>
/// <param name="inputData">Input data.</param>
public ResultsIOData RetrieveBaseline(string suiteName, string testType, ResultsDataCommon inputData)
{
//string rawJSONdata = LocalIO.Instance.FetchDataFile (suiteName, testType, inputData, true);//fetch string from file
ResultsIOData data = LocalIO.Instance.FetchDataFile(suiteName, testType, inputData, true); //JSONHelper.FromJSON (rawJSONdata);//take JSON convert to ResultsIOData //REORG
return(data);
}
// ------------------------------------------------------------------------------------
// Test Execution
// Use local result in Manual mode if it exists
public override void UseLocalResult(ResultsIOData localResult)
{
ResultsBase typedResult = (R)DeserializeResults(localResult); // Deserialize result to typed
activeResultData = typedResult; // Set to active results
EndTest(); // End test
}
// Create and expand context object
IEnumerator ExpandContextObject(ResultsEntry inputEntry, TestDisplayBase display)
{
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, "Expanding context object"); // Write to console
int entryIndex = FindEntryInDetailedResultsList(inputEntry); // Get index of selected entry
activeContextEntry = inputEntry; // Track selected entry
activeContextObject = Instantiate(display.resultsContextPrefab, listContentRect, false); // Create context object instance
RectTransform contextObjectRect = activeContextObject.GetComponent <RectTransform>(); // Get rect
contextObjectRect.anchoredPosition = new Vector2(0, (entryIndex + 1) * -listEntries[0].GetComponent <RectTransform>().sizeDelta.y); // Set position
listContentRect.sizeDelta = new Vector2(listContentRect.sizeDelta.x, listContentRect.sizeDelta.y + contextObjectRect.sizeDelta.y); // Set size
NudgeDetailedResultsListEntries(entryIndex, -contextObjectRect.sizeDelta.y); // Nudge entries
ResultsContext resultsContext = activeContextObject.GetComponent <ResultsContext>(); // Get results context reference
resultsContext.Setup(activeContextEntry); // Setup base of results context
ResultsIOData resultsDataFull = new ResultsIOData(); // Create output data
yield return(StartCoroutine(ResultsIO.Instance.FetchSpecificEntry(inputEntry.resultsEntryData.resultsData, (value => { resultsDataFull = value; })))); // Get full results data // SQLCHECK
ResultsIOData resultsDataFullB = new ResultsIOData(); // Create output data
if (TestRunner.Instance)
{
if (TestRunner.Instance.runnerType == RunnerType.Analytic)
{
yield return(StartCoroutine(SQL.SQLIO.FetchBaseline(inputEntry.resultsEntryData.resultsDataB, (value => { resultsDataFullB = value; })))); // Get full results data // SQLCHECK
}
else if (TestRunner.Instance.runnerType == RunnerType.AnalyticComparison)
{
yield return(StartCoroutine(ResultsIO.Instance.FetchSpecificEntry(inputEntry.resultsEntryData.resultsDataB, (value => { resultsDataFullB = value; })))); // Get full results data // SQLCHECK
}
}
//if(inputEntry.resultsEntryData.resultsDataB != null)
display.SetupResultsContext(resultsContext, resultsDataFull, resultsDataFullB); // Tell Display how to setup the results context
}
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// Writing data - TODO wip
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary>
/// Writes the data files.
/// </summary>
/// <returns>The data files.</returns>
/// <param name="suite">Suite.</param>
/// <param name="testType">Test type.</param>
/// <param name="resultIOdata">Result I odata.</param>
/// <param name="data">Data.</param>
/// <param name="filetype">Filetype.</param>
public IEnumerator WriteDataFiles(ResultsIOData resultIOdata, fileType filetype)
{
if (resultIOdata.resultsRow.Count != 0)
{
string suite = resultIOdata.suite;
string testType = resultIOdata.testType;
ResultsDataCommon common = ResultsIO.Instance.GenerateRDC(resultIOdata.resultsRow[0].resultsColumn.ToArray());
string[] fields = resultIOdata.fieldNames.ToArray();
Console.Instance.Write(DebugLevel.File, MessageLevel.Log, "Beginning to write data for suite " + suite + " of the testType " + testType + " which contains " + resultIOdata.resultsRow.Count + " files to write"); // Write to console
string platformAPI = common.Platform + "_" + common.API;
string filePath = CreateDataDirectory(suite, platformAPI, common.RenderPipe, testType);
string prefix = "";
int suiteBaselineDataIndex = -1;
if (filetype == fileType.Baseline)
{ //if it's a baseline file we need to update latest baseline timesstamp
prefix = baselinePrefix;
ResultsIO.Instance.UpdateBaselineDictionary(suite, common.Platform, common.API, common.RenderPipe, out suiteBaselineDataIndex);
}
else
{
prefix = resultsCurrentPrefix;
}
List <string> data = new List <string>(); //list to create string for local file
//iterate through all the results in the current ResultsIOData
for (int i = 0; i < resultIOdata.resultsRow.Count; i++)
{
common = ResultsIO.Instance.GenerateRDC(resultIOdata.resultsRow[i].resultsColumn.ToArray());
data.Clear(); //clear data for new file
for (int f = 0; f < fields.Length; f++)
{ //adding the data(values) and fields together
data.Add(fields[f]); //add the field name
data.Add(resultIOdata.resultsRow[i].resultsColumn[f]); //add the value
}
if (!Directory.Exists(filePath)) // check to see ig folder exists if not create it
{
Directory.CreateDirectory(filePath);
}
string fileName = prefix + "_" + common.GroupName + "_" + common.TestName + ".txt"; //name the file
File.WriteAllLines(filePath + "/" + fileName, data.ToArray()); //write the contents of data line by line
while (!File.Exists(filePath + "/" + fileName))
{
Console.Instance.Write(DebugLevel.File, MessageLevel.Log, "Writing..."); // Write to console
yield return(new WaitForEndOfFrame());
}
//update baseline dictionary(not a dictionary) if baseline
if (filetype == fileType.Baseline)
{
ResultsIO.Instance.BaselineDictionaryEntry(suiteBaselineDataIndex, testType, common.GroupName, common.TestName, common.DateTime);
}
}
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, "Wrote " + resultIOdata.resultsRow.Count + " files to disk"); // Write to console
//Write baseline dictionary for suite and update timestamp TODO might need work/tweaking
if (filetype == fileType.Baseline)
{
yield return(StartCoroutine(UpdateSuiteDataFiles()));
}
yield return(null);
}
}
// ------------------------------------------------------------------------------------
// ResultsViewer
// Setup the results context object
public override void SetupResultsContext(ResultsContext context, ResultsIOData inputData)
{
AverageFrameTimeResults inputResults = (AverageFrameTimeResults)logic.DeserializeResults(inputData); // Deserialize input and cast to typed results
AverageFrameTimeLogic.ComparisonData comparisonData = (AverageFrameTimeLogic.ComparisonData)logic.GetComparisonData(inputResults); // Get comparison data
context.objects[0].GetComponent <Text>().text = inputResults.avgFrameTime.ToString(); // Set average frame time
context.objects[1].GetComponent <Text>().text = comparisonData.delta.ToString(); // Set delta
}
// ------------------------------------------------------------------------------------
// ResultsViewer
// ------------------------------------------------------------------------------------
// This sections controls customizing the ResultsViewers context object for this test type
//
// Mandatory overrides:
// - SetupResultsContext
// This method lets you specify the content of the results viewer context object
// Input is an array of game object references
// Context object contents are unique to the test type
//
// These method calls are already wrapped in debugs and as such do not require debugs inside them
// However, should you want to add further debugs please use Console.Write()
// Setup the results context object
public override void SetupResultsContext(ResultsContext context, ResultsIOData inputData)
{
ExampleResults inputResults = (ExampleResults)logic.DeserializeResults(inputData); // Deserialize input and cast to typed results
ExampleLogic.ComparisonData comparisonData = (ExampleLogic.ComparisonData)logic.GetComparisonData(inputResults); // Get comparison data
context.objects[0].GetComponent <Text>().text = inputResults.SomeFloat.ToString(); // Set float
context.objects[1].GetComponent <Text>().text = comparisonData.SomeFloatDiff.ToString(); // Set diff
}
// Submit results data to ResultsIO
public void SubmitResults(int baseline)
{
ProgressScreen.Instance.SetState(true, ProgressType.LocalSave, "Submitting results"); // Enable ProgressScreen
ResultsIOData output = SerializeResults(); // Serialize activeResultsData
Console.Instance.Write(DebugLevel.Logic, MessageLevel.Log, this.GetType().Name + " sending data to ResultsIO for " + activeTestEntry.testName); // Write to console
StartCoroutine(ResultsIO.Instance.ProcessResults(activeTestEntry.suiteName, activeTestEntry.typeName /*testTypeName*/, output, baseline)); // Send data to ResultsIO
}
// Return an ResultsCommon index from a Field Name input
public static int FindResultsDataIOFieldIdByName(ResultsIOData results, string name)
{
for (int i = 0; i < results.fieldNames.Count; i++) // Iterate field names
{
if (results.fieldNames[i] == name) // If matches query
{
return(i); // Return
}
}
return(-1); // Fail
}
// ------------------------------------------------------------------------------------
// Comparison Methods
// Get comparison data
public object GetComparisonData(ResultsBase resultsData)
{
ResultsIOData baselineFetch = ResultsIO.Instance.RetrieveBaseline(suiteName, testTypeName, resultsData.common); // Get baseline data
if (baselineFetch != null) // If successful
{
ResultsBase baselineData = (ResultsBase)DeserializeResults(baselineFetch); // Convert to results class
return(ProcessComparison(baselineData, resultsData)); // Process comparison
}
else
{
return(null); // Return fail
}
}
// ------------------------------------------------------------------------------------
// Comparison Methods
// Get comparison data
public object ProcessComparison(ResultsBase resultsData)
{
AltBaselineSettings altBaselineSettings = Master.Instance.GetCurrentPlatformAPI(); // current chosen API/plafrom
ResultsDataCommon m_BaselineData = resultsData.common.SwitchPlatformAPI(altBaselineSettings.Platform, altBaselineSettings.API); // makes new ResultsDataCommon to grab baseline
ResultsIOData baselineFetch = ResultsIO.Instance.RetrieveEntry(suiteName, testTypeName, m_BaselineData, true, true); // Get baseline data
if (baselineFetch != null) // If successful
{
ResultsBase baselineData = (ResultsBase)DeserializeResults(baselineFetch); // Convert to results class
return(ProcessComparison(baselineData, resultsData)); // Process comparison
}
else
{
return(null); // Return fail
}
}
//Generates a single result from a string array to a ResultsIOData
public ResultsIOData GenerateRIOD(string[] inputData, string suite, string testType)
{
ResultsIOData RD = new ResultsIOData();
ResultsIORow row = new ResultsIORow();
row.resultsColumn = new List <string> ();
RD.resultsRow.Add(row);
RD.suite = suite;
RD.testType = testType;
for (int i = 0; i < inputData.Length / 2; i++)
{
RD.fieldNames.Add(inputData[i * 2]);
RD.resultsRow [0].resultsColumn.Add(inputData [(i * 2) + 1]);
}
return(RD);
}
// Analytic comparson logic
public override IEnumerator ProcessAnalyticComparison()
{
ResultsIOData resultsA = new ResultsIOData(); // Create results A
yield return(StartCoroutine(SQL.SQLIO.FetchSpecificEntry(TestStructure.Instance.RequestAnalyticData(0, activeTestEntry), (value => { resultsA = value; })))); // Get full results A // SQLCHECK
var rawResultsA = (R)DeserializeResults(resultsA); // Deserialize
ResultsIOData resultsB = new ResultsIOData(); // Create results A
yield return(StartCoroutine(SQL.SQLIO.FetchSpecificEntry(TestStructure.Instance.RequestAnalyticData(1, activeTestEntry), (value => { resultsB = value; })))); // Get full results A // SQLCHECK
var rawResultsB = (R)DeserializeResults(resultsB); // Deserialize
bool passFail = GetComparisonResult(rawResultsA, rawResultsB); // Get Comparison result
resultsA.resultsRow[0].resultsColumn[Common.FindResultsDataIOFieldIdByName(resultsA, "PassFail")] = passFail.ToString(); // Set pass fail
EndTest(); // End test
}
// ------------------------------------------------------------------------------------
// Serialization
// TODO - Clean and comment (DANGER)
// Deserialize ResultsIOData(string arrays) to ResultsData(class)
public override object DeserializeResults(ResultsIOData resultsIOData)
{
//var resultData = Convert.ChangeType(activeBaselineData, results); // Create instance (Old - Used from base class)
ResultsBase resultData = (R)Activator.CreateInstance(results); // Create instance
var common = new ResultsDataCommon(); //blank common data
BindingFlags bindingFlags = BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Static;
FieldInfo[] commonFields = typeof(ResultsDataCommon).GetFields(bindingFlags);
FieldInfo[] customFields = results.GetFields(bindingFlags);
List <string> commonDataRaw = resultsIOData.resultsRow[0].resultsColumn.GetRange(0, commonFields.Length);
List <string> resultsDataRaw = resultsIOData.resultsRow[0].resultsColumn.GetRange(commonFields.Length, resultsIOData.resultsRow[0].resultsColumn.Count - (commonFields.Length));
for (int f = 0; f < customFields.Length; f++)
{
if (f == 0)
{
//do the common class
for (int cf = 0; cf < commonFields.Length; cf++)
{
string value = commonDataRaw[cf];
FieldInfo fieldInfo = common.GetType().GetField(commonFields[cf].Name);
fieldInfo.SetValue(common, Convert.ChangeType(value, fieldInfo.FieldType));
}
}
else
{
var value = resultsDataRaw[(f) - 1];
FieldInfo fieldInfo = resultData.GetType().GetField(customFields[0].Name); // TODO - Why did this become 0?
if (fieldInfo.FieldType.IsArray) // This handles arrays
{
Type type = resultData.GetType().GetField(customFields[f].Name).FieldType.GetElementType();
GenerateGenericArray(fieldInfo, resultData.GetType(), resultData, type, value);
}
else // Non array types
{
fieldInfo.SetValue(resultData, Convert.ChangeType(value, fieldInfo.FieldType));
}
}
}
resultData.common = common; // Assign common
return(resultData);
}
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// Processing fresh test data
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary>
/// Processes the results, saving local txt files and pushing to cloud.
/// </summary>
/// <param name="suiteName">Suite name.</param>
/// <param name="testType">Test type.</param>
/// <param name="inputData">Input data.</param>
/// <param name="baseline">Baseline data?</param>
public IEnumerator ProcessResults(string suiteName, string testType, ResultsIOData inputData, int baseline)
{
ProgressScreen.Instance.SetState(true, ProgressType.CloudSave, "Saving cloud data");
inputData.suite = suiteName;
inputData.testType = testType;
int uploaded = -1;
if (writeCloud)
{
string sheetName;
if (baseline == 1) //Cloud upload for baseline
{
sheetName = suiteName + "_" + testType + "_Baseline";
}
else //cloud upload for results
{
sheetName = suiteName + "_" + testType + "_Results";
}
StartCoroutine(SQL.SQLIO.AddEntry(inputData, sheetName, baseline, (value) => { uploaded = value; })); // SQLCHECK
while (uploaded == -1)
{
yield return(null);
}
}
else
{
uploaded = 1;
}
ProgressScreen.Instance.SetState(true, ProgressType.LocalSave, "Saving local data");
if (writeLocal)
{
fileType ft = baseline == 1 ? fileType.Baseline : fileType.Result;
if (uploaded == 1) // if the entry uploaded fine
{
StartCoroutine(LocalIO.Instance.WriteDataFiles(inputData, ft));
}
}
BroadcastEndResultsSave();
}
IEnumerator FetchFilteredResults()
{
ProgressScreen.Instance.SetState(true, ProgressType.CloudLoad, "Fetching Cloud Data"); //Show loading screen
ResultsIOData[] riodA = new ResultsIOData[0];
yield return(StartCoroutine(FetchFilterData(value => { riodA = value; })));
ResultsIOData[] riodB = new ResultsIOData[0];
if (comparison)
{
yield return(StartCoroutine(FetchFilterData(value => { riodB = value; })));
}
else
{
riodB = riodA;
}
ProgressScreen.Instance.SetState(false, ProgressType.CloudLoad, "null"); //Show loading screen
canvas.SetActive(false); //turn off the filter menu
StartCoroutine(TestStructure.Instance.GenerateAnalyticStructure(riodA));
//StartCoroutine(TestStructure.Instance.GenerateAnalyticStructure(riodA, riodB));
}
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
/// Getters
/// ------------------------------------------------------------------------------------------------------------------------------------------------------------------------
public IEnumerator FetchSpecificEntry(ResultsIOData inputData, Action <ResultsIOData> outdata)
{
ResultsIOData data = new ResultsIOData();//ResultsIOData to send back to resultsIO for local processing
string suite = inputData.suite;
string testType = inputData.testType;
List <string> common = inputData.resultsRow[0].resultsColumn;
common.Add("");
ResultsDataCommon RDC = GenerateRDC(common.ToArray());
ResultsIOData localData = LocalIO.Instance.FetchDataFile(suite, testType, RDC, inputData.baseline, true);
if (localData == null)
{
yield return(StartCoroutine(SQL.SQLIO.FetchSpecificEntry(inputData, (value => { data = value; }))));
}
else
{
data = localData;
}
outdata(data);
}
/// <summary>
/// Converts JSON to the ResultsIO class.
/// </summary>
/// <returns>A ResultsIO is returned.</returns>
/// <param name="inputData">Input unformatted JSON string.</param>
public static ResultsIOData FromJSON(string inputData)
{
if (inputData != null)
{
string[] splitData = JSONToStringArray(inputData);
ResultsIOData data = new ResultsIOData(); //new ResultsIOData
ResultsIORow row = new ResultsIORow();
data.resultsRow.Add(row);
for (int i = 0; i < splitData.Length; i++)
{
int cur = i;
string entry = splitData [cur];
data.resultsRow [0].resultsColumn.Add(entry);
}
return(data);
}
else
{
return(null);
}
}
// Setup the results context object
public override void SetupResultsContext(ResultsContext context, ResultsIOData inputData, ResultsIOData inputDataB)
{
AverageFrameTimeResults inputResults = (AverageFrameTimeResults)logic.DeserializeResults(inputData); // Deserialize input and cast to typed results
if (TestRunner.Instance)
{
if (!TestRunner.Instance.isAnalytic)
{
comparisonData = (AverageFrameTimeComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
else
{
AverageFrameTimeResults inputResultsB = (AverageFrameTimeResults)logic.DeserializeResults(inputDataB); // Deserialize input and cast to typed results
comparisonData = (AverageFrameTimeComparison)logic.ProcessComparison(inputResultsB, inputResults);
}
}
else
{
comparisonData = (AverageFrameTimeComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
context.objects[0].GetComponent <Text>().text = inputResults.avgFrameTime.ToString("N4"); // Set average frame time
context.objects[1].GetComponent <Text>().text = comparisonData.delta.ToString("N4"); // Set delta
}
// Setup the results context object
public override void SetupResultsContext(ResultsContext context, ResultsIOData inputData, ResultsIOData inputDataB)
{
ExampleResults inputResults = (ExampleResults)logic.DeserializeResults(inputData); // Deserialize input and cast to typed results
if (TestRunner.Instance)
{
if (!TestRunner.Instance.isAnalytic)
{
comparisonData = (ExampleComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
else
{
ExampleResults inputResultsB = (ExampleResults)logic.DeserializeResults(inputDataB); // Deserialize input and cast to typed results
comparisonData = (ExampleComparison)logic.ProcessComparison(inputResultsB, inputResults);
}
}
else
{
comparisonData = (ExampleComparison)logic.ProcessComparison(inputResults); // Get comparison data
}
context.objects[0].GetComponent <Text>().text = inputResults.SomeFloat.ToString(); // Set float
context.objects[1].GetComponent <Text>().text = comparisonData.SomeFloatDiff.ToString(); // Set diff
}
/// <summary>
/// Converts multiple JSON strings to the ResultsIO class, populating multiple results rows.
/// </summary>
/// <returns>A ResultsIO is returned.</returns>
/// <param name="inputData">Array of unformatted JSON strings.</param>
public static ResultsIOData FromJSON(string[] inputData)
{
if (inputData.Length != 0)
{
ResultsIOData data = new ResultsIOData(); //new ResultsIOData
for (int a = 0; a < inputData.Length; a++)
{
string[] splitData = JSONToStringArray(inputData [a]);
for (int i = 0; i < splitData.Length; i++)
{
data.resultsRow.Add(new ResultsIORow());
int cur = i;
string entry = splitData [cur];
data.resultsRow [a].resultsColumn.Add(entry);
}
}
return(data);
}
else
{
return(null);
}
}
public IEnumerator GenerateAnalyticStructure(ResultsIOData[] resultsA, ResultsIOData[] resultsB)
{
yield return(null);
testStructure = new Structure(); // Create new test structure instance
List <TestType> typeList = GenerateTypeListAndInstances(); // Generate type list and create instances
int groupColumn = Common.FindResultsDataIOFieldIdByName(resultsA[0], "GroupName"); // Get group column ID
if (groupColumn == -1) // If error return
{
Console.Instance.Write(DebugLevel.Critical, MessageLevel.LogError, "GroupName ID not found"); // Debug
}
int testColumn = Common.FindResultsDataIOFieldIdByName(resultsA[0], "TestName"); // Get test column ID
if (testColumn == -1) // If error return
{
Console.Instance.Write(DebugLevel.Critical, MessageLevel.LogError, "TestName ID not found"); // Debug
}
for (int i = 0; i < resultsA.Length; i++)
{
Debug.LogWarning(resultsA[i].testType);
string suiteName = resultsA[i].suite;
Suite suite = FindDuplicateSuiteInStructure(suiteName);
if (suite == null)
{
suite = new Suite(); // Create new suite instance
suite.suiteName = suiteName; // Set suite name
suite.types = CloneTestTypeList(typeList); // Clone the type list
testStructure.suites.Add(suite); // Add to suites list
}
//iterate through all the tests in ResultsIOData.Rows
for (int row = 0; row < resultsA[i].resultsRow.Count; row++)
{
string groupName = resultsA[i].resultsRow[row].resultsColumn[groupColumn]; // Get group name
int typeIndex = TestTypeManager.Instance.GetTestTypeIndexFromName(resultsA[i].testType); // Get type index
if (typeIndex == -1) // If error return
{
Console.Instance.Write(DebugLevel.Critical, MessageLevel.LogError, "TestType ID not found"); // Debug
}
Group group = FindDuplicateGroupInType(suite, typeIndex, groupName);
if (group == null)
{
group = new Group(); // Create new group instance
group.groupName = groupName; // Set group name
suite.types[typeIndex].groups.Add(group); // Add to groups list
}
string testName = resultsA[i].resultsRow[row].resultsColumn[testColumn]; // Get test name
TestResults test = new TestResults(); // Create new TestResults
test.testName = testName; // Set test name
//create resultsIOdata for this single row
ResultsIOData riodA = new ResultsIOData();
riodA.suite = resultsA[i].suite;
riodA.testType = resultsA[i].testType;
riodA.baseline = resultsA[i].baseline;
riodA.fieldNames = resultsA[i].fieldNames;
riodA.resultsRow.Add(resultsA[i].resultsRow[row]);
test.dataA = riodA; // Set results data A
if (resultsB != null) // If analytic comparison
{
ResultsIOData riodB = new ResultsIOData();
riodB.suite = resultsB[i].suite;
riodB.testType = resultsB[i].testType;
riodB.baseline = resultsB[i].baseline;
riodB.fieldNames = resultsB[i].fieldNames;
riodB.resultsRow.Add(resultsB[i].resultsRow[row]);
test.dataB = riodB; // Set results data B
}
else
{
ResultsIOData riodB = new ResultsIOData();
riodB.suite = resultsA[i].suite;
riodB.testType = resultsA[i].testType;
riodB.baseline = true; //resultsA[i].baseline; // TODO - Should be true
riodB.fieldNames = resultsA[i].fieldNames;
riodB.resultsRow.Add(resultsA[i].resultsRow[row]);
test.dataB = riodB; // Set results data A
}
group.tests.Add(test); // Add to group
}
}
// Reiterate suites to remove empty type entries
for (int i = 0; i < testStructure.suites.Count; i++)
{
for (int ty = 0; ty < testStructure.suites[i].types.Count; ty++) // Iterate types
{
if (testStructure.suites[i].types[ty].groups.Count == 0) // If empty
{
testStructure.suites[i].types.RemoveAt(ty); // Remove it
}
}
testStructure.suites[i].types.TrimExcess(); // Trim the types list
}
Console.Instance.Write(DebugLevel.Logic, MessageLevel.Log, "AnalyticTestStructure finished generating"); // Write to console
if (resultsB == null) // If analytic
{
Menu.Instance.GenerateTestRunner(RunnerType.Analytic); // Generate anyaltic test runner
}
else // If analytic comparison
{
Menu.Instance.GenerateTestRunner(RunnerType.AnalyticComparison);
}
}
// Deserialize ResultsIOData(string arrays) to ResultsData(class)
public virtual object DeserializeResults(ResultsIOData resultsIOData)
{
return(new object());
}
// ------------------------------------------------------------------------------------
// Serialization
// TODO - Clean and comment (DANGER)
// Serialize ResultsData(class) to ResultsIOData(string arrays)
public ResultsIOData SerializeResults()
{
ResultsIOData output = new ResultsIOData();
output.resultsRow.Add(new ResultsIORow());
BindingFlags bindingFlags = BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Static;
FieldInfo[] commonFields = typeof(ResultsDataCommon).GetFields(bindingFlags);
FieldInfo[] customFields = results.GetFields(bindingFlags);
//Store field names into the ResultsIOData
for (int f = 0; f < commonFields.Length; f++)
{
output.fieldNames.Add(commonFields[f].Name);
}
for (int f = 0; f < customFields.Length - 1; f++)
{
output.fieldNames.Add(customFields[f].Name);
}
output.resultsRow[0].resultsColumn = new List <string>();
ResultsDataCommon resultsCommonTemplate = new ResultsDataCommon();
for (int f = 0; f < commonFields.Length; f++)
{
var typedResult = Convert.ChangeType(activeResultData, results); // TODO - Why does this work...
FieldInfo typedCommonField = typedResult.GetType().GetField("common"); // TODO - Why does this work...
var typedCommonValue = Convert.ChangeType(typedCommonField.GetValue(typedResult), resultsCommonTemplate.GetType()); // TODO - Why does this work...
var commonResult = typedCommonValue.GetType().GetField(commonFields[f].Name).GetValue(typedCommonValue);
output.resultsRow[0].resultsColumn.Add(commonResult.ToString());
}
for (int f = 0; f < customFields.Length - 1; f++)
{
var customResult = activeResultData.GetType().GetField(customFields[f].Name).GetValue(activeResultData);
if (activeResultData.GetType().GetField(customFields[f].Name).FieldType.IsArray) //If its an array (tough to handle)
{
Array a = (Array)activeResultData.GetType().GetField(customFields[f].Name).GetValue(activeResultData);
if (a != null) // Null check incase custom results werent set on an array
{
string[] stringArray = new string[a.Length];
for (int i = 0; i < a.Length; i++)
{
stringArray[i] = a.GetValue(i).ToString();
}
customResult = Common.ConvertStringArrayToString(stringArray);
output.resultsRow[0].resultsColumn.Add(customResult.ToString());
}
else // Write blank when custom results werent set on an array
{
customResult = "";
}
}
else if (customResult != null) //If its a non-array type that has had values set
{
output.resultsRow[0].resultsColumn.Add(customResult.ToString());
}
else //If its a non-array type that has not had values set
{
output.resultsRow[0].resultsColumn.Add("");
}
}
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, GetType().Name + " generated resultsIO data"); // Write to console
return(output);
}
// Generate a list of results based on selected filters
public IEnumerator GenerateFilteredResultList()
{
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, "Filtering results"); // Write to console
filteredResultsEntries.Clear(); // Clear current
TestStructure.Structure structure = TestStructure.Instance.GetStructure(); // Get structure
for (int su = 0; su < structure.suites.Count; su++) // Iterate suites
{
if (su == suitesDropdown.value - 1 || suitesDropdown.value == 0) // If passes suites filter
{
string suiteName = structure.suites[su].suiteName; // Get suite name
for (int ty = 0; ty < structure.suites[su].types.Count; ty++) // Iterate types
{
int typeIndex = structure.suites[su].types[ty].typeIndex; // Get type index
if (typeIndex == typesDropdown.value - 1 || typesDropdown.value == 0) // If passes types filter
{
string typeName = structure.suites[su].types[ty].typeName; // Get type name
for (int gr = 0; gr < structure.suites[su].types[ty].groups.Count; gr++) // Iterate groups
{
string groupName = structure.suites[su].types[ty].groups[gr].groupName; // Get group name
for (int te = 0; te < structure.suites[su].types[ty].groups[gr].tests.Count; te++) // Iterate tests
{
string testName = structure.suites[su].types[ty].groups[gr].tests[te].testName; // Get test name
string scenePath = structure.suites[su].types[ty].groups[gr].tests[te].scenePath; // Get scene path
ResultsDataCommon common = BuildResultsDataCommon(groupName, testName); // Build results data common to retrieve results
ResultsIOData data = ResultsIO.Instance.RetrieveResult(suiteName, typeName, common); // Retrieve results data
if (resultsDropdown.value != 0) // If filtering based on results
{
int passFail = 2; // Set default state (no results)
if (data != null) // If results data exists
{
passFail = data.resultsRow[0].resultsColumn[21] == "True" ? 0 : 1; // Set pass fail state
}
switch (resultsDropdown.value)
{
case 1: // Pass
if (passFail == 0)
{
filteredResultsEntries.Add(new ResultsEntryData(new TestEntry(suiteName, groupName, scenePath, typeName, testName, typeIndex, su, gr, ty, te), data)); // Add to list
}
break;
case 2: // Fail
if (passFail == 1)
{
filteredResultsEntries.Add(new ResultsEntryData(new TestEntry(suiteName, groupName, scenePath, typeName, testName, typeIndex, su, gr, ty, te), data)); // Add to list
}
break;
case 3: // Ran
if (passFail != 2)
{
filteredResultsEntries.Add(new ResultsEntryData(new TestEntry(suiteName, groupName, scenePath, typeName, testName, typeIndex, su, gr, ty, te), data)); // Add to list
}
break;
case 4: // Not Ran
if (passFail == 2)
{
filteredResultsEntries.Add(new ResultsEntryData(new TestEntry(suiteName, groupName, scenePath, typeName, testName, typeIndex, su, gr, ty, te), data)); // Add to list
}
break;
}
}
else
{
filteredResultsEntries.Add(new ResultsEntryData(new TestEntry(suiteName, groupName, scenePath, typeName, testName, typeIndex, su, gr, ty, te), data)); // Add to list
}
yield return(null);
}
}
}
}
}
}
}
public abstract void UseLocalResult(ResultsIOData localResult);
// Setup the results context entry public abstract void SetupResultsContext(ResultsContext contextObject, ResultsIOData inputData, ResultsIOData inputDataB);
public ResultsEntryData(TestEntry inputEntry, ResultsIOData inputData, ResultsIOData inputDataB)
{
testEntry = inputEntry;
resultsData = inputData;
resultsDataB = inputDataB;
}
public void GetSlackResultsMessage()
{
List <Attachment> attachments = new List <Attachment>();
Attachment attachment = new Attachment("", false);
string previousSuiteName = "";
int localTestCount = 0;
int localFailCount = 0;
int globalTestCount = 0;
int globalFailCount = 0;
bool resultsFound = false;
for (int i = 0; i < TestRunner.Instance.runner.tests.Count; i++)
{
TestEntry currentEntry = TestRunner.Instance.runner.tests[i];
if (currentEntry.suiteName != previousSuiteName)
{
previousSuiteName = currentEntry.suiteName;
if (resultsFound == true)
{
attachment.text += "Ran " + localTestCount.ToString() + ", Passed " + (localTestCount - localFailCount).ToString() + ", Failed " + localFailCount.ToString();
attachments.Add(attachment);
globalTestCount += localTestCount;
globalFailCount += localFailCount;
localTestCount = 0;
localFailCount = 0;
}
attachment = new Attachment(currentEntry.suiteName + ": ", true);
}
ResultsDataCommon common = BuildResultsDataCommon(currentEntry.groupName, currentEntry.testName); // Build results data common to retrieve results
ResultsIOData data = ResultsIO.Instance.RetrieveResult(currentEntry.suiteName, currentEntry.typeName, common); // Retrieve results data
if (data != null)
{
resultsFound = true;
localTestCount++;
//search for PassFail field to avoid hardcoding
int passFailIndex = -1;
for (int f = 0; f < data.fieldNames.Count; f++)
{
if (data.fieldNames [f] == "PassFail")
{
passFailIndex = f;
}
}
if (data.resultsRow[0].resultsColumn[passFailIndex] == "False")
{
localFailCount++;
attachment.passFail = false;
}
}
}
if (TestRunner.Instance.runner.tests.Count > 0)
{
attachment.text += "Ran " + localTestCount.ToString() + ", Passed " + (localTestCount - localFailCount).ToString() + ", Failed " + localFailCount.ToString();
attachments.Add(attachment);
globalTestCount += localTestCount;
globalFailCount += localFailCount;
}
SystemData sysData = Master.Instance.GetSystemData();
string message = "*UTF completed run. Ran " + globalTestCount.ToString() + ", Passed " + (globalTestCount - globalFailCount).ToString() + ", Failed " + globalFailCount.ToString() + "*" + Environment.NewLine + "_" + sysData.Device + "_" + Environment.NewLine + "_" + sysData.Platform + " - " + sysData.API + "_" + Environment.NewLine + "_" + sysData.UnityVersion + "_";
Attachment[] attachmentArray = attachments.ToArray();
currentMessage = new Message(message, attachmentArray);
}
