Файл EnProfilerTests.c

См. исходные тексты.

Структуры данных
class	EnProfilerTests

Функции
EnProfilerTests TestFramework	Sleep2 (float timeS)
void	EnProfilerTests ()
void	~EnProfilerTests ()
TFResult	TestToggling ()
TFResult	TestTogglingImmediate ()
TFResult	TestSetFlags ()
TFResult	TestClearFlags ()
TFResult	TestAddFlags ()
TFResult	TestModule ()
TFResult	TestClassTimeData ()
TFResult	TestClassCountData ()
TFResult	TestFuncTimeData ()
TFResult	TestFuncCountData ()
float	Sleep (float timeS)
float	StringFormat ()
float	StringConcat ()
void	TestFuncCountDataHelper ()
static void	TestFuncCountDataHelperStatic ()
float	SleepAgain (float timeS)
float	DoEverything ()

Переменные
bool	m_bWasProfilerEnabled
	Remember this, so we can restore the previous state before the test!

Функции

DoEverything()

float DoEverything

(

)

    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }

Перекрестные ссылки GetGame() и Sleep2().

EnProfilerTests()

void EnProfilerTests

(

)

    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()

Sleep()

float Sleep

(

float

timeS

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

Sleep2()

EnProfilerTests TestFramework Sleep2

(

float

timeS

)

    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }

Используется в DoEverything().

SleepAgain()

float SleepAgain

(

float

timeS

)

    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }

Перекрестные ссылки GetGame().

StringConcat()

float StringConcat

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

StringFormat()

float StringFormat

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestAddFlags()

TFResult TestAddFlags

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestClassCountData()

TFResult TestClassCountData

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestClassTimeData()

TFResult TestClassTimeData

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestClearFlags()

TFResult TestClearFlags

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestFuncCountData()

TFResult TestFuncCountData

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestFuncCountDataHelper()

void TestFuncCountDataHelper

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestFuncCountDataHelperStatic()

static void TestFuncCountDataHelperStatic ( )

static

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestFuncTimeData()

TFResult TestFuncTimeData

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestModule()

TFResult TestModule

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestSetFlags()

TFResult TestSetFlags

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestToggling()

TFResult TestToggling

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

TestTogglingImmediate()

TFResult TestTogglingImmediate

(

)

                      : TestFramework
{
    bool m_bWasProfilerEnabled;
    
    //---------------------------------------------------------------------------
    // Ctor - Decides the tests to run
    //---------------------------------------------------------------------------
    void EnProfilerTests()
    {
        m_bWasProfilerEnabled = EnProfiler.IsEnabledC();
        
        AddInitTest("TestToggling");
        AddInitTest("TestTogglingImmediate");
        AddInitTest("TestSetFlags");
        AddInitTest("TestClearFlags");
        AddInitTest("TestAddFlags");
        AddInitTest("TestModule");
        AddInitTest("TestClassTimeData");
        AddInitTest("TestClassCountData");
        AddInitTest("TestFuncTimeData");
        AddInitTest("TestFuncCountData");       
    }
    
    //---------------------------------------------------------------------------
    // Dtor
    //---------------------------------------------------------------------------
    void ~EnProfilerTests()
    {
        EnProfiler.Enable(m_bWasProfilerEnabled, true);
    }
    
    //---------------------------------------------------------------------------
    // Tests
    //---------------------------------------------------------------------------
    // Test toggling state
    TFResult TestToggling()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledP();
        EnProfiler.Enable(!currentlyEnabled);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledP()))
        {
            EnProfiler.Enable(currentlyEnabled);                
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledP()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test toggling immediate state
    TFResult TestTogglingImmediate()
    {
        bool currentlyEnabled = EnProfiler.IsEnabledC();
        EnProfiler.Enable(!currentlyEnabled, true);
        if (Assert(currentlyEnabled != EnProfiler.IsEnabledC()))
        {
            EnProfiler.Enable(currentlyEnabled, true);              
            return BTFR(Assert(currentlyEnabled == EnProfiler.IsEnabledC()));
        }
        
        return NTFR(TFR.FAIL);
    }
    
    //---------------------------------------------------------------------------
    // Test SetFlags/GetFlags
    TFResult TestSetFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
        
        for (int i = 0; i < EnumTools.GetEnumSize(EnProfilerFlags); ++i)
        {
            int flags = EnumTools.GetEnumValue(EnProfilerFlags, i);
            EnProfiler.SetFlags(flags);
            
            if (!Assert(EnProfiler.GetFlags() == flags))
            {
                EnProfiler.SetFlags(currentFlags);
                return NTFR(TFR.FAIL);
            }
            
            for (int j = 0; j < EnumTools.GetEnumSize(EnProfilerFlags); ++j)
            {
                flags |= EnumTools.GetEnumValue(EnProfilerFlags, j);
                EnProfiler.SetFlags(flags);
                
                if (!Assert(EnProfiler.GetFlags() == flags))
                {
                    EnProfiler.SetFlags(currentFlags);
                    return NTFR(TFR.FAIL);
                }
            }
        }
        
        // Let's test some bogus
        EnProfiler.SetFlags(-333);
        int bogusFlags = EnProfiler.GetFlags();
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        bogusFlags = EnProfiler.SetFlags(6003);
        bogusFlags &= ~EnProfilerFlags.ALL;
        if (!Assert(bogusFlags == 0))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test removing of flags
    TFResult TestClearFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE);
        
        if (!Assert(EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE) == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        EnProfiler.SetFlags(EnProfilerFlags.RECURSIVE | EnProfilerFlags.RESET);
        EnProfiler.ClearFlags();
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.NONE))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test adding of flags
    TFResult TestAddFlags()
    {
        int currentFlags = EnProfiler.GetFlags();
                        
        EnProfiler.ClearFlags();
        
        // Return should match resulting flags
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RESET) == EnProfiler.GetFlags()))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.GetFlags() == EnProfilerFlags.RESET))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(EnProfiler.AddFlags(EnProfilerFlags.RECURSIVE) == (EnProfilerFlags.RESET | EnProfilerFlags.RECURSIVE)))
        {
            EnProfiler.SetFlags(currentFlags);
            return NTFR(TFR.FAIL);
        }
        
        // Reset
        EnProfiler.SetFlags(currentFlags);      
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test module
    TFResult TestModule()
    {
        // File lives in Game, use it while testing
        const EnProfilerModule eptModule = EnProfilerModule.GAME;
        
        // This was added at the same time as this API, so check if it works as well
        string nameOfCurrentModule = Type().GetModule();
        if (!Assert(nameOfCurrentModule != ""))
        {
            return NTFR(TFR.FAIL);
        }
        
        // We know we are in Game, so use it as a test
        EnProfilerModule currentModule;
        if (!Assert(EnProfiler.NameToModule(nameOfCurrentModule, currentModule)))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(currentModule == eptModule))
        {
            return NTFR(TFR.FAIL);
        }
        
        // Test if setting and getting works
        EnProfilerModule currentlyProfiledModule = EnProfiler.GetModule();      
        EnProfiler.SetModule(eptModule);        
        
        if (!Assert(EnProfiler.GetModule() == eptModule))
        {
            EnProfiler.SetModule(currentlyProfiledModule);
            return NTFR(TFR.FAIL);
        }
        
        // Data to restore
        int currentFlags = EnProfiler.GetFlags();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Make sure we are only profiling Game and that the data is clean
        // Only valid for the Get...Per... methods, as they need to be sorted
        EnProfiler.RemoveFlags(EnProfilerFlags.RECURSIVE);
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        int resolution = EnProfiler.GetTimeResolution();
        EnProfiler.SetTimeResolution(1);
        
        // Time to sleeb
        float previousTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float timeSlept = Sleep(0.3);
        float postTime = EnProfiler.GetTimeOfFunc("Sleep", Type(), true);
        float diff = postTime - previousTime - timeSlept;
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);       
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            EnProfiler.SetFlags(currentFlags);
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.00001))
        {
            EnProfiler.SetFlags(currentFlags);          
            
            if (!wasEnabled)
                EnProfiler.Enable(false, true);
            
            EnProfiler.SetModule(currentlyProfiledModule);
            
            return NTFR(TFR.FAIL);
        }
        
        // Clean the session
        EnProfiler.ResetSession(true);
        
        // Something from a different module should not get sorted, so just fire something from a different module
        for (int i = 0; i < 1000; ++i)
        {
            EnumTools.StringToEnum(EnProfilerModule, "MISSION_CUSTOM");
        }
        
        // Sort and gather the data and validate if it is correct
        EnProfiler.SortData();  
        array<ref EnProfilerTimeFuncPair> timePerFunc = {};
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        Debug.TFLog("Game fncs:", this, "TestModule");
        
        int funcCount = timePerFunc.Count();
        for (int j = 0; j < funcCount; ++j)
        {
            EnProfilerTimeFuncPair tfp = timePerFunc[j];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfp.param1, tfp.param2), this, "TestModule");
            // We are currently profiling Game, so this Core function shouldn't be present
            if (!Assert(tfp.param2 != "EnumTools::StringToEnum"))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        array<ref EnProfilerTimeClassPair> timePerClass = {};
        EnProfiler.GetTimePerClass(timePerClass);
        
        int classCount = timePerClass.Count();
        for (int k = 0; k < classCount; ++k)
        {
            typename type = timePerClass[k].param2;
            EnProfilerModule classModule;
            if (!Assert(EnProfiler.NameToModule(type.GetModule(), classModule)))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
            
            // Only classes from Game should be present
            if (!Assert(classModule == eptModule))
            {
                EnProfiler.SetFlags(currentFlags);
                
                if (!wasEnabled)
                    EnProfiler.Enable(false, true);
                
                EnProfiler.SetModule(currentlyProfiledModule);
                
                return NTFR(TFR.FAIL);
            }
        }
        
        // Now let's check if we can gather the data of what we called earlier by switching the profiled module without resetting the session
        EnProfiler.SetModule(EnProfilerModule.CORE, false);
        EnProfiler.SortData();
        timePerFunc.Clear(); // Let's reuse the array, but the Get...Per... methods only appends to the array, clearing is our responsibility
        EnProfiler.GetTimePerFunc(timePerFunc);
        
        bool found = false;
        
        Debug.TFLog("Core fncs:", this, "TestModule");
        
        funcCount = timePerFunc.Count();
        for (int l = 0; l < funcCount; ++l)
        {
            EnProfilerTimeFuncPair tfpc = timePerFunc[l];
            Debug.TFLog(string.Format(" time: %1 | fnc: %2", tfpc.param1, tfpc.param2), this, "TestModule");
            // We are currently profiling Core, so this Core function should be present
            if (tfpc.param2 == "EnumTools::StringToEnum")
            {
                found = true;
                break;
            }
        }
        
        Assert(found);
        
        // Test some bogus
        EnProfilerModule mod = EnProfiler.GetModule();
        EnProfiler.SetModule(-333);
        bool success = Assert(EnProfiler.GetModule() == mod);
        EnProfiler.SetModule(6003);
        success &= Assert(EnProfiler.GetModule() == mod);
        
        EnProfiler.SetFlags(currentFlags);
        EnProfiler.SetModule(currentlyProfiledModule);
        
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        return BTFR(success && found);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class time data is correct
    TFResult TestClassTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Create the classes
        EPTHelperClass clss = new EPTHelperClass();
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfClass(clss.Type(), true);
        float timeStressed = clss.DoEverything();
        float postTime =  EnProfiler.GetTimeOfClass(clss.Type(), true);
        float postTimeStatic = EnProfiler.GetTimeOfClass(StaticGetType(EPTHelperClass), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        Debug.TFLog(string.Format("Profiling result: stressed: %1 | profiled: %2 | diff: %3", timeStressed, timeProfiled, diff), this, "TestClassTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime == postTimeStatic))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if class count data is correct
    TFResult TestClassCountData()
    {
        const int allocAmount = 9;
        const int releaseAmount = 6;
        int remainingAmount = allocAmount - releaseAmount;
        
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to test
        int previousAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int previousInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
 
        array<ref EPTHelperClass> instanceArr = {};
        for (int i = 0; i < allocAmount; ++i)
        {
            instanceArr.Insert(new EPTHelperClass());
        }
        
        for (int j = 0; j < releaseAmount; ++j)
        {
            delete instanceArr[j];
        }
        
        int postAlloc = EnProfiler.GetAllocationsOfClass(StaticGetType(EPTHelperClass), true);
        int postInstances = EnProfiler.GetInstancesOfClass(StaticGetType(EPTHelperClass), true);
        
        int alloced = postAlloc - previousAlloc;
        int instances = postInstances - previousInstances;
        
        Debug.TFLog(string.Format("Profiling result: alloc: %1 | instances: %2", alloced, instances), this, "TestClassCountData");
        
        // Restore
        if (!wasEnabled)
            EnProfiler.Enable(false, true);
        
        // Time to check
        if (!Assert(alloced == allocAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(instances == remainingAmount))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func time data is correct
    TFResult TestFuncTimeData()
    {
        // We should restore this when done
        int resolution = EnProfiler.GetTimeResolution();
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // GetTickTime() returns in seconds, so gather the results in seconds too
        EnProfiler.SetTimeResolution(1);
        
        // Time to stress
        float previousTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeStressed = StringFormat();
        float postTime = EnProfiler.GetTimeOfFunc("StringFormat", Type(), true);
        float timeProfiled = postTime - previousTime;
        float diff = Math.AbsFloat(timeProfiled - timeStressed);
        
        float previousTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeStressed2 = StringConcat();
        float postTime2 = EnProfiler.GetTimeOfFunc("StringConcat", Type(), true);
        float timeProfiled2 = postTime2 - previousTime2;
        float diff2 = Math.AbsFloat(timeProfiled2 - timeStressed2);
        
        Debug.TFLog(string.Format("Profiling result: StringFormat: %1 | StringConcat: %2", timeProfiled, timeProfiled2), this, "TestFuncTimeData");
        
        // Restore
        EnProfiler.SetTimeResolution(resolution);
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // We called the function, so it must have some time
        if (!Assert(postTime > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(postTime2 > 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        if (!Assert(diff2 < 0.001))
        {
            return NTFR(TFR.FAIL);
        }
        
        // I know that string.Format is faster than additive concatenation
        if (!Assert(timeProfiled < timeProfiled2))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Test to see if func count data is correct
    TFResult TestFuncCountData()
    {
        // We should restore this when done
        bool wasEnabled = EnProfiler.RequestImmediateData();
        
        // Time to count        
        
        // - CallFunction
        int previousCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunction(this, "TestFuncCountDataHelper", null, 0);
        int postCountCF = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCF = postCountCF - previousCountCF;
        
        // - CallFunctionParams
        int previousCountCFP = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.CallFunctionParams(this, "TestFuncCountDataHelper", null, null);
        int postCountCFP =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountCFP = postCountCFP - previousCountCFP;
        
        // - Regular call
        int previousCountRG = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        TestFuncCountDataHelper();
        int postCountRG =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountRG = postCountRG - previousCountRG;
        
        // - Call
        int previousCountC = EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        GetGame().GameScript.Call(this, "TestFuncCountDataHelper", 0);
        int postCountC =  EnProfiler.GetCountOfFunc("TestFuncCountDataHelper", Type(), true);
        
        int callCountC = postCountC - previousCountC;
        
        // - Garbage        
        int callCountNon = EnProfiler.GetCountOfFunc("Non Existing Method", Type(), true);
        
        // - Static
        int previousCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        TestFuncCountDataHelperStatic();
        int postCountS = EnProfiler.GetCountOfFunc("TestFuncCountDataHelperStatic", Type(), true);
        
        int callCountS = postCountS - previousCountS;
        
        // - Global
        int previousCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
        GetDayZGame();
        int postCountG = EnProfiler.GetCountOfFuncG("GetDayZGame", true);
    
        int callCountG = postCountG - previousCountG;
        
        // - Global proto
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorEx("Testing global proto call", ErrorExSeverity.INFO);
        int callCountGP = EnProfiler.GetCountOfFuncG("ErrorEx", true);
        
        // - Static proto
        // Not tracked, so don't need to compare before and after, should always be 0
        int callCountSP = EnProfiler.GetCountOfFunc("GetCountOfFunc", StaticGetType(EnProfiler), true);
        
        // - proto
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().GetHostName();
        int callCountP = EnProfiler.GetCountOfFunc("GetHostName", GetGame().Type(), true);
        
        // - proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        GetGame().IsServer();
        int callCountPN = EnProfiler.GetCountOfFunc("IsServer", GetGame().Type(), true);
        
        // - static proto native
        // Not tracked, so don't need to compare before and after, should always be 0
        ErrorModuleHandler.GetInstance();
        int callCountSPN = EnProfiler.GetCountOfFunc("GetInstance", StaticGetType(ErrorModuleHandler), true);
        
        // Restore
        if (!wasEnabled)
        {
            EnProfiler.Enable(false, true);
        }
        
        // Do the checks
        
        // - CallFunction
        if (!Assert(callCountCF == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - CallFunctionParams
        if (!Assert(callCountCFP == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Regular call
        if (!Assert(callCountRG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Call
        if (!Assert(callCountC == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Garbage
        if (!Assert(callCountNon == -1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static
        if (!Assert(callCountS == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global
        if (!Assert(callCountG == 1))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Global proto
        if (!Assert(callCountGP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - Static proto
        if (!Assert(callCountSP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto
        if (!Assert(callCountP == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - proto native
        if (!Assert(callCountPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        // - static proto native
        if (!Assert(callCountSPN == 0))
        {
            return NTFR(TFR.FAIL);
        }
        
        return NTFR(TFR.SUCCESS);
    }
    
    //---------------------------------------------------------------------------
    // Helpers
    //---------------------------------------------------------------------------
    // Snore
    float Sleep(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method
    float StringFormat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = string.Format("This %1 is %2 just %3 an %4 example %5", i, Type(), this, startTime, "lorem ipsum 1 2 3");
        }   
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // Example stress method 2
    float StringConcat()
    {       
        float startTime = GetGame().GetTickTime();
        
        for (int i = 0; i < 1000; ++i)
        {
            string example = "This " + i + " is " + Type() + " just " + this + " an " + startTime + " example " + "lorem ipsum 1 2 3";
        }
        
        return GetGame().GetTickTime() - startTime;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    void TestFuncCountDataHelper()
    {
        int dummy = 3;
    }
    
    //---------------------------------------------------------------------------
    // To make sure it is only ever called in that test
    static void TestFuncCountDataHelperStatic()
    {
        int dummy = 3;
    }
}
 
class EPTHelperClass
{
    float Sleep2(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    float SleepAgain(float timeS)
    {       
        float startTime = GetGame().GetTickTime();
        while (GetGame().GetTickTime() - startTime < timeS)
        {
            // Zzz
        }       
        
        return GetGame().GetTickTime() - startTime;
    }
    
    float DoEverything()
    {
        float startTime = GetGame().GetTickTime();
        
        Sleep2(3);
        SleepAgain(3);
        
        return GetGame().GetTickTime() - startTime;
    }
}

~EnProfilerTests()

void ~EnProfilerTests

(

)

Переменные

m_bWasProfilerEnabled

bool m_bWasProfilerEnabled

Remember this, so we can restore the previous state before the test!