protected override void Run()
{
try
{
mDebugger.Send("Run");
StringTest.Execute();
ByteTest.Execute();
SByteTest.Execute();
Int16Test.Execute();
UInt16Test.Execute();
Int32Test.Execute();
UInt32Test.Execute();
Int64Test.Execute();
UInt64Test.Execute();
CharTest.Execute();
BooleanTest.Execute();
SingleTest.Execute();
BitConverterTest.Execute();
DoubleTest.Execute();
DecimalTest.Execute();
System.Collections.Generic.ListTest.Execute();
System.Collections.Generic.QueueTest.Execute();
System.DelegatesTest.Execute();
System.UInt64Test.Execute();
TestController.Completed();
}
catch (Exception e)
{
Console.WriteLine("Exception occurred");
Console.WriteLine(e.Message);
mDebugger.Send("Exception occurred: " + e.Message);
TestController.Failed();
}
}
protected override void Run()
{
try
{
mDebugger.Send("Run");
// C#
WhileLoopTests.Execute();
ForeachLoopTests.Execute();
// System
ObjectTests.Execute();
ArrayTests.Execute();
StringTest.Execute();
ByteTest.Execute();
SByteTest.Execute();
Int16Test.Execute();
UInt16Test.Execute();
Int32Test.Execute();
UInt32Test.Execute();
Int64Test.Execute();
UInt64Test.Execute();
CharTest.Execute();
BooleanTest.Execute();
SingleTest.Execute();
DoubleTest.Execute();
MathTest.Execute();
ConvertTests.Execute();
//mDebugger.Send("Thread test start of 500 ms");
//ThreadTest.Execute();
//mDebugger.Send("Thread test end");
//DecimalTest.Execute();
BitConverterTest.Execute();
UnsafeCodeTest.Execute();
DelegatesTest.Execute();
RandomTests.Execute();
// System.Collections.Generic
ListTest.Execute();
QueueTest.Execute();
DictionaryTest.Execute();
// System.Text
EncodingTest.Execute();
TestController.Completed();
}
catch (Exception e)
{
mDebugger.Send("Exception occurred: " + e.Message);
mDebugger.Send(e.Message);
Console.WriteLine("Exception occurred");
Console.WriteLine(e.Message);
TestController.Failed();
}
}
public static double[] Test()
{
var result = new double[4];
var i = 0;
for (var n = 1000; i < 4; n += n)
{
result[i] = DoubleTest.TimeTrial(n);
i++;
}
return(result);
}
public static double[] Test()
{
double[] result = new double[4];
int i = 0;
for (int n = 1000; i < 4; n += n)
{
result[i] = DoubleTest.TimeTrial(n);
i++;
}
return(result);
}
public void UserTypeAutoCast()
{
Execute_AutoCast(() =>
{
Variable doubleTestVariable = DefaultModule.GetVariable("doubleTest");
Assert.IsType <DoubleTest>(doubleTestVariable);
DoubleTest doubleTest = (DoubleTest)doubleTestVariable;
Assert.Equal(3.5, doubleTest.d);
Assert.Equal(2.5, doubleTest.f);
Assert.Equal(5, doubleTest.i);
});
}
public static void TestLinqEnumerationOnDouble()
{
{
var test = new DoubleTest(1);
var count = 0;
foreach (var i in test)
{
count++;
}
Assert.AreEqual(2, count, "0 - 1 in steps of 1 results in two iterations.");
count = 0;
foreach (var i in (IEnumerable <double>)test)
{
count++;
}
Assert.AreEqual(11, count, "0 - 1 in steps of 0.1 results in eleven iterations.");
count = 0;
foreach (var i in ((IEnumerable <double>)test).Select(d => d))
{
count++;
}
Assert.AreEqual(11, count, "0 - 1 in steps of 0.1 results in eleven iterations.");
}
{
IEnumerable <double> test = new DoubleTest(1);
var count = 0;
foreach (var i in test)
{
count++;
}
Assert.AreEqual(11, count, "0 - 1 in steps of 0.1 results in eleven iterations.");
count = 0;
foreach (var i in test.Select(d => d))
{
count++;
}
Assert.AreEqual(11, count, "0 - 1 in steps of 0.1 results in eleven iterations.");
}
}
public void OutputTest()
{
// DoubleTest double value for testing
const double DoubleTest = 0.264;
// Creating a StringWriter
using (StringWriter WriterTest = new StringWriter())
{
Program.Output(DoubleTest, WriterTest);
/* Getting the written value by output_result function from the WriterTest
* StringWriter and comparing it to the expected string value */
string OutputTestString = WriterTest.GetStringBuilder().ToString();
OutputTestString = OutputTestString.Remove(OutputTestString.Length - 2);
Assert.AreEqual(OutputTestString, DoubleTest.ToString());
}
}
protected override void Run()
{
try
{
mDebugger.Send("Run");
CSharp.WhileLoopTests.Execute();
CSharp.ForeachLoopTests.Execute();
//ObjectTests.Execute(); Stack corruption on method Clone()
ArrayTests.Execute();
StringTest.Execute();
ByteTest.Execute();
SByteTest.Execute();
Int16Test.Execute();
UInt16Test.Execute();
Int32Test.Execute();
UInt32Test.Execute();
Int64Test.Execute();
UInt64Test.Execute();
CharTest.Execute();
BooleanTest.Execute();
SingleTest.Execute();
DoubleTest.Execute();
MathTest.Execute();
//DecimalTest.Execute();
BitConverterTest.Execute();
UnsafeCodeTest.Execute();
DelegatesTest.Execute();
System.Collections.Generic.ListTest.Execute();
System.Collections.Generic.QueueTest.Execute();
//System.Collections.Generic.DictionaryTest.Execute();
TestController.Completed();
}
catch (Exception e)
{
mDebugger.Send("Exception occurred: " + e.Message);
mDebugger.Send(e.Message);
Console.WriteLine("Exception occurred");
Console.WriteLine(e.Message);
TestController.Failed();
}
}
// The program itself break the DRY principle(Do not repeat yourself).
// There are available optimal options for generalization but making the test methods generic directly through interface sadly is not supported.
// See also: http://stackoverflow.com/questions/32664/is-there-a-constraint-that-restricts-my-generic-method-to-numeric-types
public static void Main()
{
// First block parameters
const int PrimeOperationsNumber = 500;
const int SecondaryOperationsNumber = 2;
const int FirstCountOfRepeats = 100;
const int SecondCountOfRepeats = 500;
const int ThirdCountOfRepeats = 1000;
using (StreamWriter streamWriter = new StreamWriter(@"Basic operations test information.txt", false))
{
// n=100
streamWriter.Write(
IntTest.PerformTests(FirstCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
LongTest.PerformTests(FirstCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
DoubleTest.PerformTests(FirstCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
FloatTest.PerformTests(FirstCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
// n = 500
streamWriter.Write(
IntTest.PerformTests(SecondCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
LongTest.PerformTests(SecondCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
DoubleTest.PerformTests(SecondCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
FloatTest.PerformTests(SecondCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
// n = 1000
streamWriter.Write(
IntTest.PerformTests(ThirdCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
LongTest.PerformTests(ThirdCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
DoubleTest.PerformTests(ThirdCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
streamWriter.Write(
FloatTest.PerformTests(ThirdCountOfRepeats, PrimeOperationsNumber, SecondaryOperationsNumber));
}
}
public DoubleEnumerator(DoubleTest test)
{
_max = test.Max;
Current = -.1;
}
public IntEnumerator(DoubleTest test)
{
_max = test.Max;
Current = -1;
}
public override string SaveEntity()
{
string journalString = $"JournalID{ID},PatientID{( ( PatientData != null ) ? ( PatientData.ID.ToString () ) : ( "Null" ) )},{( int ) JournalDestination}{Environment.NewLine}";
#region MenstrualInfo [Line 1]
journalString += $"{MenstrualInfo.IsCalculationSafe.ToString ()},{MenstrualInfo.LastMentruationalDay.ToString ()},{( ( MenstrualInfo.MenstruationalCycle != null ) ? ( MenstrualInfo.MenstruationalCycle.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
journalString += $"{NaegelsRule.ToString ()},{UltrasoundTermin.ToString ()}{Environment.NewLine}";
#region WeightInfo [Line 3]
journalString += $"{WeightInfo.BMI.ToString (new CultureInfo ("en-US"))},{WeightInfo.HeightInCM.ToString (new CultureInfo ("en-US"))},{WeightInfo.WeightBeforePregnancyInKG.ToString (new CultureInfo ("en-US"))}{Environment.NewLine}";
#endregion
journalString += $"{MothersRhesusFactor.ToString ()},{ChildsRhesusFactor.ToString ()}{Environment.NewLine}";
#region HepB [Line 5]
journalString += $"{HepB.Date.ToString ()},{( int ) HepB.Result}{Environment.NewLine}";
#endregion
journalString += $"{BloodTypeDetermined.ToString ()},{AntibodyByRhesusNegative.ToString ()},{IrregularAntibody.ToString ()}{Environment.NewLine}";
#region AntiDImmunoglobulinGiven [Line 7]
journalString += $"{AntiDImmunoglobulinGiven.Date.ToString ()},{( ( AntiDImmunoglobulinGiven.Initials != null ) ? ( AntiDImmunoglobulinGiven.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( AntiDImmunoglobulinGiven.Value != null ) ? ( AntiDImmunoglobulinGiven.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
#region UrinCulture [Line 8]
journalString += $"{UrineCulture.Date.ToString ()},{( ( UrineCulture.Initials != null ) ? ( UrineCulture.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( UrineCulture.Value != null ) ? ( UrineCulture.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
#region journalStamps [Line 9]
string stampsData = string.Empty;
for (int i = 0; i < journalStamps.Count; i++)
{
stampsData += $"{( ( journalStamps[ i ].BloodPressure != null ) ? ( journalStamps[ i ].BloodPressure.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{journalStamps[ i ].Date.ToString ()},{journalStamps[ i ].Edema.ToString ()},{( ( journalStamps[ i ].ExaminationLocation != null ) ? ( journalStamps[ i ].ExaminationLocation.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{journalStamps[ i ].FetusActivity.ToString ()},{( ( journalStamps[ i ].FetusGender != null ) ? ( journalStamps[ i ].FetusGender.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( journalStamps[ i ].FosterRepresentation != null ) ? ( journalStamps[ i ].FosterRepresentation.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( journalStamps[ i ].GestationAge != null ) ? ( journalStamps[ i ].GestationAge.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( journalStamps[ i ].Initials != null ) ? ( journalStamps[ i ].Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( journalStamps[ i ].UrinSample != null ) ? ( journalStamps[ i ].UrinSample.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{journalStamps[ i ].UterusSizeInCM.ToString (new CultureInfo ("en-US"))},{journalStamps[ i ].Weight.ToString (new CultureInfo ("en-US"))}";
if (i != journalStamps.Count - 1)
{
stampsData += COLITEMSEPERATOR;
}
}
#endregion
#region JournalComments [Line 10]
string commentsData = string.Empty;
for (int i = 0; i < journalComments.Count; i++)
{
commentsData += $"{( ( journalComments[ i ].Comment != null ) ? ( journalComments[ i ].Comment.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{journalComments[ i ].Date.ToString ()}";
if (i != journalComments.Count - 1)
{
commentsData += COLITEMSEPERATOR;
}
}
#endregion
#region UltraSoundScans [Line 11]
string ultraData = string.Empty;
for (int i = 0; i < UltraSoundScans.Count; i++)
{
ultraData += $"{ultraSoundScans[ i ].AmnioticFluidAmount.ToString (new CultureInfo ("en-US"))},{ultraSoundScans[ i ].Date.ToString ()},{( ( ultraSoundScans[ i ].ExaminationLocation != null ) ? ( ultraSoundScans[ i ].ExaminationLocation.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( ultraSoundScans[ i ].Flow != null ) ? ( ultraSoundScans[ i ].Flow.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( ultraSoundScans[ i ].FosterRepresentation != null ) ? ( ultraSoundScans[ i ].FosterRepresentation.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( ultraSoundScans[ i ].GestationAge != null ) ? ( ultraSoundScans[ i ].GestationAge.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( ultraSoundScans[ i ].Initials != null ) ? ( ultraSoundScans[ i ].Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{ultraSoundScans[ i ].USWeight.ToString (new CultureInfo ("en-US"))},{ultraSoundScans[ i ].WeightDifference.ToString (new CultureInfo ("en-US"))}";
if (i != UltraSoundScans.Count - 1)
{
ultraData += COLITEMSEPERATOR;
}
}
#endregion
journalString += $"{stampsData}{Environment.NewLine}{commentsData}{Environment.NewLine}{ultraData}{Environment.NewLine}";
journalString += $"{NuchalFoldScan.ToString ()},{DoubleTest.ToString ()},{TripleTest.ToString ()}{Environment.NewLine}";
#region OddsForDS [Line 13]
journalString += $"{OddsForDS.Date.ToString ()},{( ( OddsForDS.Initials != null ) ? ( OddsForDS.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( OddsForDS.Value != null ) ? ( OddsForDS.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
#region PlacentaTest [Line 14]
journalString += $"{PlacentaTest.Date.ToString ()},{( ( PlacentaTest.Initials != null ) ? ( PlacentaTest.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( PlacentaTest.Value != null ) ? ( PlacentaTest.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
#region AmnioticFluidTest [Line 15]
journalString += $"{AmnioticFluidTest.Date.ToString ()},{( ( AmnioticFluidTest.Initials != null ) ? ( AmnioticFluidTest.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( AmnioticFluidTest.Value != null ) ? ( AmnioticFluidTest.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
#endregion
#region OralGlukoseToleranceTest [Line 16]
string glycData = $"{OralGlukoseToleranceTest.Glycosuria.Date.ToString ()},{( ( OralGlukoseToleranceTest.Glycosuria.Initials != null ) ? ( OralGlukoseToleranceTest.Glycosuria.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( OralGlukoseToleranceTest.Glycosuria.Value != null ) ? ( OralGlukoseToleranceTest.Glycosuria.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}";
string Week18Data = $"{OralGlukoseToleranceTest.Week18_20.Date.ToString ()},{( ( OralGlukoseToleranceTest.Week18_20.Initials != null ) ? ( OralGlukoseToleranceTest.Week18_20.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( OralGlukoseToleranceTest.Week18_20.Value != null ) ? ( OralGlukoseToleranceTest.Week18_20.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}";
string Week28Data = $"{OralGlukoseToleranceTest.Week28_30.Date.ToString ()},{( ( OralGlukoseToleranceTest.Week28_30.Initials != null ) ? ( OralGlukoseToleranceTest.Week28_30.Initials.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( OralGlukoseToleranceTest.Week28_30.Value != null ) ? ( OralGlukoseToleranceTest.Week28_30.Value.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}";
string oralData = $"{glycData}{OBJECTSEPERATOR}{Week18Data}{OBJECTSEPERATOR}{Week28Data}{Environment.NewLine}";
journalString += oralData;
#endregion
journalString += $"{( ( AdditonalContext != null ) ? ( AdditonalContext.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}{Environment.NewLine}";
journalString += $"{( ( BirthplaceInfo.BirthplaceWish != null ) ? ( BirthplaceInfo.BirthplaceWish.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{BirthplaceInfo.BirthPreperationWish.ToString ()},{( ( BirthplaceInfo.ChangedBirthplace != null ) ? ( BirthplaceInfo.ChangedBirthplace.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( int ) BirthplaceInfo.ConFormat},{( ( BirthplaceInfo.MidwifeCenterCity != null ) ? ( BirthplaceInfo.MidwifeCenterCity.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeCenterHouseNumber != null ) ? ( BirthplaceInfo.MidwifeCenterHouseNumber.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeCenterName != null ) ? ( BirthplaceInfo.MidwifeCenterName.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeCenterPhone != null ) ? ( BirthplaceInfo.MidwifeCenterPhone.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeCenterPostalCode != null ) ? ( BirthplaceInfo.MidwifeCenterPostalCode.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeCenterStreet != null ) ? ( BirthplaceInfo.MidwifeCenterStreet.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.MidwifeConsultationWish != null ) ? ( BirthplaceInfo.MidwifeConsultationWish.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )},{( ( BirthplaceInfo.PrimaryExpectedBirthplace != null ) ? ( BirthplaceInfo.PrimaryExpectedBirthplace.Replace (",", COMMAIDENTIFIER) ) : ( string.Empty ) )}";
return(journalString);
}
