[TestInitialize] public override void TestInitialize() { base.TestInitialize(); var r = new testRepository(); obj = new testClass(r); }
[TestMethod] public void CanSetPowerInConstructorTest() { var d = GetRandom.Object <MeasureTermData>(); obj = new testClass(d); Assert.AreEqual(d.Power, obj.Power); }
public void SerializationTest() { var tc = new testClass { Active = true, Guid = Guid.NewGuid(), LastModifiedBy = Guid.NewGuid(), LastModifiedDateTime = DateTime.Now, ParentGuid = Guid.NewGuid(), PersistedDateTime = DateTime.Now, VersionGuid = Guid.NewGuid(), VersionTimeStamp = DateHelper.GetCurrentTimeStamp() }; TGSerializedObject tg = tc.GetTGSerializedObject(); var newTc = TGSerializedObject.GetTGSerializable <testClass>(tg); Assert.AreEqual(tc.Active, newTc.Active); Assert.AreEqual(tc.Guid, newTc.Guid); Assert.AreEqual(tc.LastModifiedBy, newTc.LastModifiedBy); Assert.AreEqual(tc.LastModifiedDateTime, newTc.LastModifiedDateTime); Assert.AreEqual(tc.ParentGuid, newTc.ParentGuid); Assert.AreEqual(tc.PersistedDateTime, newTc.PersistedDateTime); Assert.AreEqual(tc.VersionGuid, newTc.VersionGuid); Assert.LessOrEqual(tc.VersionTimeStamp, newTc.VersionTimeStamp); }
void Start() { string json = JsonUtility.ToJson(asd); string json2 = JsonUtility.ToJson(asd1); if (!Directory.Exists("TestJson")) { Directory.CreateDirectory("TestJson"); } string path = "TestJson/test.json"; //Write some text to the test.txt file StreamWriter writer = new StreamWriter(path, false); writer.WriteLine(json); writer.WriteLine(json2); writer.Close(); //Read the text from directly from the test.txt file StreamReader reader = new StreamReader(path); asd2 = JsonUtility.FromJson <testClass>(reader.ReadLine()); asd3 = JsonUtility.FromJson <testClass>(reader.ReadLine()); reader.Close(); }
public bool PosTest1() { bool retVal = true; Type tpA; int ActualResult; TestLibrary.TestFramework.BeginScenario("PosTest1: normal Type get hash code"); try { tpA = typeof(testClass); ActualResult = tpA.GetHashCode(); testClass tc = new testClass(ActualResult); if (ActualResult != tc.GetHashCode()) { TestLibrary.TestFramework.LogError("001", "the ActualResult is not the ExpectResult"); retVal = false; } } catch (Exception e) { TestLibrary.TestFramework.LogError("002", "Unexpect exception:" + e); retVal = false; } return retVal; }
static void Main(string[] args) { ServerTcp serverTcp = new ServerTcp(); testClass program = new testClass(); // LocalMethod(); // локальный метод //PoluchenieTupeClassa(); //запуск делегата // zapuskLambaMetoda(10, 10); //zapuskLambaMetoda(25, 25); //булевские значения // zapuskBollDelegata(true); //zapuskBollDelegata(false); // sravnenieIntCouts(11,12); // sravnenieIntCouts(10,10); //Запись файла // RabSFiles(); // запуск сервера прошлушки порта и сокета serverTcp.ZapuskServera(); }
public void parseClassShouldWork() { //Data testClass tester = new testClass(); testComp.Add("boolTest", TableRep.DType.boolean); testComp.Add("byteTest", TableRep.DType.Tint); testComp.Add("shortTest", TableRep.DType.Sint); testComp.Add("intTest", TableRep.DType.Rint); testComp.Add("longTest", TableRep.DType.Lint); testComp.Add("decimalTest", TableRep.DType.dec); testComp.Add("doubleTest", TableRep.DType.dec); testComp.Add("charTest", TableRep.DType.ch); testComp.Add("sbyteTest", TableRep.DType.Rint); testComp.Add("ushortTest", TableRep.DType.Rint); testComp.Add("uintTest", TableRep.DType.Rint); testComp.Add("ulongTest", TableRep.DType.Lint); testComp.Add("stringTest", TableRep.DType.vchar); TableRep testTable = new TableRep(); testTable.setColumns(testComp); testTable.setTableName("tester"); TableRep comp = ParseClass.parseClass(tester); comp.setTableName("tester"); Assert.Equal(testTable.getColumns(), comp.getColumns()); Assert.Equal(testTable.getTableName(), comp.getTableName()); }
public void DataTest() { var d = GetRandom.Object <MeasureData>(); //annad data testile ja pead prst selle saama! Assert.AreNotSame(d, obj.Data); obj = new testClass(d); Assert.AreSame(d, obj.Data); }
// Main Method public static void Main_Method() { // Creating object testClass t = new testClass(); // calling method t.display(); }
public void OnModelCreatingTest() { var o = new DbContextOptions <EventProjectDbContext>(); var context = new testClass(o); var mb = context.RunOnModelCreating(); testHasEventProfileEntities(mb); }
public override void TestInitialize() { base.TestInitialize(); var r = new TestRepositoryForUniqueEntity(); var t = new termRepository(); obj = new testClass(r, t); }
public override void TestInitialize() { base.TestInitialize(); type = typeof(IsReadOnly); o = new testClass { A = "", C = "" }; }
public override void TestInitialize() { base.TestInitialize(); var options = new DbContextOptionsBuilder <AirFreightDbContext>().Options; var c = new AirFreightDbContext(options); obj = new testClass(c, c.America); }
public void DataTest()//можно ли че то дать конструктору { var d = GetRandom.Object <MeasureData>(); Assert.AreNotSame(d, obj.Data); obj = new testClass(d); Assert.AreSame(d, obj.Data); }
public override void TestInitialize() { base.TestInitialize(); //kasutab inmemorydb extensionit, mis on malus! var options = new DbContextOptionsBuilder <QuantityDbContext>().UseInMemoryDatabase("TestDb").Options; var c = new QuantityDbContext(options); obj = new testClass(c, c.Measures); }
public void CanMapClassWithProperties() { var c = new testClass { y = 2 }; Assert.IsTrue(intStruct.CanBeAssignedFromType(c.GetType())); }
public override void TestInitialize() { base.TestInitialize(); //kasutab inmemorydb extensionit, mis on malus! var r = new testRepository(); var t = new termRepository(); obj = new testClass(r, t); //annan repository katte }
public override void TestInitialize() { base.TestInitialize(); var options = new DbContextOptionsBuilder <QuantityDbContext>().UseInMemoryDatabase("TestDB").Options; var c = new QuantityDbContext(options); obj = new testClass(c, c.Measures); }
// Use this for initialization void Start() { print(testVal.GetType()); print(testVal.GetType() == typeof(int)); testClass testInstance = new testClass(); print(testInstance.GetType()); print(testInstance.GetType() == typeof(testClass)); }
public void CanSetNullDataTest() { var d = GetRandom.Object <MeasureData>(); obj = new testClass(d); Assert.IsNotNull(obj.Data); obj.Data = null; Assert.IsNull(obj.Data); }
public override void TestInitialize() { base.TestInitialize(); obj = new testClass { F = DateTime.MaxValue, T = DateTime.MinValue }; x = GetRandom.String(); y = GetRandom.String(); }
public void OnModelCreatingTest() { var o = new DbContextOptions <SentryDbContext>(); var context = new testClass(o); var mb = context.RunOnModelCreating(); testHasCustomersEntities(mb); testHasGoodsEntities(mb); }
public void OnModelCreatingTest() { var o = new DbContextOptions <SentryDbContext>(); var context = new testClass(o); var mb = context.RunOnModelCreating(); testHasAddressEntities(mb); testHasCountryCurrencyEntities(mb); testOtherTelecomRegistrationEntities(mb); }
[TestMethod] public void OnModelCreatingTest() { var o = new DbContextOptions <ApplicationDbContext>(); var context = new testClass(o); var mb = context.RunOnModelCreating(); /*testHasAdressEntities(mb); * testHasNationalCurrencyEntities(mb); * testOtherTelecomRegistrationEntities(mb);*/ }
public static void Main() { Console.WriteLine("Entering Main"); testClass t1 = new testClass("1"); testClass t2 = new testClass("2"); testClass t3 = new testClass("3"); t1.th.Join(); Console.WriteLine("first joined"); t2.th.Join(); Console.WriteLine("second joined"); t3.th.Join(); Console.WriteLine("Third joined"); Console.WriteLine("exiting main"); }